CN106482005A - Integral remote-controlled lamp and its cone-shaped beam remote control - Google Patents
Integral remote-controlled lamp and its cone-shaped beam remote control Download PDFInfo
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- CN106482005A CN106482005A CN201610709475.7A CN201610709475A CN106482005A CN 106482005 A CN106482005 A CN 106482005A CN 201610709475 A CN201610709475 A CN 201610709475A CN 106482005 A CN106482005 A CN 106482005A
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Classifications
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- 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
- F21V7/00—Reflectors for light sources
- F21V7/10—Construction
-
- 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
- F21V17/00—Fastening of component parts of lighting devices, e.g. shades, globes, refractors, reflectors, filters, screens, grids or protective cages
- F21V17/10—Fastening of component parts of lighting devices, e.g. shades, globes, refractors, reflectors, filters, screens, grids or protective cages characterised by specific fastening means or way of fastening
- F21V17/16—Fastening of component parts of lighting devices, e.g. shades, globes, refractors, reflectors, filters, screens, grids or protective cages characterised by specific fastening means or way of fastening by deformation of parts; Snap action mounting
- F21V17/164—Fastening of component parts of lighting devices, e.g. shades, globes, refractors, reflectors, filters, screens, grids or protective cages characterised by specific fastening means or way of fastening by deformation of parts; Snap action mounting the parts being subjected to bending, e.g. snap joints
-
- 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
- F21V19/00—Fastening of light sources or lamp holders
- F21V19/001—Fastening of light sources or lamp holders the light sources being semiconductors devices, e.g. LEDs
-
- 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
-
- 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
- F21V7/00—Reflectors for light sources
- F21V7/22—Reflectors for light sources characterised by materials, surface treatments or coatings, e.g. dichroic reflectors
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/04—Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infrared
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
- Selective Calling Equipment (AREA)
Abstract
The integral remote-controlled lamp of the present invention and its cone-shaped beam remote control are related to control field, more particularly to field of remote control.Integral remote-controlled lamp, also includes an electric lamp remote-control system, and remote control reception module includes infrared remote control receiver module；Infrared remote control receiver module includes one for receiving the infrared optical sensor of remote signal；A light-shielding structure is additionally provided with, and the top of light-shielding structure is higher than luminescent device, and infrared optical sensor is provided with above light-shielding structure.Cone-shaped beam remote control, remote control control circuit are provided with microprocessor system, and a signal output part of microprocessor system is directly or indirectly connected with one for producing the infrared beam emitter of infrared beam.By above-mentioned design, allow electric light directly to receive infrared remote control, the remote control of electric light is realized without relying on change domestic circuit again.User is only needed to by integral remote-controlled lamp twist-on on original lamp socket, you can realize the distant control function of electric light.
Description
Technical field
The present invention relates to control field, more particularly to field of remote control.
Background technology
The artificial lighting apparatus of the energy made by electric light, i.e. electricity consumption, and electric light converts electrical energy into luminous energy, behaves at night or darkroom
Class is illuminated.Since electric light invention, it has promoted the development of the mankind significantly.The design of electric light remote control is realized now, often
It is installing remote switch in electric light supply line.Particularly often installing remote switch at the light switch.Traditional electric light
Remote control design, is required for changing lamp circuit, needs electrician to implement operation, and domestic consumer is difficult to easily realize.
Lamp holder is the primary structure of electric light.Lamp holder is the end of electric light, 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 include lamp bead, electricity bubble, fluorescent tube, wherein fluorescent tube again include straight fluorescent tube with
Curved fluorescent tube.Lamp bead is mainly the form of light source of LED, and electric light is usually incandescent lamp, fluorescent lamp, halogen tungsten lamp etc., and fluorescent tube is mainly
Common fluorescent lamp.And where the both sides plug insertion of straight fluorescent tube equivalent to lamp holder effect, curved fluorescent tube is similar to.
Content of the invention
It is an object of the invention to provide a kind of integral remote-controlled lamp, solves above technical problem.
The present invention also aims to a kind of cone-shaped beam remote control is provided, above technical problem is solved.
Technical problem solved by the invention can be employed the following technical solutions to realize：
Integral remote-controlled lamp, including an at least luminescent device, and one is used for being connected to the lamp holder of power supply, and its feature exists
In the luminescent device is fixed on above the lamp holder；
Also include an electric lamp remote-control system, the electric lamp remote-control system includes a power module, remote control reception module and electricity
Lamp control module, power module connect remote control reception module, and remote control reception module connects electric light control module；Electric light control module
The control connection luminescent device；
The remote control reception module includes infrared remote control receiver module；The infrared remote control receiver module includes one for connecing
Receive the infrared optical sensor of remote signal；
A light-shielding structure is additionally provided with, the top of the light-shielding structure is higher than the luminescent device, above the light-shielding structure
It is provided with infrared optical sensor.
By above-mentioned design, allow electric light directly to receive infrared remote control, realize without relying on change domestic circuit again
The remote control of electric light.User is only needed to by integral remote-controlled lamp twist-on on original lamp socket, you can realize the distant control function of electric light.
By above-mentioned design, reduce irradiation of the light of luminescent device to infrared optical sensor, improve sensitivity.Meanwhile, lead to
Crossing above-mentioned design makes infrared optical sensor, compared to luminescent device closer to free surrounding space, is easy to directly receive from the external world
Infrared remote-controlled signal.
It is a reflective surface above the light-shielding structure.To reflect infrared remote-controlled signal, make infrared optical sensor more preferably photosensitive.
Reflective surface can be a metallochrome reflective surface or kermesinus reflective surface.Golden reflective surface such as silver color, gold etc..
The light-shielding structure is preferably, reclinate globoidal structure.Not only improve infrared remote-controlled signal reflection in space
To infrared optical sensor, the light for blocking luminescent device that again can be good.
The photosurface of the infrared optical sensor, is more than 1mm apart from the light-shielding structure, and towards the light-shielding structure.
So as to the infrared remote-controlled signal for being integrated the reflection of remote controlled lantern itself part is received, rather than arise directly from the infrared distant of remote control
Control signal.Be conducive to can not screen out the infrared remote-controlled signal of light beam, or the interference letter not towards integral remote-controlled light irradiation
Number, it is to avoid maloperation.
The light-shielding structure can be dark working of plastics.More preferably dark plastic plate.Such as can be preferred
For black or the plastic plate of grey.
The light-shielding structure can also be sheet metal.Sheet metal has good shading characteristic.Light-shielding structure can be made more
Thin.
Arranged by infrared optical sensor position, no matter realize integral remote-controlled lamp be vertically placed on highly relatively low under
Side, or be inverted fixing on the ceiling, be all infrared optical sensor than light-emitting component apart from beeper closer to, it is easier to receive
Infrared remote-controlled signal.And be easier to realize beeper positioned at different directions enforcement remote control, all it is difficult to be blocked.Remote control effect is remote
It is much better than other designs.
Power module is, the power module with step-down rectifier function.
Power module is preferably resistive-capacitive voltage divider power module.
The infrared optical sensor is covered with the diffusing structure for making light produce scattering.The diffusing structure can be sheet
Scattering sheet, or hood-like diffuser.
The IR for remote control being irradiated on diffusing structure is made to produce scattering, after scattering and then in diffusing structure,
It is easy to infrared optical sensor to receive.
More preferably, the outer surface of the diffusing structure is provided with astigmatism face.Avoid infrared remote-controlled signal outer
Side surface crosses multiple reflection, improves impingement rate.
Preferably, the diffusing structure outer surface is frosting.Using frosting as astigmatism face.
Further, the inner surface of the diffusing structure is smooth structure.Make the infrared remote control in entrance diffusing structure
Carry out, multiple reflections can occur, more received by infrared optical sensor.
Test shows, the incident ratio of the infrared remote-controlled signal come for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal for irradiating low diffusing structure surface.The infrared remote-controlled signal on the low diffusing structure surface of direct irradiation has more
Good remote control effect.Nearly all wall diffusing reflection and come infrared remote-controlled signal, all cannot pass through diffusing structure, reach realization
The luminous intensity of remote control.And then remote control cannot be realized.With unexpected anti-jamming effectiveness.
The diffusing structure is concave surface diffusing structure.
Open Side Down arranges for the concave surface diffusing structure, and the infrared optical sensor is higher than under the concave surface diffusing structure
Side is open.In order to more infrared remote-controlled signals received through reflection.
The concave structure of the concave surface diffusing structure, can be such as a paraboloid structure, globoidal structure, part pyramid like configuration
Or spherical structure.Can also be polyhedron body structure of lower section one side opening etc..
The infrared optical sensor is located between ten point 7/10 to ten of the concave surface diffusing structure height.At this
In height is interval, the infrared remote-controlled signal of acquisition is most strong.
The concave surface diffusing structure, is the top closure, the bigger concave surface diffusing structure of more downward lumenal cross-section product.
The concave surface diffusing structure, can be sphere diffusing structure.
The concave surface diffusing structure, can also be taper surface diffusing structure.
Diffusing structure be able to can be appeared with light, but cannot be seen behind article specific profile clearly and be defined.That is, astigmatism knot
Structure is that a light can be appeared, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure can be densely covered with short grained structure.Such as frosted layer, fluorescence coating, soot layer etc..
Diffusing structure can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
Test shows, the incident ratio of the infrared remote-controlled signal come for diffusing reflection in diffusing structure, far smaller than directly
Connect the infrared remote-controlled signal for being radiated at diffusing structure surface.Infrared remote-controlled signal of the direct irradiation on diffusing structure surface has more
Good remote control effect.
Or, the diffusing structure is preferably a closed surface structure.Be advantageously implemented infrared remote-controlled signal screening and
Strengthen.
The outside of closed surface structure is diffusing structure, and inner side is shiny surface, and the infrared optical sensor is located at described closing
Close curved surface inner space.Enter the infrared remote-controlled signal of closed surface to transmission, reflected, be easy to infrared optical sensor to connect
Receive.Realize screening and the enhancing of infrared remote-controlled signal.
Closed surface structure can be the closed surface structure of upper and lower opening, the cylindrical structure of such as upper and lower opening, up and down
The conically shaped of opening, square tube of upper and lower opening etc..Upper shed or under shed can be closed with non-diffusing structure.
It is also possible that the infrared optical sensor is covered with a transparent configuration.Enter in order to infrared remote-controlled signal.This
Design is particularly well-suited to the lighting device that outside is provided with lampshade.Such as it is externally provided with electric light suitable for desk lamp, lamp affixed to the ceiling, wall lamp etc.
The lighting device of lampshade.
Particularly in laser remote control system, light-beam remote control system, laser infrared light beam or other infrared beams, compare appearance
The diffusing structure of ground floor printing opacity is easily penetrated, it is more difficult to penetrate the diffusing structure of second layer printing opacity.In the lighting device with lampshade
On, the lampshade of the diffusing structure being provided with as ground floor printing opacity, so specially by the infrared photosensitive unit in this patent
A transparent configuration is set to above part, it is to avoid again with the presence of diffusing structure, and then ensure that to be applied to laser remote control system, light beam distant
When in control system, infrared remote-controlled signal easily can be reached, and improve remote-control sensitivity.
The transparent configuration is concave surface transparent configuration, and the infrared optical sensor is located at the concave surface of the concave surface transparent configuration
Side.For the infrared remote-controlled signal entered in concave surface transparent configuration, because the presence of concave surface, can produce in concave surface repeatedly anti-
Penetrate, so that more infrared remote-controlled signals can reach the photosurface of infrared optical sensor, so as to improve the sensitivity of remote control.
And then there is no this feature in the transparent configuration of plane.
The concave structure of concave surface transparent configuration, can be such as a paraboloid structure, taper surface structure, globoidal structure or ball
Face structure.Can also be polyhedron body structure of lower section one side opening etc..
The transparent configuration inner surface and outer surface are shiny surface.It is respectively used to strengthen reflection and enhancing transmission.
Open Side Down arranges for the concave surface transparent configuration, and the infrared optical sensor is higher than under the concave surface transparent configuration
Side is open.In order to more infrared remote-controlled signals received through reflection.
The infrared optical sensor is located between ten point 7/10 to ten of the concave surface transparent configuration height.At this
In height is interval, the infrared remote-controlled signal of acquisition is most strong.
The concave surface transparent configuration, is the top closure, the bigger transparent configuration of more downward lumenal cross-section product.
The concave surface transparent configuration, can be spherical transparent structure.
The concave surface transparent configuration, can also be taper surface transparent configuration.
The transparent configuration can be transparent glassy layer.The transparent configuration can also be transparent acrylic layer.Real
Trample and show that both materials have, low cost, intensity is strong, with good translucency, need for meeting the present invention that can be good
Ask.
The transparent configuration at least should meet, and can see the profile of behind article clearly.
The transparent configuration can be the transparent configuration of infrared filtering material.Although infrared filtering material is for human eye
Be not transparent, but be transparent for infrared remote-controlled signal.This patent said transparent be based on to infrared distant
The optical treatment of control signal, is therefore defined by transparent to infrared remote-controlled signal.The optical band of infrared remote-controlled signal with 840nm～
980nm is reference.
It is further designed to：The infrared optical sensor is covered with a bottom for diffusing structure, and top is transparent configuration
Cover body.The total reflection light of light-emitting component from below is destroyed by diffusing structure, or the reflected light of minimizing adjacent objects is entered
Enter.
The height ratio of the diffusing structure and the transparent configuration is 0.2:1 to 2:Between 1.Can be simultaneously suitable for outer
Portion is provided with the lighting device of lampshade, or the directly exposed remote control in extraneous integral remote-controlled lamp.
In actual production, it is likely that inevitably can be carved on the diffusing structure or the transparent configuration
Or word, icon or other patterns of different light transmission features is printed, but overall astigmatism characteristic or transparent characteristic is not affected,
It will be understood that meeting the feature interpretation of this patent.
Specific design for light-shielding structure：
(1), also include an electric light cover, light-shielding structure described in the electric light cover, is provided with, the light-shielding structure will be described
Electric light cover is divided into upper and lower two spaces, and the luminescent device is located in underlying space, and the infrared optical sensor is above
In space；The electric light cover covers the luminescent device and the infrared optical sensor.
With electric light cover top as the diffusing structure or for the transparent configuration.
The light-shielding structure shelters from the light in underlying space, reduces and even avoids light from entering by underlying space
Side space.Arranged by position, be easy to directly receive from extraneous infrared remote-controlled signal.
Above the lamp holder, in electric light cover, a support member is provided with, the light-shielding structure is fixed on the support member.
Can be provided with least one inside projection in electric light cover middle and upper part, using the projection as support member, the screening
Photo structure is fixed in the projection.It is easy to simplify structure.
It is also possible that the lamp holder is fixedly arranged above a support member for erecting, the light-shielding structure is fixed on the support
Above part.It is easy to circuit devcie to install.
The Internal periphery of the electric light cover of residing height, identical with the outer contour shape of the light-shielding structure, cross section ratio is big
In 1：0.9.In order to smooth implantation, and realize good shading.
The outline of the light-shielding structure, is squeezed on the Internal periphery of electric light cover of residing height.
Even, the outline of the light-shielding structure, consistent with the Internal periphery of the electric light cover of residing height.
In order to combine closely.Because in converted products processing, being limited by technique, reasonable error should have been allowed.
(1), above the electric light cover it is diffusing structure described in.In order to be directly exposed to suitable for integral remote-controlled lamp
Implement remote control in the case of in free surrounding space.It is particularly suitable in laser remote control system or light-beam remote control system.
(2), above the electric light cover it is transparent configuration described in.Enter in order to infrared remote-controlled signal.This design is special
The lighting device of lampshade is not provided with suitable for outside.Such as lampshade is externally provided with suitable for desk lamp, lamp affixed to the ceiling, wall lamp etc. in electric light
Lighting device.
It is semi-transparent configuration that the electric light covers on the part below the light-shielding structure.It is specifically as follows and skin of paint is scribbled,
Or be frosted structure.To improve luminescent device lighting effect to external world.
(2), an electric light cover is covered with above the luminescent device, the electric light cover top is provided with the light-shielding structure, described
Light-shielding structure top is provided with the infrared optical sensor, and the light-sensitive element is located at outside the electric light cover.
By infrared optical sensor being arranged to outside electric light cover, fully shelter from the light in underlying space, reduce even
Light is avoided to enter superjacent air space by underlying space.Arranged by position, be easy to directly receive from extraneous infrared remote control
Signal.No matter it is that integral remote-controlled lamp is vertically placed on highly relatively low lower section, or inversion is fixing on the ceiling, is all red
Outer light-sensitive element than light-emitting component apart from beeper closer to, it is easier to receive infrared remote-controlled signal.And be easier to realize remote control
Person is located at different directions and implements remote control, is all difficult to be blocked.Remote control effect is far superior to other designs.
A diffuser is also covered with outside the infrared optical sensor.To protect infrared optical sensor.
The diffuser for the diffusing structure or can be the transparent configuration.
The diffuser can be water white transparency cover.Can also be the diffuser of infrared filtering material.
The diffuser can be the electric light cover part of itself.Can also be diffuser independently of electric light cover.
(1) diffuser, i.e., described diffusing structure or the transparent configuration, are fixed on the light-shielding structure.
A support member is provided with above the electric light cover, and the light-shielding structure is fixed on the support member.
Or, the lamp holder is provided with a support member, and the light-shielding structure is fixed on the support member.
(2) diffuser, i.e., described diffusing structure or the transparent configuration, are fixed on above the electric light cover.
The diffuser is by screw thread twist-on above the electric light cover.So that fixation.
Or, the diffuser is connected to above the electric light cover by bayonet socket.So that easy for installation.
Further, the diffuser is connected to above the electric light cover by bayonet socket, and gluing at the bayonet socket, is glued
Close.So that sound construction.
A support member is provided with above the electric light cover, and the light-shielding structure is fixed on the support member.So that structure is simple
Clean, it is easy to manufacture.
Infrared optical sensor is covered in diffusing structure or the transparent configuration, for those skilled in the art be not
Beneficial to remote control, because diffusing structure or the transparent configuration reduce infrared remote-controlled signal transmission amount.
Inventor has found, above-mentioned design, although be applied to conventional IR remote controller, such as television set IR remote controller and
Speech, remote-control sensitivity are decreased really.But for the remote control of the infrared beam for being applied to launch IR concentration, spirit
Sensitivity is then increased on the contrary.Test shows, when being remotely controlled by infrared beam, front illuminated is in diffusing structure or thoroughly
IR in bright structure, more can smoothly enter, and through once or multiple reflections be irradiated to diffusing structure or
IR on person's transparent configuration can be significantly reduced.Therefore the screening of remote control IR can be realized.Tie not towards astigmatism
Structure or transparent configuration implement the infrared light light of remote control, it is difficult to play teleaction, so as to avoid maloperation.
Especially for concave surface diffusing structure or concave surface transparent configuration, the infrared remote-controlled signal of entrance, internally in space
Repeatedly transmitting can be produced, rather than is directly disappeared as conventional art, the sensitive volume of infrared optical sensor can be greatly increased.
Therefore, in infrared beam remote control, above-mentioned design has enhancing remote-control sensitivity, and supports jamproof feature.This is specially
Sharp inventor is creative to be arranged on infrared optical sensor in diffusing structure or transparent configuration, overcomes prior art inclined
See, obtained unexpected technique effect.
The power module is also associated with an indicator lamp.Itself is indicated in order to electric light under half-light in non-opening
Position, is irradiated to infrared beam on electric light cover in order to user.
The indicator lamp can be LED, or be electroluminescent light source.
The indicator lamp is directly connected to power module.No matter whether luminescent device is lighted, and is in illuminating state.
The indicator lamp power is more than 0.001w, less than 0.03w.Can indicating positions, and do not cause light pollution.
The electric light control module is provided with a normally opened end, and a normal-closed end, one of control connect luminescent device,
Another control connection indicator lamp.So that luminescent device and indicator lamp alternating are lighted, it is to avoid while lighting or while not sending out
Light.
The remote control reception module is the remote control reception module that electricity lights luminescent device on.After lighthead power is connected certainly
The bright luminescent device of dynamic point.Even if therefore without remote control, it would however also be possible to employ traditional switch carries out switch control rule.
The luminescent device can be an at least LED particle, at least an incandescent lamp filament, at least fluorescent tube etc., energy
Enough devices for realizing converting electrical energy into light.
More preferably, the luminescent device is the LED containing an at least LED particle.Further preferably
For being inlaid with the LED lamp panel of LED particle on a metal substrate.
LED particle can be realized the light seldom even wholly without 750～1000 nanometers and launch.Advantageously reduce to red
The interference of outer light-sensitive element.
When vertically placing, above the light-shielding structure and above the luminescent device between difference in height be less than more than 2mm
30mm.In order to the light-receiving of infrared beam, and the irradiation for avoiding the light of luminescent device.
The power input of the power module connects the power access end of the lamp holder；The electric light control module is provided with
Controlled electric element, the controlled electric element control connect the luminescent device；At least one is provided with the luminescent device
Light-emitting component.
Controlled electric element can be relay, triode, IGCT or CMOS tube etc..
The integral remote-controlled lamp is additionally provided with luminescent device pedestal, and the luminescent device pedestal is arranged on above lamp holder, institute
State luminescent device to be arranged on above the luminescent device pedestal.The top that is said, be the lamp holder of electric light down, luminescent device court
On, erect the top during state that comes.
The circuit of the electric lamp remote-control system is arranged on below the luminescent device pedestal.Or, the electric light remote control system
The circuit of system is arranged in the luminescent device pedestal.
An electric light cover be directly or indirectly fixed with above the lamp holder, the circuit of the electric lamp remote-control system and described
Luminescent device is fixed on the locus between the lamp holder and electric light cover.
Integrative design is realized, is easy to assemble, preserve, transport and install.
The circuit of the electric lamp remote-control system can be embedded in the lamp holder.
The electric light cover constitutes a closed housing, the circuit of the electric lamp remote-control system and the photophore with the lamp holder
Part is wrapped in the closed housing together.
The closed housing, not necessarily refers to the cavity for sealing.
It is also possible that being additionally provided with an electric shade holder, the electricity shade holder is fixed on above the lamp holder, and the electric light cover is solid
It is scheduled on above the electricity shade holder；The circuit of the electric lamp remote-control system and the luminescent device be fixed on the lamp holder with described
Locus between electric shade holder.
Based on the less reason of burner space, then an electric shade holder is set, makes internal components have more sufficient installation empty
Between, beneficial to layout.And ensure appearance looks elegant.
The circuit of the electric lamp remote-control system is fixed on the electricity shade holder.
Further, the circuit of the electric lamp remote-control system is fixed on the lower section of the electricity shade holder, and the light-emitting component sets
Put in the top of the electricity shade holder.Ensure the attractive in appearance of electric light, 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.
The infrared remote control receiver module includes or only includes one for receiving the infrared optical sensor of remote signal, described
Infrared optical sensor can be photodiode, phototriode or infrared receiving terminal.
The infrared optical sensor is preferably infrared receiving terminal.Infrared receiving circuit is generally integrated in an element by producer
In, the infrared receiving terminal of being integrally formed.Internal circuit frequently includes infrarede emitting diode, and amplifier, limiter, band logical are filtered
Ripple device, integrating circuit, comparator etc..Using infrared receiving terminal, be conducive to simplifying other peripheral circuit structures.
Using infrared remote control system, although block aspect in remote control distance and remote signal, with respect to wireless remote-control system,
Inferior position is in, but security is had the advantage.But wireless remote-control system also has other advantages.
The electric lamp remote-control system also includes a microprocessor system, and the microprocessor system signal input part connects
Connect the infrared remote control receiver module；The signal output part of the microprocessor system, connects the electric light control module.
The microprocessor system is being received after effective remote signal of the infrared remote control receiver module, is prolonged
When 0.05s～2s, detect whether that also effectively remote signal is present again, if there is remote control actions are considered as effectively, trigger institute
State electric light control module.Carry out turning on light, turn off the light or other actions.It is invalid to be otherwise considered as.Can be prevented effectively from send infrared distant
The remote control of control signal causes maloperation when sliding in the air.
Or, microprocessor system 223 is receiving the effective remote signal from infrared remote control receiver module 222
Afterwards, continue time delay 0.05s～2s and detect whether that effective remote signal is present, if there is remote control actions are considered as effectively, triggering is electric
Lamp control module 20.Carry out turning on light, turn off the light or other actions.It is invalid to be otherwise considered as.Can be prevented effectively from and send infrared remote control
Maloperation is caused when the remote control of signal is slided in the air.
Further, delay time is set as, 0.1s～1s.To adapt to the healthy population of less than 70 years old more than 6 years old.
Further, delay time is set as, 1s～2s.To adapt to less than 6 years old, or body unready other people
Group.
After the delay or in time delay, detect that the time of effective control signal is more than 0.1 second.Avoid because of detection time relatively
Short, and now the hand of people is shaken just, and detection is missed, cause maloperation.
After the delay or in time delay, detect that the time of effective control signal is less than 1 second.Avoid because detection time is long,
The remote control to other equipment is responded, has caused maloperation.
Detected after time delay again, during without effective remote signal, the microprocessor system can recover initial shape
State.Wait new effective remote signal.
Or persistently detect in time delay, the effective remote signal duration does not reach delay time length, microprocessor
System can restPose.Wait new effective remote signal.
After the microprocessor system triggers the electric light control module action, the microprocessor system self-locking
One setting time, no longer responds remote pilot.Setting time is between 0.5s～7s.To avoid in remote control process, user's
Hand is shaken, and causes to receive the remote signal being interrupted twice or repeatedly, in turn results in maloperation.
After setting time is reached, the microprocessor system can restPose.Wait new effective remote control letter
Number.
Further, setting time is set as, between 1s～4s.To adapt to the healthy population of less than 70 years old more than 6 years old.
Further, setting time is set as, between 2s～6s.To adapt to less than 6 years old, or body unready other
Crowd.
The microprocessor system is also associated with another remote control reception module, and another remote control reception module is wireless remote
Control receiver module；The wireless remote control receiver module connects another signal input part of the microprocessor system.So as to reality
The superposition of existing two kinds of distant control functions.
The wireless remote control receiver module is provided with antenna, and the antenna is exposed on the inside of integral remote-controlled lamp.Can set
Put in electric light cover, in electric shade holder, or in luminescent device pedestal.With clean and tidy, attractive in appearance outside ensureing.And electric light cover, electricity
Shade holder, or luminescent device pedestal be nonmetal structure.And then avoid wireless signal from blocking.
Specifically, wireless remote control receiver module can be 2.4G wireless receiving module.
Specifically, wireless remote control receiver module is not the Internet radio receiver module.Particularly, wireless remote control receiver module
It is not wifi module.Avoid hacker's intervention control.
The microprocessor system will receive the useful signal of infrared remote control receiver module, is considered as and receives wireless remote control
The condition of the control signal control of receiver module.
Or, the microprocessor system is receiving the effective infrared remote control letter from infrared remote control receiver module
After number, just allow to receive the remote signal of wireless remote control receiver module.
Otherwise, wireless remote control receiver module is in off working state.Or, wireless remote control receiver module is even at work
State, microprocessor system are also considered as the invalidating signal for receiving.
By infrared remote control start wireless remote control, in control process must someone send in the same space, first infrared
Remote signal, just allows to carry out other controls.
With respect to traditional wireless remote control, malice transmission wireless remote control signals carry out malice control 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 in whole control process always towards controlled plant, be that user is used there is provided convenience, and be remote control
Carry out action control or gesture control provides technical conditions.
The microprocessor system after effective infrared remote-controlled signal is received, receive in a setting time from
The control signal of wireless remote control receiver module, after setting time, then no longer receives.
The 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 caused maloperation or set apart to malicious operation.
Further, the setting time can be arranged on less than 10 seconds.Test shows that this parameter is adapted to big absolutely portion
Divide the use habit of user.
Further, the setting time can be arranged on less than 5 seconds.Test shows that this parameter is adapted to big absolutely portion
Divide the use habit of user, while with preferable security.
The microprocessor system connects the electric light control module.The control to electric light control module is realized, and then
The luminous situation of control light-emitting component.
The electric light control module is the electric light control module with switching function.
Further, the electric light control module is the electric light control module with regulation light intensity.
The electric light control module, is output current constant current, the controlled electric light control module of output voltage.In order to control
LED brightness.
The controlled electric element of the electric light control module is relay.By control relay, and then control luminous unit
Part.
The controlled electric element of the electric light control module is at least two relays, the receiving of at least one of which relay
Control end is in series with resistance.So as to the relays by controlling connection different, different brightness are realized.
The electric light control module can also be an electric light control module with toning function, and the luminescent device is tool
There is the luminescent device of toning function.
Cone-shaped beam remote control, including a remote control control circuit, it is characterised in that：Remote control control circuit is provided with micro- place
Reason device system, a signal output part of microprocessor system are directly or indirectly connected with one for producing the infrared of infrared beam
Beam launcher.
It is more remote that produced infrared beam contains a segment distance infrared beam emitter, the bigger infrared light of sectional area
Bundle；More remote apart from infrared beam emitter, the bigger infrared beam of sectional area, referred to as cone-shaped beam.
Microprocessor system is preferably SCM system.
Cone-shaped beam can be the light beam of cone.Cone-shaped beam can also be the irregular cone-shaped beam in edge.
Infrared beam emitter is the infrared beam emitter that the angle of divergence of the infrared beam for producing is 1～20 degree.
The angle of divergence refers to the angle between the axis of light beam and beam edge.Beam edge may refer to, apart from infrared beam transmitting dress
Between 1 meter to 2 meters of the light outlets that puts, edge that infrared optical sensor can be made effectively photosensitive.The hypertelorism of detection can be with light
The decay of bundle, and cause to detect inaccurate.
For the infrared optical sensor for determining, it can be the infrared receiving terminal of the common electrics such as television set, air-conditioning.
Or, infrared beam emitter is the infrared beam focus for producing in the infrared light within light-emitting window 50cm
Bundle emitter.Cone-shaped beam is formed after infrared beam focus.
Or, the angle of divergence is introduced directly into the definition of the angle of divergence of laser field.
Above-mentioned design, it is more remote apart from infrared beam emitter all to produce plane of illumination, then bigger effect.Form one to bore
Shaped light beam.When being remotely controlled using cone-shaped beam remote control, when needing, light beam is irradiated to controlled plant to people, is such as irradiated to one
Body remote controlled lantern.
According to the physilogical characteristics of people, more remote apart from controlled plant, then it is more difficult to aim at, is more difficult to implement remote control.And in this patent,
Cone-shaped beam is then employed.Distance is more remote, and plane of illumination is bigger.Plane of illumination more big be also just more prone to be irradiated to the controlled of distant place set
Standby.
And controlled plant on hand when, plane of illumination is less, even if there are other adjacent controlled plants, is not easy to be shone
It is mapped to, and then with good interference free performance.
Therefore, using cone-shaped beam, while the controlled plant for solving distant place is difficult to aim at, and controlled plant nearby
There is the technical problem of interference when close together.Practice have shown that, using the parameter that the angle of divergence is 1～20 degree, in 5 meters of remote control distance
Within ideal.Ensure that the degree of accuracy and the antijamming capability of remote control.
Further, infrared beam emitter is that the infrared beam that the angle of divergence of the infrared beam for producing is 2～10 degree is sent out
Injection device.Practice have shown that, using the parameter that the angle of divergence is 2～10 degree, ideal within 10 meters of remote control distance.General house
Interior, general at 2～10 meters between two relative walls, therefore this parameter, it is ensured that the degree of accuracy of indoor remote control and anti-interference
Ability.
The infrared beam emitter, is that the infrared beam transmitting that the preposition plus lens of infrarede emitting diode is constituted is filled
Put.So that the infrared beam for converging is produced, operation is remotely controlled.
Infrared laser is not adopted in this patent, and infrared light is carried out using the preposition plus lens of infrarede emitting diode
Bundle transmitting.Although more complicated in structure, need to configure plus lens, effect is better than infrared laser.Using infrared
Light emitting diode, the structure of preposition plus lens, the output of more powerful optical signal can be easily obtained, is in addition easier to adjust
Jiao, also cost is lower.
Infrarede emitting diode can be a pins type infrarede emitting diode.Pins type infrarede emitting diode is encapsulated in
In one epoxy resin housing, a plus lens in front of epoxy resin housing, is provided with.Can reduce and preposition plus lens is gathered
Light is required.
Infrarede emitting diode is preferably a paster infrarede emitting diode.Using paster infrarede emitting diode, permissible
Position on circuit boards is more accurately fixed, it is ensured that parameters precision during batch production.
The infrared beam emitter, is equipped with the infrared beam of concave mirror composition after can also be infrarede emitting diode
Emitter.So that the infrared beam for converging is produced, operation is remotely controlled.
Cone-shaped beam remote control is provided with a shell, and the shell is the shell of strip, is provided with red for appearing above shell
The optical transmission window of outer remote signal；The center of gravity of the cone-shaped beam remote control is located at middle top.Distant in order to brandish cone-shaped beam
During control device, bigger acceleration is produced, is easy to actuated sensor.
More preferably center of gravity is located at more than 6/10ths of outer cover length.To ensure feel when brandishing.
More preferably center of gravity is located at more than 7/10ths of outer cover length.To ensure feel further.
The inside the shell is provided with battery case, and the battery case is located at the middle top of the shell.Facilitate the use battery
Weight, adjustment center of gravity is to middle top.
The battery case is two No. 7 battery grooves of section.In order to while ensureing enough energy supplies and good hand
Sense.
The length of the shell is set greater than 8cm, less than 25cm.It is easy to carry with to ensure and avoids being difficult to seek
Look for.And ensure that excellent handle when brandishing is experienced.According to the hand size of more than 6 years old crowd, the strip remote control less than 8cm,
Brandish that feel is poor, and the directive property of light beam is also poor.
More preferably, more than 8cm, less than 15cm.To be adapted to 6～70 years old many people.
The microprocessor system of the remote control control circuit is connected with a vibrating sensor system, rocks sensor system
System, inclination sensor system or acceleration sensor system, microprocessor system are provided with a control signal input, the vibration
Sensing system, rock sensing system, inclination sensor system or acceleration sensor system be provided with an induced signal output
End, the control signal input connect the induced signal output end.
Using vibrating sensor system, sensing system, inclination sensor system or acceleration sensor system is rocked, be
In order to monitor action is brandished to cone-shaped beam remote control.To realize by brandishing action, to excite microprocessor system described red
UV light-emitting diode sends infrared remote-controlled signal.
Microprocessor system is considered as the action of brandishing effectively to cone-shaped beam remote control：
(1) cone-shaped beam remote control top acceleration is more than 11m/s2.More preferably cone-shaped beam remote control top
11m/s is more than with acceleration2Do retarded motion.
(2) or, cone-shaped beam remote control is holded up by tilting to, and then arrives inclination again.
(3) or, holded up by tilting to, then acceleration be more than 11m/s2.Suitable for the controlled plant above remote control,
Such as ceiling light or fan or central air-conditioning.
In operation, acceleration is made more than 11m/s2It is that 6～70 years old healthy population can be done easily, and the ratio that operates
Relatively comfortable.And the mistake response that can avoid producing during free-electron model under Action of Gravity Field.These actions can be with one
Or two forenamed sensing systems are realized catching.
Acceleration using rock sensing system or acceleration sensor system detection.Acceleration is too little, easily produces mistake
Operation.
Incline and hold up using inclination sensor system detectio.
Microprocessor system by vibrating sensor system, rock sensing system, inclination sensor system or acceleration and pass
Sensor system output useful signal as excite the infrarede emitting diode send one of condition of infrared remote-controlled signal or
Person's full terms.During using cone-shaped beam remote control, can be merely using the action that brandishes, it is also possible to add other triggering bars
Part.
Microprocessor system excites two pole of the infraluminescence after detecting and sending the full terms of infrared remote-controlled signal
Pipe sends infrared remote-controlled signal.
Can be such as：
The sensing system of microprocessor system connection, only rocks sensing system.Other sensors system is no longer needed
System carries out induced signal support.Microprocessor system is only to rock the induced signal change of sensing system, red as exciting
UV light-emitting diode sends infrared remote-controlled signal full terms.
The sensing system of microprocessor system connection, only acceleration sensor system.Other sensors are no longer needed
System carries out induced signal support.Microprocessor system is only changed with the induced signal of acceleration sensor system, used as sharp
Rubescent UV light-emitting diode sends infrared remote-controlled signal full terms.
The sensing system of microprocessor system connection, only inclination sensor system.Other sensors system is no longer needed
System carries out induced signal support.Microprocessor system is only changed with the induced signal of inclination sensor system, red as exciting
UV light-emitting diode sends infrared remote-controlled signal full terms.
Microprocessor system sends the duration of an infrared remote-controlled signal and is set to 0.3s～4s.To ensure controlled setting
Standby accurately can receive, and avoid implementing remote control, when withdrawing cone-shaped beam remote control, persistently transmitting infrared remote control is believed
Number, cause maloperation.
Further, microprocessor system sends duration of an infrared remote-controlled signal and is set to 0.8s～2.5s.With
Adapt to many people of 6～70 years old.
Preferably, microprocessor system by vibrating sensor system, rock sensing system, inclination sensor system, plus
Speed sensor system, the useful signal of at least one output are infrared distant as exciting the infrarede emitting diode to send
The full terms of control signal.
More preferably, microprocessor system is connected with inclination sensor system.To sense tilt variation.Incline sensing
The sensing element of device system is using ball switch or mercoid switch.More preferably double ball switch.
The sensing system of the microprocessor system connection, can only have inclination sensor system.Other are no longer needed
Sensing system carries out induced signal support.The microprocessor system is only become with the induced signal of inclination sensor system
Change, one of condition of infrared remote-controlled signal or full terms are sent as the infrarede emitting diode is excited.
Sensing element in inclination sensor system is inclined from cone-shaped beam remote control, is arrived by the microprocessor system
Cone-shaped beam remote control is holded up, and is then arrived the induced signal of cone-shaped beam remote control inclination again, is sent infrared remote control as exciting
The instruction of signal.
By such change procedure, corresponding to the situation of brandishing of monitoring cone-shaped beam remote control, i.e., for people using delimitation
Special but usual use gesture.Microprocessor system is to delimit, and holds up cone-shaped beam remote control, then brandishes taper
Light-beam remote control device is used as the gesture motion of excitation-emission infrared remote-controlled signal.
Ball rotating direction in the ball switch, consistent with the length direction of the shell；The ball switch
One conducting contact is located at lower section, i.e., away from one end of optical transmission window.So that when holding up the cone-shaped beam remote control, the rolling
Pearl switch conduction.Exceeding inclination angle, or during whipping cone-shaped beam remote control, because the reason for gravity or inertia, ball
Ball in switch no longer compresses conducting contact, and then increases resistance, or open circuit.
By the ball switch, it is to hold up that the microprocessor system can perceive cone-shaped beam remote control, still inclines
Tiltedly or in whipping.
The microprocessor system, monitors to excite during following signal and sends infrared remote-controlled signal：The ball switch resistance
Value from large to small, is then changed from small to big again.By such change procedure, feelings are brandished corresponding to monitoring cone-shaped beam remote control
Condition, the i.e. use for people delimit special but usual use gesture.
Concrete gesture is to hold up cone-shaped beam remote control first, and now ball switch resistance diminishes, and then brandishes cone of light
Bundle remote control, makes cone-shaped beam remote control produce inclination, and now ball switch resistance becomes big.
Therefore microprocessor system is to delimit, and holds up cone-shaped beam remote control, then brandishes cone-shaped beam remote control work
Gesture motion for excitation-emission infrared remote-controlled signal.This move has particularity, because cone-shaped beam remote controller casing is
Strip, nature is substantially and keeps flat, and will not erect naturally, therefore rarely natural event triggering.For people, this
Action is while have usual property.People is in parabolic, or when throwing away strip article, has substantially the action for holding up strip article
Journey.Therefore this design, is very unlikely to false triggering, and echos the natural use habit of people, with good experience.
The inclination sensor system sends the change in resistance of ball switch to the microprocessor system after conversion.
Can be such as that, when ball switch resistance is less than a setting value, inclination sensor system is to microprocessor system
Output low level；When ball switch resistance is more than a setting value, inclination sensor system is to the high electricity of microprocessor system output
Flat.Low and high level can certainly be overturned with the corresponding relation of change in resistance.
The ball switch resistance from large to small, and little to one set little resistance threshold value, then one less than 8s time,
Change from small to big again, and big to a big resistance threshold value, when the microprocessor system excite and send infrared remote-controlled signal.Otherwise described
Microprocessor system, is considered as the ball switch resistance not mistake from large to small.Adapt to most many people.
The ball switch resistance from large to small, and little to one set little resistance threshold value, then one less than 4s when
Between, change from small to big again, and big to a big resistance threshold value, when the microprocessor system excite and send infrared remote-controlled signal.Otherwise
The microprocessor system, is considered as the ball switch resistance not mistake from large to small.Adapt to 6～70 years old healthy population.
The little resistance threshold value is set as, when the ball switch is less than 90 degree with horizontal plane angle more than 50 degree, between
A resistance.Can not require substantially vertical.
More preferably, the ball switch and horizontal plane angle be more than 55 degree and when being less than 75 degree, between a resistance
Value.Excessively harsh to action criteria to avoid.And to vertical when brandish action, have certain redundancy.
The big resistance threshold value is set as that the ball switch is less than 60 degree with horizontal plane angle, resistance during more than 0 degree.
Can not require fully horizontally.
The big resistance threshold value is set as that the ball switch is less than 60 degree with horizontal plane angle, resistance during more than 20 degree.
Excessively harsh to action criteria to avoid.And inertia when being easy to by brandishing, big resistance threshold value is reached, is realized to top
The remote control of controlled plant.Remote control to ceiling light is such as facilitated implementation.
The ball switch is preferably double ball ball switch.To strengthen inertia.
The length direction of the mercoid switch, consistent with the length direction of the shell；The conducting of the mercoid switch is touched
Put positioned at lower section, i.e., away from one end of optical transmission window.So that when holding up the cone-shaped beam remote control, the mercoid switch is led
Logical.Exceeding inclination angle, or during whipping cone-shaped beam remote control, because the reason for gravity or inertia, in mercoid switch
Mercury bead, no longer compression conducting contact, and then increase resistance, or open circuit.
By the mercoid switch, it is to hold up that the microprocessor system can perceive cone-shaped beam remote control, still inclines
Tiltedly or in whipping.
The microprocessor system, monitors to excite during following signal and sends infrared remote-controlled signal, the mercoid switch resistance
Value from large to small, is then changed from small to big again.There is the beneficial effect similar using ball switch.
More preferably, monitor to excite during following signal and send infrared remote-controlled signal, the mercoid switch by turning on,
It is then turned off.
More preferably, monitor to excite during following signal and send infrared remote-controlled signal, mercoid switch by disconnecting, to leading
Logical, it is then turned off.
The resistance of mercoid switch or break-make are changed by the inclination sensor system, send the microprocessor after conversion to
System.
Mercoid switch conducting, then one less than in the time of 8s, disconnect again, when the microprocessor system excite
Send infrared remote-controlled signal.Otherwise described microprocessor system, is considered as the mercoid switch and was not turned on.Adapt to most numerous people
Group.
Mercoid switch conducting, then one less than in the time of 4s, disconnects again, when the microprocessor system excite and send out
Go out infrared remote-controlled signal.Otherwise described microprocessor system, is considered as the mercoid switch and was not turned on.Adapt to 6～70 years old be good for
Kang Renqun.
The microprocessor system is also connected with one the indicator lamp for sending visible ray, in sensing element, senses cone of light
When bundle remote control is holded up, indicator lamp is lighted.Instruction is ready to complete, it is possible to implement remote control.
The microprocessor system is also connected with one another indicator lamp for sending visible ray, excites and sends infrared remote-controlled signal
When, another indicator lamp for sending visible ray is lighted.Indicate sending infrared remote-controlled signal.
The indicator lamp is different from another indicator light colors.Preferably indicator lamp is red or yellow.Another indicator lamp is
Green or blue.
Another signal output part of the microprocessor system, also direct or indirect are connected with wireless remote control transmitting mould
Block.
A remote control is allow to send out infrared remote-controlled signal and wireless remote control signals respectively.
The microprocessor system, is set as first launching infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to head
First start integral remote-controlled lamp with infrared remote-controlled signal, or the wireless remote control of other controlled plants is received, be then carried out wireless
Remote control.By above-mentioned design, it is allowed in the range of wireless signal remote control, the consistent integral remote-controlled lamp of numerous remote control codes is set
Or other controlled plants, chaotic without causing remote control.And with good security.
Microprocessor system is after transmitting infrared remote-controlled signal, it is allowed to which setting time internal satisfaction excites wireless remote control to launch
Wireless remote control transmitter module transmitting wireless remote control signals are excited under the conditions of module.After more than a setting time, even if meeting which
Under conditions of he excites wireless remote control transmitter module, wireless remote control transmitter module is not excited yet, does not launch wireless remote control signals.Keep away
Exempt from remote control confusion is produced, adapt to the operating habit of people.
The time starting point of the setting time starts to drive infrarede emitting diode transmitting for the microprocessor system
The time of infrared remote-controlled signal, terminating point receive for the microprocessor system and acknowledge receipt of satisfaction and excites wireless remote control to send out
Penetrate module condition when.
The setting time is 3～20 seconds.Or setting time is more than 4 seconds, less than 10 seconds.Or be set greater than 2 seconds, it is less than
5 seconds.
The infrarede emitting diode is located in a cavity, and the cavity is provided with cavity wall and optical transmission window, the cavity
Wall is using the cavity wall of shading.
The infrarede emitting diode is more than 0.2cm apart from the optical transmission window, less than 10cm.
Plus lens is provided with front of the infrarede emitting diode.
By above-mentioned design, the light that send can infrarede emitting diode after plus lens, from optical transmission window
Project, with certain directionality.
The infrarede emitting diode is more than 1cm on the outside of the optical transmission window, less than 10cm.
More preferably, the infrarede emitting diode is simultaneously more than 1.5cm on the outside of the optical transmission window, is less than
5cm.
The optical transmission window is provided with plus lens.To converge light.
The infrarede emitting diode rear is provided with concave mirror.To converge light.
Ring body of the length more than 1cm is additionally provided with front of the plus lens, and the ring body is the ring body of a shading material.
To block to the light that around launches.Preferably length is less than 3cm.
Body of the length more than 2cm is additionally provided with front of the plus lens, and the ring body is the body of a shading material.
Preferably length is less than 6cm.To block to the light that around launches.
Cone-shaped beam remote control is provided with a shell, is less than 4 buttons on the shell.
More preferably, 1 button is provided only with the shell.
More preferably, button is not provided with.So that user operation get up convenient, it is to avoid keypress function learn.
The microprocessor system of the remote control control circuit is connected with a touch sensing system.Microprocessor system is provided with
One control signal input, the touch sensing system are provided with an induced signal output end, the control signal input connection
The induced signal output end.With by touching triggering microprocessor system.
The microprocessor system of the remote control control circuit is connected with a vibrating sensor system and touch sensing system.
While just triggering microprocessor system launches remote signal during the signal of acquisition vibrating sensor system and touch sensing system.
The vibrating sensor system adopts metal column vibroswitch.
The 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 the 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 the metal column is less than the internal diameter of the cylinder.In order to when rocking, produce
Raw resistance variations.
The length of the 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, the microprocessor system is connected with angular transducer system.To sense angle change.
Further, the microprocessor system is connected with inclination sensor system.To sense tilt variation.
Further, the microprocessor system is connected with acceleration sensor system.Changed with induction acceleration.
Further, the microprocessor system is connected with electronic compass.To sense direction change.
Further, the microprocessor system is connected with proximity transducer system.With sense object distance change.Particularly
The distance change of sensing staff.Proximity transducer system is preferably active infra-red proximity transducer system.
Further, the microprocessor system of remote control control circuit has been simultaneously connected with touch sensing system, angular transducer
System.While the signal of angular transducer system and touch sensing system is obtained, it is 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 nothing 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.While the signal of inclination sensor system and touch sensing system is obtained, it is 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 nothing 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.While the signal of acceleration sensor system and touch sensing system is obtained, according to the letter of acceleration sensor system
Number difference, different with the signal of touch sensing system, send different remote signals.And then realize in the case of nothing button,
Realize abundant signal output.
The touch sensing system is provided with least two touch signal induction end.For sensing at least two zoness of different
Touch sensible.
The microprocessing systems at least two touch signal induction end are touched the precedence for occurring as control instruction,
Excite remote signal.
Such as two touch signal induction end are respectively A, B, and it is B after elder generation A to trigger the order for occurring, the microprocessing systems
It is considered as a control instruction, excites a remote signal；The order that triggering occurs is A after elder generation B, and the microprocessing systems are considered as another
Individual different control instruction, excites another remote signal.So as to the control instruction of complexity is realized, and then realize complicated remote control letter
Number output.
Compound control mode, more preferably：
After the 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.
Combined type so as to realize infrared remote-controlled signal and wireless remote control signals sends, and realizes combined type control to controlled plant
System.
The first compound control mode：
The microprocessor system is receiving the useful signal of touch sensing system, is sent by infrarede emitting diode
Infrared remote-controlled signal.
The touch sensing system is provided with least two touch signal induction end, and the microprocessor system is received 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 microprocessing systems combination of different touch signal induction end, is referred to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and it is B after elder generation A to trigger the order for occurring, the 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 elder generation 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 is passed
Sensor system.
The microprocessor system further by the induced signal of touch sensing system, with inclination sensor system, be close to
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：
The microprocessor system is sent out by infrarede emitting diode after the useful signal for receiving touch sensing system
Go out infrared remote-controlled signal.
The signal input part of the microprocessor system is also connected with the acceleration sensor system, passes in the 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 the microprocessor system is also connected with acceleration sensor system, in the 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 becomes and acceleration downwards is turned to, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change is turned to and accelerated 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.
The 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：
The microprocessor system is sent by infrarede emitting diode after the useful signal for receiving vibrating sensor
Infrared remote-controlled signal.
The signal input part of the microprocessor system is also connected with the acceleration sensor system, passes in the 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 the microprocessor system is also connected with acceleration sensor system, in the 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 becomes and acceleration downwards is turned to, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change is turned to and accelerated to the right, sends another kind of wireless remote control signals.
Also include touch sensing system, the touch sensing system is provided with least two touch signal induction end, described
When microprocessor system receives the touch signal for 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 microprocessing systems combination of different touch signal induction end, is referred to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and it is B after elder generation A to trigger the order for occurring, the 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 elder generation 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.
The 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：
The 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.
The touch sensing system is provided with least two touch signal induction end, and the microprocessor system is received 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 microprocessing systems combination of different touch signal induction end, is referred to as different control
Order.Send different wireless remote control signals.
Such as, two touch signal induction end are respectively A, B, and it is B after elder generation A to trigger the order for occurring, the 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 elder generation B, institute
State microprocessing systems and be considered as the control instruction that a light weakens, excite a light to weaken remote signal.
The microprocessor system is also associated with inclination sensor system described in, exports in the 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, sent 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, sent is to increase or reduces TV
The wireless remote control signals of platform number.
The microprocessor system can also be connected with proximity transducer system, or an acceleration sensor system.Or
Person reconnects angular transducer system.
The 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.
The microprocessor system is connected with inclination sensor system described in a touch sensor system and.Preferably again
Connect an acceleration transducer.
Whether someone's hand-held remote controller is completed, the hand-held angle of inclination in remote control use how.Determine at angle of inclination
On the basis of, then judge to accelerate the perception in direction, such as to the left, the perception brandished to the right, upwards, downwards.Be relatively most
For ideal, adapt to the sensor senses collocation of the use habit of people the most.
Description of the drawings
A kind of structural representation of the integrated remote controlled lantern of Fig. 1.
Another kind of structural representation of the integrated remote controlled lantern of Fig. 2.
The yet another construction schematic diagram of the integrated remote controlled lantern of Fig. 3.
Fig. 4 is a kind of electric lamp remote-control system circuit part structural representation.
Fig. 5 is another kind of electric lamp remote-control system circuit part structural representation.
Fig. 6 is cone-shaped beam remote control circuitry part-structure schematic diagram.
Fig. 7 is cone-shaped beam remote control internal structure schematic diagram.
Fig. 8 is a kind of angle of divergence ∮.
Fig. 9 is another kind of angle of divergence ∮.
Figure 10 is ball switch structural representation.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the present invention is realized 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, integral remote-controlled lamp, including an at least luminescent device 10, and one is used for being connected to electricity
The lamp holder 13 in source, luminescent device 10 are fixed on 13 top of lamp holder.Also include an electric lamp remote-control system, electric lamp remote-control system includes one
Power module 21, remote control reception module 22 and electric light control module 20, power module 21 connect remote control reception module 22, and remote control connects
Receive module 22 and connect electric light control module 20；The control connection luminescent device 10 of electric light control module 20；Remote control reception module 22 is wrapped
Include infrared remote control receiver module 222；Infrared remote control receiver module 222 includes one for receiving the infrared optical sensor of remote signal
14；A light-shielding structure 16 is additionally provided with, the top of light-shielding structure 16 is higher than luminescent device 10,16 top of light-shielding structure is provided with infrared light
Quick element 14.
By above-mentioned design, allow electric light directly to receive infrared remote control, realize without relying on change domestic circuit again
The remote control of electric light.User is only needed to by integral remote-controlled lamp twist-on on original lamp socket, you can realize the distant control function of electric light.
By above-mentioned design, reduce irradiation of the light of luminescent device 10 to infrared optical sensor 14, improve sensitivity.With
When, infrared optical sensor 14 is made by above-mentioned design, compared to luminescent device 10 closer to free surrounding space, is easy to directly receive and
From extraneous infrared remote-controlled signal.
16 top of light-shielding structure is a reflective surface.To reflect infrared remote-controlled signal, make infrared optical sensor 14 more preferably photosensitive.
Reflective surface can also be a shiny surface.Reflective surface can be a metallochrome reflective surface or kermesinus reflective surface.Golden reflective surface
Such as silver color, gold etc..
With reference to Fig. 3, light-shielding structure 16 is preferably reclinate globoidal structure.Not only improve infrared remote-controlled signal in space
Infrared optical sensor 14 is reflexed to, the light for blocking luminescent device 10 that again can be good.
The photosurface of infrared optical sensor 14, is more than 1mm apart from light-shielding structure, and towards light-shielding structure 16.So as to receive
It is integrated the infrared remote-controlled signal of remote controlled lantern itself part reflection, rather than the infrared remote-controlled signal for arising directly from remote control.
Be conducive to can not screen out the infrared remote-controlled signal of light beam, the such as infrared remote-controlled signal of TV remote controller, or not towards one
The infrared beam interference signal of body remote control light irradiation, it is to avoid maloperation.The part of the infrared remote-controlled signal of reflection, can hide
Photo structure 16, transparent configuration 112, diffusing structure 17 etc..
Light-shielding structure 16 can be dark working of plastics.More preferably dark plastic plate.Can such as be preferably
Black or the plastic plate of grey.Light-shielding structure 16 can also be sheet metal.Sheet metal has good shading characteristic.Can make
Light-shielding structure 16 is thinner.
Arranged by 14 position of infrared optical sensor, no matter realize being that integral remote-controlled lamp is vertically placed on highly relatively low
Lower section, or inversion is fixing on the ceiling, is all infrared optical sensor 14 than light-emitting component 101 apart from beeper or remote control
Closer to, it is easier to receive infrared remote-controlled signal.And be easier to realize beeper and be located at different directions to implement remote control, be all difficult by
Block.Remote control effect is far superior to other designs.
Power module 21 is, the power module 21 with step-down rectifier function.Power module 21 is preferably resistive-capacitive voltage divider electricity
Source module 21.
It is embodied as one：
Infrared optical sensor 14 is covered with the diffusing structure 17 for making light produce scattering.Diffusing structure 17 can be dissipating for sheet
Mating plate, or hood-like diffuser.Make the IR for remote control being irradiated on diffusing structure 17 that scattering is produced, dissipate
After penetrating and then in diffusing structure 17, it is easy to infrared optical sensor 14 to receive.More preferably, the outer surface of diffusing structure 17
It is provided with astigmatism face.Avoid infrared remote-controlled signal from multiple reflection being crossed by outer surface, improve impingement rate.Preferably, diffusing structure 17
Outer surface is frosting.Using frosting as astigmatism face.Further, the inner surface of diffusing structure 17 is smooth structure.
Carry out the infrared remote control in entrance diffusing structure 17, multiple reflections can occur, more received by infrared optical sensor 14.
Test shows, the incident ratio of the infrared remote-controlled signal come for diffusing reflection in diffusing structure 17, far smaller than
The infrared remote-controlled signal on low 17 surface of diffusing structure of direct irradiation.The infrared remote-controlled signal on low 17 surface of diffusing structure of direct irradiation
With more preferable remote control effect.Nearly all wall diffusing reflection and come infrared remote-controlled signal, all cannot pass through diffusing structure 17,
Reach the luminous intensity for realizing remote control.And then remote control cannot be realized.With unexpected anti-jamming effectiveness.
Diffusing structure 17 is concave surface diffusing structure.Open Side Down arranges for concave surface diffusing structure, and infrared optical sensor 14 is higher than
The lower opening of concave surface diffusing structure.In order to more infrared remote-controlled signals received through reflection.Concave surface diffusing structure
Concave structure, can be such as a paraboloid structure, taper surface structure, globoidal structure or spherical structure.Can also be lower section one
Polyhedron body structure of face opening etc..The top of taper surface structure can not wedge angle, but round and smooth face.Infrared optical sensor
Between 14 be located at concave surface diffusing structure height ten points 7/10 to ten.In this height is interval, the infrared remote control of acquisition
Signal is most strong.
Concave surface diffusing structure, can be the top closure, the bigger concave surface diffusing structure of more downward lumenal cross-section product.Or
Person, as shown in figure 3, concave surface diffusing structure, can be sphere diffusing structure.Concave surface diffusing structure, can also be as in Fig. 1 top
The taper surface diffusing structure of structure.
Diffusing structure 17 preferably, can be appeared with light, but cannot see behind article specific profile clearly and be defined.That is, dissipate
The preferably light of photo structure 17 can be appeared, but cannot see the translucent construction of behind article specific profile clearly.
Diffusing structure 17 can be densely covered with short grained structure.Such as frosted layer, fluorescence coating, soot layer etc..Astigmatism
Structure 17 can be semi-transparent configuration.Can be such as skin of paint, ceramic layer, translucent plastic film etc..
Test shows, the incident ratio of the infrared remote-controlled signal come for diffusing reflection in diffusing structure 17, far smaller than
Direct irradiation is in the infrared remote-controlled signal on 17 surface of diffusing structure.Direct irradiation is in the infrared remote-controlled signal on 17 surface of diffusing structure
With more preferable remote control effect.
Or, diffusing structure 17 is preferably a closed surface structure.It is advantageously implemented screening and the increasing of infrared remote-controlled signal
By force.The outside of closed surface structure is diffusing structure 17, and inner side is shiny surface, and infrared optical sensor 14 is located on the inside of closed surface
Space.Enter the infrared remote-controlled signal of closed surface to transmission, reflected, be easy to infrared optical sensor 14 to 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 material.
It is embodied as two：
It is also possible that infrared optical sensor 14 is covered with a transparent configuration 112.Enter in order to infrared remote-controlled signal.This
One design is applied to directly external electric light, it is particularly suited for outside is provided with the lighting device of lampshade.Such as be applied to desk lamp,
Lamp affixed to the ceiling, wall lamp etc. are externally provided with the lighting device of lampshade in electric light.
Particularly in laser remote control system, light-beam remote control system, laser infrared light beam or other infrared beams, compare appearance
The diffusing structure 17 of ground floor printing opacity is easily penetrated, it is more difficult to penetrate the diffusing structure 17 of second layer printing opacity.In the illumination with lampshade
On device, the lampshade of the diffusing structure 17 being provided with as ground floor printing opacity, so specially will be infrared photosensitive in this patent
14 top of element is set to a transparent configuration 112, it is to avoid have diffusing structure 17 to exist again, and then ensures to be applied to laser remote-controlled system
When in system, light-beam remote control system, infrared remote-controlled signal easily can be reached, and improve remote-control sensitivity.
With reference to Fig. 1, Fig. 2, transparent configuration 112 is concave surface transparent configuration, and infrared optical sensor 14 is located at concave surface transparent configuration
Concave side.For the infrared remote-controlled signal entered in concave surface transparent configuration, because the presence of concave surface, can produce in concave surface
Multiple reflections, so that more infrared remote-controlled signals can reach the photosurface of infrared optical sensor 14, so as to improve remote control
Sensitivity.And then there is no this feature in the transparent configuration 112 of plane.
The concave structure of concave surface transparent configuration, can be such as a paraboloid structure, globoidal structure, part pyramid like configuration or ball
Face structure.Can also be polyhedron body structure of lower section one side opening etc..The top of part pyramid like configuration can not wedge angle, but
Round and smooth face.
112 inner surface of transparent configuration and outer surface are shiny surface.It is respectively used to strengthen reflection and enhancing transmission.Concave surface is saturating
Bright structural openings are down-set, and infrared optical sensor 14 is higher than the lower opening of concave surface transparent configuration.In order to more receptions
Through the infrared remote-controlled signal for reflecting.Infrared optical sensor 14 be located at ten point 7/10 to ten of concave surface transparent configuration height it
Between.In this height is interval, the infrared remote-controlled signal of acquisition is most strong.
Concave surface transparent configuration, preferably the top are closed, the bigger transparent configuration 112 of more downward lumenal cross-section product.With
It is easy to production to install.Concave surface transparent configuration, can be spherical transparent structure.Concave surface transparent configuration, can also be transparent for taper surface
Structure.
Transparent configuration 112 can be transparent glassy layer.Transparent configuration 112 can also be transparent acrylic layer.Practice
Show that both materials have, low cost, intensity is strong, with good translucency, the demand for meeting the present invention that can be good.
Transparent configuration 112 at least should meet, and can see the profile of behind article clearly.
Transparent configuration 112 can be the transparent configuration 112 of infrared filtering material.Although infrared filtering material is for human eye
Say it is not transparent, but be transparent for infrared remote-controlled signal.This patent said transparent be based on to infrared
The optical treatment of remote signal, is therefore defined by transparent to infrared remote-controlled signal.The optical band of infrared remote-controlled signal with 840nm～
980nm is reference.
It is embodied as three：
It is further designed to：Infrared optical sensor 14 is covered with a bottom for diffusing structure 17, and top is transparent configuration 112
Cover body.The total reflection light of light-emitting component 101 from below is destroyed by diffusing structure 17, or reduces the anti-of adjacent objects
Penetrate light entrance.
The height ratio of diffusing structure 17 and transparent configuration 112 is 0.2:1 to 2:Between 1.Outside can be simultaneously suitable for
It is provided with the lighting device of lampshade, or the directly exposed remote control in extraneous integral remote-controlled lamp.
In actual production, it is likely that can inevitably be carved on diffusing structure 17 or transparent configuration 112 or
Person prints word, icon or other patterns of different light transmission features, but does not affect overall astigmatism characteristic or transparent characteristic, should
When thinking to meet the feature interpretation of this patent.
Specific design for light-shielding structure 16：
(1), with reference to Fig. 1, also include an electric light cover 11, a light-shielding structure 16 in electric light cover 11, is provided with, light-shielding structure 16 will
Electric light cover 11 is divided into upper and lower two spaces, and luminescent device 10 is located in underlying space, the sky above of infrared optical sensor 14
In；Electric light cover 11 covers luminescent device 10 and infrared optical sensor 14.With 11 top of electric light cover as diffusing structure 17 or it is
Transparent configuration 112.Electric light cover 11 is preferably fusiformis structure, or is pyramidal structure.
Light-shielding structure 16 shelters from the light in underlying space, reduces and even avoids light from entering top by underlying space
Space.Arranged by position, be easy to directly receive from extraneous infrared remote-controlled signal.
13 top of lamp holder, in electric light cover 11, is provided with a support member 19, and light-shielding structure 16 is fixed on support member 19.
Can be provided with least one inside projection in 11 middle and upper part of electric light cover, using projection as support member, light-shielding structure
16 are fixed in projection.It is easy to simplify structure.
It is also possible that lamp holder 13 is fixedly arranged above a support member 19 for erecting, light-shielding structure 16 is fixed on support member 19
Side.It is easy to circuit devcie to install.
The Internal periphery of the electric light cover 11 of residing height, identical with the outer contour shape of light-shielding structure 16, cross section ratio is big
In 1：0.9.In order to smooth implantation, and realize good shading.
The outline of light-shielding structure 16, is squeezed on the Internal periphery of electric light cover 11 of residing height.
Even, the outline of light-shielding structure 16, consistent with the Internal periphery of the electric light cover 11 of residing height.
In order to combine closely.Because in converted products processing, being limited by technique, reasonable error should have been allowed.
(1), 11 top of electric light cover is a diffusing structure 17.In order to be directly exposed to the external world suitable for integral remote-controlled lamp
Implement remote control in the case of in space.It is particularly suitable in laser remote control system or light-beam remote control system.
(2), 11 top of electric light cover is a transparent configuration 112.Enter in order to infrared remote-controlled signal.This design is especially fitted
The lighting device of lampshade is provided with for outside.The illumination of lampshade is such as externally provided with electric light suitable for desk lamp, lamp affixed to the ceiling, wall lamp etc.
Device.
Part of the electric light cover 11 below light-shielding structure 16 is semi-transparent configuration 111.It is specifically as follows and skin of paint is scribbled, or
Person is frosted structure.To improve the lighting effect to external world of luminescent device 10.
(2), with reference to Fig. 2,10 top of luminescent device is covered with an electric light cover 11, and 11 top of electric light cover is provided with light-shielding structure 16,
16 top of light-shielding structure is provided with infrared optical sensor 14, and light-sensitive element is located at outside electric light cover 11.
By infrared optical sensor 14 being arranged outside electric light cover 11, fully shelter from the light in underlying space, reduce
Even light is avoided to enter superjacent air space by underlying space.Arranged by position, be easy to directly receive from the infrared of the external world
Remote signal.No matter it is that integral remote-controlled lamp is vertically placed on highly relatively low lower section, or inversion is fixing on the ceiling, all
Infrared optical sensor 14 than light-emitting component 101 apart from beeper closer to, it is easier to receive infrared remote-controlled signal.And be easier
Realize beeper and different directions enforcement remote control is located at, be all difficult to be blocked.Remote control effect is far superior to other designs.
Infrared optical sensor 14 is outer to be also covered with a diffuser 113.To protect infrared optical sensor 14.Diffuser 113 is permissible
For diffusing structure 17 or be transparent configuration 112.Diffuser 113 can be water white transparency cover.It can also be infrared filtering material
Diffuser.
Diffuser 113 can be the part of of electric light cover 11 itself, and a part for electricity consumption lampshade 11 is used as diffuser 113.
Can also be diffuser 113 independently of electric light cover 11, both are detached parts.
(1) as Fig. 1, diffuser 113, i.e. diffusing structure 17 or transparent configuration 112, it is fixed on light-shielding structure 16.Electricity
11 top of lampshade is provided with a support member, and light-shielding structure 16 is fixed on support member.Or, lamp holder 13 is provided with a support member 19,
Light-shielding structure 16 is fixed on support member 19.
(2) diffuser, i.e. diffusing structure 17 or transparent configuration 112, are fixed on 11 top of electric light cover.Diffuser 113 leads to
Screw thread twist-on is crossed in 11 top of electric light cover.So that fixation.Or, diffuser 113 is connected on electric light cover 11 by bayonet socket
Side.So that easy for installation.Further, diffuser is connected to the top of electric light cover 11 by bayonet socket, and gluing at the bayonet socket, is glued
Close.So that sound construction.11 top of electric light cover is provided with a support member, and light-shielding structure 16 is fixed on support member.So that structure is simple
Clean, it is easy to manufacture.
Infrared optical sensor 14 is covered in diffusing structure 17 or transparent configuration 112, for those skilled in the art
Remote control is detrimental to, because diffusing structure 17 or transparent configuration 112 reduce infrared remote-controlled signal transmission amount.
But, inventor has found, above-mentioned design, although be applied to conventional IR remote controller, such as television set infrared remote control
For device, remote-control sensitivity is decreased really.But be applied to launch IR concentrate infrared beam remote control and
Speech, sensitivity are then increased on the contrary.Test shows, when being remotely controlled by infrared beam, front illuminated is in diffusing structure
17 or transparent configuration 112 on IR, more can smoothly enter, and through once or multiple reflections are irradiated to
IR on diffusing structure 17 or transparent configuration 112 can be significantly reduced.Therefore remote control IR sieve can be realized
Choosing.Implement the infrared light light of remote control not towards diffusing structure 17 or transparent configuration 112, it is difficult to teleaction is played, so as to
Avoid maloperation.
Especially for concave surface diffusing structure or concave surface transparent configuration, the infrared remote-controlled signal of entrance, internally in space
Repeatedly transmitting can be produced, rather than is directly disappeared as conventional art, the photosensitive of infrared optical sensor 14 can be greatly increased
Amount.
Therefore, in infrared beam remote control, above-mentioned design has enhancing remote-control sensitivity, and supports jamproof feature.This is specially
Sharp inventor is creative to be arranged on infrared optical sensor 14 in diffusing structure 17 or transparent configuration 112, overcomes existing
Technology prejudice, has obtained unexpected technique effect.
Integral remote-controlled circuit for lamp and programming：
Power module 21 is also associated with an indicator lamp.In order to electric light under half-light in non-opening, itself position is indicated
Put, infrared beam is irradiated on electric light cover 11 in order to user.Indicator lamp can be LED, or be electroluminescent light source.
Indicator lamp is directly connected to power module 21.No matter whether luminescent device 10 is lighted, and is in illuminating state.Indicator lamp
Power is more than 0.001w, less than 0.03w.Can indicating positions, and do not cause light pollution.
Or, electric light control module 20 is provided with a normally opened end, a normal-closed end, one of control connection photophore
Part 10, another control connection indicator lamp.So that luminescent device 10 and indicator lamp alternating are lighted, it is to avoid while luminous or same
When do not light.
Remote control reception module 22 is the remote control reception module 22 that electricity lights luminescent device 10 on.In 13 power on of lamp holder
Luminescent device 10 is lighted afterwards automatically.Even if therefore without remote control, it would however also be possible to employ traditional switch carries out switch control rule.
Luminescent device 10 can be an at least LED particle, at least an incandescent lamp filament, at least fluorescent tube etc., can
Realize converting electrical energy into the device of light.More preferably, luminescent device 10 is that the LED containing an at least LED particle lights
Device 10.The LED lamp panel of LED particle is inlaid with a more preferably metal substrate.LED particle can be realized seldom even
There is no 750～1000 nanometers of light transmitting completely.Advantageously reduce the interference to infrared optical sensor 14.
When integral remote-controlled lamp is vertically placed, the difference in height between 16 top of light-shielding structure and 10 top of luminescent device is more than
2mm is less than 30mm.In order to the light-receiving of infrared beam, and the irradiation for avoiding the light of luminescent device 10.With make luminescent device position
In height of the electric light cover 11 less than 7/10ths.
The power access end of the power input connection lamp holder 13 of power module 21；Electric light control module 20 is provided with controlled electricity
Power element, controlled electric element control connection luminescent device 10；At least one light-emitting component 101 is provided with luminescent device 10.Receive
Control force device can be relay, triode, IGCT or CMOS tube etc..
With reference to Fig. 1, integral remote-controlled lamp is additionally provided with luminescent device pedestal 12, and luminescent device pedestal 12 is arranged on lamp holder 13
Side, luminescent device 10 are arranged on 12 top of luminescent device pedestal.The top that is said, be the lamp holder 13 of electric light down, luminescent device
10 upward, erects the top during state that comes.
The circuit of electric lamp remote-control system is arranged on 12 lower section of luminescent device pedestal.Or, the circuit of electric lamp remote-control system sets
Put in luminescent device pedestal 12.13 top of lamp holder is directly or indirectly fixed with an electric light cover 11, electric lamp remote-control system
Circuit and luminescent device 10 are fixed on the locus between lamp holder 13 and electric light cover 11.Realize integrative design, be easy to assembling,
Preserve, transport and install.Or, the circuit of electric lamp remote-control system can be embedded in lamp holder 13.
Electric light cover 11 constitutes a closed housing with lamp holder 13, and the circuit of electric lamp remote-control system and luminescent device 10 are wrapped together
It is rolled in closed housing.Closed housing, not necessarily refers to the cavity for sealing.
With reference to Fig. 2, it is also possible that being additionally provided with an electric shade holder 15, electric shade holder 15 is fixed on 13 top of lamp holder, electric light cover
11 are fixed on 15 top of electric shade holder；The circuit of electric lamp remote-control system and luminescent device 10 are fixed on lamp holder 13 with electric shade holder 15
Between locus.Based on the less reason in 13 space of lamp holder, then an electric shade holder 15 is set, is had internal components and more fills
The installing space of foot, beneficial to layout.And ensure appearance looks elegant.The circuit of electric lamp remote-control system is fixed on electric shade holder 15.
Further, the circuit of electric lamp remote-control system is fixed on the lower section of electric shade holder 15, and light-emitting component 101 is arranged on electric light
The top of cover seat 15.Ensure the attractive in appearance of electric light, 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.
Infrared remote control receiver module 222 includes or only includes one for receiving the infrared optical sensor 14 of remote signal, red
Outer light-sensitive element 14 can be photodiode, phototriode or infrared receiving terminal.Infrared optical sensor 14 is preferably infrared
Receive head.Infrared receiving circuit is generally integrated in an element by producer, the infrared receiving terminal of being integrally formed.Internal circuit
Frequently include infrarede emitting diode 31, amplifier, limiter, bandpass filter, integrating circuit, comparator etc..Using infrared
Head is received, is conducive to simplifying other peripheral circuit structures.
Using infrared remote control system, although block aspect in remote control distance and remote signal, with respect to wireless remote-control system,
Inferior position is in, but security is had the advantage.But wireless remote-control system also has other advantages.
With reference to Fig. 5, electric lamp remote-control system also includes a microprocessor system 223, and 223 signal of microprocessor system is defeated
Enter end and connect infrared remote control receiver module 222；The signal output part of microprocessor system 223, connection electric light control module 20.
Microprocessor system 223 receiving after effective remote signal of infrared remote control receiver module 222, time delay 0.05s～
2s, detects whether that also effectively remote signal is present again, if there is remote control actions are considered as effectively, triggers electric light control module
20.Carry out turning on light, turn off the light or other actions.It is invalid to be otherwise considered as.The remote control for sending infrared remote-controlled signal can be prevented effectively from
Maloperation is caused when device is slided in the air.
Or, microprocessor system 223 is receiving the effective remote signal from infrared remote control receiver module 222
Afterwards, continue time delay 0.05s～2s and detect whether that continuous effective remote signal is present, if continued presence is considered as remote control actions and has
Effect, triggering electric light control module 20.Carry out turning on light, turn off the light or other actions.It is invalid to be otherwise considered as.Can be prevented effectively from and send
Maloperation is caused when the remote control of infrared remote-controlled signal is slided in the air.
Further, delay time is set as, 0.1s～1s.To adapt to the healthy population of less than 70 years old more than 6 years old.
Further, delay time is set as, 1s～2s.To adapt to less than 6 years old, or body unready other people
Group.
After the delay or in time delay, detect that the time of effective control signal is more than 0.1 second.Avoid because of detection time relatively
Short, and now the hand of people is shaken just, and detection is missed, cause maloperation.
After the delay or in time delay, detect that the time of effective control signal is less than 1 second.Avoid because detection time is long,
The remote control to other equipment is responded, has caused maloperation.
Detected after time delay again, during without effective remote signal, microprocessor system 223 can recover initial shape
State.Wait new effective remote signal.
Or persistently detect in time delay, the effective remote signal duration does not reach delay time length, microprocessor
System 223 can restPose.Wait new effective remote signal.
After microprocessor system 223 triggers 20 action of electric light control module, 223 self-locking one of microprocessor system sets
Fix time, remote pilot is no longer responded, setting time is between 0.5s～7s.To avoid in remote control process, the hand of user is sent out
Raw shake, causes to receive the remote signal being interrupted twice or repeatedly, in turn results in maloperation.
After setting time is reached, microprocessor system 223 can restPose.Wait new effective remote control letter
Number.
Further, setting time is set as, between 1s～4s.To adapt to the healthy population of less than 70 years old more than 6 years old.
Further, setting time is set as, between 2s～6s.To adapt to less than 6 years old, or body unready other
Crowd.
Microprocessor system 223 is also associated with another remote control reception module 22, and another remote control reception module 22 is for no
Line remote control reception module 221；Wireless remote control receiver module 221 connects another signal input part of microprocessor system 223.From
And realize the superposition of two kinds of distant control functions.
Wireless remote control receiver module 221 is provided with antenna, and antenna is exposed on the inside of integral remote-controlled lamp.Electricity can be provided in
In lampshade 11, in electric shade holder 15, or in luminescent device pedestal 12.With clean and tidy, attractive in appearance outside ensureing.And electric light cover 11,
Electric shade holder 15, or luminescent device pedestal 12 be nonmetal structure.And then avoid wireless signal from blocking.
Specifically, wireless remote control receiver module 221 is preferably 2.4G wireless receiving module.Or other wireless receiving moulds
Block.Specifically, wireless remote control receiver module 221 is not the Internet radio receiver module.Particularly, wireless remote control receiver module
221 is not wifi module.Avoid hacker's intervention control.
Microprocessor system 223 will receive the useful signal of infrared remote control receiver module 222, is considered as and receives wireless remote
The condition of the control signal control of control receiver module 221.
Or, microprocessor system 223 is receiving the effective infrared remote control from infrared remote control receiver module 222
After signal, just allow to receive the remote signal of wireless remote control receiver module 221.
Otherwise, wireless remote control receiver module 221 is in off working state.Or, even if wireless remote control receiver module 221 is located
In working condition, microprocessor system 223 is also considered as the invalidating signal for receiving.
By infrared remote control start wireless remote control, in control process must someone send in the same space, first infrared
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
Many remote informations；Remote control need not be made in whole control process always towards controlled plant, be that user is used there is provided side
Just, and for remote control carry out action control or gesture control provides technical conditions.
Microprocessor system 223 after effective infrared remote-controlled signal is received, receive in a setting time from
The control signal of wireless remote control receiver module 221, after setting time, then no longer receives.
Setting time, can be arranged on no more than 20 seconds scopes.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 caused maloperation or set apart to malicious operation.
Further, setting time can be arranged on less than 10 seconds.Test shows that this parameter is adapted to most use
The use habit at family.
Further, setting time can be arranged on less than 5 seconds.Test shows that this parameter is adapted to most use
The use habit at family, while with preferable security.
Microprocessor system 223 connects electric light control module 20.The control to electric light control module 20 is realized, and then is controlled
The luminous situation of light-emitting component processed 101.
Electric light control module 20 is the electric light control module 20 with switching function.Further, electric light control module 20 is
There is the electric light control module 20 for adjusting light intensity.Electric light control module 20, is output current constant current, the controlled electric light of output voltage
Control module 20.In order to control LED brightness.The controlled electric element of electric light control module 20 is relay.By control
Relay, and then control light-emitting component 101.
The controlled electric element of electric light control module 20 be at least two relays, at least one of which relay controlled
End is in series with resistance.So as to the relays by controlling connection different, different brightness are realized.
Electric light control module 20 can also for one have toning function electric light control module 20, luminescent device 10 be with
The luminescent device 10 of toning function.
Cone-shaped beam remote control, including a remote control control circuit 32, remote control control circuit 32 is provided with microprocessor system
System 33, a signal output part of microprocessor system 33 is directly or indirectly connected with one for producing the infrared light of infrared beam
Bundle emitter.Produced infrared beam contains that a segment distance infrared beam emitter is more remote, bigger infrared of sectional area
Light beam；More remote apart from infrared beam emitter, the bigger infrared beam of sectional area, referred to as cone-shaped beam.Cone-shaped beam can
To be the light beam of cone.Cone-shaped beam can also be the irregular cone-shaped beam in edge.Microprocessor system 33 is preferably single
Piece machine system.
With reference to Fig. 8, Fig. 9, it is 1～20 degree infrared that infrared beam emitter is angle of divergence ∮ of the infrared beam for producing
Beam launcher.Angle of divergence ∮ refers to the angle between the axis of light beam and beam edge.Beam edge may refer to, in distance
Between 1 meter to 2 meters of the light outlets of infrared beam emitter, edge that infrared optical sensor 14 can be made effectively photosensitive.Detection
Hypertelorism with the decay of light beam, and can be caused to detect inaccurate.For the infrared optical sensor 14 for determining, it can be TV
The infrared receiving terminal of the common electrics such as machine, air-conditioning.Or, angle of divergence ∮ is introduced directly into the definition of angle of divergence ∮ of laser field.
With reference to Fig. 9, or, infrared beam emitter is the infrared beam focus for producing within light-emitting window 50cm
Infrared beam emitter.Cone-shaped beam is formed after infrared beam focus.
Above-mentioned design, it is more remote apart from infrared beam emitter all to produce plane of illumination, then bigger effect.Form one to bore
Shaped light beam.When being remotely controlled using cone-shaped beam remote control, when needing, light beam is irradiated to controlled plant to people, is such as irradiated to one
Body remote controlled lantern.
According to the physilogical characteristics of people, more remote apart from controlled plant, then it is more difficult to aim at, is more difficult to implement remote control.And in this patent,
Cone-shaped beam is then employed.Distance is more remote, and plane of illumination is bigger.Plane of illumination more big be also just more prone to be irradiated to the controlled of distant place set
Standby.
And controlled plant on hand when, plane of illumination is less, even if there are other adjacent controlled plants, is not easy to be shone
It is mapped to, and then with good interference free performance.
Therefore, using cone-shaped beam, while the controlled plant for solving distant place is difficult to aim at, and controlled plant nearby
There is the technical problem of interference when close together.Practice have shown that, using the parameter that angle of divergence ∮ is 1～20 degree, in remote control distance 5
Ideal within rice.Ensure that the degree of accuracy and the antijamming capability of remote control.
Further, infrared beam emitter is that the infrared beam that angle of divergence ∮ of the infrared beam for producing is 2～10 degree is sent out
Injection device.Practice have shown that, using the parameter that angle of divergence ∮ is 2～10 degree, ideal within 10 meters of remote control distance.Typically live
In room, typically can be at 2～10 meters between two relative walls, therefore this parameter, it is ensured that the degree of accuracy of indoor remote control and anti-
Interference performance.
With reference to Fig. 7, infrared beam emitter, it is the infrared light of the composition of 31 preposition plus lens of infrarede emitting diode 42
Bundle emitter.So that the infrared beam for converging is produced, operation is remotely controlled.Infrared beam emitter does not adopt infrared laser
Device, and infrared beam transmitting is carried out using 31 preposition plus lens 42 of infrarede emitting diode.Although it is more multiple in structure
Miscellaneous, need plus lens 42 is configured, but effect is better than infrared laser.Using infrarede emitting diode 31, preposition convergence is thoroughly
The structure of mirror 42, can easily obtain the output of more powerful optical signal, in addition be easier to focusing, and also cost is lower.
Infrarede emitting diode 31 can be a pins type infrarede emitting diode 31.Pins type infrarede emitting diode 31
It is encapsulated in an epoxy resin housing, in front of epoxy resin housing, is provided with a plus lens 42.Can reduce to preposition convergence
The optically focused of lens 42 is required.
Infrarede emitting diode 31 is preferably a paster infrarede emitting diode 31.Using paster infrarede emitting diode
31, can more accurately fix position on circuit boards, it is ensured that parameters precision during batch production.
Infrared beam emitter, the infrared beam for being equipped with concave mirror composition after can also be infrarede emitting diode 31 are sent out
Injection device.So that the infrared beam for converging is produced, operation is remotely controlled.
Cone-shaped beam remote control is provided with a shell 40, and shell 40 is the shell 40 of strip, and 40 top of shell is provided with for saturating
Go out the optical transmission window 41 of infrared remote-controlled signal；The center of gravity of cone-shaped beam remote control is located at middle top.In order to brandish cone-shaped beam
During remote control, bigger acceleration is produced, is easy to actuated sensor.
More preferably center of gravity is located at more than 6/10ths of 40 length of shell.To ensure feel when brandishing.If
Need battery is installed, then center of gravity is defined to install after battery.More preferably center of gravity is located at 7/10ths of 40 length of shell
More than.To ensure feel further.Battery case is provided with shell 40, battery case is located at the middle top of shell 40.Facilitate the use
The weight of battery, adjustment center of gravity is to middle top.Battery case is to install two battery cases for saving No. 7 batteries.In order to while ensureing foot
Enough energy supplies and good feel.
The length of shell 40 is set greater than 8cm, less than 25cm.It is easy to carry with to ensure and avoids being difficult to find.
And ensure that excellent handle when brandishing is experienced.According to the hand size of more than 6 years old crowd, the strip remote control less than 8cm, brandish
Feel of getting up is poor, and the directive property of light beam is also poor.More preferably, more than 8cm, less than 15cm.Being adapted to 6～
70 years old many people.
4 buttons are less than on shell 40.More preferably, 1 button is provided only with shell 40.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 33 of remote control control circuit 32 is connected with a vibrating sensor system 36, rocks sensor system
System 35, inclination sensor system 37 or acceleration sensor system 38, microprocessor system 33 are provided with a control signal input,
Vibrating sensor system 36, rock sensing system 35, inclination sensor system 37 or acceleration sensor system 38 and be provided with one
Induced signal output end, control signal input connect induced signal output end.
Using vibrating sensor system 36, rock sensing system 35, inclination sensor system 37 or acceleration transducer
System 38, is to brandish action in order to monitor to cone-shaped beam remote control.To realize making microprocessor system by brandishing action
33 excite infrarede emitting diode 31 to send infrared remote-controlled signal.
Microprocessor system 33 is considered as the action of brandishing effectively to cone-shaped beam remote control：
(1) cone-shaped beam remote control top acceleration is more than 11m/s2.More preferably cone-shaped beam remote control top
11m/s is more than with acceleration2Do retarded motion.
(2) or, cone-shaped beam remote control is holded up by tilting to, and then arrives inclination again.
(3) or, holded up by tilting to, then acceleration be more than 11m/s2.Suitable for the controlled plant above remote control,
Such as ceiling light or fan or central air-conditioning.
In operation, acceleration is made more than 11m/s2It is that 6～70 years old healthy population can be done easily, and the ratio that operates
Relatively comfortable.And the mistake response that can avoid producing during free-electron model under Action of Gravity Field.These actions can be with one
Or two forenamed sensing systems are realized catching.
Acceleration is using rocking sensing system 35 or acceleration sensor system 38 is detected.Acceleration is too little, easily produces
Raw maloperation.Incline and detected using inclination sensor system 37 with holding up.
Microprocessor system 33 by vibrating sensor system 36, rock sensing system 35, inclination sensor system 37 or
The useful signal that acceleration sensor system 38 is exported is used as the bar for exciting infrarede emitting diode 31 to send infrared remote-controlled signal
One of part or full terms.During using cone-shaped beam remote control, can be merely using the action that brandishes, it is also possible to add other
Trigger condition.Microprocessor system 33 excites two pole of infraluminescence after detecting and sending the full terms of infrared remote-controlled signal
Pipe 31 sends infrared remote-controlled signal.
Can be such as：
The sensing system that microprocessor system 33 connects, can only rock sensing system 35.Other are no longer needed
Sensing system carries out induced signal support.Microprocessor system 33 is only to rock the induced signal change of sensing system 35
Change, infrared remote-controlled signal full terms are sent as infrarede emitting diode 31 is excited.
The sensing system that microprocessor system 33 connects, can only have acceleration sensor system 38.Which is no longer needed
He carries out induced signal support by sensing system.Microprocessor system 33 is only with the induced signal of acceleration sensor system 38
Change, sends infrared remote-controlled signal full terms as infrarede emitting diode 31 is excited.
The sensing system that microprocessor system 33 connects, can only have inclination sensor system 37.Other are no longer needed
Sensing system carries out induced signal support.Microprocessor system 33 is only become with the induced signal of inclination sensor system 37
Change, infrared remote-controlled signal full terms are sent as infrarede emitting diode 31 is excited.
Microprocessor system 33 sends the duration of an infrared remote-controlled signal and is set to 0.3s～4s.Controlled to ensure
Equipment accurately can be received, and avoid implementing remote control because launch time is long, when withdrawing cone-shaped beam remote control, continue
Transmitting infrared remote-controlled signal, causes maloperation.
Further, microprocessor system 33 sends duration of an infrared remote-controlled signal and is set to 0.8s～2.5s.
To adapt to many people of 6～70 years old.
Preferably, microprocessor system 33 by vibrating sensor system 36, rock sensing system 35, inclination sensor system
System 37, acceleration sensor system 38, the useful signal of at least one output is used as exciting infrarede emitting diode 31
Go out the full terms of infrared remote-controlled signal.
More preferably, microprocessor system 33 is connected with inclination sensor system 37.To sense tilt variation.Incline
The sensing element of sensing system 37 is using ball switch or mercoid switch.More preferably double ball switch.
Sensing element in inclination sensor system 37 is inclined from cone-shaped beam remote control, is arrived by microprocessor system 33
Cone-shaped beam remote control is holded up, and is then arrived the induced signal of cone-shaped beam remote control inclination again, is sent infrared remote control as exciting
The instruction of signal.By such change procedure, situation is brandished corresponding to monitoring cone-shaped beam remote control, i.e., draw for the use of people
Special but usual use gesture is determined.Microprocessor system 33 is to delimit, and holds up cone-shaped beam remote control, then brandishes
Cone-shaped beam remote control is used as the gesture motion of excitation-emission infrared remote-controlled signal.
Ball rotating direction in ball switch, consistent with the length direction of shell 40；One conducting contact of ball switch
Positioned at lower section, i.e., away from one end of optical transmission window 41.So that when holding up cone-shaped beam remote control, ball switch is turned on.Super
Go out inclination angle, or during whipping cone-shaped beam remote control, because the reason for gravity or inertia, the ball in ball switch is no longer
Compression conducting contact, and then increase resistance, or open circuit.By ball switch, microprocessor system 33 can perceive taper
Light-beam remote control device is to hold up, or inclines or in whipping.
Microprocessor system 33, monitors to excite during following signal and sends infrared remote-controlled signal：Ball switch resistance is by big
Diminish, then change from small to big again.By such change procedure, situation is brandished corresponding to monitoring cone-shaped beam remote control, as
Special but usual use gesture delimited in the use of people.
Concrete gesture is to hold up cone-shaped beam remote control first, and now ball switch resistance diminishes, and then brandishes cone of light
Bundle remote control, makes cone-shaped beam remote control produce inclination, and now ball switch resistance becomes big.
Therefore microprocessor system 33 is to delimit, and holds up cone-shaped beam remote control, then brandishes cone-shaped beam remote control
Gesture motion as excitation-emission infrared remote-controlled signal.This move has particularity, because cone-shaped beam remote control is outer
Shell 40 is strip, and nature is substantially and keeps flat, and will not erect naturally, therefore rarely natural event triggering.To people
Speech, This move is while have usual property.People is in parabolic, or when throwing away strip article, has substantially and hold up strip article
Course of action.Therefore this design, is very unlikely to false triggering, and echos the natural use habit of people, makes with good
With experience.
Inclination sensor system 37 sends microprocessor system 33 to by the change in resistance of ball switch, after conversion.Such as
Can be that, when ball switch resistance is less than a setting value, inclination sensor system exports low level to microprocessor system 33；
When ball switch resistance is more than a setting value, inclination sensor system exports high level to microprocessor system 33.Certainly
Low and high level can be overturned with the corresponding relation of change in resistance.
Ball switch resistance from large to small, and little to one set little resistance threshold value, then one less than 8s time in, and
Change from small to big, and big to a big resistance threshold value, and microprocessor system 33 is excited and sends infrared remote-controlled signal.Otherwise microprocessor system
System 33, is considered as ball switch resistance not mistake from large to small.RestPose.Adapt to most many people.
Ball switch resistance from large to small, and little to one set little resistance threshold value, then one less than 4s time, and
Change from small to big, and big to a big resistance threshold value, when microprocessor system 33 excite and send infrared remote-controlled signal.Otherwise microprocessor
System 33, is considered as ball switch resistance not mistake from large to small.Adapt to 6～70 years old healthy population.
Inclination sensor system 37, can be by one or two ratio for the setting of little resistance threshold value and big resistance threshold value
Compared with a signal input part of device, connection at least a reference resistance or reference voltage output end, another signal input part connect ball
Switch, ball switch connect power supply by resistance or other elements, are achieved.
Little resistance threshold value is set as, when ball switch is less than 90 degree with horizontal plane angle more than 50 degree, between a resistance.
Can not require substantially vertical.More preferably, when ball switch is more than 55 degree and is less than 75 degree with horizontal plane angle, between
A resistance.Excessively harsh to action criteria to avoid.And to vertical when brandish action, have certain redundancy.
Big resistance threshold value is set as that ball switch is less than 60 degree with horizontal plane angle, resistance during more than 0 degree.Can
Ask fully horizontal.Further, big resistance threshold value is set as, ball switch is less than 60 degree with horizontal plane angle, hinders during more than 20 degree
Value.Excessively harsh to action criteria to avoid.And inertia when being easy to by brandishing, big resistance threshold value is reached, is realized to upper
The remote control of the controlled plant of side.Remote control to ceiling light is such as facilitated implementation.Ball switch is preferably double ball ball switch.To increase
Strong inertia, is easy to detect and respond whipping acceleration.
The length direction of mercoid switch, consistent with the length direction of shell 40；The conducting contact of mercoid switch is located at lower section,
I.e. away from one end of optical transmission window 41.So that when holding up cone-shaped beam remote control, mercoid switch is turned on.Exceed inclination angle,
Or during whipping cone-shaped beam remote control, because the reason for gravity or inertia, mercury bead in mercoid switch, no longer compression are led
Logical contact, and then increase resistance, or open circuit.By mercoid switch, it is distant that microprocessor system 33 can perceive cone-shaped beam
Control device is to hold up, or inclines or in whipping.
Microprocessor system 33, monitors to excite during following signal and sends infrared remote-controlled signal：Mercoid switch resistance is by big
Diminish, then change from small to big again.There is the beneficial effect similar using ball switch.More preferably, following letter is monitored
Number when excite and send infrared remote-controlled signal, mercoid switch is then turned off by turning on.More preferably, following signal is monitored
Shi Jifa sends infrared remote-controlled signal, and mercoid switch, is then turned off to conducting by disconnecting.Inclination sensor system 37 is by mercury
The resistance of switch or break-make change, send microprocessor system 33 to after conversion.
Mercoid switch turn on, then one less than 8s time in, again disconnect, when microprocessor system 33 excite send red
Outer remote signal.Otherwise microprocessor system 33, is considered as mercoid switch and was not turned on.RestPose.Adapt to most vast
Crowd.
Mercoid switch turn on, then one less than 4s time in, again disconnect, when microprocessor system 33 excite send infrared
Remote signal.Otherwise microprocessor system 33, is considered as mercoid switch and was not turned on.RestPose.Adapt to 6～70 years old be good for
Kang Renqun.
Microprocessor system 33 is also connected with one the indicator lamp for sending visible ray, in sensing element, senses cone-shaped beam
When remote control is holded up, indicator lamp is lighted.Instruction is ready to complete, it is possible to implement remote control.Microprocessor system 33 be also connected with one have send out
Go out another indicator lamp of visible ray, excite when infrared remote-controlled signal is sent, another indicator lamp for sending visible ray is lighted.Just indicate
Sending infrared remote-controlled signal.Indicator lamp is different from another indicator light colors.Preferably indicator lamp is red or yellow.Another finger
Show that lamp is green or blue.
Another signal output part of microprocessor system 33, also direct or indirect are connected with a wireless remote control transmitter module
34.A remote control is allow to send out infrared remote-controlled signal and wireless remote control signals respectively.
Microprocessor system 33, is set as first launching infrared remote-controlled signal, launches wireless remote control signals afterwards.In order to first
Start integral remote-controlled lamp with infrared remote-controlled signal, or the wireless remote control of other controlled plants is received, and is then carried out wireless remote
Control.By above-mentioned design, it is allowed in the range of wireless signal remote control, arrange the consistent integral remote-controlled lamp of numerous remote control codes or
Other controlled plants are chaotic without causing remote control.And with good security.
Microprocessor system 33 is after transmitting infrared remote-controlled signal, it is allowed to which setting time internal satisfaction excites wireless remote control to send out
Wireless remote control transmitter module 34 is excited to launch wireless remote control signals under the conditions of penetrating module 34.After more than a setting time, even if
Meet under conditions of other excite wireless remote control transmitter module 34, wireless remote control transmitter module 34 is not excited yet, is not launched wireless
Remote signal.Avoid remote control confusion is produced, adapt to the operating habit of people.
The time starting point of setting time for microprocessor system 33 start drive infrarede emitting diode 31 launch infrared
The time of remote signal, terminating point receive for microprocessor system 33 and acknowledge receipt of satisfaction and excites wireless remote control transmitter module
During 34 condition.Setting time is 3～20 seconds.Or setting time is more than 4 seconds, less than 10 seconds.Or be set greater than 2 seconds, less than 5
Second.
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.Cavity can be shell 40
An interior cavity.31 front of infrarede emitting diode is provided with plus lens 42.By above-mentioned design, infraluminescence can be made
The light that diode 31 sends is by, after plus lens 42, projecting from optical transmission window 41, with certain directionality.Infraluminescence
Diode 31 is more than 1cm apart from 41 outside of optical transmission window, less than 10cm.To ensure to optimize plus lens position, and improve collimation
Property.More preferably, infrarede emitting diode 31 is more than 1.5cm apart from 41 outside one side of optical transmission window, less than 5cm.
Optical transmission window 41 is provided with plus lens 42.To converge light.Or, 31 rear of infrarede emitting diode is provided with concave surface
Mirror.To converge light.42 front of plus lens is additionally provided with ring body of the length more than 1cm, and ring body is the ring body of a shading material.
To block to the light that around launches.Preferably length is less than 3cm.42 front of plus lens is additionally provided with a length more than 2cm's
Body, ring body are the body of a shading material.Preferably length is less than 6cm.To block to the light that around launches.
The microprocessor system 33 of remote control control circuit 32 is connected with a touch sensing system.Microprocessor system 33 sets
There is a control signal input, touch sensing system is provided with an induced signal output end, control signal input connection sensing letter
Number output end.With by touching triggering microprocessor system 33.
The microprocessor system 33 of remote control control circuit 32 is connected with a vibrating sensor system 36 and touch sensible system
System.While just triggering microprocessor system 33 launches remote control during the signal of acquisition vibrating sensor system 36 and touch sensing system
Signal.Vibrating sensor system 36 adopts metal column vibroswitch.
Metal column vibroswitch includes a cylinder, and cylinder is respectively arranged at two ends with two electrodes, and two electrodes are equipped with depression,
A metal column is provided with cylinder, and the length of metal column is more than the distance between the concave edges of two electrodes, less than two electrodes
Distance between depression summit；The external diameter of metal column is less than the internal diameter of cylinder.In order to when rocking, produce resistance variations.Metal
The length of post is more than 5mm, less than 20mm.In order to meet inertia requirement and intensity requirement.
Vibrating sensor system 36 is using more preferably spring vibrating sensor.Spring vibrating sensor is provided with
Two electrodes, an electrode are spring.Another electrode is arranged on spring periphery, or by ring spring around.Shaken in spring
Dynamic when rocking, another electrode is touched, realizes resistance variations.
Further, microprocessor system 33 is connected with angular transducer system.To sense angle change.
Further, microprocessor system 33 is connected with inclination sensor system 37.To sense tilt variation.
Further, microprocessor system 33 is connected with acceleration sensor system 38.Changed with induction acceleration.
Further, microprocessor system 33 is connected with electronic compass.To sense direction change.
Further, microprocessor system 33 is connected with proximity transducer system.With sense object distance change.Particularly feel
Answer the distance change of staff.Proximity transducer system is preferably active infra-red proximity transducer system.
Further, the microprocessor system 33 of remote control control circuit 32 has been simultaneously connected with touch sensing system, angle and has passed
Sensor system.While the signal of angular transducer system and touch sensing system is obtained, according to the signal of angular transducer system
Difference, different with the signal of touch sensing system, send different remote signals.And then realize in the case of nothing button, real
The signal output that now enriches.
Further, the microprocessor system 33 of remote control control circuit 32 has been simultaneously connected with touch sensing system, has inclined biography
Sensor system 37.While the signal of inclination sensor system 37 and touch sensing system is obtained, according to inclination sensor system 37
Signal different, different with the signal of touch sensing system, send different remote signals.And then realize in the situation nothing 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, acceleration
Sensing system 38.While the signal of acceleration sensor system 38 and touch sensing system is obtained, according to acceleration transducer
The signal of system 38 is different, different with the signal of touch sensing system, sends different remote signals.And then realize nothing button
In the case of, realize abundant signal output.
Touch sensing system is provided with least two touch signal induction end.Touch for sensing at least two zoness of different
Sensing.Microprocessing systems at least two touch signal induction end are touched the precedence for occurring as control instruction, are excited distant
Control signal.
Such as two touch signal induction end are respectively A, B, and it is B after elder generation A to trigger the order for occurring, and microprocessing systems are considered as
One control instruction, excites a remote signal；The order that triggering occurs is A after elder generation B, and it is different that microprocessing systems are considered as another
Control instruction, excites another remote signal.So as to the control instruction of complexity is realized, and then realize complicated remote signal output.
Compound control mode, more preferably：
After microprocessor system 33 at least receives the vibration signal of vibrating sensor, by infrarede emitting diode 31
Go out infrared remote-controlled signal；Detect the signal of other sensors again, according to the signal of other sensors, mate wireless remote control code,
And wireless remote control signals are sent by wireless remote control transmitter module 34.
Combined type so as to realize infrared remote-controlled signal and wireless remote control signals sends, and realizes combined type control to controlled plant
System.
The first compound control mode：
Microprocessor system 33 is receiving the useful signal of touch sensing system, is sent by infrarede emitting diode 31
Infrared remote-controlled signal.
Touch sensing system is provided with least two touch signal induction end, and microprocessor system 33 is received again successively to be touched
Send out two touch signal induction end touch signal when, wireless remote control signals are sent by wireless remote control transmitter module 34.
Priority is triggered microprocessing systems the combination of different touch signal induction end, used 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 it is B after elder generation A to trigger the order for occurring, and microprocessing systems are regarded
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after elder generation 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 38.Or angle
Degree sensing system.
Microprocessor system 33 further by the induced signal of touch sensing system, with inclination sensor system 37, be close to
After the induced signal superposition of the wherein at least one in sensing system, or an acceleration sensor system 38, as control
Instruction.To realize more complicated control instruction output.
Second compound control mode：
Microprocessor system 33 after the useful signal for receiving touch sensing system, by infrarede emitting diode 31
Go out infrared remote-controlled signal.
The signal input part of microprocessor system 33 is also connected with acceleration sensor system 38, in acceleration sensor system
When the acceleration direction of 38 sensings 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 38, in acceleration sensing
The acceleration change that device system 38 senses is different, is sent by wireless remote control transmitter module 34, sends different wireless remote control letters
Number.
It is initially such as to accelerate to the left, then becomes and acceleration downwards is turned to, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change is turned to and accelerated 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 38.Or
Reconnect angular transducer system.
Microprocessor system 33 further by the induced signal of acceleration sensor system 38, with inclination sensor system
37th, after at least one of induced signal superposition in angular transducer system, or a vibrating sensor, refer to as control
Order.To realize more complicated control instruction output.
The third compound control mode：
Microprocessor system 33 is sent by infrarede emitting diode 31 after the useful signal for receiving vibrating sensor
Infrared remote-controlled signal.
The signal input part of microprocessor system 33 is also connected with acceleration sensor system 38, in acceleration sensor system
When the acceleration direction of 38 sensings 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 38, in acceleration sensing
The acceleration change that device system 38 senses is different, is sent by wireless remote control transmitter module 34, sends different wireless remote control letters
Number.
It is initially such as to accelerate to the left, then becomes and acceleration downwards is turned to, send a kind of wireless remote control signals.It is initially downward
Accelerate, then change is turned to and accelerated to the right, sends another kind of wireless remote control signals.
Also include touch sensing system, touch sensing system is provided with least two touch signal induction end, microprocessor
When system 33 receives the touch signal for successively triggering two touch signal induction end again, by wireless remote control transmitter module 34
Go out wireless remote control signals.
Priority is triggered microprocessing systems the combination of different touch signal induction end, used 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 it is B after elder generation A to trigger the order for occurring, and microprocessing systems are regarded
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after elder generation B, microprocessor
System is considered as the control instruction that a light weakens, and excites a light to weaken remote signal.
It is additionally provided with an inclination sensor system 37, or proximity transducer system.Or reconnect angular transducer system.
Microprocessor system 33 further by the induced signal of acceleration sensor system 38, with inclination sensor system
37th, after at least one of induced signal superposition in angular transducer system, or a touch sensing system, as control
Instruction.To realize more complicated control instruction output.
4th kind of compound control mode：
Microprocessor system 33 is receiving the useful signal of touch sensing system, and receives having for vibrating sensor
After effect signal, infrared remote-controlled signal is sent by infrarede emitting diode 31.
Touch sensing system is provided with least two touch signal induction end, and microprocessor system 33 is received again successively to be touched
Send out two touch signal induction end touch signal when, wireless remote control signals are sent by wireless remote control transmitter module 34.
Priority is triggered microprocessing systems the combination of different touch signal induction end, used 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 it is B after elder generation A to trigger the order for occurring, and microprocessing systems are regarded
For the enhanced control instruction of light, a light is excited to strengthen remote signal；The order that triggering occurs is A after elder generation 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 that inclination sensor system 37 is exported
When signal is different, touch sensing system is excited, 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, sent 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, sent 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 38.Or
Person reconnects angular transducer system.
Microprocessor system 33 further by the induced signal of touch sensing system, with inclination sensor system 37, angle
The sense of the wherein at least one in sensing system, proximity transducer system, or an acceleration sensor system 38 or two kinds
After induction signal superposition, as control instruction.To realize more complicated control instruction output.
Microprocessor system 33 is connected with a touch sensor system and an inclination sensor system 37.Preferably reconnect
One acceleration transducer.
Whether someone's hand-held remote controller is completed, the hand-held angle of inclination in remote control use how.Determine at angle of inclination
On the basis of, then judge to accelerate the perception in direction, such as to the left, the perception brandished to the right, upwards, downwards.Be relatively most
For ideal, adapt to the sensor senses collocation of the use habit of people the most.
General principle and principal character and the advantages of the present invention of the present invention has been shown and described above.The technology of the industry
Personnel it should be appreciated that the present invention is not restricted to the described embodiments, simply explanation described in above-described embodiment and specification this
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 is both fallen within scope of the claimed invention.The claimed scope of the invention by appending claims and its
Equivalent thereof.
Claims (2)
1. integral remote-controlled lamp, including an at least luminescent device, and one is used for being connected to the lamp holder of power supply, it is characterised in that
The luminescent device is fixed on above the lamp holder；
Also include an electric lamp remote-control system, the electric lamp remote-control system includes a power module, remote control reception module and electric light control
Molding block, power module connect remote control reception module, and remote control reception module connects electric light control module；Electric light control module controls
Connect the luminescent device；
The remote control reception module includes infrared remote control receiver module；The infrared remote control receiver module includes that one is distant for receiving
The infrared optical sensor of control signal；
A light-shielding structure is additionally provided with, the top of the light-shielding structure is higher than the luminescent device, is provided with above the light-shielding structure
Infrared optical sensor.
2. cone-shaped beam remote control, including a remote control control circuit, it is characterised in that：Remote control control circuit is provided with microprocessor
Device system, a signal output part of microprocessor system are directly or indirectly connected with one for producing the infrared light of infrared beam
Bundle emitter；
It is more remote that produced infrared beam contains a segment distance infrared beam emitter, the bigger infrared beam of sectional area；Away from
From infrared beam emitter more away from, the bigger infrared beam of sectional area, referred to as cone-shaped beam.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510526896 | 2015-08-25 | ||
| CN2015105268961 | 2015-08-25 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106482005A true CN106482005A (en) | 2017-03-08 |
Family
ID=58273314
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620927016.1U Expired - Fee Related CN206207070U (en) | 2015-08-25 | 2016-08-23 | Infrared remote-controlled lamp |
| CN201610709475.7A Pending CN106482005A (en) | 2015-08-25 | 2016-08-23 | Integral remote-controlled lamp and its cone-shaped beam remote control |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620927016.1U Expired - Fee Related CN206207070U (en) | 2015-08-25 | 2016-08-23 | Infrared remote-controlled lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN206207070U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113593214A (en) * | 2021-07-09 | 2021-11-02 | Tcl空调器(中山)有限公司 | Remote control device, remote control system, remote control method, terminal device, and computer-readable storage medium |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020151462A1 (en) * | 2019-01-25 | 2020-07-30 | 欧普照明股份有限公司 | Method and system for adjusting beam angle of lamp, and lamp having adjustable beam angle |
-
2016
- 2016-08-23 CN CN201620927016.1U patent/CN206207070U/en not_active Expired - Fee Related
- 2016-08-23 CN CN201610709475.7A patent/CN106482005A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113593214A (en) * | 2021-07-09 | 2021-11-02 | Tcl空调器(中山)有限公司 | Remote control device, remote control system, remote control method, terminal device, and computer-readable storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| CN206207070U (en) | 2017-05-31 |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170308 |
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| WD01 | Invention patent application deemed withdrawn after publication |