Air gun with double safety structure

Abstract

The invention discloses an air gun safety reset structure. A safety driving lever is additionally arranged on the basis of an original air gun safety structure; after the safety of an air gun is opened, if the safety is needed again, the safety driving lever is rotated to drive a cam on the safety driving lever to rotate so as to eject an on-hook hook piece, so that the on-hook hook piece is rotated around an on-hook hook piece pin until the lower end of the on-hook hook piece is separated from a top plate end face; meanwhile, a safety shaft does axial movement under the action of a safety shaft spring until touching an end face of the safety driving lever to stop; at the time, a cylindrical boss on the safety shaft is moved to the rear part of the on-hook hook piece, and then the safety driving lever is reset; and the driving lever cam on the safety driving lever is separated from the on-hook hook piece, the cylindrical boss on the safety shaft ejects the upper end of the on-hook hook piece again, and the lower end of the on-hook hook piece is separated from the top plate, so that the air gun with opened safety and at a firing state can be at a safety state again.

Description

technical field [0001] The invention relates to the field of firearms, in particular to an air gun. Background technique [0002] Most of the existing air guns in the market adopt a flat iron structure, that is, the barrel is movable and pressed down; most of the gun safety structures have only one safety. When the gun is ready to fire, there is a safety mechanism to control whether to fire. [0003] This air gun has the following drawbacks: [0004] 1. Barrel down-pressing air guns. During the air compression process, the barrel is under pressure. As we all know, under the action of force, the object will deform. Over time, the barrel will produce slight deformation, especially the high-speed gun series. The barrel requires more force and this problem is even more present. [0005] 2. Although most firearms have a safety structure, they also have defects in some specific aspects. As in the loading process, there is no safety mechanism. Contents of the invention [0006...

AI Technical Summary

Problems solved by technology

[0004] 1. Barrel down-pressing air guns. During the air compression process, the barrel is under pressure. As we all know, under the action of force, the object will be deformed. Over time, the barrel will produce slight deformation, especially the high-speed gun series. The barrel requires more force and is more of a problem

[0005] 2. Although most guns have a safety structure, they also have defects in some specific aspects. For example, during the loading process, there is no safety mechanism.

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