CN104035410A - Intelligent electric appliance and control host as well as control extension set thereof - Google Patents
Intelligent electric appliance and control host as well as control extension set thereof Download PDFInfo
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- CN104035410A CN104035410A CN201410257580.2A CN201410257580A CN104035410A CN 104035410 A CN104035410 A CN 104035410A CN 201410257580 A CN201410257580 A CN 201410257580A CN 104035410 A CN104035410 A CN 104035410A
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Abstract
The invention relates to an intelligent electric appliance and a control host as well as a control extension set thereof. The intelligent electric appliance comprises a function execution module used for executing functions of the electric appliance; a processing module used for receiving an addressing command and an ID-containing control command through a wireless reception module, sending an addressing signal to the ID sending module to respond to the addressing command, and sending the control command to the control module; an ID sending module used for sending a preset ID through the wireless sending module to respond to the addressing signal; a control module used for controlling the function execution module to work based on the control command including an ID matched with the preset ID; a wire reception module for a reflecting type wireless signal; a wire sending module for a penetrating type wireless signal. The control host and the control extension set address through the reflecting type wireless signal and send the intelligent electric appliance ID and the control command through the penetrating type wireless signal, so that automatic acquisition of multiple IDs is realized, and the intelligent electric appliance is convenient for a user to operate and is hardly influenced by equipment in other spaces around.
Description
Technical field
The present invention relates to intelligent electric appliance field, particularly relate to a kind of intelligent electric appliance and main control system thereof and control extensions.
Background technology
Universal electrical equipment (the comprising electrical equipment periphery) Intellectualized Tendency that impelling of the development of network technology and intelligent terminal, intelligent electric appliance system mainly comprises: main control system, intelligent electric appliance and intelligent terminal.Intelligent terminal comprises intelligence: mobile phone, panel computer, the network communication apparatus such as PC.Intelligent electric appliance comprises: household electrical appliance and the peripheries thereof such as electric light, socket, switch, TV, air-conditioning, electric cooker.Main control system is communicated by letter with intelligent terminal by network, realizes the transmission of instruction, and by the work of wireless mode control intelligent electric appliance.
In the time using intelligent electric appliance system, in order to ensure that main frame can control appointment intelligent electric appliance, need to configure unique ID for each intelligent electric appliance, to ensure instruction and controlled intelligent electric appliance correspondence one by one.Intelligent terminal just needs the ID of first typing end intelligent electric appliance to be controlled so, by adding ID to realize accurately control in control signal again.
Conventional I D typing mode is on intelligent electric appliance, to paste ID mark, normally numeral, letter or bar code of ID mark, the ID that user needs manual typing one by one or scans each intelligent electric appliance in intelligent terminal, troublesome poeration.And multiple intelligent electric appliances are arranged on diverse location, some, distributes conventionally more extensive and scattered as socket and switch even in corner, and user's typing ID bothers very much.
Summary of the invention
Based on this, be necessary to provide intelligent electric appliance and main control system and the control extensions of a kind of user's of convenience typing ID.
A kind of intelligent electric appliance, comprising: function execution module, wireless receiving module, processing module, ID sending module, wireless sending module and control module,
Described function execution module is used for carrying out electrical function;
The steering order of described processing module for receiving addressing instruction and comprise ID by described wireless receiving module, and respond described addressing instruction transmission address signal to described ID sending module, and described steering order is sent to described control module;
Described ID sending module is used for responding described address signal, sends default ID by described wireless sending module;
Described control module is for according to the work that comprises function execution module described in the described steering order control that ID mates with default ID;
The signal transmission of described line receiver module is reflection-type wireless signal;
The signal transmission of described line sending module is penetrating type wireless signal.
Wherein, in an embodiment, the signal transmission of described wireless receiving module is infrared signal, the one in ultrasonic signal and voice signal, and the signal transmission of described line sending module is the one in radiofrequency signal and Bluetooth signal.
Wherein, in an embodiment, described function execution module is also for sending work state information by described wireless sending module.
A kind of main control system, comprising: network communication unit, instruction fetch unit, wireless transmitting unit, radio receiving unit and ID acquiring unit,
Described network communication unit is used for connecting communication network;
The steering order of described instruction fetch unit for obtaining addressing instruction and comprise ID by described network communication unit, and described addressing instruction and described steering order are sent by described wireless transmitting unit;
Described ID acquiring unit is used for obtaining ID by described radio receiving unit, and sends described ID by described network communication unit;
The signal transmission of described wireless transmitting unit is reflection-type wireless signal;
The signal transmission of described radio receiving unit is penetrating type wireless signal.
Wherein, in an embodiment, the signal transmission of described wireless transmitting unit is infrared signal, the one in ultrasonic signal and voice signal, and the signal transmission of described radio receiving unit is the one in radiofrequency signal and Bluetooth signal.
Wherein, in an embodiment, described main control system also comprises information acquisition unit, for obtain the work state information that comprises ID by described radio receiving unit, and sends described status information by described network communication unit.
Wherein, in an embodiment, described main control system also comprises: converting unit and power communication unit,
Described power communication unit, for being connected with supply line, carries out power communication;
Described converting unit is for obtaining addressing instruction and the steering order that comprises ID and being sent to supply line by described power communication unit, also for being received ID and work state information and exported by described network communication unit by described power communication unit by described network communication unit.
Wherein, in an embodiment, described main control system also comprises: converting unit and power communication unit,
Described power communication unit, for being connected with supply line, carries out power communication;
Described converting unit, for obtaining addressing instruction and the steering order that comprises ID by described instruction fetch unit and being sent to supply line by described power communication unit, also sends to described ID acquiring unit for receiving ID by described power communication unit;
The ID that described ID acquiring unit also sends for described reception converting unit, and send described ID by described network communication unit.
A kind of control extensions, comprising: power communication module, instruction fetch unit, wireless transmitting unit, radio receiving unit and ID acquiring unit,
Described power communication module, for being connected with supply line, is carried out power communication;
The steering order of described instruction fetch unit for obtaining addressing instruction and comprise ID by described power communication module, and described addressing instruction and described steering order are sent by described wireless transmitting unit;
Described ID acquiring unit is used for obtaining ID by described radio receiving unit, and sends described ID by described power communication module;
The signal transmission of described wireless transmitting unit is reflection-type wireless signal;
The signal transmission of described radio receiving unit is penetrating type wireless signal.
A kind of control extensions, comprising: power communication module, wireless transmitting unit and radio receiving unit,
Described power communication module, for being connected with supply line, is carried out power communication;
Described wireless transmitting unit is for sending by reflection-type wireless signal the information that described power communication module receives;
Described radio receiving unit is for being sent to supply line by transmission-type reception of wireless signals information and by described power communication module.
Above-mentioned main control system and control extensions send addressing instruction to intelligent electric appliance by reflection-type wireless signal, and obtain intelligent electric appliance ID and sending controling instruction to intelligent electric appliance by penetrating type wireless signal, realize the automatic acquisition of multiple ID, user-friendly, and be not vulnerable to the impact of equipment in other spaces of periphery.
Between main control system and control extensions, by power communication, less wiring, is used user convenient.
In one embodiment, the data processing work outside data transmission is transferred to main control system processing by described control extensions, can simplify control extensions structure, reduces control extensions cost.
Brief description of the drawings
Fig. 1 is the functional block diagram of the main control system of one embodiment of the invention;
Fig. 2 is the functional block diagram of the intelligent electric appliance of one embodiment of the invention;
Fig. 3 is the functional block diagram of the control extensions of one embodiment of the invention.
Embodiment
As shown in Figure 1, it is respectively the functional block diagram of the main control system 10 of one embodiment of the invention.
Main control system 10 comprises: network communication unit 101, instruction fetch unit 102, wireless transmitting unit 103, radio receiving unit 104, ID acquiring unit 105 and information acquisition unit 106.
Network communication unit 101 is for connecting communication network, and communication network is internet, LAN (Local Area Network) or cellular network etc.Connected mode can be wired or wireless, as by netting twine connection route device, can also be by wireless mode connection route device or cellular network.
The steering order of instruction fetch unit 102 for obtaining addressing instruction by network communication unit 101 and comprising ID, and described addressing instruction and described steering order are sent by wireless transmitting unit 103.Described addressing instruction and the steering order that comprises ID can come from the control terminal of networking, as smart mobile phone establishes a communications link by client and network communication unit 101.
ID acquiring unit 105 is for obtaining ID by radio receiving unit 104, and sent described ID and preserved by network communication unit 101, and so smart mobile phone client just can receive and store this ID, realizes the typing of ID.
Information acquisition unit 106 is for obtain the work state information that comprises ID by radio receiving unit 104, and sends described status information by network communication unit 101.So smart mobile phone client just can be upgraded according to the work state information that comprises ID receiving the duty of the intelligent electric appliance of corresponding ID in client.
As shown in Figure 2, it is respectively the functional block diagram of the intelligent electric appliance 20 of one embodiment of the invention.
Intelligent electric appliance 20 comprises: function execution module 201, wireless receiving module 202, processing module 203, ID sending module 204, wireless sending module 205 and control module 206.
Function execution module 201 is for carrying out electrical function, and work state information is sent by wireless sending module 205.Carry out grafting powering-on function as socket, TV is carried out video playback capability, and air-conditioning is carried out refrigerating function.Work state information comprises: the switching on and shutting down of the unlatching of switch/socket/electric light and off state information, TV and switch and the temperature information etc. of channel information and air-conditioning.
The steering order of processing module 203 for receiving addressing instruction by wireless receiving module 202 and comprising ID, and respond addressing instruction transmission address signal to ID sending module 105, and described steering order is sent to control module 106.
ID sending module 204, for responding described address signal, sends default ID by wireless sending module 205.
Control module 206 is for according to the work that comprises the steering order control function execution module 201 that ID mates with default ID.Be that ID in the control signal that receives of control module 206 is identical with self ID, carry out operation corresponding to this steering order, otherwise do not carry out.The work of described control function execution module 201 can be control the extinguishing of electric light, light, brightness or colour temperature, the unlatching of gauge tap and shutoff, control energising and the power-off of socket, controls switch and the temperature etc. of air-conditioning.
The signal transmission of wireless transmitting unit 103 and wireless receiving module 202 is the reflection-type wireless signal of same type, as infrared signal, ultrasonic signal or voice signal etc.
The signal transmission of radio receiving unit 104 and wireless sending module 205 is the penetrating type wireless signal of same type, as radiofrequency signal or Bluetooth signal etc.
The principle of work of main control system 10 and intelligent electric appliance 20 is described with a specific embodiment below, network communication unit 101 is wired internet communication mode, wireless transmitting unit 103 and wireless receiving module 202 are infrared, and radio receiving unit 104 and wireless sending module 205 are radio frequency.
First main control system 10 is placed on to the room that multiple intelligent electric appliances 20 are installed, and the network communication unit of main control system 10 101 is established a communications link by the client of netting twine and home router and smart mobile phone.
Then user sends addressing instruction to main control system 10 by the client of smart mobile phone, and instruction fetch unit 102 outwards sends addressing instruction by infrared mode.Multiple intelligent electric appliances 20 in this room receive addressing instruction by infrared mode, and send self ID by RF-wise.Now, main control system 10 receives the ID of multiple intelligent electric appliances 20 by RF-wise, and sends to the client of smart mobile phone by internet.So just completed the ID automatic input of multiple intelligent electric appliances 20, manually the mode of typing is more convenient one by one to compare tradition.And infrared is reflection-type wireless signal, be arranged on after sofa and the intelligent electric appliance 20 in wall corner all can receive addressing instruction, also utilize stopping of wall to avoid searching the intelligent electric appliance 20 in neighbour's simultaneously.
Need to control intelligent electric appliance 20 time, client on user's operative intelligence mobile phone, the steering order that transmission comprises ID is to main control system 10, main control system 10 sends by infrared mode the steering order that this comprises ID, now, the intelligent electric appliance 20 that ID is identical with the ID comprising in steering order will respond this control signal and carry out corresponding work.If the ID of a certain switch of user is 00001, user clicks the button that in smart mobile phone, in client, corresponding ID is 00001, it is 00001 out code that transmission comprises ID, main control system 10 sends and comprises the out code of ID as 00001 taking infrared mode, now, this out code of the switching response that in this room, ID is 00001, open-circuit line connects.
In addition, the function execution module 201 of intelligent electric appliance 20 is also by the work state information of RF FEEDBACK self, so that the client on smart mobile phone can show the duty of each intelligent electric appliance 20, facilitate user to understand present case and conveniently carry out control operation.The duty feedback function that is appreciated that function execution module 201 is nonessential in this case.
In the present embodiment, described instruction fetch unit 102 is also for responding described addressing instruction, starts ID acquiring unit 105 and works, and ID acquiring unit 105 starts the work schedule time and quits work.So can avoid in non-addressing working time section, receive the ID of place finite space intelligent electric appliance in addition, avoid neighbours' intelligent electric appliance impact.
Referring again to Fig. 1, main control system 10 also comprises: converting unit 107 and power communication unit 108.
Power communication unit 108, for being connected with supply line, carries out power communication.
Converting unit 107 is for obtaining addressing instruction and the steering order that comprises ID by network communication unit 101 and being sent to supply line by power communication unit 108, also for receiving ID and work state information by power communication unit 108 and exporting by network communication unit 101.Power communication is to transmit data by power lead, and this technology is ripe power transmission technology, repeats no more here.
Refer to Fig. 3, it is the functional block diagram of the control extensions 30 of one embodiment of the invention, control extensions 30 is with the difference of the main control system 10 shown in Fig. 1, the network communication unit 101, converting unit 107 and the power communication unit 108 that have saved main control system 10, arrange the network communication unit 101 that power communication module 307 has replaced main control system 10.
When use, main control system 10 and multiple control extensions 30 are placed on respectively not chummery, main control system 10 all needs to be connected household lines power supply with multiple control extensions 30, so just, can realize between main control system 10 and multiple control extensions 30 without separately establishing communication line, and directly communicate by supply line, the client of intelligent mobile phone terminal also only need connect with main control system 10, provides convenience for user uses.
Can find out, in other embodiment, the converting unit 107 of main control system 10 with can change that and instruction acquiring unit 102, ID acquiring unit 105 and information acquisition unit 106 connect being respectively connected of network communication unit 101 into, so 30 of control extensions can save instruction fetch unit 102, ID acquiring unit 105 and information acquisition unit 106, corresponding work transfers to main control system 10 to carry out, and makes control extensions 30 structures simpler.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. an intelligent electric appliance, is characterized in that, comprising: function execution module, wireless receiving module, processing module, ID sending module, wireless sending module and control module,
Described function execution module is used for carrying out electrical function;
The steering order of described processing module for receiving addressing instruction and comprise ID by described wireless receiving module, and respond described addressing instruction transmission address signal to described ID sending module, and described steering order is sent to described control module;
Described ID sending module is used for responding described address signal, sends default ID by described wireless sending module;
Described control module is for according to the work that comprises function execution module described in the described steering order control that ID mates with default ID;
The signal transmission of described line receiver module is reflection-type wireless signal;
The signal transmission of described line sending module is penetrating type wireless signal.
2. intelligent electric appliance according to claim 1, it is characterized in that, the signal transmission of described wireless receiving module is infrared signal, the one in ultrasonic signal and voice signal, and the signal transmission of described line sending module is the one in radiofrequency signal and Bluetooth signal.
3. intelligent electric appliance according to claim 1, is characterized in that, described function execution module is also for sending work state information by described wireless sending module.
4. a main control system, is characterized in that, comprising: network communication unit, instruction fetch unit, wireless transmitting unit, radio receiving unit and ID acquiring unit,
Described network communication unit is used for connecting communication network;
The steering order of described instruction fetch unit for obtaining addressing instruction and comprise ID by described network communication unit, and described addressing instruction and described steering order are sent by described wireless transmitting unit;
Described ID acquiring unit is used for obtaining ID by described radio receiving unit, and sends described ID by described network communication unit;
The signal transmission of described wireless transmitting unit is reflection-type wireless signal;
The signal transmission of described radio receiving unit is penetrating type wireless signal.
5. main control system according to claim 4, it is characterized in that, the signal transmission of described wireless transmitting unit is infrared signal, the one in ultrasonic signal and voice signal, and the signal transmission of described radio receiving unit is the one in radiofrequency signal and Bluetooth signal.
6. main control system according to claim 4, it is characterized in that, described main control system also comprises information acquisition unit, for obtain the work state information that comprises ID by described radio receiving unit, and sends described status information by described network communication unit.
7. main control system according to claim 4, is characterized in that, described main control system also comprises: converting unit and power communication unit,
Described power communication unit, for being connected with supply line, carries out power communication;
Described converting unit is for obtaining addressing instruction and the steering order that comprises ID and being sent to supply line by described power communication unit, also for being received ID and work state information and exported by described network communication unit by described power communication unit by described network communication unit.
8. main control system according to claim 4, is characterized in that, described main control system also comprises: converting unit and power communication unit,
Described power communication unit, for being connected with supply line, carries out power communication;
Described converting unit, for obtaining addressing instruction and the steering order that comprises ID by described instruction fetch unit and being sent to supply line by described power communication unit, also sends to described ID acquiring unit for receiving ID by described power communication unit;
The ID that described ID acquiring unit also sends for described reception converting unit, and send described ID by described network communication unit.
9. a control extensions, is characterized in that, comprising: power communication module, instruction fetch unit, wireless transmitting unit, radio receiving unit and ID acquiring unit,
Described power communication module, for being connected with supply line, is carried out power communication;
The steering order of described instruction fetch unit for obtaining addressing instruction and comprise ID by described power communication module, and described addressing instruction and described steering order are sent by described wireless transmitting unit;
Described ID acquiring unit is used for obtaining ID by described radio receiving unit, and sends described ID by described power communication module;
The signal transmission of described wireless transmitting unit is reflection-type wireless signal;
The signal transmission of described radio receiving unit is penetrating type wireless signal.
10. a control extensions, is characterized in that, comprising: power communication module, wireless transmitting unit and radio receiving unit,
Described power communication module, for being connected with supply line, is carried out power communication;
Described wireless transmitting unit is for sending by reflection-type wireless signal the information that described power communication module receives;
Described radio receiving unit is for being sent to supply line by transmission-type reception of wireless signals information and by described power communication module.
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| CN201410257580.2A CN104035410A (en) | 2014-06-11 | 2014-06-11 | Intelligent electric appliance and control host as well as control extension set thereof |
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| CN201410257580.2A CN104035410A (en) | 2014-06-11 | 2014-06-11 | Intelligent electric appliance and control host as well as control extension set thereof |
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