Battery replacing mechanism of shared automobile chassis

Abstract

The invention belongs to the technical field of shared automobile battery replacing devices, and particularly relates to a battery replacing mechanism of a shared automobile chassis. The battery replacing mechanism is arranged below a battery replacing platform and comprises a battery replacing mechanism body, a stacking mechanism, a perpendicular lifting mechanism and a control center; the battery replacing mechanism body is arranged under a battery replacing opening in the battery replacing platform; the battery replacing mechanism body comprises a battery replacing roller, four or more battery replacing devices and a first driving room, wherein the battery replacing devices are arranged on the cylindrical face of the battery replacing roller, and the first driving room drives the battery replacing roller to rotate; the four battery replacing devices are evenly distributed on the cylindrical face of the battery replacing roller; the stacking mechanism is located on the periphery of the battery replacing mechanism body and used for containing to-be-charged batteries and storing fully-charged batteries. The battery replacing mechanism body with the roller is adopted, the battery replacing devices are arranged on the battery replacing roller, in this way, battery replacing, battery placing and battery taking can be completed at the same time in battery replacing, battery replacing time is shortened, and energy consumption of a transferring platform is saved.

Description

technical field [0001] The invention belongs to the technical field of shared car battery replacement equipment, and in particular relates to a shared car chassis battery replacement mechanism. Background technique [0002] As a new type of transportation, electric vehicles have the advantages of "zero emission" and wide energy sources. They are an important means to alleviate the shortage of oil resources and serious urban air pollution problems in my country. Valid carrier. However, the lag of battery technology and charging technology has become a bottleneck restricting the development of the electric vehicle industry. Governments and enterprises of various countries have made great efforts to improve the supporting basic service industry for electric vehicles. At present, there are two main modes of energy supply for electric vehicles: charging and battery swapping. Charging requires a long charging time, high current charging has a greater impact on battery life, and i...

AI Technical Summary

Problems solved by technology

However, its battery replacement robot needs to take out the battery of the battery replacement car, transport the battery to the charging rack through the transfer platform, and then take out a suitable battery from the charging rack and replace it with the car. It places the battery to be charged and picks up the charged battery. The battery is two independent processes, it takes a lot of time, and the efficiency of battery replacement is revealed

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