Method for manufacturing waterproof and burglarproof door with mortise lock pins

Abstract

The invention discloses a method for manufacturing a waterproof and burglarproof door with mortise lock pins. According to the method, a door leaf, a groove type lock base and a mechanism thereof, a lock control device, a door frame and convex lock lugs matched with the door frame are provided. The method is characterized in that grooves of the groove type lock base are formed on the opening side of the door leaf; groove exposure punched holes and the grooves are correspondingly formed; groove shapes are formed on the edge of the door leaf; the mortise lock pins are arranged in lock pin through holes formed in the groove type lock base and driven by transmission guide pieces on the groove type lock base to move back and forth in the grooves; the transmission guide pieces are connected with stress shaft pieces of the lock control device on the door leaf; the convex type lock lugs are arranged on the door frame corresponding to the grooves on the door leaf; and when the door leaf and the door frame are closed, the convex lock lugs are inserted into the grooves, so that the lock pins are prohibited from entering lock holes of the convex type lock lugs inserted into the grooves or are unlocked and retreated only by rotating a lock cylinder driving mechanism, which can drive the mortise lock pins in the lock pin through holes through the transmission guide pieces, of the lock device through a key.

Description

technical field [0001] The invention relates to a method for manufacturing a fire-proof anti-theft door, in particular to a method for manufacturing a plug-in type fire-proof and anti-theft door that integrates a lock control mechanism with a door and a frame. Background technique [0002] Today's fire-proof and anti-theft doors, in terms of configuring "machine lock products", cannot achieve integrated process assembly design with the door body and frame body, so the production of fire-proof and anti-theft doors can only wait for the door body and frame body to be manufactured After success, the assembly combination of "machine lock products" will be implemented separately. Obviously, the inheritance of the previous production method is not only complicated and labor-intensive, but also time-consuming, which will easily lead to blind obedience in the later machine lock assembly, and then affect the lack of overall safety unity in the locking force effect of fireproof and an...

AI Technical Summary

Problems solved by technology

[0002] Today's fire-proof and anti-theft doors, in terms of configuring "machine lock products", cannot achieve integrated process assembly design with the door body and frame body, so the production of fire-proof and anti-theft doors can only wait for the door body and frame body to be manufactured After success, another assembly combination of "machine lock products" will be implemented

Obviously, the inheritance of the previous production method is not only cumbersome and complicated, but also labor-intensive and time-consuming, which will easily lead to blind obedience in the later machine lock assembly, which will affect the overall safety of fire-proof and anti-theft doors.

Therefore, the existing fireproof and antitheft doors are limited to the division of two different industries of "doors and locks", which greatly restricts the improvement of the production technology of fireproof and antitheft doors.

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