The content of the invention
It is an object of the invention to provide one to exempt from cloth control line source system, and wherein this, which exempts from cloth control line source system, includesBetween at least a ultra-micro power consumption sender unit and at least a light source, the wherein wireless transmitting device of integrated optical source and ultra-micro power consumptionForm indivisible one entirety to shine with control so that this exempt from cloth control line source system not only carry it is extraordinary using the longevityThe wireless control switch of life, also eliminates purchase switch again and chisel wall paper puts the work of switch.
It is an object of the invention to provide one to exempt from cloth control line source system, and wherein this, which exempts from cloth control line source system, hasGood integrity exempts from cloth control line, is easy to use, is non-maintaining, long-life and energy-saving and environment-friendly remarkable advantage, so as to thoroughly solveThe problem of traditional electric light needs to arrange control line.
In order to realize above-mentioned at least one purpose, the present invention provides the light-source system that one exempts from cloth control line, including：At leastOne power on after generate the control switch of at least one predetermined command information, at least one burst unit, at least an execution unitAn at least light source, wherein it is described burst unit according to it is described control switch transmitting described instruction information transmitting at least once withoutLine signal, the execution unit receive the wireless signal and send at least one corresponding control information so that the light source to be controlled to completeCorresponding work, wherein after described unit battery has fired wireless signal of bursting, before the control switch disconnects, it is described to burstUnit enters power-down mode.
In another embodiment of the present invention, wherein the unit of bursting includes an at least coding module and an at least nothingLine signal emission module, wherein the coding module receives described instruction information and generates corresponding coding information, wherein describedWireless signal transmitting module receives the coding information and emits corresponding wireless signal at least once.
In another embodiment of the present invention, wherein the unit of bursting further comprises that at least one bursts control moduleAn at least electronic switch module, wherein the control module of bursting controls the off and on of the electronic switch module, fromAnd the power supply supply of control circuit.
In another embodiment of the present invention, wherein after the wireless signal transmission, it is described control switch disconnectBefore, the control module of bursting controls the electronic switch module deenergization, so that wireless signal transmission circuit entersOff-position.
In another embodiment of the present invention, wherein further comprising an at least power supply unit, wherein the controlAt least one first command information is sent while switch connection power supply processed, wherein the coding module receives the first instruction letterIt ceases and sends out corresponding first coding information, wherein wireless signal transmitting module reception first coding information is concurrentPenetrate corresponding first wireless signal at least once, wherein after first wireless signal transmission, it is described control switch resetBefore disconnection, the control module of bursting controls the electronic switch module to disconnect, and wireless signal transmission circuit is made to enter power-offState, wherein said supply unit are discharged, with unit power supply of bursting for described in, wherein the control switch is resetted and sent when disconnectingAt least one second command information is compiled wherein the coding module sends at least one corresponding second according to second command informationCode information, wherein the wireless signal transmitting module emits second wireless singal at least once according to second coding information.
In another embodiment of the present invention, wherein the execution unit receives first wireless signal and the second nothingLine signal, and the time interval of first wireless signal and the second wireless singal is judged, wherein the executionUnit exports different control information according to the different time intervals, the light source to be controlled to complete corresponding work.
In another embodiment of the present invention, wherein the wireless signal transmitting module emits the speed of the wireless signalRate is 1Kbps-2Mbps, transmission power 0.1mW-50mW, emits once the time of the wireless signal as 0.2ms-30ms,The length for the message that the wireless signal of transmitting includes is 1-48 byte, wherein the wireless signal transmitting module repeatsThe wireless signal of identical message is included described in sending.8th, a light-source system for exempting from cloth control line, which is characterized in that including at leastOne control switch and at least one is burst unit, wherein generating at least one instruction when a control switch connection at least power supplyInformation, wherein the unit of bursting emits wireless signal at least once according to described instruction information, wherein described wirelessSignal be sent after, the power supply disconnect before, the unit of bursting enters dormant state.
In another embodiment of the present invention, wherein the unit of bursting includes an at least coding module and an at least nothingLine signal emission module, wherein the coding module receives described instruction information and generates corresponding coding information, wherein describedWireless signal transmitting module receives the coding information and emits corresponding wireless signal at least once.
In another embodiment of the present invention, wherein the unit of bursting further comprises that at least one bursts control moduleAn at least electronic switch module, wherein the control switch module controls the off and on of the electronic switch module, fromAnd the power supply supply of control circuit.
In another embodiment of the present invention, the wireless signal transmitting module enters dormant state, while in circuitElectric current decline.
In another embodiment of the present invention, wherein it is described control switch connection power supply while send at least oneFirst command information, wherein the coding module receives first command information and sends out corresponding first coding information,Wherein described wireless signal transmitting module receives first coding information and emits corresponding first wireless signal at least once,After wherein described first wireless signal transmission, before the control switch reset disconnection, the control module control of burstingThe wireless signal transmitting module enters dormant state, wherein the control switch resets and at least one second instruction is sent when disconnectingInformation, the control module of bursting restart the coding module and send at least one accordingly according to second command informationSecond coding information, wherein the wireless signal transmitting module emitted according to second coding information it is second wireless at least onceSignal, wherein after the second wireless singal is sent, the control module of bursting controls the electronic switch module to close,So as to thorough deenergization.
In another embodiment of the present invention, wherein the execution unit receives first wireless signal and the second nothingLine signal, and the time interval of first wireless signal and the second wireless singal is judged, wherein the executionUnit exports different control information according to the different time intervals, the light source to be controlled to complete corresponding work.
In another embodiment of the present invention, wherein the wireless signal transmitting module emits the speed of the wireless signalRate is 1Kbps-2Mbps, transmission power 0.1mW-50mW, emits once the time of the wireless signal as 0.2ms-30ms,The length for the message that the wireless signal of transmitting includes is 1-48 byte, wherein the wireless signal transmitting module repeatsThe wireless signal of identical message is included described in sending.
Specific embodiment
It is described below to disclose the present invention so that those skilled in the art can realize the present invention.It is excellent in being described belowEmbodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following descriptionThe present invention basic principle can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the backOther technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that the present invention exposure in, term " longitudinal direction ", " transverse direction ", " on "," under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", the orientation of the instructions such as " outer " or position closeSystem is based on orientation shown in the drawings or position relationship, is for only for ease of the description present invention and simplifies description, without referring toShow or imply signified device or element there must be specific orientation, with specific azimuth configuration and operation, therefore above-mentioned artLanguage is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is noIt is understood that as the limitation to quantity.
It is the light-source system for exempting from cloth control line of first preferred embodiment according to the present invention as shown in Figures 1 to 12,The wherein light-source system for exempting from cloth control line, including：At least one power on after generate the control of at least one predetermined command informationSystem switch 10, at least one is burst unit 20, at least an execution unit 30 and an at least light source 40, wherein control switch 10, shouldBurst unit 20, the execution unit 30 and the light source 40 can be operatively attached to together, so that the light source 40 completes corresponding workMake (such as switch of the light source 40 and the stepless variable of 40 brightness of light source are adjusted), wherein the unit 20 of bursting emits at leastWireless signal, to be transferred to the execution unit 30, which sends at least one control according to the wireless signal believesThe light source 40 to be controlled to complete work accordingly, (such as switch of the light source 40 and the stepless variable of 40 brightness of light source are adjusted breathDeng), wherein after 20 battery has fired of the unit wireless signal of bursting, before control switch 10 disconnects, this burst unit 20 intoEnter power-down mode, to reduce the consumption of electric energy.
It is noted that since the power consumption of the light-source system for exempting from cloth control line is extremely low, this exempts from cloth control lineLight-source system can be driven by a micro-energy battery (voltage 1.8-12V) such as button cell, lithium ion battery and be carried out justNormal work.Certainly, which can also be driven by non-micro-energy battery and be worked normally, thisIt invents without limitation.
As shown in Fig. 2, control switch 10 includes a trigger switch 11 and one and the 11 corresponding instruction of trigger switchSwitch 12.Specifically, when the trigger switch 11 is switched on respectively with the corresponding command switch 12, the trigger switch 11 is with being somebody's turn to doPower supply 10 is connected, meanwhile, which generates a corresponding command information.It is noted that the command information also may be usedTo be generated by sensor, such as temperature sensor, humidity sensor, luminance sensor, movable sensor, shock sensor, soundSound sensor etc., the present invention are not intended to be limited in any in terms of this.
Individually refer to it will be appreciated by those skilled in the art that each control switch 10 may be embodied as oneMake button.Specifically, when operating personnel press the instruction button, which is respectively communicated with the command switch 12,To connect the power supply 10 and generate corresponding command information, reset the instruction button when operating personnel unclamp the instruction buttonWhen, the trigger switch 11 command switch 12 corresponding with this is disconnected, and instruction letter is simultaneously switched off so as to cut off the power supply 10Breath.It is noted that multiple control switches 10 can also be embodied as an individually instruction button, in addition, the control is openedPass can also be embodied as other structures, and the present invention is without limitation.
Specifically, as shown in figure 3, this is burst, unit 20 includes an at least electronic switch module 21, and at least one bursts controlModule 22, an at least coding module 23 and at least a wireless signal transmitting module 24, the wherein electronic switch module 21, this is suddenControl module 22 is sent out, the coding module 23 and the wireless signal transmitting module 24 can be operatively attached to together in the controlWirelessly moment (being less than 100ms, be preferably 1ms) completes the emission process of wireless signal simultaneously under the triggering of switch 10And after the wireless signal transmission, the power supply of itself is cut off, is disappeared with the electric energy for reducing the light-source system for exempting from cloth control lineConsumption.In addition, this is burst, unit 20 can switch 10 repeated triggers to complete preset work by the control.
Specifically, which can burst the control of control module 22 according to this, selectively close off orIt opens, so as to the supply of electric energy in control circuit.Specifically, when triggering control switch 10 to connect the power supply and generate correspondingCommand information after, which controls the electronic switch module 21 to open so that unit in circuit,Module starts to complete the generation of corresponding coding information according to the command information, sends and generated according to the coding information correspondingWireless signal and the work for being sent the wireless signal, wherein after the wireless signal transmission finishes, control switchBefore 10 reset disconnection, which controls the electronic switch module 21 to close, so as to the big radiating circuit that consumes energyInto off-position, to reduce energy consumption.
In this preferred embodiment of the present invention, which includes an electrode tube assembly 211 and an electricityComponent 22 is hindered, the wherein electrode tube assembly 211 includes one first triode 2111 and one second triode 2112, the resistor assembly212 include a first resistor 2121, a second resistance 2122 and a 3rd resistor 2123, and first triode 2111, this secondTriode 2112, the first resistor 2121, the second resistance 2122 and the arrangement mode of the 3rd resistor 2123 in a circuitAs shown in Figure 7.Wherein, first triode 2111, second triode 2112 form an electronic switching circuit, the first resistor2121, the second resistance 2122 and the 3rd resistor 2123 are respectively first triode 2111, which carriesFor an operating voltage.It will be appreciated by those skilled in the art that in another embodiment of the invention, the electronic switch mouldBlock 21 can also be embodied as other modular structures, control of control module 22 as long as the others modular structure can burst according to thisSystem cuts off the power supply before the trigger switch 11 and the command switch 12 disconnect, so that the radiating circuit part that energy consumption is largerInto the circuit module of off-position.
The module that control module 22 reduces circuit power consumption for one of bursting, wherein, which controls correlationModule within the extremely short time (be less than 100ms, be preferably 1ms) complete the transmitting work of wireless signal, and in the wireless communicationAfter number battery has fired, the electronic switch module 21 is controlled to close rapidly, the radiating circuit for making energy consumption larger enters off-position, fromAnd reduce the energy consumption of circuit.That is, after the wireless signal is sent, before the 10 reset disconnection of control switch,The control module 22 of bursting has controlled the electronic switch module 21 closing that circuit is made to enter off-position, so as to reduce to electricityThe energy consumption in source.It is noted that this is burst, control module 22 wherein should by a programme-control to be automatically performed corresponding workThe completion of work from external factor (such as external force) control.That is, the external factor (such as external force) can only startCorresponding system, the system, then by the setting of the preset program, are rapidly completed corresponding all works automatically once startingMake.Even if the external factor (such as external force) is continued for acting on control switch 10, this exempts from the light-source system of cloth control linePower supply will not be consumed, so as to reduce the consumption of electric energy, extends the service life of the power supply 10.
Specifically, which receives the command information of the command switch 12, and generates corresponding coding information.ToolBody, when the trigger switch 11 command switch 12 corresponding with this connects to connect the power supply and generates corresponding command informationAfterwards, which receives the command information that the corresponding command switch 12 is sent and generates corresponding coding information.
It will be appreciated by those skilled in the art that the coding module 23 and the control module 22 of bursting may be embodied asOne micro-control unit (MCU), as shown in figure 5, the coding module 23 and the control module 22 of bursting be embodied as independence respectivelyModule, as shown in figure 4, the present invention it is without limitation.When the coding module 23 and 22 common implementing of control module of burstingFor micro-control unit (MCU) when, the micro-control unit (MCU) by a preset program come realize the coding module 23 and shouldThe function of control module of bursting 22 or by some standard radio communications protocol such as Aluetooth, ZigAee, Z-Wave and WIFIEtc. communications protocol be stored in the micro-control unit (MCU), and pass through the wireless signal transmitting module 24 and send out corresponding agreementGive corresponding terminal device.It will be appreciated by those skilled in the art that the coding module 23 can also be embodied as otherIndependent module, is such as embodied as an individual coding circuit, and the present invention is not intended to be limited in any this.
The wireless signal transmitting module 24 receives the coding information that the coding module 23 is sent and launches corresponding wirelessSignal.It is noted that the wireless signal transmitting module 24 can be with high frequency radio wave, electromagnetic wave, light wave or infraredThe radiation pattern of line sends the wireless signal, the invention is not limited in this regard.In this preferred embodiment of the present invention, the nothingLine signal emission module 24 is embodied as a high-frequency emission chip, such as the A7319 of the BB1310 or AMIBBOM companies of TI companiesDeng.It will be appreciated by persons skilled in the art that the wireless signal transmitting module 24 can various can realize wireless signalThe radio transmitter or device of transmitting, such as amplitude shift keying circuit (ASK), FS keying circuit (FSK), phase-shift keying (PSK) circuit(PSK) etc. high frequencies radio transmitter, can be RFID radio-frequency modules, can be mobile communication module, can be bluetooth communicationThe wireless communication modules such as module, WIFI communication module, Z-Wave communication modules, ZigAee communication modules can be infraredTransmitting module such as infrared-emitting diode.I.e. as long as the wireless signal transmitting module 24 can realize the transmitting work(of the coding informationEnergy, the present invention are not so limited in this respect.It is noted that in order to reduce the data sending bit error rate and efficiently send outThe wireless signal is penetrated, the rate of the wireless signal transmitting module 24 transmitting wireless signal is 1Kbps-2Mbps, and transmission power is0.1mW-50mW is preferably 5mW, and the time of wireless signal of transmitting is 0.2ms-30ms, and wireless signal of transmitting is wrappedThe length of the message contained is 1-48 byte, is preferably 10 bytes, and wherein the wireless signal transmitting module 24 is repeatable sends bagThe wireless signal containing identical message.
It is noted that preferably, which works in 10MHZ-50GHZ, wherein this is wirelessSignal emission module 24 can emit wireless signal with single-frequency, can also be in multiple channel Frequency hopping transmissions wireless signals, thisInvention is not intended to be limited in any this.
It will be appreciated by persons skilled in the art that the modulation system of the wireless signal transmitting module 24 can be amplitude shift keyingCircuit (ASK), FS keying circuit (FSK), GFSK and OOK.In addition, the wireless signal that wireless signal transmitting module 24 emits canWith the program for being common own coding or being stored among the memory of the micro-control unit (MCU), the present invention is to thisIt is not intended to be limited in any.
It is noted that when the control module 22 of bursting is implemented to be independent module respectively with the coding module 23,Control switch 10, the control module 22 of bursting, the electronic switch module 21, the coding module 23 and the wireless signal transmissionModule 24 links together according to what mode as shown in Figure 4 can work；When burst control module 22 and the coding module 23When being embodied as a micro-control unit (MCU), the control switch 10, the electronic switch module 21, the micro-control unit (MCU) andThe wireless signal transmitting module 24 links together according to what mode as shown in Figure 6 can work.The control module in addition, this is burst22nd, the coding module 23 and the wireless signal transmitting module 24 can also be embodied as a micro-control unit (MCU), and the present invention is to thisIt is not intended to be limited in any.Specifically, the circuit diagram shown in Fig. 5 discloses a wherein circuit diagram for connection mode shown in Fig. 4, Fig. 7Shown circuit diagram discloses a wherein circuit diagram for the connection mode shown in Fig. 6.It will be appreciated by those skilled in the art thatIt is that Fig. 4 and each module shown in Fig. 6 and the connection mode of each unit can be implemented by other a variety of circuits, the present inventionIt is without limitation.It is noted that Fig. 4 shown in and Fig. 6 shown in each module each unit between the order of connection be onlyThe example of the present invention is described, for example in this preferred embodiment of the present invention, which is arranged at thisBefore coding module 23, in another embodiment of the present invention, which can also be arranged at the coding mouldAfter block 23.That is, as long as the light-source system for exempting from cloth control line can be enable to complete the reception of command information, placeIt manages and sends work and after corresponding wireless signal is sent, before the 10 reset disconnection of control switch, enter circuitPower-down state, so as to reduce to this exempt from cloth control line light-source system power supply energy consumption, the connection between each unit, moduleOrder can carry out any adjustment as needed.
It is noted that when the connecting and disconnecting of the circuit, voltage fluctuation and noise can be generated in circuit, in order to stablize the workVoltage in circuit, the type ultra micro function remote control of bursting further comprise at least one buffering capacitance 50.Such as Fig. 5 and Fig. 7 institutesShow, in this preferred embodiment of the present invention, which is arranged between control switch 10 and unit 20 of bursting.It will be appreciated by those skilled in the art that the installation position of the buffering capacitance 50 and from the limit of this preferred embodimentSystem, can be arranged as required to the other positions in circuit.
As shown in Figure 10 to Figure 12, the electricity of an electric power, the wherein input is inputted between the execution unit 30 and the light source 40Power is divided into two-way, wherein supplying work electricity of the execution unit 30 as the execution unit 30 after the rectified decompression of electric power all the waySource, so that the execution unit 30 is in continual stand-by operation state to receive being somebody's turn to do for the wireless signal transmitting module 24 transmittingWireless signal, another way electric power by the execution unit 30 control, with drive the light source 40 shine.
It is existing that using photronic wireless signal transmitting device (for example, photocell remote control), there are many to askTopic, for example, firstly, since remote control circuit power consumption is big, it is necessary to sufficiently large electric current be provided using the larger photocell of area, distantIt controls under frivolous, the beautiful development trend of device, this can not only bring the problem that remote control designs, and can also influence remote controlBeauty；Secondly as the electric current that photocell provides is smaller, at present mostly using photocell to the farad capacitor trickle of large capacityThe mode of charging energy-storing is powered, and since the capacity of Farad capacitors is big, suitable electricity, and method is unable to reach in the short timeDrawing capacitor, meeting gradually be volatilized with the extension of time, therefore the service life of farad capacitor is about 3-5, such as there are electrolyteThe end-of-life of fruit farad capacitor, just without its charging of normal direction, the service life of remote control also terminates photocell therewith；Again,Existing remote control needs the elements such as the farad capacitor of photocell and vast capacity, therefore high expensive, but uses the longevityLife is relatively short, and cost performance is not high.
It is noted that since the power consumption of the light-source system for exempting from cloth control line is extremely low, it can be by photocellIt directly drives, so as to without using the Farad capacitors energy storage of the large capacity of volatile electrolyte, physically have longer makeUse the service life.As shown in figure 8, the light-source system for exempting from cloth control line further comprises an at least energy-storage units 60, to store usuallyThe electric energy of light energy battery output uses when working for the light-source system for exempting from cloth control line.As long as that is, there is illuminationIn the case of, photocell can just charge into the energy-storage units 60, so as to which electric energy be stored, even if this exempts from cloth controlFor the light-source system of line in the case where no illumination or illumination are weaker, which can also utilize shouldElectric energy that energy-storage units 60 store when flat and normally worked.It is noted that the Capacity Ratio method due to solid capacitorIt draws capacitance much smaller, can rapidly be full of electric energy, so, in this preferred embodiment of the present invention, the energy-storage units 60It is embodied as a solid capacitor.It will be appreciated by those skilled in the art that the energy-storage units 60 can also be embodied as other kindsThe energy-storage travelling wave tube of class, the invention is not limited in this regard.
Further, since the electric current that photocell generates is fluctuation, it is therefore desirable to which supply voltage is constant required for circuitLevel.Therefore, when the light-source system for exempting from cloth control line is driven by a photocell, the ultra-micro power consumption signal transmitting beard thatA paper further comprise a constant pressure unit 70 with the voltage constant of power supply in the required level of circuit.In this of the present inventionIn preferred embodiment, which is a DC-DC circuit, and the voltage of output can the constant free voltage in 1.2-5VValue.
It is noted that since the power consumption of the light-source system for exempting from cloth control line is extremely low, so it can be by with areaSmaller photocell driving, this not only lowers the design difficulties of the light-source system for exempting from cloth control line, and it is beautiful to also enhance it.
It will be appreciated by those skilled in the art that the positive and negative of the light-source system for exempting from cloth control line can respectively be setOne photocell in this way, no matter how the light-source system for exempting from cloth control line is placed, can obtain illumination, so as to which luminous energy be convertedFor electric energy.In another preferred embodiment of the invention, the surrounding of the light-source system for exempting from cloth control line can also set thisPhotocell, the present invention do not do any restrictions to the photronic installation position.
It will be appreciated by those skilled in the art that when in the magnetic field that coil is in an alternation, it can be in closureGenerate induced current in coil, for example the coil of a closed circuit is set in around the conductor that electric current flows through or oneThe coil of closed circuit is placed in electromagnetic field of high frequency, and wink is placed in the coil for receiving frequency electromagnetic waves or a closed circuitBetween small electric energy not of uniform size can be generated in coil of closed circuit etc. in the magnetic field that is mutated or by magnetic line of force disturbance.It, can be by the small electric pulsed drive of a coil-induced generation since the light-source system energy consumption for exempting from cloth control line is extremely lowIt works.
As shown in figure 9, the light-source system for exempting from cloth control line can also be worked by an impulse type power drives.It is worthOne is mentioned that, since the small electric energy is so that existing for impulse form interval, the stability of power supply depends on electric power systemPerformance and the distance of transmission.Therefore, when the small electric pulse is powered for the unit 20 of bursting, which obtains electricityCan commence work without delay, and within the extremely short time in such as 100ms (such as within 30ms) rapidly corresponding wirelessSignal is sent.If the time of electric pulse power supply is longer, which completes the transmitting work of wireless signalAfterwards, immediately automatically into power failure state so as to reduce the average power consumption of the ultra-micro power consumption wireless signal transmitting device 100, ifThe power-on time of the electric pulse is shorter, can adjust the parameter of the unit of bursting, and such as adjusts the transmission of wireless signal transmitting moduleThe length of wireless signal, the emission rate of wireless signal transmitting module, transmission power, the time etc. for emitting a wireless signalParameter so that this is burst unit 20 the electric pulse disappear before complete wireless signal transmitting work.Its structure diagram is such asShown in Fig. 9.It is noted that the electric pulse input terminal inputs various small pulse electric energies, either when continuing one sectionBetween as 0.5ms-500ms or moment generate, the present invention is not intended to be limited in any in terms of this, preferably geoelectric pulseTime existing for maintenance is between 0.5ms-30ms.
It is noted that preset command information can also be triggered according to the polarity of the electric pulse of input, for example,When input is positive pulse, which triggers the coding module 23 and generates corresponding coding information, and it is wireless to pass through thisSignal emission module 24 launches corresponding wireless signal；And when input is negative pulse, which triggers the codingModule 23 generates other corresponding coding informations, and passes through the wireless signal transmitting module 24 and launch corresponding wireless communicationNumber.
It should be understood by those skilled in the art that foregoing description and attached the embodiment of the present invention shown in figure are only used as illustratingAnd it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.The function and structural principle of the present invention existsIt shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Shown in Figure 13, which further comprises an at least power supply unit 50A.Specifically, shouldControl switch 10 powers on, while sends out at least one first command information, and wherein the coding module 23 receives first fingerIt makes information and sends out corresponding first coding information, wherein the wireless signal transmitting module 24 receives first coding information simultaneouslyEmit corresponding first wireless signal at least once, wherein after first wireless signal transmission, the control module of bursting22 control the electronic switch module 21 to close, so that the larger radiating circuit that consumes energy enters off-position.It is switched in the controlBefore 10 reset disconnection, power supply unit 40A discharges to provide an electric energy for the unit 20 of bursting, when control switch 10 resetsDuring disconnection, at least one second command information is sent out, the wherein coding module 23 receives second command information and sends out phaseThe second coding information answered, the wherein wireless signal transmitting module receive second coding information and emit the second nothing at least onceLine signal.
It is noted that after the execution unit 30 receives first wireless signal and the second wireless singal, to thisTime interval between one wireless signal and the second wireless singal is judged, and exports difference according to different time intervalsControl information the light source 40 to be controlled to complete to work accordingly, such as opening and closing of the light source 40,40 brightness of light sourceStepless variable adjust and the adjusting etc. of 40 color of light source.If for example, first wireless signal and the second wireless singalBetween time interval be less than or equal to time t (such as 0.5s), the execution unit 30 control the light source 40 complete single instructionWork is for example, the brightness of the light source 40 increases the brightness of level-one；If between first wireless signal and the second wireless singalTime interval be more than time t (such as 0.5 second), should execution unit 30 control the light source 40 complete continuous variable work, such asThe brightness of the light source 40 continuously increases.
Invention further discloses a variant embodiment of the light-source system for exempting from cloth control line of above preferred embodiment, whereinThe control module 22 of bursting controls the wireless signal transmitting module 24 (to be less than 100ms, be preferably 1ms) within the extremely short timeThe transmitting work of wireless signal is completed, and after the wireless signal transmission, the wireless signal transmitting module 24 is controlled to enterDormant state (for example the operating current of entire circuit drops to the 1mA of power save mode from emission state 20mA at this time), wherein, it shouldControl module of bursting 22 controls electronic switch module 21B after control switch 10 disconnects still in conducting state.Specifically,Control switch 10 powers on, while sends out at least one first command information, wherein the coding module 23 receive this firstCommand information simultaneously sends out corresponding first coding information, and wherein the wireless signal transmitting module 24 receives first coding informationAnd emit corresponding first wireless signal at least once, wherein after first wireless signal transmission, the control mould of burstingBlock 22 controls the wireless signal transmitting module 24, and into dormant state, the wherein control module 22 of bursting controls the electronic switch mouldBlock 21B is after control switch 10 is resetted and disconnected still in conducting state.When control switch 10, which resets, to be disconnected, send outAt least one second command information, the wherein control module 22 of bursting restart the coding module 23 and receive second command informationAnd corresponding second coding information is sent out, wherein the wireless signal transmitting module 24 receives second coding information and is concurrently incident uponA few second wireless singal, after wherein the second wireless singal is sent, which controls the electronic cuttingIt closes module 21B to close, so as to thoroughly cut off the supply of the power supply of the circuit.
In this preferred embodiment of the present invention, as shown in figure 14, electronic switch module 21B includes a triode groupA part 211B and resistor assembly 212B, wherein triode component 211B include one first triode 2111B and one the 2nd 3 polePipe 2112B, resistor assembly 212B include a first resistor 2121B, a second resistance 2122B, a 3rd resistor 2123B and one4th resistance 2124B, wherein, first triode 2111B, second triode 2112B, first resistor 2121B, thisTwo resistance 2122B, 3rd resistor 2123B and the 4th resistance 2124B are arranged in the way of shown in Figure 14 in circuit.ItsIn, first resistor 2121B, second resistance 2122B, 3rd resistor 2123B and the 4th resistance 2124B for this firstTriode 2111B and second triode 2112B provides operating voltage.Specifically, when connecting control switch 10, phase therewithThe cathode of diode 70B even and the cathode of power supply are connected, and the grid of the first triode 2111B are made to become low level, so as to leadLead to the first triode 2111B to power for circuit.The control module 24 of bursting makes I/O-V mouthfuls of one high level of output, make thisTwo triode 2112B are turned on, and after control switch 10, which resets, to be disconnected, second triode 2112B still can make the one or threePole pipe 2111B is tended to remain on.When control switch 10, which resets, to be disconnected, I/O-a mouthfuls are made to become high level, the control of burstingMolding block 22 restarts the coding module 23 and sends out corresponding second coding information, wherein the wireless signal transmitting module 24It receives second coding information and launches corresponding second wireless singal at least once.It is noted that second codingAfter information is sent, which will export low level at I/O-V mouthfuls, end the second triode 2112B, shouldThe cut-off of second triode 2112B is simultaneously so that first triode 2111B is also switched off, so that the electronic switch module 21 is thoroughBottom is closed.At this point, entire circuit will enter off-position.It is noted that triode group of electronic switch module 21BThe first triode 2111B of part 211B is under the high level effect of the first resistor 2121B of resistor assembly 212BOne cut-off state, therefore, each unit, module after electronic switch module 21B are in off-position.The technology of this fieldThe circuit diagram that personnel are understandable that shown in Figure 14 is only a wherein circuit diagram for this preferred embodiment, this is preferably implementedExample can also realize that the present invention is not intended to be limited in any this by other circuit diagrams.
It will be appreciated by those skilled in the art that the execution unit 30 receives first wireless signal and second nothingAfter line signal, the time interval between first wireless signal and the second wireless singal is judged, and according to differentTime interval exports different control information so that the light source 40 to be controlled to complete to work accordingly, for example the light source 40 beats on and offIt closes, stepless variable adjusting and the adjusting of 40 color of light source of 40 brightness of light source etc..If for example, first wireless signalTime interval between the second wireless singal is less than or equal to time t (such as 0.5s), which controls the lightSingle instruction works are completed in source 40 for example, the brightness of the light source 40 increases the brightness of level-one；If first wireless signal and shouldTime interval between second wireless singal is more than time t (such as 0.5 second), in execution unit 30 light source 40 should be controlled to complete to connectContinuous variable work, such as the brightness of the light source 40 continuously increase.
It should be understood by those skilled in the art that foregoing description and attached the embodiment of the present invention shown in figure are only used as illustratingAnd it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.The function and structural principle of the present invention existsIt shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.