CN201024763Y

CN201024763Y - Double-core time limit lock

Info

Publication number: CN201024763Y
Application number: CNU2007200118916U
Authority: CN
Inventors: 李艳梅; 吴景全
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-04-28
Filing date: 2007-04-28
Publication date: 2008-02-20
Anticipated expiration: 2017-04-28

Abstract

The utility model relates to a double-core timing lock, comprising a shell(30), a double-core locking device, a double-core electrifying device, a timing limit device(13), a timer mechanism(18) and a tripper device, wherein, a power source(15) is connected with the double-core electrifying device, the timing limit device(13) and the timer mechanism(18) by leads(14). The timing limit device(13) and the timer mechanism(18) are fixed on a timing motor(12). The utility model has the beneficial effects that by the double-core timing technology, the utility model solves the defect the single-core lock can be opened without time limit. The utility model limits the period of opening the lock and allowing people setting safety grades according to different conditions, so as to resist theft completely. In accord with the structural principle of the double-core timing lock, the utility model enables manufacturing locks with different functions for different industries.

Description

Double cores time-limiting lock

Technical field

The utility model relates to a kind of lockset, especially can limit the double cores time-limiting lock of uncaging time.

Background technology

Current, what general lockset generally adopted is the technology of being unblanked by a lock core control, and uncaging time is unrestricted, and the people with professional unlocking technique is easy to open lockset with the instrument beyond the key, and anti-theft effect is bad.

Summary of the invention

In order to overcome the unrestricted deficiency of monolock core uncaging time, the utility model provides a kind of double cores time-limiting lock.This lock adopts twin-core technical limitations unlocking person of prescribing a time limit to open within a certain period of time, has crossed binding hours and has failed to open lockset, then must open again, and freight weight limit is not counted again.This lock can set up the opening time on their own according to different situations by the end user, limits safe class, has complete anti-theft feature.

The technical scheme that its technical problem that solves the utility model adopts is: double cores time-limiting lock comprises housing (30), twin-core blocking device, twin-core energising device, timing restraint device (13), timer arrangement (18) and jumping locking device.Power supply (15) is connected with twin-core energising device, timing restraint device (13), timer arrangement (18) by lead (14).Regularly restraint device (13) and timer arrangement (18) are fixed on the motor (12) of prescribing a time limit.

The twin-core blocking device comprises locking turning cylinder B (4), lock core B cursor (5), lock core A cursor (8), external obturator hernia (9), locking turning cylinder A (10), locking contact A (11), locking contact B (7), external locking post (22), spring (29).Lock core B cursor (5) is connected with locking turning cylinder B (4); Lock core A cursor (8) is connected with locking turning cylinder A (10).Locking contact A (11) is in the end of locking turning cylinder A (10), passes external obturator hernia (9).External locking post (22) is connected on the outside blocking device.Spring (29) is in the locking turning cylinder A (10).

Twin-core energising device comprises jumps lock motor (2), jumps that lock touches prominent (3), jumps locking device controlling platform (6), energising contact pilotage (1).The jumping lock touches prominent (3), jumps locking device controlling platform (6) and jumps lock motor (2) and is connected, and the contact pilotage (1) of switching on is fixed in the lock core.Lock core B cursor (5), locking contact B (7), locking turning cylinder A (10) are fixed on and jump on the locking device controlling platform (6).

Regularly restraint device (13) comprises hot contact (16), outage contact (17), energising slideway (20), the motor (12) of prescribing a time limit, timing limiter electrode column (23), regularly limiter active card door bolt (24), safe class limit bolt (25), contact arms (26).Energising slideway (20) is in the regularly periphery of restraint device (13).Hot contact (16) and outage contact (17) link together, and are connected with contact arms (26).Regularly limiter active card door bolt (24) is connected with safe class qualification bolt (25).Regularly limiter electrode column (23) is fixed on the electric slideway (20).

Timer arrangement (18) comprises the sliding pin (27) of energising, energising slide block (28).

Jump locking device and comprise lifting support (19), gate-controlled switch (21).Lifting support (19) is fixed between locking contact B (7) and the locking turning cylinder A (10).Gate-controlled switch (21) is connected on the lead (14).

The beneficial effects of the utility model are: adopt the twin-core technology of prescribing a time limit, improved the deficiency that single core unblanks not to be subjected to time restriction, limited the time limit of unblanking, set safe class according to end user's different situations again, can reach antitheft purpose fully.Utilize the aufbauprinciple of this lockset, also can make the lockset of the different purposes of different industries.

Description of drawings

Below in conjunction with accompanying drawing and example the utility model is further specified.

Fig. 1 is double cores time-limiting lock core texture generalized section (state before opening).

Fig. 2 is double cores time-limiting lock core texture generalized section (opening the back state).

Fig. 3 is regularly a restraint device operating principle schematic top plan view.

Fig. 4 jumps the locking device fundamental diagram.

Fig. 5-A is a regularly back view of timer arrangement.

Fig. 5-B is view when circuit was connected before timer arrangement finished.

Fig. 5-C is that timer arrangement regularly finishes the back view.

Among the figure: 1. the contact pilotage of switching on, 2. jump the lock motor, 3. jump lock and touch prominent, 4. locking turning cylinder B, 5. lock core B cursor is 6. jumped the locking device controlling platform, 7. locking contact B, 8. lock core A cursor, 9. external obturator hernia, 10. locking turning cylinder A, 11. locking contact A, 12. motor in limited time, 13. the timing restraint device, 14. leads, 15. power supplys, 16. hot contact, 17. outage contacts, 18. timer arrangements, 19. lifting support, 20. the energising slideway, 21. gate-controlled switches, 22. external locking posts, 23. timing limiter electrode column, 24. regularly the limiter active card is fastened with a bolt or latch, 25. safe classes limit bolt, 26. contact arms, 27. the sliding pin of energising, 28. the energising slide block, 29. springs, 30. housings.

The specific embodiment:

When opening the twin-core blocking device, each lock core is all connected separately and is regularly limited device circuit, and motor is started working in limited time, drives regularly restraint device and timer arrangement and sets and unblank the time limit, set the time limit of unblanking after, motor cuts off the power supply voluntarily and quits work.When unblanking when Zhongdao time limit, timer arrangement is connected and is jumped the locking device circuit once, and jump the lock motor drives and jump locking device and finish and once jump lock, twin-core blocking device homing, must return the lock core original position and unblank again this moment, repeats aforesaid operations, do not limit number of times.

When opening lock core, there is a lock core column to drive the energising contact pilotage in the lock core and stretches out outside the core, connect motor circuit in limited time.

When unblanking, setting prescribes a time limit, regularly restraint device and timer arrangement run-in synchronism under the drive of the motor of prescribing a time limit, and regularly the hot contact of limiter means is connected circuit, and enforcement is regularly.After regularly finishing, outage contact disconnecting circuit also returns under the drive of timer arrangement, implements in limited time.In the process of prescribing a time limit, connect when timer arrangement only finishes in limited time and jump the lock motor circuit once, disconnection then.

On jumping locking device circuit, a gate-controlled switch is arranged, can be made as required and jump lock and do not jump the lock two states.When being made as jumping lock state, under the situation of jumping lock motor energising work, the jumping lock touches the jack-up of dashing forward and jumps the locking device controlling platform, makes the locking turning cylinder break away from the control of lock core cursor, under the effect of spring, automatically replies original position, finishes the jumping lock; Cut off the power supply out-of-work the time jumping the lock motor, jump lock and touch prominent ineffectively, under the control of jumping the lock lifting support, rely on the active force homing of spring.When being made as when not jumping the lock state, jump the lock motor circuit and disconnect all the time, jump locking device and lose the jumping lock function.

Need open successively when opening the twin-core blocking device two lock cores,, when opening first lock core, lock core A cursor drives locking turning cylinder A to external obturator hernia place, afterwards, opens second lock core again, lock core B cursor drives locking turning cylinder B and rotates, locking turning cylinder B promotes the tail end mouth that locking contact B stretches into locking turning cylinder A, promotes locking contact A and stretches into external obturator hernia, and external locking capital in the hole is gone out, connect outside blocking device, rotate outside blocking device and open lockset.Two lock cores are double stem stem, when first lock core is opened, one row lock core column breaks away from the core hole, after rotating to an angle, another row lock core column enters the core hole, and after key was extracted lock core out, it is motionless that first lock core is maintained fixed, and then second lock core of unlatching that use the same method, the twin-core blocking device is in fully opens the back state.

In Fig. 1, when opening lock core, energising contact pilotage 1 is connected motor 12 circuit in limited time, under motor drives, and timing restraint device 13 and timer arrangement 18 synchronization timings, hot contact 16 contacts energising slideways 20 at this moment, regularly restraint device 13 is a "on" position, and timer arrangement 18 is an off-position, after regularly finishing, outage contact 17 is connected energising slideway 20, and regularly limiter is an off-position.Definite time-lag in, connect when timer arrangement 18 finishes in limited time and jump lock motor 2 circuit once, under motor drives, jump 6 liftings of locking device controlling platform once, drive locking turning cylinder A10 and locking turning cylinder B4 synchronization lifting once, finish and once jump lock.

In Fig. 2, under lock core A cursor 8 drives, locking turning cylinder 10 forwards external obturator hernia 9 places to, the interior locking contact A11 of axle this moment aims at external obturator hernia 9, afterwards, and under lock core B cursor 5 drives, locking turning cylinder B4 promotes locking contact B7 and enters in the locking turning cylinder A10 end interfaces, promote locking contact A11 and stretch into external obturator hernia 9, outside the external locking post 22 outstanding holes, be connected in a chain of promotion hole with outside blocking device.

In Fig. 3, when jumping the 2 energising rotations of lock motor, locking device controlling platform 6 is jumped in drive and locking turning cylinder A10, locking turning cylinder B4 raise together, realizes jumping and locks.After jumping lock, under the effect of spring, locking turning cylinder A10 and locking turning cylinder B4 homing, simultaneously, locking contact A11 and locking contact B7 be homing also, and the lock core cursor must be got back to initial position and unblanked again this moment.

In Fig. 4, regularly restraint device is when timing, and hot contact 16 is connected energising slideway 20, is communicated with motor 12 circuit in limited time, implements regularly.Behind hot contact 16 contact timing limiter active card door bolts 24, motor 12 circuit disconnect in limited time, regularly end.Then, contact arms 26 returns under the drive of timer, and the contact 17 contact energising slideways 20 that cut off the power supply this moment return, and motor 12 circuit are off-state in limited time.When outage contact 17 is back to when regularly limiter electrode column 23 contact, connect motor 12 circuit of prescribing a time limit, the repetition above-mentioned steps.Independent mobile active card door bolt 24 also is fixed in regularly limiter electrode column 23 and safe class and limits certain on the energising slideway 20 between the bolt 25, can limit the time limit in limited time, the setting safe class.

In Fig. 5-A-Fig. 5-C, timer arrangement for opening circuit, in the return course that regularly finishes, when slide blocks 28 are switched in sliding pin 27 contacts of energising, is connected and is jumped the lock motor circuit once in timing process.

Utilize the core aufbauprinciple of double cores time-limiting lock, can make different sizes, the difform twin-core structure of prescribing a time limit,, make the lockset of different industries, different purposes in conjunction with the live part of other locksets.

Claims

1. double cores time-limiting lock comprises housing (3)), it is characterized in that, also comprise core blocking device, twin-core energising device, timing restraint device (13), timer arrangement (18) and jump locking device; Power supply (15) is connected with twin-core energising device, timing restraint device (13), timer arrangement (18) by lead (14); Regularly restraint device (13) and timer arrangement (18) are fixed on the motor (12) of prescribing a time limit.

2. double cores time-limiting lock as claimed in claim 1, it is characterized in that the twin-core blocking device comprises locking turning cylinder B (4), lock core B cursor (5), lock core A cursor (8), external obturator hernia (9), locking turning cylinder A (10), locking contact A (11), locking contact B (7), external locking post (22), spring (29); Lock core B cursor (5) is connected with locking turning cylinder B (4); Lock core A cursor (8) is connected with locking turning cylinder A (10); Locking contact A (11) is in the end of locking turning cylinder A (10), passes external obturator hernia (9); External locking post (22) is connected on the outside blocking device; Spring (29) is in the locking turning cylinder A (10).

3. double cores time-limiting lock as claimed in claim 1 is characterized in that, twin-core energising device comprises jumps lock motor (2), jumps that lock touches prominent (3), jumps locking device controlling platform (6), energising contact pilotage (1); The jumping lock touches prominent (3), jumps locking device controlling platform (6) and jumps lock motor (2) and is connected, and the contact pilotage (1) of switching on is fixed in the lock core; Lock core B cursor (5), locking contact B (7), locking turning cylinder A (10) are fixed on and jump on the locking device controlling platform (6).

4. double cores time-limiting lock as claimed in claim 1, it is characterized in that regularly restraint device (13) comprises hot contact (16), outage contact (17), energising slideway (20), the motor (12) of prescribing a time limit, timing limiter electrode column (23), regularly limiter active card door bolt (24), safe class limit bolt (25), contact arms (26); Energising slideway (20) is in the regularly periphery of restraint device (13); Hot contact (16) and outage contact (17) link together, and are connected with contact arms (26); Regularly limiter active card door bolt (24) is connected with safe class qualification bolt (25); Regularly limiter electrode column (23) is fixed on the electric slideway (20).

5. double cores time-limiting lock as claimed in claim 1 is characterized in that, timer arrangement (18) comprises the sliding pin (27) of energising, energising slide block (28); Timer arrangement (18) is fixed on the motor (12) of prescribing a time limit.

6. double cores time-limiting lock as claimed in claim 1 is characterized in that, jumps locking device and comprises lifting support (19), gate-controlled switch (21); Lifting support (19) is fixed between locking contact B (7) and the locking turning cylinder A (10); Gate-controlled switch (21) is connected on the lead (14).