Screw locker tool

Abstract

The invention relates to a screw-lock tool structure. The body of the screw-lock tool comprises an axes part and a driving part, wherein the driving part is combined with one end of the axes part, and the axes part is covered by a hand-held part. The axes part is provided with an impaction part which can withstand external forces to allow the body to generate a corresponding action under the action of the external forces. The axes part is provided with a reinforcing section along the position at which the impaction part transmits a generated stress. The reinforcing section is made of special engineering plastic and extends from the axes part outward to form a lager structural surface for reinforcing the structural strength of the axes part. With the structure, the body achieves perfect structural strength for withstanding external forces and performing operation by using the external forces. The screw-lock tool has a simple structural and keeps due structural strength.

Description

technical field [0001] The invention relates to a screw lock tool structure, in particular to a screw lock tool structure with a reinforcing section, which can effectively strengthen the structural strength of the body, and can resist and bear impact force. Background technique [0002] Nowadays, in order to make it easier for ordinary people to operate hand tools, various types of hand tools have gradually evolved from sophisticated and complex structures to simple and simple structures, so that ordinary people can easily grasp the characteristics and functions of the tools, which is in line with this research and development trend. Or, such as the case of "impact rotating tool structure" of Taiwan Patent Application No. 096100863, the components of this case are mainly provided with a driving part, and the driving part is combined with a locking part and a body part, and the body part is provided with a plurality of through holes , one end is provided with an impact part, ...

AI Technical Summary

Problems solved by technology

[0003] Although this case achieves the goal of being easier to use with a simplified structural design, since the function of this case can use external force impact as a booster for operations, its structure must have a design that can withstand frequent and strong external force impacts. However, Its body is not equipped with any structure to enhance the strength of the body, or a device that can absorb and slow down the impact of external forces. Moreover, when the plastic material of the grip part is filled into the through hole, there is a great probability that the plastic material will only fill the hole. The two ends of the through hole are not filled in the center of the through hole, resulting in holes and gaps between the structure of the body and the handle, which weakens the solidity and firmness of the structure. Under repeated impact, it is easy to cause the structure to fail to withstand the impact and be damaged. It can be seen that in the process of the evolution of hand tools towards simplified structural design, how to make products with simple structure but without losing their due structural strength can avoid ordinary people groping Inadvertently damaging or destroying hand tools during the operation process, or when the operation method is illegal, resulting in weakened functions or no longer usable regrets, this is what consumers are eagerly looking forward to, and it is also the direction and goal that related businesses must work hard to develop breakthroughs ;

Images