CN207397468U

CN207397468U - Ultra-micro power consumption sender unit

Info

Publication number: CN207397468U
Application number: CN201720616670.5U
Authority: CN
Inventors: 刘远芳; 廖旺宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-05-27
Filing date: 2017-05-27
Publication date: 2018-05-22
Anticipated expiration: 2027-05-27

Abstract

Ultra-micro power consumption wireless signal transmitting device includes：At least one bursts unit and at least one unit of bursting for described in provides the power supply of electric energy, wherein when the power supply bursts unit power supply to this, the unit of bursting completes the transmitting work of wireless signal at least once within the time less than 30 milliseconds, wherein after the wireless signal is sent, which enters power failure state.

Description

Ultra-micro power consumption sender unit

Technical field

The utility model is related to a sender unit more particularly to a ultra-micro power consumption sender unit and its applications. The ultra-micro power consumption sender unit has one to burst unit, which can control an electronic cutting before power supply disconnects It closes module to cut off the power, so as to reduce idling consumption, to extend the service life of power supply.

Background technology

Sender unit such as remote controler are widely used in life, the television set in household electrical appliance, air-conditioning, sound equipment with And the electric car in the vehicles, the key of motorcycle and automobile etc. is useful for Digiplex.But Digiplex Battery is all very short, generally will replace one-shot battery at 3 months to 2 years, and frequently replace battery it is both uneconomical or Not environmentally.Old and useless battery not only generates harmful effect to environment, brings inconvenience to life, can also cause to design remote controller structure Limitation.For example the appearance of many Digiplexs and size are intended to the size in view of battery and replacement now.Particularly exist Under the small size and lightening trend of remote controler design at present, the space of battery position and the replacement of battery need as its structure design The outstanding problem to be considered.

At present, many remote controlers is realize the lightening design for aesthetic of its small size, using small cell or button cell, This results in its battery capacity to reduce.In addition, the replacement design of battery is relatively cumbersome, certain change has been carried out although designing it Into, but its work average power consumption is not improved accordingly so that the battery of remote controler does not obtain Improve even lower.Current remote controler energy consumption mainly includes the following aspects：1, signal transmitting energy consumption, existing remote controler work( Consume larger, the energy that consumes is excessive during per task, and operating current of the usual remote controler when emit signal is sent out in 30-60mA The duration of signal is penetrated about in 0.5S-1S；2, standby-state energy consumption, existing remote controler uses sleep side when standby mostly Formula, is not fully disconnected power supply, and the circuit also standby current with microampere order consumes, for a long time from the point of view of, can also make the energy content of battery It reduces；3, battery itself energy consumption, common batteries can cause the energy of battery mostly in 1-2 due to the characteristics of self-discharge current is big Inside it is exhausted.It can be seen that on the one hand on the other hand the service life for improving remote controller battery is the capacity of raising battery Then it is the average power consumption for reducing remote controler.

For improving the capacity of battery, occurs the remote control of the solar cell for supplying power of sustainable charging currently on the market Device.Since the transmitting power consumption of existing remote control circuitry is larger, and the efficiency of solar cell photoelectric conversion is low, electric current is small, therefore The solar cell that area must be used larger.In addition, the battery needs that remote control under by the good situation of illumination, could be being maintained The normal work of device, this just makes it using being restricted significantly be subject to environment, especially in the more countries and regions of rainy weather. Electric current is about in 30-60mA when general remote controler work, if being directly driven with solar cell, in the best feelings of illuminance Need the silicon photocell of one piece of 75mm*75mm area that can just generate the peak point current of about 50mA under condition.This battery, not only volume It is very large, and the electric current that environment and the weaker environment of illumination can provide indoors is very small, it is difficult to remote controler is maintained to work normally. And if can not only increase product cost using greater area of solar cell, while the beauty that can also influence remote controler is set Meter.Power consumption is big when therefore in practical applications, due to the circuit work of the existing remote controler using solar cell, solar energy The electric current that battery generates cannot directly drive remote controler, it is necessary to charge in advance to the farad capacitor of large capacity, when being charged to It could meet during certain electricity and power to remote control circuit, but the service life of this farad capacitor general 3-5, which limits The service life of the existing remote controler using solar cell.In addition, the remote controler of existing solar energy is to light environment requirement Harshness, illuminance is slightly inadequate, just can not work normally, and Experience Degree is poor, and industrial applicibility is not strong.

The light source of the prior art such as LED light, incandescent lamp, energy-saving lamp are all to need to arrange wired open during installation Close what is controlled.In a set of room, it usually needs a cable switch more than pre-buried ten, it is necessary on wall raggle connect up, very Time-intensive, expensive, efficiency is also very low；And traditional wire switch just can not flexibly change position once installing, from And the inconvenience of user can be caused.Electric light needs cloth control line and buries switch on wall, this is electric light utility model so far 100 It never thoroughly solves the problems, such as many years.All the time, lamp and the control switch industry that be belonging respectively to two different, product It is merged there is no very proper.

Although some present lamps and lanterns are also equipped with remote control control, the function of remote control can be realized, come to a certain extent It says also without wiring, but the mode of existing remote control control lamps and lanterns is a kind of supplement application side of interim transition in living Formula can not really substitute the effect of wired switch on wall, therefore cannot extensive use under construction.It is to find out its cause, existing distant It is short to control device service life, poor reliability；Cable switch is even more long for 12 years or more usually using the time, and the battery of remote controler is but It can only use 3-36 months, for the various aspects such as economy, reliability, durability and psychological application of user, existing skill In art, there are no the technical solutions that can thoroughly solve electric light and exempt from cloth control line.

The content of the invention

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can save significantly on power consumption, can be grown so as to fulfill the ultra-micro power consumption recoil simulator in the case where being changed without battery Time service reaches and saves money, reduces maintenance and energy-saving and environment-friendly purpose.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can after preset coding information is sent, control switch cutoff power supply before, cut off to one energy consumption compared with The electric energy supply of big radiating circuit, to reach the technique effect for saving electric energy.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can make the electric current in circuit after preset coding information is sent, before control switch cutoff power supply Power save mode is reduced to from working condition, to reach the technique effect for saving electric energy.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The power consumption of emitter is smaller, can utilize a micro-energy battery that can work normally.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The power consumption of emitter is smaller, can be worked using the smaller light energy battery of area.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, and wherein photocell power supply can be with Be arranged at the tow sides of the ultra-micro power consumption sender unit, in this way, no matter the ultra-micro power consumption sender unit no matter why Sample placement can all receive illumination, so as to convert light energy into electric energy.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, including a storage capacitor, The electric energy of supplied by photoelectric cell conversion can be stored, for the use of the work of the ultra-micro power consumption sender unit.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein weaker in intensity of illumination Or in certain time without illumination in the case of, which can also normal use.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can send two according to the coding informations different twice pressed and reset action generation twice of control switch Secondary corresponding wireless signal.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can realize the adjusting of stepless variable.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, further comprises a constant pressure Element, with the stabilization of voltage in holding circuit.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can be realized stepless according to the coding informations different twice pressed and reset action generation twice of control switch The adjusting of variable.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein in the nothing of coding information During grade variable is adjusted, after the first wireless signal is sent, the radiating circuit of the ultra-micro power consumption sender unit into Enter dormant state, to reduce the electric current in circuit, so as to reduce power consumption.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein further comprising prolonging When capacitance, which provides an electric energy to send second of coding information for the circuit.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The wireless signal transmission unit of emitter sends the data of one group of 1-48 byte, saves significantly on energy.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The transmission speed of the wireless signal transmission unit of emitter is 1Kbps-2mBbps, quickly to finish data sending, is saved Electric energy.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The tranmitting frequency of the wireless signal transmission unit of emitter is arranged between 10MHZ-10GHZ, to obtain good transmission distance From,

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The tranmitting frequency of the wireless signal transmission unit of emitter is arranged to more than 1GHZ, with higher transmission bandwidth, so as to The launch time for alloing data is shorter.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The power setting of the wireless signal transmission unit of emitter is 0.1mW-50mW, so that the ultra-micro power consumption sender unit has There is certain command range, but be not easy to disturb miscellaneous equipment.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The frame data used time that the wireless signal transmission unit of emitter is sent most preferably saves electricity for 0.2mS-30mS to realize Effect.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal The coding information of the transmission of emitter can be sent repeatedly, to strengthen the accuracy of coding information transmission, be sent so as to reduce The bit error rate of process.

One of the utility model is designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal Emitter can be applied to art of keypads, wireless switching field, Lighting control field, smart home field, appliance remote control neck Domain, Mechanical course field, wireless doorbell, the lamps and lanterns of wireless control, the electrically driven curtain of wireless control, air-conditioning, electric clothes airing machine, bath Remote-control key and Wireless Keyboard of the wireless remote control of the products such as despot, television set, sound equipment, electric car, motorcycle, automobile etc. etc. Field.

One of the utility model is designed to provide a controlled electric appliance, and wherein the controlled electric appliance can receive at least one control System instruction, and corresponding work is completed according to the control instruction.

One of the utility model is designed to provide a controlled electric appliance, and wherein the controlled electric appliance can interpolate that signal twice Interval time, and corresponding work is completed according to different interval time.

One of the utility model is designed to provide a controlled electric appliance, and the wherein controlled electric appliance can realize the nothing of variable Grade is adjusted.

One of the utility model is designed to provide an integrated optical source, wherein the electric power for integrated optical source input is divided into Two-way, wherein working power of at least execution unit as the execution unit is supplied after the rectified decompression of electric power all the way, so that The execution unit is in continual stand-by operation state；Another way electric power is controlled by the execution unit, with driving at least one Light source luminescent.

One of the utility model is designed to provide an integrated optical source, and the integrated optical source is concentrated to can interpolate that two secondary controls The interval time of instruction, and corresponding work is completed according to different interval times.

One of the utility model is designed to provide a remote control electrical appliance system, and wherein the remote control electrical appliance system is included at least One ultra-micro power consumption sender unit and at least one controlled electric appliance.

The purpose of this utility model is to provide at least one to exempt from cloth control line source system, and wherein this exempts from cloth control line source System includes at least a ultra-micro power consumption sender unit and at least a light source, and wherein integrated optical source is wirelessly transmitted with ultra-micro power consumption Formed between device indivisible one shine with control entirety so that this exempt from cloth control line source system not only carry it is super The wireless control switch of normal service life, also eliminates purchase switch again and chisel wall paper puts the work of switch.

Originally peddle you be designed to provide a ultra-micro power consumption sender unit, wherein the ultra-micro power consumption signal emit Device can be powered by an electric pulse.

The purpose of this utility model is to provide at least one to exempt from cloth control line source system, and wherein this exempts from cloth control line source System has good 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 solve the problems, such as that traditional electric light needs to arrange control line.

According to the utility model, for an at least purpose more than reaching, the utility model provides ultra-micro power consumption signal transmitting Device, including：At least one power on after generate the control switch and at least one of at least one predetermined command information and burst list Member, wherein it is described burst unit and it is described control switch can be operatively attached to together with complete the reception of command information, processing With transmission work and after corresponding wireless signal is sent, before the control switch reset disconnection, the list of bursting Member is into power-down mode, to reduce the power consumption of power supply.

In another embodiment, wherein the control switch includes an at least command switch and an at least trigger switch, Wherein when the control switch is closed, the trigger switch connects an at least power supply, while described in described instruction switch generates Command information.

In another embodiment, wherein the unit of bursting further comprises an at least coding module and at least one wirelessly Signal emission module, wherein the coding module and the wireless signal transmitting module can be operatively attached to together so that described Coding module receives the described instruction information that the control switch is sent and sends out corresponding coding information, and described wireless Signal emission module is received the coding information and is launched corresponding wireless signal in the form of wireless.

In another embodiment, wherein the rate of wireless signal transmitting module transmitting wireless signal is 1Kbps- 2Mbps, transmission power 0.1mW-50mW, the time of wireless signal of transmitting for 0.2mS-30mS, transmitting it is described wireless The length of signal is 1-48 byte.

In another embodiment, wherein the unit of bursting further comprises an at least electronic switch module, wherein institute Electronic switch module is stated by opening and closing, to adjust the supply of the power supply of the circuit.

In another embodiment, wherein the unit of bursting further comprises that at least one bursts control module, wherein institute State the opening and closing that control module of bursting controls the electronic switch module.

In another embodiment, wherein described burst control module and the coding module is embodied as a microcontroller list Member.

In another embodiment, wherein the control module of bursting, the coding module and the wireless signal transmission Module is embodied as a micro-control unit.

In another embodiment, an at least power supply unit is further comprised, wherein said supply unit is in the electronics After switch module is closed, an electric energy is provided to trigger the wireless signal transmission again when the control switch is resetted and disconnected Module sends wireless signal at least once.

In another embodiment, the micro-energy power supply that an at least voltage value is 0.9V-12V is further comprised to provide electricity Energy.

In another embodiment, further comprise that at least one converts light energy into the light energy power supply of electric energy to provide electricity Can,.

In another embodiment, a wireless charging power supply is further comprised, wherein the wireless charging power supply is reception Conductor magneto-electric energy be converted into electric energy or the energy of the radio wave of reception be converted to electric energy.

In another embodiment, wherein further comprising an at least constant pressure unit with the voltage in stabilizing circuit in circuit The size needed.

One wireless signal transmitting method, comprises the following steps：

(a) power on and generate at least one preset command information；

(b) at least one unit of bursting obtains electric energy, and described instruction information is received, wherein in the time no more than 100mS It is interior to send corresponding wireless signal at least once；

(c) after the wireless signal is sent, before power supply disconnection, the unit triggers circuit entrance of bursting Power-down mode；With

(d) physics disconnects the power supply.

In another embodiment, wherein the step (a) further comprises：At least one control switch of conducting, wherein institute Power supply described in control switch connection is stated, and is simultaneously emitted by described instruction information.

In another embodiment, wherein the step (a) further comprises：The control switchs of short duration conducting, wherein ON time is 0.1S-10S.

In another embodiment, wherein the step (a) further comprises：The power supply is can to convert light energy into The photoelectricity source battery of electric energy, wherein the photoelectric source battery is stored in electric energy in an at least energy-storage units.

In another embodiment, wherein the step (a) further comprises：The power supply is a wireless charging power supply, The conductor magneto-electric energy of reception is converted into electric energy or the energy of the radio wave of reception is converted by wherein described wireless charging power supply For electric energy.

In another embodiment, wherein the step (b) further comprises：Open an at least electronic switch module so that The unit of bursting obtains electric energy, wherein an at least coding module for the unit of bursting connects within the time no more than 100mS It receives described instruction information and sends out corresponding coding information and an at least wireless signal transmitting module for the unit of bursting It receives the coding information and emits corresponding wireless signal at least once.

In another embodiment, wherein the step (c) further comprises：The wireless signal be sent after, It is described control switch reset disconnect before, at least the one of the unit of bursting burst control module control an at least electronic switch mould Block is closed, so that circuit enters power-down mode.

In another embodiment, wherein the step (d) further comprises：The wireless signal is received and completes phase The work answered, wherein physics disconnect the power supply.

In another embodiment, at least execution unit in holding state receives the wireless signal, and exports Corresponding control information, wherein at least a terminal device receive the control information and make corresponding control action.

In another embodiment, an electric power is inputted, wherein it is respectively an at least execution unit that the electric power, which is divided into two-way, An at least light source power supply, wherein the execution unit is in holding state after obtaining power supply, wherein the execution unit It receives the wireless signal and exports corresponding control information, wherein the light source receives the control information and completes corresponding Work.

In another embodiment, wherein the execution unit controlled by controlling the power supply in the light source circuit it is described Light source completes corresponding work.

In another embodiment, wherein further comprising a step (e)：It is permanent by least one after the power supply is connected Pressure unit stablizes the voltage of the circuit.

In another embodiment, wherein emitting the wireless signal by the form of frequency electromagnetic waves or light wave.

One wireless signal transmitting method, comprises the following steps：

(a) power on and generate at least one the first preset command information；

(b) at least one burst unit obtain electric energy, wherein receive first command information and no more than 100mS when It is interior to emit corresponding first wireless signal at least once；

(c) after first wireless signal transmission finishes, before power supply disconnection, residing unit triggers circuit of bursting Into power-down state；

(d) physics disconnects the power supply and concurrently sends out the second command information at least once；

(e) an at least power supply unit discharges to provide electric energy；With

(f) unit of bursting receives second command information and emits corresponding second wireless singal at least once, Wherein whole circuits enter power-down mode.

In another embodiment, at least one control switch of conducting, wherein power supply described in the control switch connection, and it is same When send out described instruction information.

In another embodiment, the control switchs of short duration conducting, and wherein ON time is 0.1S-10S.

In another embodiment, the power supply can convert light energy into the photoelectricity source battery of electric energy, wherein the light Power-supply battery is stored in electric energy in an at least energy-storage units.

In another embodiment, the power supply is a wireless charging power supply, wherein the wireless charging power supply is reception Conductor magneto-electric energy be converted into electric energy or the collection of the energy of radio wave be converted to electric energy.

In another embodiment, an at least electronic switch module is first switched on so that the unit of bursting obtains electricity Can, wherein within the time no more than 100mS, at least coding module reception described instruction information of the unit of bursting is concurrent At least wireless signal transmitting module for sending out corresponding coding information and the unit of bursting receives the coding information simultaneously Launch corresponding first wireless signal.

In another embodiment, wherein the rate of wireless signal transmitting module transmitting wireless signal is 1Kbps- 2Mbps, transmission power 0.1mW-50mW, the time of wireless signal of transmitting for 0.2ms-30ms, transmitting it is described wireless The length of signal is 1-48 byte, wherein the wireless signal can be with repeat its transmission.

In another embodiment, after the wireless signal is sent, before the control switch reset disconnection, institute Stating at least the one of unit of bursting control module of bursting controls the electronic switch module to close, so that circuit enters power-down mode.

In another embodiment, an at least power supply unit discharges, wherein the unit of bursting obtains electric energy wherein again The control module of bursting of the unit of bursting controls second of opening of the electronic switch module.

In another embodiment, the coding module receives second command information and sends out corresponding second and compiles Code information, wherein the wireless signal transmitting module receives second coding information and launches corresponding second wireless communication Number.

In another embodiment, first wireless signal and the second wireless singal are received and complete corresponding Work, wherein physics disconnects the power supply.

In another embodiment, at least execution unit in holding state receives first wireless signal and institute Second wireless singal is stated, wherein the execution unit is to the time interval between first wireless signal and second wireless singal Judged, wherein different control information is exported according to different time intervals, wherein the terminal device receives the control Information processed simultaneously makes corresponding control action.

In another embodiment, an electric power is inputted, wherein it is respectively an at least execution unit that the electric power, which is divided into two-way, An at least light source power supply, wherein the execution unit is in holding state after obtaining power supply, wherein the execution unit First wireless signal and the second wireless singal are received, wherein the execution unit is to first wireless signal and Time interval between two wireless signals is judged, wherein different control information is exported according to different time intervals, Described in terminal device receive the control information and make corresponding control action.

In another embodiment, after the power supply is connected, the voltage of the circuit is stablized by an at least constant pressure unit.

In another embodiment, wherein emitting first wireless signal by the form of frequency electromagnetic waves or light wave With the second wireless singal.

One wireless signal transmitting method, comprises the following steps：

(a) connect an at least power supply and generate at least one the first preset command information；

(b) unit of bursting obtains electric energy, and receives first command information, wherein no more than 100mS when It is interior to emit corresponding first wireless signal at least once；

(c) before the power supply disconnects, after first wireless signal is sent, the unit of bursting is into energy saving State；

(d) unit of bursting recovers from power save mode to working condition；

(e) at least one second command information is concurrently sent out in the power supply disconnection；With

(f) receive second command information and emit corresponding second wireless singal at least once, wherein whole circuits Into power-down mode.

In another embodiment, at least one control switch of conducting, wherein power supply described in the control switch connection, and it is same When transmission at the command information.

In another embodiment, wherein the control switch includes an at least command switch and an at least trigger switch, Wherein when the control switch is closed, the trigger switch connects the power supply, while described instruction switch generates the finger Make information.

In another embodiment, wherein the step (a) further comprises：The control switchs of short duration conducting, wherein ON time is 0.3S-10S.

In another embodiment, wherein the step (b) further comprises：Open an at least electronic switch module so that The unit of bursting obtains electric energy, wherein an at least coding module for the unit of bursting connects within the time no more than 100mS It receives described instruction information and sends out corresponding coding information and an at least wireless signal transmitting module for the unit of bursting It receives the coding information and emits corresponding first wireless signal at least once.

In another embodiment, wherein the wireless signal transmitting module emits first wireless signal and described the The rate of two wireless signals be 1Kbps-2Mbps, transmission power 0.1mW-50mW, transmitting once first wireless signal and The time of second wireless singal is 0.2ms-30ms, first wireless signal of transmitting and the length of the second wireless singal For 1-48 byte.

In another embodiment, wherein the step (e) further comprises：The control switch, which resets, to be disconnected and sends At least one second command information is again started up the coding module with control module of bursting described in triggering and sends corresponding second volume Code information, wherein the wireless signal transmitting module receives second coding information and emits corresponding second nothing at least once Line signal.

In another embodiment, wherein the step (f) further comprises：The second wireless singal is sent Afterwards, the control module of bursting controls the electronic switch module thoroughly to close, so that circuit enters off-position.

In another embodiment, wherein the step (f) further comprises：First wireless signal and described second Wireless signal is received and completes to work accordingly.

In another embodiment, wherein the step (f) further comprises：At least one in holding state performs list Member receives first wireless signal and the second wireless singal, wherein the execution unit to first wireless signal and Time interval between second wireless singal is judged, wherein different control information is exported according to different time intervals, Wherein described terminal device receives the control information and makes corresponding control action.

In another embodiment, wherein the step (f) further comprises：An electric power is inputted, wherein the electric power point It is respectively an at least execution unit and an at least light source power supply for two-way, wherein the execution unit is in after obtaining power supply Holding state, wherein the execution unit receives first wireless signal and the second wireless singal, wherein the execution Unit judges the time interval between first wireless signal and second wireless singal, wherein according to the different time Interval exports different control information, wherein the terminal device receives the control information and makes corresponding control action.

In another embodiment, wherein further comprising a step (g)：It is permanent by least one after the power supply is connected Pressure unit stablizes the voltage of the circuit.

One remote control electrical appliance system, including an at least ultra-micro power consumption sender unit, an at least execution unit and at least One terminal device, wherein the execution unit receives the wireless communication at least once of the ultra-micro power consumption sender unit transmitting Number, and the wireless signal is sent to the execution unit, the execution unit to be controlled to complete corresponding work.

In another embodiment, wherein the terminal device is an at least light source, wherein the execution unit passes through control The electric power of the circuit of light sources is made the light source to be controlled to complete corresponding work.

One ultra-micro power consumption sender unit, including：At least one bursts unit and an at least power input, wherein when During the power input input power, the unit of bursting completes wireless signal at least once within the time less than 30 milliseconds Transmitting work, wherein after the wireless signal is sent, the unit of bursting enters power failure state, average so as to reduce Power consumption.

In another embodiment, wherein the power input inputs an at least electric pulse, wherein the electric pulse is held The continuous time is 0.5-30 milliseconds.

In another embodiment, wherein when input is positive pulse, the unit transmitting of bursting is corresponding at least once Wireless signal, when input is negative pulse, unit transmitting other corresponding wireless signals at least once of bursting.

In another embodiment, including an at least command information end, wherein described instruction information terminal is preset at least One command information completes the transmitting work of wireless signal at least once to burst unit described in control within the time less than 30 milliseconds Make.

In another embodiment, wherein the unit of bursting further comprises an at least coding module and at least one wirelessly Signal emission module is preset corresponding in the coding module described in cell call of bursting wherein when input is positive pulse Coding information and pass through wireless signal transmitting module and launch corresponding wireless signal, it is described when input is negative pulse Other preset corresponding coding informations and pass through wireless signal transmitting module in cell call of bursting coding module and launch it His corresponding wireless signal.

In another embodiment, wherein the unit of bursting further comprises an at least coding module and at least one wirelessly Signal emission module, wherein the described instruction information that the coding module is sent according to described instruction information terminal generates corresponding compile Code information, wherein the wireless signal transmitting module receives the coding information and emits corresponding wireless signal at least once.

In another embodiment, wherein the time of the pulse duration inputted is longer than the transmitting of the wireless signal Time, wherein it is described burst unit after the wireless signal transmission immediately automatically into power failure state.

In another embodiment, wherein being finished when the time of the electric pulse of input is shorter than the wireless signal transmission Time when, the parameter for unit of bursting described in adjustment so that the launch time of the wireless signal be shorter than the electric arteries and veins inputted The duration of punching, wherein it is described burst unit after the wireless signal transmission immediately automatically into power failure state.

In another embodiment, wherein the wireless signal transmitting module for unit of selectively bursting described in adjustment One or more of emission rate, transmission power, the time of wireless signal of transmitting or length of wireless signal of transmission, So that the launch time of the wireless signal is shorter than the duration of the electric pulse inputted.

In another embodiment, the command information of wherein described instruction information terminal is generated by sensor.

In another embodiment, wherein the sensor is temperature sensor, humidity sensor, luminance sensor, shifting One kind in dynamic sensor, shock sensor, sound transducer.

In another embodiment, wherein the wireless signal transmitting module emits the wireless communication by single-frequency Number.

In another embodiment, wherein the wireless signal transmitting module is in wireless communication described in multiple channel Frequency hopping transmissions Number.

Description of the drawings

The frame for a ultra-micro power consumption sender unit of a preferred embodiment of the utility model is illustrated as shown in Figure 1 Figure.

It is illustrated in figure 2 the block schematic illustration of a control switch of the above preferred embodiment of the utility model.

It is illustrated in figure 3 the one of the above preferred embodiment of the utility model block schematic illustration for bursting unit.

It is illustrated in figure 4 the module of the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model Figure.

It is illustrated in figure 5 the circuit of the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model Figure.

The frame for being illustrated in figure 6 the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model shows It is intended to.

It is illustrated in figure 7 the circuit of the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model Figure.

It is illustrated in figure 8 the circuit of the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model Figure.

The frame for being illustrated in figure 9 the ultra-micro power consumption sender unit of the above preferred embodiment of the utility model shows It is intended to.

The ultra-micro power consumption sender unit for the above preferred embodiment of the utility model emits nothing as described in Figure 10 The logic chart of line signal process.

The ultra-micro power consumption sender unit for the above preferred embodiment of the utility model emits nothing as described in Figure 11 The logic chart of line signal process.

The ultra-micro power consumption sender unit for the above preferred embodiment of the utility model emits nothing as described in Figure 12 The logic chart of line signal process.

The ultra-micro power consumption sender unit transmitting for the above preferred embodiment of the utility model is believed as shown in figure 13 The contrast schematic diagram of time used in time used in number and the transmitting of existing remote controler.

It is the block schematic illustration of a controlled electric appliance of a preferred embodiment of the utility model as shown in figure 14.

It is the module map of the controlled electric appliance of the above preferred embodiment of the utility model as shown in figure 15.

The controlled electric appliance for the above preferred embodiment of the utility model emits the logic of wireless signal as shown in figure 16 Figure.

It is the frame of the integrated optical source of a variant embodiment of the above preferred embodiment of the utility model as shown in figure 17 Schematic diagram.

It is the mould of the integrated optical source of the above-mentioned variant embodiment of the above preferred embodiment of the utility model as shown in figure 18 Block diagram.

The integrated optical source for the above-mentioned variant embodiment of the above preferred embodiment of the utility model works as shown in figure 19 Logic chart.

It is the block schematic illustration of a remote control electrical appliance system of a preferred embodiment of the utility model as shown in figure 20.

It is the block schematic illustration of a controlled electric appliance of the above preferred embodiment of the utility model as shown in figure 21.

It is the module map of the remote control electrical appliance system of the above preferred embodiment of the utility model as shown in figure 22.

It is the module map of the remote control electrical appliance system of the above preferred embodiment of the utility model as shown in figure 23..

Such as Figure 24

It show the transmitting wireless signal process of the remote control electrical appliance system of the above preferred embodiment of the utility model Logic chart.

It is the transmitting wireless signal of the remote control electrical appliance system of the above preferred embodiment of the utility model as shown in figure 25 The logic chart of process.

It is the transmitting wireless signal of the remote control electrical appliance system of the above preferred embodiment of the utility model as shown in figure 26 The logic chart of process.

The frame for exempting from cloth control line source system for a preferred embodiment of the utility model is illustrated as shown in figure 27 Figure.

It is the block schematic illustration of an integrated optical source of the above preferred embodiment of the utility model as shown in figure 28.

Such as Figure 29

Show the above preferred embodiment of the utility model this exempt from cloth control line source system module map.

It is the module map exempted from cloth and control line source system of the above preferred embodiment of the utility model as shown in figure 30.

This of above preferred embodiment as shown in figure 31 for the utility model exempts from the transmitting nothing that cloth controls line source system The logic chart of line signal process.

The cloth of exempting from for the above preferred embodiment of the utility model controls the transmitting of line source system wireless as shown in figure 32 The logic chart of signal process.

This of above preferred embodiment as shown in figure 33 for the utility model exempts from the transmitting nothing that cloth controls line source system The logic chart of line signal process.

Specific embodiment

It is described below to disclose the utility model so that those skilled in the art can realize the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs The other technologies scheme of case and spirit and scope without departing from the utility model.

It will be understood by those skilled in the art that in the exposure of the utility model, 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 close System is based on orientation shown in the drawings or position relationship, is for only for ease of description the utility model and simplifies description, without It is instruction or implies that signified device or element there must be preset orientation, with preset azimuth configuration and operation, therefore on Term is stated it is not intended that limitation to the utility model.

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 no It is understood that as the limitation to quantity.

As Fig. 1 to scheme institute 13 show be a preferred embodiment according to the present utility model ultra-micro power consumption signal transmitting fill 100 are put, the wherein ultra-micro power consumption sender unit 100 includes at least one control and switchs 10 and at least one bursting unit 20, this Control switch 10 and the ground that unit 20 can work of bursting link together, to complete the reception of command information, processing and transmission It works and after corresponding wireless signal is sent, before the 10 reset disconnection of control switch, circuit is made to enter power down shape State, so as to reduce the energy expenditure to power supply used by the ultra-micro power consumption sender unit 100.It is noted that by Extremely low in the power consumption of the ultra-micro power consumption sender unit 100, therefore, which can be by one Micro-energy battery (voltage 1.8-12V) such as button cell, lithium ion battery drive and are normally worked.Certainly, should Ultra-micro power consumption sender unit 100 can also be driven by non-micro-energy battery and be worked normally, and the utility model is to this It is not limited.

As shown in Fig. 2, control switch 10 includes a trigger switch 11 and one and the 11 corresponding instruction of trigger switch Switch 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 do Power supply 10 is connected, meanwhile, which generates a corresponding command information.It is noted that the command information also may be used To be generated by sensor, such as temperature sensor, humidity sensor, luminance sensor, movable sensor, shock sensor, sound Sound sensor etc., the utility model is 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 one Make 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 button When, 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 10 Breath.It is noted that multiple control switches 10 can also be embodied as an individually instruction button, in addition, the control is opened Pass can also be embodied as other structures, and the utility model 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 control Module 22, an at least coding module 23 and at least a wireless signal transmitting module 24, the wherein electronic switch module 21, this is sudden Control module 22 is sent out, the coding module 23 and the wireless signal transmitting module 24 can be operatively attached to together in the control Wirelessly moment (being less than 100mS, be preferably 1mS) completes the transmitting of preset wireless signal under the triggering of switch 10 Journey and after the wireless signal transmission, cuts off the power supply of itself, to reduce the ultra-micro power consumption sender unit 100 Power consumption.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 or It 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 corresponding Command information after, this burst control module 22 control the electronic switch module 21 open so that unit, mould in circuit BOB(beginning of block) completes the generation of corresponding coding information according to the command information, sends and generate corresponding nothing according to the coding information Line signal and the work for being sent the wireless signal, wherein after the wireless signal transmission finishes, control switch 10 It resets before disconnecting, which controls the electronic switch module 21 to close, so that circuit enters power-down state, To reduce energy consumption.

In this preferred embodiment of the utility model, which includes 211 He of an electrode tube assembly One resistor assembly 22, wherein the electrode tube assembly 211 include one first triode 2111 and one second triode 2112, the resistance Component 212 includes a first resistor 2121, a second resistance 2122 and a 3rd resistor 2123, which should Second triode 2112, the first resistor 2121, the second resistance 2122 and the arrangement of the 3rd resistor 2123 in a circuit Mode is as shown in Figure 7.Wherein, first triode 2111, second triode 2112 form an electronic switching circuit, this first Resistance 2121, the second resistance 2122 and the 3rd resistor 2123 respectively first triode 2111, second triode 2112 provide an operating voltage.It will be appreciated by those skilled in the art that in another embodiment of the utility model, it should Electronic switch module 21 can also be embodied as other modular structures, control as long as the others modular structure can burst according to this The control of module 22 cuts off the power supply before the trigger switch 11 and the command switch 12 disconnect, so that the hair that energy consumption is larger Transmit-receive radio road part enters the circuit module of off-position.For example, the triode component 211 includes one first triode 2111 With one second triode 2112, which includes a first resistor 21212, a second resistance 2122, a 3rd resistor 2123 and one the 4th resistance 2124, wherein, first triode 2111, second triode 2112, which should Second resistance 2122, the 3rd resistor 2123 and the 4th resistance 2124 are arranged according to mode shown in Fig. 8 in circuit.Its In, the first resistor 2121, the second resistance 2122,2123 and the 4th resistance 2124 of 3rd resistor are first triode 2111 provide operating voltage with second triode 2112.It is noted that triode group of the electronic switch module 21 First triode 2111 of part 211 is under the high level effect of the first resistor 2121 of the resistor assembly 212, in one section Only state, therefore, each unit, module after the electronic switch module 21 are in off-position.

The module that control module 22 reduces circuit power consumption for one of bursting, wherein, which controls correlation Module within the extremely short time (be less than 100mS, be preferably 1mS) complete the transmitting work of preset wireless signal, and at this After wireless signal transmission, the electronic switch module 21 is controlled to close rapidly, circuit is made to enter power-down state (such as electric current Consumption is less than 0.1uA), so as to reduce the energy consumption of circuit.That is, after the wireless signal is sent, the control opens Before closing 10 reset disconnections, which has controlled the electronic switch module 21 closing that circuit is made to enter power down shape State, so as to reduce the energy consumption to power supply.It is noted that this is burst control module 22 by a programme-control to be automatically performed Corresponding work, the wherein completion of the work from external factor (such as external force) control.That is, the external factor (such as external force) can only start corresponding system, and once the system is startup, then automatic quick complete by the setting of the preset program Into the corresponding all working.Even if the external factor (such as external force) is continued for acting on control switch 10, the ultra micro Power loss signal emitter 100 will not consume power supply, and so as to reduce the consumption of electric energy, extend the power supply 10 uses the longevity Life.

Specifically, which receives the command information of the command switch 12, and generates corresponding coding information.Tool Body, when the trigger switch 11 command switch 12 corresponding with this connects to connect the power supply and generates corresponding command information Afterwards, 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 as One micro-control unit (MCU), as shown in figure 5, the coding module 23 and the control module 22 of bursting be embodied as independence respectively Module, as shown in figure 4, the utility model is without limitation.When the coding module 23 and the control module 22 of bursting are common When being embodied as micro-control unit (MCU), which realizes the coding module 23 by a preset program With the function of the control module 22 of bursting or by some standard radio communications protocol such as Aluetooth, ZigAee, Z-Wave and The communications protocol such as WIFI are stored in the micro-control unit (MCU), and are passed through the wireless signal transmitting module 24 and will be assisted accordingly View is sent to corresponding terminal device.It will be appreciated by those skilled in the art that the coding module 23 can also be embodied as Other independent modules, are such as embodied as an individual coding circuit, and the utility model 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 wireless Signal.It is noted that the wireless signal transmitting module 24 can be with high frequency radio wave, electromagnetic wave, light wave or infrared The radiation pattern of line sends the wireless signal, and the utility model is not restricted this.This in the utility model is preferably implemented In example, which is embodied as a high-frequency emission chip, such as BB1310 the or AMIBBOM companies of TI companies A7319 etc..It will be appreciated by persons skilled in the art that the wireless signal transmitting module 24 can various can realize nothing The radio transmitter or device of line signal transmitting, such as amplitude shift keying circuit (ASK), FS keying circuit (FSK), phase shift key The high frequencies radio transmitters such as circuit (PSK) are controlled, can be RFID radio-frequency modules, can be mobile communication module, can be blue The wireless communication modules such as tooth communication module, WIFI communication module, Z-Wave communication modules, ZigAee communication modules can be with It is infrared transmission module such as infrared-emitting diode.I.e. as long as the wireless signal transmitting module 24 can realize the coding information Emission function, the utility model are not so limited in this respect.It is noted that the wireless signal transmitting module 24 Emit the rate of wireless signal as 1Kbps-2Mbps, transmission power 0.1mW-50mW, be preferably 5mW, emit a wireless communication Number time for 0.2ms-30ms, the length of the wireless signal of transmitting is 1-48 byte, preferably 10 bytes.

It is noted that the wireless signal transmitting module 24 can use single-frequency transmitting wireless signal, it can also be Multiple channel Frequency hopping transmissions wireless signals, the utility model are not intended to be limited in any this.

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 transmission mould Block 24 links together according to what mode as shown in Figure 4 can work；When burst control module 22 and 23 reality of coding module Apply for a micro-control unit (MCU) when, control switch 10, the electronic switch module 21, the micro-control unit (MCU) and the nothing Line signal emission module 24 links together according to what mode as shown in Figure 6 can work.In addition, this is burst control module 22, The coding module 23 and the wireless signal transmitting module 24 can also be embodied as a micro-control unit (MCU), the utility model pair This 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, figure Circuit diagram shown in 7 discloses a wherein circuit diagram for the connection mode shown in Fig. 6.It will be appreciated by those skilled in the art that It 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, this practicality It is new without limitation.It is noted that Fig. 4 shown in and Fig. 6 shown in each module each unit between the order of connection only Only it is an example for describing the utility model, such as in this preferred embodiment of the utility model, the electronic switch mould Block 21 is arranged at before the coding module 23, and in another embodiment of the utility model, which also may be used To be arranged at after the coding module 23.That is, as long as the ultra-micro power consumption sender unit 100 can be enable complete Into the reception of command information, processing and transmission work and after corresponding wireless signal is sent, 10 reset of control switch Before disconnection, circuit is made to enter power-down state, so as to reduce the energy consumption of the power supply to the ultra-micro power consumption sender unit 100, The order of connection between each unit, module 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 work Voltage in circuit, the type ultra micro function remote control of bursting further comprise at least one buffering capacitance 30.Such as Fig. 5 and Fig. 7 institutes Show, in this preferred embodiment of the utility model, which is arranged at control switch 10 and unit 20 of bursting Between.It will be appreciated by those skilled in the art that the installation position of the buffering capacitance 30 and from this preferred embodiment Limitation, the other positions in circuit can be arranged as required to.

It is existing that using photronic wireless signal transmitting device (for example, photocell remote control), there are many to ask Topic, 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, distant It 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 control Beauty；Secondly as the electric current that photocell provides is smaller, at present mostly using photocell to the farad capacitor trickle of large capacity The 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 time Drawing 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 electrolyte The 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 longevity Life is relatively short, and cost performance is not high.

It is noted that since the power consumption of the ultra-micro power consumption sender unit 100 is extremely low, it can be by photoelectricity Pond directly drives, so as to without using the Farad capacitors energy storage of the large capacity of volatile electrolyte, physically have longer Service life.Correspondingly, which further comprises an at least energy-storage units 50, flat to store When the light energy battery output electric energy, used when working for the ultra-micro power consumption sender unit 100.As long as that is, In the case of having illumination, photocell can just charge into the energy-storage units 50, so as to which electric energy be stored, even if the ultra micro Power loss signal emitter 100 is in the case where no illumination or illumination are weaker, the ultra-micro power consumption sender unit 100 It can normally be worked using the electric energy that the energy-storage units 50 store when flat.It is noted that due to solid capacitor Capacity Ratio farad capacitor it is much smaller, can rapidly be full of electric energy, so, in this preferred embodiment of the utility model In, which is embodied as a solid capacitor.It will be appreciated by those skilled in the art that the energy-storage units 50 also may be used To be embodied as other kinds of energy-storage travelling wave tube, the utility model is not restricted this.

Further, since the electric current that photocell generates is fluctuation, it is therefore desirable to which supply voltage is constant required for circuit Level.Therefore, when the ultra-micro power consumption sender unit 100 is driven by a photocell, ultra-micro power consumption signal transmitting is recklessly That sub paper further comprise a constant pressure unit 60 with the voltage constant of power supply in the required level of circuit.It is new in this practicality In this preferred embodiment of type, which is a DC-DC circuit, and the voltage of output can be constant in 1.2-5V Any voltage value.

It is noted that since the power consumption of the ultra-micro power consumption sender unit 100 is extremely low, so it can be by with face The smaller photocell driving of product, this not only lowers the design difficulties of the ultra-micro power consumption sender unit 100, also enhance it It is beautiful.

It will be appreciated by those skilled in the art that the positive and negative of the ultra-micro power consumption sender unit 100 can be each One photocell is set, in this way, no matter how the ultra-micro power consumption sender unit 100 is placed, illumination can be obtained, so as to by light Electric energy can be converted into.In another preferred embodiment of the utility model, the surrounding of the ultra-micro power consumption sender unit 100 The photocell can also be set, and the utility model does 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 closure Generate induced current in coil, for example the coil of a closed circuit is set in around the conductor that electric current flows through or one The 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 circuit Between 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. Due to the ultra-micro power consumption sender unit 100 consume energy it is extremely low, can be by the small electric pulse of a coil-induced generation Driving works.

In addition, the ultra-micro power consumption sender unit can also be worked by an impulse type power drives.It is worth mentioning , since the small electric energy is so that existing for impulse form interval, the stability of power supply depends on the performance of electric power system And the distance of transmission.Therefore, when the small electric pulse is powered for the unit 20 of bursting, which obtains electric energy immediately It starts to work, and (such as within 30mS) rapidly sends out corresponding wireless signal in such as 100mS within the extremely short time It send and finishes.If the time of electric pulse power supply is longer, this bursts unit 20 after the transmitting work of wireless signal is completed, and stands I.e. automatically into power failure state so as to reduce the average power consumption of the ultra-micro power consumption wireless signal transmitting device 100, if the electricity arteries and veins The power-on time of punching is shorter, can adjust the parameter of the unit of bursting, and such as the transmission of adjustment wireless signal transmitting module is wireless The length of signal, the emission rate of wireless signal transmitting module, transmission power, emit a wireless signal time etc. ginseng Number, so that this is burst, unit 20 completes the transmitting work of wireless signal before the electric pulse disappears.Its structure diagram such as Fig. 9 institutes Show.It is noted that the electric pulse input terminal inputs various small pulse electric energies, either continue for some time, Can generate moment, the utility model is not intended to be limited in any in terms of this, the time preferably existing for geoelectric pulse maintenance Between 0.5 millisecond -30 milliseconds.

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 this Signal emission module 24 launches corresponding wireless signal；And when input is negative pulse, which triggers the coding Module 23 generates other corresponding coding informations, and passes through the wireless signal transmitting module 24 and launch corresponding wireless communication Number.

It will be appreciated by those skilled in the art that in some applications, when inputting an electric pulse, you can triggering should Unit 20 of bursting sends preset wireless signal, such as in the product of some wireless doorbells, after connecting energization source, not pre- In the case of putting command information, so that it may complete the transmitting work of wireless signal.

It is noted that the ultra-micro power consumption sender unit 100 can be applied to wireless switching field, Lighting control Field, smart home field, appliance remote control field, Mechanical course field, wireless doorbell, the lamps and lanterns of wireless control, wireless control The products such as electrically driven curtain, air-conditioning, electric clothes airing machine, super bath, television set, sound equipment wireless remote control, electric car, motorcycle, vapour The fields such as the remote-control key and Wireless Keyboard of vehicle etc., the utility model are without limitation.As long as that is, using Wireless signal transmitting method disclosed by the utility model and the wireless signal transmitting device produced, belong to the utility model Other specific embodiments.

The utility model further discloses a kind of wireless signal transmitting method, and this method comprises the following steps：(a) connecting should Power supply simultaneously generates at least one preset command information；(b) obtain electric energy and according to the command information, no more than 100mS when Interior (being preferably 1mS) sends corresponding wireless signal at least once；(c) after the wireless signal is sent, the power supply breaks Before opening, trigger circuit enters power-down mode；Physics disconnect the power supply (d).

Specifically, which further comprises：At least one control switch of conducting, wherein the control switch connection institute Power supply is stated, and is simultaneously emitted by described instruction information.

The step (a) further comprises：Control switch 10 is touched to open including an at least trigger switch 11 and at least one instruction 12 are closed, wherein when triggering the control switches 10, the trigger switch 11 and the command switch 12 turn on, wherein the trigger switch 11 connect the power supply 10, while the command switch 12 sends corresponding command information.

The step (a) further comprises：The control switchs 10 of short duration conductings, and wherein ON time is 0.1S-10S.

The step (a) further comprises：The power supply is the photoelectricity source battery that can convert light energy into electric energy, the wherein light Power-supply battery is stored in electric energy in the energy-storage units 50.

The step (a) further comprises：The power supply is a wireless charging power supply, wherein wireless charging power supply handle connects The conductor magneto-electric energy of receipts is converted into electric energy or the energy of the radio wave of reception is converted to electric energy.

The step (b) further comprises：An at least electronic switch module 21 is opened so that at least one unit 20 of bursting obtains Electric energy, wherein the unit 20 of bursting receives described instruction information in the time no more than 100mS (being preferably 1mS) and emits Corresponding wireless signal at least once.

The step (b) further comprises：Within the time no more than 100mS (being preferably 1mS), which is somebody's turn to do Coding module 23 receives the command information and sends out that corresponding coding information and the wireless signal transmitting module 24 receive should Coding information simultaneously emits corresponding wireless signal at least once.

The step (b) further comprises：The rate of the wireless signal transmitting module 24 transmitting wireless signal is 1Kbps- 2Mbps, transmission power 0.1mW-50mW are preferably 5mW, and the time of wireless signal of transmitting is 0.2ms-30ms, is emitted Wireless signal length for 1-48 byte, preferably 10 bytes.The step (c) further comprises：The wireless signal is sent After finishing, before the 10 reset disconnection of control switch, which controls the electronic switch module 21 to close, so that electric Road enters power-down mode.

The step (c) further comprises：The control module 22 of bursting of the unit 20 of bursting controls the electronic switch module 21 close, so that circuit enters power-down mode.

The step (d) further comprises：Control switch 10, which resets, to be disconnected, so as to the physical break power supply.

The method that the ultra-micro power consumption sender unit 100 sends wireless signal further comprises a step (e)：The power supply After connection, the stabilization of buffering or constant pressure unit 60 by the buffering capacitance 30 stablizes the voltage of the circuit.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again.Wherein, which sends the logic chart of wireless signal method As shown in Figure 10.

It will be appreciated by persons skilled in the art that (a) (b) (c) (d) (e) used in above-mentioned each step is not Represent the sequencing of each step in this method.

It will be appreciated by those skilled in the art that unclamping the instruction button in operator the instruction button is made to reset it Before, the radiating circuit part for consuming energy big enters off-position, to reach the technique effect for saving electric energy, so as to extend making for power supply Use the service life.

Specifically, when the control module 22 of bursting is a micro-control unit (MCU) with 23 common implementing of coding module, The method that the ultra-micro power consumption sender unit 100 sends wireless signal comprises the following steps：(a) connect the power supply and generate extremely A few preset command information；(b) micro-control unit (MCU) obtains electric energy and starts to initialize；(c) micro-control unit (MCU) after the completion of initializing, receive the command information and send out corresponding coding information；(d) wireless signal transmitting module The corresponding coding information of the 24 reception micro-control unit (MCU) transmissions simultaneously wirelessly launches corresponding wireless signal； (e) after the wireless signal is sent, before power supply disconnection, which controls the electronic switch module 21 close, and circuit is made to enter power-down mode；Physics disconnect the power supply (f).

Specifically, which further comprises：Control switch 10 is triggered, opens the trigger switch 11 and the instruction 12 connections are closed, wherein the trigger switch 11 connects the power supply 10, while the command switch 12 sends corresponding command information.

The step (a) further comprises：The of short duration conducting of the trigger switch 11 and the command switch 12 (for example ON time is 0.3S-10S)。

The step (a) further comprises that the power supply is a wireless charging power supply, wherein wireless charging power supply handle connects The conductor magneto-electric energy of receipts is converted into electric energy or the energy of the radio wave of reception is converted to electric energy.

Further, the step (c) and step (d) (are less than 100mS, be preferably 1mS) within the extremely short time and complete.

The step (f) further comprises：Control switch 10, which resets, to be disconnected, so as to the physical break power supply.

The method that the ultra-micro power consumption sender unit 100 sends wireless signal further comprises a step (g)：The power supply After connection, by the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the voltage of the circuit To the required size of circuit.

It will be appreciated by persons skilled in the art that (a) (b) (c) (d) (e) (f) used in above-mentioned each step (g) it is not offered as the sequencing of each step in this method.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again.

In this preferred embodiment of the utility model, in order to realize the company of the ultra-micro power consumption sender unit 100 Continuous Variable Control, the ultra-micro power consumption sender unit 100 further comprise an at least power supply unit 40, as shown in Figure 1.At this In this preferred embodiment of utility model, which is embodied as an at least capacitance, in the electronic switch module 21 After closing electric energy is provided for the transmitting of second wireless singal.

Specifically, the utility model further discloses second of the ultra-micro power consumption sender unit 100 transmitting wireless signal Method, the preferred embodiment of this method comprises the following steps：(a) connect the power supply and generate at least one the first preset instruction Information；(b) electric energy is obtained, and receives first command information, wherein (the being preferably 1mS) hair within the time no more than 100mS Penetrate corresponding first wireless signal at least once；(c) after first wireless signal is sent, before power supply disconnection, electricity Road enters power-down state；(d) physics disconnects the power supply and sends out the second command information；(e) power supply unit 40 discharges To provide electric energy；(f) receive second command information and (being preferably 1mS) launches accordingly within the time no more than 100mS Second wireless singal；(g) after the second wireless singal is sent, whole circuits enter power-down mode.

Specifically, which further comprises：Control switch 10 is triggered, is referred to connecting the trigger switch 11 with this Order switch 12, the wherein trigger switch 11 connect the power supply 10 and are that an at least power supply capacitor charges, wherein the command switch 12 generate corresponding first command information.

The step (a) further comprises that the power supply is a wireless charging power supply, wherein wireless charging power supply handle connects The conductor magneto-electric energy of receipts is converted into electric energy or the energy collection of radio wave is converted to electric energy.

The step (b) further comprises：First switch on the electronic switch module 21 (opening time is less than 100mS) so that The unit 20 of bursting obtains electric energy, and wherein the unit 20 of bursting receives first command information that the command switch 12 is sent, and (being preferably 1mS) launches the first wireless signal within the time no more than 100mS；

The step (b) further comprises：The coding module 23 of the unit 20 of bursting receives first command information and sends Go out corresponding first time coding information, and the wireless signal transmitting module 24 of the unit 20 of bursting is encoded according to the first time Information emits corresponding first wireless signal at least once.

The step (c) further comprises：First wireless signal be sent after, the trigger switch 11 and the instruction open Before closing 12 mutual disconnections, which controls the electronic switch module 21 to close, so that circuit enters power-down mode.

The step (d) further comprises：Control switch 10, which resets, disconnects the power supply and the second command information of generation.

The step (e) further comprises：The power supply unit 40 discharges, and wherein the unit 20 of bursting obtains electric energy, wherein The unit 20 of bursting controls 31 second opening of the electronic switch (opening time is less than 100mS).

The step (e) further comprises：The control module 22 of bursting of the unit 20 of bursting controls the electronic switch 31 the Secondary opening.

The step (f) further comprises：The coding module 23 of the unit 20 of bursting receives what control switch 10 was sent Second command information simultaneously sends out corresponding second of coding information, wherein the wireless signal transmitting module 24 receive this second Secondary coding information simultaneously launches corresponding second wireless singal at least once.

The step (g) further comprises：Control switch 20, which resets, to be disconnected with the physical break power supply.

The method that the ultra-micro power consumption sender unit 100 sends 2 wireless signals further comprises a step (h)：It should After power supply is connected, by the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the circuit Voltage is to the required size of circuit.

It will be appreciated by persons skilled in the art that (a) (b) (b) (d) (e) (f) used in above-mentioned each step (g) (h) is not offered as the sequencing of each step in this method.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again, and wherein the ultra-micro power consumption sender unit 100 sends patrolling for the method for 2 wireless signals It is as shown in figure 11 to collect figure.

The method that the utility model further discloses the third ultra-micro power consumption sender unit 100 transmitting wireless signal, The preferred embodiment of this method comprises the following steps：(a ') powers on and generates at least one the first preset command information； (b '), which obtains electric energy and (be less than 100mS, be preferably 1mS) within the extremely short time according to first command information, emits at least one Secondary first wireless signal；(the c ') power supply disconnect before, after first wireless signal is sent, which controls Electric current in the circuit is reduced to power save mode from working condition；(the d ') unit 20 of bursting recovers from power save mode to work shape State；(the e ') power supply, which is disconnected and triggered, sends the second command information；(f ') received second command information and in the extremely short time Interior (being less than 100mS, be preferably 1mS) emits corresponding second wireless singal at least once and the second wireless singal has been sent Bi Hou, whole circuits enter power-down mode.

The step (a ') further comprises：Control switch 10 is triggered, connects the trigger switch 11 and the command switch 12 Logical, wherein the trigger switch 11 connects the power supply 10, while the command switch 12 sends corresponding first command information.

The step (a ') further comprises：The of short duration conducting of the trigger switch 11 and the command switch 12 (such as ON time For 0.3S-10S).

The step (a ') further comprises：The power supply is the photoelectricity source battery that can convert light energy into electric energy, wherein should Photoelectricity source battery is stored in electric energy in the energy-storage units 50.

The step (a ') further comprises：The electronic switch module 21 (opening time is less than 100mS) is opened so that should Unit 20 of bursting obtains electric energy, and wherein the unit 20 of bursting receives first command information that the command switch 12 is sent, in pole (it is less than 100mS, be preferably 1mS) in the short time and emits first wireless signal at least once；

Step (b ') further comprises：The coding module 23 of the unit 20 of bursting receives first command information and sends Go out corresponding first time coding information, wherein wireless signal transmitting module 24 of the unit 20 of bursting is encoded according to the first time Information launches corresponding first wireless signal.

Step (b ') further comprises：The rate that the wireless signal transmitting module 24 emits wireless signal is 1Kbps- 2Mbps, transmission power 0.1mW-50mW, the time of wireless signal of transmitting for 0.2ms-30ms, transmitting it is described wireless The length of signal is 1-48 byte.

The step (c ') further comprises：The power supply 10 disconnect before, after first wireless signal is sent, this is sudden The control module 22 of bursting of bill member 20 controls the wireless signal transmitting module 24 into dormant state, so that the work of circuit Make current reduction (for example the operating current of entire circuit being reduced to from the 20mA of emission state the 1mA of power save mode).

The step (d ') further comprises：The control of unit 20 of bursting turns on the electronic switch module 21, so that the electronics Switch module 21 is after control switch 10 is resetted and disconnected still in conducting state；

The step (d ') further comprises：Wherein the controller 32 of bursting controls one first input/output (I/O, input/ Output) mouth output high level to turn on the electronic switch module 21, makes the electronic switch module 21 multiple in control switch 10 Still in conducting state after the disconnection of position.

The step (e ') further comprises：Control switch 10, which resets, to be disconnected, and bursts control module 22 again to trigger this Start the coding module 23 and send corresponding second of coding information, wherein the wireless signal transmitting module 24, which receives, is somebody's turn to do second Coding information simultaneously emits the second wireless singal at least once.

The step (f ') further comprises：After wherein the second wireless singal is sent, which controls It makes the electronic switch module 21 thoroughly to be closed, so that circuit enters off-position.

The method that the ultra-micro power consumption sender unit 100 sends wireless signal further comprises a step (h)：The power supply After connection, by the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the voltage of the circuit To the required size of circuit.

It will be appreciated by persons skilled in the art that (a) (b) (c) (d) (e) (f) used in above-mentioned each step (g) (h) is not offered as the sequencing of each step in this method.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again, wherein the logic of the method for the ultra-micro power consumption sender unit 100 transmitting wireless signal Figure is as shown in figure 12.

The transmitting condition of power consumption of the existing remote control and the ultra-micro power consumption signal of the utility model has been illustrated in Figure 13 The comparison diagram of the condition of power consumption of emitter 100.After the instruction button of existing remote controler is pressed, the work electricity of the remote controler It presses as 3V, emission current about 40mA, transmission power 10dA, the byte number of transmission is 25 bytes, emits the time of first encoding about 270mS is generally continuously repeated and is sent 3-5 encoded signal, and the probability that mistake occurs in transmit process is edited and released to reduce.If The remote controler sends 3 identical codings, then takes and be：270mS*3=0.81S.Often by the electricity of a remote controller key consumption Amount is 3*40mA*0.81S=97.2mWS (the milliwatt second).If at this point, it is 190mAh with a nominal capacity, nominal voltage is The BR2032 types button cell power supply of 3V.Assuming that the own loss rate of 5 years batteries is 10%, then the capacity of the battery is also surplus 190mAh* (1-10%)=171mAh (milliampere hour), that is,：171mAh*3600S*3V=1846800mWS (milliwatt second), that The BR2032 button cells are for the number that remote controller key uses：(1846800mWS/97.2mWS=19000 secondary).

In this preferred embodiment of the utility model, when by give an order button after, the ultra-micro power consumption signal transmitting dress 100 operating voltage is put as 3V, emission current 20mA, transmission power is arranged on 10dA, and the byte number of transmission is 25Ayte, is sent Rate be 200KAps, then transmitting time for being consumed of first encoding is about 3mS (comprising including the hardware initialization time), one As continuously repeat and send 3-5 encoded signal, wrong probability occurs in transmit process to reduce to edit and release.If send 3 phases Same coding then takes 3mS*3=0.009S, therefore is often 3*20mA* by the average power consumption of a remote controller key consumption 0.009S=0.54mWS (milliwatt second).At this point, if still identical nominal capacity is 190mAh, nominal voltage is 3V's BR2032 types button cell is powered, it is assumed that 10 years own loss rates of the battery are 50%, then the also surplus 190mAh*0.5=of capacity 95mAh (milliampere hour), that is,：* 3 volts of 95mAh*3600 seconds=1026000mWS.So battery uses for remote controller key Number be：1026000/0.54=190 ten thousand times.

Therefore, same battery capacity, same transmission power, the same data of transmission, the utility model are grasped in button As when the number that uses be 100 times or more of the prior art, power saving effect is especially good.

It is noted that the wireless signal transmitting method disclosed by the utility model can be applied not only to wirelessly open Pass field, Lighting control field, smart home field, appliance remote control field, Mechanical course field, wireless doorbell, wireless control Lamps and lanterns, wireless control the products such as electrically driven curtain, air-conditioning, electric clothes airing machine, super bath, television set, sound equipment wireless remote control, electricity The fields such as the remote-control key and Wireless Keyboard of motor-car, motorcycle, automobile etc., the utility model are without limitation.Namely It says, as long as the wireless signal transmitting device produced using the wireless signal transmitting method disclosed by the utility model, Belong to other specific embodiments of the utility model.

It is noted that the utility model further discloses a kind of controlled electric appliance 200A, which can be according to extremely A few control instruction completes preset work.As Figure 14 to Figure 15 show a preferred embodiment of the controlled electric appliance.It should be by Controlling electric appliance includes an an at least execution unit 60A and at least terminal device 70A, and wherein execution unit 60A receives at least one control System instruction simultaneously controls terminal device 70A to complete corresponding work according to the wireless signal.It is it is noted that new in this practicality In this preferred embodiment of type, it is corresponding that execution unit 60A controls terminal device 70A to complete by a control interface Work, wherein, the system diagram of the controlled electric appliance is as shown in 15.

It is noted that the controlled electric appliance 200A may be embodied as smart home, doorbell, lamps and lanterns, electrically driven curtain, sky The fields such as tune, electric clothes airing machine, super bath, television set, sound equipment, electric car, motorcycle, automobile and Wireless Keyboard, this practicality are new Type is not intended to be limited in any this.

The utility model further discloses a kind of method that controlled electric appliance 200A completion works accordingly, this method include with Lower step：(a) execution unit 60A for being constantly in holding state receives an at least control instruction；(b) execution unit 60A Export corresponding control information；Terminal device 70A receive the control information and make corresponding control action (c).

Specifically, which further comprises：Execution unit 60A receives control information twice, and to this twice The time interval of control information is judged, wherein exporting different control information according to different time intervals.

The step (b) further comprises that execution unit 60A gives this by an at least control interface control information production Terminal device 70A.

Wherein, the logic chart such as figure for the method which works accordingly according to the completion of an at least control instruction Shown in 16.

If Figure 17 to 18 show a variant embodiment of the controlled electric appliance 200A, the wherein controlled electric appliance is embodied as collecting Into light source 300B.Integrated optical source 300B includes an an at least execution unit 60B and at least light source 70B, wherein in the execution list It is 300 input electric power of integrated optical source between first 60B and light source.Execution unit 60B and light source 70B can be operatively attached to Together, (such as shone, the brightness change of light source with receiving preset wireless signal and completing corresponding work according to the wireless signal With the color change of light source etc.).That is worth mentioning makes, and the electric power of the input is divided into two-way, wherein the rectified decompression of electric power all the way Working powers of the execution unit 60B as execution unit 60B is supplied afterwards, so that execution unit 60B is in continual Stand-by operation state.Another way electric power is controlled by execution unit 60B, light source 70B to be driven to shine.Its system diagram is as schemed Shown in 18.

The utility model further disclose the integrated optical source 300 complete work accordingly (as shone, the brightness change of light source and Color change of light source etc.) method, this method comprises the following steps：(a) electric power is inputted, the wherein electric power is divided into two-way, Wherein first via electric power is powered for execution unit 60B, and the second road electric power is powered for light source 70B, wherein execution unit 60B The power supply for obtaining first via electric power is in holding state；(b) execution unit 60B receives an at least control instruction and the output phase The control information answered；(c) light source 70 receives the control information and completes corresponding work.Its logic chart is as shown in figure 19.

Specifically, which further comprises：Execution unit 60B receives control information twice, and to this twice The time interval of control information is judged, wherein exporting different control information according to different time intervals.

The step (c) further comprises：Execution unit 60B receives the control writ of execution and exports control level.

The step (c) further comprises：The power supply in execution unit 60B control light sources circuit is so that light source 70B is completed Corresponding work.

It is noted that the utility model further discloses a remote control electrical appliance system, as 20-23 figures show remote control electricity One preferred embodiment of device system.As shown in figure 20, which includes at least ultra-micro power consumption signal transmitting dress 100 and at least one controlled electric appliance 200A is put, the wherein controlled electric appliance 200A receives the ultra-micro power consumption sender unit 100 and emits The wireless signal and corresponding work is completed according to the wireless signal.

The utility model further discloses the method for work of the first remote control electrical appliance system, and this method comprises the following steps： (a) connect the power supply and generate at least one preset command information；(b) obtain electric energy and according to the command information, no more than (being preferably 1mS) sends corresponding wireless signal at least once in the time of 100mS；After (c) wireless signal is sent, Before the power supply disconnects, trigger circuit enters power-down mode；The wireless signal be received and complete accordingly work (d), Middle physics disconnects the power supply.

The step (a) further comprises：The control switchs 10 of short duration conductings, and wherein ON time is 0.1S-10.

The step (b) further comprises：The rate of the wireless signal transmitting module 24 transmitting wireless signal is 1Kbps- 2Mbps, transmission power 0.1mW-50mW are preferably 5mW, and the time of wireless signal of transmitting is 0.2ms-30ms, is emitted Wireless signal length for 1-48 byte, preferably 10 bytes.

The step (c) further comprises：The wireless signal be sent after, the control switch 10 reset disconnect before, The unit 20 of bursting controls the electronic switch module 21 to close, so that circuit enters power-down mode.

The step (d) further comprises：Execution unit 60A in holding state receives the wireless signal and the output phase The control information answered, wherein terminal device 70A receive the control information and make corresponding control action.

The step (d) further comprises that execution unit 60A send control information transmission by an at least control interface Give terminal device 70C.

The step (d) further comprises：Control switch 10A, which resets, to be disconnected, so as to the physical break power supply.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again.Wherein, the logic chart of remote control electrical appliance system transmission wireless signal method is as shown in figure 24.

Specifically, the method that the utility model further discloses second of remote control electrical appliance system transmitting wireless signal, the party The preferred embodiment of method comprises the following steps：(a) connect the power supply and generate at least one the first preset command information；(b) obtain Electric energy is obtained, and receives first command information, wherein (being preferably 1mS) emits at least once within the time no more than 100mS Corresponding first wireless signal；(c) after first wireless signal is sent, before power supply disconnection, circuit enters power down State；(d) physics disconnects the power supply and sends out the second command information；(e) power supply unit 40 discharges to provide electric energy； (f) receive second command information and (being preferably 1mS) launches corresponding second wireless communication within the time no more than 100mS Number；(g) second wireless singal is received and judges the interval time of first wireless signal and the second wireless singal, and Preset work is completed according to the interval time, wherein whole circuits enter power-down mode.

The step (g) further comprises：Execution unit 60A in holding state receives the wireless signal and the output phase The control information answered, wherein terminal device 70A receive the control information and make corresponding control action.

The step (g) further comprises that execution unit 60A send control information transmission by an at least control interface Give terminal device 70A.

The step (g) further comprises：If in time t (such as 0.5 second), terminal device 70A receives two secondary controls Information processed, terminal device 70A do single instruction processing；If in time t (such as 0.5 second), terminal device 70A is only received To a control information, terminal device 70A does continuous variable processing.

The method that the ultra-micro power consumption sender unit 100 sends 2 wireless signals further comprises a step (h)：It should After power supply is connected, by the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the circuit.

It is noted that when control switch 10 connects the trigger switch 11 and command switch 12C again after resetting, The above-mentioned course of work is executed once again, and wherein the remote control electrical appliance system realizes the logic chart such as Figure 25 for the method that stepless variable is adjusted It is shown.

The utility model further disclose the third remote control electrical appliance system transmitting wireless signal method, this method it is preferred Embodiment comprises the following steps：：(a ') powers on and generates at least one the first preset command information；(b ') obtains electric energy simultaneously 100mS (is less than, be preferably 1mS) within the extremely short time according to first command information and emits the first wireless communication at least once Number；(the c ') power supply disconnect before, after first wireless signal is sent, which controls the electricity in the circuit Stream is reduced to power save mode from working condition；(the d ') unit 20 of bursting recovers from power save mode to working condition；(the e ') electricity Source, which disconnects and triggers, sends the second command information；(f ') receives second command information and (is less than within the extremely short time 100mS is preferably 1mS) emit corresponding second wireless singal at least once；(g) receive the second wireless singal and judge The interval time of first wireless signal and the second wireless singal, and preset work is completed according to the interval time, and After the second wireless singal is sent, whole circuits enter power-down mode.

It is noted that control switch 10C connects trigger switch 11C and command switch 12C again after resetting When, the above-mentioned course of work is executed once again, and wherein logic chart is as shown in figure 26.

It is noted that the utility model, which further discloses one, exempts from cloth control line source system, as 27-30 figures show this Exempt from a preferred embodiment of cloth control line source system.As shown in figure 27, this, which exempts from cloth control line source system, includes at least one The execution unit 60B of ultra-micro power consumption sender unit 100 and at least an integrated optical source 300B, wherein integrated optical source 300B It receives the wireless signal of the ultra-micro power consumption sender unit 100 transmitting and corresponding work is completed (such as according to the wireless signal The luminous, brightness change of light source and the color change of light source etc.).It is noted that the electric power of the input is divided into two-way, wherein Working powers of the execution unit 60B as execution unit 60B is supplied after the rectified decompression of electric power all the way, so that the execution list First 60B is in continual stand-by operation state.Another way electric power is controlled by execution unit 60B, to drive light source 70B It shines.

The utility model further discloses the first, and this exempts from the method for work that cloth controls line source system, the preferred reality of this method Example is applied to comprise the following steps：(a) connect the power supply and generate at least one preset command information；(b) electric energy is obtained and according to this Command information, (being preferably 1mS) sends corresponding wireless signal at least once within the time no more than 100mS；(c) this is wireless Signal be sent after, the power supply disconnect before, trigger circuit enters power-down mode；The wireless signal be received simultaneously (d) Corresponding work is completed, and physics disconnects the power supply.

The step (d) further comprises：The execution unit 60B of integrated optical source 300B receives the wireless signal and passes through One control interface sends out corresponding control information and receives the control information and according to the control to light source 70B, light source 70B Information completes corresponding work.

The step (d) further comprises：An electric power is inputted, wherein the electric power is divided into two-way, and wherein first via electric power is to be somebody's turn to do Execution unit 60B powers, and the second road electric power is powered for light source 70B, and wherein execution unit 60B obtains the confession of first via electric power Electricity is in holding state；

The method that the ultra-micro power consumption sender unit 100 sends wireless signal further comprises a step (e)：The power supply After connection, by the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the voltage of the circuit To the required size of circuit.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again.Wherein, this exempts from the logic chart such as figure that cloth control line source system sends wireless signal method Shown in 31.

Specifically, the utility model further disclose second this exempt from the side of cloth control line source system transmitting wireless signal Method, the preferred embodiment of this method comprise the following steps：(a) connect the power supply and generate at least one the first preset instruction letter Breath；(b) electric energy is obtained, and receives first command information, wherein (the being preferably 1mS) transmitting within the time no more than 100mS Corresponding first wireless signal at least once；(c) after first wireless signal is sent, before power supply disconnection, circuit Into power-down state；(d) physics disconnects the power supply and sends out the second command information；(e) power supply unit 40 discharge with Electric energy is provided；(f) receive second command information and (being preferably 1mS) launches accordingly within the time no more than 100mS Second wireless singal；(g) second wireless singal is received and judges first wireless signal and the second wireless singal Interval time, and preset work is completed according to the interval time, wherein whole circuits enter power-down mode.

The step (g) further comprises：Execution unit 60B in holding state receives the wireless signal and the output phase The control information answered, wherein light source 70B receive the control information and make corresponding control action.

The step (g) further comprises：An electric power is inputted, wherein the electric power is divided into two-way, and wherein first via electric power is to be somebody's turn to do Execution unit 60B powers, and the second road electric power is powered for light source 70B, and wherein execution unit 60B obtains the confession of first via electric power Electricity is in holding state；

The step (g) further comprises：The execution unit 60B of integrated optical source 300B receives the wireless signal and passes through One control interface sends out corresponding control information and receives the control information and according to the control to light source 70B, light source 70B Information completes corresponding work.

The step (g) further comprises：If in time t (such as 0.5 second), terminal device 70B receives two secondary controls Information processed, terminal device 70B do single instruction processing；If in time t (such as 0.5 second), terminal device 70B is only received To a control information, terminal device 70B does continuous variable processing.

The step (g) further comprises：Control switch 10B, which resets, to be disconnected, so as to the physical break power supply.

The controlled electric appliance 200 realizes that the method that stepless variable is adjusted further comprises a step (h)：After the power supply is connected, By the buffering or at least stabilization of a constant pressure unit 60 of at least one buffering capacitance 30, stablize the voltage of the circuit to circuit institute The size needed.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again, and wherein this exempts from the logic chart that cloth control line source system realizes the method that stepless variable is adjusted As shown in figure 32.

The utility model further discloses the third, and this exempts from the method that cloth control line source system emits wireless signal, this method Preferred embodiment comprise the following steps：(a ') powers on and generates at least one the first preset command information；(b ') is obtained Electric energy simultaneously emits the first nothing at least once within the extremely short time according to first command information (less than 100mS, preferably 1mS) Line signal；(the c ') power supply disconnect before, after first wireless signal is sent, which controls in the circuit Electric current be reduced to power save mode from working condition；(the d ') unit 20 of bursting recovers from power save mode to working condition；(e’) The power supply, which is disconnected and triggered, sends the second command information；(f ') receives second command information and (is less than within the extremely short time 100mS is preferably 1mS) emit corresponding second wireless singal at least once；It receives the second wireless singal and sentences (g) Break first wireless signal and the interval time of the second wireless singal, and preset work is completed according to the interval time, and And after the second wireless singal is sent, whole circuits enter power-down mode.

The step (f ') further comprises：The wireless signal transmitting module 24 receives second of coding information and launches Second wireless singal.

The step (g) further comprises that execution unit 60B send control information transmission by an at least control interface Give light source 70B.

The step (g) further comprises：If in time t (such as 0.5 second), terminal device 70B receives two secondary controls Information processed, light source 70B do single instruction processing；If in time t (such as 0.5 second), light source 70B receives only a secondary control Information processed, light source 70B do continuous variable processing.

This is exempted from cloth control line source system and realizes that the method that stepless variable is adjusted further comprises a step (h)：The power supply After connection, the stabilization of buffering or the constant pressure unit 60 by the buffering capacitance 30 stablizes the voltage of the circuit in the circuit Required size.

It is noted that when control switch 10 connects the trigger switch 11 and the command switch 12 again after resetting, The above-mentioned course of work is executed once again, and logic chart is as shown in figure 33.

It should be understood by those skilled in the art that the embodiment of foregoing description and attached the utility model shown in figure is only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The work(of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiment of the utility model Can there are any deformation or modification.

Claims

A 1. ultra-micro power consumption sender unit, which is characterized in that including：At least one unit and at least one of bursting is burst to be described Unit provides the power supply of electric energy, wherein when the power supply is powered to the unit of bursting, the unit of bursting is less than 30 millis The transmitting work of wireless signal at least once is completed in the time of second, wherein after the wireless signal is sent, it is described sudden Bill member enters power failure state.
2. ultra-micro power consumption sender unit as described in claim 1, wherein at least one electric arteries and veins of power input input Punching, wherein the time of the pulse duration is 0.5-500 milliseconds.
3. ultra-micro power consumption sender unit as claimed in claim 2, wherein when the electric pulse of input is positive pulse, The unit transmitting corresponding wireless signal at least once of bursting, it is described to burst when the electric pulse of input is negative pulse Unit emits other corresponding wireless signals at least once.
4. ultra-micro power consumption sender unit as described in claim 1, including an at least command information end, wherein described The preset at least command information in command information end, to burst described in control, unit completes at least one within the time less than 30 milliseconds The transmitting work of secondary wireless signal.
5. ultra-micro power consumption sender unit as claimed in claim 3, wherein the unit of bursting further comprises at least one The wireless signal transmitting module of the coding module of preset coding information and at least one transmitting wireless signal, wherein when input is just During pulse, in the coding module described in cell call of bursting preset at least one first coding information and pass through wireless signal send out It penetrates module and launches corresponding first wireless signal, when input is negative pulse, in the cell call coding module of bursting Preset the second coding information simultaneously passes through wireless signal transmitting module and launches corresponding second wireless singal.
6. ultra-micro power consumption sender unit as claimed in claim 5, wherein wireless signal transmitting module transmitting is wireless The rate of signal is 1Kbps-2Mbps, transmission power 0.1mW-50mW, and the time of wireless signal of transmitting is 0.2ms- 30ms, the transmitting message length that once wireless signal is included is 1-48 byte, wherein comprising described in identical message Wireless signal can be with repeat its transmission.
7. ultra-micro power consumption sender unit as claimed in claim 6, wherein the wireless signal transmitting module works in Between 10MHZ-50GHZ, wherein the wireless signal transmitting module passes through wireless signal described in single-frequency or frequency-hopping transmissions.
8. ultra-micro power consumption sender unit as claimed in claim 4, wherein the unit of bursting further comprises at least one Coding module and at least a wireless signal transmitting module, wherein the coding module is according to being sent described instruction information terminal Command information generates corresponding coding information, is concurrently incident upon less wherein the wireless signal transmitting module receives the coding information Once corresponding wireless signal.
9. ultra-micro power consumption sender unit as claimed in claim 8, wherein wireless signal transmitting module transmitting is wireless The rate of signal is 1Kbps-2Mbps, transmission power 0.1mW-50mW, and the time of wireless signal of transmitting is 0.2ms- 30ms, the transmitting message length that once wireless signal is included is 1-48 byte, wherein comprising described in identical message Wireless signal can be with repeat its transmission.
10. ultra-micro power consumption sender unit as claimed in claim 9, wherein the wireless signal transmitting module works in Between 10MHZ-50GHZ, wherein the wireless signal transmitting module passes through wireless signal described in single-frequency or frequency-hopping transmissions.
11. the ultra-micro power consumption sender unit as described in any in claim 2,3,6 and 7, wherein the electric arteries and veins inputted Punching lasts longer than the launch time of the wireless signal, wherein the unit of bursting is finished in the wireless signal transmission Afterwards immediately automatically into power failure state.
12. ultra-micro power consumption sender unit as claimed in claim 5, wherein the time of the pulse duration inputted is long In the launch time of the wireless signal, wherein it is described burst unit after the wireless signal transmission immediately automatically into Power failure state.
13. ultra-micro power consumption sender unit as claimed in claim 11, wherein when the time of the electric pulse of input is short When the time that the wireless signal transmission finishes, the parameter for unit of bursting described in adjustment, so that the transmitting of the wireless signal Time is shorter than the duration of the electric pulse inputted, wherein the unit of bursting is after the wireless signal transmission Immediately automatically into power failure state.
14. ultra-micro power consumption sender unit as claimed in claim 12, wherein when the time of the electric pulse of input is short When the time that the wireless signal transmission finishes, the parameter for unit of bursting described in adjustment, so that the transmitting of the wireless signal Time is shorter than the duration of the electric pulse inputted, wherein the unit of bursting is stood after the wireless signal transmission I.e. automatically into power failure state.
15. ultra-micro power consumption sender unit as claimed in claim 14, wherein unit of selectively bursting described in adjustment Emission rate, transmission power, the time of wireless signal of transmitting or the wireless communication of transmission of the wireless signal transmitting module Number one or more of message length so that the launch time of the wireless signal be shorter than holding for the electric pulse that inputs The continuous time.
16. ultra-micro power consumption sender unit as claimed in claim 14, wherein the unit of bursting further comprises at least One bursts control module, bursts control module and the coding module is embodied as a micro-control unit wherein described.
17. ultra-micro power consumption sender unit as claimed in claim 16, wherein the unit of bursting further comprises at least One bursts control module, wherein the control module of bursting, the coding module and the wireless signal transmitting module are embodied as One micro-control unit.