CN103321484A - Intelligent billiard anti-theft device and application - Google Patents
Intelligent billiard anti-theft device and application Download PDFInfo
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- CN103321484A CN103321484A CN2013101951103A CN201310195110A CN103321484A CN 103321484 A CN103321484 A CN 103321484A CN 2013101951103 A CN2013101951103 A CN 2013101951103A CN 201310195110 A CN201310195110 A CN 201310195110A CN 103321484 A CN103321484 A CN 103321484A
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Abstract
The invention discloses an intelligent billiard anti-theft device and a method of using the intelligent billiard anti-theft device as an anti-theft access control device and a vehicle anti-theft lock. A lock rod spring (4) is sleeved on a lock rod (1) of the intelligent billiard anti-theft device and is located on one side of two spring support rods (12), and two ends of the lock rod spring (4) contact with a clamp ring (5) and the spring support rods (12) respectively. The lock rod (1) penetrates the middle of the two spring support rods (12) to be horizontally arranged at intervals, a steel ball groove (11) corresponding to a steel ball (6) is arranged on the middle section of the lock rod (1), the steel ball (6) and the steel ball groove (11) are in sliding contact, the steel ball (6) and the surface of a solenoid valve core (10) of a solenoid valve (3) are in sliding contact, the solenoid valve (3) is connected with an integrated circuit board B (17) through a line, and the integrated circuit board B (17) is connected with an integrated circuit board A (15). The intelligent billiard anti-theft device solves the problem of insurance against theft, has the advantages of being simple in structure, convenient to use, safe, reliable, wide in application and the like, and can be widely applied to vehicles, various door locks, containers and safety boxes.
Description
Technical field the present invention relates to a kind of anti-theft device and application, more particularly, relates to a kind of pellet shot from a slingshot intelligent anti-theft device and in the application of container and motorcycle and safe gate inhibition's anti-theft device.
Background technology in the prior art, existing all kinds of anti-theft devices, but great majority all are key operated, though the kind of key emerges in an endless stream, the mode of illegal release also emerges in an endless stream, its safety can not be protected, and use inconvenience, existing electronic lock structure is too complicated mostly, the manufacturing cost height, the scope of application is narrow and small, therefore needs to improve.
Summary of the invention the object of the present invention is to provide a kind of pellet shot from a slingshot intelligent anti-theft device of simple in structure, easy to use, safe and applied range, and emphasis provides its application at container and motorcycle and safety door secret remedy face.
In order to achieve the above object, the invention provides following technical scheme: design a kind of pellet shot from a slingshot intelligent anti-theft device, be with lock rod spring 4 on the rounded locking bar 1 of cross section in this device, a side and its two ends that lock rod spring 4 is positioned at two spring support bars 12 contact with snap ring 5 and spring support bar 12 respectively, locking bar 1 passes the midfeather horizontal positioned of two spring support bars 12, the opposite side that the stage casing of locking bar 1 is positioned at spring support bar 12 has the steel bead groove 11 that adapts with steel ball 6, steel ball 6 is sliding-contact with steel bead groove 11, in the steel ball hole 7 of steel ball 6 on support 2, steel ball 6 is sliding-contact with the surface of the electromagnetic valve core 10 of electromagnetic valve 3, spacing hole 8 is positioned at the below in electromagnetic valve core hole 9, gag lever post 18 is positioned at spacing hole 8 and exposes in electromagnetic valve core hole 9, electromagnetic valve 3 links to each other with integrated circuit mainboard B17 by circuit, integrated circuit mainboard B17 links to each other with integrated circuit mainboard A15, and integrated circuit mainboard A15 links to each other with unlocking signal.
In concrete the enforcement, electromagnetic valve 3 is installed on the support 2, steel ball hole 7, two spring support bars 12, electromagnetic valve core hole 9 and spacing holes 8 are arranged on the support, electromagnetic valve core hole 9 communicates with steel ball hole 7 and spacing hole 8, the both sides of spring support bar 12 above steel ball hole 7, steel ball hole 7 is above electromagnetic valve core hole 9.
The electromagnetic valve core 10 of electromagnetic valve 3 of the present invention is positioned at the electromagnetic valve core hole 9 on the support 2, is with valve core spring 13 on the electromagnetic valve core 10, and steel ball hole 7 communicates with electromagnetic valve core hole 9.
During use, in being stuck in steel bead groove 11, steel ball 6 causes locking bar 1 locking position, this moment, lock rod spring 4 was compressive state, when unblanking, import correct unlocking cipher, electromagnetic valve 3 produces magnetic and causes electromagnetic valve core 10 retractions, the steel ball 6 that contacts with electromagnetic valve core 10 is removed because of resistance, and be compressed in lock rod spring 4 resiliences on the locking bar 1, locking bar 1 is reclaimed, lock is opened, after several seconds, electromagnet 3 coil magnetic cancellations, the electromagnetic valve core spring 13 that is enclosed within on the electromagnetic valve core 10 is compressive state because of the retraction of electromagnetic valve core 10, after magnetic force is removed, 13 resiliences of electromagnetic valve core spring, rest on steel ball 6 surfaces, wait is locked, and only needs to promote a locking bar 1 this moment locking bar groove 11 is alignd with steel ball 6, is parked in electromagnetic valve core 10 on the steel ball 6 because of the removal of resistance, the resilience of electromagnetic valve core spring 13 drives electromagnetic valve core 10, electromagnetic valve core 10 passes steel ball 6 surfaces, arrives gag lever post 18, because stopping of gag lever post 18 makes electromagnetic valve core 10 can not break away from electromagnetic valve body 14, and at this moment steel ball 6 by in the electromagnetic valve core 10 jacking locking bar grooves 11, thereby locking bar 1 is blocked and is reached the purpose of locking.
The present invention can be widely used as safe gate inhibition's theftproof lock, this device is fixedly mounted on the lock substrate 313 of main lock box 305, on the lock substrate 313 negative pole locking bar 307 and anodal locking bar 308 are housed also, anodal locking bar 308, negative pole locking bar 307 is connected by connecting rod 316 with locking bar 1, the tail end of locking bar 1 is equipped with the button 317 of unblanking, the test rod 321 of unblanking also is housed on the locking bar 1, locking bar 1 passes the preceding latch arm hole 363 of lock box, latch arm hole 364 behind back locking bar sheet 312 and the lock box, a side corresponding with main lock 301 is equipped with secondary lock 302, secondary lock latch arm hole 323 and the secondary latch arm hole 322 of secondary lock are arranged on the secondary lock 302, the secondary latch arm hole 322 of secondary lock respectively with anodal locking bar 308, negative pole locking bar 307 center-aligned, locking bar 1 and secondary lock latch arm hole 323 center-aligned, electromagnetic valve 3 also links to each other with sense switch 320 with the button 317 of unblanking by circuit.
More particularly, be with lock rod spring 310 respectively on anodal locking bar 308 and the negative pole locking bar 307, a side and its two ends of locking bar sheet 311 contacted with snap ring 309 and preceding locking bar sheet 311 respectively before lock rod spring 310 was positioned at, anodal locking bar 308, negative pole locking bar 307 is connected by connecting rod 316 with locking bar 1, anodal locking bar 308, negative pole locking bar 307 passes the secondary latch arm hole 343 of lock box respectively, preceding locking bar sheet 311 and back locking bar sheet 312, locking bar 1 passes the preceding latch arm hole 363 of lock box, latch arm hole 364 behind back locking bar sheet 312 and the lock box, a side corresponding with main lock 301 is equipped with secondary lock 302, and secondary lock latch arm hole 323 and the secondary latch arm hole 322 of secondary lock are arranged on the secondary lock 302.Described safe gate inhibition's theftproof lock comprises various door locks, as safety cabinet, and data cabinet, exhibition cabinet etc.
The present invention can be used as anti-theft lock for vehicle, when as anti-theft lock for motorcycle, this device is installed on the main lock substrate of locking in 201 207, have short locking bar cover 211 and long locking bar cover 210 in the main latch arm hole 208, locking bar 1 is interspersed in short locking bar cover 211 and the long locking bar cover 210, locking bar cover steel ball hole 214 is arranged on the long locking bar cover 210, and steel ball 6 is exposed in the long locking bar cover 210, and secondary latch arm hole 209 is relative with main latch arm hole 208 centers.
Specifically, when the pellet shot from a slingshot intelligent apparatus is applied in lock for motorcycle, the main dependency structure of motorcycle has: main lock 201, secondary lock 202 and hand-held remote control 205 are formed, main lock 201 and secondary lock 202 are installed in respectively on the front fork 204 of wheel 203 both sides under mounting plate 215 effects, lock substrate 207 is arranged in the main lock 201, main latch arm hole 208, battery case 216, this device is installed on the main lock substrate of locking in 201 207, short locking bar cover 211 and long locking bar cover 210 are arranged in the main latch arm hole 208, locking bar 1 interts in short locking bar cover 211 and long locking bar cover 210, battery 16 is installed in battery case interior 216, secondary latch arm hole 209 is relative with main latch arm hole 208 centers, integrated circuit mainboard B17 is installed in the lock substrate 207, integrated circuit mainboard A15 is housed and the button 206 of unblanking on the described hand-held remote control 205, integrated circuit mainboard B17 is connected with electromagnetic valve 3 with battery 16 respectively by circuit, integrated circuit mainboard A15 directly is connected with the button 205 of unblanking, when locking, promotion locking bar 1 makes it to pass the tire 203 secondary lockholes 209 of arrival and exposes, locking bar groove 11 on this hour locking lever 1 just aligns spacing by card with steel ball 6, when unblanking, only need by the button 206 of unblanking on the hand-held remote control 205 that matches, integrated circuit mainboard A15 sends unlocking signal, signal transfers to integrated circuit mainboard B17, it is behind the correct unlocking signal that integrated circuit mainboard B17 detects, with current delivery to electromagnetic valve 3, electromagnetic valve core 10 retractions, locking bar 1 reclaims, and lock is opened.
When pellet shot from a slingshot intelligent anti-theft device of the present invention is locked as container anti-theft, this device is fixed on the lock substrate 123 of casing 101 of container, the test rod 127 of unblanking is housed on the locking bar 1, locking bar 1 passes the casing latch arm hole 122 of casing 101, back latch arm hole 129 and preceding latch arm hole 128, on the lock substrate 123 sense switch circuit board 125 and indicator light circuit plate 124 are housed also, integrated circuit mainboard B17 is connected with USB socket 113 with electromagnetic valve 3, sense switch circuit board 125, indicator light circuit plate 124, modification cryptographic key 118 respectively by circuit.
The present invention's technical scheme preferably can be: revise cryptographic key 118 and be installed on the cover plate 117, USB socket 113 is installed on the right plate 109, also is useful on the leaking hole 114 of water outlet on the right plate 109; Sense switch 126 is housed on the sense switch circuit board 125, indicator lamp 108 is housed on the indicator light circuit plate 124, in addition, also be useful on the leaking hole 114 of water outlet on the right plate 109.
Specifically, when the pellet shot from a slingshot intelligent anti-theft device is applied in container lock, the structure of container: casing 101, base plate 102, latch 103 and hand-held set 104, described casing 101 is by box plate 110, left plate 109, right plate 115, cover plate 117, preceding jam plate 112, rear lock plate 116, locking bar lid 111 and handle 119 are formed, be equipped with on the base plate 102 be used to the upper collet 106 of locking, last latch arm hole 107 is arranged on the upper collet, base plate 102 is hinge with casing 101 by latch 103 and is connected, the pellet shot from a slingshot intelligent anti-theft device is fixedly mounted on the lock substrate 123 of casing 101, the test rod 127 of unblanking is housed on the locking bar 1, locking bar 1 passes the casing latch arm hole 122 of casing 101, with back latch arm hole 129, locking bar lid 128 is housed on the preceding jam plate 112, in the lock substrate 123 integrated circuit mainboard B17 is housed also, sense switch circuit board 125 and indicator light circuit plate 124, integrated circuit mainboard B17 by circuit respectively with electromagnetic valve 3, sense switch circuit board 125, indicator light circuit plate 124, revising cryptographic key 118 is connected with USB socket 113, revising cryptographic key 118 is installed on the cover plate 117, USB socket 113 is installed on the left plate 109, sense switch 126 is housed on the sense switch circuit board 125, indicator lamp 108 is housed on the indicator light circuit plate 124, integrated circuit mainboard A15 is housed on the described hand-held set 104, password key 120 and USB socket 121, integrated circuit mainboard A15 is connected with USB socket 121 respectively at password key 120 by circuit.
Compared with prior art, the present invention has following tangible advantage: 1, the present invention is the pellet shot from a slingshot intelligent anti-theft device, and no lockhole adopts electronics to unblank, thereby easy to use; 2, simple in structure being easy to produced in enormous quantities and long service life, is convenient to maintenance; 3, performance is safe and reliable, has very strong anti-damage ability; 4, applied range can be widely used as container, vehicle, and various door locks comprise safety cabinet, data cabinet, exhibition cabinet etc., thereby practical value height.
The specific embodiment is carried out more detailed description below in conjunction with accompanying drawing to the present invention:
With reference to Fig. 1～3, be with lock rod spring 4 on the rounded locking bar 1 of cross section in the device, a side and its two ends that lock rod spring 4 is positioned at two spring support bars 12 contact with snap ring 5 and spring support bar 12 respectively, locking bar 1 passes the midfeather horizontal positioned of two spring support bars 12, the opposite side that the stage casing of locking bar 1 is positioned at spring support bar 12 has the steel bead groove 11 that adapts with steel ball 6, steel ball 6 is sliding-contact with steel bead groove 11, in the steel ball hole 7 of steel ball 6 on support 2, steel ball 6 is sliding-contact with the surface of the electromagnetic valve core 10 of electromagnetic valve 3, spacing hole 8 is positioned at the below in electromagnetic valve core hole 9, gag lever post 18 is positioned at spacing hole 8 and exposes in electromagnetic valve core hole 9, electromagnetic valve 3 links to each other with integrated circuit mainboard B17 by circuit, integrated circuit mainboard B17 links to each other with integrated circuit mainboard A15, and integrated circuit mainboard A15 links to each other with unlocking signal; The electromagnetic valve core 10 of electromagnetic valve 3 is positioned at the electromagnetic valve core hole 9 on the support 2, cover spool spring 13 on the electromagnetic valve core 10, and steel ball hole 7 communicates with electromagnetic valve core hole 9.
Among Fig. 1, battery 16 directly links to each other with integrated circuit mainboard B17, the chip of 11F04 on the integrated circuit mainboard A15 can become electronic signal and encryption with the digital translation of input, reach and the communicating by letter of integrated circuit mainboard B: on the described integrated circuit mainboard B17 12C5204AD chip is housed, the HEF409301 chip, with the F24C02 chip, be used for being responsible for decoding, storage, signal amplifies and the application circuit system of control circuit is by integrated password input disc integrated circuit mainboard A15, main control integrated circuit mainboard B17 forms, the keyboard input circuit comprises the IC piece, this integrated circuit is responsible for the digital translation of input is become electronic signal, encrypted IC output, main control integrated circuit mainboard B17 is responsible for decoding and control circuit composition, its operating principle is: when earlier password being set, the password of pressing on the main control integrated circuit mainboard B17 is revised key, button input password on cipher inputting keyboard, press " determining " key then, re-enter password again once, password is namely sent the comparison code of storing in the main control integrated circuit mainboard B17 as unlock operation, when unblanking: electric power starting, provide the electronic signal of pairing, through the master control IC of master control borad decoding back and the password comparison that is stored in the chip, it is the legal unlocking signal of just exporting.
In Fig. 2～3, electromagnetic valve 3 is installed on the support 2, steel ball hole 7 is arranged on the support, spring support bar 12, electromagnetic valve core hole 9 and spacing hole 8, electromagnetic valve core hole 9 communicates with steel ball hole 7 and spacing hole 8, two spring support bars 12 are the both sides above steel ball hole 7 respectively, spring support bar 12 is vertical with steel ball hole 7, steel ball hole 7 is above electromagnetic valve core hole 9, spacing hole 8 is below electromagnetic valve core hole 9, the center line in three holes is on a horizon, steel ball 6 is in steel ball hole 7, electromagnetic valve core 10 is in electromagnetic valve core hole 9, gag lever post 18 is in spacing hole 8 and expose in electromagnetic valve core hole 9, steel ball 6 surfaces contact with electromagnetic valve core 10, in being stuck in locking bar groove 11, steel ball 6 causes locking bar 1 locking position, this moment, lock rod spring 4 was compressive state, when unblanking, import correct unlocking cipher, electromagnetic valve 3 produces magnetic and causes electromagnetic valve core 10 retractions, the steel ball 6 that contacts with electromagnetic valve core 10 is removed because of resistance, and be compressed in the resilience of lock rod spring 4 instincts on the locking bar 1, locking bar 1 is reclaimed, lock is opened, after several seconds, electromagnet 3 coil magnetic cancellations, the electromagnetic valve core spring 13 that is enclosed within on the electromagnetic valve core 10 is compressive state because of the retraction of electromagnetic valve core 10, after magnetic force is removed, 13 resiliences of electromagnetic valve core spring, rest on steel ball 6 surfaces, steel ball 6 contacts with locking bar 1 surface, wait is locked, only needing to promote locking bar 1 this moment makes locking bar groove 11 align with steel ball 6, be parked in electromagnetic valve core 10 on the steel ball 6 because of the removal of resistance, the resilience of electromagnetic valve core spring 13 drives electromagnetic valve core 10, electromagnetic valve core 10 passes steel ball 6 surfaces, arrive gag lever post 18, because stopping of gag lever post 18 makes electromagnetic valve core 10 can not break away from electromagnetic valve body 14, and at this moment steel ball 6 by in the electromagnetic valve core 10 jacking locking bar grooves 11, thereby locking bar 1 is blocked and is reached the purpose of locking.
With reference to Fig. 4～10, as safe gate inhibition's theftproof lock, this device is fixedly mounted on the lock substrate 313 of main lock box 305, on the lock substrate 313 negative pole locking bar 307 and anodal locking bar 308 are housed also, anodal locking bar 308, negative pole locking bar 307 is connected by connecting rod 316 with locking bar 1, the tail end of locking bar 1 is equipped with the button 317 of unblanking, the test rod 321 of unblanking also is housed on the locking bar 1, locking bar 1 passes the preceding latch arm hole 363 of lock box, latch arm hole 364 behind back locking bar sheet 312 and the lock box, a side corresponding with main lock 301 is equipped with secondary lock 302, secondary lock latch arm hole 323 and the secondary latch arm hole 322 of secondary lock are arranged on the secondary lock 302, the secondary latch arm hole 322 of secondary lock respectively with anodal locking bar 308, negative pole locking bar 307 center-aligned, locking bar 1 and secondary lock latch arm hole 323 center-aligned, electromagnetic valve 3 also links to each other with sense switch 320 with the button 317 of unblanking by circuit.
As can be seen from the figure: when the pellet shot from a slingshot intelligent apparatus is applied in safe gate inhibition, the pellet shot from a slingshot intelligent anti-theft device is installed in the centre of lock substrate 313, anodal locking bar 308, negative pole locking bar 307 be installed in respectively the lock substrate 313 about, utilize connecting rod 316 to be connected with locking bar 1, described anodal locking bar 308, conductive pole 327 and line hole 326 are arranged in the negative pole locking bar 307, rotating disk 314 is installed in the back in connecting rod 316 stage casings, also be useful on the latch 315 that promotes connecting rod 316 on the rotating disk 314, the button 317 of unblanking is installed in the tail end of locking bar 1, locking bar 1 also is equipped with the test rod 321 of unblanking, sense switch 320 is installed on the lock substrate 313 corresponding with the test rod 321 of unblanking, electromagnetic valve 3 passes anodal locking bar 308 by circuit, the line hole of negative pole locking bar 307 links to each other with conductive pole 327, handle 319 is installed in the door leaf outside, utilize handle connecting rod 318 to be connected with rotating disk 314, secondary lock latch arm hole 323 is arranged on the described secondary lock 302, the secondary latch arm hole 322 of secondary lock, lock the corresponding back of secondary latch arm hole 322 with pair positive plate 324 and negative plate 325 also are housed, described indoor set 304 is by indoor drain pan 345, indoor loam cake 344, integrated circuit mainboard B17, display screen 346, numerical ciphers is revised key 354, fingerprint is revised key 355, buzzer 347, display screen button 352, external power supply socket 357, winding displacement socket 356 and battery 16 are formed, on the indoor drain pan 345 external power supply socket hole 366 is arranged, winding displacement plug aperture 367, numerical ciphers revises hole 359 and fingerprint is revised hole 360, integrated circuit mainboard B is installed in the center fixed of indoor drain pan 345, battery 16 is installed on the indoor drain pan 345, buzzer 347 is installed on the indoor drain pan 345, numerical ciphers is revised the numerical ciphers modification hole 359 that key 354 is installed in indoor drain pan 345, fingerprint is revised key 355 and is installed in fingerprint modification hole 360, numerical ciphers revises hole 359 and fingerprint is revised hole 360 at the right side of indoor drain pan 345 vertical setting of types, it is the external power supply pipe plug aperture 366 of indoor drain pan 345 that external power supply socket 356 is installed in, winding displacement socket 357 is installed in the winding displacement plug aperture 367 of indoor drain pan 345, external power supply socket hole 366 and winding displacement plug aperture 367 below indoor drain pan 345 side by side, display screen key hole 349 and indicator lamp hole 348, display screen button 352 is installed in the display screen key hole 349 of indoor loam cake 344 and exposes, indicator lamp 350 is installed on the integrated circuit mainboard B17, integrated circuit mainboard B17 by circuit respectively with display screen 346, loudspeaker 347, external power supply socket 356, winding displacement socket 357, battery 16, numerical ciphers is revised key 354 and is linked to each other with fingerprint modification key 355, on the secondary lock 302 just, negative plate 324 links to each other with electromagnetic valve Connection Block 353 by circuit with 325, electromagnetic valve Connection Block 353 is installed and is liked on the integrated circuit mainboard B17, indoor drain pan 345 utilizes screw to be connected with indoor loam cake 344, described off-premises station 303 is by off-premises station drain pan 328, off-premises station loam cake 329, integrated circuit mainboard A15, digital keys 340, fingerprint sensor 330, opal 331, indicator light circuit plate 332, button mainboard 336, winding displacement socket 335 is formed, fingerprint sensor 330 is arranged on the off-premises station loam cake 329, opal 331 etc., fingerprint sensor 330 is above off-premises station loam cake 329 centers, indicator light circuit plate position 339 is in the left side of fingerprint sensor 330, fingerprint sensor 330 is installed on the off-premises station loam cake 329, digital keys 340 is installed on the off-premises station loam cake 329 and exposes button, button mainboard 336 is installed in back and the digital keys 340 of digital keys 340 and fits, integrated circuit mainboard A15 is installed in the back alignment of button mainboard 336, winding displacement socket 335 is installed in integrated circuit mainboard A15 and goes up corresponding with the winding displacement plug aperture 338 on the off-premises station drain pan 328, breaking-proof switch 333 and external power supply socket 334 also are housed on the integrated circuit mainboard A15, breaking-proof switch 333 aligns with the breaking-proof switch hole 337 on the off-premises station drain pan 328, external power supply socket hole 368 center-aligned on external power supply socket 334 and the outdoor upper casing 329, integrated circuit mainboard A15 by circuit respectively with fingerprint sensor 330, opal 331, indicator light circuit plate 332 links to each other with button mainboard 336, button mainboard 336 links to each other with numerical ciphers button 340, integrated circuit mainboard A15 links to each other with winding displacement socket 357 with integrated circuit mainboard B17 winding displacement socket 335, and off-premises station drain pan 328 utilizes screw to be connected with off-premises station loam cake 329.
During outdoor locking, with door leaf and doorframe closure, the handle 319 that rotary door is outer, the rotation of handle 319 drives the rotation of rotating disk 314, latch 315 on the rotating disk 314 withstands on the connecting rod 316, connecting rod 316 is moved forward, connecting rod 316 drives locking bar 1 and anodal locking bar 308, negative pole locking bar 307 moves, make locking bar 1 and anodal locking bar 308, negative pole locking bar 307 is worn pair lock latch arm hole 323 and the secondary latch arm hole 322 of secondary lock of secondary lock 302, allow anodal locking bar 308, the positive plate 324 that negative pole locking bar 307 is corresponding with the secondary locking bar of secondary lock 322 back, negative plate 325 contacts, at this moment, locking bar groove 11 on the locking bar 1 just with steel ball 6 align by the card spacing, the door locked, during indoor locking, only need to promote locking bar 1, locking bar 1 is because driving anodal locking bar 308 under the effect of connecting rod 316 connections, negative pole locking bar 307 moves forward, and allows the two and pair lock the corresponding positive plate 324 in secondary locking bar 322 back, negative plate 325 contacts, at this moment, locking bar groove 11 on the locking bar 1 just with steel ball 6 align by the card spacing, the door locked.During outdoor unblanking, because of the anodal locking bar 308 on the main lock 301, negative pole locking bar 307 is locked positive plate 324 on 302 with pair, negative plate 325 contacts and can switch on, after utilizing password key 340 on the off-premises station or fingerprint sensor 330 inputs correct password or fingerprint, electromagnetic valve 3 retractions, locking bar 1 is drivening rod 316 under the effect of the resilience of lock rod spring 4, connecting rod 316 drives anodal locking bar 308, negative pole locking bar 307 withdraws from pair lock latch arm hole 323 and the secondary latch arm hole 322 of secondary lock on the secondary lock 302, till being recovered to snap ring 5 and back locking plate 312 contacting, lock is opened, during indoor unblanking, the button 317 of only need unblanking can be unblanked.
With reference to Figure 14～18, as anti-theft lock for motorcycle, this device is installed on the main lock substrate of locking in 201 207, have short locking bar cover 211 and long locking bar cover 210 in the main latch arm hole 208, locking bar 1 is interspersed in short locking bar cover 211 and the long locking bar cover 210, locking bar cover steel ball hole 214 is arranged on the long locking bar cover 210, and steel ball 6 is exposed in the long locking bar cover 210, and secondary latch arm hole 209 is relative with main latch arm hole 208 centers.
From Figure 17～18 as can be seen, main lock 201 and secondary lock 202 are installed in respectively on the front fork 204 of wheel 203 both sides under mounting plate 215 effects, lock substrate 207 is arranged in the main lock 201, main latch arm hole 208, battery case 216, the pellet shot from a slingshot intelligent anti-theft device is installed in the main lock substrate of locking in 201 207, short locking bar cover 211 and long locking bar cover 210 are arranged in the main latch arm hole 208, locking bar 1 interts in short locking bar cover 211 and long locking bar cover 210, locking bar cover steel ball hole 214 is arranged on the long locking bar cover 210, steel ball 6 exposes in the long locking bar cover 210, battery 16 is installed in the battery case 216, secondary latch arm hole 209 is relative with main latch arm hole 208 centers, integrated circuit mainboard B17 is installed in the lock substrate 207, integrated circuit mainboard A15 is housed and the button 206 of unblanking on the described hand-held remote control 205, integrated circuit mainboard B17 is connected with electromagnetic valve 3 with battery 16 respectively by circuit, integrated circuit mainboard A15 directly is connected with the button 206 of unblanking, when locking, promotion locking bar 1 makes it to pass the tire 203 secondary lockholes 209 of arrival and exposes, locking bar groove 11 on this hour locking lever 1 just aligns spacing by card with steel ball 6, lock is locked.When unblanking, only need by the button 206 of unblanking on the hand-held remote control 205 that matches, integrated circuit mainboard A15 sends unlocking signal, signal transfers to integrated circuit mainboard B17, it is behind the correct unlocking signal that integrated circuit mainboard B17 detects, with current delivery to electromagnetic valve 3, electromagnetic valve core 10 retractions, locking bar 1 reclaims, and lock is opened.
With reference to Figure 11～13, when this anti-theft device is locked as container anti-theft, this device is fixed on the lock substrate 123 of casing 101 of container, the test rod 127 of unblanking is housed on the locking bar 1, locking bar 1 passes the casing latch arm hole 122 of casing 101, back latch arm hole 129 and preceding latch arm hole 128, on the lock substrate 123 sense switch circuit board 125 and indicator light circuit plate 124 are housed also, integrated circuit mainboard B17 is connected with USB socket 113 with electromagnetic valve 3, sense switch circuit board 125, indicator light circuit plate 124, modification cryptographic key 118 respectively by circuit; Revise cryptographic key 118 and be installed on the cover plate 117, USB socket 113 is installed on the right plate 109, also is useful on the leaking hole 114 of water outlet on the right plate 109; Sense switch 126 is housed on the sense switch circuit board 125, indicator lamp 108 is housed on the indicator light circuit plate 124.
In Figure 11～13, when the present invention locks as container anti-theft, mainly comprise the pellet shot from a slingshot intelligent anti-theft device, casing 101, base plate 102, latch 103 and hand-held set 104, described casing 101 is by box plate 110, left plate 116, right plate 109, cover plate 117, preceding jam plate 112, rear lock plate 116, locking bar lid 111 and handle 119 are formed, be equipped with on the base plate 102 be used to the upper collet 106 of locking, last latch arm hole 107 is arranged on the upper collet 106, base plate 102 is hinge with casing 101 by latch 103 and is connected, it is interior fixing that the pellet shot from a slingshot intelligent anti-theft device is installed in the lock substrate 123 of casing 101, the test rod 127 of unblanking is housed on the locking bar 1, locking bar 1 passes casing latch arm hole 122 and the back latch arm hole 129 of casing 101, locking bar lid 111 is housed on the preceding jam plate 112, in the lock substrate 123 integrated circuit mainboard B17 is housed also, sense switch circuit board 125 and indicator light circuit plate 124, integrated circuit mainboard B17 by circuit respectively with electromagnetic valve 3, sense switch circuit board 125, indicator light circuit plate 124, revising cryptographic key 118 is connected with USB socket 113, revising cryptographic key 118 is installed on the cover plate 117, USB socket 113 is installed on the right plate 109, also be useful on the leaking hole 114 of water outlet on the right plate 109, sense switch 126 is housed on the sense switch circuit board 125, indicator lamp 108 is housed on the indicator light circuit plate 124, integrated circuit mainboard A15 is housed on the described hand-held set 104, password key 120 and USB socket 121, integrated circuit mainboard A15 is connected with USB socket 121 respectively at password key 120 by circuit, when locking, lock is opened to 90 degree, after base plate 102 being hung over the upper lock position of container door, with casing 101 past pressing down, casing 101 centered by latch 103, rotate until with base plate 102 closures, at this moment in the upper lock position of container is hidden in, at this moment promote locking bar 1, locking bar groove 11 is blocked by steel ball 6 can not be toward reclaiming, this hour locking lever 1 has passed latch arm hole 107 and preceding latch arm hole 128 arrives locking bar lid 111, lock is locked, when unblanking, utilize data wire 105 to insert USB socket 113 on the casings 101 and the USB socket 121 of hand-held set 104, import correct password, electromagnetic valve 3 retractions, locking bar 1 is till withdrawing from latch arm hole 107 and being recovered to snap ring 5 and box plate 110 contacts under the effect of the resilience of lock rod spring 4, the test rod 127 of unblanking is followed locking bar 1 and is return back to together and just be pressed on the sense switch 126, lock is opened, sense switch 126 is pressed the both positive and negative polarity that just allows on the sense switch 126 connect energising by locking bar 1 one, sense switch circuit board 125 namely sends the opened signal of lock to surface-mounted integrated circuit B17, integrated circuit mainboard B17 has a power failure after receiving signal immediately, to reduce the loss of electric weight.
Be the description of drawings of invention below the description of drawings:
Fig. 1 is that the circuit of pellet shot from a slingshot intelligent anti-theft device connects block diagram;
Fig. 2 is the stereogram of pellet shot from a slingshot intelligent anti-theft device;
Fig. 3 is the cross-sectional view of pellet shot from a slingshot intelligent anti-theft device;
Fig. 4 is the structural representation of unblanking that the present invention is applied in safe gate inhibition;
Fig. 5 is the structural representation of locking that the present invention is applied in safe gate inhibition;
Fig. 6 is the secondary locking bar internal construction schematic diagram that the present invention is applied in safe gate inhibition;
Fig. 7 is the indoor set structure schematic diagram that the present invention is applied in safe gate inhibition;
Fig. 8 is the indoor machine structure schematic diagram that the present invention is applied in safe gate inhibition;
Fig. 9 is the off-premises station front schematic view that the present invention is applied in safe gate inhibition;
Figure 10 is the off-premises station structural representation that the present invention is applied in safe gate inhibition;
Figure 11 is the stereogram that the present invention is applied in container lock;
Figure 12 is the structure vertical view of unblanking that the present invention is applied in container;
Figure 13 is the structural representation of locking that the present invention is applied in container;
Figure 14 is the schematic perspective view that the present invention is applied in motorcycle;
Figure 15 is the perspective view that the present invention is applied in motorcycle;
Figure 16 is the hand-held remote control structural representation that the present invention is applied in motorcycle;
Figure 17 is the structural representation of locking that the present invention is applied in motorcycle;
Figure 18 is the structural representation of unblanking that the present invention is applied in motorcycle.
Fig. 1～3rd, intelligent anti-theft device of the present invention, in Fig. 2～3: the 1st, locking bar, the 2nd, support, the 3rd, electromagnetic valve, the 4th, lock rod spring, the 5th, snap ring, the 6th, steel ball, the 7th, steel ball hole, the 8th, spacing hole, the 9th, electromagnetic valve core hole, the 10th, electromagnetic valve core, the 11st, steel bead groove, the 12nd, spring support bar, the 13rd, disc spring, the 14th, electromagnetic valve body, the 15th, surface-mounted integrated circuit A, the 16th, battery, the 17th, integrated circuit mainboard B, the 18th, gag lever post.
Fig. 4～10th, the present invention is applied to safe gate inhibition's anti-theft lock device, among the figure: the 301st, main lock, the 302nd, secondary lock, the 303rd, off-premises station, the 304th, indoor set, the 305th, main lock box, the 306th, main locking closure, the 307th, negative pole locking bar, the 308th, anodal locking bar, the 309th, snap ring, the 310th, lock rod spring, the 311st, preceding locking bar sheet, the 312nd, back locking bar sheet, the 313rd, the lock substrate, the 314th, rotating disk, the 315th, latch, the 316th, connecting rod, the 317th, the button of unblanking, the 318th, handle connecting rod, the 319th, handle, the 320th, sense switch, the 321st, the test rod of unblanking, the 322nd, secondary lock is secondary bar hole down, and the 323rd, secondary lock latch arm hole, the 324th, positive plate, the 325th, negative plate, the 326th, line hole, the 327th, conductive pole, the 328th, off-premises station drain pan, the 329th, the off-premises station loam cake, the 330th, fingerprint sensor, the 331st, opal, the 332nd, indicator light circuit plate, the 333rd, breaking-proof switch, the 334th, outdoor external power supply socket, the 335th, winding displacement socket, the 336th, button mainboard, the 337th, the breaking-proof switch hole, the 338th, winding displacement plug aperture, the 340th, digital keys, the 343rd, the secondary latch arm hole of lock box, the 344th, indoor loam cake, the 345th, indoor drain pan, the 346th, display screen, the 347th, buzzer, the 348th, the indication lamp hole, the 349th, display screen key hole, the 350th, indicator lamp, the 351st, loudspeaker socket, the 352nd, the display screen button, the 353rd, the electromagnetic valve Connection Block, the 354th, numerical ciphers is revised key, and the 355th, fingerprint is revised key, the 356th, the winding displacement socket, the 357th, external power supply socket, the 358th, the loudspeaker plug aperture, the 359th, numerical ciphers is revised the hole, the 360th, fingerprint is revised the hole, the 363rd, latch arm hole before the lock box, the 364th, latch arm hole behind the lock box, the 366th, external power supply socket hole, the 367th, winding displacement plug aperture, the 368th, outdoor external power supply socket hole.
Figure 11～13rd, the present invention is applied to the container anti-theft lock, among the figure: the 101st, casing, the 102nd, base plate, the 103rd, latch, the 104th, hand-held set, the 105th, data wire, the 106th, upper lock plate, the 107th, last latch arm hole, the 108th, indicator lamp, the 109th, right plate, the 110th, box plate, the 111st, locking bar cover, the 112nd, preceding jam plate, the 113rd, USB socket, 114 leaking holes, the 115th, left plate, the 116th, rear lock plate, the 117th, cover plate, the 118th, revise cryptographic key, the 119th, handle, the 120th, password key, the 121st, USB socket, the 122nd, the casing latch arm hole, the 123rd, lock substrate, the 124th, indicator light circuit plate, the 125th, sense switch circuit board, the 126th, sense switch, the 127th, the test rod of unblanking, the 128th, preceding latch arm hole, the 129th, back latch arm hole.
Figure 14～18th, the present invention is applied to anti-theft lock for motorcycle, among the figure: the 201st, main lock, the 202nd, secondary lock, the 203rd, wheel, the 204th, front fork, the 205th, hand-held remote control, the 206th, the button of unblanking, the 207th, lock substrate, the 208th, main latch arm hole, the 209th, secondary latch arm hole, the 210th, long lock tube, the 211st, short lock tube, the 212nd, battery cover, the 214th, locking bar cover steel ball hole, the 215th, adapter sleeve, the 216th, battery case.
Claims (7)
1. pellet shot from a slingshot intelligent anti-theft device, it is characterized in that: be with lock rod spring (4) on the rounded locking bar (1) of the cross section in the device, a side and its two ends that lock rod spring (4) is positioned at two spring support bars (12) contact with snap ring (5) and spring support bar (12) respectively, locking bar (1) passes the midfeather horizontal positioned of two spring support bars (12), the opposite side that the stage casing of locking bar (1) is positioned at spring support bar (12) has the steel bead groove (11) that adapts with steel ball (6), steel ball (6) is sliding-contact with steel bead groove (11), in the steel ball hole (7) of steel ball (6) on support (2), steel ball (6) is sliding-contact with the surface of the electromagnetic valve core (10) of electromagnetic valve (3), spacing hole (8) is positioned at the below of electromagnetic valve core hole (9), gag lever post (18) is positioned at spacing hole (8) and exposes in electromagnetic valve core hole (9), electromagnetic valve (3) links to each other with integrated circuit mainboard B (17) by circuit, integrated circuit mainboard B (17) links to each other with integrated circuit mainboard A (15), and integrated circuit mainboard A (15) links to each other with unlocking signal.
2. anti-theft device according to claim 1, it is characterized in that: the electromagnetic valve core (10) of electromagnetic valve (3) is positioned at the electromagnetic valve core hole (9) on the support (2), be with valve core spring (13) on the electromagnetic valve core (10), steel ball hole (7) communicate with electromagnetic valve core hole (9).
3. the application of the described anti-theft device of claim 1, it is characterized in that: as safe gate inhibition's theftproof lock, this device is fixedly mounted on the lock substrate (313) of main lock box (305), on the lock substrate (313) negative pole locking bar (307) and anodal locking bar (308) are housed also, anodal locking bar (308), negative pole locking bar (307) is connected by connecting rod (316) with locking bar (1), the tail end of locking bar (1) is equipped with the button of unblanking (317), the test rod of unblanking (321) also is housed on the locking bar (1), locking bar (1) passes the preceding latch arm hole (363) of lock box, latch arm hole (364) behind back locking bar sheet (312) and the lock box, a side corresponding with main lock (301) is equipped with secondary lock (302), secondary lock latch arm hole (323) and secondary lock secondary latch arm hole (322) are arranged on the secondary lock (302), the secondary secondary latch arm hole of lock (322) respectively with anodal locking bar (308), negative pole locking bar (307) center-aligned, locking bar (1) and secondary lock latch arm hole (323) center-aligned, electromagnetic valve (3) also links to each other with sense switch (320) with the button of unblanking (317) by circuit.
4. the application of the described anti-theft device of claim 1, it is characterized in that: as anti-theft lock for vehicle, when as motorcycle, this device is installed on the interior lock substrate (207) of main lock (201), have short locking bar cover (211) and long locking bar cover (210) in the main latch arm hole (208), locking bar (1) is interspersed in short locking bar cover (211) and the long locking bar cover (210), locking bar cover steel ball hole (214) is arranged on the long locking bar cover (210), steel ball (6) is exposed in the long locking bar cover (210), and secondary latch arm hole (209) is relative with main latch arm hole (208) center.
5. the application of anti-theft device according to claim 3, it is characterized in that: during as container gate inhibition theftproof lock, this device is fixed on the lock substrate (123) of casing (101) of container, the test rod of unblanking (127) is housed on the locking bar (1), locking bar (1) passes the casing latch arm hole (122) of casing (101), back latch arm hole (129) and preceding latch arm hole (128), on lock substrate (123) sense switch circuit board (125) and indicator light circuit plate (124) are housed also, integrated circuit mainboard B (17) by circuit respectively with electromagnetic valve (3), sense switch circuit board (125), indicator light circuit plate (124), revising cryptographic key (118) is connected with USB socket (113).
6. the application of anti-theft device according to claim 5 is characterized in that: revise cryptographic key (118) and be installed on the cover plate (117), USB socket (113) is installed on the right plate (109).
7. the application of anti-theft device according to claim 5 is characterized in that: sense switch (126) is housed on the sense switch circuit board (125), indicator lamp (108) is housed on the indicator light circuit plate (124).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310195110.3A CN103321484B (en) | 2013-05-17 | 2013-05-17 | The application of intelligent billiard anti-theft device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310195110.3A CN103321484B (en) | 2013-05-17 | 2013-05-17 | The application of intelligent billiard anti-theft device |
Publications (2)
| Publication Number | Publication Date |
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| CN103321484A true CN103321484A (en) | 2013-09-25 |
| CN103321484B CN103321484B (en) | 2015-09-30 |
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| CN201310195110.3A Expired - Fee Related CN103321484B (en) | 2013-05-17 | 2013-05-17 | The application of intelligent billiard anti-theft device |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5746458A (en) * | 1996-05-13 | 1998-05-05 | Ralph's Welding Inc. | Easily installable delayed egress lock system |
| CN201202318Y (en) * | 2008-05-26 | 2009-03-04 | 广州朗昇网络科技有限公司 | Mechanical lock type electric label seal |
| CN201460484U (en) * | 2009-06-18 | 2010-05-12 | 应小平 | Electromagnetic type remote-control vehicle head lock |
| CN201802145U (en) * | 2010-04-09 | 2011-04-20 | 珠海共创电力安全技术股份有限公司 | Locker |
| RU2451611C2 (en) * | 2010-09-08 | 2012-05-27 | Гебоян Григорий Сережаевич | Car hood interlocking system |
-
2013
- 2013-05-17 CN CN201310195110.3A patent/CN103321484B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5746458A (en) * | 1996-05-13 | 1998-05-05 | Ralph's Welding Inc. | Easily installable delayed egress lock system |
| CN201202318Y (en) * | 2008-05-26 | 2009-03-04 | 广州朗昇网络科技有限公司 | Mechanical lock type electric label seal |
| CN201460484U (en) * | 2009-06-18 | 2010-05-12 | 应小平 | Electromagnetic type remote-control vehicle head lock |
| CN201802145U (en) * | 2010-04-09 | 2011-04-20 | 珠海共创电力安全技术股份有限公司 | Locker |
| RU2451611C2 (en) * | 2010-09-08 | 2012-05-27 | Гебоян Григорий Сережаевич | Car hood interlocking system |
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| CN103321484B (en) | 2015-09-30 |
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Effective date of registration: 20160411 Address after: 518067 Guangdong city of Shenzhen province Nanshan District Houhai Avenue Sea Garden Phase thirteen 707 Patentee after: Wang Xiaoying Address before: 518125, Shenzhen, Guangdong province Baoan District manhole Street on the South Industrial Zone, No. 1-1, macro Road Patentee before: Shenzhen Dao Ge Technology Co., Ltd. |
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