Connecting mechanism for wearing equipment for police and rotating shaft pin thereof

Abstract

The invention discloses a connecting mechanism for wearing equipment for police and a rotating shaft pin thereof. An upper assembly piece, a middle assembly piece and a lower assembly piece are respectively fixed on a connecting piece shell, and the middle assembly piece is arranged between the upper assembly piece and the lower assembly piece; an upper assembly hole is opened in the upper assembly piece, a middle assembly hole is opened in the middle assembly piece, a lower assembly hole is opened in the lower assembly piece, and the upper, middle and lower assembly holes are communicated with each other; a fixing cap is arranged in the upper assembly hole; the pin head of the rotating shaft pin passes through the lower assembly hole and middle assembly hole in sequence and is inserted in the fixing cap, and there is a certain clearance between the pin head and the inner wall of the fixing cap; the pin tail of the rotating shaft pin is rotationally arranged in the lower assembly hole. When a drill damages the rotating shaft structure, the fixing cap or the rotating shaft pin rotates along with the rotating shaft, so that the damage due to the rotating cutting of the drill is effectively avoided.

Description

technical field [0001] The invention belongs to the technical field of connection mechanisms, and in particular relates to a connection mechanism for police wearable equipment and a pivot pin thereof. Background technique [0002] The connectors of police wearable devices are generally made of high-strength and anti-destructive materials, and it is difficult to break through the body of the connector to open the wearable device. Then, the connection mechanism between the connecting parts has always been the weak point of police wearable equipment, and it is extremely easy to be damaged. As the connection mechanism, it is necessary to satisfy the function of the connection and also satisfy the need for the connecting piece to be able to rotate in the connection mechanism, resulting in a complex structure of the connection mechanism, and there is a loophole that is easy to be damaged. The connecting pins in the existing connecting mechanism are easily damaged under the action...

AI Technical Summary

Problems solved by technology

[0002] The connectors of police wearable devices are generally made of high-strength and anti-destructive materials, and it is difficult to break through the body of the connector to open the wearable device

Then, the connection mechanism between the connecting parts has always been the weakness of police wearable equipment, which is extremely easy to be damaged

As a connecting mechanism, it needs to meet the function of connecting and also satisfy the need for the connecting piece to be able to rotate in the connecting mechanism, which leads to a complex structure of the connecting mechanism, and there are loopholes that are easy to break

The connecting pins in the existing connecting mechanism are easily damaged under the action of external high-strength impact drills and other tools. The connecting pins are driven to rotate by the impact drill, causing twisting, damage, and eventually breaking, causing police wearables to be opened.

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