CN102201293A - Method for collecting materials for key manufacturing process and device thereof - Google Patents
Method for collecting materials for key manufacturing process and device thereof Download PDFInfo
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- CN102201293A CN102201293A CN2010101475692A CN201010147569A CN102201293A CN 102201293 A CN102201293 A CN 102201293A CN 2010101475692 A CN2010101475692 A CN 2010101475692A CN 201010147569 A CN201010147569 A CN 201010147569A CN 102201293 A CN102201293 A CN 102201293A
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Abstract
The invention discloses a method for collecting materials for a key manufacturing process and a method thereof. The method for collecting materials for a key manufacturing process comprises the following steps of: placing a key top workpiece in a stamping die; positioning the stamping die; placing a stacker under the stamping die, wherein an assembling tool is arranged on the stacker; using a shift platform (x-y table) to position, so as to accept a key top part which is punched by the stamping die; using another shift platform (x-y table) to place a punch above the stamping die, so as to make the stamping die punch; collecting materials on the assembling tool on the stacker; and repeating the steps to punch the key top parts of the key top workpiece one by one and collect materials on the assembling tool. Therefore, the key top parts of the key top workpiece can be punched and arranged on the assembling tool to form the key top parts arranged in different distances with the precious key top workpiece, and automatic operation is fast and accurate. The invention also provides a material collecting device for the key manufacturing process.
Description
Technical field
The present invention relates to a kind of method for making of button module and make the equipment of this button module, particularly relate to a kind of gather materials method and device thereof of button manufacture craft.
Background technology
The press-key structure of portable electronic product (for example mobile phone, PDA, e-dictionary, remote controller, home telephone, palmtop computer etc.), many development are arranged in recent years, wherein have and utilize the combining of plastic material and elastomeric material to form button substrate person.As shown in Figure 1, about combining of plastic material and elastomeric material, utilize the plastic cement injection mo(u)lding mostly, formation comprises the key top work package 12 of a plurality of lamelliform key top parts 10, mostly be a key tree-shaped (key tree) greatly, key pushed up after the front printed the button pattern the die-cut dislocation assembled fixture that gets off, as shown in Figure 2, be coated with the sticking button substrate 16 of making of glue laminated with a rubber diaphragm 14.
Because of the design in mould material road and considering of stamping-out processing, each plastics is when the injection mo(u)lding operation, and the spacing of each key top part 10 as shown in Figure 1 is P
1, can not make each function button such as button finished product (as shown in Figure 2 be P by each key top part 10 formed press button gap
2) equally closely abut each other, in other words, P
1With P
2Different, therefore some way is to make each function button difference position at different in-mold moldings, after depositing through printing, the die-cut independent particle that becomes separation, with manually pick correspondence position that one group of key top part is displaced to assembled fixture with the diaphragm tool in rubber diaphragm involutory via stick, make after assembled fixture and the stacked clamping of diaphragm tool and the fixing of exerting pressure, form the button substrate of button through super-dry.The operation that this kind picks and split must spend suitable manpower and the time carries out, and the situation that misplace takes place is also arranged easily, and operating efficiency is difficult for improving.As seen, because P
1With P
2Difference, make follow-up assembling difficulty, automaticity to improve.
The TaiWan, China patent discloses a kind of button multiple tracks of button substrate for M365536 number towards filling out composite set, it adopts multi-disc key top work package, one group of key top part is scattered in the multi-disc work package, a plurality of key top parts in every work package just each have abundant space and are positioned at the position suitable with finished product, behind each the key top part that uses the die-cut key of drift top work package, just can make each key top part down be placed on the assembled fixture, up to die-cut the finishing of multi-disc key top work package, it is not mobile assembled fixture between each time of key top part die-cut.Then, with an assembled fixture and a Material moving device to slide seat board stacked, and travel to the sticking support of the pressure of pressing sticking mechanism below pressure-bearing rubber conductive film with bonding.
Yet, schedule to last more efficient button assembling, still having for the manufacture craft of novelty and in order to the device that carries out this manufacture craft needs.
Summary of the invention
A purpose of the present invention is to provide a kind of gather materials method and device thereof of button manufacture craft, and the die-cut and arrangement of its key top part can be accomplished without any letup via mechanical device, therefore can solve as above-mentioned P
1Spacing during injection moulding and P
2The problem that spacing during assembling is different makes that follow-up assembling is simple, and improves automaticity, increases efficient.
The method of gathering materials according to button manufacture craft of the present invention comprises the following steps.At first, provide a key top work package, it comprises a plurality of interconnected key top parts; Key top work package is put into a punch die (can be described as " die cutting die " (punching die) again) and fixing; One stacker is placed the punch die below, and stacker comprises an assembled fixture, in order to accept through the die-cut key top part that gets off of punch die; One drift is placed the punch die top, die-cut in order to cause punch die to carry out.Then, one first key top part to these key top parts carries out one first die-cut program, the first die-cut program comprises the following steps: stacker is used one first displacement platform displacement, accept the first key top part with a primary importance, use one second displacement platform to be moved to a second place drift, and make primary importance, key top work package the first key top part, and the second place form a straight line, then, carry out die-cut to the first key top part and gather materials on the primary importance of assembled fixture.Then, one second key top part to these key top parts carries out one second die-cut program, the second die-cut program comprises the following steps: stacker is used the first displacement platform displacement, accept the second key top part with one the 3rd position, use second displacement platform to be moved to one the 4th position drift, and make the 3rd position, key top work package the second key top part, and the 4th position form a straight line, then, the second key top part is carried out die-cut and gathers materials on the 3rd position of assembled fixture.
Material-gathering device according to button manufacture craft of the present invention mainly comprises a punch die, a stacker, one first displacement platform, an assembled fixture, a drift and one second displacement platform.Punch die comprises a cope match-plate pattern, a cutting die, a plurality of first spring, a plurality of striker and a plurality of punching pin.Cope match-plate pattern comprises a plurality of first holes.Cutting die is positioned at the cope match-plate pattern below, comprises a plurality of second holes, and is corresponding with first hole of cope match-plate pattern respectively.Each first spring embeds with the bottom in first hole of cope match-plate pattern to be bonded on the cope match-plate pattern.Each striker is positioned on first spring and down extends and pass through first hole of cope match-plate pattern.Each punching pin combines with the lowermost end of striker.Stacker is to be positioned at the punch die below.First displacement platform is in order to move this stacker with the location.Assembled fixture is to be positioned on the stacker, in order to accept the key top part that gets off through die-cut.Drift is to be positioned at the punch die top.Second displacement platform is in order to drift is moved to arbitrary selected striker top, in order to the bump striker.
In the present invention, with the key position of the design desired (promptly, the predetermined key position) and each key top part position of key top work package set respectively, for example can be set in the computer system, use displacement platform that drift is located according to precalculated position (corresponding to each key top part position of key top work package), use another displacement platform that stacker is located according to precalculated position (corresponding to predetermined key position), work as drift, key top work package be subjected to die-cut key top part, and the stacker position of accepting this key top part is when becoming up and down a straight line, carry out die-cutly, make the die-cut key top part of opening directly down on the assembled fixture to the stacker and be arranged in the precalculated position.So, utilize method and the material-gathering device of gathering materials of the present invention that the die-cut in regular turn union of more than key top part is expected precalculated position on the assembled fixture, at the key top part after the job key upper punch cuts, promptly on assembled fixture, arranged and finished, carry out the gummed program and the top assembled fixture of having arranged required key top part can be provided, good key top part and the diaphragm of arrangement on the assembled fixture glued together, finish the assembling of button substrate easily.Therefore, in the present invention, needn't adhere to target location on the diaphragm manually to pick indivedual key top parts, so work can be fast and accurately.
Description of drawings
Fig. 1 shows the schematic perspective view of existing key top work package;
Fig. 2 shows existing button substrate;
Fig. 3 shows the flow chart according to a specific embodiment of the method for gathering materials of button manufacture craft of the present invention;
The flow chart of one group of key top part of the row of dashing that Fig. 4 display application method of gathering materials of the present invention is complete;
Fig. 5 shows the schematic side view according to the material-gathering device of button manufacture craft of the present invention;
Fig. 6 shows the perspective exploded view according to a specific embodiment of the material-gathering device of button manufacture craft of the present invention;
Fig. 7 shows the generalized section as the material-gathering device of Fig. 6;
Fig. 8 shows the generalized section according to another specific embodiment of material-gathering device of the present invention;
Fig. 9 shows the generalized section according to the another specific embodiment of material-gathering device of the present invention;
Figure 10 shows the generalized section according to the still another specific embodiment of material-gathering device of the present invention;
Figure 11 shows the generalized section as the situation of the foundation of Figure 10 material-gathering device matched moulds of the present invention;
Figure 12 shows the generalized section of a specific embodiment of the assembled fixture that is used for material-gathering device of the present invention;
Figure 13 shows the generalized section of another specific embodiment of the assembled fixture that is used for material-gathering device of the present invention.
The main element symbol description
10 key top parts, 12 key top work packages
14 rubber diaphragms, 16 button substrates
17 displacement platforms, 18 displacement platforms
20 material-gathering devices, 22 punch dies
24 stackers, 26 assembled fixtures
28 drifts, 30 cope match-plate patterns
32 cutting dies, 33 casings
34 first springs, 35 forms
36 strikers, 37 dress/discharging platforms
38 punching pines, 40 first holes
42 second holes 44 dash solid plate
46 the 3rd holes, 48 switch-plates
50 material-gathering devices, 52 elastic force apparatus
54 the 4th holes, 56 key top work packages
58 key top parts, 60 material-gathering devices
62 assembled fixtures, 64 key top parts
66 exhaust tubes, 70 material-gathering devices
72 assembled fixtures, 74 false adhesion coatings
76 key top parts
101,103,105,107,109,111,113 steps
Embodiment
Fig. 3 shows a flow chart according to a specific embodiment of the method for gathering materials of button manufacture craft of the present invention, at first carry out step 101, and a key top work package is provided.Key top work package comprises a plurality of interconnected key top parts.Carry out step 103, key top work package is put into a punch die, and punch die is located; One stacker is placed the punch die below.Stacker is provided with an assembled fixture, in order to accept through the die-cut key top part that gets off of punch die; And, a drift is placed the punch die top, die-cut in order to cause punch die to carry out.Then, carry out step 105, a key top part of key top work package is carried out die-cut, and down and directly row puts on the assembled fixture on the stacker, that is " row of dashing " is on assembled fixture.Then, carry out step 107, similar with step 105, another key top part of key top work package is carried out die-cut, and down and directly row places on the assembled fixture on the stacker, that is " row of dashing " is on assembled fixture.So, finish gathering materials of the die-cut key top part that gets off.
In detail, carrying out for step 105, be that one first key top part is carried out one first die-cut program, the first die-cut program comprises the following steps: to use one first displacement platform to be moved to a precalculated position stacker, to prepare to accept with a primary importance the first key top part of die-cut blanking.First displacement platform mobile is a plurality of key positions corresponding to the button substrate of a design (that is, being the button substrate of the button finished product desired); Therefore, primary importance is the physical location of the first key top part corresponding to the button finished product.Again drift is used one second displacement platform to be moved to a second place.Second displacement platform mobile is the position corresponding to whole key top parts of key top work package, therefore, is drift to be moved to will accept die-cut first key top part top.So, make primary importance, key top work package the first key top part, and the second place form a straight line.Then, drift is down carried out a bump so that punch die carries out the first key top part is die-cut, and make the first key top part by impact and down row put (that is, gathering materials) on the primary importance of assembled fixture.Drift is finished the row of dashing of the first key top part clashing into after, up get back to original position.
For the carrying out of step 107, promptly one second key top part of key top part is repeated mode as step 105, carry out one second die-cut program.The second die-cut program promptly comprises the following steps: to use first displacement platform with the stacker displacement, to prepare accepting the die-cut second key top part that gets off with one the 3rd position.Use second displacement platform that drift is moved to one the 4th position, meaning is about to drift and is moved to and will accepts die-cut second key top part top.So make the 3rd position, key top work package the second key top part, and the 4th position form a straight line.Then, drift is down carried out a bump, so that punch die carries out die-cut to the second key top part and gathers materials on the 3rd position of assembled fixture.Then, make drift after clashing into, up get back to original position.
In the method for the invention, a plurality of key positions of the button substrate of design distribute different with all key top part position distribution spacings of key top work package, for example can be comparatively tight, and this point can be the further feature of another specific embodiment of the present invention.Therefore, with the foregoing description, the spacing of the second place and the 4th position can be little than the spacing of primary importance and the 3rd position.Therefore, use according to method of the present invention, can be directly a direct die-cut blanking of key top part of arranging more open key top work package be arranged in the actual key position of desiring of the button substrate with button finished product, for glue together manufacture craft with diaphragm gluing and formation button substrate.Be not specially limited the material of key top work package in the present invention, but key top work package common be the plastic cement mechanograph, it is applicable to the present invention.Diaphragm is then common rubber or silicon rubber diaphragm.
So, whole key top parts of key top work package can be carried out respectively as above-mentioned die-cut and blanking program, on assembled fixture, to arrange one group of key top part.Can will finish die-cut and be arranged with and glue together on the assembled fixture migration gummed facility of one group of key top part, key top part original position and diaphragm on assembled fixture are bondd via a for example adhesion coating, form a button substrate.Therefore, usually die-cut after, the front of key top part (one side of being seen correct pattern when the user uses button) places towards assembled fixture, but is not limited thereto, can be according to required and decide.
In an embodiment of method of the present invention, can further skip over and do not carry out die-cut key top part with flaw.Because in the present invention, the location of stacker and drift is to use two displacement platform location respectively, can utilize the mode of computer control to control its action, so work as when having the key top part of flaw in the key top work package that is provided, the setting that can utilize computer control easily is to skip over die-cut to this flaw key top part, and this can be described as " jump and dash " in this article again.The setting that this kind " jumped and dashed ", more can be when key top work package be provided, promptly inspect out flaw key top part and set and this flaw key top part " is jumped and dashed " via computer program before die-cut beginning to carry out, so can reduce the generation of flaw product by operating personnel.In addition can be in that other indefectible key top parts of key top work package are die-cut and after gathering materials, use another key top work package to change the key top work package that flaw key top part is arranged, again according to carrying out die-cut as method of the present invention and gathering materials, this another key top work package comprises that promptly with respect to flaw key top part be flawless key top part, so can arrange and supply vacant key top part on assembled fixture, row puts and finishes a whole key top part of organizing.
Moreover can make assembled fixture is a recessed dish at each key top part place of bearing under die-cut, and trying to get to the heart of a matter of recessed dish has hole, can be for further using a vacuum-pumping equipment to bleed and hold the key top part that drops after blanking.
Perhaps, can make assembled fixture comprise a false adhesion coating, and punched each key top part that gets off directly gently is pressed on the false adhesion coating, and by the false adhesion of false adhesion coating.In this article, " false adhesion " be meant and had cohesive force between adhesion (digital top part) in the present invention, i.e. and the adhesion, but can make the two delamination because of the application of force, and be preferably fully and separate, that is, the preferable material that makes the key top part not be stained with sticking false adhesion coating.For example dust sticky paper is fit to as one of false adhesion coating of the present invention person, but is not limited thereto.
One embodiment of the flow process of the row of dashing that Fig. 4 display application method of the present invention is complete and the one group of key top part that gathers materials.After carry out step 107, can carry out step 109, whether the row's of dashing work of this key top work package be finished to inspect.If do not finish as yet, but repeating step 107 continues a key top part is dashed row; If finish, can carry out step 111, punch die and stacker are return the rewinding of pan feeding position, promptly collect assembled fixture on the stacker and move to the gummed facility and glue together manufacture craft, and the key top work package clout in the punch die is taken out.Can carry out step 113 again, judge whether another key top work package is dashed row,, then carry out step 101, another key top work package is provided, carry out once more as the above-mentioned row of dashing if will dash row to another key top work package; If no longer another key top work package is dashed row, then this flow process finishes.Therefore use method of the present invention and can obtain smooth automated production technology.
Fig. 5 shows the schematic appearance of the material-gathering device of foundation button manufacture craft of the present invention.Fig. 6 shows a material-gathering device perspective exploded view according to button manufacture craft of the present invention.Fig. 7 shows the generalized section of this material-gathering device.Material-gathering device 20 mainly comprises a punch die 22, a stacker 24, an assembled fixture 26, reaches a drift 28.Punch die 22 comprises a cope match-plate pattern 30, a cutting die 32, a plurality of first spring 34, a plurality of striker 36 and a plurality of punching pin 38.Cope match-plate pattern 30 comprises a plurality of first holes 40.Cutting die 32 is positioned at cope match-plate pattern 30 belows, comprises a plurality of second holes 42, and corresponding with first hole 40 of cope match-plate pattern 30 respectively, each forms a through hole.Lead to the hole site and size are promptly corresponding to a plurality of key top parts of wanting punched key top work package.Carry out when die-cut, key top work package promptly is placed on the cutting die 32, and the periphery of corresponding each second hole, 42, the second hole 42 of each key top part is the knife edge, in order to the key top part is cut from key top work package.Each first spring 34 embeds with the bottom in first hole 40 of cope match-plate pattern 30 to be bonded on the cope match-plate pattern 30.Each striker 36 is positioned on first spring 34 and down passes through first hole 40 of cope match-plate pattern 30 via the extension of the through hole in the middle of the shell case.Each punching pin 38 combines with the lowermost end of striker 36.Stacker 24 is to be positioned at punch die 22 belows, places on as shown in Figure 5 the displacement platform 17, can be by displacement platform 17 location.Assembled fixture 26 is to be positioned on the stacker 24, in order to accept the key top part through die-cut and blanking.Drift 28 is to be positioned at punch die 22 tops, links with as shown in Figure 5 a displacement platform 18, can move to arbitrary selected striker 36 tops by displacement platform 18, in order to bump striker 36.Fig. 5 further shows a casing 33, with ccontaining material-gathering device 20, the running of a transparent window 35 for personnel's visiting device can be arranged on the casing 33, and a dress/discharging platform 37.
In the present invention, stacker 24 is located by first displacement platform, and first displacement platform moves corresponding to a plurality of key positions of the button substrate of a design.28 foundations of drift, one second displacement platform and locating, second displacement platform moves corresponding to the position of a plurality of key top parts of a key top work package.When clashing into, the key top part (promptly being subjected to die-cut object) in a plurality of key top parts of drift 28, key top work package, can form a straight line with the position of stacker 24 relation with drift 28.
Shown in the embodiment of Fig. 8, can comprise further that according to material-gathering device 50 of the present invention one dashes solid plate 44, between cope match-plate pattern 30 and cutting die 32, and comprise a plurality of the 3rd holes 46 that communicate with first hole 40 and second hole 42 of cutting die 32 with cope match-plate pattern 30 respectively, in order to increase the displacement that punching pin 38 impacts.
Shown in the embodiment of Fig. 9, according to material-gathering device 60 of the present invention or can further comprise a switch-plate 48, between cope match-plate pattern 30 and cutting die 32, and at least one elastic force apparatus 52 (comprising for example shell case) is between switch-plate 48 and cope match-plate pattern 30, switch-plate 48 comprises a plurality of the 4th holes 54 that communicate with first hole 40 and second hole 42 of cutting die 32 with cope match-plate pattern 30 respectively, and in order to carry out the die-cut back elastic force by elastic force apparatus 52 with key top work package toward set aside from, carry out die-cut punching pin 38 to leave.
Shown in the embodiment of Figure 10, according to material-gathering device 70 of the present invention or can comprise further that one dashes a solid plate 44 and a switch-plate 48, so, make and dash solid plate 44 and be positioned at cope match-plate pattern 30 belows, and switch-plate 48 is being dashed between solid plate 44 and the cutting die 32.52 of elastic force apparatus are at switch-plate 48 and dash between the solid plate 44.First hole 40, the 3rd hole 46, the 4th hole 54 and 42 correspondences of second hole communicate up and down.
The embodiment of Figure 11 show as the foundation of Figure 10 material-gathering device 70 matched moulds of the present invention to a key top work package 56 situation when die-cut.After on the cutting die 32 of key top work package 56 being put into punch die 22, with cutting die 32 and cope match-plate pattern 30, dash solid plate 44, and switch-plate 48 matched moulds after, with punch die 22 location.One stacker 24 is placed punch die 22 belows, and stacker 24 comprises an assembled fixture 26, to accept the key top part through die-cut blanking.Make drift 28 down carry out a bump, promptly strike striker 36, and down suppress spring 34, so striker 36 continues down to make punching pin 38 strike key top part 58 by through hole, via cutting die 32 cutting, and blanking and being arranged on the position of assembled fixture 26.Drift 28 is up got back to original position after clashing into, when drift 28 up, punching pin 38 was also up got back to original position, and switch-plate 48 may be stuck in the key top work package of punching pin 38 and dial down.After drift 28 is got back to down original position before the bump, be moved to the top of next key top part again, and stacker also is moved to the next position, make assembled fixture move on to desire to accept the position of next key top part, to carry out the row of dashing next time.In a feature of the present invention, in the row's of dashing process of one group of key top part, only drift 28 and stacker 24 (comprising the assembled fixture 26 on it) are done horizontal displacement, punch die 22 clashes into up and down except spring 34, striker 36, punching pin 38 and switch-plate 48 carries out up and down the material toggling, be the location and motionless.
Further, the action of above-mentioned each parts can be controlled by a computer system.Especially each key top part numbering can be listed on the computer terminals, the operator still can click the numbering selectivity of key top part and carry out die-cut.
Moreover as shown in figure 12, assembled fixture 62 is a recessed dish at each key top part 64 place of bearing die-cut blanking, trying to get to the heart of a matter of recessed dish has a hole, a vacuum-pumping equipment is bled via an exhaust tube 66 for further use, and holds key top part 64, makes in manufacture craft and does not rock.
Perhaps, as shown in figure 13, assembled fixture 72 can comprise a false adhesion coating 74, and each the key top part 76 that makes punched blanking is being attached punching pin 38 and arrived on the false adhesion coating 74 and by false adhesion.
Above-mentioned each parts, for example moving etc. of the drive of stacker, drift, displacement platform for example can utilize mechanism such as oil pressure, mechanical arm, slide rail or guide screw pipe to finish.
The above only is preferred embodiment of the present invention, and all equalizations of doing according to claim of the present invention change and modify, and all should belong to covering scope of the present invention.
Claims (17)
1. the method for gathering materials of a button manufacture craft comprises:
One key top work package is provided, and it comprises a plurality of interconnected key top parts;
This key top work package is put into a punch die and fixing;
One stacker is placed this punch die below, and this stacker comprises an assembled fixture, in order to accept through the die-cut key top part that gets off of this punch die;
One drift is placed this punch die top, die-cut in order to cause this punch die to carry out;
One first key top part to these a plurality of key top parts carries out one first die-cut program, and this first die-cut program comprises the following steps:
This stacker is used one first displacement platform displacement, accept this first key top part with a primary importance, use one second displacement platform to be moved to a second place this drift, and make this primary importance, this key top work package this first key top part, and this second place form a straight line, and
This first key top part is carried out die-cut and gathers materials on this primary importance of this assembled fixture; And
One second key top part to these a plurality of key top parts carries out one second die-cut program, and this second die-cut program comprises the following steps:
This stacker is used this first displacement platform displacement, accept this second key top part with one the 3rd position, use this second displacement platform to be moved to one the 4th position this drift, and make the 3rd position, this key top work package this second key top part, and the 4th position form a straight line, and
This second key top part is carried out die-cut and gathers materials on the 3rd position of this assembled fixture.
2. the method for gathering materials as claimed in claim 1, wherein, the distribution of these a plurality of key top parts on this assembled fixture that gather materials is different with the distribute spacing of these a plurality of key top parts of this key top work package.
3. the method for gathering materials as claimed in claim 1, wherein, the distribute spacing of these a plurality of key top parts on this assembled fixture that gather materials is little than the distribute spacing of these a plurality of key top parts of this key top work package.
4. the method for gathering materials as claimed in claim 1, wherein, the spacing of this second place and the 4th position is little than the spacing of this primary importance and the 3rd position.
5. the method for gathering materials as claimed in claim 1 wherein, is carried out whole key top parts of this key top work package respectively that this is die-cut and gather materials on this assembled fixture.
6. the method for gathering materials as claimed in claim 5, these a plurality of key top parts original position on this assembled fixture that further will be arranged on this assembled fixture combines with a diaphragm, to form a button substrate.
7. the method for gathering materials as claimed in claim 5 wherein, skips over and does not carry out die-cut the key top part with flaw.
8. the method for gathering materials as claimed in claim 7, wherein this key top work package is die-cut and gather materials finish after, further comprise and use another key top work package to change this key top work package, to carry out this die-cut program, wherein this another key top work package comprises that with respect to this flaw key top part be flawless key top part, on this assembled fixture, to have arranged the key top part of a whole group, be used for for forming a button substrate.
9. as each the described method of gathering materials in the claim 1 to 8, wherein this assembled fixture is a recessed dish at each key top part place of bearing under die-cut, trying to get to the heart of a matter of this recessed dish has hole, and a vacuum-pumping equipment is bled and held this each key top part for further use.
10. as each the described method of gathering materials in the claim 1 to 8, wherein this assembled fixture comprises a false adhesion coating, and to make punched each key top part that gets off be directly to be die-cut to this false adhesion coating and false being adhered on this false adhesion coating.
11. the device of a button manufacture craft comprises:
Punch die, it comprises:
Cope match-plate pattern comprises a plurality of first holes,
Cutting die is positioned at this cope match-plate pattern below, and it comprises a plurality of second holes, and is corresponding with these a plurality of first holes of this cope match-plate pattern respectively,
A plurality of first springs embed in these a plurality of first holes of this cope match-plate pattern being bonded on this cope match-plate pattern with the bottom respectively,
A plurality of strikers are positioned over respectively on these a plurality of first springs and down extend and pass through this a plurality of first holes of this cope match-plate pattern, reach
A plurality of punching pines combine with the lowermost end of these a plurality of strikers respectively;
Stacker is positioned at this punch die below;
First displacement platform is in order to move this stacker with the location;
Assembled fixture, it is positioned on this stacker the key top part that gets off through die-cut in order to accept;
Drift is positioned at this punch die top; And
Second displacement platform is in order to this drift is moved to arbitrary selected striker top, in order to clash into this striker.
12. device as claimed in claim 11, wherein, when this drift clashed into, key top part in a plurality of key top parts of this drift, this key top work package and the position of this stacker relation were in line.
13. device as claimed in claim 11, comprise that further one dashes solid plate, it is between this cope match-plate pattern and this cutting die, and comprise a plurality of the 3rd holes that communicate with these a plurality of first holes and this a plurality of second holes of this cutting die with this cope match-plate pattern respectively, in order to increase the displacement that these a plurality of punching pines impact.
14. device as claimed in claim 13, further comprise a switch-plate, it dashes between solid plate and this cutting die at this, and at least one elastic force apparatus dashes between the solid plate at this switch-plate and this, this switch-plate comprise a plurality of respectively with this cope match-plate pattern, should dash solid plate, and this a plurality of first holes of this cutting die, these a plurality of the 3rd holes, and the 4th hole that communicates of these a plurality of second holes, and in order to carry out the elastic force of die-cut back by this at least one elastic force apparatus so that past the setting aside of this key top work package left this and carried out die-cut punching pin.
15. device as claimed in claim 11, further comprise a switch-plate, it is between this cope match-plate pattern and this cutting die, and at least one elastic force apparatus is between this switch-plate and this cope match-plate pattern, this switch-plate comprises a plurality of the 4th holes that communicate with these a plurality of first holes and this a plurality of second holes of this cutting die with this cope match-plate pattern respectively, and in order to carry out the elastic force of die-cut back by this at least one elastic force apparatus so that this key top work package is left this and carried out die-cut punching pin toward setting aside.
16. as each described device in the claim 11 to 15, wherein this assembled fixture is a recessed dish at each key top part place of bearing under die-cut, trying to get to the heart of a matter of this recessed dish has one the 5th hole, and a vacuum-pumping equipment is bled and held this button top layer for further use.
17. as each described device in the claim 11 to 15, wherein this assembled fixture comprises a false adhesion coating, and makes punched each key top part that gets off attach this punching pin and arrive on this false adhesion coating and by false adhesion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101475692A CN102201293A (en) | 2010-03-25 | 2010-03-25 | Method for collecting materials for key manufacturing process and device thereof |
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|---|---|---|---|---|
| US3512435A (en) * | 1967-10-09 | 1970-05-19 | Ncr Co | Apparatus for producing a set of control detents for a business machine |
| US3972260A (en) * | 1974-12-26 | 1976-08-03 | Amada Company Limited | Multiple tool holding punching apparatus |
| JPH08238528A (en) * | 1995-03-03 | 1996-09-17 | Amada Co Ltd | Punching die |
| CN2280581Y (en) * | 1996-08-29 | 1998-05-06 | 张木水 | Computer-controlled working-table single driving mechanism |
| JP2005174638A (en) * | 2003-12-09 | 2005-06-30 | Shin Etsu Polymer Co Ltd | Manufacturing method of cover member for push button switch and alignment device of keytop |
| CN101632980A (en) * | 2008-07-24 | 2010-01-27 | 毅嘉科技股份有限公司 | Transfer printing type glue dispensing method |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3512435A (en) * | 1967-10-09 | 1970-05-19 | Ncr Co | Apparatus for producing a set of control detents for a business machine |
| US3972260A (en) * | 1974-12-26 | 1976-08-03 | Amada Company Limited | Multiple tool holding punching apparatus |
| JPH08238528A (en) * | 1995-03-03 | 1996-09-17 | Amada Co Ltd | Punching die |
| CN2280581Y (en) * | 1996-08-29 | 1998-05-06 | 张木水 | Computer-controlled working-table single driving mechanism |
| JP2005174638A (en) * | 2003-12-09 | 2005-06-30 | Shin Etsu Polymer Co Ltd | Manufacturing method of cover member for push button switch and alignment device of keytop |
| CN101632980A (en) * | 2008-07-24 | 2010-01-27 | 毅嘉科技股份有限公司 | Transfer printing type glue dispensing method |
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Application publication date: 20110928 |