CN105318486A - Dehumidification alarming method and device for air conditioner - Google Patents
Dehumidification alarming method and device for air conditioner Download PDFInfo
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- CN105318486A CN105318486A CN201410259530.8A CN201410259530A CN105318486A CN 105318486 A CN105318486 A CN 105318486A CN 201410259530 A CN201410259530 A CN 201410259530A CN 105318486 A CN105318486 A CN 105318486A
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Abstract
The invention discloses a dehumidification alarming method and device for an air conditioner. The dehumidification alarming method for the air conditioner comprises the steps that a cloud server acquires a real-time dehumidification operation curve of the air conditioner; the cloud server acquires a preset dehumidification operation curve of the air conditioner; the cloud server compares the real-time dehumidification operation curve with the preset dehumidification operation curve, and a comparison result is obtained; the cloud server judges whether the comparison result meets a preset condition or not; if it is judged by the cloud server that the comparison result meets the preset condition, first dehumidification alarming is executed. By means of the dehumidification alarming method and device for the air conditioner, the problem that in related technologies, an air conditioner cannot prevent the ambient humidity from becoming too high is solved.
Description
Technical field
The present invention relates to field of air conditioning, in particular to a kind of dehumidifying alarm method for air-conditioning and device.
Background technology
At present, in the related, general by adopting manual adjustments remote controller or regulating the scheme of the air-conditioner display panel to control air conditioner dehumidification.In the scheme of above-mentioned control air conditioner dehumidification, because user is only when the humidity perceiving surrounding environment is larger, the just dehumidification function of the manually opened air-conditioning of meeting, real-time is poor, and therefore air-conditioning cannot reach the excessive effect of prevention ambient humidity.
For the problem that air-conditioning in correlation technique cannot prevent ambient humidity excessive, at present effective solution is not yet proposed.
Summary of the invention
Main purpose of the present invention is to provide a kind of dehumidifying alarm method for air-conditioning and device, to solve the problem that air-conditioning in correlation technique cannot prevent ambient humidity excessive.
To achieve these goals, according to an aspect of the present invention, a kind of dehumidifying alarm method for air-conditioning is provided.The method comprises: Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning; Cloud Server obtains the default dehumidifying operation curve of air-conditioning; The operation curve that dehumidifies in real time contrasts with default dehumidifying operation curve by Cloud Server, obtains comparing result; It is pre-conditioned that Cloud Server judges whether comparing result meets; And if Cloud Server to judge that comparing result meets pre-conditioned, then perform the first dehumidifying alarm.
Further, obtain the real-time dehumidifying operation curve of air-conditioning at Cloud Server before, dehumidifying alarm method also comprises: Cloud Server judges whether air-conditioning opens dehumidification function; If Cloud Server judges that air-conditioning opens dehumidification function, then Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning; If Cloud Server judges that dehumidification function do not opened by air-conditioning, then obtain the weather forecast information of target area; Whether the air humidity that Cloud Server judges in preset time period according to weather forecast information is greater than preset value; And if the air humidity that Cloud Server is judged in preset time period according to weather forecast information is greater than preset value, then perform the second dehumidifying alarm.
Further, air-conditioning is arranged in the object space in target area, and the real-time dehumidifying operation curve that Cloud Server obtains air-conditioning comprises: the air humidity in Cloud Server real time record object space; And Cloud Server generates the real-time dehumidifying operation curve of air-conditioning according to the air humidity in the object space of real time record.
Further, the default dehumidifying operation curve of Cloud Server acquisition air-conditioning comprises: Cloud Server is according to the dehumidifying parameter of the identified query air-conditioning of air-conditioning; And Cloud Server is inquired about according to the volume of dehumidifying parameter and object space, obtain presetting dehumidifying operation curve.
Further, perform the first dehumidifying alarm and the second dehumidifying alarm in the following manner: Cloud Server generates the first prompting message of the first dehumidifying alarm, the first prompting message comprises reminding user and closes the information that the information of air conditioner dehumidification function and/or reminding user close window; Cloud Server generates the second prompting message of the second dehumidifying alarm, and the second prompting message comprises reminding user and opens the information of air-conditioning and/or the information of reminding user pass window; And the first prompting message and the second prompting message are pushed to communicating terminal by Cloud Server.
To achieve these goals, according to a further aspect in the invention, a kind of dehumidifying alarm device for air-conditioning is provided.This device comprises: the first acquiring unit, is provided for the real-time dehumidifying operation curve that Cloud Server obtains air-conditioning; Second acquisition unit, is provided for the default dehumidifying operation curve that Cloud Server obtains air-conditioning; Contrast unit, is provided for Cloud Server and is contrasted with default dehumidifying operation curve by the operation curve that dehumidifies in real time, obtain comparing result; First judging unit, being provided for Cloud Server, to judge whether comparing result meets pre-conditioned; And Alarm Unit is used for when Cloud Server judges that comparing result meets pre-conditioned, Cloud Server is made to perform the first dehumidifying alarm.
Further, this dehumidifying alarm device also comprises: the second judging unit, is provided for Cloud Server and judges whether air-conditioning opens dehumidification function; When first acquiring unit is also for judging that dehumidification function opened by air-conditioning at Cloud Server, Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning; 3rd acquiring unit, for when Cloud Server judges that dehumidification function do not opened by air-conditioning, makes Cloud Server obtain the weather forecast information of target area; 3rd judging unit, is provided for the air humidity that Cloud Server judges in preset time period according to weather forecast information and whether is greater than preset value; And Alarm Unit is also for when Cloud Server is greater than preset value according to the air humidity that weather forecast information is judged in preset time period, Cloud Server is made to perform the second dehumidifying alarm.
Further, air-conditioning is arranged in the object space in target area, and the first acquiring unit comprises: logging modle, is provided for the air humidity in Cloud Server real time record object space; And first generation module, be provided for Cloud Server generates air-conditioning real-time dehumidifying operation curve according to the air humidity in the object space of real time record.
Further, second acquisition unit comprises: the first enquiry module, is provided for the dehumidifying parameter of Cloud Server according to the identified query air-conditioning of air-conditioning; And second enquiry module, be provided for Cloud Server and inquire about according to the volume of dehumidifying parameter and object space, obtain presetting dehumidifying operation curve.
Further, Alarm Unit comprises: the second generation module, is provided for the first prompting message that Cloud Server generates the first dehumidifying alarm, and the first prompting message comprises reminding user and closes the information of air conditioner dehumidification function and/or the information of reminding user pass window; 3rd generation module, is provided for the second prompting message that Cloud Server generates the second dehumidifying alarm, and the second prompting message comprises reminding user and opens the information of air conditioner dehumidification function and/or the information of reminding user pass window; And pushing module, be provided for Cloud Server and the first prompting message and the second prompting message are pushed to communicating terminal.
By the present invention, Cloud Server is adopted to obtain the real-time dehumidifying operation curve of air-conditioning; Cloud Server obtains the default dehumidifying operation curve of air-conditioning; The operation curve that dehumidifies in real time contrasts with default dehumidifying operation curve by Cloud Server, obtains comparing result; It is pre-conditioned that Cloud Server judges whether comparing result meets; And if Cloud Server to judge that comparing result meets pre-conditioned, then perform the first dehumidifying alarm, solve the problem that air-conditioning in correlation technique cannot prevent ambient humidity excessive, and then reach the effect of preventing ambient humidity excessive by the dehumidification function of control air-conditioning.
Accompanying drawing explanation
The accompanying drawing forming a application's part is used to provide a further understanding of the present invention, and schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the schematic diagram of the dehumidifying warning system framework for air-conditioning according to the embodiment of the present invention;
Fig. 2 is the schematic diagram of the dehumidifying alarm device for air-conditioning according to the embodiment of the present invention;
Fig. 3 is the schematic diagram of the preferred dehumidifying alarm device for air-conditioning according to the embodiment of the present invention;
Fig. 4 is the flow chart of the dehumidifying alarm method for air-conditioning according to the embodiment of the present invention; And
Fig. 5 is the flow chart of the preferred dehumidifying alarm method for air-conditioning according to the embodiment of the present invention.
Detailed description of the invention
It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the present invention in detail in conjunction with the embodiments.
Better the present invention program is understood in order to make those skilled in the art, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the embodiment of a part of the present invention, instead of whole embodiments.According to the embodiment in the present invention, the every other embodiment obtained under those of ordinary skill in the art do not make creative work prerequisite, all should belong to protection scope of the present invention.
It should be noted that, term " first ", " second " etc. in description of the present invention and claims and above-mentioned accompanying drawing are for distinguishing similar object, and need not be used for describing specific order or precedence.Should be appreciated that the data used like this can be exchanged in the appropriate case, so as embodiments of the invention described herein can with except here diagram or describe those except order implement.In addition, term " comprises " and " having " and their any distortion, and intention is to cover not exclusive comprising.
According to embodiments of the invention, provide a kind of dehumidifying alarm device for air-conditioning, this dehumidifying alarm device being used for air-conditioning for come according to the weather forecast information of Cloud Server Real-time Obtaining reminding user control air-conditioning except wet condition, with the effect that the humidity reaching prevention surrounding environment is excessive.
Fig. 1 is the schematic diagram of the dehumidifying warning system framework for air-conditioning according to the embodiment of the present invention.
As shown in Figure 1, this system comprises: air-conditioning, Cloud Server and communicating terminal.
One end of Cloud Server is connected with air-conditioning, and carries out real-time Communication for Power with air-conditioning, and the other end of Cloud Server is connected with communicating terminal, and carries out real-time Communication for Power with communicating terminal.
Wherein, air-conditioning has network savvy, and it can be cloud air-conditioning, and this air-conditioning can for having the air-conditioning of dehumidification function.Air-conditioning has temperature sensor and humidity sensor, can respectively by the temperature of temperature sensor and humidity sensor Real-time Collection surrounding environment and air humidity.Under networking state, air-conditioning can by Real-time Collection to temperature and humidity information be sent to Cloud Server, under non-networked state, air-conditioning can first by Real-time Collection to temperature information and humidity information be stored in memory, then, after air-conditioning and Cloud Server establish a communications link, the temperature information stored in memory and humidity information are sent to Cloud Server by air-conditioning.
Communicating terminal can be hand-held mobile terminal, and such as, it can be mobile phone, and preferably, it can be smart mobile phone.Communicating terminal can install APP software.After installation APP software, can the size (as the area of object space or volume etc.) of the mark (bar code information as air-conditioning) of reminding user scanning air-conditioning and input room, air-conditioning place (i.e. object space).And communicating terminal is after networking, the information etc. of the identification information of air-conditioning and the object space being provided with this air-conditioning can be sent to Cloud Server.In addition, communicating terminal can also send to Cloud Server the control instruction meeting user and require, and this communicating terminal may be used for the warning information receiving Cloud Server propelling movement.This warning information may be used for reminding user and closes the window of object space and/or the dehumidification function of reminding user unlatching air-conditioning, or this warning information may be used for reminding user closedown air-conditioning.
Cloud Server not only can gather local weather forecast information and weather information by internet, and can perform alarm according to the weather forecast information collected and weather information, and the unlatching being controlled the dehumidification function of air-conditioning by alarm whether.Meanwhile, Cloud Server can also accept the temperature and humidity that air-conditioning collects, and performs alarm according to the temperature and humidity that receives, and the unlatching being controlled the dehumidification function of air-conditioning by alarm whether.Cloud Server can receive the user's request of communicating terminal, and integrated treatment is carried out to above various information, obtain result, and produce warning information according to this result, and by internet, warning information is pushed to communicating terminal, and then control the running status of air-conditioning by the user of communicating terminal according to warning information.
Pass through the embodiment of the present invention, due between air-conditioning and Cloud Server, and can instant messaging be carried out between Cloud Server and communicating terminal, therefore, when weather moisturizes suddenly, that is, when air humidity becomes large suddenly, can window be closed and/or open the dehumidification function of air-conditioning, to avoid Moisture Problem In Buildings serious by reminding user in time.In addition, in air conditioner dehumidification process, if there is the state that dehumidifying is abnormal, then can close window and/or close the dehumidification function of air-conditioning by reminding user in time, waste to prevent air conditioning electricity.
Fig. 2 is the schematic diagram of the dehumidifying alarm device for air-conditioning according to the embodiment of the present invention.
As shown in Figure 2, this device comprises: the first acquiring unit 10, second acquisition unit 20, contrast unit 30, first judging unit 40 and Alarm Unit 50.
First acquiring unit 10 may be used for making Cloud Server obtain the real-time dehumidifying operation curve of air-conditioning.
When Cloud Server controls air-conditioning execution dehumidification function, Cloud Server can obtain the real-time dehumidifying operation curve of air-conditioning.Wherein, the real-time dehumidifying operation curve of air-conditioning can generate to temperature information and humidity information automatically according to air-conditioning Real-time Collection.
It should be noted that, Cloud Server is before the real-time dehumidifying operation curve obtaining air-conditioning, and first can judge whether air-conditioning is dehumidifying running status, if judge that air-conditioning is dehumidifying running status, then Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning.
Second acquisition unit 20 may be used for making Cloud Server obtain the default dehumidifying operation curve of air-conditioning.
After Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning or simultaneously, Cloud Server can obtain the default dehumidifying operation curve of air-conditioning.Presetting dehumidifying operation curve can be stored in advance in Cloud Server database, wherein, preset dehumidifying operation curve and air conditioner dehumidification parameter, and there is default corresponding relation with the volume of air-conditioning place object space, therefore in order to obtain the default dehumidifying operation curve of air-conditioning, Cloud Server first can obtain the identification information of air-conditioning and the volume information of air-conditioning place object space, again according to the dehumidifying parameter of the identification information-enquiry air-conditioning of air-conditioning, then according to the default dehumidifying operation curve that the volume information of object space is mated at data base querying with the dehumidifying parameter of the air-conditioning inquired.
Contrast unit 30 may be used for the operation curve that dehumidifies in real time is contrasted with default dehumidifying operation curve by Cloud Server, obtains comparing result.
Because the operation curve that dehumidifies in real time can contrast with default dehumidifying operation curve by Cloud Server in preset time period, and the operation curve that dehumidifies can represent the moisture removal of air-conditioning on corresponding time point, therefore the moisture removal on each time point of the operation curve that dehumidifies in real time can be compared to the default moisture removal dehumidified on corresponding each time point of operation curve by Cloud Server in preset time period, obtains the comparison result of the moisture removal on each time point.
In addition, the operation curve that dehumidifies in real time can contrast with default dehumidifying operation curve by Cloud Server, obtains the percentage that the humidity in preset time period internal object space reduces.
First judging unit 40 may be used for that Cloud Server is judged whether comparing result meets pre-conditioned.
Particularly, whether always whether Cloud Server can judge to dehumidify in real time the moisture removal of each time point of operation curve in default section always lower than the moisture removal of the corresponding each time point of default dehumidifying operation curve in default section, or preset percentage lower than the moisture removal of corresponding each time point of default dehumidifying operation curve in default section.Such as, whether Cloud Server can judge to dehumidify the in real time moisture removal of each time point of operation curve in default section is always low by 10% than the moisture removal of the corresponding each time point of default dehumidifying operation curve in default section.Wherein, when Cloud Server judges that comparing result meets pre-conditioned, the second dehumidifying alarm can be performed.Second dehumidifying alarm controls air-conditioning shutdown for reminding, and when Cloud Server judges that comparing result does not meet pre-conditioned, can be left intact.
In addition, particularly, Cloud Server can judge whether the percentage that the humidity in preset time period internal object space reduces is less than preset percentage.Such as, Cloud Server can judge whether the percentage that the humidity in 1 hour internal object space (as room) opening dehumidification function reduces is less than 5%, wherein, when this percentage is less than 5%, show that dehumidifying is abnormal, this dehumidifying can be do not closed by the window of object space to cause extremely, and when this percentage is not less than 5%, shows that dehumidifying is normal.When air conditioner dehumidification exception, can perform the second dehumidifying alarm, wherein, the second dehumidifying alarm may be used for reminding user and controls air-conditioning shutdown, or the second dehumidifying alarm may be used for reminding user pass window, and when air conditioner dehumidification is normal, can be left intact.
Alarm Unit 50 may be used for when Cloud Server judges that comparing result meets pre-conditioned, makes Cloud Server perform the first dehumidifying alarm.
By in the embodiment of the present invention, perform in the process of dehumidification function at air-conditioning, whether abnormal by judging air conditioner dehumidification, and carry out the shutdown of reminding user control air-conditioning when air conditioner dehumidification is abnormal by performing the first dehumidifying alarm, air conditioning electricity waste can be reduced.
Fig. 3 is the schematic diagram of the preferred dehumidifying alarm device for air-conditioning according to the embodiment of the present invention.
As shown in Figure 3, this embodiment can as preferred embodiment embodiment illustrated in fig. 2, the dehumidifying alarm device for air-conditioning of this embodiment, except comprising the first acquiring unit 10 of the first embodiment, second acquisition unit 20, contrast unit 30, first judging unit 40 and Alarm Unit 50, also comprises the second judging unit 60, the 3rd acquiring unit 70 and the 3rd judging unit 80.
Second acquisition unit 20, contrast unit 30 and the effect of the first judging unit 40 and identical in the first embodiment, do not repeat them here.
Second judging unit 60 may be used for that Cloud Server is judged, and whether air-conditioning opens dehumidification function.
First acquiring unit 10 can also be used for when Cloud Server judges that dehumidification function opened by air-conditioning, and Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning.
Wherein, when Cloud Server judges that dehumidification function opened by air-conditioning, the mode that Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning is identical with the mode that Cloud Server in previous embodiment obtains the real-time dehumidifying operation curve of air-conditioning, does not repeat them here.
3rd acquiring unit 70 may be used for when Cloud Server judges that dehumidification function do not opened by air-conditioning, makes Cloud Server obtain the weather forecast information of target area.
After networking, Cloud Server can obtain the weather forecast information of target area, and preferably, Cloud Server can also obtain the weather information of target area.Wherein, target area can be the geographic area belonging to air-conditioning location.Such as, if air-conditioning is the air-conditioning in the user family of Haidian District, so Cloud Server can obtain the weather forecast information and weather information etc. of Haidian District, Beijing City.
Particularly, Cloud Server can obtain the weather forecast information of following several days, and preferably, Cloud Server can obtain the weather forecast information of following 1 day.The weather forecast information obtained can comprise temperature information and humidity information.Wherein, in the process of weather forecast information obtaining target area, Cloud Server can determine target area in the following manner:
Mode one, first, Cloud Server can obtain the identification information of air-conditioning, then, Cloud Server can obtain zone information table, then, Cloud Server can obtain the corresponding relation in the region in identification information and zone information table, and the region belonging to corresponding relation determination air-conditioning, wherein, the region belonging to this air-conditioning is target area.
Mode two, Cloud Server can send to air-conditioning the order obtaining air-conditioning region, the region at self place of order feedback that air-conditioning sends according to Cloud Server, wherein, the region that air-conditioning feeds back is target area, and the information of this target area can be stored in advance in the memory of air-conditioning.
Whether the air humidity that the 3rd judging unit 80 may be used for Cloud Server is judged in preset time period according to weather forecast information is greater than preset value.
Particularly, according to the temperature information in weather forecast information and humidity information, Cloud Server can judge whether the air humidity of following 1 day is greater than preset value, this preset value can preset according to the average weather conditions of target area, and such as, it can be set as 85%.Like this, Cloud Server can judge whether the air humidity of following 1 day is greater than 85%, wherein, due to when air humidity is greater than 85%, can reduce comfort level user, and when air humidity is less than or equal to 85%, can be more moderate concerning comfort level user, therefore, when air humidity is greater than 85%, need to control air conditioner dehumidification, or need reminding user to take appropriate measures to avoid Moisture Problem In Buildings serious, such as, the window of object space can be closed by reminding user, and/or the dehumidification function of air-conditioning can be opened by reminding user.By aforementioned prompting, can avoid closing window and the problem of the indoor of causing tide excessively because user forgets to close window or forget before going out evening, reach the effect that prevention ambient humidity is excessive.
Alarm Unit 50 can also be used for when Cloud Server is greater than preset value according to the air humidity that weather forecast information is judged in preset time period, makes Cloud Server perform the second dehumidifying alarm.Second dehumidifying alarm is used for the dehumidification function that reminding user closes window and/or opens air-conditioning for reminding user.
Particularly, when Cloud Server is greater than preset value according to the air humidity that weather forecast information is judged in preset time period, Cloud Server can control air-conditioning by the second dehumidifying alarm and perform dehumidification function:
Mode one, Cloud Server can send the prompting message of the window of closing target area to the communicating terminal of user (such as, mobile phone terminal).
Mode two, Cloud Server can send to the communicating terminal of user (such as, mobile phone terminal) prompting message opening dehumidification function, and after the feedback information obtaining communicating terminal, Cloud Server can control the running status of air-conditioning.Such as, if user confirms the dehumidification function opening air-conditioning, then Cloud Server sends the instruction of opening dehumidification function to air-conditioning, if user confirms the dehumidification function not opening air-conditioning, or user does not feed back the prompting message that Cloud Server pushes, then Cloud Server does not do any control treatment to air-conditioning.Preferably, if user does not feed back the prompting message that Cloud Server pushes, then can control air-conditioning and automatically open dehumidification function, such as, after transmission prompting message reaches preset time period, Cloud Server can control air-conditioning and automatically open dehumidification function.
Mode three, which can be the combination of mode one and mode two, namely Cloud Server can be closed the prompting message of the window of target area to user simultaneously and open the prompting message of dehumidification function, and relevant treatment mode, with reference to aforesaid mode one and mode two, does not repeat them here.
Pass through the embodiment of the present invention, because Cloud Server can by the weather forecast information of networking Real-time Obtaining target area, and the second dehumidifying alarm can be performed according to the weather forecast information got, thus the unlatching of air conditioner dehumidification function is controlled by the second dehumidifying alarm, therefore can reach the effect of preventing the air humidity in target area excessive.
Preferably, in embodiments of the present invention, air-conditioning can be arranged in the object space in target area, and the first acquiring unit 10 can comprise: logging modle and the first generation module.Logging modle may be used for making the air humidity in Cloud Server real time record object space.First generation module may be used for making Cloud Server generate the real-time dehumidifying operation curve of air-conditioning according to the air humidity in the object space of real time record.
Particularly, Cloud Server can gather air humidity in an object space and temperature by each Preset Time, and is recorded in Cloud Server by corresponding with air-conditioning to the air humidity collected and temperature.Cloud Server generates the real-time dehumidifying operation curve of air-conditioning according to the air humidity in the object space of aforementioned record.Wherein, the abscissa of dehumidifying operation curve can represent the running time of air-conditioning in real time, and ordinate can represent air humidity in the object space of air-conditioning place.
Preferably, in embodiments of the present invention, second acquisition unit 20 can comprise the first enquiry module and the second enquiry module.
First enquiry module may be used for the dehumidifying parameter of Cloud Server according to the identified query air-conditioning of air-conditioning.Preferably, the mark of air-conditioning can be bar code, like this, can pass through the direct scanning bar code of communicating terminal, and is sent to Cloud Server by communicating terminal by scanning the bar code information obtained.
Particularly, Cloud Server can obtain bar code information in the following manner: mode one, and Cloud Server can send to communicating terminal the request command obtaining air-conditioning bar code in real time, and the bar code of feedback information determination air-conditioning according to communicating terminal; Mode two, Cloud Server by the bar code pre-stored of air-conditioning in a database, and can obtain the bar code of air-conditioning by the mode of Query Database.
It should be noted that, the bar code information scanning the air-conditioning obtained except can be gathered the bar code information of air-conditioning by the mode of the bar code scanning air-conditioning, and is sent to Cloud Server by communicating terminal, and it can also be used for inputting object space information.
Second enquiry module may be used for Cloud Server to be inquired about according to the volume of dehumidifying parameter and object space, obtains presetting dehumidifying operation curve.
Preferably, in embodiments of the present invention, Alarm Unit 50 can comprise: the second generation module, the 3rd generation module and pushing module.
Second generation module may be used for when Cloud Server is greater than preset value according to the air humidity that weather forecast information is judged in preset time period, make Cloud Server generate the first prompting message of the first dehumidifying alarm, the first prompting message can comprise information and/or the information of prompting for closing window that reminding user closes air conditioner dehumidification function.Pushing module may be used for making Cloud Server that the first prompting message is pushed to communicating terminal.
Similar, in embodiments of the present invention, in the process of operation of air conditioner dehumidification function, if the operation curve that dehumidifies in real time contrasts with default dehumidifying operation curve by Cloud Server, the comparing result obtained meets pre-conditioned, then also can generate the second prompting message of the second dehumidifying alarm, this second prompting message can comprise reminding user and open the information of air-conditioning and/or the information of reminding user pass window.Then, the second prompting message can be pushed to communicating terminal by Cloud Server.
Preferably, when having people in indoor, the information that reminding user closes window can be generated.And indoor nobody time, reminding user can be generated and control the information that air-conditioning shuts down, like this, air conditioning electricity waste can be reduced.
It should be noted that, after communicating terminal receives the prompting message of Cloud Server propelling movement, user can control the running status of air-conditioning by the mode of the information of leafing through, and reaches the effect that prevention ambient humidity is excessive.
According to embodiments of the invention, provide a kind of dehumidifying alarm method for air-conditioning, this dehumidifying alarm method being used for air-conditioning for come according to the weather forecast information of Cloud Server Real-time Obtaining reminding user control air-conditioning except wet condition, with the effect that the humidity reaching prevention surrounding environment is excessive.It should be noted that, the dehumidifying alarm method for air-conditioning that the embodiment of the present invention provides can be performed by the dehumidifying alarm device for air-conditioning of the embodiment of the present invention, and the dehumidifying alarm for air-conditioning of the embodiment of the present invention also may be used for the dehumidifying alarm method for air-conditioning performing the embodiment of the present invention.
Fig. 4 is the flow chart of the dehumidifying alarm method for air-conditioning according to the embodiment of the present invention.
As shown in Figure 4, the method comprises following step S402 to step S410:
Step S402, Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning.
When Cloud Server controls air-conditioning execution dehumidification function, Cloud Server can obtain the real-time dehumidifying operation curve of air-conditioning.Wherein, the real-time dehumidifying operation curve of air-conditioning can generate to temperature information and humidity information automatically according to air-conditioning Real-time Collection.
It should be noted that, Cloud Server is before the real-time dehumidifying operation curve obtaining air-conditioning, and first can judge whether air-conditioning is dehumidifying running status, if judge that air-conditioning is dehumidifying running status, then Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning.
Step S404, Cloud Server obtains the default dehumidifying operation curve of air-conditioning.
After Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning or simultaneously, Cloud Server can obtain the default dehumidifying operation curve of air-conditioning.Presetting dehumidifying operation curve can be stored in advance in Cloud Server database, wherein, preset dehumidifying operation curve and air conditioner dehumidification parameter, and there is default corresponding relation with the volume of air-conditioning place object space, therefore in order to obtain the default dehumidifying operation curve of air-conditioning, Cloud Server first can obtain the identification information of air-conditioning and the volume information of air-conditioning place object space, again according to the dehumidifying parameter of the identification information-enquiry air-conditioning of air-conditioning, then according to the default dehumidifying operation curve that the volume information of object space is mated at data base querying with the dehumidifying parameter of the air-conditioning inquired.
Step S406, the operation curve that dehumidifies in real time contrasts with default dehumidifying operation curve by Cloud Server, obtains comparing result.
Because the operation curve that dehumidifies in real time can contrast with default dehumidifying operation curve by Cloud Server in preset time period, and the operation curve that dehumidifies can represent the moisture removal of air-conditioning on corresponding time point, therefore the moisture removal on each time point of the operation curve that dehumidifies in real time can be compared to the default moisture removal dehumidified on corresponding each time point of operation curve by Cloud Server in preset time period, obtains the comparison result of the moisture removal on each time point.
In addition, the operation curve that dehumidifies in real time can contrast with default dehumidifying operation curve by Cloud Server, obtains the percentage that the humidity in preset time period internal object space reduces.
Step S408, it is pre-conditioned that Cloud Server judges whether comparing result meets.
Particularly, whether always whether Cloud Server can judge to dehumidify in real time the moisture removal of each time point of operation curve in default section always lower than the moisture removal of the corresponding each time point of default dehumidifying operation curve in default section, or preset percentage lower than the moisture removal of corresponding each time point of default dehumidifying operation curve in default section.Such as, whether Cloud Server can judge to dehumidify the in real time moisture removal of each time point of operation curve in default section is always low by 10% than the moisture removal of the corresponding each time point of default dehumidifying operation curve in default section.Wherein, when Cloud Server judges that comparing result meets pre-conditioned, the second dehumidifying alarm can be performed.Second dehumidifying alarm controls air-conditioning shutdown for reminding, and when Cloud Server judges that comparing result does not meet pre-conditioned, can be left intact.
In addition, particularly, Cloud Server can judge whether the percentage that the humidity in preset time period internal object space reduces is less than preset percentage.Such as, Cloud Server can judge whether the percentage that the humidity in 1 hour internal object space (as room) opening dehumidification function reduces is less than 5%, wherein, when this percentage is less than 5%, show that dehumidifying is abnormal, this dehumidifying can be do not closed by the window of object space to cause extremely, and when this percentage is not less than 5%, shows that dehumidifying is normal.When air conditioner dehumidification exception, can perform the second dehumidifying alarm, wherein, the second dehumidifying alarm may be used for reminding user and controls air-conditioning shutdown, or the second dehumidifying alarm may be used for reminding user pass window, and when air conditioner dehumidification is normal, can be left intact.
Step S410, if to judge that comparing result meets pre-conditioned for Cloud Server, then performs the first dehumidifying alarm.
By in the embodiment of the present invention, perform in the process of dehumidification function at air-conditioning, whether abnormal by judging air conditioner dehumidification, and carry out the shutdown of reminding user control air-conditioning when air conditioner dehumidification is abnormal by performing the first dehumidifying alarm, air conditioning electricity waste can be reduced.
Fig. 5 is according to the preferred embodiment of the invention for the flow chart of the dehumidifying alarm method of air-conditioning.
As shown in Figure 5, this dehumidifying alarm method being used for air-conditioning comprises following step S502 to step S518, and this embodiment can as preferred embodiment embodiment illustrated in fig. 4.
Step S502, Cloud Server judges whether air-conditioning opens dehumidification function.
Step S504, if Cloud Server judges that air-conditioning opens dehumidification function, then Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning.
Step S506 to step S512, respectively with step S404 embodiment illustrated in fig. 4 to step S410, do not repeat them here.
Step S514, if Cloud Server judges that air-conditioning opens dehumidification function, then Cloud Server obtains the weather forecast information of target area.
After networking, Cloud Server can obtain the weather forecast information of target area, and preferably, Cloud Server can also obtain the weather information of target area.Wherein, target area can be the geographic area belonging to air-conditioning location.Such as, if air-conditioning is the air-conditioning in the user family of Haidian District, so Cloud Server can obtain the weather forecast information and weather information etc. of Haidian District, Beijing City.
Particularly, Cloud Server can obtain the weather forecast information of following several days, and preferably, Cloud Server can obtain the weather forecast information of following 1 day.The weather forecast information obtained can comprise temperature information and humidity information.Wherein, in the process of weather forecast information obtaining target area, Cloud Server can determine target area in the following manner:
Mode one, first, Cloud Server can obtain the identification information of air-conditioning, then, Cloud Server can obtain zone information table, then, Cloud Server can obtain the corresponding relation in the region in identification information and zone information table, and the region belonging to corresponding relation determination air-conditioning, wherein, the region belonging to this air-conditioning is target area.
Mode two, Cloud Server can send to air-conditioning the order obtaining air-conditioning region, the region at self place of order feedback that air-conditioning sends according to Cloud Server, wherein, the region that air-conditioning feeds back is target area, and the information of this target area can be stored in advance in the memory of air-conditioning.
Step S516, whether the air humidity that Cloud Server judges in preset time period according to weather forecast information is greater than preset value.
Particularly, according to the temperature information in weather forecast information and humidity information, Cloud Server can judge whether the air humidity of following 1 day is greater than preset value, this preset value can preset according to the average weather conditions of target area, and such as, it can be set as 85%.Like this, Cloud Server can judge whether the air humidity of following 1 day is greater than 85%, wherein, due to when air humidity is greater than 85%, can reduce comfort level user, and when air humidity is less than or equal to 85%, can be more moderate concerning comfort level user, therefore, when air humidity is greater than 85%, need to control air conditioner dehumidification, or need reminding user to take appropriate measures to avoid Moisture Problem In Buildings serious, such as, the window of object space can be closed by reminding user, and/or the dehumidification function of air-conditioning can be opened by reminding user.By aforementioned prompting, can avoid closing window and the problem of the indoor of causing tide excessively because user forgets to close window or forget before going out evening, reach the effect that prevention ambient humidity is excessive.
Step S518, if the air humidity that Cloud Server is judged in preset time period according to weather forecast information is greater than preset value, then performs the second dehumidifying alarm.
First dehumidifying alarm is used for the dehumidification function that reminding user closes window and/or opens air-conditioning for reminding user.Particularly, when Cloud Server is greater than preset value according to the air humidity that weather forecast information is judged in preset time period, Cloud Server can control air-conditioning by the second dehumidifying alarm and perform dehumidification function:
Mode one, Cloud Server can send the prompting message of the window of closing target area to the communicating terminal of user (such as, mobile phone terminal).
Mode two, Cloud Server can send to the communicating terminal of user (such as, mobile phone terminal) prompting message opening dehumidification function, and after the feedback information obtaining communicating terminal, Cloud Server can control the running status of air-conditioning.Such as, if user confirms the dehumidification function opening air-conditioning, then Cloud Server sends the instruction of opening dehumidification function to air-conditioning, if user confirms the dehumidification function not opening air-conditioning, or user does not feed back the prompting message that Cloud Server pushes, then Cloud Server does not do any control treatment to air-conditioning.Preferably, if user does not feed back the prompting message that Cloud Server pushes, then can control air-conditioning and automatically open dehumidification function, such as, after transmission prompting message reaches preset time period, Cloud Server can control air-conditioning and automatically open dehumidification function.
Mode three, which can be the combination of mode one and mode two, namely Cloud Server can be closed the prompting message of the window of target area to user simultaneously and open the prompting message of dehumidification function, and relevant treatment mode, with reference to aforesaid mode one and mode two, does not repeat them here.
Pass through the embodiment of the present invention, because Cloud Server can by the weather forecast information of networking Real-time Obtaining target area, and the second dehumidifying alarm can be performed according to the weather forecast information got, thus the unlatching of air conditioner dehumidification function is controlled by the second dehumidifying alarm, therefore can reach the effect of preventing the air humidity in target area excessive.
Preferably, in embodiments of the present invention, air-conditioning can be arranged in the object space in target area, and the real-time dehumidifying operation curve that Cloud Server obtains air-conditioning can comprise: first, the air humidity in Cloud Server real time record object space.Then, Cloud Server generates the real-time dehumidifying operation curve of air-conditioning according to the air humidity in the object space of real time record.
Particularly, Cloud Server can gather air humidity in an object space and temperature by each Preset Time, and is recorded in Cloud Server by corresponding with air-conditioning to the air humidity collected and temperature.Cloud Server generates the real-time dehumidifying operation curve of air-conditioning according to the air humidity in the object space of aforementioned record.Wherein, the abscissa of dehumidifying operation curve can represent the running time of air-conditioning in real time, and ordinate can represent air humidity in the object space of air-conditioning place.
Preferably, in embodiments of the present invention, the default dehumidifying operation curve of Cloud Server acquisition air-conditioning can comprise:
First, Cloud Server is according to the dehumidifying parameter of the identified query air-conditioning of air-conditioning.Preferably, the mark of air-conditioning can be bar code, like this, can pass through the direct scanning bar code of communicating terminal, and is sent to Cloud Server by communicating terminal by scanning the bar code information obtained.
Particularly, Cloud Server can obtain bar code information in the following manner: mode one, and Cloud Server can send to communicating terminal the request command obtaining air-conditioning bar code in real time, and the bar code of feedback information determination air-conditioning according to communicating terminal; Mode two, Cloud Server by the bar code pre-stored of air-conditioning in a database, and can obtain the bar code of air-conditioning by the mode of Query Database.
It should be noted that, the bar code information scanning the air-conditioning obtained except can be gathered the bar code information of air-conditioning by the mode of the bar code scanning air-conditioning, and is sent to Cloud Server by communicating terminal, and it can also be used for inputting object space information.
Then, Cloud Server is inquired about according to the volume of dehumidifying parameter and object space, obtains presetting dehumidifying operation curve.
Preferably, in embodiments of the present invention, the first dehumidifying alarm and the second dehumidifying alarm can be performed in the following manner:
First, if the air humidity that Cloud Server is judged in preset time period according to weather forecast information is greater than preset value, then generate the first prompting message of the first dehumidifying alarm.First prompting message can comprise reminding user and close the information of air conditioner dehumidification function and/or the information of reminding user pass window.Then, the first prompting message is pushed to communicating terminal by Cloud Server.
Similar, in embodiments of the present invention, in the process of operation of air conditioner dehumidification function, if the operation curve that dehumidifies in real time contrasts with default dehumidifying operation curve by Cloud Server, the comparing result obtained meets pre-conditioned, then also can generate the second prompting message of the second dehumidifying alarm, this second prompting message can comprise the information that reminding user opens air-conditioning information and/or reminding user pass window.Then, prompting message can be pushed to communicating terminal by Cloud Server.
Preferably, when having people in indoor, the information that reminding user closes window can be generated.And indoor nobody time, reminding user can be generated and control the information that air-conditioning shuts down, like this, air conditioning electricity waste can be reduced.
It should be noted that, after communicating terminal receives the prompting message of Cloud Server propelling movement, user can control the running status of air-conditioning by the mode of the information of leafing through, and reaches the effect that prevention ambient humidity is excessive.
From above description, can find out, present invention achieves following technique effect: due between air-conditioning and Cloud Server, and can instant messaging be carried out between Cloud Server and communicating terminal, therefore, when weather moisturizes suddenly, namely, when air humidity becomes large suddenly, can window be closed and/or open the dehumidification function of air-conditioning, to avoid Moisture Problem In Buildings serious by reminding user in time.In addition, when air conditioner dehumidification is abnormal, also can closes window and/or close the dehumidification function of air-conditioning by reminding user in time, waste to prevent air conditioning electricity.
It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be different from the step shown or described by order execution herein.
Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1., for a dehumidifying alarm method for air-conditioning, it is characterized in that, comprising:
Cloud Server obtains the real-time dehumidifying operation curve of air-conditioning;
Described Cloud Server obtains the default dehumidifying operation curve of described air-conditioning;
Described real-time dehumidifying operation curve and described default dehumidifying operation curve contrast by described Cloud Server, obtain comparing result;
It is pre-conditioned that described Cloud Server judges whether described comparing result meets; And
If it is described pre-conditioned that described Cloud Server judges that described comparing result meets, then perform the first dehumidifying alarm.
2. dehumidifying alarm method according to claim 1, is characterized in that, obtain the real-time dehumidifying operation curve of air-conditioning at Cloud Server before, described dehumidifying alarm method also comprises:
Described Cloud Server judges whether described air-conditioning opens dehumidification function;
If described Cloud Server judges that described air-conditioning opens dehumidification function, then described Cloud Server obtains the real-time dehumidifying operation curve of described air-conditioning;
If described Cloud Server judges that dehumidification function do not opened by described air-conditioning, then the weather forecast information of described acquisition target area;
Whether the air humidity that described Cloud Server judges in preset time period according to described weather forecast information is greater than preset value; And
If the air humidity that described Cloud Server is judged in described preset time period according to described weather forecast information is greater than described preset value, then perform the second dehumidifying alarm.
3. dehumidifying alarm method according to claim 2, is characterized in that, described air-conditioning is arranged in the object space in described target area, and the real-time dehumidifying operation curve that described Cloud Server obtains described air-conditioning comprises:
Air humidity in object space described in described Cloud Server real time record; And
Described Cloud Server generates the real-time dehumidifying operation curve of described air-conditioning according to the air humidity in the described object space of real time record.
4. dehumidifying alarm method according to claim 3, is characterized in that, the default dehumidifying operation curve that described Cloud Server obtains described air-conditioning comprises:
The dehumidifying parameter of described Cloud Server air-conditioning according to the identified query of described air-conditioning; And
Described Cloud Server is inquired about according to the volume of described dehumidifying parameter and described object space, obtains described default dehumidifying operation curve.
5. dehumidifying alarm method according to claim 2, is characterized in that, performs described first dehumidifying alarm and described second dehumidifying alarm in the following manner:
Described Cloud Server generates the first prompting message of described first dehumidifying alarm, and described first prompting message comprises reminding user and closes the information of air conditioner dehumidification function and/or the information of reminding user pass window;
Described Cloud Server generates the second prompting message of described second dehumidifying alarm, and described second prompting message comprises reminding user and opens the information of air-conditioning and/or the information of described reminding user pass window; And
Described first prompting message and described second prompting message are pushed to communicating terminal by described Cloud Server.
6., for a dehumidifying alarm device for air-conditioning, it is characterized in that, comprising:
First acquiring unit, is provided for the real-time dehumidifying operation curve that Cloud Server obtains air-conditioning;
Second acquisition unit, is provided for the default dehumidifying operation curve that described Cloud Server obtains described air-conditioning;
Contrast unit, is provided for described Cloud Server and described real-time dehumidifying operation curve and described default dehumidifying operation curve is contrasted, obtain comparing result;
First judging unit, being provided for described Cloud Server, to judge whether described comparing result meets pre-conditioned; And
Alarm Unit be used for described Cloud Server judge described comparing result meet described pre-conditioned time, make described Cloud Server perform first dehumidifying alarm.
7. dehumidifying alarm device according to claim 6, is characterized in that, also comprise:
Second judging unit, is provided for described Cloud Server and judges whether described air-conditioning opens dehumidification function;
Described first acquiring unit is also for when described Cloud Server judges that dehumidification function opened by described air-conditioning, and described Cloud Server obtains the real-time dehumidifying operation curve of described air-conditioning;
3rd acquiring unit, for when described Cloud Server judges that dehumidification function do not opened by described air-conditioning, makes described Cloud Server obtain the weather forecast information of target area;
3rd judging unit, is provided for the air humidity that described Cloud Server judges in preset time period according to described weather forecast information and whether is greater than preset value; And
Described Alarm Unit, also for when described Cloud Server is greater than described preset value according to the air humidity that described weather forecast information is judged in described preset time period, makes described Cloud Server perform the second dehumidifying alarm.
8. dehumidifying alarm device according to claim 7, is characterized in that, described air-conditioning is arranged in the object space in described target area, and described first acquiring unit comprises:
Logging modle, is provided for the air humidity in object space described in described Cloud Server real time record; And
First generation module, is provided for described Cloud Server generates described air-conditioning real-time dehumidifying operation curve according to the air humidity in the described object space of real time record.
9. dehumidifying alarm device according to claim 8, is characterized in that, described second acquisition unit comprises:
First enquiry module, is provided for the dehumidifying parameter of described Cloud Server air-conditioning according to the identified query of described air-conditioning; And
Second enquiry module, is provided for described Cloud Server and inquires about according to the volume of described dehumidifying parameter and described object space, obtain described default dehumidifying operation curve.
10. dehumidifying alarm device according to claim 7, is characterized in that, described Alarm Unit comprises:
Second generation module, is provided for the first prompting message that described Cloud Server generates described first dehumidifying alarm, and described first prompting message comprises reminding user and closes the information of air conditioner dehumidification function and/or the information of reminding user pass window;
3rd generation module, is provided for the second prompting message that described Cloud Server generates described second dehumidifying alarm, and described second prompting message comprises reminding user and opens the information of air conditioner dehumidification function and/or the information of described reminding user pass window; And
Pushing module, is provided for described Cloud Server and described first prompting message and described second prompting message is pushed to communicating terminal.
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