CN105025398A - Wireless remote control integration system - Google Patents
Wireless remote control integration system Download PDFInfo
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- CN105025398A CN105025398A CN201410178222.2A CN201410178222A CN105025398A CN 105025398 A CN105025398 A CN 105025398A CN 201410178222 A CN201410178222 A CN 201410178222A CN 105025398 A CN105025398 A CN 105025398A
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Abstract
The invention discloses a wireless remote control integration system which comprises a touch remote controller and at least an infrared emitter. The touch remote controller is connected with each infrared emitter in a wireless manner by using a non-infrared wireless connection protocol so as to transmit a remote control signal. Each infrared emitter is respectively disposed on an infrared receiving end of each household appliance. When the infrared emitter receives a control signal from the touch remote controller, and the infrared emitter generates an infrared control signal according to the remote control signal and emits the infrared control signal to the household appliance so as to control the household appliance in a remote manner. The wireless remote control integration system does not have a wire and is convenient to set, and just the infrared emitters need to be adhered or absorbed to the household appliances. The system can integrate remote controllers of a plurality of household appliances, and wireless connection is adopted, so that receiving angle limitation of the infrared receiving ends does not exist, and the system is very convenient to use.
Description
Technical field
The present invention relates to a remote control integrating system, particularly relate to the existing household electrical appliances by infrared receiver remote signal of an integration, and with the wireless remote control integration system of non-ultrared radio connection remote control.
Background technology
Refer to shown in Fig. 6, the remote control mode that in general family, existing electric household appliance adopts is mostly in the mode of infra-red remote control, and each electric household appliance, such as TV 41, karaoke machine 42, optical disk player 43, top box of digital machine 44 etc., all have the remote controller 411,421,431,441 that corresponding, and often kind of remote controller can only carry out distant control function for the electric household appliance of correspondence.Therefore, when user's electric household appliance a certain for the remote control of use distant control function, first must find corresponding remote controller, just can carry out remote control.But when electric household appliance gets more and more, the quantity of remote controller also can correspondingly increase, and too much remote controller can allow user cannot must find the remote controller corresponding to electric household appliance of wish remote control fast, or takes the remote controller of mistake, and distant control function cannot be carried out, cause the inconvenience in use.Simultaneously, adopt infra-red remote control mode, the infrared emitting end of remote controller must be aimed at the infrared receiver end 412,422,432,442 of corresponding electric household appliance, just distant control function can be carried out, when there being other things to intercept between this remote controller and the infrared receiver end of this electric household appliance, just remote control cannot be carried out; And the infrared receiver end of electric household appliance has certain receiving angle and scope, if not in this receiving angle and scope, even if remote controller to be aimed at this infrared receiver end, also distant control function cannot be carried out to the electric household appliance of correspondence.
But present electric household appliance; such as karaoke machine 42, optical disk player 43, top box of digital machine 44 etc., attractive in appearance for fear of indoor design, can be accommodated in cupboard by the electric household appliance be of little use usually; and by the door closure of this cupboard; to remain attractive in appearance, but, after cabinet door covers, existing infra-red remote control mode just cannot be used to carry out remote control; when user is for using; the door of cupboard is also needed to open and could use distant control function, thus, quite inconvenient for user.
Refer to shown in Fig. 7, a kind of remote controller integration system is had in prior art, it has main frame 50, remote controller 51 and a multiple infra-red ray transmitting unit 501, and each infra-red ray transmitting unit 501 is by being wired to this main frame 50, each infra-red ray transmitting unit 501 is aimed at by its infrared emitting end and sticks in the infrared receiver 412,422,432,442 of each electric household appliance.This remote controller 51 is connected by the mode of wireless connections and this main frame 50, such as Wi-Fi, bluetooth, the communications protocol of the wireless connections such as purple honeybee (ZigBee), and this kind of wireless signal is compared infrared signal and is had penetration power, even if therefore the door of cupboard is shut, also be connected with this main frame 50 by this kind of mode, and this main frame 50 is by being wired to each infra-red ray transmitting unit 501, in order to transfer control signal, and by each infra-red ray transmitting unit 501 to each electric household appliance 41, 42, 43, the infrared receiver 412 of 44, 422, 432, 442 launch infrared control signal to control.So, just can integrate existing electric household appliance, and this remote controller 51 can carry out remote control to each electric household appliance 41,42,43,44, increase the convenience on using.
Because the number of keys of this remote controller 51 is limited, the button of a correspondence all cannot be had for the various functions of each different electric household appliance, and this remote controller 51 is in time controlling different electric household appliances, remote control channel must be switched, each remote control channel may correspond to control one electric household appliance, and the channel switch button be positioned on this remote controller 51 is dependent in the switching of remote control channel, but the electric household appliance that each channel switch button is corresponding then must rely on user to remember voluntarily, or additionally stick mark and carry out assisted memory, if user has forgotten electric household appliance corresponding to channel, just must test the channel just can be transferred to and thought that the electric household appliance of remote control is corresponding one by one, the inconvenience suitable for user.And this main frame 50 is be connected by electric wire with each infra-red ray transmitting unit 501, thus, receive howsoever, will certainly expose by live wire, so just the attractive in appearance of indoor design is made a discount greatly, and having length and restriction spatially by electric wire connection, the integration system of prior art certainly will will do further improvement for this reason.
Summary of the invention
Because the shortcoming of prior art, main purpose of the present invention is to carry a kind of wireless remote control integration system, the remote controller of each electric household appliance can be integrated, and the unit of this wireless remote control integration system all adopts wireless connections, lack the electric wire in order to connect, just can not destroy the attractive in appearance of indoor design, and arrange conveniently.
For reaching above-mentioned purpose, the invention provides a kind of wireless remote control integration system, it includes:
One touch-control remote controller, includes:
One touch-control display panel, provides at least one operation interface, and adopts the pattern of skipping to switch between each operation interface, and produces different control commands;
One first wireless connections module;
One storage element, stores multiple different infra-red code, and each infra-red code is to there being a control command; And
One processing unit, is connected to this touch-control display panel, this first wireless connections module and this storage element; This processing unit receives the control command that this touch-control display panel produces, and according to this control command and to be stored in this storage element should the infra-red code of control command, produces one first and control signal to this first wireless connections module; This first wireless connections module produces according to this first control signal and sends a remote signal; And
At least one infrared transmitter, and each infrared transmitter includes:
One second wireless connections module, sets up wireless connections with the first wireless connections module of this touch-control remote controller, to receive the remote signal that this first wireless connections module sends;
One microprocessing unit, is connected to this second wireless connections module, to receive this remote signal by this second wireless connections module, and produces one second control signal according to this remote signal;
One infrared emitting module, is arranged at a wherein surface of this infrared transmitter, and is connected to this microprocessing unit, should the infrared signal of the second control signal to receive this second control signal and to send a pair;
One battery module, is connected to this second wireless connections module, this microprocessing unit, this infrared emitting module, to provide electric energy;
One solar panels, are arranged at the infrared transmitter surface deviating from this infrared emitting module; And
One photoelectric conversion module, is electrically connected to these solar panels and this battery module, to receive luminous energy and to export electric energy to this battery module, and charges to this battery module.
Above-mentioned wireless remote control integration system, wherein this infrared transmitter has a mucigel or is provided with at least one magnet in the surface being provided with this infrared emitting module.
Above-mentioned wireless remote control integration system, wherein this infrared transmitter includes further:
One power management module, is connected to this battery module, this photoelectric conversion module and this second wireless connections module, when this second wireless connections module does not receive this remote signal in a special time, enters a holding state.
Above-mentioned wireless remote control integration system, wherein this touch-control remote controller includes further:
One infrared receiver module, is connected to this processing unit, to receive the infrared signal that an infrared remote controller sends according to a button;
Wherein the infra-red code of this infrared signal and the keypress function of correspondence are stored in this storage element by this processing unit.
Above-mentioned wireless remote control integration system, wherein:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
Above-mentioned wireless remote control integration system, wherein:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
Above-mentioned wireless remote control integration system, wherein this infrared transmitter includes further:
One power management module, is electrically connected to this battery module, this photoelectric conversion module and this second wireless connections module, when this second wireless connections module does not receive this remote signal in a special time, enters a holding state.
Above-mentioned wireless remote control integration system, wherein this touch-control remote controller includes further:
One infrared receiver module, is electrically connected to this processing unit, to receive the infrared signal that an infrared remote controller sends according to a button;
Wherein the infra-red code of this infrared signal and the keypress function of correspondence are stored in this storage element by this processing unit.
Above-mentioned wireless remote control integration system, wherein:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
Above-mentioned wireless remote control integration system, wherein:
The storage element of this touch-control remote controller stores a speech recognition database further, and this speech recognition database includes multiple different phonetic signal, and each voice signal is to there being a control command;
This touch-control remote controller includes a radio unit further, and this radio unit is electrically connected to this processing unit, to receive a voice signal;
The processing unit of this touch-control remote controller goes out should the control command of voice signal according to voice signal comparison in the speech recognition database of this storage element that this radio unit receives, and according to this control command and to be stored in this storage element should the infra-red code of control command, produce this and first control signal to this first wireless connections module.
Above-mentioned wireless remote control integration system, wherein this touch-control remote controller includes further:
One the 3rd wireless connections module, is electrically connected to this processing unit, and by wireless communication protocol and Internet connection; Wherein this processing unit passes through the 3rd wireless connections model calling to internet, and the appropriate database being connected to an exclusive website further downloads infra-red code.
Above-mentioned wireless remote control integration system, wherein includes further:
One intelligent mobile device, is connected to this internet, and by the 3rd wireless connections model calling of internet and this touch-control remote controller, to produce this first control signal by the processing unit of the 3rd this touch-control remote controller of wireless connections module controls.
Above-mentioned wireless remote control integration system, wherein this touch-control remote controller includes further:
One battery module, is connected to this touch-control display panel, this first wireless connections module, this processing unit, this storage element, to provide electric energy;
One solar panels, are arranged at the surface of this touch-control remote controller;
One photoelectric conversion module, is electrically connected to the solar panels of this touch-control remote controller and the battery module of this touch-control remote controller, to receive luminous energy and to export the battery module of electric energy to this touch-control remote controller, and charges to the battery module of this touch-control remote controller; And
One power management module, is connected to the battery module of this touch-control remote controller, the photoelectric conversion module of this touch-control remote controller and this touch-control display panel, when this touch-control display panel does not produce this control command in a special time, enters a holding state.
Wireless remote control integration system of the present invention, this touch-control remote controller wirelessly connects each infrared transmitter, and the infrared receiver end infrared emitting module of each infrared transmitter directly being aimed at each electric household appliance is with each electric household appliance of remote control, even if therefore each electric household appliance is positioned in cupboard, and by the door closure of cupboard, also remote control can be carried out to the electric household appliance be positioned in cupboard.Integrated by the remote controller of each electric household appliance, user directly uses this touch-control remote controller respectively to each infrared transmitter wireless connections, and to the remote control in addition of each electric household appliance, can add convenience during installation and use significantly simultaneously.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Accompanying drawing explanation
The schematic diagram of Fig. 1 wireless remote control integration system of the present invention;
The block diagram of Fig. 2 wireless remote control integration system of the present invention;
The stereogram of Fig. 3 infrared transmitter of the present invention;
The schematic diagram of Fig. 4 touch-control remote controller setting of the present invention and application mode;
Fig. 5 A to Fig. 5 E touch-control remote controller of the present invention is in the schematic diagram of various different mode;
The schematic diagram of the existing electric household appliance of Fig. 6 and remote controller thereof;
The schematic diagram of the existing integration system of Fig. 7.
Wherein, Reference numeral
10 touch-control remote controller 11 touch-control display panels
12 first wireless connections module 13 processing units
14 storage element 15 infrared receiver modules
16 radio unit 17 the 3rd wireless connections module
18 solar panels 181 photoelectric conversion modules
182 power management module 183 battery modules
20 infrared transmitter 21 second wireless connections modules
22 microprocessing unit 23 infrared emitting modules
24 battery module 25 solar panels
26 photoelectric conversion module 27 power management modules
31 television set 311 infrared receivers
312 infrared remote controllers
32 Caraok device 321 infrared receivers
33 laser disc playing device 331 infrared receivers
34 top box of digital machine 341 infrared receivers
351 zonal network device 352 internets
353 appropriate database 354 intelligent mobile phones
41 TV 411 remote controllers
412 infrared receivers
42 karaoke machine 421 remote controllers
422 infrared receivers
43 optical disk player 431 remote controllers
432 infrared receivers
44 top box of digital machine 441 remote controllers
442 infrared receivers
Embodiment
Below coordinating accompanying drawing and present pre-ferred embodiments, setting forth the technological means that the present invention takes for reaching predetermined object further.
Refer to shown in Fig. 1 and Fig. 2, a kind of wireless remote control integration system of the present invention, in order to be integrated by the various remote controllers of each electric household appliance in family, and adopt the mode remote control electric household appliance originally of wireless remote control.This wireless remote control integration system includes a touch-control remote controller 10 and at least one infrared transmitter 20.This touch-control remote controller 10 includes touch-control display panel 11,1 first wireless connections module 12, processing unit 13 and a storage element 14.This touch-control display panel 11 is to provide at least one operation interface, and is adopt the pattern of skipping to switch between each operation interface, and produces the control command of a correspondence according to the various different operation of user.This processing unit 13 is connected to this touch-control display panel 11, this first wireless connections module 12 and this storage element 14.Store multiple different infra-red code in this storage element 14, each infra-red code is to there being a control command, and this processing unit 13 is the control commands receiving this touch-control display panel 11, and according to this control command and be stored in this storage element 14 should the infra-red code of control command, produce this first control signal, and export this first control signal to this first wireless connections module 12.This first wireless connections module 12 is that the first control signal exported according to this processing unit 11 produces and sends a remote signal.Each infrared transmitter 20 is that the infrared receiver 31 aiming at each electric household appliance is respectively arranged, and can produce the infrared receiver 311,321,331,341 that an infrared signal is emitted to each electric household appliance.In this preferred embodiment, this electric household appliance can be television set 31 (TV), Caraok device 32 (KTV), laser disc playing device 33 (DVD) or digital TV set-top box 34 (D-TV), and each electric household appliance has an infrared receiver 311,321,331,341 respectively.This operation interface is an instinct type man machine operation interface.
Refer to shown in Fig. 2 and Fig. 3, this infrared transmitter 20 includes one second wireless connections module 21, microprocessing unit 22, infrared emitting module 23, battery module 24, solar panels 25 and a photoelectric conversion module 26.This second wireless connections module 21 and the first wireless connections module 12 of this touch-control remote controller 10 use non-ultrared wireless connections to reach an agreement on mutual wireless connections, to receive the remote signal that this first wireless connections module 12 sends.This microprocessing unit 22 is electrically connected to this second link block 21, to receive this remote signal by this second link block 21, and produces one second control signal according to this remote signal.This infrared emitting module 23 is arranged at a wherein surface of this infrared transmitter 20, and be connected to this microprocessing unit 22, in order to receive this second control signal and send a pair should the infrared signal of the second control signal to the infrared receiver 311,321,331,341 of each electric household appliance 31,32,33,34.This battery module 24 is electrically connected to this second wireless connections module 21, this microprocessing unit 22 and this infrared emitting module 23, in order to provide electric energy.These solar panels 25 are arranged at this infrared transmitter 20 surface deviating from this infrared emitting module 23.This photoelectric conversion module 26 is electrically connected to these solar panels 25 and this battery module 24, in order to receive luminous energy and to export electric energy to this battery module 24, charges to this battery module 24.Therefore, this infrared transmitter 20 does not need to change battery, and when dead battery, only this infrared transmitter 20 is positioned over the place that the fluorescent lamp in energy receiving chamber is looked after by needs, just can charge, to produce electric power normal operation.In this preferred embodiment, the wireless connections agreement between this first and second wireless connections module 12,21 is purple honeybee (ZigBee).
See also shown in Fig. 1, each infrared transmitter 20 is that the infrared receiver 311,321,331,341 aiming at each electric household appliance 31,32,33,34 is respectively arranged, and the surface that this Radio infrared line reflector 20 is provided with this infrared emitting module 23 is this infrared transmitter 20 and the contact-making surface of electric household appliance, with the infrared receiver 311,321,331,341 making each infrared emitting module 23 aim at each electric household appliance 31,32,33,34.In this preferred embodiment, this infrared transmitter 20 is have a mucigel 28 (as shown in Figure 3) in the surface being provided with this infrared emitting module 23, but do not cover this infrared emitting module 23, therefore this infrared transmitter 20 can be pasted to be arranged at each electric household appliance 31 with viscose, 32, 33, 34, in other preferred embodiments, this infrared transmitter 20 is be installed with multiple magnet (not shown) in the surface being provided with this infrared emitting module 23, therefore this infrared transmitter 20 can with the plurality of magnet adsorption in each electric household appliance 31, 32, 33, 34.This infrared transmitter 20 launches this infrared signal extremely wherein electric household appliance 31,32,33,34, in order to this specific electric household appliance 31,32,33,34 of remote control by this infrared emitting module 23.And be adopt non-ultrared wireless communication protocol to be interconnected with transmission of signal between this touch-control remote controller 10 and each infrared transmitter 20, and the ultrared wireless communication mode transmission of signal of non-usage, for this reason, even if each electric household appliance 31,32,33,34 is incorporated in cupboard, and time on the door closure of cupboard, also by this touch-control remote controller 10, this remote signal is transmitted to each infrared transmitter 20, make this infrared transmitter 20 launch this infrared signal to control each electric household appliance 31,32,33,34.The present invention finally or employing infrared ray carries out remote control to each electric household appliance 31,32,33,34, therefore in time integrating the remote controller of each electric household appliance 31,32,33,34, do not need to change electric household appliance 31,32,33,34, use wireless remote control integration system of the present invention, just can integrate original electric household appliance 31,32,33,34, and only need the infrared receiver 311,321,331,341 each infrared transmitter 20 being aimed at each electric household appliance 31,32,33,34 to arrange.Thus, not only facility is installed, and the attractive in appearance of indoor design can not be destroyed by live wire, and can by each electric household appliance 31,32,33,34 different remote controllers integrate, use this touch-control remote controller 10 can carry out distant control function to each electric household appliance 31,32,33,34 respectively, increase the convenience used.
Furthermore, this infrared transmitter 20 also includes a power management module 27.This power management module 27 is electrically connected to this battery module 24, this photoelectric conversion module 26 and this second wireless connections module 21, is for managing the electric energy stored in battery module 24.For example, when user does not use this touch-control remote controller 10 for a long time to a certain electric household appliance remote control, namely when this second wireless connections module 21 does not receive this remote signal in a special time, the infrared transmitter 20 be arranged on this electric household appliance just can carry out Energy control by this power management module 27, enter the holding state of a low power consuming, to reduce the consumption of electric energy.For example, this holding state, it is the power supply only retaining this second wireless connections module 21 and this energy supply control module 27, it all suspends power supply in unit and module, to save electric energy, and when this second wireless connections module 21 receives this remote signal, this power management module 27 just controls this battery module 24 provides electric energy to other unit and module.
Refer to shown in Fig. 4, this touch-control remote controller 10 also includes an infrared receiver module 15 further, and is electrically connected to this processing unit 12.This infrared receiver module 15 is infrared signals that the remote controller that receives each electric household appliance sends, and the keypress function of the infra-red code of this infrared signal and correspondence is together stored in this storage element 14 by this processing unit 12 further.For convenience of user's operation, the present invention further provides one the 3rd wireless connections module 17 and be electrically connected to this processing unit 13, and be connected with a zonal network device 351 by wireless communication protocol, and this zonal network device 351 is connected to internet 352, therefore, user just can use this touch-control remote controller 10 to download the infra-red code of various different label and various formula model electric household appliance by the appropriate database 353 that this zonal network device 351 and internet 352 are connected to an exclusive website.Furthermore, user also can use an intelligent mobile device, a such as intelligent mobile phone 354, this internet 352 is connected to by wireless network, and be connected to this zonal network device 351, to be connected with this touch-control remote controller 10 by this zonal network device 351 and the processing unit 11 controlling this touch-control remote controller 10 produces this first control signal, for this reason, this intelligent mobile device just can be further advanced by this touch-control remote controller 10 and shake each electric household appliance of control in far-end.For example, in user stays out, when but wanting that utilizing the television set in family and video recorder to record wants the program watched, this intelligent mobile phone 354 just can be used to control television set in family and video recorder and to start shooting function of making video recording with execution.In this preferred embodiment, the 3rd wireless connections module 17 uses Wi-Fi wireless communication protocol and this zonal network device 351 wireless connections.
Refer to shown in Fig. 5 A to Fig. 5 E, generally speaking, the infrared signal of one infrared remote controller and the keypress function of this infrared signal observe an infrared ray agreement, and the infrared remote controller of various different label has different infrared ray agreements, in this preferred embodiment, it is the storage element 14 various infrared ray agreement being all stored in this touch-control remote controller 10, in other words, namely the agreement of this infrared ray is the infra-red code of various infrared signals and the keypress function of correspondence that store in a certain infrared remote controller, therefore, this touch-control remote controller 10 can according to each electric household appliance 31, 32, 33, the infrared signal that a certain specific keys of the infrared remote controller of 34 is corresponding, looks for corresponding infrared ray agreement, can complete each electric household appliance 31 in this storage element 14, 32, 33, the infrared remote controller setting of 34, makes to record each electric household appliance 31 in this touch-control remote controller 10, 32, 33, 34 and infrared ray agreement corresponding to infrared remote controller, with to each electric household appliance 31, 32, 33, 34 carry out remote control.As shown in Figure 4, for example, when the distant control function of setting TV 31 is in this touch-control remote controller 10, by the use of the power button of original for this TV 31 infrared remote controller 312 as setting, and in time setting, the infrared emitting end of the infrared remote controller 312 of this TV 31 is aimed at the infrared receiver module 15 of this touch-control remote controller 10, and length presses power key, allow this touch-control remote controller 10 according to the infra-red code of infrared signal corresponding to this power key, corresponding infrared ray agreement is looked in this storage element 14, should the user interface of remote controller according to the infrared ray agreement generation a pair of looking for, as shown in Fig. 5 B to Fig. 5 E, each electric household appliance 31, 32, 33, the 34 user interfaces having a correspondence respectively, and the title at each user interface can by user's sets itself, remember with person easy to use, and user's operation interface of variant domestic electrical equipment remote controller adopts sliding type to switch the operation screen of different remote.For this reason, user just can use each user's operation interface of this touch-control remote controller 10 to carry out remote control to each electric household appliance 31,32,33,34.
This touch-control remote controller 10 includes a radio unit 16 further, and this radio unit 16 is connected to this processing unit 13, is reception one voice signal, and be sent to this processing unit 13.Store a speech recognition database in this storage element 14 further, this speech recognition database includes multiple different phonetic signal, and each voice signal is to there being a control command.This processing unit 13 is that the voice signal comparison in the speech recognition database of this storage element 14 received according to this radio unit 16 goes out the control command of this voice signal corresponding, and according to this control command and be stored in storage element 14 should the infra-red code of control command, produce this first control signal, thus, this touch-control remote controller 10 just can allow user use voice-operated function.
Refer to shown in Fig. 2, this touch-control remote controller 10 includes solar panels 18, photoelectric conversion module 181, power management module 182 and a battery module 183 further.This battery module 183 is electrically connected to this touch-control display panel 11, this first wireless connections module 12, this processing unit 13, this storage element 14, this infrared receiver module 15, this radio unit 16 and the 3rd wireless connections module 17, to provide electric energy.These solar panels 18 are arranged at the surface of this touch-control remote controller 10.This photoelectric conversion module 182 is electrically connected to these solar panels 18 and this battery module 183, in order to receive luminous energy and to export electric energy to this battery module 183, charges to this battery module 183.Therefore, this touch-control remote controller 10 does not need to change battery, and when dead battery, only this touch-control remote controller 10 is positioned over the place that the fluorescent lamp in energy receiving chamber is looked after by needs, just can charge, to produce electric power normal operation.This power management module 182 is electrically connected to this battery module 183, this photoelectric conversion module 181 and this touch-control display panel 11, for managing the electric energy stored in battery module 183.For example, when user does not use this touch-control remote controller 10 for a long time, namely when this touch-control display panel 11 does not produce this control command in a special time, this power management module 182 just can carry out Energy control, enter the holding state of a low power consuming, to reduce the consumption of electric energy.For example, this holding state, it is the power supply only retaining this touch-control display panel 11 and this energy supply control module 182, it all suspends power supply in unit and module, to save electric energy, and when this touch-control display panel 11 produces this control command, this electric administration module 182 just controls this battery module 183 provides electric energy to other unit and module.
Each infrared transmitter 20 is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter 20 controlled, this touch-control remote controller 10 can be connected with the second wireless connections module 21 of corresponding infrared transmitter 20 according to this numbering, and transmit this remote signal.In this preferred embodiment, this infrared transmitter 20 is adopt ZigBee wireless communication protocol with this place's control remote controller 10, according to the characteristic of ZigBee wireless communication protocol, this place's control remote controller 10 can first be connected with arbitrary infrared transmitter 20, and is connected with the infrared transmitter 20 corresponding to the numbering in this first control signal further by this infrared transmitter 20 connected.Furthermore, refer to shown in Fig. 4, this touch-control remote controller 10 has a contextual model function further, this contextual model function refers to that the processing unit 13 of this touch-control remote controller 10 is available for users to specify multiple infrared transmitter 20, and setting is sent to the control command of each infrared transmitter 20, to produce multiple first control signal and multiple remote signal.Meaning namely, when user uses this contextual model function, and when choosing certain contextual model, just can according to user's setting in advance, automatically be connected with multiple infrared transmitter 20 that those are specified, and perform a series of control command, to produce corresponding multiple first control signal and multiple remote signals of correspondence, and the numbering all had in each first control signal for the infrared transmitter 20 controlled, therefore this touch-control remote controller 10 just can indirectly or directly with corresponding infrared transmitter 20 connect according to the plurality of first control signal and send remote signal corresponding to each first control signal, to carry out a series of distant control function, to each electric household appliance 31, 32, 33, 34 remote controls set.For example, when user performs a film mode, this this laser disc playing device 33 of touch-control remote controller 10 remote control, its power supply opening is play, then by the power supply opening of TV 31, and the signal source of TV being adjusted to the connectivity port that this laser disc playing device 33 connects, such as HDMI, to play the film that this laser disc playing device 33 is play.If user perform one sing merrily pattern time, this touch-control remote controller 10 is this Caraok device of remote control just, by its power supply opening, then the signal source of TV is adjusted to the connectivity port that this Caraok device connects, user just can directly start to sing merrily by this Caraok device of remote control, send the control sequence of each electric household appliance, can by user's sets itself.
In sum, the various remote controllers of existing electric household appliance 31,32,33,34 really can be integrated by the present invention, and use the mode of the wireless connections that non-infrared ray connects instead, increase the convenience used.Simultaneously this infrared transmitter 20 arrange easily, only viscose need be used to paste or magnet adsorption, and the infrared receiver 311,321,331,341 aiming at this electric household appliance 31,32,33,34 is arranged, and can carry out distant control function to existing electric household appliance 31,32,33,34.This infrared transmitter 20 also has this solar panels 25, luminous energy can be utilized to charge, namely need not change battery, further add the convenience of use.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection range that all should belong to the claim appended by the present invention.
Claims (13)
1. a wireless remote control integration system, is characterized in that, includes:
One touch-control remote controller, includes:
One touch-control display panel, provides at least one operation interface, and adopts the pattern of skipping to switch between each operation interface, and produces different control commands;
One first wireless connections module;
One storage element, stores multiple different infra-red code, and each infra-red code is to there being a control command; And
One processing unit, is connected to this touch-control display panel, this first wireless connections module and this storage element; This processing unit receives the control command that this touch-control display panel produces, and according to this control command and to be stored in this storage element should the infra-red code of control command, produces one first and control signal to this first wireless connections module; This first wireless connections module produces according to this first control signal and sends a remote signal; And
At least one infrared transmitter, and each infrared transmitter includes:
One second wireless connections module, sets up wireless connections with the first wireless connections module of this touch-control remote controller, to receive the remote signal that this first wireless connections module sends;
One microprocessing unit, is connected to this second wireless connections module, to receive this remote signal by this second wireless connections module, and produces one second control signal according to this remote signal;
One infrared emitting module, is arranged at a wherein surface of this infrared transmitter, and is connected to this microprocessing unit, should the infrared signal of the second control signal to receive this second control signal and to send a pair;
One battery module, is connected to this second wireless connections module, this microprocessing unit, this infrared emitting module, to provide electric energy;
One solar panels, are arranged at the infrared transmitter surface deviating from this infrared emitting module; And
One photoelectric conversion module, is electrically connected to these solar panels and this battery module, to receive luminous energy and to export electric energy to this battery module, and charges to this battery module.
2. wireless remote control integration system according to claim 1, is characterized in that, this infrared transmitter has a mucigel or is provided with at least one magnet in the surface being provided with this infrared emitting module.
3. wireless remote control integration system according to claim 1, is characterized in that, this infrared transmitter includes further:
One power management module, is connected to this battery module, this photoelectric conversion module and this second wireless connections module, when this second wireless connections module does not receive this remote signal in a special time, enters a holding state.
4. wireless remote control integration system as claimed in any of claims 1 to 3, is characterized in that, this touch-control remote controller includes further:
One infrared receiver module, is connected to this processing unit, to receive the infrared signal that an infrared remote controller sends according to a button;
Wherein the infra-red code of this infrared signal and the keypress function of correspondence are stored in this storage element by this processing unit.
5. wireless remote control integration system as claimed in any of claims 1 to 3, wherein:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
6. wireless remote control integration system according to claim 4, is characterized in that:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
7. wireless remote control integration system according to claim 2, is characterized in that, this infrared transmitter includes further:
One power management module, is electrically connected to this battery module, this photoelectric conversion module and this second wireless connections module, when this second wireless connections module does not receive this remote signal in a special time, enters a holding state.
8. wireless remote control integration system according to claim 7, is characterized in that, this touch-control remote controller includes further:
One infrared receiver module, is electrically connected to this processing unit, to receive the infrared signal that an infrared remote controller sends according to a button;
Wherein the infra-red code of this infrared signal and the keypress function of correspondence are stored in this storage element by this processing unit.
9. the wireless remote control integration system according to claim 7 or 8, is characterized in that:
The plurality of infrared transmitter is preset with a numbering respectively, and the numbering had in each first control signal for the infrared transmitter controlled, this touch-control remote controller is connected with the second wireless connections module of corresponding infrared transmitter according to this numbering, and transmits this remote signal;
The processing unit of this touch-control remote controller specifies multiple infrared transmitter and setting to be sent to the control command of each infrared transmitter, to produce multiple first control signal and multiple remote signal for user.
10. wireless remote control integration system as claimed in any of claims 1 to 3, is characterized in that:
The storage element of this touch-control remote controller stores a speech recognition database further, and this speech recognition database includes multiple different phonetic signal, and each voice signal is to there being a control command;
This touch-control remote controller includes a radio unit further, and this radio unit is electrically connected to this processing unit, to receive a voice signal;
The processing unit of this touch-control remote controller goes out should the control command of voice signal according to voice signal comparison in the speech recognition database of this storage element that this radio unit receives, and according to this control command and to be stored in this storage element should the infra-red code of control command, produce this and first control signal to this first wireless connections module.
11. wireless remote control integration systems as claimed in any of claims 1 to 3, it is characterized in that, this touch-control remote controller includes further:
One the 3rd wireless connections module, is electrically connected to this processing unit, and by wireless communication protocol and Internet connection; Wherein this processing unit passes through the 3rd wireless connections model calling to internet, and the appropriate database being connected to an exclusive website further downloads infra-red code.
12. wireless remote control integration systems according to claim 11, is characterized in that, include further:
One intelligent mobile device, is connected to this internet, and by the 3rd wireless connections model calling of internet and this touch-control remote controller, to produce this first control signal by the processing unit of the 3rd this touch-control remote controller of wireless connections module controls.
13. wireless remote control integration systems as claimed in any of claims 1 to 3, it is characterized in that, this touch-control remote controller includes further:
One battery module, is connected to this touch-control display panel, this first wireless connections module, this processing unit, this storage element, to provide electric energy;
One solar panels, are arranged at the surface of this touch-control remote controller;
One photoelectric conversion module, is electrically connected to the solar panels of this touch-control remote controller and the battery module of this touch-control remote controller, to receive luminous energy and to export the battery module of electric energy to this touch-control remote controller, and charges to the battery module of this touch-control remote controller; And
One power management module, is connected to the battery module of this touch-control remote controller, the photoelectric conversion module of this touch-control remote controller and this touch-control display panel, when this touch-control display panel does not produce this control command in a special time, enters a holding state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410178222.2A CN105025398A (en) | 2014-04-29 | 2014-04-29 | Wireless remote control integration system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410178222.2A CN105025398A (en) | 2014-04-29 | 2014-04-29 | Wireless remote control integration system |
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| CN105025398A true CN105025398A (en) | 2015-11-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410178222.2A Pending CN105025398A (en) | 2014-04-29 | 2014-04-29 | Wireless remote control integration system |
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