Anti-tilt manpower sedan applied to mountaineering

Abstract

The invention provides an anti-tilt manpower sedan applied to mountaineering. The anti-tilt manpower sedan comprises a seat, wherein an elastic energy storage mechanism is arranged on the seat and comprises a fixed rod; a shell is arranged on the fixed rod; an electromagnetic brake is fixedly arranged in an inner cavity of the shell; the fixed rod penetrates through the shell to the interior of the shell; the fixed rod is connected with the electromagnetic brake; and the electromagnetic brake brakes the fixed rod to restrain the movement of the seat. The anti-tilt manpower sedan has the beneficial effects that the fixed rod can be effectively limited and restrained through the arranged electromagnetic brake; when the tilting phenomenon occurs, the seat is always kept stable through an electromagnetic band-type brake mode according to the principle of the vertical phenomenon of the center of gravity, so that the tilting phenomenon of the seat can be effectively prevented; and moreover, the riding comfort can be effectively improved through the elastic energy storage mechanism, and a certain impact force can be reduced for people who lift the sedan, so that the effect of saving more labor is achieved.

Description

technical field [0001] The invention relates to the technical field of mountaineering equipment, in particular to an anti-tilt human-powered sedan chair used in mountaineering activities. Background technique [0002] With the improvement of living standards, people will choose to travel to the beautiful mountains. Mountain climbing consumes a lot of physical energy. Some elderly or people with limited mobility will choose to take a human-powered sedan chair. The basic structure of a traditional human-powered sedan chair is fixed between two bamboo poles. The chair cannot be moved, and the mountain road is rugged. When the front and rear bearers lift the human sedan, it is inevitable that the front and rear will tilt forward and backward, and the sedan will bump up and down, which will cause the rider's center of gravity to be unstable and feel dizzy. It is also prone to overturning. Contents of the invention [0003] The invention aims at the deficiencies of the prior ar...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of living standards, people will choose to travel to the beautiful mountains. Mountain climbing consumes a lot of physical energy. Some elderly or people with limited mobility will choose to take a human-powered sedan chair. The basic structure of a traditional human-powered sedan chair is fixed between two bamboo poles. The chair cannot be moved, and the mountain road is rugged. When the front and rear bearers lift the human sedan, it is inevitable that the front and rear will tilt forward and backward, and the sedan will bump up and down, which will cause the rider's center of gravity to be unstable and feel dizzy. Also prone to overturning

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