Electric automobile motor installation carriage

Abstract

The invention relates to an electric automobile motor installation carriage which comprises a lower bearing support and an upper motor bearing support. A bearing of the upper motor bearing support is tilted and is positioned on the lower bearing support, and the upper motor bearing support is provided with a motor fasten part. Preferably, a fixed support leg is arranged under the upper motor bearing support, and the fixed support leg is sleeved on the lower bearing support. The lower bearing support comprises a support pedestal which is provided with two sets of support leg assemblies in a parallel way. The support leg assemblies comprise a first support leg and a second support leg which are arranged with intervals and unequal heights. The upper motor bearing support is a motor loading plate with an arced cross section. The motor fasten part comprises an anti-thrust block, a mounting base and an adjusting bolt. The electric automobile motor installation carriage has the characteristics of unique design and concise structure, installation is simple, accurate, stable and safe by employing the electric automobile motor installation carriage to install a motor, and the electric automobile motor installation carriage is suitable for large scale popularization application.

Description

technical field [0001] The invention relates to the technical field of installation tools, in particular to the technical field of motor installation tools, and in particular to an electric vehicle motor installation bracket. Background technique [0002] The traditional motor installation method uses a liftable forklift. The motor is placed on the platform of the lift forklift. The motor is fixed with a square bar and compared with the mounting hole of the actual vehicle chassis. The installation process can only be completed after several adjustments. The problems in this installation process are: first, the inclination angle of the motor on the vehicle cannot be accurately controlled; second, although the motor is fixed by the square bar and no longer rolls over, during the forklift movement adjustment process, the square bar The wood will move, causing the motor to deviate from the original fixed position. It needs to be repeated several times to complete the adjustment,...

AI Technical Summary

Problems solved by technology

The problems that arise during the installation process are: firstly, the inclination angle of the motor on the vehicle cannot be accurately controlled; secondly, although the motor is fixed by a square bar and no longer rolls over, the square bar will not roll when the forklift moves and adjusts. The wood will move, causing the motor to deviate from the original fixed position. It takes several adjustments to complete the adjustment work, which increases the actual workload.

[0003] In order to solve the limitations of the traditional installation method of new energy vehicle motors and the shortcomings of instability and unsafety, it is necessary to provide an electric vehicle motor installation bracket, which is simple, accurate, stable and safe to install

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