Classification And Application Fields Of Visual Inspection System Dataization

Classification And Application Fields Of Visual Inspection System

Equipment features:

Basic Structure

1. Vision system (executes image acquisition function)
The CCD camera can realize the conversion of optical signal to electronic signal. The image of the subject is focused on the CCD chip through the optical lens. The CCD accumulates the corresponding proportion of charge according to the intensity of the light, and then transfers it under the action of the driving pulse, and enlarges the output as an image. Signal. The charge is converted into an electronic signal, and the light intensity received by each graphic element is obtained. The light intensity is reflected as the shade in the image binarization analysis, and the image is collected for analysis.

2. Mechanical system
Execute to transmit the detected object to the specified detection point)
The equipment can freely customize the loading and unloading methods, and customize different cameras, light sources, etc. around the detection requirements.

3. Software system (analyze and process the collected images)
The automatic detection software can be flexibly matched with the machine vision system.
The tool library can meet various visual needs, from the positioning, detection, identification, and measurement of geometric objects. Combined with flexible and powerful application development, the software enables unprecedented speed to create solutions for a variety of machine vision applications.

Visual Classification

1. Partial verification

• Partial consistency, tracking and confirmation of products
• Detect whether the characters on the surface of the product are reprinted
• Detect whether the product tooth marks are branded
• Detect whether the product is skewed by angle

2. Existence detection

Check the existence of parts or features of the product, and judge the existence and number of products

3. Feature positioning

The 2D/3D camera can automatically identify and locate the working space distance, so as to realize the vision-guided positioning of the robot

4. Feature measurement

Product size measurement, including distance, diameter, total, angle, area, etc.,

It is used to detect whether the process size of the product meets the design requirements to ensure the production quality of the product

5. Surface defect detection

Scan the surface of the product through visual inspection for defects, find problems in time, and ensure product quality