The perfect match between AI(artificial intelligence) and bearings

The perfect combination of AI technology and bearings enables high-precision and high-efficiency quality inspection through a high-precision surface defect intelligent full inspection system. 

Such a system can greatly improve the detection accuracy and increase economic benefits.

1. Market size growth: According to relevant reports, the AI bearing market is expected to maintain a steady growth trend in the next few years.

2. Technology integration: With the development of technologies such as 5G and the Internet of Things, AI bearings will achieve wider applications and deeper integration.

3. Industry competition: With the maturity of technology and the expansion of the market, more and more companies will enter the AI bearing market, and competition will become increasingly fierce.

Specific application of AI in bearing quality inspection

Data collection and preprocessing

The first step of AI technology in bearing quality inspection is data collection and preprocessing. 

By using high-speed sensors and scanners, data such as bearing vibration signals and surface images can be collected. 

These data are preprocessed through minimum mean square error filtering algorithms to remove noise and improve the accuracy of inspection.

Calculation of sound feature values

AI technology uses deep learning algorithms to extract sound feature values from pre-processed vibration signals to further analyze the state of the bearing. 

For example, through convolutional neural network (CNN) technology, key features of the bearing surface, such as roughness, diameter, width, etc., can be extracted.

Image processing and analysis

AI technology combined with advanced image processing technology can collect and process 360-degree images of the bearing surface. 

The image quality is improved through mean filtering denoising and grayscale linear transformation to show the characteristics of the bearing more clearly.

Artificial intelligence (AI) technology plays a vital role in bearing quality inspection. 

It achieves accurate assessment and inspection of bearing quality through data analysis, model training and deep learning.