An intelligent protective bottom bracket for a battery box of a new energy electric vehicle and its application method

Abstract

The invention relates to an intelligent protective bottom bracket for a new energy electric vehicle battery box, including a base, a protective box, a fixed bracket, a rock sample fixture, a grinding tool, a drive motor, a micrometer, a scale scale and a control circuit, and the protective box is covered on the outside of the base , the fixed bracket is installed on the upper end surface of the base, the abrasive tool is slidably connected to the inner side wall of the fixed bracket, the micrometer is installed on the upper end surface of the fixed bracket, the scale is located directly above the base, the rock sample fixture is located in the fixed bracket, and the control circuit is embedded on the side surface of the base. Its use method includes eight steps of preparing rock samples, adjusting the device, editing the grinding process, installing the rock samples, recording the scale, grinding the rock samples, observing the scale and calculating the grinding depth. On the one hand, the invention has simple structure and good environmental adaptability, and can effectively meet the needs of different occasions; on the other hand, it is integrated and automatic, flexible and convenient to replace parts, easy to operate, and easy to master the processing technology.

Description

technical field [0001] The invention relates to an intelligent protective bottom bracket for a battery box of a new energy electric vehicle and a using method thereof, belonging to the technical field of new energy vehicles. Background technique [0002] The battery components of the currently used new energy vehicle equipment are often connected through traditional positioning equipment when they are installed with the vehicle chain. Although it can effectively meet the needs of installing and positioning battery components, and the positioning stability is good, but at the same time It also causes the rigid connection between the battery components and the vehicle. When the vehicle bumps and bumps with the road surface, the battery components also fluctuate with the vehicle, which can easily lead to the internal structure of the battery components in the shock and vibration of external forces such as the ups and downs of the vehicle. Deformation and poor connection stabili...

AI Technical Summary

Problems solved by technology

[0002] The battery components of the currently used new energy vehicle equipment are often connected through traditional positioning equipment when they are installed with the vehicle chain. Although it can effectively meet the needs of installing and positioning battery components, and the positioning stability is good, but at the same time It also causes the rigid connection between the battery components and the vehicle. When the vehicle bumps and bumps with the road surface, the battery components also fluctuate with the vehicle, which can easily lead to the internal structure of the battery components in the shock and vibration of external forces such as the ups and downs of the vehicle. Deformation and poor connection stability between battery components and external circuits, and even lead to short circuit, open circuit and arc ignition, which seriously affect the safety and stability of vehicle operation. Therefore, it is urgent to develop a new New energy vehicle battery component installation and positioning device and corresponding use method to meet the needs of the actual operation of new energy vehicles

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