CN205810102U - Both-way communication intelligent switch and system thereof - Google Patents
Both-way communication intelligent switch and system thereof Download PDFInfo
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- CN205810102U CN205810102U CN201520817312.1U CN201520817312U CN205810102U CN 205810102 U CN205810102 U CN 205810102U CN 201520817312 U CN201520817312 U CN 201520817312U CN 205810102 U CN205810102 U CN 205810102U
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Abstract
This utility model relates to a kind of both-way communication intelligent switch and system thereof, infrared transmission module with low cost and infrared receiving module is used i.e. to achieve the operation of one-way communication and the control of intelligent switch and indoor set, further achieve operation and the control of both-way communication, can also be used with mobile phone and by intelligent switch of the present utility model, indoor set carried out the unidirectional or remotely operation of both-way communication and control.Solve existing intelligent switch and can not control the indoor sets such as the air-conditioning with infrared function, TV, electric fan, lighting, multiple intelligent switch can networking, it is achieved the linkage to each indoor set, in addition, the gesture that also can realize contact-free controls, it is to avoid the cross infection of virus and bacteria.This utility model framework is simple, with low cost, easy to use, brings comfortable experience to user.
Description
Technical field
This utility model relates to a kind of intelligent switch, particularly relates to a kind of both-way communication intelligent switch and system thereof.
Background technology
Existing intelligent switch be built-in WIFI, bluetooth, 2.4G and Zigbee wireless module, only achieves mobile phone and controls the operation of switch, then realize the control to lighting by switch.And the household electrical appliance with infrared function more can not be controlled by the intelligent switch of prior art.Switch with infrared function is also installation infrared receiver module in switch, is controlled switch by IR remote controller.
Summary of the invention
This utility model technical issues that need to address are to provide a kind of both-way communication intelligent switch and system thereof, solve existing intelligent switch and can not control the indoor sets such as the air-conditioning with infrared function, TV, electric fan, lighting, infrared transmission module with low cost and infrared receiving module is used i.e. to achieve the operation of one-way communication and the control of intelligent switch and indoor set, further achieve operation and the control of both-way communication, can also be used with mobile phone and by intelligent switch of the present utility model, indoor set carried out the unidirectional or remotely operation of both-way communication and control.Multiple intelligent switch can networking, it is achieved the linkage to each indoor set.Additionally, the gesture that also can realize contact-free controls, it is to avoid the cross infection of virus and bacteria.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 both-way communication intelligent switch, it is characterised in that:
Including wireless communication module or wire communication module, microprocessor, or there is the wireless communication module of microprocessor, infrared transmission module, infrared receiving module, power module.
Described wireless communication module or the wireless communication module with microprocessor are WiFi module or 2.4G wireless module or 5G wireless module or 433M wireless module or 315M wireless module or Zigbee module or one of Z-Wave module or bluetooth module.
Described wire communication module is signal acquisition circuit or the bus communication module of independent signal line transmission of electric power signal simultaneous interpretation.
Infrared transmission module is connected with the infrared emission port of described microprocessor, and infrared receiving module is connected with the infrared receiver port of microprocessor, and wireless communication module or wire communication module are connected with the PORT COM of microprocessor.
Infrared transmission module is used for sending infrared signal to indoor set, infrared receiving module is for receiving the infrared signal that indoor set sends, can realize the infrared two-direction communication of intelligent switch and indoor set for having the indoor set of infrared transmission module and infrared receiving module, the indoor set for only infrared receiving module still can realize one-way communication.
Described infrared transmission module is multiple infrared transmitting tube, and described infrared receiving module is one or more infrared receiving terminal.
Infrared transmission module and infrared receiving module also can hold a concurrent post gesture motion detection module, and write gesture control program in the microprocessor of described intelligent switch.
Described intelligent switch also includes operation button and the conversion keys of operable control indoor set, and described operation button and conversion keys are connected with microprocessor.
Pressing conversion keys and may select a certain indoor set needing to control, this indoor set can be done concrete operations by pressing operations button.
Described intelligent switch also include showing transition status display module and can send the sounding module of prompt tone or voice or at least one, described display module is connected with the microprocessor of intelligent switch, and described sounding module is connected with the microprocessor of intelligent switch.
A kind of both-way communication intelligent switch system, including both-way communication intelligent switch, it is characterised in that:
Described system also includes that one or more indoor set, described indoor set have infrared receiving module, microprocessor and power module, and described infrared receiving module is connected with the infrared emission port of described microprocessor.
Both-way communication intelligent switch system as above, it is characterised in that:
Feature " described indoor set has infrared receiving module, microprocessor and power module, and described infrared receiving module is connected " is replaced with the infrared emission port of described microprocessor by feature " described indoor set has infrared receiving module, infrared transmission module, microprocessor and power module; described infrared transmission module is connected with the infrared emission port of described microprocessor; described infrared receiving module is connected with the infrared receiver port of microprocessor ".
Indoor set receives the infrared signal that intelligent switch sends, if receiving the infrared signal of this indoor set, responds execution, and transmission feeds back signal to intelligent switch, if intelligent switch does not receives feedback signal within the time of regulation, then resends infrared signal.
If resending control signal still without receiving the feedback signal operated, then intelligent switch sends acousto-optic hint operation failure or the information of operation failure is sent to mobile phone terminal, showing on mobile phone and control failed information, the infrared emission of indoor set receives window and whether has whether thing covering or riding position and distance the most properly and access power supply to make user to check.
Using described indoor set as infrared forwarding medium, with its internal infrared transmission module, infrared signal is sent to the blind area that the infrared signal of intelligent switch cannot cover, thus is positioned at the indoor set reliable reception of blind area.
Intelligent switch sends the infrared signal for the indoor set B being positioned at the blind area that its signal cannot cover, described signal do not received by indoor set B thus regulation time in do not receive the feedback signal from indoor set B, then intelligent switch sends the infrared signal for indoor set B to another indoor set A or other indoor set C that have received feedback signal, indoor set A or other indoor set C is forwarded after receiving this infrared signal again, the infrared signal forwarded can cover indoor set B and be received, indoor set B sends feedback signal after receiving signal, feedback signal is received by indoor set A or C, this feedback signal is sent and is received by intelligent switch by indoor set A or C again, it is achieved thereby that indoor set A is to the forwarding of indoor set B and both-way communication.
This utility model provides a kind of both-way communication intelligent switch and system thereof, infrared transmission module with low cost and infrared receiving module is used i.e. to achieve the operation of one-way communication and the control of intelligent switch and indoor set, further achieve operation and the control of both-way communication, can also be used with mobile phone and by intelligent switch of the present utility model, indoor set carried out the unidirectional or remotely operation of both-way communication and control.Solve existing intelligent switch and can not control the indoor sets such as the air-conditioning with infrared function, TV, electric fan, lighting, multiple intelligent switch can networking, it is achieved the linkage to each indoor set, in addition, the gesture that also can realize contact-free controls, it is to avoid the cross infection of virus and bacteria.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 of intelligent switch first embodiment of the present utility model.
Fig. 2 is the theory diagram of intelligent switch the second embodiment of the present utility model.
Fig. 3 is the theory diagram of intelligent switch the 3rd embodiment of the present utility model.
Fig. 4 is the theory diagram of intelligent switch the 4th embodiment of the present utility model.
Fig. 5 is the theory diagram of intelligent switch the 5th embodiment of the present utility model.
Fig. 6 is the theory diagram of intelligent switch sixth embodiment of the present utility model.
Fig. 7 is the theory diagram of intelligent switch the 7th embodiment of the present utility model.
Fig. 8 is the theory diagram of intelligent switch the 8th embodiment of the present utility model.
Fig. 9 is the theory diagram of intelligent switch the 9th embodiment of the present utility model.
Figure 10 is the theory diagram of intelligent switch the tenth embodiment of the present utility model.
Figure 11 is the theory diagram of indoor set embodiment of the present utility model.
Figure 12 is one of intelligent switch of the present utility model theory diagram with multiple indoor set communications.
Figure 13 is the two of the intelligent switch of the present utility model theory diagram with multiple indoor set communications.
Figure 14 is the three of the intelligent switch of the present utility model theory diagram with multiple indoor set communications.
Figure 15 is the theory diagram of intelligent switch of the present utility model and mobile phone point-to-point communication.
Figure 16 is the intelligent switch of the present utility model theory diagram by router with mobile communication.
Figure 17 is that intelligent switch of the present utility model is by router and the Internet and the theory diagram of mobile communication.
Figure 18 is that intelligent switch of the present utility model is by intelligent gateway, router and the Internet and the theory diagram of mobile communication.
Figure 19 is the embodiment theory diagram that intelligent switch of the present utility model carries out forwarding communication by indoor set.
Figure 20 is the first embodiment of this utility model gain control circuit.
Figure 21 is the second embodiment of this utility model gain control circuit.
Figure 22 is the 3rd embodiment of this utility model gain control circuit.
Figure 23 is the 3rd embodiment of this utility model gain control circuit.
Figure 24 is infrared transmitting tube and the infrared receiving terminal spatial arrangements first embodiment front schematic view of this utility model intelligent switch.
Figure 25 is infrared transmitting tube and infrared receiving terminal spatial arrangements the second embodiment front schematic view of this utility model intelligent switch.
Figure 26 is infrared transmitting tube and infrared receiving terminal spatial arrangements the second embodiment front schematic view of this utility model intelligent switch.
Figure 27 is the front schematic view of the gesture control embodiment of this utility model intelligent switch.
Figure 28 is the side schematic view of the gesture control embodiment of this utility model intelligent switch.
Figure 29 is the front schematic view of the gesture multiple infrared receiving terminal embodiments of control of this utility model intelligent switch.
Figure 30 is one of theory diagram of this utility model intelligent switch and system group network thereof.
Figure 31 is the two of the theory diagram of this utility model intelligent switch and system group network thereof.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
As shown in Figure 1 to Figure 3, a kind of both-way communication intelligent switch of the present utility model, including wireless communication module or wire communication module, microprocessor, or there is the wireless communication module of microprocessor, infrared transmission module, infrared receiving module, power module.
Wireless communication module or the wireless communication module with microprocessor are WiFi module or 2.4G wireless module or 5G wireless module or 433M wireless module or 315M wireless module or Zigbee module or one of Z-Wave module or bluetooth module.
If it is the most to control the more complicated port requirements of program, the wireless communication module of internal processor cannot meet needs, then need single microprocessor, as shown in Figure 2, infrared transmission module is connected with the infrared emission port of microprocessor, infrared receiving module is connected with the infrared receiver port in the wireless communication module of microprocessor, and wireless communication module is connected with the wireless communication port of microprocessor.
As it is shown on figure 3, the 3rd embodiment of the present utility model includes wired communication module, microprocessor, infrared transmission module, infrared receiving module, power module.
Wire communication module can use the signal acquisition circuit of electric power signal simultaneous interpretation, it is possible to uses the bus communication module of independent signal line transmission, such as DALA system bus communication module.
Infrared transmission module is connected with the infrared emission port of described microprocessor, and infrared receiving module is connected with the infrared receiver port of microprocessor, and wireless communication module or wire communication module are connected with the PORT COM of microprocessor, as shown in Figure 1 to Figure 3.
Infrared transmission module is used for sending infrared signal to indoor set, infrared receiving module is for receiving the infrared signal that indoor set sends, can realize the infrared two-direction communication of intelligent switch and indoor set for having the indoor set of infrared transmission module and infrared receiving module, the indoor set for only infrared receiving module still can realize one-way communication.
Intelligent switch of the present utility model and system thereof also include that mobile phone A PP, described mobile phone A PP have operation interface and operation button.Operating handset APP, mobile phone carries out communication by wireless router and described intelligent switch, as shown in figure 16, or mobile phone carries out communication or mobile phone by bluetooth or WiFi are point-to-point direct and described intelligent switch communicates wirelessly or mobile phone carries out communication by wireless router, the wireless wired intellective gateway that turns with described intelligent switch by wireless router, intelligent gateway with described intelligent switch, again by intelligent switch and the infrared two-direction communication of indoor set or one-way communication, it is achieved mobile phone and the both-way communication of indoor set or one-way communication.
As shown in Figure 27 to Figure 29, intelligent switch of the present utility model also can have gesture and control function, and infrared transmission module and infrared receiving module also can hold a concurrent post gesture motion detection module, and write gesture control program in the microprocessor of described intelligent switch.
Regardless of whether band gesture controls function, infrared transmission module is multiple infrared transmitting tubes 10, an infrared receiving module at least infrared receiving terminal 20.Multiple infrared transmitting tubes point to different directions, this space bigger in infrared signal can covering room for intelligent switch with indoor set communication, can also obtain the gesture operation instruction of different directions for having gesture and controlling function.The gesture that also has only one of which being received to head controls the intelligent switch of function, and infrared receiving terminal 20 should be placed on the centre of multiple transmitting tube 10.Gesture controls function also can use the scheme of multiple infrared receiving terminal, it coordinates an infrared receiving terminal with infrared transmitting tube mounted in pairing mode or several infrared transmitting tube, as shown in figure 29.
As shown in figure 28, for preventing infrared signal under gesture controlled state from directly being connect by infrared receiving module without staff reflection, answer and slider 30 is set between infrared transmitting tube 10 and infrared receiving terminal 20.
As shown in figure 27, it is individually placed to hands be marked with near four infrared transmitting tubes of 1,2,3,4 four positions, the basic gesture control instruction of 4 positions can be obtained, hands is moved into place 3 by position 1 and can obtain a gesture instruction, hands is moved into place 2 by position 1, a gesture instruction can be obtained again.It follows that gesture operation instruction: 1-2,2-3,3-4,4-1,1-4,4-3,3-2,2-1,1-3,3-1,4-2,2-4, more than have 12 instructions；Leave immediately after being moved respectively to 1,2,3,4, obtainable 4 basic gesture control instructions, leave after doing stop of short duration after being moved respectively to 1,2,3,4, the most obtainable 4 gesture control instructions；20 gesture control instructions can be obtained the most altogether.For these gesture instruction, can screen according to the function of product and Consumer's Experience, select the gesture control instruction being easy to applicable general user's use habit that user understands.
As shown in figures 24 and 25, principle ibid, for having the gesture of 8 infrared transmitting tubes and controlling, can obtain more gesture control instruction than above-mentioned 4 infrared transmitting tubes.Further, it is also possible to draw a circle around 1-8 transmitting tube action with hands or finger, just corresponding lamplight brightness can be opened when hands moves in the position of which transmitting tube.
A kind of both-way communication intelligent switch system of the present utility model, including both-way communication intelligent switch, also includes one or more indoor set, as shown in figure 12.Described indoor set can be to have the household electrical appliance such as the air-conditioning of infrared receiving module, TV, electric fan, TV set-top box, stereo set, described indoor set has infrared receiving module, microprocessor and power module, and described infrared transmission module is connected with the infrared emission port of described microprocessor.
Indoor set receives the infrared signal that intelligent switch sends, if receiving the control signal of this indoor set, performs the most accordingly, if it is not, then wait.
As shown in figure 11, one or more indoor sets included by system of the present utility model also have infrared transmission module in addition to having infrared receiving module, microprocessor and power module, described infrared transmission module is connected with the infrared emission port of described microprocessor, and described infrared receiving module is connected with the infrared receiver port of microprocessor.
Indoor set receives the infrared signal that intelligent switch sends, and indoor set sends infrared signal to intelligent switch, it is achieved indoor set and the both-way communication of intelligent switch.
Indoor set receives the infrared signal that intelligent switch sends, if receiving the infrared signal of this indoor set, responds execution, and transmission feeds back signal to intelligent switch, if intelligent switch does not receives feedback signal within the time of regulation, then resends infrared signal.
If resending control signal still without receiving the feedback signal operated, then intelligent switch sends acousto-optic hint operation failure or the information of operation failure is sent to mobile phone terminal, showing on mobile phone and control failed information, the infrared emission of indoor set receives window and whether has whether thing covering or riding position and distance the most properly and access power supply to make user to check.
The infrared transmission module of indoor set is multiple infrared transmitting tube composition or is high-power wide angle infrared transmitting tube or a module, the plurality of infrared transmitting tube points to different directions, with space bigger in infrared signal covers room by intelligent switch or other indoor set reliable reception.Owing to the infrared emission record principle of indoor set is as intelligent switch, therefore infrared transmitting tube and infrared receiving terminal refer to arrangement and the layout of intelligent switch, need to open infrared transmitting tube arrangement owing to controlling function not necessarily like the gesture of intelligent switch, so can with the infrared transmitting tube of indoor set can arrange more compact, take up room less.
As shown in figure 19, with its internal infrared transmission module, infrared signal can be sent to the blind area that the infrared signal of intelligent switch cannot cover using described indoor set as infrared forwarding medium, thus is positioned at the indoor set reliable reception of blind area.
Intelligent switch sends the infrared signal for the indoor set B being positioned at the blind area that its signal cannot cover, described signal do not received by indoor set B thus regulation time in do not receive the feedback signal from indoor set B, then intelligent switch sends the infrared signal for indoor set B to another indoor set A or other indoor set C that have received feedback signal, indoor set A or other indoor set C is forwarded after receiving this infrared signal again, the infrared signal forwarded can cover indoor set B and be received, indoor set B sends feedback signal after receiving signal, feedback signal is received by indoor set A or C, this feedback signal is sent and is received by intelligent switch by indoor set A or C again, it is achieved thereby that indoor set A is to the forwarding of indoor set B and both-way communication.The principle using the present embodiment can realize indoor set networking, covers bigger space, cannot be only used for family, office building, can also be used with market, supermarket, factory, hospital, school and various venue.Intelligent switch can make intelligent controller to meet various demand.
Multiple intelligent switch of the present utility model can be by having the intelligent gateway networking of WiFi module, this intelligent gateway has wireless module such as 2.4G or 433M or 315M with intelligent switch communication or Zigbee module, realize the communication between intelligent switch, realize one of them intelligent switch and to other intelligent switch and the communication of the indoor set in this intelligent switch region and operate control, also can realize mobile phone and to the arbitrary intelligent switch in network and the communication of arbitrary indoor set and operate control.
As shown in Figure 5 and Figure 6, intelligent switch of the present utility model also includes that operation button and the conversion keys of operable control indoor set, operation button and conversion keys are connected with microprocessor.Pressing conversion keys and may select a certain indoor set needing to control, this indoor set can be done concrete operations by pressing operations button.Such as, pressing conversion keys can switch between air-conditioning, TV and lighting, when being switched to air conditioning mode, then air-conditioning can be done pressing operations button concrete operations.When pressing conversion keys and being switched to lighting pattern, pressing operations button lighting can be done concrete operations.
As shown in Figure 7 to 9, intelligent switch of the present utility model also include showing transition status display module and can send the sounding module of prompt tone or voice or at least one, display module is connected with the microprocessor of intelligent switch, and sounding module is connected with the microprocessor of intelligent switch.
Indoor set of the present utility model can be to be integrated with the socket of infrared transmission module, infrared receiving module, microprocessor and power module, various sensor, various alarm, remote controller, Men Ci, water tumbler, controller, window curtain driving mechanism, LED bulb, desk lamp and other various light fixtures, it is also possible to is to be integrated with the various household electrical appliance such as the air-conditioning of infrared transmission module, infrared receiving module, microprocessor and power module, TV, TV set-top box, stereo set, electric fan, electric refrigerator, washing machine, electric cooker, electromagnetic oven, insulating pot.
It is the embodiment of air-conditioning for indoor set, on air-conditioning, installation infrared transmitter module just can realize infrared signal both-way communication with this utility model intelligent switch, whether the control signal that intelligent switch sends is received by air-conditioning, whether it is effectively executed, if the most effectively receiving or effectively being performed, then give intelligent switch feedback signal, intelligent switch resend a secondary control signal to air-conditioning, improve the reliability of control.In addition, also the temperature information of the operation conditions of air-conditioning and detection of air-conditioning can be transferred to intelligent switch, that intelligent switch can detect further according to intelligent switch according to information such as the air-conditioner temperature received and running statuses or by the ambient temperature information transmitted with other indoor set of temperature sensor carry out comprehensive computing make properly control adjust, or be transferred to mobile phone terminal by intelligent switch, by mobile phone A PP according to the information such as the air-conditioner temperature received and running status further according to the ambient temperature that intelligent switch detects carry out comprehensive computing make suitably control adjust.The infrared intelligentization that this both-way communication mode realizes low cost for other various household electrical appliance is equally applicable.
As shown in Figure 20 to Figure 23, this utility model can use and can use the gain control circuit that can control infrared emission signal intensity, gain control circuit is connected in infrared emission tube loop, controlled by microprocessor, infrared emittance is reduced when the most normally detecting the reflective information of staff, human body or object, when sending infrared control signal to household electrical appliance, improve infrared emittance.Microprocessor also can be used to send the little infrared code of dutycycle to infrared transmitting tube to reduce infrared signal intensity to meet the demand of gesture control or human body detection, it is also possible to use little duty cycle signals to add the mode of gain control circuit the most simultaneously.
As shown in Figure 4, intelligent switch of the present utility model also includes control module, and its signal input part is connected with the signal output part of microprocessor, and its outfan loads with lamp load or household electrical appliance and is connected.
As shown in Figure 10, intelligent switch of the present utility model also includes voice module, and its signal output part is connected with the signal input part of microprocessor.
Voice module can directly receive phonetic control command that user sends and be exported corresponding control information or control instruction by microprocessor, the execution if the control instruction of the indoor set in this intelligent switch and region thereof then makes an immediate response, if the control instruction of other intelligent switch that can communicate or be sent to the information of mobile phone terminal is then transferred to other intelligent switch or the mobile phone of correspondence by wireless communication module.
This utility model also can add phonetic entry in mobile phone A PP and control function, uses speech cloud platform such as University of Science and Technology news rumours sound cloud platform and related voice module, and mobile phone speech directly can be said control command to operate control intelligent switch by user.
Power module described in the utility model is to show microprocessor and module that infrared receiving module, infrared transmission module and wireless communication module are powered.Can also be to these module for power supply when microprocessor connects and has other module.Power module can be taken from civil power and be transformed to low-voltage direct, it would however also be possible to employ rechargeable battery or aneroid battery.
Power module described in the utility model may also include and rechargeable battery module, to charging battery module when turning off the light at ordinary times, provides the direct current power of abundance can to when turning on light the modules of intelligent switch.If turn-off can obtain enough electric power from lighting loop, when battery electric power deficiency also can at turn-off under charge the battery.
The intelligent switch with battery module also can use quick release mode, it is attached at ordinary times on the position of the switch of wall, the power input of intelligent switch is connected with systematic electricity transmission line, electric power can be obtained charge the battery and to the module for power supply in intelligent switch, also can pull down rapidly, hand held as intelligent remote controller use, can be attached to rapidly on the position of the switch during battery electric power deficiency, charge the battery, and on wall, do the use of wall intelligent switch.Laminating type can use magnetic attraction mode or mounting mode or magnetic attraction to add mounting mode.
Mobile phone described in the utility model and mobile phone A PP are not limited to mobile phone, also include the internet communication product such as panel computer and notebook computer, and mobile phone A PP also includes Android operation system and Apple Macintosh operating system and Windows operating system.
Intelligent switch of the present utility model and the control method of system thereof:
The infrared code storehouse of various household electrical appliance and Intelligent hardware can be previously stored with in mobile phone A PP, can call at any time according to the household electrical appliance model of user, or intelligent switch receives the key set code of the IR remote controller that household electrical appliance and Intelligent hardware carry, carry out the study of each button by the remote control interface of mobile phone A PP and preserve.
Open mobile phone A PP, operate the mobile phone control knob corresponding with institute control household electrical appliance, mobile phone sends control information by WIFI router or directly transmits control information and received by the wireless communication module of intelligent switch and be transported to microprocessor, microprocessor output control signal is to infrared transmission module, infrared transmission module sends to the interior space, indoor household electrical appliance receive and perform corresponding control.
Indoor set needs to be sent to intelligent switch or mobile phone terminal if any new data message, then follow procedure is sent to be sent to mobile phone terminal on intelligent switch or by intelligent switch.Need to open at any time mobile phone A PP according to user, check the data message of intelligent switch end or check, by intelligent switch, the data message that indoor set end gathers.
User is set by mobile phone A PP and to the control of indoor set and links multiple indoor sets, controls indoor set by the order operation set.
User controls intelligent switch and indoor set by mobile phone A PP voice operating, and voice operating controls the linkage scheme that user sets.
User is by the self-defined control function oneself needed of mobile phone A PP and control model, one or more operations control plans or linkage scheme is created, by user manually or voice or fixed cycle operator performs this control plan or linkage scheme performs these plans the most automatically including user oneself.
The method that gesture controls: intelligent switch is in staff or human detection state at ordinary times, the infrared code that now microprocessor sends dutycycle little reduces infrared signal intensity to infrared transmitting tube or reduces infrared signal intensity by gain control circuit, when the effectively detection region of staff or human body proximity infrared transmitting tube and infrared receiving terminal, the infrared signal that infrared transmitting tube is launched is reflected by staff or human body and is received by infrared receiving terminal and be transferred to microprocessor, by microprocessor judges the most effective information input instruction, if then output corresponding control signal and the corresponding control of execution.
Also infrared transmitting tube can be divided in switch side and front and back line up two groups, so can detect that human motion is other to door and opens door and walk out the sequence of movement in room, withdraw from a room or enter room, a few individual is had in room, from not withdrawing from a room, accomplish people Lai Dengliang, the intelligentized control method turned off the light when you leave.This embodiment is also relatively suitable for for the intelligent switch installed on toilet doorway.Open anti-theft security function when owner leaves home, if there being people's private to rush house, intelligent switch detects that the movement of human body will send alarm or directly to 110 warnings by wireless communication module Internet to the mobile phone of user.Certainly, indoor set is made a magnetic and intelligent switch communication and is convenient to and more direct realizing burglar alarm.
Owing to intelligent switch of the present utility model and indoor set can be with both-way communications, this just can be avoided the air-conditioning etc. currently the only having infrared receiving module infrared remote control existing for household electrical appliance can not feedback information and the operation failure that causes, because often there is packet loss phenomenon in data transmission, the product with both-way communication can know whether transmission success by data feedback, for successfully can again not transmit.
This utility model not only achieves the both-way communication of intelligent switch and indoor set by the infrared emission receiver module of conventional low cost the most, also achieves the both-way communication of mobile phone and indoor set, and stronger has promoted the universal of intelligent artifact.Along with enforcement of the present utility model, have more intelligent artifact future and occur in family, only need to there be an intelligent switch of the present utility model in one room, indoor electric equipment and Intelligent hardware can use indoor set of the present utility model, it is not necessary to expensive wireless module just can realize the operating experience of Smart Home and Internet of Things.Additionally, infrared signal transmission is also safer than other wireless telecommunications, it is not necessary to complicated networked deployment, use the most more reliable.
As described in Figure 30, multiple intelligent switch can be carried out networking by intelligent gateway by this utility model, intelligent switch and intelligent gateway use the wireless communication module of same way to communicate wirelessly, realize the communication between intelligent switch and the indoor set in multiple room and operation controls, mobile phone can carry out communication by router and intelligent gateway to any one intelligent switch in whole system and indoor set and control with operation, and the information of intelligent switch and indoor set is sent to mobile phone terminal.
As shown in figure 31, the wireless communication module of one or more intelligent switch of the present utility model uses WiFi module, can directly and router carries out communication and networking.
This utility model be host node using intelligent switch as indoor heating system coordinate multiple indoor sets realize both-way communication from node is infrared, this utility model only describes technical characteristics of the present utility model, control method and principle using intelligent switch as an embodiment, therefore, this utility model is not limited on intelligent switch implement, it is also possible to implement to make an indoor host node on intelligent remote controller and other Intelligent hardware and household electrical appliance.
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 (10)
1. a both-way communication intelligent switch, it is characterised in that:
Including wireless communication module or wire communication module, microprocessor, or there is the wireless communication module of microprocessor, infrared transmission module, infrared receiving module, power module；
Described wireless communication module or the wireless communication module with microprocessor are WiFi module or 2.4G wireless module or 5G wireless module or 433M wireless module or 315M wireless module or Zigbee module or one of Z-Wave module or bluetooth module；
Described wire communication module is signal acquisition circuit or the bus communication module of independent signal line transmission of electric power signal simultaneous interpretation；
Infrared transmission module is connected with the infrared emission port of described microprocessor, and infrared receiving module is connected with the infrared receiver port of microprocessor, and wireless communication module or wire communication module are connected with the PORT COM of microprocessor；
Infrared transmission module is used for sending infrared signal to indoor set, infrared receiving module is for receiving the infrared signal that indoor set sends, can realize the infrared two-direction communication of intelligent switch and indoor set for having the indoor set of infrared transmission module and infrared receiving module, the indoor set for only infrared receiving module still can realize one-way communication.
2. intelligent switch as claimed in claim 1, it is characterised in that:
Described infrared transmission module is multiple infrared transmitting tube, and described infrared receiving module is one or more infrared receiving terminal.
3. intelligent switch as claimed in claim 1, it is characterised in that:
Infrared transmission module and infrared receiving module also can hold a concurrent post gesture motion detection module, and write gesture control program in the microprocessor of described intelligent switch.
4. the intelligent switch as according to any one of claim 1-3, it is characterised in that:
Described intelligent switch also includes operation button and the conversion keys of operable control indoor set, and described operation button and conversion keys are connected with microprocessor；
Pressing conversion keys and may select a certain indoor set needing to control, this indoor set can be done concrete operations by pressing operations button.
5. the intelligent switch as according to any one of claim 1-3, it is characterised in that:
Described intelligent switch also include showing transition status display module and can send the sounding module of prompt tone or voice or at least one, described display module is connected with the microprocessor of intelligent switch, and described sounding module is connected with the microprocessor of intelligent switch.
6. a both-way communication intelligent switch system, including both-way communication intelligent switch, it is characterised in that:
Described system also includes that one or more indoor set, described indoor set have infrared receiving module, microprocessor and power module, and described infrared receiving module is connected with the infrared emission port of described microprocessor.
7. intelligent switch system as claimed in claim 6, it is characterised in that:
Feature " described indoor set has infrared receiving module, microprocessor and power module, and described infrared receiving module is connected " is replaced with the infrared emission port of described microprocessor by feature " described indoor set has infrared receiving module, infrared transmission module, microprocessor and power module; described infrared transmission module is connected with the infrared emission port of described microprocessor; described infrared receiving module is connected with the infrared receiver port of microprocessor ".
8. intelligent switch system as claimed in claim 7, it is characterised in that:
Indoor set receives the infrared signal that intelligent switch sends, if receiving the infrared signal of this indoor set, responds execution, and transmission feeds back signal to intelligent switch, if intelligent switch does not receives feedback signal within the time of regulation, then resends infrared signal.
9. intelligent switch system as claimed in claim 8, it is characterised in that:
If resending control signal still without receiving the feedback signal operated, then intelligent switch sends acousto-optic hint operation failure or the information of operation failure is sent to mobile phone terminal, showing on mobile phone and control failed information, the infrared emission of indoor set receives window and whether has whether thing covering or riding position and distance the most properly and access power supply to make user to check.
10. intelligent switch system as claimed in any one of claims 7-9, it is characterised in that:
Using described indoor set as infrared forwarding medium, with its internal infrared transmission module, infrared signal is sent to the blind area that the infrared signal of intelligent switch cannot cover, thus is positioned at the indoor set reliable reception of blind area；
Intelligent switch sends the infrared signal for the indoor set B being positioned at the blind area that its signal cannot cover, described signal do not received by indoor set B thus regulation time in do not receive the feedback signal from indoor set B, then intelligent switch sends the infrared signal for indoor set B to another indoor set A or other indoor set C that have received feedback signal, indoor set A or other indoor set C is forwarded after receiving this infrared signal again, the infrared signal forwarded can cover indoor set B and be received, indoor set B sends feedback signal after receiving signal, feedback signal is received by indoor set A or C, this feedback signal is sent and is received by intelligent switch by indoor set A or C again, it is achieved thereby that indoor set A is to the forwarding of indoor set B and both-way communication.
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| CN201520817312.1U CN205810102U (en) | 2015-10-19 | 2015-10-19 | Both-way communication intelligent switch and system thereof |
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| CN201520817312.1U CN205810102U (en) | 2015-10-19 | 2015-10-19 | Both-way communication intelligent switch and system thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107016846A (en) * | 2017-03-07 | 2017-08-04 | 佛山市思万奇科技有限公司 | A kind of intelligent switch infrared signal forwarding method and system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107016846A (en) * | 2017-03-07 | 2017-08-04 | 佛山市思万奇科技有限公司 | A kind of intelligent switch infrared signal forwarding method and system |
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