CN205606668U - Infrared communication intelligence range hood and system thereof - Google Patents
Infrared communication intelligence range hood and system thereof Download PDFInfo
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- CN205606668U CN205606668U CN201521136727.9U CN201521136727U CN205606668U CN 205606668 U CN205606668 U CN 205606668U CN 201521136727 U CN201521136727 U CN 201521136727U CN 205606668 U CN205606668 U CN 205606668U
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- 238000004891 communication Methods 0.000 title claims abstract description 143
- 230000005540 biological transmission Effects 0.000 claims abstract description 21
- 239000000203 mixture Substances 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 17
- 239000002737 fuel gas Substances 0.000 description 6
- 238000000034 method Methods 0.000 description 5
- 239000007789 gas Substances 0.000 description 4
- 230000006855 networking Effects 0.000 description 4
- 238000010295 mobile communication Methods 0.000 description 3
- 239000000779 smoke Substances 0.000 description 3
- 238000010411 cooking Methods 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 239000003517 fume Substances 0.000 description 2
- UGFAIRIUMAVXCW-UHFFFAOYSA-N Carbon monoxide Chemical compound [O+]#[C-] UGFAIRIUMAVXCW-UHFFFAOYSA-N 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 239000003034 coal gas Substances 0.000 description 1
- 239000000567 combustion gas Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000003546 flue gas Substances 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 230000000977 initiatory effect Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
- 230000008054 signal transmission Effects 0.000 description 1
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Abstract
The utility model relates to an infrared communication intelligence range hood and system thereof includes still that infrared receiver or infrared receiver add infrared emission unit or infrared receiver and add infrared emission unit and add wireless communication module again, infrared emission unit with microprocessor unit's infrared emission port is connected, infrared receiver with microprocessor unit's infrared receive port connects. The infrared emission unit that adopts low cost and infrared receiver are with the host node or carry out infrared two -way, one -way communication transmission data from the node and realize various operation controlss, realize with the linkage of intelligent electrical apparatus such as intelligent electromagnetism stove, intelligent gas -cooker and gas alarm, still available cell -phone is to intelligent range hood or carry out communication transmission data realization remote operation through independent host node to intelligent range hood and control and look over the range hood operation conditions. In addition, still can regard as infrared relaying to forward the node intelligent range hood, send the unable blind area that covers of host node with infrared signal to the intelligent range hood and other intelligent household electrical appliances and the intelligent hardware from the node that are located the blind area are reliably received, have expanded communication range.
Description
Technical field
This utility model relates to a kind of intelligent range hood, particularly relates to a kind of infrared communication intelligent range hood and system thereof.
Background technology
The range hood of prior art includes microprocessor unit, power subsystem and system control unit, and user can only control at fume-exhausting hands-operation, it is impossible to realizes remotely operation and controls and data information transfer, more cannot link with other household electrical appliance.Existing intelligent range hood uses WiFi or bluetooth radio module to realize telecommunication control, but the wireless communication module used is relatively costly.Needing install independent mobile phone A PP and need to compare loaded down with trivial details connection configuration, if user's family has various Intelligent hardware to be required for user installation uses multiple mobile phone APP, it is the most inconvenient to use.
Summary of the invention
nullThis utility model technical issues that need to address are to provide a kind of infrared communication intelligent range hood and system thereof，Solve the problem that existing intelligent range hood cannot be high with the linkage of other household electrical appliance and the framework complexity cost needing the wireless communication module such as WiFi or bluetooth to bring，Solve user to control at fume-exhausting hands-operation，Cannot realize remotely operating the problem controlling and checking ruuning situation，Intelligent range hood uses infrared transmission module with low cost and infrared receiving module and host node or carries out infrared unidirectional or both-way communication from node and transmit data and realize various operation and control，Infrared communication and linkage can be directly carried out from node with other，Realize and intelligent electromagnetic oven、The communication of the intelligent electric appliance such as intelligent gas-burning stove and fuel gas alarm and linkage，Can also be used with mobile phone to intelligent range hood or by independent host node, intelligent range hood to carry out communication and transmit data and realize remotely operation and control and check range hood operation conditions，Realize the linkage of intelligent range hood and the intelligent electric appliance of each room primary node and secondary node.Multiple intelligent range hood and there is other household electrical appliance of this utility model technical characteristic or Intelligent hardware can networking from node, it is achieved to multiple linkages from node.In addition, also can be using intelligent range hood as infrared relay forwarding node, infrared signal is sent to the blind area that host node cannot cover, thus is positioned at the intelligent range hood of blind area and other is from the intelligent appliance of node and Intelligent hardware reliable reception, extend communication context.As from the intelligent range hood of node in systems without the loaded down with trivial details configuration of complexity, easy to use reliably.This utility model framework is simple, with low cost, easy to use, brings comfortable experience to user, therefore has significant technological progress.
A kind of infrared communication intelligent range hood, described intelligent range hood includes microprocessor unit, power subsystem and system control unit, it is characterised in that:
Described intelligent range hood also includes that infrared receiver or infrared receiver add infrared emission unit or infrared receiver adds infrared emission unit and adds wireless communication module again, described infrared emission unit is connected with the infrared emission port of described microprocessor unit, and described infrared receiver is connected with the infrared receiver port of described microprocessor unit.
For there is infrared receiver or infrared receiver add infrared emission unit intelligent range hood can as system from node, for have infrared receiver add infrared emission unit add the intelligent range hood of wireless communication module again can be as the host node of system.
For there is infrared receiver or infrared receiver adds the intelligent range hood of infrared emission unit, infrared receiver is for receiving the infrared signal sent from node or host node, infrared emission unit is used for sending infrared signal to host node or from node, realize, with from node or the infrared one-way communication of host node or infrared two-direction communication, carrying out data transmission realizing various operation and controlling.
The infrared emission unit of described intelligent range hood is one or more infrared transmitting tube composition or integrated infrared emission module, and infrared receiver is infrared receiving terminal.
Can be as the intelligent range hood of host node for have that infrared receiver adds that infrared emission unit adds wireless communication module again, also include mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone and directly and carry out communication as host node or mobile phone passes through wireless router by bluetooth or WiFi are point-to-point, the wireless wired intellective gateway that turns carries out communication with host node, realize the wireless telecommunications of mobile phone and the intelligent range hood as host node, carry out data transmission realizing various operation to control.
A kind of infrared communication intelligent range hood system, including infrared communication intelligent range hood, it is characterised in that:
Also include independent host node, described host node has infrared emission unit, infrared receiver, power subsystem, microprocessor, wireless communication module, described infrared emission unit is connected with the infrared emission port of described microprocessor, described infrared receiver is connected with the infrared receiver port of microprocessor, and described wireless communication module is connected with the wireless communication port of microprocessor.
Infrared emission unit sends infrared signal to intelligent range hood, infrared receiver receives the infrared signal that intelligent range hood sends, realize host node with as from the infrared two-direction communication of the intelligent range hood of node or infrared one-way communication, carry out data transmission realizing various operation control.
Also include mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone by bluetooth or WiFi are point-to-point direct and host node communicates wirelessly or mobile phone passes through wireless router, the wireless wired intellective gateway that turns carries out communication with host node, again by host node with as carrying out infrared two-direction communication from the intelligent range hood of node, realize the both-way communication of mobile phone and intelligent range hood, carry out data transmission realizing various operation to control.
nullThis utility model provides a kind of infrared two-direction communication intelligent range hood and system thereof，Solve the problem that existing intelligent range hood cannot be high with the linkage of other household electrical appliance and the framework complexity cost needing the wireless communication module such as WiFi or bluetooth to bring，Solve user to control at fume-exhausting hands-operation，Cannot realize remotely operating the problem controlling and checking ruuning situation，Intelligent range hood uses infrared transmission module with low cost and infrared receiving module and host node or carries out infrared unidirectional or both-way communication from node and transmit data and realize various operation and control，Infrared communication and linkage can be directly carried out from node with other，Realize and intelligent electromagnetic oven、The communication of the intelligent electric appliance such as intelligent gas-burning stove and fuel gas alarm and linkage，Can also be used with mobile phone to intelligent range hood or by independent host node, intelligent range hood to carry out communication and transmit data and realize remotely operation and control and check range hood operation conditions，Realize the linkage of intelligent range hood and the intelligent electric appliance of each room primary node and secondary node.Multiple intelligent range hood and there is other household electrical appliance of this utility model technical characteristic or Intelligent hardware can networking from node, it is achieved to multiple linkages from node.In addition, also can be using intelligent range hood as infrared relay forwarding node, infrared signal is sent to the blind area that host node cannot cover, thus is positioned at the intelligent range hood of blind area and other is from the intelligent appliance of node and Intelligent hardware reliable reception, extend communication context.As from the intelligent range hood of node in systems without the loaded down with trivial details configuration of complexity, easy to use reliably.This utility model framework is simple, with low cost, easy to use, brings comfortable experience to user.Therefore, this utility model compared with prior art has significant technological progress.
Accompanying drawing explanation
Fig. 1 is the theory diagram one of intelligent range hood of the present utility model.
Fig. 2 is the theory diagram two of intelligent range hood of the present utility model.
Fig. 3 is the theory diagram three of intelligent range hood of the present utility model.
Fig. 4 is the theory diagram one of host node of the present utility model.
Fig. 5 is the theory diagram two of host node of the present utility model.
Fig. 6 is that intelligent range hood of the present utility model is as the theory diagram carrying out infrared two-direction communication from node and independent host node.
Fig. 7 is that intelligent range hood of the present utility model is as the theory diagram carrying out infrared one-way communication from node and intelligent electromagnetic oven intelligent gas-burning stove with infrared emission unit etc. from node.
Fig. 8 is that intelligent range hood of the present utility model carries out infrared one-way communication from node as from node with intelligent electromagnetic oven intelligent gas-burning stove with infrared emission unit etc. and carries out the theory diagram of infrared two-direction communication with the host node with infrared receiver and infrared emission unit and wireless communication module.
Fig. 9 is that intelligent range hood of the present utility model carries out infrared two-direction communication from node as from node with intelligent electromagnetic oven intelligent gas-burning stove with infrared emission unit and infrared receiver etc. and carries out the theory diagram of infrared two-direction communication with the host node with infrared receiver and infrared emission unit and wireless communication module.
Figure 10 is intelligent range hood of the present utility model as carrying out infrared two-direction communication from node and intelligent electric appliance with infrared emission unit and infrared receiver etc. from node and carrying out the theory diagram of infrared one-way communication from node with household electrical appliance with infrared receiver etc..
Figure 11 is intelligent range hood of the present utility model as host node and intelligent electric appliance with infrared emission unit and infrared receiver etc. to carry out infrared two-direction communication from node and carries out the theory diagram of infrared one-way communication from node with household electrical appliance with infrared receiver etc..
Figure 12 be host node of the present utility model with from node A and the theory diagram that carries out infrared communication from node B.
Figure 13 is the theory diagram of host node of the present utility model and mobile phone point-to-point communication.
Figure 14 is the host node of the present utility model theory diagram by router with mobile communication.
Figure 15 is that host node of the present utility model is by router and the Internet and the theory diagram of mobile communication.
Figure 16 is that host node of the present utility model is by intelligent gateway, router and the Internet and the theory diagram of mobile communication.
Figure 17 is intelligent range hood of the present utility model and the theory diagram of system group network communication thereof.
Figure 18 is the structural representation that intelligent range hood of the present utility model and intelligent electromagnetic oven and intelligent gas-burning stove carry out infrared communication.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, a kind of infrared communication intelligent range hood of the present utility model, described intelligent range hood includes microprocessor unit, power subsystem and system control unit, also include that infrared receiver or infrared receiver add infrared emission unit, described infrared emission unit is connected with the infrared emission port of described microprocessor unit, and described infrared receiver is connected with the infrared receiver port of described microprocessor unit.Embodiment for only infrared receiver, it is possible to following intelligent electromagnetic oven or intelligent gas-burning stove with the use of, see Fig. 7, form the mini system of simplest infrared one-way communication.
As shown in Figure 3, part unlike the embodiments above is that described intelligent range hood also includes that infrared receiver adds infrared emission unit and adds wireless communication module again, described infrared emission unit is connected with the infrared emission port of described microprocessor unit, described infrared receiver is connected with the infrared receiver port of described microprocessor unit, and described wireless communication module is connected with the wireless communication port of microprocessor unit.
For there is infrared receiver or infrared receiver add infrared emission unit intelligent range hood can as system from node, for have infrared receiver add infrared emission unit add the intelligent range hood of wireless communication module again can be as the host node of system, with other there is infrared receiver and infrared emission unit adds infrared receiver carries out infrared unidirectional and both-way communication from node, carry out communication also by wireless module and mobile phone and communicate wirelessly with other host node with wireless communication module.Wireless communication module be WiFi module or 2.4G wireless module or 5G wireless module or 433M wireless module or 315M wireless module or Zigbee module or Z-Wave module or bluetooth module one of them.
For there is infrared receiver or infrared receiver adds the intelligent range hood of infrared emission unit, infrared receiver is for receiving the infrared signal sent from node or host node, infrared emission unit is used for sending infrared signal to host node or from node, realize, with from node or the infrared one-way communication of host node or infrared two-direction communication, carrying out data transmission realizing various operation and controlling.
Can be as the intelligent range hood of host node for have that infrared receiver adds that infrared emission unit adds wireless communication module again, also include mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone and directly and carry out communication as host node or mobile phone passes through wireless router by bluetooth or WiFi are point-to-point, the wireless wired intellective gateway that turns carries out communication with host node, realize the wireless telecommunications of mobile phone and the intelligent range hood as host node, carry out data transmission realizing various operation to control.
The infrared emission unit of this utility model intelligent range hood is one or more infrared transmitting tube composition or integrated infrared emission module, and infrared receiver is infrared receiving terminal.Infrared transmitting tube can use tubulose, such as the infrared transmitting tube of diameter 5mm or 3mm, it is possible to uses SMD infrared transmitting tube.The space that the rubescent outer quantity penetrating pipe is covered according to transmitting power and the infrared emission signal of transmitting tube determines, general employing 6 to 8.Multiple infrared transmitting tubes can be pointed to different directions by different transmitting angle arrangements, the infrared signal of transmitting so can be made to cover bigger space.Infrared emission unit and infrared receiver may be installed in the guidance panel of intelligent range hood, and offer infrared emission and infrared receiver window on panel, it is possible to be arranged on other the most local.
As shown in Figure 5 and Figure 6, a kind of infrared communication intelligent range hood system of the present utility model, including infrared communication intelligent range hood, except have the intelligent range hood of wireless communication module can be as host node in addition to, also there is independent host node, described host node has infrared emission unit, infrared receiver, power subsystem, microprocessor, wireless communication module, described infrared emission unit is connected with the infrared emission port of described microprocessor, described infrared receiver is connected with the infrared receiver port of microprocessor, described wireless communication module is connected with the wireless communication port of microprocessor.The wireless communication module of host node or the wireless communication module with microprocessor be WiFi module or 2.4G wireless module or 5G wireless module or 433M wireless module or 315M wireless module or Zigbee module or Z-Wave module or bluetooth module one of them.
The infrared emission unit of host node sends infrared signal to intelligent range hood, infrared receiver receives the infrared signal that intelligent range hood sends, realize host node with as from the infrared two-direction communication of the intelligent range hood of node or infrared one-way communication, carry out data transmission realizing various operation control.
This utility model also includes mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone by bluetooth or WiFi are point-to-point direct and host node communicates wirelessly or mobile phone passes through wireless router, the wireless wired intellective gateway that turns carries out communication with host node, again by host node with as carrying out infrared two-direction communication from the intelligent range hood of node, realize the both-way communication of mobile phone and intelligent range hood, carry out data transmission realizing various operation to control.If user directly operates button in intelligent range hood, this operation information can be sent to host node by the infrared transmission module of intelligent range hood, it is sent to cell-phone customer terminal again by host node, if finding on mobile phone, range hood also runs in unmanned room, then can close range hood by mobile phone.
As shown in Figure 6, for host node and as the both-way communication from the intelligent range hood of node, the infrared signal that host node sends is received from node, if receiving originally from the infrared signal of node, respond execution, and transmission feeds back signal to host node, if host node does not receives feedback signal within the time of regulation, then resend infrared signal.
If host node resend infrared signal after still without receiving feedback signal, then host node sends the failed prompting of signal transmission and is maybe sent to mobile phone terminal by transmitting failed information, mobile phone shows and transmits failed information, whether the riding position of intelligent range hood and distance are the most suitable to make user to check, if access power supply and damage.
With its internal infrared transmission module infrared signal can be sent to the blind area that the infrared signal of host node cannot cover using intelligent range hood as infrared relay forwarding node, thus be positioned at the intelligent range hood of blind area and other is from node reliable reception.
As shown in figure 12, host node sends for the infrared signal from node B being positioned at the blind area that its signal cannot cover, described signal not by from Node-B receiver thus regulation time in do not receive since the feedback signal of node B, then host node sends for the infrared signal from node B to received Normal Feedback signal from node A, being forwarded after node A receives this infrared signal, the infrared signal of forwarding can cover and be received from node B again.
Using intelligent range hood as infrared relaying feedback node, the feedback signal beamed back by other intelligent range hood in its internal infrared receiving module reception blind area, then feedback signal can be forwarded to host node.
From Node-B receiver to sending feedback signal after the infrared signal that node A forwards, feedback signal is received from node A, again this feedback signal is sent to host node from node A, it is achieved thereby that forward and both-way communication from the signal of node B from node A.
As it is shown in fig. 7, the intelligent range hood only with infrared receiver can realize the unidirectional infrared communication with them as receiving, from node, the infrared signal sent from the intelligent electromagnetic oven or intelligent gas-burning stove with infrared emission unit.Startup and various service data can be sent to intelligent range hood by intelligent electromagnetic oven and intelligent gas-burning stove, it is achieved intelligent range hood and intelligent electromagnetic oven and the linkage of intelligent gas-burning stove.A lot of users often forget out range hood when cooking, just find when a large amount of oil smoke produce to be not switched on range hood, make to fill the air a lot of flue gas in room.Use intelligent range hood of the present utility model the most just can avoid the appearance of this problem, when user opens intelligent electromagnetic oven or the intelligent gas-burning stove with infrared emission unit, intelligent electromagnetic oven or intelligent gas-burning stove send the infrared signal of startup to intelligent range hood, range hood is may turn on after the signal that intelligent range hood receives intelligent electromagnetic oven or intelligent gas-burning stove has been turned on, can also postpone the regular hour the oil of oil cauldron fast boiled before start range hood, ruuning situation can also be heated according to intelligent electromagnetic oven or intelligent gas-burning stove and suitably adjust the speed of service of range hood.
As shown in Figure 8, as from node, also there is in addition to there is infrared receiver infrared emission unit using intelligent range hood unlike above-described embodiment, infrared two-direction communication can be carried out with the host node with infrared receiver and infrared emission unit and wireless communication module.Intelligent range hood can receive, by host node, the data message that the sensor such as fuel gas alarm be sent, as occur gas leakage can the startup of in time locking intelligent range hood, prevent user from starting range hood and produce spark and cause and explode.For installing the fuel gas alarm with infrared emission unit in kitchen, intelligent range hood can directly receive the infrared signal that fuel gas alarm sends.The wireless telecommunications of mobile phone plane plate computer and intelligent range hood are realized, as shown in Figure 13 to Figure 16 also by host node.
As it is shown in figure 9, have the intelligent range hood of infrared receiver and infrared emission unit also can with as there is infrared receiver and the intelligent electromagnetic oven of infrared emission unit and intelligent gas-burning stove carries out infrared two-direction communication.Also can carry out infrared two-direction communication with host node, and the wireless telecommunications with mobile phone plane plate computer can be realized by host node.
As shown in Figure 10, have the intelligent range hood of infrared receiver and infrared emission unit also can with as there is infrared receiver and the intelligent electric appliance of infrared emission unit and there are the household electrical appliance of infrared receiver carry out infrared two-direction communication and infrared one-way communication.
As shown in figure 11, have infrared receiver and infrared emission unit and wireless communication module intelligent range hood can as host node with there is the intelligent electric appliance of infrared receiver and infrared emission unit and there are the household electrical appliance of infrared receiver carry out infrared two-direction communication and infrared one-way communication, realize the wireless telecommunications with mobile phone plane plate computer by wireless communication module.The household electrical appliance of current this kind of infrared one-way communication also compare many, and this utility model equally can also be compatible, it is achieved the control to ordinary electric home-appliance.
As shown in figure 17, intelligent range hood of the present utility model is as from node and host node infrared two-direction communication, by realizing the extension of communications zone from the relay forwarding of node, such as the description in room B, carry out relay forwarding also by multiple from node, further expand the coverage of infrared two-direction communication.Multiple host nodes can pass through intelligent gateway networking, the host node can also multiple with WiFi module directly passes through router networking, the exchanging visit between host node can be realized, host node in one room can access the host node in other room and from node, available handsets the Internet and each primary node and secondary node communication, transmission data and operation control.This utility model use low cost infrared technique achieve as the both-way communication from the intelligent range hood of node and host node so that achieve mobile phone and other household electrical appliance in intelligent range hood and network and the communication of Intelligent hardware, make intelligent lighting, Smart Home and Internet of Things enter family comprehensively and be possibly realized.
This utility model various operation control, information and data directly can be stored by the microprocessor of intelligent range hood and be processed, and make corresponding control, directly operate intelligent range hood such as user.These operation controls, information and data can also be sent to host node by infrared transmission module, host node store and process, making respective handling.The information and the data that are sent to host node can be sent to mobile phone terminal, mobile phone A PP carry out adopting process or being supplied to user checking process.Also information and data can be saved in mobile phone A PP or upload to high in the clouds, the most for reference or confession mobile phone terminal calls.Either by there is the independent host node of wireless communication module still by self having the intelligent range hood of wireless communication module, intelligent range hood of the present utility model also can receive the data message from mobile phone terminal and computer end, and according to the data message received, the heating of range hood can be controlled, it is achieved it is automatically brought into operation control accordingly according to different menus and foodstuff.
Intelligent range hood of the present utility model also by self host node mode or can carry out communication and linkage by the primary node and secondary node of independent host node Yu each room with other intelligent electric appliance communication with infrared emission unit and infrared receiver and the linkage in same room.As shown in figure 18, as long as user pre-sets intelligent range hood 10 and links with intelligent electromagnetic oven or intelligent gas-burning stove 20, when user is when starting intelligent electromagnetic or intelligent gas-burning stove 20 stove cooking, startup information is directly sent to intelligent fume exhauster 10 by infrared communication and starts smoke evacuation by intelligent electromagnetic oven or intelligent gas-burning stove 20, or intelligent electromagnetic oven or intelligent gas-burning stove 20 by with host node communication, host node again with intelligent fume exhauster 10 communication, start smoke evacuation.When on food end, desk remembers that intelligent range hood, also in operating, can be closed, it is also possible to mobile phone cuts out by the range hood in kitchen by the intelligent switch host node on wall.
This utility model also can write barring program in the microprocessor of the microprocessor unit of intelligent range hood, the locking of the startup program of range hood can be opened and closed by barring program, and the telecontrol code and the telecontrol code of closedown that can be opened by barring program is set, when infrared receiver receive locking open infrared code time, the locking of the startup program of range hood is opened by microprocessor, its objective is to make user can not directly initiate range hood, when infrared receiver receives the locking infrared code of closedown, the locking of the startup program of range hood is closed by microprocessor, its objective is to enable users to normally start range hood.When there is gas leakage; fuel gas alarm in room sends gas leakage signal and to host node and is sent to intelligent range hood by host node or is sent directly to intelligent range hood; can the startup of in time locking intelligent range hood; prevent user from starting range hood and produce spark initiation blast; therefore, this safeguard protection blocking function is for home safety or very important.
Telecontrol code barring program can opened and the telecontrol code of closedown is stored in mobile phone A PP of independent host node, and described locking opened the infrared code closed with locking be sent to independent host node and store, when other sends infrared code that locking opens or closes to independent host node from node or mobile phone, the infrared code that locking is opened or closed by independent host node is sent to intelligent range hood, and intelligent range hood receives and performs.
Also can arrange coal gas detection sensor in intelligent range hood, whether detection combustion gas leaks, and the microprocessor that gas leakage information data is directly sent to intelligent range hood processes, and also can will send information to mobile phone terminal.
As using infrared two-direction communication between the intelligent range hood and host node of node, the intelligent range hood of same model only needs a fixing infrared code, directly can select in mobile phone A PP, it is not necessary to as WiFi and bluetooth, need complicated loaded down with trivial details configuration, easy to use reliably.Intelligent range hood probability for using two or three same model in same room with them is smaller, can set up 2-3 infrared code if needed and distinguish selection for user.
Independent host node described in the utility model can make intelligent switch, intelligent remote controller, intelligent gateway, intelligent desk lamp, Intelligent bed lamp, intelligent scene lamp, intelligent bulbs, intelligent robot and controlling intelligent household appliances.
Above-described is only preferred implementation of the present utility model; it should be pointed out that, for the person of ordinary skill of the art, without departing from the concept of the premise utility; can also make some deformation and improvement, these broadly fall into protection domain of the present utility model.
Claims (5)
1. an infrared communication intelligent range hood, described intelligent range hood includes microprocessor unit, power subsystem and system control unit, it is characterised in that:
Described intelligent range hood also includes that infrared receiver or infrared receiver add infrared emission unit or infrared receiver adds infrared emission unit and adds wireless communication module again, described infrared emission unit is connected with the infrared emission port of described microprocessor unit, and described infrared receiver is connected with the infrared receiver port of described microprocessor unit；
For there is infrared receiver or infrared receiver add infrared emission unit intelligent range hood can as system from node, for have infrared receiver add infrared emission unit add the intelligent range hood of wireless communication module again can be as the host node of system；
For there is infrared receiver or infrared receiver adds the intelligent range hood of infrared emission unit, infrared receiver is for receiving the infrared signal sent from node or host node, infrared emission unit is used for sending infrared signal to host node or from node, realize, with from node or the infrared one-way communication of host node or infrared two-direction communication, carrying out data transmission realizing various operation and controlling.
2. intelligent range hood as claimed in claim 1, it is characterised in that:
The infrared emission unit of described intelligent range hood is one or more infrared transmitting tube composition or integrated infrared emission module, and infrared receiver is infrared receiving terminal.
3. intelligent range hood as claimed in claim 1 or 2, it is characterised in that:
Can be as the intelligent range hood of host node for have that infrared receiver adds that infrared emission unit adds wireless communication module again, also include mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone and directly and carry out communication as host node or mobile phone passes through wireless router by bluetooth or WiFi are point-to-point, the wireless wired intellective gateway that turns carries out communication with host node, realize the wireless telecommunications of mobile phone and the intelligent range hood as host node, carry out data transmission realizing various operation to control.
4. an infrared communication intelligent range hood system, including infrared communication intelligent range hood, it is characterised in that:
Also include independent host node, described host node has infrared emission unit, infrared receiver, power subsystem, microprocessor, wireless communication module, described infrared emission unit is connected with the infrared emission port of described microprocessor, described infrared receiver is connected with the infrared receiver port of microprocessor, and described wireless communication module is connected with the wireless communication port of microprocessor；
Infrared emission unit sends infrared signal to intelligent range hood, infrared receiver receives the infrared signal that intelligent range hood sends, realize host node with as from the infrared two-direction communication of the intelligent range hood of node or infrared one-way communication, carry out data transmission realizing various operation control.
5. intelligent range hood system as claimed in claim 4, it is characterised in that:
Also include mobile phone A PP, described mobile phone A PP has operation interface and operation button, operating handset APP, mobile phone carries out communication by wireless router and host node or mobile phone passes through wireless router, intelligent gateway and host node carry out communication or mobile phone by bluetooth or WiFi are point-to-point direct and host node communicates wirelessly or mobile phone passes through wireless router, the wireless wired intellective gateway that turns carries out communication with host node, again by host node with as carrying out infrared two-direction communication from the intelligent range hood of node, realize the both-way communication of mobile phone and intelligent range hood, carry out data transmission realizing various operation to control.
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| CN109631102A (en) * | 2017-10-09 | 2019-04-16 | 青岛海尔智慧厨房电器有限公司 | Control system and control method of range hood |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109631102A (en) * | 2017-10-09 | 2019-04-16 | 青岛海尔智慧厨房电器有限公司 | Control system and control method of range hood |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20180614 Address after: 200001 room 908, district C, 666 Beijing East Road, Huangpu District, Shanghai. Patentee after: Shanghai little Butler Electric Appliance Industry Co., Ltd. Address before: No. 19, Nanshan District Haitian Road, Nanshan District, Shenzhen, Guangdong Patentee before: Jin Dekui |