CN104864566A - Fully-automatic indoor humidity regulating and control system and method based on Zigbee technology - Google Patents
Fully-automatic indoor humidity regulating and control system and method based on Zigbee technology Download PDFInfo
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- CN104864566A CN104864566A CN201510274164.8A CN201510274164A CN104864566A CN 104864566 A CN104864566 A CN 104864566A CN 201510274164 A CN201510274164 A CN 201510274164A CN 104864566 A CN104864566 A CN 104864566A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/0008—Control or safety arrangements for air-humidification
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/20—Humidity
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/56—Remote control
- F24F11/58—Remote control using Internet communication
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Abstract
The invention relates to a fully-automatic indoor humidity regulating and control system based on a Zigbee technology. The system comprises a user terminal, an intelligent gateway, a humidity detection module, a humidity regulating and control module and an execution module. The invention further relates to a fully-automatic indoor humidity regulating and control method based on the Zigbee technology. The system and the method have the advantages that after the user terminal is connected with the intelligent gateway automatically, the whole system is made to be in the working state to detect the surrounding humidity automatically and decide whether the surrounding humidity is controlled and adjusted or not according to the real-time humidity data; the system and method are characterized in that indoor humidity detection and regulating are integrated, the intelligent gateway conducts analysis and processing according to the monitored real-time humidity data and makes a humidification decision or a dehumidification decision, and humidification or dehumidification is achieved through the humidity control module; whether a humidity detection and dehumidification device or a humidification device operates or not only according to whether the user terminal exists in the designated area, people do not need to operate a console to achieve control, and thus full- automated control is achieved.
Description
Technical field
The present invention relates to Smart Home field, particularly relate to the full-automatic regulator control system of a kind of indoor humidity based on ZigBee technology and method.
Background technology
Similar CDMA and GSM of ZigBee is a kind of highly reliable wireless network data tranmission techniques, adopt IEEE 802.15.4 communication protocol, transmitting range from 75m to hundreds of rice, several kilometers, support infinite expanding, the wireless data sending network platform can form by reaching 65000 wireless data transmission modules, can intercom mutually in network between each ZigBee module.This technology is widely used in the exploitation of Internet of Things application technology, the thing thing link especially in household, Based Intelligent Control.
Wifi is a kind of high frequency radio signal, the technology that the terminal device such as PC, mobile phone wirelessly can be connected, and is widely used in wireless communications application field, especially mobile phone and PC, mobile phone and portable between data transmission.
Smart Home is (English: smart home, home automation) be take house as platform, utilize the relevant facility of Integration ofTechnology life staying idle at home such as comprehensive wiring, network service, automatically control, build the management system of efficient housing facilities and family's schedule affairs, promote household convenience, comfortableness, make the living environment of environmental protection and energy saving.
Current existence is much about Indoor Environment Detection and adjusting device or equipment, but all these devices or equipment majority are single equipment, only complete measuring ability, or only complete regulatory function, the device of integrated detection and regulation and control or equipment generally need by the interaction platform in PC or mobile phone, are controlled the regulable control that just can complete indoor environment parameter by manual operation.
Summary of the invention
Technical problem to be solved by this invention is to provide the full-automatic regulator control system of a kind of indoor humidity based on ZigBee technology and method, user terminal and system are from being dynamically connected, make whole system in running order, automatic detection periphery humidity, determines whether control to adjust ambient humidity, light and temperature according to real-time humidity.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: the full-automatic regulator control system of a kind of indoor humidity based on ZigBee technology, comprise user terminal, intelligent gateway, humidity detecting module, humidity regulation module and Executive Module, described intelligent gateway, between humidity detecting module and humidity regulation module, carry out data transmission by ZigBee-network;
Described user terminal, connect receive the connection signal of described intelligent gateway transmitting for the user side Wifi device by arranging after, also be provided with positioner in described user terminal, by positioner user terminal positioned and calculate the distance value of user terminal present position and connection signal transmitting place;
Described intelligent gateway, for launching the connection signal connecting user terminal, judges whether the distance value calculated belongs in the monitoring distance of setting, if belonged to, then send Humidity Detection instruction to humidity detecting module, if do not belonged to, then continue to judge next distance value; Also for judging whether to send dehumidifying signal or humidification signal according to detecting the humidity data returned;
Described humidity detecting module, for carrying out Humidity Detection to surrounding environment after receiving Humidity Detection instruction, and returns in described intelligent gateway by the humidity data of detection;
Described humidity regulation module, after receiving dehumidifying signal or humidification signal, carries out conversion process to dehumidifying signal or humidification signal, then is emitted to described Executive Module;
Described Executive Module, comprises dehumidification equipment and humidification apparatus, for performing dehumidification operation according to dehumidifying signal after treatment; Or perform wet operations according to humidification signal after treatment; After dehumidifying or wet operations are finished, dehumidification equipment or humidification apparatus perform shutoff operation.
The invention has the beneficial effects as follows: user terminal and intelligent gateway are after being dynamically connected, make whole system in running order, automatic detection periphery humidity, determine whether control to adjust ambient humidity, light and temperature according to real-time wet degrees of data, there is following effect: 1) indoor humidity detects integrated with adjustment, by intelligent gateway according to the real-time humidity analyzing and processing monitored, make the decision of humidification or dehumidifying, realize humidification or dehumidifying by humidity control module; 2) whether the operation of Humidity Detection and dehumidification equipment, humidification apparatus only exists user terminal according in appointed area, does not need manual operation console to control, thus realizes Automatic Control.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described intelligent gateway comprises Wifi transmission unit, monitor value setup unit, processing unit and Gateway.ZigBee communicator,
Described Wifi transmission unit, connects the connection signal of user terminal for launching, after receiving the distance value S that user terminal sends, be sent to processing unit;
Described monitor value setup unit, for setting the monitoring distance a of described user terminal and connection signal transmitting place, and the higher limit sup of setting humidity regulation and lower limit inf;
Described processing unit, for distance value S and monitoring distance a is compared, if S < a sets up, then send Humidity Detection instruction to described humidity detecting module by Gateway.ZigBee communicator, and compare according to detecting the humidity data H that returns and described higher limit sup, if H > is sup, then send dehumidifying signal to described humidity regulation module by Gateway.ZigBee communicator, otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal to described humidity regulation module by Gateway.ZigBee communicator, if H > sup and H < inf is all false, then inoperation, if S < a is false, then continue to judge next distance value,
Described Gateway.ZigBee communicator, for setting up the network that data are transmitted for intelligent gateway and humidity detecting module and intelligent gateway and humidity regulation module.
Described Wifi transmission unit is provided with Wifi device (model is HLK-RM04), and Wifi device is connected with described Gateway.ZigBee communicator by serial ports.
Further, described humidity detecting module comprises Collect.ZigBee communicator and detecting unit,
Described Collect.ZigBee communicator, for setting up the network that data are transmitted for humidity detecting module and intelligent gateway;
Described detecting unit, is carried out Humidity Detection to surrounding environment, and is returned in described intelligent gateway by Collect.ZigBee communicator by the humidity data of detection after receiving Humidity Detection instruction by Collect.ZigBee communicator.
Further, described humidity regulation module comprises Control.ZigBee communicator and infrared learning equipment,
Described Control.ZigBee communicator, for setting up the network that data are transmitted for humidity regulation module and intelligent gateway;
Described infrared learning equipment, for received dehumidifying signal by Control.ZigBee communicator after, dehumidifying signal being changed into infrared signal is emitted in described Executive Module again, after receiving humidification signal, humidification signal is changed into infrared signal and is emitted in described Executive Module again.
Described dehumidifying signal comprises opens dehumidification equipment instruction, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
Described user terminal can be mobile terminal of mobile telephone or panel computer mobile terminal.
Gateway.ZigBee communicator, Collect.ZigBee communicator and Control.ZigBee communicator adopt IEEE 802.15.4 agreement to carry out data transmission.
If do not receive distance value, then do not need to open dehumidification equipment and humidification apparatus, until there is user terminal to judge that surrounding environment is the need of unlatching dehumidification equipment and humidification apparatus again in the scope of setting, reach the effect of full-automatic Regulate Environment humidity, and do not need to open dehumidification equipment and humidification apparatus unmanned state, reach the effect of saving resource.
Another technical scheme that the present invention solves the problems of the technologies described above is as follows: the full-automatic regulate and control method of a kind of indoor humidity based on ZigBee technology, comprises the steps:
Step S1: launch the connection signal connecting user terminal;
Step S2: user terminal connects after receiving the connection signal of transmitting, locates and calculates the distance value of user terminal present position and connection signal transmitting place;
Step S3: judge whether this distance value belongs in the monitoring distance of setting, if belonged to, sends Humidity Detection instruction by ZigBee-network, performs step S4, if do not belonged to, then continue to judge next distance value;
Step S4: after receiving Humidity Detection instruction, Humidity Detection is carried out to surrounding environment, and the humidity data detected is sent by ZigBee-network;
Step S5: judge whether to send dehumidifying signal according to humidity data, perform step S6, otherwise judge whether to send humidification signal, perform step S7, if all do not satisfied condition, then do not operate;
Step S6: launch again after conversion process being carried out to signal after receiving dehumidifying signal, perform step S8;
Step S7: receive humidification signal and launch after carrying out conversion process to signal again, performs step S9;
Step S8: perform dehumidification operation according to the dehumidifying signal after process, performs step 10;
Step S9: perform wet operations according to the humidification signal after process, performs step 10; ;
Step S10: perform shutoff operation.
On the basis of technique scheme, the present invention can also do following improvement.
Further, the concrete grammar realizing step S3 is:
Step S3.1: after receiving the distance value S sent, distance value S is sent;
Step S3.2: the monitoring distance a of setting user terminal and connection signal transmitting place;
Step S3.3: compared by distance value S and monitoring distance a, if S < a sets up, then sends Humidity Detection instruction by ZigBee-network; Otherwise, continue to judge next distance value.
Further, the concrete grammar realizing step S5 is:
Step S5.1: the higher limit sup of setting humidity regulation and lower limit inf;
Step S5.2: the humidity data H returned according to detection and described higher limit sup compares, if H > is sup, then sends dehumidifying signal by ZigBee-network, performs step S6; Otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal by ZigBee-network, perform step S7; If H > sup and H < inf is all false, then inoperation.
Further, described step S6, receives dehumidifying signal and launches after changing into infrared signal to signal again; Described step S7, receives humidification signal and launches after changing into infrared signal to signal again.
Further, described dehumidifying signal comprises the instruction of unlatching dehumidification equipment, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
Described user terminal can be mobile terminal of mobile telephone or panel computer mobile terminal.
Gateway.ZigBee communicator, Collect.ZigBee communicator and Control.ZigBee communicator adopt IEEE 802.15.4 agreement to carry out data transmission.
If do not receive distance value, then do not need to open dehumidification equipment and humidification apparatus, until there is user terminal to judge that surrounding environment is the need of unlatching dehumidification equipment and humidification apparatus again in the scope of setting, reach the effect of full-automatic Regulate Environment humidity, and do not need to open dehumidification equipment and humidification apparatus unmanned state, reach the effect of saving resource.
Accompanying drawing explanation
Fig. 1 is the module frame chart of the full-automatic regulator control system of indoor humidity that the present invention is based on ZigBee technology;
Fig. 2 is the method flow diagram of the full-automatic regulate and control method of indoor humidity that the present invention is based on ZigBee technology.
In accompanying drawing, the component names representated by each mark is as follows:
1, user terminal, 2, intelligent gateway, 3, humidity detecting module, 4, humidity regulation module, 5, Executive Module, 101, user side Wifi device, 102, positioner, 201, Wifi transmission unit, 202, monitor value setup unit, 203, processing unit, 204, Gateway.ZigBee communicator, 301, Collect.ZigBee communicator, 302, detecting unit, 401, Control.ZigBee communicator, 402, infrared learning equipment, 501, dehumidification equipment, 502, humidification apparatus.
Detailed description of the invention
Be described principle of the present invention and feature below in conjunction with accompanying drawing, example, only for explaining the present invention, is not intended to limit scope of the present invention.
As shown in Figure 1, the full-automatic regulator control system of a kind of indoor humidity based on ZigBee technology, comprise user terminal 1, intelligent gateway 2, humidity detecting module 3, humidity regulation module 4 and Executive Module 5, described intelligent gateway 2, between humidity detecting module 3 and humidity regulation module 4, carry out data transmission by ZigBee-network;
Described user terminal 1 is connected received the connection signal of described intelligent gateway 2 transmitting by the user side Wifi device 101 arranged after, also be provided with positioner 102 in described user terminal 1, position by positioner 102 pairs of user terminals 1 and calculate the distance value of user terminal 1 present position and connection signal transmitting place;
Described intelligent gateway 2, for launching the connection signal connecting user terminal 1, judges whether the distance value calculated belongs in the monitoring distance of setting, if belonged to, then send Humidity Detection instruction to humidity detecting module 3, if do not belonged to, then continue to judge next distance value; Also for judging whether to send dehumidifying signal or humidification signal according to detecting the humidity data returned;
Described humidity detecting module 3, for carrying out Humidity Detection to surrounding environment after receiving Humidity Detection instruction, and returns the humidity data of detection in described intelligent gateway 2;
Described humidity regulation module 4, after receiving dehumidifying signal or humidification signal, carries out conversion process to dehumidifying signal or humidification signal, then is emitted to described Executive Module 5;
Described Executive Module 5, comprises dehumidification equipment 501 and humidification apparatus 502, for performing dehumidification operation according to dehumidifying signal after treatment; Or perform wet operations according to humidification signal after treatment; After dehumidifying or wet operations are finished, dehumidification equipment 501 or humidification apparatus 502 perform shutoff operation.
Described intelligent gateway 2 comprises Wifi transmission unit 201, monitor value setup unit 202, processing unit 203 and Gateway.ZigBee communicator 204,
Described Wifi transmission unit 201, connects the connection signal of user terminal 1 for launching, after receiving the distance value S that user terminal 1 sends, be sent to processing unit;
Described monitor value setup unit 202, for setting the monitoring distance a of described user terminal 1 and connection signal transmitting place, and the higher limit sup of setting humidity regulation and lower limit inf;
Described processing unit 203, for distance value S and monitoring distance a is compared, if S < a sets up, then send Humidity Detection instruction to described humidity detecting module 3 by Gateway.ZigBee communicator 204, and compare according to detecting the humidity data H that returns and described higher limit sup, if H > is sup, then send dehumidifying signal to described humidity regulation module 401 by Gateway.ZigBee communicator 204, otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal to described humidity regulation module 401 by Gateway.ZigBee communicator 204, if H > sup and H < inf is all false, then inoperation, if S < a is false, then continue to judge next distance value,
Described Gateway.ZigBee communicator 204, for setting up the network that data are transmitted for intelligent gateway 2 and humidity detecting module 3 and intelligent gateway 2 and humidity regulation module 4.
Described Wifi transmission unit is provided with Wifi device (model is HLK-RM04), and Wifi device is connected with described Gateway.ZigBee communicator 204 by serial ports.
Described humidity detecting module 3 comprises Collect.ZigBee communicator 301 and detecting unit 302,
Described Collect.ZigBee communicator 301, for setting up the network that data are transmitted for humidity detecting module 3 and intelligent gateway 2;
Described detecting unit 302, after receiving Humidity Detection instruction by Collect.ZigBee communicator 301, Humidity Detection is carried out to surrounding environment, and the humidity data of detection is returned in described intelligent gateway 2 by Collect.ZigBee communicator 301.
Described humidity regulation module 4 comprises Control.ZigBee communicator 401 and infrared learning equipment 402,
Described Control.ZigBee communicator 401, for setting up the network that data are transmitted for humidity regulation module 4 and intelligent gateway 2;
Described infrared learning equipment 402, for received dehumidifying signal by Control.ZigBee communicator after, dehumidifying signal being changed into infrared signal is emitted in described Executive Module 5 again, after receiving humidification signal, humidification signal is changed into infrared signal and is emitted in described Executive Module 5 again.
Described dehumidifying signal comprises opens dehumidification equipment instruction, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
Described user terminal can be mobile terminal of mobile telephone or panel computer mobile terminal.
Gateway.ZigBee communicator, Collect.ZigBee communicator and Control.ZigBee communicator adopt IEEE 802.15.4 agreement to carry out data transmission.
If do not receive distance value, then do not need to open dehumidification equipment and humidification apparatus, until there is user terminal to judge that surrounding environment is the need of unlatching dehumidification equipment and humidification apparatus again in the scope of setting, reach the effect of full-automatic Regulate Environment humidity, and do not need to open dehumidification equipment and humidification apparatus unmanned state, reach the effect of saving resource.
As shown in Figure 2, the full-automatic regulate and control method of a kind of indoor humidity based on ZigBee technology, comprises the steps:
Step S1: launch the connection signal connecting user terminal;
Step S2: user terminal connects after receiving the connection signal of transmitting, locates and calculates the distance value of user terminal present position and connection signal transmitting place;
Step S3: judge whether this distance value belongs in the monitoring distance of setting, if belonged to, sends Humidity Detection instruction by ZigBee-network, performs step S4, if do not belonged to, then continue to judge next distance value;
Step S4: after receiving Humidity Detection instruction, Humidity Detection is carried out to surrounding environment, and the humidity data detected is sent by ZigBee-network;
Step S5: judge whether to send dehumidifying signal according to humidity data, perform step S6, otherwise judge whether to send humidification signal, perform step S7, if all do not satisfied condition, then do not operate;
Step S6: launch again after conversion process being carried out to signal after receiving dehumidifying signal, perform step S8;
Step S7: receive humidification signal and launch after carrying out conversion process to signal again, performs step S9;
Step S8: perform dehumidification operation according to the dehumidifying signal after process, performs step 10;
Step S9: perform wet operations according to the humidification signal after process, performs step 10;
Step S10: perform shutoff operation.
The concrete grammar realizing step S3 is:
Step S3.1: after receiving the distance value S sent, distance value S is sent;
Step S3.2: the monitoring distance a of setting user terminal and connection signal transmitting place;
Step S3.3: compared by distance value S and monitoring distance a, if S < a sets up, then sends Humidity Detection instruction by ZigBee-network; Otherwise, continue to judge next distance value.
The concrete grammar realizing step S5 is:
Step S5.1: the higher limit sup of setting humidity regulation and lower limit inf;
Step S5.2: the humidity data H returned according to detection and described higher limit sup compares, if H > is sup, then sends dehumidifying signal by ZigBee-network, performs step S6; Otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal by ZigBee-network, perform step S7; If H > sup and H < inf is all false, then inoperation.
Described step S6, receives dehumidifying signal and launches after changing into infrared signal to signal again; Described step S7, receives humidification signal and launches after changing into infrared signal to signal again.
Described dehumidifying signal comprises opens dehumidification equipment instruction, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
Described user terminal can be mobile terminal of mobile telephone or panel computer mobile terminal.
Gateway.ZigBee communicator, Collect.ZigBee communicator and Control.ZigBee communicator adopt IEEE 802.15.4 agreement to carry out data transmission.
If do not receive distance value, then do not need to open dehumidification equipment and humidification apparatus, until there is user terminal to judge that surrounding environment is the need of unlatching dehumidification equipment and humidification apparatus again in the scope of setting, reach the effect of full-automatic Regulate Environment humidity, and do not need to open dehumidification equipment and humidification apparatus unmanned state, reach the effect of saving resource.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, 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. the full-automatic regulator control system of the indoor humidity based on ZigBee technology, it is characterized in that, comprise user terminal (1), intelligent gateway (2), humidity detecting module (3), humidity regulation module (4) and Executive Module (5), described intelligent gateway (2), between humidity detecting module (3) and humidity regulation module (4), carry out data transmission by ZigBee-network;
Described user terminal (1), connects after receiving connection signal that described intelligent gateway (2) launches, locates and calculates the distance value of user terminal (1) present position and connection signal transmitting place;
Described intelligent gateway (2), for launching the connection signal connecting user terminal (1), judge whether the distance value calculated belongs in the monitoring distance of setting, if belonged to, then send Humidity Detection instruction to humidity detecting module (3), if do not belonged to, then continue to judge next distance value; Also for judging whether to send dehumidifying signal or humidification signal according to detecting the humidity data returned;
Described humidity detecting module (3), for carrying out Humidity Detection to surrounding environment after receiving Humidity Detection instruction, and returns the humidity data of detection in described intelligent gateway (2);
Described humidity regulation module (4), after receiving dehumidifying signal or humidification signal, carries out conversion process to dehumidifying signal or humidification signal, then is emitted to described Executive Module (5);
Described Executive Module (5), comprises dehumidification equipment (501) and humidification apparatus (502), for performing dehumidification operation according to dehumidifying signal after treatment; Or perform wet operations according to humidification signal after treatment; After dehumidifying or wet operations are finished, dehumidification equipment (501) or humidification apparatus (502) perform shutoff operation.
2. the full-automatic regulator control system of the indoor humidity based on ZigBee technology according to claim 1, it is characterized in that, described intelligent gateway (2) comprises Wifi transmission unit (201), monitor value setup unit (202), processing unit (203) and Gateway.ZigBee communicator (204)
Described Wifi transmission unit (201), for launching the connection signal connecting user terminal (1), is sent to processing unit after receiving the distance value S that user terminal (1) sends;
Described monitor value setup unit (202), for setting the monitoring distance a of described user terminal (1) and connection signal transmitting place, and the higher limit sup of setting humidity regulation and lower limit inf;
Described processing unit (203), for distance value S and monitoring distance a is compared, if S < a sets up, then send Humidity Detection instruction to described humidity detecting module (3) by Gateway.ZigBee communicator (204), and compare according to detecting the humidity data H that returns and described higher limit sup, if H > is sup, then send dehumidifying signal to described humidity regulation module (401) by Gateway.ZigBee communicator (204), otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal to described humidity regulation module (401) by Gateway.ZigBee communicator (204), if H > sup and H < inf is all false, then inoperation, if S < a is false, then continue to judge next distance value,
Described Gateway.ZigBee communicator (204), for setting up the network that data are transmitted for intelligent gateway (2) and humidity detecting module (3) and intelligent gateway (2) and humidity regulation module (4).
3. the full-automatic regulator control system of the indoor humidity based on ZigBee technology according to claim 1, described humidity detecting module (3) comprises Collect.ZigBee communicator (301) and detecting unit (302),
Described Collect.ZigBee communicator (301), for setting up the network that data are transmitted for humidity detecting module (3) and intelligent gateway (2);
Described detecting unit (302), after receiving Humidity Detection instruction by Collect.ZigBee communicator (301), Humidity Detection is carried out to surrounding environment, and the humidity data detected is returned in described intelligent gateway (2) by Collect.ZigBee communicator (301).
4. the full-automatic regulator control system of the indoor humidity based on ZigBee technology according to claim 1, it is characterized in that, described humidity regulation module (4) comprises Control.ZigBee communicator (401) and infrared learning equipment (402)
Described Control.ZigBee communicator (401), for setting up the network that data are transmitted for humidity regulation module (4) and intelligent gateway (2);
Described infrared learning equipment (402), for received dehumidifying signal by Control.ZigBee communicator after, dehumidifying signal being changed into infrared signal is emitted in described Executive Module (5) again, after receiving humidification signal, humidification signal is changed into infrared signal and be emitted to again in described Executive Module (5).
5. the full-automatic regulator control system of the indoor humidity based on ZigBee technology according to any one of Claims 1-4, is characterized in that, described dehumidifying signal comprises opens dehumidification equipment instruction, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
6., based on the full-automatic regulate and control method of indoor humidity of ZigBee technology, it is characterized in that, comprise the steps:
Step S1: launch the connection signal connecting user terminal;
Step S2: user terminal connects after receiving the connection signal of transmitting, locates and calculates the distance value of user terminal present position and connection signal transmitting place;
Step S3: judge whether this distance value belongs in the monitoring distance of setting, if belonged to, sends Humidity Detection instruction by ZigBee-network, performs step S4, if do not belonged to, then continue to judge next distance value;
Step S4: after receiving Humidity Detection instruction, Humidity Detection is carried out to surrounding environment, and the humidity data detected is sent by ZigBee-network;
Step S5: judge whether to send dehumidifying signal according to humidity data, perform step S6, otherwise judge whether to send humidification signal, perform step S7, if all do not satisfied condition, then do not operate;
Step S6: launch again after conversion process being carried out to signal after receiving dehumidifying signal, perform step S8;
Step S7: receive humidification signal and launch after carrying out conversion process to signal again, performs step S9;
Step S8: perform dehumidification operation according to the dehumidifying signal after process, performs step 10;
Step S9: perform wet operations according to the humidification signal after process, performs step 10;
Step S10: perform shutoff operation.
7. the full-automatic regulate and control method of the indoor humidity based on ZigBee technology according to claim 6, is characterized in that, the concrete grammar realizing step S3 is:
Step S3.1: after receiving the distance value S sent, distance value S is sent;
Step S3.2: the monitoring distance a of setting user terminal and connection signal transmitting place;
Step S3.3: compared by distance value S and monitoring distance a, if S < a sets up, then sends Humidity Detection instruction by ZigBee-network; Otherwise, continue to judge next distance value.
8. the full-automatic regulate and control method of the indoor humidity based on ZigBee technology according to claim 6, is characterized in that, the concrete grammar realizing step S5 is:
Step S5.1: the higher limit sup of setting humidity regulation and lower limit inf;
Step S5.2: the humidity data H returned according to detection and described higher limit sup compares, if H > is sup, then sends dehumidifying signal by ZigBee-network, performs step S6; Otherwise, judge whether H < inf sets up, if H < inf sets up, then send humidification signal by ZigBee-network, perform step S7; If H > sup and H < inf is all false, then inoperation.
9. the full-automatic regulate and control method of the indoor humidity based on ZigBee technology according to claim 6, described step S6, receives dehumidifying signal and launches after changing into infrared signal to signal again; Described step S7, receives humidification signal and launches after changing into infrared signal to signal again.
10. the full-automatic regulate and control method of the indoor humidity based on ZigBee technology according to any one of claim 6 to 9, is characterized in that, described dehumidifying signal comprises opens dehumidification equipment instruction, dehumidifying instruction and dehumidifying acceleration V1; Described humidification signal comprises opens humidification apparatus instruction, humidification instruction and humidification acceleration V2.
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