Manual and electric dual-purpose omni-directional moving opposite-wheel control mechanism of carrier mobile equipment

Abstract

The invention provides a manual and electric dual-purpose omni-directional moving opposite-wheel control mechanism of carrier mobile equipment. The manual and electric dual-purpose omni-directional moving opposite-wheel control mechanism is applied to the carrier mobile equipment such as hoisting equipment, automobiles, rescue equipment, rehabilitation equipment and disabled-assisting equipment. The mechanism comprises a main control mechanism, a lifting and falling control mechanism, a walking control mechanism, a locking mechanism and an electric mechanism. The main control mechanism realizes the lifting and falling, moving walking and steering of the carrier mobile equipment through the up-and-down swinging of a handle and the walking control mechanism; the lifting and falling control mechanism is used for controlling lifting and falling of a lifting shaft by adopting an oil cylinder and a tension spring; the walking control mechanism adopts a pair wheel and a ratchet wheel mechanism to control the rotation and steering of a middle shaft; the locking mechanism is used for switching a safety protection mechanism for lifting an automobile and moving the automobile; the electric mechanism is a mechanism driving mechanism; and the electric mechanism can be driven in manual or electric dual-purpose driving mode, an operator can select independently according to needs, the electric driving is adopted, the labor is saved, and the manual driving can be used when a power supply of the carrier mobile equipment is fed.

Description

technical field [0001] The invention relates to a mechanical control mechanism, in particular to a manual and electric dual-purpose omni-directional mobile counter-wheel control mechanism applied to a load-carrying mobile device. Background technique [0002] Carrying mobile equipment includes lifting equipment, vehicles, rescue equipment, rehabilitation equipment, and equipment for assisting the disabled and the elderly. This mechanism is a control mechanism applied to the object-carrying mobile device, and is the core mechanism of the object-carrying mobile device. As far as automobiles are concerned, at present, no device for lateral movement of automobiles has appeared on the market, and existing automobiles on the market do not have lateral movement devices, which make it difficult to park and move the vehicle; Convenience and other issues. Contents of the invention [0003] In order to solve the above problems, the present invention provides a dual-purpose manual a...

AI Technical Summary

Problems solved by technology

This mechanism can control the lateral movement and rotational movement of the load moving equipment. It is applied to automobiles to solve the problem that existing vehicles cannot be placed in a small space, and it can also move out of the vehicle laterally when there are obstacles (including vehicles) in the front and rear.

Images