WO2012159398A1

WO2012159398A1 - Smoke exhauster for air conditioner

Info

Publication number: WO2012159398A1
Application number: PCT/CN2011/079979
Authority: WO
Inventors: 王秀全
Original assignee: Wang Xiuquan
Priority date: 2011-05-21
Filing date: 2011-09-22
Publication date: 2012-11-29
Also published as: CN103930727A

Abstract

Disclosed is a smoke exhauster for an air conditioner, in which an indoor air circulating system is composed by placing an air outlet of a heat exchanger in communication with an air blowing passage inlet of a smoke exhauster; the heat exchanger can be hidden between a ceiling decorative layer and a roof, and there are outward and inward modes for smoke discharge.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention This application relates to an air conditioning range hood having an air fume removal system (or an air fume removal heat exchange system), particularly an air fume extraction system or an air fume heat exchange system.

BACKGROUND OF THE INVENTION Existing air conditioning range hoods, air fume removal systems (or air fume removal heat exchange systems) are housed in a single housing.

Technical Problem Overcoming the obscure appearance of the visible part of the air-conditioning range hood in the room.

Technical solution

In this scheme, the heat exchanger disposed in the heat transfer picture body is called a heat exchanger only when the air is heat exchanged on the surface thereof, and the air circulating indoors when the indoor air is tempered a heat exchanger that performs heat exchange on its surface, the heat exchanger, a heat exchanger that exchanges heat with air in the interior of the chamber, including, in the heat exchanger of Freon (Freon DuPont) The system is an evaporator for indoor cooling, and a condenser for indoor heating, or the heat exchanger is not limited to an evaporator for indoor refrigeration in a Freon compressor air conditioning system, and is for indoor heating. Condenser.

The air conditioning system absorbs 3⁄4 of the indoor air circulation system, including the range hood, wherein the oil absorbing section includes a suction and exhaust fume system composed of the suction and exhaust fume M1, which is arranged in the suction and exhaust fume hire, including the blowing M, and the blowing M is a semicircular blowing bag (340) ), , B is a full-circle air bag (440), and the air blowing passage is a half-cycle air blowing passage of the fume inside the fume passage and the blow-through, or the blowing passage is a full-circle internal circulation of the fume passage and the blowing passage. The air bag is characterized in that: the air outlet and the heat exchange air outlet of the heat exchanger are fixed to seal the seal blue; or, the blower ii3⁄4 tuyere is fixedly connected with the air outlet of the pipe member, and the heat exchange air outlet of the pipe member and the heat exchanger Fixed Unicom.

The indoor air circulation system of the air-conditioner range hood includes a heat exchange electric Ml, a heat exchanger and a heat exchange hall body, wherein the heat exchange electric train and the change 3⁄4 are arranged in the heat exchange hall to constitute a heat exchanger, and the bull trap sign is: Including, the heat exchange air outlet of the air heat exchanger is fixedly connected with the air blower of the range hood; ^, including, the heat exchange air outlet of the heat exchanger is fixed to the pipe, and the pipe fitting is fixedly connected with the mouth of the oil suction pipe. .

The indoor air circulation system of an air-conditioning range hood is characterized by:

The air bag includes a blower body 333, wherein the outer body layer 334 and the inner body layer 335 are formed, and the outer body layer 334 and the inner body layer 335 of the area outside the wall side of the range hood are spaced apart to form a half cycle. The plenum body 337, the cavity between the outer layer 334 and the inner layer 335 of the hall constitutes a half-cycle M 340;

Alternatively, the whirlpool includes a blown body 433, wherein the plenum body 433 is composed of an outer layer 434 and an inner layer 435 of the hall, and the outer layer 434 of the hall has a space between the outer layer of the chamber and the inner layer of the capsule, forming a whole body 437, hall The cavity between the outer layer 434 and the inner layer 435 constitutes a full-circle blowing chamber 440;

Alternatively, the plenum body 333 is composed of an outer layer 334 and an inner layer 335 of the hall, and has an interval between the outer layer 334 of the outer portion of the hood and the inner layer 335 of the chamber, and constitutes a half-circle plenum 337. The cavity between the outer layer 334 of the hall and the inner layer 335 of the capsule constitutes a half-circle blowing M 340, and the half-circle blowing room 340 communicates with the soot discharge port of the suction and exhaust fume chamber, and constitutes a half cycle of blowing in the soot inner circulation;

Alternatively, the blowing room includes a blowing body 433, and the blowing room body 433 is composed of an outer body layer 434 and an inner body layer 435. The outer layer 434 of the hall has a space between the inner layer of the hall and the inner layer of the hall, and constitutes a whole-week air-blowing body 437. The cavity between the 434 and the inner layer 435 of the capsule constitutes a full-circle air blowing passage 440, and the full-circle air-blowing capsule 440 communicates with the soot discharge port of the suction and exhaust fume chamber, and constitutes a full-circle blowing room for the internal circulation of the soot.

The heat exchange capsule is a casing, the heat exchange electric motor and the heat exchanger are arranged in the female shell to form a heat exchanger;

Or, the heat transfer picture is an inner channel body, the heat exchange electric Ml, the change 3⁄4 setting 3⁄4fc inner body constitutes a heat exchanger, and is placed in the casing; or, the heat exchange hall body is a casing, heat exchange electric bribe, change The heat exchanger is arranged in the casing to form a heat exchanger, wherein the soot discharge port of the exhaust pipe body 316 or 317 is sealed and fixedly connected with an air inlet of the casing of the heat exchanger to form a heat exchange (cold) in the fume. System

Alternatively, the heat transfer picture is an inner channel body, the heat exchange motor M1, the 3⁄4 setting 3⁄4fc inner body constitutes a heat exchanger, and is placed in the casing, the soot discharge body 316 or 317 of the soot discharge port and the heat exchanger An air inlet of the inner hall body is sealed and fixed to form a soot heat exchange (cold) internal circulation system.

Among them, half (full) weekly blowing; MS tuyere, fixed with the air outlet of the heat exchanger and sealed to form a direct connection type (referred to as direct connection type) cold (hot) blowing system 351 (451), when working, from the exchange The wind blown from the heat exchange outlet of the heat engine is blown into the room through the air outlet of the half (full) circumference of the air passage through the half (full) circumference air blowing passage; Or, wherein the air inlet of the half (full) circumference of the air passage body is fixedly and sealingly connected with the air outlet of the pipe member, the air inlet of the pipe member is fixedly and sealingly connected with the air outlet of the air heat exchanger, and the air passage of the heat exchange channel body, The air duct of the pipe fittings and the half (full) circumference of the air blowing pass are in order to form a heat exchange blowing passage, and the heat exchanger, the pipe fittings and the blowing M body form a pipe joint type (referred to as a pipe feO cold (hot) blowing system (350 ( 450", During operation, the wind blown from the heat exchange outlet of the heat exchanger, in turn through the air duct of the pipe, half (full) week blowing M, blowing from the air outlet of the half (full) week air bag to the room.

Or, wherein, the inside of the soot is circulated for half (full) weeks of blowing the air inlet of the employee body, and is fixed with the air outlet of the air heat exchanger and sealed and connected to form a direct connection type (referred to as a direct connection type), the inner circulation of the oil smoke is replaced by a cold (hot) blowing system. 351 (451), during operation, the wind blown from the heat exchange outlet of the heat exchanger, after a half (full) weekly blowing passage, is blown into the room from the air outlet of the half (full) week of the soot circulation inside the soot;

Or, wherein, the air inlet of the half (full) circumference of the soot is fixedly and sealingly connected with the air outlet of the pipe member, and the air inlet of the pipe member is fixedly and sealingly connected with the air outlet of the heat exchanger, and the heat exchange channel body is The air duct, the air duct of the pipe fittings and the half (full) week of the air blowing are invited to communicate in sequence, forming a circulating heat exchange blowing room in the fume, and the heat exchanger, the pipe fittings and the air blowing capsule form a pipe joint type (referred to as the pipe feO for cold (hot) ) Fume internal circulation blowing system (350 (450)), when working, the wind blown from the air outlet of the heat exchanger, in turn through the duct of the pipe, half (full) week blowing M, circulating from the soot half (full) The air outlet of Zhou Biao blows into the room.

The housing and the machine 27 are fixedly sealed, including a housing 0, a machine 27, a water receiver, a gas-tight bracket 18, 19, 20, 21, a fixing bracket 22, 23, and a windshield 63, 64, 65, 66. The connecting structure j3⁄4 several shells 1, in the casing 1, the airtight brackets 18, 19, 20, 21-ends are fixedly connected with the casing, the fixing brackets 22, 23 are fixedly connected with the casing 0, the heat exchanger and the airtight bracket 18, 19, 20, 21 and fixed brackets 22, 23 fixed connection, airtight brackets 18, 19, 20, 21 beside the air inlets 14, 15, 16, 17 on the side wall of the housing 1, with the shell The body side wall is fixedly connected, and the other end of the airtight bracket 18, 19, 20, 21 is connected with the inner surface of the crane 27, and the wind deflectors 63, 64, 05, 66 are fixedly connected to the machine. The surface constitutes the air inlet chambers 37, 38, 39, 40 surrounded by the windshields 63, 64, 65, 66, the casing 0, the airtight bracket and the machine hinge 27, and the water supply heat exchanger is below the machine 27 The inner surface is fixedly connected, and the electric motor 25 of the electric blower 3 is fixedly connected to the housing 0, or the electric power of the vortex electric blower 24 Machine 25 and bracket 62 is fixedly connected to the motor, the motor bracket 62 is fixedly connected with the housing 0, disaster-containing streams constituting electric machine Ml heat exchanger;

Or, the housing 00, the machine 027, the water receiver, the airtight bracket 18, 19, the fixing bracket 22, 23, the windshield 063, 064, 065, wherein the housing 00 and the casing cover 027 are fixedly sealed Forming the casing 01, in the casing 01, one end of the airtight brackets 18, 19 is fixedly connected with the casing (01), and the fixing brackets 22, 23 are fixedly connected with the casing 00, the heat exchanger and the airtight brackets 18, 19 and The fixed brackets 22, 23 are fixedly connected, and the airtight brackets 18, 19 are fixedly connected to the side wall of the housing 00 on the side wall of the housing 00, and the other ends of the airtight brackets 18 and 19 are connected to the machine 027. The inner surface is connected by a corner link or a gap, and the windshields 063, 064, and 065 are fixedly connected to the surface of the machine 027, respectively, and are constituted by the windshields 63, 64, 65, the housing 00, the airtight brackets 18, 19, and The air inlets 37, 38, 39, which are enclosed by the machine, are fixedly connected to the inner surface of the machine 027 under the water heat exchanger, and the motor casing 026 of the motor 025 of the axial motor Ml 024 is fixedly connected with the casing 00. , or the motor 025 and the motor of the axial flow electric fan 024 Frame 062 is fixedly connected to the motor bracket 062 is fixedly connected to the housing 00, constituting the heat exchanger unit comprising an axial fan motor;

Or, the housing 100, the housing 127, the water receiver, the airtight brackets 18, 19, the fixing brackets 22, 23, the board windshields 063, 064, 065, wherein the housing 100 and the casing cover 127 are fixedly sealed The connection constitutes the casing 101. In the casing 101, one end of the airtight brackets 18, 19 is fixedly connected to the casing 100, and the fixing brackets 22, 23 are fixedly connected to the casing 100, the heat exchanger and the airtight brackets 18, 19 and fixed. The brackets 22, 23 are fixedly connected, and the airtight brackets 18, 19 are fixedly connected to the side wall of the casing 100 at the air inlet of the side wall of the casing, and the other ends of the airtight brackets 18 and 19 are inside the machine 127. The surface contact connection or the gap connection, the wind deflectors 063, 064, and 065 are fixedly connected to the surface of the crane 127, respectively, and are formed by the suffixes 063, 064, 065, the casing 101, the airtight brackets 18, 19, and the machine 127 The inlet chambers 37, 38, 39, the water separator is fixedly connected to the inner surface of the machine 127 under the heat exchanger, the air outlet flange 167 of the volute of the centrifugal electric Ml 103 and the side of the housing containing the air outlet The wall is fixedly connected and is in sealing communication with the air outlet of the casing, Heart electric bribe ^ a volute 124 (it is hard to take two support legs 179, two top wall of this support leg 179 is fixedly connected with the housing 100, constituting the heat exchanger comprising a centrifugal electric machine;

Or, including the housing 200, the machine? G^ 227, two-fold heat exchanger 202, cross-flow electric Ml 203, water receiver 204, in which the casing and the machine? ^ Fixed sealing joint structure 201, in the casing 201, the positioning groove body 269 is fixedly connected to the casing end wall 352, the positioning groove body 289 is opposite to the inner side of the casing 200, and is fixed with a heat insulator 271, The positioning component 271 has a positioning groove 272 which is open at the upper end and closed at the lower end of the housing 200, and a positioning component is fixedly coupled to the inner side of the other end wall 353 of the housing 200. The positioning component is opposite to the positioning component 271. The central portion of the casing 201 is symmetric in cross section, and the heat exchanger mounting plate 273 is inserted into the positioning groove and the positioning groove 272 of the positioning assembly to form an insulated connection between the heat exchanger mounting plate 273 and the positioning groove body, and the upper portion of the baffle plate 274 and the heat exchange device There is a heat insulating block 275 between the mounting plate 273, which constitutes a heat insulating, fixing and sealing connection between the mounting plate and the baffle plate. The lower part of the baffle 274 is sealed and fixedly connected with the bottom wall 230 of the casing 201. The heat exchanger mounting plate and the machine are completely insulated. In addition, the lower end of the upper worm plate 276 of the cross flow electric Ml 203 is sealed and fixedly connected with the rear side wall 212 of the casing 201, and the upper heat insulator 280 and the casing a top wall 227 and two end walls 352 of the 203, The 353 is sealed and fixedly connected and separated between the upper worm plate 276 and the heat exchanger mounting plate 273, thereby separating the area enclosed by the casing 200 and the casing cover 227 into a heat exchanger. The air inlet chamber 277 and the outlet air chamber 277, which are bounded by the mounting plate, the positioning assembly, the upper partition», the heat insulating block, the baffle plate and the casing, the two ends of the J« plate 276 and the lower worm plate 281 are respectively connected with the end wall 352, 352 fixed sealing connection, the lower end of the lower worm plate 281 of the cross-flow electric Ml 203 is fixedly sealed on the surface of the bottom wall of the housing 200, and is connected with the air outlet of the bottom of the housing 200, or the upper end of the lower worm plate 281 The insulating block 375 is connected in a sealed manner, and the lower end is in communication with the air outlet on the bottom wall of the housing 200. The two ends of the upper worm plate 276 and the lower worm plate 281 are fixedly and sealingly connected to the end walls 352 and 352, respectively, thereby, the body 200 and The area enclosed by the machine 227 is divided into an air inlet chamber 277 and an air outlet chamber bounded by a heat exchanger mounting plate 273, a positioning assembly, an upper heat insulator 277, a heat insulating block 375, a lower worm plate 281, and a housing 200. 278, there is a rectangular water receiver 204 under the change, the limit block 278 is fixedly connected with the bottom wall 230 of the casing, and the limit block 278 is connected to the water trap 204. I:, thereby forming a heat exchanger 207 containing a capsule, or the positioning tank, the limiting block and the casing are integral members.

The pipe member is a variable-section flange pipe 345 or 445, wherein one end of the variable-section flange pipe 345 or 445 is fixedly coupled to the lower surface of the casing 1 or 01 or 101, and is sealed with the air outlets 31, 031, 131 of the casing. Unicom, the other end is fixedly and sealingly coupled with the air inlet 339 of the air passage body, and communicates with the air inlet 339, and constitutes an indoor air circulation system of the air conditioning range hood that is connected by the single pipe fitting and the oil hood;

Alternatively, wherein the pipe member is a variable-diameter flange pipe 455 and a pipe 456, wherein one end of the variable-diameter flange pipe 455 is fixedly and sealingly connected with the air outlet of the casing 101, and the other end pipe is rigid (or soft) The air inlet end of the pipe is fixedly sealed and connected, and the air outlet end of the pipe 456 is fixedly and sealingly connected with the air inlet port 339 of the air outlet passage, and constitutes an indoor air circulation system of the air conditioner range hood which is connected with the multi-body pipe member and the oil suction hood. .

The indoor air circulation system of the air-conditioning range hood is characterized in that: the water receiver comprises a water receiving tank 32, 33, a pipe 6 and a water connection pipe, wherein the upper port of the cold 7 pipe 360 is sealed and fixedly connected with the water outlet of the water connection pipe joint 6. The lower port of the condensing water pipe 360 is sealingly and fixedly connected with a pipe joint 361 which is fixedly connected to the fume chamber in the fume chamber, wherein the inlet end of the pipe joint 361 is in the fume chamber ̄h«, , cold 7j Tube 360 port and water pipe

6 water outlet seal fixed communication, cold 7 tube 360 lower port through the suction smoke chamber suspended in the water tank and oil tank nested automatic drainage oil, 362 box and oil

The indoor air circulation system of the air-conditioner range hood is characterized in that: the outer surface or the inner surface of the air inlet of each side wall of the heat exchanger of the heat exchanger of one (two, three, four, five) is correspondingly fixed and sealed. Next, an air disperser has a dispersing piece protruding from the housing or a louver of the louver, and the outer surface or the inner surface of the air inlet of each side wall is respectively fixedly sealed and coupled with an air disperser, and the disperser has Dispersing sheets (53 and 54) protruding into the casing or louvers of the louver, and the outer surface of the air inlet of each side wall of the casing is correspondingly sealed and coupled with a lead orchid, and each of the phoenix flanges is advanced. The tuyere is sealed and fixedly connected with the air outlet of the indoor air circulation pipe system, or one of the bow I flanges is sealed and fixedly connected with the air outlet of the suction and exhaust fume system, and the air inlet of the other bow I wind flange and the indoor air circulation pipe system The air outlet is sealed and fixed.

The indoor air circulation system of the air-conditioner range hood is: the water collector includes the water tank 32, 33, the pipe joint 6 and the water pipe, wherein the water port of the cold 7 pipe (360) port and the water pipe joint 6 Sealing and fixing, the lower port of the condensing water pipe 360 is sealingly and fixedly connected with a pipe joint 361 which is fixedly connected to the oil smog chamber in the oil smog chamber, wherein the inlet end of the pipe joint 361 is in the oil absorbing chamber Alternatively, the upper port of the cold 7 tube 360 is sealed and fixedly connected with the water outlet of the water connection joint 6, and the lower port of the condensing water pipe 360 is passed through the oil absorbing chamber and suspended in the water tank and the oil tank nested automatic drainage oil and water collector 362 Or the upper port of the water tank and the oil tank separate automatic drain oil and water collector 462; ± square.

The program also has the following characteristics:

The utility model comprises a fresh air nozzle 61, 62 which is respectively fixedly connected with the left (right) side wall of the heat exchanger casing and communicates with the new air passage holes 59, 60 on the side wall of the heat exchanger casing, a new After the air outlet port of the air duct county system is sealed and fixedly connected with one of the fresh air hooks 61 or 62, another fresh air hook is tightly fixedly connected to an end cover 63.

Or, wherein, the fresh air nozzles 61, 62 are respectively connected to the side walls of the heat exchanger casing and are connected to the side walls of the heat exchanger casing, and the new side holes 59, 60 of the heat exchanger casing are separately connected. The outlet port of the new air duct is fixedly connected to one of the fresh air nozzles. The air inlet of the new air duct extends to the outside, and the air inlet of the i3⁄4ff duct is sealed and fixedly connected with an air filter outlet, and another fresh air nozzle is connected. The upper cover is fixedly connected to an end cover 63;

Or, wherein, the fresh air nozzles 61, 62 respectively connected to the side walls of the heat exchanger casing and the new side holes 59, 60 of the side of the heat exchanger casing, respectively The air outlet port of the air duct is fixedly connected to one of the fresh air sills 61 or 62, the air inlet of the new air duct extends to the outside, and the other fresh air nozzle is fixedly connected to an end cover 63;

, including, respectively, a sealing and fixed connection to the left (or right) side wall of the heat exchanger casing, and a fresh air communicating with the new M holes 59, 60 of the left (ΐ3⁄4) side of the heat exchanger casing The nozzle 61 or 62, the outlet port of a fresh air duct is sealingly and fixedly connected with the fresh air nozzle.

In the heat exchange electric 24, 024, 124, 203 or suction and exhaust fume, the motor is a single-phase AC AC motor or a single-phase DC DC motor # is an AC AC inverter motor or a single-phase DC DC inverter electric # * AC AC servo motor or single-phase DC DC servo motor.

Beneficial effect In the product of the present application, the indoor air circulation system is divided into separate oil absorbing sections and heat exchangers, and the two can be independently produced and sold separately, and the two are directly connected or connected by a pipe fitting during installation, that is, the composition Apply for a product system, in which, when the heat exchanger is hidden between the roof and the ceiling decoration layer, the air-conditioning range hood part 1 that is visible every day is small, and the ceiling decoration layer does not enlarge the heat source machine under the sound source. The noise heard is small.

DRAWINGS

Figure 1 is ^! The schematic diagram of the structure of the heat exchanger of the flow electric M1, in which the top wall of the casing is removed.

Figure 2 is a cross-sectional view taken along the line A-A of the structure shown in Figure 1.

Fig. 3 is a schematic view showing the structure of a heat exchanger including an axial flow electric M1, in which the top wall of the casing is removed.

Figure 4 is a cross-sectional view taken along line B-B of the structure shown in Figure 3.

Fig. 5 is a schematic view showing the structure of a heat exchanger including centrifugal electric M1, in which the top wall of the casing is removed.

Fig. 6 is a schematic view showing the structure of a heat exchanger including a cross flow electric M1.

Figure 7 is a schematic view showing the structure of a lower inlet heat exchanger including centrifugal electric M1.

Figure 8 is a side view of a wall-mounted range hood having a blower and its connection with the heat exchange shown in Figures 1 to 5;

Figure.

Figure 9 is a side elevational view of the coupling of the 3⁄4⁄4 type range hood of Figure 8 and the heat exchanger of Figure 6 shown in Figure 8.

Figure 10 is a front elevational view showing the structure of Figure 9.

Figure 11 is a side elevational view showing the partial configuration of a pendant range hood having a blowing passage and a first coupling relationship with the heat exchange shown in Figures 1 through 5.

Figure 12 is a side view of a second embodiment of a suspended range hood having a blower passage and a heat transfer 326 shown in Figures 1 through 5.

Best practice

The product of the present application is further described below with reference to the accompanying drawings and embodiments.

Referring to Figures 1 and 2, the air heat exchanger is constituted by a housing 0, a casing cover 27, a heat exchanger assembly 2, a vortex electric blower 24, a wind deflector, L-shaped water traps 4, 5 and a water connection joint 6. 7. The lower end of the housing 0 has a flange 41 (not shown) that is curved in the housing parallel to the top wall 30. The casing cover 27 is fixedly coupled to the flange 41 and forms a casing cover 27. a sealing coupling with the housing 0, or a sealing member (seal or gasket) spaced between the housing cover 27 and the housing 0 to form a sealed connection between the housing cover 27 and the housing 0, and Forming the casing 1, the two L-shaped heat exchangers 8, 9 are connected in parallel to form the heat exchanger assembly 2 (the two hemi-shaped heat exchangers are shown in the figure), the left side wall 10 of the casing 0, the front side wall H and The right side wall 12 and the rear side wall 13 are provided with an air inlet 14 , 1 , 16 , 17 , and a change is arranged at the air inlets 14 and 15 of the left side wall 10 and the front side wall H, and the other L shape The switch is disposed at the air inlets 16, 17 of the right side wall 12 and the rear side wall 13, and each of the L-shaped heat exchangers 8, 9 has a close bracket 18, 19, 20, 21 , for the middle of the 8th, 9th, a fixed brackets 22, 23, the top ends of the airtight brackets 18, 19, 20, 21 and the fixed brackets 22, 23 are respectively fixedly connected with the top wall of the housing 0, the heat exchangers 8, 9 Separately coupled to the airtight brackets 17, 18, 19, 20 and the fixed brackets 22, 23, respectively, a crash electric blower 24 in the region enclosed by the heat exchanger assembly 2, the casing of the motor 25 of the vortex electric blower 24 26 is fixedly connected inside the top wall 30 of the casing 1, or the motor 25 of the electric briber 24 is fixedly connected with the motor bracket 62, and the motor bracket 62 is fixedly connected with the casing 0, wherein the churning impeller 3 is fixedly coupled to the electric current On the output shaft of the fan 24, the air outlet 29 of the horn-shaped air damper 28 is sealingly and fixedly connected with the casing cover 27, and communicates with the air outlet 31 on the casing cover 27, and there is one under each of the heat exchangers 8, 9. The L-shaped water traps 4, 5 and the L-shaped water traps 4, 5 are composed of an L-shaped water tank, a heat insulating sleeve and a water connection joint, wherein the L-shaped water tank 32 or 33 has a water connection joint 6 and a water connection tank at the bottom. One through hole of the bottom wall is sealed and fixedly connected, L The outer surface of the sleeve or the 34 m L-shaped water tank, or the two L-shaped water tanks 32, 33 are extended and connected in parallel to form a rectangular annular water tank 36, a water connection joint 6 and a ring-shaped water connection tank 36 A through hole of the wall is fixedly and sealingly connected, and a rectangular annular heat retaining sleeve is disposed on the outer surface of the rectangular annular water tank 36 from the annular water separator and placed under the heat exchanger assembly 2, and the two fiber surfaces are r" The windshields 63 and 64, which are L-shaped in plan view, are respectively fixedly connected to the upper surface of the crane 27, and the dense brackets 17, 18, 19, 20 are sealingly and fixedly connected with the side walls and the bottom wall of the casing 0, and the windshield. Moreover, the bottom ends of the airtight brackets 17, 18, 19, 20 are in contact with (or linked to) the machine JgH 27, and are formed by the side wall of the casing 0, the bottom wall, the airtight bracket, the windshield and the machine. The inlet chambers 37, 38, 39, 40 are simultaneously connected to the upper surfaces of the two insulating sleeves, and the L-shaped water traps 4, 5 are thus fixed on the machine 027, thereby A quadrilateral inlet air heat exchanger 7 constituting a flow electric bribe. When the four-way inlet air heat exchange is performed, the electric current is operated by 3, and the indoor air is surrounded by the left side wall 10, the front side wall H and the right side wall 12, and the four air inlets 14, 15 and 16 at the rear side wall 13. , 17 3⁄4λ inside the casing 1, and then through the inlets 37, 38, 39, 40 opposite to the respective air inlets 14, 15, 16, and 30, obtain a cold (heat) amount on the surface of the heat exchanger assembly 2, and then pass through The electric flow 24, the air dam 28, the air outlet 31 blow out the casing 1, and the cold 3⁄43⁄4 Κ drip into the water tank 32, 33 (the giant annular water collector) flows out from the water pipe 3⁄43⁄4.

See Figure 3, Figure 4, by housing 00, machine 027, U-shaped for 3⁄4 02, $毓 electric 024, U-shaped water radiator 04, water connection joint 6 and block The air heat exchanger 07 is formed, wherein the lower end of the casing 00 has a flange 041 (not shown) which is curved in the casing parallel to the top wall 030, and the machine 027 is fixedly connected to the flange 041. Forming a sealing coupling between the casing cover 027 and the casing 00, or a sealing member (seal or gasket) is spaced between the machine 027 and the casing 00, and the shape j3⁄4 is between 027 and the casing 00 Sealed and connected, and the shells 01, the left side wall 010, the front side wall 0H and the right side wall 012 of the housing 00 each have an air inlet 14, 15, 16, and a U-shaped heat exchanger 02 is disposed on the left side wall 010, at the air inlets 14, 15, 16 of the front side wall 0H and the rear side wall 012, each end of the U-shaped heat exchanger 02 has a ΐ 支架 018, 019, and a fixed bracket in the middle of the U-shaped heat exchanger 02 022, the top ends of the airtight brackets 018, 019 and the fixing bracket 022 are respectively fixedly connected with the top wall of the housing 00, and the U-shaped heat exchanger 02 is fixedly coupled with the airtight brackets 17, 18 and the fixing bracket 22, respectively, and an axial flow electric fan 024 In the region enclosed by the circular heat exchanger 02 and the rear side wall 013, the motor casing 025 of the axial flow electric fan 024 is fixed to the motor bracket 062 The motor bracket 062 is fixedly connected to the inner side surface of the top wall 030 of the casing 00, and the air outlet 029 of the flared air duct 028 is sealingly and fixedly connected with the machine 027, and communicates with the air outlet 031 of the casing cover 027. There is a U-shaped water separator 04 under the U-shaped heat exchanger 02, and the U-shaped water separator 04 is composed of a U-shaped water tank 032, a dome-shaped heat insulating sleeve 034 and a water connection joint 6, wherein the bottom of the water tank 32 is connected A water pipe 6 is sealed and fixedly connected to a through hole of the bottom wall of the 11-shaped water tank 032, and the U-shaped heat insulating sleeve 34 covers the outer surface of the U-shaped water tank 032, and is placed under the dome-shaped heat exchanger 02, U-shaped. The windshield 063 is fixedly coupled to the machine 027, and the fixing bracket 018 l ffi is fixedly connected to the inner surface of the top wall 030 of the casing 00, and the top surface of the brackets 018, 019, and 022 is fixedly connected to the side wall and the bottom wall of the casing 00. And the lower ends of the airtight brackets 018 and 019 are respectively connected to the machine 027 at a corner or a gap, and the cross section is shaped like a dog. The U-shaped windshield 063 is fixedly connected to the inner surface of the machine 027, and is configured. An air inlet passage 037 surrounded by a side wall of the casing 00, a top wall, a returning door, a gas tight bracket and a windshield, 038, 039, at the same time, the windshield 063 is in contact with the clamshell insulating sleeve 34, and the crotch water trap 04 is thus fixed on the casing cover 027. In the above, a three-way air-intake air heat exchanger 042 including a bypass electric motor 024 is constructed. When the three-way air-to-air heat exchanger 042 is working, the hanging electric train 03 runs, the indoor air is from the left side wall 010, the front side wall 0Η and the right side wall 012 at the three air inlets 14, 15, 16 3⁄4λ casing 01 Inside, the ship M 037, 038, 039, obtain the cold (heat) amount on the surface of the dome heat exchanger 02, and then blow out the casing 01 through the axial flow electric Ml 024, the air hopper 028, and the air outlet 031.

The vortex electric blower 24 of Fig. 1 and Fig. 2 and its description replaces the axial flow electric extension 024 in this example to constitute a three-way air inlet heat exchanger 043 including a vortex electric blower.

J ^! In the heat exchanger 7 or 042 or 043, the deformation machine constituting the heat exchanger 042 or 043 is changed as follows:

The heat exchanger assembly 2 is composed of four air inlets 14, 15, 16, 17 (or two air inlets 14) respectively disposed at the left side wall 10, the front side wall H and the right side wall 12, and the rear side wall 13. Four (or two) plate heat exchangers on the inside of the casing at 16 or 15 and 17 or the adjacent two inlet vents of the four air inlets 14, 15, 16, 17 are connected in series to form a four (or b) The flat heat exchanger, the plate heat exchanger and the flat plate segments 43, 44, 45, 46 in the heat exchangers 8, 9 have the same shape, or two of the two heat exchangers in the illustrated position The adjacent ends extend as part of the heat exchanger, and the other two are close to the end, one end is a flow line of the heat exchange medium, and the other end has an open moment annular heat exchanger of the heat exchange medium input and output pipe interface. It is disposed under the open-cavity toroidal heat exchanger or the four-plate heat exchanger from the sink slot. It is a rectangular annular water tank, where there is a heat exchanger medium input and output pipe interface under the heat exchanger. Intermittent, forming a closed-moment annular water-sink, uninterrupted to form a closed-loop annular water-sink, the bottom wall of the water inlet of the rectangular annular water-receiver is fixedly sealed and connected to a water pipe 3⁄43⁄4, and the outlet end of the water pipe joint is fixedly sealed and connected to a water pipe, corresponding The open-loop annular heat exchanger or the four-plate heat exchanger constitutes a four-inlet air heat exchanger with a turbulent electric fan; a U-shaped water collector shown in Figures 3 and 4 is arranged below the two-plate heat exchanger The utility model constitutes a two-inlet air heat exchanger with a vortex electric Ml, wherein a flat plate-changing air inlet is not provided, and a cover fixed sealing is connected at the air inlet of the casing, and the air inlet is closed, or the casing is The housing of the air inlet is not included.

j ^! The outer surface or the inner surface of the air inlet of each side wall of the casing is fixedly sealed and coupled with an air disperser 49, 50, 51, 52, and the diffuser is directed into the casing. The protruding dispersing sheets 53, 54 or the dispersing sheets 53, 54 are louvers of the louver; or, the outer surface of the air inlet of each side wall of the casing is fixedly sealed and coupled to an air guiding flange 55, 56, 57, 58 The inlets of the guides 55, 56, 57, 58 are respectively associated with the indoor air circulation piping system (including the single-pipe system 17145 and the branch piping system 17149 in the range hood and air-conditioning range hood of Chinese Patent Application No. 2009102217869). The air outlet is sealed and fixed. In the air heat exchanger 7 or 042 or 043 and the air heat exchanger 7 or 042 or 043, the diffuser or the diffuser and the bow are included at the air inlet provided with the plate heat exchanger. I wind flange.

J ^! The heat exchanger and the heat exchanger z are equipped with a sealing connection with the left (or right) side wall 10 of the housing and communicating with the fresh air passages 59, 60 on the machine knock (or right) side wall 10 The new wind hangs 61, 62; Hz, including fresh air nozzles 61, 62 that are respectively fixedly connected to the left and right side walls of the casing, and communicate with the fresh air through holes 59, 60 on the casing and the right side wall, a fresh air The fresh air nozzle of the medullary system (including the fresh air duct system 17181 in the range hood of the Chinese patent application No. 2009102217869 and the fresh air duct system 17181 in the air hood range hood) is sealed and fixedly connected with one of the fresh air nozzles 61 or 62. The upper fixed cover is connected to an end cover 63; or, the fresh air nozzles 61, 62 respectively connected to the machine Jg£, the right side wall, and the fresh air through holes 59, 60 on the right side wall respectively; The outlet port of a new air duct is fixed to one of the fresh air nozzles 61 or 62, and the air inlet of the fresh air duct is placed outdoors, or the air inlet is sealed and fixedly connected with an air filter outlet, and another fresh air nozzle is connected. Upper closed fixed connection 63. Referring to FIG. 5, in this embodiment, instead of the axial flow electric storage 024, the air outlet of the heat exchanger is replaced by the centrifugal electric Ml 124. ^Upper on the rear side of the casing 3⁄4h, the rest is the same as the previous embodiment, with #3⁄4下: housing 100, machine ^ 127, 11 shape change 3⁄4 02, centrifugal electric MU24, ϋ shaped water separator 04 and connection The water pipe joint 6 constitutes a heat exchanger 107, wherein the lower end of the casing 100 has a flange 141 (not shown) which is curved in the casing parallel to the top wall 130, and the casing cover 127 is fixed to the flange 141. Connecting and forming a sealing connection between the casing cover 127 and the casing 100, a sealing part (seal or gasket) is spaced between the machine 127 and the casing loo, m ^ is sealed with the casing 100 , the left side wall 10 of the casing, the left side wall 10 of the casing, the front side wall H and the right side wall 12, the air inlets 14, 15, 16, the U-shaped heat exchanger 02 is provided with the side wall 10, the front side wall H and the air inlets 14, 15, 16 of the rear side wall 12, the U-shaped exchange ... 02 ends a ^ dense bracket 018, 019, the U-shaped heat exchanger 02 has a fixed bracket 022 in the middle, a gas-tight bracket 018, The top ends of the 019, 020 and the fixing bracket 022 are fixedly connected to the top wall of the housing 100, respectively, and the U-shaped heat exchanger 02 is fixed on the airtight brackets 018, 019 and the fixing bracket 022, a centrifugal electric wind. In the region enclosed by the dome heat exchanger 02 and the rear side wall 17, the air outlet flange 167 of the centrifugal electric fan 124 is fixedly connected to the inner surface of the rear side wall 17 of the casing, and the outlet flange 167 is advanced. The tuyere communicates with the air outlet 168 on the rear side wall 013 of the casing, and between the air inlet and the outer side of the top side plate of the volute of the centrifugal electric bribe 103, the two supporting legs 179 are fixedly connected, and the top ends of the two supporting legs 179 are fixed. The surface is fixedly connected to the inner surface of the top wall of the casing 101, and the top side plate of the volute of the centrifugal electric MU03 has a distance greater than zero from the inner surface of the top wall 130 of the casing, and between the bottom side plate of the volute and the inner surface of the casing cover 027 There is a distance greater than zero, ^, the top side plate of the volute of the centrifugal electric MU 03 is a part of the top wall 130 of the casing, the air vent of the top wall 130 of the casing 001, the bottom side plate of the right shell and the inner surface of the machine gi There is a distance greater than zero, u rn 02 has a u-shaped sink below the u-shaped sink 032 bottom sound 陏 a water pipe joint 6 and a through hole of the bottom wall of the 接 shaped sink 032 fixed and sealed in communication, airtight bracket 018 019, the top surface of the fixing bracket 022 is fixedly connected with the lower surface of the top wall 130 of the casing 101, and the airtight brackets 018, 019 and The side wall, the bottom wall and the fiber surface of the shell 101 are in the shape of a dome, and the U-shaped dome-shaped windshield 063 is sealed and fixedly connected in a plan view, and the upper ends of the airtight brackets 018 and 019 are in contact with the machine 027 or are gap-connected, U-shaped. The windshield 063 is fixedly connected to the inner surface of the bottom wall 130 of the casing, and constitutes an air inlet hall 037, 038, 039 surrounded by a side wall, a bottom wall, a top cover and a gas-tight bracket of the casing, and a windshield. A three-way inlet air heat exchanger 142 including a centrifugal electric bribe 103 is constructed. When the air heat exchanger 142 is in operation, the centrifugal electric motor 103 operates, and the indoor air is surrounded by the left side wall 10, the front side wall Η and the three air inlets 14, 15, 16 3⁄4 l in the right side wall 12, and then The wind chambers 037, 038, and 039 obtain a cold (heat) amount on the surface of the dome-shaped heat exchanger 02, and then blow out the casing through the centrifugal electric fan 103 and the air outlet 168 in sequence.

in! In the heat exchangers 042, 142, the U-shaped heat exchanger 02 is three of the inside of the casing at the three air inlets 014, 015, 016 at the side wall 010, the front side wall 0 Η and the right side wall 012 The flat plate shape heat exchangers are connected in series to form a three plate type heat exchanger, and the plate shape heat exchanger is one of the plate segments 043, 044, 045 in the U-shaped heat exchanger 02. In the air heat exchangers 042, 142, the side wall and the bottom wall of the water tank 132 are covered with a temperature jacket 047. The cold 7 drops into the water tank 032 and flows out of the water connection joint ₆ .

Referring to Figures 1 and 2, each of the heat exchangers (7, 042, 142 and their deformers), or 3⁄4, includes a sealing connection with the left side wall of the casing, and communicates with a new air passage hole on the side wall of the casing. The fresh air nozzle, or, also includes a sealed connection to the machine knock (right) side wall, and the machine knock (right) side straight! : The fresh air nozzle of the new wind through hole, the air outlet port of a fresh air duct system (including the oil absorption of Chinese patent application No. 2009102217869 and the fresh air duct system 17181 in the air conditioner range hood) and one of the fresh air nozzles Sealed and fixedly connected, one end cover is tightly fixedly connected with another fresh air nozzle; or, it also includes a fresh air which is respectively fixedly connected with the machine knocking (right) side wall and connected with the new smooth hole of the machine knocking (right) side. Hanging, the outlet port of a new air duct is fixedly connected with one of the fresh air 3⁄4B觜, the air inlet of the new air duct extends to the air, or the air outlet is sealed and fixedly connected with an air filter outlet, one end cover and the other A fresh air nozzle is sealed and fixed.

The above heat exchangers (7, 042, 142 and their deformers), one end of the variable section flange tube 80 (see Fig. 4) is fixedly attached to the lower surface of the casing and is in sealing communication with the air outlet of the casing. The other end flange is fixedly coupled with the ffiitX port part of the air hood of the range hood, and is in sealing communication with the air inlet of the ffiitX port part of the air header, or one end of the variable flange tube 81 (see Fig. 2) The flange is fixedly coupled to the lower wall of the casing, and is in sealing communication with the air outlet of the lower wall of the casing, and the other end of the pipe is fixedly and sealingly connected with the inlet end of a section of the hard (or soft) pipe, and the outlet of the pipe The end is fixedly coupled with the air collecting hood port part of the range hood, and is fixedly sealed with the air inlet of the air hood λ port part.

Referring to FIG. 6, the casing 201 includes a casing 200 and a machine 227, and is composed of a casing 201, a two-fold heat exchanger 202, a two-fold heat exchanger mounting plate 273, a current detecting electric bribe 203, and a rectangular water receiver 204. The air heat exchanger 207 includes a cross-flow electric bribe, wherein the left side 1 of the casing 200 has a flange 241 (not shown) that is bent in parallel with the right side wall 112, and the casing cover 227 and the The flange 241 is fixedly coupled and forms a sealing coupling between the casing cover 227 and the casing 200, or a sealing member (seal or gasket) is spaced between the casing cover 227 and the casing 200 to form a casing cover 227. The sealing connection with the housing 200, and the configuration of the shells 201, the machine? 227 has an air inlet 215. In the housing 200, the positioning groove body 269 is fixedly connected to the inner side of the casing end wall 352 (see FIG. 10), and the positioning groove body 289 is opposite to the inner side of the casing 200, and is fixedly connected with a heat insulator. 271, and constituting the positioning component 271, the heat insulator 271 has a positioning groove 272 which is open at the upper end and closed at the lower end of the housing 200, and the inner side surface of the other end wall 353 of the housing 200 is fixedly coupled to a positioning component. The locating assembly 271 is symmetric with respect to the center of the casing 201, and the two-fold heat exchanger mounting plate 273 is inserted into the positioning groove 272 and the positioning groove 272 of the positioning assembly to form a two-fold replacement plate 273 and a positioning groove. The body 289 is thermally insulated, and there is a gap between the upper portion of the baffle 274 and the heat exchanger mounting plate 273. The heat block 275 constitutes an insulated, fixed and sealed connection between the mounting plate 273 and the baffle 274, the heat exchanger mounting plate 273 has a vent hole, and the two-fold heat exchanger 202 is fixedly connected to the heat exchanger for installation. On the air inlet side of the plate 273, the lower portion of the baffle 274 is sealed and fixedly connected to the bottom wall 230 of the casing 201, and the two ends of the baffle 274 are fixedly connected with the casing #5 耑 352, 353 to form a fold-type replacement plate 273. In addition, the lower end of the plate 276 of the cross-flow electric bribe 203 is sealed and fixedly connected with the rear side wall 212 of the casing 201, and the upper end is sealed and fixedly connected with the lower end of the connecting plate 279, and the connecting plate 279 is separated from the upper side. The heat exchanger 277 is sealingly fixedly connected, and the upper heat insulator 280 is sealed and fixedly connected to the top wall 228 and the side end plates 352, 353 of the housing 200, and is separated between the connecting plate 279 and the heat exchanger mounting plate 273 by Therefore, the area enclosed by the body 200 and the machine 227 is divided into an air inlet chamber bounded by the heat exchanger mounting plate 273, the positioning assembly, the upper heat insulator 277, the heat insulating block 375, the baffle 274, and the casing 200. 277 and Mfl empty 278, the right end of the lower worm plate 281 of the cross flow electric fan 203 is fixed on the bottom wall of the casing 200 Sealed and connected with the air outlet on the bottom wall of the housing 200, or the baffle 274 is removed, and the left end of the lower worm plate 281 is sealed and connected to the heat insulating block 375, and the two ends of the J_plate 276 and the lower worm plate 281 are respectively The end wall 352, 352 is fixedly sealed, thereby separating the area enclosed by the housing 200 and the machine 227 into a heat exchanger mounting plate 273, a positioning assembly, an upper heat insulator 277, a heat insulating block 375, and a lower portion. The volute plate 281 and the casing 200 are bounded by an air inlet chamber 277 and an air outlet chamber 278. The two-fold heat exchanger is fixedly coupled to the two-fold heat exchanger mounting plate 273 in the inlet air chamber 277, and the two-fold heat exchanger There is a rectangular water tank 232 underneath, a rectangular water tank bottom sound, a water pipe joint 6 and a through hole of the bottom wall of the rectangular water tank are fixed and sealed blue, and a heat insulating sleeve 247 is covered and connected to the outer surface of the rectangular water tank 232 to form a connection. The water block 204, the limiting block 278 is fixedly connected with the bottom wall 230 of the casing, and the water block 204 of the limiting block 278 is fixed to the machine to thereby form an air heat exchanger 207 containing a cross flow fan. When the air heat exchanger 207 is working, The cross flow electric fan 203 operates, and the indoor air enters the air inlet chamber 277 from the air inlet 215, in the second The folded heat exchanger 202 obtains a cold (heat) amount, and then blows out the casing from the vent holes on the heat exchanger mounting plate 273, the cross flow electric fan 203, and the air outlet 231.

The casing is a portion of the casing 201 from which the right side of the connecting plate 279 and the lower worm plate 281 is removed, so as to extend downward to the lower worm plate 281 of the bottom wall of the casing 201 and the connecting plate 279 extending upward to the top plate of the casing 201. The rear wall constitutes the casing in this example.

The Hermet positioning groove body, the limiting block and the casing are integral members.

In this example heat exchanger, the cross flow extension is a single wind wheel cross flow M. The cross flow extension is a double wind wheel cross flow Ml. The change in the heat exchanger with cross flow Ml is not limited to a two-fold type, or a multi-fold type, which is a three-fold type, a four-fold type, a five-fold type, or an arc type, and a three-fold type. , four-fold type, five-fold type, or circular type for 3⁄4 correspondence, heat exchanger mounting plate 273 folding heat exchanger mounting plate, four-fold type 3⁄4 mounting plate, five-fold heat exchanger mounting plate, round Arc-fold heat exchanger mounting plate. Referring to Figure 1, Figure 2, Figure 5, Figure 10, the top end of each shell of the air heat exchanger, at least one pair or two pairs are fixedly connected (the air heat exchanger with the flow detecting fan and its deforming machine are three, but It is not limited to three pieces) a fixing plate 85 symmetrically distributed from the center of the casing side surface extending outward in the horizontal direction, or a part in which the fixing plate 85 is integrated with the casing, and the expansion screw penetrates the fixing lii: The screw through hole, the heat exchanger is fixed on the top of the room, the He screw is inserted into the screw hole of the fixed society, and the heat engine is fixedly connected to the two screw holes fixed on the wall of the room at both ends.

In all heat exchangers, the heat-insulating parts are made of non-metallic materials, including rubber foam and insulation.

See Figure 7, from the housing 500, machine? g^ 527, the plate heat exchanger 502, the centrifugal electric Ml 503, the rectangular water receiver 504 and the water connection joint 6 constitute an air heat exchanger 507, wherein the lower end of the casing 500 has a parallel housing with the top wall 530 A curved flange 541 (not shown), the housing cover 527 is fixedly coupled to the flange 541 and forms a sealed connection between the housing cover 527 and the housing 500, or a sealing component (including a seal or seal) Pad) is spaced between the machine 527 and the housing 500, the shape j3⁄4 is returned to the sealing connection between the housing 527 and the housing 500, and the configuration j3⁄4 several shells 501, the bottom of the machine 527 has an air inlet 514, plate heat exchange The 502 is disposed obliquely above the air inlet 514. A centrifugal electric motor 503 is above the plate heat exchanger 502. The air outlet flange 567 of the centrifugal electric motor 503 is fixedly connected with the inner surface of the rear side wall 513 of the casing, and the flange 567 and the machine are connected. The air outlet 568 on the rear side wall 513 of the casing communicates with each other. The air inlet and the outer side of the top side plate 596 of the volute of the centrifugal electric fan 503 are fixedly connected with two support legs 579, and the top end faces of the two support legs 579 are fixed. With the top wall 530 of the casing 501 Fixedly connecting, the top side plate 596 of the volute of the centrifugal electric bribe 503 has a distance greater than zero from the inner surface of the top wall 530 of the casing, and the distance between the bottom side plate 597 of the volute and the inner surface of the machine 527 is greater than zero, or The top side plate 596 of the volute of the centrifugal electric bribe 503 is a part of the top wall 530 of the casing, the top wall 530 of the casing 501 has a tuyere, and the bottom side plate of the right shell has a distance greater than zero between the inner surface of the casing 527. There is a rectangular water tank 532 under the flat plate exchange 502, a rectangular water tank 532 bottom sound, a water pipe 嫉6 and a through hole of the bottom wall of the rectangular water tank 532 are fixed and sealed.

The plate heat exchanger 502 is fixedly connected to the bracket in a cylindrical heat exchanger bracket 518 having a rectangular interface, and the rectangular ring-shaped rectangular ring-shaped spacer 3⁄4i 571 u 527 is connected in a cross section, and the rectangular cross-section is insulated. The ring 572 is angularly linked with the lower end of the cylindrical heat exchanger bracket 518 to the convex edge 519. The cylindrical heat exchanger bracket 518 is connected to the rectangular annular heat insulating ring 572 having an angular cross section, and the cylindrical heat exchanger is connected. The bracket 518 is clamped between the rectangular annular insulating ring 571 and the rectangular annular partition 572, and the plate heat exchanger 502 is fixedly coupled to the upper opening in the cylindrical cavity of the cylindrical heat exchanger bracket 518, the housing The cavity formed by the lower air inlet, the rectangular annular heat insulating ring 571, and the cylindrical heat exchanger bracket 518 constitutes the air inlet chamber 537, thereby constituting a heat exchanger 542 including a lower air inlet of the centrifugal electric bribe 503. When the heat exchanger 542 is working, the centrifugal electric bribe 503 is operated, the indoor air is obtained from the air inlet 514 3⁄4Λ3ί, and the cold heat is obtained on the surface of the plate heat exchanger 502, and then the centrifugal electric train 503 and the air outlet 568 are sequentially passed. Blow out the case.

in! In the heat exchanger 542, the side wall of the water receiving tank 532 and the bottom wall of the water tank 532 are surface S heat insulating sleeve 547. Cold drop into the sink 532 from the water pipe 3⁄43⁄4 6 out.

At the air inlet 514 at the lower end of the M 537, an air filter 573 is covered.

A pair of parallel side walls of the heat exchanger 542 housing 500 is upper end, fixedly connected to the pair of fixing plates 574, 575, or at the upper end of a pair of parallel side walls of the heat exchanger 542 housing 500, fixedly connected The fixed plates 574, 575, the other pair of parallel side walls are upper ends, the fixed pair of fixed plates are fixedly connected to form a ceiling type air heat exchanger, or a pair of parallel side faces of the heat exchanger 542 housing 500 Below, a pair of fixing plates 576, 577 are fixedly connected, or a pair of parallel sides „] of the heat exchanger 542 housing 500 are fixedly connected to a pair of fixing plates 576, 577, and the other pair of parallel sides „lower, fixed connection A pair of fixed plates, a constituent heat exchanger.

The wall-mounted range hood is used to blow out the outer surface of the casing of the range hood when working, and observe the air flow of the continuously distributed or intermittently distributed air flow outside the side wall of the stern wall (including Chinese patent application No. 2009101306210, a wall-mounted range hood in a range hood of an air-containing range hood with an air cage smoke system, a wall-mounted range hood of a range hood and an air-conditioning range hood of Chinese Patent Application No. 2009102217869 The wall-mounted range hood of the present application is constructed in the range hood that produces the air flow, but retains the chamber that generates the air flow and the suction and exhaust fume system.

Or, the wall-mounted range hood is used to observe the cold (hot) air flow distributed to the heat exchanger machine when it is blown out of the plane of the heat exchanger. Air-conditioning oil absorption earned (including the Chinese patent application No. 20041009025249, the wall-mounted air-conditioner range hood with air hood system air-conditioning range hood, China authorized J ^ for CN2016833Y with refrigeration, air purification function Range hood, China Patent Application No. 2009101306210, Range hood with air cage smoke system or wall-mounted air conditioner range hood in air conditioning range hood, Chinese patent application number 2009102217869 range hood and air conditioning range hood The fan and the heat exchanger for generating the cold (hot) air flow in the wall-mounted air conditioner range hood are removed, but the hall for generating the cold (hot) air flow and the suction and exhaust fume system are retained, and the present application is constituted Wall-mounted range hood in the middle.

See Figure 8 for an embodiment of a ±3⁄43⁄43⁄4 range hood.

In FIG. 8, a casing 302 for sucking oil is formed by a plurality of casings 300, a top plate 301, and a plate 342. The casing 302 is fixedly and sealingly connected to the upwardly recessed cavity plate 303 to form a cavity plate. The suction fume chamber 304 below the 303 and the air split cavity 327 above.

In the range hood 304, the suction and exhaust fume Ml 305 is fixedly attached to the lower surface of the top wall of the cavity plate 302 to form an oil smok system 306 together with the fume chamber 304.

The lower end of the exhaust fume 307 is sealingly and fixedly connected with the lower surface of the top wall of the cavity plate 303, and the lower end of the rigid exhaust pipe 308 is fixedly sealed with the upper end of the exhaust fume 307, and the upper end of the retractable exhaust pipe 309 The tube-shaped nozzle 311 on the lower surface of the upper cover top plate 310 is sealingly and fixedly connected, and the exhaust flange 307, the exhaust pipe 308, the exhaust pipe 309, and the nozzle 311 constitute an exhaust sump 312, and the smoke is exhausted. The flange 307 is provided with a soot check 313, and the air inlet end of the exhaust pipe 314 is sealed and fixedly connected with the cylindrical nozzle 3 on the 3⁄4 surface of the upper cover top plate 310, and the exhaust pipe of the exhaust pipe 314 is exhausted. The end extends to the outside, the tubular hanging 315, the exhausting outer tube 314 is configured to grind the fume chamber body 316, the exhaust end of the exhaust pipe 314 is avoided by a mouse net, or a smoke exhaust hose The air inlet end and the exhaust air outlet 307 upper end air outlet seal the fixed ship, the air outlet end extends to the buck, the exhaust fume flange 307 and the exhaust pipe structure grind the exhaust fume hall body 317 (not shown), The outlet end of the smoke exhaust hose is also connected to a mouse net.

The exhaust gas inner chamber body 312, the oil smoke check back hopper and the external oil exhaust pipe body 316 or 317, constitute a fume ejector system 319.

J ^ oil smog chamber 304, oil exhaust smoke 312 and machine ah h oil fume picture 316 or 317, constitute a suction and exhaust flue body 320.

The range 306 and the soot venting system 319 constitute a soot venting system. When the h-type suction and exhaust fume system 321 is in operation, the suction and exhaust fume 305 operates, and the soot passes through the soot 3⁄4λ disposed on the casing 300. The grease filter 322 in the 322 is inside the suction fume chamber 304, and then passes through the cavity of the suction and exhaust pipe 305, the soot check 313, the exhaust fume inner chamber 312, the external exhaust fume chamber 316 or 317, and The block net is discharged to the outside, or the oil smoke passes through the oil filter 323 disposed in the oil smoke suction port 322, and then passes through the louver 324, the air purifier 325, the suction and exhaust fume 305, the soot check 313, and the fume exhaust inner chamber. The body 312, the cavity in the fume chamber body 316 or 317 and the block net are discharged.

Alternatively, the oil smoke check 闽 313 and the exhaust gas inner chamber body 312 are sealed and connected, and the soot discharge port of the exhaust smoke inner hall body 312 communicates with the blow-off capsule body 333 to form a soot internal circulation system.

Alternatively, the exhaust gas inner chamber body 312, the oil smoke check back 313, the external exhaust oil sac body 316 or 317, the sealed communication, the soot discharge port of the external exhaust fume hall body 316 or 317 and an air inlet of the air heat exchanger Sealing and fixing the blue, forming a soot heat exchange (cold) internal circulation system.

The lower end of the lower cover 326 is sealingly and fixedly connected to the top plate 301, and communicates with the air splitting cavity 327. The upper cover 328 is inserted into the lower cover 326, and the upper cover 328 and the lower cover 326 are gap-connected, and the gap between the upper cover 328 and the lower cover 326 The upper cover top plate 310 is sealed and fixedly connected to the upper surface or the lower surface of the inward edge 331 (not shown) of the top end of the upper cover 328, and the upper cover top plate 310 is filled with a sealing member 329 (a sealing ring or a sealing packing). There is an air inlet 339. The upper cover top plate 310, the upper cover 328 and the lower cover 326 constitute an air overflow cavity 332. The upper cover 328 moves up and down in the lower cover 326. With the movement, the upper cover 328 and the lower cover 326 The total height changes, and the cavity in the air flow chamber 332 communicates with the cavity in the air split chamber 327.

The M body 333 is wrapped with an iSffit outer layer 334 and an inner layer 335, wherein the outer layer 334 is composed of a casing 302, a body back plate 336, and a lower cover. 326. The sealing member 329, the upper cover 328 and the upper cover top plate 310 are formed. The inner body layer 335 is formed by the cavity plate 303 and the exhaust smoke inner capsule 312. The outer layer of the outer layer 334 and the inner layer 335 of the channel are separated from the inner back plate of the body. Outside, the rest are all spaced apart to form a half-cycle air passage 337. The half-circle blowing passage 337 includes a half-air flow cover 3⁄41 (or a half-wind cover 3⁄43⁄4) or a multi-faced smoke barrier 3⁄4ϋ single-sided smoke shield 3⁄41 in the prior art.

The air outlet 338 of the half-circle 337 is on the side wall of the body (including the left side wall, the front side wall and the right side wall), and constitutes a side-winding half-circle blowing M 339, or the air outlet of the half-cycle air blowing passage 337 is at the lower end of the body ( The plane including the lower end is a horizontal plane or an inclined surface or a curved surface, and constitutes a lower air-type half-cycle air passage.

The wall-mounted oil immersion of the oil fume h 341 includes the suction and exhaust fume system 321 and the half cycle M 337. The lower end of the surface of the machine #3⁄4 plate 342 is fixed with a supporting leg 343, and the upper end is fixedly connected with a 夬体 body hanging plate 344, or the body hanging plate 344 is fixedly coupled to the surface of the lower hood, which constitutes a hang of the half-circle of the ventilating hall. Wall-mounted range hood 341. The swelled nail penetrates into the key hole in the machine 344, and is fixed in the nut in the wall 386, and the wall-mounted range hood 341 is thus fixed to the wall 386.

The flange 346 of the upper port of a two-way variable section pipe 345 is fixedly and sealingly connected to the air outlet 31 or 031 or 131 on the casing of the heat exchanger, and the flange 347 of the lower port is fixedly connected to the upper cover top plate 330. The lower port 348 of the variable cross-section tube 345 is in sealing communication with the air inlet 349 of the semi-circular air blowing passage 337 on the upper shroud top plate 330 to form a tube-connected cold (hot) blowing system 350 including a heat exchanger and a half-circle blowing ffiit 337.

In the tubular-type cold-change (hot) blowing system 350, the upper port of the two-way variable-section pipe 345 communicates with the air outlet 31 or 031 or 131 on the casing of the heat exchanger, and the two-way variable-section pipe 345 is exchanged. The housing of the heat engine is integrated to form a direct-coupled cold (hot) blowing system 351, wherein the two-way variable-section tube 345 and the air outlet 31 or 031 or 131 on the housing of the heat exchanger are not limited to the illustrated shape.

When the tube-connected cold (hot) blowing system 350 is working, the indoor air is blown out from the air outlet by the air inlet of the heat exchanger, and then passes through the two-way variable section pipe 345, the half-circle blowing hall 337, and the hanging wall. The left side wall of the casing 301 of the suction type 341, the front side wall and the air outlet of the right side 3⁄4h are blown into the room, after which, the heat exchanger is sucked into the heat exchanger by the air inlet, and the next cycle is repeated, until the heat exchange M1 Stopping, wherein the casing of the wall-mounted range hood 341, the air outlet is not limited to the side wall of the casing.

Direct-connected cold (hot) blower system When the 351 is in operation, the wind blown from the air outlet of the heat exchanger directly enters the half-cycle blow passage. The rest is the same as the tube-connected cold (hot) blower system 350.

An indoor unit 352 of a wall-mounted range hood having a fume hood, which is composed of an air heat exchanger, a two-way variable-section pipe 349, and a wall-type pumping oil 341 of the oil-tank h.

The output port of the external exhaust fume passage body 317 or 318 of the split-type hood split indoor indoor extension 352 of the fume hood h is fixedly sealed with the air inlet of the air heat exchanger, wherein the external exhaust fume hall body 317 or 318 The output port is firstly fixedly connected to the air inlet of any one of the air guiding flanges 55, 56, 57, 58, and the air inlet of the flange and the air inlet of the air heat exchanger is configured. An indoor air circulation system 353 constituting an air-conditioning range hood having a wall-mounted range hood having a fume discharge.

The upper port of the cold 7 tube 360 is sealed and fixedly connected with the water outlet of the water connection joint 6, the lower port of the cold 7 tube 360 and a pipe joint 36 (not shown) communicating with the fume chamber on the fume chamber. Sealing and fixing communication, wherein the inlet end of the pipe joint 361 is in the oil absorbing chamber, or the upper port of the cold 7 pipe 360 is sealed and fixedly connected with the water outlet of the water connection pipe 6, and the lower port of the condensing water pipe 360 passes through the oil absorbing chamber The body is suspended in the water tank and the oil tank, the stacking type automatic drainage oil, the water collecting device 362, the box and the oil tank split type automatic drainage oil, the upper mouth of the water collecting device 462;

The heat exchanger is above the ceiling decoration layer 463 in the room, and the range hood is below the ceiling decoration layer 463.

Referring to FIG. 9 and FIG. 10, the air outlet of the heat exchanger including the cross flow fan is sealed and fixedly connected with the flange of the port on the two-way variable section pipe 345, and the lower port of the two-way variable section pipe 345 is connected with the aforementioned air blowing channel. The upper cover top plate 310 of the wall-type range hood 341 is sealed and fixedly connected, and the two end walls 354, 355 of the casing are respectively connected to a fixing plate 356, 357, or the rear wall of the casing is connected to a fixing plate 358, The tired nail 356 is inserted into the fixed fei: screw through hole, the heat machine is fixed on the top 359 of the room, or the screw is inserted into the screw hole of the fixed society, and the air heat exchanger is fixed at the wall fixed at both ends of the room. ¾ _±; wall outlet with the hood or containing the cross flow fan having an air blowing passage of the heat exchanger unit 341 of the top plate 310 of the upper cover and fixed sealing Unicom, the housing end walls 354, 355 of each connector A fixing plate 356, 357, or a rear wall of the casing is further connected with a fixing plate 358, the expansion screw 356 is inserted into the screw hole for fixing the stomach, the heat engine is fixed on the top 359 of the room, or the screw is inserted and fixed. Screw hole, heat exchanger Fixed at the two ends fixed on the wall of the room

The hanging range hood is an oil-absorbing core that is blown out of the casing of the range hood at work to observe the air flow in a continuously distributed or intermittent distribution (including the air containing Chinese patent application No. 2009101306210) The ceiling type range hood in the range hood of the cage smoke system, the Chinese patent application number is 2009102217869, and the ceiling type oil suction hood in the air conditioning range hood produces the air flow. The hanging range hood of the present application is constructed by removing the hall that generates the air flow and the suction and exhaust fume system.

See Figure 11 for an embodiment of a pendant range hood.

In FIG. 11, the casing 400 and the top plate 401 constitute a casing 402 of the range hood, and the casing 402 is fixedly sealed with the upwardly recessed cavity plate 403. The component flow chamber 427, the cavity of the cavity plate 403, or the collection chamber, is also referred to as a hood 403.

The lower end of the range 404 is sealed and fixedly connected to the top wall of the hood 403, and communicates with the through hole of the top wall of the hood 403, and the box cover 405 is sealed and fixedly connected with the upper end of the hood 404 to form the hood. 406.

In the range 406, the suction and exhaust fume Ml 407 is fixedly sealed to the lower surface of the cover 405, wherein the suction and exhaust Ml 407 air outlet communicates with the vent hole on the cover 405 to form the fume extraction system 408.

The lower end of the exhaust flange 409 is sealingly and fixedly connected with the 3⁄4 surface of the cover 405, and the lower end of the rigid exhaust inner tube 410 is fixedly and sealingly connected with the upper end of the exhaust fume 309, and the upper end of the retractable exhaust inner tube 411 and the upper cover The tubular nozzle 413 on the lower surface of the top plate 412 is sealed and fixedly connected.

The exhaust fume 409, the exhaust pipe 410, the exhaust pipe 411, and the nozzle 413 constitute a fume inner chamber 414.

The fume exhaust flange 409 is provided with a soot check 415, and the air inlet end of the exhaust pipe 416 is sealed and fixedly connected with the cylindrical hook 417 on the upper surface of the upper cover top plate 412, and the exhaust pipe 416 is discharged. ]3⁄43⁄4 extends to the outside, the cylindrical nozzle 417, the exhaust pipe 416 structure; the oil exhaust 418, the exhaust pipe 416 outlet 3⁄43⁄43⁄4 connected to a mouse net, or a smoke exhaust hose The air inlet end is sealed with the air outlet of the exhaust flange 409 to be fixed 3⁄43⁄4, and extends out to the outside, the exhaust flange 409 and the exhaust hose are configured to have a few external fume ffiit bodies 419, the exhaust hose The wind is 3⁄43⁄43⁄4 and connected to a mouse net.

The exhaust fume inner chamber body 414, the soot check back 415 and the buff fume chamber body 418 or 419 together constitute a fume system 420.

J ^ oil smog chamber 406, oil exhaust smoke 414 and machine ah h oil fume picture 418 or 419, constitute a suction and exhaust flue body 421.

The range 408 system and the soot venting system 420 constitute a soot venting system. When the ah h type suction and exhaust fume system 422 is working, the suction and exhaust fume fan 407 is operated, and the soot is disposed in the oily smoke filter chamber 423 3⁄4 Λ in the fume chamber 406 of the fume suction port, and then passes through the suction and exhaust fume Ml 407 and the fume exhaust inner chamber body 414. The cavity and the block net in the fume hall body 418 or 419 are discharged to the outside, or the soot is passed through the grease filter 423 disposed at the port of the fume, and then passes through the louver gate disposed in the fume chamber 406. The air filter, the suction and exhaust oil bribe 407, the oil smoke check back 415, the exhaust gas passage body 414, the cavity and the block net in the oil fume hall body 418 or 419 are discharged.

The lower end of the lower cover 426 is sealingly and fixedly connected to the top plate 401, and communicates with the air splitting cavity 427. The upper cover 428 is inserted into the lower cover 426, and the upper cover 428 is gap-connected with the lower cover 426, and the gap between the upper cover 428 and the lower cover 426 Filled with a seal 429 (seal ring or seal packing), the upper shroud top plate 430 is sealingly connected to the 3⁄4 or lower surface of the inwardly extending edge 331 (not shown) of the top end of the upper shroud 428 to form air. The overflow chamber 432, the upper cover 428 moves up and down in the lower cover 426, and as the movement moves, the total height of the upper cover 428 and the lower cover 426 changes, and the cavity in the air overflow cavity 432 and the air split cavity 427 The inner cavities communicate.

The air bag 433 includes an iSffiit outer layer 434 and a hall inner layer 435, wherein the outer body layer 434 is composed of a casing 402, a lower cover 426, a seal 429, an upper cover 428 and an upper cover top plate 430, and the inner layer 435 is provided. The smoke chamber 403 and the exhaust fumes inner capsule 412 are formed, and the outer layer 434 and the inner layer 435 of the chamber are all spaced apart to form a full-circle blowing passage 437.

The full-circle blown ffiit 437 includes the air i-face ffiit (or hood ffiit) in the prior art.

The air outlet 438 of the whole hall 437 is on the side wall of the body 400 (including the left side wall, the front side wall, the right side wall and the rear side wall), and constitutes a side wall air-type full-circle blow painting 439, or a full-length air passage. The air outlet of the 437 is at the lower end of the body (including the lower end into a horizontal shape or an inclined surface shape or a curved shape), and constitutes a lower end air-type full-circle M 440.

Alternatively, the soot check 415, the exhaust gas inner chamber body 412 are sealed and connected, and the soot discharge port of the exhaust gas inner chamber body 412 communicates with the blow-off capsule 433 to form a soot internal circulation system.

Alternatively, the exhaust gas inner chamber body 314, the oil smoke check back 415, the external exhaust oil sac body 418 or 419, the sealed communication, the soot discharge port of the external exhaust fume hall body 418 or 419 and an air inlet of the heat exchanger are sealed. Fixed Unicom, which constitutes the soot heat exchange (cold) internal circulation system.

The suction and exhaust fume system 421 and the full-circle blowing channel 437. In this example, a ceiling-mounted range hood 441 having a full-length air passage is constructed.

A method 446 of the upper port of the 截面3⁄4 variable section tube 445 is fixedly and sealingly connected to the air outlet 31 or 031 or 131 of the heat exchanger, and the two lower port methods 347 are fixedly connected to the upper cover top plate 430, respectively, and The air inlet 449 on the shroud top plate 430 is sealingly communicated to form a tube-connected cold (hot) blowing system 450 including a heat exchanger and a full-circumferential blowing passage 437.

In the tube-connected cold (hot) blowing system 450, the upper port of the 截面3⁄4 variable section pipe 445 communicates with the air outlet 31 or 031 or 131 on the housing of the air heat exchanger, and the 截面3⁄4 variable section pipe 445 and The housing of the heat exchanger is integrated to form a tube cold (hot) blowing system 450, wherein the 变3⁄4 variable section tube 445 and the air outlet 31 or 031 or 131 on the housing of the heat exchanger are not limited to the illustrated shape.

In the tubular-type cold-change (hot) blowing system 450, the upper port of the 变3⁄4 variable-section pipe 445 communicates with the air outlet 31 or 031 or 131 on the casing of the heat exchanger, and the three-way variable-section pipe 445 is exchanged The housing of the heat engine is integrated to form a direct-coupled cold (hot) blowing system 451, wherein the three-way variable-section tube 445 and the air outlet 31 or 031 or 131 on the housing of the heat exchanger are not limited to the illustrated shape. When the tube-connected cold (hot) blowing system 450 is working, the indoor air is sucked into the air heat exchanger by the air inlet of the heat exchanger, and sequentially passes through the variable section pipe 445, the whole-circle blowing hall 437, and the suspended range hood 441. Left side wall, front of the casing 401 The air outlets on the side walls, the right side wall and the rear side wall are blown into the room, and thereafter, the air inlet 3⁄4λ air heat exchanger, 3⁄4λ next cycle, and so on, until the heat exchange M1 stops, wherein the suspended oil absorption The air outlet of the hood is not limited to the side wall of the casing.

Direct-connected cold (hot) blowing system When the 451 is working, the wind blown from the air outlet of the heat exchanger is directly blown by 3⁄4Λ half a week.

The rest is the same as the tube fet cold (hot) blowing system 450.

The indoor air circulation of the air-conditioning range hood of the hanging range hood having the fume ejector system of the present application is constituted by a hanging range hood 44i, a 截面3⁄4 variable section pipe 449 and a heat exchanger, im having a full-circle blow M System 452;

Or, by a suspension g ^ oil-absorbing pan 441 having a full-circumference air passage, a pipe member and a heat exchanger composed of a variable-diameter flange pipe and a pipe, or an external machine having a full-length air bag The output port of the exhaust hood body 417 or 418 is sealingly and fixedly connected with the air inlet of any one of the air guiding flanges 55, 56, 57, 58. The output end of the air guiding flange is connected with the air inlet of the air heat exchanger. The connection form forms an outlet port of the hanging range hood 441, and the output port of the oil flue body 417 or 418 is sealed and fixedly connected with the heat exchange inlet of the heat exchanger, thereby forming a suspended range hood having a fume ejector system The indoor air circulation system 453 of the air conditioning oil absorbing section of the machine, wherein the hanging money 453 is fixedly connected with the upper cover top plate 430, and the flanges on both sides of the upper end of the suspension frame 453 have a screw i, and the expansion bolt is screwed through the bolt through hole to the roof. One end of the variable-diameter flange pipe is fixedly and sealingly connected with the air outlet of the heat exchanger, and the other end nozzle is fixedly and sealingly connected with the air inlet end of a rigid (or soft) pipe, and the air outlet end of the pipe and the blower body are Air outlet Sealing Unicom;

Alternatively, the output port of the exhaust pipe of the hanging range hood 441 is exchanged with the air by a suspension 446 with a full-circumference air passage, a 441, a 截面3⁄4 variable section pipe 449, and an air heat exchanger, 1 sequence connection. The air inlet of the heat engine is sealed and fixedly connected to form an indoor air circulation system 454 of a suspended air-conditioning range hood having a soot internal circulation system (a connection example is not shown).

In Fig. 12, a hanging type range hood 441 having a full-circumferential blowing passage, a pipe member composed of a variable-diameter flange pipe 455 and a pipe 456, and an air heat exchange order are connected, and the hanging type range hood 441 is arranged. The output port of the fume chamber body 417 or 418 is fixedly connected with the air inlet of the air heat exchanger, or the output port of the fume hood 417 or 418 is first and the air guiding flanges 55, 56, 57, 58 Any one of the air inlets is sealed and fixedly connected, and the air outlet of the air inlet flange is sealed and fixedly connected with the air inlet of the air heat exchanger to form an external exhaust fume passage body 417 or 418 of the hanging range hood 441. The output port is sealed and fixedly connected with the air inlet of the air heat exchanger, thereby forming an indoor unit 457 of the hanging range hood of the air-conditioning range hood having the soot inner circulation system, wherein the hanging money 453 is fixedly connected with the upper cover top plate 430 The flanges on both sides of the upper end of the hanger frame 453 have screw holes, and the expansion holes are bolted through the holes to be screwed to the roof, and one end of the variable diameter flange tube is fixedly sealed and connected with the air outlet of the air heat exchanger. The other end of the nozzle is in communication with the fixed sealing of a section of a rigid (or soft) tube, and the outlet end of the tube is in fixed sealing communication with the air inlet of the blowing ffiit body.

The upper port of the cold 7 tube 360 is sealed and fixedly connected with the water outlet of the water connection joint 6, and the lower port of the cold 7 tube 360 is sealed and fixedly connected with a pipe joint 361 connected to the fume chamber on the fume chamber, wherein the pipe joint The inlet end of the 361 is in the range of the suction fume chamber, or the port of the cold 7 tube 360 is passed through the suction fume chamber and suspended in the water tank and the oil tank nested automatic drainage oil, the water collector 362 or the water tank The upper port of the oil tank separate automatic drain collector 462 (not shown); ± square.

In each of the examples, the size and ratio between the respective components are not limited to those shown in the embodiment, and the shape and size of each component are not limited to those shown in the examples. In the middle and half-week air-conditioner, there is electric heating», electric heater or in the plan view, similar to the cross-sectional shape of the semi-circular air-blown bag, the open-tube electric heater is overlooked or the open-loop PTC ceramic electric heater is overlooked. Within half a week of the air duct, within 200 mm from the air outlet; there is an electric heater in the full-circle air passage, electric plus or in a plan view, similar to the full-length blown biliary section dog but with a disconnected section overlooking the open ring The tubular electric port heater or the PTC ceramic electric heater which is open-loop in plan view is disposed within 200 mm of the air outlet in the entire circumference of the air outlet.

In this specification, the downward and upward curved arrows in the respective figures indicate the flow paths of indoor air and soot in the air-conditioning range hood, respectively.

The range hoods involved in this application include different names such as range hoods or range hoods, and the air-conditioning range hoods involved include air-conditioner range hoods or air-conditioner hoods or air-conditioner hoods.

Implementation

Various forms of range hoods and heat exchangers are separately produced, and fti can be selected as a range hood and an indoor air circulation system in which fti can be combined with a heat exchange unit to form an air conditioning range hood.

The heat exchange medium inlet and outlet pipes of the heat exchanger in the indoor air circulation system of the air-conditioning range hood of the present application are sequentially connected with the heat exchange medium of the heat exchanger in the outdoor air circulation system, and the inlet pipe is connected to form an air-conditioning range hood. The air conditioning system, wherein the outdoor air circulation system constitutes a component in another casing, or the outdoor air circulation system component is the same casing as the heat exchange clamshell of the present application, but the air circulation in the outdoor air circulation system 3⁄41 and the indoor air circulation capsule in the indoor air circulation system, each of which is a hall.

In the present application, the type of heat exchange medium is not limited.

Mk practicality

The products of the present application are manufactured by conventional mechanical manufacturing means.

Claims

Rights request

1. The indoor air circulation system of the air-conditioning range hood includes a range hood, wherein the range hood includes a suction and exhaust fume system formed by the suction and exhaust fume ML disposed in the suction and exhaust sac, including blowing M, and the blowing ffiit is a half cycle blowing M ( 340), or, the air blow is a full-circle blower ffiit (440), or the blower passage is a half-cycle air circulation passage of the soot inside the soot passage and the blow-through communication, or the blow passage is a soot circulation in which the exhaust fumes are connected to the blow passage. The whole-period air bag is characterized in that: the air outlet and the heat exchange air outlet of the heat exchanger are fixed to seal the blue; or, the air outlet is connected to the air outlet of the pipe, and the heat exchange between the pipe and the heat exchanger The air outlet is fixedly connected.

2. The indoor air circulation system of the air-conditioning range hood includes a heat exchange electric bribe, a heat exchanger and a heat exchange capsule, wherein the heat exchange electric bribe and the heat exchanger are arranged in the heat exchange hall to constitute a heat exchanger, and the characteristics thereof Yes: Including, the heat exchange outlet of the air heat exchanger and the blower ffiitX port of the range hood are fixed blue; or, including, the heat exchange outlet of the heat exchanger is fixedly connected with the pipe, the pipe passage and the blower inlet of the range hood Fixed Unicom.

3. The indoor air circulation system of an air conditioning range hood according to claim 1, wherein:

The air bag includes a blower body (333), wherein the outer body layer (334) and the inner body layer (335) are formed, and the outer layer (334) and the inner body of the hall are outside the wall side of the range hood. There is a space between (335), forming a half-cycle blow M body (337), and a cavity between the outer body layer (334) and the inner layer (335) constitutes a half-circumferential blowing passage (340);

Alternatively, the whirlpool includes a whirlpool body (433), wherein the plenum body (433) is comprised of an outer body layer (434) and an inner body layer (435), and the outer layer (434) of the hall is spaced from the inner layer of the capsule. Forming a full-length hair dryer body (437), the cavity between the outer body layer (434) and the inner body layer (435) constitutes a full-circle blower 3⁄41 (440);

Alternatively, the plenum body (333) is composed of an outer body layer (334) and an inner body layer (335), and the outer layer (334) and the inner layer (335) of the outer region of the outer surface of the range hood of the range hood There is a space between the half-cycle blowing M body (337), and the cavity between the outer layer of the capsule (334) and the inner layer of the capsule (335) constitutes a half-circle blowing room (340), half-circle blowing M (340) and the suction and exhaust fume chamber The soot discharges are connected to each other, and the inside of the soot is circulated for half a week.

Alternatively, the whirlpool includes a whirlpool body (433), and the whirlpool body (433) is composed of an outer body layer (434) and an inner body layer (435), and the outer layer (434) of the passageway is spaced apart from the inner layer of the hall. The entire circumference of the M body (437), the cavity between the outer layer of the hall (434) and the inner layer of the hall (435) constitutes a full-circle air-conditioning hall (440), a full-length air bag (440) and a soot row of the suction and exhaust fume hall The outlets are connected to each other, and the inside of the soot is circulated throughout the week.

4. The indoor air circulation system of an air conditioning range hood according to claim 1, 2, characterized in that:

The heat exchange hall body is a casing, the heat exchange electric motor and the heat exchanger are arranged in the female shell to form a heat exchanger;

Or, the heat transfer picture is an inner channel body, the heat exchange electric Ml, the 3⁄4 setting 3⁄4fc inner body constitutes a heat exchanger, and is placed in the casing; or, the heat exchange hall body is a casing, the heat exchange electric Ml, the exchange The heat exchanger is arranged in the casing to form a heat exchanger, wherein the soot discharge port of the exhaust pipe body (316 or 317) is sealed and fixedly connected with an air inlet of the casing of the heat exchanger to constitute a heat exchange inside the fume ( Cold) system;

Alternatively, the heat exchange channel body is an inner channel body, the heat exchange electric M1, the 3⁄4 setting 3⁄4fc inner body constitutes a heat exchanger, is placed in the casing, and the soot discharge (316 or 317) of the soot discharge and heat exchange An air inlet of the inner capsule of the machine is sealed and fixed to form a soot heat exchange (cold) internal circulation system.

5. The indoor air circulation system of an air conditioning range hood according to claim 3, wherein the registration is:

Among them, half (full) weekly blowing; MS tuyere, fixed with the air outlet of the heat exchanger and sealed to form a direct connection type (referred to as direct connection type) cold (hot) blowing system (351 (451), when working, from The wind blown from the heat exchange outlet of the heat exchanger, after half (full) weeks of blowing, is blown into the room from the air outlet of the half (full) week;

Or, wherein the air inlet of the half (full) circumference of the air passage body is fixedly and sealingly connected with the air outlet of the pipe member, the air inlet of the pipe member is fixedly and sealingly connected with the air outlet of the air heat exchanger, and the air passage of the heat exchange channel body, The air duct of the pipe fittings and the half (full) circumference of the air blowing are invited to communicate in sequence, forming a heat exchange blowing passage, and the heat exchanger, the pipe fittings and the blowing room body form a pipe joint type (referred to as a pipe feO cold (hot) blowing system (350 ( 450", During operation, the wind blown from the heat exchange outlet of the heat exchanger, in turn through the air duct of the pipe, half (full) week blowing M, blowing from the air outlet of the half (full) week air bag to the room.

Or, wherein, the inside of the soot is circulated for half (full) weeks of blowing the air inlet of the employee body, and is fixed with the air outlet of the air heat exchanger and sealed and connected to form a direct connection type (referred to as a direct connection type), the inner circulation of the oil smoke is replaced by a cold (hot) blowing system. (351 (451), when working, the wind blown from the heat exchange outlet of the heat exchanger, after a half (full) week of blowing air passage, blowing from the air outlet of the half (full) week of the soot inside the soot to the indoor;

Or, wherein, the air inlet of the half (full) circumference of the soot is fixedly and sealingly connected with the air outlet of the pipe member, and the air inlet of the pipe member is fixedly and sealingly connected with the air outlet of the heat exchanger, and the heat exchange channel body is The air duct, the air duct of the pipe fittings and the half (full) week of the air blowing are invited to communicate in sequence, forming a circulating heat exchange blowing room in the fume, and the heat exchanger, the pipe fittings and the air blowing capsule form a pipe joint type (referred to as the pipe feO for cold (hot) ) Fume internal circulation blowing system (350 (450)), work At the time of the operation, the wind blown from the air outlet of the heat exchanger is sequentially blown through the air passage of the pipe and half (full), and blown into the room from the air outlet of the half (full) cycle of the soot.

6. The indoor air circulation system of an air conditioning range hood according to claim 2, wherein:

Including housing (0), machine (27), water receiver, airtight bracket (18, 19, 20, 21), fixed bracket (22, 23), windshield (63, 64, 65, 66), Wherein, the casing and the machine are (27) fixed sealing joints j3⁄4 shells (1), and in the casing (1), one end of the airtight brackets (18, 19, 20, 21) is fixedly connected with the casing, the fixing bracket (22, 23) fixed connection with the housing (0), fixed connection between the heat exchanger and the airtight bracket (18, 19, 20, 21) and the fixing bracket (22, 23), airtight bracket (18, 19) , 20, 21) beside the air inlets (14, 15, 16, 17) on the side wall of the casing (1), fixedly connected to the side walls of the casing, and the airtight brackets (18, 19, 20, 21) One end is connected to the inner surface of the machine (27) at a corner or gap, and the windshield (63, 64, 05, 66) is fixedly connected to the surface of the machine (27), which is composed of a wind deflector (63, 64). , 65, 66), the air inlet (37, 38, 39, 40) enclosed by the casing (0), the airtight bracket and the machine (27), the water collector is below the heat exchanger and the casing cover ( 27) Fixed connection of inner surface, eddy current The motor (25) of the moving fan (3) is fixedly connected to the housing (0), or the motor (25) of the electric blower (24) is fixedly connected to the motor bracket (62), and the motor bracket (62) and the housing ( 0) Fixed connection, forming a heat exchanger with a faulty electric Ml.

Or, including a housing (00), a return (027), a water catcher, a gastight bracket (18, 19), a fixing bracket (22, 23), a windshield (063, 064, 065), wherein the shell Body (00), machine return (027) fixed sealing connection j3⁄4 shell (01), in the casing (01), one end of the airtight bracket (18, 19) is fixedly connected with the casing (01), the fixing bracket ( 22, 23) fixedly connected with the housing (00), the heat exchanger is fixedly connected with the airtight brackets (18, 19) and the fixing brackets (22, 23), and the airtight brackets (18, 19) are in the housing ( 00) The side of the air inlet is fixedly connected to the side wall of the casing (00), and the other end of the airtight bracket (18, 19) is in contact with or connected to the inner surface of the machine (027), and the windshield ( 063, 064, 065) are fixedly attached to the surface of the machine (027), and are composed of a wind deflector (63, 64, 65), a housing (00), a gas-tight bracket (18, 19), and a crane (27). The respective inlets (37, 38, 39), the water separator is fixedly connected to the inner surface of the casing cover (027) under the heat exchanger, and the motor of the electric motor (025) of the electric fan (024) is suspended. Shell (026) and shell The body (00) is fixedly connected, or the motor (025) of the axial flow electric fan (024) is fixedly connected with the motor bracket (062), and the motor bracket (062) is fixedly connected with the housing (00) to form a suspension electric motor. Heat exchanger

Or, including a housing (100), a returning door (127), a water catcher, a gastight bracket (18, 19), a fixing bracket (22, 23), and a board windshield (063, 064, 065), wherein Housing (100), machine return (127) fixed sealing connection j3⁄4 shell (101), in the casing (101), one end of the airtight bracket (18, 19) is fixedly connected with the housing (100), the fixing bracket (22, 23) fixedly connected with the casing (100), the heat exchanger is fixedly connected with the airtight brackets (18, 19) and the fixing brackets (22, 23), and the airtight brackets (18, 19) are in the casing Beside the air inlet of the side 3⁄4h, fixedly connected with the side wall of the casing (100), the other end of the airtight bracket (18, 19) is connected with the inner surface of the machine (127), and the windshield (063, 064, 065) are fixedly connected to the surface of the crane (127), and are composed of a wind deflector (063, 064, 065), a casing (101), a gastight bracket (18, 19), and a machine (127). Into the inlet hall (37, 38, 39), the water separator is fixedly connected to the inner surface of the machine (127) under the heat exchanger, and the air outlet flange (167) of the volute of the centrifugal electric bribe (103) is Included on the housing The side wall of the tuyere is fixedly connected and is in sealing communication with the air outlet of the casing, and one wall of the volute of the centrifugal electric bribe (124) is connected to two supporting legs (179), the two supporting legs (179) and the casing ( 100) The top wall is fixedly connected to form a heat exchanger comprising centrifugal electric M1;

Or, including shell #(200), machine? G^(227), two-fold heat exchanger (202), cross-flow electric Ml (203), water receiver (204), in which the casing and the machine? ^ Fixed seal connection hull (201), in the casing (201), the positioning groove # (269) is fixedly connected to the casing end wall (352), and the positioning groove # (289) is opposite to the inside of the casing # (200) , fixed ί Wei a heat insulation 271), constitutes the positioning group # (271), insulation # (271) relative to the shell according to 200) the center side has a positioning groove (272) with the upper end open and the lower end closed, the shell 200) The inner side of the other end wall (353) is fixedly coupled to a positioning assembly, the positioning assembly and the positioning group (271) are symmetric with respect to the central cross section of the casing (201), and the heat exchanger mounting plate (273) is inserted into the positioning assembly. In the positioning groove and the positioning groove (272), the heat exchanger mounting plate (273) and the positioning groove are thermally insulated, and an insulation between the upper portion of the baffle (274) and the heat exchanger mounting plate (273) is: 3⁄4275 ), forming a heat-insulating, fixing and sealing connection between the mounting plate and the baffle, and the lower part of the baffle (274) is sealed and fixedly connected with the bottom wall (230) of the casing (201) to form a heat exchanger mounting plate. A completely insulated connection with the casing, in addition, the lower end of the J« plate (276) of the cross-flow electric bribe (203) is sealed and fixed to the rear side wall (212) of the casing (201). , the upper insulation 280) is sealed and fixedly connected with the top wall (227) and the two end walls (352, 353) of the casing (203), and is separated by the J «plate (276) and the heat exchanger mounting plate (273) Therefore, the area enclosed by the shell #(200) and the casing cover (227) is divided into a heat exchanger mounting plate, a positioning assembly, an upper heat insulator, a heat insulating block, a baffle, and a casing. The two ends of the boundary MB (277) and the outlet chamber (278), J« board (276) and lower volute (281) are fixedly sealed with the end walls (352, 352) respectively, and the cross flow electric Ml (203) The lower end of the lower worm plate (281) is fixedly sealed on the upper surface of the bottom wall of the shell #(200), and communicates with the air outlet on the bottom wall of the shell #(200), or the upper end of the lower worm plate (281) Insulation: 3⁄4375) sealed connection, the lower end is connected with the air outlet on the bottom wall of the shell according to 200), and the two ends of the J« board (276) and the lower worm plate (281) are fixedly sealed with the end walls (352, 352) respectively. Thus, the area enclosed by the shell #(200) and the machine back (227) is divided into a heat exchanger mounting plate (273), a positioning assembly, an upper heat insulator (277), heat insulation: 3⁄4375), The volute (281) and the shell #(200) are bounded by the MB (277) and the outlet (278). It has a rectangular ground beneath the water heat exchanger (204), limit; ¾278) (230) fixedly connected to the bottom wall of the housing, the stopper; ¾278) connected to the water heater (204) fixed in the? I:, thus constitutes a cross flow The bladder heat exchanger (207), or the positioning tank body, the limiting block and the casing are integral members.

7. The indoor air circulation system of an air conditioning range hood according to claim 1, wherein: the pipe member is a variable section flange pipe (345 or 445), wherein the variable section flange pipe (345 or 445) One end is fixedly coupled to the lower surface of the casing (1 or 01 or 101), and is in sealing communication with the air outlet (31, 031, 131) of the casing, and the other end is fixed to the air inlet (339) of the air outlet body. Sealingly coupled, and communicating with the air inlet (339), forming an indoor air circulation system of the air conditioning range hood that connects the range hood and the heat exchanger with a single tube;

Alternatively, wherein the pipe member is a variable-diameter flange pipe (455) and a pipe (456), wherein one end of the variable-diameter flange pipe (455) is fixedly and sealingly connected with the air outlet of the casing (101), and the other end pipe is connected. The air inlet end of the rigid (or soft) pipe is fixedly sealed, and the air outlet end of the pipe (456) is fixedly and sealingly connected with the air inlet port (339), and the oil suction key is connected by the multi-body pipe member. The indoor air circulation system of the air conditioner range hood of the heat exchanger.

8. The indoor air circulation system of an air-conditioning oil absorbing duct according to claim 4, 5, wherein: the water collector comprises a water receiving tank (32, 33), a tube 6 and a water connection tube, wherein the cold 7 tube 360 The upper port and the water outlet of the water connection 6 are sealed and fixed, and the lower port of the cold 7 tube 360 is sealed and fixedly connected with a pipe joint 361 which is fixedly connected to the oil suction chamber on the oil absorbing chamber, wherein the pipe joint 361 is The inlet end is in the range of the oil smog chamber, the cold water 360 port is sealed and fixedly connected with the water outlet of the water connection joint 6, and the lower port of the condensing water pipe 360 is passed through the oil absorbing chamber and suspended in the water tank and the oil tank. Drainage oil, water set 362 or water tank and oil

9. The indoor air circulation system of an air-conditioning range hood according to claims 4, 6, and 8, characterized in that: one (two, three, four, five) side air inlet heat exchangers of the side walls of the casing The outer surface or the inner surface of the tuyere is respectively fixedly sealed and coupled with an air disperser having a dispersing piece protruding from the housing or a louver of the louver, or an outer surface or an inner surface at the air inlet of each side wall Each of the corresponding fixed seals is coupled to an air disperser, each disperser having a dispersing sheet (53 and 54) protruding into the housing or a louver of the louver, and an outer surface at the air inlet of each side wall of the housing Corresponding sealing is connected with an air guiding flange, and the air inlet of each phoenix flange is sealed and fixedly connected with the air outlet of the indoor air circulation pipeline system, or one of the phoenix flanges is sealed and fixedly connected with the air outlet of the suction and exhaust fume system. The air inlets of the remaining air guiding flanges are sealed and fixedly connected with the air outlets of the indoor air circulation piping system.

10. The indoor air circulation system of an air conditioning range hood according to claims 4, 6, 8, and 9, characterized in that: the water collector comprises a water receiving tank (32, 33), a pipe 3⁄43⁄4 (6) and a water pipe. Wherein, the upper port of the cold 7 pipe (360) is sealed with the water outlet of the water pipe joint 6 , and the lower port of the cold 7 pipe 360 is connected with a pipe joint of the oil suction pipe cavity in a fixed sealing manner (361 Sealing and connecting, wherein the inlet end of the pipe joint (361) is in the oil absorbing chamber, or the upper port of the cold 7 pipe (360) is sealed and fixedly connected with the water outlet of the water pipe joint (6), and the cold 7 pipe (360) The lower port is passed through the oil smog chamber and suspended in the water tank and the oil tank nested automatic drainage oil, the water collector (362) or the water tank and the oil tank separate automatic drainage oil, water collector 462) Upper mouth; ± square.