CN103841713A - Wireless remote control flashlight - Google Patents

Abstract

A wireless remote control flashlight comprises a flashlight body and a remote-control module. The remote-control module comprises a coding module and a sending module. The coding module is used for coding control electric signals and the sending module connected with the coding module is used for sending the coded control electric signals to the flashlight body in a wireless electric wave mode. The flashlight body comprises a receiving module, a signal amplifying module, a decoding module, a power amplifying module and a driving module. The receiving module is used for receiving wireless electric waves sent by the sending module. The signal amplifying module is used for amplifying the wireless electric waves received by the receiving module. The decoding module is used for decoding the amplified wireless electric waves to form the control electric signals. The power amplifying module is used for amplifying the decoded control electric signals. The driving module is used for driving the flashlight body to be switched on or switched off according to the amplified control electric signals. Thus, when the flashlight is lost, a user can rapidly and conveniently find the flashlight according to the lighting condition of the flashlight after the flashlight is switched on according to the control electric signals.

Description

Wireless remote control flashlight

Technical field

The present invention relates to wireless remote control technology, particularly relate to wireless remote control flashlight simple in structure.

Background technology

Flashlight is a kind of hand-held electronic illuminations.A typical flashlight has one via battery powered bulb and focusing mirror, and has for hand-held handle type shell.Because flashlight easily carries, easy to use, thereby use more and more extensive.Especially in mine in occupation of critical role.Use flashlight in mine time, cause sometimes the loss of flashlight because of a variety of causes.Thereby, inconvenience in the time finding flashlight.

Summary of the invention

Based on this, provide a kind of lose after be convenient to find wireless remote control flashlight.

A kind of wireless remote control flashlight, comprises flashlight and remote control module;

Described remote control module comprises coding module, transmitter module; Described coding module will be for controlling signal of telecommunication coding, and the described transmitter module being connected with described coding module is for sending to described flashlight by the control signal of telecommunication after coding with the form of radio wave;

Described flashlight comprises receiver module, signal amplification module, decoder module, power amplifier module and driver module; The radio wave that described receiver module sends for receiving described transmitter module, the radio wave that the described signal amplification module being connected with described receiver module receives for amplifying described receiver module, the described decoder module being connected with described signal amplification module is for being decoded as the control signal of telecommunication by the radio wave after amplifying, the described power amplifier module being connected with described decoder module is for the decoded control signal of telecommunication is amplified, and the described driver module being connected with described power amplifier module is for driving described flashlight light or extinguish according to the control signal of telecommunication amplifying.

Therein in an embodiment, described coding module comprises coding chip HCS301, divider resistance R1 and triode Q1, described divider resistance R1 is series between the output of described coding chip HCS301 and the base stage of described triode Q1, the grounded emitter of described triode Q1, the output of the very described coding module of the current collection of described triode Q1.

In an embodiment, described transmitter module comprises inductance L 1, wire-wound inductor L2, antennal interface ANT, sound table resonator SAW, divider resistance R2, filter capacitor C1, filter capacitor C2 and triode Q2 therein;

Described inductance L 1 one end is for being connected with power supply, the other end is connected with the input of described sound table resonator SAW, the output of described sound table resonator SAW is connected with the base stage of described triode Q2, the earth terminal ground connection of described sound table resonator SAW, the input of the very described transmitter module of the transmitting of described triode Q2, described divider resistance R2 is parallel between the input and output of described sound table resonator SAW, described filter capacitor C1 one end is connected with the input of described sound table resonator SAW, the other end of described filter capacitor C1 is connected with the emitter of described triode Q2, described wire-wound inductor L2 is series between described divider resistance R2 and the collector electrode of described triode Q2, one end of described filter capacitor C2 is connected with the collector electrode of described triode Q2, the other end of described filter capacitor C2 is connected with described antennal interface ANT.

Therein in an embodiment, described receiver module comprises wireless receiving chip, described wireless receiving chip comprises power input, output and ground, described wireless receiving chip power input is for being connected with power supply, described wireless receiving chip earth terminal ground connection, described wireless receiving chip output is connected with the input of described signal amplification module.

Therein in an embodiment, described signal amplification module comprises signal amplifier, described signal amplifier comprises power input, signal input part, output and earth terminal, the power input of described signal amplifier is for being connected with power supply, the signal input part of described signal amplifier is connected with the output of described receiver module, the output of described signal amplifier is connected with the input of described decoder module, the earth terminal ground connection of described signal amplifier.

In an embodiment, described decoder module comprises decoding chip TDH6301 therein; Described decoding chip TDH6301 comprises reception signal input part, receives the effective output of signal, positive supply input and negative supply input;

The reception signal input part of described decoding chip TDH6301 is connected with the output of described signal amplification module, the positive supply input of described decoding chip TDH6301 is respectively used to be connected with positive pole and the negative pole of power supply with described negative supply input, and the effective output of reception signal of described decoding chip TDH6301 is connected with the input of described power amplifier module.

In an embodiment, described power amplifier module comprises power amplifier therein, and described power amplifier comprises power input, input, output and ground;

The power input of described power amplifier is for being connected with power supply, the input of described power amplifier is connected with the output of described decoder module, the output of described power amplifier is connected with the input of described driver module, the earth terminal ground connection of described power amplifier.

In an embodiment, described driver module comprises driving power pipe therein, and described driving power pipe comprises control end, output and ground;

The control end of described driving power pipe is connected with the output of described power amplifier module, and the output of described driving power pipe connects for the switch being connected with flashlight, the earth terminal ground connection of described driving power pipe;

Wherein, described driving power pipe is according to conducting and the disconnection of switch described in the output signal control of described power amplifier module.

Therein in an embodiment, described remote control module also comprises the mode control module being connected with described coding module, described mode control module is for controlling the light-emitting mode of flashlight, and wherein, light-emitting mode comprises high light, middle light, low light, sudden strain of a muscle and SOS flash of light cruelly.

Above-mentioned wireless remote control flashlight carries out Long-distance Control by remote control module to flashlight, so without directly flashlight being operated, only by remote control module, the control signal of telecommunication is sent to flashlight, flashlight receives to be controlled the signal of telecommunication and carries out the corresponding action of lighting or extinguishing according to controlling the signal of telecommunication.Thereby, in the time that flashlight is lost, only need remote control module to send the control signal of telecommunication of lighting to flashlight, flashlight is according to controlling after the signal of telecommunication lights, and what illuminating state that user just can flashlight was fast and convenient searches out flashlight.

Accompanying drawing explanation

Fig. 1 is the module map of wireless remote control flashlight;

Fig. 2 is the circuit theory diagrams of remote control module.

Embodiment

As shown in Figure 1, be the module map of wireless remote control flashlight.

A kind of wireless remote control flashlight, comprisesremote control module 10 andflashlight 20.

Describedremote control module 10 comprisescoding module 102, transmitter module 104.Describedcoding module 102 will be for controlling signal of telecommunication coding, and the describedtransmitter module 104 being connected with describedcoding module 102 is for sending to described flashlight by the control signal of telecommunication after coding with the form of radio wave.

Describedflashlight 20 comprisesreceiver module 201,signal amplification module 203,decoder module 205,power amplifier module 207 and driver module 209.The radio wave that describedreceiver module 201 sends for receiving describedtransmitter module 104, the radio wave that the describedsignal amplification module 203 being connected with describedreceiver module 201 receives for amplifying describedreceiver module 201, the describeddecoder module 205 being connected with describedsignal amplification module 203 is for being decoded as the control signal of telecommunication by the radio wave after amplifying, the describedpower amplifier module 207 being connected with describeddecoder module 205 is for amplifying the decoded control signal of telecommunication, the describeddriver module 209 being connected with describedpower amplifier module 207 is for driving describedflashlight 20 light or extinguish according to the control signal of telecommunication amplifying.

Coding module 102 can be in order to the signal of communication, transmission and storage for the control signal of telecommunication is encoded into.Thetransmitter module 104 being connected withcoding module 102 receives the control signal of telecommunication after coding, by antenna, radio wave is sent.

Transmitter module 104 sends toflashlight 20 with the form of radio wave by antenna for the control signal of telecommunication aftercoding module 102 is encoded.Receiver module 201 inflashlight 20 mates use, the radio wave sending forreceiving transmitter module 104 with thetransmitter module 104 inremote control module 10.

Receive atflashlight 20 after the radio wave ofremote control module 10, radio wave is carried out to a series of processing, and carry out the action of lighting or extinguishing according to the signal of telecommunication obtaining after processing.Particularly,flashlight 20 receives after radio wave, first to amplify radio wave, in transmitting procedure due to radio wave, there will be loss, therefore, the radio wave signal thatflashlight 20 receives may be a little less than, and cause subsequent conditioning circuit to carry out corresponding action according to radio wave.So receive radio wave toflashlight 20 bysignal amplification module 203 amplifies.Carry out radio wave after signal amplification and be now still that themodule 102 that is encoded encoded, follow-up driver module 209 None-identifieds.Thereby, adoptdecoder module 205 to decode to radio wave, convert the corresponding control signal of telecommunication that can be identified bydriver module 209 to by radio wave.The decoded control signal of telecommunication need to carry out power amplification to drive load.Be specially,power amplifier module 207 carries out after power amplification controlling the signal of telecommunication, drivesflashlight 20 light or extinguish bydriver module 209.

In the present embodiment,remote control module 10 also comprises themode control module 106 being connected with describedcoding module 102, describedmode control module 106 is for controlling the light-emitting mode offlashlight 20, and wherein, light-emitting mode comprises high light, middle light, low light, sudden strain of a muscle and SOS flash of light cruelly.

Incorporated by reference to Fig. 2.Coding module comprises coding chip HCS301, divider resistance R1 and triode Q1, described divider resistance R1 is series between the output of described coding chip HCS301 and the base stage of described triode Q1, the grounded emitter of described triode Q1, the output of the very described coding module of the current collection of described triode Q1.

The coding principle of HCS301 encoder is as follows:

HCS301, before using, must produce a unique encryption key.Key production process: produce algorithm through key by works code together with series number and form unique Crypted password, then write EPROM in sheet.Works code claims again serial codes or manufacturer's code, and length is 64Bit.Each manufacturer is all not identical, and it is for generation of the unique-encryption key corresponding with each encoder.Works code is the key of whole system safety, answers standardized administration, preserves.As works code is divulged a secret, whole system can be sayed without any fail safe.Series number is 28Bit, corresponding to each encoder, can be used as user code.

HCS301 cataloged procedure is by former code, and encryption key and synchronous code etc. are through KEELOQ(important safety encipher decryption technology) after algorithm for encryption, produce the highly confidential rolling code of 32Bit.While transmission due to the complexity of KEELOQ algorithm and 16 bit synchronization codes, all to upgrade, therefore each transmission code is all completely different with last code at every turn.Only just may repeat after 216 times in transmission, calculate to transmit 10 codes every day, the time interval is 18 years.

In HCS301 sheet, have 192Bit (16 × 12) EEPROM, for storage encryption key, sequence number synchronization value and out of Memory all need to operate on it before using HCS300/301 and among using, and before using, need it to programme.For regent, only in quite short time, just can carry out read back check in programming after EEPROM, be taboo read states At All Other Times.Among use, read EEPROM information encryption, produce and send code, and upgrade synchronization value.

The signaling information of HCS301 is made up of several parts, and the code word of each signaling starts with guidance code mark and leader, is then rolling code and fixed code part, is finally each guard time sending.Rolling code part is 32Bit enciphered data, and fixed code part is 34Bit, comprises mode bit, and function digit and 28 series numbers amount to nearly 7.38 × 1019 kinds of code combination.

HCS301 sends 66 coded datas in the time that each button is pressed, and due to rolling code and fixed code two parts composition, rolling code part is by 4 key-press status, 2 counting overflow positions, and 10 discrimination bits and 16 bit synchronization values produce through encrypting.Fixed code is by 28 series numbers, and 4 key-press status and 2 mode bits form.

Transmitter module 104 comprises inductance L 1, wire-wound inductor L2, antennal interface ANT, sound table resonator SAW, divider resistance R2, filter capacitor C1, filter capacitor C2 and triode Q2.

Described inductance L 1 one end is for being connected with power supply, the other end is connected with the input of described sound table resonator SAW, the output of described sound table resonator SAW is connected with the base stage of described triode Q2, the earth terminal ground connection of described sound table resonator SAW, the input of the very describedtransmitter module 104 of the transmitting of described triode Q2, described divider resistance R2 is parallel between the input and output of described sound table resonator SAW, described filter capacitor C1 one end is connected with the input of described sound table resonator SAW, the other end of described filter capacitor C1 is connected with the emitter of described triode Q2, described wire-wound inductor L2 is series between described divider resistance R2 and the collector electrode of described triode Q2, one end of described filter capacitor C2 is connected with the collector electrode of described triode Q2, the other end of described filter capacitor C2 is connected with described antennal interface ANT.

Transmitter module 104 sends radio wave by thesky alignment flashlight 20 being connected with antennal interface ANT.

Receiver module 201 comprises wireless receiving chip, described wireless receiving chip comprises power input, output and ground, described wireless receiving chip power input is for being connected with power supply, described wireless receiving chip earth terminal ground connection, described wireless receiving chip output is connected with the input of describedsignal amplification module 203.

Signal amplification module 203 comprises signal amplifier, described signal amplifier comprises power input, signal input part, output and earth terminal, the power input of described signal amplifier is for being connected with power supply, the signal input part of described signal amplifier is connected with the output of describedreceiver module 201, the output of described signal amplifier is connected with the input of describeddecoder module 205, the earth terminal ground connection of described signal amplifier.

Decoder module 205 comprises decoding chip TDH6301; Described decoding chip TDH6301 comprises reception signal input part, receives the effective output of signal, positive supply input and negative supply input.

The reception signal input part of described decoding chip TDH6301 is connected with the output of describedsignal amplification module 203, the positive supply input of described decoding chip TDH6301 is respectively used to be connected with positive pole and the negative pole of power supply with described negative supply input, and the effective output of reception signal of described decoding chip TDH6301 is connected with the input of describedpower amplifier module 207.

Decoding chip TDH6301 use corresponding to coding chip HSC301.

The decoding principle of decoding chip TDH6301 is as follows:

Decoding chip TDH6301 obtains after series number first with works code in conjunction with the generation key identical with reflector, and is decrypted rolling data with this key.After decoding chip TDH6301 receives and once sends, whether checking sequence number is learnt immediately, if so, carries out decode procedure.By the key generating, rolling code part is decrypted, judges that by discrimination bit deciphering is no effectively, if passed through above, synchronization value is judged.

Decoding chip TDH6301 synchronization value deterministic process: if deciphering synchronization value at current operation window (being less than 16), synchronization value is stored again, and carries out corresponding operating.If synchronization value is not at current operation window, and at dual operation window,, in 32K, the synchronization value sending over is stored temporarily, and next step transmission such as go back.If the synchronization value receiving is continuous with the synchronization value of interim storage next time, will think that transmitter has just jumped to dual operation window, so new synchronization value is stored and carries out corresponding order.If transmitter has been jumped out dual operation window, think that transmitting is invalid.After each effectively transmission, whole window is all in rotation, and the code of just having used is at invalid operation window.The possibility of so just eliminating former transmission code to be hunted down and to launch again.

Power amplifier module 207 comprises power amplifier, and described power amplifier comprises power input, input, output and ground.

The power input of described power amplifier is for being connected with power supply, the input of described power amplifier is connected with the output of describeddecoder module 205, the output of described power amplifier is connected with the input of describeddriver module 209, the earth terminal ground connection of described power amplifier.

Driver module 209 comprises driving power pipe, and described driving power pipe comprises control end, output and ground.

The control end of described driving power pipe is connected with the output of describedpower amplifier module 207, and the output of described driving power pipe connects for the switch being connected withflashlight 20, the earth terminal ground connection of described driving power pipe.

Wherein, described driving power pipe is according to conducting and the disconnection of switch described in the output signal control of describedpower amplifier module 207.

Above-mentioned wireless remote control flashlight carries out Long-distance Control byremote control module 10 toflashlight 20, so without directlyflashlight 20 being operated, only byremote control module 10, the control signal of telecommunication is sent toflashlight 20,flashlight 20 receives to be controlled the signal of telecommunication and carries out the corresponding action of lighting or extinguishing according to controlling the signal of telecommunication.Thereby, in the time thatflashlight 20 is lost, only needremote control module 10 to send the control signal of telecommunication of lighting to flashlight,flashlight 20 is according to controlling after the signal of telecommunication lights, and what illuminating state that user just can flashlight 20 was fast and convenient searches out flashlight.

The above embodiment has only expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.

Claims (9)

1. a wireless remote control flashlight, is characterized in that, comprises flashlight and remote control module;

Described remote control module comprises coding module, transmitter module; Described coding module will be for controlling signal of telecommunication coding, and the described transmitter module being connected with described coding module is for sending to described flashlight by the control signal of telecommunication after coding with the form of radio wave;

Described flashlight comprises receiver module, signal amplification module, decoder module, power amplifier module and driver module; The radio wave that described receiver module sends for receiving described transmitter module, the radio wave that the described signal amplification module being connected with described receiver module receives for amplifying described receiver module, the described decoder module being connected with described signal amplification module is for being decoded as the control signal of telecommunication by the radio wave after amplifying, the described power amplifier module being connected with described decoder module is for the decoded control signal of telecommunication is amplified, and the described driver module being connected with described power amplifier module is for driving described flashlight light or extinguish according to the control signal of telecommunication amplifying.

2. wireless remote control flashlight according to claim 1, it is characterized in that, described coding module comprises coding chip HCS301, divider resistance R1 and triode Q1, described divider resistance R1 is series between the output of described coding chip HCS301 and the base stage of described triode Q1, the grounded emitter of described triode Q1, the output of the very described coding module of the current collection of described triode Q1.

3. wireless remote control flashlight according to claim 1, is characterized in that, described transmitter module comprises inductance L 1, wire-wound inductor L2, antennal interface ANT, sound table resonator SAW, divider resistance R2, filter capacitor C1, filter capacitor C2 and triode Q2;

Described inductance L 1 one end is for being connected with power supply, the other end is connected with the input of described sound table resonator SAW, the output of described sound table resonator SAW is connected with the base stage of described triode Q2, the earth terminal ground connection of described sound table resonator SAW, the input of the very described transmitter module of the transmitting of described triode Q2, described divider resistance R2 is parallel between the input and output of described sound table resonator SAW, described filter capacitor C1 one end is connected with the input of described sound table resonator SAW, the other end of described filter capacitor C1 is connected with the emitter of described triode Q2, described wire-wound inductor L2 is series between described divider resistance R2 and the collector electrode of described triode Q2, one end of described filter capacitor C2 is connected with the collector electrode of described triode Q2, the other end of described filter capacitor C2 is connected with described antennal interface ANT.

4. wireless remote control flashlight according to claim 1, it is characterized in that, described receiver module comprises wireless receiving chip, described wireless receiving chip comprises power input, output and ground, described wireless receiving chip power input is for being connected with power supply, described wireless receiving chip earth terminal ground connection, described wireless receiving chip output is connected with the input of described signal amplification module.

5. wireless remote control flashlight according to claim 1, it is characterized in that, described signal amplification module comprises signal amplifier, described signal amplifier comprises power input, signal input part, output and earth terminal, the power input of described signal amplifier is for being connected with power supply, the signal input part of described signal amplifier is connected with the output of described receiver module, the output of described signal amplifier is connected with the input of described decoder module, the earth terminal ground connection of described signal amplifier.

6. wireless remote control flashlight according to claim 1, is characterized in that, described decoder module comprises decoding chip TDH6301; Described decoding chip TDH6301 comprises reception signal input part, receives the effective output of signal, positive supply input and negative supply input;

The reception signal input part of described decoding chip TDH6301 is connected with the output of described signal amplification module, the positive supply input of described decoding chip TDH6301 is respectively used to be connected with positive pole and the negative pole of power supply with described negative supply input, and the effective output of reception signal of described decoding chip TDH6301 is connected with the input of described power amplifier module.

7. wireless remote control flashlight according to claim 1, is characterized in that, described power amplifier module comprises power amplifier, and described power amplifier comprises power input, input, output and ground;

The power input of described power amplifier is for being connected with power supply, the input of described power amplifier is connected with the output of described decoder module, the output of described power amplifier is connected with the input of described driver module, the earth terminal ground connection of described power amplifier.

8. wireless remote control flashlight according to claim 1, is characterized in that, described driver module comprises driving power pipe, and described driving power pipe comprises control end, output and ground;

The control end of described driving power pipe is connected with the output of described power amplifier module, and the output of described driving power pipe connects for the switch being connected with flashlight, the earth terminal ground connection of described driving power pipe;

Wherein, described driving power pipe is according to conducting and the disconnection of switch described in the output signal control of described power amplifier module.

9. wireless remote control flashlight according to claim 1, it is characterized in that, described remote control module also comprises the mode control module being connected with described coding module, described mode control module is for controlling the light-emitting mode of flashlight, wherein, light-emitting mode comprises high light, middle light, low light, sudden strain of a muscle and SOS flash of light cruelly.

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