CN102791056A

CN102791056A - Wireless illumination control system and remote controller and system manager thereof

Info

Publication number: CN102791056A
Application number: CN2011101298300A
Authority: CN
Inventors: 胡安华
Original assignee: Mass Technology HK Ltd
Current assignee: Mass Technology HK Ltd
Priority date: 2011-05-18
Filing date: 2011-05-18
Publication date: 2012-11-21

Abstract

The invention discloses a wireless illumination control system which comprises a remote controller, a system manager, a plurality of dimmers, a plurality of drivers and a plurality of lamps, wherein the remote controller is in coupling connection with the system manager; the system manager is in coupling connection with each dimmer; commands are sent to the system manager by the remote controller; the system manager is used for converting the commands into control signals and sending the control signals to the corresponding dimmer; the dimmers are used for converting the control signals into dimming control signals and transmitting the dimming control signals onto the corresponding drivers; each driver is used for ensuring the corresponding lamp to emit light on the corresponding brightness level according to the corresponding dimming control signal; a plurality of lamps can be divided into a plurality of groups; a plurality of groups of lamps correspond to the setting of G keys on the remote controller; and the setting of one group of G keys can be named one scene S. According to the invention, 50 or more dimmers can be conveniently controlled, a range of 50 meters can be covered and the energy consumption of the remote controller is obviously reduced.

Description

Wireless Lighting Control Assembly and remote controller that is contained and system administration manager

Technical field

The present invention relates to wireless Lighting Control Assembly, be applicable to the illuminator that has light source drive, wherein driver has the 1-10V dimming function; Preferably, the present invention relates to be used for the wireless control system that control contains the illuminator of a plurality of LED (light-emitting diode) lamp.

Background technology

The LED light fixture has advantages such as environmental protection, energy-conservation, adjustable brightness, is used for fields such as illumination, screen display more and more widely.But the brightness of single led lamp is big inadequately usually, and therefore, it is fashionable to be used for big illuminated field at the LED lamp, needs to use a plurality of LED light fixtures, and they can be arranged together, and the diverse location in the space perhaps arranged apart makes illumination more even.In addition, when the quantity of LED lamp is a lot, in occasions such as indoor, outdoor, on-the-spot illumination, stage illumination, lighting for example for purposes such as attractive in appearance, the need of work or the illuminations of escaping, need be to the power supply of a plurality of LED lamps and the Lighting Control Assembly of control circuit.This Lighting Control Assembly also is the sustainable development of integrated friendly building energy conserving system and the part of illumination Design.The simplest dimming control system can comprise rotary switch, variable resistance, solid state energy control unit, for example TRIAC (three terminal bidirectional thyristor), bipolar transistor and MOSFET (metal oxide insulator transistor).Advanced Lighting Control Assembly can comprise the embedded processor that is used to communicate by letter with instruction process.

U.S. Pat 6169377B1 discloses a kind of remote control and programmable power control unit, is used for state and the power level or the particular functionality of the control and the one or more electronic equipments (like electric light) of programming.System wherein comprises the remote control transmitter of user's operation and the power control unit of user's operation, and said power control unit is suitable for receiving the control signal of said remote control transmitter.Said remote control transmitter and power control unit all comprise a power selection actuator and a plurality of control switch; Said power selection actuator is used between minimum and highest, selecting required power level; Said control switch is used to produce control signal, and said control signal is represented the power level that is programmed of one or more power scenes and specific function.In response to user's input, can be controlled as between the one or more electronic equipments in one or more power scenes in turned on or off, at required programmed preset state or at the power level of maximum.

China utility model patent ZL200920312927.3 (publication number CN201541376U) relates to a kind of wireless remote controller of LED lamp.This utility model has mainly solved the problem that light fixture in the prior art can not be controlled respectively lamp body, and a kind of LED lamp wireless remote controller that can control lamp body respectively is provided.The LED lamp wireless remote controller of this utility model comprises wireless receiving module and wireless transmitter module two parts; Wireless receiving module comprises radio receiving unit and control unit; Radio receiving unit is connected to control unit, and control unit is connected respectively on several light source modules.This utility model can be lighted light source module in batches and control, and has increased control device, satisfies user's demand.

China utility model patent ZL201020149552.6 (publication number CN201657423U) provides a kind of remote-controlled LED lighting system, comprises remote control switch and a plurality of LED light fixture, and said remote control switch comprises remote controller and receiving key device; Wherein, Remote controller is provided with keyboard, multi-channel encoder and the wireless signal transmitter that connects successively; Said receiving key device is provided with wireless signal receiver, amplification shaping device, multichannel decoder, channel selector, a plurality of trigger and a plurality of actuator that connects successively; Each trigger all is connected with 1 actuator, and each actuator all is connected with 1 or several LED light fixtures.This LED lighting system has realized the distant control function of LED light fixture, only needs to use a remote control switch just can control a plurality of LED light fixtures simultaneously.

In above-mentioned prior art, because the general power supply that adopts dry cell as remote controller, the transceiver in the remote controller both had been used to launch the signal of light modulation, was used for again communicating by letter with the drive unit of each lamp constantly, so its energy consumption is very fast; And the control of remote controller scope is little, and is general only in the scope of the about 5-10 rice of radius; The startup of said remote controller simultaneously or restart also very slow.In addition, LED lamp of the prior art generally is controlled as with identical brightness conducting simultaneously, and in the brightness of LED lamp not simultaneously, the quantity of the LED lamp that above-mentioned remote controller can be controlled is also very limited, for example only is the LED lamp of several groups of differences brightness.

Therefore, there are needs in the prior art, also have needs the remote control system that can be controlled at the LED lamp in the bigger zone to the remote control system of the LED lamp that can control more a plurality of different luminance states.

Summary of the invention

An object of the present invention is to provide a kind of wireless Lighting Control Assembly that can control the illuminator that contains more a plurality of LED lamps; Another object of the present invention provides a kind of wireless Lighting Control Assembly that can control the greater room scope, and a further object of the present invention provides a kind of the have multiple different LED lamp light-emitting mode or the wireless Lighting Control Assembly of scene.

To achieve these goals, the invention provides a kind of wireless Lighting Control Assembly, comprise one or more remote controllers, one or more system administration manager, one or more dimmer, one or more driver and one or more lamp; Wireless connections between wherein said remote controller and the said system administration manager are so that the operator sends instruction through remote controller to system administration manager; Couple between said system administration manager and each dimmer and be connected, the instruction that said system administration manager response receives is control signal with said instruction transformation and sends to said dimmer; Each said dimmer connects one or more drivers respectively, to convert said control signal into dimming control signal and to be sent on the corresponding driving device; Each driver is connected with one or more lamps, makes said lamp send other light of corresponding bright level according to said dimming control signal.

Wherein, it can be wireless connections that coupling between said system administration manager and each dimmer is connected, and also can be to connect through Wireline, and perhaps a part of dimmer adopts wireless connections, and another part dimmer adopts wired connection.

When said lamp can be light-emitting diode (LED) lamp, said driver was the driver of LED lamp.Perhaps, said lamp is fluorescent lamp or electricity-saving lamp, and said driver is a ballast.

Said wireless Lighting Control Assembly can comprise one to five remote controller and a system administration manager and 1-50 dimmer, and wherein each dimmer connects 1-10 driver, and each driver connects one or more lamps.

Said remote controller can comprise power supply of remote controller, power supply of remote controller management devices, remote controller micro controller unit, remote controller radio-frequency module and remote controller antenna and the button on remote controller housing part, LED indicating device; Said power supply of remote controller management devices is connected to said power supply of remote controller, is used for the energy of power supply of remote controller is provided to each miscellaneous part of remote controller; The input of said remote controller micro controller unit partly is connected with said button, receives the instruction that the user partly imports through button; Said LED indicating device is connected to the output of remote controller micro controller unit, is used to represent the work at present state; Another output of remote controller micro controller unit is connected to the remote controller radio-frequency module; Be used for operation with each button and convert corresponding instruction into and be sent to said remote controller radio-frequency module, and launch through the remote controller antenna that links to each other with the remote controller radio-frequency module.

" making progress " key, " downwards " key, G key, S key that said remote controller key partly is included on the remote controller housing reach " master switch " key.

Said remote controller micro controller unit is single-chip microcomputer, single board computer, FPGA array or microprocessor, wherein writes corresponding control programs.

Said power supply of remote controller is dry cell, rechargeable battery or special-purpose lithium battery.

Said system administration manager comprise the system administration manager power supply terminal that is connected with external power source, the system administration manager electric power controller that is connected with said power supply terminal, with the system administration manager micro controller unit that said system administration manager PMU is connected, said system administration manager micro controller unit is also connected to system administration manager LED indicating device and system administration manager output module; Said system administration manager LED indicating device is used to represent the mode of operation of system administration manager; Said system administration manager electric power controller is used for the energy of external power source is provided to other each parts of system administration manager; Said system administration manager radio-frequency module receives the instruction from remote controller through the system administration manager antenna, and is sent to said system administration manager micro controller unit; Said system administration manager micro controller unit is a control signal corresponding with the instruction transformation that is received, and is sent to said system administration manager output module, sends through said output module again.

Preferably, said system administration manager output module is the system administration manager radio-frequency module, and said system administration manager radio-frequency module is connected with the system administration manager antenna, through the system administration manager antenna control signal is launched.

Said external power source is the civilian AC power between 100-270V.

Represent normal operating conditions when said system administration manager LED indicating device is green, represent holding state during for redness, and when flicker, represent scanning or search condition.

Said system administration manager micro controller unit is single-chip microcomputer, single board computer, FPGA array or microprocessor; Wherein can write corresponding control programs, and said system administration manager micro controller unit comprises that internal memory is to store various control signals and corresponding mode of operation.

Said dimmer comprises the dimmer power terminal that is connected with external power source, the dimmer power management devices that is connected with said dimmer power terminal, the dimmer micro controller unit that is connected with said dimmer power administrative unit; Said dimmer micro controller unit is also connected to dimmer LED indicating device, dimmer output port and dimmer radio-frequency module, and said dimmer radio-frequency module is connected with the dimmer antenna; Said dimmer power management devices is used for the energy of external power source is provided to other each parts of dimmer; Said dimmer LED indicating device is used to represent the mode of operation of dimmer; Said dimmer radio-frequency module receives the control signal from system administration manager through the dimmer antenna, and is sent to said dimmer micro controller unit; Said dimmer micro controller unit converts the control signal that is received into corresponding dimming control signal, and is sent to the dimmer lead-out terminal; Said dimmer lead-out terminal is connected to said driver.

Said dimmer can have many group dimmer lead-out terminals, to drive a plurality of lamps respectively.Said external power source is the civilian AC power between 100-270V.Represent normal operating conditions when said dimmer LED indicating device is green, represent holding state during for redness, represent scanning or search condition during for flicker.

Said dimmer micro controller unit is single-chip microcomputer, single board computer, FPGA array or microprocessor; Wherein can write corresponding control programs, said dimmer micro controller unit comprises that also internal memory is to store various dimming control signals and corresponding mode of operation.

Preferably, said dimmer adopts the light adjusting controller standard of 1-10V analog quantity interface, and wherein the control signal of 1-10V interface output is a DC analogue quantity, by the brightness of linear programming adjustment load lamp.

Said dimmer also can be the dimmer that adopts pulse width modulation (PWM), digital signal interface (DSI), addressable digital dimming interface (DALI), DMX512 or three terminal bidirectional thyristor (TRIAC) brightness adjustment control consensus standard.

Said wireless connections are one or more wireless connections that meet following wireless connections transport protocol standard: infrared ray (IR), radio frequency (RF), purple honeybee (Zigbee), Wi-Fi, Wi-Max.

Said wireless Lighting Control Assembly can only comprise a system administration manager; Said dimmer, said driver and said lamp are divided into a plurality of groups; Light fixture in each group has identical brightness that rank is set, and said system administration manager and said a plurality of dimmer are formed Star Network.

Can divide according to the different colours of the diverse location of said lamp, different brightness requirement or lamp respectively for said a plurality of groups.

The button of said remote controller partly comprises G key and S key, and said G key has a plurality of states that are provided with, and the brightness that each of G key is provided with one group of lamp in state and the said a plurality of lamp is provided with rank and binds, and the summation that each of G key is provided with state is called one group state is set; Said S key has a plurality of states that are provided with, and one of the S key is provided with state and is associated with the state that is provided with of one group of G key, is called a scene.The state that is provided with of each group of said G key and the pattern of said scene can be stored in the system administration manager.Said remote controller can also comprise " master switch " key; When having any lamp to light in said a plurality of lamps, if push said " master switch " key, then all lamps all are turned off, extinguish; And if all be in shutoff at all lamps, push under the situation about extinguishing said " master switch " key, then all lamps are all lighted, and luminous with 100% full brightness.

Said lamp can be operated according to network schemer, comprises normal manipulation mode and web search pattern; When a lamp is not bound in the network, when also not adding any one network, this lamp operates in normal manipulation mode, and is luminous with the high-high brightness level; And when lamp before be bound in the network; But when not adding this network at present, this lamp operates in the web search pattern, and is luminous with the high-high brightness level; And whenever just search for the once said network of being bound, till discovery and adding the network of being bound at a distance from a time.Preferably, said a period of time is 10 to 30 seconds.

Said wireless Lighting Control Assembly can also be included in a plurality of secondary controllers between said system administration manager and a plurality of dimmer, and each system administration manager is controlled a plurality of secondary controllers, and each secondary controller is controlled a plurality of dimmers again, constitutes the structure of cascade.

Perhaps, said wireless Lighting Control Assembly can be included in a plurality of secondary dimmer between each dimmer and the driver, and each dimmer is controlled a plurality of secondary dimmers, and each secondary dimmer is controlled one or more drivers, constitutes the structure of cascade.

The scene number that the present invention can be provided with is 4 or more a plurality of, nearly 20 grades of the dim level of each lamp.The present invention can control nearly 50 or more dimmer and corresponding lamp easily, and can cover nearly 50 meters scope.

In addition; According to the present invention; Said remote controller and said system administration manager separate, the instruction that is respectively applied for the input user with communicate by letter with each dimmer, can significantly lower on the one hand the energy consumption of remote controller; On the other hand because system administration manager is supplied power its startup and restart all very quick by main power source.

According to the present invention as long as after set scene and the group, only need press remote controller button can so that each lamp according to each scene and each brightness of organizing pairing lamp rank to be set luminous, therefore, the brightness of each lamp is set easily.

The present invention is not only applicable to contain the illuminator of LED lamp, and every light source and this driver that contains tape drive has the for example illuminator of 1-10V dimming function, can cooperate wireless control system of the present invention.

Below will combine accompanying drawing that the technique effect of design of the present invention, concrete structure and generation is described further, to understand the object of the invention, characteristic and effect fully.

Description of drawings

Fig. 1 is the sketch map of an embodiment of wireless Lighting Control Assembly of the present invention.

Fig. 2 A is the schematic appearance of the remote controller of wireless Lighting Control Assembly of the present invention.

Fig. 2 B is the block diagram of the remote controller of wireless Lighting Control Assembly of the present invention.

Fig. 3 A is the schematic appearance of the system administration manager of wireless Lighting Control Assembly of the present invention.

Fig. 3 B is the block diagram of the system administration manager of wireless Lighting Control Assembly of the present invention.

Fig. 4 A is the schematic appearance of the dimmer of wireless Lighting Control Assembly of the present invention.

Fig. 4 B is the block diagram of the dimmer of wireless Lighting Control Assembly of the present invention.

Fig. 5 is the operational flowchart of the remote controller of wireless Lighting Control Assembly of the present invention.

Fig. 6 is the operational flowchart of the dimmer of wireless Lighting Control Assembly of the present invention.

Fig. 7 is the operational flowchart of the system administration manager of wireless Lighting Control Assembly of the present invention.

Embodiment

With reference to the accompanying drawings, with operation the present invention is described in further detail through the structure of preferred embodiment.The embodiment that introduces below only is illustrative, and should not be construed as limiting the scope of the invention.

Fig. 1 is the sketch map of an embodiment of wireless Lighting Control Assembly of the present invention, wherein representes the structure of wireless Lighting Control Assembly of the present invention with the form of block diagram.As shown in Figure 1, wireless Lighting Control Assembly 10 of the present invention comprises remote controller 20, system administration manager 30, a plurality of dimmer 40, a plurality of driver 50 and a plurality of lamp 60." ... " among Fig. 1 representes that this wireless Lighting Control Assembly can comprise that many covers contain the group of dimmer 40, driver 50 and lamp 60.When said lamp 60 was the LED lamp, said driver 50 was drivers of LED lamp, and when said lamp 60 was fluorescent lamp or electricity-saving lamp, said driver 50 can be made up of ballast.

Wireless Lighting Control Assembly of the present invention can comprise a plurality of (for example 5) said remote controller 20.Said remote controller 20 is programmable, can set and store the grouping of a plurality of lamps 60 and the brightness setting of each lamp.Said system administration manager 30 is used to keep said wireless Lighting Control Assembly 10 and is in work or holding state, even when every other wireless device all is turned off.The grouping of said a plurality of lamp 60 can be classified according to the position of each lamp, the color of each lamp or the type lamp of each lamp, to satisfy requirement of actual application.

According to the present invention, the user can adjust the luminance level of each lamp 60 through operating said remote controller 20, and said remote controller 20 intercoms with said system administration manager 30 through wireless connections mutually, and user's instruction is sent to said system administration manager 30.Said system administration manager also intercoms with each dimmer 40 through wireless connections and/or wired connection mutually, and each dimmer becomes dim signal with user's instruction transformation, is sent to each driver 50 again, respectively each lamp 60 is supplied power.Said wireless connections can be to meet the for example connection of infrared ray IR, radio frequency, Zigbee (purple honeybee), Wi-Fi (Wireless Fidelity, i.e. 802.11b standard), Wi-Max host-host protocols such as (i.e. 802.16 standards).

Though in the embodiment of this specification, describe the connection between said system administration manager and each dimmer with wireless connections; Those skilled in the art should connect; Connection between said system administration manager and each dimmer also can be a wired connection; Perhaps a part of dimmer adopts wireless connections, and another part dimmer adopts wired connection, and these all are included within the scope of the present invention.

That is to say; Through wireless Lighting Control Assembly 10 of the present invention; The user can only use a remote controller 20 to come system administration manager 30 of controlled in wireless; And said system administration manager 30 can a plurality of dimmers 40 of controlled in wireless, and each dimmer 40 can a driver of controlled in wireless 50 and a corresponding lamp 60.System administration manager 30 generally can be controlled a plurality of dimmers and a plurality of lamp, for example 50.These dimmers 40 can be divided into a plurality of groups as required, for example according to the different brightness requirement of lamp, and the perhaps different colours of lamp.Said system administration manager 30 can be formed Star Network with said a plurality of dimmers, perhaps also can form other syndeton.

Dissimilar according to the dissimilar or driver 50 of dimmer 40, each dimmer 40 also can be controlled a plurality of drivers 50; Perhaps, each driver 50 can connect a plurality of lamp 60 as load.

On the other hand; Control the lamp of greater number if desired; A hundreds of lamp for example; Then can between said system administration manager 30 and dimmer 40, add a plurality of secondary controllers (be that each system administration manager 30 is controlled a plurality of secondary controllers, each secondary controller is controlled a plurality of dimmers 40 again), or between each dimmer 40 and driver 50, to connect a plurality of secondary dimmers again (be that each dimmer 40 is controlled a plurality of secondary dimmers; Each secondary dimmer is controlled one or more drivers 50), the structure of formation cascade.

Alternatively; Wireless Lighting Control Assembly 10 of the present invention also can comprise a plurality of remote controllers 20 and system administration manager 30 only; For example comprise 5 remote controllers, the instruction of each remote controller 20 can discerned and accept to said system administration manager 30, correspondingly controls the illumination of each lamp.These aspects also within the scope of the invention.

Said driver 50 is used to drive said lamp 60, and they can be any drivers well known in the art, and the voltage signal that preferably can export different frequency, different duty or different amplitudes sends the light of different brightness to drive each lamp 60.For example; The light-emitting diode lamp dimming device of the applicant's disclosed a kind of gradable light modulation in No. 201010192666.3 Chinese invention patent application of submitting on May 26th, 2010; The perhaps fluorescent lamp ballast of disclosed a kind of incremental dimming among the applicant's the Chinese invention patent ZL200510072474.8; Can be used as an example of above-mentioned driver 50, the full text of this patent application or patent is hereby incorporated by.

Said lamp 60 can be other light-emitting devices in LED lamp, electricity-saving lamp, compact fluorescent lamp (CFL) or this area.Each lamp 60 is connected to corresponding driving device 50, so that by driven for emitting lights.That is to say that the present invention is not only applicable to contain the illuminator of LED lamp, every light source and this driver that contains tape drive has the for example illuminator of 1-10V dimming function, can cooperate wireless control system of the present invention.

Fig. 2 A is the schematic appearance of the remote controller 20 of wireless Lighting Control Assembly of the present invention, and Fig. 2 B is the electrical structure block diagram of said remote controller 20.Shown in Fig. 2 A; The housing front of remote controller 20 of the present invention comprises a plurality of buttons; As the button 28 that makes progress, downward button 29; Be used for G key that the group (group) to each lamp selects and the S key that is used for each scene (scene) is selected, and a plurality of LED indicating devices that are used to show selecteed group or scene, the next door of said indicating device can mark " 1,2,3,4 " or printed words such as " i, ii, iii, iv " to distinguish each group or each scene.The size of said remote controller 20 can be about 4-5 centimetre of wide, about 8-10 centimeter length and about 2-3 cm thick, is convenient to hand-held and operation.Can be printed with manufacturer's title, sign or product information on the housing of said remote controller 20.Said remote controller can also comprise " master switch " key 38; When having any lamp to light in said a plurality of lamps, if push said " master switch " key 38, then all lamps all are turned off, extinguish; And if all be in shutoff at all lamps, push under the situation about extinguishing said " master switch " key, then all lamps are all lighted, and luminous with 100% full brightness.

Shown in Fig. 2 B, said remote controller 20 comprises power supply 27, electric power controller 26, micro controller unit (MCU) 25, button part 24, LED indicating device 23, radio frequency (RF) module 22 and antenna 21.Said power supply 27 is for example dry cell or rechargeable battery, and the for example dry cell of AA or AAA size, or special-purpose lithium battery etc. are used for to each parts of remote controller 20 energy being provided.Electric power controller 26 is connected to said power supply 27, and the energy of power supply 27 is provided to the miscellaneous part of remote controller, like micro controller unit 25 and radio-frequency module 22.The input of micro controller unit 25 is connected with said button part 24, receives the instruction of user through 24 inputs of button part.Said button part 24 comprises a plurality of buttons on the remote controller housing 28,29 shown in Fig. 2 A, G, S etc.LED indicating device 23 is meant a plurality of indicating devices " 1,2,3,4 " or " i, ii, iii, iv " on the remote controller housing etc., and they are connected respectively to the output of micro controller unit 25, are used to represent the work at present state.Another output of micro controller unit 25 is connected to radio-frequency module 22, converts the operation of each button into corresponding instruction and is sent to said radio-frequency module 22, and launch through the antenna 21 that links to each other with radio-frequency module 22.

Said micro controller unit 25 can be single-chip microcomputer (or single board computer), FPGA array or microprocessor, wherein can write corresponding control programs.Said micro controller unit 25 can also comprise that internal memory is to store the pairing mode of operation of each button.

Fig. 3 A is the schematic appearance of the system administration manager 30 of wireless Lighting Control Assembly of the present invention.Said system administration manager 30 can be foursquare basically, and length is about about 5 centimetres, about 2 centimetres of thickness.The housing front of said system administration manager has a LED indicating device, is used to show the mode of operation of said system administration manager.The housing back of said system administration manager can have power supply terminal, is used to be connected to main power source, for example the civilian electric AC power of 100-270V.In addition, said system administration manager 30 also can adopt other suitable shapes.Can be printed with manufacturer's title, sign or product information on the housing of said system administration manager device 20.

Fig. 3 B is the block diagram of the electrical structure of said system administration manager 30.Said system administration manager 30 can comprise the power supply terminal VAC that is connected with external power source, the electric power controller 36 that is connected with said power supply terminal, the micro controller unit 35 that is connected with said PMU 36; Said micro controller unit 35 also is connected respectively to LED indicating device 33 and radio-frequency module 32 and button 34, and said radio-frequency module 32 is connected with antenna 31.Said external power source can be the normal domestic AC power between 100-270V for example.Said button 34 is used to trigger the operation that said system administration manager begins to search for or scan above-mentioned remote controller.Said LED indicating device 33 is used to represent the mode of operation of system administration manager, for example green expression normal operating conditions, and red expression holding state, and the LED lamp of flicker is represented scanning or search condition.Said electric power controller 36 is used for the energy of external power source is provided to the miscellaneous part of remote controller, like micro controller unit 35 and radio-frequency module 32.The instruction that said radio-frequency module 32 receives from remote controller 20 through antenna 31, and be sent to said micro controller unit 35.Said micro controller unit 35 is a control signal corresponding with the instruction transformation that is received, and is sent to said radio-frequency module 32, launches through the antenna 31 that links to each other with radio-frequency module 32 again.Said button 34 can be arranged on side or other suitable position of system administration manager 30, is used to trigger the search of said system administration manager or the operation of scanning remote controller, also can be in addition as the mains switch of system administration manager.

Similarly, said micro controller unit 35 can be single-chip microcomputer (or single board computer), FPGA array or microprocessor, wherein can write corresponding control programs.Said micro controller unit 35 can comprise that also internal memory is to store various control signals and corresponding mode of operation and the various pattern that is provided with; For example the various groups of said wireless Lighting Control Assembly of the present invention are set and the scene setting can be stored in the system administration manager, and said group is set and scene is set and can be accomplished by means of remote controller.

Fig. 4 A is the schematic appearance of the dimmer of wireless Lighting Control Assembly of the present invention.Comprise two set of connections terminals on the housing of said dimmer 40, wherein one group of terminal with " AC " expression is a power input terminal, is used for being connected with external power source VAC; And another group is a lead-out terminal with terminal of " 1-10V " expression, is used to export the driver 50 of the dim signal of 1-10V to lamp, controlling the drive current or the voltage of 50 outputs of said driver, thereby controls the brightness of lamp 60.The shell dimension of said dimmer 40 can be about 6 centimeter length, about 3-5 centimetre wide and about 2-3 cm thick.

Fig. 4 B is the electrical structure block diagram of above-mentioned dimmer of the present invention.Said dimmer 40 can comprise the power supply terminal VAC that is connected with external power source, the electric power controller 46 that is connected with said power supply terminal, the micro controller unit 45 that is connected with said PMU 46; Said micro controller unit 45 also is connected respectively to LED indicating device 43, output port 47 and radio-frequency module 42, and said radio-frequency module is connected with antenna 41.Said external power source VAC refers to the power supply terminal with " AC " expression in Fig. 4 A, can be the normal domestic AC power between 100-270V for example.Said LED indicating device 43 is used to represent the mode of operation of system administration manager, for example green expression normal operating conditions, and red expression holding state, and the LED lamp of flicker is represented scanning or search condition.Said electric power controller 46 is used for the energy of external power source is provided to the miscellaneous part of remote controller, like micro controller unit 45 and radio-frequency module 42.The control signal that said radio-frequency module 42 receives from system administration manager 30 through antenna 41, and be sent to said micro controller unit 45.Said micro controller unit 45 converts the control signal that is received into corresponding dimming control signal, and is sent to lead-out terminal 47.Said lead-out terminal 47 is meant the terminal with " 1-10V " expression in Fig. 4 A.According to different application, said dimmer 40 also can have many group lead-out terminals, for example has 3 groups, 4 groups, 8 groups even 10 groups of lead-out terminals, to drive the luminous of a plurality of lamps simultaneously.

Similarly, said micro controller unit 45 can be single-chip microcomputer (or single board computer), FPGA array or microprocessor, wherein can write corresponding control programs.Said micro controller unit 45 can comprise that also internal memory is to store various dimming control signals and corresponding mode of operation.

The industrial standard IEC929 that dimmer 40 of the present invention can be worked out for the control ballast that adopts 1-10V analog quantity interface.Wherein, the control signal of 1-10V interface output is a DC analogue quantity, by the brightness of linear programming adjustment load lamp.Be under the situation of fluorescent lamp at lamp 60 for example, when light modulation, in case controlled signal triggers, ballast 50 starts fluorescent lamp, and lamp 60 at first is excited to bright entirely, and then is adjusted to corresponding bright by the controlled quentity controlled variable requirement.At lamp 60 is under the situation of LED lamp; Said driver 50 can be a disclosed LED lamp dimming device in the applicant's No. 201010192666.3 Chinese invention patent application accordingly; It can be according to dimming control signal, the correspondingly brightness of control load LED lamp.

Except the standard that adopts the 1-10V interface; Dimmer 40 of the present invention also can be the dimmer that adopts other standards, for example adopts control protocols such as PWM (pulse width modulation), DSI (digital signal interface), DALI, DMX512 (a kind of standard of digital interface control light modulation) or TRIAC (three terminal bidirectional thyristor) light modulation.Those skilled in the art can utilize the standard of these control protocols to write suitable driver, write in the said micro controller unit 45, and select the driver 50 corresponding with said lamp 60 respectively for use.These interface standard or agreements itself that are used for light modulation are the state of the art, repeat no more here.

Fig. 5 shows the operational flowchart of the remote controller 20 of wireless Lighting Control Assembly of the present invention." Y " expression " is " among Fig. 5, and " N " expression " is denied ".The operation of remote controller 20 begins from step 701.Default (acquiescence) state of step 702 expression remote controller 20 is for being operated in scene 1 and the 1st group, at this moment on the LED housing, organizes 1 and the LED indicating device conducting at scene i place and lighting.In step 703; Is inquiry remote controller 20 bound (binding)? If need not bind, then advance to step 704, remote controller inspection is said " master switch " be key 38 pressed? If said " master switch " key 38 has been pressed; Then operation advances to step 723; Check said " master switch " whether key 38 is maintained at pressed state surpasses the for example a period of time in 1 second, carries out corresponding operation then, returns step 703.If in step 704, said remote controller is checked through said " master switch " key 38 is not pressed, and then operation directly turning back to step 703.If in step 703, confirming said remote controller need bind; Then operation advances to step 705; Remote controller gets into dormancy (standby) state, and in dormancy (standby) state, the LED indicating device on the said remote controller will be every once glittering at a distance from the spacer segment time; For example be 20 seconds said blanking time, perhaps also can be set at other value.

Operation advances to step 706 then, and remote controller can check in resting state whether a button is pressed, and perhaps remote controller can be received a triggering signal when button is pressed.If there is not button to be pressed.If a button is pressed, then in step 707, remote controller can check whether the button of being pressed is button 28 of " making progress " light modulation or the button 29 of " downwards " light modulation.If answer is " being ", then operation advances to step 715; If answer is " denying ", then operation advances to step 708.

In step 715, whether remote controller 20 meeting inspection buttons are held is pressed a period of time (for example being equal to or greater than 1 second).If answer is " denying "; Be that button keeps pressing being no more than for example 1 second; Then operation advances to step 716; Send instruction the brightness of lamp 60 is heightened 1 grade (being pressed corresponding to button 28) or turned down 1 grade (being pressed corresponding to button 29), operation turns back to step 705 then, and remote controller 20 gets into resting state.If answer is " being ", then operation advances to step 717, and remote controller sends the instruction of continuous light tuning; Make lamp 60 adjustment brightness continuously; And operation advances to step 718, and whether the inspection button has been released, if button is not released; Then operation turns back to step 717, and remote controller sends instruction and continues light modulation; If button is released, then operation turns back to step 705, and remote controller 20 gets into resting state.

In step 708, whether the button that remote controller 20 inspections are pressed is group button " G ".If answer is " being ", what promptly press is " G " key, and then operation advances to step 709, and whether remote controller inspection button is held is pressed a period of time (for example being equal to or greater than 1 second).If the answer of step 709 is " denying ", promptly button keeps pressing being no more than for example 1 second, and then operation advances to step 714; The numbering that remote controller 20 will be organized increases 1 lattice; For example become the 2nd group from the 1st group, operation advancing to step 705 then, and remote controller gets into resting state.If the answer answer of step 709 is " being "; Be that button keeps pressing above for example 1 second, then operation advancing to step 711, and remote controller 20 gets into binding patterns; At this moment can each group of remote controller 20 be bound with corresponding lamp 60 each other, operation afterwards advances to step 705.

If in step 708, the check result of remote controller 20 is " denying ", and the button that promptly is pressed is not " G " key, and operation advances to step 719, and whether the button that said remote controller inspection is pressed is " master switch " key 38.If the answer of step 719 is " being ", then operation advances to step 720.In step 720, whether said system administration manager inspection has any lamp to light in a plurality of lamps.If the answer of step 720 is " being ", then operation advances to step 721, above-mentioned pushing " master switch " action of key 38 can cause all lamps all to be turned off, extinguishes.If the answer of step 720 is " denying "; Promptly pushing " master switch " all lamps all are in shutoff, extinguish before the key 38 situation; Then operation advances to step 722, above-mentioned pushing " master switch " action of key 38 can cause all lamps all to be lighted, and luminous with 100% full brightness.

If the answer of step 719 still is " denying ", can assert that then the button of being pressed is scene button " S ", operation advances to step 710.In step 710, whether remote controller inspection button is held is pressed a period of time (for example being equal to or greater than 1 second).If answer is " denying ", promptly button keeps pressing being no more than for example 1 second, and then operation advances to step 713, and remote controller 20 increases 1 lattice with the numbering of scene, for example becomes scene 2 from scene 1, and operation advances to step 705 then, and remote controller gets into resting state.If answer is " being ", promptly button keeps pressing above for example 1 second, and then operation advancing to step 712, and remote controller 20 gets into the scene setting patterns, and at this moment the state of pairing each group of this scene can be set, and operation afterwards advancing to step 705.

Fig. 6 shows the operational flowchart of the dimmer 40 of wireless Lighting Control Assembly of the present invention, and wherein " Y " expression " is ", and " N " expression " is denied ".The operation of dimmer 40 advances to step 802 from step 801 beginning, checks whether this dimmer 40 is bound on the group.If answer is " being ", promptly this dimmer 40 is bound on the group, and then operation advances to step 809, and dimmer sends control signal, makes lamp 60 with normal manipulation mode (NOM) operation, just makes the state light of lamp 60 to bind.If answer is " denying ", promptly this dimmer 40 is not bound on the group, and then operation advances to step 803, and dimmer sends control signal, makes lamp 60 luminous with 100% brightness.

After step 803, the operation of said dimmer 40 advances to step 804, and whether the mains switch that detects dimmer experiences the operation of " being disconnected and conducting again in a period of time (for example 1 second) ".If answer is " denying ", promptly the mains switch of this dimmer 40 is not disconnected and conducting again in a period of time (for example 1 second), and then step 803 is returned in operation, and dimmer sends control signal, makes lamp 60 luminous with 100% brightness.If answer is " being ", promptly the mains switch of this dimmer 40 is disconnected and conducting again in a period of time (for example 1 second), and then operation advances to step 805, dimmer 40 search system managers, and operation advances to step 806 then.In step 806, whether dimmer detects finds the system administration manager at binding pattern.

In step 806, if answer is " denying ", promptly dimmer does not have to find the system administration manager at binding pattern, and then step 803 is returned in operation, and dimmer sends control signal, makes lamp 60 luminous with 100% brightness.If answer is " being ", promptly dimmer has been found the system administration manager at binding pattern, and then operation advances to step 807, carries out bindings.Operation afterwards advances to step 808, and whether the inspection bindings is successful.If the answer of step 808 is " being ", promptly bind successfully, then operation advances to step 809, makes lamp 60 with normal manipulation mode (NOM) operation, just makes the state light of lamp 60 to bind.。If the answer of step 808 is " denying ", promptly bind and get nowhere, then operation advances to step 810, and whether the checked operation time uses up.Do not use up if be checked through the operating time in step 810, i.e. answer is " denying ", and then step 808 is returned in operation, checks whether success of bindings once more; If used up and be checked through the operating time in step 810, i.e. answer is " being ", and then step 803 is returned in operation, makes lamp 60 luminous with 100% brightness (being high-high brightness).

After step 809, the operation of said dimmer 40 advances to step 811, and whether the mains switch that detects dimmer experiences the operation of " being disconnected and conducting again in a period of time (for example 1 second) ".If answer is " denying ", promptly the mains switch of dimmer is opened the back not in for example conducting again in 1 second, and then operation advances to step 808, and whether inspection binds success.And if answer is " being ", then operation advances to step 804.

Fig. 7 is the operational flowchart of the system administration manager 30 of wireless Lighting Control Assembly of the present invention, and wherein " Y " expression " is ", and " N " expression " is denied ".The operation of said system administration manager 30 advances to step 902 from step 901 beginning.In step 902, the LED indicating device on the system administration manager 30 can keep earlier lighting a period of time (for example 5 seconds) after energising, and every then separated for example flicker in 5 seconds once.Advance to step 903 afterwards, wherein the LED indicating device on the system administration manager 30 is every once representes that system administration manager 30 gets into NOM (normal manipulation mode) states, can carry out network management at a distance from for example flicker in 5 seconds.Afterwards, operation advances to step 904, check whether button 34 is pressed? If button 34 is not pressed, then step 903 is returned in operation.Be pressed if be checked through button 34 in step 904, then operation advances to step 905, does is inspection button 34 held to press and surpass for example 1 second? Do not surpass for 1 second if button 34 is held to press, then operation turns back to step 903.And if button 34 is held to press and surpasses for example 1 second, then operation advancing to step 906, the operation of beginning remote controller search 20.

Operation afterwards advances to step 907, is remote controller 20 found in inspection? If found remote controller 20 in step 907, then operation advances to step 908, said remote controller is added in the network of said system management management.Operation advances to step 909 then, check whether the operation of above-mentioned interpolation remote controller completes successfully? If successfully added remote controller 20, then operation turns back to step 903.

If do not find remote controller 20 in step 907; If perhaps successfully do not add remote controller 20 in step 909; Then operation advances to step 901, and whether has inspection therein reached the operating time (for example 10 seconds)? If the operating time expires, then operation turns back to step 903.If the operating time does not expire as yet, then operation turns back to step 906.

Wireless Lighting Control Assembly of the present invention can be accomplished following operation, for example: bind lamp under the light modulation of the bindings of remote controller, the bindings of lamp, lamp operation, the no network condition, under network condition, bind lamp, storage and scene of recovery and operate according to network schemer.

The term here " network " is meant wireless Lighting Control Assembly of the present invention.As shown in Figure 1, wireless Lighting Control Assembly 10 of the present invention comprises remote controller 20, system administration manager 30, a plurality of dimmer 40, a plurality of driver 50 and a plurality of lamp 60, and therefore, said wireless Lighting Control Assembly 10 also can be called as a network.Wireless Lighting Control Assembly of the present invention generally can include only a system administration manager 30, as required, can comprise a plurality of remote controllers 20, for example 5 remote controllers 20.In addition, if necessary, wireless Lighting Control Assembly of the present invention also can comprise a plurality of system administration managers 30.

Above-mentioned these operations are described below, so that those of ordinary skills can more be expressly understood scheme of the present invention respectively.

The bindings of said remote controller can may further comprise the steps: at first for example the power supply of battery is put into remote controller; And system administration manager is connected its power supply (for example inserting in the supply socket on the body of wall) through power supply adaptor; At this moment the LED indicating device on the system administration manager can be lighted and lasting a period of time (for example 5 seconds) extinguishes afterwards, whenever then glimmers once at a distance from 5 seconds.By the button on the housing side that is pressed in system administration manager and maintenance a period of time (for example 1 second), it can be called the binding key, make said system administration manager get into the remote controller binding pattern, and search also is in the remote controller in the binding pattern.By being pressed in the master switch key on the remote controller and keeping a period of time (for example 1 second), make remote controller get into binding pattern then.At this moment, system administration manager and remote controller all are in " remote controller binding pattern ".Alternatively, also can push the master switch key of remote controller earlier, push the button of system administration manager afterwards, perhaps push above-mentioned two buttons simultaneously, and keep a period of time, make them get into " remote controller binding pattern ".At this moment, if system administration manager has been found said remote controller, then said remote controller is bound by this system administration manager, can be through each lamp of system administration manager control.If in binding procedure, said system administration manager is found a plurality of remote controllers, and the preferential and nearest remote controller of then said system administration manager is bound, and can after binding procedure, be transformed into normal manipulation mode (NOM); Perhaps system administration manager can all be bound with a plurality of remote controllers, and these remote controllers can be controlled said a plurality of lamp through said system administration manager respectively.If in a period of time (for example 10 seconds), said remote controller is not found that by any system administration manager then said remote controller will withdraw from binding pattern; At this moment except said master switch key, other button on the said remote controller is all inoperative, can not be used to control each lamp.The user can push the master switch key on the said remote controller again and keep a period of time (for example 1 second), makes remote controller get into binding pattern once more, carries out the bindings of said remote controller again.

It is pointed out that system administration manager and lamp all must get into binding pattern in order successfully to carry out the bindings of lamp; If any one is not in binding pattern in system administration manager and the lamp, then bindings can be not successful, and lamp will be operated in the NOM state, and is luminous with brightness completely (being high-high brightness).

The bindings of said lamp is also referred to as the division operation of lamp; Exactly a plurality of lamps 60 (with corresponding driving device 50) are divided into several groups; For example 50 dimmers and corresponding driving device 50 are divided into 4 groups with lamp 60; The group number (1,2,3,4) of G key is corresponding on each group and the remote controller 20, and the lamp in each group can have identical brightness or while modulated light.

The bindings of said lamp can may further comprise the steps: under the situation of certain lamp 60 conducting, the power supply of lamp 60 is broken off and in for example conducting again in 1 second, at this moment said lamp gets into the operation of binding pattern and remote controller search.Press " G " key on the remote controller 20 to select suitable group number one of (

group

1,2,3,4), when choosing group number, will " G " key press and keep a period of time (for example 1 second), at this moment said remote controller 20 gets into also said lamps at binding pattern of binding patterns.If remote controller 20 is only found a lamp 60 at binding pattern, then said lamp begins bindings, adds in selected group and switches to normal manipulation mode (NOM).If for example do not having lamp to come to light in a period of time of 10 seconds, then its gets into web search pattern (NSM).Come to light if having more than 1 lamp, then said remote controller 20 will be bound nearest lamp and after binding successfully, this lamp switched back the NOM state.If this lamp is not for example being bound in time of 10 seconds, then remote controller 20 also switches back the NOM state with this lamp.

The light modulation operation of said lamp can may further comprise the steps: with one or more lamp conductings of having bound in the wireless Lighting Control Assembly of the present invention, search for the system of having bound and add said system.Through pushing yes " G " key of remote controller 20, selection needs the group number of modulated light.Afterwards, whenever push " making progress " key 28 or " downwards " key 29 once, the brightness that then makes lamp is correspondingly to brighter or darker brightness adjustment one-level.If " making progress " key 28 or " downwards " key 29 are pressed and kept pressing a period of time, the brightness of then said lamp 60 can be adjusted according to for example per 2 seconds speed of 5 grades continuously, is released or till lamp reached its maximum or minimum brightness up to button.

Said operation of under no network condition, binding lamp can may further comprise the steps: with lamp 60 conductings, driver 50 that is connected with this lamp or dimmer 40 can be searched for the network of binding with this lamp automatically, and the time of search can be for example 20 seconds.If in above-mentioned for example search time of 20 seconds, do not find any network (being system administration manager 30), then said lamp 60 can the every network that once bind at a distance from for example search in 20 seconds, till finding the said network of having bound and adding this network.This operator scheme is called web search pattern (NSM).In the web search pattern, the operation class of said lamp 60 is similar to common single lamp, and is luminous with full brightness (high-high brightness), can not be by remote control or light modulation.

Said operation of under network condition, binding lamp is meant lamp is tied in the network of having bound; It can may further comprise the steps: with lamp 60 conductings; Driver 50 that is connected with this lamp or dimmer 40 can be searched for the network of binding with this lamp automatically, and the time of search can be for example 20 seconds.If in above-mentioned for example search time of 20 seconds, find the network (being system administration manager 30) bound; Then said lamp 60 can add this network and be operated in normal mode of operation (NOM), at this moment can utilize 20 pairs of these lamps 60 of remote controller to carry out operations such as light modulation, group setting and scene setting.

Said storage and the operation that recovers a scene are meant divides into groups to a plurality of lamps by said system administration manager 30 controls, and respectively to its luminance level of each settings, the setting of all groups is called a scene.In the embodiment shown in fig. 1; Have on the remote controller 20 4 scenes (S:i, ii, iii, iv) with 4 groups (G:1,2,3,4); Therefore, this embodiment can set for example 4 scenes, and each scene comprises 4 settings; Each group comprises the part of said a plurality of lamp 60, and said 4 groups for example can comprise nearly 50 lamps (and driver).This operation can may further comprise the steps: push " G " key on the remote controller 20, " making progress " key 28 and " downwards " key 29 successively, so that on the same group lamp 60 not is provided with luminance level respectively, on the same group the brightness of lamp can be not identical or different.Press " S " key and keep a period of time (for example 1 second).Luminance level of each group of having set is stored in the internal memory, and (S:i, ii, iii, iv) corresponding, said internal memory can be flash memories for example with a selected scene.Can each group be set to the different brightness level.Successively for example 4 scenes are provided with respectively and store.After storage, press the selected scene of " S " key after, the brightness of each lamp in this scene that promptly can recover to be stored in each group or all groups.

The said operation according to network schemer is also referred to as network schemer, comprises normal manipulation mode NOM (Normal Operation Mode) and web search pattern NSM (Network Searching Mode).When a lamp is not bound in the network, when also not adding any one network, this lamp operates in NOM, and it is luminous with the high-high brightness level.When a lamp before be bound in the network; But when not adding this network at present, this lamp operates in NSM, and is luminous with the high-high brightness level; And the network of once being bound is just searched in (for example 20 seconds) at set intervals, till discovery and adding the network of being bound.

According to scheme of the present invention, when the user newly adds a lamp 60 in said network system, for example be the lamp of newly buying, be not bound in any network before this lamp, do not add any network yet.After this initiate lamp energising, it can move with normal manipulation mode NOM, and is luminous according to high-high brightness.After said initiate lamp is operated according to the process of above-mentioned bindings; This lamp becomes " lamp of being bound "; Then turn-off and for example in 1 second again during the said lamp of conducting each; Said lamp gets into the operation of binding pattern and remote controller search, carries out work according to above-mentioned " under network condition, binding the operation of lamp ".

In addition, become " lamp of being bound " at said lamp afterwards, when the system administration manager of network was turned off, when perhaps power supply was removed, then after supplying power again, said lamp will be operated according to above-mentioned web search pattern NSM.

Can know that from above introduction wireless Lighting Control Assembly 10 of the present invention has the following advantages to the preferred embodiments of the present invention:

1. a network (i.e. system administration manager 30) can be supported the dimmer 40 of nearly 50 remote controls and reach 5 remote controllers 20, and said dimmer can be to meet the dimmer of 1-10V light modulation standard or other suitable dimmer.

2. for example can be bound in 4 groups by said nearly a plurality of lamps 60 of 50 dimmers 40 controls respectively.

3. each remote controller 20 can only comprise 5 buttons; 1 button is as " master switch " key; 2 buttons are used for brightness adjustment control (key 28 and " downwards " key 29 promptly " make progress "), and 1 button is used to be provided with scene (i.e. " S " key), and 1 button is used to be provided with group (i.e. " G " key).

4. the 1-10V dimmer 40 of said remote control is connected with network (system administration manager 30) after opening (conducting) automatically.

5. the user can be provided with and recover each scene voluntarily, selects the brightness settings of each lamp of hobby.

6. the scene number that can be provided with is 4 or more a plurality of, nearly 20 grades of the dim level of each lamp 60.

7. because said network (being system administration manager 30) and each dimmer 40, driver 50 are all supplied power by main power source (the for example civilian AC power of 100-270V), and the control range of said system administration manager 30 can be very big, for example radio frequency coverage is up to 50 meters.If necessary, can also further increase the radio frequency coverage of system administration manager 30, with the bigger zone of control.And 20 needs of said remote controller are communicated by letter (wireless connections) with said system administration manager 30, and its radio-frequency antenna is less to the consumption of energy, only need with for example " AA " or " AAA " dry cell as power supply, and are very energy-conservation.

More than introduced principle of the present invention and structure with preferred embodiment, it only is descriptive that foregoing is considered to, and nonrestrictive.The instruction of those skilled in the art in can be to specifications to the present invention carry out various improvement with/revise, these improvement and/or revise all should be included in the scope of claims of the present invention.

Claims

1. a wireless Lighting Control Assembly (10) comprises one or more remote controllers (20), one or more system administration manager (30), one or more dimmer (40), one or more driver (50) and one or more lamp (60); Wireless connections between wherein said remote controller (20) and the said system administration manager (30) are so that the operator sends instruction through remote controller to system administration manager; Couple between said system administration manager (30) and each dimmer (40) and be connected, the instruction that said system administration manager response receives is control signal with said instruction transformation and sends to said dimmer; Each said dimmer connects one or more drivers respectively, to convert said control signal into dimming control signal and to be sent on the corresponding driving device; Each driver is connected with one or more lamps, makes said lamp send other light of corresponding bright level according to said dimming control signal.

2. according to the wireless Lighting Control Assembly of claim 1, be characterised in that said driver (50) was the driver of LED lamp when said lamp (60) was light-emitting diode (LED) lamp.

3. according to the wireless Lighting Control Assembly of claim 1, be characterised in that said lamp (60) is fluorescent lamp or electricity-saving lamp, said driver (50) is a ballast.

4. according to the wireless Lighting Control Assembly of claim 1, be characterised in that to comprise one to five remote controller and a system administration manager and 2-50 dimmer that wherein each dimmer connects 1-10 driver, each driver connects one or more lamps.

5. according to the wireless Lighting Control Assembly of claim 1, be characterised in that said remote controller (20) comprises power supply of remote controller (27), power supply of remote controller management devices (26), remote controller micro controller unit (25), remote controller radio-frequency module (22), remote controller antenna (21) and the part of the button on the remote controller housing (24), LED indicating device (23);

Said power supply of remote controller management devices (26) is connected to said power supply of remote controller (27), is used for the energy of power supply of remote controller is provided to each miscellaneous part of remote controller; The input of said remote controller micro controller unit partly is connected with said button, receives the instruction that the user partly imports through button; Said LED indicating device is connected to the output of remote controller micro controller unit, is used to represent the work at present state; Another output of remote controller micro controller unit is connected to the remote controller radio-frequency module; Be used for operation with each button and convert corresponding instruction into and be sent to said remote controller radio-frequency module, and launch through the remote controller antenna that links to each other with the remote controller radio-frequency module.

6. according to the wireless Lighting Control Assembly of claim 5, be characterised in that " making progress " key (28), " downwards " key (29), G key, S key that said remote controller key part (24) is included on the remote controller housing reach " master switch " key.

7. according to the wireless Lighting Control Assembly of claim 1, the micro controller unit (25) that is characterised in that said system administration manager is single-chip microcomputer, single board computer, FPGA array or the microprocessor that writes corresponding control program.

8. according to the wireless Lighting Control Assembly of claim 5, be characterised in that said power supply of remote controller (27) is dry cell, rechargeable battery or special-purpose lithium battery.

9. according to the wireless Lighting Control Assembly of claim 1; Be characterised in that said system administration manager (30) comprises the system administration manager power supply terminal (VAC) that is connected with external power source, the system administration manager electric power controller (36) that is connected with said power supply terminal, the system administration manager micro controller unit (35) that is connected with said system administration manager PMU (36); Said system administration manager micro controller unit (35) is also connected to system administration manager LED indicating device (33) and system administration manager radio-frequency module (32), and said system administration manager radio-frequency module (32) is connected with system administration manager antenna (31); Said system administration manager LED indicating device is used to represent the mode of operation of system administration manager;

Said system administration manager electric power controller is used for the energy of external power source is provided to other each parts of system administration manager; Said system administration manager radio-frequency module receives the instruction from remote controller through the system administration manager antenna, and is sent to said system administration manager micro controller unit; Said system administration manager micro controller unit is a control signal corresponding with the instruction transformation that is received, and is sent to said system administration manager radio-frequency module, launches through the system administration manager antenna that links to each other with the system administration manager radio-frequency module again.

10. according to the wireless Lighting Control Assembly of claim 9, be characterised in that said external power source is the civilian AC power between 100-277V.

11. according to the wireless Lighting Control Assembly of claim 9, represent normal operating conditions when being characterised in that said system administration manager LED indicating device, represent holding state during for redness, and when flicker, represent scanning or search condition for green.

12. wireless Lighting Control Assembly according to claim 9; The micro controller unit (35) that is characterised in that said system administration manager is single-chip microcomputer, single board computer, FPGA array or the microprocessor that writes corresponding control program, and said system administration manager micro controller unit comprises that internal memory is to store various control signals and corresponding mode of operation.

13. wireless Lighting Control Assembly according to claim 1; Be characterised in that said dimmer (40) comprises the dimmer power terminal that is connected with external power source, the dimmer power management devices (46) that is connected with said dimmer power terminal, the dimmer micro controller unit (45) that is connected with said dimmer power administrative unit (46); Said dimmer micro controller unit (45) is also connected to dimmer LED indicating device (43), dimmer output port (47) and dimmer radio-frequency module (42), and said dimmer radio-frequency module is connected with dimmer antenna (41);

Said dimmer power management devices (46) is used for the energy of external power source is provided to other each parts of dimmer; Said dimmer LED indicating device is used to represent the group and the mode of operation of dimmer; Said dimmer radio-frequency module (42) receives the control signal from system administration manager (30) through dimmer antenna (41), and is sent to said dimmer micro controller unit (45); Said dimmer micro controller unit (45) converts the control signal that is received into corresponding dimming control signal, and is sent to dimmer lead-out terminal (47); Said dimmer lead-out terminal (47) is connected to said driver (50).

14., be characterised in that said dimmer has many group dimmer lead-out terminals, to drive a plurality of lamps respectively according to the wireless Lighting Control Assembly of claim 13.

15., be characterised in that said external power source is the civilian AC power between 100-270V according to the wireless Lighting Control Assembly of claim 13.

16. the wireless Lighting Control Assembly according to claim 13 is characterised in that, representes normal operating conditions when said dimmer LED indicating device is green, representes holding state during for redness, representes scanning or search condition during for flicker.

17., be characterised in that said dimmer micro controller unit is single-chip microcomputer, single board computer, FPGA array or the microprocessor that writes corresponding control program according to the wireless Lighting Control Assembly of claim 13.

18. wireless Lighting Control Assembly according to claim 13; Be characterised in that said dimmer (40) adopts the light adjusting controller standard of 1-10V analog quantity interface; Wherein the control signal of 1-10V interface output is a DC analogue quantity, by the brightness of linear programming adjustment load lamp.

19., be characterised in that said dimmer (40) is the dimmer that adopts pulse width modulation (PWM), digital signal interface (DSI), addressable digital dimming interface (DALI), DMX512 or three terminal bidirectional thyristor (TRIAC) brightness adjustment control consensus standard according to the wireless Lighting Control Assembly of claim 13.

20., be characterised in that said wireless connections are one or more wireless connections that meet following wireless connections transport protocol standard: infrared ray (IR), radio frequency (RF), purple honeybee (Zigbee), Wi-Fi, Wi-Max according to the wireless Lighting Control Assembly of claim 1.

21. wireless Lighting Control Assembly according to claim 1; Be characterised in that and only comprise a system administration manager (30); Said dimmer (40), said driver (50) and said lamp (60) are divided into a plurality of groups; Light fixture in each group has identical brightness that rank is set, and said system administration manager (30) and said a plurality of dimmer are formed Star Network.

22., be characterised in that said a plurality of groups are divided according to the different colours of the diverse location of said lamp (60), different brightness requirement or lamp respectively according to the wireless Lighting Control Assembly of claim 21.

23. wireless Lighting Control Assembly according to claim 21; The button part (24) that is characterised in that said remote controller comprises G key and S key; Said G key has a plurality of states that are provided with; Each of G key is provided with brightness setting and the rank of one group of lamp in state and the said a plurality of lamp and binds, and the summation that each of G key is provided with state is called one group state is set; Said S key has a plurality of states that are provided with, and one of the S key is provided with state and is associated with the state that is provided with of one group of G key, is called a scene; Group is set and the scene setting is stored in the system administration manager.

24., be characterised in that above-mentioned scene number is 4 or more a plurality of according to the wireless Lighting Control Assembly of claim 23.

25. according to the wireless Lighting Control Assembly of claim 21, be characterised in that said lamp (60) operates according to network schemer, comprise normal manipulation mode and web search pattern; When a lamp is not bound in the network, when also not adding any one network, this lamp operates in normal manipulation mode, and is luminous with the high-high brightness level; And when lamp before be bound in the network; But when not adding this network at present, this lamp operates in the web search pattern, and is luminous with the high-high brightness level; And whenever just search for the once said network of being bound, till discovery and adding the network of being bound at a distance from a time.

26., be characterised in that said a period of time is 10 to 30 seconds according to the wireless Lighting Control Assembly of claim 25.

27. wireless Lighting Control Assembly according to claim 1; Be characterised in that a plurality of secondary controllers that also are included between said system administration manager (30) and a plurality of dimmer (40); Each system administration manager (30) is controlled one or more secondary controllers; Each secondary controller is controlled one or more dimmers (40) again, constitutes the structure of cascade.

28. wireless Lighting Control Assembly according to claim 1; Be characterised in that a plurality of secondary dimmer that also is included between each dimmer (40) and the driver (50); Each dimmer (40) is controlled one or more secondary dimmers; Each secondary dimmer is controlled one or more drivers (50), constitutes the structure of cascade.

29., be characterised in that the brightness of above-mentioned lamp (60) is provided with nearly 20 grades of ranks according to the wireless Lighting Control Assembly of claim 1.

30., be characterised in that to be wireless connections between said system administration manager (30) and each dimmer (40) according to the wireless Lighting Control Assembly of claim 1.

31. a remote controller (20) comprises power supply of remote controller (27), power supply of remote controller management devices (26), remote controller micro controller unit (25), remote controller radio-frequency module (22) and remote controller antenna (21) and the button on remote controller housing part (24), LED indicating device (23);

A 32. system administration manager (30); Comprise the system administration manager power supply terminal (VAC) that is connected with external power source, the system administration manager electric power controller (36) that is connected with said power supply terminal, the system administration manager micro controller unit (35) that is connected with said system administration manager PMU (36); Said system administration manager micro controller unit (35) is also connected to system administration manager LED indicating device (33) and a system administration manager output module and a button (34), and the search operation that said button (34) is used to trigger said system administration manager is to search for corresponding remote controller; Said system administration manager LED indicating device is used to represent the mode of operation of system administration manager;

Said system administration manager electric power controller is used for the energy of external power source is provided to other each parts of remote controller; Said system administration manager radio-frequency module receives the instruction from remote controller through the system administration manager antenna, and is sent to said system administration manager micro controller unit; Said system administration manager micro controller unit is a control signal corresponding with the instruction transformation that is received, and is sent to said system administration manager output module, sends through said system administration manager output again.