Load-bearing rotary table direction controlling type scooter

Abstract

The invention relates to a direction controlling vehicle with a bearing rotary table, which is a tricycle or a motor vehicle with a plurality of wheels. Wheels are arranged on the periphery at the bottom of a rotary table that is arranged on a top center of a base frame having a circular vehicle base; the bearing rotary table is covered on a transposition and is connected with a steering operation mechanism; an enclosure protection ring encloses the bearing rotary table and is arranged on the base frame. The bearing rotary table of the invention can be provided with a seat or other facilities; the enclosure protection ring is provided with a switch that can manually control the starting, speed changing, moving forward and backward as well as brake integrating. The invention skillfully uses the principle that slight twisting of the rider can conveniently drives the bearing rotary table to rotate around a central shaft, and arranges and connects the steering operation mechanism to control the traveling direction of the vehicle. The invention is reasonable in structure, simple in configuration and low in manufacturing cost. The rider can stand or sit during riding, and the riding is safe. The direction controlling vehicle with a bearing rotary table can be made into various special or general types applicable to riding instead of walking for the old, the weak and the handicapped in daily life, sight viewing and entertainment in gardens and scenic areas, commuting and recreation in the streets and communities, and riding with goods during shopping in commercial areas. The invention can be popularized in various fields of life by the convenient utilization, excellent performance and low cost.

Description

technical field [0001] The invention belongs to a motor vehicle, in particular to a vehicle in which the driving direction is controlled by a bearing turntable. technical background [0002] Since the advent of bicycles, with the progress and development of materials, power, control and manufacturing technology, simple mobility vehicles have undergone comprehensive innovations in terms of structure, power, speed, and automation of applicable surfaces. In the prior art, vehicles for transportation have come in various forms from single-wheel to multi-wheel, from manpower to motor, and from manual control to automatic control. Especially in recent years, the "Segway two-wheel self-balancing electric vehicle" that uses multiple gyroscope intelligent sensing and self-control has come out. It cleverly controls the balance and self-control of single-axis and two-wheel automatic driving, which greatly improves the comfort and application of the vehicle. ; But due to the high cost ...

AI Technical Summary

Problems solved by technology

Especially in recent years, the "Segway two-wheel self-balancing electric vehicle" that uses multiple gyroscope intelligent sensing and self-control has come out. It cleverly controls the balance and self-control of single-axis and two-wheel automatic driving, which greatly improves the comfort and application of the vehicle. However, due to the complex structure, high precision technology and high cost, the "Segway" type high-tech products are still popularized as luxury goods quite slowly.

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