CN106846766A - A kind of automobile primary Baudot code subwave solid size remote control transmitter - Google Patents
A kind of automobile primary Baudot code subwave solid size remote control transmitter Download PDFInfo
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- CN106846766A CN106846766A CN201510880300.8A CN201510880300A CN106846766A CN 106846766 A CN106846766 A CN 106846766A CN 201510880300 A CN201510880300 A CN 201510880300A CN 106846766 A CN106846766 A CN 106846766A
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- 239000007787 solid Substances 0.000 title claims abstract description 361
- 239000000203 mixture Substances 0.000 claims abstract description 9
- 230000005540 biological transmission Effects 0.000 claims abstract description 6
- 238000005096 rolling process Methods 0.000 claims description 26
- 230000005611 electricity Effects 0.000 claims description 20
- 238000002955 isolation Methods 0.000 claims description 16
- 238000005516 engineering process Methods 0.000 abstract description 7
- 230000008859 change Effects 0.000 abstract description 3
- 238000012360 testing method Methods 0.000 description 14
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- 238000005520 cutting process Methods 0.000 description 2
- 230000008054 signal transmission Effects 0.000 description 2
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Classifications
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/02—Non-electrical signal transmission systems, e.g. optical systems using infrasonic, sonic or ultrasonic waves
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/04—Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infrared
Abstract
A kind of automobile primary Baudot code subwave solid size remote control transmitter, belongs to electronic technology field, by main Baudot code subwave solid size battery supply, main Baudot code subwave solid size button switch, the main total electronic oscillating circuit switch of Baudot code subwave solid size；The main main ripple electronic switch of Baudot code, the main main ripple oscillating circuit switch of Baudot code, the main main ripple one of Baudot code, two, trigram electronic switch, the main main ripple one of Baudot code, two, three-code encoded electronic circuit, the main main ripple one of Baudot code, two, three-code encoded output electronic circuit, main Baudot code OR gate output circuit, main Baudot code radiating circuit unit；Main Baudot code subwave solid size primary and secondary ripple electronic switch, main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch, four yards of electronic switches of subwave solid size subwave, subwave solid size subwave four code encoding electronic circuit, subwave solid size subwave four code encoding exports electronic circuit, four yards of subwave single code transmissions circuit compositions of subwave；It improves security using the change of high-amplitude wave multi-code and smooth sea solid size diversified forms.
Description
Technical field
Belong to electronic technology field.
Background technology
Remote control coding lift-off technology, one is a very wide range of electronic technology of kind of application, in the life of the masses quite variedly
Occur, it is well known that anti-copying, security classification anti-tampering, high are that the important technology for representing that remote control coding lift-off technology is good and bad refers to
Mark.From in terms of present technical merit, such as motor central lock input remote control, there is and make not safe enough, work as lawless person
When nearby using the sufficiently large automobile remote-control interference unit of power, interception automobile remote controllers signal is may interfere with, allow its failure.Due to
Interference unit is waited do not limited by car type and remote control kind when in use, and fixed code, specific code, rolling code can be disturbed, only
Want jamming power sufficiently large, any a vehicle can be disturbed, the order for making automobile to lock a door, cause the false lock of vehicle existing
As, it is dangerous, cause very big hidden danger.More there is victor, some lawless persons also can use a kind of " grabbing a yard device " also to cry " reproducer "
Special electrical devices, when owner is when remote controlled locking is used, this electronic instrument can capture the radiofrequency signal and message in cipher of remote control
Number, after treating that owner leaves, lawless person will be trusted with the instrument and audaciously copy code signal, carry out unlocking theft,
The major safety risks of unnecessary economic loss are caused to car owner；Single enormous amount with regard to automobile product one, there is
Great market.
Therefore how the interference of anti-tampering device, how anti-copying, how could realize improving the level of confidentiality degree that uses, reduction and use
Cost, is adapted to the product of minuscule-type-enterprise's production, also becomes the key subjects of this enterprise scientific research personnel.
Motor central lock, car alarm, closing of the door that above-mentioned purpose invented using our company is reached to throw automatically
Enter device can effectively anti-lawless person the generation for causing the false lock phenomenon of vehicle is disturbed with interference unit；
Prevent lawless person from will be trusted with the instrument and audaciously copy code signal, carry out unlocking theft, to reach
Purpose is stated, is a kind of serious challenge, it is necessary to break through traditional mode of thinking completely, using being a kind of complete great innovation,
Therefore, main guiding theory of the invention is, a kind of double wave dicode launch scenario is developed, the increase of its transmitting carrier wave and coding
Various change selections, improve secret and safe.
Some lawless persons is copied code signal with the special electrical devices of " reproducer ", carry out theft purpose of unlocking
It is difficult to.
The content of the invention
A kind of automobile primary Baudot code subwave solid size remote control transmitter also has the anti-ability of cracking very high, and one is that its carrier wave can
Or the combination for radio wave and infrared wave or the combination for infrared wave and ripple ultrasonic wave or be radio wave and ultrasound
The combination of ripple, two are encoded when it or for regular coding is combined with rolling coding with regular coding, or are rolling coding and rolling
Coding combine with regular coding, be rolling coding and rolling coding and rolling coding etc. various changes combination, can play
Optimum efficiency.So as to abundant transmitting coding techniques.Due to a kind of this automobile primary Baudot code subwave solid size mixing remote control transmitter
There is the change of a variety of forms, and each version all has great importance, and it uses high-amplitude wave multi-code and smooth sea
Using cooperatively for solid size, can also play certain shielding fascination effect to lawless person, and user uses other side in closer distance
It is likely to also be easy to confuse control by main Baudot code interference phenomenon, and improves security；And so this enterprise is
System innovation, proposes the scheme of the invention of system, the protection system as series.With easily production, operate have in market competition well
There is very big competitiveness.
1st, a kind of automobile primary Baudot code subwave solid size remote control transmitter by main ripple with hand over ripple ripple or for radio wave with it is infrared
Line wave component；Or for infrared wave and ultrasonic wave component or be that ultrasonic wave and radio wave are constituted.
The combination of multi-code or it is between a kind of main Baudot code inside of automobile primary Baudot code subwave solid size remote control transmitter
Regular coding is with the combination of regular coding and regular coding or for regular coding is combined with regular coding with rolling coding, or is
Rolling coding is combined with rolling coding with regular coding, or for rolling coding is combined with rolling coding with rolling coding.
A kind of subwave solid size selection of automobile primary Baudot code subwave solid size remote control transmitter is wave infrared ripple, or is
Carrier ultrasonic, or be radio wave；The selection of solid size is regular coding, or is rolling coding, or for other are encoded.
A kind of automobile primary Baudot code subwave solid size remote control transmitter is by main Baudot code subwave solid size battery supply, main Baudot code
Subwave solid size button switch, the main total electronic oscillating circuit switch of Baudot code subwave solid size.
The main main ripple electronic switch of Baudot code, the main main ripple oscillating circuit switch of Baudot code.
Main main one yard of electronic switch of ripple of Baudot code, main main one yard of coding insulating electron circuit of ripple of Baudot code, main Baudot code master
One yard of coded electronic circuit of ripple, main main one yard of coding output insulating electron circuit of ripple of Baudot code, main main one yard of coding of ripple of Baudot code
Output electronic circuit.
Main main two yards of electronic switches of ripple of Baudot code, main main two yards of coding insulating electron circuits of ripple of Baudot code, main Baudot code master
Two yards of coded electronic circuits of ripple, main main two yards of coding output insulating electron circuits of ripple of Baudot code, main main two yards of codings of ripple of Baudot code
Output electronic circuit.
Main Baudot code subwave solid size primary and secondary ripple electronic switch, main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch.
The main main ripple trigram electronic switch of Baudot code, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, main Baudot code master
The three-code encoded electronic circuit of ripple, the main three-code encoded output insulating electron circuit of the main ripple of Baudot code, the main main ripple of Baudot code is three-code encoded
Output electronic circuit.
Main Baudot code OR gate output circuit, main Baudot code radiating circuit unit.
Four yards of electronic switches of subwave solid size subwave, subwave solid size subwave four code encoding insulating electron circuit, subwave solid size
Four yards of transmitting isolation circuits of ripple, subwave solid size subwave four code encoding electronic circuit, the output isolation of subwave solid size subwave four code encoding
Electronic circuit, subwave solid size subwave four code encoding output electronic circuit, four yards of subwave single code transmissions circuit compositions of subwave.
Main Baudot code radiating circuit unit is by the launching electronics circuit of main Baudot code one, the launching electronics circuit group of main Baudot code two
Into.
The launching electronics circuit of main Baudot code one launches input circuit, main Baudot code one and launches output circuit by main Baudot code one
Composition.
The launching electronics circuit of main Baudot code two launches input circuit, main Baudot code two and launches output circuit by main Baudot code two
Composition.
Main Baudot code subwave solid size button switch one end connects main Baudot code subwave solid size battery supply positive pole, and main ripple is more
The code subwave solid size button switch other end respectively with the total electronic oscillating circuit Switching Power Supply end of main Baudot code subwave solid size, main ripple is more
Code subwave solid size high-amplitude wave electronic switch power end, main Baudot code subwave solid size primary and secondary ripple electronic switch power end is connected.
The main total electronic oscillating circuit switch ground wire of Baudot code subwave solid size, the main main ripple electronic switch ground of Baudot code subwave solid size
Line, main Baudot code subwave solid size primary and secondary ripple electronic switch ground wire is connected with main Baudot code subwave solid size battery supply ground wire respectively
Connect.
Two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively with the main ripple electronics of main Baudot code
Switch, two control ends of main Baudot code subwave solid size primary and secondary ripple electronic switch are connected.
The main main ripple electronic switch output end of Baudot code respectively with the main ripple oscillating circuit Switching Power Supply end of main Baudot code, main ripple is more
The main one yard of electronic switch power end of ripple of code, main main two yards of electronic switch power ends of ripple of Baudot code, main Baudot code OR gate output circuit
Power end, main Baudot code radiating circuit unit power end is connected.
The main main ripple electronic switch ground terminal of Baudot code, the main main ripple oscillating circuit switch ground terminal of Baudot code, main Baudot code master
One yard of electronic switch ground terminal of ripple, main main two yards of electronic switch ground terminals of ripple of Baudot code, main Baudot code OR gate output circuit ground wire
End, main Baudot code radiating circuit unit ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively.
Two output ends of the main ripple oscillating circuit switch of main Baudot code respectively with main Baudot code main ripple one yard of electronic switch, master
Two yards of the two of electronic switch control ends of the main ripple of Baudot code are connected.
Main main one yard of electronic switch output end of ripple of Baudot code respectively with one yard of the main ripple of main Baudot code coding insulating electron circuit
Input, main main one yard of coding output insulating electron circuit input end of ripple of Baudot code is connected.
Main Baudot code main ripple one yard of coding insulating electron circuit output end and main Baudot code one yard of coded electronic circuit of main ripple
Power end is connected, and one yard of main main one yard of coding output insulating electron circuit output end of ripple of Baudot code and the main ripple of main Baudot code are encoded
Output electronic circuit power end is connected.
One yard of coding output electronics of main main one yard of coded electronic circuit code output end of ripple of Baudot code and the main ripple of main Baudot code
Circuit input end is connected；Main Baudot code main ripple one yard of coding output electronic circuit output end and main Baudot code OR gate output circuit
One input is connected.
Main main two yards of electronic switch output ends of ripple of Baudot code respectively with two yards of the main ripple of main Baudot code coding insulating electron circuits
Input, main main two yards of coding output insulating electron circuit input ends of ripple of Baudot code are connected.
Main Baudot code main ripple two yards of codings insulating electron circuit output end and main Baudot code two yards of coded electronic circuits of main ripple
Power end is connected, and two yards of main main two yards of coding output insulating electron circuit output ends of ripple of Baudot code and the main ripple of main Baudot code are encoded
Output electronic circuit power end is connected.
Two yards of coding output electronics of main main two yards of coded electronic circuit code output ends of ripple of Baudot code and the main ripple of main Baudot code
Circuit input end is connected；Main Baudot code main ripple two yards of codings output electronic circuit output end and main Baudot code OR gate output circuits
One input is connected.
Main Baudot code subwave solid size primary and secondary ripple electronic switch output end is shaken with main Baudot code subwave solid size primary and secondary ripple respectively
Swing contactor power end, the main main ripple trigram electronic switch power end of Baudot code, four yards of electronic switch powers of subwave solid size subwave
End, main Baudot code OR gate output circuit power end, high-amplitude wave multi-code transmitter electronic circuit cell power end is connected.
Main Baudot code subwave solid size primary and secondary ripple electronic switch ground terminal, the main main ripple trigram electronic switch ground terminal of Baudot code,
Four yards of electronic switch ground terminals of subwave solid size subwave, main Baudot code OR gate output circuit ground terminal, high-amplitude wave multi-code transmitter electronics electricity
Road unit ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively.
Two output ends of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch respectively with the main ripple trigram of main Baudot code
Four yards of the two of electronic switch control ends of electronic switch and subwave solid size subwave are connected.
The main main ripple trigram electronic switch output end of Baudot code respectively with the three-code encoded insulating electron circuit of the main ripple of main Baudot code
Input, the main three-code encoded output insulating electron circuit input end of the main ripple of Baudot code is connected.
The main three-code encoded insulating electron circuit output end of the main ripple of Baudot code and the main Baudot code three-code encoded electronic circuit of main ripple
Power end is connected, and the main three-code encoded output insulating electron circuit output end of the main ripple of Baudot code is three-code encoded with the main ripple of main Baudot code
Output electronic circuit power end is connected.
The main main ripple of Baudot code three-code encoded electronic circuit coding output end and the three-code encoded output electronics of the main ripple of main Baudot code
Circuit input end is connected；Main three-code encoded output electronic circuit output end and the main Baudot code OR gate output circuit of the main ripple of Baudot code
One input is connected.
Main Baudot code OR gate output circuit output end is connected with main Baudot code launching electronics circuit unit input.
Four yards of electronic switch output ends of subwave solid size subwave respectively with subwave solid size subwave four code encoding insulating electron circuit
Input, subwave solid size subwave four code encoding output insulating electron circuit input end, four yards of radiating circuit electricity of subwave solid size subwave
Source is connected.
Subwave solid size subwave four code encoding insulating electron circuit output end and subwave solid size subwave four code encoding electronic circuit
Power end is connected.
Subwave solid size subwave four code encoding exports insulating electron circuit output end and is exported with subwave solid size subwave four code encoding
Electronic circuit power end is connected, the four yards of transmittings of four yards of transmitting isolation circuit output ends of subwave solid size subwave and subwave solid size subwave
Electronic circuit power end is connected.
Subwave solid size subwave four code encoding electronic circuit encodes output end and exports electronics with subwave solid size subwave four code encoding
Circuit input end is connected；Subwave solid size subwave four code encoding exports the four yards of transmittings of electronic circuit output end and subwave solid size subwave
Electronic circuit input is connected.
2nd, a kind of main ripple of automobile primary Baudot code subwave solid size remote control transmitter is radio wave.
3rd, a kind of automobile primary Baudot code subwave solid size remote control transmitter is subwave infrared wave.
4th, a kind of multi-code of automobile primary Baudot code subwave solid size remote control transmitter is regular coding and regular coding and rolling
Coded combination.
5th, a kind of multi-code of automobile primary Baudot code subwave solid size remote control transmitter is rolling coding and rolling coding and fixation
Coded combination.
Its operation principle is as follows：
A kind of automobile primary Baudot code subwave solid size remote control transmitter is by main Baudot code subwave solid size battery supply, main Baudot code subwave
Solid size button switch, the main total electronic oscillating circuit switch of Baudot code subwave solid size.
The main main ripple electronic switch of Baudot code, the main main ripple oscillating circuit switch of Baudot code.
Main main one yard of electronic switch of ripple of Baudot code, main main one yard of coding insulating electron circuit of ripple of Baudot code, main Baudot code master
One yard of coded electronic circuit of ripple, main main one yard of coding output insulating electron circuit of ripple of Baudot code, main main one yard of coding of ripple of Baudot code
Output electronic circuit.
Main main two yards of electronic switches of ripple of Baudot code, main main two yards of coding insulating electron circuits of ripple of Baudot code, main Baudot code master
Two yards of coded electronic circuits of ripple, main main two yards of coding output insulating electron circuits of ripple of Baudot code, main main two yards of codings of ripple of Baudot code
Output electronic circuit.
Main Baudot code subwave solid size primary and secondary ripple electronic switch, main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch.
The main main ripple trigram electronic switch of Baudot code, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, main Baudot code master
The three-code encoded electronic circuit of ripple, the main three-code encoded output insulating electron circuit of the main ripple of Baudot code, the main main ripple of Baudot code is three-code encoded
Output electronic circuit.
Main Baudot code OR gate output circuit, main Baudot code radiating circuit unit.
Four yards of electronic switches of subwave solid size subwave, subwave solid size subwave four code encoding insulating electron circuit, subwave solid size
Four yards of transmitting isolation circuits of ripple, subwave solid size subwave four code encoding electronic circuit, the output isolation of subwave solid size subwave four code encoding
Electronic circuit, subwave solid size subwave four code encoding output electronic circuit, four yards of subwave single code transmissions circuit compositions of subwave.
Main Baudot code radiating circuit unit is by the launching electronics circuit of main Baudot code one, the launching electronics circuit group of main Baudot code two
Into.
The launching electronics circuit of main Baudot code one launches input circuit, main Baudot code one and launches output circuit by main Baudot code one
Composition.
The launching electronics circuit of main Baudot code two launches input circuit, main Baudot code two and launches output circuit by main Baudot code two
Composition.
Main main one yard of electronic switch of ripple of Baudot code；Main main two yards of electronic switches of ripple of Baudot code；The main main ripple trigram electricity of Baudot code
Sub switch；Also known as main main one yard of the ripple of Baudot code, two yards, trigram electronic switch.
Main main one yard of coded electronic circuit of ripple of Baudot code, main main two yards of coded electronic circuits of ripple of Baudot code, main Baudot code master
The three-code encoded electronic circuit of ripple also known as one yard of the main ripple of main Baudot code, two yards, three-code encoded electronic circuit.
Main main one yard of coding output electronic circuit of ripple of Baudot code；Main main two yards of coding output electronic circuits of ripple of Baudot code；It is main
The three-code encoded output electronic circuit of the main ripple of Baudot code；Also known as main main one yard of the ripple of Baudot code, two yards, three-code encoded output electronics electricity
Road.
Main Baudot code subwave solid size button switch one end connects main Baudot code subwave solid size battery supply positive pole, main Baudot code
The ripple solid size button switch other end respectively with the total electronic oscillating circuit Switching Power Supply end of main Baudot code subwave solid size, main Baudot code time
Ripple solid size high-amplitude wave electronic switch power end, main Baudot code subwave solid size primary and secondary ripple electronic switch power end is connected.
The main total electronic oscillating circuit switch ground wire of Baudot code subwave solid size, the main main ripple electronic switch ground of Baudot code subwave solid size
Line, main Baudot code subwave solid size primary and secondary ripple electronic switch ground wire is connected with main Baudot code subwave solid size battery supply ground wire respectively
Connect.
Two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively with the main ripple electronics of main Baudot code
Switch, two control ends of main Baudot code subwave solid size primary and secondary ripple electronic switch are connected.
The main main ripple electronic switch output end of Baudot code respectively with the main ripple oscillating circuit Switching Power Supply end of main Baudot code, main ripple is more
The main one yard of electronic switch power end of ripple of code, main main two yards of electronic switch power ends of ripple of Baudot code, main Baudot code OR gate output circuit
Power end, main Baudot code radiating circuit unit power end is connected.
The main main ripple electronic switch ground terminal of Baudot code, the main main ripple oscillating circuit switch ground terminal of Baudot code, main Baudot code master
One yard of electronic switch ground terminal of ripple, main main two yards of electronic switch ground terminals of ripple of Baudot code, main Baudot code OR gate output circuit ground wire
End, main Baudot code radiating circuit unit ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively.
Two output ends of the main ripple oscillating circuit switch of main Baudot code respectively with main Baudot code main ripple one yard of electronic switch, master
Two yards of the two of electronic switch control ends of the main ripple of Baudot code are connected.
Main main one yard of electronic switch output end of ripple of Baudot code respectively with one yard of the main ripple of main Baudot code coding insulating electron circuit
Input, main main one yard of coding output insulating electron circuit input end of ripple of Baudot code is connected.
Main Baudot code main ripple one yard of coding insulating electron circuit output end and main Baudot code one yard of coded electronic circuit of main ripple
Power end is connected, and one yard of main main one yard of coding output insulating electron circuit output end of ripple of Baudot code and the main ripple of main Baudot code are encoded
Output electronic circuit power end is connected.
One yard of coding output electronics of main main one yard of coded electronic circuit code output end of ripple of Baudot code and the main ripple of main Baudot code
Circuit input end is connected；Main Baudot code main ripple one yard of coding output electronic circuit output end and main Baudot code OR gate output circuit
One input is connected.
Main main two yards of electronic switch output ends of ripple of Baudot code respectively with two yards of the main ripple of main Baudot code coding insulating electron circuits
Input, main main two yards of coding output insulating electron circuit input ends of ripple of Baudot code are connected.
Main Baudot code main ripple two yards of codings insulating electron circuit output end and main Baudot code two yards of coded electronic circuits of main ripple
Power end is connected, and two yards of main main two yards of coding output insulating electron circuit output ends of ripple of Baudot code and the main ripple of main Baudot code are encoded
Output electronic circuit power end is connected.
Two yards of coding output electronics of main main two yards of coded electronic circuit code output ends of ripple of Baudot code and the main ripple of main Baudot code
Circuit input end is connected；Main Baudot code main ripple two yards of codings output electronic circuit output end and main Baudot code OR gate output circuits
One input is connected.
Main Baudot code subwave solid size primary and secondary ripple electronic switch output end is shaken with main Baudot code subwave solid size primary and secondary ripple respectively
Swing contactor power end, the main main ripple trigram electronic switch power end of Baudot code, four yards of electronic switch powers of subwave solid size subwave
End, main Baudot code OR gate output circuit power end, high-amplitude wave multi-code transmitter electronic circuit cell power end is connected.
Main Baudot code subwave solid size primary and secondary ripple electronic switch ground terminal, the main main ripple trigram electronic switch ground terminal of Baudot code,
Four yards of electronic switch ground terminals of subwave solid size subwave, main Baudot code OR gate output circuit ground terminal, high-amplitude wave multi-code transmitter electronics electricity
Road unit ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively.
Two output ends of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch respectively with the main ripple trigram of main Baudot code
Four yards of the two of electronic switch control ends of electronic switch and subwave solid size subwave are connected.
The main main ripple trigram electronic switch output end of Baudot code respectively with the three-code encoded insulating electron circuit of the main ripple of main Baudot code
Input, the main three-code encoded output insulating electron circuit input end of the main ripple of Baudot code is connected.
The main three-code encoded insulating electron circuit output end of the main ripple of Baudot code and the main Baudot code three-code encoded electronic circuit of main ripple
Power end is connected, and the main three-code encoded output insulating electron circuit output end of the main ripple of Baudot code is three-code encoded with the main ripple of main Baudot code
Output electronic circuit power end is connected.
The main main ripple of Baudot code three-code encoded electronic circuit coding output end and the three-code encoded output electronics of the main ripple of main Baudot code
Circuit input end is connected；Main three-code encoded output electronic circuit output end and the main Baudot code OR gate output circuit of the main ripple of Baudot code
One input is connected.
Main Baudot code OR gate output circuit output end is connected with main Baudot code launching electronics circuit unit input.
Four yards of electronic switch output ends of subwave solid size subwave respectively with subwave solid size subwave four code encoding insulating electron circuit
Input, subwave solid size subwave four code encoding output insulating electron circuit input end, four yards of radiating circuit electricity of subwave solid size subwave
Source is connected.
Subwave solid size subwave four code encoding insulating electron circuit output end and subwave solid size subwave four code encoding electronic circuit
Power end is connected.
Subwave solid size subwave four code encoding exports insulating electron circuit output end and is exported with subwave solid size subwave four code encoding
Electronic circuit power end is connected, the four yards of transmittings of four yards of transmitting isolation circuit output ends of subwave solid size subwave and subwave solid size subwave
Electronic circuit power end is connected.
Subwave solid size subwave four code encoding electronic circuit encodes output end and exports electronics with subwave solid size subwave four code encoding
Circuit input end is connected；Subwave solid size subwave four code encoding exports the four yards of transmittings of electronic circuit output end and subwave solid size subwave
Electronic circuit input is connected.
Due to a kind of main Baudot code subwave solid size button switch one end of automobile primary Baudot code subwave solid size remote control transmitter
Main Baudot code subwave solid size battery supply positive pole is connected, the main Baudot code subwave solid size button switch other end is more with main ripple respectively
The total electronic oscillating circuit Switching Power Supply end of code subwave solid size, the main main ripple electronic switch power end of Baudot code, main Baudot code subwave list
Code primary and secondary ripple electronic switch power end is connected.
The main total electronic oscillating circuit switch ground wire of Baudot code subwave solid size, the main main ripple electronic switch ground wire of Baudot code, subwave
Solid size primary and secondary ripple electronic switch ground wire is connected with main Baudot code subwave solid size battery supply ground wire respectively.
So being opened in the main Baudot code subwave solid size button for pressing a kind of automobile primary Baudot code subwave solid size remote control transmitter
Guan Shi, the main total electronic oscillating circuit switch connection power supply of Baudot code subwave solid size starts oscillatory work.
Outwards output is high each other respectively simultaneously for two output ends of the main total electronic oscillating circuit switch of Baudot code subwave solid size
With it is low or low each other with two different potentials signals high.
The main main ripple electronic switch power end of Baudot code, main Baudot code subwave solid size primary and secondary ripple electronic switch power termination is logical
Power supply is started working and is prepared；Commenced work without delay after their control end input signal.
Two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively with the main ripple electronics of main Baudot code
Switch is connected with two control ends of main Baudot code subwave solid size primary and secondary ripple electronic switch.
The main total electronic oscillating circuit switch connection power supply of Baudot code subwave solid size is started working, and main Baudot code subwave solid size is total
Electronic oscillating circuit starts vibration, two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively to
The control end of the main main ripple electronic switch of Baudot code, the control end of main Baudot code subwave solid size primary and secondary ripple electronic switch, output is each other
It is high with it is low or low each other with two different potentials signals high.
The control end of main Baudot code subwave electronic switch be high potential when, the main main ripple electronic switch of Baudot code will be opened by
Output voltage.
When the control end of main Baudot code subwave solid size primary and secondary ripple electronic switch is low potential, main Baudot code subwave solid size master,
Subwave electronic switch will be closed, Non voltage output.
Conversely, when the control end of the main main ripple electronic switch of Baudot code is low potential, the main main ripple electronic switch of Baudot code will be by
Close, Non voltage output.
When the control end of main Baudot code subwave solid size primary and secondary ripple electronic switch is high potential, main Baudot code subwave solid size master,
Subwave electronic switch will be opened output voltage.
Switched in the main total electronic oscillating circuit of Baudot code subwave solid size defeated to the control end of the main ripple electronic switch of main Baudot code
Go out during for high potential, the main main ripple electronic switch of Baudot code will open output voltage.
And switched to main Baudot code subwave solid size primary and secondary ripple electronic cutting to the main total electronic oscillating circuit of Baudot code subwave solid size
The control end of pass is output as low potential, and main Baudot code subwave solid size primary and secondary ripple electronic switch will be closed Non voltage output.
The main total electronic oscillating circuit switch of Baudot code subwave solid size is being kept for this state constant period.
A kind of automobile primary Baudot code subwave solid size remote control transmitter it open one yard of the main ripple of main Baudot code and and Baudot code
Two yards of processes of transmitting of main ripple.
Meanwhile, also start and close four yards of emission process of transmitting of the main main ripple trigram of Baudot code and subwave solid size subwave.
The main main ripple electronic switch output end of Baudot code and the main ripple oscillating circuit Switching Power Supply end of main Baudot code, main Baudot code master
One yard of electronic switch power end of ripple, main main two yards of electronic switch power ends of ripple of Baudot code, main Baudot code OR gate output circuit power supply
End, main Baudot code launching electronics circuit unit power end is connected.
The main main ripple electronic switch ground terminal of Baudot code, the main main ripple oscillating circuit switch ground terminal of Baudot code, main Baudot code master
One yard of electronic switch ground terminal of ripple, main main two yards of electronic switch ground terminals of ripple of Baudot code, main Baudot code OR gate output circuit ground wire
End, main Baudot code launching electronics circuit unit ground terminal is connected with main Baudot code subwave solid size battery supply ground terminal respectively.
The main main ripple electronic switch of Baudot code is opened output voltage, and the main main ripple oscillating circuit switch connection power supply of Baudot code is opened
Beginning is vibrated, two output ends same time of the main ripple oscillating circuit switch of main Baudot code respectively outwards output it is high each other with it is low
Or it is low each other with two different potentials signals high.
Two output ends of the main ripple oscillating circuit switch of main Baudot code respectively with one yard of electronic switch of the main ripple of main Baudot code with
Main main two yards of the two of electronic switch control ends of ripple of Baudot code are connected.
Two output ends of the main main ripple oscillating circuit switch of Baudot code are respectively to main Baudot code one yard of electronic switch of main ripple
Control end and main Baudot code two yards of control ends of electronic switch of main ripple, export it is high each other with it is low or low each other with two differences high
Electric potential signal.
It is defeated to the control end of the main one yard of electronic switch of ripple of main Baudot code that the main main ripple oscillating circuit of Baudot code switchs an output end
Go out during for high potential, one yard of electronic switch of the main ripple of main Baudot code is opened into output voltage.
Meanwhile, the main main ripple oscillating circuit of Baudot code switchs another output end by main Baudot code two yards of electronic switches of main ripple
Control end exports low potential, and two yards of electronic switches of the main ripple of main Baudot code are closed, and makes its Non voltage output；
The main main ripple oscillating circuit switches of Baudot code are when being kept for this state constant period.
A kind of automobile primary Baudot code subwave solid size remote control transmitter opens the emission process of one yard of the main ripple of main Baudot code；Together
When, also start the emission process for closing main main two yards of the ripple of Baudot code.
Main main one yard of electronic switch controling end of ripple of Baudot code is high potential, main main one yard of electronic switch output end of ripple of Baudot code
Output voltage；Due to one yard of electronic switch output end of the main ripple of main Baudot code respectively with one yard of the main ripple of main Baudot code coding insulating electron
Circuit input end, main main one yard of coding output insulating electron circuit input end of ripple of Baudot code is connected；And the main main ripple one of Baudot code
One yard of coded electronic circuit power end of code coding insulating electron circuit output end and the main ripple of main Baudot code is connected, main Baudot code master
One yard of coding output electronic circuit power end of one yard of coding output insulating electron circuit output end of ripple and the main ripple of main Baudot code is connected
Connect.
So main main one yard of coded electronic circuit of ripple of Baudot code, main main one yard of coding output electronic circuit of ripple of Baudot code, master
Baudot code OR gate output circuit, main Baudot code launching electronics circuit unit all switches on power start-up operation.
Main main one yard of coding output electronic circuit of ripple of Baudot code proceeds by coding, and the encoded signal finished is passed to
Main main one yard of coding output electronic circuit of ripple of Baudot code, main main one yard of coding output electronic circuit of ripple of Baudot code is by signal through main ripple
Multi-code OR gate output circuit, signal transmission to main Baudot code launching electronics circuit unit to one yard of the main ripple of the main Baudot code of emission
Encoded signal.
Main main two yards of electronic switch controling ends of ripple of Baudot code are low potential, main main two yards of electronic switch output ends of ripple of Baudot code
Without output voltage.
Due to two yards of electronic switch output ends of the main ripple of main Baudot code respectively with two yards of the main ripple of main Baudot code coding insulating electrons
Circuit input end, main main two yards of coding output insulating electron circuit input ends of ripple of Baudot code are connected, and the main ripple two of main Baudot code
Two yards of coded electronic circuit power ends of code coding insulating electron circuit output end and the main ripple of main Baudot code are connected, main Baudot code master
Two yards of coding output electronic circuit power ends of two yards of coding output insulating electron circuit output ends of ripple and the main ripple of main Baudot code are connected
Connect, main main two yards of electronic switch output ends of ripple of Baudot code are without output voltage, so main Baudot code two yards of coded electronic circuits of main ripple,
Main main two yards of coding output electronic circuit all access failure power supplys of ripple of Baudot code do not work.
Main main two yards of coded electronic circuits of ripple of Baudot code are not encoded, without the encoded signal output finished, main Baudot code
Launching electronics circuit unit is without any main main two yards of coded electronic circuit signals of ripple of Baudot code to emission.
Such a automobile primary Baudot code subwave solid size remote control transmitter completes one yard of hair of coding of the main ripple of main Baudot code
Penetrate task.
A kind of automobile primary Baudot code subwave solid size remote control transmitter is opened in the main total electronic oscillating circuit of Baudot code subwave solid size
Close, keeping being output as high potential to the control end of the main ripple electronic switch of main Baudot code, the main ripple electronic switch of main Baudot code is beaten
Open output voltage；It is low potential to the control end of main Baudot code subwave solid size primary and secondary ripple electronic switch, by main Baudot code subwave list
When electronic switch closing Non voltage output this state holding of code primary and secondary ripple is constant.
The main main ripple electronic switch of Baudot code continues to be powered, and the main main ripple oscillating circuit switch of Baudot code works on, and main ripple is more
The main ripple oscillating circuit switch of code there occurs upset, i.e., the main main ripple oscillating circuit of Baudot code is switched to main Baudot code two yards of electronics of main ripple
The signal of the control end output of switch is changed into high potential from low potential, and two yards of electronic switches of the main ripple of main Baudot code are opened into output electricity
Pressure；The main main ripple oscillating circuit of Baudot code switchs the signal exported to the control end of main Baudot code one yard of electronic switch of main ripple by electricity high
Position is changed into low potential, and one yard of electronic switch of the main ripple of main Baudot code is closed into Non voltage output；Main main one yard of electronic cutting of ripple of Baudot code
Pass there occurs transformation with the state of the main two yards of electronic switches of ripple of main Baudot code.
The main main ripple oscillating circuit of Baudot code is switched when keeping this new state constant, a kind of automobile primary Baudot code subwave list
Code remote control transmitter, opens the emission process of two yards of the main ripple of main Baudot code；Meanwhile, also start the main main ripple one of Baudot code of closing
The emission process of code.
Main main two yards of electronic switch controling ends of ripple of Baudot code are high potential, main main two yards of electronic switch output ends of ripple of Baudot code
Output voltage；Due to two yards of electronic switch output ends of the main ripple of main Baudot code respectively with two yards of the main ripple of main Baudot code coding insulating electrons
Circuit input end, main main two yards of coding output insulating electron circuit input ends of ripple of Baudot code are connected, and the main ripple two of main Baudot code
Two yards of coded electronic circuit power ends of code coding insulating electron circuit output end and the main ripple of main Baudot code are connected, main Baudot code master
Two yards of coding output electronic circuit power ends of two yards of coding output insulating electron circuit output ends of ripple and the main ripple of main Baudot code are connected
Connect.
So main main two yards of coded electronic circuits of ripple of Baudot code, main main two yards of coding output electronic circuits of ripple of Baudot code, master
Baudot code OR gate output circuit；Main Baudot code launching electronics circuit unit all switches on power start-up operation；
Main main two yards of coding output electronic circuits of ripple of Baudot code proceed by coding, and the encoded signal finished is passed to main ripple
Two yards of coding output electronic circuits of the main ripple of multi-code, main main two yards of coding output electronic circuits of ripple of Baudot code are by signal through main Baudot code
High-amplitude wave multi-code OR gate output circuit passes to main Baudot code launching electronics circuit unit to two yards of volumes of the main ripple of the main Baudot code of emission
Code signal.
Main main one yard of electronic switch controling end of ripple of Baudot code is low potential, main main one yard of electronic switch output end of ripple of Baudot code
Without output voltage.
Main main one yard of electronic switch output end of ripple of Baudot code respectively with one yard of the main ripple of main Baudot code coding insulating electron circuit
Power end, main main one yard of coding output insulating electron circuit power end of ripple of Baudot code is connected.
And main Baudot code main ripple one yard of coding insulating electron circuit output end and main Baudot code one yard of coded electronic electricity of main ripple
Road power end is connected, and one yard of main main one yard of coding output insulating electron circuit output end of ripple of Baudot code and the main ripple of main Baudot code are compiled
Code output electronic circuit power end is connected；Because main Baudot code one yard of electronic switch output end of main ripple is without output voltage；So main
Baudot code one yard of coded electronic circuit of main ripple, main main one yard of coding output electronic circuit access failure power supply of ripple of Baudot code does not work.
Main main one yard of coded electronic circuit of ripple of Baudot code is not encoded, without the encoded signal output finished, main Baudot code
Launching electronics circuit unit is without any main main one yard of coded electronic circuit signal of ripple of Baudot code to emission.
The main Baudot code subwave solid size remote control transmitter of such a vapour completes the two yards of transmittings of coding of the main ripple of main Baudot code
Task.
A kind of main Baudot code subwave solid size remote control transmitter of vapour completes one yard of launch mission of coding of the main ripple of main Baudot code
After the launch missions for completing two yards of the main ripple of main Baudot code coding, the main total electronic oscillating circuit switch of Baudot code subwave solid size after
It is continuous to be operated, when the total electronic oscillating circuit switch of main Baudot code subwave solid size there occurs upset, main Baudot code subwave solid size
Total ripple oscillating circuit output switching terminal is to the signal of the control end output of main Baudot code subwave solid size primary and secondary ripple electronic switch by low
Current potential is changed into high potential, and main Baudot code subwave solid size primary and secondary ripple electronic switch is opened into output voltage.
Main Baudot code subwave solid size global oscillation contactor output end is defeated to the control end of the main ripple electronic switch of main Baudot code
The signal for going out is changed into low potential from high potential, the main ripple ripple electronic switch of main Baudot code is closed and allows its Non voltage output；There is this
During one new state, the total electronic oscillating circuit switch of main Baudot code subwave solid size being maintained in this new state constant cycle,
A kind of automobile primary Baudot code subwave solid size remote control transmitter opens four yards of high-amplitude wave multi-code high-amplitude wave trigram and smooth sea solid size smooth sea
Emission process；Meanwhile, also start the emission process for closing two yards of one yard of the main ripple of main Baudot code and the main ripple of main Baudot code.
Main Baudot code subwave solid size primary and secondary ripple electronic switch output end vibrates electricity with main Baudot code subwave solid size primary and secondary ripple
Way switch power end, main Baudot code high-amplitude wave trigram electronic switch power end, four yards of electronic switch power end phases of subwave solid size subwave,
Main Baudot code OR gate output circuit power end, main Baudot code launching electronics circuit unit power end is connected.
Main Baudot code subwave solid size primary and secondary ripple electronic switch ground terminal, main Baudot code subwave solid size primary and secondary ripple oscillating circuit
Switch ground terminal, the main main ripple trigram electronic switch ground terminal of Baudot code, four yards of electronic switch ground terminals of subwave solid size subwave, main ripple
Multi-code OR gate output circuit ground terminal, main Baudot code launching electronics circuit unit ground terminal is electric with high-amplitude wave multi-code smooth sea solid size respectively
Pond ground-side of power connection.
Main Baudot code subwave solid size primary and secondary ripple electronic switch is opened output voltage, main Baudot code subwave solid size primary and secondary ripple
Oscillating circuit switch connection power supply proceeds by vibration, and two of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch are defeated
Go out to hold same time respectively outwards output it is high each other with it is low or low each other with two different potentials signals high.
Two output ends of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch respectively with the main ripple trigram of main Baudot code
Electronic switch, four yards of the two of electronic switch control ends of subwave solid size subwave are connected.
Two output ends of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch are respectively to the main ripple trigram of main Baudot code
The control end of electronic switch, four yards of control ends of electronic switch of subwave solid size subwave, export it is high each other with it is low or it is low each other with it is high
Two different potentials signals.
Main Baudot code subwave solid size primary and secondary ripple oscillating circuit switchs the control end to the main ripple trigram electronic switch of main Baudot code
When being output as high potential, the main main ripple trigram electronic switch of Baudot code opens output voltage.
Meanwhile, main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch will be to four yards of electronic switches of subwave solid size subwave
Control end output low potential, four yards of electronic switches of subwave solid size subwave are closed, make its Non voltage output.
Main Baudot code subwave solid size primary and secondary ripple oscillating circuit switches are when being kept for this state constant period.
A kind of main Baudot code subwave solid size remote control transmitter of vapour opens the main ripple trigram emission process of main Baudot code；Meanwhile,
Also the emission process for closing four yards of subwave solid size subwave is started.
The main main ripple trigram electronic switch controling end of Baudot code is high potential, the main main ripple trigram electronic switch output end of Baudot code
Output voltage；Due to the main ripple trigram electronic switch output end of main Baudot code respectively with the main Baudot code three-code encoded insulating electron of main ripple
Circuit input end, the main three-code encoded output insulating electron circuit input end of the main ripple of Baudot code is connected；And the main main ripple three of Baudot code
Code coding insulating electron circuit output end is connected with the three-code encoded electronic circuit power end of the main ripple of main Baudot code, main Baudot code master
The three-code encoded output insulating electron circuit output end of ripple output electronic circuit power end three-code encoded with the main ripple of main Baudot code is connected
Connect.
So the three-code encoded electronic circuit of the main main ripple of Baudot code, the main three-code encoded output electronic circuit of the main ripple of Baudot code, master
Baudot code OR gate output circuit, main Baudot code launching electronics circuit unit all switches on power start-up operation.
The main three-code encoded output electronic circuit of the main ripple of Baudot code proceeds by coding, and the encoded signal finished is passed to
The main three-code encoded output electronic circuit of the main ripple of Baudot code, the main three-code encoded output electronic circuit of the main ripple of Baudot code is by signal through high-amplitude wave
Multi-code OR gate output circuit, passes to main Baudot code launching electronics circuit unit to the main Baudot code of the emission three-code encoded letter of main ripple
Number.
Four yards of electronic switch controling ends of subwave solid size subwave are low potential, four yards of electronic switch output ends of subwave solid size subwave
Without output voltage.
Due to four yards of electronic switch output ends of subwave solid size subwave respectively with subwave solid size subwave four code encoding insulating electron
Circuit input end, subwave solid size subwave four code encoding output insulating electron circuit input end, the transmitting of four yards of subwave solid size subwave every
It is connected from circuit input end；And four yards of subwave solid size subwave four code encoding insulating electron circuit output end and subwave solid size subwave
Coded electronic circuit power end is connected, and subwave solid size subwave four code encoding exports insulating electron circuit output end and subwave solid size
Subwave four code encoding output electronic circuit power end is connected, subwave solid size subwave four yards of transmittings isolation circuit output end and subwaves
Four yards of launching electronics circuit power ends of solid size subwave are connected.
Dimension ripple solid size four yards of electronic switch output ends of subwave are without output voltage；So subwave solid size subwave four code encoding is electric
Sub-circuit, subwave solid size subwave four code encoding output electronic circuit, four yards of launching electronics circuits of subwave solid size subwave all access failures
Power supply does not work.
Subwave solid size subwave four code encoding electronic circuit is not encoded, without the encoded signal output finished, subwave solid size
Four yards of launching electronics circuits of subwave are without any signal to emission.
Such a automobile primary Baudot code subwave solid size remote control transmitter completes the three-code encoded hair of the main ripple of main Baudot code
Penetrate task.
A kind of automobile primary Baudot code subwave solid size remote control transmitter is opened in the main total electronic oscillating circuit of Baudot code subwave solid size
Close, keeping being output as low potential to the control end of the main ripple electronic switch of main Baudot code, the main ripple electronic switch of main Baudot code is closed
Close without output voltage；High potential is output as to the control end of main Baudot code subwave solid size primary and secondary ripple electronic switch, by main Baudot code
Subwave solid size primary and secondary ripple electronic switch is opened when having voltage output state constant.
And main Baudot code subwave solid size primary and secondary ripple electronic switch continues to be powered, main Baudot code subwave solid size primary and secondary ripple vibration
Contactor works on, and main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch there occurs upset.
Main Baudot code subwave solid size primary and secondary ripple oscillating circuit output switching terminal is to four yards of electronic switches of subwave solid size subwave
The signal of control end output is changed into high potential from low potential, and four yards of electronic switches of subwave solid size subwave are opened into output voltage.
Main Baudot code subwave solid size primary and secondary ripple oscillating circuit switchs the control end to the main ripple trigram electronic switch of main Baudot code
The signal of output is changed into low potential from high potential, and the main ripple trigram electronic switch of main Baudot code is closed into Non voltage output.
Main Baudot code subwave solid size primary and secondary ripple oscillating circuit is switched in the period of keeping this new state constant, a kind of vapour
Car owner's Baudot code subwave solid size remote control transmitter opens the emission process of four yards of subwave solid size subwave；Meanwhile, also start pass
Close the emission process of high-amplitude wave multi-code high-amplitude wave trigram.
Four yards of electronic switch controling ends of subwave solid size subwave are high potential, four yards of electronic switch output ends of subwave solid size subwave
Output voltage；Due to four yards of electronic switch output ends of subwave solid size subwave respectively with subwave solid size subwave four code encoding insulating electron
Circuit input end, subwave solid size subwave four code encoding output insulating electron circuit input end, the transmitting of four yards of subwave solid size subwave every
It is connected from circuit input end；And four yards of subwave solid size subwave four code encoding insulating electron circuit output end and subwave solid size subwave
Coded electronic circuit power end is connected, and subwave solid size subwave four code encoding exports insulating electron circuit output end and subwave solid size
Subwave four code encoding output electronic circuit power end is connected, subwave solid size subwave four yards of transmittings isolation circuit output end and subwaves
Four yards of launching electronics circuit power ends of solid size subwave are connected.
So subwave solid size subwave four code encoding electronic circuit, subwave solid size subwave four code encoding exports electronic circuit, secondary
Four yards of launching electronics circuits of ripple solid size subwave all switch on power start-up operation.
Subwave solid size subwave four code encoding output electronic circuit proceeds by coding, and the encoded signal finished is passed to
Subwave solid size subwave four code encoding exports electronic circuit, and subwave solid size subwave four code encoding output electronic circuit will be signal transmission
To four yards of launching electronics circuits of subwave solid size subwave to emission subwave solid size subwave four code encoding signal.
The main main ripple trigram electronic switch controling end of Baudot code is low potential, the main main ripple trigram electronic switch output end of Baudot code
Without output voltage.
Due to the main ripple trigram electronic switch output end of main Baudot code respectively with the main Baudot code three-code encoded insulating electron of main ripple
Circuit input end, the main three-code encoded output insulating electron circuit input end of the main ripple of Baudot code is connected.
Main three-code encoded output insulating electron circuit output end and the three-code encoded output of main ripple of main Baudot code of the main ripple of Baudot code
Electronic circuit power end is connected.
Because the main ripple trigram electronic switch output end of main Baudot code is without output voltage, so the three-code encoded electricity of the main ripple of main Baudot code
Sub-circuit, the main three-code encoded output electronic circuit access failure power supply of the main ripple of Baudot code does not work.
The three-code encoded electronic circuit of the main main ripple of Baudot code is not encoded, without the encoded signal output finished, main Baudot code
Launching electronics circuit is without any main three-code encoded electronic circuit signal of the main ripple of Baudot code to emission.
Such a automobile primary Baudot code subwave solid size remote control transmitter completes the hair of subwave solid size subwave four code encoding
Penetrate task.
Such a automobile primary Baudot code subwave solid size remote control transmitter completes main Baudot code subwave solid size mixing transmitting
The launch mission of a cycle.
A kind of automobile primary Baudot code subwave solid size remote control transmitter is due to the main total electronic oscillating circuit of Baudot code subwave solid size
On-off circuit vibrates alternation, and the main ripple oscillating circuit switch of main Baudot code, main Baudot code subwave solid size primary and secondary ripple electricity repeatedly
The vibration alternation repeatedly of sub switch, and their cooperations with other circuits, complete like this cycle another
The transmitting work of the main Baudot code subwave solid size mixing transmitting in cycle, until main Baudot code subwave solid size button switch is broken as
Only.
The present invention has following outstanding advantages after implementing：
1st, a kind of automobile primary Baudot code subwave solid size remote control transmitter can radio wave shortly due to putting into and releasing its carrier wave
Flexibly selected with infrared wave, between multi-code inside, flexibly multiple choices can coordinated again between multi-code and solid size, it is different,
So to using decoder, grabbing yard device and catching strong with the criminal offence resistivity of radio scanner.2nd, a kind of automobile primary ripple is more
Code subwave solid size remote control transmitter can with shut whole car doors after central controlled lock be automatically switched off, warning system automatic throw-in device coordinates
Use, convenient, modern sense is strong.Automotive safety coefficient is effectively raised, is prevented and is used interference unit, decoder etc crime part
The criminal offence of son, is that car owner reduces unnecessary economic loss.
3rd, a kind of automobile primary Baudot code subwave solid size remote control transmitter can be arranged on a launch-box, easy to use.
4th, simple, easily production is installed, stable and reliable for performance.
Brief description of the drawings
Fig. 1, it is a kind of automobile primary Baudot code subwave solid size remote control transmitter frame principle figure.
In figure：Square frame 1, the main Baudot code subwave solid size battery supply of expression；Square frame 2, the main Baudot code subwave solid size of expression are pressed
Button switch；The total electronic oscillating circuit switch of square frame 3, the main Baudot code subwave solid size of expression；The main ripple electricity of square frame 4, the main Baudot code of expression
Sub switch；The main ripple oscillating circuit switch of square frame 5, the main Baudot code of expression；Square frame 6, the main main one yard of electronic switch of ripple of Baudot code of expression；
Square frame 7, one yard of coding insulating electron circuit of the main ripple of the main Baudot code of expression；Square frame 8, the one yard of coding output of the main ripple of the main Baudot code of expression
Insulating electron circuit；Square frame 9, the main main one yard of coded electronic circuit of ripple of Baudot code of expression；Square frame 10, the main main ripple one of Baudot code of expression
Code coding output electronic circuit；Square frame 11, the main main two yards of electronic switches of ripple of Baudot code of expression；Square frame 12, the main Baudot code master of expression
Two yards of coding insulating electron circuits of ripple；Square frame 13, two yards of coding output insulating electron circuits of the main ripple of the main Baudot code of expression；Square frame
14th, main main two yards of coded electronic circuits of ripple of Baudot code are represented；Square frame 15, two yards of coding output electronics electricity of the main ripple of the main Baudot code of expression
Road；Square frame 16, the main Baudot code OR gate output circuit of expression, square frame 17, the main Baudot code radiating circuit unit of expression；Square frame 17-1,
Represent the launching electronics circuit of main Baudot code one；Square frame 17-2, the main launching electronics circuit of Baudot code two of expression；Square frame 18, expression master
Baudot code subwave solid size primary and secondary ripple electronic switch；Square frame 19, the main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch of expression；
Square frame 20, the main main ripple trigram electronic switch of Baudot code of expression；The three-code encoded insulating electron electricity of square frame 21, the main main ripple of Baudot code of expression
Road；The three-code encoded output insulating electron circuit of square frame 22, the main main ripple of Baudot code of expression；Square frame 24, expression subwave solid size subwave four
Code electronic switch；Square frame 25, expression subwave solid size subwave four code encoding insulating electron circuit；Square frame 26, expression subwave solid size
Ripple four code encoding exports insulating electron circuit；Square frame 27, expression subwave solid size subwave four code encoding electronic circuit；Square frame 28, table
Show that subwave solid size subwave four code encoding exports electronic circuit；Square frame 29, four yards of transmitting isolation circuits of expression subwave solid size subwave；Side
Frame 31, the expression three-code encoded electronic circuit of the main main ripple of Baudot code；Square frame 32, the main three-code encoded output electronics of the main ripple of Baudot code of expression
Circuit；
Square frame 33, expression subwave solid size four yards of radiating circuits of subwave.
Fig. 2, it is main Baudot code radiating circuit unit frame principle figure.
Square frame 17, the main Baudot code radiating circuit unit of expression；Square frame 17-1, the main launching electronics circuit of Baudot code one of expression；
Square frame 17-1-1, the main transmitting of Baudot code one input circuit of expression；Square frame square frame 17-1-2, represent, represent main Baudot code one
Transmitting output circuit；Square frame 17-2, the main launching electronics circuit of Baudot code two of expression；Square frame square frame 17-2-1, the main ripple of expression are more
Code two launches input circuit；Square frame square frame 17-2-2, the main transmitting of Baudot code two output circuit of expression.
Specific embodiment
Fig. 1, Fig. 2 illustrate a kind of a kind of mode of automobile primary Baudot code subwave solid size remote control transmitter specific implementation.
First, circuit control panel is made：Electronic control panel is made according to the relation indicated in figure first, and electronics control will be made
Making sheet, loads in the launch-box supporting with it.
2nd, plug-in unit is carried out to circuit control panel according to Fig. 1, is welded.
3rd, check and hot- line test.
Associated contacts are checked with avometer, or oscillograph.
1st, main Baudot code subwave solid size button switch is checked with ohmmeter first；It is many that main ripple is pressed or decontroled with hand
Code subwave solid size button switch；With the main Baudot code subwave solid size button switch input of ohm table look-up, signal output part break-make
It is whether good.
2nd, energization inspection, debugging are carried out to making electronic control panel.
（1）, billboard, check element whether weld correctly, whether there is rosin joint, solder skip, short circuit phenomenon.
（2）, billboard check it is errorless after, ensure it without short circuit with ohm table look-up electronic control panel zero line and ground terminal
Switch on power after phenomenon.
（3）, with avometer or oscillograph to checking that making electronic control panel carries out energization inspection, debugging, by avometer just
Pole or oscillograph positive signal input test respectively each unit circuit exit point or with input endpoint junction.
（4）, inspection to main Baudot code subwave solid size total electronic oscillating circuit switch, with avometer positive pole or oscillograph just
Pole signal input part tests two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size, main Baudot code respectively
To be started working after the total electronic oscillating circuit switch connection power supply of ripple solid size, be vibrated；With avometer positive pole or oscillograph just
Two output ends that pole signal input part tests the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively will be exported respectively
Each other height or two different electric potential signals high low each other；If can't detect, element insertion and welding are should check whether
Make a mistake.
（5）, to the main ripple electronic switch of main Baudot code, two yards of main main one yard of electronic switch of ripple of Baudot code and the main ripple of main Baudot code
The inspection of electronic switch.
The main ripple electronic switch of main Baudot code, main ripple are tested respectively with avometer positive pole or oscillograph positive signal input
One yard of electronic switch of the main ripple of multi-code is connected after having operating voltage with the power end of main Baudot code two yards of electronic switches of main ripple, with three
The main ripple electronic switch of main Baudot code, main main one yard of the ripple of Baudot code are tested respectively with table positive pole or oscillograph positive signal input
The control end and output end of electronic switch and main Baudot code two yards of electronic switches of main ripple, the main main ripple electronic switch of Baudot code, main ripple
When two yards of control ends of electronic switch of one yard of electronic switch of the main ripple of multi-code and the main ripple of main Baudot code are high potential, the main main ripple of Baudot code
Electronic switch, main main one yard of electronic switch of ripple of Baudot code has voltage defeated with the output end of the main two yards of electronic switches of ripple of main Baudot code
Go out, the main main ripple electronic switch of Baudot code, main main one yard of electronic switch of ripple of Baudot code and main Baudot code two yards of electronic switches of main ripple
When control end is low potential, the main main ripple electronic switch of Baudot code, main main one yard of electronic switch of ripple of Baudot code and the main ripple of main Baudot code
The output end of two yards of electronic switches whether there is pressure output.
If can't detect, should check whether that element insertion makes a mistake with welding.
（6）, to main Baudot code one yard of coded electronic circuit of main ripple, main main two yards of coded electronic circuits of ripple of Baudot code, main ripple
The three-code encoded electronic circuit of the main ripple of multi-code is checked.
Tested to main Baudot code one yard of coded electronic circuit of main ripple with avometer positive pole or oscillograph positive signal input,
Main main two yards of coded electronic circuits of ripple of Baudot code, the power end of the three-code encoded electronic circuit of the main main ripple of Baudot code is connected work
After voltage, it is input into main Baudot code one yard of coded electronic circuit of main ripple with oscillograph positive signal, main main two yards of volumes of ripple of Baudot code
Code electronic circuit, the output end of the three-code encoded electronic circuit of the main main ripple of Baudot code, normally by test to its encoded signal；If inspection
Do not detect, should check whether that welding makes a mistake or component wear.
（7）, to main Baudot code time solid size primary and secondary ripple oscillating circuit switch, the inspection of the main main ripple oscillating circuit switch of Baudot code
Look into.
Main Baudot code time solid size primary and secondary ripple is tested respectively with avometer positive pole or oscillograph positive signal input vibrates electricity
Way switch, two output ends of the main main ripple oscillating circuit switch of Baudot code, main Baudot code time solid size primary and secondary ripple oscillating circuit is opened
Close, will be started working after the main main ripple oscillating circuit switch connection power supply of Baudot code, vibrated；With avometer positive pole or oscillograph
Positive signal input tests main Baudot code time solid size primary and secondary ripple oscillating circuit switch, the main main ripple oscillating circuit of Baudot code respectively
Two output ends of switch will respectively export height or two different electric potential signals high low each other each other；If detection is not
Arrive, should check whether that element insertion makes a mistake with welding.
（8）, to the four yards of inspections of electronic switch of the main ripple trigram electronic switch of main Baudot code and subwave solid size subwave.
The main ripple trigram electronic switch of main Baudot code is tested respectively with avometer positive pole or oscillograph positive signal input
Connected with the power end of four yards of electronic switches of subwave solid size subwave after having operating voltage, with avometer positive pole or oscillograph positive pole
Signal input part tests the main ripple trigram electronic switch of main Baudot code and the four yards of controls of electronic switch of subwave solid size subwave respectively
End and output end, the main main ripple trigram electronic switch of Baudot code are high potential with four yards of control ends of electronic switch of subwave solid size subwave
When, the main main ripple trigram electronic switch of Baudot code has voltage output, main ripple with the output end of subwave solid size four yards of electronic switches of subwave
When the main ripple trigram electronic switch of multi-code is low potential with four yards of control ends of electronic switch of subwave solid size subwave, the main main ripple of Baudot code
Trigram electronic switch whether there is pressure output with the output end of subwave solid size four yards of electronic switches of subwave.
If can't detect, should check whether that element insertion makes a mistake with welding.
（9）, subwave solid size subwave four code encoding electronic circuit checked.
Tested to subwave solid size subwave four code encoding electronic circuit with avometer positive pole or oscillograph positive signal input
Power end connect have operating voltage after, with oscillograph positive signal be input into subwave solid size subwave four code encoding electronic circuit
Output end, normally will test to its encoded signal；If can't detect, should check whether that welding is made a mistake or element is damaged
It is bad.
（10）, inspection to main Baudot code OR gate output circuit.
The power end to main Baudot code OR gate output circuit is tested with avometer positive pole or oscillograph positive signal input
After connection has operating voltage, input and the output in main Baudot code OR gate output circuit are input into oscillograph positive signal
End, by test to normal its encoded signal；If can't detect, should check whether that welding makes a mistake or component wear.
（11）, to one yard of the main ripple of main Baudot code coding insulating electron circuit, main main one yard of coding output isolation of ripple of Baudot code
Electronic circuit, main main two yards of coding insulating electron circuits of ripple of Baudot code, main main two yards of coding output insulating electron electricity of ripple of Baudot code
Road, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, the main three-code encoded output insulating electron circuit of the main ripple of Baudot code, subwave
Solid size subwave four code encoding insulating electron circuit, subwave solid size subwave four code encoding output insulating electron circuit, subwave solid size
Four yards of inspections of transmitting isolation circuit of ripple.
Tested to one yard of coding insulating electron of the main ripple of main Baudot code with avometer positive pole or oscillograph positive signal input
Circuit, main main one yard of coding output insulating electron circuit of ripple of Baudot code, main main two yards of coding insulating electron circuits of ripple of Baudot code are main
Two yards of coding output insulating electron circuits of the main ripple of Baudot code, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, main Baudot code
The main three-code encoded output insulating electron circuit of ripple, subwave solid size subwave four code encoding insulating electron circuit, subwave solid size subwave four
Code coding output insulating electron circuit, the input of four yards of transmitting isolation circuits of subwave solid size subwave is connected operating voltage
Afterwards, it is input into one yard of coding insulating electron circuit of the main ripple of main Baudot code with oscillograph positive signal, main main one yard of volume of ripple of Baudot code
Code output insulating electron circuit, main main two yards of coding insulating electron circuits of ripple of Baudot code, main main two yards of coding outputs of ripple of Baudot code
Insulating electron circuit, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, the main three-code encoded output isolation electricity of the main ripple of Baudot code
Sub-circuit, subwave solid size subwave four code encoding insulating electron circuit, subwave solid size subwave four code encoding output insulating electron circuit,
Four yards of transmitting isolation circuit output ends of subwave solid size subwave, by test to normal its voltage signal；If can't detect, should check
Whether welding makes a mistake or component wear.
（12）, inspection to main Baudot code radiating circuit unit.
The power supply for testing main Baudot code radiating circuit unit with avometer positive pole or oscillograph positive signal input is terminated
After being connected with operating voltage, the start-up operation of main Baudot code radiating circuit unit is tested with oscillograph positive signal input and worked as
After main Baudot code radiating circuit unit input incoming coded signal, it is input into oscillograph positive signal and launches electricity in main Baudot code
The output end of road unit, normally by test to its transmission signal；If can't detect, should check whether welding make a mistake or
Unit.
（13）, to the four yards of inspections of radiating circuit of subwave solid size subwave.
Subwave solid size four yards of power supplys of radiating circuit of subwave are tested with avometer positive pole or oscillograph positive signal input
After termination has been connected with operating voltage, four yards of radiating circuits of subwave solid size subwave are started working, with oscillograph positive signal input
Test is input into secondary after the input incoming coded signal of four yards of radiating circuits of subwave solid size subwave with oscillograph positive signal
Four yards of output ends of radiating circuit of ripple solid size subwave, normally by test to its transmission signal；If can't detect, should check whether
Welding makes a mistake or component wear.
Claims (5)
1. a kind of automobile primary Baudot code subwave solid size remote control transmitter, it is characterized in that：By main ripple with hand over ripple ripple or be radio wave
Constituted with infrared wave；Or for infrared wave and ultrasonic wave component or be that ultrasonic wave and radio wave are constituted；
The combination of multi-code or be fixation between a kind of main Baudot code inside of automobile primary Baudot code subwave solid size remote control transmitter
Coding is with the combination of regular coding and regular coding or for regular coding is combined with regular coding with rolling coding, or is to roll
Coding is combined with rolling coding with regular coding, or for rolling coding is combined with rolling coding with rolling coding；
A kind of subwave solid size selection of automobile primary Baudot code subwave solid size remote control transmitter is wave infrared ripple, or is carrier wave
Ultrasonic wave, or be radio wave；The selection of solid size is regular coding, or is rolling coding, or for other are encoded；
A kind of automobile primary Baudot code subwave solid size remote control transmitter is by main Baudot code subwave solid size battery supply, main Baudot code subwave
Solid size button switch, the main total electronic oscillating circuit switch of Baudot code subwave solid size；
The main main ripple electronic switch of Baudot code, the main main ripple oscillating circuit switch of Baudot code；
Main main one yard of electronic switch of ripple of Baudot code, main main one yard of coding insulating electron circuit of ripple of Baudot code, the main main ripple one of Baudot code
Code coded electronic circuit, main main one yard of coding output insulating electron circuit of ripple of Baudot code, main main one yard of coding output of ripple of Baudot code
Electronic circuit；
Main main two yards of electronic switches of ripple of Baudot code, main main two yards of coding insulating electron circuits of ripple of Baudot code, the main main ripple two of Baudot code
Code coded electronic circuit, main main two yards of coding output insulating electron circuits of ripple of Baudot code, main main two yards of coding outputs of ripple of Baudot code
Electronic circuit；
Main Baudot code subwave solid size primary and secondary ripple electronic switch, main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch；
The main main ripple trigram electronic switch of Baudot code, the main three-code encoded insulating electron circuit of the main ripple of Baudot code, the main main ripple three of Baudot code
Code coded electronic circuit, the main three-code encoded output insulating electron circuit of the main ripple of Baudot code, the three-code encoded output of the main main ripple of Baudot code
Electronic circuit；
Main Baudot code OR gate output circuit, main Baudot code radiating circuit unit；
Four yards of electronic switches of subwave solid size subwave, subwave solid size subwave four code encoding insulating electron circuit, subwave solid size subwave four
Code transmitting isolation circuit, subwave solid size subwave four code encoding electronic circuit, subwave solid size subwave four code encoding output insulating electron
Circuit, subwave solid size subwave four code encoding output electronic circuit, four yards of subwave single code transmissions circuit compositions of subwave；
Main Baudot code radiating circuit unit is by the launching electronics circuit of main Baudot code one, the launching electronics circuit of main Baudot code two composition；
The launching electronics circuit of main Baudot code one launches input circuit, main Baudot code one and launches output circuit group by main Baudot code one
Into；
The launching electronics circuit of main Baudot code two launches input circuit, main Baudot code two and launches output circuit group by main Baudot code two
Into；
Main Baudot code subwave solid size button switch one end connects main Baudot code subwave solid size battery supply positive pole, main Baudot code
The ripple solid size button switch other end respectively with the total electronic oscillating circuit Switching Power Supply end of main Baudot code subwave solid size, main Baudot code time
Ripple solid size high-amplitude wave electronic switch power end, main Baudot code subwave solid size primary and secondary ripple electronic switch power end is connected；
The main total electronic oscillating circuit switch ground wire of Baudot code subwave solid size, the main main ripple electronic switch ground wire of Baudot code subwave solid size,
Main Baudot code subwave solid size primary and secondary ripple electronic switch ground wire is connected with main Baudot code subwave solid size battery supply ground wire respectively；
Two output ends of the total electronic oscillating circuit switch of main Baudot code subwave solid size respectively with the main ripple electronic switch of main Baudot code,
Two control ends of main Baudot code subwave solid size primary and secondary ripple electronic switch are connected；
The main main ripple electronic switch output end of Baudot code respectively with the main ripple oscillating circuit Switching Power Supply end of main Baudot code, main Baudot code master
One yard of electronic switch power end of ripple, main main two yards of electronic switch power ends of ripple of Baudot code, main Baudot code OR gate output circuit power supply
End, main Baudot code radiating circuit unit power end is connected；
The main main ripple electronic switch ground terminal of Baudot code, the main main ripple oscillating circuit switch ground terminal of Baudot code, the main main ripple one of Baudot code
Code electronic switch ground terminal, main main two yards of electronic switch ground terminals of ripple of Baudot code, main Baudot code OR gate output circuit ground terminal is main
Baudot code radiating circuit unit ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively；
Two output ends of the main main ripple oscillating circuit switch of Baudot code are more with one yard of electronic switch of the main ripple of main Baudot code, main ripple respectively
Main two yards of the two of the electronic switch control ends of ripple of code are connected；
Main main one yard of electronic switch output end of ripple of Baudot code is input into one yard of coding insulating electron circuit of the main ripple of main Baudot code respectively
End, main main one yard of coding output insulating electron circuit input end of ripple of Baudot code is connected；
Main Baudot code main ripple one yard of coding insulating electron circuit output end and main Baudot code one yard of coded electronic circuit power of main ripple
End is connected, and main main one yard of coding output insulating electron circuit output end of ripple of Baudot code and one yard of coding of the main ripple of main Baudot code are exported
Electronic circuit power end is connected；
One yard of coding output electronic circuit of main main one yard of coded electronic circuit code output end of ripple of Baudot code and the main ripple of main Baudot code
Input is connected；Main main one yard of coding output electronic circuit output end of ripple of Baudot code is defeated with main Baudot code OR gate output circuit one
Enter end to be connected；
Main main two yards of electronic switch output ends of ripple of Baudot code are input into two yards of coding insulating electron circuits of the main ripple of main Baudot code respectively
End, main main two yards of coding output insulating electron circuit input ends of ripple of Baudot code are connected；
Main Baudot code main ripple two yards of codings insulating electron circuit output end and main Baudot code two yards of coded electronic circuit powers of main ripple
End is connected, and main main two yards of coding output insulating electron circuit output ends of ripple of Baudot code and two yards of codings of the main ripple of main Baudot code are exported
Electronic circuit power end is connected；
Two yards of coding output electronic circuits of main main two yards of coded electronic circuit code output ends of ripple of Baudot code and the main ripple of main Baudot code
Input is connected；Main main two yards of coding output electronic circuit output ends of ripple of Baudot code are defeated with main Baudot code OR gate output circuit one
Enter end to be connected；
Main Baudot code subwave solid size primary and secondary ripple electronic switch output end vibrates electricity with main Baudot code subwave solid size primary and secondary ripple respectively
Way switch power end, the main main ripple trigram electronic switch power end of Baudot code, four yards of electronic switch power ends of subwave solid size subwave are main
Baudot code OR gate output circuit power end, high-amplitude wave multi-code transmitter electronic circuit cell power end is connected；
Main Baudot code subwave solid size primary and secondary ripple electronic switch ground terminal, the main main ripple trigram electronic switch ground terminal of Baudot code, subwave
Four yards of electronic switch ground terminals of solid size subwave, main Baudot code OR gate output circuit ground terminal, high-amplitude wave multi-code transmitter electronic circuit list
First ground terminal is connected with main Baudot code subwave solid size battery supply ground wire respectively；
Two output ends of main Baudot code subwave solid size primary and secondary ripple oscillating circuit switch respectively with the main ripple trigram electronics of main Baudot code
Switch is connected with four yards of the two of electronic switch control ends of subwave solid size subwave；
The main main ripple trigram electronic switch output end of Baudot code is input into the three-code encoded insulating electron circuit of the main ripple of main Baudot code respectively
End, the main three-code encoded output insulating electron circuit input end of the main ripple of Baudot code is connected；
The main three-code encoded insulating electron circuit output end of the main ripple of Baudot code and the three-code encoded electronic circuit power supply of the main ripple of main Baudot code
End is connected, main three-code encoded output insulating electron circuit output end and the three-code encoded output of main ripple of main Baudot code of the main ripple of Baudot code
Electronic circuit power end is connected；
The main main ripple of Baudot code three-code encoded electronic circuit coding output end and the three-code encoded output electronic circuit of the main ripple of main Baudot code
Input is connected；The main three-code encoded output electronic circuit output end of the main ripple of Baudot code is defeated with main Baudot code OR gate output circuit one
Enter end to be connected；
Main Baudot code OR gate output circuit output end is connected with main Baudot code launching electronics circuit unit input；
Four yards of electronic switch output ends of subwave solid size subwave are input into subwave solid size subwave four code encoding insulating electron circuit respectively
End, subwave solid size subwave four code encoding output insulating electron circuit input end, four yards of radiating circuit power ends of subwave solid size subwave
It is connected；
Subwave solid size subwave four code encoding insulating electron circuit output end and subwave solid size subwave four code encoding electronic circuit power supply
End is connected；
Subwave solid size subwave four code encoding exports insulating electron circuit output end and exports electronics with subwave solid size subwave four code encoding
Circuit power end is connected, and four yards of subwave solid size subwave launches isolation circuit output ends and four yards of launching electronics of subwave solid size subwave
Circuit power end is connected；
Subwave solid size subwave four code encoding electronic circuit encodes output end and exports electronic circuit with subwave solid size subwave four code encoding
Input is connected；Subwave solid size subwave four code encoding exports electronic circuit output end and four yards of launching electronics of subwave solid size subwave
Circuit input end is connected.
2. a kind of automobile primary Baudot code subwave solid size remote control transmitter according to claim 1, it is characterized in that：A kind of automobile
The main ripple of main Baudot code subwave solid size remote control transmitter is radio wave.
3. a kind of automobile primary Baudot code subwave solid size remote control transmitter according to claim 1, it is characterized in that：A kind of automobile
Main Baudot code subwave solid size remote control transmitter is subwave infrared wave.
4. a kind of automobile primary Baudot code subwave solid size remote control transmitter according to claim 1, it is characterized in that：A kind of automobile
The multi-code of main Baudot code subwave solid size remote control transmitter is combined for regular coding with regular coding with rolling coding.
5. a kind of automobile primary Baudot code subwave solid size remote control transmitter according to claim 1, it is characterized in that：A kind of automobile
The multi-code of main Baudot code subwave solid size remote control transmitter is combined for rolling coding with rolling coding with regular coding.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510880300.8A CN106846766A (en) | 2015-12-04 | 2015-12-04 | A kind of automobile primary Baudot code subwave solid size remote control transmitter |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510880300.8A CN106846766A (en) | 2015-12-04 | 2015-12-04 | A kind of automobile primary Baudot code subwave solid size remote control transmitter |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201991334U (en) * | 2011-02-22 | 2011-09-28 | 宁永敭 | Device for multiple-way use and removal of central lock circuits of automobiles |
| CN202472914U (en) * | 2012-03-18 | 2012-10-03 | 宁永敭 | Single-wave and double-code, double-wave and double-code remote control transmitter |
| CN202472926U (en) * | 2011-02-22 | 2012-10-03 | 宁永敭 | Single-wave double-code, double-wave double-code remote-control transmitting device |
| CN103136917A (en) * | 2011-12-02 | 2013-06-05 | 蒋丹 | Automobile hybrid remote control transmitting device |
-
2015
- 2015-12-04 CN CN201510880300.8A patent/CN106846766A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201991334U (en) * | 2011-02-22 | 2011-09-28 | 宁永敭 | Device for multiple-way use and removal of central lock circuits of automobiles |
| CN202472926U (en) * | 2011-02-22 | 2012-10-03 | 宁永敭 | Single-wave double-code, double-wave double-code remote-control transmitting device |
| CN103136917A (en) * | 2011-12-02 | 2013-06-05 | 蒋丹 | Automobile hybrid remote control transmitting device |
| CN202472914U (en) * | 2012-03-18 | 2012-10-03 | 宁永敭 | Single-wave and double-code, double-wave and double-code remote control transmitter |
Non-Patent Citations (1)
| Title |
|---|
| 肖景和，赵健: "《实用遥控电路》", 30 April 2001 * |
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Application publication date: 20170613 |