CN106921399A - A kind of trigram double wave receives design - Google Patents

A kind of trigram double wave receives design Download PDF

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Publication number
CN106921399A
CN106921399A CN201510988736.9A CN201510988736A CN106921399A CN 106921399 A CN106921399 A CN 106921399A CN 201510988736 A CN201510988736 A CN 201510988736A CN 106921399 A CN106921399 A CN 106921399A
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CN
China
Prior art keywords
trigram
double wave
ripple
receives
circuit
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CN201510988736.9A
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Chinese (zh)
Inventor
杨远敏
蒋丹
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Chongqing Zunlai Technology Co Ltd
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Chongqing Zunlai Technology Co Ltd
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Application filed by Chongqing Zunlai Technology Co Ltd filed Critical Chongqing Zunlai Technology Co Ltd
Priority to CN201510988736.9A priority Critical patent/CN106921399A/en
Publication of CN106921399A publication Critical patent/CN106921399A/en
Pending legal-status Critical Current

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
    • H04B1/06—Receivers
    • H04B1/16—Circuits

Abstract

A kind of trigram double wave receives design, belong to electronic technology field, battery supply is received by trigram double wave, the ripple receiving circuit unit of trigram double wave one, the ripple receiving circuit unit of trigram double wave two, circuit, trigram double wave is controlled to receive identification electronic circuit between trigram double wave ripple, trigram double wave receives execution circuit composition；By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of decoding electronic circuitry to the ripple receiving circuit unit of trigram double wave one, and the ripple of trigram double wave one receives one yard of output electronic circuit composition；By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of decoding electronic circuitries to the ripple receiving circuit unit of trigram double wave two, and the ripple of trigram double wave two receives two yards of output electronic circuit compositions；Circuit is controlled to receive sequential control circuit by trigram double wave between trigram double wave ripple, trigram double wave receives time control circuit, meter execution circuit composition when trigram double wave is received；Used cooperatively with a kind of trigram double wave transmitting design, the safe and reliable easy production of stable performance.

Description

A kind of trigram double wave receives design
Technical field
Belong to electronic technology field.
Background technology
Remote control coding lift-off technology, one is a very wide range of electronic technology of kind of application, in the life of the masses quite variedly Occur, it is well known that anti-copying, security classification anti-tampering, high are that the important technology for representing that remote control coding lift-off technology is good and bad refers to Mark.From in terms of present technical merit, such as motor central lock input remote control, there is and make not safe enough, work as lawless person When nearby using the sufficiently large automobile remote-control interference unit of power, interception automobile remote controllers signal is may interfere with, allow its failure.Make vapour The order that car cannot lock a door, causes the false lock phenomenon of vehicle, dangerous, causes very big hidden danger.Particularly some lawless persons go back The special electrical devices of " reproducer ", when owner is when remote controlled locking is used, this electronic instrument can be also with a kind of " grabbing a yard device " The radiofrequency signal and code signal of remote control can be captured, after treating that owner leaves, lawless person will be trusted courageously with the instrument Copy code signal, carry out unlocking theft, the major safety risks of unnecessary economic loss are caused to car owner；List is just Automobile product one and enormous amount, there is great market.
Therefore how the interference of anti-tampering device, especially how anti-copying, how could realize improving use level of confidentiality degree, reduce Use cost, is adapted to the product of minuscule-type-enterprise's production, also becomes the key subjects of this enterprise scientific research personnel.
For how anti-tampering device is disturbed, motor central lock, car alarm, the car door pass that can be invented using our company Close automatic throw-in equipment can effectively anti-lawless person the generation for causing the false lock phenomenon of vehicle is disturbed with interference unit.
And to prevent lawless person from will be trusted with the instrument and audaciously copy code signal, unlocking theft is carried out, Above-mentioned purpose is reached, is a kind of serious challenge, it is necessary to break through traditional mode of thinking completely, using being a kind of complete great Innovation, therefore, main guiding theory of the invention is, develops a kind of trigram double wave and receives design, its receive carrier wave and The various change selections of mutually increase of coding, improve secret and safe.
The content of the invention
A kind of trigram double wave receives design and used cooperatively with a kind of trigram double wave transmitting design also has very high It is anti-to crack ability, so that abundant transmitting coding techniques.So this enterprise has made system innovation, the scheme of the invention of system is proposed, into It is the protection system of series.With easily production, operate has very big competitiveness well in market competition.
1st, a kind of trigram double wave receives design and receives design one by a kind of trigram double wave, and a kind of trigram double wave is received and set Meter scheme two is constituted.
A kind of trigram double wave receives design one and receives battery supply, the ripple receiving circuit of trigram double wave one by trigram double wave Unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave receives identification electronic circuit, and trigram double wave receives execution circuit group Into.
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of solution to the ripple receiving circuit unit of trigram double wave one Code electronic circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition.
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of solutions to the ripple receiving circuit unit of trigram double wave two Code electronic circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, The ripple of trigram double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two connects Receive output circuit composition.
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, trigram double wave Two ripple receiving circuit unit power ends, trigram double wave receives identification electronic circuit power end, and trigram double wave receives execution circuit electricity Source is connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double The ripple receiving circuit unit ground terminal of ripple two, trigram double wave receives identification electronic circuit ground terminal, and trigram double wave receives execution circuit Ground terminal is connected.
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram The ripple receiving circuit unit power end of double wave one.
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram The ripple receiving circuit unit ground terminal of double wave one.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end Being received with trigram double wave respectively between the identification input of electronic circuit one, trigram double wave ripple controls circuit input end to be connected.
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry power ends, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry power end is received, the ripple of trigram double wave two receives trigram output electronic circuit power end, the ripple of trigram double wave two Identification electronic circuit power end is received, the ripple of trigram double wave two receives output circuit power end and is connected with each other turns into the ripple of trigram double wave two The power end of receiving circuit unit.
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry ground terminals, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry ground terminal is received, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, the ripple of trigram double wave two Identification electronic circuit ground terminal is received, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other turns into the ripple of trigram double wave two The ground terminal of receiving circuit unit.
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitries and is input into the ripple of trigram double wave two respectively End, the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuits with trigram double wave Input is connected, and trigram double wave receives two yards of output electronic circuit output ends and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification with the ripple of trigram double wave two The input of electronic circuit one is connected.
The ripple of trigram double wave two receives identification electronic circuit output end and receives output circuit input phase with the ripple of trigram double wave two Connection.
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one Connect.
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input.
A kind of trigram double wave transmitting design two receives battery supply, the ripple receiving circuit of trigram double wave one by trigram double wave Circuit, trigram double wave is controlled to receive identification electronic circuit between unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave ripple, Trigram double wave receives execution circuit composition.
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of solution to the ripple receiving circuit unit of trigram double wave one Code electronic circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition.
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of solutions to the ripple receiving circuit unit of trigram double wave two Code electronic circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, The ripple of trigram double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two connects Receive output circuit composition.
Circuit is controlled between trigram double wave ripple by sequential control circuit between trigram double wave ripple, timing control electricity between trigram double wave ripple Execution circuit composition is counted when between road, trigram double wave ripple.
Time control circuit power end between sequential control circuit power end between trigram double wave ripple, trigram double wave ripple, trigram is double Counted when between ripple ripple between execution circuit power end is connected to trigram double wave ripple and control circuit power end.
Time control circuit ground terminal between sequential control circuit ground terminal between trigram double wave ripple, trigram double wave ripple, trigram is double Counted when between ripple ripple between execution circuit ground terminal is connected to trigram double wave ripple and control circuit ground end.
Time control circuit input is connected with each other between sequential control circuit input between trigram double wave ripple, trigram double wave ripple To control to control circuit input end to receive one yard with the ripple of trigram double wave one between circuit input end, trigram double wave ripple between trigram double wave ripple Output electronic circuit output end is connected.
Control circuit output end receives two yards of decoding electronic circuitry selection bit ends with the ripple of trigram double wave two between trigram double wave ripple It is connected.
Execution circuit is counted when between trigram double wave ripple between sequential control circuit output end and trigram double wave ripple and opens input company Connect, execution circuit is counted when between trigram double wave ripple between time control circuit output end and trigram double wave ripple and closes input connection, three Meter execution circuit output end controls to control electricity between the output end of circuit, trigram double wave ripple between being trigram double wave ripple when between code double wave ripple Road output end receives two yards of decoding electronic circuitry selection bit ends and is connected with the ripple of trigram double wave two.
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, trigram double wave Circuit power end is controlled between two ripple receiving circuit unit power ends, trigram double wave ripple, trigram double wave receives identification electronic circuit electricity Source, trigram double wave receives execution circuit power end and is connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double Circuit ground end is controlled between the ripple receiving circuit unit ground terminal of ripple two, trigram double wave ripple, trigram double wave receives identification electronic circuit Ground terminal, trigram double wave receives execution circuit ground terminal and is connected.
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram The ripple receiving circuit unit power end of double wave one.
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram The ripple receiving circuit unit ground terminal of double wave one.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end The identification input of electronic circuit one is received with trigram double wave to be connected.
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry power ends, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry power end is received, the ripple of trigram double wave two receives trigram output electronic circuit power end, the ripple of trigram double wave two Identification electronic circuit power end is received, the ripple of trigram double wave two receives output circuit power end and is connected with each other turns into the ripple of trigram double wave two The power end of receiving circuit unit.
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry ground terminals, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry ground terminal is received, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, the ripple of trigram double wave two Identification electronic circuit ground terminal is received, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other turns into the ripple of trigram double wave two The ground terminal of receiving circuit unit.
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitries and is input into the ripple of trigram double wave two respectively End, the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuits with trigram double wave Input is connected, and trigram double wave receives two yards of output electronic circuit output ends and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification with the ripple of trigram double wave two The input of electronic circuit one is connected.
The ripple of trigram double wave two receives identification electronic circuit output end and receives output circuit input phase with the ripple of trigram double wave two Connection.
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one Connect.
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input.
2nd, a kind of double wave of trigram double wave reception scheme is combined for radio wave with infrared wave.
3rd, a kind of double wave of trigram double wave reception scheme is combined for infrared wave with ultrasonic wave.
4th, a kind of double wave of trigram double wave reception scheme is combined for radio wave with ultrasonic wave.
5th, a kind of trigram of trigram double wave reception scheme is regular coding, regular coding, the combination of rolling coding.
6th, a kind of trigram of trigram double wave reception scheme is regular coding, the combination of rolling coding and rolling coding.
Its operation principle is as follows：
A kind of trigram double wave transmitting design launches design one, a kind of trigram double wave transmitting design by a kind of trigram double wave Scheme two is constituted.
A kind of trigram double wave transmitting design one receives battery supply, the ripple receiving circuit of trigram double wave one by trigram double wave Unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave receives identification electronic circuit, and trigram double wave receives execution circuit group Into.
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of solution to the ripple receiving circuit unit of trigram double wave one Code electronic circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition.
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of solutions to the ripple receiving circuit unit of trigram double wave two Code electronic circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, The ripple of trigram double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two connects Receive output circuit composition.
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, trigram double wave Two ripple receiving circuit unit power ends, trigram double wave receives identification electronic circuit power end, and trigram double wave receives execution circuit electricity Source is connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double The ripple receiving circuit unit ground terminal of ripple two, trigram double wave receives identification electronic circuit ground terminal, and trigram double wave receives execution circuit Ground terminal is connected.
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram The ripple receiving circuit unit power end of double wave one.
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram The ripple receiving circuit unit ground terminal of double wave one.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end Being received with trigram double wave respectively between the identification input of electronic circuit one, trigram double wave ripple controls circuit input end to be connected.
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry power ends, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry power end is received, the ripple of trigram double wave two receives trigram output electronic circuit power end, the ripple of trigram double wave two Identification electronic circuit power end is received, the ripple of trigram double wave two receives output circuit power end and is connected with each other turns into the ripple of trigram double wave two The power end of receiving circuit unit.
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry ground terminals, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry ground terminal is received, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, the ripple of trigram double wave two Identification electronic circuit ground terminal is received, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other turns into the ripple of trigram double wave two The ground terminal of receiving circuit unit.
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitries and is input into the ripple of trigram double wave two respectively End, the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuits with trigram double wave Input is connected, and trigram double wave receives two yards of output electronic circuit output ends and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification with the ripple of trigram double wave two The input of electronic circuit one is connected.
The ripple of trigram double wave two receives identification electronic circuit output end and receives output circuit input phase with the ripple of trigram double wave two Connection.
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one Connect.
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input.
A kind of trigram double wave transmitting design two receives battery supply, the ripple receiving circuit of trigram double wave one by trigram double wave Circuit, trigram double wave is controlled to receive identification electronic circuit between unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave ripple, Trigram double wave receives execution circuit composition.
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of solution to the ripple receiving circuit unit of trigram double wave one Code electronic circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition.
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of solutions to the ripple receiving circuit unit of trigram double wave two Code electronic circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, The ripple of trigram double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two connects Receive output circuit composition.
Circuit is controlled to receive sequential control circuit by double wave dicode between trigram double wave ripple, double wave dicode receives timing control electricity Road, meter execution circuit composition when double wave dicode is received.
Time control circuit power end between sequential control circuit power end between trigram double wave ripple, trigram double wave ripple, trigram is double Counted when between ripple ripple between execution circuit power end is connected to trigram double wave ripple and control circuit power end.
Time control circuit ground terminal between sequential control circuit ground terminal between trigram double wave ripple, trigram double wave ripple, trigram is double Counted when between ripple ripple between execution circuit ground terminal is connected to trigram double wave ripple and control circuit ground end.
Time control circuit input is connected with each other between sequential control circuit input between trigram double wave ripple, trigram double wave ripple To control to control circuit input end to receive one yard with the ripple of trigram double wave one between circuit input end, trigram double wave ripple between trigram double wave ripple Output electronic circuit output end is connected.
Control circuit output end receives two yards of decoding electronic circuitry selection bit ends with the ripple of trigram double wave two between trigram double wave ripple It is connected.
Execution circuit is counted when between trigram double wave ripple between sequential control circuit output end and trigram double wave ripple and opens input company Connect, execution circuit is counted when between trigram double wave ripple between time control circuit output end and trigram double wave ripple and closes input connection, three Meter execution circuit output end controls to control electricity between the output end of circuit, trigram double wave ripple between being trigram double wave ripple when between code double wave ripple Road output end receives two yards of decoding electronic circuitry selection bit ends and is connected with the ripple of trigram double wave two.
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, trigram double wave Circuit power end is controlled between two ripple receiving circuit unit power ends, trigram double wave ripple, trigram double wave receives identification electronic circuit electricity Source, trigram double wave receives execution circuit power end and is connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double Circuit ground end is controlled between the ripple receiving circuit unit ground terminal of ripple two, trigram double wave ripple, trigram double wave receives identification electronic circuit Ground terminal, trigram double wave receives execution circuit ground terminal and is connected.
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram The ripple receiving circuit unit power end of double wave one.
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one is received One yard of decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram The ripple receiving circuit unit ground terminal of double wave one.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end The identification input of electronic circuit one is received with trigram double wave to be connected.
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry power ends, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry power end is received, the ripple of trigram double wave two receives trigram output electronic circuit power end, the ripple of trigram double wave two Identification electronic circuit power end is received, the ripple of trigram double wave two receives output circuit power end and is connected with each other turns into the ripple of trigram double wave two The power end of receiving circuit unit.
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two is received Two yards of decoding electronic circuitry ground terminals, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two connects Trigram decoding electronic circuitry ground terminal is received, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, the ripple of trigram double wave two Identification electronic circuit ground terminal is received, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other turns into the ripple of trigram double wave two The ground terminal of receiving circuit unit.
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitries and is input into the ripple of trigram double wave two respectively End, the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuits with trigram double wave Input is connected, and trigram double wave receives two yards of output electronic circuit output ends and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification with the ripple of trigram double wave two The input of electronic circuit one is connected.
The ripple of trigram double wave two receives identification electronic circuit output end and receives output circuit input phase with the ripple of trigram double wave two Connection.
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one Connect.
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input.
The operation principle of scheme one：
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, the ripple of trigram double wave two Receiving circuit unit power end, trigram double wave receives identification electronic circuit power end, and trigram double wave receives execution circuit power end It is connected.
Trigram double wave receives battery supply positive pole and is connected with the power end of the ripple receiving circuit unit of trigram double wave one, is The ripple receiving circuit power end of trigram double wave one, the ripple of trigram double wave one receives one yard of decoding electronic circuitry power end, trigram double wave one Ripple receives one yard of output electronic circuit power end and is connected.
Trigram double wave receives battery supply positive pole and is connected with the power end of the ripple receiving circuit unit of trigram double wave two, is With the ripple receiving circuit power end of trigram double wave two, the ripple of trigram double wave two two yards of decoding electronic circuitry power ends of reception, trigram double wave Two ripples receive two yards of output electronic circuit power ends, and the ripple of trigram double wave two receives trigram decoding electronic circuitry power end, and trigram is double The ripple of ripple two receives trigram output electronic circuit power end, and the ripple of trigram double wave two receives identification electronic circuit power end, trigram double wave Two ripples receive output circuit power end and are connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double The ripple receiving circuit unit ground terminal of ripple two, trigram double wave receives identification electronic circuit ground terminal, and trigram double wave receives execution circuit Ground terminal is connected.
Trigram double wave receives battery ground terminal and is connected with the ground terminal of the ripple receiving circuit unit of trigram double wave one, is three The code ripple receiving circuit ground terminal of double wave one, the ripple of trigram double wave one receives one yard of decoding electronic circuitry ground terminal, the ripple of trigram double wave one One yard of output electronic circuit ground terminal is received to be connected.
Trigram double wave receives battery supply ground terminal and is connected with the ground terminal of the ripple receiving circuit unit of trigram double wave two, i.e., It is to receive two yards of decoding electronic circuitry ground terminals with the ripple receiving circuit ground terminal of trigram double wave two, the ripple of trigram double wave two, trigram is double The ripple of ripple two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two receives trigram decoding electronic circuitry ground terminal, trigram The ripple of double wave two receives trigram output electronic circuit ground terminal, and the ripple of trigram double wave two receives identification electronic circuit ground terminal, and trigram is double The ripple of ripple two receives output circuit ground terminal and is connected.
The ripple receiving circuit unit power end of trigram double wave one, the ripple receiving circuit unit power end of trigram double wave two, trigram is double Ripple receives identification electronic circuit power end, and trigram double wave is received after execution circuit power end switches on power and started working.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end The identification input of electronic circuit one is received with trigram double wave to be connected.
Because the ripple receiving circuit output end of trigram double wave one and trigram double wave receive one yard of decoding electronic circuitry signal input End is connected, and the ripple receiving circuit of trigram double wave one is led in the ripple signal for receiving the transmitting of trigram double wave radiating circuit Cross output end export give the ripple of trigram double wave one receive one yard of decoding electronic circuitry signal input part.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave one comes Decoding effort is carried out after number immediately.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry output end and receives one yard of output electronics with the ripple of trigram double wave one Circuit input end is connected.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave one comes After number being decoded, it is transferred to the ripple of trigram double wave one and receives one yard of output electronic circuit input.
It is defeated with trigram double wave reception identification electronic circuit one that the ripple of trigram double wave one receives one yard of output electronic circuit output end Enter end to be connected.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and will receive what the transmission of the ripple receiving circuit of trigram double wave one came After signal is decoded, it is transferred to the ripple of trigram double wave one and receives one yard of output electronic circuit input, by the ripple of trigram double wave one Outwards output passes up to trigram double wave reception identification electronic circuit after one yard of output electronic circuit treatment of reception.
The ripple receiving circuit output end of trigram double wave two of the ripple receiving circuit unit of trigram double wave two respectively with trigram double wave two Ripple receives two yards of decoding electronic circuitry inputs, and the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple receiving circuit of trigram double wave two passes through in the two ripple signals for receiving the transmitting of trigram double wave radiating circuit Output end output is delivered separately to the ripple of trigram double wave two and receives two yards of decoding electronic circuitry inputs, and the ripple of trigram double wave two receives three Code decoding electronic circuitry input.
The ripple of trigram double wave two receives two yards of decoding electronic circuitries and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes Decoding effort is carried out after number immediately.
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronics with the ripple of trigram double wave two Circuit input end is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitries and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes After number being decoded, it is transferred to the ripple of trigram double wave two and receives two yards of output electronic circuit inputs.
The ripple of trigram double wave two receives two yards of output electronic circuit output ends and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives two yards of decoding electronic circuitries and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes After number being decoded, it is transferred to the ripple of trigram double wave two and receives two yards of output electronic circuit inputs, is received through the ripple of trigram double wave two Outwards output passes up to the ripple of trigram double wave two and receives the identification input of electronic circuit one after two yards of output electronic circuit treatment.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes Decoding effort is carried out after number immediately.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes After number being decoded, it is transferred to the ripple of trigram double wave two and receives trigram output electronic circuit input.
The ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes After number being decoded, it is transferred to the ripple of trigram double wave two and receives trigram output electronic circuit input, is received through the ripple of trigram double wave two Outwards output passes up to the ripple of trigram double wave two and receives the identification input of electronic circuit one after trigram output electronic circuit treatment.
The ripple of trigram double wave two receives identification electronic circuit and receives two yards of output electronics electricity of the ripple of trigram double wave two reception at the same time After road and the ripple of trigram double wave two receive the signal of trigram output electronic circuit transmission, exported to trigram after identification determination is errorless The ripple of double wave two reception output electronic circuit outwards passes to trigram double wave reception identification electronic circuit and is identified.
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input；Trigram Double wave receives identification electronic circuit and trigram double wave reception execution circuit is passed to after identification determination is errorless, and trigram double wave is received and held Outwards output performs order to row circuit after treatment.
The operation principle of scheme two：
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, the ripple of trigram double wave two Circuit power end is controlled between receiving circuit unit power end, trigram double wave ripple, trigram double wave receives identification electronic circuit power end, Trigram double wave receives execution circuit power end and is connected.
Trigram double wave receive battery supply positive pole be connected with the ripple receiving circuit unit power end of trigram double wave one, be with The ripple receiving circuit power end of trigram double wave one, the ripple of trigram double wave one receives one yard of decoding electronic circuitry power end, trigram double wave one Ripple receives one yard of output electronic circuit power end and is connected.
Trigram double wave receives battery supply positive pole and is connected with the power end of the ripple receiving circuit unit of trigram double wave two, is With the ripple receiving circuit power end of trigram double wave two, the ripple of trigram double wave two two yards of decoding electronic circuitry power ends of reception, trigram double wave Two ripples receive two yards of output electronic circuit power ends, and the ripple of trigram double wave two receives trigram decoding electronic circuitry power end, and trigram is double The ripple of ripple two receives trigram output electronic circuit power end, and the ripple of trigram double wave two receives identification electronic circuit power end, trigram double wave Two ripples receive output circuit power end and are connected.
Trigram double wave receives battery supply positive pole and is connected with circuit power end is controlled between trigram double wave ripple, be with
Time control circuit power end between sequential control circuit power end between trigram double wave ripple, trigram double wave ripple, trigram double wave ripple Between when meter execution circuit power end be connected.
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram is double Circuit ground end is controlled between the ripple receiving circuit unit ground terminal of ripple two, trigram double wave ripple, trigram double wave receives identification electronic circuit Ground terminal, trigram double wave receives execution circuit ground terminal and is connected.
Trigram double wave receives battery supply ground terminal and is connected with the ripple receiving circuit unit ground terminal of trigram double wave one, is With the ripple receiving circuit ground terminal of trigram double wave one, the ripple of trigram double wave one one yard of decoding electronic circuitry ground terminal of reception, trigram double wave One ripple receives one yard of output electronic circuit ground terminal and is connected.
Trigram double wave receives battery supply ground terminal and is connected with the ground terminal of the ripple receiving circuit unit of trigram double wave two, i.e., It is to receive two yards of decoding electronic circuitry ground terminals with the ripple receiving circuit ground terminal of trigram double wave two, the ripple of trigram double wave two, trigram is double The ripple of ripple two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two receives trigram decoding electronic circuitry ground terminal, trigram The ripple of double wave two receives trigram output electronic circuit ground terminal, and the ripple of trigram double wave two receives identification electronic circuit ground terminal, and trigram is double The ripple of ripple two receives output circuit ground terminal and is connected.
Trigram double wave receives battery supply ground terminal and is connected with circuit ground end is controlled between trigram double wave ripple, is and three Counted when between time control circuit ground terminal between sequential control circuit ground terminal between code double wave ripple, trigram double wave ripple, trigram double wave ripple Execution circuit ground terminal is connected.
The ripple receiving circuit unit power end of trigram double wave one switches on power, and is the ripple receiving circuit power supply of trigram double wave one End, the ripple of trigram double wave one receives one yard of decoding electronic circuitry power end, and the ripple of trigram double wave one receives one yard of output electronic circuit electricity Source switches on power.
The power end of the ripple receiving circuit unit of trigram double wave two switches on power, and is the ripple receiving circuit power supply of trigram double wave two End, the ripple of trigram double wave two receives two yards of decoding electronic circuitry power ends, and the ripple of trigram double wave two receives two yards of output electronic circuit electricity Source, the ripple of trigram double wave two receives trigram decoding electronic circuitry power end, and the ripple of trigram double wave two receives trigram output electronic circuit Power end, the ripple of trigram double wave two receives identification electronic circuit power end, and the ripple of trigram double wave two receives output circuit power end and connects Power supply.
Control circuit power end to switch on power between trigram double wave ripple, be sequential control circuit power supply between trigram double wave ripple Meter execution circuit power end switches on power when between time control circuit power end between end, trigram double wave ripple, trigram double wave ripple.
The ripple receiving circuit unit power end of trigram double wave one, the power end of the ripple receiving circuit unit of trigram double wave two, trigram Between double wave ripple behind control circuit power end in addition to the ripple of trigram double wave two receives two yards of decoding electronic circuitries, each circuit starts work Make.
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one connects with the ripple of trigram double wave one Receive one yard of decoding electronic circuitry input to be connected, it is double with trigram that the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end The ripple of ripple one receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end The identification input of electronic circuit one is received with trigram double wave to be connected.
One yard of decoding electronic circuitry signal is received with trigram double wave is connected due to the ripple receiving circuit output end of trigram double wave one Input is connected, and the ripple receiving circuit of trigram double wave one is receiving the ripple signal that the transmitting of trigram double wave radiating circuit comes Exported by output end and receive one yard of decoding electronic circuitry signal input part to the ripple of trigram double wave one.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave one comes Decoding effort is carried out after number immediately.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry output end and receives one yard of output electronics with the ripple of trigram double wave one Circuit input end is connected.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave one comes After number being decoded, it is transferred to the ripple of trigram double wave one and receives one yard of output electronic circuit input.
It is defeated with trigram double wave reception identification electronic circuit one that the ripple of trigram double wave one receives one yard of output electronic circuit output end Enter end to be connected.
The ripple of trigram double wave one receives one yard of decoding electronic circuitry and will receive what the transmission of the ripple receiving circuit of trigram double wave one came After signal is decoded, it is transferred to the ripple of trigram double wave one and receives one yard of output electronic circuit input, through giving the ripple of trigram double wave one Receive after one yard of output electronic circuit crosses treatment and outwards export, pass up to trigram double wave and receive identification electronic circuit.
The ripple receiving circuit output end of trigram double wave two of the ripple receiving circuit unit of trigram double wave two respectively with trigram double wave two Ripple receives two yards of decoding electronic circuitry inputs, and the ripple of trigram double wave two receives trigram decoding electronic circuitry input and is connected.
The ripple receiving circuit of trigram double wave two is receiving the two ripple signals that the transmitting of trigram double wave radiating circuit comes, and transmits immediately Two yards of decoding electronic circuitry inputs are received to the ripple of trigram double wave two, the ripple of trigram double wave two receives the input of trigram decoding electronic circuitry End.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes Decoding effort is carried out after number immediately.
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronics with the ripple of trigram double wave two Circuit input end is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and is receiving the letter that the transmission of the ripple receiving circuit of trigram double wave two comes After number being decoded, it is transferred to the ripple of trigram double wave two and receives trigram output electronic circuit input.
The ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification electronic circuit with the ripple of trigram double wave two One input is connected.
The ripple of trigram double wave two receives trigram decoding electronic circuitry and will receive what the transmission of the ripple receiving circuit of trigram double wave two came After signal is decoded, it is transferred to the ripple of trigram double wave two and receives trigram output electronic circuit input, through giving the ripple of trigram double wave two Receive after trigram output electronic circuit crosses treatment and outwards export, pass up to the ripple of trigram double wave two and receive identification electronic circuit.
Now the ripple of trigram double wave two receives two yards of decoding electronic circuitry inputs and can not now work no signal output, only Have the ripple of trigram double wave two receive trigram decoding electronic circuitry input signal when, the ripple of trigram double wave two receive identification electronic circuit without Signal output.
Now the ripple of trigram double wave two receives two yards of decoding electronic circuitry inputs and can not now work；Because trigram double wave one Ripple receives one yard of output electronic circuit output end and is connected with circuit input end is controlled between trigram double wave ripple.
Control circuit output end receives two yards of decoding electronic circuitry chip select end phases with the ripple of trigram double wave two between trigram double wave ripple Connection.
When the ripple of trigram double wave one receives one yard of output electronic circuit output end no signal and exports, the ripple of trigram double wave two is received Two yards of chip select ends of decoding electronic circuitry can not temporarily work in locking states.
When one yard of output electronic circuit output end of the ripple of trigram double wave one reception has signal output, output signal is passed to three Control control circuit output signal between circuit input end, trigram double wave ripple that the ripple of trigram double wave two is received into two yards of solutions between code double wave ripple Code electronic circuit chip select end locking states are released starts working.
The ripple of trigram double wave two receives two yards of decoding electronic circuitries and is started working after locking states are released, the ripple of trigram double wave two Two yards of decoding electronic circuitries are received to be decoded immediately after the signal that the transmission of the ripple receiving circuit of trigram double wave two comes is received；Trigram The ripple of double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuit input phases with the ripple of trigram double wave two Connection, the ripple of trigram double wave two receives two yards of decoding electronic circuitries and enters in the signal for receiving the transmission of the ripple receiving circuit of trigram double wave two After row decoding, it is transferred to the ripple of trigram double wave two and receives two yards of output electronic circuit inputs, two yards of the ripple of trigram double wave two reception is defeated Go out electronic circuit output end to be connected with the trigram double wave reception identification input of electronic circuit one.
The ripple of trigram double wave two receives two yards of decoding electronic circuitries and will receive what the transmission of the ripple receiving circuit of trigram double wave two came After signal is decoded, it is transferred to the ripple of trigram double wave two and receives two yards of output electronic circuit inputs, through giving the ripple of trigram double wave two Receive after two yards of output electronic circuits cross treatment and outwards export, also pass up to trigram double wave and receive identification electronic circuit.
The ripple of trigram double wave two receives two yards of output electronic circuits and receives trigram output electronic circuit point with the ripple of trigram double wave two The ripple of trigram double wave two not being connected to receives two yards of ripples of trigram double wave two of decoding electronic circuitry and receives two yards of decoding electronic signals, And the ripple of trigram double wave two receives the ripple of the trigram double wave two reception trigram decoding electronic signal of trigram decoding electronic circuitry, passes to three Code double wave two ripple receives identification electronic circuit and is identified.
The ripple of trigram double wave two receives identification electronic circuit output end and receives output circuit input phase with the ripple of trigram double wave two Connection；The ripple of trigram double wave two receives identification electronic circuit signal transmission is received to the ripple of trigram double wave two after identification determination is errorless Output circuit.
The ripple of trigram double wave two receives the output end of output circuit and trigram double wave ripple receives the identification input of electronic circuit one It is connected, the ripple of signal trigram double wave two receives execution circuit and held through processing backward trigram double wave ripple reception identification electronic circuit output Line command.
Trigram double wave ripple receives identification electronic circuit and receives the ripple of trigram double wave two reception execution circuit at the same time, with trigram The ripple of double wave one receives one yard of signal of output electronic circuit, and letter is performed by recognizing that backward trigram double wave receives execution circuit output Number, signal is received after execution circuit is processed through trigram double wave and outwards exported.
The ripple of trigram double wave one to be received and control circuit input end phase between one yard of output electronic circuit output end and trigram double wave ripple Connection, one yard of output electronic circuit output end of the ripple of trigram double wave one reception, will be between trigram double wave ripple in outside output signal Control circuit input end output signal, control between trigram double wave ripple circuit input end receive the ripple of trigram double wave one receive one yard it is defeated Go out electronic circuit output end output signal after, between trigram double wave ripple control circuit trigram double wave receive sequential control circuit with Trigram double wave receives time control circuit and will immediately begin to start timework.
After controlling the trigram double wave of circuit to receive sequential control circuit work between trigram double wave ripple, trigram double wave receives sequential Meter execution circuit opens input output open signal when control circuit is received to trigram double wave immediately, when trigram double wave is received Meter execution circuit is opened, and meter execution circuit receives two yards of decoding electronic circuitry chip selects to the ripple of trigram double wave two when trigram double wave is received End transmission signal, its locking states is released and is started working.
Trigram double wave receives time control circuit upon receipt of the signals, and trigram double wave receives time control circuit and starts Start timework meter when trigram double wave reception time control circuit will be received to trigram double wave after the time for reaching setting to hold Row circuit shutdown side input output shutdown signal is turned off, and control circuit output circuit is defeated by no signal between trigram double wave ripple Go out, the chip select end for making the ripple of trigram double wave two receive two yards of decoding electronic circuitries is again at locking states can not temporarily work；When Trigram double wave receives two yards of decoding effort times of decoding electronic circuitry, because the time that certain reason exceedes regulation can not complete Relative decoding works.
Which enhance launch requirements, and security.
The present invention has following outstanding advantages after implementing：
1st, a kind of trigram double wave reception scheme coordinates with a kind of trigram double wave launch scenario, due to launching and receiving double using trigram Ripple；Its carrier wave any two can be flexibly selected during radio wave and infrared ray involve ultrasonic wave shortly, and the coding of two is again each Differ, so to using decoder, grabbing a yard device and catching strong with radio scanner criminal offence resistivity.2nd, a kind of trigram is double Ripple reception scheme can with shut whole car doors after central controlled lock be automatically switched off, warning system automatic throw-in device is used cooperatively, it is convenient, Modern sense is strong.Automotive safety coefficient is effectively raised, the crime row using interference unit, decoder etc crime one's share of expenses for a joint undertaking is prevented To be that car owner reduces unnecessary economic loss.
3rd, have trigram double wave ripple in a kind of trigram double wave reception scheme two between control circuit, when trigram double wave receive two yards solution The decoding effort time of code electronic circuit, because the time that certain reason exceedes regulation can not complete relative decoding work, make Closing treatment which enhances launch requirements, and security.
4th, a kind of trigram double wave reception scheme is simple, easily produce installation, stable and reliable for performance.
Brief description of the drawings
Fig. 1 is that a kind of trigram double wave receives the frame principle figure of design one.
In figure：Square frame 1, expression trigram double wave receive battery supply；Square frame 2, the ripple receiving circuit list of expression trigram double wave one Unit；Square frame 3, the ripple receiving circuit of expression trigram double wave one；Square frame 4, the ripple of expression trigram double wave one receive one yard of decoding electronic circuitry； Square frame 5, the ripple of expression trigram double wave one receive one yard of output electronic circuit；Square frame 6, the ripple receiving circuit list of expression trigram double wave two Unit；Square frame 7, the ripple receiving circuit of expression trigram double wave two；Square frame 8, the ripple of expression trigram double wave two receive two yards of decoding electronic circuitries, Square frame 9, the ripple of expression trigram double wave two receive two yards of output electronic circuits；Square frame 10, the ripple of expression trigram double wave two receive trigram solution Code electronic circuit, square frame 11, the ripple of expression trigram double wave two receive trigram output electronic circuit, square frame 12, expression trigram double wave two Ripple receives identification electronic circuit, and square frame 13, the ripple of expression trigram double wave two receive output circuit；Square frame 14, expression trigram double wave connect Identification electronic circuit is received, square frame 15, expression trigram double wave receive execution circuit.
Fig. 2 is a kind of frame principle figure of trigram double wave reception scheme two.
In figure：Square frame 1, expression trigram double wave receive battery supply；Square frame 2, the ripple receiving circuit list of expression trigram double wave one Unit；Square frame 3, the ripple receiving circuit of expression trigram double wave one；Square frame 4, the ripple of expression trigram double wave one receive one yard of decoding electronic circuitry； Square frame 5, the ripple of expression trigram double wave one receive one yard of output electronic circuit；Square frame 6, the ripple receiving circuit list of expression trigram double wave two Unit；Square frame 7, the ripple receiving circuit of expression trigram double wave two；Square frame 8, the ripple of expression trigram double wave two receive two yards of decoding electronic circuitries, Square frame 9, the ripple of expression trigram double wave two receive two yards of output electronic circuits；Square frame 10, the ripple of expression trigram double wave two receive trigram solution Code electronic circuit, square frame 11, the ripple of expression trigram double wave two receive trigram output electronic circuit, square frame 12, expression trigram double wave two Ripple receives identification electronic circuit, and square frame 13, the ripple of expression trigram double wave two receive output circuit；Square frame 14, expression trigram double wave connect Identification electronic circuit is received, square frame 15, expression trigram double wave receive execution circuit；Electricity is controlled between square frame 16, expression trigram double wave ripple Road, square frame 17, expression double wave dicode receive sequential control circuit, and square frame 18, expression double wave dicode receive time control circuit, Square frame 19, expression double wave dicode count execution circuit when receiving.
Specific embodiment
Fig. 1, Fig. 2, each a kind of mode for respectively representing a kind of specific implementation of trigram double wave reception scheme, its specific embodiment It is essentially identical.It is double that a kind of trigram double wave reception scheme two increased trigram on the basis of a kind of trigram double wave reception scheme one Circuit is controlled between ripple ripple, it is further provided its security.
First, circuit control panel is made：Electronic control panel is made according to the relation indicated in figure first, and electronics control will be made Making sheet.
2nd, according to Fig. 1, Fig. 2, to circuit control panel plug-in unit welding is carried out.
3rd, check and hot- line test.
Associated contacts are checked with avometer, or oscillograph.
1st, energization inspection, debugging are carried out to making electronic control panel.
（1）, billboard, check element whether weld correctly, whether there is rosin joint, solder skip, short circuit phenomenon.
（2）, billboard check it is errorless after, ensure it without short circuit with ohm table look-up electronic control panel zero line and ground terminal Switch on power after phenomenon.
（3）, with avometer or oscillograph to checking that making electronic control panel carries out energization inspection, debugging, by avometer just Pole or oscillograph positive signal input test respectively each unit circuit exit point or with input endpoint junction.
（4）, to the ripple receiving circuit of trigram double wave one, the inspection of the ripple receiving circuit of trigram double wave two, with avometer positive pole or Oscillograph positive signal input tests the ripple receiving circuit of trigram double wave one respectively, and the ripple receiving circuit of trigram double wave two respectively works Point, the ripple receiving circuit of trigram double wave one, the ripple receiving circuit of trigram double wave two will start working after switching on power, double with a kind of trigram Ripple transmitting design device is launched, and trigram double wave is tested respectively with avometer positive pole or oscillograph positive signal input One ripple receiving circuit, the output end of the ripple receiving circuit of trigram double wave two, by the ripple receiving circuit of detection trigram double wave one, trigram double wave The electric signal that two ripple receiving circuits are received and exported；If can't detect, should check whether that element insertion occurs with welding wrong By mistake.
（5）, one yard of decoding electronic circuitry and the ripple of trigram double wave two two yards of decoding electronics of reception are received to the ripple of trigram double wave one Circuit, the ripple of trigram double wave two receives trigram decoding electronic circuitry and is checked.
The ripple of trigram double wave one is tested respectively with avometer positive pole or oscillograph positive signal input receives one yard of decoding Electronic circuit receives two yards of decoding electronic circuitries with the ripple of trigram double wave two, and the ripple of trigram double wave two receives trigram decoding electronic circuitry Power end is connected after having voltage and started working, and is input into oscillograph positive signal and is received one yard of decoding electronic in the ripple of trigram double wave one Circuit receives two yards of decoding electronic circuitries with the ripple of trigram double wave two, and the ripple of trigram double wave two receives the input of trigram decoding electronic circuitry End test receives one yard of decoding electronic circuitry and receives two yards with the ripple of trigram double wave two when having signal input, in the ripple of trigram double wave one Decoding electronic circuitry, the output end that the ripple of trigram double wave two receives trigram decoding electronic circuitry just tests its normal volume for exporting Code signal；If can't detect, should check whether that welding makes a mistake or component wear.
（6）, one yard of output electronic circuit and the ripple of trigram double wave two received to the ripple of trigram double wave one receive two yards and export electronics Circuit, the ripple of trigram double wave two receives trigram output electronic circuit and is checked.
The ripple of trigram double wave one is tested respectively with avometer positive pole or oscillograph positive signal input receives one yard of output Electronic circuit receives two yards of output electronic circuits with the ripple of trigram double wave two, and the ripple of trigram double wave two receives trigram output electronic circuit Power end is connected after having voltage and started working, and is input into oscillograph positive signal and is received one yard of output electronics in the ripple of trigram double wave one Circuit receives two yards of output electronic circuits with the ripple of trigram double wave two, and the ripple of trigram double wave two receives the input that trigram exports electronic circuit End test receives one yard of output electronic circuit and receives two yards with the ripple of trigram double wave two when having signal input, in the ripple of trigram double wave one Output electronic circuit, the output end that the ripple of trigram double wave two receives trigram output electronic circuit just tests its normal volume for exporting Code signal；If can't detect, should check whether that welding is made a mistake or component wear output end one is surely tested and arrives identical Signal；If can't detect, should check whether that welding makes a mistake or component wear.
（7）, to the ripple of trigram double wave two receive identification electronic circuit, trigram double wave receive identification electronic circuit inspection；
The ripple of trigram double wave two is tested respectively with avometer positive pole or oscillograph positive signal input receives identification electronic circuit, The power end of trigram double wave reception identification electronic circuit is connected after having operating voltage, is believed with avometer positive pole or oscillograph positive pole Number input tests the ripple of trigram double wave two and receives identification electronic circuit respectively, and trigram double wave receives identification electronic circuit, and each is defeated Enter end, the ripple of trigram double wave two receives identification electronic circuit, and trigram double wave receives identification electronic circuit each input and is electricity high During position, the ripple of trigram double wave two receives identification electronic circuit, and the output end that trigram double wave receives identification electronic circuit has voltage output, Trigram double wave is received when recognizing that electronic circuit has an input for low potential, and the ripple of trigram double wave two receives identification electronic circuit, Trigram double wave receives identification electronic circuit output end and is exported without pressure.
If can't detect normally, should check whether that element insertion makes a mistake with welding.
（8）, to the ripple of trigram double wave two receive output circuit, trigram double wave receive execution circuit inspection.
Tested to the ripple of trigram double wave two with avometer positive pole or oscillograph positive signal input and receive output circuit, trigram The power end of double wave reception execution circuit is connected after having operating voltage, is input into the ripple of trigram double wave two with oscillograph positive signal Output circuit is received, when the input that trigram double wave receives execution circuit has input signal, is received in the ripple of trigram double wave two and exported Circuit, the output end that trigram double wave receives execution circuit will be tested to the normal execution signal that it is exported；If can't detect, should Check whether that welding makes a mistake or component wear.
（9）, between trigram double wave ripple control circuit inspection.
Circuit is controlled to receive sequential control circuit by trigram double wave between trigram double wave ripple, trigram double wave receives timing control electricity Road, meter execution circuit composition when trigram double wave is received.
Trigram double wave is tested respectively with avometer positive pole or oscillograph positive signal input receives sequential control circuit, Trigram double wave receives time control circuit, after the power end of meter execution circuit is connected and has operating voltage when trigram double wave is received, Trigram double wave is tested respectively with avometer positive pole or oscillograph positive signal input receives sequential control circuit, trigram double wave Receive time control circuit input.
When trigram double wave receives sequential control circuit with trigram double wave reception time control circuit input no signal, trigram Double wave receives sequential control circuit and is not worked with trigram double wave reception time control circuit, and trigram double wave receives sequential control circuit Receiving time control circuit input with trigram double wave has signal to start working.
After the input of trigram double wave reception sequential control circuit has signal, trigram double wave receives the defeated of sequential control circuit Go out end and execution circuit unlatching input output signal is counted when having high potential to be received to trigram double wave, meter is performed when trigram double wave is received Circuit output end will receive two yards of chip select end output signals of decoding electronic circuitry to trigram double wave.
After the input of trigram double wave reception time control circuit has control source, trigram double wave receives time control circuit Timework is immediately begun to, trigram double wave receives time control circuit after some period of time, its output end will be double to trigram Meter execution circuit closes input output shutdown signal when ripple is received, and meter execution circuit output end will be without pressure when trigram double wave is received Output.
If can't detect it about electric signal, should check whether that element insertion makes a mistake with welding.

Claims (6)

1. a kind of trigram double wave receives design, it is characterized in that：Design one, a kind of trigram are received by a kind of trigram double wave Double wave receives design two and constitutes；
A kind of trigram double wave receives design one and receives battery supply, the ripple receiving circuit list of trigram double wave one by trigram double wave Unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave receives identification electronic circuit, and trigram double wave receives execution circuit group Into；
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of decoding electricity to the ripple receiving circuit unit of trigram double wave one Sub-circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition；
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of decoding electricity to the ripple receiving circuit unit of trigram double wave two Sub-circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, trigram The ripple of double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two receives defeated Go out circuit composition；
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, the ripple of trigram double wave two Receiving circuit unit power end, trigram double wave receives identification electronic circuit power end, and trigram double wave receives execution circuit power end It is connected；
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram double wave two Ripple receiving circuit unit ground terminal, trigram double wave receives identification electronic circuit ground terminal, and trigram double wave receives execution circuit ground wire End is connected；
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one receives one yard Decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram double wave One ripple receiving circuit unit power end；
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one receives one yard Decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram double wave One ripple receiving circuit unit ground terminal；
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one receives one with the ripple of trigram double wave one Code decoding electronic circuitry input is connected, and the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end and trigram double wave one Ripple receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end difference Being received with trigram double wave control circuit input end to be connected between the identification input of electronic circuit one, trigram double wave ripple；
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two receives two yards Decoding electronic circuitry power end, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two receives three Code decoding electronic circuitry power end, the ripple of trigram double wave two receives trigram output electronic circuit power end, and the ripple of trigram double wave two is received Identification electronic circuit power end, the ripple of trigram double wave two receives output circuit power end and is connected with each other as the reception of the ripple of trigram double wave two The power end of circuit unit；
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two receives two yards Decoding electronic circuitry ground terminal, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two receives three Code decoding electronic circuitry ground terminal, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, and the ripple of trigram double wave two is received Identification electronic circuit ground terminal, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other as the reception of the ripple of trigram double wave two The ground terminal of circuit unit；
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitry inputs, three with the ripple of trigram double wave two respectively Code double wave two ripple receives trigram decoding electronic circuitry input and is connected；
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuit inputs with trigram double wave End is connected, and it is defeated with the ripple of trigram double wave two reception identification electronic circuit one that trigram double wave receives two yards of output electronic circuit output ends Enter end to be connected；
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronic circuit with the ripple of trigram double wave two Input is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification electronics with the ripple of trigram double wave two The input of circuit one is connected；
The ripple of trigram double wave two receives identification electronic circuit output end and is connected with the ripple of trigram double wave two reception output circuit input；
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one；
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input；
A kind of trigram double wave transmitting design two receives battery supply, the ripple receiving circuit list of trigram double wave one by trigram double wave Circuit, trigram double wave is controlled to receive identification electronic circuit, three between unit, the ripple receiving circuit unit of trigram double wave two, trigram double wave ripple Code double wave receives execution circuit composition；
By the ripple receiving circuit of trigram double wave one, the ripple of trigram double wave one receives one yard of decoding electricity to the ripple receiving circuit unit of trigram double wave one Sub-circuit, the ripple of trigram double wave one receives one yard of output electronic circuit composition；
By the ripple receiving circuit of trigram double wave two, the ripple of trigram double wave two receives two yards of decoding electricity to the ripple receiving circuit unit of trigram double wave two Sub-circuit, the ripple of trigram double wave two receives two yards of output electronic circuits, and the ripple of trigram double wave two receives trigram decoding electronic circuitry, trigram The ripple of double wave two receives trigram output electronic circuit, and the ripple of trigram double wave two receives identification electronic circuit, and the ripple of trigram double wave two receives defeated Go out circuit composition；
Circuit is controlled between trigram double wave ripple by sequential control circuit between trigram double wave ripple, time control circuit between trigram double wave ripple, Execution circuit composition is counted when between trigram double wave ripple；
Time control circuit power end between sequential control circuit power end between trigram double wave ripple, trigram double wave ripple, trigram double wave ripple Between when meter execution circuit power end be connected to circuit power end controlled between trigram double wave ripple；
Time control circuit ground terminal between sequential control circuit ground terminal between trigram double wave ripple, trigram double wave ripple, trigram double wave ripple Between when meter execution circuit ground terminal be connected to circuit ground end controlled between trigram double wave ripple；
Time control circuit input is connected to three between sequential control circuit input between trigram double wave ripple, trigram double wave ripple Control to control circuit input end to receive one yard of output with the ripple of trigram double wave one between circuit input end, trigram double wave ripple between code double wave ripple Electronic circuit output end is connected；
Control circuit output end receives two yards of decoding electronic circuitry selection bit ends and is connected with the ripple of trigram double wave two between trigram double wave ripple Connect；
Execution circuit is counted when between trigram double wave ripple between sequential control circuit output end and trigram double wave ripple and opens input connection, three Meter execution circuit closes input connection, trigram double wave when between code double wave ripple between time control circuit output end and trigram double wave ripple Execution circuit output end is counted when between ripple to control control circuit output between the output end of circuit, trigram double wave ripple between trigram double wave ripple End receives two yards of decoding electronic circuitry selection bit ends and is connected with the ripple of trigram double wave two；
Trigram double wave receive battery supply positive pole respectively with the ripple receiving circuit unit power end of trigram double wave one, the ripple of trigram double wave two Circuit power end is controlled between receiving circuit unit power end, trigram double wave ripple, trigram double wave receives identification electronic circuit power end, Trigram double wave receives execution circuit power end and is connected；
Trigram double wave receive battery supply ground terminal respectively with the ripple receiving circuit unit ground terminal of trigram double wave one, trigram double wave two Circuit ground end is controlled between ripple receiving circuit unit ground terminal, trigram double wave ripple, trigram double wave receives identification electronic circuit ground wire End, trigram double wave receives execution circuit ground terminal and is connected；
The ripple receiving circuit power end of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one receives one yard Decoding electronic circuitry power end, the ripple of trigram double wave one receives one yard of output electronic circuit power end and is connected with each other turns into trigram double wave One ripple receiving circuit unit power end；
The ripple receiving circuit ground terminal of trigram double wave one in the ripple receiving circuit unit of trigram double wave one, the ripple of trigram double wave one receives one yard Decoding electronic circuitry ground terminal, the ripple of trigram double wave one receives one yard of output electronic circuit ground terminal and is connected with each other turns into trigram double wave One ripple receiving circuit unit ground terminal；
The ripple receiving circuit output end of trigram double wave one of the ripple receiving circuit unit of trigram double wave one receives one with the ripple of trigram double wave one Code decoding electronic circuitry input is connected, and the ripple of trigram double wave one receives one yard of decoding electronic circuitry output end and trigram double wave one Ripple receives one yard of output electronic circuit input and is connected, and the ripple of trigram double wave one receives one yard of output electronic circuit output end and three Code double wave receives the identification input of electronic circuit one and is connected；
The ripple receiving circuit power end of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two receives two yards Decoding electronic circuitry power end, the ripple of trigram double wave two receives two yards of output electronic circuit power ends, and the ripple of trigram double wave two receives three Code decoding electronic circuitry power end, the ripple of trigram double wave two receives trigram output electronic circuit power end, and the ripple of trigram double wave two is received Identification electronic circuit power end, the ripple of trigram double wave two receives output circuit power end and is connected with each other as the reception of the ripple of trigram double wave two The power end of circuit unit；
The ripple receiving circuit ground terminal of trigram double wave two in the ripple receiving circuit unit of trigram double wave two, the ripple of trigram double wave two receives two yards Decoding electronic circuitry ground terminal, the ripple of trigram double wave two receives two yards of output electronic circuit ground terminals, and the ripple of trigram double wave two receives three Code decoding electronic circuitry ground terminal, the ripple of trigram double wave two receives trigram output electronic circuit ground terminal, and the ripple of trigram double wave two is received Identification electronic circuit ground terminal, the ripple of trigram double wave two receives output circuit ground terminal and is connected with each other as the reception of the ripple of trigram double wave two The ground terminal of circuit unit；
The ripple receiving circuit output end of trigram double wave two receives two yards of decoding electronic circuitry inputs, three with the ripple of trigram double wave two respectively Code double wave two ripple receives trigram decoding electronic circuitry input and is connected；
The ripple of trigram double wave two receives two yards of decoding electronic circuitry output ends and receives two yards of output electronic circuit inputs with trigram double wave End is connected, and it is defeated with the ripple of trigram double wave two reception identification electronic circuit one that trigram double wave receives two yards of output electronic circuit output ends Enter end to be connected；
The ripple of trigram double wave two receives trigram decoding electronic circuitry output end and receives trigram output electronic circuit with the ripple of trigram double wave two Input is connected, and the ripple of trigram double wave two receives trigram output electronic circuit output end and receives identification electronics with the ripple of trigram double wave two The input of circuit one is connected；
The ripple of trigram double wave two receives identification electronic circuit output end and is connected with the ripple of trigram double wave two reception output circuit input；
The ripple of trigram double wave two receives output circuit output end and is connected with the trigram double wave reception identification input of electronic circuit one；
Trigram double wave receives identification electronic circuit output end and is connected with trigram double wave reception execution circuit input.
2. a kind of trigram double wave according to claim 1 receives design, it is characterized in that：A kind of trigram double wave recipient The double wave of case is combined for radio wave with infrared wave.
3. a kind of trigram double wave according to claim 1 receives design, it is characterized in that：A kind of trigram double wave recipient The double wave of case is combined for infrared wave with ultrasonic wave.
4. a kind of trigram double wave according to claim 1 receives design, it is characterized in that：A kind of trigram double wave recipient The double wave of case is combined for radio wave with ultrasonic wave.
5. a kind of trigram double wave according to claim 1 receives design, it is characterized in that：A kind of trigram double wave recipient The trigram of case is regular coding, regular coding, the combination of rolling coding.
6. a kind of trigram double wave according to claim 1 receives design, it is characterized in that：A kind of trigram double wave recipient The trigram of case is regular coding, the combination of rolling coding and rolling coding.
CN201510988736.9A 2015-12-27 2015-12-27 A kind of trigram double wave receives design Pending CN106921399A (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1407728A (en) * 2001-09-03 2003-04-02 杨泰和 Multifuctional radio R-T units
CN1427379A (en) * 2001-12-14 2003-07-02 张海龙 Radio digital remote control alarming system
CN101573669A (en) * 2006-08-23 2009-11-04 亨特道格拉斯有限公司 Dual control system and method
CN203552452U (en) * 2013-11-27 2014-04-16 沈婉儒 Safety remote control device for vehicle air conditioner

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1407728A (en) * 2001-09-03 2003-04-02 杨泰和 Multifuctional radio R-T units
CN1427379A (en) * 2001-12-14 2003-07-02 张海龙 Radio digital remote control alarming system
CN101573669A (en) * 2006-08-23 2009-11-04 亨特道格拉斯有限公司 Dual control system and method
CN203552452U (en) * 2013-11-27 2014-04-16 沈婉儒 Safety remote control device for vehicle air conditioner

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