CN106369352A - Electric lamp for starting wireless receiving through infrared signals and remote control unit of electric lamp - Google Patents
Electric lamp for starting wireless receiving through infrared signals and remote control unit of electric lamp Download PDFInfo
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- CN106369352A CN106369352A CN201610575671.XA CN201610575671A CN106369352A CN 106369352 A CN106369352 A CN 106369352A CN 201610575671 A CN201610575671 A CN 201610575671A CN 106369352 A CN106369352 A CN 106369352A
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/003—Arrangement of electric circuit elements in or on lighting devices the elements being electronics drivers or controllers for operating the light source, e.g. for a LED array
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
- F21V23/0435—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by remote control means
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
- F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
- F21V23/0485—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor sensing the physical interaction between a user and certain areas located on the lighting device, e.g. a touch sensor
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V23/00—Arrangement of electric circuit elements in or on lighting devices
- F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
- F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
- F21V23/0492—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor detecting a change in orientation, a movement or an acceleration of the lighting device, e.g. a tilt switch
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V5/00—Refractors for light sources
- F21V5/04—Refractors for light sources of lens shape
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Human Computer Interaction (AREA)
- Selective Calling Equipment (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
- Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
Abstract
The invention relates to the field of control, in particular to the field of remote control, and discloses an electric lamp for starting wireless receiving through infrared signals and a remote control unit of the electric lamp. The electric lamp for starting wireless receiving through the infrared signals and the composite remote control unit are included. According to the electric lamp for starting wireless receiving through the infrared signals, an electric lamp remote control system further comprises a microprocessor system, at least two remote control receiving modules are arranged, one remote control receiving module is a wireless remote control receiving module, and the other remote control receiving module is an infrared remote control receiving module. The microprocessor system takes received effective signals of the infrared remote control receiving module as the condition for receiving control signals of the wireless remote control receiving module. The composite remote control unit comprises a remote control unit control circuit, and one signal output end of the microprocessor system is directly or indirectly connected with an infrared light emitting diode. The other signal output end of the microprocessor system is directly or indirectly connected with a wireless remote control transmitter module.
Description
Technical field
The present invention relates to control field, more particularly, to field of remote control.
Background technology
Electric light, i.e. the artificial lighting apparatus of the energy is made in electricity consumption, and electric light converts electrical energy into luminous energy, behaves at night or darkroom
Class illuminates.Since electric light invention, it has promoted the development of the mankind significantly.
Existing remote control mode, often adopts infrared remote control system or wireless remote-control system.
During using wireless remote-control system, as long as someone cracks remote control code, can be using powerful emitter from remote
Place realize malice remote control.Cause the user is panic.Using infrared remote control system, because the equipment implementing remote control is in user
Visual line of sight in, therefore malice remote control implement probability very little.But remote control distance is near, and has directivity requirement.
Lamp holder is the primary structure of bulb.Lamp holder is the end of bulb, is the coupling part of light source and external power supply, light source
Electricity is connect by lamp holder, produces luminescence phenomenon.Light source body mainly includes lamp bead, bulb, fluorescent tube, wherein fluorescent tube include again straight fluorescent tube and
Curved fluorescent tube.Lamp bead is mainly the form of light source of LED lamp, and bulb is usually electric filament lamp, fluorescent lamp, halogen tungsten lamp etc., and fluorescent tube is mainly
Common fluorescent lamp.And the place of the directly both sides plug insertion of fluorescent tube is equivalent to the effect of lamp holder, curved fluorescent tube is similar to.
Content of the invention
It is an object of the invention to provide a kind of electric light starting wireless receiving by infrared signal, solve above technology and ask
Topic.
It is an object of the invention to provide a kind of Combined type remote controller, solve above technical problem.
Technical problem solved by the invention can employ the following technical solutions to realize:
Start the electric light of wireless receiving by infrared signal, including at least one luminescent device, and one by described luminous organ
Part is connected to the lamp holder of power supply it is characterised in that described luminescent device is fixed on above described lamp holder, described lamp holder be provided with for
Connect the power access end of power supply；
Also include an electric lamp remote-control system, described electric lamp remote-control system include arrange Voltage stabilizing module, remote control reception module and
Electric light control module, arranges Voltage stabilizing module and connects remote control reception module, remote control reception module connects electric light control module；
The described power input arranging Voltage stabilizing module connects the power access end of described lamp holder；
Described electric light control module is provided with controlled electric element, and described controlled electric element controls the described luminous organ of connection
Part；
It is provided with least one light-emitting component in described luminescent device；
Described electric lamp remote-control system also includes a microprocessor system, and is provided with least two remote control reception modules,
One remote control reception module is wireless remotecontrol receiver module, and another remote control reception module is infrared remote control receiver module；
Described wireless remotecontrol receiver module and described infrared remote control receiver module connect described microprocessor system respectively
The signal input part of system；
The signal output part of described microprocessor system, connects described electric light control module；
Described microprocessor system will receive the useful signal of infrared remote control receiver module, is considered as accepting radio distant
The condition of the control signal of control receiver module.
Described microprocessor system receiving after the effective infrared remote-controlled signal of infrared remote control receiver module,
Just allow to accept the remote signal of wireless remotecontrol receiver module.Thus realizing the superposition of two kinds of distant control functions.
Otherwise, wireless remotecontrol receiver module is in off working state.Or, wireless remotecontrol receiver module even at
Working condition, microprocessor system is also considered as the invalidating signal receiving.
During using wireless remote-control system, as long as someone cracks remote control code, can be using powerful emitter from remote
Place realize malice remote control.Cause the user is panic.But adopt infrared remote control system, remote control distance can shorten a lot, and
And the equipment of enforcement remote control is in the visual line of sight of user, the probability very little that therefore malice remote control is implemented.
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.
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 that lamp holder is fixed on lamp socket, realize the power supply to bulb and connect and fixing.
Described microprocessor system, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remotecontrol 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.
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 safety simultaneously.
By above-mentioned design it is allowed in the range of wireless signal remote control, arrange numerous remote control codes consistent by infrared
The electric light of signal enabling wireless receiving is chaotic without causing remote control.Therefore producer can to produce remote control code in batches consistent
Product is it is not necessary to be to avoid remote control chaotic again, and produces the different product of numerous remote control codes.Can save a large amount of production costs,
Classification warehouse cost, classification cost of transportation, wait cost.
In addition, because remote control code allows consistent, numerous electric lights starting wireless receiving by infrared signal, only needing
Want a remote control.It is no longer necessary to each and remote control is individually equipped with by the electric light that infrared signal starts wireless receiving.
Large-tonnage product cost can be saved.And because a large amount of remote controls need not be stored again, especially corresponding remote control also need not be found,
Can bring for Consumer's Experience and greatly improve.
Described microprocessor system connects described electric light control module.Realize the control to electric light control module, and then
Control the luminous situation of light-emitting component.
Described electric light control module is the electric light control module with switching function.
Further, described electric light control module is to have the electric light control module adjusting light intensity.
Described electric light control module, is output current constant current, the controlled electric light control module of output voltage.In order to control
LED lamp brightness.
The controlled electric element of described electric light control module is relay.By control relay, and then control luminous unit
Part.
The controlled electric element of described electric light control 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 electric light control module can also be an electric light control module with toning function, and described luminescent device is tool
There is the luminescent device of toning function.
Described luminescent device can be at least one led granule, at least one electric filament lamp filament, at least one fluorescent tube etc., energy
Enough realizations convert electrical energy into the device of light.
The described electric light by infrared signal startup wireless receiving is additionally provided with luminescent device pedestal, described luminescent device pedestal
It is arranged on above lamp holder, described luminescent device is arranged on above described luminescent device pedestal.
The circuit of described electric lamp remote-control system is arranged on below described luminescent device pedestal.Or, described electric light remote control system
The circuit of system is arranged in described luminescent device pedestal.Realize integrative design, be easy to assembling, preserve, transport and install.Ensure
Bulb attractive in appearance, be conducive to the optimization layout of multiple light-emitting components, facilitate implementation the circuit of light-emitting component and electric lamp remote-control system
Electric isolution, and be conducive to system radiating.
The circuit fixed position of the electric lamp remote-control system said in this patent, refers to electric lamp remote-control system circuit, or holds
The fixed position of the circuit board of electric lamp remote-control system circuit carrying is so the position of Individual elements should be allowed and not subject to the limits
Fixed.Such as light-sensitive element, antenna, may be drawn out to other positions by lead, but have no effect on whole circuit or circuit board
Position determine, even if not in the fixed position being limited, also should be regarded as the protection domain in this patent.
The described electric light by infrared signal startup wireless receiving is additionally provided with a bulb shield, and described bulb shield covers described sending out
Optical device.
Directly or indirectly be fixed with bulb shield described in above described lamp holder, the circuit of described electric lamp remote-control system and
Described luminescent device is fixed on the locus between described lamp holder and bulb shield.
Realize integrative design, be easy to assembling, preserve, transport and install.
The circuit of described electric lamp remote-control system can be embedded in described lamp holder.
Described bulb shield constitutes a closed housing, the circuit of described electric lamp remote-control system and described luminous organ with described lamp holder
Part is wrapped in described closed housing together.
Described closed housing, not necessarily refers to the cavity sealing.Allow with ventilation mouth, in order to realize radiating.It
So setting closed housing, it is to realize integrative design, be easy to assembling, preserve, transport and install.That can try one's best avoids simultaneously
Preserve, transport, the damage in installation process.
It is also possible that being additionally provided with a bulb shield seat, described bulb shield seat is fixed on above described lamp holder, and described bulb shield is solid
It is scheduled on above described bulb shield seat；The circuit of described electric lamp remote-control system and described luminescent device be fixed on described lamp holder with described
Locus between bulb shield seat.
Less based on burner space, the reason bulb shield is transparent, then a bulb shield seat is set, so that internal components is had and more fill
The installing space of foot, beneficial to layout.And ensure appearance looks elegant.
The circuit of described electric lamp remote-control system is fixed on described bulb shield seat.
Further, the circuit of described electric lamp remote-control system is fixed on the lower section of described bulb shield seat, and described light-emitting component sets
Put above described bulb shield seat.Ensure the attractive in appearance of bulb, be conducive to the optimization layout of multiple light-emitting components, facilitate implementation and send out
The electric isolution of the circuit of optical element and electric lamp remote-control system, and be conducive to system radiating.
Described wireless remotecontrol receiver module is provided with antenna, and described antenna is exposed at and starts wireless receiving by infrared signal
Electric light outside.Can be provided in that lamp holder is outer, bulb shield is outer, outside bulb shield seat, or outside luminescent device pedestal.In order to receive
Wireless signal.
Described wireless remotecontrol receiver module is provided with antenna, and described antenna is exposed at and starts wireless receiving by infrared signal
Electric light inside.Can be provided in bulb shield, in bulb shield seat, or in luminescent device pedestal.With ensure outside clean and tidy,
Attractive in appearance.And bulb shield, bulb shield seat, or luminescent device pedestal be nonmetal structure.And then avoid wireless signal to block.
Specifically, wireless remotecontrol receiver module can be 2.4g wireless receiving module.
Wireless remotecontrol receiver module can be wifi module.Accept network remote control, such as mobile phone remote.
Wireless remotecontrol receiver module can be bluetooth module.Accept Bluetooth remote control, such as mobile phone remote.
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 light sensitive diode, 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, amplitude limiter, band filter, amasss
Parallel circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.
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 safety is had the advantage.
The light receiving surface of the receiving light of described light-sensitive element, is arranged on and is started outside the electric light of wireless receiving by infrared signal
Side.Can be provided in that lamp holder is outer, bulb shield is outer, outside bulb shield seat, or outside luminescent device pedestal.In order to receive infrared remote control
Signal.
Described light-sensitive element by infrared signal start wireless receiving electric light inside, and arrange make ambient pass through
Light transmission mechanism.Described light-sensitive element can be provided in bulb shield, in bulb shield seat, or in luminescent device pedestal.To protect
Clean and tidy, attractive in appearance outside card.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-controlled signal
Block.
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.
So that infrared remote-controlled signal on bulb shield for the front illuminated, can more smoothly enter, and through once
Or other Infrared that multiple reflections are irradiated on bulb shield weaken significantly.Infrared screening therefore can be realized.No
Implement the infrared remote-controlled signal of remote control towards bulb shield it is difficult to play teleaction, thus avoiding maloperation.Allow the same space
Interior, multiple remote controlled lanterns are set, and do not interfere with each other during remote control.Solve infrared remote control in the same space, same remote control code when,
The technical barrier that cannot one-to-one be remotely controlled.
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 Infrared for remote control being irradiated on bulb shield is made to produce scattering.
So that Infrared on bulb shield for the front illuminated, can more smoothly enter, and through once or
The Infrared that multiple reflections are irradiated on bulb shield weakens significantly.The screening of remote control Infrared therefore can be realized.Not towards
Bulb shield implements the infrared light light of remote control it is difficult to play teleaction, thus avoiding maloperation.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffuse-reflectance 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 diffuse-reflectance, all cannot pass through diffusing structure, reach and realize remote control
Light 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..
Combined type remote controller, including a remote control control circuit it is characterised in that:
Including a power module；
Remote control control circuit is provided with microprocessor system, and described power module connects described microprocessor system；
One 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.
Make a remote control can send out infrared remote-controlled signal and wireless remote control signals respectively.
Described microprocessor system, is set as first launching infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to head
First start, with infrared remote-controlled signal, the electric light starting wireless receiving by infrared signal, or the wireless remote control of other controlled plants
Receive, be then carried out wireless remote control.By above-mentioned design it is allowed in the range of wireless signal remote control, arrange numerous remote control codes
The consistent electric light or other controlled plants that start wireless receiving by infrared signal is chaotic without causing remote control.And have
There is good safety.
Power module can be battery system or casing for dry batteries.
Described microprocessor system is after transmitting infrared remote-controlled signal it is allowed to a setting time internal satisfaction excites wireless remote
Wireless remote control transmitter module transmitting wireless remote control signals are excited under conditions of control transmitter module.After more than a setting time, that is,
Make to meet under conditions of other excite wireless remote control transmitter module, also do not excite wireless remote control transmitter module, do not launch wireless remote
Control signal.
To avoid producing remote control confusion, and the operating habit adapting to 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.
Described setting time is 3～20 seconds.Or setting time is less than 10 seconds.Or it is set smaller than 5 seconds.
Described setting time, can be arranged on 3～20 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.It is particularly well-suited to old man and child.
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 more preferable anti-misoperation performance and more preferably Consumer's Experience sense simultaneously.One can be rapidly completed
A little telecommand combinations.
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 directivity.
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.
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 control circuit is connected with a vibrating sensor system, and microprocessor system sets
There is a control signal input, described vibrating sensor system is provided with an induced signal outfan, described control signal input
Connect described induced signal outfan.With by vibration triggering microprocessor system.
The microprocessor system of described remote control control circuit is connected with a touch sensing system.Microprocessor system is provided with
One control signal input, described touch sensing system is provided with an induced signal outfan, and described control signal input connects
Described induced signal outfan.With by touching triggering microprocessor system.
The microprocessor system of described remote control control circuit is connected with a vibrating sensor system and touch sensing system.
During the signal of acquisition vibrating sensor system and touch sensing system, just triggering microprocessor system launches remote signal simultaneously.
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.
The microprocessor system of described remote control control circuit is connected with a gyroscope system, and microprocessor system is provided with one
Control signal input, described gyroscope system is provided with an induced signal outfan, and described control signal input connects described
Induced signal outfan.So that microprocessor system, by action message, as the parameter producing radio remote-controlled signal.
The microprocessor system of described remote control control circuit is connected with a gravity sensor system, and microprocessor system sets
There is a control signal input, described gravity sensor system is provided with an induced signal outfan, described control signal input
Connect described induced signal outfan.So that microprocessor system, by angle information with respect to the horizontal plane, wireless as producing
The parameter of electrical remote control signal.
Further, the microprocessor system of remote control control circuit has been simultaneously connected with touch sensing system, angular transducer
System.Obtain the signal of angular transducer system and touch sensing system simultaneously, different according to the signal of angular transducer 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.
Further, the microprocessor system of remote control control circuit has been simultaneously connected with touch sensing system, inclination sensor
System.Obtain the signal of inclination sensor system and touch sensing system simultaneously, different according to the signal of inclination 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.
Further, the microprocessor system of remote control control circuit has been simultaneously connected with touch sensing system, acceleration sensing
Device system.Obtain the signal of acceleration sensor system and touch sensing system, according to the letter of acceleration sensor system simultaneously
Number difference, different with the signal of touch sensing system, send different remote signals.And then realize in the case of no button,
Realize 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.
Brief description
Fig. 1 is a kind of structural representation of the electric light starting wireless receiving by infrared signal.
Fig. 2 is a kind of electric lamp remote-control system circuit part structural representation.
Fig. 3 is another kind of structural representation of the electric light starting wireless receiving by infrared signal.
Fig. 4 is another kind of electric lamp remote-control system circuit part structural representation.
Fig. 5 is Combined type remote controller circuit part structural representation.
Fig. 6 is Combined type remote controller internal structure schematic diagram.
Fig. 7 is 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, Fig. 3, Fig. 4, start the electric light of wireless receiving by infrared signal, including at least one luminescent device
10, and luminescent device 10 is connected to the lamp holder 13 of power supply by one, luminescent device 10 is fixed on above lamp holder 13, and lamp holder 13 is provided with
For connecting the power access end of power supply；Also include an electric lamp remote-control system, electric lamp remote-control system include arrange Voltage stabilizing module 21,
Remote control reception module 22 and electric light control module 20, arrange Voltage stabilizing module 21 and connect remote control reception module 22, remote control reception module
22 connection electric light control modules 20；The power input arranging Voltage stabilizing module 21 connects the power access end of lamp holder 13；Electric light control
Molding block 20 is provided with controlled electric element, and controlled electric element controls connection luminescent device 10；It is provided with least in luminescent device 10
One light-emitting component 101.
Electric lamp remote-control system also includes a microprocessor system 223, and is provided with least two remote control reception modules 22,
One remote control reception module 22 is wireless remotecontrol receiver module 221, and another remote control reception module 22 receives for infrared remote control
Module 222；Wireless remotecontrol receiver module 221 and infrared remote control receiver module 222 connect microprocessor system 223 respectively
Signal input part, the signal output part of microprocessor system 223, connect electric light control module 20.Microprocessor system 223
The useful signal of infrared remote control receiver module 222 will be received, be considered as accepting the control signal of wireless remotecontrol receiver module 221
Condition.Thus realizing the superposition of two kinds of distant control functions.
Microprocessor system 223 is receiving the effective infrared remote-controlled signal from infrared remote control receiver module 222
Afterwards, just allow to accept the remote signal of wireless remotecontrol receiver module 221.Otherwise, wireless remotecontrol receiver module 221 be in non-
Working condition.Or, wireless remotecontrol receiver module 221 is also considered as connecing even at working condition, microprocessor system 223
The invalidating signal receiving.
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 sends no a long way off can to avoid someone
Line remote signal carries out malice control.
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.
Microprocessor system 223, after receiving effective infrared remote-controlled signal, accepts to be derived from a setting time
The control signal of wireless remotecontrol receiver module 221, after setting time, then no longer accepts.The mode of no longer acceptance is permissible
It is directly not receive control signal, or receives control signal, but do not accept control signal control.
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.
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 safety simultaneously.
By above-mentioned design it is allowed in the range of wireless signal remote control, arrange numerous remote control codes consistent by infrared
The electric light of signal enabling wireless receiving is chaotic without causing remote control.Therefore producer can to produce remote control code in batches consistent
Product is it is not necessary to be to avoid remote control chaotic again, and produces the different product of numerous remote control codes.Can save a large amount of production costs,
Classification warehouse cost, classification cost of transportation, wait cost.
In addition, because remote control code allows consistent, numerous electric lights starting wireless receiving by infrared signal, only needing
Want a remote control.It is no longer necessary to each and remote control is individually equipped with by the electric light that infrared signal starts wireless receiving.
Large-tonnage product cost can be saved.And because a large amount of remote controls need not be stored again, especially corresponding remote control also need not be found,
Can bring for Consumer's Experience and greatly improve.
Microprocessor system 223 connects electric light control module 20.Realize the control to electric light control module 20, and then control
The luminous situation of light-emitting component 101 processed.Electric light control module 20 can be the electric light control module 20 with switching function.
Further, electric light control module 20 is to have the electric light control module 20 adjusting light intensity.Electric light control module 20, be
Output current constant current, the controlled electric light control module 20 of output voltage.In order to control LED lamp brightness.Electric light control module 20
Controlled electric element be relay.By control relay, and then control light-emitting component 101.Or, electric light control module 20
Controlled electric element be at least two relays, the controlled end of at least one of which relay is in series with resistance.Thus passing through
Control and connect different relays, realize different brightness.
Electric light control module 20 can also be an electric light control module 20 with toning function, and luminescent device 10 is to have
The luminescent device 10 of toning function.
Controlled electric element can be relay, audion, IGCT or cmos pipe etc..
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, lamp socket naming method.
Lamp socket, is the device that fixing bulb position is connected with power supply with the contact (power access end) making lamp holder 13.One
As be that lamp holder 13 is fixed on lamp socket, realize the power supply of bulb being connected and fixing.
Luminescent device 10 can be at least one led granule, at least one electric filament lamp filament or at least one fluorescent tube etc., can
Realize converting electrical energy into the device of light.
Luminescent device pedestal 12 is additionally provided with by the electric light that infrared signal starts wireless receiving, luminescent device pedestal 12 is arranged
Above lamp holder 13, luminescent device 10 is arranged on above luminescent device pedestal 12.Luminescent device pedestal 12 is used for supporting luminous unit
Part 101, or adjustment light-emitting component 101 is to appropriate location.
The circuit of electric lamp remote-control system is arranged on below luminescent device pedestal 12.Or, the circuit of electric lamp remote-control system sets
Put in luminescent device pedestal 12.Realize integrative design, be easy to assembling, preserve, transport and install.Ensure the attractive in appearance of bulb,
Be conducive to the optimization layout of multiple light-emitting components 101, facilitate implementation the electricity of light-emitting component 101 and the circuit of electric lamp remote-control system every
From, and be conducive to system radiating.
One bulb shield 11 is additionally provided with by the electric light that infrared signal starts wireless receiving, bulb shield 11 covers luminescent device
10.Directly or indirectly it is fixed with a bulb shield 11, the circuit of electric lamp remote-control system and luminescent device 10 are solid above lamp holder 13
It is scheduled 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 constitutes a closed housing with lamp holder 13, and the circuit of electric lamp remote-control system is wrapped together with luminescent device 10
It is rolled in closed housing.The circuit of electric lamp remote-control system can be embedded in lamp holder 13.
Closed housing, not necessarily refers to the cavity sealing.Allow with ventilation mouth, in order to realize radiating.Why
Setting closed housing, is to realize integrative design, is easy to assembling, preserves, transports and install.That can try one's best avoids guarantor simultaneously
Deposit, transport, the damage in installation process.
It is also possible that being additionally provided with a bulb shield seat 15, bulb shield seat 15 is fixed on above lamp holder 13, and bulb shield 11 is fixed on
Above bulb shield seat 15；The circuit of electric lamp remote-control system is fixed on bulb shield seat 15.The circuit of electric lamp remote-control system and luminous
Device 10 is fixed on the locus between lamp holder 13 and bulb shield seat 15.Less based on lamp holder 13 space, bulb shield 11 is transparent
The reason, then a bulb shield seat 15 is set, make internal components have more sufficient installing space, beneficial to layout.And ensure outer
See attractive in appearance.
The circuit fixed position of the electric lamp remote-control system said in this patent, refers to electric lamp remote-control system circuit, or holds
The fixed position of the circuit board of electric lamp remote-control system circuit carrying is so the position of Individual elements should be allowed and not subject to the limits
Fixed.Such as light-sensitive element 14, antenna, may be drawn out to other positions by lead, but have no effect on whole circuit or circuit
The position of plate determines, even if not in the fixed position being limited, also should be regarded as the protection domain in this patent.
Further, the circuit of electric lamp remote-control system is fixed on the lower section of bulb shield seat 15, and light-emitting component 101 is arranged on bulb
The top of cover seat 15.Ensure the attractive in appearance of bulb, be conducive to the optimization layout of multiple light-emitting components 101, facilitate implementation light-emitting component
101 with the electric isolution of the circuit of electric lamp remote-control system, and be conducive to system radiating.
Wireless remotecontrol receiver module 221 is provided with antenna, and antenna is exposed at the electricity starting wireless receiving by infrared signal
Outside lamp.Can be provided in that lamp holder 13 is outer, bulb shield 11 is outer, outside bulb shield seat 15, or outside luminescent device pedestal 12.In order to
Receive wireless signal.
Wireless remotecontrol receiver module 221 is provided with antenna, and antenna is exposed at the electricity starting wireless receiving by infrared signal
Inside lamp.Can be provided in bulb shield 11, in bulb shield seat 15, or in luminescent device pedestal 12.With whole outside guarantee
Clean, attractive in appearance.And bulb shield 11, bulb shield seat 15, or luminescent device pedestal 12 be nonmetal structure.And then avoid wireless signal
Block.
Specifically, wireless remotecontrol receiver module 221 can be 2.4g wireless receiving module.
Wireless remotecontrol receiver module 221 can be wifi module.Accept network remote control, such as mobile phone remote.
Wireless remotecontrol receiver module 221 can be bluetooth module.Accept Bluetooth remote control, such as mobile phone remote.
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 light sensitive diode, 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, amplitude limiter, band filter, integration
Circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.
During using wireless remote control, as long as someone cracks remote control code, can be using powerful emitter from remote ground
Fang Shixian malice remote control.Cause the user is panic.But adopt infrared remote control, remote control distance can shorten a lot, and implements distant
The equipment of control is in the visual line of sight of user, the probability very little that therefore malice remote control is implemented.Using infrared remote control although
Remote control distance and remote signal block aspect, with respect to wireless remote control, be in inferior position, but safety is had the advantage.
The light receiving surface of the receiving light of light-sensitive element 14, is arranged on and is started outside the electric light of wireless receiving by infrared signal
Side.Can be provided in that lamp holder 13 is outer, bulb shield 11 is outer, outside bulb shield seat 15, or outside luminescent device pedestal 12.In order to receive
Infrared remote-controlled signal.
Or, light-sensitive element 14 is inside the electric light starting wireless receiving by infrared signal, and arranges and make ambient
Through light transmission mechanism.Light-sensitive element 14 can be provided in bulb shield 11, in bulb shield seat 15, or luminescent device pedestal 12
Interior.With clean and tidy, attractive in appearance outside guarantee.And bulb shield 11, bulb shield seat 15, or luminescent device pedestal 12 setting printing opacity machine
Structure.Or bulb shield 11, bulb shield seat 15, or luminescent device pedestal 12 is made up of light transmissive material, itself is as light transmission mechanism.Enter
And avoid infrared remote-controlled signal is blocked.Light transmission mechanism, is provided with the diffusing structure making light produce scattering.Make to be irradiated to printing opacity machine
Light on structure produces scattering.
So that infrared remote-controlled signal on bulb shield 11 for the direct irradiation, can more smoothly enter, and through one
Other Infrared that secondary or multiple reflections are irradiated on bulb shield 11 weaken significantly.Infrared sieve therefore can be realized
Choosing.Implement the infrared remote-controlled signal of remote control not towards bulb shield 11 it is difficult to play teleaction, thus avoiding maloperation.Allow
In the same space, multiple remote controlled lanterns are set, and do not interfere with each other during remote control.Solve infrared remote control in the same space, same distant
It is impossible to the one-to-one technical barrier being remotely controlled during control code.
The selection of diffusing structure, can be able to be appeared with light, but cannot see behind article specific profile clearly and be defined.
That is, diffusing structure is that a light can appear, but cannot see the translucent construction of behind article specific profile clearly.Light can appear
Standard be, 1 tile red UV light-emitting diode front illuminated at least 1 meter of distance, the infrared of the diffusing structure back side can be made to connect
Receive head effectively photosensitive.
Diffusing structure can be to be densely covered with short grained structure.As frosted layer, fluorescence coating, soot layer etc..Astigmatism is tied
Structure can also 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 Infrared for remote control being irradiated on bulb shield 11 is made to produce scattering.
So that Infrared on bulb shield 11 for the front illuminated, can more smoothly enter, and through once or
The Infrared that person's multiple reflections are irradiated on bulb shield 11 weakens significantly.The screening of remote control Infrared therefore can be realized.No
Implement the infrared light light of remote control towards bulb shield 11 it is difficult to play teleaction, thus avoiding maloperation.
Test shows, the incident ratio of the infrared remote-controlled signal coming for diffuse-reflectance 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 diffuse-reflectance, all cannot pass through diffusing structure, reach realization
The light intensity of remote control.And then remote control cannot be realized.
Light transmission mechanism is preferably a closed surface structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.Closure
The outside of curved-surface structure is diffusing structure, and inner side is shiny surface, and light-sensitive element 14 is located at closed surface inner space.To saturating
Inject the infrared remote-controlled signal of closed surface, reflected, be easy to light-sensitive element 14 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.
Light transmission mechanism can also be preferably a concave structure.It is advantageously implemented screening and the enhancing of infrared remote-controlled signal.Recessed
Face structure, can be such as a paraboloid structure, spherical structure.Can also be cube structure of top one face opening etc..
Reference Fig. 5, Fig. 6, Combined type remote controller, including a remote control control circuit 32, and a power module；Remote control control
Circuit 32 processed is provided with microprocessor system 33, and a signal output part of microprocessor system 33 is directly or indirectly connected with infrared
Light emitting diode 31；One signal output part of microprocessor system 33, direct or indirect is connected with a wireless remote control transmitting mould
Block 34.Make a remote control can send out infrared remote-controlled signal and wireless remote control signals respectively.Power module connects microprocessor
Device system 32.
Microprocessor system 33 is set as, first launches infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to first
Start, with infrared remote-controlled signal, the electric light starting wireless receiving by infrared 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 numerous remote control codes one
The electric light or other controlled plants that start wireless receiving by infrared signal causing is chaotic without causing remote control.And have
Good safety.Setting is successively launched, and makes transmitting wireless remote control signals and last transmitting, longer interval time, Ke Yiyou
Effect avoids remote manipulation twice to obscure.Power module can be battery system or casing for dry batteries.
Microprocessor system 33 is after transmitting infrared remote-controlled signal it is allowed to a setting time internal satisfaction excites wireless remote control
Wireless remote control transmitter module 34 transmitting wireless remote control signals are excited under conditions of transmitter module 34.After more than a setting time,
Even if meeting under conditions of other excite wireless remote control transmitter module 34, not exciting wireless remote control transmitter module 34 yet, not launching
Wireless remote control signals.To avoid producing remote control confusion, and the operating habit adapting to people.
The time starting point calculation of setting time can start to drive infraluminescence two pole for microprocessor system 33
The time of infrared remote-controlled signal launched by pipe 31, and terminating point receives and acknowledges receipt of satisfaction for microprocessor system 33 and excites wirelessly
During the condition of remote-control transmitting module 34.The setting time said in this patent, is a kind of time objectively responding.It is not limited to refer to
Setting time value between two timing nodes of write in microprocessor system 33 program.Write in microprocessor system 33 program
Enter, the starting point and ending point calculating setting time can also use other nodes.But ultimately cause, meet in this patent and set
Fix time parameter, that is, think and meet the time that this patent objectively responds, also should be in this patent protection domain.
Setting time can be 3～20 seconds.Or setting time is less than 10 seconds.Or it is set smaller than 5 seconds.
Setting time, can be arranged on 3～20 seconds.To avoid user slow because operating, and cause remote control can not complete, and
The overlong time because allowing wireless remote control can be avoided, and cause maloperation.It is particularly well-suited to old man and child.
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 more preferable anti-misoperation performance and more preferably Consumer's Experience sense simultaneously.Can be rapidly completed some distant
Control instructing combination.
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 directivity.
Infrarede emitting diode 31 is more than 1cm apart from optical transmission window 41 outside, less than 10cm.Accurate in order to realize light
Directly.More preferably, infrarede emitting diode 31 is more than 1.5cm apart from optical transmission window 41 outside one side, less than 5cm.Printing opacity
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 the ring body that a length is more than 1cm, ring body is the ring body of a shading material in front of plus lens 42.To block
To the light around launched.It is preferably length and be less than 3cm.More preferably, it is additionally provided with a length in front of plus lens 42 big
In the body of 2cm, ring body is the body of a shading material.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 40, and shell 40 is less than 4 buttons.More preferably, on shell 40 only
It is provided with 1 button.More preferably, it is not provided with button.So that user operation get up convenient, it is to avoid keypress function
Practise.
The microprocessor system 33 of remote control control circuit 32 is connected with a vibrating sensor system 36, microprocessor system
33 are provided with a control signal input, and vibrating sensor system 36 is provided with an induced signal outfan, and control signal input is even
Connect induced signal outfan.With by vibration triggering microprocessor system 33.
The various sensing systems of indication in this patent, are that various finger sensors increase necessary peripheral support circuit.Than
As having one or more of voltage comparator circuit, filter circuit, mu balanced circuit etc..To export stable, effectively sensing
Signal.
The microprocessor system 33 of remote control control circuit 32 is connected with a touch sensing system 35.Microprocessor system 33
It is provided with a control signal input, touch sensing system 35 is provided with an induced signal outfan, control signal input connects sense
Induction signal outfan.With by touching triggering microprocessor system 33.Touch sensing system 35 can perceive whether someone holds
Equipment.Touch sensible point extends on shell 40.To perceive.
The microprocessor system 33 of remote control control circuit 32 is connected with a vibrating sensor system 36 and touch sensible system
System 35.During the signal of acquisition vibrating sensor system 36 and touch sensing system 35, just triggering microprocessor system 33 is launched simultaneously
Remote signal.
Vibrating sensor system 36 adopts metal column vibroswitch.Metal column vibroswitch includes a cylinder, cylinder two ends
It is respectively equipped with two electrodes, two electrodes are equipped with depression, in cylinder, is provided with a metal column, the length of metal column is more than two electricity
Distance between the concave edges of pole, less than the distance between the depression summit of two electrodes；The external diameter of metal column is less than the interior of cylinder
Footpath.In order to when rocking, produce resistance variations.The length of metal column is more than 5mm, less than 20mm.Will in order to meet inertia
Summation intensity requirement.
Vibrating sensor system 36 can also be more preferably spring vibrating sensor.Open with respect to metal column vibration
Pass system has the advantages that induction sensitivity is difficult to be affected by placed angle.
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.Inclination sensor
System 37 can adopt ball switch.
Further, microprocessor system 33 is connected with acceleration sensor system.With induction acceleration 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, microprocessor system 33 is connected with electronic compass.To sense direction, or direction change.
The microprocessor system of described remote control control circuit is connected with a gyroscope system, and microprocessor system is provided with one
Control signal input, described gyroscope system is provided with an induced signal outfan, and described control signal input connects described
Induced signal outfan.So that microprocessor system, by action message, as the parameter producing radio remote-controlled signal.
The microprocessor system of described remote control control circuit is connected with a gravity sensor system, and microprocessor system sets
There is a control signal input, described gravity sensor system is provided with an induced signal outfan, described control signal input
Connect described induced signal outfan.So that microprocessor system, by angle information with respect to the horizontal plane, wireless as producing
The parameter of electrical remote control signal.
Further, the microprocessor system 33 of remote control control circuit 32 has been simultaneously connected with touch sensing system 35, angle
Sensing system.Obtain the signal of angular transducer system and touch sensing system 35, according to angular transducer system simultaneously
Signal is different, different with the signal of touch sensing system 35, sends different remote signals.And then realize the situation in no button
Under, realize abundant signal output.
Further, the microprocessor system 33 of remote control control circuit 32 has been simultaneously connected with touch sensing system 35, has tilted
Sensing system 37.Obtain the signal of inclination sensor system 37 and touch sensing system 35, according to inclination sensor system simultaneously
The signal of system 37 is different, different with the signal of touch sensing system 35, sends different remote signals.And then realize in no button
In the case of, realize abundant signal output.
Further, the microprocessor system 33 of remote control control circuit 32 has been simultaneously connected with touch sensing system 35, has accelerated
Degree sensing system.Obtain the signal of acceleration sensor system and touch sensing system 35, according to acceleration transducer simultaneously
The signal of system is different, different with the signal of touch sensing system 35, sends different remote signals.And then realize in no button
In the case of, 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 regard
For a control instruction, excite 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, excite another remote signal.Thus realize the control instruction of complexity, and then it is defeated to realize complicated remote signal
Go out.
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 infrared remote-controlled signal and wireless remote control signals
Combined type sends, and realizes compound control to controlled plant.
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 connects again
When receiving the touch signal that priority triggers two touch signal induction end, wireless remote control is sent by wireless remote control transmitter module 34
Signal.Priority is triggered the combination of different touch signal induction end by microprocessing systems, as different control instructions.Send not
Same 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.Again or
Angular transducer system.Microprocessor system 33 further by the induced signal of touch sensing system 35, with inclination sensor system
System 37, angular transducer system, the sense of wherein at least one in proximity transducer system, or an acceleration sensor system
After induction signal superposition, 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, passes in acceleration
When the acceleration direction of sensor system sensing is different, is sent by wireless remote control transmitter module 34, send different wireless remote controls
Signal.
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 by the induced signal of acceleration sensor system, is passed with inclination further
After at least one of induced signal superposition in sensor system 37, angular transducer system, or a vibrating sensor, make
For 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 transducer
When the acceleration direction of system sensing is different, is 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,
Microprocessing systems are considered as the enhanced control instruction of light, excite a light to strengthen remote signal；Triggering the order occurring is
A after first b, microprocessing systems are considered as the control instruction that a light weakens, and excite 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, angle sensor
After at least one of induced signal superposition in device system, or a touch sensing system 35, as control instruction.With reality
Now 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, when microprocessor system 33 receives the touch signal successively triggering two touch signal induction end again,
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 by the induced signal of touch sensing system 35, is passed with inclination further
Sensor system 37, angular transducer system, the wherein at least one in proximity transducer system, or an acceleration sensor system
After individual or two kinds induced signals are superimposed, as control instruction.To realize more complicated control instruction output.
Microprocessor system is connected with inclination sensor system described in a touch sensor system and.It is preferably and reconnect
One 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.
Microprocessor system 33, microprocessor system 223 all can adopt Single Chip Microcomputer (SCM) system.
Ultimate 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 description 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 (2)
1. start the electric light of wireless receiving by infrared signal, including at least one luminescent device, and one by described luminescent device
It is connected to the lamp holder of power supply it is characterised in that described luminescent device is fixed on above described lamp holder, described lamp holder is provided with for even
Connect the power access end of power supply；
Also include an electric lamp remote-control system, described electric lamp remote-control system includes arranging Voltage stabilizing module, remote control reception module and electric light
Control module, arranges Voltage stabilizing module and connects remote control reception module, remote control reception module connects electric light control module；
The described power input arranging Voltage stabilizing module connects the power access end of described lamp holder；
Described electric light control module is provided with controlled electric element, and described controlled electric element controls the described luminescent device of connection；
It is provided with least one light-emitting component in described luminescent device；
Described electric lamp remote-control system also includes a microprocessor system, and is provided with least two remote control reception modules, one
Remote control reception module is wireless remotecontrol receiver module, and another remote control reception module is infrared remote control receiver module；
Described wireless remotecontrol 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, connects described electric light control module；
Described microprocessor system will receive the useful signal of infrared remote control receiver module, is considered as accepting wireless remotecontrol connecing
Receive the condition of the control signal of module.
2. Combined type remote controller, including a remote control control circuit it is characterised in that:
Including a power module；
Remote control control circuit is provided with microprocessor system, and described power module connects described microprocessor system；
One 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 |
|---|---|---|---|
| CN2015104307136 | 2015-07-21 | ||
| CN201510430713 | 2015-07-21 |
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| Publication Number | Publication Date |
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| CN106369352A true CN106369352A (en) | 2017-02-01 |
| CN106369352B CN106369352B (en) | 2020-06-09 |
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ID=55431476
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520616510.1U Expired - Fee Related CN205079067U (en) | 2015-07-21 | 2015-08-17 | Remote control bulb and light -beam remote control ware thereof |
| CN201510502643.0A Active CN106369351B (en) | 2015-07-21 | 2015-08-17 | Light beam remote control bulb and directional light beam remote controller thereof |
| CN201620768622.3U Expired - Fee Related CN206164938U (en) | 2015-07-21 | 2016-07-21 | Remote control electric light and remote controller thereof |
| CN201610575671.XA Active CN106369352B (en) | 2015-07-21 | 2016-07-21 | Electric lamp capable of starting wireless receiving through infrared signal and remote controller thereof |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520616510.1U Expired - Fee Related CN205079067U (en) | 2015-07-21 | 2015-08-17 | Remote control bulb and light -beam remote control ware thereof |
| CN201510502643.0A Active CN106369351B (en) | 2015-07-21 | 2015-08-17 | Light beam remote control bulb and directional light beam remote controller thereof |
| CN201620768622.3U Expired - Fee Related CN206164938U (en) | 2015-07-21 | 2016-07-21 | Remote control electric light and remote controller thereof |
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| Country | Link |
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| CN (4) | CN205079067U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108834255A (en) * | 2018-05-18 | 2018-11-16 | 阜阳师范学院 | A kind of Multifunction energy-saving lighting system and design method |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106252995A (en) * | 2016-07-25 | 2016-12-21 | 深圳市湖渊电气技术有限公司 | A kind of remote control Folding desk lamp socket |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106369351B (en) | 2023-11-03 |
| CN205079067U (en) | 2016-03-09 |
| CN106369351A (en) | 2017-02-01 |
| CN206164938U (en) | 2017-05-10 |
| CN106369352B (en) | 2020-06-09 |
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Inventor after: Li Xingwen Inventor after: Zhu Rujun Inventor before: Li Xingwen |