Automatic driving manned trolley

Abstract

The invention provides an automatic driving manned trolley which comprises a chassis, driving wheels, a steering mechanism, a driving mechanism, a brake mechanism and a control mechanism. The driving wheels are located at the bottom of the chassis and comprise front wheels and rear wheels. The steering mechanism is located on the rear side of the chassis and connected with the rear wheels. The driving mechanism is located on the front side of the chassis and connected with the front wheels. The brake mechanism is located on the front side of the chassis and connected with the front wheels. The control mechanism is connected with the steering mechanism, the driving mechanism and the brake mechanism and comprises a controller and a wireless communication module connected with the controller. The self-driving manned trolley provided by the invention is light and handy in structure, can be driven into various non-motorized vehicle lanes with relatively weak bearing capacity and narrow roads into which traditional vehicles cannot be driven, and cannot cause damage to road surfaces. The automatic driving manned trolley can realize complete automatic driving, is convenient to use, can fully liberate limbs and energy of a user, and greatly improves the riding experience feeling.

Description

technical field [0001] The invention relates to a walking replacement tool, in particular to a self-driving passenger car. Background technique [0002] Existing means of transportation usually work in the mode of manned driving or human manipulation, that is, the operator needs to directly give instructions to the movement of the car through direct driving or remote control. Due to the direct intervention of human beings, this means of transportation limits the time and space of its application to a certain extent, and also brings certain inconvenience to users. With the development of the economy and the progress of the times, the public's demand for intelligent means of transportation is gradually increasing, but there is still no better self-driving means of transportation in the market. The traditional driving method that relies on human operation has caused huge human cost expenses every year, which is not conducive to the development of society. At present, the self...

AI Technical Summary

Problems solved by technology

The traditional driving method that relies on human operation has caused huge labor costs every year, which is not conducive to the development of society

At present, the self-driving vehicles on the market are usually improved from existing medium-sized cars. They are often huge in size and weigh more than 1 ton, and are mainly used for driving on motor vehicle roads. It cannot be used in closed venues with narrow roads such as parks, factories, scenic spots, and campuses

Images