Kirjanów-Błażej Agata, Błażej Ryszard, Jurdziak Leszek, Kozłowski Tomasz, Rzeszowska Aleksandra
Faculty of Computer Science and Telecommunications, Wroclaw University of Science and Technology, Wrocław, Poland.
Faculty of Mining Geoengineering and Geology, Wroclaw University of Science and Technology, Wrocław, Poland.
Sci Rep. 2022 May 4;12(1):7212. doi: 10.1038/s41598-022-11148-1.
Diagnostics of conveyor belts used in horizontal transport without the need to take the belt off the conveyor and test it in laboratory conditions is an important aspect in mining plants (Jurdziak et al., Adv Intell Syst Comput, 835:645-654, 2019). Current testing, and thus obtaining knowledge about the current thickness of the conveyor belt covers, allows for control accelerated changes. It also avoids emergency stoppages in the operation of the conveyor and enables economically justified planning of a break in its operation. The article presents the concept of the first in Poland mobile device for measuring the thickness of conveyor belts in motion, implemented as part of the NCBR project (No. 0227 / L-10/2018 [LIDER program, Transport Przemysłowy i Maszyny Robocze, 1(47)/2020, pp. 60-61]), and also presents the measurement results obtained thanks to the laboratory version of the device.
在无需将输送带从输送机上取下并在实验室条件下进行测试的情况下，对水平运输中使用的输送带进行诊断是矿山工厂的一个重要方面（Jurdziak等人，《先进智能系统计算》，835:645 - 654，2019）。当前的测试，也就是获取有关输送带覆盖层当前厚度的知识，能够控制加速变化。它还能避免输送机运行中的紧急停机，并能在经济上合理地规划其运行中断。本文介绍了波兰首个用于测量运行中输送带厚度的移动设备的概念，该设备是作为国家研究与发展中心项目（编号0227 / L - 10/2018 [LIDER计划，《运输工业与工作机器》，1(47)/2020，第60 - 61页]）的一部分实施的，并且还展示了借助该设备的实验室版本所获得的测量结果。
