Clutch housing with technical opening prevention function

Abstract

The invention discloses a clutch housing with a technical opening prevention function. The clutch housing comprises a clutch housing body (6), a clutch housing bottom plate (1), a mechanical lock cylinder (4), a mechanical lock cylinder brake cap (10), a key motor set (2) and a key clutch pin (3). The clutch housing bottom plate (1) is fixed to the clutch housing body (6). The mechanical lock cylinder (4) is fixed to a lock cylinder mounting base in the clutch housing body (6). The mechanical lock cylinder brake cap (10) is arranged on the mechanical lock cylinder (4), fixed to the clutch housing body (6), and matched with a brake cap hole in the clutch housing bottom plate (1). The key motor set (2) is fixedly mounted on the clutch housing body (6). The key clutch pin (3) is mounted on the clutch housing bottom plate (1) and can move up and down. One end of the key clutch pin (3) is matched with the key motor set (2), and the other end of the key clutch pin (3) is matched with a brake groove in the mechanical lock cylinder brake cap (10). By adoption of the structure, the clutch housing has the advantages of being reasonable in structural design, convenient to mount and use, safe and reliable in operation, high in mechanical strength, long in service life, good in technical opening prevention performance and the like.

Description

technical field [0001] The invention relates to an intelligent lock, in particular to an anti-technical opening clutch box for protecting a mechanical lock cylinder. Background technique [0002] As we all know, locks are the core components of anti-theft doors, and their quality directly affects the safety and performance of anti-theft doors. Improving the anti-theft performance of locks is the key to anti-theft doors. At present, thieves do not only rely on violence to unlock the lock, but now mainly use technology to open the mechanical lock cylinder to steal, such as tin foil unlocking, single hook unlocking, hand drill unlocking, etc., which are hard to guard against. Most of the mechanical locks and fingerprint locks still use A and B-level lock cylinders, and the technical opening difficulty is extremely low. A thief who has mastered the technology can open it in three to five minutes. Super B-level lock cylinders are also difficult to resist the thief's technology. ...

AI Technical Summary

Problems solved by technology

At present, most mechanical locks and fingerprint locks still use A and B-level lock cylinders. The technical opening difficulty is extremely low. A thief who has mastered the technology can open it in three to five minutes. Super B-level lock cylinders are also difficult to resist the thief's technology. Open; technology theft is always threatening our personal and property safety, so anti-technology opening door locks will be the general trend

For this reason, many scientific research institutes, manufacturers and people of insight have developed and developed, but so far no ideal products have come out.

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