Machine Vision-based Defect Recognition Processing System of Welding Line on Central Trough of Scraper Conveyor suspended tray conveyor 刮板输送机中部槽焊缝缺陷机器视觉识别
Improvement on the deep trough of belt conveyor 皮带输送机的深槽改造
Comparing the hemicycle deep trough belt conveyor with the others, its characteristics were summarized. 通过半圆形深槽带式输送机与其他形式带式输送机的比较,总结了半圆形深槽带式输送机的特点。
Investigating the Wear and Corrosion Canses of the Middle Trough of a Scraper Chin Conveyor 刮板输送机中部槽磨损与磨蚀问题探讨
Through a lot of investigation test and argumentation, the author analyzed theoretically the affection of trough angle increase to the anti deviation, retrieving deviation and climbing capability of roller belt conveyor. 作者通过调查、试验及反复论证,从理论上分析了槽角增大对托辊式皮带输送机防止跑偏、纠正跑偏及爬坡能力的影响。
Experimental research on slide trough support for belt of belt conveyor 带式输送机输送带滑槽支座的试验研究
The Affection of Trough Angle to Roller Belt Conveyor Deviation Retrieving and the Climbing Performance 槽角对托辊式皮带输送机纠偏及爬坡性能影响
On increase in inclination angle of deep trough belt conveyor 深槽角带式输送机增大倾角的机理分析
The practice showed that the transportation scheme of the negative pressure trough and the deep trough high speed belt conveyor in Jiangya dam is successful and the experience could be used in the similar projects for reference. 实践表明,江垭大坝工程采用负压溜槽和深槽式高速皮带运输方案是成功的,可供同类型工程在施工中借鉴。
Talking about the feed trough of belt conveyor Pipe conveyor 浅谈带式输送机的给料溜槽
The calculation of the deep-trough belt conveyor transition length 深槽型胶带输送机过渡段长度的计算
Application of negative pressure trough and deep trough belt conveyor in the Jiangya Water Control Project 负压溜槽和深槽式皮带运输系统在江垭工程中的应用
Theoretical results show that the conveying speed can be accelerated when serrated trough is applied in a vibratory conveyor. 理论计算表明,振动输送机采用锯齿形槽体可提高物料输送速度。
Development of the hemicycle deep trough belt conveyor 半圆形深槽带式输送机的研究
The negative pressure trough and deep trough high speed belt conveyor arranged in the left bank solved this problem. 通过在左岸布置负压溜槽和深槽式高速皮带联合运输系统,解决了这个问题。
At present, the usual design method of pipe conveyor is the same as that of traditional trough belt conveyor in many ways. The different aspect is that the value of running resistance coefficient is larger than that of traditional belt conveyor. 目前,圆管带式输送机各种阻力的计算采用与通用带式输送机的设计计算相同的方法,不同的是主要阻力计算中的运行阻力系数的数值大于通用带式输送机的系数。
The central trough located in the middle is the key part of scraper conveyor; its reliability and wear resistance are directly related to the coal quantity and comprehensive property of the complete set of the equipment. 中部槽是刮板输送机的关键部件,位于输送机的中部,其可靠性和耐磨性直接关系着整套设备的过煤量和综合性能。