Energy-saving environment-friendly lifting and moving device for vehicle

Abstract

The invention aims to provide an energy-saving environment-friendly lifting and moving device for a vehicle, which is characterized in that three to four electric or hydraulic lifting devices with moving wheels are respectively additionally mounted on a chassis of a medium/small vehicle, and the electrically-driven or hydraulically-driven moving wheels are arranged on the lower sides of the lifting devices and can rotate by 180 degrees. The device is capable of automatically leading four wheels of the vehicle to be off the ground, the vehicle to horizontally and bilaterally move and realize 90-degree turning in situ and 180-degree reversing, and even leading the vehicle to park on curb kerbs by means of parallel and alternate movement. The device aims to overcome shortcomings of the prior art and is capable of effectively facilitating parking in a narrow parking space, 90-degree turning in situ, 180-degree reversing, entrance, exit and stopping of the vehicle. Especially, the whole operation process is implemented and completed in the complete stop state of an engine by means of an electric or hydraulic power source provided by storage batteries of the vehicle, so that urban public traffic jam can be eased while fuel oil is greatly saved and tail gas emission is reduced. The energy-saving environment-friendly lifting and moving device for the vehicle enables vehicle driving to be more humanized, and belongs to the novel technology and a novel mode meeting the environment-friendly, energy-saving and low-carbon conception.

Description

technical field [0001] The invention relates to an energy-saving and environment-friendly lifting and moving device for a vehicle, which belongs to the fields of transportation and vehicles. Background technique [0002] At present, the number of cars in known cities is increasing rapidly, especially private cars. Take Beijing as an example; the number of motor vehicles in the first half of 2010 has exceeded 4 million, and it is still increasing at an average rate of 1,900 per day. A set of data proves that Beijing’s traffic is overwhelmed: by 2015, the number of motor vehicles may reach 7 million, which greatly exceeds the maximum capacity of the road network; after 5 years, the average urban congestion will exceed 6 hours a day, and the average speed of vehicles will be less than 15 kilometers per hour. About the same speed as running. At present, short-distance travel less than 5 kilometers has reached 44% of all trips; 35% of the reasons for urban road congestion are v...

AI Technical Summary

Problems solved by technology

Every day travel must be repeatedly shifted, parked, turned around, and turned, causing the engine to repeatedly run agai...

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