基于机器视觉的插座尺寸测量系统设计研究

Design and Research of Socket Size Measurement System Based on Machine Vision

目前检测机构采用游标卡尺测量插座尺寸人均完成一组插座产品的尺寸检测需要较长的时间,若遇到尺寸临界等情况需要进一步对样品通过坐标投影完成尺寸测量时,则需要耗费更多时间。游标卡尺测量过程对于人的测量手法有较高的要求,可能造成经验不足的工程师出现测量不准确等问题。本文提出基于机器视觉的插座尺寸测量系统设计研究,提高插座尺寸检测的准确性和效率。

At present,the testing institution uses vermier calipers to measure the size of sockets,and it takes a long time to complete the size testing of a group of socket products per person,and it takes more time to complete the size measurement of the sample through coordinate projection if it encounters a situation such as size criticality.The vernier caliper measurement process has high requirements for human measurement methods,which may cause inexperienced engineers to have problems such as inaccurate measurements.In this paper,a design and research of socket size measurement system based on machine vision is proposed to improve the accuracy and efficiency of socket size detection.