CN102354885A - Wireless universal air-conditioner remote control socket based on wireless sensor network - Google Patents
Wireless universal air-conditioner remote control socket based on wireless sensor network Download PDFInfo
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- CN102354885A CN102354885A CN2011102242035A CN201110224203A CN102354885A CN 102354885 A CN102354885 A CN 102354885A CN 2011102242035 A CN2011102242035 A CN 2011102242035A CN 201110224203 A CN201110224203 A CN 201110224203A CN 102354885 A CN102354885 A CN 102354885A
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- 238000004378 air conditioning Methods 0.000 claims abstract description 113
- 238000004891 communication Methods 0.000 claims abstract description 66
- 238000001514 detection method Methods 0.000 claims abstract description 19
- 238000004804 winding Methods 0.000 claims description 11
- 239000004973 liquid crystal related substance Substances 0.000 claims description 7
- 238000011022 operating instruction Methods 0.000 claims description 6
- 230000036772 blood pressure Effects 0.000 claims description 4
- 230000003750 conditioning effect Effects 0.000 claims description 2
- 238000000034 method Methods 0.000 claims description 2
- 230000002093 peripheral effect Effects 0.000 claims description 2
- 239000000203 mixture Substances 0.000 claims 1
- 238000012544 monitoring process Methods 0.000 abstract description 3
- 238000005516 engineering process Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 5
- 239000007787 solid Substances 0.000 description 4
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000001143 conditioned effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000001914 filtration Methods 0.000 description 1
- 230000006855 networking Effects 0.000 description 1
- 238000005057 refrigeration Methods 0.000 description 1
- 230000000087 stabilizing effect Effects 0.000 description 1
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Abstract
一种基于无线传感器网络的无线万能空调遥控插座，包括插座电路，市电220V插座、空调插头、GPRS/GSM模块、计算机无线通信模块、手机以及计算机，采用了无线传感器网络、GPRS/GSM、电能检测、计算机以及传统万能遥控技术，插座电路实现了空调插头和市电220V插座的转接，用户可以用手机通过GPRS/GSM模块向计算机发送指令，或者直接在计算机上输入指令，指令通过计算机无线通信模块无线发送至插座电路，插座电路根据指令要求，可对任意品牌空调进行设置及状态调节，同时插座电路不断检测空调的工作参数，并发送给计算机处理，当空调工作参数超出安全阈值范围时，插座电路会及时切断电源并报警，从而实现利用手机或计算机对任意品牌空调的远程操控和实时监测。
A wireless universal air conditioner remote control socket based on wireless sensor network, including socket circuit, mains 220V socket, air conditioner plug, GPRS/GSM module, computer wireless communication module, mobile phone and computer, using wireless sensor network, GPRS/GSM, electric energy Detection, computer and traditional universal remote control technology, the socket circuit realizes the transfer of the air-conditioning plug and the 220V socket of the mains, the user can use the mobile phone to send instructions to the computer through the GPRS/GSM module, or directly input instructions on the computer, and the instructions are wirelessly transmitted through the computer. The communication module wirelessly sends to the socket circuit, and the socket circuit can set and adjust the status of any brand of air conditioner according to the instruction requirements. At the same time, the socket circuit continuously detects the working parameters of the air conditioner and sends them to the computer for processing. , the socket circuit will cut off the power supply in time and give an alarm, so as to realize the remote control and real-time monitoring of any brand of air conditioner by using a mobile phone or computer.
Description
Technical field
The present invention relates to a kind of remote controller socket, especially based on the wireless universal air conditioner remote control socket of wireless sensor network.
Background technology
At present, air-conditioning has extensively got in the middle of the daily life, realizes convenient, safe control of air-conditioning and monitoring have been become people's universal demand.For the remote controller that the operation of air-conditioning generally uses producer to configure, its command range is limited, and control range only limits to can't realize Remote within the Room that this gives often to hurry back and forth and has brought inconvenience in outer user.In addition, present air-conditioning remote control scarcely has warning function, when the user forgets that closing the air-conditioning power supply goes out, both wastes energy, and can bring disaster hidden-trouble again.Mostly existing air-conditioning remote control socket product is to open automatically or cut off the air-conditioning power supply through the operating current that detects air-conditioning; Both can't control operating states such as the pattern of air-conditioning, temperature, air quantity, wind directions; Can not realize remote monitoring and the warning of user again, disclosed solution is not arranged up to now as yet air-conditioning.
Summary of the invention
In order to overcome the deficiency of existing air-conditioning remote control socket, the invention provides a kind of wireless universal air conditioner remote control socket based on wireless sensor network, GPRS/GSM, electric energy detection, computer and traditional omnipotent telecontrol engineering.
For realizing above-mentioned purpose, the present invention adopts following technical scheme:
Wireless sensor networks based on wireless universal air-conditioning remote control socket, including the socket circuit, 220V mains socket, air conditioning plugs, GPRS / GSM module, wireless communication module computers, mobile phones and computers, mobile phones via GPRS / GSM module and computer communications, computer wireless communication module via a computer circuit to send commands and receive socket outlet circuit electrical parameters from the signal circuit from the 220V mains socket plugs, sockets, power modules, microprocessors, electrical parameter detection modules, air-conditioning control driver module, universal remote control module , sockets wireless communication module, sound and light alarm module and LCD modules; microprocessors microprocessor C8051F320 chip wireless communication module socket selection APC200A-43 wireless modules, microprocessors via serial communication port and socket wireless communication module connected; 220V mains plug plugged into the mains 220V outlet, air conditioning, plug plug in the socket; power module consists of a solid-state relays and buck, rectifier, filter, regulator circuits, 220V mains power supply and air conditioning FireWire FireWire Solid-state relay contacts connected at both ends of the microprocessor and the input and output ports P0.6 solid state relay coil control terminal connected to the 220V mains Firewire connected to the buck, rectifier, filter, regulator circuit, buck, rectifier, filter, regulator circuit output for the system power supply; electrical parameter detection module consists of a voltage transformer GPT-206B, current transformers and power chip CS5460A GCT207 constituted voltage transformer primary winding connected in parallel with the line of fire in the air conditioning power supply of the zero line , the voltage transformer secondary winding connected to the power chip VIN + port of the current transformer primary winding in series with the power line of fire in the air conditioning, the current transformer secondary winding connected to the power chip IIN + port, power chip SCLK, SDO, SDI,
,
Port respectively microprocessor P0.0, P0.1, P0.2, P0.3, RES connected to the port; Climate control driver module by the decoder 74HC138, a first inverter 74HC04, a second inverter 74HC04, a first analog switch and a second analog switch CD4066BE CD4066BE composed of the decoder inputs A0, A1, A2 and microprocessor port P1.0, P1.1, P1.2 is connected to the output of the decoder
to
respectively to the first input terminal of the inverter is connected to 1A to 6A, the output of the decoder
and the second input terminal of the inverter 1A is connected to the output terminal of the first inverter 1Y 4Y respectively, and a first analog to 1E CD4066BE the end switch terminal connected to 4E, the output of the first inverter 5Y, 6Y, respectively of the second analog switch CD4066BE end 1E, 2E terminal connected to the output terminal of the second inverter and the second analog switch 1Y CD4066BE of 3E terminal connected; universal remote control module (47) for the Universal Air Conditioner Remote Control RM-1000C +, the universal air conditioner remote control terminal leads C1 to C7, C1 universal air conditioner remote control terminal and the first terminal connected to the analog switch 1Y, C5 universal air conditioner remote control terminal and the first analog switch 1Z connected, connected terminals C1, C5 terminals for air conditioning on or off control, universal air conditioner remote control terminal C4 2Y first analog switch connected, universal air conditioning C5 remote control terminal of the first analog switch connected 2Z, communication terminal C5, C4 terminal of the added air temperature control, universal remote control C6 air terminal and the first analog switch connected 3Y, universal air conditioner remote control C1 terminal and the first analog switch connected 3Z, communication terminal C6, C1 terminal achieve lower air temperature control, universal remote control air C5 terminal of the first analog switch connected 4Y, universal air conditioner remote control terminal C3 4Z the first analog switch is connected, the communication terminal C5, C3 terminal adjustable air conditioning mode of operation to achieve control, universal remote control air C6 terminals 1Y and the second analog switch is connected, a C3 universal air conditioner remote control terminal of the second 1Z analog switch connected, the terminal communicates C6, C3 to the terminal The adjustable air conditioning air volume control, universal remote control air C5 terminal of the second analog switch connected 2Y, C2 universal air conditioner remote control terminal of the second analog switch 2Z-side connection, connectivity terminal C5, C2 terminal direction to achieve adjustable air conditioning control, universal air conditioner remote control C7 analog switch terminal and a second terminal connected 3Y, universal air conditioner remote control C2 analog switch terminal and the second terminal is connected 3Z , connecting terminal C7, C2 terminal achieve remote control for any brand of air conditioning is automatically set; said first microprocessor controlled power modules will 220V mains power supply and air conditioning FireWire FireWire connected; Then determine whether your computer is circulating instructions came, Once the instruction came, the microprocessor via wireless communication module socket receiving instructions, the microprocessor is judged necessary to adjust the air conditioning state parameters, the microprocessor generates the corresponding operating instructions, and gave air-conditioning control driver module, air conditioning control drive module microprocessor will automatically follow operating instructions, will lead the seven universal remote control module terminals C1 to C7 satisfying the requirements of the Directive two terminals connected together so that the infrared universal remote control module generates control signals for automatic settings as well as the air-conditioning conditioning, changing the air-conditioning switch, operation mode, air volume, direction and other states, then, the microprocessor will adjust the air after the state to the liquid crystal display module for display, then, the microprocessor reads from the electrical parameter detection module power parameter detection module conditioned real measured voltage, current, power, and these parameters are transmitted via the wireless communication module socket to the computer, the computer waits for the results, when the computer processing is complete, the microprocessor through the wireless communication module receives socket computer processing results if the results show that air conditioning not working, the microprocessor will control the air conditioning shut off the power supply module and control module alarm sound and light alarm; computer first sends the open air of command, and then determine whether there is an external command cycle came, When there is an external command came, if it is switching command, the computer transmits an Off command to close the air, if not switch instruction, computer instruction information obtained through the need to adjust the air-conditioning parameters and obtain the appropriate opcode, the opcode, 1 represents the switching air conditioning, two representatives increase the temperature, 3 represents lower the temperature, four representatives working mode regulator, 5 represents air volume control, six representatives wind adjustment, seven representatives set up air-conditioning; computer the opcode sent via computer wireless communication module socket Wireless communication module; Subsequently, the computer commands the microprocessor to send air current, voltage, power parameters, the reception is successful, set the air conditioning computer voltage, current security threshold value, said safety threshold voltage range 200V to 240V, the Current safety threshold range 0.01A to 0.0045P? A, P for the air conditioning rated power, when the voltage and current in a safe threshold range, the computer sends air working signal when the voltage or current exceeds the safety threshold range, the computer alarm instructions issued simultaneously close the air command; any time, when the computer receives a GPRS / GSM module to send a specific character, the computer immediately determine whether to receive text messages to the user, the user receives a message if you do, the computer will get SMS message content decoding , the computer through the computer's wireless communication module to send the SMS to the microprocessor, thereby completing a control operation of the air conditioner phone.
Compared with prior art, beneficial effect of the present invention is following:
1. the present invention can directly be plugged in the existing 220V supply socket, and the air-conditioning attaching plug can be plugged on the socket of the present invention, has realized the switching of air-conditioning attaching plug and existing 220V supply socket, and is easy to use, quick;
2. the present invention has used the GPRS/GSM module; The Computer Wireless Communication module; The socket wireless communication module; Microprocessor; The air-conditioning control and driving module; Omnipotent remote control module; And write friendly computer virtual instrument interface; Can accomplish the remote radio communication of mobile phone and intercomputer through the GPRS/GSM module; Through the Computer Wireless Communication module; The socket wireless communication module is accomplished the remote radio communication between computer and microprocessor; And according to the instruction of mobile phone or computer; Driving omnipotent remote control module through microprocessor and air-conditioning control and driving module is provided with and operates the air-conditioning of any brand; Thereby realize utilizing mobile phone or computer Remote to any brand air-conditioning; Easy to use, applied widely; A plurality of remote control sockets can automatic network-building, realizes " one-to-many " straighforward operation to many air-conditionings of a mobile phone or computer;
3. the present invention utilizes the electrical parameters detection module can monitor running parameters such as the voltage of air-conditioning, electric current, power in real time; And judge through the voltage that detects air-conditioning, the method whether current parameters exceeds the secure threshold scope whether air-conditioning breaks down; Can in time report to the police and cut-out air-conditioning power supply through the sound and light alarm module simultaneously, guarantee the fail safe of using.
Description of drawings
Fig. 1 is wireless universal air conditioner remote control socket system principle diagram;
Fig. 2 is a power module schematic diagram of the present invention;
Fig. 3 is an electrical parameters detection module circuit diagram of the present invention;
Fig. 4 is an air-conditioning control and driving module circuit diagram of the present invention;
Fig. 5 is microprocessor of the present invention, socket wireless communication module, LCD MODULE, sound and light alarm module circuit diagram;
Fig. 6 is a plurality of wireless universal air conditioner remote control socket networking structure figure based on wireless sensor network;
Fig. 7 is a microprocessor work flow chart of the present invention;
Fig. 8 is a computer operation flow chart of the present invention;
Fig. 9 is a computer virtual instrument interface structured flowchart of the present invention.
Among the figure, 1. computer; 2.GPRS/GSM module; 3. Computer Wireless Communication module; 4. socket circuit; 5. civil power 220V socket; 6. air-conditioning; 7. mobile phone; 9. air-conditioning plug; 11. ground; 12. system power supply; 41. socket wireless communication module; 42. microprocessor; 43. power module; 44. electrical parameters detection module; 45. sound and light alarm module; 46. air-conditioning control and driving module; 47. omnipotent remote control module; 48. LCD MODULE; 49.220V city's plug; 410. socket; 421. microprocessor input/output port P0.6; 431. solid-state relay; 432. step-down, rectification, filtering, voltage stabilizing circuit; 491. civil power 220V live wire; 91. air-conditioning power firestreak; 92. air-conditioning zero-power line; 93. air-conditioning power ground.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is described further.
Wireless sensor networks based on Wireless Universal Remote socket, see Figure 1, includes a socket circuit 4, 220V mains socket 5, air plug 9, GPRS / GSM module 2, the computer's wireless communication module 3, 7, and mobile computer 1, Phone 7 via GPRS / GSM communication module 2 with a computer, the computer a wireless communication module 3 via a computer circuit 4 sockets to send commands to and receive information from the electrical outlet circuit 4 parameter signals, sockets circuit 4 from the 220V mains plug 49 and socket 410 , power supply module 43, a microprocessor 42, the electrical parameter detection module 44, air conditioning control driver module 46, a universal remote control module 47, the socket wireless communication module 41, a sound and light alarm module 45 composed of the liquid crystal display module 48; Referring to Figure 5, the micro- Processor 42 uses C8051F320 microprocessor chip wireless communication module 41 socket selection APC200A-43 wireless module, microprocessor 42 via the serial communication port and the outlet is connected to the wireless communication module 41; 220V mains plug is plugged into the mains 220V 49 socket 5, the air plug is plugged into the socket 410, 9; Referring to Figure 2, the power module 43 consists of a solid state relay 431 and the blood pressure, rectifier, filter, regulator circuit 432 constituted 220V mains air supply FireWire FireWire 491 91 connected to the solid state relay 431 contacts at both ends of the microprocessor input and output port P0.6? 421 with solid state relay coil control terminal 431 is connected to mains 220V FireWire 491 connected to the buck, rectifier, filter, regulator circuit 432 , blood pressure, rectifier, filter, regulator circuit 432 is output to the system power supply 12; Referring to Figure 3, electrical parameter detection module 44 from the voltage transformer GPT-206B, current transformers and power chip CS5460A GCT207 constituted voltage transformer In parallel with the primary winding 91 and the air conditioning power supply FireWire zero line 92 between the voltage transformer secondary winding connected to the power chip VIN + port of the current transformer primary winding in series with the line of fire in the air conditioning supply 91, the current transformer secondary coil is connected to the power chip level IIN + port, power chip SCLK, SDO, SDI,
,
, respectively, with a microprocessor port P0.0, P0.1, P0.2, P0.3, RES connected to the port; Climate control driver module 46 by the decoder 74HC138, first inverter 74HC04, second inverter 74HC04, a first analog switch and a second analog switch CD4066BE CD4066BE composed of the decoder inputs A0, A1, A2 and microprocessor port P1.0, P1.1, P1.2 is connected to the output of the decoder
to
respectively to the first input terminal of the inverter is connected to 1A to 6A, the output of the decoder
and the second input terminal of the inverter 1A is connected to the output terminal of the first inverter, respectively 1Y to 4Y of the first analog switch 1E CD4066BE terminal connected end-to-4E, the output of the first inverter 5Y, 6Y, respectively, of the second analog switch 1E end CD4066BE , 2E terminal connected to the output terminal of the second inverter and the second analog switch CD4066BE 1Y of 3E terminal connected; universal remote control module 47 is a universal air conditioner remote control RM-1000C +, the Universal Remote control terminal leads a C1 to C7, Universal air conditioner remote control terminal of C1 1Y first analog switch connected, universal air conditioner remote control terminal C5 1Z first analog switch connected, connecting terminals C1, C5 terminals for air conditioning on or off control, universal air conditioning C4 remote control terminal of the first analog switch connected 2Y, C5 universal air conditioner remote control terminal of the first analog switch connected 2Z, communication terminal C5, C4 terminal of the added air temperature control, universal remote control air C6 terminal and the first analog switch connected 3Y, C1 universal air conditioner remote control terminal of the first analog switch connected 3Z, communication terminal C6, C1 terminal achieve lower air temperature control, universal remote control air terminal C5 a first analog switch connected 4Y, C3 universal air conditioner remote control terminal of the first analog switch connected 4Z, C5 terminal communicates, C3 terminal adjustable air conditioning mode of operation to achieve control, universal air conditioner remote control terminal of the second C6 analog switches connected 1Y, C3 universal air conditioner remote control terminal of the second analog switch connected 1Z, communication terminal C6, C3 to the terminal The adjustable air conditioning air volume control, universal remote control air C5 terminal of the second analog switch 2Y side connection, universal air conditioner remote control terminal C2 2Z second analog switch is connected, connecting terminals C5, C2 terminal direction to achieve adjustable air conditioning control, universal air conditioner remote control C7 analog switch terminal and a second terminal connected 3Y , universal air conditioner remote control terminal C2 of the second analog switch connected 3Z, communicating terminal C7, C2 to the terminal The remote control for any brand of air conditioning is automatically set; Referring to Figure 5, the liquid crystal display module 48 constituted by the LCD1602, a liquid crystal display module 48 pin 4 to pin 6, respectively, with a microprocessor input and output ports P1.5 to P1.7 connected to the liquid crystal display module 48 pin 7 to pin 14, respectively, with the microprocessor input and output ports P2. 0 is connected to P2.7; sound and light alarm module 45 by the speaker and light emitting diodes and peripheral circuits, microprocessor input and output ports P1.3 and speaker circuit control terminal connected to the microprocessor input and output ports P1.4 and light-emitting diodes circuit control terminal.
Referring to Fig. 7, described microprocessor 42 at first is used to control power module 43 civil power 220V live wire 491 and air-conditioning power firestreak 91 is connected; Then whether cycle criterion computer 1 has instruction to transmit; In case instruction is transmitted; Microprocessor 42 receives instruction through socket wireless communication module 41; In microprocessor 42, judge the air-conditioning state parameter that needs adjusting; Microprocessor 42 produces the corresponding operating instruction; And give air-conditioning control and driving module 46; Air-conditioning control and driving module 46 will be automatically according to the operational order of microprocessor 42; Two terminals that satisfy command request among seven leading-out terminal C1 to C7 with omnipotent remote control module 47 couple together; Thereby make omnipotent remote control module 47 produce infrared control signal; Operating air conditioner 6 is provided with and status adjustment automatically, changes the switch of air-conditioning 6; Mode of operation; Air quantity; States such as wind direction; Next, microprocessor 42 state that will regulate back air-conditioning 6 is delivered to LCD MODULE 48 and is shown; Then; Microprocessor 42 reads real-time working voltage, electric current, the power of the measured air-conditioning 6 of electrical parameters detection module 44 from electrical parameters detection module 44; And these parameters are sent to computer 1 through socket wireless communication module 41, wait for computer 1 result; After computer 1 was finished dealing with, microprocessor 42 was through the result of socket wireless communication module 41 receiving computers; If result shows air-conditioning 6 operation irregularities, microprocessor 42 can cut off the air-conditioning power supply by the control power module, and control acousto-optic alarm module 45 is reported to the police.
Referring to Fig. 9; Described computer 1 with the picture of true remote controller bi-directional scaling; Make up the virtual instrument interface, comprised switch key, mode of operation button, temperature plus-minus button, air quantity button, wind direction button, button is set, utilized these virtual keys that air-conditioning 6 is carried out straighforward operation.Referring to Fig. 8; Computer 1 at first sends the order of opening air-conditioning 6; Then whether cycle criterion has external command to transmit; When external command transmits; If switch command, computer 1 sends shutdown command and cuts out air-conditioning 6, if not switch command; Computer 1 needing to obtain the air-conditioning parameter of adjusting through the information of instruction; And obtaining the corresponding operating sign indicating number, described command code is 1 representation switch air-conditioning; 2 representatives increase temperature; 3 representatives reduce temperature, and on behalf of mode of operation, 4 regulate, and on behalf of air quantity, 5 regulate; On behalf of wind direction, 6 regulate, and 7 representatives are provided with air-conditioning; Computer 1 is issued socket wireless communication module 41 with this command code through Computer Wireless Communication module 3; Then; Computer 1 command processor 42 sends air-conditioning work electric current, voltage, power parameter; After receiving successfully; The secure threshold that computer 1 is set air-conditioning work voltage, electric current; Said voltage security threshold range is 200V to 240V; Said electric current secure threshold scope is 0.01A to 0.0045P A; P is an air-conditioning rated power; In the time of in voltage, electric current are in the secure threshold scope; Computer 1 sends the air-conditioning work normal signal; When voltage or electric current exceeded the secure threshold scope, computer 1 sent alarm command, sent simultaneously and closed the air-conditioning instruction; Any time; When computer 1 receives the specific character of GPRS/GSM module 2 transmissions; Computer 1 judges whether to receive user's note immediately; If receive user's note really; Computer 1 obtains the note instruction with short message content decoding; Computer 1 sends to microprocessor 42 through Computer Wireless Communication module 3 with the note instruction again, thereby accomplishes the control operation of 7 pairs of air-conditionings 6 of a mobile phone.For example: computer receives that short message content is 102610; Decoding obtains the note instruction: air-conditioning is opened; The state that is adjusted to refrigeration mode, 26 degree, little wind and does not change wind direction; Should instruct and send to microprocessor 42, accomplish the control operation of 7 pairs of air-conditionings 6 of a mobile phone through Computer Wireless Communication module 3.
Referring to Fig. 6, when a plurality of wireless universal air conditioner remote control socket 4, can be through socket wireless communication module 41 automatic network-buildings in the socket circuit 4.Computer Wireless Communication module 3 to be connected on the computer 1 is the master control node, the control that a plurality of wireless universal air conditioner remote control sockets 4 are carried out " one-to-many ".
The course of work of the present invention is following:
At first; The user utilizes mobile phone 7 to send instruction through GPRS/GSM module 2 to computer 1; The perhaps direct input instruction on computer 1 of user; Instruction is wirelessly transmitted to socket circuit 4 through Computer Wireless Communication module 3; Microprocessor 42 in the socket circuit 4 receives instruction through socket wireless communication module 41; According to command content; Microprocessor 42 produces the corresponding operating instruction; And give air-conditioning control and driving module 46; Air-conditioning control and driving module 46 will be automatically according to the operational order of microprocessor 42; Two terminals that satisfy command request among seven leading-out terminal C1 to C7 with omnipotent remote control module 47 couple together; Thereby make omnipotent remote control module 47 produce infrared control signal; Operating air conditioner 6 is provided with and status adjustment automatically, changes the switch of air-conditioning 6; Mode of operation; Air quantity; States such as wind direction; Next, microprocessor 42 state that will regulate back air-conditioning 6 is delivered to LCD MODULE 48 and is shown; Then; Microprocessor 42 reads the real-time working voltage of the measured air-conditioning 6 of electrical parameters detection module 44 from electrical parameters detection module 44; Electric current; Power; And these parameters are sent to computer 1 through socket wireless communication module 41; After computer 1 receives successfully; With voltage; Current value and the voltage that sets; The electric current secure threshold is compared; If voltage or current value exceed the secure threshold scope; Then computer 1 sends alarm signal through Computer Wireless Communication module 3; After microprocessor 42 receives the alarm signal of computer 1 through socket wireless communication module 41; To control power module 43 and cut off the air-conditioning power supply, and control acousto-optic alarm module 45 is reported to the police.
Claims (2)
- A method based on wireless sensor networks Wireless Universal Remote socket, wherein: Includes socket circuit (4), 220V mains socket (5), air conditioning, plug (9), GPRS / GSM module (2), wireless computer communication module (3), mobile phones (7) and computer (1), mobile phones (7) via GPRS / GSM module (2) computer (1) communication, computer (1) through the computer's wireless communication module (3) to the outlet circuit (4) to send commands and receive data from the socket circuit (4) of the electrical parameters of the signal, the socket circuit (4) by a 220V mains plug (49), outlet (410), the power module (43), a microprocessor (42), electrical parameter detection module (44), air conditioning control drive module (46), universal remote control module (47), sockets wireless communication module (41), sound and light alarm module (45) and liquid crystal display module (48) composition; microprocessor (42) using the C8051F320 microprocessor chips, sockets wireless communication module (41) used APC200A-43 wireless module, the microprocessor (42) via serial communication port and socket wireless communication module (41) is connected; 220V mains plug ( 49) plugged into the mains 220V socket (5) on the air plug (9) plugged into the socket (410) on; power module (43) consists of a solid-state relays (431) and blood pressure, rectifier, filter, regulator circuit (432) constituted 220V mains FireWire (491) and air-conditioning supply FireWire (91) connected to the solid-state relays (431) contacts at both ends, the microprocessor input and output port P0.6 (421) and solid-state relays (431 ) coil control terminal connected to the 220V mains Firewire (491) connected to the buck, rectifier, filter, regulator circuit (432), and blood pressure, rectifier, filter, regulator circuit (432) for the system output power (12 ); electrical parameter detection module (44) by a voltage transformer GPT-206B, current transformers and power chip CS5460A GCT207 constituted voltage transformer primary winding connected in parallel in the air supply line of fire (91) and air-conditioning supply zero line (92) of the , the voltage transformer secondary winding connected to the power chip VIN + port of the current transformer primary winding in series with the power line of fire in the air (91), the current transformer secondary winding connected to the power chip IIN + port, power chip SCLK , SDO, SDI,? ?, , respectively, with a microprocessor port P0.0, P0.1, P0.2, P0.3, RES connected to the port; Climate control drive module (46) by a translation decoder 74HC138, first inverter 74HC04, second inverter 74HC04, a first analog switch and a second analog switch CD4066BE CD4066BE composed of the decoder inputs A0, A1, A2 and microprocessor port P1.0 , P1.1, P1.2 is connected to the output of the decoder
to
respectively to the first input terminal of the inverter is connected to 1A to 6A, the output of the decoder
and the second input terminal of the inverter 1A is connected to the output terminal of the first inverter, respectively 1Y to 4Y of the first analog switch 1E CD4066BE terminal connected end-to-4E, the output of the first inverter 5Y , 6Y, respectively, of the second analog switch CD4066BE end 1E, 2E terminal connected to the output terminal of the second inverter and the second analog switch CD4066BE 1Y of 3E terminal connected; universal remote control module (47) is a Universal Remote control RM- 1000C +, the Universal Remote control terminal leads a C1 to C7, C1 universal air conditioner remote control terminal of the first analog switch connected 1Y, C5 universal air conditioner remote control terminal of the first analog switch connected 1Z, communicating C1 terminals, C5 terminals for air conditioning on or off control, universal air conditioner remote control terminal C4 2Y first analog switch connected, universal air conditioner remote control terminal C5 2Z first analog switch connected, connectivity C5 terminal C4 terminal achieve increased air temperature control, universal air conditioner remote control terminal C6 3Y first analog switch connected, universal air conditioner remote control terminal of C1 3Z first analog switch connected, connectivity C6 terminals, C1 terminals to achieve reduce air conditioning temperature control, universal air conditioner remote control terminal C5 4Y first analog switch connected, universal air conditioner remote control C3 terminal end of the first analog switch 4Z connection, connectivity terminal C5, C3 terminal adjustable air conditioning work to achieve mode control, universal remote control C6 air terminal of the second analog switch connected 1Y, C3 universal air conditioner remote control terminal of the second analog switch connected 1Z, communication terminal C6, C3 to the terminal The air conditioning control the amount of adjustment , C5 universal air conditioner remote control terminal of the second analog switch connected 2Y, C2 universal air conditioner remote control terminal of the second analog switch connected 2Z, communicating terminal C5, C2 to the terminal The adjustable air direction control, universal air C7 remote control terminal of the second analog switch connected 3Y, C2 universal air conditioner remote control terminal of the second analog switch connected 3Z, communication terminal C7, C2 to the terminal The remote control for any brand of air conditioning is automatically set; the said microprocessor (42) First, the control power supply module (43) to 220V mains FireWire (491) and air-conditioning supply FireWire (91) connected; determine the cycle computer (1) whether there is instruction came, once the directive came , the microprocessor (42) via the wireless communication module socket (41) receiving an instruction, the microprocessor (42) determine the need to adjust the air-conditioning state parameters, a microprocessor (42) to produce the corresponding operating instructions, and sent to air control driver module (46), air conditioning control driver module (46) automatically in accordance with the microprocessor (42) operating instructions, the universal remote control module (47) of the lead terminals C1 to C7 seven satisfying the two requirements of the Directive terminals connected together so that the universal remote control module (47) generates infrared control signal, the air-conditioning (6) for automatically adjusting settings and status, to change air (6) of the switch, operation mode, air volume, direction and other states, Next, the microcomputer Processor (42) the adjusted air (6) the state to the liquid crystal display module (48) for display, then, the microprocessor (42) from the electrical parameter detection module (44) reads the electrical parameter detection module (44) The measured air conditioning (6) the real-time voltage, current, power, and these parameters via the wireless communication module socket (41) to a computer (1), wait for the computer (1) the processing result, when the computer (1) Processing After completion, the microprocessor (42) via the wireless communication module socket (41) receives the processing result of the computer, if the results show that conditioning (6) to operate normally, the microprocessor (42) controls the power supply module (43) cut off the air supply and control the sound and light alarm module (45) alarm; computer (1) is transmitted first open air (6) of the command, and then determine whether there is an external command cycle came, when there is an external command came, if it is the switch instruction, computer (a) send close command to close the air (6), if not switching command, the computer (1) the information obtained through the instruction necessary to adjust the air-conditioning parameters and obtain the appropriate opcode, the opcode, a representative of the switch air conditioning, 2 represents the increase in temperature, and 3 lower the temperature, 4 represents a mode of regulation, 5 represents air volume control, 6 for adjusting wind, 7 represents a set air; computer (1) the operation of the wireless communication via a computer code module (3) issued outlet the wireless communication module (41); Then, the computer (1) command the microprocessor (42) sends air current, voltage, power parameters, the successful reception, the computer (1) air-conditioning operation to set the voltage and current safety threshold, The safety threshold voltage range 200V to 240V, the current safety threshold range 0.01A to 0.0045P? A, P is the rated power of air, when the voltage and current in a safe threshold range, the computer (1) air-conditioning operation issued the normal signal, when the voltage or current exceeds the safety threshold range, the computer (1) an alarm command, also issued to close the air command; any time, when the computer (1) receives the GPRS / GSM module (2) to send a particular character, Computer (1) immediately determine whether to receive text messages to the user, if the user does receive text messages, computer (1) will receive SMS commands decoded message content, the computer (1) and then through the computer's wireless communication module (3) will send SMS commands a microprocessor (42), thereby completing a cell phone (7) for air conditioning (6) of the control operations.
- 2. the wireless universal air conditioner remote control socket based on wireless sensor network according to claim 1; It is characterized by: LCD MODULE (48) is made up of LCD1602; Pin 4 to the pin 6 of LCD MODULE (48) links to each other with the input/output port P1.5 to P1.7 of microprocessor respectively, and pin 7 to the pin 14 of LCD MODULE (48) links to each other with the input/output port P2.0 to P2.7 of microprocessor respectively; Sound and light alarm module (45) is made up of loud speaker and light-emitting diode and peripheral circuit, and microprocessor input/output port P1.3 links to each other with the speaker circuit control end, and microprocessor input/output port P1.4 links to each other with the circuit of LED control end.
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| CN 201110224203 CN102354885B (en) | 2011-08-07 | 2011-08-07 | Wireless universal air conditioner remote control socket based on wireless sensor network |
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| CN 201110224203 CN102354885B (en) | 2011-08-07 | 2011-08-07 | Wireless universal air conditioner remote control socket based on wireless sensor network |
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| CN102354885B CN102354885B (en) | 2013-01-30 |
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| CN103296540A (en) * | 2013-05-27 | 2013-09-11 | 杨金钰 | Socket, terminal and method for controlling switch of socket |
| CN103389717A (en) * | 2013-07-26 | 2013-11-13 | Tcl空调器(中山)有限公司 | Intelligent switch and system for controlling input power supply of household appliance |
| CN104993318A (en) * | 2015-06-24 | 2015-10-21 | 深圳市兰丁科技有限公司 | Intelligent socket and intelligent socket control system |
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| CN105467251A (en) * | 2015-12-28 | 2016-04-06 | 宁波奥克斯空调有限公司 | Detector for air conditioner components |
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