网钳的研制及其评价

W. Roach, M. Rataj, B. Darlington
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引用次数: 0

摘要

随着矿主和运营商不断寻求提高开发速度,降低开采成本,同时保持安全,开发新的创新产品的需求从未像现在这样高。与采矿业合作,山特维克最近开发并发布了一种网状夹具,该夹具设计用于山特维克的MD和MDX螺栓系列。网钳使网片的安装更快,更安全,更具成本效益。设计网钳的主要挑战是保持设计简单,同时仍然满足安装灵活性的要求,并保持对周围工作区域的不干扰。经过实验室和现场测试的几次设计迭代后,最终的概念得到了一致同意。需要对网钳和网片的系统性能进行评估。这需要开发一个独特的实验室测试平台来模拟相关的测试环境和负载条件。实验室试验结果证明,该网钳比100 × 100 × 5.6 mm焊接钢丝网更坚固。在全网负载能力下,对网片和网钳进行测试,直到发生故障,其中网片和网钳作为一个系统表现良好,可以吸收至少50 kN的压力,最多250 mm的垂直网位移。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of the mesh clamp and its evaluation
With mine owners and operators continuously looking to increase development rates and reduce extraction costs, whilst maintaining safety, the need to develop new innovative products has never been in higher demand. Working with the mining industry, Sandvik has recently developed and released a mesh clamp, which is designed to work with Sandvik’s MD and MDX bolt range. The mesh clamp enables the installation of mesh sheets to be quicker, safer and more cost-effective. The major challenge of designing the mesh clamp was to keep the design simple whilst still meeting the requirements of installation flexibility and remaining inobtrusive to the surrounding work area. After several design iterations were laboratory and field tested, a final concept was agreed upon. The systems performance of the mesh clamp and the mesh needed to be evaluated. This required the development of a unique laboratory test rig to simulate the relevant test environment and loading conditions. Laboratory test results proved that the mesh clamp is stronger than the 100 × 100 × 5.6 mm welded wire mesh. The mesh and mesh clamp arrangements were tested until failure occurred, at full mesh load capacity, where the mesh and mesh clamp performed well as a system to absorb a minimum of 50 kN with up to 250 mm of vertical mesh displacement.
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