一种小型机器人溢油检测和清洁方法

Hussain F. Alsaif, Houssam Antar, Ashmita Tandon, Demitri Baker, Jack Manning, Guohua Ma, James McCusker
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引用次数: 0

摘要

小规模的泄漏检测和清除是食品生产工厂等各种行业的基本问题。通常,这些泄漏是手工检测和清理的,导致操作速度变慢,生产率降低。在这个设计项目中,提出了一个机器人解决方案,包括泄漏的检测和清除,以保持给定组织的高生产率和操作标准。该设计由包括丙烯酸和聚乳酸(PLA)在内的塑料结构,真空电机,使用图像处理和控制装置的泄漏检测电子设备组成。为了最初的测试目的,机器人附件被安装到iRobot Create 2上作为移动平台。测试方法包括对包括油和糖浆在内的各种材料进行轮次的溢出清洗。通过这些测试,该设计可以扩展到不同的行业,如石油和天然气,能源,超市和仓库。结果表明,与人工方法相比,该方法改进了泄漏检测和清除。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Small-Scale Robotic Spill Detection and Cleaning Method
Small-scale spill detection and removal represents a fundamental concern for a wide variety of industries such as food production plants. Often these spills are detected and cleaned manually resulting in slower operations and less productivity. In this design project, a robotic solution, including detection of the spill and removal of it, is presented to maintain high productivity and operations standards in a given organization. The design consists of a plastic structure including acrylic and polylactide (PLA), a vacuum motor, spill detection electronics using image processing and control apparatus. For initial testing purposes, the robotic attachment was mounted to iRobot Create 2 as a movement platform. Testing methods consisted of rounds of spill cleaning for a variety of materials including oil and syrup. As a result of those tests, the design can be scaled to different industries such as Oil and Gas, Energy, Supermarket and Warehouses. Results show improved spill detection and removal compared to manual methods.
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