CN104837281B - Lighting Control Assembly, method and device - Google Patents

Abstract

The invention discloses a kind of Lighting Control Assembly, method and devices.Wherein, which includes：The environmental information in controlled area is obtained, wherein, controlled area is the region where illuminator；Touching signals are received under environment corresponding to environmental information, wherein, touching signals are the signal for controlling illumination optical parameter, and illumination optical parameter is the optical parameter of illuminator；Environmental information is recorded according to touching signals and illuminates the mapping relations of optical parameter；And control illuminator according to mapping relations.The present invention solves the light modulation custom that the prior art can not commonly use family according to environmental Informatics, and according to the technical issues of light modulation custom control illuminator.

Description

Lighting Control Assembly, method and device

Technical field

The present invention relates to Lighting control field, in particular to a kind of Lighting Control Assembly, method and device.

Background technology

Common illuminator control mode includes line traffic control and wireless remote control, and wired control mode is easy to operate, but It is to be limited by operating distance, i.e., illuminator could be only controlled close to control switch.Wireless remote control mode is usual Special controller is not needed to, the modes such as use is infrared, radio frequency or control terminal (such as smart mobile phone) control illuminator. But wireless remote control mode operate it is complex, and existing wireless remote control mode cannot learn user light modulation custom, Illumination optical parameter cannot be automatically adjusted according to information such as environment, time and events.

The light modulation that family can not be commonly used according to environmental Informatics for the prior art is accustomed to, and is accustomed to control illumination according to light modulation The problem of lamps and lanterns, currently no effective solution has been proposed.

Invention content

The present invention provides a kind of Lighting Control Assembly, method and devices, can not be according to ring at least to solve the prior art The light modulation custom of border information learning user, and according to the technical issues of light modulation custom control illuminator.

According to an aspect of the invention, there is provided a kind of Lighting Control Assembly, including：Sensor group, for detect by The environmental information in region is controlled, wherein, controlled area is the region where illuminator；Touch device, in environmental information Touching signals are received under corresponding environment, wherein, touching signals are the signal for controlling illumination optical parameter, and illumination optical parameter is The optical parameter of illuminator；And processor, for being closed according to the mapping that touching signals record environmental information and illuminate optical parameter System, and control illuminator according to mapping relations.

Further, Lighting Control Assembly further includes：Communication device, for logical between illuminator and control device Letter, wherein, processor is additionally operable to the communication between control illuminator and control device.

Further, the structure of Lighting Control Assembly is knob control structure, wherein, Lighting Control Assembly further includes： Optical transmitting set；Spiral cover is provided with loophole on spiral cover, wherein, loophole is used for the light sent out through optical transmitting set；And light connects Device is received, for the triggering processor control illumination optical parameter in the light for receiving loophole transmission, wherein, optical receiver is sent out with light There are default mapping relations between emitter.

Further, sensor group includes：First sensor, for detecting the ambient light intensity in controlled area；And Second sensor, for detecting with the presence or absence of the first trigger signal in controlled area, wherein, the first trigger signal is in for user The signal of controlled area internal trigger, wherein, processor is additionally operable to detect in second sensor tactile there are first in controlled area When signalling and first sensor detect that ambient light intensity is less than preset value, illuminator optical parameter is controlled to adjust.

Further, Lighting Control Assembly further includes：Display device illuminates optical parameter for showing, sensor group is also wrapped It includes：3rd sensor, for detecting with the presence or absence of the second trigger signal in control area, wherein, the second trigger signal is user The signal that time in control area triggers when being more than preset time threshold, control area in controlled area, wherein, place Reason device is additionally operable to detect in control area that there are the second trigger signals and first sensor to detect environment in 3rd sensor When luminous intensity is less than preset value, control display device opens backlight.

According to another aspect of the present invention, a kind of illumination control method is additionally provided, including：Obtain the ring in controlled area Border information, wherein, controlled area is the region where illuminator；Touching signals are received under environment corresponding to environmental information, Wherein, touching signals are the signal for controlling illumination optical parameter, and illumination optical parameter is the optical parameter of illuminator；According to touch-control Signal records environmental information and illuminates the mapping relations of optical parameter；And control illuminator according to mapping relations.

Further, environmental information includes the temperature and humidity of controlled area, mapping relations for illumination optical parameter with it is controlled The mapping relations of zone comfort degree parameter, wherein, controlled area comfort quantity is determined by the temperature and humidity of controlled area, is pressed Include according to mapping relations control illuminator：Controlled area comfort quantity is calculated according to the temperature and humidity of controlled area；It presses Illumination optical parameter is obtained according to the mapping relations of illumination optical parameter and controlled area comfort quantity；And according to illumination optical parameter control Illuminator processed.

Further, environmental information further includes ambient light intensity, and mapping relations are illumination optical parameter and ambient light intensity Mapping relations include according to mapping relations control illuminator：Judge whether illuminator is lighted；If it is judged that illuminator It is non-lit up, judge ambient light intensity whether less than preset value；And if it is judged that ambient light intensity is less than preset value, control is adjusted Section illumination optical parameter.

Further, before judging whether illuminator is lighted, illumination control method further includes：It detects in controlled area With the presence or absence of the first trigger signal, wherein, the first trigger signal is in the signal of controlled area internal trigger for user；If it is determined that It is interior there are the first trigger signal to go out controlled area, execution to judge whether illuminator is lighted；And if it is judged that controlled area The first trigger signal is inside not present, control illuminator is closed.

Further, after judging in controlled area there are the first trigger signal, illumination control method further includes：Inspection It surveys with the presence or absence of the second trigger signal in control area, wherein, the second trigger signal is in the time in control area for user The signal triggered during more than preset time threshold, control area is in controlled area；If detect that there are in control area Two trigger signals, execution judge whether illuminator is lighted, wherein, when judging that ambient light intensity is less than preset value, control Bias light in control area is opened；And if detect that there is no the second trigger signals in control area, control control zone Bias light in domain is closed.

According to another aspect of the present invention, a kind of illumination control apparatus is additionally provided, including：Acquisition module, for obtaining Environmental information in controlled area, wherein, controlled area is the region where illuminator；Receiving module, for believing in environment It ceases and receives touching signals under corresponding environment, wherein, touching signals are the signal for controlling illumination optical parameter, illuminate optical parameter Optical parameter for illuminator；Logging modle, for being closed according to the mapping that touching signals record environmental information and illuminate optical parameter System；And control module, for controlling illuminator according to mapping relations.

In the present invention, sensor, touch device and processor are integrated in Lighting Control Assembly, by sensor and The cooperation of touch device has achieved the purpose that the mapping relations of record illumination optical parameter and environmental information, it is achieved thereby that In the case where not receiving touching signals according to the skill of the mapping relations of illumination optical parameter and environmental information control illuminator Art effect, and then solve the light modulation custom that the prior art can not commonly use family according to environmental Informatics, and according to light modulation custom control The technical issues of illuminator processed.

Description of the drawings

Attached drawing described herein is used to provide further understanding of the present invention, and forms the part of the application, this hair Bright illustrative embodiments and their description do not constitute improper limitations of the present invention for explaining the present invention.In the accompanying drawings：

Fig. 1 is the principle schematic of Lighting Control Assembly according to embodiments of the present invention；

Fig. 2 is extensive illuminator control principle schematic diagram according to embodiments of the present invention；

Fig. 3 is the principle schematic of knob control structure according to embodiments of the present invention；

Fig. 4 is screw cap structure schematic diagram according to embodiments of the present invention；

Fig. 5 is the schematic diagram that optical receiver according to embodiments of the present invention is connect by decoder with processor；

Fig. 6 is communication bridge according to embodiments of the present invention and control circuit board principle schematic；

Fig. 7 is the flow chart of illumination control method according to embodiments of the present invention；

Fig. 8 is the flow according to embodiments of the present invention according to Temperature Humidity Sensor and optical sensor control illuminator Figure；

Fig. 9 is the flow chart according to embodiments of the present invention that illuminator is controlled according to pyroelectric sensor；

Figure 10 is the flow chart according to embodiments of the present invention that display device bias light is controlled according to proximity sensor；

Figure 11 is optical receiver schematic layout pattern according to embodiments of the present invention；

Figure 12 is the control flow chart of illuminator when spiral cover according to embodiments of the present invention rotates to optical receiver 1；

The control flow chart of illuminator when Figure 13 is spiral cover whiz optical receiver 1 according to embodiments of the present invention；

Figure 14 is the control flow of illuminator when spiral cover according to embodiments of the present invention rotates to optical receiver 2 to 12 Figure；And

Figure 15 is the schematic diagram of illumination control apparatus according to embodiments of the present invention.

Specific embodiment

In order to which those skilled in the art is made to more fully understand the present invention program, below in conjunction in the embodiment of the present invention The technical solution in the embodiment of the present invention is clearly and completely described in attached drawing, it is clear that described embodiment is only The embodiment of a part of the invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people Member's all other embodiments obtained without making creative work should all belong to the model that the present invention protects It encloses.

It should be noted that term " first " in description and claims of this specification and above-mentioned attached drawing, " Two " etc. be the object for distinguishing similar, and specific sequence or precedence are described without being used for.It should be appreciated that it uses in this way Data can be interchanged in the appropriate case, so as to the embodiment of the present invention described herein can in addition to illustrating herein or Sequence other than those of description is implemented.In addition, term " comprising " and " having " and their any deformation, it is intended that cover Cover it is non-exclusive include, be not necessarily limited to for example, containing the process of series of steps or unit, method, system, product or equipment Those steps or unit clearly listed, but may include not listing clearly or for these processes, method, product Or the intrinsic other steps of equipment or unit.

According to embodiments of the present invention, a kind of Lighting Control Assembly is provided, Fig. 1 is illumination control according to embodiments of the present invention The principle schematic of system processed, as shown in Figure 1：

The Lighting Control Assembly of the embodiment is connected in 220V supply lines, and the Lighting Control Assembly is for control one Either multiple illuminator illuminators can be pendent lamp or ceiling lamp etc..Illuminator in the embodiment at least should Have the function of to adjust brightness of illumination.Preferably, the illuminator in the embodiment, which also has, adjusts illumination colour temperature and illumination face The function of color.Adjust the white light range that the chromaticity coordinate of illumination colour temperature requirement light allows on blackbody radiance curve or near it It is interior, and colour rendering index is more than 80, i.e., for general illumination.In addition, the illuminator in the embodiment also has wireless communication work( Can, for receive Lighting Control Assembly offer dim signal, illuminator can by ZigBee, WiFi or bluetooth etc. with Lighting Control Assembly communicates.

The Lighting Control Assembly of the embodiment includes：

Sensor group, for detecting the environmental information in controlled area, wherein, controlled area is the area where illuminator Domain.Sensor group in the embodiment includes one or more sensor, and sensor is used to measure the environment letter of controlled area Breath, wherein, environmental information can include the temperature and humidity of controlled area, ambient light intensity, and human body sensing, approach signal are surveyed Measure the information such as chromaticity coordinate.

Touch device, for receiving touching signals under environment corresponding to environmental information, wherein, touching signals are for controlling The signal of system illumination optical parameter, illumination optical parameter are the optical parameter of illuminator.Lighting parameter can include brightness, color, color Temperature etc..By the touch device of the embodiment, user can control the Switching Power Supply of illuminator, and adjusting illuminating lamp has bright Degree, color and colour temperature, can also adjust light scene.Simplified to operate in order to cost-effective, the touch device in the embodiment is excellent It is selected as the form of knob or switch key.

Optionally, the Lighting Control Assembly of the embodiment further includes display device, which can be that LED dot matrix are shown Display screen, LCD display or LED background breath lights.Human-computer interaction circle of the display device as the Lighting Control Assembly Face is mainly used for showing brightness, colour temperature, color and the light scene of illuminator.Display device can be also used for display illumination Control system information and fault status information.The display mode of display device includes：The backlight of different brightness represents illuminator Different brightness degrees；The LED dot matrix display screens for lighting different zones represent the different brightness degree of illuminator or difference Light scene；Show number, the brightness of character representation illuminator, colour temperature, color, light scene, system information and failure State；The light representations illuminator of the light of different colours either flicker different colour temperature, color, light scene or various systems Information and malfunction.

Optionally, the Lighting Control Assembly of the embodiment further includes communication device, for illuminator and control device it Between communication.Communication device in the embodiment is gateway, is made of two different communication modules, first communication module category In a part for illuminator controlled area LAN, second communication module is responsible for and intelligent control device (such as intelligent hand Machine) and router communication.Gateway in the embodiment is the bridge between illuminator controlled area LAN and mobile Internet Connect device, router be connected to preferably by WiFi wireless communications or ethernet line, so with the intelligent control device of user (smart mobile phone or computer) connects.Illuminator in the embodiment is using ZigBee, bluetooth or 2.4G wireless communications.

Optionally, the Lighting Control Assembly of the embodiment further includes relay, for being closed or disconnecting one group of headlamp The power supply lines of tool.Control illuminator (such as pendent lamp of one or more light bulb composition, ceiling lamp etc.) be closed or The signal that person disconnects derives from the touching signals of touch device, such as the touch information of push button or knob.

Optionally, the Lighting Control Assembly of the embodiment further includes direct-flow voltage stabilizer, for by 220V electric mains or Person 110V AC conversions into constant voltage DC electric drive sensor, touch device, display device, communication device, processor and Component in relay.

Processor, for recording environmental information according to touching signals and illuminating the mapping relations of optical parameter, and according to mapping Relationship controls illuminator.Processor in the Lighting Control Assembly of the embodiment is responsible for all operations in Lighting Control Assembly And processing, be Lighting Control Assembly core intelligence module.Processor in the embodiment is believed according to the environment that sensor acquires The touching signals that breath and touch device generate judge whether to need to open illuminator, and calculate illumination optical parameter automatically.The reality The processor in example is applied by quantifying analysis environments information, including temperature, humidity, wind speed etc., and is acquired in respective environment information The touching signals of lower user adjust illumination optical parameter, to establish environmental information and illuminate the mapping relations between optical parameter, according to Mapping relations control illuminator generation between environmental information and illumination optical parameter most matches the illumination light of controlled area environment Effect.Wherein, the processor of the embodiment considers the sensors such as ambient light intensity and the presence of user when acquiring environmental information Metrical information, so as to improve the accuracy for adjusting illumination optical parameter.

Processor in the embodiment is additionally operable to the communication between control illuminator and control device, controls communication device It realizes the conversion of communication protocol between controlled area LAN and mobile Internet, is connected to router, with illuminator, control Equipment and Cloud Server communication.Be stored in processor illuminator address information or identification code, grouping information and Light scene information, processor receive and process the environmental information acquired by sensor, receive and process touch device generation Touching signals (such as touching signals of touch controlled key or knob), the illumination optical parameter selected according to user is (including brightness, color Temperature, color and light scene) adjustment signals of controlled area intraoral illumination lamps and lanterns is calculated, and according to the dim signal to headlamp Tool is controlled.

Optionally, the sensor group in the embodiment includes：First sensor, for detecting the ambient light in controlled area Intensity；And second sensor, for detecting with the presence or absence of the first trigger signal in controlled area, wherein, the first trigger signal The signal of controlled area internal trigger is in for user, wherein, processor is additionally operable to detect in controlled area in second sensor When detecting that ambient light intensity is less than preset value there are the first trigger signal and first sensor, illuminator beche-de-mer without spike is controlled to adjust Number.First sensor in the embodiment is optical sensor, and second sensor is pyroelectric sensor, which exists It detects there is User Activity in controlled area, when illuminator is not opened and ambient light intensity is relatively low, is controlled and adjusted by processor Section illumination optical parameter.

Optionally, the sensor group in the embodiment further includes：Whether 3rd sensor deposits for detecting in control area In the second trigger signal, wherein, when the second trigger signal is more than preset time threshold for the time that user is in control area The signal of triggering, control area in controlled area, wherein, processor is additionally operable to detect in control area in 3rd sensor When detecting that ambient light intensity is less than preset value there are the second trigger signal and first sensor, control display device opens backlight Lamp.3rd sensor in the embodiment is proximity sensor, which is detecting there is user in control area When illuminator is not opened and ambient light intensity is relatively low, opening display device backlight is controlled by processor for activity.

The Lighting Control Assembly of the embodiment is also applied for controlling extensive illuminator.Fig. 2 is according to this hair The extensive illuminator control principle schematic diagram of bright embodiment is opened as shown in Fig. 2, every group of illuminator corresponds to a power supply It closes, Lighting Control Assembly is by communicating to connect the remote control realized to multigroup illuminator.The Lighting control system of the embodiment System can provide remote service by internet.User can use control device (such as smart mobile phone) by WiFi or 3G, 4G signals are remotely logged into Lighting Control Assembly control illuminator；The environmental information in controlled area is checked, for example, passing through prison The significant changes for surveying the Temperature Humidity Sensor signal in controlled area judge interior with the presence or absence of exception, and in time to the intelligence of user It can mobile phone transmission alarm.By internet, it is user that Lighting Control Assembly, which can also be uploaded to server by learning to obtain, Mapping relations between private customized environmental information and illumination optical parameter.Server passes through a large amount of different users of statistical analysis Light modulation custom obtains the mapping relations between more accurately environmental information and illumination optical parameter, and the mapping for improving factory preset is closed System, so as to obtain the quantitative relationship between illumination optical parameter and environmental information by the statistics to a large number of users data.

Optionally, the structure of the Lighting Control Assembly of the embodiment is knob control structure, and Fig. 3 is according to of the invention real The principle schematic of the knob control structure of example is applied, as shown in figure 3, the Lighting Control Assembly of the embodiment includes：

Spiral cover controls total power switch (physics connects power off), illuminator to open by rotating to different positions It opens/disconnects and illuminate optical parameter.Spiral cover in the embodiment is preferably wound packages structure, and Fig. 4 is according to embodiments of the present invention Screw cap structure schematic diagram, as shown in figure 4,01 is spiral cover outer wall, spiral cover cylinder inner wall has a piece of annulus barn door 02, annulus barn door Upper setting for selectively passing through or stopping light that optical transmitting set is sent out, and then controls optical receiver there are one loophole 03 Receive the light that optical transmitting set is sent out.

Optical transmitting set is preferably phototriode, and optical receiver is preferably photodiode, optical transmitting set and optical receiver Between form mapping relations.Optionally, optical transmitting set may be mounted in display or dot matrix backlight, and optical receiver can be installed On communication bridge and control circuit board.Multiple optical transmitting sets to be mounted on a circular arc, such as 12 at equal intervals, spacing The radian of π/6.Correspondingly, multiple optical receiving sets are mounted on the circular arc of an equal radii at equal intervals, such as 12, Away from π/6 radians.Therefore, each optical transmitting set forms mapping relations with each optical receiver.Each optical receiver it is defeated Outlet can be directly connected on an input port of processor.Therefore an input port and the one group of optical transmitting set of processor and Optical receiver is corresponding.When the loophole on spiral cover connects one group of optical transmitting set and optical receiver, it is connected to the optical receiver Processor input port can receive a trigger signal.Optionally, the output terminal of each optical receiver can be first coupled to and translate The input terminal of code device, the output terminal of decoder are connected on the input port of processor, as shown in figure 5, wherein, Fig. 5 is according to this The schematic diagram that the optical receiver of inventive embodiments is connect by decoder with processor.It, can be number by this connection mode The output that more optical receiver output becomes the decoder of negligible amounts is measured, reduces the dependence to processor input terminal quantity.

Display or dot matrix backlight, for show the brightness of illuminator, colour temperature, color, light scene, system information and Malfunction.It is the forms such as display screen, display screen or LED background breath lights that display or dot matrix backlight, which can be LED dot matrix,.

Cover board, for protecting the internal component of Lighting Control Assembly.Cover board in the embodiment is by opaque section, complete Transparent part and translucent portion are formed.Opaque section is used to block internal structure.Translucent portion is to dot matrix backlight The light sent out carries out atomization mixing.All-transparent part is for the clear content for showing display screen.

Communication bridge and control circuit board, wherein, the principle of communication bridge and control circuit board as shown in fig. 6, its In, Fig. 6 is communication bridge according to embodiments of the present invention and control circuit board principle schematic.Wherein, communication bridge with Communication device in the embodiment is identical, and control circuit board is identical with the processor in the embodiment, and details are not described herein again.

Regulated power supply and relay module, for converting alternating current to constant voltage DC electric drive processor, sensor, leading to Component in letter module, touch-control and display module, relay equal controller；Relay controls exchange for being closed or cutting off The power supply of lamps and lanterns in supply line.

Sensor Integration Module, temperature and humidity, ambient light intensity for integral measuring controlled area (may also comprise survey Measure chromaticity coordinate), the sensor of human body sensing and approach signal etc..

Structure has the monistic characteristic of rate-determining steps, i.e. ordinary circumstance for the Lighting Control Assembly of knob control structure It is lower to realize positive and negative spinfunction, single stepping flow, i.e. user's only single stepping are belonged in the human-computer interaction of control field (rotate forward or invert) achieves that corresponding regulatory function in this direction.Therefore, there is step uniqueness on rate-determining steps, So as to be effectively prevented maloperation.The Lighting Control Assembly of knob control structure adjusts that degree of freedom is higher, i.e. selection Angle or apart from fine-tuning, suitable for the control and regulation of simple function.But in the case where control function is more, knob The Lighting Control Assembly of control structure can not preferably adapt to the adjusting under switching and the functional mode between different function.

The Lighting Control Assembly of the knob control structure of the embodiment can preferably be judged by being combined with sensor The close control of user is intended to, and then puts forward one in numerous control functions and complete control for the direct step of user, Control experience is greatly improved, control efficiency is improved, realizes man-machine thought intelligent interaction of following one's inclinations.Wherein, user Close control is intended to judge to include to compare by history environment, and the modes such as screening of operating habit are realized.Ordinary circumstance Under be suitable environment in order to ensure user's custom, and put forward with current environment deviate that most function of a reference value into Row major control item, user can also carry out self-defined priority setting according to pre-set project optimization.

Further, since knob control structure has larger control stroke distances (for example turn-taking), therefore also relatively more suitable Conjunction sets related function, the rate-determining steps that generally each functional item all can be combined or be had to pass through, the present invention on the trip The embodiment optimization power supply switch.With reference to physics construction of switch, function starting point is preferably set in operation, it can be one It walks disposable band in operating process to cross without generating any tedious steps, realizes efficient and mistake proofing control function.

The Lighting Control Assembly of the embodiment can be also used for the product with wireless data transmission or control module Intelligent control.The control system of the embodiment of the present invention is practical to can refer into an indoor control platform, by wired or Wireless network carries out data interaction with external cloud platform, and it is flat that multi-functional son has been linked under the indoor control platform of the control device Platform, including household electrical appliances such as control illumination, air-conditionings, to realize the Comprehensive Control effect for being suitble to current environment.The excellent act of the present invention is therein Lighting Control Assembly, and propose that the Lighting control flow in the embodiment makes difference with other existing Internet of Things control devices, Simultaneously those skilled in the art be understood that it is aforementioned difference technical solution can also be used for other function sub-platforms with realize at least Part control function.

According to embodiments of the present invention, a kind of embodiment of illumination control method is provided, it should be noted that in attached drawing The step of flow illustrates can perform in the computer system of such as a group of computer-executable instructions, although also, Logical order is shown in flow chart, but in some cases, it can perform shown with the sequence being different from herein or retouch The step of stating.

Fig. 7 is the flow chart of illumination control method according to embodiments of the present invention, as shown in fig. 7, the illumination control method Include the following steps：

Step S102 obtains the environmental information in controlled area.

Region of the controlled area where illuminator in the embodiment.The illumination control method is acquired by sensor Environmental information, using the environmental information as the control foundation of the illumination optical parameter of preset illuminator.Environmental information is at least wrapped Include temperature and humidity, ambient light intensity, human body sensing and approach signal of controlled area etc..Wherein, the temperature of controlled area The environmental degree of comfort of controlled area is directly determined with humidity, the illumination control method of the embodiment is surveyed using Temperature Humidity Sensor Measure the temperature and humidity of controlled area；Using optical sensor measure controlled area ambient light intensity by；It is sensed using pyroelectricity Device measures human-induced signal；Human body close signal is measured using proximity sensor, proximity sensor can be supersonic sensing Device.

The environmental information acquired by sensor on the one hand for directly performing default trigger command, is on the other hand used to learn Family daily life system custom is commonly used, and the relationship for understanding the Lighting control custom and environmental information of user by presetting learning method, Judged with independently making corresponding control.

Step S104 receives touching signals under environment corresponding to environmental information.

Step S106 records environmental information according to touching signals and illuminates the mapping relations of optical parameter.

Touching signals in the embodiment are the signal for controlling illumination optical parameter, wherein, illumination optical parameter is illumination The optical parameter of lamps and lanterns.Different user may correspond to different illumination optical parameters, the reality under environment corresponding to identical environmental information The illumination control method of example is applied by acquiring illumination of a large number of users to illuminator under environment corresponding to varying environment information The touching signals of optical parameter, record the light modulation custom of user, and then obtain environmental information with illuminating the mapping relations of optical parameter.

When environmental information includes the temperature and humidity in controlled area, the mapping relations of environmental information and illumination optical parameter To illuminate optical parameter and the mapping relations of controlled area comfort quantity, wherein, controlled area comfort quantity is by controlled area Temperature and humidity determine.Specifically, the calculation formula of comfort quantity C is：C=(1.818*t+18.18) * (0.88+ 0.002*f)+(t-32)/(45-t)+18.2, wherein, t is Celsius temperature, and f is relative humidity (%).For example, when according to detection To controlled area in the comfort quantity that is calculated of temperature and humidity less than preset value or higher than preset value when, be turned up Or turn down illumination optical parameter.

When environmental information includes ambient light intensity, the mapping relations of environmental information and illumination optical parameter are illumination optical parameter With the mapping relations of ambient light intensity.For example, when detecting ambient light intensity less than presetting, illuminator or height-regulating are opened Illuminate optical parameter.

Step S108 controls illuminator according to mapping relations.

Environmental information in the illumination control method acquisition controlled area of the embodiment, according to environmental information and illumination beche-de-mer without spike The illumination optical parameter of several mapping relations control illuminators.Specifically：

When environmental information includes the temperature and humidity of controlled area, mapping relations are relaxed for illumination optical parameter with controlled area The mapping relations of appropriate parameter, wherein, controlled area comfort quantity is determined by the temperature and humidity of controlled area, then according to reflecting Relationship control illuminator is penetrated to include：Controlled area comfort quantity is calculated according to the temperature and humidity of controlled area；According to photograph Mingguang City's parameter and the mapping relations of controlled area comfort quantity obtain illumination optical parameter；And it is shone according to illumination light state modulator Bright lamp has.

The illumination control method of the embodiment measures the temperature and humidity in controlled area using Temperature Humidity Sensor, in terms of Human comfort grade is calculated, and according to user demand to the regular propelling datas of APP at the control device end of user, including surveying in real time Amount curve and indoor comfort degree suggestion (for example be turned up to live and turn down temperature and humidity).And may be used also in special circumstances preset Judged with the anomalous variation by temperature and humidity with the presence or absence of dangerous situation in controlled area, and send warn to user in time Report.The illumination control method of the embodiment calculates the comfort quantity in controlled area according to the temperature and humidity of measurement；According to Preset comfort quantity and the mapping pass of illumination optical parameter when being dispatched from the factory by learning user's custom obtains or illuminator System calculates illumination optical parameter.The illumination control method of the embodiment can also record the changing rule of comfort quantity, and record is used Family is under different comfort quantities to the setting preference of the brightness of illuminator, colour temperature or color.It is relaxed by recording information learning The mapping relations of appropriate parameter and illumination optical parameter.

Optionally, the environmental information in the embodiment further includes ambient light intensity, then environmental information and illumination optical parameter Mapping relations are to illuminate optical parameter and the mapping relations of ambient light intensity.The illumination control method of the embodiment uses optical sensor The ambient light intensity in controlled area is measured, which sentences for the switch of preset dimming scope or illuminator Disconnected foundation.Illumination optical parameter is controlled according to judging result or prompts the user whether to need to turn on light.Different users, can be according to difference Light environment or the different time, light is adjusted to certain brightness.The illumination control method can learn the tune of user Light is accustomed to, and illuminator is adjusted to brightness of illumination set by user automatically according to the ambient light intensity of optical sensor acquisition. It specifically includes：Judge whether illuminator is lighted；If it is judged that illuminator is non-lit up, judge whether ambient light intensity is less than Preset value；And if it is judged that ambient light intensity is less than preset value, control and regulation illumination optical parameter.

Determine the flow of illumination optical parameter as shown in figure 8, wherein, Fig. 8 is root using temperature and humidity and ambient light intensity According to the embodiment of the present invention according to Temperature Humidity Sensor and the flow chart of optical sensor control illuminator.According to temperature and humidity The step of determining illumination optical parameter with ambient light intensity includes：

Step S202 reads the signal of Temperature Humidity Sensor and optical sensor.

Step S204 calculates the comfort quantity of controlled area according to the measured value of Temperature Humidity Sensor.

Step S206, according to the mapping relations between preset comfort quantity and illumination optical parameter determine with it is above-mentioned comfortable Spend the corresponding illumination optical parameter of parameter.

Step S208, with reference to the ambient light intensity of the measurement of optical sensor and the above-mentioned illumination optical parameter being calculated again Determine brightness, colour temperature or the color parameter of illuminator.

Brightness, colour temperature or the color parameter of above-mentioned determining illuminator are sent to illuminator by step S210.

Step S212 after the communication module of illuminator receives above-mentioned brightness, colour temperature or color parameter, utilizes photograph The processor of bright lamp tool controls the drive signal of corresponding LED channel, so as to fulfill brightness, colour temperature or the face of control illuminator Color.

Optionally, before judging whether illuminator is lighted, the illumination control method of the embodiment further includes：Detection by It controls with the presence or absence of the first trigger signal in region, wherein, the first trigger signal is in the signal of controlled area internal trigger for user； If it is judged that there are the first trigger signals, execution in controlled area to judge whether illuminator is lighted；And if it is judged that There is no the first trigger signals, control illuminator in controlled area to close.

The illumination control method of the embodiment is optional using whether someone is movable in pyroelectric sensor detection controlled area Ground, pyroelectric sensor can be used cooperatively with Fresnel Lenses, so as to expand investigative range.As someone in controlled area It waits, pyroelectric sensor detects the variation of heat, and the analog voltage signal of output changes.It can by pyroelectric sensor Judge when someone is movable either with or without people in controlled area to realize；It can also realize that user goes home automatically in the dark state It turns on light.Judge whether the flow of the movable simultaneously switch lamp of someone as shown in figure 9, wherein, Fig. 9 is according to this hair with pyroelectric sensor The flow chart that illuminator is controlled according to pyroelectric sensor of bright embodiment.Illuminator packet is controlled according to pyroelectric sensor Include following steps：

Step S302 reads the signal of pyroelectric sensor.

Step S304 judges whether someone is movable in controlled area according to the measured value of pyroelectric sensor, wherein, if Judge someone's activity in controlled area, perform step S306, if it is judged that nobody's activity in controlled area, performs step S312。

Whether step S306, detection illuminator are in illuminating state, wherein, if it is judged that illuminator has been lighted, Step S302 is then performed, continues to read pyroelectric sensor signal, if it is judged that illuminator is non-lit up, performs step S308。

Whether step S308 reads light sensing signal, judges whether ambient light is insufficient, that is, judge ambient light intensity less than pre- If value, wherein, if it is judged that ambient light is sufficient, step S302 is performed, continues to read pyroelectric sensor signal, if it is determined that Go out ambient light deficiency, perform step S310.

Step S310, according to the illumination optical parameter determined by current comfort quantity and the ambient light measured by optical sensor Brightness determines that either color parameter and being controlled according to brightness, colour temperature or color parameter illuminates for the brightness of illuminator, colour temperature Lamps and lanterns.

Step S312, since monitoring timing nobody's activity in controlled area, i.e. timing continuous nobody's activity Time.

Step S314, whether the time for judging continuous nobody's activity is more than preset time threshold, wherein, if interpretation goes out The time of continuous nobody's activity is more than preset time threshold, performs step S316, if it is judged that continuous nobody's activity Time is less than preset time threshold, performs step S302, continues to read pyroelectric sensor signal.

Step S316, control illuminator are closed.

The illumination control method of the embodiment and if only if in controlled area someone activity, illuminator do not open and It just turns on light in the case that ambient light intensity is relatively low, under the premise of illuminator is in and lights, judges continuous nobody's activity Time is more than just illuminator to be controlled to close in the case of preset time threshold (as more than one hour).Wherein, when this is default Between threshold value can be set by the control software on intelligent handheld device.

Optionally, after judging in controlled area there are the first trigger signal, the illumination control method of the embodiment It further includes：It detects with the presence or absence of the second trigger signal in control area, wherein, the second trigger signal is in control area for user The signal that the interior time triggers when being more than preset time threshold, control area is in controlled area；If detect control area It is interior that execution judges whether illuminator is lighted there are the second trigger signal, wherein, when judging ambient light intensity less than preset value When, the bias light in control area is controlled to open；And if detect that there is no the second trigger signal, controls in control area Bias light in control area is closed.

The illumination control method of the embodiment judges whether someone close to control device using proximity sensor, in ambient light When dark, automatically turn on the backlight of control device or lighten light automatically.Judge whether that someone approaches using proximity sensor The flow of light modulator is as shown in Figure 10, wherein, Figure 10 is that according to embodiments of the present invention controlled according to proximity sensor shows dress Put the flow chart of bias light.Display device bias light is controlled to include the following steps according to proximity sensor：

Step S402 reads proximity sensor signal.

Step S404 judges whether someone close to control device, the control device position according to the measured value of proximity sensor In in control area, wherein, if it is judged that someone performs step S406, if it is judged that nobody connects close to control device Nearly control device performs step S416.

Step S406 judges that illuminator whether in illuminating state, if it is judged that illuminator is non-lit up, performs step Rapid S408 if it is judged that illuminator has been lighted, performs step S414.

Step S408 reads photosensor signal, judges whether ambient light is sufficient, wherein, if it is judged that ambient light is not Foot performs step S410, if it is judged that ambient light is sufficient, performs step S412.

Step S410, the display of control device for opening and/or backlight, while control illuminator point according to the luminance parameter It is bright.

Step S412, display and/or backlight without control device for opening, and illuminator need not be opened.

Step S414, the display of control device for opening and/or backlight, and wait for user's operation.

Step S416, since the timing detecting nobody close to control device, i.e. timing continuous, and nobody fills close to control Put the time.

Step S418, judge it is continuous nobody close to the control device time whether be more than preset time threshold, wherein, if sentenced Break it is continuous nobody close to the control device time be more than preset time threshold, perform step S420, if it is judged that it is continuous nobody Preset time threshold is less than close to the control device time, performs step S402, continues to read proximity sensor signal.

Step S420, the display of shutoff control unit and/or backlight.

When the illumination control method of the embodiment detects someone close to control device, it is meant that user wants to be dimmed Operation or user just go home and have passed by control device.Wherein, the close time interval upper limit of continuous nobody determines to open The display of control device and/or the time of backlight can give tacit consent to and be set as 2 minutes, can pass through the control software on intelligent handheld device Setting.

The illumination control method of the embodiment judges that the distance between people and control device, people exist using ultrasonic sensor The speed moved in control area and the people residence time near control device.Wherein, judge between people and control device The method of distance is as follows：Start timing while ultrasonic wave is emitted, ultrasonic wave on the way encounters barrier return, and receiver is received Just stop timing immediately to back wave.Distance of the launch point away from barrier is calculated according to time difference and the velocity of sound (340m/s).Judge The speed that people moves in control area is using doppler principle, the frequency of back wave is detected, if encountering moving object, instead Ejected wave frequency just has slight fluctuation, judges object displacement distance and velocity information in control area with this.

Wherein, the location information is used to judge the position relationship of user and control device, including：Existence information, away from From, spatial positional information, so as to control device obtain user with the presence or absence of in control area to make shutdown/standby judgement, Or judge user and control device close to situation.The location information is used to judge whether user is close or persistently approaches, The state in space where understanding can gradually be learnt according to default sensitivity, and judge user close to purpose, including only passing by or User attempts actively to carry out physical operations.Judge and learning process include assigning normality value (including：When being passed by according to user, The distance that may advance, speed, residence time, but state assignment when not operated) or trigger value (including：Distance, speed State assignment when spending, the residence time, but being operated), so that control device judges the intention representated by customer position information, And then to provide foundation into readiness for operation, wherein the readiness for operation includes：It visually indicates and (lights mood light or the back of the body Scape photosystem), control system enter start state to be controlled etc. in order to control operation bring it is convenient and efficient.

Since each subscriber household indoor layout is different, the installation site of control device is also different, and each user's walks Road frequency (paces custom) is different, physique, pushing difference, therefore can generate great otherness.To adapt to above-mentioned environment, and solve The certainly problem, control device of the invention can understand the feature (whom user is) of the user of oneself first, of the invention one It is disclosed in embodiment, movement velocity when obtaining user close to the control device by range sensor, by being converted into Paces frequency will be seen that out the height of user and brachium size section, and understands user and can be touched in how many distances Control device, such as brachium value, and the brachium value is the reference distance of the user.Therefore when user is close to control device to the reference Apart from when, which can make interactive posture, readiness for operation as described above.

It is usually reduced or is increased, and with this according to user's custom for reference value with brachium distance during study Related data establishes files on each of customers, and the update of the account is carried out according to user's subsequent operation, to be formed to user items One of initial step of behavior learning.

According to user every time towards control device direction of closing when rest in the range of reference distance or in reference distance model It encloses interior reciprocating motion or leaves the situation of movement such as direction of closing, but do not make after keeping certain distance in the range of reference distance Operation, then can judge that the distance and position has living space, if any seat, passageway, room etc. then may determine that control device Layout in the range of residing interior manual manipulation, i.e., can at least understand has other movable spaces in the distance range, and This distance range will be endowed normality value, and no longer make interactive posture.Also a predeterminable packet in certain control device It includes：Close to distance, closing speed, the reference data of residence time, so that user base body can be given when operating first time It tests, and provides adjusting benchmark foundation to be adjusted judgement in subsequent operation, and can not know that whose user is Give basic feedback.

The illumination control method of the embodiment is using above-mentioned at least one or more of sensor is included, to obtain user location Information (is obtained) by proximity sensor, pyroelectric sensor, and environmental information (is obtained) by optical sensor, Temperature Humidity Sensor In one or more information.Above-described embodiment provides part implementation for being expressed as obtaining location information, environmental information Approach preferred embodiment, but be not that other alterable embodiments limit to technical solution, people in the art Member can obtain more location information, environmental informations in detail by prior art means completely, therefore not stated tired.

Environmental information in the embodiment is used to judge the environmental aspect of current operation status, including：Temperature, humidity, light Effect, sound, air/odor information, for obtaining current environment when ambient condition and the user's manipulation residing for control device State.The environmental information under mode of operation is can record when user is being operated, with to be in the ambient condition next time Under judge and control offer foundation or according to control situation is connect with intelligent appliance, environment is simulated or to automatically again The ambient condition that current family is accustomed to provides foundation or provides default recommendation control according to present control device local environment state System.The environmental information the comprehensive, and the basis for estimation that control device is made will be more accurate, and the environment scene that can be reproduced will more Accurately.Although the present embodiment proposes control illuminator analog light source environment, but those skilled in the art will be seen that and pass through Acquired environmental information also be able to for the offers such as intelligent appliance such as air-conditioning, humidifier, stacte machine, speaker control foundation, with into One step improves the effect of environmental simulation.

Optionally, when the structure of Lighting Control Assembly is knob control structure, the illumination control method of the embodiment It is described as follows：

Knob Lighting Control Assembly utilizes the rotation of spiral cover, selectivelyes switch on one group of optical transmitting set and optical receiver, It is interrupted so as to send a rising edge signal to the input port for the processor for being connected to the optical receiver.And then processor enters External interrupt judges corresponding channel.Figure 11 is optical receiver schematic layout pattern according to embodiments of the present invention, such as Figure 11 institutes Show, illustrate illuminating lamp switch and control principle by taking 12 groups of optical transmitting sets and optical receiver as an example.

When knob connects optical receiver 1, processor sends cut-off signal to relay, and control relay disconnects, illumination Lamps and lanterns power off.Figure 12 is the control flow chart of illuminator when spiral cover according to embodiments of the present invention rotates to optical receiver 1, such as Shown in Figure 12, when spiral cover rotates to optical receiver 1, control flow includes the following steps：

Step S502, the loophole of spiral cover are overlapped with the position of optical receiver 1.

Step S504, optical receiver 1 are connected, and rising edge level signal is sent to processor input port connected to it.

Step S506, processor enter interruption, and control relay contact disconnects, and cut off illuminator power supply, and to display Or dot matrix plate sends corresponding display information.

When knob leaves from optical receiver 1, the optical signal of optical receiver 1 is cut off, and relay is attracted, lamps and lanterns Alternating Current Power Supply Line conduction, the power supply of lamp interior communication module, but do not shine.Figure 13 is that spiral cover whiz light according to embodiments of the present invention connects The control flow chart of illuminator when receiving device 1, as shown in figure 13, when spiral cover whiz optical receiver 1, control flow includes following Step：

Step S602, the loophole of spiral cover leave optical receiver 1.

Step S604, optical receiver 1 do not receive optical signal, and failing edge electricity is sent to processor input port connected to it Ordinary mail number.

Step S606, processor enter interruption, control relay contact closure, connect illuminator power supply, and to display Or dot matrix plate sends corresponding display information.

When knob connects optical receiver 2 to 12, processor respectively enters 11 different interrupt handling routines.The program Can be correspondingly high from low-key by illumination intensity according to 11 different ranks, it can also correspondingly switch 11 kinds of different face Color, colour temperature or light scene.Wherein, the selection of function items is associated with affiliated sensor, and judgement is preset by sensor Method provides the setting item of correlation function.The selection of function items can also be by independently selecting to carry out, for example pass through hand-held control Equipment selects function items by wireless modes such as wifi, zigbee or bluetooths, and is used in combination with knob and carries out phase It should adjust.The selection of function items can also be touched by pre-setting function or selection key, by direct operation to setting Function items are selected.Figure 14 is the control of illuminator when spiral cover according to embodiments of the present invention rotates to optical receiver 2 to 12 Flow chart processed, as shown in figure 14, when spiral cover rotates to optical receiver 2 to 12, control flow includes the following steps：

Step S702, the loophole of spiral cover are overlapped with the position of optical receiver n, wherein, the value of n is respectively 2,3, 4、......、12。

Step S704, optical receiver n are connected, and trigger signal is sent to processor input port connected to it.

Step S706, processor enter interruption, judge illumination intensity rank, colour temperature, color or light scene parameter.

Step S708, processor sends illumination intensity rank, colour temperature, color or light scene to illuminator joins Number, and send corresponding display information to display or dot matrix plate.

The direction of rotation of knob is preferably corresponding brightness or other parameter increase clockwise.Correspondingly, optical receiver Number order is increases clockwise.It is noted that rotating clockwise the coding rule in direction and optical receiver does not influence this The generality of invention.In knob rotary course, processor pass through judge connect optical receiver number increase (i.e. light-receiving Device i+1 than being connected after optical receiver i, i=1,3 ..., 11) judge that user wishes to increase that brightness, colour temperature is (i.e. from warm white Become cool white), color code, light scene number, the increase of above-mentioned parameter is referred to as the increase of parameter rank.On the contrary, processing Device by the reduction of the number of optical receiver that judges to connect (i.e. optical receiver i than being connected after optical receiver i+1, i=1, 3rd ..., 11) judge that user wishes to reduce brightness, colour temperature (becoming warm white from cool white), color code, light scene volume Number, the reduction of above-mentioned parameter is referred to as the reduction of parameter rank.

Assuming that current location is denoted as optical receiver i.Processor is according to spiral cover direction of rotation, in advance by next optical receiver (when rotating clockwise, next position is optical receiver i+1 for position；Counterclockwise during rotation, next position is optical receiver i- 1；) corresponding brightness, colour temperature, color or light scene information call in memory, and calculate i-th of rank with i+1 rank The either gradient information between the brightness between (i-1)-th rank, colour temperature, color or light scene information, and gradual change is believed Breath, which synchronizes, is sent to illuminator.Solve in this way control hierarchy it is less in the case of switch two ranks when illumination light brightness, The problem of colour temperature or too violent color change, also solves and is not judging rank variation tendency, only when spiral cover selects The delay issue that the trend of illumination optical parameter gradual change could be determined after some fixed rank and is brought.

Optionally, the illumination control method of the embodiment can also carry out the time that spiral cover rotates between the two positions Timing, the speed that so as to judge user's operation when rotates.According to the speed that user rotates, determine that illumination optical parameter is adjacent at two The speed of Gradual change between rank.Assuming that the time that processor is successfully transmitted a control instruction to illuminator is T1, use The time interval that family rotates between the two positions is T2.

If T2>T1, i.e. normal condition calculate T2/T1 and round up to its quotient, be denoted as m.When spiral cover is in position During i, the illumination light parameter difference between i and i+1 ranks or i-1 ranks is divided into m deciles, and send out one by one using T1 as the period in advance Give illuminator.

If T2<The speed of T1, i.e. user rotation is faster than the communication speed of control instruction, then needs to ignore in rotary course Intermediate level, until spiral cover rests on some rank.The difference of selected illumination optical parameter between rank and rank i is calculated, with The illumination optical parameter of gradual change step-length is sent to lamps and lanterns by T1 by default step-length one by one for the period.

The illumination control method of the embodiment is using the environmental information in sensor acquisition controlled area, by largely using Family is for statistical analysis to the dimming commands of illumination light parameter under environment corresponding to environmental information, records and learns to illuminate beche-de-mer without spike Number and the mapping relations of environmental information, it is achieved thereby that in the case where not receiving touching signals according to illumination optical parameter and ring The technique effect of the mapping relations control illuminator of border information, and then solve the prior art and can not be learnt according to environmental information The light modulation custom of user, and according to the technical issues of light modulation custom control illuminator.

According to embodiments of the present invention, a kind of embodiment of illumination control apparatus is provided, it should be noted that the illumination control Device processed can be used for performing the illumination control method of the embodiment.

Figure 15 is the schematic diagram of illumination control apparatus according to embodiments of the present invention, as shown in figure 15, Lighting control dress Put including：Acquisition module 10, receiving module 20, logging modle 30 and control module 40.

Acquisition module 10, for obtaining the environmental information in controlled area, wherein, controlled area is where illuminator Region.

Receiving module 20, for receiving touching signals under environment corresponding to environmental information, wherein, touching signals be for The signal of control illumination optical parameter, illumination optical parameter are the optical parameter of illuminator.

Logging modle 30, for recording environmental information according to touching signals and illuminating the mapping relations of optical parameter.

Control module 40, for controlling illuminator according to mapping relations.

The illumination control apparatus of the embodiment acquires the environmental information in controlled area by acquisition module 10, passes through reception Module 20 receives the touching signals of user under various circumstances, passes through logging modle record and academic environment information and illumination beche-de-mer without spike Several mapping relations control illuminator by control module 40.By the illumination control apparatus of the embodiment, solve existing Technology can not commonly use the light modulation custom at family according to environmental Informatics, and according to the problem of light modulation custom control illuminator.

Lighting Control Assembly proposed by the present invention, on the mounting structure basis for meeting existing wall surface switch (being commonly called as 86 boxes) On, communication device, sensor group, processor, touch device and display device etc. are integrated into inside a wall surface switch, solved Problems with：

Control the on-off switch and/or dimming function of AC power；Control illuminator control area net(CAN) and mobile interchange It communicates between net；Environmental information is acquired by sensor, is specifically included：Utilize temperature in Temperature Humidity Sensor acquisition controlled area And humidity, it calculates comfort quantity and carries out automatically controlling illumination optical parameter, the environment in controlled area is measured using optical sensor Luminous intensity, automatically adjusts the illumination intensity of illuminator, and then achievees the purpose that energy saving and ensure that controlled area brightness is sufficient, When going out sensor using pyroelectricity and judging someone's activity in controlled area, the illumination optical parameter of illuminator is controlled, using close Sensor, control turn on light automatically when people is close to control device or control device automatically turn on backlight；By display device come Display illumination optical parameter, system mode and fault status information；By communication device by intelligent control device and processor phase Even, setting, editor and the control function of more rich illuminator are provided；By communication device by router and processor phase Even, the function of reporting environmental information and user's dim signal to Cloud Server is provided；By judging direction of rotation to illumination The illumination optical parameter of lamps and lanterns is adjusted.

The embodiments of the present invention are for illustration only, do not represent the quality of embodiment.

In the above embodiment of the present invention, all emphasize particularly on different fields to the description of each embodiment, do not have in some embodiment The part of detailed description may refer to the associated description of other embodiment.

In several embodiments provided herein, it should be understood that disclosed technology contents can pass through others Mode is realized.Wherein, the apparatus embodiments described above are merely exemplary, such as the division of the unit, Ke Yiwei A kind of division of logic function, can there is an other dividing mode in actual implementation, for example, multiple units or component can combine or Person is desirably integrated into another system or some features can be ignored or does not perform.Another point, shown or discussed is mutual Between coupling, direct-coupling or communication connection can be INDIRECT COUPLING or communication link by some interfaces, unit or module It connects, can be electrical or other forms.

The unit illustrated as separating component may or may not be physically separate, be shown as unit The component shown may or may not be physical unit, you can be located at a place or can also be distributed to multiple On unit.Some or all of unit therein can be selected according to the actual needs to realize the purpose of this embodiment scheme.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, it can also That each unit is individually physically present, can also two or more units integrate in a unit.Above-mentioned integrated list The form that hardware had both may be used in member is realized, can also be realized in the form of SFU software functional unit.

If the integrated unit is realized in the form of SFU software functional unit and is independent product sale or uses When, it can be stored in a computer read/write memory medium.Based on such understanding, technical scheme of the present invention is substantially The part to contribute in other words to the prior art or all or part of the technical solution can be in the form of software products It embodies, which is stored in a storage medium, is used including some instructions so that a computer Equipment (can be personal computer, server or network equipment etc.) perform each embodiment the method for the present invention whole or Part steps.And aforementioned storage medium includes：USB flash disk, read-only memory (ROM, Read-Only Memory), arbitrary access are deposited Reservoir (RAM, Random Access Memory), mobile hard disk, magnetic disc or CD etc. are various can to store program code Medium.

The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should It is considered as protection scope of the present invention.

Claims (9)

1. a kind of Lighting Control Assembly, which is characterized in that including：

Sensor group, for detecting the environmental information in controlled area, wherein, the controlled area is the area where illuminator Domain；

Touch device, for receiving touching signals under environment corresponding to the environmental information, wherein, the touching signals is use In the signal of control illumination optical parameter, the illumination optical parameter is the optical parameter of the illuminator；And

Processor, for recording the mapping relations of the environmental information and the illumination optical parameter according to the touching signals, and The illuminator is controlled according to the mapping relations；

Wherein, the Lighting Control Assembly further includes：

Communication device, for the communication between the illuminator and control device, wherein, the processor is additionally operable to control institute State the communication between illuminator and the control device；

Wherein, the processor is additionally operable to that the communication device is controlled to realize between controlled area LAN and mobile Internet The conversion of communication protocol；

Server is obtained according to the illumination optical parameter that the statistics of different user data obtains and the environment by the internet Quantitative relationship between information；

The environmental information includes the temperature and humidity of the controlled area, and the mapping relations are the illumination optical parameter and institute State the mapping relations of controlled area comfort quantity, wherein, the controlled area comfort quantity by the controlled area temperature It spends and humidity determines,

The illuminator is controlled to include according to the mapping relations：

The controlled area comfort quantity is calculated according to the temperature and humidity of the controlled area；

The illumination optical parameter is obtained according to the illumination optical parameter and the mapping relations of the controlled area comfort quantity；With And

According to illuminator described in the illumination light state modulator.

2. Lighting Control Assembly according to claim 1, which is characterized in that the structure of the Lighting Control Assembly is knob Formula control structure, wherein, the Lighting Control Assembly further includes：

Optical transmitting set；

Spiral cover is provided with loophole on the spiral cover, wherein, the loophole is used for the light sent out through the optical transmitting set； And

Optical receiver controls the illumination beche-de-mer without spike for triggering the processor when receiving the light that the loophole penetrates Number, wherein, there are default mapping relations between the optical receiver and the optical transmitting set.

3. Lighting Control Assembly according to claim 1, which is characterized in that

The sensor group includes：

First sensor, for detecting the ambient light intensity in the controlled area；And

Second sensor, for detecting with the presence or absence of the first trigger signal in the controlled area, wherein, the first triggering letter Number the signal of the controlled area internal trigger is in for user,

Wherein, the processor is additionally operable to detect that there are the described first triggerings in the controlled area in the second sensor When signal and the first sensor detect that the ambient light intensity is less than preset value, the illuminator beche-de-mer without spike is controlled to adjust Number.

4. Lighting Control Assembly according to claim 3, which is characterized in that the Lighting Control Assembly further includes：

Display device, for showing the illumination optical parameter,

The sensor group further includes：3rd sensor whether there is the second trigger signal for detecting in control area, In, the letter that is triggered when time that second trigger signal be in the control area for user is more than preset time threshold Number, the control area in the controlled area,

Wherein, the processor is additionally operable to detect that there are the described second triggerings in the control area in the 3rd sensor When signal and the first sensor detect that the ambient light intensity is less than the preset value, the display device is controlled to open Backlight.

5. a kind of illumination control method, which is characterized in that including：

The environmental information in controlled area is obtained, wherein, the controlled area is the region where illuminator；

Touching signals are received under environment corresponding to the environmental information, wherein, the touching signals are for controlling illumination light The signal of parameter, the illumination optical parameter are the optical parameter of the illuminator；

The mapping relations of the environmental information and the illumination optical parameter are recorded according to the touching signals；And

The illuminator is controlled according to the mapping relations；

Wherein, the illumination control method further includes：

Control the communication between the illuminator and control device；

Wherein, the communication between the illuminator and the control device is controlled to further include：

Realize the conversion of communication protocol between controlled area LAN and mobile Internet；

Server is obtained according to the illumination optical parameter that the statistics of different user data obtains and the environment by the internet Quantitative relationship between information；

Wherein, the environmental information includes the temperature and humidity of the controlled area, and the mapping relations are the illumination beche-de-mer without spike The mapping relations of number and the controlled area comfort quantity, wherein, the controlled area comfort quantity is by the controlled area The temperature and humidity in domain determines,

The illuminator is controlled to include according to the mapping relations：

The controlled area comfort quantity is calculated according to the temperature and humidity of the controlled area；

The illumination optical parameter is obtained according to the illumination optical parameter and the mapping relations of the controlled area comfort quantity；With And

According to illuminator described in the illumination light state modulator.

6. illumination control method according to claim 5, which is characterized in that the environmental information further includes environmental light intensity Degree, the mapping relations illuminate optical parameter and the mapping relations of the ambient light intensity to be described,

The illuminator is controlled to include according to the mapping relations：

Judge whether the illuminator is lighted；

If it is judged that the illuminator is non-lit up, judge the ambient light intensity whether less than preset value；And

If it is judged that the ambient light intensity is less than the preset value, the illumination optical parameter is controlled to adjust.

7. illumination control method according to claim 6, which is characterized in that judging whether the illuminator lights it Before, the method further includes：

It detects with the presence or absence of the first trigger signal in the controlled area, wherein, first trigger signal is in institute for user State the signal of controlled area internal trigger；

If it is judged that there are first trigger signal in the controlled area, execution judge the illuminator whether point It is bright；And

If it is judged that there is no first trigger signals in the controlled area, the illuminator is controlled to close.

8. illumination control method according to claim 7, which is characterized in that judging that there are institutes in the controlled area After stating the first trigger signal, the method further includes：

It detects with the presence or absence of the second trigger signal in control area, wherein, second trigger signal is in the control for user The signal that time in region processed triggers when being more than preset time threshold, the control area is in the controlled area；

If detected in the control area there are second trigger signal, execution judge the illuminator whether point It is bright, wherein, when judging that the ambient light intensity is less than the preset value, the bias light in the control area is controlled to open It opens；And

If detect that there is no second trigger signals in the control area, control the bias light in the control area It closes.

9. a kind of illumination control apparatus, which is characterized in that including：

Acquisition module, for obtaining the environmental information in controlled area, wherein, the controlled area is the area where illuminator Domain；

Receiving module, for receiving touching signals under environment corresponding to the environmental information, wherein, the touching signals is use In the signal of control illumination optical parameter, the illumination optical parameter is the optical parameter of the illuminator；

Logging modle, for recording the mapping relations of the environmental information and the illumination optical parameter according to the touching signals； And

Control module, for controlling the illuminator according to the mapping relations；

Wherein, the illumination control apparatus is additionally operable to control the communication between the illuminator and the control device；

Wherein, the illumination control apparatus is additionally operable to control and realizes communication protocol between controlled area LAN and mobile Internet Conversion；

Server is obtained according to the illumination optical parameter that the statistics of different user data obtains and the environment by the internet Quantitative relationship between information；

The environmental information includes the temperature and humidity of the controlled area, and the mapping relations are the illumination optical parameter and institute State the mapping relations of controlled area comfort quantity, wherein, the controlled area comfort quantity by the controlled area temperature It spends and humidity determines,

The illuminator is controlled to include according to the mapping relations：

The controlled area comfort quantity is calculated according to the temperature and humidity of the controlled area；

The illumination optical parameter is obtained according to the illumination optical parameter and the mapping relations of the controlled area comfort quantity；With And

According to illuminator described in the illumination light state modulator.