CN201953185U

CN201953185U - Double coded lock strengthening structure thief-resistant safe

Info

Publication number: CN201953185U
Application number: CN2010206406213U
Authority: CN
Inventors: 陆春新
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-03
Filing date: 2010-12-03
Publication date: 2011-08-31
Anticipated expiration: 2020-12-03

Abstract

Currently, a common thief-resistant safe is formed by an electronic coded lock safe and a rotary disc mechanical coded lock safe. Because the above to safes are single one-group code safe and the probability for embezzling or decoding the code by the criminal is present. In order to eliminate the above safety hidden trouble, the key of the technical proposal of the utility model is that: a rotary disc mechanical coded lock is added on the existing electronic coded lock or a fingerprint coded lock, thus a group of codes is added to form a double-group code safe. The difficulty in embezzling or decoding the code by the criminal is increased by the double group of codes, the crime committing time is prolonged, the safety performance of the safe is increased and after adding the rotary disc mechanical coded lock is added on the existing electronic coded lock or the fingerprint coded lock, thus a new product in a novel, practical and beautiful appearance is obtained.

Description

Double-cipher lock reinforcement thief-resistant safe

Affiliated technical field

The utility model relates to a kind of thief-resistant safe, just is meant that (electronic password lock or finger-print cipher lock) and rotating disk mechanical code lock are installed in two coded locks, the locking device on the safe door simultaneously.Especially it is antitheft to get reinforcement, prolongs offender's crime time, improves the effect of the security performance of strongbox.

Background technology

At present, known burglary insurance box structure is to be formed by single electronic password lock strongbox and single two kinds of strongboxs of rotating disk mechanical code lock strongbox.Because above-mentioned two kinds of strongboxs all are one group of single cipher safes, there are some hidden dangers in the possibility that exists all that password is usurped by the offender or password is cracked.

Summary of the invention

In order to overcome the deficiency that existing two kinds of strongboxs are usurped by the offender or password is cracked on password, eliminate this potential safety hazard, main points of the present utility model are exactly on the basis of existing on the same casing door-plate (a finger-print cipher is locked electronic password lock or), increase a rotating disk mechanical code lock again, so just having has increased by one group of password, become two group cipher safes, two groups of passwords will be usurped or decryption has increased difficulty to the offender, prolong crime time, improved the security performance of this strongbox, and increased again on the basis of former (electronic password lock or finger-print cipher lock) strongbox one the rotating disk mechanical code lock after, just produced a outward appearance, fashionable, practicality, new product attractive in appearance.

Description of drawings

The present invention is further described below in conjunction with drawings and Examples.

Fig. 1 is the utility model: small capacity double coded lock reinforcement thief-resistant safe stereoscopic figure.

Fig. 2 is the utility model; Simple gate Double-cipher lock reinforcement thief-resistant safe stereoscopic figure.

Fig. 3 is the utility model: two-door Double-cipher lock reinforcement thief-resistant safe stereoscopic figure.

Fig. 4 is Fig. 1 (small capacity double coded lock reinforcement thief-resistant safe) strongbox and Fig. 3 (two-door Double-cipher lock reinforcement thief-resistant safe) cabinet door-plate outside drawing.

Fig. 5 is Fig. 1 (small capacity double coded lock reinforcement thief-resistant safe) strongbox and Fig. 3 (two-door Double-cipher lock reinforcement thief-resistant safe) cabinet door-plate internal mechanism (locking state) constructional drawing.

Fig. 6 is Fig. 1 (small capacity double coded lock reinforcement thief-resistant safe) strongbox and Fig. 3 (two-door Double-cipher lock reinforcement thief-resistant safe) cabinet door-plate internal mechanism (normal opening) constructional drawing.

Fig. 7 is Fig. 1 (small capacity double coded lock reinforcement thief-resistant safe) strongbox and Fig. 3 (two-door Double-cipher lock reinforcement thief-resistant safe) cabinet door-plate internal mechanism (emergency opening state when electronic password lock or finger-print cipher lock a break down) constructional drawing.

Fig. 8 is Fig. 2 simple gate Double-cipher lock reinforcement thief-resistant safe door-plate outside drawing.

Fig. 9 is Fig. 2 simple gate Double-cipher lock reinforcement burglary insurance chamber door internal mechanism (locking state) constructional drawing.

Figure 10 is Fig. 2 simple gate Double-cipher lock reinforcement burglary insurance chamber door internal mechanism (normal opening) constructional drawing.

Figure 11 is Fig. 2 simple gate Double-cipher lock reinforcement burglary insurance chamber door internal mechanism (emergency opening state when electronic password lock or finger-print cipher lock breaks down) constructional drawing.

The outer turn-knob dish view of unblanking that coils of Figure 12 mechanical code lock

In Fig. 1, Fig. 2, Fig. 3: 1. rotating disk mechanical code lock dial, 2. electronic password lock keyboard (or Fingerprint Lock fingerprint input disc), the 3. outer dish of the mechanical code lock turn-knob dish of unblanking, 4 among Fig. 2 is the simple gate handgrip that opens the door.

In Fig. 5, Fig. 9: 5. door lock bolt, 6. door lock bolt support, 7. inserted sheet, 8. door lock bolt stroke plate, 9. arc shaped groove after rotating disk mechanical code lock page or leaf sheet aligns, 10. rotating disk mechanical code lock page or leaf sheet, 11 door lock bolt stroke alignment pins, 12. emergent locks are opened inserted sheet, 13. battery case positions, 14 electronic lock wiring board positions, lower internal door hinge on 15,16. valve core of the electromagnetic valve, 17. electromagnetic valves, 18. alarm buzzer, 19. door-plate, 20. keeper angle bar, keeper draw-in bar about in the of 21., 22. shifting fork piece in the handgrip keeper drag link, 23. handgrips.

The specific embodiment

In Fig. 1, Fig. 3 style strongbox, can be respectively behind the correct numerical ciphers of (1) rotating disk mechanical code lock dial input, behind the correct digit password (if the correct fingerprint of Fingerprint Lock input) that input on (2) electronic password lock numeric keypad originally set, Fig. 6, in (17) door electromagnetic valve switch on, electromagnetic valve (16) spool shrinks, just Fig. 1, Fig. 3 rotate the outer dish of (3) mechanical code lock by hand and unblank to pull after the turn-knob disc spins respectively, safe door has just normally been opened, and sees (7) (16) expression among Fig. 6.

In Fig. 2 style strongbox, can be behind the correct numerical ciphers of (1) rotating disk mechanical code lock dial input, behind the correct digit password (if the correct fingerprint of Fingerprint Lock input) that input on (2) electronic password lock numeric keypad originally set, electromagnetic valve energising in (17) door in Figure 10, electromagnetic valve (16) spool shrinks, just but Fig. 2 stirs the outer dish of (3) mechanical code lock with hand and unblanks after the turn-knob disc spins, stir Fig. 2 handgrip turn-knob (4) rotation back sliding door again, safe door has just normally been opened, and sees (7) (16) (23) expression among Figure 10.

When electronic password lock battery non-transformer, when outage or electric elements break down, at Fig. 1, in Fig. 3 style strongbox, can be respectively behind the proper password that the rotation input originally set on (1) rotating disk mechanical code lock rotating disk, at Fig. 7, after making the alignment of the interior page or leaf of interior four (10) the rotating disk mechanical code locks of door sheet notches, can unload (2) electronic password lock keyboard (or Fingerprint Lock fingerprint input disc) rotation and can see the emergency key lock, the rotation of insertion emergency key makes door interior (12) depress (16) valve core of the electromagnetic valve and steps down, this is with regard to rotatable Fig. 1, the outer turn-knob disc spins sliding door of unblanking that coils of (3) mechanical code lock of Fig. 3, at this moment, but door emergency opening just.See (7) (12) (16) expression among Fig. 7.

At Fig. 2 style strongbox electronic password lock battery non-transformer, when outage or electric elements break down, behind the proper password that (1) rotation input originally set on Fig. 2 mechanical code lock rotating disk, at Figure 11, after making the alignment of the interior page or leaf of interior four (10) the rotating disk mechanical code locks of door sheet notches, just can unload (2) electronic password lock keyboard (or Fingerprint Lock fingerprint input disc) rotation and can see the emergency key lock at Fig. 2, the rotation of insertion emergency key makes door interior (12) depress (16) valve core of the electromagnetic valve and steps down, this is with regard to rotatable Fig. 2, on the outer dish of (3) mechanical code lock unblank after the turn-knob disc spins, stir Fig. 2 handgrip turn-knob (4) rotation back sliding door again, safe door is seen (7) (12) (16) (23) expression among Figure 11 with regard to emergency opening.

Claims

1. a Double-cipher lock reinforcement thief-resistant safe is characterized in that: two coded locks are installed on a strongbox shop front simultaneously, are increased a rotating disk mechanical code lock more exactly on the basis of an electronic password lock or finger-print cipher lock.