mountain bike

Abstract

The invention relates to the technical field of electromechanical integration, in particular to a load bearing vehicle capable of stepping forwards to climb a mountain. The load bearing vehicle comprises a vehicle body, a direct-current motor, a driving wheel, reverse consequent gear, a driven wheel, a bearing bush, a steering gear, a steering wheel, a connecting rod, a connecting rod foot sleeve, a guide rail, a straight bar gear, a lifting foot, a travel switch, a steering yoke, a push rod, a baffle, a spring, a ball, a direct-current meter, an up stroke and down stroke cycling circuit of the direct-current motor and a storage battery. The load bearing vehicle can walk with a load on gullies, gravel, grass and a mountain range with a gentle slope with the gradient lower than 45 degrees. The load bearing vehicle is scientific in design and reasonable in structure, thereby surely becoming a specific transportation vehicle for uphill and downhill delivery of goods in the future.

Description

technical field [0001] The invention relates to the technical field of mechatronics, in particular to a load-carrying vehicle capable of walking and climbing mountains. Background technique [0002] The means of transportation for mountaineering in the world today are roughly divided into the following types: unmanned aerial vehicle, airship, cable car, manpower, construction of winding roads, and small mountaineering equipment. Combining their advantages and disadvantages, in addition to the advantages of bringing people and goods up the mountain, they all have The disadvantages that are difficult to overcome are that the payload of the drone is not large, the signal on the mountain is easily absorbed, and the control is difficult; it is difficult to fix the airship when it lands, and a large open space needs to be opened up on the mountain. And it is difficult to control when the wind is strong; the initial investment cost of the cable car and the winding road is extremely...

AI Technical Summary

Problems solved by technology

[0002] The means of transportation for mountaineering in the world today are roughly divided into the following types: unmanned aerial vehicle, airship, cable car, manpower, construction of winding roads, and small mountaineering equipment. Combining their advantages and disadvantages, in addition to the advantages of bringing people and goods up the mountain, they all have Difficult to overcome defects, drones have a small load, the signal on the mountain is easy to be absorbed, and the control is difficult; it is difficult to fix the airship when landing, and a large open space needs to be opened up on the mountain

And it is difficult to control when the wind is strong; the initial investment cost of the cable car and the winding road is extremely huge, and the non-recurring and necessary items will not cost a huge cost; manpower and small climbing equipment can only transport light weight and small goods, and must be shaped path

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