CN104735878A - Wearable illumination lamp control device and illumination lamp control system - Google Patents
Wearable illumination lamp control device and illumination lamp control system Download PDFInfo
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Abstract
The invention provides a wearable illumination lamp control device connected with at least one illumination lamp in a wireless mode. The wearable illumination lamp control device comprises a power supply unit, a communication unit, a central processing unit, an interaction unit and an induction unit, wherein the communication unit sends a control instruction to the illumination lamp and receives a feedback signal sent by the illumination lamp, the central processing unit is connected with the communication unit and analyzes the feedback signal sent by the communication unit, the interaction unit builds the interaction mode between a user and an illumination lamp control device, the induction unit detects the temperate and/or luminance of the environment of the illumination lamp control device and sends the detection result of the temperate and/or luminance to the central processing unit, at least one color temperature and/or luminance index is preset in the central processing unit, the received detected temperature and/or luminance is compared with one of the color temperature and/or luminance indexes, a control instruction is sent to the illumination lamp through the communication unit, the color temperature and luminance of the illumination lamp are adjusted, and the adjusted luminance is made to be consistent with the luminance index.
Description
Technical field
The present invention relates to intelligent lighting field, particularly relate to a kind of wearable lighting control device and lighting control system.
Background technology
In prior art, be divided into following several to the control mode of light fixture in household:
1) traditional wall surface switch;
2) face equipment of cable technology is utilized;
3) Infrared remote controller;
4) intelligent terminal of wireless technology is utilized, wherein
The first traditional wall surface switch main purpose is realize turning on and off of light fixture, along with the development of technology, also wall surface switch is utilized to carry out lamp brightness adjustment, as block switch mode or by push switch mode, wall surface switch needs dug wire casing when fitting up in house and carried out electric wire connection, usually in a room, fix several position place wall surface switch, again position is changed very inconvenient, and the manipulation needing user to go to carry out in face of wall surface switch pressing operation just can carry out light fixture, and it controls simple, be generally only switch, regulate the basic functions such as brightness, further demand cannot be met.
The second utilizes the face equipment of cable technology, these cable technologys can be DALI, 0-10V, PWM mode, light fixture control is carried out by laying extra control circuit, realize the adjustment of lamp switch, brightness or even color, colour temperature, but this mode needs again to rectify and improve circuit, expense is comparatively large, and the position of this face equipment is fixing equally, cannot realize any position in room and regulate light fixture.
The control method of the third Infrared remote controller, first employ wireless technology to control light fixture, but infrared remote control has certain angle requirement, the situation that simultaneously must reach clear between light fixture and Infrared remote controller just can be controlled to merit, for user, the extra condition of control is too much.In addition, Infrared remote controller itself is also not easy to carry with, and easily loses, if need to control to the light fixture of not chummery, usually needs to use different remote controllers to operate.
So, just emergingly go out to utilize the intelligent terminal of wireless technology as controlling the equipment of light fixture, by the application program adopting intelligent terminal to install, conveniently can realize lamp light-regulating toning, even can carry out the functions such as light fixture variable color according to music, even also there is the function of multiple light fixture being carried out to grouping editor.But, function various also make the action need experience of intelligent terminal to light fixture unlock, open application program, jump to homepage even needs to enter multilevel menu catalogue and just can carry out, control more loaded down with trivial details, moreover intelligent terminal is not carried with whenever and wherever possible, once intelligent terminal shutdown or loss, just cannot control light fixture again.
Therefore, need one to carry with conveniently, be connected simply with light fixture, control lamp control device easily, whenever and wherever possible light fixture is controlled, and its long working life, energy ezpenditure are low, control model is diversified, meet the demand of different users.
Summary of the invention
In order to overcome above-mentioned technological deficiency, the object of the present invention is to provide a kind of wearable Intelligent lamp control device and lighting control system, automatically brightness and the colour temperature of light fixture can be regulated according to temperature different in household, illumination etc., and easy to carry, not easily lose.
The invention discloses a kind of wearable lighting control device, with at least one lighting wireless connections, comprising: power supply unit, required electric energy is provided; Communication unit, sending controling instruction to described lighting, and receives the feedback signal of described lighting transmission; CPU, is connected with described communication unit, the described feedback signal that communication unit described in analyzing and processing is sent; Interactive unit, set up the interactive mode between user and described lighting control device, also comprise: sensing unit, detect temperature and/or the illumination of environment residing for described lighting control device, and the testing result of described temperature and/or illumination is sent to described CPU; At least one colour temperature and/or illumination index is preset in described CPU, the temperature of the detection received and/or illumination are compared with one of at least one colour temperature described and/or illumination index, and by described communication unit sending controling instruction to described lighting, adjust colour temperature and the illumination of described lighting, and make the described illumination after adjustment consistent with described illumination index.
Preferably, described sensing unit comprises temperature sensor and light sensor, to detect described temperature and/or illumination.
Preferably, described sensing unit also comprises acceleration transducer and/or gyro sensor, to detect described lighting control device in the motion change of horizontal direction and/or vertical direction.
Preferably, described communication unit sends the intensity of described feedback signal to described CPU; Described CPU judges the distance between described lighting control device and described lighting according to the intensity of described feedback signal.
Preferably, described interactive unit comprises at least one group of lighting control module, and lighting described in lighting control module correspondence one described in each, to control the illumination condition of described lighting.
Preferably, described interactive unit is button or touch-screen.
Preferably, described interactive unit comprises speech control module, receives phonetic entry and is forwarded to described CPU; Phonetic entry described in described CPU identification, and export corresponding control command to described communication unit.
Preferably, described lighting control device also comprises: clock unit, is connected with described CPU, and transmitting time signal is to described CPU.
Preferably, described CPU adjusts the illumination condition of described lighting according to the different time that described time signal represents.
Preferably, described lighting control device also comprises: memory cell, stores the configuration of at least one light scene, and is connected with described CPU, record the operating habit of described lighting control device.
Preferably, described power supply unit comprises one or more in solar energy module, kinetic energy module, heat energy module.
The invention also discloses a kind of lighting control system, comprise above-mentioned lighting control device and PCT; Described lighting control device is connected with described PCT, sends configuration signal to described lighting control device by described PCT.
Preferably, described PCT calibrates the time signal in described lighting control device by crystal oscillator or RTC.
Preferably, described PCT is smart mobile phone, panel computer, PC end or control centre.
After have employed technique scheme, compared with prior art, there is following beneficial effect:
1. can according to the brightness of the temperature in room and the automatic adjusting illuminating lamp tool of illumination and/or colour temperature;
2. independently provide sustainable energy, long service life, need not worry that power consumption situation totally produces;
3. can voice, gesture control light tool illumination condition, it is more convenient to operate;
4. light fixture controls hommization more, personalization, adjusts different illumination conditions for different time, season, user.
Accompanying drawing explanation
Fig. 1 is the structural representation meeting lighting control device wearable in one embodiment of the present invention;
Fig. 2 is the structural representation of the sensing unit meeting lighting control device wearable in one embodiment of the present invention;
Fig. 3 is the structural representation of the interactive unit meeting lighting control device wearable in one embodiment of the present invention;
Fig. 4 is the communication schematic diagram meeting lighting control system in one embodiment of the present invention.
Embodiment
Advantage of the present invention is set forth further below in conjunction with accompanying drawing and specific embodiment.
Consult Fig. 1, in the present invention, lighting control device is wearable, as bracelet, armlet, intelligent glasses etc., is convenient for carrying, when deployed, can direct control, without the need to the operating process of complexity.This wearable lighting control device, with one or more lighting wireless connections, connected mode realizes by the technology such as bluetooth, WIFI, Zigbee.Therefore, need to configure this lighting and there is a wireless signal transmitter-receiver, be similar to the wireless base stations such as router, can with lighting control device radio communication.In this embodiment, lighting control device includes power supply unit, communication unit, CPU, interactive unit and sensing unit.
Wherein, power supply unit provides electric energy needed for work for lighting control device.
Communication unit is used for lighting sending controling instruction, receives the feedback signal that lighting is sent simultaneously.Indication control command herein, refer to the instruction including the illumination conditions such as adjusting illuminating lamp tool switch, brightness, colour temperature, timing switch, feedback signal is then the signal of the state information such as brightness, colour temperature including lighting self, by receiving feedback signals, lighting control device can learn the state of lighting.As the router sending WIFI signal near smart mobile phone periodic search, lighting control device can be configured to the feedback signal that periodic search lighting sends, and reduces operating power consumption and stand-by power consumption.
CPU is connected with communication unit communication, after receiving the feedback signal that communication unit sends, carries out further analyzing and processing.Nature user manually can send the control command required for it to communication unit, and the control command sent as user is unlatching light fixture, then the control command of " unlatching light fixture " is somebody's turn to do in CPU identification, and performs corresponding operation.
Interactive unit then provides the interactive interface between a user and lighting control device, makes user expect instruction by interactive unit to the input of lighting control device.
In order to enrich the function of lighting control device in the present invention further, sensing unit will detect environment residing for lighting control device, as temperature and/or the illumination of household, office etc., the temperature detected and/or illumination result are sent to CPU simultaneously.At least one colour temperature and/or illumination index has been preset in CPU, after receiving the temperature and/or illumination index detected, both are made comparisons, when the illumination index preset is different from the illumination index of detection, CPU passes through communication unit sending controling instruction to lighting, make environment residing for lighting control device or illumination with or illumination index in the index of making comparisons identical, thus reach the actual illumination of synchronous environment and default illumination.
Corresponding different actual scene temperature and the colour temperature preset, one temperature-colour temperature correspondence table is preset in CPU, after receiving the temperature of detection, CPU is retrieval relevant temperature in this temperature-colour temperature correspondence table, thus obtain an adjustment colour temperature, thus, the control command that CPU sends also includes the instruction of adjustment colour temperature, lighting is according to this control command, its illumination colour temperature also corresponding adjustment, mate with ambient temperature, realize the reproduction presetting light scene, the experience of user also will be more comfortable.Because colour temperature default in CPU and/or illumination index can be multiple, then every color temperature and/or illumination index all may correspond to a kind of default scene mode, as higher colour temperature and/or illumination can represent sunlight or warm tones, and lower colour temperature and/or illumination can represent cloudy day or cool tone, when adjusting the illumination condition of lighting with when wherein one is mated, just achieve lighting control system of the present invention automatically to adjust the illumination condition of lighting and conform to the environment in household, as judged summer and winter according to variations in temperature, the colour temperature of lighting is improved in summer, and reduce the colour temperature of lighting in the winter time.Consider that colour temperature and/or illumination index are preset with multiple, foregoing, to table look-up according to the temperature detected and carry out colour temperature adjustment, and for the illumination detected, usually can be configured to CPU the illumination result of detection and each default illumination index are compared, selecting with the immediate pre-set level of testing result is more afterwards adjustment standard, and write control command also exports.
In one preferred embodiment, sensing unit includes temperature sensor and light sensor, for testing environment temperature and/or illumination.In preferred embodiment, consult Fig. 2, sensing unit also includes acceleration transducer and/or gyro sensor, the action movement change in the horizontal direction that detects lighting control device and/or vertical direction.In the preferred embodiment, acceleration transducer can detect lighting control device acceleration change in all directions, after user dresses complete lighting control device of the present invention, hold this lighting control device upper and lower, swing, after acceleration transducer detects this motion, send concrete direction and accekeration to CPU, the signal table of a direction and accekeration is set up in CPU, to judge that according to these type of data current lighting control device moves up and down, side-to-side movement or motion of drawing a circle, then according to different motion modes, define different control command.Such as, when being judged as moving up and down, control command is for opening or closing lighting; When being judged as side-to-side movement, control command is the brightness of adjusting illuminating lamp tool, left for reduce brightness gradually, to the right for increase brightness gradually; When being judged as drawing a circle motion, for colour temperature regulates, clockwise turning to and increase colour temperature gradually, being rotated counterclockwise as reducing colour temperature gradually.Controlled by above-mentioned gesture, user just can carry out the operation on basis to lighting without the need to the interactive interface operation by interactive unit.Lighting in above embodiment representated by each motion mode controls to be only reference, and reality can according to the use habit control command that the signal table of adjustment direction and accekeration is corresponding in CPU.Interactive unit can provide the interactive interface whether opening above-mentioned gesture operation function, and user is selected voluntarily according to applicable cases.
Another is preferably or in optional embodiment, the intensity of this feedback signal is sent in CPU by communication unit while forwarding feedback signal, due to the intensity of Received signal strength and the distance dependent of lighting and lighting control device, therefore, after the intensity obtaining feedback signal, CPU by tabling look-up, the mode such as formula scales judges between lighting control device and lighting distance.This range information can help lighting control device automatic-control illumination lamp tool, as previously described, lighting is similar to the router providing wireless network, it outwards sends signal all the time as feedback signal, therefore, utilize this characteristic, when user dresses lighting control device near lighting, the intensity level of the feedback signal of lighting feedback will increase thereupon gradually, a threshold value is preset in CPU, when the intensity of feedback signal reach or higher than threshold value time, CPU sends open command automatically to communication unit, communication unit forwards this open command to lighting and completes and open the operation of lighting, vice versa, when user dresses lighting control device away from lighting, the intensity level of the feedback signal of lighting feedback will reduce thereupon gradually, when the intensity of feedback signal again reach or lower than threshold value time, CPU sends out code automatically to communication unit, and communication unit forwards this out code to lighting and completes closedown lighting.Above embodiment achieves lighting automatically according to changing illumination condition with the distance relation of user, therefore, user can experience the lighting when coming into room intuitively and automatically light, withdraw from a room and automatically close, while energy efficient, also will simplify the operation of user to lighting control device.
Another preferably or in embodiment, the corresponding lighting group be made up of multiple lighting, interactive unit comprises at least one group of lighting control module, mates corresponding with each lighting, can control by packet classification different lightings.Consult Fig. 3, in embodiment shown in Fig. 3, lighting control device includes 2 groups of lighting control modules, be respectively the first light fixture and control button and the second light fixture control button, when user dresses lighting control device of the present invention, lighting control device receives the feedback signal that multiple lighting sends, the quantity judging lighting is identified to feedback signal, the agreement of setting in CPU is utilized to be assigned to by each lighting in different lighting control modules, such as distribute according to distance principle from the near to the remote, user can carry out switch respectively by group button of two on lighting control device and know which lighting which button specifically controls, or after lighting control device identification lighting, judge which lighting which button specifically controls by the flicker of lighting.Can control for a certain specific illumination light fixture the grouping of different lightings, but not the unified control of the overall situation.In the present embodiment, interactive unit can adopt this type of interactive button such as button or touch-screen or interactive mode to carry out inputting with the information exchange of user and instruction.
Continue to consult Fig. 3, except controlling the lamp control module of lighting, lighting control device also comprises the relay indicating light of shift knob that whether temperature sensor mentioned and light sensor, control lighting control device run, display lighting lamp control device operating state above, wherein relay indicating light is by the lamp of display different colours, as red light, green light or distinguish different operator schemes by flashing mode, relay indicating light can as the location confirmation of lamp control module simultaneously.The execution mode of relay indicating light is only a kind of embodiment, also can use key-press backlight, or responds the operation of user by the overall brightness of lighting control device.
More preferably, interactive unit also includes speech control module, receives the phonetic entry of user and is forwarded to CPU, the speech-input instructions that CPU identification is different, be converted into corresponding control command to communication unit, issue lighting operation immediately.Speech recognition technology realizes by a whole set of flow processs such as speech signal pre-processing and feature extraction, acoustic model and pattern matching, language model and Language Processing.By speech control lighting, play the technique effect simplified the operation equally.
In another preferred embodiment, lighting control device also comprises clock unit, is connected with CPU, and transmitting time signal is to CPU.Namely lighting control device can displaying time, or the working hours of lighting, or setting timing mechanism, opens or close lighting when the time set.By obtaining different time signals, CPU can adjust the illumination condition of lighting under different time conditions.During setting-up time point as a certain in morning, one " pattern of getting up " is preset in CPU, while opening lighting, the brightness when brightness of lighting and colour temperature being adjusted to gradually sun initial rise and colour temperature, and at night a certain setting-up time point time, preset one " sleep pattern " in CPU, the brightness of lighting and colour temperature are dimmed gradually, until close.Even also predeterminable one " Night ", when night, user needed rise night to open lighting, the open mode of lighting is the night illumination state that brightness is comparatively dark, colour temperature is lower, prevents light excessively bright instantaneously from causing discomfort to user.Clock unit display or the time represented obtain the time signal with Network Synchronization by crystal oscillator or RTC, then or are regulated voluntarily by user.
For user under different mood to the hobby of different light scene and selection, a memory cell is also provided with in lighting control device, store the configuration of at least one light scene, it is connected with CPU, user selects any one light scene by interactive unit, after user have selected a kind of light scene, the time that unit records is this time selected, the brightness of lighting, colour temperature, form the operating habit data of user, then again come temporarily when this time, automatically by the brightness of lighting, colour temperature is adjusted to equal state during record, to reach the object of memory user operating habit.
The energy source as limited in smart mobile phone, panel computer etc. compared to intelligent terminal, the power supply unit in the present invention can include in solar energy module, kinetic energy module, heat energy module one or more.Usually, power supply unit can by the powered battery of the common sustainable discharge and recharge such as lead-acid battery, lithium battery, the heat energy module for power supply of the heat energy that the solar energy module that micro solar battery plate also can be utilized to be formed, the kinetic energy module of collecting the kinetic energy that arm activity brings and collection human body self are formed, not only can extend the useful life of battery, also can ensure when common batteries power consumption totally, by reserce cell continued power, guarantee that lighting control device can start whenever and wherever possible.
Simultaneously, in order to save power consumption further, communication unit can be configured to and is only activated when transfer of data, the feedback signal sent as automatic search lighting, when controlling lighting work, and other times are in resting state, to reduce the power consumption of lighting control device.
Consulting Fig. 4, is the structural representation of the lighting control system that the lighting control device in above-mentioned any embodiment and PCT are connected to form.As mentioned above, in the present invention, lighting control device instead of existing smart mobile phone, panel computer, but replaced smart mobile phone, panel computer etc. can form a novel lighting control system jointly with lighting control system.After this type of PCT such as smart mobile phone, panel computer is connected with lighting control device, send a configuration information to lighting control device, wherein configuration information includes: the function in above-described embodiment the need of opening, calibrated time of clock unit by crystal oscillator or RTC, the operation configuration information of this type of lighting control device such as the display mode of indicator light, the pattern of voice unit identification, scene mode are arranged.Visible, PCT non-sent control the control command of lighting to lighting control device, control command is still directly sent by lighting control device, the mode of operation of PCT only adjusting illuminating lamp tool control device, this type of adjustment operation can carry out at PCT at any time, anywhere, without the need to considering lighting condition.And the connection between lighting control device and PCT is set up with agreements such as WIFI, Zigbee, bluetooths by communication unit.
Known, PCT can be originally for controlling the smart mobile phone of light fixture, panel computer, PC end or control centre etc. in prior art, existing illuminated lamp control device substitute, for the configuration of backstage auxiliary adjustment lighting control device.
Should be noted that, embodiments of the invention have preferably implementation, and not any type of restriction is done to the present invention, any person skilled in art of being familiar with may utilize the technology contents of above-mentioned announcement change or be modified to equivalent effective embodiment, in every case the content of technical solution of the present invention is not departed from, the any amendment done above embodiment according to technical spirit of the present invention or equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (14)
1. a wearable lighting control device, with at least one lighting wireless connections, comprising: power supply unit, provides required electric energy;
Communication unit, sending controling instruction to described lighting, and receives the feedback signal of described lighting transmission;
CPU, is connected with described communication unit, the described feedback signal that communication unit described in analyzing and processing is sent;
Interactive unit, set up the interactive mode between user and described lighting control device, it is characterized in that, also comprise:
Sensing unit, detects temperature and/or the illumination of environment residing for described lighting control device, and the testing result of described temperature and/or illumination is sent to described CPU;
At least one colour temperature and/or illumination index is preset in described CPU, the temperature of the detection received and/or illumination are compared with one of at least one colour temperature described and/or illumination index, and by described communication unit sending controling instruction to described lighting, adjust colour temperature and the illumination of described lighting, and make the described illumination after adjustment consistent with described illumination index.
2. lighting control device as claimed in claim 1, is characterized in that,
Described sensing unit comprises temperature sensor and light sensor, to detect described temperature and/or illumination.
3. lighting control device as claimed in claim 2, is characterized in that,
Described sensing unit also comprises acceleration transducer and/or gyro sensor, to detect described lighting control device in the motion change of horizontal direction and/or vertical direction.
4. lighting control device as claimed in claim 1, is characterized in that,
Described communication unit sends the intensity of described feedback signal to described CPU;
Described CPU judges the distance between described lighting control device and described lighting according to the intensity of described feedback signal.
5. lighting control device as claimed in claim 1, is characterized in that,
Described interactive unit comprises at least one group of lighting control module, and lighting described in lighting control module correspondence one described in each, to control the illumination condition of described lighting.
6. lighting control device as claimed in claim 5, is characterized in that,
Described interactive unit is button or touch-screen.
7. lighting control device as claimed in claim 5, is characterized in that,
Described interactive unit comprises speech control module, receives phonetic entry and is forwarded to described CPU;
Phonetic entry described in described CPU identification, and export corresponding control command to described communication unit.
8. lighting control device as claimed in claim 1, is characterized in that,
Described lighting control device also comprises:
Clock unit, is connected with described CPU, and transmitting time signal is to described CPU.
9. lighting control device as claimed in claim 8, is characterized in that,
Described CPU adjusts the illumination condition of described lighting according to the different time that described time signal represents.
10. lighting control device as claimed in claim 1, is characterized in that,
Described lighting control device also comprises:
Memory cell, stores the configuration of at least one light scene, and is connected with described CPU, record the operating habit of described lighting control device.
11. lighting control device as claimed in claim 1, is characterized in that,
Described power supply unit comprise in solar energy module, kinetic energy module, heat energy module one or more.
12. 1 kinds of lighting control system, is characterized in that, comprise as any one of claim 1 to 11 institute
The lighting control device stated and PCT;
Described lighting control device is connected with described PCT, sends configuration signal to described lighting control device by described PCT.
13. lighting control system as claimed in claim 12, is characterized in that,
Described PCT calibrates the time signal in described lighting control device by crystal oscillator or RTC.
14. lighting control system as claimed in claim 12, is characterized in that,
Described PCT is smart mobile phone, panel computer, PC end or control centre.
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