Handle rotation mechanism for gardening tools

Abstract

A gardening tool handle rotation mechanism, comprising a handle (6) and a handle mount (3), said handle (6) being partially accommodated inside said handle mount (3), said handle rotation mechanism also comprising a quick-clamp component (7), a position-lock member (5), and a main surrounding bar (9) mounted on the main bar of the gardening tool, said quick-clamp component (7) optionally being mated with the position-lock member (5), said position-lock member (5) being fixedly mounted on the handle (6), and said handle mount (3) being rotatably mated with the main surrounding bar (9). By means of the quick-clamp component (7), the garden tool handle rotation mechanism allows for multidirectional rotational positional adjustment among component parts.

Description

technical field [0001] The invention relates to a handle rotation mechanism, in particular to a handle rotation mechanism of a gardening tool. Background technique [0002] Some gardening tools, such as lawn trimmers or brush cutters, all have an operating handle, which is convenient for users to hold to better control the work of the gardening tools. In the prior art, two upper and lower parts are generally used to compress the main rod and the handle at the same time and fix them with screws. Although this connection method ensures the stability of the handle, there is a disadvantage that the handle is difficult to shift. Position adjustment cannot well reflect the concept of humanized design. Because the operating habits of each user are different, the position of the handle needs to be changed according to the user's operating habits. However, it is difficult to adjust the gear position of the handle in the current technology, even if the gear position must be adjusted,...

AI Technical Summary

Problems solved by technology

In the prior art, two upper and lower parts are generally used to compress the main rod and the handle at the same time and fix them with screws. Although this connection method ensures the stability of the handle, there is a disadvantage that the handle is difficult to shift. Position adjustment, can not well reflect the concept of humanized design

Because the operating habits of each user are different, the position of the handle needs to be changed according to the user's operating habits. However, it is difficult to adjust the gear position of the handle in the current technology, even if the gear position must be adjusted, otherwise it cannot be adjusted. When working, you can only remove all the screws, then readjust the position, and then fix the screws

However, during the adjustment of the handle position, the handle does not have any position reference, and once the position adjustment is not suitable, it is necessary to repeatedly remove the screw and adjust it until it is suitable, so the process of adjusting the handle position is more troublesome and increases the workload. Moreover, the adjusted position may not meet the safety standards, and there are potential safety hazards.

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