CN201047211Y - Remote-control unlocking type decoding prevention type motorcycle anti-theft electronic lock - Google Patents
Remote-control unlocking type decoding prevention type motorcycle anti-theft electronic lock Download PDFInfo
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- CN201047211Y CN201047211Y CNU2007201429823U CN200720142982U CN201047211Y CN 201047211 Y CN201047211 Y CN 201047211Y CN U2007201429823 U CNU2007201429823 U CN U2007201429823U CN 200720142982 U CN200720142982 U CN 200720142982U CN 201047211 Y CN201047211 Y CN 201047211Y
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- theft
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Abstract
A remote controlling unlocking type and anti-decoding anti-theft electronic lock used on motorcycles is characterized in that a receiving circuit which is connected with a remote-control unit is connected with a decoding anti-decoding circuit which is connected with a lock-opening controlling circuit which is connected with a mechanical locking part; a functional recovery circuit is connected with the decoding anti-decoding circuit, and a locking executive circuit is connected with the mechanical locking part. when people unlock the lock, the remote-control unit gives off two strings of coding signals to the decoding anti-decoding circuit in succession which recognizes, decodes, judges, and checks the two strings of coding signals; then the correct signals are sent into the unlocking controlling circuit which controls the mechanical locking part to finish unlocking, which avoids the probability of vehicle stealing with an advanced decoder to decode signals. When motorcycles switch off, a locking trigger circuit sends locking signals to the locking executive circuit to lead the mechanical locking part to execute the locking task automatically, which prevents people from forgetting to lock motorcycles. The utility model has the advantages of simple structure, convenient use, safe and reliable performance.
Description
One, technical field
The utility model relates to a kind of motorcycle anti-theft electronic lock, specifically a kind of remote-control unlocking formula is prevented codec type motorcycle anti-theft electronic lock.
Two, background technology
Along with the raising day by day of living standard, the quantity that people have motorcycle gets more and more.But it is perfect inadequately that people ride the anti-theft device of installing on the motorcycle of usefulness on the market, and the stolen incident of motorcycle happens occasionally.The present anti-theft device installed of motorcycle, the robber have only through key door the high voltage arc line is connect " ", cut off line with scissors again, or pull up plug-in unit and car can be stolen; The application steel wire lock that has is locked the rear wheel of motorcycle, but wire rope is easy to be cut off by the robber, and its theftproof performance is very undesirable, and steel wire lock should use also pretty troublesome.Also have now first digital code electronic lock is installed on motorcycle, but number that the robber just will lock with the senior electronics decoding means very short time of usefulness is untied car is stolen.
Three, summary of the invention
In order to solve the deficiencies in the prior art, it is good that the purpose of this utility model provides a kind of theftproof performance, uses the anti-codec type motorcycle anti-theft electronic lock of remote-control unlocking formula easily.
Realize that the technical scheme that the purpose of this utility model adopts is: this motorcycle anti-theft electronic lock mainly is made up of remote controller, control circuit and mechanical locking part; Control circuit by receiving circuit, decoding anti-decoding circuit, functional rehabilitation circuit, power supply circuits, the control circuit of unblanking, shut executive circuit and form; Remote controller and receiving circuit remote control that coding chip is housed are joined, and receiving circuit joins with the anti-decoding circuit of decoding, and the anti-decoding circuit of decoding joins with the control circuit of unblanking, and unblank control circuit and mechanical locking part join; The functional rehabilitation circuit joins with the anti-decoding circuit of decoding, shut executive circuit respectively with shut circuits for triggering automatically and mechanical locking part joins.When remote controller successively sends two strings when unblanking code signal, receiving circuit flows to the anti-decoding circuit of decoding with the signal that receives, this circuit is unblanked after code signal discerns, decodes, judges, detects to two strings of successively receiving, the correct decoded signal of unblanking is sent into the control circuit of unblanking, and the control circuit control mechanical locking part of unblanking is finished and is unblanked to make the car operation.After motorcycle is flame-out, shut circuits for triggering and the mechanical locking part execution is shut by shutting executive circuit, shut automatically after realizing stopping working, avoid appearance to leak and lock phenomenon.
The utility model beneficial effect compared with prior art is: decode and unblank because the control circuit of this anti-theft electronic lock is provided with the code signals of unblanking of two string regulations, adopted the technology of identification, decoding, judgement, detection in the decode procedure, prevented the generation of stealing car effectively with senior electronics decoding means decoding; This anti-theft electronic lock is simple in structure, and remote controller is unblanked, and it is convenient to use, and shuts automatically after flame-out, and is safe and reliable, is suitable for being installed on various types of motorcycles, is used for antitheft.
Four, description of drawings
Fig. 1 is the lock part connection layout of the anti-codec type motorcycle anti-theft electronic lock of the utility model remote-control unlocking formula.
Fig. 2 is the circuit connection diagram of the anti-codec type motorcycle anti-theft electronic lock of the utility model remote-control unlocking formula.
Five, the specific embodiment
In the accompanying drawings, the utility model remote-control unlocking formula is prevented codec type motorcycle anti-theft electronic lock, mainly is made up of remote controller, control circuit and mechanical locking part; Control circuit is by receiving circuit, decoding anti-decoding circuit, functional rehabilitation circuit, power supply circuits, the control circuit and shut executive circuit and form of unblanking; The remote controller that coding chip is housed is made up of manual button 3, automatic key 4, coding circuit 5, signaling circuit 6; Interconnective manual button 3 is connected with coding circuit 5 with automatic key 4, and coding circuit 5 is connected with signaling circuit 6, and battery 7 is powered to remote controller; Remote controller and receiving circuit 10 remote controls are joined, and receiving circuit 10 joins with the power supply circuits 12 of active circuit 11 and the whole device of supply, and power supply circuits 12 join with automobile storage battery 8; When pressing the manual button 3 of remote controller, send a pulse signal by receiving circuit 10 to active circuit 11 by signaling circuit 6, active circuit 11 activates the power supply circuits 12 that are in the semidormancy state to whole electronic lock power supply; Powered to receiving circuit 10 through power supply circuits 12 by automobile storage battery 8 at ordinary times, power supply circuits 12 are in the semidormancy state; Receiving circuit 10 also is connected with the anti-decoding circuit of decoding.The anti-decoding circuit of decoding waits for that by code signal identification circuit 14, decoding circuit 15, connection circuit 16, testing circuit 17, Signal Monitor 1 and signal alarm 4 constitute; Signal recognition circuit 14 is connected with signal alarm 2 by signal transmitter 9; Decoding circuit 15 both was connected with signal recognition circuit 14, waited for that with connection circuit 16 is connected again, also was connected with Signal Monitor 1 by signal transmitter 9; Testing circuit 17 1 ends wait for that with connection circuit 16 is connected, and the other end is connected with the control circuit 18 of unblanking, and the control circuit 18 of unblanking is connected with mechanical locking part 25; Shut executive circuit 24 1 ends and be connected with mechanical locking part 25, the other end with shut circuits for triggering 13 and be connected.The course of work of the anti-decoding circuit of described decoding is: after clicking the manipulated key 3 of the remote controller of unblanking, coding circuit 5 order signaling circuit 6 send first string code signal of unblanking through receiving circuit 10 to code identification circuit 14, after raising one's hand, because manually button 3 links with automatic key 4, automatic key 4 sends the second string code signal of unblanking through receiving circuit 10 to code identification circuit 14 automatically, after encoded identification circuit 14 identifications, it or not the unlocking signal of this lock, give alarm 2 with signal through signal transmitter 9 and report to the police, realize first pass that anti-decoding is unblanked; If the unlocking signal of this lock, identification circuit is given decoding circuit 15 with signal and is decoded, and the decoded state of decoding circuit 15 is delivered to display 1 through signal transmitter 9 and demonstrated the sign indicating number correctness of being separated, and is second pass of realizing that anti-decoding is unblanked; The first string unlocking signal that decoding circuit 15 solves is sent into to connect and is waited for that the second string unlocking signal that circuit 16 makes this circuit turn-on wait for that decoding circuit 15 solves arrives, after the second string unlocking signal that decoding circuit 15 solves arrives, second string signal and first string signal are if conform to, connect wait circuit 16 and just give testing circuit 17 second string signal, otherwise not carrying, is the 3rd pass of realizing that anti-decoding is unblanked; Whether circuit 17 detects the second string unlocking signal after testing correct, and incorrect stopping to be carried, and correctly gives the control circuit 18 of unblanking, and is the 4th pass of realizing that anti-decoding is unblanked; The control circuit 18 of unblanking is passed to mechanical locking part 25 with unlocking signal and is made locking bar 39 break away from locked grooves 43 to realize unblanking.The anti-decoding circuit of this decoding is unblanked after code signal discerns, decodes, judges, detects to two strings of successively receiving, the correct decoded signal of unblanking could be sent into mechanical locking part unblanks, can prevent electronics decoding robber car effectively, also car can't be stolen with senior again decoding technique, realize the purpose of anti-decoding.After motorcycle is flame-out, shut circuits for triggering 13 automatically output close lock signals and shut executive circuit 24, shut executive circuit 24 and send and close lock signal and mechanical locking part 25 is carried out shut, realize shutting automatically after flame-out, avoid motorcycle the lock phenomenon to occur leaking.Mechanical locking part 25 mainly is made up of lock housing 33, tamper cover 35, the gear 38 by driven by motor, the locking bar 39 of band tooth bar, the antitheft key 44 of groove with lock 43, stay cord 29, anti-theft bar 31, damper brake stay cord 37, gathering sill and the spring that the antitheft key of pulling moves; The other end of the locking bar 39 that is meshed with gear 38 is positioned at the locked groove 43 of antitheft key 44 when lock is in the lock state, antitheft key 44 and return spring 46 are positioned at gathering sill 45, return spring 46 is positioned at the tail end of antitheft key 44, and there is lever anti-theft bar 31 on the other end top of return spring 46; The middle part of anti-theft bar 31 is actively set on the bearing pin 34, an end has the self-locking hole 36 that can insert tamper cover 35, the bar head of the other end to be positioned at gathering sill 30, be fixed with damper brake stay cord 37 on the bar head, the other end of stay cord 37 passes lock housing and is connected with damper brake 40, and anti-theft bar 31 is equipped with the spring 32 that makes the bar return near bar head side; The end of antitheft key 44 is fixed with the stay cord 29 that antitheft key is moved, and stay cord 29 passes lock housing by spring 46 fixedlys connected with kickstand 28; Lock housing 33 is fixed on motorcycle rear axle 42 outsides, and the lock housing outer face is connected with tamper cover 35.After motorcycle is stopped using and is stopped working, kickstand 28 moves to the F1 position from the F position and contacts to earth, the antitheft key 44 of stay cord 29 pullings this moment moves to the locked groove 43 and locking bar 39 relative positions on the key, shutting circuits for triggering sends and shuts signal command and give and to shut executive circuit, this circuit makes the motor in the mechanical locking part 25 just change driven gear 38 and rotates, and locking bar 39 is moved in the insertion locked groove 43 shut; Because an end that moves through spring jack-up anti-theft bar 31 of antitheft key 44, anti-theft bar 31 is rotated around bearing pin 34, and the bar head is inserted in the neutral gear of rung bar, car is further locked, the cover of tamper simultaneously 35 also enters self-locking hole 36 lockings, prevents that the robber from opening lock housing, destroys latch fitting car is stolen.When be forced to promote, the rung bar bumps the anti-theft bar head and moves behind the lock car, and lock stay cord 37 pulling damper brakes 40 produce to be braked, and car can't be promoted, and realizes antitheft the time car, locks and all do not have injury.When unblanking with remote controller, the control circuit of unblanking rotates the motor counter-rotating driven gear 38 in the mechanical locking part 25, and locking bar shifts out locked groove, and kickstand is got back to the F position, and spring 32,46 makes anti-theft bar 31, antitheft key 44 returns, realizes unblanking.The functional rehabilitation circuit waits for that by decoding circuit 20, connection circuit 21, testing circuit 22 and function treatment circuit 23 constitute; Decoding circuit 20 waits for that with code identification circuit 15, connection circuit 21 is connected respectively; Testing circuit 22 waits for that with connection circuit 21, functional rehabilitation circuit 23 are connected respectively; Functional rehabilitation circuit 23 prevents that with decoding the decoding circuit 15 in the decoding circuit is connected.Remote controller branch unblank remote controller and function remote controller, the remote controller of unblanking is used for switch lock; Its function one of function remote controller is to enable the new remote controller of unblanking that is not identified, the 2nd, abolish the original remote controller of unblanking.The composition of function remote controller is identical with the composition of the remote controller of unblanking, the core difference of just encoding.When the former remote controller of unblanking is lost, stolen in order to prevent car, must abolish the original remote-controller function of unblanking, enable the function of the new remote controller of unblanking that is not identified; Must make and obtain in the decoding circuit 15 and the new corresponding new decoding function of remote controller, this function realizes by the functional rehabilitation circuit, its course of work is: after clicking the manipulated key 3 of function remote controller, coding circuit 5 order signaling circuit 6 send the first string function signal through receiving circuit 10 to code identification circuit 14, after raising one's hand, because manually button 3 links with automatic key 4, automatic key 4 sends the second string function signal through receiving circuit 10 to code identification circuit 14 automatically, after encoded identification circuit 15 identifications, giving decoding circuit 20 with signal decodes, the first string function coding signal that solves is sent into to connect and is waited for that the second string function signal that circuit 21 makes this circuit turn-on wait for that decoding circuit 20 solves arrives, after the second string function signal that decoding circuit 20 solves arrives, second string signal, is connected wait circuit 21 and is given testing circuit 22 with second string signal if conform to first string signal; Whether the electric circuit inspection second string function signal is correct after testing, correctly gives function treatment circuit 23; Function treatment circuit 23 is disposed the former decoding function in the decoding circuit 15 in the anti-decoding circuit of decoding, input and the new corresponding new decoding function of remote controller, and the new remote-controller function of unblanking is enabled in realization.
Claims (7)
1. a remote-control unlocking formula is prevented codec type motorcycle anti-theft electronic lock, and this motorcycle anti-theft electronic lock mainly is made up of remote controller, control circuit and mechanical locking part; Control circuit by receiving circuit, decoding anti-decoding circuit, functional rehabilitation circuit, power supply circuits, the control circuit of unblanking, shut executive circuit and form; It is characterized in that: remote controller and receiving circuit (10) remote control that coding chip is housed are joined, receiving circuit (10) joins with the anti-decoding circuit of decoding, the anti-decoding circuit of decoding joins with the control circuit (18) of unblanking, and the control circuit of unblanking (18) joins with mechanical locking part (25); The functional rehabilitation circuit joins with the anti-decoding circuit of decoding, shut executive circuit (24) respectively with shut circuits for triggering (13) automatically and mechanical locking part (25) joins.
2. motorcycle anti-theft electronic lock as claimed in claim 1 is characterized in that: the anti-decoding circuit of described decoding waits for that by code signal identification circuit (14), decoding circuit (15), connection circuit (16), testing circuit (17), signal transmitter (9), Signal Monitor (1) and signal alarm (2) constitute; Signal recognition circuit (14) is connected with signal alarm (2) by signal transmitter (9); Decoding circuit (15) both was connected with signal recognition circuit (14), waited for that with connection circuit (16) is connected, and also is connected with Signal Monitor (1) by signal transmitter (11) again; Testing circuit (17) one ends wait for that with connection circuit (16) is connected, and the other end is connected with the control circuit of unblanking (18).
3. motorcycle anti-theft electronic lock as claimed in claim 1 is characterized in that: the described remote controller that coding chip is housed is made up of manual button (3), automatic key (4), coding circuit (5), signaling circuit (6); Interconnective manual button (3) is connected with coding circuit (5) with automatic key (4), and coding circuit (5) is connected with signaling circuit (6).
4. motorcycle anti-theft electronic lock as claimed in claim 1, it is characterized in that: described remote controller and receiving circuit (10) remote control is joined, receiving circuit (10) joins with the power supply circuits (12) of active circuit (11) and the whole device of supply, and power supply circuits (12) join with automobile storage battery (8).
5. motorcycle anti-theft electronic lock as claimed in claim 1 is characterized in that: described mechanical locking part (25) mainly is made up of lock housing (33), tamper cover (35), the gear (38) by driven by motor, the locking bar (39) of band tooth bar, the antitheft key (44) of groove with lock (43), stay cord (29), anti-theft bar (31), damper brake stay cord (37), gathering sill and the spring that the antitheft key of pulling moves; The other end of the locking bar (39) that is meshed with gear (38) is positioned at the locked groove (43) of antitheft key (44) when lock is in the lock state, antitheft key (44) and return spring (46) are positioned at gathering sill 45, return spring (46) is positioned at the tail end of antitheft key (44), and there is lever anti-theft bar (31) on the other end top of return spring (46); The middle part of anti-theft bar (31) is actively set on the bearing pin (34), an end has the self-locking hole (36) that can insert tamper cover (35), the bar head of the other end to be positioned at gathering sill (30), be fixed with damper brake stay cord (37) on the bar head, the other end of stay cord (37) passes lock housing and is connected with damper brake (40), and anti-theft bar (31) is equipped with the spring (32) that makes the bar return near bar head side; The end of antitheft key (44) is fixed with the stay cord (29) that antitheft key is moved, and stay cord (29) passes lock housing by spring (46) fixedlys connected with kickstand (28); Lock housing (33) is fixed on motorcycle rear axle (42) outside, and the lock housing outer face is connected with tamper cover (35).
6. motorcycle anti-theft electronic lock as claimed in claim 1 is characterized in that: described functional rehabilitation circuit waits for that by decoding circuit (20), connection circuit (21), testing circuit (22) and function treatment circuit (23) constitute; Decoding circuit (20) waits for that with code identification circuit (15), connection circuit (21) is connected respectively; Testing circuit (22) waits for that with connection circuit (21), functional rehabilitation circuit (23) are connected respectively; Functional rehabilitation circuit (23) prevents that with decoding the decoding circuit (15) in the decoding circuit is connected.
7. motorcycle anti-theft electronic lock as claimed in claim 1 is characterized in that: described remote controller branch unblank remote controller and function remote controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201429823U CN201047211Y (en) | 2007-04-20 | 2007-04-20 | Remote-control unlocking type decoding prevention type motorcycle anti-theft electronic lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201429823U CN201047211Y (en) | 2007-04-20 | 2007-04-20 | Remote-control unlocking type decoding prevention type motorcycle anti-theft electronic lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201047211Y true CN201047211Y (en) | 2008-04-16 |
Family
ID=39299792
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201429823U Expired - Fee Related CN201047211Y (en) | 2007-04-20 | 2007-04-20 | Remote-control unlocking type decoding prevention type motorcycle anti-theft electronic lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201047211Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101685556A (en) * | 2008-08-20 | 2010-03-31 | 伊洛克公司 | Electromechanical lock |
| CN101769103A (en) * | 2008-12-29 | 2010-07-07 | 张仙驰 | Remote-control electric screw lock |
| CN102278010A (en) * | 2011-06-16 | 2011-12-14 | 广西大学 | Anti-theft protection method of security door and anti-theft protection device |
-
2007
- 2007-04-20 CN CNU2007201429823U patent/CN201047211Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101685556A (en) * | 2008-08-20 | 2010-03-31 | 伊洛克公司 | Electromechanical lock |
| CN101769103A (en) * | 2008-12-29 | 2010-07-07 | 张仙驰 | Remote-control electric screw lock |
| CN101769103B (en) * | 2008-12-29 | 2013-08-28 | 张仙驰 | Remote-control electric screw lock |
| CN102278010A (en) * | 2011-06-16 | 2011-12-14 | 广西大学 | Anti-theft protection method of security door and anti-theft protection device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080416 Termination date: 20100420 |