Teaching innovation platform for machine vision

Abstract

The invention relates to a teaching innovation platform for machine vision. The teaching and innovation platform for machine vision comprises a rectangular coordinate robot, a vision detection and execution module, a control integrated module, an electric control module, an electric cylinder sliding table, an optical flat panel and a vision calibration grid module, wherein an industrial camera, alight source and a single suction cup, belonging to the vision detection and execution module, are positioned on an end effector of the rectangular coordinate robot; and to-be-detected objects are sequentially conveyed through the electric cylinder sliding table, are photographed by using the industrial camera, are processed and analyzed through machine vision software, and are sorted through execution of the PLC-controlled suction cup. According to the teaching and innovation platform for machine vision disclosed by the invention, by using the application of detection of the machine vision asa core, combined with the technology of the robot, the machine vision equipment integrating teaching with researching, having functions of positioning, calibration, image processing, measurement, identification and development, can be provided.

Description

technical field [0001] The invention relates to a machine vision innovation platform. Background technique [0002] Machine vision teaching innovation platform equipment has camera cognition and basic use, the existing machine vision teaching products lack application scenarios, and visual processing operators are insufficient. There is an urgent need for a platform with a wide range of visual processing fields and executable visual processing results. This device It can realize PLC and camera control and communication, light source selection and adjustment, camera image acquisition and processing, and can realize all existing machine vision functions such as image acquisition, positioning, image processing, calibration, measurement, identification, logic control, and communication. The platform is applicable For students at various levels such as secondary vocational, higher vocational, undergraduate, and postgraduate, it enables students to learn from the basics to in-dept...

AI Technical Summary

Problems solved by technology

[0002] Machine vision teaching innovation platform equipment has camera cognition and basic use, the existing machine vision teaching products lack application scenarios, and visual processing operators are insufficient. There is an urgent need for a platform with a wide range of visual processing fields and executable visual processing results. This device It can realize PLC and camera control and communication, light source selection and adjustment, camera image acquisition and processing, and can realize all existing machine vision functions such as image acquisition, positioning, image processing, calibration, measurement, identification, logic control, and communication. The platform is applicable For students at various levels such as secondary vocational, higher vocational, undergraduate, and postgraduate, it enables students to learn from the basics to in-depth research in the field of machine vision, to learn in an all-round way, and to have a deep understanding of cameras, lenses, light sources, image acquisition, processing and information Extract and other content and simple scene application

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