Lifting connection mechanism for automobile battery changing station

Abstract

The invention discloses a lifting connection mechanism for an automobile battery changing station. The lifting connection mechanism comprises traveling rails, a lifting connection mechanism moving driving device, a connection main body frame, a connecting table, four connection table lifting rails and a connection table lifting driving device, the connection main body frame is arranged on the traveling rails, the lifting connection mechanism moving driving device drives the connection main body frame to move on the traveling rails, the connection table lifting rails are arranged on the connection main body frame and provided with the connecting table, and the connection table lifting driving device drives the connection table to move on the connection table lifting rails in a lifting mode.The lifting connection mechanism can convey batteries in multiple directions, thus the situation that all charging racks need battery conveying mechanisms is avoided, and the equipment manufacturingcost is saved; the traveling rails can be lengthened according to the expansion need, and thus subsequent expansion butt joint is convenient; and operating is stable and smooth, the working efficiencyis high, and using boundedness is small.

Description

technical field [0001] The invention relates to a lifting and connecting mechanism for picking up and sending batteries in an electric vehicle automatic changing station. Background technique [0002] With the substantial increase in the number of vehicles and the increasingly serious environmental pollution, pure electric vehicles have justifiably attracted global attention due to their advantages of zero emission and low noise. my country has made the development of pure electric vehicles a national strategy. However, one of the bottlenecks hindering the development of pure electric vehicles is the charging problem of power batteries. Built in a dense urban area, the high cost of urban land and long waiting time for charging lead to high cost and low utilization rate; if fast charging is used, the service life of the battery will be greatly reduced, and it is very unsafe; Designing batteries according to their own specifications cannot be universal, and the maintenance and ...

AI Technical Summary

Problems solved by technology

Since the design of the charging and swapping station is greatly affected by the site selection environment and power supply capacity, the design of the above charging and swapping stations needs to be designed for different site selection environments, and once the charging and swapping station is completed, the charging rack cannot be ex

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