CN102214387B - Universal remote-control receiving system as well as matched remote controller and use method thereof - Google Patents
Universal remote-control receiving system as well as matched remote controller and use method thereof Download PDFInfo
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Abstract
The invention provides a universal remote-control receiving system as well as a matched remote controller and a use method thereof, and relates to a remote control system capable of remotely controlling a plurality of devices. A controlled-state control module of the universal remote-control receiving system controls the work state of a non-directional remote-control signal receiver according to a signal which is output by a laser remote-control signal receiver. A signal emitter of the matched remote controller comprises a laser remote-control signal emitter and a non-directional remote-control signal emitter. The use method of the universal remote-control receiving system comprises the steps: firstly, the laser remote-control signal emitter of the matched remote controller emits a control signal to the laser remote-control signal receiver of the universal remote-control receiving system; and after the laser remote-control signal receiver receives the control signal and confirms the control signal, a controlled device is controlled by the controlled-state control module to enter a state of allowing the operation. According to the invention, one set of matched remote controller can be used for carrying out complicated remote control on a large number of devices. The system provided by the invention is more convenient than that of the prior art.
Description
Technical field
The present invention relates to a kind of telechirics, be specifically related to a kind of telechirics that can remote control multiple devices.
Background technology
Existing telechirics is difficult to multiple devices to carry out remote control.
Also has on the market common universal remote control.So-called universal remote control can not be real simultaneously remote control multiple devices of realization.More complicated operation can only be passed through, after universal remote control and the device signal that will control are matched, remote control could be realized.That is to say can not be remote control equipment a remote control equipment b again.
Can realize the telechirics to multiple devices remote control, mostly be furnished with the larger and baroque telepilot of volume.In telepilot, be integrated with much information code, and complicated key system is housed.This telepilot is except the shortcomings such as volume is large, cost is high, not easy to operate, and important shortcoming is, the equipment of can only telecontrol device producer setting in advance.In actual use, the equipment that the electric equipment using can not all select telepilot producer to set in advance again, does not therefore have applicability widely.
No matter be family, factory or other places, need the equipment of remote control more and more, realize the demand that a telepilot carries out complicated remote control to as far as possible many electrical equipment more and more stronger.
Summary of the invention
The present invention, Universal remote control receiving system and supporting telepilot and the object of using method thereof, be to provide a kind of Universal remote control receiving system, to realize, a large amount of equipment carried out to complicated remote control.
Object of the present invention, is also to provide a kind of and matching used supporting telepilot of Universal remote control receiving system, the convenience while using to strengthen whole system.
Object of the present invention, is also to provide the using method of appointment formula telechirics.
Universal remote control receiving system, described Universal remote control receiving system comprises remote signal receiver and the slave mode control module of laser remote control signal receiver, non-directivity; Slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity.The remote signal receiver duty of non-directivity comprises, controlled plant is played the state of control action, controlled plant do not played the state of control action, and the state that some control of controlled plant is limited, the state that control of controlled plant do not limited.
The remote signal receiver of laser remote control signal receiver and non-directivity is connected respectively slave mode control module.The remote signal receiver of laser remote control signal receiver and non-directivity and slave mode control module can not be direct connections.Slave mode control module can be connected with the remote signal receiver of non-directivity by controlled plant.By controlling controlled plant, reach the object of the remote signal receiver duty of controlling non-directivity.
Supporting telepilot, comprises signal projector, and described signal projector comprises the laser remote-controlled signal projector of Emission Lasers signal and the remote-control signal transmitter of non-directivity.
The remote-control signal transmitter of described laser remote-controlled signal projector and non-directivity, is installed together, and coordinates form a kind of supporting telepilot with miscellaneous part.This supporting telepilot can be called appointment formula telepilot.
Universal remote control receiving system and supporting telepilot form appointment formula telechirics.
The using method of appointment formula telechirics, is first used the laser remote-controlled signal projector of described supporting telepilot, to the laser remote control signal receiver emissioning controling signal of described Universal remote control receiving system; After laser remote control signal receiver receives control signal and control signal is confirmed, by described slave mode control module control controlled plant, enter permission mode of operation.Enter permission mode of operation, can refer to and allow to operate, also can refer to the mode of operation that enters a certain function, or fingering row operating work conversion of energy.
Remote-control signal transmitter by non-directivity is launched remote signal to the remote signal receiver of non-directivity, realizes remote control; Again pass through described laser remote-controlled signal projector to described laser remote control signal receiver emissioning controling signal, laser remote control signal receiver enters shut-down operation state by slave mode control module control controlled plant after control signal is confirmed, no longer allows to carry out remote control.Slave mode control module control controlled plant enters and allows mode of operation or shut-down operation state, comprises that the partial function of opertaing device enters mode of operation or the shut-down operation state of allowing.
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area.Laser signal in described appointed area refers to, the light signal that the inner laser luminous point place, region of appointment sends.Described laser refers to thinner light beam, and the light beam of preferred laser transmitting can be also the thinner light beam that other light sources produces.Therefore described laser remote-controlled signal projector can be given the described laser remote control signal receiver emissioning controling signal of or several appointments.
The remote signal receiver of described non-directivity is to receive the more remote signal receiver of the remote signal of wide region compared with laser remote control signal receiver.As infrared remote-controlled signal receiver, radio remote-controlled signal receiver, ultra-sonic remote control signal receiver, wii remote signal receiver.
Described laser remote-controlled signal projector, can adopt application number is the technology type of " the laser remote-controlled signal projector " recorded in the patent of 200810035508.x.
Described non-directivity remote-control signal transmitter, is the wider remote-control signal transmitter of signal transmitting boundary, as the not strong telepilot of remote signal directivity of the transmittings such as Infrared remote controller, radio remote controller, supersonic remote-controller.Non-directivity remote-control signal transmitter, the remote signal of launching can make the controlled plant in certain area receive, but can not guarantee to only have a certain equipment of appointment controlled while having many controlled plants in this region.
During use with described laser remote-controlled signal projector to laser remote control signal receiver emissioning controling signal, laser remote control signal receiver enters permission mode of operation by slave mode control module control controlled plant after control signal is confirmed, allows to carry out remote control.The remote-control signal transmitter that can use separately laser remote-controlled signal projector, non-directivity, also can both be used in conjunction with, and controlled plant is controlled.
Controlling controlled plant in allowing under mode of operation, again pass through described laser remote-controlled signal projector to described laser remote control signal receiver emissioning controling signal, laser remote control signal receiver enters shut-down operation state by slave mode control module control controlled plant after control signal is confirmed, does not allow to carry out remote control.In said process, twice control signal that the laser remote-controlled signal projector of supporting telepilot is launched, can be identical control signal, can be also different control signals.
In above-mentioned design, first, by described laser remote-controlled signal projector and described laser remote control signal receiver, controlled plant is specified.Described laser remote-controlled signal projector and described laser remote control signal receiver can adopt, the technology type in the technical scheme of recording in " laser remote control signal receiver and the supporting laser remote-controlled signal projector thereof " described in the Patent data that application number is 200810035508.x.The controlled plant that only has laser remote control signal receiver to receive the laser signal of laser remote-controlled signal projector transmitting enters permission mode of operation, and other equipment, in shut-down operation state, are not accepted remote control.Can be more than one in the controlled plant that allows mode of operation.
Then still can utilize laser remote-controlled signal projector to control controlled plant, also can utilize non-directivity remote-control signal transmitter as Infrared remote controller, radio remote controller, controlled plant is controlled.
So just can specify the control of formula to many controlled plants in space, even if be not also prone to maloperation in the situation that controlled signal frequency is identical and carrier signal is identical of many controlled plants.Based on These characteristics, each producer can produce the telepilot with same frequency and carrier wave, because different equipment rooms does not exist interference.
The remote-control signal transmitter of laser remote-controlled signal projector and non-directivity, can adopt separate type, can be fitted together each other, but be not to have physical connection, and they can only be used in conjunction with.
Also there is a kind of comparatively special structure in appointment formula telechirics:
The remote signal receiver of described non-directivity is the laser remote control signal receiver of wide region, and the signal emission element of the remote-control signal transmitter of described non-directivity is laser instrument.
The laser remote control signal receiver of described wide region, has the wider feature of signal range of receiving.Astigmatism plate in the signal receive section of laser remote control signal receiver or light activated element (as photoelectric cell) area is larger.There is the situation of juxtaposition in the astigmatism plate that this design is particularly suitable for multiple controlled plants, is also specially adapted to control many laser navigation gears in the same space.
It should be noted that, " laser remote control signal receiver " described in the present invention and " remote signal receiver of non-directivity " are comparatively speaking, and the scope that " remote signal receiver of non-directivity " receives signal with respect to " laser remote control signal receiver " is wider; " laser remote-controlled signal projector " described in the present invention and " remote-control signal transmitter of non-directivity " are all comparatively speaking, " remote-control signal transmitter of non-directivity " can launch the more signal of wide region with respect to " laser remote-controlled signal projector ", and will depend on the circumstances.
There is the situation of juxtaposition in the astigmatism plate that appointment formula telechirics is applied to the controlled plant of multiple laser remote control signal receivers that wide region is housed:
Described Universal remote control receiving system comprises the laser remote control signal receiver of laser remote control signal receiver and wide region; The laser remote control signal receiver of laser remote control signal receiver and wide region is connected respectively slave mode control module.The laser remote control signal receiver of wide region also can be directly connected to controlled plant.
Described Universal remote control receiving system, the signal receive section of the laser remote control signal receiver of a set of Universal remote control receiving system, has independently astigmatism plate part or light activated element part with respect to other Universal remote control receiving systems.
The laser remote control signal receiver of the wide region of described Universal remote control receiving system, allows astigmatism plate or the light activated element of the signal receive section of a few cover Universal remote control receiving systems to have cross section or completely overlapping.
The remote-control signal transmitter of the non-directivity of described supporting telepilot, signal emission element is laser instrument.
The signal emission element of the remote-control signal transmitter using laser instrument as non-directivity is the structure that depends on Universal remote control receiving system.Reason is as follows:
Laser signal is directional transmissions, but at Ear Mucosa Treated by He Ne Laser Irradiation on the astigmatism plate of the signal receive section of Universal remote control receiving system or light activated element time, will be dispersed, lose directivity, directive surrounding.Therefore the remote-control signal transmitter of non-directivity can adopt laser remote-controlled signal projector.
The main points that judge in addition the remote-control signal transmitter of non-directivity in the present invention are also, described " non-directivity remote-control signal transmitter; the remote signal of launching can only guarantee that the controlled plant in certain area receives; can not guarantee that a certain controlled plant or a few the controlled plants of only specifying receive, and can not specify controlled plant of remote control in other words ".If as described in " there is cross section or completely overlapping in the astigmatism plate of the signal receive section of a few cover Universal remote control receiving systems or light activated element ", several controlled plants can receive signal simultaneously, laser remote-controlled signal projector may not be controlled a controlled plant of appointment, so the remote-control signal transmitter of non-directivity can adopt laser remote-controlled signal projector.
Appointment formula telechirics is applied in laser navigation gear:
Described Universal remote control receiving system, the signal receive section of the laser remote control signal receiver of a set of Universal remote control receiving system, has independently astigmatism plate or light activated element with respect to other Universal remote control receiving systems.
The remote signal receiver of the non-directivity of described Universal remote control receiving system, comprises the navigation signal receiver of laser navigation gear.
The remote-control signal transmitter of the non-directivity of described supporting telepilot is, laser navigation sender unit, and the signal emission element of employing is laser instrument.Laser navigation sender unit using signal emission element as laser instrument as the reason of the remote-control signal transmitter of non-directivity as previously mentioned.
Based on above-mentioned technology, the invention provides a kind of Universal remote control receiving system, realized with a set of supporting telepilot, large number quipments is carried out to complicated remote control.Interference adopts to allow each producer to use in equipment after this system to there is telechirics similar or same frequency and carrier wave, even if very closely also can not appear in these equipment distances when remote control.For general the providing the foundation of each producer equipment.Increased the convenience to plurality of devices remote control.
Especially after adopting appointment formula telepilot, the technology of recording in the Patent data that is 200810035508.x with respect to application number is more convenient.The technology of recording in the Patent data that is 200810035508.x with respect to application number, requires laser remote-controlled signal projector towards the light signal receiving unit of laser remote control signal receiver, just can carry out remote control all the time.But the present invention adopts after appointment formula telepilot owing to non-directivity remote-control signal transmitter being housed as Infrared remote controller, radio remote controller, so just needn't make again laser remote-controlled signal projector all the time towards the signal receiving device of laser remote control signal receiver always.The convenience of operation improves greatly.
Accompanying drawing explanation
Fig. 1 is a kind of structural drawing of supporting telepilot;
Fig. 2 is a kind of structural drawing of appointment formula telechirics;
Fig. 3 is a kind of structural drawing of Universal remote control receiving system;
Fig. 4 is that appointment formula telechirics is for controlling the structural drawing of many electric lights;
Fig. 5 is that Universal remote control receiving system is for controlling the structural drawing of many electric lights;
Fig. 6 is the structural drawing that appointment formula telechirics is applied to laser navigation gear;
Fig. 7 is the structural drawing that Universal remote control receiving system is applied to laser navigation gear.
Embodiment
For technological means, creation characteristic that the present invention is realized, reach object and effect is easy to understand, below in conjunction with concrete diagram, further set forth the present invention.
With reference to Fig. 1, supporting telepilot, comprises signal projector, and signal projector comprises the remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity.The remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity is just used in conjunction with, and has been not necessary to physical connection.
With reference to Fig. 2, specify the laser remote-controlled signal projector 13 of formula telepilot 1 and the remote-control signal transmitter 12 (not shown in Fig. 2) of non-directivity, be fixedly connected with.Because the remote-control signal transmitter of non-directivity 12 can be the not strong telepilot of remote signal directivity of the transmittings such as existing Infrared remote controller, radio remote controller, supersonic remote-controller, wii telepilot, so its structure is not the emphasis that this patent document will be described.
For the ease of realizing the universalization of appointment formula telepilot 1, the remote-control signal transmitter 12 of non-directivity is provided with a small amount of necessary button, and button comprises a direction key, a switch key, a function selection key, a definite button.By above-mentioned button, can realize the conventional remote control to general controlled plant.As long as various controlled plants are unified received code, specify formula telepilot 1 just can realize the control to various controlled plants, such as televisor, air-conditioning, remote-controlled electric-lamp etc.
With reference to Fig. 3, the Universal remote control receiving system of appointment formula telechirics comprises the remote signal receiver 212 of laser remote control signal receiver 211, non-directivity, and the remote signal receiver 212 of laser remote control signal receiver 211, non-directivity connects respectively slave mode control module 213.Slave mode control module 213 is obtained laser remote control signal receiver 211 information.The information of selecting the remote signal receiver 212 that whether receives non-directivity to send by analytical information, or by analytical information, select whether to open the remote signal receiver 212 of non-directivity.
Embodiment 1
With reference to Fig. 2 and Fig. 3, with a supporting telepilot that the remote-control signal transmitter 12 of laser remote-controlled signal projector 13 and non-directivity is housed, specify formula telepilot 1, multiple TV set (21,22,23,24) is carried out to remote control.The Universal remote control receiving system of televisor (21,22,23,24) comprises the remote signal receiver of laser remote control signal receiver and non-directivity.Take televisor 21 as example, the Universal remote control receiving system of its appointment formula telechirics comprises the remote signal receiver 212 of laser remote control signal receiver 211 and non-directivity, and other televisors (22,23,24) are identical with televisor 21.Astigmatism plate in using the screen of televisor 21 as the signal receive section of laser remote control signal receiver 211.
In use, irradiate astigmatism plate (or astigmatism plate assigned address) with the laser remote-controlled signal projector 13 of specifying formula telepilot 1, the laser signal in astigmatism plate is received (technology of being recorded in the Patent data that to please refer to application number be 200810035508.x) by the signal receive section of laser remote control signal receiver 211.The slave mode control module 213 of Universal remote control receiving system is made response, controls televisor 21 and enters permission mode of operation.
Then utilize the remote signal receiver 212 of non-directivity and the remote-control signal transmitter 12 of non-directivity to control televisor.The wherein remote signal receiver 212 of non-directivity and the remote-control signal transmitter 12 of non-directivity, still adopts general traditional infrared remote-controlled signal receiver and infrared remote-controlled signal transmitter.
Because not being subject to laser remote-controlled signal projector 13, other televisors (22,23,24) irradiate, the slave mode control module 213 of their Universal remote control receiving system is not made response, and televisor (22,23,24) is still in shut-down operation state.While using the remote-control signal transmitter 12 of non-directivity, televisor (22,23,24), although can receive remote signal, is not made response to remote signal.
While needing separately one of them in televisor (22,23,24) to be carried out to remote control.Again with laser remote-controlled signal projector 13, irradiate astigmatism plate (screen of televisor 21), the laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver 211.The slave mode control module 213 of Universal remote control receiving system is made response, controls televisor 21 and enters shut-down operation state.
In the mode of controlling televisor 21, separately one of them in televisor (22,23,24) carried out to remote control.
In the time of need to carrying out remote control at least two in televisor (21,22,23,24).As long as make to need the televisor of controlling in allowing mode of operation simultaneously.
The control action that it should be pointed out that especially laser remote-controlled signal projector 13 allows flexible and changeable.Such as can only irradiating astigmatism plate as control signal take laser spot, also can be by the action of laser spot as control signal.
Based on above-mentioned technical description, the technology in the present invention can be transplanted in other controlled plants easily.Such as being applied on remote control transport vehicle, on supersonic frequency (s.f.) electromagnetic oven, on remote-controlled robot and on other controlled commercial units or controlled lifestyle device.
Embodiment 2
Also there is comparatively special structure in appointment formula telechirics, with reference to Fig. 4.
The laser remote-controlled signal projector 11 of appointment formula telepilot in the present embodiment and the remote-control signal transmitter 10 of non-directivity, all there is laser instrument, therefore can share laser instrument, even can share cover signal emission module, the i.e. remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity in this case, can only adopt laser remote-controlled signal projector 41.Laser remote-controlled signal projector 41 plays the function of the remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity simultaneously.
With reference to Fig. 4 and Fig. 5, take by many electric lights of appointment formula telechirics control (401,402,403,404) as example.The Universal remote control receiving system of electric light (401,402,403,404) includes the laser remote control signal receiver of laser remote control signal receiver and wide region.Electric light (401,402,403,404) is equipped with lampshade, with lampshade for astigmatism plate independently.
Take the structure of electric light 401 as example, Universal remote control receiving system, comprises the laser remote control signal receiver that astigmatism plate 421 is independently housed and the laser remote control signal receiver that adopts the wide region of astigmatism plate 422.Electric light (402,403,404) and electric light 401 structural similarities, share astigmatism plate 422.
In use, irradiate astigmatism plate 401 with laser remote-controlled signal projector 41, the laser signal in astigmatism plate 401 is received (technology of being recorded in the Patent data that to please refer to application number be 200810035508.x) by the signal receive section of laser remote control signal receiver 411.The slave mode control module 413 of Universal remote control receiving system is made response, controls electric light 401 and enters permission mode of operation.In said process, used the laser remote-controlled signal projector function of laser remote-controlled signal projector 41.
Then utilize laser remote-controlled signal projector 41 non-directivity remote-control signal transmitter function, laser spot is radiated in astigmatism plate 422, by the action of luminous point, electric light 401 is carried out to remote control.
Because not being subject to laser remote-controlled signal projector 41, the independently astigmatism plate (lampshade) of other electric lights (402,403,404) irradiates, the slave mode control module 413 of their Universal remote control receiving system is not made response, and electric light (402,403,404) is still in shut-down operation state.While using laser remote-controlled signal projector 41 by astigmatism plate 422, electric light 401 to be controlled, although the laser signal being scattered can be received by the Universal remote control receiving system of electric light (402,403,404).But electric light (402,403,404) does not respond.
While needing separately one of them in electric light (402,403,404) to be carried out to remote control.Again with laser remote-controlled signal projector 41, irradiate independently astigmatism plate 421, independently the laser signal in astigmatism plate 421 is received by the signal receive section of laser remote control signal receiver 411.The slave mode control module 413 of Universal remote control receiving system is made response, controls electric light 401 and enters shut-down operation state.Permission is controlled many electric lights by astigmatism plate 422 simultaneously.By astigmatism plate 422, can control the brightness of electric light (401,402,403,404).Concrete control method is not technical matters to be solved by this invention, does not therefore describe in detail.Concrete control method please refer to the technology of recording in the Patent data that application number is 200810035508.x.
By technique scheme, so just can be to sharing astigmatism plate in space, or astigmatism plate exists overlapping controlled plant to specify the control of formula.
The laser remote-controlled technology of being recorded in the Patent data that is 200810035508.x as application number, needs large-area astigmatism plate, but it is limited in space, to can be used as the object of astigmatism plate.The present invention makes the astigmatism plate of an object while as multiple controlled plants.Solved the limited problem of object that can be used as astigmatism plate in space.
Embodiment 3
Another comparatively specific embodiments in the present invention, the technology of the present invention is applied in laser navigation gear.It is control signal emitter that laser navigation gear adopts laser navigation sender unit.Laser navigation sender unit in laser navigation gear, although be the directed laser signal of transmitting, but be not directly to control by directed laser signal, but need laser signal to be radiated on object, after scattering, lost after directivity, could control laser navigation gear.During control, the laser navigation gear in each orientation (controlled plant) can receive described laser signal, can not specify a laser navigation gear (controlled plant) to receive laser signal, therefore the laser navigation sender unit in laser navigation gear should be classified as remote-control signal transmitter one class of non-directivity.
With reference to Fig. 1 and Fig. 6, because the signal emission element of the laser remote-controlled signal projector 11 of appointment formula telepilot in the present embodiment and the remote-control signal transmitter 10 of non-directivity all has laser instrument, therefore can share laser instrument, even can share cover signal emission module, the i.e. remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity in this case, can only adopt laser remote-controlled signal projector 32.Laser remote-controlled signal projector 32 plays the effect of the remote-control signal transmitter 10 of laser remote-controlled signal projector 11 and non-directivity simultaneously.
With reference to Fig. 6 and Fig. 7, the Universal remote control receiving system of the appointment formula telechirics of laser navigation car 301 comprises the remote signal receiver 312 (signal receiver of Laser navigation system) of laser remote control signal receiver 311 and non-directivity, connects respectively slave mode control module 313.Other laser navigation cars (302,303,304) are identical with laser navigation car 301 structures.Astigmatism plate 314 in using the shell of laser navigation car 301 as the signal receive section of laser remote control signal receiver 311.It is 200720018952.1 that the structure here also meets the patent No., and name is called the technical characterstic of " diffuser " described in the patent document of the laser remote-controlled receiving trap > of < < >.
In use, irradiate astigmatism plate 314 (or astigmatism plate 314 assigned addresses) with laser remote-controlled signal projector 32, the laser signal in astigmatism plate 314 is received (technology of being recorded in the Patent data that to please refer to application number be 200810035508.x) by the signal receive section of laser remote control signal receiver 312.The slave mode control module 313 of Universal remote control receiving system is made response, controls laser navigation car 301 and enters permission mode of operation.In said process, used the laser remote-controlled signal projector function of laser remote-controlled signal projector 32.
Then utilize the remote-control signal transmitter function of the non-directivity of laser remote-controlled signal projector 32, laser spot is radiated to ground or other body surfaces, the operation of navigating.
Because not being subject to laser remote-controlled signal projector 32, other laser navigation cars (302,303,304) irradiate, the slave mode control module 313 of their Universal remote control receiving system is not made response, and laser navigation car (302,303,304) is still in shut-down operation state.While using laser remote-controlled signal projector 32 to carry out laser navigation to laser navigation car 301, although the laser signal being scattered can arrive laser navigation car (302,303,304), light guide car (302,303,304) does not respond.
While needing separately one of them in light guide car (302,303,304) to be carried out to remote control.Again with laser remote-controlled signal projector 32, irradiate astigmatism plate 314 (or astigmatism plate 314 assigned addresses), the laser signal in astigmatism plate 314 is received by the signal receive section of laser remote control signal receiver 312.The slave mode control module 313 of Universal remote control receiving system is made response, controls laser navigation car 301 and enters shut-down operation state.
Visible by technique scheme, the present invention can control a large amount of laser navigation gears in the same space flexibly.Therefore for manufacturing the furniture such as cupboard, cabinet, desk with laser navigation function, established technical foundation.
The carrier of described Universal remote control receiving system be can carrying object furniture, as cupboard, cabinet or desk.The driving wheel that drives furniture to move is housed below above-mentioned furniture, and described driving wheel is subject to the control of described Universal remote control receiving system.The remote signal receiver of the non-directivity of described carrier can adopt Laser navigation system, the navigation signal receiver that the remote signal receiver of described non-directivity is Laser navigation system.So just remote control furniture flexibly, allows cupboard, cabinet or desk carry an object flexibly.The remote signal receiver of non-directivity also can adopt other the control system that can control driving wheel action.
By technique scheme, so just can specify to plural platform controlled plant in space the control of formula, even if be not also prone to maloperation in the situation that controlled signal frequency is identical and carrier signal is identical of plural platform controlled plant.Based on each producer of These characteristics, can use in a large number telepilot and the receiver with same frequency and carrier wave, because different equipment rooms does not exist interference.
Especially after adopting appointment formula telepilot, the technology of recording in the Patent data that is 200810035508.x with respect to application number is more convenient.The technology of recording in the Patent data that is 200810035508.x with respect to application number, requires laser remote-controlled signal projector towards the light signal receiving unit of laser remote control signal receiver, just can carry out remote control all the time.But the present invention adopts after appointment formula telepilot owing to non-directivity remote-control signal transmitter being housed as Infrared remote controller, radio remote controller, so just needn't make again laser remote-controlled signal projector all the time towards the signal receiving device of laser remote control signal receiver always.The convenience of operation improves greatly.
More than show and described ultimate principle of the present invention and principal character and advantage of the present invention.The technician of the industry should understand; the present invention is not subject to the restriction of above-mentioned using method; that in above-mentioned using method and instructions, describes just illustrates principle of the present invention; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.The claimed scope of the present invention is defined by appending claims and equivalent thereof.
Claims (22)
1. Universal remote control receiving system, described Universal remote control receiving system comprises laser remote control signal receiver, it is characterized in that, described Universal remote control receiving system also comprises remote signal receiver and the slave mode control module of non-directivity;
Slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity;
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area; The remote signal receiver of described non-directivity is, the remote signal receiver of the remote signal wider compared with laser remote control signal receiver range of receiving.
2. Universal remote control receiving system according to claim 1, it is characterized in that, the remote signal receiver duty of non-directivity comprises, controlled plant is played the state of control action, controlled plant do not played the state of control action, and the state that some control of controlled plant is limited, the state that control of controlled plant do not limited.
3. Universal remote control receiving system according to claim 1, is characterized in that, the remote signal receiver of laser remote control signal receiver and non-directivity is connected respectively slave mode control module.
4. Universal remote control receiving system according to claim 3, it is characterized in that, slave mode control module is connected with the remote signal receiver of non-directivity by controlled plant, reaches the object of the remote signal receiver duty of controlling non-directivity by controlling controlled plant.
5. according to the Universal remote control receiving system described in any one in claim 1-4, it is characterized in that, the remote signal receiver of described non-directivity is: infrared remote-controlled signal receiver, radio remote-controlled signal receiver, ultra-sonic remote control signal receiver or wii remote signal receiver.
6. according to the Universal remote control receiving system described in any one in claim 1-4, it is characterized in that, the signal receive section of the laser remote control signal receiver of a set of Universal remote control receiving system has independently astigmatism plate part or light activated element part.
7. specify formula telechirics, Universal remote control receiving system and supporting telepilot form appointment formula telechirics, described Universal remote control receiving system comprises laser remote control signal receiver, it is characterized in that: described Universal remote control receiving system also comprises remote signal receiver and the slave mode control module of non-directivity;
Slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity;
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area; The remote signal receiver of described non-directivity is, the remote signal receiver of the remote signal wider compared with laser remote control signal receiver range of receiving;
Supporting telepilot, comprises signal projector, and described signal projector comprises the remote-control signal transmitter of laser remote-controlled signal projector and non-directivity.
8. appointment formula telechirics according to claim 7, is characterized in that, the laser remote control signal receiver that the remote signal receiver of described non-directivity is wide region, and the signal emission element of the remote-control signal transmitter of described non-directivity is laser instrument.
9. appointment formula telechirics according to claim 8, is characterized in that: the astigmatism plate of the signal receive section of a few cover Universal remote control receiving systems or light activated element exist cross section or completely overlapping.
10. appointment formula telechirics according to claim 7, is characterized in that, various controlled plants are unified received code.
11. specify formula telechirics according to any one of claims of claim 7-10, it is characterized in that, controlled plant comprises transport vehicle, supersonic frequency (s.f.) electromagnetic oven, robot, controlled commercial unit or controlled lifestyle device.
12. are applied to the appointment formula telechirics of TV remote-control, Universal remote control receiving system and supporting telepilot form appointment formula telechirics, the Universal remote control receiving system of televisor comprises laser remote control signal receiver, it is characterized in that, the Universal remote control receiving system of televisor also comprises the remote signal receiver of non-directivity;
Described Universal remote control receiving system also comprises slave mode control module, and slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity;
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area; The remote signal receiver of described non-directivity is, the remote signal receiver of the remote signal wider compared with laser remote control signal receiver range of receiving;
Astigmatism plate in using the screen of televisor as the signal receive section of laser remote control signal receiver;
With a supporting telepilot that the remote-control signal transmitter of laser remote-controlled signal projector and non-directivity is housed, specify formula telepilot, multiple TV set is carried out to remote control.
The 13. appointment formula telechiricss that are applied to TV remote-control according to claim 12, it is characterized in that, in use, with laser remote-controlled signal projector irradiation astigmatism plate or the astigmatism plate assigned address of the formula of appointment telepilot, the laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver; The slave mode control module of Universal remote control receiving system is made response, controls televisor and enters permission mode of operation;
Then utilize the remote signal receiver of non-directivity and the remote-control signal transmitter of non-directivity to control televisor;
Use and finish, again with laser remote-controlled signal projector, irradiate the screen of astigmatism plate or televisor, laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver, the slave mode control module of Universal remote control receiving system is made response, controls televisor and enters shut-down operation state.
14. according to the appointment formula telechirics that is applied to TV remote-control described in claim 12 or 13, it is characterized in that, the remote signal receiver of non-directivity and the remote-control signal transmitter of non-directivity, adopt respectively infrared remote-controlled signal receiver and infrared remote-controlled signal transmitter.
15. according to the appointment formula telechirics that is applied to TV remote-control described in claim 12 or 13, it is characterized in that, in the time of need to carrying out remote control at least two in televisor, as long as make to need the televisor of controlling in allowing mode of operation simultaneously.
16. according to the appointment formula telechirics that is applied to TV remote-control described in claim 12 or 13, it is characterized in that, take laser spot, irradiates astigmatism plate as control signal.
17. according to the appointment formula telechirics that is applied to TV remote-control described in claim 12 or 13, it is characterized in that, the action by laser spot is as control signal.
18. are applied to the appointment formula telechirics of electric light remote control, and Universal remote control receiving system and supporting telepilot form appointment formula telechirics, and electric light is equipped with lampshade, it is characterized in that, with lampshade for astigmatism plate independently;
Universal remote control receiving system, comprises the independently laser remote control signal receiver of astigmatism plate and the remote signal receiver of the non-directivity of the wide region of employing astigmatism plate is housed;
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area; The remote signal receiver of described non-directivity is, the remote signal receiver of the remote signal wider compared with laser remote control signal receiver range of receiving;
Also comprise slave mode control module, slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity;
Supporting telepilot, comprises signal projector, and described signal projector comprises the remote-control signal transmitter of laser remote-controlled signal projector and non-directivity.
The 19. appointment formula telechiricss that are applied to electric light remote control according to claim 18, it is characterized in that, in use, by laser remote-controlled signal projector irradiation astigmatism plate, laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver, the slave mode control module of Universal remote control receiving system is made response, controls electric light and enters permission mode of operation;
Then utilize laser remote-controlled signal projector non-directivity remote-control signal transmitter function, laser spot is radiated in astigmatism plate, by the action of luminous point, electric light is carried out to remote control;
Finish using, again with laser remote-controlled signal projector, irradiate independently astigmatism plate, independently the laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver, the slave mode control module of Universal remote control receiving system is made response, controls electric light and enters shut-down operation state.
20. are applied to the appointment formula telechirics of laser navigation, Universal remote control receiving system and supporting telepilot form appointment formula telechirics, the Universal remote control receiving system of the appointment formula telechirics of laser navigation car comprises laser remote control signal receiver, described laser remote control signal receiver connects slave mode control module, it is characterized in that, the Universal remote control receiving system of the appointment formula telechirics of laser navigation car also comprises the remote signal receiver of non-directivity, and the remote signal receiver of described non-directivity also connects slave mode control module;
Slave mode control module, according to the signal of laser remote control signal receiver output, is controlled the remote signal receiver duty of non-directivity;
Described laser remote control signal receiver is to receive the laser remote control signal receiver of the laser signal in appointed area; The remote signal receiver of described non-directivity is, the remote signal receiver of the remote signal wider compared with laser remote control signal receiver range of receiving;
Astigmatism plate in using the shell of laser navigation car as the signal receive section of laser remote control signal receiver;
Supporting telepilot, comprises signal projector, and described signal projector comprises the remote-control signal transmitter of laser remote-controlled signal projector and non-directivity.
The 21. appointment formula telechiricss that are applied to laser navigation according to claim 20, it is characterized in that, in use, with laser remote-controlled signal projector irradiation astigmatism plate or astigmatism plate assigned address, laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver, the slave mode control module of Universal remote control receiving system is made response, controls laser navigation car and enters permission mode of operation;
Then utilize the remote-control signal transmitter function of the non-directivity of laser remote-controlled signal projector, laser spot is radiated to ground or other body surfaces, the operation of navigating;
Again with laser remote-controlled signal projector, irradiate astigmatism plate or astigmatism plate assigned address, laser signal in astigmatism plate is received by the signal receive section of laser remote control signal receiver, the slave mode control module of Universal remote control receiving system is made response, controls laser navigation car and enters shut-down operation state.
22. according to the appointment formula telechirics that is applied to laser navigation described in claim 20 or 21, it is characterized in that, the carrier of described Universal remote control receiving system be can carrying object furniture;
The driving wheel that drives furniture to move is housed below above-mentioned furniture, and described driving wheel is subject to the control of described Universal remote control receiving system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910209952.3A CN102214387B (en) | 2008-10-31 | 2009-10-25 | Universal remote-control receiving system as well as matched remote controller and use method thereof |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810202037 | 2008-10-31 | ||
| CN200810202037.7 | 2008-10-31 | ||
| CN200910209952.3A CN102214387B (en) | 2008-10-31 | 2009-10-25 | Universal remote-control receiving system as well as matched remote controller and use method thereof |
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| Publication Number | Publication Date |
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| CN102214387A CN102214387A (en) | 2011-10-12 |
| CN102214387B true CN102214387B (en) | 2014-04-30 |
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| CN200910209952.3A Expired - Fee Related CN102214387B (en) | 2008-10-31 | 2009-10-25 | Universal remote-control receiving system as well as matched remote controller and use method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| IN2012DE00985A (en) * | 2012-03-30 | 2015-09-11 | Trane Int Inc | |
| CN204256936U (en) * | 2012-08-09 | 2015-04-08 | 上海科斗电子科技有限公司 | Based on the telechirics of laser technology and assembly laser remote controller thereof and laser receiver |
| CN110726208B (en) * | 2019-09-11 | 2021-01-12 | 珠海格力电器股份有限公司 | Control method and device for multiple air conditioners, terminal and readable storage medium |
| CN112506197A (en) * | 2020-12-09 | 2021-03-16 | 深圳市优必选科技股份有限公司 | Control method and device of navigation robot, electronic equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2730030Y (en) * | 2004-09-28 | 2005-09-28 | 北京智农天地网络技术有限公司 | Remote multi-media iniformation receiver |
| CN101232561A (en) * | 2007-01-25 | 2008-07-30 | 深圳市易恒兴科技有限公司 | Method for setting area code and remote controller of general use numeral TV set top box |
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| CN102214387A (en) | 2011-10-12 |
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