井下胶带接头图像采集系统设计

基金项目:

2013年山东省第二批技术创新计划项目（201320803011）

详细信息

Design of image acquisition system of underground belt connector

1.
College of Electrical and Automation Engineering, Shandong University of Science and Technology, Qingdao 266590, China
2.
Shandong Robotics & Intelligent Technology Key Laboratory, Qingdao 266590, C

摘要: 针对现有胶带接头隐患检测方法存在漏检、误报等问题，设计了一种井下运输胶带接头的图像采集系统。该系统采用电感式接近开关实时检测金属胶带接头，并控制数字摄像机自动抓拍运输胶带接头处的图像，利用井下环网将图像传输到地面监控室，实现胶带接头图像的实时采集与处理，及时排除胶带接头可能出现的撕裂、脱扣等隐患。
- 胶带接头 /
- 图像采集 /
- 图像传输 /
- 速度传感器 /
- 接近开关
Abstract: In view of problems of leak-detection and misinformation existed in present detection methods of belt connector state, an image acquisition system of underground belt connector was designed. The system adopts inductance-type proximity switch to detect belt metal connector real-timely and also controls digital camera to capture the images of the positions of travelling belt automatically. Then, it uses underground looped network to transfer the images to the ground monitoring room , so as to achieve real-time capturing and processing of the belt connector images and eliminate hidden danger of tearing, tripping of the belt connector in time.
- belt connector /
- image acquisition /
- image transmission /
- speed sensor /
- proximity switch

1.	杨乐，何大阔，王正松. 基于机器视觉的二维码检测教学实验系统设计. 控制工程. 2024(09): 1722-1728 . 百度学术
2.	杨乐，周子振，蔡恩文，王正松. 包装印刷品二维码在线检测系统设计. 包装与食品机械. 2023(04): 90-95 . 百度学术

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