Positioning control mechanism of expandable baton

Abstract

The present invention is to provide a positioning control mechanism applied to an expandable baton including a first pipe provided with a clamping groove portion on two opposite inner walls thereof and a second pipe inserted into the first pipe and provided with shifting holes on two opposite wall surfaces thereof. The positioning control mechanism includes an activating mechanism and a releasing rod. The activating mechanism is formed by two activating blocks movably positioned in the shifting holes and hooked with each other to form a releasing hole therebetween. The releasing rod is mounted inside the first pipe and, when one end of the releasing rod is inserted into the releasing hole, the outer edges of the activating block can be retracted inwardly and is not inserted in the clamping groove portion, so the second pipe can be retracted into the first pipe and positioned to form a short-rod shape.

Description

technical field [0001] The present invention relates to the positioning structure of the telescopic baton, especially a telescopic baton equipped with a brake mechanism and a release lever, so that the user can quickly and stably extend the telescopic baton and position it into a long stick shape for execution Duty, or the stretchable baton can be contracted and positioned into a short stick shape, so as to be stored and carried. Background technique [0002] Since the retractable baton can be quickly expanded into a long stick to deter and suppress unlawful intrusion, it can also be quickly contracted into a short stick to carry it around when performing duties. Therefore, at present, no matter the security When personnel, military and police personnel or other security personnel perform duties, they usually carry telescopic batons with them to effectively prevent illegal intrusion, thereby ensuring the safety of residents, property and personnel. In addition, in view of th...

AI Technical Summary

Problems solved by technology

[0008] Although the above-mentioned latest telescopic baton 10 can indeed enable the user to conveniently control the telescopic baton 10 in the state of long and short sticks, however, since the brake blocks 21 are only freely accommodated in the displacement holes 121, And these elastic elements 40 are also freely accommodated between these brake blocks 21, therefore, when the user holds the first pipe body 11 and applies a throwing force to the telescopic baton 10, the The brake block 21 and these elastic elements 40 are very easy to displace and collide with each other due to the throwing force, and make a rattling sound. The brake block 21 or each of the elastic elements 40 is out of the correct position, causing each of the brake blocks 21 to fail to exert a correct clamping effect, or to make the telescopic baton 10 unable to be normally controlled in the state of a long stick or a short stick.

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