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首页> 外文期刊>Measurement >Influence of tension and release in piped conveyor belt on change of normal contact forces in hexagonal idler housing for pipe conveyor loaded with material
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Influence of tension and release in piped conveyor belt on change of normal contact forces in hexagonal idler housing for pipe conveyor loaded with material

机译：管道输送带中的张力和释放量对装有物料的管道输送机的六角形惰轮壳体中法向接触力变化的影响

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Every kind of transported bulk material influences operational characteristics of the pipe conveyors significantly. Therefore it is necessary so that users of the pipe belt conveyors are able to perform a more detailed investigation and monitoring of these characteristics. Thanks to information concerning the operational characteristics it is possible to analyse durability of the conveyor belt and extent of belt wearing. However, the process of data collection and identification is demanding and expensive on condition that such process would be realised only by means of measuring equipment. Much more effective is obtaining of the needed information using generalized knowledge in the form of graphs. Every operator of the pipe belt conveyor is able to obtain the required information based on known input values using the corresponding graphs. Afterwards, the obtained information can be applied in a real operation. This article deals with determination of the contact force values for a certain type of the conveyor belt. The contact forces can be estimated in the intersection of axis at the individual idler roll positions in dependence on the tension force and in dependence on the filling rate of the cross-sectional area of the piped belt with the material, taking into consideration the performed experimental measurements. (C) 2016 Elsevier Ltd. All rights reserved.
机译：每种运输的散装物料都会显着影响管道输送机的运行特性。因此，有必要使管带式输送机的用户能够对这些特性进行更详细的调查和监视。得益于有关运行特性的信息，可以分析传送带的耐用性和皮带的磨损程度。然而，数据收集和识别的过程是苛刻的且昂贵的，条件是这种过程只能通过测量设备来实现。使用图形形式的广义知识来获得所需的信息会更加有效。管带式输送机的每个操作员都可以使用相应的图表基于已知的输入值获得所需的信息。之后，所获得的信息可以应用于实际操作中。本文涉及确定某种类型的传送带的接触力值。考虑到所进行的实验，可以根据张紧力并根据带材的输送带截面积的填充率来估计各个惰辊位置的轴线相交处的接触力测量。 （C）2016 Elsevier Ltd.保留所有权利。

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