CN102060064B - Electric braking lock with remote control - Google Patents
Electric braking lock with remote control Download PDFInfo
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- CN102060064B CN102060064B CN 201110009236 CN201110009236A CN102060064B CN 102060064 B CN102060064 B CN 102060064B CN 201110009236 CN201110009236 CN 201110009236 CN 201110009236 A CN201110009236 A CN 201110009236A CN 102060064 B CN102060064 B CN 102060064B
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Abstract
The invention relates to an anti-theft device of a motor vehicle, in particular to an electric braking lock with remote control. The invention provides the technical scheme that the electric braking lock with remote control comprises an electronic control part and a lock body connected with the electronic control part, wherein the lock body is arranged on the braking lock; the lock body comprises a lock core and a lock tongue linked with the lock core; a braking hub is provided with a locking hole through which the lock tongue can pass; the electronic control part comprises a remote control unit which comprises a remote control transmission circuit, a wireless signal receiving circuit, a singlechip, an unlocking circuit of the lock body and a locking circuit of the lock body; the lock core comprises at least one group of electromagnetic elements, and an unlocking and locking permanent magnet which is attracted or rejected by the electromagnetic elements; the lock tongue comprises a push rod which is fixed with the unlocking and locking permanent magnet and can slide along the electromagnetic elements; and the unlocking circuit of the lock body and the locking circuit of the lock body are electrically connected with the electromagnetic elements. By adopting the technical scheme, the electric braking lock with remote control is safe, theftproof, simple in operation and sanitary.
Description
Technical field
The present invention relates to a kind of anti-theft device for motor vehicle, particularly a kind of electric braking lock with remote control.
Background technology
Motor bike and battery-driven car obtain consumers in general's favor as a kind of transport facility of portable.Light just because of battery-driven car and motor bike, its phenomenon stolen, that lose is very general.At present, the existing lock body overwhelming majority is the chain lock of external hanging type or the kayser of U-shaped on battery-driven car and the motor bike, and the unlatching of this type of lock body or locking be inconvenience comparatively; and expose outside; easily pried open or cut off, safety is lower, can't provide comparatively perfect protection for battery-driven car and motor bike.For battery-driven car or motor bike are submitted to comparatively perfect protection, some brake locks have appearred on market and the data, and brake lock mainly is made of the lock body and the brake disc that brake brake hubs and be located on the brake brake hubs.When battery-driven car or motor bike need locking, by the driving to lock body, make lock core carry out locking to brake disc; Present lock body by lock housing, be located in the lock housing lock cylinder, inserted sheet lock core or rotating shaft lock core and cooperate telescopic lock to form with lock core, in operating process, key is inserted in the lock core, the lock core rear formation that is unlocked is inserted into lock brake disc to be carried out locking in the brake disc, the lock hull by locking after then the brake hubs of battery-driven car or motor obtain locking.
In order to strengthen the theft protection of brake lock, these those skilled in the art are through constantly research and development, some brake locks that are connected with the battery-driven car internal circuit have also appearred on the market, the lock core of this type of brake lock inside is connected with the battery-driven car internal circuit by sensing control circuit, after lock body is subject to outside destroy, lock core can't make driver control circuit and battery-driven car internal circuit implement conducting, and battery-driven car then can't be unlocked.
Although technique scheme can make battery-driven car can't be unlocked in the situation of unnormal unlocking, but its lockhole is exposed outside, the undesirable implements picking lock to it easily and destroys, and the foreign material such as muddy water easily are stained with at the brake hubs place of battery-driven car or motor bike, therefore more unhygienic in the process of unblanking, and this type of lock body is comparatively similar to common lock body, only for change has occured in the position of locking, so still there is certain defective in its anti-theft.
Summary of the invention
For the deficiency that prior art exists, the invention provides the electric braking lock with remote control of a kind of safe antitheft, simple to operate, health.
For achieving the above object, the invention provides following technical scheme: a kind of electric braking lock with remote control, the lock body that includes electronic control part and be connected with electronic control part, described lock body is located on the brake lock, the dead bolt that lock body includes lock core and links with lock core, brake hubs is provided with the locking hole that passes for dead bolt, it is characterized in that: described electronic control part includes the remote control control unit, and this remote control control unit includes remote controlled transmitting circuit, wireless signal receiving circuit, micro controller system and lock body unlock circuit, lock body locking circuit;
Remote controlled transmitting circuit is used for the emission telecommand, and remote control command signal is transferred to micro controller system by wireless signal receiving circuit;
Wireless signal receiving circuit is transferred to micro controller system by the signal that receives remote controlled transmitting circuit and send and with signal;
Micro controller system receives wireless signal receiving circuit and processes by the signal of remote controlled transmitting circuit transmission and to signal, the signal that remote controlled transmitting circuit is launched is that unlocking signal then transmits it to lock body unlock circuit place, and the signal that remote controlled transmitting circuit is launched is that the locking signal then is transferred to it lock body locking circuit place;
The lock body unlock circuit is implemented to unblank to lock body after receiving the signal of micro controller system transmission;
Lock body locking circuit is implemented locking to lock body after receiving the signal of micro controller system transmission;
Described lock core includes at least one group of electromagnetic component and be the open locking permanent magnet of inhaling mutually or repelling each other with electromagnetic component, and described dead bolt includes to be fixed with the open locking permanent magnet and along the push rod of electromagnetic component slippage; Described lock body unlock circuit and lock body locking circuit are electrically connected with electromagnetic component.
Adopt technique scheme, setting by electronic control part, can implement to open or locking to the brake lock of battery-driven car by remote control, replaced traditional key unlocking, not only convenient and simple for operation, the operation human eye only need be pressed remote control and just can implement, and the operation health need not to contact electric vehicle hub and both can unblank; And lock body is located on the brake hubs of battery-driven car or motor bike, and be hidden in frame inside and by the brake hubs of battery-driven car and motor bike being carried out locking, good concealment not only, be difficult for stolen, thereby the safety that has improved battery-driven car and motor bike.And produce magnetic field formation open locking permanent magnet and pass after the electromagnetic component conduction with between the open locking permanent magnet, open locking permanent magnet interlock push rod is implemented locking and the unlatching of dead bolt, arrange so simple in structurely, replace the complicated lock core of tradition, reduced productive costs; And lock body is located on the brake hubs, on the one hand can be antitheft, can prevent that on the other hand battery-driven car or motor bike from causing separating with brake hubs of lock body at operational process.
The present invention further is set to: electronic control part also includes alarm control unit and safety detection unit, and the alarm control unit includes wireless receiving circuit, warning micro controller system, signal sending circuit, vibration detection circuit and warning circuit; Described safety detection unit includes the motor detection circuit of battery-driven car;
Wireless receiving circuit be used for to receive signal that remote controlled transmitting circuit sends and signal is transferred to the warning micro controller system;
The warning micro controller system receives wireless signal receiving circuit by the signal of remote controlled transmitting circuit transmission by receiving by wireless receiving circuit, signal is processed through signal sending circuit transferring to micro controller system;
Vibration detection circuit detects by receiving by the signal of micro controller system transmission and to signal, then the signal that detects is transferred to warning circuit;
Warning circuit receives the signal that vibration detection circuit detected, and implements to report to the police;
Motor detection circuit receives the signal of micro controller system, and it is detected, when the circuit of battery-driven car was in operative condition, motor detection circuit was with its signal terminating, when the circuit of battery-driven car remained static, motor detection circuit was implemented the locking of lock body by signal being transferred to lock body locking circuit;
Described electromagnetic component is two groups, the open locking permanent magnet is located between two groups of electromagnetic components, the bobbin frame that electromagnetic component includes mount pad, removably connect with mount pad and be located at coil on the bobbin frame, produce that magnetic field consists of and the mutually suction of open locking permanent magnet or repel each other when the coil in described any one group of electromagnetic component coil conduction or the two groups of electromagnetic components conducts electricity simultaneously with between the open locking permanent magnet, described push rod is non-magnetizer, push rod is captiveed joint with the open locking permanent magnet, and push rod with the open locking permanent magnet along two groups of electromagnetic components toward polyslip.
Wherein, remote controlled transmitting circuit is communicated with simultaneously with two wireless receiving circuits, and lock body unblanks to transmit to the warning micro controller system by remote controlled transmitting circuit with locking, and by the warning micro controller system to micro controller system transmission voltage signal; The limit base that described mount pad includes the mount pad body and is connected with the mount pad body, the mount pad body is provided with the mounting hole adaptive with push rod, described bobbin frame includes the coil installation end, the positioning end that is connected with the coil installation end, the coil installation end includes the coil mounting cylinder and is located at the spacing base plate at the axial two ends of coil mounting cylinder, the spacing base plate of the axial end of coil installation end and the limit base of mount pad are conflicted, the spacing base plate of the other end is connected with the positioning end of bobbin frame, the positioning end of bobbin frame includes the clamping dish, and two groups of electromagnetic component coil framves are the clamping dish that is oppositely arranged and are the clamping connection.
Adopt technique scheme, the setting of alarm control unit, make battery-driven car when abnomal condition is unblanked, battery-driven car can be implemented to report to the police, the setting of safety detection unit then is in order to improve the safety performance of battery-driven car, be that the motor of battery-driven car is when being in running state (this moment, battery-driven car was in motoring condition), when transferring to motor detection circuit, the signal that remote controlled transmitting circuit is launched stops transmission, make lock body locking circuit invalid to the pinning of lock body, eliminated the potential safety hazard that battery-driven car is existed by locking suddenly in the process of moving; Two mount pads by its be positioned at push rod shaft to the limit base at two ends to axially the positioning of sheathed bobbin frame thereon, prevent that lock body from having influence on the in-use performance of lock body implementing unlatching, closure or battery-driven car, motor bike to cause the slippage of bobbin frame in operational process; The setting of clamping dish between two bobbin frames makes between two bobbin frames mutually to fasten, and what make two bobbin frames circumferentially obtains the location, thereby has guaranteed the operation that lock body can be stable.
The present invention further is set to: be connected by recoil spring between described push rod and the lock, an end of this recoil spring is connected with push rod, and the other end is connected with lock.
Wherein, push rod includes drive end and the actuating station with the lock core interlock, and its drive end is vertical bar, and actuating station is and the vertically disposed plate-like jacking block of this vertical bar, the linkage block that described lock includes lock cylinder and is connected with lock cylinder, its linkage block is towards the push rod setting; The two ends of described recoil spring are respectively equipped with the contraction collar that is " U " shape, are respectively equipped with the ring-type draw-in groove that shrinks the collar clamping with recoil spring on the plate-like jacking block of described push rod and the linkage block of lock.
Adopt technique scheme, make push rod in the process of interlock lock, have cushion effect by the recoil spring interlock between push rod and the lock, anti-throw-out lever propelling thrust spend large and cause lock and brake hubs generation comparatively energetically collision and damage, and recoil spring can drive lock and return back to unlocking condition, does not also implement locking when preventing the lock body outage.Recoil spring two ends " U " shapes shrink ring-type draw-in groove on collar and lock and the push rod be arranged so that between lock and the push rod be connected more tight, " U " shape of recoil spring is shunk collar and is had certain convergent force, prevents in use lock and push rod disengaging.
The present invention further is set to: brake hubs is provided with the installation cavity of accommodating lock body, and this installation cavity is by two halves breathes out not that the cavity of structure forms, and wherein half cavity is located on the brake hubs, and second half is located on the lid of brake hubs top.
Wherein, the vertical section of the installation cavity on brake hubs and the lid is " protruding " font, the dead bolt cavity volume that includes the lock core cavity volume and be communicated with the lock core cavity volume, and dead bolt cavity volume and locking hole conducting, and the joining place of dead bolt cavity volume and locking hole is provided with the limit chamber of taper; Be provided with between the lock cylinder of described lock and the linkage block with brake hubs on the conical limit chamber be the limiting stopper of conflicting or separating cooperation.
Adopting technique scheme, installation cavity is that two halves are and breathe out not that the cavity of structure forms, and setting can make being in the installation cavity that lock body can be more firm like this, makes its structure more compact, and easy for installation.It is in order to cooperate the shape of lock body, to need to prove that the installation cavity setting is " protruding " font, and the shape of this place's installation cavity can be according to the variation of lock body shape and sounding changes.The setting of installation cavity inner conical limit chamber can and the lock upper limit position block between consist of spacing, the stroke of actv. control lock.
The present invention further is set to: lock core is installed in the lock core cavity volume of brake hubs by a housing.
Adopt technique scheme, lock core be installed in the lock core cavity volume by housing, like this setting party the installation of lock body, and convenient disassembly; And lock core is the electromagnetism lock-opening closing mechanism, and its inner meeting in operational process produces magnetic field, is subjected to magnetic interference in order to prevent external component, and this housing can be every the magnetic shell body.
The invention will be further described below in conjunction with accompanying drawing.
Description of drawings
Fig. 1 is the functional block diagram of the embodiment of the invention;
Fig. 2 is the circuit theory Fig. 1 in the embodiment of the invention;
Fig. 3 is the circuit theory Fig. 2 in the embodiment of the invention;
Fig. 4 is the functional block diagram of unblanking in the embodiment of the invention;
Fig. 5 is locking functional block diagram in the embodiment of the invention;
Fig. 6 is the schematic perspective view of the embodiment of the invention;
Fig. 7 is the decomposing schematic representation of the embodiment of the invention;
Fig. 8 is the decomposing schematic representation of lock body in the embodiment of the invention;
Fig. 9 is the structural representation of lock body in the embodiment of the invention;
Figure 10 is the schematic perspective view of mount pad in the embodiment of the invention;
Figure 11 is the schematic perspective view of recoil spring in the embodiment of the invention;
Figure 12 is the structural representation of lid in the embodiment of the invention;
Figure 13 is the schematic perspective view of embodiment of the invention coil frame 1;
Figure 14 is the schematic perspective view of embodiment of the invention coil frame 2.
The specific embodiment
Such as Fig. 1-a kind of electric braking lock with remote control shown in Figure 7, include the electronics control
Unit processed and the lock body that is connected with electronic control part, electronic control part includes remote control control unit, alarm control unit and safety detection unit.Wherein, the remote control control unit includes remote controlled transmitting circuit, wireless signal receiving circuit, micro controller system and lock body unlock circuit, lock body locking circuit.
Remote controlled transmitting circuit is used for the emission telecommand, and remote control command signal is transferred to micro controller system by wireless signal receiving circuit;
Wireless signal receiving circuit is transferred to micro controller system by the signal that receives remote controlled transmitting circuit and send and with signal;
Micro controller system receives wireless signal receiving circuit and processes by the signal of remote controlled transmitting circuit transmission and to signal, the signal that remote controlled transmitting circuit is launched is that unlocking signal then transmits it to lock body unlock circuit place, and the signal that remote controlled transmitting circuit is launched is that the locking signal then is transferred to it lock body locking circuit place;
The lock body unlock circuit is implemented to unblank to lock body after receiving the signal of micro controller system transmission;
Lock body locking circuit is implemented locking to lock body after receiving the signal of micro controller system transmission;
Alarm unit includes wireless receiving circuit, warning micro controller system, signal sending circuit, vibration detection circuit and warning circuit;
Wireless receiving circuit be used for to receive signal that remote controlled transmitting circuit sends and signal is transferred to the warning micro controller system;
The warning micro controller system receives wireless signal receiving circuit by the signal of remote controlled transmitting circuit transmission by receiving by wireless receiving circuit, signal is processed through signal sending circuit transferring to micro controller system;
Vibration detection circuit detects by receiving by the signal of micro controller system transmission and to signal, then the signal that detects is transferred to warning circuit;
Warning circuit receives the signal that vibration detection circuit detected, and implements to report to the police;
The safety detection unit includes the motor detection circuit of battery-driven car;
Motor detection circuit receives the signal of micro controller system, and it is detected, when the circuit of battery-driven car is in operative condition, motor detection circuit is with its signal terminating, when the circuit of battery-driven car remains static, motor detection circuit is by transferring to signal in lock body locking circuit, lock body locking circuit and electromagnetic component energising, the locking of enforcement lock body.
Such as Fig. 7-shown in Figure 14, the dead bolt 22 that lock body 2 includes lock core 21 and links with lock core 21, brake hubs 1 is provided with the cavity 11 of accommodating brake disc and is used for the installation cavity 12 of accommodating lock body 2, is provided with the locking hole 13 that penetrates and brake disc is carried out locking for dead bolt 22 between this installation cavity 12 and the cavity 11; In order conveniently to install and make being in the installation cavity 12 that lock body 2 can be firm, installation cavity 12 is by two halves breathes out not that the cavity 121 of structure forms, wherein half cavity 121 is located on the brake hubs 1, and second half is located on the lid 3 of brake hubs 1 top, and lid 3 and brake hubs 1 are captiveed joint by screw.Lock core 21 in the embodiment of the invention includes at least one group of electromagnetic component 23 and is the open locking permanent magnet 24 of inhaling mutually or repelling each other with electromagnetic component 23.Dead bolt 22 includes fixing with open locking permanent magnet 24 and along the push rod 211 of electromagnetic component 23 slippages.In the such scheme, this lock body 2 is located on the brake hubs 1 of battery-driven car or motor bike, and is hidden in frame inside and carries out locking, not only good concealment by the brake disc to battery-driven car and motor bike, and difficult not stolen, thereby the safety that has improved battery-driven car and motor bike.And drive by 23 pairs of push rods of electromagnetic component, implement locking and the unlatching of 22 pairs of brake discs of dead bolt, arrange so simple in structurely, replace the complicated lock core of tradition, reduced productive costs; And its control can be by intelligentized remote control control, on the one hand can be antitheft, and the open locking process is more oversimplified on the other hand.
In embodiments of the present invention, electromagnetic component 23 includes two groups, opening and closing permanent magnet 24 is located between two groups of electromagnetic components 23, wherein, the bobbin frame 232 that electromagnetic component 23 includes mount pad 231, removably connect with mount pad 231 and be located at coil 233 on the bobbin frame 232, push rod 211 is captiveed joint with open locking permanent magnet 24, produces that magnetic field consists of and the mutually suction of open locking permanent magnet 24 or repel each other when the coil 233 in any one group of electromagnetic component 23 coils, 233 conductions or the two groups of electromagnetic components 23 conducts electricity simultaneously with between the open locking permanent magnet 24.Then can drive push rod 211 slippages when open locking permanent magnet 24 moves, just can implement open locking after push rod 211 slippages.Need to prove that push rod 211 is non-magnetizer, the Locking property of having avoided open locking permanent magnet 24 push rod 211 magnetization to be affected push rod 211 is set like this.Certainly, if it also is feasible that push rod 211 is arranged to magnetizer, in the installation process of open locking permanent magnet 24 and push rod 211, with arrange between push rod 211 and open locking permanent magnet 24 and the push rod 211 magnetic shield both can, perhaps need not to add magnetic shield, open locking permanent magnet 24 is directly installed with push rod 211, push rod 211 is magnetized, can implement locking equally, but the slightly inferior properties of lock body 2 some, so the present invention preferred the former.Coil 233 in two groups of electromagnetic components 23 can conduct electricity (namely with lock body unlock circuit or lock body locking power on circuitry) simultaneously, make between two coils 233 and the open locking permanent magnet 24 and produce simultaneously magnetic field, at this moment, because the relation of coil winding and electric current, a coil 233 is inhaled mutually with switching permanent magnet 24, another coil 233 repels each other with open locking permanent magnet 24, makes the push rod 211 of captiveing joint with open locking permanent magnet 24 have enough propelling thrusts and implements locking and release.Certainly, in release or locking process, coil 233 in two groups of electromagnetic components 23 can not conduct electricity simultaneously yet, coil 233 conducts electricity first and splits locking permanent magnet 24 and implement to inhale mutually or repel each other when being release, the coil 233 that has conducted electricity when release during locking stops conduction, and another coil 233 conductions are implemented to inhale mutually or repel each other to open locking permanent magnet 24.So also be feasible.The limit base 2312 that mount pad 231 in two groups of electromagnetic components 23 includes mount pad body 2311 and is connected with mount pad body 2311, mount pad body 2311 is provided with the mounting hole 2313 adaptive with push rod 211, bobbin frame 232 includes coil installation end 2321, the positioning end 2322 that is connected with coil installation end 2321, coil installation end 2321 includes coil mounting cylinder 23211 and is located at the spacing base plate 23212 at coil mounting cylinder 23211 axial two ends, the spacing base plate 23212 of coil installation end 2321 axial ends is conflicted with the limit base of mount pad 231 2312, the spacing base plate 23212 of the other end is connected with the positioning end 2322 of bobbin frame 232, the positioning end 2322 of bobbin frame 232 includes 23221, two groups of electromagnetic components of clamping dish, 23 coil framves 232 and is the clamping dish that is oppositely arranged and is clamping and connects; Such as Figure 13-shown in Figure 14, its snap fit is realized by fixture block and draw-in groove.Two mount pads 231 position by 2312 pairs of bobbin frames 232 thereon of limit base that it is positioned at push rod 211 axial two ends, prevent that lock body from having influence on the in-use performance of lock body implementing unlatching, closure or battery-driven car, motor bike to cause the slippage of bobbin frame 232 in operational process; The setting of clamping dish between two bobbin frames 232 makes between two bobbin frames 232 mutually to fasten, and makes two bobbin frames 232 obtain the location, thereby has guaranteed the operation that lock body 2 can be stable.
Certainly, the electromagnetic component 23 in the embodiment of the invention also can only arrange one group, only needs to arrange between open locking permanent magnet 24 and mount pad 231 spring that can reset, and after the participation embodiment of the invention, such change is easy to expect.
In embodiments of the present invention, with brake hubs collision comparatively energetically occuring for anti-throw-out lever 211 propelling thrusts are spent large and damage and push rod 211 just cuts off the power supply can't return back to unlocking condition the time, prevents from also brake disc not being carried out locking when coil 233 from opening circuit electricity.Dead bolt 22 also includes and the lock 212 of push rod 211 by recoil spring 5 interlocks, and this lock 212 is in locking hole 13 places of brake hubs, and an end of recoil spring 5 and push rod 211 clampings, the other end and lock 212 clampings.Push rod 211 includes drive end and the actuating station with lock core 21 interlocks, its drive end is vertical bar 2111, actuating station is and these vertical bar 2111 vertically disposed plate-like jacking blocks 2112, the linkage block 2122 that lock 212 includes lock cylinder 2121 and is connected with lock cylinder 2121, its linkage block 2122 is towards the push rod setting; The two ends of recoil spring 5 are respectively equipped with the contraction collar 51 that is " U " shape, are respectively equipped with on the plate-like jacking block 2112 of push rod 211 and the linkage block 2122 of lock 212 with recoil spring 5 to shrink the ring-type draw-in groove 2123 of collar 51 clampings.Need to prove that contraction collar 51 and the recoil spring 5 of recoil spring 5 are formed in one, and have made things convenient for like this processing.
In embodiments of the present invention, the vertical section of the installation cavity 12 on brake hubs 1 and the lid 3 is " protruding " font, the dead bolt cavity volume 122 that includes lock core cavity volume 121 and be communicated with lock core cavity volume 121, dead bolt cavity volume 122 and locking hole 13 conductings, and the joining place of dead bolt cavity volume 122 and locking hole 13 is provided with the limit chamber 123 of taper; Be provided with between the lock cylinder 2121 of lock 212 and the linkage block 2122 with brake hubs 1 on conical limit chamber 123 be the limiting stopper 2124 of conflicting or separating cooperation.Installation cavity 12 as above-mentioned setting are that certainly, if the shape of lock body 1 changes, the shape of installation cavity 12 also need change for adaptive with specific lock body 1.In order to make things convenient for the installation of lock body 1, lock core 21 is installed in the lock core cavity volume 121 of brake hubs 1 by a housing 6, after arranging like this, lock body 1 can assemble first complete after, again it is mounted in the installation cavity 12 of brake hubs 1.
Claims (8)
1. electric braking lock with remote control, the lock body that includes electronic control part and be connected with electronic control part, described lock body is located on the brake lock, the dead bolt that lock body includes lock core and links with lock core, brake hubs is provided with the locking hole that passes for dead bolt, described electronic control part includes the remote control control unit, and this remote control control unit includes remote controlled transmitting circuit, wireless signal receiving circuit, micro controller system and lock body unlock circuit, lock body locking circuit;
Remote controlled transmitting circuit is used for the emission telecommand, and remote control command signal is transferred to micro controller system by wireless signal receiving circuit;
Wireless signal receiving circuit is transferred to micro controller system by the signal that receives remote controlled transmitting circuit and send and with signal;
Micro controller system receives wireless signal receiving circuit and processes by the signal of remote controlled transmitting circuit transmission and to signal, the signal that remote controlled transmitting circuit is launched is that unlocking signal then transmits it to lock body unlock circuit place, and the signal that remote controlled transmitting circuit is launched is that the locking signal then is transferred to it lock body locking circuit place;
The lock body unlock circuit is implemented to unblank to lock body after receiving the signal of micro controller system transmission;
Lock body locking circuit is implemented locking to lock body after receiving the signal of micro controller system transmission;
Described lock core includes at least one group of electromagnetic component and be the open locking permanent magnet of inhaling mutually or repelling each other with electromagnetic component, and described dead bolt includes to be fixed with the open locking permanent magnet and along the push rod of electromagnetic component slippage; Described lock body unlock circuit and lock body locking circuit are electrically connected with electromagnetic component, it is characterized in that: described electronic control part also includes alarm control unit and safety detection unit, and the alarm control unit includes wireless receiving circuit, warning micro controller system, signal sending circuit, vibration detection circuit and warning circuit; Described safety detection unit includes the motor detection circuit of battery-driven car;
Wireless receiving circuit be used for to receive signal that remote controlled transmitting circuit sends and signal is transferred to the warning micro controller system;
The warning micro controller system receives wireless signal by wireless receiving circuit, and this wireless signal is the signal that wireless receiving circuit is transmitted by remote controlled transmitting circuit, signal is processed through signal sending circuit transferring to micro controller system;
Vibration detection circuit detects by receiving by the signal of micro controller system transmission and to signal, then the signal that detects is transferred to warning circuit;
Warning circuit receives the signal that vibration detection circuit detected, and implements to report to the police;
Motor detection circuit receives the signal of micro controller system, and it is detected, when the circuit of battery-driven car was in operative condition, motor detection circuit was with its signal terminating, when the circuit of battery-driven car remained static, motor detection circuit was implemented the locking of lock body by signal being transferred to lock body locking circuit;
Described electromagnetic component is two groups, the open locking permanent magnet is located between two groups of electromagnetic components, the bobbin frame that electromagnetic component includes mount pad, removably connect with mount pad and be located at coil on the bobbin frame, produce that magnetic field consists of and the mutually suction of open locking permanent magnet or repel each other when the coil in described any one group of electromagnetic component coil conduction or the two groups of electromagnetic components conducts electricity simultaneously with between the open locking permanent magnet, described push rod is non-magnetizer, push rod is captiveed joint with the open locking permanent magnet, and push rod with the open locking permanent magnet along two groups of electromagnetic components toward polyslip.
2. the electric braking lock with remote control according to claim 1, it is characterized in that: described remote controlled transmitting circuit is communicated with simultaneously with two wireless receiving circuits, lock body unblanks to transmit to the warning micro controller system by remote controlled transmitting circuit with locking, and by the warning micro controller system to micro controller system transmission voltage signal; The limit base that described mount pad includes the mount pad body and is connected with the mount pad body, the mount pad body is provided with the mounting hole adaptive with push rod, described bobbin frame includes the coil installation end, the positioning end that is connected with the coil installation end, the coil installation end includes the coil mounting cylinder and is located at the spacing base plate at the axial two ends of coil mounting cylinder, the spacing base plate of the axial end of coil installation end and the limit base of mount pad are conflicted, the spacing base plate of the other end is connected with the positioning end of bobbin frame, the positioning end of bobbin frame includes the clamping dish, and two groups of electromagnetic component coil framves are the clamping dish that is oppositely arranged and are the clamping connection.
3. the electric braking lock with remote control according to claim 1 and 2, it is characterized in that: be connected by recoil spring between described push rod and the lock, an end of this recoil spring is connected with push rod, and the other end is connected with lock.
4. the electric braking lock with remote control according to claim 1 and 2, it is characterized in that: described dead bolt also includes and the lock of push rod by the recoil spring interlock, this lock is in the locking hole place of brake hubs, and an end of recoil spring and push rod clamping, the other end and lock clamping.
5. the electric braking lock with remote control according to claim 3, it is characterized in that: described dead bolt also includes and the lock of push rod by the recoil spring interlock, this lock is in the locking hole place of brake hubs, and an end of recoil spring and push rod clamping, the other end and lock clamping.
6. the electric braking lock with remote control according to claim 4, it is characterized in that: described push rod includes drive end and the actuating station with the lock core interlock, its drive end is vertical bar, actuating station is and the vertically disposed plate-like jacking block of this vertical bar, the linkage block that described lock includes lock cylinder and is connected with lock cylinder, its linkage block is towards the push rod setting; The two ends of described recoil spring are respectively equipped with the contraction collar that is " U " shape, are respectively equipped with the ring-type draw-in groove that shrinks the collar clamping with recoil spring on the plate-like jacking block of described push rod and the linkage block of lock.
7. according to claim 1 and 2 or 5 or 6 described electric braking locks with remote control, it is characterized in that: the vertical section of the installation cavity on described brake hubs and the lid is " protruding " font, the dead bolt cavity volume that includes the lock core cavity volume and be communicated with the lock core cavity volume, dead bolt cavity volume and locking hole conducting, and the joining place of dead bolt cavity volume and locking hole is provided with the limit chamber of taper; Be provided with between the lock cylinder of described lock and the linkage block with brake hubs on the conical limit chamber be the limiting stopper of conflicting or separating cooperation.
8. according to claim 1 and 2 or 5 or 6 described electric braking locks with remote control, it is characterized in that: described lock core is installed in the lock core cavity volume of brake hubs by a housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110009236 CN102060064B (en) | 2011-01-17 | 2011-01-17 | Electric braking lock with remote control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110009236 CN102060064B (en) | 2011-01-17 | 2011-01-17 | Electric braking lock with remote control |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102060064A CN102060064A (en) | 2011-05-18 |
| CN102060064B true CN102060064B (en) | 2013-04-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201110009236 Expired - Fee Related CN102060064B (en) | 2011-01-17 | 2011-01-17 | Electric braking lock with remote control |
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| CN (1) | CN102060064B (en) |
Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102530132B (en) * | 2012-02-28 | 2013-04-17 | 吴东华 | Built-in remote-control vehicle-lock |
| CN105927052B (en) * | 2016-06-30 | 2018-01-02 | 华南理工大学 | A kind of door lock push lever for being remotely controlled solenoid actuated |
| CN106476976B (en) * | 2016-10-09 | 2022-07-15 | 汉海信息技术(上海)有限公司 | Dish brake lock subassembly, motor and vehicle |
| CN106965876B (en) * | 2017-05-03 | 2022-08-30 | 天津金米特科技股份有限公司 | Novel hub with lock |
| CN107416108A (en) * | 2017-07-26 | 2017-12-01 | 王群 | It is a kind of that there is the skidding theftproof lock for automatically adjusting braking mechanism |
| EP3480396B1 (en) * | 2017-11-02 | 2024-04-24 | iLOQ Oy | Electromechanical lock utilizing magnetic field forces |
| EP3791020A1 (en) * | 2018-05-10 | 2021-03-17 | Belt S.r.l. | Outdoor furnishing element and manufacturing process thereof |
| DE102018111287A1 (en) * | 2018-05-11 | 2019-11-14 | ABUS August Bremicker Söhne KG | Disc lock |
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| CN2853564Y (en) * | 2005-11-27 | 2007-01-03 | 魏强 | Hidden remote controlled electric lock on bicycle |
| CN201232441Y (en) * | 2008-05-23 | 2009-05-06 | 周在正 | Remote control anti-theft lock of electric bicycle |
| CN101574986A (en) * | 2009-01-05 | 2009-11-11 | 张毓敏 | Theft-proof remote control brake lock for electric bicycle |
| CN201951588U (en) * | 2011-01-17 | 2011-08-31 | 温州市巨鹏磁能锁业有限公司 | Electric brake lock with remote control function |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2853564Y (en) * | 2005-11-27 | 2007-01-03 | 魏强 | Hidden remote controlled electric lock on bicycle |
| CN201232441Y (en) * | 2008-05-23 | 2009-05-06 | 周在正 | Remote control anti-theft lock of electric bicycle |
| CN101574986A (en) * | 2009-01-05 | 2009-11-11 | 张毓敏 | Theft-proof remote control brake lock for electric bicycle |
| CN201951588U (en) * | 2011-01-17 | 2011-08-31 | 温州市巨鹏磁能锁业有限公司 | Electric brake lock with remote control function |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102060064A (en) | 2011-05-18 |
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