Air pressure stabilized electric vehicle rechargeable battery conveyor with three-axis balance

Abstract

The invention discloses an electric automobile rechargeable battery conveying device achieving triaxial balance and achieving stabilization through air pressure. The electric automobile rechargeable battery conveying device structurally comprises fixed bolts, an intelligent moving device, a device shell, conveying pipes and a mounting plate. The fixed bolts are located on the end face of the outerside of the intelligent moving device and meanwhile are in threaded connection with the intelligent moving device. Threaded rods pass through threaded holes in a threaded connection manner for threaded connection, an inner pressing mat is jacked to shift, and front batteries are fixed through shifting; through cooperation of a triaxial frame, universal wheels and a spring frame, adjustment is achieved when equipment is influenced by outside pressure, a fixed bin is at a balance position, and therefore inner batteries are balanced and do not shake; and meanwhile, a lower jacking plate is stressed for jacking, an upper soft frame is pressed so that an upper airbag can expand through an air pipe, during pressing and jacking, the expanding airbag can buffer equipment, and therefore the batteries are prevented from being damaged by inner clamping.

Description

technical field [0001] The invention relates to the production field of rechargeable automobiles, in particular to a rechargeable battery conveying device for electric automobiles with three-axis balance and stable air pressure. Background technique [0002] The current battery delivery device usually adopts a divided fixed clamping method. During the battery delivery process, the mobile position of the battery is restricted by the fixed joints on both sides, so as to perform output work, but in this way : [0003] During the transportation work, in the process of battery transportation through the fixed joint on both sides, when the road condition is bumpy, the internal battery will shake with the unevenness of the road condition, which will easily make the internal battery tilt and make the battery The internal irregular discharge affects the safety of battery transportation, and in the process of shaking, the impact force caused by vibration cannot be reduced, so that th...

AI Technical Summary

Problems solved by technology

[0003] During the transportation work, in the process of battery transportation through the fixed joint on both sides, when the road condition is bumpy, the internal battery will shake with the unevenness of the road condition, which will easily make the internal battery tilt and make the battery The internal irregular discharge affects the safety of battery transportation, and in the process of shaking, the impact force caused by vibration cannot be reduced, so that the surface structure of the clamped battery is easily damaged by pressure, thus affecting the shape of the battery beautiful

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