CN107690837A - Straight key electro-optical device and corresponding straight key lighting system and directly adjust light-dimming method - Google Patents

Abstract

Key electro-optical device always, including：An at least control unit, the wherein control unit include an at least signal transmitting unit, and the wherein signal transmitting unit can produce an at least control signal, wherein the control signal corresponds to the optical parametric of the lighting device；And signal processing unit is at least adjusted always, wherein described straight tune signal processing unit is controlled by the control unit, wherein this directly adjusts signal element to include an at least signal receiving unit, an and signal processing unit, wherein the signal processing unit includes a memory module, the optical parametric of the memory module storage at least lighting device, the signal receiving unit receives the control signal and produces a mediated signal, and the mediated signal is transmitted to the signal processing unit, the signal processing unit calls corresponding optical parametric in the memory module, obtain an at least Regulate signal, the Regulate signal adjusts the lighting device.

Description

Straight key electro-optical device and corresponding straight key lighting system and directly adjust light-dimming method

Technical field

The present invention relates to a Lighting control field, and specifically, the present invention relates to straight key electro-optical device and corresponding straight tune Illuminator is dimmed, wherein the straight key lighting system includes lighting device corresponding to key electro-optical device and one always, its Described in straight key electro-optical device quickly can directly adjust the luminosity of the lighting device and photochromic.

Background technology

" electric light " is used as the greatest invention of 20th century of the mankind, is virtually changing the life style of people quietly, The appearance for not ranting out electric light has brought the bright dawn of the whole mankind.With the development in epoch, the form and structure of electric light All there occurs earth-shaking change, unlike initial tungsten filament electric light, occur all kinds on the market now Light fixture, such as sensing lamp, LED, flexible lamp plate etc., but whether which type of light fixture, these light fixtures all include One controlling switch and a corresponding light-emitting component, these controlling switches are applied to control and open and close described light Element.

Light fixture is applied in each scene in daily life, such as domestic applications, office application, stage application etc. Deng.From the foregoing, it will be observed that traditional light fixture includes the controlling switch and the light-emitting component, wherein people are controllable described Controlling switch closes the light-emitting component to open.Specifically, when people need to open the light-emitting component, the control Switch is controlled to connect the operating circuit of the light-emitting component；When people need to close the light-emitting component, the control Switch sends closure signal, and the closure signal can close the operating circuit of the light-emitting component, with such side Formula closes the controlling switch.But such conventional lamp far from disclosure satisfy that the living needs of people, i.e. people Be not content with and be merely able to can only achieve a kind of light fixture of illumination effect.

In life, people are applied to people with greater need for the luminosity and illumination effect that can regulate and control light fixture in this way Different needs.Such as when late into the night people get up and turned on light, due to dark environment in brightness of the human eye for light compared with For sensitivity, so people more wish to may be selected that the light fixture for exhaling and more relaxing luminosity, i.e., it is desirable to get up out Luminosity during lamp only reaches the 50% of normal illuminance, or even 10%.Or such as in dance ＆ art lamplight setting, people are frequently necessary to The light efficiency that light fixture is sent can change with the change of stage effect.For another example in the home life, people are frequently necessary to root The illumination effect of different luminosity is set according to the requirement of different natural environments.In summary, common unlatching closed type light fixture The needs of people are far from disclosure satisfy that, people more need a kind of lighting device that can freely adjust isolychn effect To meet the different needs in life.

In order to meet the needs of people, existing there are a variety of light-dimming methods about lighting device on the market, common Lamp light-regulating mode have segmented light modulation, non-pole light regulating, intelligent scene light modulation etc..The segmented light-dimming method is exactly to utilize The operating circuit of the controlling switch ceaselessly quick open close light-emitting component is controlled, in this way so that light-emitting component exists Under the control of logic controller, sequential segment change that the light emission luminosity of light-emitting component can from high to low or from low to high is entered And adjust the light emission luminosity of light-emitting component.But segmented light-dimming method the defects of existing is exactly that light-emitting component is in regulation process In can constantly flash, uncomfortable stimulation can be so caused for human eye.In addition, when people use segmented light-dimming method During light fixture, once user dims, tune is excessive, and user just needs from the beginning to operate a dimming process again.I.e. segmented dims The defects of time-consuming and dimming effect is bad be present in method.In addition, it is described slow using the light fixture response speed of non-pole light regulating mode, Use not convenient.The light fixture dimmed for another example using intelligent scene generally requires external smart machine, so not only The financial burden of user is added, once smart machine breaks down in addition, user can not just regulate and control light fixture.Also use The dimming mode of remote control control light fixture, the mode that light fixture is regulated and controled using remote control requires higher for light fixture in itself, and lamp The scope of application of tool is excessively narrow.In summary, all there is this or that in existing light fixture regulation and control method and light fixture adjusting device The problem of.

In addition it is noted that because the controlling switch of conventional lamp is normally provided as active switch, and it is described Active switch is arranged on specific place.When user needs to control the light fixture, people must go to specific place Light fixture is controlled, is so unnecessary burden for the user.Additionally, due to active the characteristics of opening the light, existing conventional lamp Controlling switch can not realize while set in multiple places that to control the conventional lamp, and existing conventional lamp is opened Pass feature causes dual control and more controlled dimmings to become to be not easy to implement.

Furthermore from the perspective of environmental protection can utilize for a long time, illustrated by LED lamp.The life-span of existing LED lamp is Generally more than 35000 hours, that is to say, that if a lamp works 6 hours daily, from 18. -24 o'clock；So lamp Life-span can be up to 35000 ÷, 6 ÷, 365 ≈ 16 years, still, distant if controlling light fixture using the traditional remote controller for having battery Control device is the difficult life-span for having and so growing；Buried if using traditional dimmer switch cotton covered wire it is cumbersome, operation also not enough just Profit.Thus need to develop a kind of long-life, at least match with lamp life, operate it is directly perceived it is easy, installation is quick and convenient, saves Energy and the light modulating device of environmental protection.

The content of the invention

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight key lighting system includes at least key electro-optical device and at least a lighting device always, wherein Regulate signal can be transmitted with lighting device described in remote control in the straight key electro-optical device.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight key electro-optical device can be in a manner of different brightness adjustment controls and different brightness adjustment control program works.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, so that the straight key lighting system can be adjusted in many ways, to meet the different need of user Will, i.e., described straight key lighting system can be configured with different control programs.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein user can quickly and easily directly invoke the straight key optical illumination by the straight key electro-optical device The luminosity of system is photochromic, to regulate and control the illumination effect of an at least lighting device, so as to the use of convenient use person.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the luminosity for directly choosing the lighting device of the straight key electro-optical device convenient use person, to meet to make Requirement of the user to varying environment light in life.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein user can by the photometric parameter according to the default straight key lighting system of hobby of oneself, So that user can quickly and easily directly invoke the straight key lighting system by the straight key electro-optical device In default photometric parameter, to regulate and control the illumination effect of an at least lighting device, i.e., the luminosity of described straight key lighting system Can voluntarily it select.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the photometric parameter of the lighting device can be adjusted in a manner of gradual change, so that the lighting device Illumination effect be adjusted with the control methods releived, protect the lighting device and human eye in this way.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight key lighting system includes memory module, user can independently select the lighting device Illumination effect and specific photometric parameter is stored in the memory module, so as to user quickly call at any time it is specific Photometric parameter, i.e., described straight key lighting system have memory function.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method a, wherein control unit of the straight key electro-optical device and to adjust signal processing unit to pass through wireless signal always real Existing signal transmission, facilitate the installation of the straight key electro-optical device in this way, i.e. the set location of the straight key electro-optical device can It is not limited.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Straight adjust is carried out between light-dimming method, wherein described control unit and the straight tune signal processing unit using specific coding mode to believe Number transmission, so as to ensure the straight reliability of the signal transmission with height adjusted in illuminator, and causes the control Unit can carry out signal transmission with the straight tune signal processing unit in a manner of precise and high efficiency.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein described control unit include a power module, so that described control unit is implemented as passive switch, So that the straight set location for adjusting illuminator can be not limited.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, described control unit can be implemented as the mode from production capacity, so that the straight key electro-optical device, which has, exempts from cloth Line, it is non-maintaining, exempt from the advantages of battery powered.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein described control unit can control multiple lighting devices simultaneously, and the lighting device is also by multiple described Control unit controls, and is controlled so that the straight tune illuminator realizes that dual control even more.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein described control unit are implemented as from power plant, i.e., being equipped with micro-energy in described control unit and adopting Collection technology, described control unit can be realized from production capacity using a variety of micro-energies, so as to realize Passive Shape Control.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein described control unit are that the control to the lighting device can be achieved without the outer end energy, in this way greatly The earth saves the energy.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight tune illuminator organically combines iec switch and illuminating industry.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight key electro-optical device can be used for a variety of lighting devices of the prior art, i.e. the straight key light Device can be applied to the lighting device of the prior art, to form the straight tune illuminator.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein it is described it is straight to adjust illuminator to have easy to operate directly perceived, convenience quick for installation, and energy-conserving and environment-protective are excellent Gesture.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight key lighting system has straight key light, wirelessly manipulates, is easy to that arrangement, life-span be permanent, economy The practical, effect of energy-conserving and environment-protective.

The goal of the invention of the present invention is to provide key electro-optical device always and corresponding straight key lighting system and straight tune Light-dimming method, wherein the straight cooperation for adjusting light-dimming method not need APP and the hardware of complex and expensive, you can realize quick light modulation Effect, and dimming process intuitive and convenient is simple and practical.

In order to realize the goal of the invention, the present invention provides key electro-optical device always, is applied to the illumination of regulation at least one The optical parametric of device, including：An at least control unit, wherein described control unit include an at least signal transmitting unit, its Described in signal transmitting unit can produce an at least control signal, and the control signal is sent, wherein the control signal pair Should be in the optical parametric of the lighting device；And signal processing unit is at least adjusted always, wherein the straight tune signal transacting Unit is controlled by described control unit, wherein the straight tune signal element is included at an at least signal receiving unit and a signal Unit is managed, wherein the signal processing unit includes a memory module, the memory module storage at least lighting device The optical parametric, the signal receiving unit receives the control signal and produces a mediated signal, and transmits the mediated signal To the signal processing unit, the signal processing unit calls the optical parametric foundation corresponding in the memory module, and An at least Regulate signal is obtained, the Regulate signal adjusts the lighting device.

In certain embodiments, wherein described control unit includes an at least drive module, wherein the drive module bag An at least operating key is included, wherein the operating key corresponds one control signal of generation.

In certain embodiments, wherein described control unit includes an at least production capacity module, wherein the drive module is driven The production capacity module production capacity is moved, the drive module and the production capacity module form a power module, wherein the energy supply mould Block provides energy for the straight key electro-optical device.

In certain embodiments, wherein described control unit includes an at least energy module, wherein the energy module with The drive module forms a power module, wherein the power module provides energy for the straight key electro-optical device.

In certain embodiments, wherein the optical parametric of the lighting device be selected from the lighting device optical parametric with And one kind of optical color parameter or its combination.

In certain embodiments, wherein the signal processing unit includes a processing module, wherein the memory module is led to Xin Di UNICOMs in the processing module, by be the processing module receive the mediated signal and call it is right in the memory module The optical parametric answered, obtains the Regulate signal.

In certain embodiments, wherein the signal processing unit includes a controlled module, wherein the controlled module with The processing module is correspondingly arranged, and the processing module controls the controlled module in an adjustment state and a non-regulated state Between change, when the controlled module is in the adjustment state, the controlled module change the lighting device work electricity Road.

In certain embodiments, the controlled module, which sends at least one under the control of the drive module and adjusted, starts letter Number, and at least one regulation termination signal, wherein the optical parametric that the regulation commencing signal adjusts the lighting device starts to become Change, the optical parametric that the regulation termination signal adjusts the lighting device terminates change, to obtain at least one pre-selection optics Parameter.

In certain embodiments, wherein the controlled module is in linkage with the memory module, the memory module stores institute State the pre-selection optical parametric that controlled module obtains.

In certain embodiments, wherein the signal processing unit includes an at least judge module, wherein the judgement mould Block is communicatively coupled to the processing module, the judge module judge and control the adjustment state of the controlled module with And the non-regulated state.

In certain embodiments, wherein the signal processing unit includes an at least security module, wherein the safe mould Block is in linkage with the signal receiving unit and the signal processing unit, stablizes the straight work shape for adjusting signal processing unit State.

In certain embodiments, wherein the signal transmitting unit includes an at least encoding pack, the signal sending and receiving mould Block includes an at least decoder module, wherein encoding pack coding is described to produce the control signal, the decoder module solution The code control signal is the mediated signal.

In certain embodiments, wherein the coded program between the encoding pack and the decoder module corresponds.

In certain embodiments, wherein can be by wireless between described control unit and the straight tune signal processing unit Or one kind of wired mode or its combination UNICOM.

In certain embodiments, wherein giving birth to electricity between the drive module and the production capacity module with electromagnetism, high frequency is wireless One kind of raw electric and mechanical piezoelectricity life electricity or its combination UNICOM.

In certain embodiments, wherein described control unit can be implemented as a wane type switch, rocker switch or sense Answer one kind in formula switch or its combination.

According to another aspect of the present invention, the present invention provides key lighting system always and included：An at least lighting device, Wherein described lighting device includes an at least lighting unit, and the optical parametric of the lighting unit is adjusted to different value；At least One control unit, wherein described control unit include an at least signal transmitting unit, wherein the signal transmitting unit can produce An at least control signal, each of which control signal correspond to the optical parametric of the lighting device；And letter is at least adjusted always Number processing unit, wherein it is described it is straight adjust signal processing unit to be controlled by described control unit, straight adjust signal element bag wherein described An at least signal receiving unit, an and signal processing unit is included, wherein the signal processing unit includes a memory module, institute State memory module to store to the optical parametric of the lighting device, the signal receiving unit receives the control signal generation One mediated signal, and transmit the mediated signal and call the storage to the signal processing unit, the signal processing unit The optical parametric corresponding in module, and an at least Regulate signal is obtained, the Regulate signal adjusts the lighting device.

In certain embodiments, signal processing unit is directly adjusted described in plurality of described control unit co- controlling one, or The multiple straight tune signal processing units of the described control unit of person one control.

In certain embodiments, wherein the straight tune signal processing unit is built in the lighting device.

In certain embodiments, wherein the straight tune signal processing unit independent communication UNICOM is in the lighting device.

According to another aspect of the present invention, the present invention provides a luminaire, by an at least control signal adjustment control, bag Include：An at least lighting device, wherein the lighting device includes an at least lighting unit, the optical parametric quilt of the lighting unit It is adjusted to different value；And signal processing unit is at least adjusted always, wherein the straight tune signal element connects including an at least signal Bill member, and a signal processing unit, wherein the signal processing unit includes a memory module, the memory module storage Signal receiving unit described in the optical parametric of at least lighting device receives the control signal and produces a mediated signal, and The mediated signal is transmitted to the signal processing unit, the signal processing unit calls should corresponding in the memory module Optical parametric, and an at least Regulate signal is obtained, the Regulate signal adjusts the lighting device.

According to another aspect of the present invention, the present invention provides the light-dimming method of key lighting system always, is applied to The optical parametric of an at least lighting device is dimmed, is comprised the following steps：

A：An at least control signal is received by an at least control unit, wherein the control signal corresponds to the optics Parameter；

B：By control signal at least described in tune signal processing unit reception processing always, an at least Regulate signal is obtained, Wherein described Regulate signal corresponds to the optical parametric；And

C：Adjust the lighting device and pass through the Regulate signal.

In certain embodiments, wherein the optical parametric of the lighting device be selected from the lighting device optical parametric with And one kind of optical color parameter or its combination.

In certain embodiments, wherein the step A further comprises the steps：

A1：An at least enabling signal is received by a drive module；

A2：It is the control signal to encode the enabling signal by an encoding pack；And

A3：The control signal is sent to the control module.

In certain embodiments, wherein the step B further comprises the steps：

B1：Receive the control signal；

B2：It is an at least mediated signal to decode the control signal by a decoder module；And

B3：It is the Regulate signal to handle the mediated signal.

In certain embodiments, wherein the step B3 further comprises step：

B31：The mediated signal is judged by a judge module, obtains an at least judged result,；And

B32：According to the judged result selecting module, the Regulate signal is obtained.

In certain embodiments, wherein the B32 further comprises the steps：

B321：The particular optical parameter in the memory module is called, according to the mediated signal；And

B322：Handle the particular optical parameter and obtain the Regulate signal.

In certain embodiments, wherein the B32 further comprises the steps：

B321A：A controlled module is called, sends at least one regulation commencing signal, wherein the regulation starts letter

The optical parametric for number adjusting the lighting device starts to change；

B322A：The controlled module sends at least one regulation termination signal, obtains the particular optical ginseng of the lighting device Number, wherein the optical parametric that the regulation termination signal adjusts the lighting device terminates change；And

B323A：The particular optical parameter is stored by the memory module.

According to another aspect of the present invention, the present invention provides the light-dimming method of key electro-optical device always, is applied to dim At least optical parametric of a lighting device, comprises the following steps：

1000：An at least control signal is produced by an at least control unit, wherein the control signal is corresponding to described Optical parametric；

2000：By at least always adjust signal processing unit reception processing described in control signal, adjusted signal, wherein The Regulate signal corresponds to the optical parametric；And

3000：The lighting device is adjusted by the Regulate signal.

Brief description of the drawings

Figure 1A and 1B is the actual use application drawing of straight tune illuminator according to a preferred embodiment of the invention, wherein The straight tune illuminator includes a control unit, adjusts lighting device corresponding to signal processing unit and one always.

Fig. 2A to Fig. 2 D are the straight control lists adjusted in illuminator according to a preferred embodiment of the invention The numerous embodiments of member.

Fig. 3 A to Fig. 3 B are the straight straight tune signals for adjusting illuminator according to a preferred embodiment of the invention The embodiment of processing unit and the lighting device, wherein the straight tune signal processing unit can be built in the illumination Device, also external to the lighting device.

Fig. 4 is the straight built-in system composition schematic diagram for adjusting illuminator according to a preferred embodiment of the invention.

Fig. 5 A to 5B are the straight described control units adjusted in illuminator according to a preferred embodiment of the invention Internal structure schematic diagram, wherein described control unit can be implemented as from production capacity and outer powering mode.

Fig. 6 is the straight straight tune signal transacting list adjusted in illuminator according to a preferred embodiment of the invention Can between the detailed maps of signal receiving unit in member, wherein described control unit and the straight tune signal processing unit By by carrying out signal transmission in a manner of wireless or wired.

Fig. 7 A to Fig. 7 D are the straight straight tune letters adjusted in illuminator according to a preferred embodiment of the invention The detailed maps of signal processing unit in number processing unit.

Fig. 8 is showing in detail for the lighting device of the straight tune illuminator according to a preferred embodiment of the invention It is intended to, wherein the lighting device can also be implemented as polymorphic type light fixture.

Fig. 9 A to Fig. 9 B are the straight signal for adjusting illuminator according to a preferred embodiment of the invention respectively Two kinds of signal transmission forms of transmission.

Figure 10 is the structural representation of the straight key electro-optical device according to a preferred embodiment of the invention.

Figure 11 A to 11B are that according to a preferred embodiment of the invention described straight adjusts illuminator to be selected as straight mode Schematic diagram during regulative mode.

Figure 12 is that according to a preferred embodiment of the invention described straight adjusts illuminator to be selected as adjustable regulation side Schematic diagram during formula.

Figure 13 to Figure 17 is the straight adjusting method flow for adjusting illuminator according to a preferred embodiment of the invention Schematic diagram.

Figure 18 to Figure 21 is the straight key for being provided with the straight tune lighting device according to a preferred embodiment of the invention Light method flow schematic diagram.

Embodiment

Describe to be used to disclose the present invention below so that those skilled in the art can realize the present invention.It is excellent in describing below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.Define in the following description General principle of the invention can apply to other embodiments, deformation program, improvement project, equivalent and do not carry on the back From the other technologies scheme of the spirit and scope of the present invention.

It will be understood by those skilled in the art that the present invention exposure in, term " longitudinal direction ", " transverse direction ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", the orientation or position of the instruction such as " outer " Relation is to be based on orientation shown in the drawings or position relationship, and it is for only for ease of the description present invention and simplifies description, rather than Indicate or imply signified device or element there must be specific orientation, with specific azimuth configuration and operation, thus it is above-mentioned Term is not considered as limiting the invention.

It is understood that term " one " be interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no It is understood that as the limitation to quantity.

The present invention provides and adjusts illuminator always, wherein it is described it is straight adjust illuminator include key electro-optical device 1 always and Corresponding lighting device 30, wherein the straight key electro-optical device 1 can be configured with different signals-modulating programs to regulate and control Lighting device 30 is stated, so that the straight tune illuminator reaches different regulating effects.Specifically, the straight key light Device 1 can be transmitted different Regulate signals and regulate and control the lighting device, wherein the lighting device 30 receives the Regulate signal And modulated light.

Specifically, the straight key electro-optical device 1 further comprises a control unit 10 and adjusts signal transacting list always Member 20, wherein described control unit 10 send control signal C to the straight tune signal processing unit 20, the control signal C quilts A Regulate signal A is obtained after straight tune signal processing unit 20 processing, wherein the Regulate signal A is used to adjust the photograph Bright device 30, now, the lighting device 30 can be adjusted to reach different illumination effects.It is noted that the tune Section signal A mainly adjusts the photochromic and luminosity of the lighting device 30.

As shown in figure 1, Figure 1A and 1B are according to the actual use application drawing of the straight tune illuminator of the present invention, wherein described The straight described control unit 10 adjusted in illuminator is implemented as a controlling switch, and the straight tune signal processing unit 20 can be by reality Apply as a reception processing unit, it is described it is straight adjust signal processing unit 20 to be built in the lighting device 30 together to form one independent Luminaire.Certainly, it is described straight to adjust signal processing unit 20 also external to the lighting device 30 individually to control the photograph Bright device, now, the lighting device 30 are implemented as an independent luminaire.In the straight use process for adjusting illuminator In, described control unit 10 sends an at least control signal C to the straight tune signal processing unit 20, the control signal C warps A Regulate signal A is converted into after crossing the processing of the straight tune signal processing unit 20, the Regulate signal A arrives at the photograph Bright device 30, the lighting device 30 receive the instruction of the Regulate signal A and make corresponding luminescence-producing reaction.

As shown in Figure 1A, described control unit 10 can be implemented as Passive Shape Control device, i.e. described control unit 10 can pass through Realized from the mode of production capacity to the straight control for adjusting signal processing unit 20 and the lighting device 30.Now, it is described Control unit 10 can be independently arranged on each place, without the energy supply of external equipment.For example, described control unit 10 optional positions that may be disposed in room, or even described control unit 10 can be carried with by user, in this way side Toilet states the installation and use of signaling control unit 1.

In addition it is noted that because described control unit 10 is implemented as Passive Shape Control device, and the control is single First 10 exchange in a manner of signal transmits with the straight tune signal processing unit 20, therefore the straight tune illuminator can realize dual control The mode of operation of even more controls.Specifically, it is described when the straight tune illuminator is operated in a manner of the even more controls of dual control It is straight to adjust illuminator to include two and more than two described control units 10, the straight tune signal processing unit 20, Yi Jiyi The lighting device 30.It will be carried out in the present embodiment so that the straight tune illuminator includes two described control units 10 as an example Illustrate, the people for being familiar with this technology should be understood that the present embodiment only as a kind of embodiment and not as the limitation of the present invention.

Now, two described control units 10 can control the same straight tune signal processing unit 20, or control simultaneously The different straight tune signal processing units 20, the straight tune signal processing unit 20 receive what described control unit 10 was sent The Regulate signal A is sent after control signal C to adjust the lighting device 30.In this way, user can be by institute State control unit 10 and be respectively placed in different positions, so as to realize light modulation to the same lighting device 30 in different positions, And then facilitate the straight use for adjusting illuminator.Even, user can carry with described control unit 10, and the control is single Member 10 sends the control signal C to the straight tune signal processing unit 20 in certain range of signal.

Certainly, control unit 10 described above is implemented as Passive Shape Control device, and now described straight key electro-optical device, which has, exempts from Wiring, freedom from repairs and the advantages of exempt from battery powered.But this is not intended as limiting, described control unit 10 can be also implemented as Source controller, the content of the invention without influenceing the present invention.Concrete structure on described control unit 10 is by following detailed It is disclosed in explanation.

As shown in Fig. 2 described control unit 10 can be implemented as polytype structure.For example described control unit 10 can quilt Seesaw type switch is embodied as, as shown in Figure 2 A.Described control unit 10 can also be implemented as rotary switch, as shown in Figure 2 B. Described control unit 10 can also be implemented as rocker switch, as shown in Figure 2 C.Described control unit 10 can also be implemented as feeling Formula is answered to switch, as shown in Figure 2 D.That is the type structure of described control unit 10 is unrestricted, when described control unit 10 is carried out For different types of construction of switch when, user can be triggered and be closed described control unit 10 by different modes, without Influence the content of the invention of the present invention.In the present embodiment, described control unit 10 will be with seesaw type switch and rocker switch Exemplified by illustrate.

As shown in figure 3, the straight tune signal processing unit 20 can be applied in combination in any way with the lighting device 30, That is, the described straight content of the invention for adjusting the combination of signal processing unit 20 and the lighting device 30 not influence the present invention.Than Such as, in one embodiment of the invention, the straight tune signal processing unit 20, which is built in the lighting device 30, forms one independently Luminaire.In another embodiment of the invention, the straight tune signal processing unit 20 is placed on the lighting device 30.Change Yan Zhi, the straight light source part adjusted in illuminator may be implemented as integrated illumination module, can also be implemented as institute State the straight combination lighting module for adjusting signal processing unit 20 and the lighting device 30.

As shown in figure 4, Fig. 4 is the straight internal structure schematic diagram for adjusting illuminator according to the present invention, wherein described Control unit 10 includes a signal transmitting unit 11 and a supply unit 12, wherein the straight tune signal processing unit 20 includes One signal receiving unit 21 and a signal processing unit 22, wherein the lighting device 30 includes a lighting unit 31.It is described The signal transmitting unit 11 in control unit 10 sends control signal C, and the control signal C is by the signal receiving unit 21 receive and are handled by the signal processing unit 22, obtain the Regulate signal A, and the Regulate signal A arrives at described Lighting unit 31 causes the lighting unit 31 to make corresponding reaction.

Wherein described control unit 10 can be implemented as, from generating mode, being also implemented as the pattern of outer power supply, such as scheme Shown in 5A and 5B.When described control unit 10 is implemented as from generating mode, i.e., when described control unit 10 is implemented as nothing During the controller of source, the supply unit 12 includes a drive module 121 and a production capacity mould being connected with the drive module 121 Block 122, wherein the drive module 121 drives the production capacity module 122 to produce energy.

Specifically, described control unit 10 is prepared using micro-energy technology, i.e., described control unit 10 is available Micro-energy carrys out production capacity.That is, after the drive module 121 in described control unit 10 is driven, the drive module 121 can band Move the production capacity of production capacity module 122.Electromagnetic induction, high frequency can be passed through between the drive module 121 and the production capacity module 122 Wirelessly, and mechanical piezoelectricity mode UNICOM.In other words, after the drive module 121 is driven, the drive module 121 With electromagnetism the production capacity module 122 can be caused to produce micro-energy E with modes such as radio wave, mechanisms, and it is described micro- ENERGY E is applied to provide energy to the signal transmitting unit 11.When described control unit 10 is implemented as from generating mode When, described control unit 10 is produced in environmentally friendly manner, and described control unit 10 can be implemented as in this way it is passive Controller.The people for being familiar with this technology should be understood that the electromagnetic induction life electricity that the present invention points to, high frequency wirelessly raw electricity, and pressure The raw electricity of electricity is embodiment from production capacity mode, but is not intended as the limitation of the present invention.

It is noted that the type of drive of the drive module 121 is matched with the type of described control unit 10.Such as When described control unit 10 is implemented as inductive switch, the drive module 121 is implemented as sensing driving, i.e., user can Sensing drives the drive module 121.For another example, when described control unit 10 is implemented as rocker switch, the driving mould Block 121 is implemented as reciprocating driving.

Certainly, described control unit 10 can also be implemented as outer powering mode, now, be supplied described in described control unit 10 Energy unit 12 ' includes an energy module 122 ', wherein the energy module 122 ' can be implemented as a battery, i.e., described energy Module 122 ' directly can provide the energy for the signal transmitting unit 11.In addition, the energy module 122 ' can be carried out certainly For external power supply, now, there is the energy to arrive at the signal transmitting unit 11 by the transmission of the energy module 122 ' outside.

That is, described control unit 10 can be implemented as Passive Shape Control device, can also be implemented as active controller, the control The type structure of unit 10 has no effect on the content of the invention of the present invention.

The signal transmitting unit 11 includes a signal transmitting module 111, and the signal transmitting module 111 is further wrapped An encoding pack 1111 and a sending assembly 1112 are included, wherein the encoding pack 1111 and the UNICOM of supply unit 12, institute State caused energy in supply unit 12 and arrive at the encoding pack 1111, wherein the encoding pack 1111 can be directed to the drive Specific coding M is compiled out in the drive signal reaction of dynamic model block 121, and the specific coding M is converted into institute by the sending assembly 1111 State control signal C and be sent to the straight tune signal processing unit 20.

It is noted that the optional UNICOM in a manner of wireless or be wired of the signal transmitting unit 11 is in described straight Signal processing unit 20 is adjusted, wherein the sending assembly 1112 can launch infrared light, high-frequency electrical magneto-optic etc. polytype biography Defeated signal, the present invention are unrestricted in this regard.

After the drive module 121 in described control unit 10 is triggered, the signal transmission unit 12 is according to triggering The difference of signal launches different control signal C, the control signal C and is sent in a manner of wireless or be wired described straight Adjust signal processing unit 20.Now, the straight tune signal processing unit 20 receives the control signal C and is directed to the control Signal C processed makes corresponding reaction.

In addition, the straight tune signal processing unit 20 includes the signal receiving unit 21 and the signal processing unit 22, the signal receiving unit 21 sends mediated signal Z after being triggered by the control signal C, and the mediated signal Z is by the letter Number processing unit 22, which receives, post-processes adjusted signal A.

In addition, the signal receiving unit 21 and the UNICOM in a manner of signal of signal transmitting unit 11, the signal Transmitting element 11 launches the control signal C, wherein the control signal C is received by the signal receiving unit 21.Such as Fig. 6 Shown, the signal receiving unit 21 includes a receiving module 211, a decoder module 212 and a delivery module 213, wherein The receiving module 211 receives the control signal C sent from the signal transmitting unit 11, the decoder module 212 The control signal C that the receiving module 211 is received is decoded, and obtains the mediated signal Z, by the intermediary Signal Z is transferred to the delivery module 213, and the delivery module 213 sends the mediated signal Z to the signal transacting lists Member 22.

The encoding pack 1111 in the signal transmitting module 111 and the solution in the signal receiving unit 21 Code 212 supporting setting of module, i.e., described encoding pack 1111 correspond with the decoder module 212, the encoding pack 1111 codings generate control signal C, the control signal C described in the decodable code of decoder module 212, by the control signal C It is converted into the receivable mediated signal Z of the straight tune signal processing unit 20.Wherein described encoding pack 1111 with it is described Decoder module 212 corresponds so that the control signal C that the control device 10 is sent can accordingly control it is described It is straight to adjust signal processing unit 20.

Certainly, when described control unit 10 in a wired fashion with it is described it is straight adjust 20 UNICOM of signal processing unit when, the control Signal C processed is implemented as wire signal, and the decoder module 212 in the signal receiving unit 21 decodes the control Signal C obtains the mediated signal Z, and the mediated signal Z is transmitted to the signal processing unit 22 and is processed into institute State Regulate signal A.

As shown in Fig. 7 A to 7C, the signal processing unit 22 includes a processing module 221, wherein the processing module 221 can handle the mediated signal Z, and the mediated signal Z is changed into Regulate signal A, wherein the Regulate signal A adjusts institute State lighting device 30.

As shown in figure 8, the lighting device 30 includes the lighting unit 31, the lighting unit 31 can be by the regulation Signal A regulates and controls to send illumination sign.Wherein described lighting unit 31 further comprises at least a light-emitting component 311, wherein institute One kind or its combination of any light-emitting component can be implemented as by stating light-emitting component 311, such as LED, flexible light, OLED lamps and Bi-colour light etc..The people for being familiar with this technology should be understood that the embodiment of the lighting device 30 in the present invention is only to lift Example explanation, and without limitation.

The Regulate signal A that the lighting device 30 is sent by the signal processing unit 20 regulates and controls, the Optical Parametric Several lights for referring to the lighting unit 31, light temperature, photochromic etc., the present invention is not limited in this respect.

It is worth noting that, the straight described control unit 10 adjusted in illuminator sends the control signal C, it is described Control signal C obtains the Regulate signal A after the straight tune signal processing unit 20 is handled, and the Regulate signal A is used for Regulate and control the lighting device 30, straight adjust signal processing unit 20 to be arranged to different program and obtain different wherein described The Regulate signal A.

As shown in Figure 7 A, the straight tune signal processing unit 20 is arranged to straight mode transfer formula, now, the direct election regulation dress Put with multiple lamplight brightness and color adaptation gear, each gear pre-set and be stored with the brightness value of user's custom with Color value, allow people according to the change of ambient light so as to quickly select oneself default by electing adjusting means directly Lamplight brightness value, in this way user quickly can directly adjust the luminosity of the lighting device 30 and photochromic.

Now described straight adjust in signal processing unit 20 is stored with special parameter, and user can pass through described control unit 10 directly invoke the special parameter stored in the straight tune signal processing unit 20, and adjust the lighting device 30, even if User can quickly and easily adjust the lighting device 30 in a manner of directly adjusting.

Specifically, the straight signal processing unit 22 adjusted in signal processing unit 20 further comprises a storage Module 222, wherein being stored with particular optical parameter in the memory module 222, the optical parametric includes the lighting unit 31 light, light temperature, photochromic etc..Now, the memory module 222 and the UNICOM of processing module 221, i.e., described processing mould Block 221 can call the particular optical parameter stored in the memory module 222, and handle the particular optical parameter, so as to The lighting device 30 is adjusted using the particular optical parameter as the Regulate signal A.

Specifically, the drive module 121 in the described control unit 10 of the straight tune illuminator is included at least One operating key 1211, user drive the drive module 121, the drive module by the operating key 1211 control The 121 control signal transmitting modules 111 send the control signal C, and the control signal C is by the straight tune signal transacting list The special parameter in the memory module 222 is transferred after the processing of member 20, and adjusts the lighting device 30.

It is noted that multiple different optical parametrics can be stored with the memory module 222, while the control is single Member 10 may also comprise multiple different operating keys 1211, and operating key 1211 described in each of which corresponds to the storage mould A certain particular optical parameter in block 222, certainly, also can operating key 1211 correspond in the memory module 222 Multiple particular optical parameters.The present invention is not limited in this respect.

It will be illustrated below so that described control unit 10 includes three operating keys 1211 as an example, but be not intended as limiting System.Now, the operating key 1211 in described control unit 10 can be respectively set to the selection of different parameters value, such as described Three operating keys 1211 in control unit 10 correspond respectively to the illuminance of described 10%, 50% and 100%, herein Illuminance parameter is as just citing.Accordingly, 10%, 50% and 100% light is stored with the memory module 222 Illumination parameter, now, the special parameter that the operating key 1211 corresponds in the memory module 222.

I.e. when user selects to control a certain specific operating key 1211, the operating key 1211 can not only drive The production capacity module 122 produces energy, while specific parameter can be transmitted to the signal transmitting unit in the operating key 1211 11, produce the control signal C and be sent to the straight tune signal processing unit 20, the straight tune signal processing unit 20 calls Corresponding optical parametric in the memory module 122, and the mediated signal Z is converted into dim the lighting device 30.

The operating key 1211 in described control unit 10 can also be respectively arranged to different photochromic selections, such as institute The operating key 1211 stated in control unit 10 is implemented as reddish yellow blue cast, accordingly, is deposited in the memory module 222 Contain RGW parameters.The controller in described control unit 10 can also be implemented as the selection of different-colour, such as the control The operating key 1211 of unit 10 processed is implemented as changes in temperature colour temperature, accordingly, colour temperature is stored with the memory module 222 Parameter.

Certainly, multiple optical parametrics that the operating key 1211 can also correspond in the memory module 222, the present embodiment It is not intended as the limitation of the present invention.

Specifically, the memory module 222 is stored with various parameters, such as the memory module 222 and can stored not With the light of illumination, different colours it is photochromic, user can directly invoke the selection storage mould by described control unit 10 Parameter in block 222, and directly react on the lighting device 30.

In addition, optical parametric in the memory module 222 can also by user's sets itself, also can by factory settings, The present invention is not limited in this respect.It is described it is straight adjust illuminator, when the straight key electro-optical device, to be implemented as one self-produced During energy unit, the drive module 121 can drive the production capacity module 122, and trigger the signal transmitting unit 11 and send The control signal C.It is noted that the control signal C sent in signal transmitting unit 11 described herein with it is described Drive module 121 is related.The control signal C is connect by the straight signal receiving unit 21 adjusted in signal processing unit 20 After receipts, the particular optical parameter in the memory module 122 is called, the particular optical parameter is implemented as the mediated signal Z, the mediated signal Z obtain the Regulate signal A by the signal processing unit 22 processing, and the Regulate signal A is corresponding Ground adjusts the lighting device 30, wherein the Regulate signal A is closely related with the memory module 122.

It is noted that practicality for the convenience of the users, the straight tune parameter in the straight key photosystem can also be real Apply as preset mode.That is, user can independently select to adjust the optical parametric of the lighting device 30, i.e., described lighting device 30 The optical parametric can change during regulation and be selected by the user.In other words, the now lighting device 30 During the optical parametric is in change during regulation, user independently selects the photograph that oneself needs wherein The selected optical parametric of bright device 30, and the selected optical parametric can be stored as directly adjusting optical parametric, by being user Realize the regulation to the lighting device 30 after the optical parametric that predeterminable selection needs in a manner of straight key section again.

Now, the straight tune signal processing unit 20 includes a controlled module 223, wherein the controlled module 223 and institute The UNICOM of lighting unit 31 is stated, and is controlled by the processing module 221, i.e., described controlled module 223 obtains the processing module After the Regulate signal A of 221 processing gained, the controlled module 223 can control the lighting unit 31 so that described The operating circuit 312 where the light-emitting component 311 in lighting unit 31 changes, and then adjusts the light-emitting component 311 optical parametric.

Specifically, the controlled module 223 is implemented as a light-emitting component power supply, and the controlled module 223 is controllable The operating circuit 312 of the light-emitting component 311, while the controlled module 223 is controlled by the processing module 221, its Described in controlled module 223 receive the Regulate signal A produced under the triggering of the processing module 221, wherein the regulation letter Number A regulates and controls the operating circuit 312 of the light-emitting component 311, and the electric current of the operating circuit 312 becomes therewith with voltage Change, so that the optical parametric of the light-emitting component 311 changes.Certainly, the Regulate signal A also may be such that the hair The light and light temperature of optical element 311 all change.

Specifically, when the electric current of the operating circuit 312 becomes big, the light-emitting component 311 brightens, in other words, can The brightness of the light-emitting component 311 is adjusted by adjusting electric current and the voltage of the operating circuit 312.Again or, when described When the electric current and voltage of operating current 312 are adjusted to feux rouges standard, the light-emitting component 311 sends feux rouges, these are only act Example explanation, the present invention are unrestricted in this regard.

The controlled module 223 further comprises a controlled end 2231, and an adjustable side 2232, wherein the controlled end 2231 are applied to receive the mediated signal of the processing module 221, and the adjustable side 2232 is applied to send described Regulate signal A.It is noted that the Regulate signal A is further divided into regulation commencing signal A1 and regulation termination signal A2, wherein the regulation commencing signal A1 is applied to start the regulation to the lighting device 30, the regulation termination signal A2 It is applied to terminate the regulation to the lighting device 30.

Specifically, when the controlled module 223 is controlled to send the regulation commencing signal, the regulation starts letter Number cause the lighting device 30 in the light-emitting component 311 in the operating circuit 312 change so that institute The various optical parametrics for stating light-emitting component 311 start to change, and the optical parametric of light-emitting component 311 described herein is including described The light of light-emitting component 311, light temperature and photochromic etc..When the optical parametric of the light-emitting component 311 meets making for user During with standard, the controlled module 223 sends the regulation termination signal, and the regulation termination signal is terminated to the luminous member The regulation of part 311 so that the optical parametric of the light-emitting component 311 is stablized in a particular value, now obtains a selected light Learn parameter.

In addition, the controlled end 2231 and the UNICOM of processing module 221 in the controlled module 223, so that The controlled module 223 is controlled by the processing module 221.The i.e. described straight described control unit 10 adjusted in illuminator can phase Send control commencing signal C1 and control termination signal C2 with answering, to adjust the working condition of the controlled module 223.

It is noted that the drive module 121 in described control unit 10 can be not only used for driving the production The energy production capacity of module 122, while the signal transmitting unit 11 can be caused to send the corresponding control signal C.It is wherein described The type of drive of drive module 121 is unrestricted, that is to say, that when the drive module 121 is implemented as polytype structure.

For example, the drive module 121 can be implemented as two operating keys 1211, wherein the first operating key 12111 are used to drive the signal transmitting unit 11 to send the control commencing signal C1, wherein the second operating key 12112 is used for The signal transmitting unit 11 is driven to send the control termination signal C2.Or the drive module 121 only includes an institute Operating key 1211 is stated, wherein the operating key 1211 can send different signals to drive the signal transmitting unit 12 to send not The same control signal C.

It is noted that the control mode of described control unit 10 is unrestricted.In the present embodiment, the control is single Member 10 can be preferably implemented as reciprocating controller, wherein the reciprocating controller can send two and more than two letters Number, and then cause the signal transmitting unit 11 to send the control commencing signal C1 and control termination signal C2.

Specifically, described control unit 10 is controlled to send the control commencing signal C1, and the control starts letter After number C1 is controlled by the processing module 221, the controlled end 223 is driven to send regulation commencing signal A1, the lighting device 30 start regulation change under the regulation of the regulation commencing signal A1.When the lighting device 30 has reached the pre- of user During phase standard, it is final that user can control described control unit 10 to send control termination signal C2, the control termination signal C2 Trigger the controlled module 223 and send the regulation termination signal A2, determine the final light of the lighting device 30 in this way Learn parameter.

When the straight tune illuminator is implemented as adjustable illuminator, described control unit 10 is believed with straight adjust Type variable control methods are implemented as between number processing unit 20, i.e. user can regulate and control described by described control unit 10 It is straight to adjust signal processing unit 20, and then make it that the luminous parameters of the lighting device 30 are independently selected, i.e., described lighting device 30 illumination effect can independently be determined to select by user.

In addition, the memory module 222 and the controlled module can be included in the signal processing unit 22 simultaneously 223, now described straight tune illuminator can complete straight mode regulation and type variable regulation simultaneously, so as to making for convenient use person With.

Specifically, UNICOM between the memory module 222 and the processing module 221, the controlled module 223 also with UNICOM between the processing module 221, the processing module 221 can make different judgements to adjust according to different request signals Control the lighting device 30.

Particular optical parameter is stored with the memory module 222, the optical parametric includes the lighting unit 31 Light, light temperature, photochromic etc..Wherein described memory module 222 and the UNICOM of processing module 221, i.e. the processing module 221 can call the particular optical parameter stored in the memory module 222, and using the particular optical parameter as the tune Save signal A ' and adjust the lighting device 30.

Specifically, the drive module 121 in the described control unit 10 of the straight tune illuminator is included at least One operating key 1211, user drive the drive module 121, the drive module by the operating key 1211 control The 121 control signal transmitting modules 111 send the control signal C, and the control signal C is by the straight tune signal transacting list The special parameter in the memory module 222 is transferred after the processing of member 20, and adjusts the lighting device 30.

It is noted that multiple different optical parametrics can be stored with the memory module 222, while the control is single Member 10 may also comprise multiple different operating keys 1211, but wherein each described operating key 1211 corresponds to the storage A certain particular optical parameter in module 222, certainly, also can an operating key 1211 correspond to the memory module 222 In multiple particular optical parameters.The present invention is not limited in this respect.

The now controlled module 223 and the UNICOM of lighting unit 31, and controlled by the processing module 221, i.e., After the controlled module 223 obtains the Regulate signal A of the processing of processing module 221 gained, the controlled module 223 can The lighting unit 31 is controlled so that the operating circuit 312 at the place of the light-emitting component 311 in the lighting unit 31 It was found that change, and then adjust the optical parametric of the light-emitting component 311.

Specifically, the controlled module 223 is implemented as a light-emitting component power supply, and the controlled module 223 is controllable The operating circuit 312 of the light-emitting component 311, while the controlled module 223 is controlled by the processing module 221, its Described in controlled module 223 receive the Regulate signal A produced under the triggering of the processing module 221, wherein the regulation letter Number A regulates and controls the operating circuit 312 of the light-emitting component 311, and the electric current of the operating circuit 312 becomes therewith with voltage Change, so that the optical parametric of the light-emitting component 311 changes.Certainly, the Regulate signal A " also may be such that described The light and light temperature of light-emitting component 311 all change.

Wherein described controlled module 223 further comprises a controlled end 2231, and an adjustable side 2232, wherein it is described by Control end 2231 is applied to receive the mediated signal of the processing module 221, and the adjustable side 2232 is applied to send The Regulate signal A.It is noted that the Regulate signal A can be divided into regulation commencing signal A1 again and regulation terminates letter Number A2, wherein the regulation commencing signal A1 is applied to start the regulation to the lighting device 30, the regulation termination signal A2 is applied to terminate the regulation to the lighting device 30.

Specifically, when the controlled module 223 is controlled to send the regulation commencing signal A1, the regulation starts Signal A1 causes the operating circuit 312 in the light-emitting component 311 in the lighting device 30 to change, so that The various optical parametrics for obtaining the light-emitting component 311 start to change, and the optical parametric of light-emitting component 311 described herein includes The light of the light-emitting component 311, light temperature and photochromic etc..When the optical parametric of the light-emitting component 311 meets user Use standard when, the controlled module 223 sends the regulation termination signal A2, and the regulation termination signal A2 is terminated to institute State the regulation of light-emitting component 311 so that the optical parametric of the light-emitting component 311 is stable in a particular value.

In addition, the controlled end 2231 and the UNICOM of processing module 221 in the controlled module 223, so that The controlled module 223 is controlled by the processing module 221.The i.e. described straight described control unit 10 adjusted in illuminator can phase Send control commencing signal C1 and control termination signal C2 with answering, to adjust the working condition of the controlled module 223.

As shown in Figure 10, the signal controllable adjustment illuminator can be by the way of non-pole light regulating, with to the illumination Device 30 is controlled.Wherein described control unit 10 is preferably implemented as reciprocating controller, i.e., described control unit 10 can Two or more control signal C, a control commencing signal C1 and a control termination signal C2 are produced by control, are familiar with The people of this technology should be understood that the implementation type of described control unit 10 as just citing and without limitation.

The signal processing unit 22 further comprises a judge module 225, wherein the judge module 225 is applicable Time difference between signal is judged.The wherein described control commencing signal C1 and control termination signal C2 is by the straight tune In signal processing unit 20 the signal receiving unit 21 processing after be changed into respectively intermediary's commencing signal C1 and in Jie termination signal C2, wherein the judge module 225 is applied to judge that intermediary's commencing signal C1 and the intermediary are whole Stop signal C2.

Wherein when the judge module 225 is judged between intermediary's commencing signal C1 and intermediary's termination signal C2 " Relation when meeting caller, the processing module 221 transfers the special parameter in the memory module 222 so that The processing module 221 sends the Regulate signal A of calling formula.Wherein when intermediary's commencing signal C1 and the intermediary are whole When relation between stop signal C2 meets variable program, the processing module 221 transfers the controlled module 223, described controlled Module 223 accordingly adjusts the optical parametric of the lighting device 30.

In the present embodiment, the judge module 225 is with intermediary's commencing signal C1 and intermediary's termination signal C2 Between time difference as basis for estimation.In an embodiment of the present invention, when intermediary's commencing signal C1 and the intermediary are whole When time between stop signal C2 is less than an initial set value, described control unit 10 is applied to control the lighting device 30 Unlatching and closure.

It is described when being more than a direct election setting between intermediary's commencing signal C and intermediary's termination signal C Memory module 222 is called, and described control unit 10 can directly control the optical parametric of the lighting device 30 to presetting Value.

It is more than a regulation setting value when the time between intermediary's commencing signal C1 and intermediary's termination signal C2, than During such as 10 seconds, the controlled module 223 is activated so as to variably select the optical parametric of the lighting device 30.

When described control unit 10 is implemented as rocker switch, it is believed that pressing described control unit 10 is driven for the first time Move the signal transmitting unit 11 and send control commencing signal C1, after user looses one's grip, described control unit 10 sets back, So that the signal transmitting unit 11 sends the control termination signal C2, but this is only used as an embodiment.

In addition, in order that obtaining the straight tune illuminator more serves user, straight tune illuminator can remember light Learn parameter.Now, described in the signal processing unit 22 is in linkage with the lighting device 30, in other words, the storage Data in module 222 can be manually set.

That is, when the controlled module 223 controls the lighting device 30 to obtain adaptable optical parametric, now it is chosen The optical parametric of the fixed lighting device 30 can be stored in the memory module 222 in case next time is standby.

That is, the optical parametric stored in described memory module 222 can be manually set, also can be by factory settings.When described After the optical parametric in memory module 222 is manually set, user directly can be called by the memory module 222 The optical parametric that oneself needs, consequently facilitating the use of user.

Further, it is described directly to adjust signal transacting in order to protect the straight safety in utilization for adjusting signal processing unit 20 Unit 20 further comprises a security module 224, wherein the security module 224 is in linkage with the processing module 221 and institute Signal receiving unit 21 is stated, so that the straight tune signal processing unit 20 is used in the state of being in safety.

The security module 224 is implemented as a voltage reduction module, i.e., described security module 224 can be applied to as the letter Number receiving unit 21 and the signal processing unit 22 provide the voltage for being adapted to work, ensure that described straight adjust at signal Manage the safety in utilization of unit 30.

In summary, the straight tune signal processing unit 20 can be equipped with different programs so as to adjust in a different manner Save the lighting device 30.The place is provided simultaneously with the straight signal processing unit 22 adjusted in signal processing unit 20 Manage module 221, the memory module 222, the controlled module 223, the judge module 225 and the security module 224 Exemplified by carry out collect explanation in detail, but the people for being familiar with this technology should be understood that it is described directly tune signal processing unit 20 in can quilt Different programs is provided with so as to reach different effects, embodiments of the invention are not intended as the influence of present invention.

The signal receiving unit 21 is connected with the signal of signal processing unit 22, and the signal receiving unit 21 receives Control signal C from described control unit 10 and be converted into the control signal C can be by the signal processing unit 22 The mediated signal Z of identification.

The processing module 221 and the UNICOM of signal receiving unit 21 in the signal processing unit 22, it is described to deposit Store up module 222, the controlled module 223 and it is described judgement mould 225 respectively with the UNICOM of processing module 221, the safety Module 224 thinks the straight tune signal processing unit 20 with the processing module 221 and the UNICOM of signal receiving unit 21 Safety guarantee is provided.

The judge module 225 can determine whether the mediated signal Z sent from the signal sending and receiving module 21, when described When judge module 225 judges the mediated signal Z to start the signal of caller, the processing module 221 calls described deposit The optical parametric in module 222 is stored up so as to control the lighting device 30.

When the judge module 225 judges the mediated signal Z that is sent from the signal sending and receiving module 21 as regulation During the signal of variable program, the processing module 221 controls the controlled module 223 to adjust the lighting device 30, so that The optical effect for obtaining the lighting device 30 reaches the parameter that user is actually needed.

When obtaining the optics for meeting user's needs under regulation and control of the lighting device 30 in the controlled module 223 During parameter, because the memory module 222 is in linkage with the lighting device 30, and then the optical parametric in the lighting device 30 It can be stored in the memory module 222, in case user subsequently uses.

Certainly it is worth mentioning to being that the controlled module 223 can also be matched with the working condition of the memory module 222, I.e. described controlled module 223 is applied to adjust the operating circuit 312 of the light-emitting component 311, the controlled module 223 The light-emitting component 311 can be regulated and controled according to the optical parametric being set in the memory module 221.

The embodiment of the memory module 222 and the controlled module 223 is situated between in detail in the above description Continue, will not be repeated here.The people for being familiar with this technology should be understood that the signal processing unit 22 can be adjusted in many ways The lighting device 30, and it is not limited to the content of the invention of the present invention.

In addition, the present invention additionally provides the straight adjusting method for adjusting illuminator, comprise the following steps：

1000：Control signal C is sent by a control unit 10；

2000：By control signal C described in adjusting the reception processing of signal processing unit 20 always, a Regulate signal A is obtained, its Described in Regulate signal A correspond to a lighting device 30 photochromic luminosity；And

3000：One lighting device 30 is adjusted by the Regulate signal A.

It is noted that described control unit 10 further comprises a signal transmitting unit 11 and a supply unit 12, wherein the form that the supply unit 12 can be implemented as from production capacity and energize outside, wherein entering in the supply unit 12 One step includes a drive module 121.

When the supply unit 12 is implemented as from generating mode, the supply unit further comprises a production capacity mould Block 122, the production capacity module 122 can produce micro-energy according to the action of the drive module 121, and the micro-energy supplies the letter Number transmitting element 11 uses.It is noted that electromagnetism life electricity, high frequency wirelessly raw electricity can be implemented as in the supply unit 12 And the diversified forms such as mechanical piezoelectricity life electricity and it is unrestricted.

In the step 1000 of the straight adjusting method for adjusting illuminator, it can further comprise the steps：

1100：Receive enabling signal；

1200：It is enabling signal described in the control signal C code by an encoding pack 1111, wherein the control letter Number C is corresponded in the photochromic luminosity of a lighting device 30；And

1300：Send the control signal C.

Wherein described control signal C can be implemented as one kind or its combination in wireless signal or wire signal.

In addition, the straight tune signal processing unit 20 includes a signal receiving unit 21 and a signal processing unit 22, wherein the signal receiving unit 21, which is applied to control signal C described in sending and receiving, obtains mediated signal Z, the signal transacting Unit 22 is applied to handle the mediated signal Z.

That is, in the step 2000 of the described straight adjusting method for adjusting illuminator, can further comprise the steps：

2100：Receive and decode the control signal C and obtain mediated signal Z；And

2200：Handle the mediated signal Z and obtain the Regulate signal A, wherein the Regulate signal A corresponds to an illumination The photochromic luminosity of device 30.

The step 2100 may include following steps again：

2110：The control signal C is received by a receiving module 211；

2120：The control signal C is decoded by a decoder module 212, obtains the mediated signal Z；And

2130：The mediated signal Z is sent to the signal processing unit 22.

In addition it is noted that the signal processing unit 22 includes a processing module 221, the processing module 221 can be applied to handle the mediated signal Z.It may include an at least memory module in the other signal processing unit 22 222, a controlled module 223, a judge module 225 and a security module 224, wherein the memory module 222, described controlled Module 223, and the security module 224 can individualism also can be combined and exist, will be with the signal transacting in the present embodiment Unit 22 includes the memory module 222, controlled module 223, is illustrated exemplified by judge module 225 and security module 224, But this is only used as one embodiment of the present invention.

Comprise the following steps again in wherein described step 2200：

2210：Judge that the mediated signal Z obtains judged result；And

2220：Compatible procss is selected according to the judged result, so as to obtain the Regulate signal A.

In the step 2210, the signal processing unit 22 can be by judging that the mediated signal selection enters straight mode Pattern, adjustable pattern and one kind in logging mode or its combination.

When the signal processing unit 22 enters straight mode pattern, the step 2220 further comprises the steps：

2221：The particular optical parameter in the memory module 222 is called, according to the mediated signal Z；And

2222：Handle the particular optical parameter and obtain the Regulate signal A.

When the signal processing unit 22 enters the adjustable pattern, the step 2220 further comprises following step Suddenly:

2221A：The controlled module 223 is called, sends regulation commencing signal A1；And

2222A：Stop the controlled module 223, send regulation termination signal A2.

And accordingly, comprise the following steps in the step 3000：

3100：Start the optical parametric change of the lighting device 30, according to the regulation commencing signal A1；And

3200：Stop the optical parametric change of the lighting device 30, according to the regulation termination signal A2.

Further comprise the steps in the adjusting method of the straight tune illuminator；

3300：Record the particular optical parameter of the lighting device 30.

The other UNICOM of security module 224 in the signal receiving unit 21 and the signal processing unit 22, from And it is the straight offer safety guarantee of signal processing unit 20 of adjusting, it is notable that the lighting device 30 includes an illumination Unit 31, the lighting unit 31 can be regulated and controled by the Regulate signal A to send illumination sign.Wherein described lighting unit 31 is again Including an at least light-emitting component 3111, wherein the light-emitting component 3111 can be implemented as one kind or its group of any light-emitting component Close, for example LED, flexible light, OLED lamps and bi-colour light etc., the present invention are unrestricted in this regard.

In addition, the present invention also provides the adjusting method of a lighting device 30, wherein the lighting device 30 includes adjusting always Signal processing unit 20, wherein the adjusting method of the lighting device 30 comprises the following steps：

1000’：Receive a control signal C；

2000’：Handle the control signal C and obtain a Regulate signal A, wherein the Regulate signal A corresponds to the photograph The specific luminosity of bright device 30 is photochromic；And

3000’：The lighting device 30 is adjusted according to the Regulate signal A.

The lighting device 30 includes a lighting unit 31, the lighting unit 31 can be regulated and controled by the Regulate signal A with Send illumination sign.Wherein described lighting unit 31 further comprises an at least light-emitting component 3111, wherein the light-emitting component 3111 can be implemented as one kind of any light-emitting component or its combination, such as LED, flexible light, OLED lamps and bi-colour light etc. Deng of the invention unrestricted in this regard.

The straight tune signal processing unit 20 includes a signal receiving unit 21, and a signal processing unit 22.Its Described in signal receiving unit 21 receive and handle the control from outer section of the control signal C, the signal processing unit 22 Signal C processed is so as to obtaining the Regulate signal A.

The wherein described control signal C can be implemented as one kind or its combination in wireless signal or wire signal.

That is, the step 1000 of the adjusting method of described lighting device 30 ' in, further comprise the steps：

1100’：Receive the decoding control signal C and obtain mediated signal Z；And

1200’：The mediated signal Z is sent to the signal processing unit 22.

Wherein described step 1100 ' it may include following steps again：

1110’：The control signal C is received by a receiving module 211；

1120’：The control signal C is decoded by a decoder module 212, obtains the mediated signal Z；And

1130’：The mediated signal Z is sent to the signal processing unit 22.

In addition it is noted that the signal processing unit 22 includes a processing module 221, the processing module 221 can be applied to handle the mediated signal Z.It may include an at least memory module in the other signal processing unit 22 222nd, a controlled module 223, a judge module 225 and a security module 224, wherein the memory module 222, described controlled Module 223, and the security module 224 can individualism also can be combined and exist, will be with the signal transacting in the present embodiment Unit 22 includes the memory module 222, controlled module 223, is illustrated exemplified by judge module 225 and security module 224, But this is only used as one embodiment of the present invention.

Wherein described step 2000 ' in again comprise the following steps：

2100’：Judge that the control signal C obtains judged result；And

2200’：Compatible procss is selected according to judged result, so as to obtain the Regulate signal A.

In wherein described step 2210, the signal processing unit 22 can determine whether the control signal C so as to select to enter Straight mode pattern, adjustable pattern and one kind in logging mode or its combination.

When the signal processing unit 22 enters straight mode pattern, the step 2220 ' further comprise the steps：

2221’：The particular optical parameter in the memory module 222 is called, according to the control signal C；And

2222’：Handle the particular optical parameter and obtain the Regulate signal A.

When the signal processing unit 22 enter the adjustable pattern when, the step 2220 ' further comprise it is following Step:

2221A’：The controlled module 223 is called, sends regulation commencing signal A1；And

2222A’：Stop the controlled module 223, send regulation termination signal A2.

And accordingly, the step 3000 further comprises the steps：

3100’：Start the optical parametric change of the lighting device 30, according to the regulation commencing signal A1；And

3200’：Stop the optical parametric change of the lighting device 30, according to the regulation termination signal A2.

Further comprise the steps in the adjusting method of wherein described straight tune illuminator；

3300’：Record the particular optical parameter of the lighting device 30.

The other UNICOM of security module 224 in the signal receiving unit 21 and the signal processing unit 22, from And it is that the straight tune signal processing unit 20 provides safety guarantee.It is worth noting that, the lighting device 30 includes an illumination Unit 31, the lighting unit 31 can be regulated and controled by the Regulate signal A to send illumination sign.Wherein described lighting unit 31 enters One step includes an at least light-emitting component 3111, wherein the light-emitting component 3111 can be implemented as any light-emitting component one kind or It is combined, such as LED, flexible light, OLED lamps and bi-colour light etc., and the present invention is unrestricted in this regard.

In summary, described straight the characteristics of adjusting illuminator of the invention, is to be applied to shine with straight key electro-optical device 1 In bright device 30, so that the lighting device 30 exists in a manner of facilitating control.

It should be understood by those skilled in the art that the embodiments of the invention shown in foregoing description and accompanying drawing are only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention completely and effectively realizes.The function and structural principle of the present invention exists Show and illustrate in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims (57)

1. key electro-optical device always, it is applied to dim the optical parametric of an at least lighting device, it is characterised in that the straight tune Light modulating device includes：

An at least control unit, wherein described control unit include an at least signal transmitting unit, wherein the signal sends list Member can produce an at least control signal, wherein the control signal corresponds to the optical parametric of the lighting device；And

At least adjust signal processing unit always, wherein it is described it is straight adjust signal processing unit to be controlled by described control unit, wherein institute Stating straight tune signal element includes at least a signal receiving unit and at least a signal processing unit, wherein the signal transacting list Member includes an at least memory module, and the memory module stores the optical parametric of the lighting device, the signal sending and receiving Unit receives the control signal, to produce an at least mediated signal, and transmits the mediated signal to the signal transacting list Member, the signal processing unit calls the corresponding optical parametric in the memory module, to obtain an at least Regulate signal, The Regulate signal adjusts the lighting device.

2. straight key electro-optical device according to claim 1, wherein described control unit include an at least drive module, wherein The drive module includes an at least operating key, wherein the operating key, which corresponds, produces the control signal.

3. straight key electro-optical device according to claim 2, wherein described control unit include an at least production capacity module, wherein The drive module drives the production capacity module production capacity, and the drive module and the production capacity module collectively constitute at least one confession Energy module, wherein the power module provides energy for the straight key electro-optical device.

4. straight key electro-optical device according to claim 2, wherein described control unit include an at least energy module, wherein The energy module collectively constitutes an at least power module with the drive module, wherein the power module is the straight key Electro-optical device provides energy.

5. straight key electro-optical device according to claim 2, wherein the optical parametric of the lighting device is selected from the illumination The bright parameter and one kind of optical color parameter of device or its combination.

6. straight key electro-optical device according to claim 2, wherein the signal processing unit includes an at least processing module, Communicatedly in the processing module, the processing module receives the mediated signal to wherein described memory module, and calls for UNICOM The optical parametric corresponding to the memory module, obtains the Regulate signal.

7. straight key electro-optical device according to claim 6, wherein the signal processing unit includes an at least controlled module, Wherein described controlled module is correspondingly arranged with the processing module, and the processing module controls the controlled module to adjust shape one Change between state and a non-regulated state, when the controlled module is in the adjustment state, the controlled module regulation The operating circuit of the lighting device.

8. straight key electro-optical device according to claim 7, the controlled module are sent under the control of the drive module At least one regulation commencing signal, and at least one regulation termination signal, wherein the regulation commencing signal regulation illumination dress The optical parametric put starts to change, and the optical parametric that the regulation termination signal adjusts the lighting device terminates change, And obtain at least one pre-selection optical parametric.

9. straight key electro-optical device according to claim 8, wherein the controlled module UNICOM is in the memory module, it is described Memory module stores the pre-selection optical parametric that the controlled module obtains.

10. the straight key electro-optical device according to claim 7-9, wherein the signal processing unit judges mould including at least one Block, wherein the judge module is communicatively coupled to the processing module, the judge module judges and controls the controlled mould The adjustment state of block and the non-regulated state.

11. according to any described straight key electro-optical devices of claim 2-9, wherein the signal processing unit includes at least one peace Full module, wherein the security module UNICOM is in the signal receiving unit and the signal processing unit, with described in stabilization The straight working condition for adjusting signal processing unit.

12. straight key electro-optical device according to claim 10, wherein the signal processing unit includes at least one safe mould Block, wherein the security module UNICOM is in the signal receiving unit and the signal processing unit, to stablize described straight adjust The working condition of signal processing unit.

13. according to any described straight key electro-optical devices of claim 2-9, wherein the signal transmitting unit is compiled including at least one Code character part, the signal receiving unit include an at least decoder module, wherein the encoding pack encodes the control signal, institute State decoder module and decode the control signal, to obtain the mediated signal.

14. straight key electro-optical device according to claim 13, wherein between the encoding pack and the decoder module Coded program corresponds.

15. according to any described straight key electro-optical devices of claim 2-9, wherein described control unit and the straight tune signal Wireless or wired mode one kind or its combination UNICOM can be passed through between processing unit.

16. straight key electro-optical device according to claim 3, wherein the drive module is given birth to the production capacity module with electromagnetism Electricity, high frequency wirelessly give birth to one kind or its combination UNICOM of electric and mechanical piezoelectricity life electricity.

17. according to any described straight key electro-optical devices of claim 2-9, wherein described control unit can be implemented as moving seesaw-type Switch, rocker switch or one kind of inductive switch or its combination.

18. key lighting system always, it is characterised in that the straight tune illuminator includes：

An at least lighting device, wherein the lighting device includes an at least lighting unit, an at least light for the lighting unit Parameter is learned to be conditioned；

An at least control unit, wherein described control unit include an at least signal transmitting unit, wherein the signal sends list Member can produce an at least control signal, wherein the control signal corresponds to the optical parametric of the lighting device；And

At least adjust signal processing unit always, wherein it is described it is straight adjust signal processing unit to be controlled by described control unit, wherein institute Stating straight tune signal element includes at least a signal receiving unit and at least a signal processing unit, wherein the signal transacting list Member includes an at least memory module, and the memory module stores the optical parametric of the lighting device, the signal sending and receiving Unit receives the control signal and produces an at least mediated signal, and transmits the mediated signal to the signal processing unit, The signal processing unit calls the memory module optical parametric corresponding with the mediated signal, and obtains at least one Regulate signal, the Regulate signal adjust the lighting device.

19. straight key lighting system according to claim 18, wherein described control unit co- controlling are multiple described It is straight to adjust signal processing unit, or multiple described control units control straight tune signal processing unit.

20. straight key lighting system according to claim 19, wherein the straight tune signal processing unit is built in The lighting device.

21. straight key lighting system according to claim 19, wherein the straight tune signal processing unit independent communication UNICOM is in the lighting device.

22. straight key lighting system according to claim 19, wherein described control unit include at least one driving mould Block, wherein the drive module includes an at least operating key, wherein the operating key, which corresponds, produces the control signal.

23. straight key lighting system according to claim 22, wherein described control unit include an at least production capacity mould Block, wherein the drive module drives the production capacity module production capacity, the drive module and the production capacity module collectively constitute An at least power module, wherein the power module provides energy for the straight key electro-optical device.

24. straight key lighting system according to claim 22, wherein described control unit include an at least energy mould Block, wherein the energy module collectively constitutes an at least power module with the drive module, wherein the power module is institute State straight key electro-optical device and energy is provided.

25. according to any described straight key lighting system of claim 22 or 23, wherein the Optical Parametric of the lighting device Bright parameter and one kind of optical color parameter or its combination of the number selected from the lighting device.

26. according to any described straight key lighting system of claim 22 or 23, wherein the signal processing unit includes One processing module, wherein communicatedly UNICOM receives the intermediary to the memory module in the processing module, the processing module Signal, and the corresponding optical parametric in the memory module is called, obtain the Regulate signal.

27. straight key lighting system according to claim 26, wherein the signal processing unit include at least one by Module is controlled, wherein the controlled module is correspondingly arranged with the processing module, the processing module controls the controlled module to exist Change between one adjustment state and a non-regulated state, it is described controlled when the controlled module is in the adjustment state Module changes the operating circuit of the lighting device.

28. straight key lighting system according to claim 27, control of the controlled module in the drive module Under send at least one regulation commencing signal, and at least one regulation termination signal, wherein it is described regulation commencing signal regulation described in The optical parametric of lighting device starts to change, and the optical parametric that the regulation termination signal adjusts the lighting device terminates Change, to obtain at least one pre-selection optical parametric.

29. straight key lighting system according to claim 28, wherein the controlled module UNICOM is in the storage mould Block, the memory module store the pre-selection optical parametric.

30. according to any described straight key lighting systems of claim 27-29, wherein the signal processing unit is included extremely A few judge module, wherein the judge module is communicatively coupled to the processing module, the judge module judges and controlled The regulation and control state of the controlled module and the non-regulation and control state.

31. according to any described straight key lighting systems of claim 22-29, wherein the signal processing unit is included extremely A few security module, wherein the security module UNICOM is in the signal receiving unit and the signal processing unit, with steady The fixed straight working condition for adjusting signal processing unit.

32. according to any described straight key lighting systems of claim 22-29, wherein the signal transmitting unit is included extremely A few encoding pack, the signal receiving unit include an at least decoder module, wherein the encoding pack encodes the control Signal, it is the mediated signal that the decoder module, which decodes the control signal,.

33. straight key lighting system according to claim 32, wherein the encoding pack and the decoder module it Between coded program correspond.

34. according to any described straight key lighting systems of claim 22-29, wherein described control unit and described straight It can pass through wireless or wired mode one kind or its combination UNICOM between tune signal processing unit.

35. straight key lighting system according to claim 23, wherein the drive module and the production capacity module with Electromagnetism life electricity, high frequency wirelessly give birth to one kind or its combination UNICOM of electric and mechanical piezoelectricity life electricity.

36. the straight key lighting system according to claim 22-29, wherein described control unit can be implemented as seesaw Formula switch, rocker switch or one kind of inductive switch or its combination.

A 37. luminaire, by an at least control signal adjustment control, it is characterised in that including：

An at least lighting device, wherein the lighting device includes an at least lighting unit, an at least light for the lighting unit Parameter is learned to be conditioned；And

Signal processing unit is at least adjusted always, wherein the straight tune signal element is including an at least signal receiving unit and at least One signal processing unit, wherein the signal processing unit includes an at least memory module, the memory module stores the photograph The optical parametric of bright device, the signal receiving unit receive the control signal and produce an at least mediated signal, and passing The mediated signal is sent to the signal processing unit, the signal processing unit calls corresponding described in the memory module Optical parametric, and an at least Regulate signal is obtained, the Regulate signal adjusts the lighting device.

38. the luminaire according to claim 37, wherein the straight tune signal processing unit is built in the illumination dress Put.

39. the luminaire according to claim 37, wherein the optical parametric of the lighting device is selected from the lighting device Bright parameter and one kind of optical color parameter or its combination.

40. the luminaire according to claim 37, wherein the signal processing unit includes an at least processing module, wherein Communicatedly in the processing module, the processing module receives deposits the memory module described in the mediated signal and calling for UNICOM The corresponding optical parametric in module is stored up, obtains the Regulate signal.

41. luminaire according to claim 40, wherein the signal processing unit includes an at least controlled module, wherein The controlled module is correspondingly arranged with the processing module, the processing module control the controlled module an adjustment state with And one change between non-regulated state, when the controlled module is in the adjustment state, described in the controlled module changes The operating circuit of lighting device.

42. luminaire according to claim 41, the controlled module is sent at least under the control of the drive module One regulation commencing signal, and at least one regulation termination signal, wherein the regulation commencing signal adjusts the lighting device Optical parametric starts to change, and the optical parametric that the regulation termination signal adjusts the lighting device terminates change, with To at least one pre-selection optical parametric.

43. luminaire according to claim 42, wherein the controlled module UNICOM is in the memory module, the storage Module stores the pre-selection optical parametric.

44. according to any described luminaires of claim 41-43, wherein the signal processing unit judges mould including at least one Block, wherein the judge module is communicatively coupled to the processing module, the judge module judges to control the controlled module The adjustment state and the non-regulated state.

45. according to any described luminaires of claim 41-43, wherein the signal processing unit includes at least one safe mould Block, wherein the security module UNICOM is in the signal receiving unit and the signal processing unit, to stablize described straight adjust The working condition of signal processing unit.

46. according to any described luminaires of claim 41-43, wherein the signal transmitting unit includes an at least code set Part, the signal receiving unit include an at least decoder module, wherein the encoding pack encodes the control signal, the solution It is the mediated signal that code module, which decodes the control signal,.

47. luminaire according to claim 46, wherein the coding journey between the encoding pack and the decoder module Sequence corresponds.

48. the light-dimming method of key lighting system always, it is applied to adjust the optical parametric of an at least lighting device, including Following steps：

A：An at least control signal is sent by an at least control unit, wherein the control signal corresponds to the Optical Parametric Number；

B：By control signal at least described in tune signal processing unit reception processing always, an at least Regulate signal is obtained, wherein The Regulate signal corresponds to the optical parametric；And

C：The lighting device is adjusted by the Regulate signal.

49. the light-dimming method of straight key photosystem according to claim 48, wherein the optical parametric of the lighting device Bright parameter and one kind of optical color parameter or its combination selected from the lighting device.

50. the light-dimming method of straight key photosystem according to claim 49, wherein the step A further comprise it is following Step：

A1：An at least enabling signal is received by an at least drive module；

A2：It is the control signal to encode the enabling signal by an at least encoding pack；And

A3：The control signal is sent to the control module.

51. the light-dimming method of straight key photosystem according to claim 49, wherein the step B further comprise it is following Step：

B1：Receive the control signal；

B2：It is an at least mediated signal to decode the control signal by an at least decoder module；And

B3：The mediated signal is handled, obtains the Regulate signal.

52. the light-dimming method of straight key photosystem according to claim 50, wherein the step B further comprise it is following Step：

B1：Receive the control signal；

B2：It is an at least mediated signal to decode the control signal, passes through an at least decoder module；And

B3：The mediated signal is handled, obtains the Regulate signal.

53. the light-dimming method of straight key photosystem according to claim 52, wherein the encoding pack and the decoding Coded program between module corresponds.

54. the light-dimming method of the straight key photosystem according to claim 51 or 52, wherein the step B3 is further wrapped Include step：

B31：The mediated signal is judged by an at least judge module, obtains an at least judged result；And

B32：According to the judged result selecting module, the Regulate signal is obtained.

55. the light-dimming method of straight key photosystem according to claim 53, wherein the B32 further comprises following step Suddenly：

B321：The particular optical parameter in the memory module is called, according to the mediated signal；And

B322：The particular optical parameter is handled, obtains the Regulate signal.

56. the light-dimming method of straight key photosystem according to claim 53, wherein the B32 further comprises following step Suddenly：

B321A：An at least controlled module is called, sends at least one regulation commencing signal, wherein the regulation commencing signal regulation The optical parametric of the lighting device starts to change；

B322A：The controlled module sends at least one regulation termination signal, obtains the particular optical parameter of the lighting device, The optical parametric that wherein described regulation termination signal adjusts the lighting device terminates change；And

B323A：The particular optical parameter is stored by the memory module.

57. the light-dimming method of key electro-optical device always, it is applied to adjust the optical parametric of an at least lighting device, including it is following Step：

1000：An at least control signal is produced by an at least control unit, wherein the control signal corresponds to the optics Parameter；

2000：By control signal at least described in tune signal processing unit reception processing always, an at least Regulate signal is obtained, its Described in Regulate signal correspond to the optical parametric；And

3000：The lighting device is adjusted by the Regulate signal.