基于现代设计方法的矿井提升机内在安全性的研究------英文文献翻译.doc
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基于现代设计方法的矿井提升机内在安全性的研究------英文文献翻译,2 china telecom handan company, handan, hebei, 056038, chinaabstract—as a modern security design, inherent safety means that equipment and facilities is able to...
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2 China Telecom Handan Company, Handan, Hebei, 056038, China
Abstract—As a modern security design, Inherent Safety means that equipment and facilities is able to contain the inherent fundamental features to prevent accidents. Mine hoist is the most important equipment in the coal production. How to achieve safe, reliable, efficient production has been the focus study at home and abroad. Inherent safety is reflected in hoist design, primarily through the design measures to improve the operation of hoist safety and reliability. In this paper, Inherent Safety theory is applied in the design of mine hoist, to proposed the design method by using the software of PRO/EPLC, Labview etc..
Keywords-Mine hoist; Inherent Safety; PRO/E; PLC; Labview
I. INTRODUCTION
In coal production, mine hoist is the equipment to carry coal, gangue, materials, workers and equipments along the rockshaft, the only way linked underground and aboveground, known as mine throat. Mine hoist is a large-scale reciprocating machinery which has the feature of own big inertia, load changes, running speed, and wide range et al.. The advantages and disadvantages of its operating performance, not only directly affect the normal production and coal production efficiency, but also relate to equipment and personal safety. In recent years, mine hoist failures and accidents have happened at home and abroad which have paid a heavy price to coal companies. Therefore, the production technology and safety of mine hoist are higher, and its mechanical manufacturing technology and electrical control technology has been an important research area to the international machine building industry and the electric control industry.
摘要：作为一个现代的安全设计，内在的安全性意味着设备和设施能够包含防止事故发生的固有基本特征。矿山提升机是煤炭生产中最重要的设备。如何获得安全、可靠、效率高的产品，已经成为国内外研究的焦点。内在安全性在提升机的设计中主要体现在通过设计方法来提高操作提升机的安全性和可靠性。在本文中,把内在安全性理论应用到了矿井提升机的设计中,利用PRO/E、PLC、Labview等软件提出了设计方法。
关键字：矿用提升机；内在安全性；PRO/E；PLC；Labview
Ⅰ.介绍
在煤矿生产中，矿井提升机是沿着岩石竖井携带煤炭、煤矸石、材料、工人和其他设施的设备，竖井是唯一的和地上地下连接的方式，就是我们所知的煤矿的喉咙。矿井提升机是一种具有的大惯性、负荷变化、运行速度快等特征的大型往复式机械。它本身操作性能的优点和缺点不仅直接影响到正常的产量和煤炭生产效率,而且关系着设备和人身安全。近年来，在国内外发生的矿用提升机失效和意外情况，已经让煤炭企业付出了沉重的代价。因此,生产技术和矿用提升机的安全性越高，那么它的机械制造技术与电气控制技术就会成为一个国际机械建筑行业和电气控制行业的重要研究领域。
Abstract—As a modern security design, Inherent Safety means that equipment and facilities is able to contain the inherent fundamental features to prevent accidents. Mine hoist is the most important equipment in the coal production. How to achieve safe, reliable, efficient production has been the focus study at home and abroad. Inherent safety is reflected in hoist design, primarily through the design measures to improve the operation of hoist safety and reliability. In this paper, Inherent Safety theory is applied in the design of mine hoist, to proposed the design method by using the software of PRO/EPLC, Labview etc..
Keywords-Mine hoist; Inherent Safety; PRO/E; PLC; Labview
I. INTRODUCTION
In coal production, mine hoist is the equipment to carry coal, gangue, materials, workers and equipments along the rockshaft, the only way linked underground and aboveground, known as mine throat. Mine hoist is a large-scale reciprocating machinery which has the feature of own big inertia, load changes, running speed, and wide range et al.. The advantages and disadvantages of its operating performance, not only directly affect the normal production and coal production efficiency, but also relate to equipment and personal safety. In recent years, mine hoist failures and accidents have happened at home and abroad which have paid a heavy price to coal companies. Therefore, the production technology and safety of mine hoist are higher, and its mechanical manufacturing technology and electrical control technology has been an important research area to the international machine building industry and the electric control industry.
摘要：作为一个现代的安全设计，内在的安全性意味着设备和设施能够包含防止事故发生的固有基本特征。矿山提升机是煤炭生产中最重要的设备。如何获得安全、可靠、效率高的产品，已经成为国内外研究的焦点。内在安全性在提升机的设计中主要体现在通过设计方法来提高操作提升机的安全性和可靠性。在本文中,把内在安全性理论应用到了矿井提升机的设计中,利用PRO/E、PLC、Labview等软件提出了设计方法。
关键字：矿用提升机；内在安全性；PRO/E；PLC；Labview
Ⅰ.介绍
在煤矿生产中，矿井提升机是沿着岩石竖井携带煤炭、煤矸石、材料、工人和其他设施的设备，竖井是唯一的和地上地下连接的方式，就是我们所知的煤矿的喉咙。矿井提升机是一种具有的大惯性、负荷变化、运行速度快等特征的大型往复式机械。它本身操作性能的优点和缺点不仅直接影响到正常的产量和煤炭生产效率,而且关系着设备和人身安全。近年来，在国内外发生的矿用提升机失效和意外情况，已经让煤炭企业付出了沉重的代价。因此,生产技术和矿用提升机的安全性越高，那么它的机械制造技术与电气控制技术就会成为一个国际机械建筑行业和电气控制行业的重要研究领域。
