A climbing tool that can reduce user fatigue

Abstract

The invention discloses a climbing tool capable of relieving use fatigue feeling. The tool comprises a pedal. The pedal is provided with a telescopic bent pipe and a supporting fixture block. The supporting fixture block is provided with an arc groove on the side facing the telescopic bent pipe. An opening of the telescopic bent pipe faces the pedal. The left side and the right side of the pedal are provided with supporting arms. A bandage is arranged between the supporting arms. The pedal comprises a front foot support and a rear foot support. The rear foot support is slidably arranged on thefront foot support. The rear foot support is provided with a plurality of holes along the length direction of the rear foot support. The lower side of the front foot support is provided with a telescopic locking block. The front foot support is provided with holes. The telescopic locking block can enter the hole of the rear foot support from the hole of the front foot support. The rear end of therear foot support is vertically provided with a damping buffering gas spring. The top end of the damping buffering gas spring is hinged with the middle part of the bottom surface of a thigh support.The thigh support is in a plate shape. The upper part and the lower part of the top surface of the thigh support are respectively provided with thigh bandages. The tool can adapt to people having different shoe sizes. An operator can operate sitting on the tool, and fatigue feeling of the operator is relieved.

Description

technical field [0001] The invention relates to a climbing tool, in particular to a climbing tool capable of reducing user fatigue. Background technique [0002] In the working process related to the operation of climbing poles and towers such as electric power or communication, foot buckles are usually used, or pedals are used as climbing tools. The foot buckle is composed of a telescopic elbow, a pedal, a support block and the like. The telescopic elbow and the support block are used to form two upper and lower stress sections on the pole, and the friction of the two stress sections is used to practice the load-bearing function to achieve the purpose of climbing the pole; and the climbing pedal (commonly known as the pedal) It is composed of hooks, ropes and pedals, and the hooks and ropes are used to "bundle" the poles to achieve load bearing and climbing. [0003] Whether it is a foot buckle or a pedal, when working at a high place, the labor intensity of the staff is ...

AI Technical Summary

Problems solved by technology

[0003] Whether it is a foot buckle or a pedal, when working at a high place, the labor intensity of the staff is very high. The reasons for the high labor intensity are: firstly, the work on the pole needs to lift heavy objects; secondly, the length of the pedal of the traditional foot buckle or the pedal is the same , for some people, the pedal is too long, at this time only the forefoot or the rear foot supports the body instead of the whole foot, so it is easy to fatigue, for others, the pedal is a bit short, and the feet are squeezed during the operation It is also prone to fatigue; in addition, during the long-term working process, the feet have to support the whole body, and the feet are prone to fatigue; especially the foot buckles are single-leg load-bearing, which makes it easier for the operators to fatigue

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