CN106926816B

CN106926816B - A kind of multiple ejected wave odd encoder remote control scheme of automobile

Info

Publication number: CN106926816B
Application number: CN201511016196.4A
Authority: CN
Inventors: 不公告发明人
Original assignee: Chongqing Ninglai Science and Trade Co Ltd
Current assignee: Chongqing Ninglai Science and Trade Co Ltd
Priority date: 2015-12-31
Filing date: 2015-12-31
Publication date: 2018-12-04
Anticipated expiration: 2035-12-31
Also published as: CN106926816A

Abstract

A kind of multiple ejected wave odd encoder remote control scheme of automobile belongs to electronic technology field, by multiple ejected wave odd encoder battery supply, multiple ejected wave odd encoder button switch, and the multiple total electronic circuit switch unit of ejected wave odd encoder；With multiple one wave of ejected wave odd encoder, two coding circuit, multiple two wave of ejected wave odd encoder, two coding circuit, multiple three wave of ejected wave odd encoder, two coding circuit；I.e. multiple ejected wave odd encoder A wave B coding circuit, by multiple ejected wave odd encoder A wave electronic switch, multiple ejected wave odd encoder A wave oscillating circuit switch, multiple ejected wave odd encoder A wave B code electronic switch, multiple ejected wave odd encoder A wave B coded electronic circuit, multiple ejected wave odd encoder A wave B coded electronic circuit, multiple ejected wave odd encoder A wave B code coding output circuit；Multiple ejected wave odd encoder A wave dicode coding or gate output circuit, multiple ejected wave odd encoder A wave dicode launching electronics circuit composition, transmitted wave is multi-emitting waveshape；It is encoded to odd encoder flexible combination, easy to produce, good to operate.

Description

A kind of multiple ejected wave odd encoder remote control scheme of automobile

Technical field

Belong to electronic technology field.

Background technique

Automobile is more more and more universal to become the essential tool of work and family, and general car is sent out with remote control coding Technology is penetrated, as the tool laid the key under the door and unlocked；Remote control coding lift-off technology is also widely used in the life of the masses, such as distant Control switch security door etc..

Therefore remote control coding lift-off technology product anti-copying, anti-tampering, raising security classification are to indicate that remote control coding emits The important technology index of technology superiority and inferiority.In terms of present technical level, for putting into remote controler such as motor central lock, work there is It is not safe enough, the usual a kind of special electrical devices that " grabbing a yard device " is also " reproducer " of some criminals, when owner is with distant When control locking, this electronic instrument can capture the radiofrequency signal and code signal of remote control, after leaving to owner, criminal It will be trusted with the instrument and audaciously copy code signal, carry out unlocking theft, cause unnecessary economic loss to car owner Major safety risks；Single enormous amount with regard to automobile product one, there is great market.

Therefore, how anti-copying, how to be just able to achieve improve use density, reduce use cost, be suitble to miniature enterprise The product of industry production, also becomes the key subjects in market.

It prevents criminal from will be trusted with the instrument and audaciously copies code signal, carry out unlocking theft, to reach It is a kind of serious challenge to above-mentioned purpose, it is necessary to traditional mode of thinking is broken through completely, using being a kind of complete great wound Newly, for this purpose, main guiding theory of the invention is to develop a kind of more wave multi-emitting schemes, emit the increasing of carrier wave and coding Kind of a variation selection is added, secret and safe is improved.

So that some criminals is copied code signal with the special electrical devices of " reproducer ", carries out theft purpose of unlocking It is not easy to realize.

Summary of the invention

A kind of multiple ejected wave odd encoder remote control scheme of automobile and a kind of automobile intelligent receiver of remote-control sytem cooperate tool very high anti- Crack ability, first is that its transmitted wave is the combination of the first transmitted wave and the second transmitted wave and third transmitted wave, second is that when it is compiled Code encodes for No.1 coding with No.1, and No.1 coding is encoded with No.1, the combination of No.1 coding and No. two codings；It or is No.1 Coding is encoded with No.1, and No. two codings are encoded with No.1, the combination of No.1 coding and No. two codings；It or is No. two codings and No.1 Coding, No. two codings are encoded with No.1, the combination of No.1 coding and No. two codings；Or it is encoded for No. two codings with No.1, No. two Coding with No. two coding, No.1 coding with No. two coding etc. a variety of variations combination, optimum efficiency can be played.To abundant Emit coding techniques.Since a kind of multiple ejected wave odd encoder remote control scheme of this automobile is there are many kinds of the variation of form, and it is each Kind of version all has great importance, so this enterprise has made system innovation, has easy to produce, good operation is in market competition In have very big competitiveness.

1, a kind of multiple ejected wave odd encoder remote control scheme of automobile by multiple ejected wave odd encoder battery supply, compile more by multiple ejected wave Code button switch, the multiple total electronic circuit switch unit of ejected wave odd encoder, multiple one wave of ejected wave odd encoder, two coding circuit are multiple Two wave of ejected wave odd encoder, two coding circuit, multiple three wave of ejected wave odd encoder, two coding circuit composition.

Multiple one wave of ejected wave odd encoder, two coding circuit is compiled more by multiple one wave electronic switch of ejected wave odd encoder, multiple ejected wave One wave oscillating circuit of code switch, one wave of multiple ejected wave odd encoder, one yard of electronic switch, one wave one of multiple ejected wave odd encoder encode electricity Sub-circuit, one wave one of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder one wave two yards of electronic switches, multi-emittings One wave of wave odd encoder, two coded electronic circuit, one wave two of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder one Wave dicode coding or gate output circuit, one wave dicode launching electronics circuit of multiple ejected wave odd encoder composition.

Multiple two wave of ejected wave odd encoder, two coding circuit is compiled more by multiple two wave electronic switch of ejected wave odd encoder, multiple ejected wave Two wave oscillating circuits of code switch, two wave of multiple ejected wave odd encoder, five yards of electronic switches, two wave five of multiple ejected wave odd encoder encode electricity Sub-circuit, two wave five of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder two waves six yards of electronic switches, multi-emittings Two wave of wave odd encoder, six coded electronic circuit, two wave six of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder two Wave dicode coding or gate output circuit, two wave dicode launching electronics circuit of multiple ejected wave odd encoder composition.

Multiple three wave of ejected wave odd encoder, two coding circuit is compiled more by multiple three wave electronic switch of ejected wave odd encoder, multiple ejected wave Three wave oscillating circuits of code switch, three wave trigram electronic switch of multiple ejected wave odd encoder, three wave three of multiple ejected wave odd encoder encode electricity Sub-circuit, three wave three of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder three waves four yards of electronic switches, multi-emittings Three wave of wave odd encoder, four coded electronic circuit, three wave four of multiple ejected wave odd encoder encode output circuit, multiple ejected wave odd encoder three Wave dicode coding or gate output circuit, three wave dicode launching electronics circuit of multiple ejected wave odd encoder composition.

Because of multiple one wave of ejected wave odd encoder, two coding circuit, multiple two wave of ejected wave odd encoder, two coding circuit, multi-emitting Three wave of wave odd encoder, two coding circuit unitedly calls multiple ejected wave odd encoder A wave B coding circuit again.

Multiple one wave electronic switch of ejected wave odd encoder, two wave electronic switch of multiple ejected wave odd encoder, multiple ejected wave odd encoder Three wave electronic switches unitedly call multiple ejected wave odd encoder A wave electronic switch again.

Multiple one wave oscillating circuit of ejected wave odd encoder switch, two wave oscillating circuit of multiple ejected wave odd encoder switch, multi-emitting Three wave oscillating circuit of wave odd encoder switch unitedly calls multiple ejected wave odd encoder A wave oscillating circuit to switch again.

One yard of electronic switch of multiple one wave of ejected wave odd encoder, multiple ejected wave odd encoder one wave two yards of electronic switches, multi-emittings Two wave of wave odd encoder, five yards of electronic switches, two wave of multiple ejected wave odd encoder, six yards of electronic switches, three wave three of multiple ejected wave odd encoder Code electronic switch, multiple ejected wave odd encoder three waves, four yards of electronic switches, and unitedly call multiple ejected wave odd encoder A wave B code electronic cutting It closes.

It is multiple one wave of ejected wave odd encoder, one coded electronic circuit, multiple one wave of ejected wave odd encoder, two coded electronic circuit, more Two wave of transmitted wave odd encoder, five coded electronic circuit, multiple two wave of ejected wave odd encoder, six coded electronic circuit, multiple ejected wave are compiled more Three wave of code, three coded electronic circuit, unitedly calls multiple ejected wave odd encoder A at multiple three wave of ejected wave odd encoder, four coded electronic circuit again Wave B coded electronic circuit.

Multiple one wave one of ejected wave odd encoder encodes output circuit, one wave two of multiple ejected wave odd encoder encodes output circuit, more Two wave five of transmitted wave odd encoder encodes output circuit, two wave six of multiple ejected wave odd encoder coding output circuit, multiple ejected wave and compiles more Code three waves three coding output circuit, unitedly calls multiple ejected wave odd encoder A at three wave four of multiple ejected wave odd encoder coding output circuit again Wave B encodes output circuit.

Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit, two wave dicode of multiple ejected wave odd encoder coding or door Output circuit, three wave dicode of multiple ejected wave odd encoder coding or gate output circuit unitedly call multiple ejected wave odd encoder A wave dicode again Coding or gate output circuit.

Multiple one wave dicode launching electronics circuit of ejected wave odd encoder, two wave dicode launching electronics electricity of multiple ejected wave odd encoder Road, three wave dicode launching electronics circuit of multiple ejected wave odd encoder unitedly call multiple ejected wave odd encoder A wave dicode launching electronics electricity again Road.

So multiple one wave of ejected wave odd encoder, two coding circuit, multiple two wave of ejected wave odd encoder, two coding circuit, multi-emitting Three wave of wave odd encoder, two coding circuit；I.e. multiple ejected wave odd encoder A wave B coding circuit, by multiple ejected wave odd encoder A wave electronic cutting It closes, multiple ejected wave odd encoder A wave oscillating circuit switch, multiple ejected wave odd encoder A wave B code electronic switch, multiple ejected wave odd encoder A Wave B coded electronic circuit, multiple ejected wave odd encoder A wave B encode output circuit；Multiple ejected wave odd encoder A wave dicode coding or door Output circuit, multiple ejected wave odd encoder A wave dicode launching electronics circuit composition.

The multiple total electronic circuit switch unit of ejected wave odd encoder is by the total electronic impulse circuit of multiple ejected wave odd encoder, multi-emitting The total decimal counting circuit of wave odd encoder, the multiple total clear circuit composition of ejected wave odd encoder.

The multiple total electronic impulse circuit pulse output end of ejected wave odd encoder and the total decade count electricity of multiple ejected wave odd encoder Road counting input end is connected, tri- pulse output ends of Q1, Q2, Q3 that the total decimal counting circuit of three six yards of waves counts generation respectively The output end of total 1,2,3 pulse of electronic circuit switch unit of the multiple ejected wave odd encoder of table, the multiple total electronics electricity of ejected wave odd encoder Output end Q1, Q2, Q3 of 1,2,3 pulse of way switch unit respectively with multiple one wave electronic switch controling end of ejected wave odd encoder, Multiple two wave electronic switch controling end of ejected wave odd encoder, multiple three wave electronic switch controling end of ejected wave odd encoder is connected, multiple The pulse output end Q3 that the total decimal counting circuit of ejected wave odd encoder counts also with the total clear circuit signal of multiple ejected wave odd encoder Input terminal connection, the multiple total clear circuit signal output end of ejected wave odd encoder are electric with the total electronic impulse of multiple ejected wave odd encoder respectively Road reset signal input terminal, the multiple total decimal counting circuit reset signal input terminal of ejected wave odd encoder are connected.

Multiple ejected wave odd encoder button switch one end connects multiple ejected wave odd encoder battery supply anode, and multiple ejected wave is more Encode the button switch other end and the total electronic circuit switch unit power end of multiple ejected wave odd encoder, multiple one wave of ejected wave odd encoder Electronic switch power end, multiple two wave electronic switch power end of ejected wave odd encoder, multiple three wave electronic cutting of ejected wave odd encoder are powered-down Source connection.

The multiple total electronic circuit switch unit ground wire of ejected wave odd encoder, multiple one wave electronic switch ground wire of ejected wave odd encoder, Multiple two wave electronic switch ground wire of ejected wave odd encoder, multiple three wave electronic switch ground wire of ejected wave odd encoder and multiple ejected wave odd encoder Battery supply ground wire is connected.

Three pulse output ends Q1, Q2, Q3 of the multiple total electronic circuit switch unit of ejected wave odd encoder respectively with multi-emitting One wave electronic switch controling end of wave odd encoder, two wave electronic switch controling end of multiple ejected wave odd encoder, multiple ejected wave odd encoder three Wave electronic switch controling end is connected.

Multiple one wave electronic switch output end of ejected wave odd encoder is switched with multiple one wave oscillating circuit of ejected wave odd encoder respectively Power end, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder, two yards of electronic cuttings of multiple one wave of ejected wave odd encoder are powered-down Source, multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple one wave dicode of ejected wave odd encoder transmitting Electronic circuit power end is connected.

Multiple one wave oscillating circuit of ejected wave odd encoder switch ground terminal, one yard of electronic switch of multiple one wave of ejected wave odd encoder Line end, two yards of electronic switch ground terminals of multiple one wave of ejected wave odd encoder, multiple one wave dicode of ejected wave odd encoder coding or door output Circuit ground end, multiple one wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply Line is connected.

Multiple one two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple one yard of one wave of ejected wave odd encoder Electronic switch controling end, two yards of electronic switch controling ends of multiple one wave of ejected wave odd encoder are connected.

One yard of electronic switch output end of multiple one wave of ejected wave odd encoder encodes electricity with multiple one wave one of ejected wave odd encoder respectively Sub-circuit power end, multiple one wave one of ejected wave odd encoder coding output circuit power end are connected.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit ground end, multiple one wave one of ejected wave odd encoder coding output electricity Road ground terminal is connected with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit output end and multiple one wave one of ejected wave odd encoder coding export Circuit input end is connected, and multiple one wave one of ejected wave odd encoder coding output circuit output end and multiple one wave of ejected wave odd encoder are double Code coding or one input terminal of gate output circuit are connected.

Two yards of electronic switch output ends of multiple one wave of ejected wave odd encoder encode electricity with multiple one wave two of ejected wave odd encoder respectively Sub-circuit power end, multiple one wave two of ejected wave odd encoder coding output circuit power end connection.

Multiple one wave of ejected wave odd encoder, two coded electronic circuit ground end, multiple one wave two of ejected wave odd encoder coding output electricity Road ground terminal is connect with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple one wave of ejected wave odd encoder, two coded electronic circuit output end and multiple one wave two of ejected wave odd encoder coding export Circuit input end is connected, and multiple one wave two of ejected wave odd encoder coding output circuit output end and multiple one wave of ejected wave odd encoder are double Code coding or one input terminal of gate output circuit are connected；Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit output end It is connect with multiple one wave dicode launching electronics circuit input end of ejected wave odd encoder.

Multiple two wave electronic switch output end of ejected wave odd encoder is switched with multiple two wave oscillating circuit of ejected wave odd encoder respectively Power end, five yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, six yards of electronic cuttings of multiple two wave of ejected wave odd encoder are powered-down Source, multiple two wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple two wave dicode of ejected wave odd encoder transmitting Electronic circuit power end is connected.

Multiple two wave oscillating circuit of ejected wave odd encoder switch ground terminal, five yards of electronic switches of multiple two wave of ejected wave odd encoder Line end, six yards of electronic switch ground terminals of multiple two wave of ejected wave odd encoder, multiple two wave dicode of ejected wave odd encoder coding or door output Circuit ground end, multiple two wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply Line is connected.

Multiple two two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple five yards of two wave of ejected wave odd encoder Electronic switch controling end, six yards of electronic switch controling ends of multiple two wave of ejected wave odd encoder are connected.

Five yards of electronic switch output ends of multiple two wave of ejected wave odd encoder encode electricity with multiple two wave five of ejected wave odd encoder respectively Sub-circuit power end, multiple two wave five of ejected wave odd encoder coding output circuit power end are connected.

Multiple two wave of ejected wave odd encoder, five coded electronic circuit ground end, multiple two wave five of ejected wave odd encoder coding output electricity Road ground terminal is connected with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple two wave of ejected wave odd encoder, five coded electronic circuit output end and multiple two wave five of ejected wave odd encoder coding export Circuit input end is connected, and multiple two wave five of ejected wave odd encoder coding output circuit output end and multiple two wave of ejected wave odd encoder are double Code coding or one input terminal of gate output circuit are connected.

Six yards of electronic switch output ends of multiple two wave of ejected wave odd encoder encode electricity with multiple two wave six of ejected wave odd encoder respectively Sub-circuit power end, multiple two wave two of ejected wave odd encoder coding output circuit power end connection.

Multiple two wave of ejected wave odd encoder, six coded electronic circuit ground end, multiple two wave six of ejected wave odd encoder coding output electricity Road ground terminal is connect with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple two wave of ejected wave odd encoder, six coded electronic circuit output end and multiple two wave six of ejected wave odd encoder coding export Circuit input end is connected, and multiple two wave six of ejected wave odd encoder coding output circuit output end and multiple two wave of ejected wave odd encoder are double Code coding or one input terminal of gate output circuit are connected；Multiple two wave dicode of ejected wave odd encoder coding or gate output circuit output end It is connect with multiple two wave dicode launching electronics circuit input end of ejected wave odd encoder.

Multiple three wave electronic switch output end of ejected wave odd encoder is switched with multiple three wave oscillating circuit of ejected wave odd encoder respectively Power end, multiple three wave trigram electronic switch power end of ejected wave odd encoder, four yards of electronic cuttings of multiple three wave of ejected wave odd encoder are powered-down Source, multiple three wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple three wave dicode of ejected wave odd encoder transmitting Electronic circuit power end is connected.

Multiple three wave oscillating circuit of ejected wave odd encoder switch ground terminal, multiple three wave trigram electronic switch of ejected wave odd encoder Line end, four yards of electronic switch ground terminals of multiple three wave of ejected wave odd encoder, multiple three wave dicode of ejected wave odd encoder coding or door output Circuit ground end, multiple three wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply Line is connected.

Multiple three two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple three wave trigram of ejected wave odd encoder Electronic switch controling end, four yards of electronic switch controling ends of multiple three wave of ejected wave odd encoder are connected.

Multiple three wave trigram electronic switch output end of ejected wave odd encoder encodes electricity with multiple three wave three of ejected wave odd encoder respectively Sub-circuit power end, multiple three wave three of ejected wave odd encoder coding output circuit power end are connected.

Multiple three wave of ejected wave odd encoder, three coded electronic circuit ground end, multiple three wave three of ejected wave odd encoder coding output electricity Road ground terminal is connected with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple three wave of ejected wave odd encoder, three coded electronic circuit output end and multiple three wave three of ejected wave odd encoder coding export Circuit input end is connected, and multiple three wave three of ejected wave odd encoder coding output circuit output end and multiple three wave of ejected wave odd encoder are double Code coding or the connection of one input terminal of gate output circuit.

Four yards of electronic switch output ends of multiple three wave of ejected wave odd encoder encode electricity with multiple three wave four of ejected wave odd encoder respectively Sub-circuit power end, multiple three wave four of ejected wave odd encoder coding output circuit power end are connected.

Multiple three wave of ejected wave odd encoder, four coded electronic circuit ground end, multiple three wave four of ejected wave odd encoder coding output electricity Road ground terminal is connected with multiple ejected wave odd encoder battery supply ground wire respectively.

Multiple three wave of ejected wave odd encoder, four coded electronic circuit output end and multiple three wave four of ejected wave odd encoder coding export Circuit input end is connected, and multiple three wave four of ejected wave odd encoder coding output circuit output end and multiple three wave of ejected wave odd encoder are double Code coding or one input terminal of gate output circuit are connected.

Multiple three wave dicode of ejected wave odd encoder coding or gate output circuit output end and multiple three wave dicode of ejected wave odd encoder The connection of launching electronics circuit input end.

2, a kind of multiple ejected wave of automobile multiple ejected wave odd encoder remote control scheme be the first transmitted wave and the second transmitted wave and The combination of third transmitted wave.

Its working principles are as follows:

So when pressing the button of multiple ejected wave odd encoder button switch circuit, the multiple total electronic circuit of ejected wave odd encoder Switch unit, which powers on, to be started to work；The multiple total electronic circuit switch unit of ejected wave odd encoder is by multiple ejected wave odd encoder Total electronic impulse circuit, the multiple total decimal counting circuit of ejected wave odd encoder, the multiple total clear circuit composition of ejected wave odd encoder；It is more The total electronic impulse circuit of transmitted wave odd encoder, which powers on, to be started to vibrate output pulse signal, when first pulse signal enters When the total decimal counting circuit of multiple ejected wave odd encoder, the multiple total electronic circuit switch unit of ejected wave odd encoder external three defeated Outlet Q1, Q2, Q3, i.e., tri- output ends of Q1, Q2, Q3 that the total decimal counting circuit of multiple ejected wave odd encoder counts, wherein Q1 Output is high potential, and Q2, Q3 are exported respectively as low potential.

Multiple one wave electronic switch controling end of ejected wave odd encoder, two wave electronic switch controling end of multiple ejected wave odd encoder are more Three wave electronic switch controling end of transmitted wave odd encoder will be opened for high potential voltage output；Multiple one wave of ejected wave odd encoder electricity Sub switch control terminal, two wave electronic switch controling end of multiple ejected wave odd encoder, multiple three wave electronic switch of ejected wave odd encoder control End is that low potential will be closed Non voltage output.

Q1 is to multiple ejected wave odd encoder in three external output ends of the multiple total electronic circuit switch unit of ejected wave odd encoder The output of one wave electronic switch controling end is high potential, and multiple one wave electronic switch of ejected wave odd encoder is opened output voltage；It is multiple Q2, Q3 are respectively to multiple two wave of ejected wave odd encoder in external another two output ends of the total electronic circuit switch unit of ejected wave odd encoder Electronic switch controling end, multiple three wave electronic switch controling end of ejected wave odd encoder export low potential, respectively compile multiple ejected wave more Two wave electronic switches of code and multiple three wave electronic switch of ejected wave odd encoder are closed, their Non voltage outputs；Such a automobile is more Transmitted wave odd encoder remote control scheme opens the preparation stage of the transmitting of multiple one wave of ejected wave odd encoder, two coding circuit, also simultaneously Start the transmitting for closing multiple two wave of ejected wave odd encoder, two coding circuit and multiple three wave of ejected wave odd encoder, two coding circuit Journey.

Similarly, the two wave electronic switch output end of multiple ejected wave odd encoder of multiple two wave of ejected wave odd encoder, two coding circuit point Not with multiple two wave oscillating circuit Switching Power Supply end of ejected wave odd encoder, five yards of electronic switch powers of multiple two wave of ejected wave odd encoder End, six yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, multiple two wave dicode of ejected wave odd encoder coding or door output electricity Road power end, multiple two wave dicode launching electronics circuit power end of ejected wave odd encoder are connected.

Multiple two wave electronic switch controling end of ejected wave odd encoder is low-voltage, and multiple two wave electronic switch of ejected wave odd encoder is defeated Outlet Non voltage output, multiple two wave electronic switching circuit output end Non voltage output of ejected wave odd encoder, multiple ejected wave odd encoder Two five yards of wave electronic switch power ends, six yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, multiple ejected wave odd encoder two Wave dicode coding or gate output circuit power end, the multiple two equal access failure in wave dicode launching electronics circuit power end of ejected wave odd encoder Power supply does not work；Multiple two wave of ejected wave odd encoder, five coded electronic circuit power end, multiple two wave five of ejected wave odd encoder encode defeated Circuit power end out, multiple two wave of ejected wave odd encoder, six coded electronic circuit power end, multiple two wave six of ejected wave odd encoder coding Output circuit power end, also access failure power supply does not also work.

So multiple two wave of ejected wave odd encoder, five coded electronic circuit, multiple two wave of ejected wave odd encoder, six coded electronic circuit Coding work is not carried out, it is also more without multiple two wave of ejected wave odd encoder, five coded electronic circuit code signal and multiple ejected wave The output of two waves, six coded electronic circuit code signal is encoded, multiple two wave dicode launching electronics circuit of ejected wave odd encoder is also without multiple Two wave of ejected wave odd encoder, five coded electronic circuit code signal and multiple two wave of ejected wave odd encoder, six coded electronic circuit code letter It number launches outward, multiple two wave dicode launching electronics circuit access failure power supply of ejected wave odd encoder can not be emitted.

Similarly, the three wave electronic switch output end of multiple ejected wave odd encoder of multiple three wave of ejected wave odd encoder, two coding circuit point Not with multiple three wave oscillating circuit Switching Power Supply end of ejected wave odd encoder, multiple three wave trigram electronic switch power of ejected wave odd encoder End, four yards of electronic switch power ends of multiple three wave of ejected wave odd encoder, multiple three wave dicode of ejected wave odd encoder coding or door output electricity Road power end, multiple three wave dicode launching electronics circuit power end of ejected wave odd encoder are connected.

Multiple three wave electronic switch controling end of ejected wave odd encoder is low-voltage, and multiple three wave electronic switch of ejected wave odd encoder is defeated Outlet Non voltage output, multiple three wave electronic switching circuit output end Non voltage output of ejected wave odd encoder, multiple ejected wave odd encoder Three wave trigram electronic switch power ends, four yards of electronic switch power ends of multiple three wave of ejected wave odd encoder, multiple ejected wave odd encoder three Wave dicode coding or gate output circuit power end, the multiple three equal access failure in wave dicode launching electronics circuit power end of ejected wave odd encoder Power supply does not work；Multiple three wave of ejected wave odd encoder, three coded electronic circuit power end, multiple three wave three of ejected wave odd encoder encode defeated Circuit power end out, multiple three wave of ejected wave odd encoder, four coded electronic circuit power end, multiple three wave four of ejected wave odd encoder coding Output circuit power end, also access failure power supply does not also work.

So multiple three wave of ejected wave odd encoder, three coded electronic circuit, multiple three wave of ejected wave odd encoder, four coded electronic circuit Coding work is not carried out, it is also more without multiple three wave of ejected wave odd encoder, three coded electronic circuit code signal and multiple ejected wave The output of three waves, four coded electronic circuit code signal is encoded, multiple three wave dicode launching electronics circuit of ejected wave odd encoder is also without multiple Three wave of ejected wave odd encoder, three coded electronic circuit code signal and multiple three wave of ejected wave odd encoder, four coded electronic circuit code letter It number launches outward, multiple three wave dicode launching electronics circuit access failure power supply of ejected wave odd encoder can not be emitted.

So multiple two wave of ejected wave odd encoder, two coding circuit and multiple three wave of ejected wave odd encoder, two coding circuit are closed It closes, no signal launches outward.

And the total electronic circuit switch unit of multiple ejected wave odd encoder keeps in external three output ends Q1 to multiple ejected wave The output of one wave electronic switch controling end of odd encoder is high potential, and multiple one wave electronic switch of ejected wave odd encoder is opened output electricity Pressure；Thus open the preparation stage of the transmitting of multiple one wave of ejected wave odd encoder, two coding circuit.

The one wave electronic switch output end of multiple ejected wave odd encoder of multiple one wave of ejected wave odd encoder, two coding circuit respectively with Multiple one wave oscillating circuit Switching Power Supply end of ejected wave odd encoder, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder are more One wave of transmitted wave odd encoder, two yards of electronic switch power ends, multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power supply End, multiple one wave dicode launching electronics circuit power end of ejected wave odd encoder is connected.

Multiple one wave electronic switch of ejected wave odd encoder opens output voltage, multiple one wave oscillating circuit of ejected wave odd encoder switch Power end, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder, two yards of electronic cuttings of multiple one wave of ejected wave odd encoder are powered-down Source, multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple one wave dicode of ejected wave odd encoder transmitting Electronic circuit power end powers on start-up operation.

Multiple one wave oscillating circuit switch connection power supply of ejected wave odd encoder starts to vibrate, multiple one wave of ejected wave odd encoder oscillation Two output ends of circuit switch export high potential and low potential each other in the same time outward respectively, or low potential and height each other Two signals of current potential.

Multiple one two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple one yard of one wave of ejected wave odd encoder Electronic switch controling end, the two yards of electronic switch controling end connections of multiple one wave of ejected wave odd encoder；Multiple one wave of ejected wave odd encoder vibration Two output ends of circuit switch are swung respectively to one yard of electronic switch controling end of multiple one wave of ejected wave odd encoder, multiple ejected wave odd encoder One two yards of the wave electronic switch controling end same time exports high potential and low potential each other outward respectively, or low potential and height each other Two signals of current potential；One yard of electronic switch controling end of multiple one wave of ejected wave odd encoder, two yards of electricity of multiple one wave of ejected wave odd encoder When sub switch control terminal is high potential signal, by the output voltage that is opened, the one yard of electronic switch control of multiple one wave of ejected wave odd encoder End processed will be closed when two yards of electronic switch controling ends of multiple one wave of ejected wave odd encoder are low-potential signal by Non voltage output.

When multiple one wave oscillating circuit output switching terminal of ejected wave odd encoder is to one yard of electronic cutting of multiple one wave of ejected wave odd encoder It closes control terminal and exports high potential signal, one yard of electronic switch of multiple one wave of ejected wave odd encoder will be opened, by outside output voltage； Multiple one wave oscillating circuit of ejected wave odd encoder switchs another output end to the two yards of electronic switch controls of multiple one wave of ejected wave odd encoder When the output low-potential signal of end, two yards of electronic switches of multiple one wave of ejected wave odd encoder will be closed Non voltage output.

When multiple one wave oscillating circuit of ejected wave odd encoder, which switchs, keeps this state constant, a kind of multiple ejected wave of automobile is more Coded telecommand scheme has been switched on the hair of one yard of one wave of multiple ejected wave odd encoder of multiple one wave of ejected wave odd encoder, two coding circuit Process is penetrated, while also starting two yards of one wave of multiple ejected wave odd encoder for closing multiple one wave of ejected wave odd encoder, two coding circuit Emission process.

One wave of multiple ejected wave odd encoder, one yard of electronic switching circuit control of multiple one wave of ejected wave odd encoder, two coding circuit When end is high potential, one yard of electronic switching circuit of multiple one wave of ejected wave odd encoder will be opened output voltage.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit power end, multiple one wave one of ejected wave odd encoder coding output electricity Road power end is started to work after powering on, and multiple one wave of ejected wave odd encoder, one coded electronic circuit starts to carry out coding work； Multiple ejected wave odd encoder one wave, one yard of encoded signal that multiple one wave of ejected wave odd encoder, one coded electronic circuit will be finished, passes to Multiple one wave one of ejected wave odd encoder encodes output circuit, and multiple one wave one of ejected wave odd encoder coding output circuit passes to multiple again One wave dicode of ejected wave odd encoder coding or one input terminal of gate output circuit；Multiple one wave dicode of ejected wave odd encoder coding or door output Circuit output end is connect with multiple one wave dicode launching electronics circuit input end of ejected wave odd encoder；Multiple one wave one of ejected wave odd encoder One wave of multiple ejected wave odd encoder, one yard of encoded signal that coded electronic circuit is finished encodes defeated through multiple one wave one of ejected wave odd encoder Circuit and one wave dicode of multiple ejected wave odd encoder coding or gate output circuit pass to multiple one wave dicode of ejected wave odd encoder hair out Radio sub-circuit launches outward one yard of encoded signal of multiple one wave of ejected wave odd encoder.

When two yards of electronic switching circuit control terminals of multiple one wave of ejected wave odd encoder are low potential, multiple one wave of ejected wave odd encoder Two yards of electronic switching circuits will be closed Non voltage output.

Two yards of electronic switching circuit output ends of multiple one wave of ejected wave odd encoder are compiled with multiple one wave two of ejected wave odd encoder respectively Code electronic circuit power end, multiple one wave two of ejected wave odd encoder coding output circuit power end are connected.

Multiple one wave of ejected wave odd encoder, two coded electronic circuit power end, multiple one wave two of ejected wave odd encoder coding output electricity Road power end is not since access failure power supply works, so multiple one wave of ejected wave odd encoder, two coded electronic circuit is not encoded Work, also without the two yards of encoded signal outputs of multiple one wave of ejected wave odd encoder, multiple one wave dicode launching electronics of ejected wave odd encoder Transmitting of the circuit also without multiple one two yards of encoded signals of wave of ejected wave odd encoder.

Such a multiple ejected wave odd encoder remote control scheme of automobile just completes multiple one wave two of ejected wave odd encoder outward and compiles One yard of one wave of multiple ejected wave odd encoder of code circuit launches outward work.

It is a high position in the output end Q1 for keeping multiple total 1,2,3 pulse of electronic circuit switch unit of ejected wave odd encoder, Q2, The original state of Q3 low level is constant, i.e., multiple one wave electronic switching circuit control terminal of ejected wave odd encoder is still high potential, multiple ejected wave Two wave electronic switching circuit control terminal of odd encoder and multiple three wave electronic switching circuit control terminal of ejected wave odd encoder are still low potential In the case where.

Multiple one wave oscillating circuit switching circuit of ejected wave odd encoder is flipped, multiple one wave oscillating circuit of ejected wave odd encoder The electric signal that switching circuitry output is exported to multiple one two yards of electronic switching circuit control terminals of wave of ejected wave odd encoder is by low potential It is changed into high potential, two yards of electronic switching circuits of multiple one wave of ejected wave odd encoder will be opened output voltage.

Multiple one wave oscillating circuit switching circuitry output of ejected wave odd encoder is to one yard of electronics of multiple one wave of ejected wave odd encoder When the electric signal of switching circuit control terminal output is changed into low potential by high potential, one yard of electronic cutting of multiple one wave of ejected wave odd encoder Powered-down road will close Non voltage output.

At this moment a kind of multiple ejected wave odd encoder remote control scheme of automobile is switched on multiple one wave of ejected wave odd encoder, two coding circuit Two yards of one wave of multiple ejected wave odd encoder start the process of transmitting, while also starting and closing multiple one wave two of ejected wave odd encoder and compile The closing process of one yard of one wave of multiple ejected wave odd encoder transmitting of code circuit.

One yard of electronic switching circuit output end of multiple one wave of ejected wave odd encoder is compiled with multiple one wave one of ejected wave odd encoder respectively Code electronic circuit power end, multiple one wave one of ejected wave odd encoder coding output circuit power end are connected.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit power end, multiple one wave one of ejected wave odd encoder coding output electricity Road power end is not since access failure power supply works, so multiple one wave of ejected wave odd encoder, one coded electronic circuit is not encoded Work, also without the one yard of encoded signal output of multiple one wave of ejected wave odd encoder, multiple one wave dicode launching electronics of ejected wave odd encoder Circuit also launching outward without multiple ejected wave odd encoder one wave, one yard of encoded signal.

When two yards of electronic switching circuit control terminals of multiple one wave of ejected wave odd encoder are high potential, multiple one wave of ejected wave odd encoder Two yards of electronic switching circuits will be opened output voltage；Multiple one wave of ejected wave odd encoder, two coded electronic circuit power end, it is more One wave two of transmitted wave odd encoder coding output circuit power end is started to work after powering on, and multiple one wave two of ejected wave odd encoder is compiled Code electronic circuit starts to carry out the coding of multiple one two yards of encoded signals of wave of ejected wave odd encoder；Multiple one wave two of ejected wave odd encoder is compiled Multiple ejected wave odd encoder one wave, two yards of encoded signals that code electronic circuit will be finished pass to multiple one wave two of ejected wave odd encoder and compile Code output circuit, multiple one wave two of ejected wave odd encoder coding output circuit pass to multiple one wave dicode of ejected wave odd encoder coding again Or one input terminal of gate output circuit；Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit output end and multiple ejected wave are more Encode wave dicode launching electronics circuit input end connection；Multiple one wave of ejected wave odd encoder, two coded electronic circuit is more by what is finished One wave of transmitted wave odd encoder, two yards of encoded signals are encoded through multiple one wave dicode of ejected wave odd encoder or gate output circuit is exported to more One wave dicode launching electronics circuit of transmitted wave odd encoder launches outward two yards of encoded signals of multiple one wave of ejected wave odd encoder.

Such a multiple ejected wave odd encoder remote control scheme of automobile just completes multiple one wave two of ejected wave odd encoder and encodes electricity Multiple one wave of ejected wave odd encoder, two encoded signal on road launches outward work.

Changed in the total electronic circuit switch unit output state of multiple ejected wave odd encoder, multiple ejected wave odd encoder is total Electronic impulse circuit has input second pulse signal to the total decimal counting circuit counting input end of multiple ejected wave odd encoder.

The multiple total electronic circuit switch unit of ejected wave odd encoder external three output ends Q1, Q2, Q3, i.e., multiple ejected wave are more The Q2 output for encoding three output ends Q1, Q2, Q3 that total decimal counting circuit counts is high potential, and Q1, Q3 are exported respectively is Low potential；Q2 is to multiple ejected wave odd encoder two in three external output ends of the multiple total electronic circuit switch unit of ejected wave odd encoder The output of wave electronic switch controling end is high potential, and multiple two wave electronic switch of ejected wave odd encoder is opened output voltage；Multi-emitting Q1, Q3 are respectively to multiple one wave electronics of ejected wave odd encoder in three external output ends of the total electronic circuit switch unit of wave odd encoder Switch control terminal, multiple three wave electronic switch controling end of ejected wave odd encoder exports low potential, respectively by multiple ejected wave odd encoder two Wave electronic switch, multiple three wave electronic switch of ejected wave odd encoder are closed, Non voltage output；Such a automobile multi-emitting Wave odd encoder remote control scheme opens the launching phase of multiple two wave of ejected wave odd encoder, two coding circuit, also starts simultaneously multiple One wave of ejected wave odd encoder, two coding circuit and multiple three wave of ejected wave odd encoder, two coding circuit emit closing process.

The one wave electronic switching circuit control terminal of multiple ejected wave odd encoder of multiple one wave of ejected wave odd encoder, two coding circuit, and The three wave electronic switching circuit control terminal of multiple ejected wave odd encoder of multiple three wave of ejected wave odd encoder, two coding circuit is all low potential When, multiple one wave electronic switching circuit of ejected wave odd encoder and three wave electronic switching circuit of multiple ejected wave odd encoder will be closed nothing Voltage output.

Multiple one wave electronic switching circuit output end Non voltage output of ejected wave odd encoder, multiple one wave of ejected wave odd encoder oscillation Circuitry switching circuitry power end, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder, multiple one wave two of ejected wave odd encoder Code electronic switch power end, multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple ejected wave odd encoder The one equal access failure power supply in wave dicode launching electronics circuit power end does not work.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit power end, multiple one wave one of ejected wave odd encoder coding output electricity Road power end；Multiple one wave of ejected wave odd encoder, two coded electronic circuit power end, multiple one wave two of ejected wave odd encoder coding output Circuit power end, also access failure power supply does not also work；So multiple one wave of ejected wave odd encoder, one coded electronic circuit, multiple ejected wave One wave of odd encoder, two coded electronic circuit does not carry out coding work, also without multiple one wave of ejected wave odd encoder, one coded electronic electricity Road encoded signal and the output of two coded electronic circuit code signal of multiple one wave of ejected wave odd encoder, multiple one wave of ejected wave odd encoder Dicode launching electronics circuit is also without multiple one wave of ejected wave odd encoder, one coded electronic circuit code signal and multiple ejected wave odd encoder One wave, two coded electronic circuit code signal launches outward.Multiple one wave dicode launching electronics circuit access failure electricity of ejected wave odd encoder Source can not carry out launch mission.

Similarly, the three wave electronic switch controling end of multiple ejected wave odd encoder of multiple three wave of ejected wave odd encoder, two coding circuit is Low-voltage, multiple three wave electronic switch output end Non voltage output of ejected wave odd encoder.

Multiple three wave electronic switching circuit output end Non voltage output of ejected wave odd encoder, multiple three wave of ejected wave odd encoder oscillation Circuitry switching circuitry power end, multiple three wave trigram electronic switch power end of ejected wave odd encoder, multiple three wave four of ejected wave odd encoder Code electronic switch power end, multiple three wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple ejected wave odd encoder The three equal access failure power supplys in wave dicode launching electronics circuit power end do not work.

Multiple three wave of ejected wave odd encoder, three coded electronic circuit power end, multiple three wave three of ejected wave odd encoder coding output electricity Road power end, multiple three wave of ejected wave odd encoder, four coded electronic circuit power end, multiple three wave four of ejected wave odd encoder coding output Circuit power end, also access failure power supply does not also work；So multiple three wave of ejected wave odd encoder, three coded electronic circuit, multiple ejected wave Three wave of odd encoder, four coded electronic circuit does not carry out coding work, also without multiple three wave of ejected wave odd encoder, three coded electronic electricity Road encoded signal and the output of four coded electronic circuit code signal of multiple three wave of ejected wave odd encoder, multiple three wave of ejected wave odd encoder Dicode launching electronics circuit is also without multiple three wave of ejected wave odd encoder, three coded electronic circuit code signal and multiple ejected wave odd encoder Three waves, four coded electronic circuit code signal launches outward.Multiple three wave dicode launching electronics circuit access failure electricity of ejected wave odd encoder Source can not carry out launch mission.

Multiple one wave of ejected wave odd encoder, two coding circuit and multiple three wave of ejected wave odd encoder, two coding circuit are started in this way Emit closing process.

And the total electronic circuit switch unit of multiple ejected wave odd encoder keeps in external three output ends Q2 to multiple ejected wave The output of two wave electronic switch controling end of odd encoder is high potential, and multiple two wave electronic switch of ejected wave odd encoder is opened output electricity Pressure；Thus open the preparation stage of the transmitting of multiple two wave of ejected wave odd encoder, two coding circuit.

The two wave electronic switch output end of multiple ejected wave odd encoder of multiple two wave of ejected wave odd encoder, two coding circuit respectively with Multiple two wave oscillating circuit Switching Power Supply end of ejected wave odd encoder, five yards of electronic switch power ends of multiple two wave of ejected wave odd encoder are more Two wave of transmitted wave odd encoder, six yards of electronic switch power ends, multiple two wave dicode of ejected wave odd encoder coding or gate output circuit power supply End, multiple two wave dicode launching electronics circuit power end of ejected wave odd encoder is connected.

Multiple two wave electronic switch of ejected wave odd encoder opens output voltage, multiple two wave oscillating circuit of ejected wave odd encoder switch Power end, five yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, six yards of electronic cuttings of multiple two wave of ejected wave odd encoder are powered-down Source, multiple two wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple two wave dicode of ejected wave odd encoder transmitting Electronic circuit power end powers on start-up operation.

Multiple two wave oscillating circuit switch connection power supply of ejected wave odd encoder starts to vibrate, multiple two wave of ejected wave odd encoder oscillation Two output ends of circuit switch export high potential and low potential each other in the same time outward respectively, or low potential and height each other Two signals of current potential.

Multiple two two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple five yards of two wave of ejected wave odd encoder Electronic switch controling end, the six yards of electronic switch controling end connections of multiple two wave of ejected wave odd encoder；Multiple two wave of ejected wave odd encoder vibration Two output ends of circuit switch are swung respectively to five yards of electronic switch controling ends of multiple two wave of ejected wave odd encoder, multiple ejected wave odd encoder Two six yards of the wave electronic switch controling ends same time exports high potential and low potential each other outward respectively, or low potential and height each other Two signals of current potential；Five yards of electronic switch controling ends of multiple two wave of ejected wave odd encoder, six yards of electricity of multiple two wave of ejected wave odd encoder When sub switch control terminal is high potential signal, by the output voltage that is opened, the five yards of electronic switch controls of multiple two wave of ejected wave odd encoder End processed will be closed when six yards of electronic switch controling ends of multiple two wave of ejected wave odd encoder are low-potential signal by Non voltage output.

When multiple two wave oscillating circuit output switching terminal of ejected wave odd encoder is to five yards of electronic cuttings of multiple two wave of ejected wave odd encoder It closes control terminal and exports high potential signal, five yards of electronic switches of multiple two wave of ejected wave odd encoder will be opened, by outside output voltage； Multiple two wave oscillating circuit of ejected wave odd encoder switchs another output end to the six yards of electronic switch controls of multiple two wave of ejected wave odd encoder When the output low-potential signal of end, six yards of electronic switches of multiple two wave of ejected wave odd encoder will be closed Non voltage output.

When multiple two wave oscillating circuit of ejected wave odd encoder, which switchs, keeps this state constant, a kind of multiple ejected wave of automobile is more Coded telecommand scheme has been switched on the hair of five yards of two wave of multiple ejected wave odd encoder of multiple two wave of ejected wave odd encoder, two coding circuit Process is penetrated, while also starting six yards of two wave of multiple ejected wave odd encoder for closing multiple two wave of ejected wave odd encoder, six coding circuit Emission process.

Two wave of multiple ejected wave odd encoder, five yards of electronic switching circuit controls of multiple two wave of ejected wave odd encoder, two coding circuit When end is high potential, five yards of electronic switching circuits of multiple two wave of ejected wave odd encoder will be opened output voltage.

Multiple two wave of ejected wave odd encoder, five coded electronic circuit power end, multiple two wave five of ejected wave odd encoder coding output electricity Road power end is started to work after powering on, and multiple two wave of ejected wave odd encoder, five coded electronic circuit starts to carry out coding work； Multiple two wave of ejected wave odd encoder, five encoded signal that multiple two wave of ejected wave odd encoder, five coded electronic circuit will be finished, passes to more Two wave five of transmitted wave odd encoder encodes output circuit, and multiple two wave five of ejected wave odd encoder coding output circuit passes to multi-emitting again Two wave dicode of wave odd encoder coding or one input terminal of gate output circuit；Multiple two wave dicode of ejected wave odd encoder coding or door output electricity Road output end is connect with multiple two wave dicode launching electronics circuit input end of ejected wave odd encoder；Multiple two wave five of ejected wave odd encoder is compiled Multiple two wave of ejected wave odd encoder, five encoded signal that code electronic circuit is finished encodes output electricity through multiple two wave five of ejected wave odd encoder Road and two wave dicode of multiple ejected wave odd encoder coding or gate output circuit pass to multiple two wave dicode of ejected wave odd encoder transmitting electricity Sub-circuit launches outward multiple two wave of ejected wave odd encoder, five encoded signal.

When six yards of electronic switching circuit control terminals of multiple two wave of ejected wave odd encoder are low potential, multiple two wave of ejected wave odd encoder Six yards of electronic switching circuits will be closed Non voltage output.

Six yards of electronic switching circuit output ends of multiple two wave of ejected wave odd encoder are compiled with multiple two wave six of ejected wave odd encoder respectively Code electronic circuit power end, multiple two wave six of ejected wave odd encoder coding output circuit power end are connected.

Multiple two wave of ejected wave odd encoder, six coded electronic circuit power end, multiple two wave six of ejected wave odd encoder coding output electricity Road power end is not since access failure power supply works, so multiple two wave of ejected wave odd encoder, six coded electronic circuit is not encoded Work is also exported without multiple two wave of ejected wave odd encoder, six encoded signal, multiple two wave dicode launching electronics electricity of ejected wave odd encoder Transmitting of the road also without multiple two wave of ejected wave odd encoder, six encoded signal.

Such a multiple ejected wave odd encoder remote control scheme of automobile just completes multiple two wave two of ejected wave odd encoder outward and compiles Five yards of two wave of multiple ejected wave odd encoder of code circuit launches outward work.

It is a high position in the output end Q2 for keeping multiple total 1,2,3 pulse of electronic circuit switch unit of ejected wave odd encoder, Q1, The original state of Q3 low level is constant, i.e., multiple two wave electronic switching circuit control terminal of ejected wave odd encoder is still high potential, multiple ejected wave One wave electronic switching circuit control terminal of odd encoder and multiple three wave electronic switching circuit control terminal of ejected wave odd encoder are still low potential In the case where.

Multiple two wave oscillating circuit switching circuit of ejected wave odd encoder is flipped, multiple two wave oscillating circuit of ejected wave odd encoder The electric signal that switching circuitry output is exported to multiple two six yards of electronic switching circuit control terminals of wave of ejected wave odd encoder is by low potential It is changed into high potential, six yards of electronic switching circuits of multiple two wave of ejected wave odd encoder will be opened output voltage.

Multiple two wave oscillating circuit switching circuitry output of ejected wave odd encoder is to five yards of electronics of multiple two wave of ejected wave odd encoder When the electric signal of switching circuit control terminal output is changed into low potential by high potential, five yards of electronic cuttings of multiple two wave of ejected wave odd encoder Powered-down road will close Non voltage output.

At this moment a kind of multiple ejected wave odd encoder remote control scheme of automobile is switched on multiple two wave of ejected wave odd encoder, two coding circuit Six yards of two wave of multiple ejected wave odd encoder start the process of transmitting, while also starting and closing multiple two wave two of ejected wave odd encoder and compile The closing process of five yards of two wave of multiple ejected wave odd encoder transmittings of code circuit.

Two yards of electronic switching circuit output ends of multiple two wave of ejected wave odd encoder are compiled with multiple two wave five of ejected wave odd encoder respectively Code electronic circuit power end, multiple two wave five of ejected wave odd encoder coding output circuit power end are connected.

Multiple two wave of ejected wave odd encoder, five coded electronic circuit power end, multiple two wave five of ejected wave odd encoder coding output electricity Road power end is not since access failure power supply works, so multiple two wave of ejected wave odd encoder, five coded electronic circuit is not encoded Work is also exported without multiple two wave of ejected wave odd encoder, five encoded signal, multiple two wave dicode launching electronics electricity of ejected wave odd encoder Road also launching outward without multiple two wave of ejected wave odd encoder, five encoded signal.

When six yards of electronic switching circuit control terminals of multiple two wave of ejected wave odd encoder are high potential, multiple two wave of ejected wave odd encoder Six yards of electronic switching circuits will be opened output voltage；Multiple two wave of ejected wave odd encoder, six coded electronic circuit power end, it is more Two wave six of transmitted wave odd encoder coding output circuit power end is started to work after powering on, and multiple two wave six of ejected wave odd encoder is compiled Code electronic circuit starts to carry out the coding of multiple two wave of ejected wave odd encoder, six encoded signal；Multiple two wave six of ejected wave odd encoder coding Multiple two wave of ejected wave odd encoder, six encoded signal that electronic circuit will be finished, pass to multiple two wave six of ejected wave odd encoder encode it is defeated Circuit out, multiple two wave six of ejected wave odd encoder coding output circuit pass to multiple two wave dicode of ejected wave odd encoder coding or door again One input terminal of output circuit；Multiple two wave dicode of ejected wave odd encoder coding or gate output circuit output end and multiple ejected wave odd encoder The connection of two wave dicode launching electronics circuit input ends；The multi-emitting that multiple two wave of ejected wave odd encoder, six coded electronic circuit will be finished Two wave of wave odd encoder, six encoded signal is encoded through multiple two wave dicode of ejected wave odd encoder or gate output circuit is exported to multiple ejected wave Two wave dicode launching electronics circuit of odd encoder launches outward multiple two wave of ejected wave odd encoder, six encoded signal.

Such a multiple ejected wave odd encoder remote control scheme of automobile just completes multiple two wave two of ejected wave odd encoder and encodes electricity Multiple two wave of ejected wave odd encoder, six encoded signal on road launches outward work.

Changed in the total electronic circuit switch unit output state of multiple ejected wave odd encoder, multiple ejected wave odd encoder is total Electronic impulse circuit has input third pulse signal to the total decimal counting circuit counting input end of multiple ejected wave odd encoder.

The multiple total electronic circuit switch unit of ejected wave odd encoder external three output ends Q1, Q2, Q3, i.e., multiple ejected wave are more Encoding three output end Q3 that total decimal counting circuit counts is high potential, and Q1, Q2 are exported respectively as low potential；Multi-emitting Q3 is to multiple three wave electronic switch control of ejected wave odd encoder in three external output ends of the total electronic circuit switch unit of wave odd encoder End output processed is high potential, and multiple three wave electronic switch of ejected wave odd encoder is opened output voltage；Multiple ejected wave odd encoder is always electric Q1, Q2 be respectively to multiple one wave electronic switch controling end of ejected wave odd encoder in three external output ends of sub-circuit switch unit, Multiple two wave electronic switch controling end of ejected wave odd encoder exports low potential, respectively by multiple one wave electronic switch of ejected wave odd encoder, Multiple two wave electronic switch of ejected wave odd encoder is closed, Non voltage output；Such a multiple ejected wave odd encoder of automobile is distant Prosecutor case opens the launching phase of multiple three wave of ejected wave odd encoder, two coding circuit, and it is more also to start the multiple ejected wave of closing simultaneously Encode two coding circuit of a wave and multiple two wave of ejected wave odd encoder, two coding circuit emission process.

The one wave electronic switch controling end of multiple ejected wave odd encoder of multiple one wave of ejected wave odd encoder, two coding circuit is low electricity Pressure, multiple one wave electronic switch output end Non voltage output of ejected wave odd encoder；Multiple one wave oscillating circuit of ejected wave odd encoder switch Power end, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder, two yards of electronic cuttings of multiple one wave of ejected wave odd encoder are powered-down Source, multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple one wave dicode of ejected wave odd encoder transmitting The equal access failure power supply of electronic circuit power end does not work.

Multiple one wave of ejected wave odd encoder, one coded electronic circuit power end, multiple one wave one of ejected wave odd encoder coding output electricity Road power end, multiple one wave of ejected wave odd encoder, two coded electronic circuit power end, multiple one wave two of ejected wave odd encoder coding output Circuit power end, also access failure power supply does not also work.

So multiple one wave of ejected wave odd encoder, one coded electronic circuit, multiple one wave of ejected wave odd encoder, two coded electronic circuit Coding work is not carried out, it is also more without multiple one wave of ejected wave odd encoder, one coded electronic circuit code signal and multiple ejected wave The output of two coded electronic circuit code signal of a wave is encoded, multiple one wave dicode launching electronics circuit of ejected wave odd encoder is also without multiple One wave of ejected wave odd encoder, one coded electronic circuit code signal, also without multiple one wave of ejected wave odd encoder, two coded electronic circuit code Signal launches outward.Multiple one wave dicode launching electronics circuit access failure power supply of ejected wave odd encoder can not carry out launch mission.

So multiple one wave of ejected wave odd encoder, two coding circuit and multiple two wave of ejected wave odd encoder, two coding circuit are closed It closes, no signal launches outward.

Q3 is to multiple ejected wave odd encoder in three external output ends of the multiple total electronic circuit switch unit of ejected wave odd encoder Three wave electronic switch controling end of the multiple ejected wave odd encoder output of three waves, two coding circuit is high potential, by multiple ejected wave odd encoder Three wave electronic switches open output voltage, open the preparation stage of the transmitting of multiple three wave of ejected wave odd encoder, two coding circuit.

Multiple three wave electronic switch of ejected wave odd encoder opens output voltage, multiple three wave oscillating circuit of ejected wave odd encoder switch Power end, multiple three wave trigram electronic switch power end of ejected wave odd encoder, four yards of electronic cuttings of multiple three wave of ejected wave odd encoder are powered-down Source, multiple three wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple three wave dicode of ejected wave odd encoder transmitting Electronic circuit power end powers on start-up operation.

Multiple three wave oscillating circuit switch connection power supply of ejected wave odd encoder starts to vibrate, multiple three wave of ejected wave odd encoder oscillation Two output ends of circuit switch export high potential and low potential each other in the same time outward respectively, or low potential and height each other Two unlike signals of current potential, multiple three two output ends of wave oscillating circuit switch of ejected wave odd encoder are compiled with multiple ejected wave more respectively Three wave trigram electronic switch controling ends of code, four yards of electronic switch controling ends of multiple three wave of ejected wave odd encoder are connected；Multiple ejected wave Three two output ends of wave oscillating circuit switch of odd encoder are more respectively to multiple three wave trigram electronic switch controling end of ejected wave odd encoder Transmitted wave odd encoder three waves, four yards of electronic switch controling ends same time exports high potential and low potential each other outward respectively, or mutually For two signals of low potential and high potential；When multiple three wave oscillating circuit output switching terminal of ejected wave odd encoder is more to multiple ejected wave Three wave trigram electronic switch controling ends output high potential signal is encoded, multiple three wave trigram electronic switch of ejected wave odd encoder will be beaten It opens, by outside output voltage；Multiple three wave oscillating circuit of ejected wave odd encoder switchs another output end and compiles to multiple ejected wave more simultaneously When three wave of code, four yards of electronic switch controling end output low-potential signals, four yards of electronic switches of multiple three wave of ejected wave odd encoder will be closed Close Non voltage output.

When multiple three wave oscillating circuit of ejected wave odd encoder, which switchs, keeps this state constant, a kind of multiple ejected wave of automobile is more Coded telecommand scheme has been switched on the hair of the three wave trigram of multiple ejected wave odd encoder of multiple three wave of ejected wave odd encoder, two coding circuit Process is penetrated, while also starting four yards of three wave of multiple ejected wave odd encoder for closing multiple three wave of ejected wave odd encoder, two coding circuit Emission process.

The three wave trigram electronic switching circuit of multiple ejected wave odd encoder of multiple three wave of ejected wave odd encoder, two coding circuit controls When end is high potential, multiple three wave trigram electronic switching circuit of ejected wave odd encoder will be opened output voltage.

Multiple three wave trigram electronic switching circuit output end of ejected wave odd encoder is compiled with multiple three wave three of ejected wave odd encoder respectively Code electronic circuit power end, multiple three wave three of ejected wave odd encoder coding output circuit power end are connected,

Multiple three wave of ejected wave odd encoder, three coded electronic circuit power end, multiple three wave three of ejected wave odd encoder coding output electricity Road power end is started to work after powering on, and multiple three wave of ejected wave odd encoder, three coded electronic circuit starts to carry out coding work； The three-code encoded signal of multiple three wave of ejected wave odd encoder that multiple three wave of ejected wave odd encoder, three coded electronic circuit will be finished, passes to Multiple three wave three of ejected wave odd encoder encodes output circuit, and multiple three wave three of ejected wave odd encoder coding output circuit passes to multiple again Three wave dicode of ejected wave odd encoder coding or one input terminal of gate output circuit；Multiple three wave dicode of ejected wave odd encoder coding or door output Circuit output end is connect with multiple three wave dicode launching electronics circuit input end of ejected wave odd encoder.

The three-code encoded signal of multiple three wave of ejected wave odd encoder that multiple three wave of ejected wave odd encoder, three coded electronic circuit is finished Multiple three wave dicode launching electronics of ejected wave odd encoder are passed to through multiple three wave dicode of ejected wave odd encoder coding or gate output circuit Circuit launches outward the three-code encoded signal of multiple three wave of ejected wave odd encoder.

Meanwhile four yards of electronic switching circuit control terminals of multiple three wave of ejected wave odd encoder be low potential when, multiple ejected wave more compile Code three waves, four yards of electronic switching circuits will be closed Non voltage output；Multiple three wave of ejected wave odd encoder, four coded electronic circuit power End, multiple three wave four of ejected wave odd encoder coding output circuit power end is not since access failure power supply works, so multiple ejected wave is more It encodes three waves, four coded electronic circuit and does not carry out coding work, it is also defeated without multiple three wave four code encoding signal of ejected wave odd encoder Out, multiple three wave dicode launching electronics circuit of ejected wave odd encoder is also outside without multiple three wave four code encoding signal of ejected wave odd encoder It penetrates.

Such a multiple ejected wave odd encoder remote control scheme of automobile just completes multiple three wave two of ejected wave odd encoder outward and compiles The transmitting work of the three wave trigram of multiple ejected wave odd encoder of code circuit.

It is low electricity in output end Q1, the Q2 for keeping multiple total 1,2,3 pulse of electronic circuit switch unit of ejected wave odd encoder Position, Q3 are that the state of high potential is constant, i.e. five yard of three wave electronic switching circuit control terminal of wave is still high potential, and multiple ejected wave is compiled more One wave electronic switching circuit control terminal of code and multiple two wave electronic switching circuit control terminal of ejected wave odd encoder are still the feelings of low potential Under condition.

Multiple three wave oscillating circuit switching circuit of ejected wave odd encoder is flipped, multiple three wave oscillating circuit of ejected wave odd encoder Switching circuit is changed into the electric signal that multiple three four yards of electronic switching circuit control terminals of wave of ejected wave odd encoder export by low potential High potential, four yards of electronic switching circuits of multiple three wave of ejected wave odd encoder will be opened output voltage；Multiple ejected wave odd encoder The electric signal that three wave oscillating circuit switching circuits are exported to multiple three wave trigram electronic switching circuit control terminal of ejected wave odd encoder by When high potential is changed into low potential, multiple three wave trigram electronic switching circuit of ejected wave odd encoder will close Non voltage output.

Such a multiple ejected wave odd encoder remote control scheme of automobile is switched on multiple three wave of ejected wave odd encoder, two coding circuit Four yards of three wave of multiple ejected wave odd encoder start the process of transmitting, while also starting and closing multiple three wave two of ejected wave odd encoder and compile The closing process of three wave trigram of the multiple ejected wave odd encoder transmitting of code circuit.

Multiple three wave trigram electronic switching circuit output end Non voltage output of ejected wave odd encoder, output end and multiple ejected wave Three wave of odd encoder, three coded electronic circuit power end, multiple three wave three of ejected wave odd encoder coding output circuit power end are connected, Multiple three wave of ejected wave odd encoder, three coded electronic circuit power end, multiple three wave three of ejected wave odd encoder encode output circuit power end Since access failure power supply does not work, so multiple three wave of ejected wave odd encoder, three coded electronic circuit does not carry out coding work, There is no the three-code encoded signal output of multiple three wave of ejected wave odd encoder, multiple three wave dicode launching electronics circuit of ejected wave odd encoder also without The multiple ejected wave odd encoder three-code encoded signal of three waves launches outward.

When four yards of electronic switching circuit control terminals of multiple three wave of ejected wave odd encoder are high potential, multiple three wave of ejected wave odd encoder Four yards of electronic switching circuits will be opened output voltage；Four yards of electronic switching circuit output ends of multiple three wave of ejected wave odd encoder point Not with multiple three wave of ejected wave odd encoder, four coded electronic circuit power end, it is electric that multiple three wave four of ejected wave odd encoder encodes output circuit Source is connected；Multiple three wave of ejected wave odd encoder, four coded electronic circuit power end, multiple three wave four of ejected wave odd encoder encode defeated Circuit power end is started to work after powering on out.

Multiple three wave of ejected wave odd encoder, four coded electronic circuit starts to carry out multiple three wave four code encoding of ejected wave odd encoder letter Number coding；Multiple three wave of ejected wave odd encoder, four coded electronic circuit believes the three wave four code encoding of multiple ejected wave odd encoder finished Number, multiple three wave four of ejected wave odd encoder coding output circuit is passed to, multiple three wave four of ejected wave odd encoder coding output circuit is again Pass to multiple three wave dicode of ejected wave odd encoder coding or gate output circuit；Multiple three wave dicode of ejected wave odd encoder coding or door are defeated Circuit output end is connect with four yards of launching electronics circuit input ends of multiple three wave of ejected wave odd encoder out；Multiple three wave of ejected wave odd encoder Four coded electronic circuits are by the three wave four code encoding signal of multiple ejected wave odd encoder finished through multiple four yards of three wave of ejected wave odd encoder Coding or gate output circuit pass to multiple three wave dicode launching electronics circuit of ejected wave odd encoder and launch outward multiple ejected wave mostly volume Three wave four code encoding signals of code.

Such a multiple ejected wave odd encoder remote control scheme of automobile, which just completes, launches outward multiple three wave of ejected wave odd encoder The three wave four code encoding signal of multiple ejected wave odd encoder of two coding circuits works.

Thus a kind of multiple ejected wave odd encoder remote control scheme of automobile completes multiple ejected wave odd encoder transmitting design outward The emission process of multiple ejected wave odd encoder a cycle in scheme.

Due to the total electronic switching circuit unit of multiple ejected wave odd encoder in a kind of multiple ejected wave odd encoder remote control scheme of automobile The three output end Q1, Q2, Q3 alternately and repeatedly circulation changes, and its period longest；Keeping Q1 at it is the shape of high potential State, i.e., the control terminal of multiple one wave electronic switching circuit of ejected wave odd encoder are two wave electronics of high potential and multiple ejected wave odd encoder The control terminal of switching circuit is low potential, and the control terminal of multiple three wave electronic switching circuit of ejected wave odd encoder is that low potential is constant In the case of, since multiple one wave oscillating circuit switch oscillating of ejected wave odd encoder works alternatively and they and other circuits are matched Close one wave two of one yard of one wave of multiple ejected wave odd encoder and multiple ejected wave odd encoder for completing multiple one wave circuit of ejected wave odd encoder The transmitting work of code.

When the state of the total electronic switching circuit unit of multiple ejected wave odd encoder is changed, multiple ejected wave odd encoder is always electric Q2 is high potential in three output ends Q1, Q2, Q3 of sub switch circuit unit, and the output end of Q2, Q3 are respectively low potential, i.e., more The control terminal of two wave electronic switching circuit of transmitted wave odd encoder is one wave electronic switching circuit of high potential and multiple ejected wave odd encoder Control terminal be low potential, the control terminal of multiple three wave electronic switching circuit of ejected wave odd encoder is in the case that low potential is constant, Since multiple two wave oscillating circuit switch oscillating of ejected wave odd encoder works alternatively and the cooperation of they and other circuits completes The transmitting work of five yards of two wave of multiple ejected wave odd encoder of multiple two wave circuit of ejected wave odd encoder.

When the state of the total electronic switching circuit unit of multiple ejected wave odd encoder is changed, multiple ejected wave odd encoder is always electric Q3 is high potential in three output ends Q1, Q2, Q3 of sub switch circuit unit, and the output end of Q1, Q2 are respectively low potential, i.e., more The control terminal of three wave electronic switching circuit of transmitted wave odd encoder is one wave electronic switching circuit of high potential and multiple ejected wave odd encoder Control terminal be low potential, the control terminal of multiple two wave electronic switching circuit of ejected wave odd encoder is in the case that low potential is constant, Since multiple three wave oscillating circuit switch oscillating of ejected wave odd encoder works alternatively and the cooperation of they and other circuits completes The transmitting of four yards of the three wave trigram of multiple ejected wave odd encoder and three wave of multiple ejected wave odd encoder of multiple three wave circuit of ejected wave odd encoder Work.

When the multiple total electronic switching circuit unit of ejected wave odd encoder keeps the state of this circulation change, due to multiple ejected wave One wave oscillating circuit of odd encoder switch, multiple two wave oscillating circuit of ejected wave odd encoder switch, multiple three wave of ejected wave odd encoder oscillation Circuit switch oscillation works alternatively and the cooperation of they and other circuits completes multiple two yards of one wave of ejected wave odd encoder, more The transmitting work of two yards of two yards of two wave of transmitted wave odd encoder and three wave of multiple ejected wave odd encoder.

A kind of the multiple of another period of a cycle of multiple ejected wave odd encoder remote control scheme of automobile is completed like this Ejected wave odd encoder emits work, disconnects until decontroling multiple ejected wave odd encoder button switch circuit.

The present invention has following outstanding advantages after implementing:

1, a kind of automobile multiple ejected wave odd encoder remote control scheme due to put into and release the transmitted wave that ordinary circumstance uses for Multi-emitting waveshape；Its form for being encoded to odd encoder flexible combination, or for No. two coding with No.1 coding with No. two coding with No.1 coding with No.1 coding with No. two coding combinations, for No. two coding with No.1 coding with No. two coding with No. two coding with No.1 coding with No. two coding etc. a variety of variations combination, optimum efficiency can be played, significantly improve to using decoding Device, grab a yard device catch it is strong with radio scanner criminal offence resistivity；There is very big competitiveness in market competition.

2, a kind of multiple ejected wave odd encoder remote control scheme of automobile is mounted on a launch-box, easy to use, good to operate.

3, a kind of multiple ejected wave odd encoder remote control scheme of automobile is suitble to installation easy to produce, stable and reliable for performance applicable middle or small Enterprise's production.

Detailed description of the invention

Fig. 1, scheme frame principle figure is remotely controlled for a kind of multiple ejected wave odd encoder of automobile.

In figure: box 1 indicates that multiple ejected wave odd encoder battery supply, box 2 indicate that multiple ejected wave odd encoder button is opened It closes, box 3 indicates that the multiple total electronic circuit switch unit of ejected wave odd encoder, box 4 indicate multiple one wave of ejected wave odd encoder electricity Sub switch, box 5 indicate that multiple one wave oscillating circuit of ejected wave odd encoder switch, box 6 indicate multiple one wave of ejected wave odd encoder One yard of electronic switch, box 7 indicate that multiple one wave of ejected wave odd encoder, one coded electronic circuit, box 8 indicate that multiple ejected wave is more A wave one coding output circuit is encoded, box 9 indicates that two yards of electronic switches of multiple one wave of ejected wave odd encoder, box 10 indicate more One wave of transmitted wave odd encoder, two coded electronic circuit, box 11 indicate that multiple one wave two of ejected wave odd encoder encodes output circuit, side Frame 12 indicates that multiple one wave dicode of ejected wave odd encoder coding or gate output circuit, box 13 indicate multiple one wave of ejected wave odd encoder Dicode launching electronics circuit, box 14 indicate multiple two wave dicode launching electronics circuit of ejected wave odd encoder composition, box 15, table Show that multiple two wave electronic switch of ejected wave odd encoder, box 16 indicate multiple two wave oscillating circuit of ejected wave odd encoder switch, box 17, indicate that five yards of electronic switches of multiple two wave of ejected wave odd encoder, box 18 indicate multiple two wave of ejected wave odd encoder, five coded electronic Circuit, box 19 indicate that multiple two wave five of ejected wave odd encoder encodes output circuit, and box 20 indicates multiple ejected wave odd encoder two Six yards of electronic switches of wave, box 21 indicate that multiple two wave of ejected wave odd encoder, six coded electronic circuit, box 22 indicate multi-emitting Two wave six of wave odd encoder encodes output circuit, and box 23 indicates multiple two wave dicode of ejected wave odd encoder coding or gate output circuit, Box 24 indicates that multiple three wave electronic switch of ejected wave odd encoder, box 25 indicate that multiple three wave oscillating circuit of ejected wave odd encoder is opened It closes, box 26 indicates that multiple three wave trigram electronic switch of ejected wave odd encoder, box 27 indicate multiple three wave three of ejected wave odd encoder Coded electronic circuit, box 28 indicate that multiple three wave three of ejected wave odd encoder encodes output circuit, and box 29 indicates multiple ejected wave Odd encoder three waves, four yards of electronic switches, box 30 indicate multiple three wave of ejected wave odd encoder, four coded electronic circuit, box 31, table Show that multiple three wave four of ejected wave odd encoder coding output circuit, box 32 indicate multiple three wave dicode of ejected wave odd encoder coding or door Output circuit, box 33 indicate that multiple three wave dicode launching electronics circuit of ejected wave odd encoder, box 36 indicate that multiple ejected wave is more Two coding circuit of a wave is encoded, box 37 indicates that multiple two wave of ejected wave odd encoder, two coding circuit, box 38 indicate multi-emitting Three wave of wave odd encoder, two coding circuit.

It Fig. 2, is the total electronic circuit switch unit frame principle figure of multiple ejected wave odd encoder.

In figure: box 3 indicates that the multiple total electronic circuit switch unit of ejected wave odd encoder, box 3-1 indicate multiple ejected wave The total electronic impulse circuit of odd encoder, box 3-2 indicate the multiple total decimal counting circuit of ejected wave odd encoder, box 3-3, table Show the multiple total clear circuit of ejected wave odd encoder, Q1, indicate the first pulse output of decimal counting circuit, Q2, indicate ten into Second pulse output of counting circuit of position, Q3, indicates decimal counting circuit third pulse output.

Specific embodiment

Fig. 1, Fig. 2 respectively indicate a kind of a kind of mode of multiple ejected wave odd encoder remote control scheme specific implementation of automobile.

One, it makes circuit control panel: electronic control panel being made according to the relationship indicated in figure first, and electronics control will be made Making sheet is packed into launch-box matched with its.

Two, plug-in unit, welding are carried out to circuit control panel according to Fig. 1, Fig. 2.

Three, inspection and hot- line test.

Associated contacts are checked with avometer or oscillograph.

1, multiple ejected wave odd encoder button switch is checked with ohmmeter first；Multiple ejected wave is pressed or decontroled with hand Odd encoder button switch；With ohm table look-up multi-emitting wave odd encoder button switch input terminal, whether signal output end on-off is good It is good.

2, energization inspection, debugging are carried out to production electronic control panel.

(1), billboard, checks whether element welds correctly, and whether there is or not rosin joint, solder skip, short circuit phenomenons.

(2), after billboard inspection is errorless, ensure it without short circuit with ohm table look-up electronic control panel zero line and ground terminal Power on after phenomenon.

(3), with avometer or oscillograph to checking that making electronic control panel carries out energization inspection, debugging, just by avometer Pole or oscillograph positive signal input terminal test respectively each unit circuit exit point or with input endpoint junction.

(4), to the inspection of the total electronics alteration switch of multiple ejected wave odd encoder, with avometer anode or oscillograph positive signal Input terminal tests three output ends of the total electronics alteration switch of multiple ejected wave odd encoder respectively, and the multiple total electronics of ejected wave odd encoder becomes It will start to work, be vibrated after changing switch connection power supply；It is surveyed respectively with avometer anode or oscillograph positive signal input terminal Three output ends Q1, Q2, Q3 for trying the total electronics alteration switch of multiple ejected wave odd encoder will be exported respectively is sequentially output a height, and two A three low different electric potential signals；If can't detect, it should check whether that with welding mistake occurs for element insertion.

(5), to multiple one wave electronic switch of ejected wave odd encoder, multiple two wave electronic switch of ejected wave odd encoder, multiple ejected wave The inspection of three wave electronic switch of odd encoder.

It is tested respectively with avometer anode or oscillograph positive signal input terminal to multiple one wave electronic cutting of ejected wave odd encoder It closes, multiple two wave electronic switch of ejected wave odd encoder, the power end connection of multiple three wave electronic switch of ejected wave odd encoder has work After voltage, tested respectively with avometer anode or oscillograph positive signal input terminal to multiple one wave electronic cutting of ejected wave odd encoder It closes, multiple two wave electronic switch of ejected wave odd encoder, the control terminal and output end of multiple three wave electronic switch of ejected wave odd encoder are multiple One wave electronic switch of ejected wave odd encoder, multiple two wave electronic switch of ejected wave odd encoder, multiple three wave electronic switch of ejected wave odd encoder Control terminal when being high potential, multiple one wave electronic switch of ejected wave odd encoder, multiple two wave electronic switch of ejected wave odd encoder is multiple The output end of three wave electronic switch of ejected wave odd encoder has voltage output, multiple one wave electronic switch of ejected wave odd encoder, multiple ejected wave Two wave electronic switch of odd encoder, when the control terminal of multiple three wave electronic switch of ejected wave odd encoder is low potential, multiple ejected wave is compiled more One wave electronic switch of code, multiple two wave electronic switch of ejected wave odd encoder, the output end of multiple three wave electronic switch of ejected wave odd encoder Whether there is or not pressures to export.

If can't detect, it should check whether that with welding mistake occurs for element insertion.

(6), to multiple one wave of ejected wave odd encoder, one coded electronic circuit, multiple one wave of ejected wave odd encoder, two coded electronic electricity Road, multiple two wave of ejected wave odd encoder, five coded electronic circuit, multiple two wave of ejected wave odd encoder, six coded electronic circuit, multiple ejected wave Three wave of odd encoder, three coded electronic circuit, multiple three wave of ejected wave odd encoder, four coded electronic circuit are checked.

It is tested with avometer anode or oscillograph positive signal input terminal to multiple one wave of ejected wave odd encoder, one coded electronic Circuit, multiple one wave of ejected wave odd encoder, two coded electronic circuit, multiple two wave of ejected wave odd encoder, five coded electronic circuit, multi-emitting Two wave of wave odd encoder, six coded electronic circuit, multiple three wave of ejected wave odd encoder, three coded electronic circuit, multiple ejected wave odd encoder three After the power end connection of four coded electronic circuit of wave has operating voltage, being compiled the multiple ejected wave with the input of oscillograph positive signal more Code one wave, one coded electronic circuit, multiple one wave of ejected wave odd encoder, two coded electronic circuit, multiple two wave five of ejected wave odd encoder are compiled Code electronic circuit, multiple two wave of ejected wave odd encoder, six coded electronic circuit, multiple three wave of ejected wave odd encoder, three coded electronic circuit, Test is normally arrived its encoded signal by the output end of multiple three wave of ejected wave odd encoder, four coded electronic circuit；If can't detect, It should check whether that mistake or component wear occur for welding.

(7), multiple one wave oscillating circuit of ejected wave odd encoder is switched, multiple two wave oscillating circuit of ejected wave odd encoder switch, The inspection of multiple three wave oscillating circuit of ejected wave odd encoder switch.

Multiple one wave oscillating circuit of ejected wave odd encoder is tested respectively with avometer anode or oscillograph positive signal input terminal Switch, multiple two wave oscillating circuit of ejected wave odd encoder switch, two outputs of multiple three wave oscillating circuit of ejected wave odd encoder switch End, multiple one wave oscillating circuit of ejected wave odd encoder switch, multiple two wave oscillating circuit of ejected wave odd encoder switch, multiple ejected wave are compiled more It will start to work, be vibrated after three wave oscillating circuit switch connection power supplys of code；With avometer anode or oscillograph positive signal Input terminal tests multiple one wave oscillating circuit of ejected wave odd encoder switch respectively, and multiple two wave oscillating circuit of ejected wave odd encoder switchs, Two output ends of multiple three wave oscillating circuit of ejected wave odd encoder switch will export height each other or low each other two high respectively Different electric potential signals；If can't detect, it should check whether that with welding mistake occurs for element insertion.

(8), to one yard of electronic switch of multiple one wave of ejected wave odd encoder, two yards of electronic switches of multiple one wave of ejected wave odd encoder, Five yards of electronic switches of multiple two wave of ejected wave odd encoder, six yards of electronic switches of multiple two wave of ejected wave odd encoder, multiple ejected wave odd encoder Three wave trigram electronic switches, the inspection of multiple three four yards of electronic switches of wave of ejected wave odd encoder.

It is tested respectively with avometer anode or oscillograph positive signal input terminal to one yard of electricity of multiple one wave of ejected wave odd encoder Sub switch, two yards of electronic switches of multiple one wave of ejected wave odd encoder, five yards of electronic switches of multiple two wave of ejected wave odd encoder, multiple ejected wave Odd encoder two waves, six yards of electronic switches, multiple three wave trigram electronic switch of ejected wave odd encoder, multiple four yards of three wave of ejected wave odd encoder After the power end connection of electronic switch has operating voltage, tested respectively with avometer anode or oscillograph positive signal input terminal To one yard of electronic switch of multiple one wave of ejected wave odd encoder, two yards of electronic switches of multiple one wave of ejected wave odd encoder, multiple ejected wave is compiled more Code two waves, five yards of electronic switches, six yards of electronic switches of multiple two wave of ejected wave odd encoder, multiple three wave trigram electronics of ejected wave odd encoder Switch, the control terminal and output end of four yards of electronic switches of multiple three wave of ejected wave odd encoder, one yard of electricity of multiple one wave of ejected wave odd encoder Sub switch, two yards of electronic switches of multiple one wave of ejected wave odd encoder, five yards of electronic switches of multiple two wave of ejected wave odd encoder, multiple ejected wave Odd encoder two waves, six yards of electronic switches, multiple three wave trigram electronic switch of ejected wave odd encoder, multiple four yards of three wave of ejected wave odd encoder When the control terminal of electronic switch is high potential, one yard of electronic switch of multiple one wave of ejected wave odd encoder, multiple one wave of ejected wave odd encoder Two yards of electronic switches, five yards of electronic switches of multiple two wave of ejected wave odd encoder, six yards of electronic switches of multiple two wave of ejected wave odd encoder are more The output end of three wave trigram electronic switch of transmitted wave odd encoder, multiple three four yards of electronic switches of wave of ejected wave odd encoder has voltage defeated Out, one yard of electronic switch of multiple one wave of ejected wave odd encoder, two yards of electronic switches of multiple one wave of ejected wave odd encoder, multiple ejected wave are compiled more Code two waves, five yards of electronic switches, six yards of electronic switches of multiple two wave of ejected wave odd encoder, multiple three wave trigram electronics of ejected wave odd encoder Switch, when the control terminal of multiple three four yards of electronic switches of wave of ejected wave odd encoder is low potential, multiple one yard of one wave of ejected wave odd encoder Electronic switch, two yards of electronic switches of multiple one wave of ejected wave odd encoder, five yards of electronic switches of multiple two wave of ejected wave odd encoder, multi-emitting Wave odd encoder two waves, six yards of electronic switches, multiple three wave trigram electronic switch of ejected wave odd encoder, multiple three wave four of ejected wave odd encoder Whether there is or not pressures to export for the output end of code electronic switch.

(9), output circuit, multiple one wave two of ejected wave odd encoder coding output electricity are encoded to multiple one wave one of ejected wave odd encoder Road, multiple two wave five of ejected wave odd encoder encode output circuit, and multiple two wave six of ejected wave odd encoder encodes output circuit, multiple ejected wave Three wave three of odd encoder encodes output circuit, and multiple three wave four of ejected wave odd encoder coding output circuit is checked.

It is encoded and is exported to multiple one wave one of ejected wave odd encoder with avometer anode or the test of oscillograph positive signal input terminal Circuit, multiple one wave two of ejected wave odd encoder encode output circuit, and multiple two wave five of ejected wave odd encoder encodes output circuit, multi-emitting Two wave six of wave odd encoder encodes output circuit, and multiple three wave three of ejected wave odd encoder encodes output circuit, multiple ejected wave odd encoder three After the power end connection that wave four encodes output circuit has operating voltage, being compiled the multiple ejected wave with the input of oscillograph positive signal more One wave one of code encodes output circuit, and multiple one wave two of ejected wave odd encoder encodes output circuit, and multiple two wave five of ejected wave odd encoder is compiled Code output circuit, multiple two wave six of ejected wave odd encoder encode output circuit, and multiple three wave three of ejected wave odd encoder encodes output circuit, The coding output circuit input terminal test of multiple three wave four of ejected wave odd encoder to have encoded signal when, input terminal will be tested and be arrived just Often by its encoded signal；If can't detect, it should check whether that mistake or component wear occur for welding.

(10), to multiple one wave dicode of ejected wave odd encoder coding or gate output circuit, multiple two wave dicode of ejected wave odd encoder Coding or gate output circuit, the inspection of multiple three wave dicode of ejected wave odd encoder coding or gate output circuit

With avometer anode or oscillograph positive signal input terminal test to multiple one wave dicode of ejected wave odd encoder coding or Gate output circuit, multiple two wave dicode of ejected wave odd encoder coding or gate output circuit, multiple three wave dicode of ejected wave odd encoder coding Or it after the power end connection of gate output circuit has operating voltage, is inputted with oscillograph positive signal in multiple ejected wave odd encoder one Wave dicode coding or gate output circuit, multiple two wave dicode of ejected wave odd encoder coding or gate output circuit, multiple ejected wave odd encoder After the input terminal test to its normal encoded signal of three wave dicodes coding or gate output circuit, output end also arrives test normal Its encoded signal；If can't detect, it should check whether that mistake or component wear occur for welding.

(11), to multiple one wave dicode launching electronics circuit of ejected wave odd encoder, multiple two wave dicode of ejected wave odd encoder transmitting Electronic circuit, the inspection of multiple three wave dicode launching electronics circuit of ejected wave odd encoder.

Emit electricity to multiple one wave dicode of ejected wave odd encoder with avometer anode or the test of oscillograph positive signal input terminal Sub-circuit, multiple two wave dicode launching electronics circuit of ejected wave odd encoder, multiple three wave dicode launching electronics circuit of ejected wave odd encoder Power end connection have operating voltage after, with oscillograph positive signal input multiple one wave dicode of ejected wave odd encoder emit electricity Sub-circuit, multiple two wave dicode launching electronics circuit of ejected wave odd encoder, multiple three wave dicode launching electronics circuit of ejected wave odd encoder After input terminal test to its normal encoded signal, test is also emitted signal to normal its by output end；If can't detect, answer Check whether that mistake or component wear occur for welding.

Claims

1. a kind of multiple ejected wave odd encoder of automobile is remotely controlled scheme, it is characterized in that: by multiple ejected wave odd encoder battery supply, multi-emitting Wave odd encoder button switch, the multiple total electronic circuit switch unit of ejected wave odd encoder；Multiple one wave two of ejected wave odd encoder encodes electricity Road, multiple two wave of ejected wave odd encoder, two coding circuit, multiple three wave of ejected wave odd encoder, two coding circuit composition；

Multiple one wave of ejected wave odd encoder, two coding circuit is by multiple one wave electronic switch of ejected wave odd encoder, multiple ejected wave odd encoder one Wave oscillating circuit switch, one wave of multiple ejected wave odd encoder, one yard of electronic switch, multiple one wave of ejected wave odd encoder, one coded electronic electricity Road, one wave one of multiple ejected wave odd encoder coding output circuit, one wave of multiple ejected wave odd encoder, two yards of electronic switches, multiple ejected wave are more It is double to encode two coded electronic circuit of a wave, one wave two of multiple ejected wave odd encoder coding output circuit, multiple one wave of ejected wave odd encoder Code coding or gate output circuit, one wave dicode launching electronics circuit of multiple ejected wave odd encoder composition；

Multiple two wave of ejected wave odd encoder, two coding circuit is by multiple two wave electronic switch of ejected wave odd encoder, multiple ejected wave odd encoder two Wave oscillating circuit switch, two wave of multiple ejected wave odd encoder, five yards of electronic switches, multiple two wave of ejected wave odd encoder, five coded electronic electricity Road, two wave five of multiple ejected wave odd encoder coding output circuit, two wave of multiple ejected wave odd encoder, six yards of electronic switches, multiple ejected wave are more It is double to encode two waves, six coded electronic circuit, two wave six of multiple ejected wave odd encoder coding output circuit, multiple two wave of ejected wave odd encoder Code coding or gate output circuit, two wave dicode launching electronics circuit of multiple ejected wave odd encoder composition；

Multiple three wave of ejected wave odd encoder, two coding circuit is by multiple three wave electronic switch of ejected wave odd encoder, multiple ejected wave odd encoder three Wave oscillating circuit switch, three wave trigram electronic switch of multiple ejected wave odd encoder, multiple three wave of ejected wave odd encoder, three coded electronic electricity Road, three wave three of multiple ejected wave odd encoder coding output circuit, three wave of multiple ejected wave odd encoder, four yards of electronic switches, multiple ejected wave are more It is double to encode three waves, four coded electronic circuit, three wave four of multiple ejected wave odd encoder coding output circuit, multiple three wave of ejected wave odd encoder Code coding or gate output circuit, three wave dicode launching electronics circuit of multiple ejected wave odd encoder composition；

Because multiple one wave of ejected wave odd encoder, two coding circuit, multiple two wave of ejected wave odd encoder, two coding circuit, multiple ejected wave are more It encodes three waves, two coding circuit and unitedly calls multiple ejected wave odd encoder A wave B coding circuit again；

Multiple one wave electronic switch of ejected wave odd encoder, two wave electronic switch of multiple ejected wave odd encoder, multiple three wave of ejected wave odd encoder Electronic switch unitedly calls multiple ejected wave odd encoder A wave electronic switch again；

Multiple one wave oscillating circuit of ejected wave odd encoder switch, two wave oscillating circuit of multiple ejected wave odd encoder switch, multiple ejected wave are more It encodes three wave oscillating circuits switch and multiple ejected wave odd encoder A wave oscillating circuit is unitedly called to switch；

One yard of electronic switch of multiple one wave of ejected wave odd encoder, one wave of multiple ejected wave odd encoder, two yards of electronic switches, multiple ejected wave are more Encode two waves, five yards of electronic switches, two wave of multiple ejected wave odd encoder, six yards of electronic switches, three wave trigram electricity of multiple ejected wave odd encoder Sub switch, multiple ejected wave odd encoder three waves, four yards of electronic switches, and unitedly call multiple ejected wave odd encoder A wave B code electronic switch；

Multiple one wave of ejected wave odd encoder, one coded electronic circuit, multiple one wave of ejected wave odd encoder, two coded electronic circuit, multi-emitting Two wave of wave odd encoder, five coded electronic circuit, multiple two wave of ejected wave odd encoder, six coded electronic circuit, multiple ejected wave odd encoder three Three coded electronic circuit of wave, unitedly calls multiple ejected wave odd encoder A wave B at multiple three wave of ejected wave odd encoder, four coded electronic circuit again Coded electronic circuit；

Multiple one wave one of ejected wave odd encoder coding output circuit, one wave two of multiple ejected wave odd encoder encode output circuit, multi-emitting Two wave five of wave odd encoder encodes output circuit, two wave six of multiple ejected wave odd encoder encodes output circuit, multiple ejected wave odd encoder three Wave three encodes output circuit, three wave four of multiple ejected wave odd encoder coding output circuit, unitedly calls multiple ejected wave odd encoder A wave B again Encode output circuit；

Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit, two wave dicode of multiple ejected wave odd encoder coding or door output Circuit, three wave dicode of multiple ejected wave odd encoder coding or gate output circuit unitedly call multiple ejected wave odd encoder A wave dicode to encode again Or gate output circuit；

It is multiple one wave dicode launching electronics circuit of ejected wave odd encoder, two wave dicode launching electronics circuit of multiple ejected wave odd encoder, more Three wave dicode launching electronics circuit of transmitted wave odd encoder unitedly calls multiple ejected wave odd encoder A wave dicode launching electronics circuit again；

So multiple one wave of ejected wave odd encoder, two coding circuit, multiple two wave of ejected wave odd encoder, two coding circuit, multiple ejected wave are more Encode three waves, two coding circuit；I.e. multiple ejected wave odd encoder A wave B coding circuit, by multiple ejected wave odd encoder A wave electronic switch, Multiple ejected wave odd encoder A wave oscillating circuit switch, multiple ejected wave odd encoder A wave B code electronic switch, multiple ejected wave odd encoder A wave B Coded electronic circuit, multiple ejected wave odd encoder A wave B encode output circuit；Multiple ejected wave odd encoder A wave dicode coding or door output Circuit, multiple ejected wave odd encoder A wave dicode launching electronics circuit composition；

For the multiple total electronic circuit switch unit of ejected wave odd encoder by the total electronic impulse circuit of multiple ejected wave odd encoder, multiple ejected wave is more Encode total decimal counting circuit, the multiple total clear circuit composition of ejected wave odd encoder；

The multiple total electronic impulse circuit pulse output end of ejected wave odd encoder and the total decimal counting circuit meter of multiple ejected wave odd encoder Number input terminal is connected, and tri- pulse output ends of Q1, Q2, Q3 that the total decimal counting circuit of three six yards of waves counts respectively represent more The output end of total 1,2,3 pulse of electronic circuit switch unit of transmitted wave odd encoder, the multiple total electronic circuit of ejected wave odd encoder are opened Output end Q1, Q2, Q3 of pass 1,2,3 pulse of unit are multiple respectively with multiple one wave electronic switch controling end of ejected wave odd encoder Two wave electronic switch controling end of ejected wave odd encoder, multiple three wave electronic switch controling end of ejected wave odd encoder are connected, multiple ejected wave The pulse output end Q3 that the total decimal counting circuit of odd encoder counts also is inputted with the total clear circuit signal of multiple ejected wave odd encoder End connection, the multiple total clear circuit signal output end of ejected wave odd encoder are clear with the total electronic impulse circuit of multiple ejected wave odd encoder respectively Zero-signal input terminal, the multiple total decimal counting circuit reset signal input terminal of ejected wave odd encoder are connected；

Multiple ejected wave odd encoder button switch one end connects multiple ejected wave odd encoder battery supply anode, multiple ejected wave odd encoder The button switch other end and the total electronic circuit switch unit power end of multiple ejected wave odd encoder, multiple one wave electronics of ejected wave odd encoder Switching Power Supply end, multiple two wave electronic switch power end of ejected wave odd encoder, multiple three wave electronic switch power end of ejected wave odd encoder Connection；

The multiple total electronic circuit switch unit ground wire of ejected wave odd encoder, multiple one wave electronic switch ground wire of ejected wave odd encoder are multiple Two wave electronic switch ground wire of ejected wave odd encoder, multiple three wave electronic switch ground wire of ejected wave odd encoder and multiple ejected wave odd encoder battery Power ground is connected；

Three pulse output ends Q1, Q2, Q3 of the multiple total electronic circuit switch unit of ejected wave odd encoder are more with multiple ejected wave respectively Encode a wave electronic switch controling end, two wave electronic switch controling end of multiple ejected wave odd encoder, multiple three wave of ejected wave odd encoder electricity Sub switch control terminal is connected；

Multiple one wave electronic switch output end of ejected wave odd encoder respectively with multiple one wave oscillating circuit Switching Power Supply of ejected wave odd encoder End, one yard of electronic switch power end of multiple one wave of ejected wave odd encoder, two yards of electronic switch power ends of multiple one wave of ejected wave odd encoder, Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple one wave dicode launching electronics electricity of ejected wave odd encoder Road power end is connected；

Multiple one wave oscillating circuit of ejected wave odd encoder switchs ground terminal, one yard of electronic switch ground wire of multiple one wave of ejected wave odd encoder End, two yards of electronic switch ground terminals of multiple one wave of ejected wave odd encoder, multiple one wave dicode of ejected wave odd encoder coding or door output electricity Road ground terminal, multiple one wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply ground wire It is connected；

Multiple one two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with one yard of electronics of multiple one wave of ejected wave odd encoder Switch control terminal, two yards of electronic switch controling ends of multiple one wave of ejected wave odd encoder are connected；

One yard of electronic switch output end of multiple one wave of ejected wave odd encoder is electric with multiple one wave of ejected wave odd encoder, one coded electronic respectively Road power end, multiple one wave one of ejected wave odd encoder coding output circuit power end are connected；

Multiple one wave of ejected wave odd encoder, one coded electronic circuit ground end, multiple one wave one of ejected wave odd encoder coding output circuit Line end is connected with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple one wave of ejected wave odd encoder, one coded electronic circuit output end and multiple one wave one of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple one wave one of ejected wave odd encoder coding output circuit output end and multiple one wave dicode of ejected wave odd encoder are compiled Code or one input terminal of gate output circuit are connected；

Two yards of electronic switch output ends of multiple one wave of ejected wave odd encoder are electric with multiple one wave of ejected wave odd encoder, two coded electronic respectively Road power end, multiple one wave two of ejected wave odd encoder coding output circuit power end connection；

Multiple one wave of ejected wave odd encoder, two coded electronic circuit ground end, multiple one wave two of ejected wave odd encoder coding output circuit Line end is connect with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple one wave of ejected wave odd encoder, two coded electronic circuit output end and multiple one wave two of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple one wave two of ejected wave odd encoder coding output circuit output end and multiple one wave dicode of ejected wave odd encoder are compiled Code or one input terminal of gate output circuit are connected；Multiple one wave dicode of ejected wave odd encoder coding or gate output circuit output end and more The connection of one wave dicode launching electronics circuit input end of transmitted wave odd encoder；

Multiple two wave electronic switch output end of ejected wave odd encoder respectively with multiple two wave oscillating circuit Switching Power Supply of ejected wave odd encoder End, five yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, six yards of electronic switch power ends of multiple two wave of ejected wave odd encoder, Multiple two wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple two wave dicode launching electronics electricity of ejected wave odd encoder Road power end is connected；

Multiple two wave oscillating circuit of ejected wave odd encoder switchs ground terminal, five yards of electronic switch ground wires of multiple two wave of ejected wave odd encoder End, six yards of electronic switch ground terminals of multiple two wave of ejected wave odd encoder, multiple two wave dicode of ejected wave odd encoder coding or door output electricity Road ground terminal, multiple two wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply ground wire It is connected；

Multiple two two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with five yards of electronics of multiple two wave of ejected wave odd encoder Switch control terminal, six yards of electronic switch controling ends of multiple two wave of ejected wave odd encoder are connected；

Five yards of electronic switch output ends of multiple two wave of ejected wave odd encoder are electric with multiple two wave of ejected wave odd encoder, five coded electronic respectively Road power end, multiple two wave five of ejected wave odd encoder coding output circuit power end are connected；

Multiple two wave of ejected wave odd encoder, five coded electronic circuit ground end, multiple two wave five of ejected wave odd encoder coding output circuit Line end is connected with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple two wave of ejected wave odd encoder, five coded electronic circuit output end and multiple two wave five of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple two wave five of ejected wave odd encoder coding output circuit output end and multiple two wave dicode of ejected wave odd encoder are compiled Code or one input terminal of gate output circuit are connected；

Six yards of electronic switch output ends of multiple two wave of ejected wave odd encoder are electric with multiple two wave of ejected wave odd encoder, six coded electronic respectively Road power end, multiple two wave two of ejected wave odd encoder coding output circuit power end connection；

Multiple two wave of ejected wave odd encoder, six coded electronic circuit ground end, multiple two wave six of ejected wave odd encoder coding output circuit Line end is connect with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple two wave of ejected wave odd encoder, six coded electronic circuit output end and multiple two wave six of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple two wave six of ejected wave odd encoder coding output circuit output end and multiple two wave dicode of ejected wave odd encoder are compiled Code or one input terminal of gate output circuit are connected；Multiple two wave dicode of ejected wave odd encoder coding or gate output circuit output end and more The connection of two wave dicode launching electronics circuit input end of transmitted wave odd encoder；

Multiple three wave electronic switch output end of ejected wave odd encoder respectively with multiple three wave oscillating circuit Switching Power Supply of ejected wave odd encoder End, multiple three wave trigram electronic switch power end of ejected wave odd encoder, four yards of electronic switch power ends of multiple three wave of ejected wave odd encoder, Multiple three wave dicode of ejected wave odd encoder coding or gate output circuit power end, multiple three wave dicode launching electronics electricity of ejected wave odd encoder Road power end is connected；

Multiple three wave oscillating circuit of ejected wave odd encoder switchs ground terminal, multiple three wave trigram electronic switch ground wire of ejected wave odd encoder End, four yards of electronic switch ground terminals of multiple three wave of ejected wave odd encoder, multiple three wave dicode of ejected wave odd encoder coding or door output electricity Road ground terminal, multiple three wave dicode launching electronics circuit ground end of ejected wave odd encoder and multiple ejected wave odd encoder battery supply ground wire It is connected；

Multiple three two output ends of wave oscillating circuit switch of ejected wave odd encoder respectively with multiple three wave trigram electronics of ejected wave odd encoder Switch control terminal, four yards of electronic switch controling ends of multiple three wave of ejected wave odd encoder are connected；

Multiple three wave trigram electronic switch output end of ejected wave odd encoder is electric with multiple three wave of ejected wave odd encoder, three coded electronic respectively Road power end, multiple three wave three of ejected wave odd encoder coding output circuit power end are connected；

Multiple three wave of ejected wave odd encoder, three coded electronic circuit ground end, multiple three wave three of ejected wave odd encoder coding output circuit Line end is connected with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple three wave of ejected wave odd encoder, three coded electronic circuit output end and multiple three wave three of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple three wave three of ejected wave odd encoder coding output circuit output end and multiple three wave dicode of ejected wave odd encoder are compiled Code or the connection of one input terminal of gate output circuit；

Four yards of electronic switch output ends of multiple three wave of ejected wave odd encoder are electric with multiple three wave of ejected wave odd encoder, four coded electronic respectively Road power end, multiple three wave four of ejected wave odd encoder coding output circuit power end are connected；

Multiple three wave of ejected wave odd encoder, four coded electronic circuit ground end, multiple three wave four of ejected wave odd encoder coding output circuit Line end is connected with multiple ejected wave odd encoder battery supply ground wire respectively；

Multiple three wave of ejected wave odd encoder, four coded electronic circuit output end and multiple three wave four of ejected wave odd encoder encode output circuit Input terminal is connected, and multiple three wave four of ejected wave odd encoder coding output circuit output end and multiple three wave dicode of ejected wave odd encoder are compiled Code or one input terminal of gate output circuit are connected；

Multiple three wave dicode of ejected wave odd encoder coding or gate output circuit output end and multiple three wave dicode of ejected wave odd encoder emit The connection of electronic circuit input terminal.

2. the multiple ejected wave odd encoder of a kind of automobile according to claim 1 is remotely controlled scheme, it is characterized in that: a kind of automobile is multiple The multiple ejected wave of ejected wave odd encoder remote control scheme is that the first transmitted wave is combined with the second transmitted wave and third transmitted wave.