CN106408911A - A compound remote controller - Google Patents
A compound remote controller Download PDFInfo
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- CN106408911A CN106408911A CN201610591487.4A CN201610591487A CN106408911A CN 106408911 A CN106408911 A CN 106408911A CN 201610591487 A CN201610591487 A CN 201610591487A CN 106408911 A CN106408911 A CN 106408911A
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- remote control
- infrared
- signal
- light
- wireless remote
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Classifications
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/04—Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infrared
Abstract
The invention relates to the field of control, particularly the field of remote control. An infrared pre-starting wireless remote control receiving system and an emitter thereof are provided. A compound remote controller and the infrared pre-starting wireless remote control receiving system are included. A remote control circuit of the compound remote controller is provided with a microprocessor system. One signal output terminal of the microprocessor system is directly or indirectly connected to an infrared light emitting diode. One signal output terminal of the microprocessor system is connected to a wireless remote control emitting module. The infrared pre-starting wireless remote control receiving system includes a remote control receiving module and a control executing module and also includes a microprocessor system. The remote control receiving module at least includes a wireless remote control receiving module and an infrared remote control receiving module, thus allowing combination of two remote control functions to be achieved.
Description
Technical field
The present invention relates to control field, more particularly, to field of remote control.
Background technology
Wireless remote control is a kind of remote control mode of relative ideal, but nigh controlled plant is it is necessary to adopt different
Remote control code, otherwise will result in remote control chaotic.And in a product, each product, all using different remote control codes, is equipped with not
Same remote control, will substantially increase the production cost of manufacturer.Also considerably increase the use difficulty of user.
Content of the invention
It is an object of the invention to provide infrared pretrigger wireless remote control reception system, solve above technical problem.
The present invention also aims to offer Combined type remote controller, solve above technical problem.
Technical problem solved by the invention can employ the following technical solutions to realize：
Infrared pretrigger wireless remote control reception system, including remote control reception module and a control performing module, its feature exists
In also including a microprocessor system, remote control reception module at least includes a wireless remote control receiver module, and an infrared remote control
Receiver module；
Described wireless remote control receiver module and described infrared remote control receiver module connect described microprocessor system respectively
Signal input part, the signal output part of described microprocessor system, connect described control performing module.
Thus allowing for the superposition of two kinds of distant control functions.
Described microprocessor system will receive the useful signal of infrared remote control receiver module, is considered as accepting wireless remote control
The condition of the control signal of receiver module.
Or, described microprocessor system will receive the useful signal of infrared remote control receiver module, is considered as executing nothing
The condition that the wireless remote control signals that line remote control reception module receives control.
Or, described microprocessor system is receiving the effective infrared remote control letter from infrared remote control receiver module
After number, just allow to accept the signal of wireless remote control receiver module.
Otherwise, wireless remote control receiver module is in off working state.Or, wireless remote control receiver module is even at work
State, microprocessor system is also considered as the invalidating signal receiving, and does not instruct control performing module action.
Wireless remote control is started by infrared remote control, necessary someone, in the same space, first sends infrared in control process
Remote signal, just allows to carry out other controls.
With respect to traditional wireless remote control, malice transmission wireless remote control signals carry out maliciously controlling a long way off can to avoid someone
System.
With respect to traditional infrared remote control, because being superimposed wireless remote control it is possible to add more remote informations；No
Remote control must be made always towards controlled plant in whole control process, be that user's use provides conveniently, and be remote control
Carry out action control or gesture control provides technical conditions.
Specifically, wireless remote control receiver module can be 2.4G wireless receiving module, bluetooth module.
Specifically, wireless remote control receiver module is not the Internet radio receiver module.Particularly, wireless remote control receiver module
It is not wifi module.
Described infrared remote control receiver module includes one for receiving the light-sensitive element of remote signal, and described light-sensitive element is permissible
It is photodiode, phototriode or infrared receiving terminal.
Described light-sensitive element is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer,
The infrared receiving terminal of being integrally formed.Internal circuit frequently includes infrared diode, amplifier, limiter, bandpass filter, amasss
Parallel circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.Using infrared remote control system, though
So block aspect in remote control distance and remote signal, with respect to wireless remote-control system, be in inferior position, but security be in excellent
Gesture.
Described infrared remote control receiver module is received the time span of infrared remote-controlled signal by described microprocessor system,
As the parameter judging telecommand.
Such as, described infrared remote control receiver module receives the time period of infrared remote-controlled signal, meet one shorter when
Between section, then be considered as a kind of telecommand.Such as start shooting.Described infrared remote control receiver module receives the time of infrared remote-controlled signal
Section, meets a longer time section, is then considered as another kind of telecommand.Such as wait wireless remote control signals to receive, or allow
Accept wireless remote control signals control.
Or, the time specifically described microprocessor system being received infrared remote-controlled signal is divided at least two sections,
One time period was the instruction only executing infrared remote-controlled signal, did not accept wireless remote control signals control；Another time period is to accept no
Line remote signal controls.
Such as, the time period accepting wireless remote control signals control is 0.2s～1.5s.Receive in microprocessor system
The time period of infrared remote-controlled signal is to accept wireless remote control signals control during 0.2s～1.5s.This time period completes maloperation
Shielding, makes operating personnel be easy to perceive and react again.
The time period of the only instruction of execution infrared remote-controlled signal is 1.5s～4s.Receive infrared in microprocessor system
The time period of remote signal is that the instruction only executing infrared remote-controlled signal during 1.5s～4s controls.This time period completes behaviour by mistake
Shield, so that operating personnel is easy to perceive and react again.
When only executing the instruction of infrared remote-controlled signal, microprocessor system by presently described control performing module work
Make state, as reference parameter.The described working condition difference controlling performing module, described microprocessor system receives phase
With infrared remote-controlled signal when, control the control instruction that sends of performing module also different to described.In order to implement control.
Receive wireless remote control signals control when, microprocessor system by presently described control performing module work shape
State, as reference parameter.The described working condition difference controlling performing module, described microprocessor system receives identical
During wireless remote control signals, also different to the described control instruction controlling performing module to send.In order to implement control.
It is provided with a glazed area in front of described light-sensitive element and be more than 1 square centimeter of light transmission mechanism, described light transmission mechanism,
It is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism is made to produce scattering.
More preferably glazed area is more than 10 square centimeters, the light transmission mechanism less than 100 square centimeters.To avoid difficulty
To trigger light-sensitive element it is possible to avoid volume excessive.
Face inside described light transmission mechanism, more smooth than the face in outside.The infrared remote control that shiny surface enters to transmission
Signal, is carried out once or multiple reflections, is easy to light-sensitive element and receives.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
Described light transmission mechanism can be the light transmission mechanism of closed surface, or the light transmission mechanism of arcwall face.Described printing opacity machine
Structure surrounds described light-sensitive element.So that the light of surrounding all facilitates access for, and reflect beneficial to forming internal light.
Described microprocessor system, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remote control receiver module, after setting time, then no longer accepts.
Described setting time, can be arranged on no more than 20 seconds.To avoid user slow because operating, and cause the remote control can not
Complete, the overlong time because allowing wireless remote control can be avoided again, and cause maloperation or set apart to malicious operation.
The time starting point of described setting time acknowledges receipt of effective infrared remote control letter for described microprocessor system
Number time, terminating point be described microprocessor system no longer allow accept from wireless remote control receiver module control signal
Time.
Write in microprocessor system program, the starting point and ending point calculating setting time can also be saved with other
Point.But ultimately cause, meet setting time parameter in this patent, that is, think and meet the time that this patent objectively responds,
Should be in this patent protection domain.
Further, described setting time can be arranged on less than 10 seconds.Test shows, this parameter is adapted to big absolutely portion
Divide the use habit of user.
Further, described setting time can be arranged on less than 5 seconds.Test shows, this parameter is adapted to big absolutely portion
Divide the use habit of user, there is preferable security simultaneously.
One self-locking setting time is set further, and described self-locking setting time is that described microprocessor system is receiving
To after effective infrared remote-controlled signal, but it is carried out the time of the control signal from wireless remote control receiver module.
Operating personnel, artificially after infrared remote-controlled signal transmission, when restarting wireless remote control signals transmitting, because the behaviour of people
Make there is retardance the linking it is impossible to very fast.After infrared remote-controlled signal sensing, launch the wireless remote control signals of coming at once,
It is not very likely controllers intentional emission, but interference signal.Therefore setting self-locking setting time is conducive to strengthening
Antijamming capability.
Specifically, described self-locking setting time is set to the time period between 0.05s to 3s.
It is further arranged to the time period between 0.1s to 0.5s.
Further, in self-locking setting time, described wireless remote control receiver module receives wireless remote control signals, and transmits
To microprocessor system, after microprocessor system is judged to valid wireless remote signal, terminate this operation.Even if super
Cross self-locking setting time, also do not execute the remote control of wireless remote control signals.To avoid someone's malicious interference, or non-malicious interference.
Described microprocessor system, is also associated with a warning indication device.Exist detecting in self-locking setting time
After valid wireless remote signal, warning indication device is excited to be warned.Sense operation personnel receive interference.
Described control performing module can be controlled force device, motor, light-emitting component, sounding component, display etc.
One of or several.
Described light-emitting component can be visible ray light-emitting component or infrared light light-emitting component.For sending control
The infrared signal of other electrical equipment.
It is embodied as one：
Control the control performing module that performing module is for controlling lamp.
Described control performing module is the control performing module with switching function.Further, described control performing module
For having the control performing module adjusting light intensity.
Described control performing module, is output current constant current, the controlled control performing module of output voltage.In order to control
LED brightness.
The described controlled electric element controlling performing module is relay.By control relay, and then control luminous unit
Part.
The described controlled electric element controlling performing module is at least two relays, being subject to of at least one of which relay
Control end is in series with resistance.Thus connecting different relays by controlling, realize different brightness.
Described control performing module can also be a control performing module with toning function, and described luminescent device is tool
There is the luminescent device of toning function.
It is embodied as two：
Control performing module is infrarede emitting diode.For sending the infrared signal controlling other electrical equipment, and then realize
Control execution action.
Such as can be by controlling performing module RTV remote television, air-conditioning etc..
It is embodied as three：
Control performing module is relay.Described relay connects and controls the power supply of electrical equipment.Realize electricity consumption is set
Standby switch.
It is embodied as four：
Control performing module is motor.Described motor can drive electrically operated gate, motorized window, electrically driven curtain, or even machine
Device human action.
Combined type remote controller, including a remote control circuit it is characterised in that：
Also include a battery interface, described remote control circuit is connected to described battery interface；
Remote control circuit is provided with microprocessor system, and a signal output part of described microprocessor system directly or indirectly connects
It is connected to infrarede emitting diode；
One signal output part of described microprocessor system, direct or indirect is connected with a wireless remote control transmitter module.
Make a remote control can send out infrared remote-controlled signal and wireless remote control signals respectively.Remote control circuit passes through battery
Interface, obtains electric energy.The battery that battery interface connects can be dry cell or power storage cell.
Described Combined type remote controller is provided with the battery case being limited to install a section dry cell, and battery interface is arranged on described battery
In groove.For connecting battery.
Described battery interface can also be handset earphone plug.Logical insertion handset earphone jack, obtains the electricity of battery of mobile phone
Energy.
It is additionally provided with a power management module with boost function between described battery interface and remote control circuit.Setting has
The power management module of boost function, although increased cost, increased energy consumption, but is reduction of whole Combined type remote controller
Weight, user's impression when optimizing hand-held.
Described battery case is the battery case installing No. 5 batteries of section.Save what No. 5 batteries can provide according to actual test one
Electric energy, can maintain the time of Combined type remote controller work to disclosure satisfy that user's request it is not necessary to frequently change battery, battery uses
Cost is also than relatively low.In addition, test shows the weight of remote control, not more light better, the weight of No. 5 batteries of section, user's hand
Holding sensation can be pleasant.
Using vibrating sensor system as Combined type remote controller action sensor-based system when, using one section No. 5 batteries
Preferable counterweight sense can be produced.Need not brandish very much, you can triggering vibrating sensor system again.
Described microprocessor system, is set as first launching infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to head
First start infrared pretrigger wireless remote control reception system with infrared remote-controlled signal, or the wireless remote control of other controlled plants connects
Receive, be then carried out wireless remote control.By above-mentioned design it is allowed in the range of wireless signal remote control, arrange more than one remote control generation
The consistent infrared pretrigger wireless remote control reception system of code or other controlled plants are chaotic without causing remote control.And have
Good security.
Microprocessor system, after transmitting infrared remote-controlled signal it is allowed in setting time, is meeting exciting no of setting
Under the conditions of line remote-transmitter module, excite wireless remote control transmitter module transmitting wireless remote control signals.After more than a setting time,
Even if under conditions of other of satisfaction setting excite wireless remote control transmitter module, not exciting wireless remote control transmitter module yet, not sending out
Penetrate wireless remote control signals.Avoid producing remote control confusion, adapt to the operating habit of people.
The time starting point of described setting time starts to drive infrarede emitting diode transmitting for described microprocessor system
The time of infrared remote-controlled signal, terminating point receives for described microprocessor system and acknowledges receipt of satisfaction and excites wireless remote control to send out
Penetrate module condition when.
Write in microprocessor system program, the starting point and ending point calculating setting time can also be saved with other
Point.But ultimately cause, meet setting time parameter in this patent, that is, think and meet the time that this patent objectively responds,
Should be in this patent protection domain.
Described setting time is 0.5～20 second.Or setting time was more than 0.5 second, less than 10 seconds.Or be set greater than 1 second,
Less than 5 seconds.
Described infrarede emitting diode is located in a cavity, and described cavity is provided with cavity wall and optical transmission window, described cavity
Wall adopts the cavity wall of shading.
Described infrarede emitting diode is more than 0.2cm apart from described optical transmission window, less than 10cm.
It is provided with plus lens in front of described infrarede emitting diode.
By above-mentioned design, the light that infrarede emitting diode sends can be made after plus lens, from optical transmission window
Project, there is certain directionality.
The angle of divergence of the optical system that described infrarede emitting diode is constituted with plus lens is 2～10 degree.In order to protect
The hot spot that card projects has certain area, control convenient to carry out.Can avoid because hot spot is excessive again, and cause maloperation.
More preferably the angle of divergence is 2～5 degree.
The angle of divergence is generally used for stating the degree of diverging laser beam.It is generally understood as, be the central optical axis of light beam, with light
Angle between the direction of propagation of light in bundle outside.
Described infrarede emitting diode is more than 1cm outside described optical transmission window, less than 10cm.
More preferably, described infrarede emitting diode is simultaneously more than 1.5cm outside described optical transmission window, is less than
5cm.
Described optical transmission window is provided with plus lens.To converge light.
Described infrarede emitting diode rear is provided with concave mirror.To converge light.
It is additionally provided with the ring body that a length is more than 1cm, described ring body is the ring body of a shading material in front of described plus lens.
To block to the light around launched.It is preferably length and be less than 3cm.
It is additionally provided with the body that a length is more than 2cm, described ring body is the body of a shading material in front of described plus lens.
It is preferably length and be less than 6cm.To block to the light around launched.
Combined type remote controller is provided with a shell, and described shell is less than 4 buttons.
Described shell is set to bar-shaped.In order to hand-held.
Further, shell is set to length in 8～20cm, and widest part width is in 5mm～25mm.It is easy to hand-held further.
More preferably, described shell is provided only with 1 button.
More preferably, it is not provided with button.So that user operation get up convenient, it is to avoid keypress function learn.
The microprocessor system of described remote control circuit is connected with a vibrating sensor system, and microprocessor system is provided with a control
Signal input part processed, described vibrating sensor system is provided with an induced signal output end, and described control signal input connects institute
State induced signal output end.With by vibration triggering microprocessor system.
The microprocessor system of described remote control circuit is connected with a touch sensing system.Microprocessor system is provided with a control
Signal input part, described touch sensing system is provided with an induced signal output end, and described control signal input connects described sense
Induction signal output end.With by touching triggering microprocessor system.
The microprocessor system of described remote control circuit is connected with a vibrating sensor system and touch sensing system.Obtain simultaneously
The signal of vibrating sensor system and touch sensing system when just triggering microprocessor system launch remote signal.
Described vibrating sensor system adopts metal column vibroswitch.
Described metal column vibroswitch includes a cylinder, and cylinder is respectively arranged at two ends with two electrodes, and two electrodes are equipped with
Depression, is provided with a metal column in cylinder, the length of described metal column is more than the distance between the concave edges of two electrodes, less than two
Distance between the depression summit of individual electrode；The external diameter of described metal column is less than the internal diameter of described cylinder.In order to when rocking, produce
Raw resistance variations.
The length of described metal column is more than 5mm, less than 20mm.In order to meet inertia requirement and intensity requirement.
Vibrating sensor system is using more preferably spring vibrating sensor.
Further, described microprocessor system is connected with angular transducer system.To sense angle change.
Further, described microprocessor system is connected with inclination sensor system.To sense tilt variation.
Further, described microprocessor system is connected with acceleration sensor system.With induction acceleration change.
Further, described microprocessor system is connected with electronic compass.To sense direction change.
Further, described microprocessor system is connected with proximity transducer system.With sense object distance change.Particularly
The distance change of sensing staff.Proximity transducer system is preferably active infra-red proximity transducer system.
Further, the microprocessor system of remote control circuit has been simultaneously connected with touch sensing system, angular transducer system.With
When obtain the signal of angular transducer system and touch sensing system, different according to the signal of angular transducer system, and touch
The signal of induction system is different, sends different remote signals.And then realize, in the case of no button, realizing abundant signal
Output.
Further, the microprocessor system of remote control circuit has been simultaneously connected with touch sensing system, inclination sensor system.With
When obtain the signal of inclination sensor system and touch sensing system, different according to the signal of inclination sensor system, and touch
The signal of induction system is different, sends different remote signals.And then realize, in the case of no button, realizing abundant signal
Output.
Further, the microprocessor system of remote control circuit has been simultaneously connected with touch sensing system, acceleration sensor system.
Obtain the signal of acceleration sensor system and touch sensing system simultaneously, different according to the signal of acceleration sensor system,
Different with the signal of touch sensing system, send different remote signals.And then realize, in the case of no button, realizing abundant
Signal output.
Described touch sensing system is provided with least two touch signal induction end.For sensing at least two zoness of different
Touch sensible.
At least two touch signal induction end are touched the precedence occurring as control instruction by described microprocessing systems,
Excite remote signal.
Such as two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, described microprocessing systems
It is considered as a control instruction, excite a remote signal；The order that triggering occurs is A after first B, and described microprocessing systems are considered as another
Individual different control instruction, excites another remote signal.Thus realizing the control instruction of complexity, and then realize complicated remote control letter
Number output.
Compound control mode, more preferably：
After described microprocessor system at least receives the vibration signal of vibrating sensor, sent out by infrarede emitting diode
Go out infrared remote-controlled signal；Detect the signal of other sensors again, according to the signal of other sensors, mate wireless remote control code,
And wireless remote control signals are sent by wireless remote control transmitter module.
Thus realizing the combined type transmission of infrared remote-controlled signal and wireless remote control signals, controlled plant is realized with combined type control
System.
The first compound control mode：
Described microprocessor system is receiving the useful signal of touch sensing system, is sent by infrarede emitting diode
Infrared remote-controlled signal.
Described touch sensing system is provided with least two touch signal induction end, and described microprocessor system receives again
Successively during the touch signal of two touch signal induction end of triggering, wireless remote control signals are sent by wireless remote control transmitter module.
Priority is triggered the combination of different touch signal induction end by described microprocessing systems, refers to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, described microprocessor system
System is considered as the enhanced control instruction of light, excites a light to strengthen remote signal；The order that triggering occurs is A after first B, institute
State microprocessing systems and be considered as the control instruction that a light weakens, excite a light to weaken remote signal.
It is additionally provided with an inclination sensor system, proximity transducer system, or an acceleration sensor system.Or angle passes
Sensor system.
Described microprocessor system further by the induced signal of touch sensing system, with inclination sensor system, close
After the induced signal superposition of the wherein at least one in sensing system, or an acceleration sensor system, refer to as control
Order.To realize more complicated control instruction output.
Second compound control mode：
Described microprocessor system, after receiving the useful signal of touch sensing system, is sent out by infrarede emitting diode
Go out infrared remote-controlled signal.
The signal input part of described microprocessor system is also connected with described acceleration sensor system, passes in described acceleration
When the acceleration direction of sensor system sensing is different, sent by wireless remote control transmitter module, send different wireless remote control letters
Number.
Or, the signal input part of described microprocessor system is also connected with acceleration sensor system, in described acceleration
The acceleration change of sensing system sensing is different, is sent by wireless remote control transmitter module, sends different wireless remote control letters
Number.
It is initially such as to accelerate to the left, then become and turn to downward acceleration, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change turns to and accelerates to the right, sends another kind of wireless remote control signals.
It is additionally provided with an inclination sensor system, proximity transducer system, or an acceleration sensor system.Or connect again
Connect angular transducer system.
Described microprocessor system further by the induced signal of acceleration sensor system, with inclination sensor system,
After at least one of induced signal superposition in angular transducer system, or a vibrating sensor, as control instruction.
To realize more complicated control instruction output.
The third compound control mode：
Described microprocessor system, after receiving the useful signal of vibrating sensor, is sent by infrarede emitting diode
Infrared remote-controlled signal.
The signal input part of described microprocessor system is also connected with described acceleration sensor system, passes in described acceleration
When the acceleration direction of sensor system sensing is different, sent by wireless remote control transmitter module, send different wireless remote control letters
Number.
Or, the signal input part of described microprocessor system is also connected with acceleration sensor system, in described acceleration
The acceleration change of sensing system sensing is different, is sent by wireless remote control transmitter module, sends different wireless remote control letters
Number.
It is initially such as to accelerate to the left, then become and turn to downward acceleration, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change turns to and accelerates to the right, sends another kind of wireless remote control signals.
Also include touch sensing system, described touch sensing system is provided with least two touch signal induction end, described
When microprocessor system receives the touch signal successively triggering two touch signal induction end again, mould is launched by wireless remote control
Block sends wireless remote control signals.
Priority is triggered the combination of different touch signal induction end by described microprocessing systems, refers to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, described microprocessor system
System is considered as the enhanced control instruction of light, excites a light to strengthen remote signal；The order that triggering occurs is A after first B, institute
State microprocessing systems and be considered as the control instruction that a light weakens, excite a light to weaken remote signal.
It is additionally provided with an inclination sensor system, or proximity transducer system.Or reconnect angular transducer system.
Described microprocessor system further by the induced signal of acceleration sensor system, with inclination sensor system,
After at least one of induced signal superposition in angular transducer system, or a touch sensing system, refer to as control
Order.To realize more complicated control instruction output.
4th kind of compound control mode：
Described microprocessor system is receiving the useful signal of touch sensing system, and receives vibrating sensor
After useful signal, infrared remote-controlled signal is sent by infrarede emitting diode.
Described touch sensing system is provided with least two touch signal induction end, and described microprocessor system receives again
Successively during the touch signal of two touch signal induction end of triggering, wireless remote control signals are sent by wireless remote control transmitter module.
Priority is triggered the combination of different touch signal induction end by described microprocessing systems, refers to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, described microprocessor system
System is considered as the enhanced control instruction of light, excites a light to strengthen remote signal；The order that triggering occurs is A after first B, institute
State microprocessing systems and be considered as the control instruction that a light weakens, excite a light to weaken remote signal.
Described microprocessor system is also associated with inclination sensor system described in, in the output of described inclination sensor system
Induced signal different when, excite touch sensing system, produced control instruction is different.Send different wireless remote control letters
Number.
Such as, when being inclined upwardly, and exciting two touch signal induction end A, B successively, send is to increase or reduces
The wireless remote control signals of television sound volume.
Such as, when keeping flat, and exciting two touch signal induction end A, B successively, send is to increase or reduces TV
The wireless remote control signals of platform number.
Described microprocessor system can also be connected with proximity transducer system, or an acceleration sensor system.Or
Person reconnects angular transducer system.
Described microprocessor system further by the induced signal of touch sensing system, with inclination sensor system, angle
The sensing of the wherein at least one in sensing system, proximity transducer system, or an acceleration sensor system or two kinds
After Signal averaging, as control instruction.To realize more complicated control instruction output.
Described microprocessor system is connected with inclination sensor system described in a touch sensor system and.It is preferably again
Connect an acceleration transducer.
Complete whether someone's hand-held remote controller, remote control use in hand-held angle of inclination how.Determine at angle of inclination
On the basis of, then judge to accelerate the perception in direction, the perception brandished such as to the left, to the right, upwards, downwards.It is relatively
For ideal, adapt to the sensor senses collocation of the use habit of people the most.
Using the bulb of infrared pretrigger wireless remote control reception system, including at least one luminescent device, and one will be described
Luminescent device is connected to the lamp socket of power supply it is characterised in that including an infrared pretrigger wireless remote control reception system, infrared pre- opens
Dynamic wireless remote control reception system includes remote control reception module and a control performing module, also includes a microprocessor system, institute
State remote control reception module and at least include a wireless remote control receiver module, and an infrared remote control receiver module；
Described wireless remote control receiver module and described infrared remote control receiver module connect described microprocessor system respectively
Signal input part, the signal output part of described microprocessor system, connect described control performing module；
Described control performing module is arranged between luminescent device and described lamp holder.
Control the luminous situation of luminescent device by controlling performing module.
Described luminescent device is fixed on above described lamp holder, and described lamp holder is provided with the power access end for connecting power supply.
Described infrared pretrigger wireless remote control reception system includes power module, and power module connects remote control reception module,
Remote control reception module connects control performing module；
The power input of described power module connects the power access end of described lamp holder；
Described control performing module is provided with controlled electric element, and described controlled electric element controls the described photophore of connection
Part；
It is provided with least one light-emitting component in described luminescent device.
By above-mentioned design, make the remote control of electric light be no longer necessary to electrician's construction and realize.Only needing to user will be using infrared pre-
The bulb twist-on starting wireless remote control reception system is on original lamp socket, you can realize the distant control function of electric light.
Lamp holder, refers to be connected on lamp cord end, the interface for bulb mounting, need to use with caution.Electric light source mainly uses
Lamp holder, lamp socket naming method.Lamp socket, is fixed light position and the device making lamp contact be connected with power supply.It is usually by lamp holder
It is fixed on lamp socket, realize the power supply to bulb and connect and fixing.
Described luminescent device can be at least one LED particle, at least one incandescent lamp filament, at least one fluorescent tube etc., energy
Enough realizations convert electrical energy into the device of light.
The described bulb using infrared pretrigger wireless remote control reception system is additionally provided with luminescent device pedestal, described photophore
Part pedestal is arranged on above lamp holder, and described luminescent device is arranged on above described luminescent device pedestal.
The circuit of described infrared pretrigger wireless remote control reception system is arranged on below described luminescent device pedestal.Or,
The circuit of described infrared pretrigger wireless remote control reception system is arranged in described luminescent device pedestal.
The described bulb using infrared pretrigger wireless remote control reception system is additionally provided with a bulb shield, and described bulb shield covers
Described luminescent device.
Directly or indirectly it is fixed with bulb shield described in, described infrared pretrigger wireless remote control connects above described lamp holder
The circuit of receipts system and described luminescent device are fixed on the locus between described lamp holder and bulb shield.
Realize integrative design, be easy to assembling, preserve, transport and install.
Described bulb shield constitutes a closed housing, the electricity of described infrared pretrigger wireless remote control reception system with described lamp holder
Road is wrapped in described closed housing together with described luminescent device.Described closed housing, not necessarily refers to the chamber sealing
Body.
Described infrared remote control receiver module includes one for receiving the light-sensitive element of remote signal, and described light-sensitive element is permissible
It is photodiode, phototriode or infrared receiving terminal.
Described light-sensitive element is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer,
The infrared receiving terminal of being integrally formed.Internal circuit frequently includes infrared diode, amplifier, limiter, bandpass filter, amasss
Parallel circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.Using infrared remote control system, though
So block aspect in remote control distance and remote signal, with respect to wireless remote-control system, be in inferior position, but security be in excellent
Gesture.
The light receiving surface of the receiving light of described light-sensitive element, is arranged on using infrared pretrigger wireless remote control reception system
Outside bulb.Can be provided in that lamp holder is outer, bulb shield is outer, outside bulb shield seat, or outside luminescent device pedestal.Red in order to receive
Outer remote signal.
Described light-sensitive element is inside the bulb using infrared pretrigger wireless remote control reception system, and arranges and make ambient light
The light transmission mechanism that line passes through.Described light-sensitive element can be provided in bulb shield, in bulb shield seat, or luminescent device pedestal
Interior.With clean and tidy, attractive in appearance outside guarantee.And bulb shield, bulb shield seat, or luminescent device pedestal setting light transmission mechanism.Or
Bulb shield, bulb shield seat, or luminescent device pedestal is made up of light transmissive material, itself is as light transmission mechanism.And then avoid to infrared
Remote signal is blocked.
Described light transmission mechanism, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism is made to produce
Raw scattering.
Face inside described light transmission mechanism, more smooth than the face in outside.The infrared remote control that shiny surface enters to transmission
Signal, is carried out once or multiple reflections, is easy to light-sensitive element and receives.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
It is preferably, described light-sensitive element is arranged in described bulb shield, bulb is covered with the astigmatism knot making light produce scattering
Structure.The IR for remote control being irradiated on bulb shield is made to produce scattering.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
Described light transmission mechanism is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and it is bent that described light-sensitive element is located at described closure
Face inner space.Transmission is entered with the infrared remote-controlled signal of closed surface, is reflected, be easy to light-sensitive element and receive.Realize
The screening of infrared remote-controlled signal and enhancing.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Described light transmission mechanism is preferably a concave structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Concave structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
Using the ceiling light of infrared pretrigger wireless remote control reception system, including power interface and at least one bulb holder, its
It is characterised by, including an infrared pretrigger wireless remote control reception system, infrared pretrigger wireless remote control reception system includes remote control
Receiver module and a control performing module, also include a microprocessor system, described remote control reception module at least includes one no
Line remote control reception module, and an infrared remote control receiver module；
Described wireless remote control receiver module and described infrared remote control receiver module connect described microprocessor system respectively
Signal input part, the signal output part of described microprocessor system, connect described control performing module；
Described control performing module is arranged between bulb holder and described power interface.
Control the electric power thus supplied of bulb holder by controlling performing module.
By above-mentioned design, make the remote control of electric light be no longer necessary to electrician's special construction and realize.Only need to according to conventional ceiling light
The mode installed, can achieve distant control function by accessing power supply using the ceiling light of infrared pretrigger wireless remote control reception system.
Described bulb holder can access LED lamp panel, incandescent lamp, fluorescent lamp, or other electric lights.
The described ceiling light using infrared pretrigger wireless remote control reception system is additionally provided with ceiling light pedestal, and described bulb holder sets
Put above described ceiling light pedestal.Ceiling light pedestal is used for for whole ceiling light being fixed on roof.
The circuit of described infrared pretrigger wireless remote control reception system is fixed on described ceiling light pedestal.
The described ceiling light using infrared pretrigger wireless remote control reception system also includes a lampshade, and described lampshade residence is stated
Bulb holder.And then cover the electric light being arranged on bulb holder.
The circuit of described infrared pretrigger wireless remote control reception system is fixed on the sky between described ceiling light pedestal and lampshade
Between position.
Realize integrative design, be easy to assembling, preserve, transport and install.
Described lampshade constitutes a closed housing with described ceiling light pedestal, described infrared pretrigger wireless remote control reception system
Circuit is wrapped in described closed housing together with described bulb holder.Described closed housing, not necessarily refers to sealing
Cavity.
Described infrared remote control receiver module includes one for receiving the light-sensitive element of remote signal, and described light-sensitive element is permissible
It is photodiode, phototriode or infrared receiving terminal.
Described light-sensitive element is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer,
The infrared receiving terminal of being integrally formed.Internal circuit frequently includes infrared diode, amplifier, limiter, bandpass filter, amasss
Parallel circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.Using infrared remote control system, though
So block aspect in remote control distance and remote signal, with respect to wireless remote-control system, be in inferior position, but security be in excellent
Gesture.
The light receiving surface of the receiving light of described light-sensitive element, is arranged on using infrared pretrigger wireless remote control reception system
Outside ceiling light.Can be provided in outside ceiling light pedestal or outside lampshade.In order to receive infrared remote-controlled signal.
It is also possible that described light-sensitive element is arranged on inside the ceiling light using infrared pretrigger wireless remote control reception system,
And the light transmission mechanism making ambient pass through is set.Described light-sensitive element can be provided in lampshade or in ceiling light pedestal.With
Clean and tidy, attractive in appearance outside ensureing.And lampshade or ceiling light pedestal setting light transmission mechanism.Or lampshade or ceiling light pedestal are by printing opacity material
Material is made, and itself is as light transmission mechanism.And then avoid infrared remote-controlled signal is blocked.
Described light transmission mechanism, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism is made to produce
Raw scattering.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
It is preferably, described light-sensitive element is arranged in described lampshade, lampshade is provided with the diffusing structure making light produce scattering.Make
The IR for remote control being irradiated on lampshade produces scattering.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
Face inside described light transmission mechanism, more smooth than the face in outside.The infrared remote control that shiny surface enters to transmission
Signal, is carried out once or multiple reflections, is easy to light-sensitive element and receives.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Described light transmission mechanism is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and it is bent that described light-sensitive element is located at described closure
Face inner space.Shiny surface enters the infrared remote-controlled signal of closed surface to transmission, is reflected, and is easy to light-sensitive element and connects
Receive.Realize screening and the enhancing of infrared remote-controlled signal.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Described light transmission mechanism is preferably a globoidal structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Globoidal structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
The outside of globoidal structure is diffusing structure, and inner side is shiny surface, and described light-sensitive element is located in described globoidal structure
Side space.Shiny surface enters the infrared remote-controlled signal of globoidal structure to transmission, is reflected, and is easy to light-sensitive element and receives.Real
The screening of existing infrared remote-controlled signal and enhancing.
Shiny surface refers to the face smooth with respect to diffusing structure.
Using infrared pretrigger wireless remote control reception system remote signal converter it is characterised in that including one infrared
Pretrigger wireless remote control reception system, infrared pretrigger wireless remote control reception system includes remote control reception module and and controls execution
Module, also includes a microprocessor system, and described remote control reception module at least includes a wireless remote control receiver module, and one is red
Outer remote control reception module；
Described wireless remote control receiver module and described infrared remote control receiver module connect described microprocessor system respectively
Signal input part, the signal output part of described microprocessor system, connect described control performing module, described control execution
Module is described remote-control signal transmitter.
Remote signal converter using infrared pretrigger wireless remote control reception system receives after effective telecommand,
Remote signal corresponding with telecommand is launched by remote-control signal transmitter, realizes the remote control to other equipment.Can be real
The translation of existing remote control language, realizes the equipment that a kind of remote control language remote control adopts other remote control language.And then realize one
Or a kind of remote control can be with the purpose of remote control different existing devices in a large number.
Furthermore it is possible to realize to translate into the remote control language of common equipment using gesture motion remote control language.And then realize
Gesture remote control common TV, gesture remote control common air-conditioning etc..
Described remote-control signal transmitter, can adopt infrared remote-controlled signal transmitter, it would however also be possible to employ wireless remote control signals
Transmitter.
Described microprocessor system is also associated with an infrared remote-controlled signal study chip, described infrared remote-controlled signal study
Chip connects an infrared optical sensor.To learn and typing infrared remote instruction.
Described microprocessor system is also associated with a wireless remote control signals study chip, described wireless remote control signals study
Chip connects a wireless remote control receiver module.To learn and the instruction of typing wireless remote control.
Described infrared remote control receiver module includes one for receiving the light-sensitive element of remote signal, and described light-sensitive element is permissible
It is photodiode, phototriode or infrared receiving terminal.
Remote signal converter using infrared pretrigger wireless remote control reception system includes a shell, and described shell sets
There is a light transmission mechanism, described light-sensitive element is arranged on inside described light transmission mechanism.
Described light transmission mechanism, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism is made to produce
Raw scattering.
Face inside described light transmission mechanism, more smooth than the face in outside.The infrared remote control that shiny surface enters to transmission
Signal, is carried out once or multiple reflections, is easy to light-sensitive element and receives.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Described light transmission mechanism can be the light transmission mechanism of closed surface, or the light transmission mechanism of arcwall face.Described printing opacity machine
Structure surrounds described light-sensitive element.So that the light of surrounding all facilitates access for, and reflect beneficial to forming internal light.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
Described light transmission mechanism is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and it is bent that described light-sensitive element is located at described closure
Face inner space.Transmission is entered with the infrared remote-controlled signal of closed surface, is reflected, be easy to light-sensitive element and receive.Realize
The screening of infrared remote-controlled signal and enhancing.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Described light transmission mechanism is preferably a concave structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Concave structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
Described microprocessor system, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remote control receiver module, after setting time, then no longer accepts.
Described setting time, can be arranged on no more than 20 seconds.To avoid user slow because operating, and cause the remote control can not
Complete, the overlong time because allowing wireless remote control can be avoided again, and cause maloperation or set apart to malicious operation.
The time starting point of described setting time acknowledges receipt of effective infrared remote control letter for described microprocessor system
Number time, terminating point be described microprocessor system no longer allow accept from wireless remote control receiver module control signal
Time.
Write in microprocessor system program, the starting point and ending point calculating setting time can also be saved with other
Point.But ultimately cause, meet setting time parameter in this patent, that is, think and meet the time that this patent objectively responds,
Should be in this patent protection domain.
Further, described setting time can be arranged on less than 10 seconds.Test shows, this parameter is adapted to big absolutely portion
Divide the use habit of user.
Further, described setting time can be arranged on less than 5 seconds.Test shows, this parameter is adapted to big absolutely portion
Divide the use habit of user, there is preferable security simultaneously.
One self-locking setting time is set further, and described self-locking setting time is that described microprocessor system is receiving
To after effective infrared remote-controlled signal, but it is carried out the time of the control signal from wireless remote control receiver module.
Operating personnel, artificially after infrared remote-controlled signal transmission, when restarting wireless remote control signals transmitting, because the behaviour of people
Make there is retardance the linking it is impossible to very fast.After infrared remote-controlled signal sensing, launch the wireless remote control signals of coming at once,
It is not very likely controllers intentional emission, but interference signal.Therefore setting self-locking setting time is conducive to strengthening
Antijamming capability.
Specifically, described self-locking setting time is set to the time period between 0.05s to 3s.
It is further arranged to the time period between 0.1s to 0.5s.
Further, in self-locking setting time, described wireless remote control receiver module receives wireless remote control signals, and transmits
To microprocessor system, after microprocessor system is judged to valid wireless remote signal, terminate this operation.Even if super
Cross self-locking setting time, also do not execute the remote control of wireless remote control signals.To avoid someone's malicious interference, or non-malicious interference.
Described microprocessor system, is also associated with a warning indication device.Exist detecting in self-locking setting time
After valid wireless remote signal, warning indication device is excited to be warned.Sense operation personnel receive interference.
During the controlled plant that remote-control signal transmitter described in remote control controls, the photosurface of described light-sensitive element is subject to towards described
Control equipment.Receive the infrared remote-controlled signal that controlled plant reflects, realize infrared remote-controlled signal and receive.User is made to be easy to intuitively
Which controlled plant of being controlled of confirmation.
Such as, when described controlled plant is television set, the photosurface of described light-sensitive element is towards television screen.
For another example, when described controlled plant is air-conditioning, the photosurface of described light-sensitive element is towards air conditioner housing.
Can be to be provided with least two for receiving the light-sensitive element of remote signal, two light-sensitive elements are all towards front
Side or rear, and at a distance of more than 1cm.In order to receive the infrared remote-controlled signal in more large area.
Two light-sensitive elements, all towards front or behind, are not to say that reception direction is parallel it is allowed to receive direction have angle.
The angle being such as the photosurface direction of two light-sensitive elements is more than 10 degree, less than 60 degree.Ensure to receive as far as possible
Area is bigger, and avoids there is blind area as far as possible.
Brief description
Fig. 1 is a kind of structural representation using infrared pretrigger wireless remote control reception system.
Fig. 2 is a kind of light transmission mechanism structural representation.
Fig. 3 is Combined type remote controller internal structure schematic diagram.
Fig. 4 is Combined type remote controller circuit part structural representation.
Fig. 5 is a kind of structural representation of the bulb using infrared pretrigger wireless remote control reception system.
Fig. 6 is the partial circuit reception figure of the bulb using infrared pretrigger wireless remote control reception system.
Fig. 7 is a kind of structural representation of the ceiling light using infrared pretrigger wireless remote control reception system.
Fig. 8 is a kind of ball switch structural representation.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the present invention realizes are easy to understand, tie below
Conjunction is specifically illustrating and the present invention is expanded on further.
With reference to Fig. 1, Fig. 2, infrared pretrigger wireless remote control reception system, control execution including remote control reception module 22 and
Module 20, also includes a microprocessor system 223, and remote control reception module 22 at least includes a wireless remote control receiver module 221,
With an infrared remote control receiver module 222；Wireless remote control receiver module 221 and infrared remote control receiver module 222 connect miniature respectively
The signal input part of processor system 223, the signal output part of microprocessor system 223, connect and control performing module 20.From
And allow for the superposition of two kinds of distant control functions.
Microprocessor system 223 will receive the useful signal of infrared remote control receiver module 222, is considered as accepting wireless remote
The condition of the control signal of control receiver module 221.Or, microprocessor system 223 will receive infrared remote control receiver module
222 useful signal, is considered as executing the condition of the wireless remote control signals control that wireless remote control receiver module 221 receives.
Or, microprocessor system 223 is receiving the effective infrared remote control from infrared remote control receiver module 222
After signal, just allow to accept the signal of wireless remote control receiver module 221.
Otherwise, wireless remote control receiver module 221 is in off working state.Or, even if wireless remote control receiver module 221 place
In working condition, microprocessor system 223 is also considered as the invalidating signal receiving, and does not instruct control performing module 20 action.
Wireless remote control is started by infrared remote control, necessary someone, in the same space, first sends infrared in control process
Remote signal, just allows to carry out other controls.
With respect to traditional wireless remote control, malice transmission wireless remote control signals carry out maliciously controlling a long way off can to avoid someone
System.
With respect to traditional infrared remote control, because being superimposed wireless remote control it is possible to add more remote informations；No
Remote control must be made always towards controlled plant in whole control process, be that user's use provides conveniently, and be remote control
Carry out action control or gesture control provides technical conditions.
Specifically, wireless remote control receiver module 221 can be 2.4G wireless receiving module, bluetooth module.
Specifically, wireless remote control receiver module 221 is not the Internet radio receiver module.Particularly, wireless remote control receives
Module 221 is not wifi module.Wireless remote control receiver module 221 can also adopt wifi module.But it is proposed with other networks
Safety measure.
Infrared remote control receiver module 222 includes one for receiving the light-sensitive element 14 of remote signal, and light-sensitive element 14 is permissible
It is photodiode, phototriode or infrared receiving terminal.Light-sensitive element 14 is preferably infrared receiving terminal.Infrared receiving circuit leads to
Often it is integrated in an element by producer, the infrared receiving terminal of being integrally formed.Internal circuit frequently includes infrared diode, puts
Big device, limiter, bandpass filter, integrating circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other periphery electricity
Line structure.Using infrared remote control system although blocking aspect in remote control distance and remote signal, with respect to wireless remote-control system,
It is in inferior position, but security is had the advantage.
Infrared remote control receiver module 222 is received the time span of infrared remote-controlled signal by microprocessor system 223, makees
For judging the parameter of telecommand.
Such as, infrared remote control receiver module 222 receives the time period of infrared remote-controlled signal, meets a shorter time
Section, then be considered as a kind of telecommand.Such as start shooting.Infrared remote control receiver module 222 receives the time period of infrared remote-controlled signal,
Meet a longer time section, be then considered as another kind of telecommand.Such as wait wireless remote control signals to receive, or allow to accept
Wireless remote control signals control.
Or, the time specifically microprocessor system 223 being received infrared remote-controlled signal is divided at least two sections, and one
Time period is the instruction only executing infrared remote-controlled signal, does not accept wireless remote control signals control；Another time period is to accept wirelessly
Remote signal controls.
Such as, the time period accepting wireless remote control signals control is 0.2s～1.5s.Receive in microprocessor system 223
Time period to infrared remote-controlled signal is to accept wireless remote control signals control during 0.2s～1.5s.This time period completes behaviour by mistake
Shield, so that operating personnel is easy to perceive and react again.
The time period of the only instruction of execution infrared remote-controlled signal is 1.5s～4s.Receive in microprocessor system 223
The time period of infrared remote-controlled signal is that the instruction only executing infrared remote-controlled signal during 1.5s～4s controls.This time period completes
Maloperation shields, and so that operating personnel is easy to perceive and react again.
When only executing the instruction of infrared remote-controlled signal, microprocessor system 223 is currently controlled performing module 20
Working condition, as reference parameter.Control the working condition difference of performing module 20, microprocessor system 223 receives phase
With infrared remote-controlled signal when, to controlling, the control instruction that sends of performing module 20 is also different.In order to implement control.
When receiving wireless remote control signals control, microprocessor system 223 is currently controlled the work of performing module 20
State, as reference parameter.Control the working condition difference of performing module 20, microprocessor system 223 receives identical
During wireless remote control signals, also different to the control instruction controlling performing module 20 to send.In order to implement control.
With reference to Fig. 2, in front of light-sensitive element 14, it is provided with the light transmission mechanism 16 that a glazed area is more than 1 square centimeter, printing opacity
Mechanism 16, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism 16 is made to produce scattering.Further
It is preferably glazed area and be more than 10 square centimeters, the light transmission mechanism 16 less than 100 square centimeters.To avoid being difficult to trigger photosensitive unit
Part 14 is it is possible to avoid volume excessive.
The face of light transmission mechanism 16 inner side, more smooth than the face in outside.The infrared remote control letter that shiny surface enters to transmission
Number, carry out once or multiple reflections, being easy to light-sensitive element 14 and receiving.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.Diffusing structure can be densely covered with
Short grained structure.As frosted layer, fluorescence coating, soot layer etc..Diffusing structure can be semi-transparent configuration.Can be such as
Skin of paint, ceramic layer, translucent plastic film etc..
Light transmission mechanism 16 can be the light transmission mechanism 16 of closed surface, or the light transmission mechanism 16 of arcwall face.Light transmission mechanism
16 surround light-sensitive element 14.So that the light of surrounding all facilitates access for, and reflect beneficial to forming internal light.
Microprocessor system 223, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remote control receiver module 221, after setting time, then no longer accepts.
Setting time, can be arranged on no more than 20 seconds.To avoid user slow because operating, and cause remote control complete
Become, the overlong time because allowing wireless remote control can be avoided again, and cause maloperation or set apart to malicious operation.
The time starting point of setting time for microprocessor system 223 acknowledge receipt of effective infrared remote-controlled signal when
Between, terminating point be microprocessor system 223 no longer allows accept be derived from wireless remote control receiver module 221 control signal when
Between.
Write in microprocessor system 223 program, the starting point and ending point calculating setting time can also use it
His node.But ultimately cause, meet setting time parameter in this patent, that is, think meet that this patent objectively responds when
Between, also should be in this patent protection domain.
Further, setting time can be arranged on less than 10 seconds.Test shows, this parameter is adapted to overwhelming majority use
The use habit at family.
Further, setting time can be arranged on less than 5 seconds.Test shows, this parameter is adapted to overwhelming majority use
The use habit at family, has preferable security simultaneously.
One self-locking setting time is set further, and self-locking setting time is that microprocessor system 223 is receiving effectively
Infrared remote-controlled signal after, but be carried out the time of the control signal from wireless remote control receiver module 221.
Operating personnel, artificially after infrared remote-controlled signal transmission, when restarting wireless remote control signals transmitting, because the behaviour of people
Make there is retardance the linking it is impossible to very fast.After infrared remote-controlled signal sensing, launch the wireless remote control signals of coming at once,
It is not very likely controllers intentional emission, but interference signal.Therefore setting self-locking setting time is conducive to strengthening
Antijamming capability.
Specifically, self-locking setting time is set to the time period between 0.05s to 3s.It is further arranged to 0.1s to 0.5s
Between time period.
Further, in self-locking setting time, wireless remote control receiver module 221 receives wireless remote control signals, and transmits
To microprocessor system 223, after microprocessor system 223 is judged to valid wireless remote signal, terminate this operation.
Even more than self-locking setting time, do not execute the remote control of wireless remote control signals yet.To avoid someone's malicious interference, or non-malicious
Interference.
Microprocessor system 223, is also associated with a warning indication device.There are detecting in self-locking setting time
After the wireless remote control signals of effect, warning indication device is excited to be warned.Sense operation personnel receive interference.Control execution mould
Block 20 can be one of controlled force device, motor, light-emitting component 101, sounding component, display etc. or several.
Light-emitting component 101 can be visible ray light-emitting component or infrared light light-emitting component.Infrared light light-emitting component is used for sending
Control the infrared signal of other electrical equipment.
It is embodied as one：
Control the control performing module 20 that performing module 20 is for controlling lamp.Performing module 20 is controlled to be to have switch work(
The control performing module 20 of energy.Further, performing module 20 is controlled to be to have the control performing module 20 adjusting light intensity.
Control performing module 20, be output current constant current, the controlled control performing module 20 of output voltage.In order to control
LED brightness.
The controlled electric element controlling performing module 20 is relay.By control relay, and then control light-emitting component
101.
Control performing module 20 controlled electric element be at least two relays, at least one of which relay controlled
End is in series with resistance.Thus connecting different relays by controlling, realize different brightness.
Control performing module 20 can also be a control performing module 20 with toning function, luminescent device is to have tune
The luminescent device of color function.
It is embodied as two：
Control performing module 20 is infrarede emitting diode 31.For sending the infrared signal controlling other electrical equipment, and then
Realize controlling execution action.Such as can be by controlling performing module 20 RTV remote television, air-conditioning etc..
It is embodied as three：
Control performing module 20 is relay.Relay connects and controls the power supply of electrical equipment.Realize to electrical equipment
Switch.
It is embodied as four：
Control performing module 20 is motor.Motor can drive electrically operated gate, motorized window, electrically driven curtain, or even machine
Human action.
With reference to Fig. 3, Fig. 4, Combined type remote controller, including a remote control circuit, also include a battery interface 38, remote control circuit is even
It is connected to battery interface 38；Remote control circuit is provided with microprocessor system 33, a signal output part of microprocessor system 33 directly or
Person has been indirectly connected with infrarede emitting diode 31；One signal output part of microprocessor system 33, direct or indirect is connected with
One wireless remote control transmitter module 34.
Make a remote control can send out infrared remote-controlled signal and wireless remote control signals respectively.Remote control circuit passes through battery
Interface 38, obtains electric energy.The battery that battery interface 38 connects can be dry cell or power storage cell.
Combined type remote controller is provided with the battery case 39 being limited to install a section dry cell, and battery interface 38 is arranged on battery case 39
Interior.For connecting battery.
Battery interface can also be handset earphone plug.Logical insertion handset earphone jack, obtains the electric energy of battery of mobile phone.
It is additionally provided with a power management module 381 with boost function between battery interface 38 and remote control circuit.Setting tool
The power management module 381 having boost function, although increased cost, increased energy consumption, but it is distant to be reduction of whole combined type
The weight of control device, user's impression when optimizing hand-held.
Battery case 39 is the battery case 39 installing No. 5 batteries of section.Save what No. 5 batteries can provide according to actual test one
Electric energy, can maintain the time of Combined type remote controller work to disclosure satisfy that user's request it is not necessary to frequently change battery, battery uses
Cost is also than relatively low.In addition, test shows the weight of remote control, not more light better, the weight of No. 5 batteries of section, user's hand
Holding sensation can be pleasant.
Using vibrating sensor system 36 as Combined type remote controller action sensor-based system when, using one section No. 5 electricity
Pond can produce preferable counterweight sense.Need not brandish very much, you can triggering vibrating sensor system 36 again.
Microprocessor system 33, is set as first launching infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to first
Start infrared pretrigger wireless remote control reception system with infrared remote-controlled signal, or the wireless remote control of other controlled plants receive,
It is then carried out wireless remote control.By above-mentioned design it is allowed in the range of wireless signal remote control, arrange more than one remote control code one
The infrared pretrigger wireless remote control reception system causing or other controlled plants are chaotic without causing remote control.And have good
Security.
Microprocessor system 33, after transmitting infrared remote-controlled signal it is allowed in setting time, is meeting exciting of setting
Under the conditions of wireless remote control transmitter module 34, excite wireless remote control transmitter module 34 transmitting wireless remote control signals.More than a setting
After time, even if under conditions of other of satisfaction setting excite wireless remote control transmitter module 34, wireless remote control is not excited to launch yet
Module 34, does not launch wireless remote control signals.Avoid producing remote control confusion, adapt to the operating habit of people.
The time starting point of setting time for microprocessor system 33 start drive infrarede emitting diode 31 launch infrared
The time of remote signal, terminating point receives for microprocessor system 33 and acknowledges receipt of satisfaction and excites wireless remote control transmitter module
During 34 condition.
Write in microprocessor system 33 program, the starting point and ending point calculating setting time can also be saved with other
Point.But ultimately cause, meet setting time parameter in this patent, that is, think and meet the time that this patent objectively responds,
Should be in this patent protection domain.
Setting time is 0.5～20 second.Or setting time was more than 0.5 second, less than 10 seconds.Or be set greater than 1 second, it is less than
5 seconds.
Infrarede emitting diode 31 is located in a cavity, and cavity is provided with cavity wall and optical transmission window 41, and cavity wall is using screening
The cavity wall of light.Infrarede emitting diode 31 is more than 0.2cm apart from optical transmission window 41, less than 10cm.Infrarede emitting diode 31
Front is provided with plus lens 42.By above-mentioned design, the light that infrarede emitting diode 31 sends can be made to pass through to converge thoroughly
After mirror 42, project from optical transmission window 41, there is certain directionality.
The angle of divergence of the optical system that infrarede emitting diode 31 is constituted with plus lens 42 is 2～10 degree.In order to protect
The hot spot that card projects has certain area, control convenient to carry out.Can avoid because hot spot is excessive again, and cause maloperation.
More preferably the angle of divergence is 2～5 degree.
The angle of divergence is generally used for stating the degree of diverging laser beam.It is generally understood as, be the central optical axis of light beam, with light
Angle between the direction of propagation of light in bundle outside.
Infrarede emitting diode 31 is more than 1cm apart from optical transmission window 41 outside, less than 10cm.More preferably, infrared
Light emitting diode 31 is more than 1.5cm apart from optical transmission window 41 outside one side, less than 5cm.Optical transmission window 41 is provided with plus lens 42.
To converge light.Infrarede emitting diode 31 rear is provided with concave mirror.To converge light.It is additionally provided with one long in front of plus lens 42
The ring body more than 1cm for the degree, ring body is the ring body of a shading material.To block to the light around launched.It is preferably length to be less than
3cm.It is additionally provided with the body that a length is more than 2cm, ring body is the body of a shading material in front of plus lens 42.It is preferably length
Less than 6cm.To block to the light around launched.
Combined type remote controller is provided with a shell 40, and shell 40 is less than 4 buttons.Shell 40 is set to bar-shaped.In order to
Hand-held.Further, shell 40 is set to length in 8～20cm, and widest part width is in 5mm～25mm.It is easy to hand-held further.Enter
One step is preferably, and shell 40 is provided only with 1 button.More preferably, it is not provided with button.So that user operation is got up more
Convenient, it is to avoid keypress function learns.
The microprocessor system 33 of remote control circuit is connected with a vibrating sensor system 36, and microprocessor system 33 is provided with one
Control signal input, vibrating sensor system 36 is provided with an induced signal output end, and control signal input connects sensing letter
Number output end.With by vibration triggering microprocessor system 33.
The microprocessor system 33 of remote control circuit is connected with a touch sensing system 35.Microprocessor system 33 is provided with a control
Signal input part processed, touch sensing system 35 is provided with an induced signal output end, and it is defeated that control signal input connects induced signal
Go out end.With by touching triggering microprocessor system 33.
The microprocessor system 33 of remote control circuit is connected with a vibrating sensor system 36 and touch sensing system 35.Simultaneously
During the signal of acquisition vibrating sensor system 36 and touch sensing system 35, just triggering microprocessor system 33 launches remote signal.
Vibrating sensor system 36 adopts metal column vibroswitch.
Metal column vibroswitch includes a cylinder, and cylinder is respectively arranged at two ends with two electrodes, and two electrodes are equipped with depression,
It is provided with a metal column, the length of metal column is more than the distance between the concave edges of two electrodes, less than two electrodes in cylinder
Distance between depression summit；The external diameter of metal column is less than the internal diameter of cylinder.In order to when rocking, produce resistance variations.
The length of metal column is more than 5mm, less than 20mm.In order to meet inertia requirement and intensity requirement.
Vibrating sensor system 36 is using more preferably spring vibrating sensor.
Further, microprocessor system 33 is connected with angular transducer system.To sense angle change.
Further, microprocessor system 33 is connected with inclination sensor system 37.To sense tilt variation.
Further, microprocessor system 33 is connected with acceleration sensor system.With induction acceleration change.
Further, microprocessor system 33 is connected with electronic compass.To sense direction change.
Further, microprocessor system 33 is connected with proximity transducer system.With sense object distance change.Particularly feel
Answer the distance change of staff.Proximity transducer system is preferably active infra-red proximity transducer system.
Further, the microprocessor system 33 of remote control circuit has been simultaneously connected with touch sensing system 35, angular transducer system
System.Obtain the signal of angular transducer system and touch sensing system 35 simultaneously, different according to the signal of angular transducer system,
Different with the signal of touch sensing system 35, send different remote signals.And then realize, in the case of no button, realizing rich
Rich signal output.
Further, the microprocessor system 33 of remote control circuit has been simultaneously connected with touch sensing system 35, inclination sensor system
System 37.Obtain the signal of inclination sensor system 37 and touch sensing system 35, according to the letter of inclination sensor system 37 simultaneously
Number difference, different with the signal of touch sensing system 35, send different remote signals.And then realize the situation in no button
Under, realize abundant signal output.
Further, the microprocessor system 33 of remote control circuit has been simultaneously connected with touch sensing system 35, acceleration transducer
System.Obtain the signal of acceleration sensor system and touch sensing system 35, according to the letter of acceleration sensor system simultaneously
Number difference, different with the signal of touch sensing system 35, send different remote signals.And then realize the situation in no button
Under, realize abundant signal output.
Touch sensing system 35 is provided with least two touch signal induction end.Touch for sensing at least two zoness of different
Touch sensing.
At least two touch signal induction end are touched the precedence occurring as control instruction by microprocessing systems, excite
Remote signal.
Such as two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, and microprocessing systems are considered as
One control instruction, excites a remote signal；The order that triggering occurs is A after first B, and it is different that microprocessing systems are considered as another
Control instruction, excites another remote signal.Thus realizing the control instruction of complexity, and then realize complicated remote signal output.
Compound control mode, more preferably：
After microprocessor system 33 at least receives the vibration signal of vibrating sensor, by infrarede emitting diode 31
Go out infrared remote-controlled signal；Detect the signal of other sensors again, according to the signal of other sensors, mate wireless remote control code,
And wireless remote control signals are sent by wireless remote control transmitter module 34.
Thus realizing the combined type transmission of infrared remote-controlled signal and wireless remote control signals, controlled plant is realized with combined type control
System.
The first compound control mode：
Microprocessor system 33 receiving the useful signal of touch sensing system 35, by infrarede emitting diode 31
Go out infrared remote-controlled signal.
Touch sensing system 35 is provided with least two touch signal induction end, and microprocessor system 33 receives successively again
During the touch signal of two touch signal induction end of triggering, wireless remote control signals are sent by wireless remote control transmitter module 34.
Priority is triggered the combination of different touch signal induction end by microprocessing systems, as different control instructions.Send out
Go out different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, and microprocessing systems regard
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after first B, microprocessor
System is considered as the control instruction that a light weakens, and excites a light to weaken remote signal.
It is additionally provided with an inclination sensor system 37, proximity transducer system, or an acceleration sensor system.Or angle
Sensing system.
Microprocessor system 33 further by the induced signal of touch sensing system 35, with inclination sensor system 37, connect
After nearly sensing system, or the induced signal superposition of the wherein at least one in an acceleration sensor system, as control
Instruction.To realize more complicated control instruction output.
Second compound control mode：
Microprocessor system 33 after the useful signal receiving touch sensing system 35, by infrarede emitting diode 31
Send infrared remote-controlled signal.
The signal input part of microprocessor system 33 is also connected with acceleration sensor system, in acceleration sensor system sense
During the acceleration direction difference answered, sent by wireless remote control transmitter module 34, send different wireless remote control signals.
Or, the signal input part of microprocessor system 33 is also connected with acceleration sensor system, in acceleration transducer
The acceleration change of system sensing is different, is sent by wireless remote control transmitter module 34, sends different wireless remote control signals.
It is initially such as to accelerate to the left, then become and turn to downward acceleration, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change turns to and accelerates to the right, sends another kind of wireless remote control signals.
It is additionally provided with an inclination sensor system 37, proximity transducer system, or an acceleration sensor system.Or again
Connection angle sensing system.
Microprocessor system 33 further by the induced signal of acceleration sensor system, with inclination sensor system 37,
After at least one of induced signal superposition in angular transducer system, or a vibrating sensor, as control instruction.
To realize more complicated control instruction output.
The third compound control mode：
Microprocessor system 33, after receiving the useful signal of vibrating sensor, is sent by infrarede emitting diode 31
Infrared remote-controlled signal.
The signal input part of microprocessor system 33 is also connected with acceleration sensor system, in acceleration sensor system sense
During the acceleration direction difference answered, sent by wireless remote control transmitter module 34, send different wireless remote control signals.
Or, the signal input part of microprocessor system 33 is also connected with acceleration sensor system, in acceleration transducer
The acceleration change of system sensing is different, is sent by wireless remote control transmitter module 34, sends different wireless remote control signals.
It is initially such as to accelerate to the left, then become and turn to downward acceleration, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change turns to and accelerates to the right, sends another kind of wireless remote control signals.
Also include touch sensing system 35, touch sensing system 35 is provided with least two touch signal induction end, micro- place
When reason device system 33 receives the touch signal successively triggering two touch signal induction end again, by wireless remote control transmitter module
34 send wireless remote control signals.
Priority is triggered the combination of different touch signal induction end by microprocessing systems, as different control instructions.Send out
Go out different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, and microprocessing systems regard
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after first B, microprocessor
System is considered as the control instruction that a light weakens, and excites a light to weaken remote signal.
It is additionally provided with an inclination sensor system 37, or proximity transducer system.Or reconnect angular transducer system.
Microprocessor system 33 further by the induced signal of acceleration sensor system, with inclination sensor system 37,
After at least one of induced signal superposition in angular transducer system, or a touch sensing system 35, as control
Instruction.To realize more complicated control instruction output.
4th kind of compound control mode：
Microprocessor system 33 is receiving the useful signal of touch sensing system 35, and receives vibrating sensor
After useful signal, infrared remote-controlled signal is sent by infrarede emitting diode 31.
Touch sensing system 35 is provided with least two touch signal induction end, and microprocessor system 33 receives successively again
During the touch signal of two touch signal induction end of triggering, wireless remote control signals are sent by wireless remote control transmitter module 34.
Priority is triggered the combination of different touch signal induction end by microprocessing systems, as different control instructions.Send out
Go out different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and the order that triggering occurs is B after first A, and microprocessing systems regard
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after first B, microprocessor
System is considered as the control instruction that a light weakens, and excites a light to weaken remote signal.
Microprocessor system 33 is also associated with an inclination sensor system 37, in the sensing of inclination sensor system 37 output
When signal is different, excite touch sensing system 35, produced control instruction is different.Send different wireless remote control signals.
Such as, when being inclined upwardly, and exciting two touch signal induction end A, B successively, send is to increase or reduces
The wireless remote control signals of television sound volume.
Such as, when keeping flat, and exciting two touch signal induction end A, B successively, send is to increase or reduces TV
The wireless remote control signals of platform number.
Microprocessor system 33 can also be connected with proximity transducer system, or an acceleration sensor system.Or
Reconnect angular transducer system.
Microprocessor system 33 further by the induced signal of touch sensing system 35, with inclination sensor system 37, angle
The sense of degree sensing system, the wherein at least one in proximity transducer system, or an acceleration sensor system or two kinds
After induction signal superposition, as control instruction.To realize more complicated control instruction output.Microprocessor system 33 is connected with one
Touch sensor system and an inclination sensor system 37.It is preferably and reconnect an acceleration transducer.
Complete whether someone's hand-held remote controller, remote control use in hand-held angle of inclination how.Determine at angle of inclination
On the basis of, then judge to accelerate the perception in direction, the perception brandished such as to the left, to the right, upwards, downwards.It is relatively
For ideal, adapt to the sensor senses collocation of the use habit of people the most.
With reference to Fig. 5, Fig. 6, using the bulb of infrared pretrigger wireless remote control reception system, including at least one luminescent device,
And luminescent device is connected to the lamp holder 13 of power supply by one, including an infrared pretrigger wireless remote control reception system, infrared pre- open
Dynamic wireless remote control reception system includes remote control reception module 22 and a control performing module 20, also includes a microprocessor system
223, remote control reception module 22 at least includes a wireless remote control receiver module 221, and an infrared remote control receiver module 222；Wirelessly
Remote control reception module 221 and infrared remote control receiver module 222 connect the signal input part of microprocessor system 223 respectively, micro-
The signal output part of type processor system 223, connects and controls performing module 20；Control performing module 20 be arranged on luminescent device with
Between lamp holder 13.Control the luminous situation of luminescent device by controlling performing module 20.
Luminescent device is fixed on above lamp holder 13, and lamp holder 13 is provided with the power access end for connecting power supply.
Infrared pretrigger wireless remote control reception system includes power module 21, and power module 21 connects remote control reception module
22, remote control reception module 22 connects control performing module 20；The power input of power module connects the plant-grid connection of lamp holder 13
End；Performing module 20 is controlled to be provided with controlled electric element, controlled electric element controls connection luminescent device；It is provided with luminescent device
At least one light-emitting component 101.
By above-mentioned design, make the remote control of electric light be no longer necessary to electrician's construction and realize.Only needing to user will be using infrared pre-
The bulb twist-on starting wireless remote control reception system is on original lamp socket, you can realize the distant control function of electric light.
Lamp holder 13, refers to be connected on lamp cord end, the interface for bulb mounting, need to use with caution.Electric light source mainly makes
With lamp holder 13, lamp socket naming method.Lamp socket, is fixed light position and the device making lamp contact be connected with power supply.It is usually will
Lamp holder 13 is fixed on lamp socket, realizes the power supply to bulb and connects and fixing.
Luminescent device can be at least one LED particle, at least one incandescent lamp filament, at least one fluorescent tube etc., Neng Goushi
Now convert electrical energy into the device of light.
Bulb using infrared pretrigger wireless remote control reception system is additionally provided with luminescent device pedestal, and luminescent device pedestal sets
Put above lamp holder 13, luminescent device is arranged on above luminescent device pedestal.
The circuit of infrared pretrigger wireless remote control reception system is arranged on below luminescent device pedestal.Or, infrared pre- open
The circuit of dynamic wireless remote control reception system is arranged in luminescent device pedestal.
Bulb using infrared pretrigger wireless remote control reception system is additionally provided with a bulb shield 11, and bulb shield 11 covers luminous
Device.
Directly or indirectly it is fixed with a bulb shield 11 above lamp holder 13, infrared pretrigger wireless remote control reception system
Circuit and luminescent device are fixed on the locus between lamp holder 13 and bulb shield 11.
Realize integrative design, be easy to assembling, preserve, transport and install.
Bulb shield 11 and lamp holder 13 constitute a closed housing, the circuit of infrared pretrigger wireless remote control reception system and luminous
Device is wrapped in closed housing together.Closed housing, not necessarily refers to the cavity sealing.
Infrared remote control receiver module 222 includes one for receiving the light-sensitive element 14 of remote signal, and light-sensitive element 14 is permissible
It is photodiode, phototriode or infrared receiving terminal.
Light-sensitive element 14 is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer, becomes
Integrated infrared receiving terminal.Internal circuit frequently includes infrared diode, amplifier, limiter, bandpass filter, integration
Circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.Using infrared remote control system although
Block aspect in remote control distance and remote signal, with respect to wireless remote-control system, be in inferior position, but security be in excellent
Gesture.
The light receiving surface of the receiving light of light-sensitive element 14, is arranged on the lamp using infrared pretrigger wireless remote control reception system
Outside bubble.Can be provided in outside lamp holder 13, bulb shield 11 is outer, bulb shield 11 is outer, or outside luminescent device pedestal.In order to connect
Receive infrared remote-controlled signal.
Light-sensitive element 14 is inside the bulb using infrared pretrigger wireless remote control reception system, and arranges and make ambient
Through light transmission mechanism 16.Light-sensitive element 14 can be provided in bulb shield 11, in bulb shield 11, or luminescent device pedestal
Interior.With clean and tidy, attractive in appearance outside guarantee.And bulb shield 11, bulb shield 11, or luminescent device pedestal setting light transmission mechanism
16.Or bulb shield 11, bulb shield 11, or luminescent device pedestal is made up of light transmissive material, itself is as light transmission mechanism 16.Enter
And avoid infrared remote-controlled signal is blocked.
Light transmission mechanism 16, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism 16 is made to produce
Raw scattering.
The face of light transmission mechanism 16 inner side, more smooth than the face in outside.The infrared remote control letter that shiny surface enters to transmission
Number, carry out once or multiple reflections, being easy to light-sensitive element 14 and receiving.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
It is preferably, light-sensitive element 14 is arranged in bulb shield 11, bulb shield 11 is provided with the diffusing structure making light produce scattering.
The IR for remote control being irradiated on bulb shield 11 is made to produce scattering.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
Light transmission mechanism 16 is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and light-sensitive element 14 is located inside closed surface
Space.Transmission is entered with the infrared remote-controlled signal of closed surface, is reflected, be easy to light-sensitive element 14 and receive.Realize infrared
The screening of remote signal and enhancing.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Light transmission mechanism 16 is preferably a concave structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Concave structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
With reference to Fig. 7, using the ceiling light of infrared pretrigger wireless remote control reception system, including power interface and at least one electric light
Interface, including an infrared pretrigger wireless remote control reception system, infrared pretrigger wireless remote control reception system includes remote control reception
Module 22 and a control performing module 20, also include a microprocessor system 223, remote control reception module 22 at least includes one no
Line remote control reception module 221, and an infrared remote control receiver module 222；Wireless remote control receiver module 221 and infrared remote control receive mould
Block 222 connects the signal input part of microprocessor system 223, the signal output part of microprocessor system 223 respectively, connects
Control performing module 20；Performing module 20 is controlled to be arranged between bulb holder and power interface.By controlling performing module 20
Control the electric power thus supplied of bulb holder.
By above-mentioned design, make the remote control of electric light be no longer necessary to electrician's special construction and realize.Only need to according to conventional ceiling light
The mode installed, can achieve distant control function by accessing power supply using the ceiling light of infrared pretrigger wireless remote control reception system.
Bulb holder can access LED lamp panel, incandescent lamp, fluorescent lamp, or other electric lights.
Ceiling light using infrared pretrigger wireless remote control reception system is additionally provided with ceiling light pedestal 52, and bulb holder is arranged on top
Above lamp seat 52.Ceiling light pedestal 52 is used for for whole ceiling light being fixed on roof.
The circuit of infrared pretrigger wireless remote control reception system is fixed on ceiling light pedestal 52.
Ceiling light using infrared pretrigger wireless remote control reception system also includes a lampshade 51, and lampshade 51 covers electric light and connects
Mouthful.And then cover the electric light being arranged on bulb holder.The circuit of infrared pretrigger wireless remote control reception system is fixed on ceiling light
Locus between pedestal 52 and lampshade 51.
Realize integrative design, be easy to assembling, preserve, transport and install.
Lampshade 51 constitutes a closed housing, the circuit of infrared pretrigger wireless remote control reception system and electricity with ceiling light pedestal 52
Lamp interface is wrapped in closed housing together.Closed housing, not necessarily refers to the cavity sealing.
Infrared remote control receiver module 222 includes one for receiving the light-sensitive element 14 of remote signal, and light-sensitive element 14 is permissible
It is photodiode, phototriode or infrared receiving terminal.
Light-sensitive element 14 is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer, becomes
Integrated infrared receiving terminal.Internal circuit frequently includes infrared diode, amplifier, limiter, bandpass filter, integration
Circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.Using infrared remote control system although
Block aspect in remote control distance and remote signal, with respect to wireless remote-control system, be in inferior position, but security be in excellent
Gesture.
The light receiving surface of the receiving light of light-sensitive element 14, is arranged on the top using infrared pretrigger wireless remote control reception system
Outside lamp.Can be provided in outside ceiling light pedestal 52 or outside lampshade 51.In order to receive infrared remote-controlled signal.
It is also possible that light-sensitive element 14 is arranged on inside the ceiling light using infrared pretrigger wireless remote control reception system, and
Setting makes the light transmission mechanism 16 that ambient passes through.Light-sensitive element 14 can be provided in lampshade 51 or in ceiling light pedestal 52.
With clean and tidy, attractive in appearance outside guarantee.And lampshade 51 or ceiling light pedestal 52 setting light transmission mechanism 16.Or lampshade 51 or ceiling light base
Seat 52 is made up of light transmissive material, and itself is as light transmission mechanism 16.And then avoid infrared remote-controlled signal is blocked.
Light transmission mechanism 16, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism 16 is made to produce
Raw scattering.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
It is preferably, light-sensitive element 14 is arranged in lampshade 51, lampshade 51 is provided with the diffusing structure making light produce scattering.Make photograph
The IR for remote control being mapped on lampshade 51 produces scattering.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
The face of light transmission mechanism 16 inner side, more smooth than the face in outside.The infrared remote control letter that shiny surface enters to transmission
Number, carry out once or multiple reflections, being easy to light-sensitive element 14 and receiving.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Light transmission mechanism 16 is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and light-sensitive element 14 is located inside closed surface
Space.Shiny surface enters the infrared remote-controlled signal of closed surface to transmission, is reflected, and is easy to light-sensitive element 14 and receives.Real
The screening of existing infrared remote-controlled signal and enhancing.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Light transmission mechanism 16 is preferably a globoidal structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Globoidal structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
The outside of globoidal structure is diffusing structure, and inner side is shiny surface, and light-sensitive element 14 is located at globoidal structure inner space.
Shiny surface enters the infrared remote-controlled signal of globoidal structure to transmission, is reflected, and is easy to light-sensitive element 14 and receives.Realize infrared
The screening of remote signal and enhancing.Shiny surface refers to the face smooth with respect to diffusing structure.
With reference to Fig. 1, using the remote signal converter of infrared pretrigger wireless remote control reception system, infrared pre- open including one
Dynamic wireless remote control reception system, infrared pretrigger wireless remote control reception system includes remote control reception module 22 and and controls execution mould
Block 20, also includes a microprocessor system 223, and remote control reception module 22 at least includes a wireless remote control receiver module 221, and
One infrared remote control receiver module 222；Wireless remote control receiver module 221 and infrared remote control receiver module 222 connect miniature place respectively
The signal input part of reason device system 223, the signal output part of microprocessor system 223, connect and control performing module 20, control
Performing module 20 is remote-control signal transmitter.
Remote signal converter using infrared pretrigger wireless remote control reception system receives after effective telecommand,
Remote signal corresponding with telecommand is launched by remote-control signal transmitter, realizes the remote control to other equipment.Can be real
The translation of existing remote control language, realizes the equipment that a kind of remote control language remote control adopts other remote control language.And then realize one
Or a kind of remote control can be with the purpose of remote control different existing devices in a large number.
Furthermore it is possible to realize to translate into the remote control language of common equipment using gesture motion remote control language.And then realize
Gesture remote control common TV, gesture remote control common air-conditioning etc..
Remote-control signal transmitter, can adopt infrared remote-controlled signal transmitter, it would however also be possible to employ wireless remote control signals are launched
Device.
Microprocessor system 223 is also associated with an infrared remote-controlled signal study chip, and infrared remote-controlled signal learns chip
Connect an infrared optical sensor 14.To learn and typing infrared remote instruction.
Microprocessor system 223 is also associated with a wireless remote control signals study chip, and wireless remote control signals learn chip
Connect a wireless remote control receiver module 221.To learn and the instruction of typing wireless remote control.
Infrared remote control receiver module 222 includes one for receiving the light-sensitive element 14 of remote signal, and light-sensitive element 14 is permissible
It is photodiode, phototriode or infrared receiving terminal.
Remote signal converter using infrared pretrigger wireless remote control reception system includes a shell, and shell is provided with one
Light transmission mechanism 16, light-sensitive element 14 is arranged on inside light transmission mechanism 16.
Light transmission mechanism 16, is provided with the diffusing structure making light produce scattering.The light being irradiated on light transmission mechanism 16 is made to produce
Raw scattering.
The face of light transmission mechanism 16 inner side, more smooth than the face in outside.The infrared remote control letter that shiny surface enters to transmission
Number, carry out once or multiple reflections, being easy to light-sensitive element 14 and receiving.The screening of infrared remote-controlled signal is realized in the face in outside, interior
Side realizes the infrared remote-controlled signal that transmission enters is strengthened.
Light transmission mechanism 16 can be the light transmission mechanism 16 of closed surface, or the light transmission mechanism 16 of arcwall face.Light transmission mechanism
16 surround light-sensitive element 14.So that the light of surrounding all facilitates access for, and reflect beneficial to forming internal light.
Diffusing structure can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal irradiating low diffusing structure surface.The infrared remote-controlled signal on direct irradiation low diffusing structure surface has more
Good remote control effect.
Nearly all infrared remote-controlled signal coming through diffusing reflection, all cannot pass through diffusing structure, reach and realize remote control
Luminous intensity.And then remote control cannot be realized.
Light transmission mechanism 16 is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and light-sensitive element 14 is located inside closed surface
Space.Transmission is entered with the infrared remote-controlled signal of closed surface, is reflected, be easy to light-sensitive element 14 and receive.Realize infrared
The screening of remote signal and enhancing.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
Light transmission mechanism 16 is preferably a concave structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.
Concave structure, can be such as a paraboloid structure.Can also be cube structure of top one face opening etc..
Microprocessor system 223, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remote control receiver module 221, after setting time, then no longer accepts.
Setting time, can be arranged on no more than 20 seconds.To avoid user slow because operating, and cause remote control complete
Become, the overlong time because allowing wireless remote control can be avoided again, and cause maloperation or set apart to malicious operation.
The time starting point of setting time for microprocessor system 223 acknowledge receipt of effective infrared remote-controlled signal when
Between, terminating point be microprocessor system 223 no longer allows accept be derived from wireless remote control receiver module 221 control signal when
Between.
Write in microprocessor system 223 program, the starting point and ending point calculating setting time can also use it
His node.But ultimately cause, meet setting time parameter in this patent, that is, think meet that this patent objectively responds when
Between, also should be in this patent protection domain.
Further, setting time can be arranged on less than 10 seconds.Test shows, this parameter is adapted to overwhelming majority use
The use habit at family.
Further, setting time can be arranged on less than 5 seconds.Test shows, this parameter is adapted to overwhelming majority use
The use habit at family, has preferable security simultaneously.
One self-locking setting time is set further, and self-locking setting time is that microprocessor system 223 is receiving effectively
Infrared remote-controlled signal after, but be carried out the time of the control signal from wireless remote control receiver module 221.
Operating personnel, artificially after infrared remote-controlled signal transmission, when restarting wireless remote control signals transmitting, because the behaviour of people
Make there is retardance the linking it is impossible to very fast.After infrared remote-controlled signal sensing, launch the wireless remote control signals of coming at once,
It is not very likely controllers intentional emission, but interference signal.Therefore setting self-locking setting time is conducive to strengthening
Antijamming capability.
Specifically, self-locking setting time is set to the time period between 0.05s to 3s.
It is further arranged to the time period between 0.1s to 0.5s.
Further, in self-locking setting time, wireless remote control receiver module 221 receives wireless remote control signals, and transmits
To microprocessor system 223, after microprocessor system 223 is judged to valid wireless remote signal, terminate this operation.
Even more than self-locking setting time, do not execute the remote control of wireless remote control signals yet.To avoid someone's malicious interference, or non-malicious
Interference.
Microprocessor system 223, is also associated with a warning indication device.There are detecting in self-locking setting time
After the wireless remote control signals of effect, warning indication device is excited to be warned.Sense operation personnel receive interference.
During the controlled plant that telecontrol signal projector controls, the photosurface of light-sensitive element 14 is towards controlled plant.Connect
Receive the infrared remote-controlled signal that controlled plant reflects, realize infrared remote-controlled signal and receive.User is made to be easy to intuitively confirm institute
Which controlled plant controlling.
Such as, when controlled plant is television set, the photosurface of light-sensitive element 14 is towards television screen.
For another example, when controlled plant is air-conditioning, the photosurface of light-sensitive element 14 is towards air conditioner housing.
Can be to be provided with least two for receiving the light-sensitive element 14 of remote signal, the equal court of two light-sensitive elements 14
Forwards or rear, and at a distance of more than 1cm.In order to receive the infrared remote-controlled signal in more large area.
Two light-sensitive elements 14, all towards front or behind, are not to say that reception direction is parallel it is allowed to receive direction have folder
Angle.
The angle being such as the photosurface direction of two light-sensitive elements 14 is more than 10 degree, less than 60 degree.Guarantee as far as possible connects
Receive area bigger, and avoid there is blind area as far as possible.
General principle and principal character and the advantages of the present invention of the present invention have been shown and described above.The technology of the industry
, it should be appreciated that the present invention is not restricted to the described embodiments, the simply explanation described in above-described embodiment and specification is originally for personnel
The principle of invention, without departing from the spirit and scope of the present invention, the present invention also has various changes and modifications, these changes
Change and improvement both falls within scope of the claimed invention.Claimed scope by appending claims and its
Equivalent thereof.
Claims (1)
1. Combined type remote controller, including a remote control circuit it is characterised in that：Also include a battery interface, described remote control circuit is even
It is connected to described battery interface；
Remote control circuit is provided with microprocessor system, and a signal output part of described microprocessor system is directly or indirectly connected with
Infrarede emitting diode；
One signal output part of described microprocessor system, direct or indirect is connected with a wireless remote control transmitter module.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2015104478040 | 2015-07-27 | ||
| CN201510447804 | 2015-07-27 |
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| CN106408911A true CN106408911A (en) | 2017-02-15 |
Family
ID=58004220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610591487.4A Withdrawn CN106408911A (en) | 2015-07-27 | 2016-07-26 | A compound remote controller |
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| Country | Link |
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| CN (1) | CN106408911A (en) |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2328050Y (en) * | 1997-11-03 | 1999-07-07 | 刘长振 | Multifunctional computer remote controller with combination of infrared control and radio control |
| US6522078B1 (en) * | 1999-08-27 | 2003-02-18 | Horiba, Ltd. | Remotely controlled power supply switching system |
| CN101404114A (en) * | 2007-10-03 | 2009-04-08 | 夏普株式会社 | Wireless remote control device, bridge device and wireless remote control system |
| CN202309745U (en) * | 2011-10-24 | 2012-07-04 | 中国电器科学研究院有限公司 | ZigBee-based intelligent appliance energy-saving control system |
| CN103578263A (en) * | 2012-08-09 | 2014-02-12 | 上海科斗电子科技有限公司 | Laser emitting device, laser receiving device and laser remote control system |
| CN203784722U (en) * | 2014-04-30 | 2014-08-20 | 习小猛 | Multifunctional integral intelligent electric lamp |
| CN204328934U (en) * | 2014-07-11 | 2015-05-13 | 上海本星电子科技有限公司 | Infrared remote-controlled lamp and directive property remote controller |
| CN205071359U (en) * | 2015-07-21 | 2016-03-02 | 上海本星电子科技有限公司 | Integration remote control electric light and combined type electric light remote control system |
-
2016
- 2016-07-26 CN CN201610591487.4A patent/CN106408911A/en not_active Withdrawn
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2328050Y (en) * | 1997-11-03 | 1999-07-07 | 刘长振 | Multifunctional computer remote controller with combination of infrared control and radio control |
| US6522078B1 (en) * | 1999-08-27 | 2003-02-18 | Horiba, Ltd. | Remotely controlled power supply switching system |
| CN101404114A (en) * | 2007-10-03 | 2009-04-08 | 夏普株式会社 | Wireless remote control device, bridge device and wireless remote control system |
| CN202309745U (en) * | 2011-10-24 | 2012-07-04 | 中国电器科学研究院有限公司 | ZigBee-based intelligent appliance energy-saving control system |
| CN103578263A (en) * | 2012-08-09 | 2014-02-12 | 上海科斗电子科技有限公司 | Laser emitting device, laser receiving device and laser remote control system |
| CN203784722U (en) * | 2014-04-30 | 2014-08-20 | 习小猛 | Multifunctional integral intelligent electric lamp |
| CN204328934U (en) * | 2014-07-11 | 2015-05-13 | 上海本星电子科技有限公司 | Infrared remote-controlled lamp and directive property remote controller |
| CN205071359U (en) * | 2015-07-21 | 2016-03-02 | 上海本星电子科技有限公司 | Integration remote control electric light and combined type electric light remote control system |
Non-Patent Citations (1)
| Title |
|---|
| 严后选 等: "无线红外智能遥控器的设计", 《测控技术》 * |
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