【机械专业英文文献】TGSS-50型水平刮板输送机

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刮板输送机外文翻译

刮板输送机外文翻译A XXX from one n to another。

The conveyor belt is made up of a series of metal plates that are attached to a chain。

The chainis driven by a motor。

which moves the XXX.XXX。

agriculture。

XXX are heavy or bulky。

such as coal。

gravel。

or sand.One of the main advantages of XXX by a series of rollers。

which help to distribute the weight of the materials XXX the amount of n that is generated。

which in turn ces the amount of wear and tear on the XXX.XXX。

XXX wet。

sticky。

or XXX。

This is because theXXX off the belt and move them along the conveyor.Overall。

XXX that is used in a wide range of XXX。

gravel。

or sand。

XXX can help you get the job done XXX.I'm sorry。

but the given text is too XXX for me to work on?XXX has its own XXX its advantages is its solid structure which can withstand external forces such as coal。

waste。

刮板输送机机头段设计讲解

摘要本次毕业设计是关于TGSS-50型水平刮板输送机---机头段设计。

首先对刮板输送机作了简单的概述；接着分析了刮板输送机的选型原则及计算方法；然后根据这些设计准则与计算选型方法按照给定参数要求进行选型设计；接着对所选择的输送机各主要零部件进行了校核。

普通型刮板输送机由六个主要部件组成：传动装置，机尾或导回装置，中部机架，拉紧装置以及刮板。

最后简单的说明了输送机的安装与维护。

目前，刮板输送机正朝着长距离，高速度，低摩擦的方向发展，气垫式胶带输在刮板输送机的设计、制造以及应用方面,目前我国与国外先进水平相比仍有较大差距,国内在设计制造刮板输送机过程中存在着很多不足。

本次刮板输送机设计代表了设计的一般过程, 对今后的选型设计工作有一定的参考价值。

关键词：刮板输送机 ;传动装置 ;导回装置目录1 前言 (1)2 水平刮板输送机工作原理和特点 (3)2.1 使用范围和特点 (3)2.2 主要结构 (3)2.3 工作原理 (4)3 设计计算 (5)3.1 已知工艺参数 (5)3.2 计算内容 (5)4 传动设计 (9)4.1 减速机选型 (9)4.2 联轴器选择 (9)4.3 齿轮计算 (10)5 安装 (14)6 试车 (15)7 操作 (16)8 维修保养 (17)9 常见故障及排除 (18)结论 (19)参考文献 (20)致谢 (21)1 绪论输送机是在一定的线路上连续输送物料的物料搬运机械，又称连续输送机。

输送机可进行水平、倾斜和垂直输送，也可组成空间输送线路，输送线路一般是固定的。

输送机输送能力大，运距长，还可在输送过程中同时完成若干工艺操作，所以应用十分广泛。

输送机的发展历程：中国古代的高转筒车和提水的翻车，是现代斗式提升机和刮板输送机的雏形；17世纪中，开始应用架空索道输送散状物料；19世纪中叶，各种现代结构的输送机相继出现。

1868年，在英国出现了带式输送机；1887年，在美国出现了螺旋输送机；1905年，在瑞士出现了钢带式输送机；1906年，在英国和德国出现了惯性输送机。

刮板输送机-中英文摘要

摘要刮板输送机是综采工作面配套设备的重要组成部分, 是采煤工作面的主要运输设备。

刮板输送机的可靠、稳定、高效运行将直接影响着采煤工作面的生产能力和效率。

为提高生产能力刮板输送机有向重型化及超重型化发展的趋势。

本文首先综合比较了各种类型输送机的特点，根据实际情况选用了中双链型刮板输送机。

而后，对中双链型刮板输送机进行了总体结构设计；对机头及机尾传动系统、过渡槽、偏转槽、中部槽、刮板链、刮板、链轮、机头、机尾等主要部件进行了技术分析和结构设计，完成了中双链型刮板输送机的整体设计以及机头部、中部槽、链轮轴组等重要部件的设计。

最后对减速器及链轮轴组的轴、齿轮等重要零件进行了详细的零件设计。

此次设计的中双链型刮板输送机的特点是结构简单，受力均匀，运行平稳,摩擦阻力小，溜槽利用率高，弯曲性能好，不易出现堵塞，具有很强的适应性。

关键词：刮板输送机；中双链；传动系统；中部槽ABSTRACTThe scraper conveyer is the synthesis picking work surface important constituent of the supplementary equipment. It is the main transport equipment of the coal picking face. Scraper conveyor of reliable, stable and efficient operation will directly affect the productivity and efficiency of coal face. The scraper conveyer has the heavy-duty and super heavy development trend in order to increase production capacity. Firstly, the article compares the characteristics of various types of conveyor in this paper. Select the double-chain scraper conveyor according to the actual situation. Secondly, this article designs the overall structure of the central double-chain scraper conveyor. To the nose transmission device, the aqueduct, the middle trough, the scraper chain, the scraper, the chain wheel, the airplane tail and other major component has carried on the technical analysis and the structural design. This paper completes the overall design of the double-chain scraper conveyor. And the Machine head, the central groove, chain- wheel sets and other important parts of the design is completed. Finally, this article completes the detail part design of the reducer and chain- wheel set shaft, gears and other important parts in detail part design.This designed scraper conveyor has a large transport capacity and high reliability.This design of center double-chain of the scraper conveyer characteristic includes: the structure is simple, the stress is even, moves steadily, the friction drag is small, the chute use factor high, the curving performance is good, It is not easy to appear stops up, has the very strong compatibility.Keywords:Scraper conveyor ; central double-chain ; transmission ; Central trough。

TGSS型刮板输送机使用说明书

一、适用范围及性能特点：TGSS型埋刮板输送机主要适用于粮食、饲料和油料等部门输送各种散状物料。

该机结构简单、体积小、密封性强、安装维修方便。

二、主要结构和工作原理TGSS型埋刮板输送机是利用装于牵引构件的刮板沿着固定的料槽拖带物料前进并在开口处卸料的输送设备。

主要由输送槽、输送链、上、下导向条、托送条、机头、机尾及传动装置等部件组成。

输送槽为平槽，输送链靠中间导向条导向，托送条托送，经头轮驱动并与尾轮相配合，以保证链条动转平稳性。

头轮由电动机经减速器，套筒滚子链传动。

从进料口进入机内的物料经分料板，使物料从刮板链两侧进入机槽底部，并由刮板链条将物料送往出料口，详见附图。

TGSS型埋刮板输送机还具有多点进料及出料，工艺布置灵活，输送距离长等特点。

该机采用带座调心球轴承，装拆方便，密封性好。

三、主要规格和技术参数：注：输送量计算容重按0.5t/m3四、安装与调整：1、安装位置倾角≤15°，基础应牢固可靠。

2、按出厂时各段机壳的联接标记顺序组装，应保证机壳横向水平，特别要保证机壳内壁的平直度，不允许法兰联接处有上下、左右错位现象，以保证刮板链条运行的平稳性。

3、头轮、尾轮、导向条必须对中，保持一条直线，托送条保持水平，以保证刮板链条在运行时不至跑偏。

4、机体总装后的直线度不应超出下表范围。

5、刮板链条应有适当的松紧度，不宜太紧和太松，调整后的张紧装置尚未利用的行程不小于全行程的50%。

6、驱动装置架必须牢固安装在基础和平台支架上，主动轴应和出轴平行，大小链轮应对中固定。

7、调整电机转向使小链轮方向与刮板链条的运行方向一致。

五、试车与操作：1、操作人员应熟悉本机的性能，了解本机的结构及每个操作点的调整方法和作用。

2、开机前必须检查各部位的联接螺栓，不得有松动现象。

3、每次启动后，应空载运转一段时间（3～5分钟），待一切正常后，方可投料运行，进料应均匀。

4、操作人员应经常检查机器各部位的工作状况，尤其是驱动装置和刮板链条，应保证完好无（缺）损，一旦发现有损坏、脱落等现象应及时调整、修理或更换。

刮板输送机外文翻译文献

刮板输送机外文翻译文献(文档含中英文对照即英文原文和中文翻译)Mine scraper conveyor soft-start modeof selection and applicationHigh yield and high efficiency in the coal mine fully mechanized coal face of the building, to face big-long, large to support the requirements of the power of Shearer and scraper conveyor. Ordinary fully mechanized coal face of the long-general in about 150 m, scraper conveyor transport capacity of500 t / h around high yield and high efficiency and fully mechanized coal face of the long-General to 180 ~ 300 m, scraper conveyor transport capacity of 800 t / h and above, therefore, conveyor power greater growth. Pingdingshan Coal Mining Group Company to as an example, the scraper conveyor of power in most 400 (2 × 200) kW and above, the largest for the 750 (2 × 375) kW. Scraper conveyor to the start-up launched mainly two-speed, limited by a small number of filling hydraulic coupler, which started two kinds of ways, not only operating costs, and it stands high. Therefore, the need to seek new technology and equipment to meet the requirements of high yield and high efficiency.一、current situation and existing problems(一) limit filling hydraulic coupler in the high-power, big load, its size, when it with the motor and reducer connection, the greater the share of space. Limited space in the work of the occasion, too much volume will scraper conveyor layout difficult. Coupled with increased hydraulic transmission distance and high-speed rotating state and easy to have a greater impact on the radial dynamic load, and the slowdown caused by electrical installations damaged. Coupled with the input and output speed than the speed of usually no more than 97 percent, that is impossible to achieve input shaft and output shaft of sync, which must exist greater power loss, reducing the efficiency of the transmission system.(二) two-speed motor drive system is currently in China's mining scraper conveyor in common. Under normal circumstances, the rated speed motor to start the half, corresponding to start motor power is also rated power of the half. To low-speed motor launch, when the completion of the process initiated after the switch to high-speed operation, from start to the normal operation of sub-levels, in part, reduce the impact of the launch. In this way to use the special two-motor winding, two-and two-speed cable root switch. Two-speed motor complex structure, high cost, power supply system equivalent to two Motors, low-speed switching not effectively controlled, the point of failure, equipment cables, at the same time, the fault lines will be doubled the increase.二、soft-start several advanced methods of comparison(一) thyristor surge soft-start mode. Start the process launched at the slope, pulse conflict jump start, speed up the slope, fast slope. Pulse conflict way can jump start the biggest short-term output of over 95 per cent of the rated voltage, to impose a short-time great starting torque (equivalent to 90 per cent of direct starting torque), to overcome the static friction and the inertia of the transmission system. This soft-start approach and broad prospects for application.(二) viscous liquid transmission soft-start mode. Dodge is a typical U.S. company CST (consecutive start transmission) soft-start devices. CSTsoft-start devices currently relies mainly on imports, high prices, the general mine unbearable. CST-mechanical, hydraulic, electronic control, cooling, materials for integrated, manufacturing, high-precision control, supply of spare parts in particular inconvenience. Scraper conveyor is moving equipment, changing work environment, the extremely bad conditions, equipment failure rate correspondingly increased, the greater difficulty of maintaining the higher operating costs and narrow work space constraints of the CST in China mine AFC Machine applications.(三) Frequency soft-start mode. Scraper conveyor used, its performance advantages not play; expensive, the general mine unbearable; components used its power IGBT modules, high-voltage IGBT module of the international embargo on China, so its difficult to voltage levels To 1140 V, to its coal mine conveyor on the application has brought great difficulties.(四) SRM-driven approach. SRM is a new driver, in other sectors (such as the textile industry, machinery manufacturing, washing machines, etc.) have a very wide range of applications. The main feature is activated when the current low torque, speed performance, and easy to use pure electric control to achieve stepless speed regulation, and long run. Motor exclusive use of SRM, but flow, not burning motor, with good prospects for development. Components used for power IGBT module, it is very difficult to achieve voltage 1140 V. The current high-power explosion SRM is still in thedevelopment stage, the bulk smaller, higher cost, not suitable for the undergroun d mine scraper conveyor application.(五) soft-start mode. Taiyuan, the company developed the Whitby soft start-FM-speed technology, speed regulator technology, vacuum technology for magnetic start one, start with the characteristics of analog FM. The surge started with the way the soft start-voltage slope start, current feedback sudden jump start and start compared to the initial start more torque, can achieve the low-speed torque activated to ensure that equipment from the take-up, by Static to dynamic start running, you can solve the problem of overloading difficult start.三、applicationPingdingshan Coal Mining Group after analysis and comparison, in October 2004 quoted a 2-QJT250/1140 (660) soft start, and Zhangjiakou Coal Factory production SGZ-764/400-scraper conveyor support, instead of the original The restrictions start filling hydraulic coupler, in a small mining 6-31080 fully mechanized coal face applications, is now running for six months, and its soft-start control of the scraper conveyor incident does not appear, better-performing.The starter the following key features: ①and hydraulic coupler, compared with two-speed motor, scraper conveyor drive system and power supply system to maximize the simplified, the reliability of the systemsignificantly increased. ②start the process of, 5 s power to block protection.③start the process of automatic measurement load, automatically determine sudden jump start, the commencement of the biggest obstacles, the largest motor torque, the buck started to overcome the shortcomings. ④the starter all-digital control circuit, is set up to facilitate the actual starting current can be accurately controlled in the following 4 Ie, the current small motor launch, reduce the impact of the power grid. ⑤scraper conveyor loaded with empty and a smooth start to maximize the Elimination of Transmission of the fixed-load, effectively preventing the Duanlian, breakpoints, roller key transmission components, such as damage to the accident. ⑥VVVF soft start with a fuzzy control technology, based on load automatically determine the size of start-up time. Load large, extended start-up time, reduce the equipment dynamic impact load hours, because of the dynamic impact of the equipment smaller, the system automatically reduce the start-up time, can reduce the impact of the motor life.Mine transportation equipment, long working hours (16 ~ 18 h / d), a large number complex system, supporting equipment, supporting links, delivery of materials by block, the impact of waste, launched frequent launch accidents.Fully-face failure in the electrical and mechanical equipment, scraper conveyor failures accounted for about 40 percent. In light of the above reasons, and because of soft-start the development of fully mechanized coalface scraper conveyor launch control for technical improvements is not only necessary but also feasible. SCR Mine scraper conveyor soft-start is the high yield and high efficiency fully mechanized coal face of the important technology and equipment, with great application value. The project's successful application to reduce the fully mechanized coal face mechanical and electrical accidents, improve yield and reduce consumption is of great significance.翻译:矿用刮板输送机软启动方式的选择与应用在煤矿高产高效综采工作面的建设中,以工作面大采长、大走向的要求配套了大功率的采煤机和刮板输送机。

刮板输送机的使用与维护中英文翻译资料大学论文

刮板输送机的使用与维护烧结厂被拆掉后在其南部建立了一个采矿区，新购买了一台刮板输送机，并在地面上开始是试运行工作。

由一名1966年开始工作的有多年工作经验的技术人员来操作连续刮板输送机试运行。

该刮板输送机是坐落在矿井下工作面内的设备（图1），容易接触到水。

井下的每一个倾斜的工作面内都有专门排除水的排水沟，因此使得刮板输送机的工作部分容易接触到水，使得刮板输送机的强度受到影响。

刮板输送机的驱动器是由链轮与单节长度为78mm的刮板链组成（图2）。

固定悬臂式地向铲运机，前后两个方向分别与刮板输送机的间距为390m m,由销链条和铰链与刮板输送机相连。

刮板链的强度要大于其它部分的强度，该刮板输送机机工作部分的刮板链是用T- 590这种材料，因为摩擦对刮板链的强度的破坏是相当大的，所以减小对刮板链的磨损是保护刮板链强度的重要措施。

IZ图1 刮板输送机1—张紧链轮；2—粉尘出口管；3 —框架内的链轮；4—中间锥体的灰尘挡板； 5 —偏转链轮；6 —框架的偏转链轮;7—驱动链轮；8—板A-A图2 刮板输送机的驱动器1—轧辊；2 —套管；3—刮板；4—板；5—销；6—角板；7—刮板链经过对刮板输送机多年的使用表明，刮板输送机不适合使用标准链，标注链具有较低的服务年限，一般为2〜2.5年。

因此，一般的刮板输送机刮板链的材料使用碳钢的，碳钢的刮板链比铁的刮板链的强度和耐磨性都好。

fS28图3 刮板输送机的张力链轮1—锁紧环；2—颈部套管；3 —分割盖；4—轴承端盖；5—轴；6—轴承；7 —轴承座；8 —链；9—链轮；10 —连接板；11 —刮板刮板输送机所采用的刮板链的连接型式是间距为103.2mm的两个刮板相连，从而降低了单位长度上的压力，这种方法在理论上是可取的，但这种刮板链的强度仍然不足。

最合适的方法是将一个特殊材料的具有良好的强度的链和刮板输送机的刮板链用紧固件相连。

这样的一个链在工作中的安全性是设计局、中央地质局和安监局所信任的。

机械毕业设计课题总目录

⑨0後.蒗漫灬╮設計课题目录1、闹钟后盖的注塑模具设计2、普通开关按钮注塑模具设计3、手机电池后盖注塑模4、塑料瓶盖注塑模5、塑料线卡模具设计6、心型台灯塑料注塑模具毕业设计7、旋纽注塑模具的设计8、冲孔落料复合模毕业设计9、电位器接线片冲压工艺与模具设计10、端盖落料拉深冲孔复合模11、皂盒上盖注塑模具设计12、油杯落料、拉深、成型、修边复合模设计13、止动片模具设计与制造14、轴盖复合模注塑模具15、鄂式破碎机的设计16、自行车无级变速器设计17、高空作业车的设计（机械专业毕业设计论文）18、花生去皮机脱粒机部分的设计（机械毕业设计论文）19、高空作业车的转台结构设计及有限元分析20、钢管自动测长机构设计（工程机械毕业设计）21、高空作业车上车工作装置设计22、工件自动输送机的设计23、马铃薯播种机的设计（农用机械产品的设计）24、咖啡粉枕式包装机总体设计及计量装置设计25、差动分级齿辊式破碎机的设计26、齿辊破碎机的设计27、青饲料切割机设计28、离心式切片机的设计——农用机械产品的设计29、农用机械产品设计——小型电动移动式喷雾机设计.doc30、双卧轴混凝土搅拌机机械部分设计（机械毕业设计）.doc31、（机械产品设计论文）细石混凝土搅拌机设计32、半自动锁盖机的设计（农用机械产品包装机的设计）33、环卫保洁自行车设计（机械创新设计论文）34、校园电动车设计35、糕点切片机设计36、高楼火灾逃生器设计（机械创新设计）37、示教型雕铣机设计（机械专业毕业设计论文）38、红外遥控六足爬行机器人控制系统设计39、三层货运电梯曳引机及传动系统设计40、螺旋输送机的设计41、智能清障小车设计42、TGSS-50型水平刮板输送机——机头段设计43、数控车床自动回转刀架的设计44、Z32K型摇臂钻床变速箱的改进设计45、CA6140车床的数控化改造设计46、Santana2000轿车制动系统设计47、YC1040载货汽车底盘总体及制动器设计48、煤矿主井提升设备选型设计（多绳摩擦式提升机的设计）49、龙王庄煤矿Ⅰ采区初步设计(采矿工程专业毕业设计)50、水峪矿300万吨新井的设计（采矿工程专业毕业设计）51、随车提升机的设计52、小型蜗杆提升机的设计53、AMT自动变速器离合器执行机构设计54、三家子煤矿主井提升设备选型设计（单绳缠绕式提升机的设55、2吨液压挖掘机的挖掘机构设计56、矿用提升机驱动系统的设计57、生物材料动态力学实验机的研制.58、气动通用上下料机械手的设计59、机械手毕业设计论文60、平面关节型机械手的设计61、送料机械手的设计（工业机械手的设计）62、油管内壁爬行机器人的设计63、焊接机械手的设计64、电控气动机械手的设计65、小型零件装配机械手设计66、经济型掩护式液压支架的设计67、支撑掩护式液压支架总体方案及底座设计68、撑掩护式液压支架总体方案及底座设计69、中位放顶煤液压支架的设计70、中位放顶煤液压支架总体结构设计71、轿车变速器设计72、研制改进齿轮滚刀检测装置设计73、液力传动变速箱的设计与仿真74、掩护式液压支架设计75、液压支架的设计76、玻璃成型机传动系统设计77、玻璃成型机电控制系统设计78、主动柱齿轮自动上下料机构与PLC控制79、车载式混凝土输送泵设计80、轴向柱塞泵设计81、带位移电反馈的二级电液比例节流阀设计82、刀具库总装与控制系统设计83、电动阀门控制器的设计84、基于PLC的xy轴交流伺服运动控制装置设计85、基于单片机的XY轴步进运动控制装置设计86、基于运动控制器的XY轴步进运动控制实验装置设计87、立体车库的内部机械结构的优化设计88、链驱动双层升降横移式立体车库的设计89、行星齿轮减速器的设计及箱体的加工工艺的设计90、新型电动自行车及动力反馈制动系统设计91、挖掘装载机装载部分设计92、挖掘机工作机构的设计93、液压皮带张紧和监测装置设计94、电控汽油发动机尾气检测装置设计与分析95、多层板连续排版方法及基于ＰＬＣ控制系统设计96、数控铣床Z轴进给系统设计97、混凝土搅拌机及螺旋输送机的设计（机械产品设计毕业设98、矿用液压支架的设计99、数控车床回转刀架的设计100、数控车床进给系统机械传动结构的设计101、数控机床分度工作台的设计102、数控激光切割机XY工作台部件及单片机控制设计.103、数控铣床X-Y工作台的设计104、机械类外文翻译105、模具专业毕业设计中英文翻译(外文文献翻译)106、外文翻译107、电力专业中英文翻译108、外文翻译109、外文文献翻译110、毕业设计外文翻译111、机电类毕业设计外文翻译112、汽车专业外文翻译（中英文翻译）113、机械专业英文翻译论文（外文翻译）114、机器人外文翻译（中英文翻译）115、机械专业外文翻译中英文翻译外文文献翻译116、模具专业中英文翻译（外文翻译）117、包装机方面中英文翻译外文文献翻译118、毕业设计外文翻译——机电一体化专业中英文翻译119、机械类外文文献翻译(中英文翻译)120、机械设计基础——中英文翻译(外文文献翻译)121、毕业设计专业英语翻译（中英文翻译，外文文献翻译）122、机械专业毕业设计外文翻译（中英文翻译，外文文献翻译）123、关于机械手的中英文翻译(外文翻译、外文文献翻译)124、带式输送机摩擦轮调偏装置设计125、CA1340杠杆零件的加工工艺规程及铣槽专用的夹具设计126、杠杆零件的工艺规程和工装设计127、CA1340杠杆零件的加工工艺规程及钻床夹具设计128、汽车半轴零件的机械加工工艺及工装设计129、石油管接头螺纹保护帽旋压加工专用装备设计130、“传动轴突缘叉”零件的机械加工工艺规程及工艺装备设计131、ca10b解放牌汽车第四速及第五速变速叉的机械加工工艺.132、气门摇臂轴支座的机械加工工艺及夹具设计133、CA6140开合螺母工艺工装设计134、汽车变速箱加工工艺及夹具设计135、汽车变速箱上盖的加工工艺及工装设计136、气门摇杆轴支座的机械加工工艺规程及夹具设计.doc137、尾座体的机械加工工艺规程及工艺装备设计138、R180柴油机曲轴工艺设计及夹具设计139、左支座零件的机械加工工艺规程及工艺装备设计140、轴承架零件的机械加工工艺规程及工艺装备设计141、十字轴的机械加工工艺规程及夹具设计142、“支架”零件的机械加工工艺规程及工艺装备设计143、阀盖零件的机械加工工艺规程及夹具设计144、杠杆机械加工工艺规程及工艺装备设计145、“油阀座”零件的机械加工工艺规程及加工φ16H10孔的. 146、踏脚杆零件加工工艺规程及ΦM6－6H螺纹孔加工专用夹具设计147、偏心套的机械加工工艺规程及工艺装备设计148、“手柄座”零件的机械加工工艺规程及工艺装备设计149、泵体盖的机械加工工艺规程及工艺装备设计150、齿轮泵泵体工艺规程及夹具设计151、拨叉机械加工工艺规程及工艺装备设计152、铣拨叉齿顶面铣床工艺及夹具设计153、转速器盘零件的机械加工工艺规程及加工Φ9H8mm孔的工. 154、“支架”零件的机械加工工艺规程工艺装备与夹具设计155、“轴承座”零件的机械加工工艺规程及工艺装备设计156、CA6140主轴加工工艺及夹具设计157、固定式空压机曲轴的工艺及工装设计158、压缩机箱体加工工艺及夹具设计159、曲柄零件的机械加工工艺规程及工艺装备设计160、CA6140填料箱盖工艺过程卡及数控编程设计161、万向节滑动叉的机械加工工艺规程及夹具设计162、换挡叉加工工艺规程及夹具设计163、推动架机械加工工艺规程及工艺装备设计164、阀体零件的机械加工工艺规程及工艺装备设计165、低速级斜齿轮零件的机械加工工艺规程设计166、“操纵手柄”零件的机械加工工艺规程设计167、齿轮架零件的机械加工工艺规程及夹具设计168、转向臂零件的机械加工工艺规程设计169、端盖的机械加工工艺及夹具设计170、端盖零件的机械加工工艺规程及夹具设计171、支承块零件的夹具设计172、ZS1105柴油机箱体的工艺规程及专用夹具设计173、汽车半轴零件的机械加工工艺及组合机床的设计174、汽车变速箱后面孔系钻削组合机床设计175、脱水机筒壁群孔加工组合机床设计176、旋转体的冲压工艺与模具设计177、制定拨叉零件的加工工艺及铣30×80面的铣床夹具设计178、(土木工程专业毕业设计)钢筋混凝土框架设计179、(数控专业毕业设计)铣床主运动、进给系统及控制系统的设计180、普通铣床的数控化改造设计181、C6163型车床的经济型数控改造设计182、龙门式火焰切割机传动及控制设计183、粉末压力成型机传动系统的设计184、数控铣床的主轴箱结构设计185、数控激光切割机设计186、某新建二级公路设计毕业设计187、T611镗床主轴箱传动设计及尾柱设计188、人关节防脱位臼衬的模具的数控加工设计189、传动轴的工艺规程设计（数控编程设计)190、土木工程外文翻译（英文翻译）191、机床尾座体夹具设计课程设计192、立体仓库控制系统设计193、卷扬机减速器的设计194、中单链型刮板输送机设计195、组合机床改造设计196、精密播种机设计197、芒类生物质弯曲物理特性研究198、苯-氯苯精馏系统的设计199、分离苯-甲苯精馏系统设计200、分离甲醇水溶液的精馏系统设计201、酒精精馏系统设计——精馏系统的设计202、基于单片机的直流电机调速系统设计203、基于遗传算法的齿轮减速器模型优化设计204、超声波距离探测器的设计205、带温度显示的万年历设计206、基于DS18B20单片机的数字温度计设计207、基于DS18B20的数字温度计设计208、基于DS1302单片机的电子万年历设计209、基于GSM短信模块的家庭防盗报警系统设计210、基于PLC步进电机控制自动门系统的设计211、基于PLC的自动门控制系统的设计212、基于PLC的自动送料控制系统设计213、基于PLC的自动送料装车控制系统的设计214、基于PLC自动门控制系统的设计215、基于单片机的温室自动灌溉系统设计与实现216、基于单片机控制的超声波测距仪的设计217、基于PLC的电梯控制系统设计218、家庭智能防盗放火报警系统的设计219、数字温度计设计220、超声波测距器的设计221、基于51单片机超声波测距设计222、基于单片机的带温度显示的万年历设计223、基于单片机的电子万年历设计224、家庭防盗报警系统设计225、温室自动灌溉系统设计与实现毕业设计论文226、自动门控制系统的设计227、基于单片机的XY轴交流伺服运动控制装置的设计228、基于PLC的控制系统软硬件设计229、基于MCS51系列单片机的温度采集系统设计230、基于VB学生信息管理系统设计231、基于PLC控制的五层电梯系统设计232、机械手模型的PLC控制系统设计233、基于plc的喷泉控制系统的设计234、基于PLC的污水处理系统的设计235、花样喷泉控制系统设计236、基于plc的花样喷泉控制系统设计237、水位检测仪系统设计238、起重机的plc改造设计239、皮带运输机电气控制系统设计240、直流稳压电源课程设计241、直流数字电压表设计242、单片机水温控制系统设计243、具有数字显示功能的洗衣机控制系统设计244、车距自动检测及报警系统设计245、车距自动测试系统设计246、PLC电梯控制系统设计247、三层电梯PLC控制系统的设计与调试248、五层五站电梯PLC控制系统设计249、选矿厂现场总线控制系统设计250、带左转功能的红绿灯控制系统设计251、球磨机给矿控制策略研究设计252、工资管理系统设计253、PLC在三层轿外按钮控制电梯中的应用254、220kv变电站设计255、汽车入库门控制装置设计毕业论文256、仓库管理系统设计257、学生档案管理系统设计258、会计职业道德建设意见论文259、模具类毕业设计外文翻译260、基于MCS-51单片机的万年历设计261、环境管理会计研究262、“聊天热线”的制作设计263、国际商誉会计比较研究264、建党90周年的论文265、柴油机曲轴工艺规程设计266、浅论网络会计267、数控回转工作台结构设计268、数控机床的PLC设计269、我国会计与国际会计的协调化270、衍生金融工具会计研究271、医院会计电算化探讨272、数控铣床PLC控制系统设计273、基于PLC的花样喷泉控制系统设计274、数控铣床控制系统的设计与研究275、基于PLC控制的喷泉控制系统设计276、自动铣床PLC控制系统设计277、X6132主轴加工工艺及夹具设计278、多功能音响放大器的设计279、三自由度圆柱坐标型工业机器人设计280、物料搬运机器人设计281、平面槽型零件的数控加工及编程设计282、减速器后盖零件的数控铣削加工及编程设计283、心型零件的数控铣削加工工艺及编程设计284、茶杯模具造型与数控加工设计285、平面铣削及雕刻的数控加工工艺设计286、“单拐曲轴”零件的机械加工工艺规程设计287、机械类英文翻译288、单拐曲轴的机械加工工艺规程及夹具设计289、活动钳口零件的机械加工工艺规程及专用夹具设计290、基于单片机的电动智能避障小车设计291、小型自走式旋耕机的设计292、药品包装机设计293、柴油机12孔攻丝组合机床及夹具设计294、后钢板弹簧吊耳加工工艺设计及专用夹具设计295、差速器零件的加工工艺及钻床夹具设计296、机械类外文文献翻译297、离合器齿轮的加工工艺规程及夹具设计298、平面槽类零件的数控加工工艺设计299、汽车专业中英文翻译300、数控专业毕业设计外文翻译301、天然气电控发动机设计302、铣削零件的数控加工工艺及程序的编制303、DZ60振动打桩锤的设计304、万向节滑动叉的机械加工艺规程及工装设计305、机械专业外文文献翻译306、卧式锤式破碎机的设计307、液力传动变速箱设计与仿真设计308、空心轴的车削加工工艺分析与编程设计309、曲柄板的数控加工工艺及编程310、动力座的数控铣削加工工艺及编程311、盖板的数控加工工艺及编程设计312、轴套零件的机械加工工艺规程及夹具设计（数控编程）313、低速载货汽车驱动桥的设计314、5吨卷扬机设计315、手柄限位杆盒冲压件设计316、马路保洁车设计317、客运专线沉降观测方案与实施(工程测量专业毕业设计) 318、家用食品粉碎机设计319、CK-Ⅱ型车床主轴箱加工6～Ф17孔两面卧式组合钻床设计320、小型钢坯步进式加热炉液压传动系统设计321、智能化自寻迹程控车模外形及其控制系统设计322、家用迷你音响外壳的注射模设计323、C620普通车床的主轴变速箱设计324、C620普通车床的经济型数控化改造设计325、毕业设计中英文翻译326、机械专业外文献翻译327、汽轮机数字电液控制系统技术的发展328、宠物垫生产线的部件机械设计329、方罩壳注塑模设计330、电脑键盘注射模具设计331、多格盒注塑模设计332、回转盘的机械加工工艺规程及专用夹具设计333、油阀座的夹具设计334、支架零件的工艺规程及钻14孔夹具设计335、汽车连杆加工工艺及夹具设计336、连杆盖零件的机械加工工艺规程及夹具设计337、连接座零件的机械加工工艺规程及夹具设计338、输出轴的机械加工工艺规程与夹具设计339、输出轴零件机械加工工艺规程制订及工艺装备设计340、气门摇杆轴支座设计341、螺旋千斤顶的设计342、减速机壳体加工工艺及夹具设计343、某医院污水处理设计344、升降杆轴承座的夹具工艺规程及夹具设计345、机械专业外文文献翻译346、挖掘机工作装置液压系统设计347、机械专业中英文翻译348、CA6140车床拔叉（831008型号）加工工艺及夹具设计349、CA6140车床拨叉（831008型号）的工艺规程及专用夹具设计350、车票管理系统的程序设计351、梳棉机组合机床设计352、铁心冲片的冲压工艺与模具设计353、液压挖掘机行走机构总体及减速器设计354、筒形件落料、拉深、冲孔复合模设计355、卧式钻床总体设计及左主轴箱设计356、铣削组合机床及其主轴箱设计357、一级蜗杆减速器设计358、圆筒冷冲压模设计359、制定CA6140拨叉（831003型号）零件的机械加工工艺及铣尺寸.360、轴盖冲压复合模设计361、电器接插件多工位复合模具设计362、组合机床铣边机的设计363、垫圈冲孔落料复合模设计364、电子钟后盖注塑模具设计365、鼠标滑球盖注射模设计366、果蔬篮注塑模具设计367、药瓶注塑模设计（模具设计）368、五档变速器设计（轿车变速箱设计）369、漱口杯注塑模设计370、漱口杯注塑模设计371、漱口杯注塑模设计372、螺旋钻采煤机推进机构的设计373、plc控制恒温水箱的设计374、浅谈我国企业诚信缺失的成因及其对策375、毕业设计中英文翻译376、毕业设计外文翻译377、采煤机右摇臂壳体的加工工艺规程及数控编程设计378、采煤机左牵引部机壳的加工工艺规程及数控编程设计379、泵体零件的机械加工工艺规程及工艺装备设计380、闸板零件的机械加工工艺规程设计381、叉杆零件工艺设计与工装设计382、左支架零件工艺工装设计383、套筒机械加工工艺规程制订384、套筒加工工艺及夹具设计385、机械专业外文文献翻译386、胶带式运输机传动装置设计387、煤巷和半煤岩掘进机设计388、数控专业毕业设计外文翻译389、浅谈轴类零件加工工艺设计390、支承套零件的专用夹具设计391、齿轮轴的机械加工工艺规程设计392、轴承零件的机械加工工艺规程设计393、离合器的设计394、搅拌摩擦焊焊接工装设计395、家政服务管理系统设计396、机械密封装备传动套的加工工艺及夹具设计397、机床主轴箱设计398、盖冒垫片模具设计399、飞机发房外舱蒙皮制造设计400、弹簧片零件的落料弯曲级进模设计401、风扇后盖注塑模设计402、防火栓垫片的冲压模具设计403、法兰盘连续模设计404、垫片的冲压模具设计405、典型轴类零件数控加工工艺设计数控专业毕业论论文406、数控滚齿机传动箱体的加工工艺与编程407、电源插头塑料模具设计408、电机轴的失效分析和优化设计409、单级斜齿圆柱齿轮传动设计410、冲压工艺及模具设计411、Y8飞机上支座部件的设计412、CD盒塑料模具设计413、拨叉加工工艺及夹具设计414、CA6140车床拨叉（831008型号）零件的机械加工工艺及夹具设.415、CA6140车床拨叉(831008型号)零件的机械加工工艺规程及. 416、CA6140车床拨叉(831005)零件的机械加工工艺规程及夹具设计417、CA6140车床拨叉(831003)零件的机械加工工艺规程及夹具设计418、CA6140车床拨叉831002零件的机械加工工艺及工艺装备设计419、CA6140车床拨叉(831007型号)零件的加工工艺规程及夹具设计420、CA6140车床拨叉(831007)的机械加工工艺规程及夹具设计421、CA6140车床法兰盘(831004型号)的加工工艺规程及夹具设计422、CA6140车床法兰盘(831004)零件的机械加工工艺规程及专. 423、CA6140车床法兰盘的机械加工工艺规程及夹具设计424、法兰盘加工工艺及夹具设计425、三爪卡盘增力机构夹具设计426、叉杆零件的加工工艺及夹具设计427、推动架的机械加工工工艺及专用夹具设计428、变速器换挡叉的机械加工工艺及专用夹具设计429、离合器齿轮零件的工艺规程及夹具设计430、计算机网络安全与防火墙技术431、无线自动报警系统设计432、汽车驱动桥设计433、数字合成器通信原理设计434、影响我国电子商务发展关键因素的分析和策略435、资料管理系统设计436、汽车高分子材料课程讲义437、汽车弹簧液压弯管机设计438、液压转向器厂总平面布置设计439、飞机起落架收放支臂的设计440、论供应链管理下企业采购管理的发展趋势441、论供应链管理条件下的库存控制442、基于VB的扫雷游戏的设计与开发设计443、论现代物流配送对未来商业影响444、机械产品方案的现代设计方法及发展趋势445、基于ADF4193芯片简介及应用电路设计446、基于单片机温度控制系统设计447、内蒙古包头市磴口水厂给水工程设计448、材料成型与控制技术毕业论文449、基于VB数据库管理系统设计——文档管理系统设计450、电表管理系统设计451、PLC与气压控制设计452、调速系统控制电路的设计453、中小型物流企业的配送管理454、中国物流产业的发展现状及其建议[2]455、论中国经济增长456、论中国经济的发展457、论中国服务业的发展现状458、运输在物流中的重要作用459、阅读会计报表应注意的问题460、远天公司货运代理流程浅析461、现代汽车悬架技术的发展趋势462、影响我国电子商务发展关键因素的分析和策略463、营销及其理念论文464、一份出口合同的履行过程465、一般进出口货物的报关程序概述466、信用证与不同支付方式的综合运用467、小家电市场营销现状及营销策略探讨468、现代信息技术在物流行业中的应用469、物流配送中心的选址问题的研究及应用论文470、物流论文471、论物流技术与设备的重要性472、物流及物流的产生与发展473、稀油润滑液压系统设计毕业论文474、五层电梯模型plc控制系统设计与调试475、机械手的PLC控制设计476、止动杠杆冲压模设计477、用于带式运输机上的两级展开式圆柱齿轮减速器设计478、台灯座注塑模具设计479、电池充电器外壳的注射模设计480、塑料瓶盖注塑模设计481、角架搁板的注塑模具设计（注塑模模具设计）482、手机外壳的注塑模的设计483、调料盒注塑模具设计484、闹钟后盖注塑模的设计485、电话机听筒注射模设计486、塑料注塑模具设计487、塑料闸瓦钢背弯曲模设计488、电池板铝边框冲孔模的设计489、(模具毕业设计)滑轮注塑模设计490、管座及其加工模具的设计491、皮带轮落料拉深复合模设计492、自动化立体车库设计493、四自由度的工业机器人设计494、数控车床XY工作台与控制系统设计495、螺杆压缩机系统装置设计496、壳体零件机械加工工艺规程制订及工艺装备设计497、基于UG的填料箱盖的工艺规程及夹具设计498、阀体零件的机械加工工艺规程及夹具设计499、预选阀体的机械加工艺规程及夹具设计500、法兰盘加工工艺规程设计501、机械专业毕业实习报告502、滑块厚度综合检测平台设计503、二级锥齿轮圆柱齿轮减速器设计504、二级圆锥圆柱齿轮加链减速器设计505、电机壳的加工工艺及钻Φ8.5mm孔的钻床夹具设计506、CA6140车床后托架的机械加工工艺及夹具设计507、CA6140车床拨叉的加工工艺及铣8mm槽的铣床夹具设计508、CA6140车床后托架(831001型号)的机械加工工艺规程及夹具设计509、CA6140车床拨叉831002的加工工艺及夹具设计510、CA6140车床杠杆的加工工艺及夹具设计511、CA6140杠杆的加工工艺及夹具设计512、CA6140车床拨叉(831009型号)杠杆的加工工艺及夹具设计513、CA6140拨叉零件工艺及工装设计514、CA10B解放牌汽车前刹车调整臂外壳的机械加工工艺规程. 515、CA6140拨叉（831006型号）零件的加工工艺规程及加工Φ25孔.516、CA6140车床拨叉（831006型号）的机械加工工艺及加工孔φ25.517、“CA6140车床拨叉（831006型号）”零件的机械加工工艺及铣. 518、等臂杠杆的工艺规程及夹具设计。

TGSS-50型水平刮板输送机设计说明书

第一章、TGSS-50型水平刮板输送机工作原理和特点1 使用范围和特点TGSS系列水平刮板输送机分为普通性、密封型和特殊型三类。

主要适用于粮油加工厂仓库、码头、轻工、酿造等行业输送各种原料、料坯等小颗粒状或粉状物料。

不宜输送容量大于1t/m3的物料以及高温、高湿、腐蚀性物料或块状物料。

TGSS-50型水平刮板输送机是与胶带输送机、斗式提升机一样，刮板输送机也是一种具有挠性牵引构件的连续输送机械，可用于水平、倾斜和垂直方向输送散体物料，常用于粮油、饲料加工厂原粮、半成品及成品的输送，特别适用于油脂加工厂生产工艺中油料的输送和粮食仓库原粮的输送。

密封型水平刮板可用于浸出油厂输送含有易挥发、易渗溶剂的物料及其它易燃易爆的物料。

特殊型有双层刮板、油刮板、通风刮板等。

较之水平刮板机其它设备，它的显著特点是：1、该设备常用于水平输送颗粒和粉状物料，亦能在150角范围内作倾斜输送。

因此，在单点进出料基础上，也可多点进料，多点出料，对输送有毒、易爆、高温和易飞扬的物料，改善工人操作条件和减少环境污染等方面有突出的特点。

2、该机具有整机寿命高、运行平稳、结构尺寸小、输送量大、能耗低、物料破损率低等特点3﹑结构简单，密封性好，进卸料装置简单，可多点进卸料，布置形式灵活，可同时多方向完成物料的输送。

4、导轨采用高密度耐磨塑料板或锰板，在机壳的侧面和底面均镶有耐磨性良好的锰材钢板，大大延长了使用寿命（选用）。

5、头、尾机壳及中间机壳均采用组装式结构，装、拆、检修、维护和更换衬板等简单易行。

6、链条采用焊接弯板链，模锻链，套筒滚子链等，性能可靠，强度高，拉力大，寿命长。

2 、主要结构图1结构原理图本机主要由传动装置、机头、中间段、进（出）料段、机尾、刮板链条等部分组成。

该机机壳采用组装式，根据现场输送距离的长短，可以方便的进行调整，并便于运输和安装。

3 、工作原理进入机槽的物料受到刮板链条在运动方向的压力和自身重量的作用，在物料间产生内磨擦力，这种磨擦力保证了物料层之间的稳定状态，并能克服物料在机槽内移动而产生的外磨擦阻力，使物料形成随刮板链条一起运动的连续的整体的物料流而被输送。

TGSS-50型水平刮板输送机

2010届毕业生毕业设计说明书设计题目: TGSS-50型水平刮板输送机设计院系名称：机电工程学院专业班级：农业机械化及自动化（汉）2班学生姓名：王苏博学号：060514010指导教师：崔红梅教师职称：讲师2010 年 6 月 17 日设计概况刮板输送机是输送粉尘状、小颗粒及小块等散状物料的连续输送设备，可以水平、倾斜和垂直输送。

MS即指水平型输送机，由于输送时，刮板链条全被埋在物料之中，故称为MS埋刮板输送机；又因为埋刮板机槽宽是500mm所以称为MS50型刮板输送机。

输送物料具有内擦力和侧压力等特性。

垂直输送时，主要依赖物料所具有的起拱特性。

封闭机槽内的物料在受到刮板链条在运动方向的推力，且受到下部不断的给料而阻止上物料下滑的阻力时，产生横向阻力时，产生横向侧压力，从而增加物料的内摩擦力，当物料之间的内摩擦力大于物料和侧壁间的外摩擦力及物料自重时，物料就随刮板链条在运动中有振动，有些物料的料拱会时而形成，因而使物料在输送过程中对于链条产生一种滞后现象，影响输送能力。

埋刮板输送机主要由封闭断面的壳体（机槽）、刮板链条、驱动装置及张紧装置等部件组成。

其设备结构简单、体积小、密封性能好、安装维修比较方便；能多点加料、多点卸料，工艺选型及布置较为灵活；在输送飞扬性、有毒、高温、易燃易爆的物料时，可改善工作条件，减少环境污染。

埋刮板输送机目前已被广泛应用于化工、建材、冶金、电力、粮食、轻工和交通领域。

MS型埋刮板输送机是采用倾斜度较小或水平布置的一种刮板输送机，其倾角一般为0。

≤a≤15。

单台设备的输送高度不大于80m。

关键词：输送料拱内摩擦力外摩擦力侧压力Design overviewScraper conveyor is conveying dust, small particles and small pieces of etc of continuous conveying equipment, vertical and horizontal, tilt. MS horizontal conveyor, because that means, scraper conveyor chains are buried in the material, so called MS scraper conveyor, And because the wind was buried trigger 500mm therefore called slot width MS50 type scraper conveyor. Materials to be conveyed with force and the lateral pressure inside brush etc. Vertical conveyor, which mainly rely on materials of arch characteristics. Sealing material in the slot machine by scraper chain in the direction of movement, and is constantly under the thrust of the feeding and prevent slipping on the resistance, transverse resistance, transverse lateral pressure, thus increasing the friction material, when materials within the friction between the inside wall of the room than material and the friction and weight materials, materials with scraper chain in movement, some materials are of vibration, thus will sometimes arch in the process of conveying material to produce a lag phenomenon chain, transmission capacity. Scraper conveyor consists mainly of closed cross-section of the shell (machine), scraper chain, driving device and a device etc. Parts. The equipment is simple in structure, small volume, sealed performance is good, easy installation and maintenance, Can more charging and discharging points, process selection and arrangement more flexible, The dust, poisonous, high temperature, inflammable and explosive materials, can improve the working conditions, and reduce environmental pollution. Scraper conveyor has been widely used in chemical industry, building materials, metallurgy, electric power, food, light industry and transportation. MS type scraper conveyor is smaller or using gradient layout of a level of scraper coveyor, its Angle is commonly 0. More than a more than 15. The single machine conveyance height is not more than 80m.Keywords: transport within the friction friction material arch lateral pressure目录1 前言...............................................................................................................................................................2 TGSS-50型水平刮板输送机工作原理和特点 ...............................................................................................2.1使用范围和特点 (2)2.2主要结构 .....................................................................................................................................................2.3工作原理 .....................................................................................................................................................3 本课题的设计目的和主要内容.....................................................................................................................4 设计进度安排及要完成任务.........................................................................................................................5 设计计算(参照埋刮板输送机通用设计手册) ..............................................................................................5.1输送量计算公式：......................................................................................................................................5.2刮板链条张力计算......................................................................................................................................5.3电动机的功率计算......................................................................................................................................5.4输送链的选择与设计..................................................................................................................................5.5链轮设计......................................................................................................................................................5.6减速机计算选型..........................................................................................................................................5.7.齿轮的计设计（机械设计211页） .........................................................................................................5.7.1高速级的设计 ................................................................................................ 错误！未指定书签。

刮板式输送机英文文献

Improve design and analysis on transitional chute of scraper conveyorShuping Wang 1,a and Zhaojian Yang 1,b1College of Mechanical Engineering, Taiyuan University of Technology, Taiyuan 030024 Chinaa sp311@,b yangzhaojian@Keywords：Scraper conveyor, Transitional chute, Improve design, WearAbstract. To avoid the corrosion of transitional chute of scraper conveyor, optimization is needed on the structural of transitional chutes. After analyzing the force on turning point of transitional chute, multi-body dynamic experiments were made. The results show that, the improve design decrease the force on the turning point obviously and there are no extra difficulty on manufacture and installation. The experiment and analysis can conclude that the forces, which influence the wear of transitional chute, are depended on the transition arc radius but not transitional angle. IntroductionScraper conveyor is one of the important equipment on the modern fully-mechanized coal mining. According to the demand of coal transportation, Scraper conveyor’s two sides (head and tail) are higher than the middle and the transitional chutes are the joining parts for the middle through to the tail or head. [1] As a slot of the scraper conveyor, transitional chutes showed the entire slot’s character, including wear. [2] But, the wear of transitional chute is more serious on the turning point than other slots. Seriously, deep groove was ploughed by the round chain on the turning point. By analyzing the transitional chute service condition and the calculator the contact force between rollers chain with middle plate, the paper seek the ways to reduce wear without extra difficulty on manufacture and installation.Transitional chute and the problemTransitional chute. Transitional chute is assembled in the scraper conveyor in Fig.1. As the figure shows, ‘h’ is lifting height; ‘α’ is transitional angle and the ‘is speed of chain. For the transitional angle, every section is unique in structure and installation position is fixed. Fewer transitional chutes are needed if the transitional angle bigger. So, bigger transitional angle is benefit to reducing the consumption on manufacture and installation.Problems. In production progress, deep Arraygrooves can be found at the point A in theEven more, the middle plate will be wearaway. At the same time, it was founded thattransitional angle and the angle bigger thewear more serious. A small transitionalangle α is benefit to reducing the slot’swear, but, a small transitional angel needsmore section for transitional chutes. So, there is a contradiction between wear and manufacture with installation. At present, producers use middle α to solving the problem. But, it’s difficult to solving the conflict.WearThe wear of middle plate is the key problem for scraper conveyor; translate speed, working condition and material matching influence the wear at different degree. [1]. Transitional chute had all kinds wear which other slot has, and the wear on turning point A （showed in fig.1）is more serious. The reason for the serious wear is the normal force is bigger than others, so, analysis on contact force between chain and middle plate is the key to solve the problem.Force. Fig 1 shows assemble of the chain and transitional chute and the fig.2 shows the vertical ring 2‘s forces. As it shows, vertical ring 2 is pulled by level ring 1 with F 1 along the direction of chain velocity, at the same time, the ring 2 is drew with F 2 by plate ring 3, the direction is showed in fig 3. For the reason that, the F 1 is a little bigger than F 2, here, consider F 1 is equal to F 2 for convenience of analysis. And then, the force on vertical ring 2 by turning point of transitional chute is F ,. (1)So, normal force on the turning point A by vertical ring 2 is calculated by the first function.F 11 and level ring 3 is useful to decrease the force ’F ’,which is benefit to reduce the wear of transitional chuteby vertical ring. We can found that, a big curvatureradius arc is benefit to decrease the angle between thetwo level rings. Fig.3 shows the transitional curve. Infig.3, ‘γ’ is used to indicate the angle between level ring1 and level ring 3 to different from transitional angel ‘a’.So, the angle between _OC (point C is belong to levelring 3 and point O is the center of circle) and _OB (point B is belong to level ring 1) is the same as ‘γ’.Then,R+2d=p/2sin(γ/4) (2) Here, ’d’ is the diameter of ringSo,R ≥p/2sin(γ/4) (3) That is to say, larger ‘R ‘and little ‘γ’, the force on turning point is more little. And the magnitudeof the force is 。

外文翻译---刮板输送机

附录Scra per conveyorScraper conveyor is a reprint of fully coal face ancillary equipment in the transport system an important part of the roadway in the face of the accepted face scraper conveyor unloading of coal flow, not halt the transfer to the retractable belt Conveyor boost. Bridge reversed loader with the face-scraper conveyor machine synchronous over his head, face Shearer guarantee for coal mining, and fully mechanized coal face of high yield and high efficiency operations.Scraper conveyor is a reprint of a special structure of the scraper conveyor, powertrain and drive and scraper conveyor similar to a ramp of its fuselage and a section of the arch bridge structure and belt conveyors in the tail Paragraph above lap. In the back-alley in the coal face when the machine goes to reprint its arch bridge and all of the aircraft ended the lap belt conveyor stack of position limits, a retractable belt conveyor shortened ride Next length of the belt conveyor for the development of the shift to home-unloading nose reproduced below, can be reproduced with the face of the advance goes forward.Reproduced large-scale machine is fully coal face with the equipment supporting the use of the Gate transmission, reproduced equipment, to complete the face conveyor sent to the coal transportation, transit facilities to follow up on the conveyor belt of tasks and to provide the appropriate means of connection. ZY2300 belt with the design requirements for supporting the tail since the shift to achieve inthe 2.3 metres of the overall mobile rather than demolished shift belt machine.ZY2300 belt and the tail of the shift can be more easily cope with belt-regulation, enhance the belt-and-reproduced with the coordination. This reprint ofMG300/700-WD and supporting the use of conveyor, capacity up to 1,000 tons / hour, technologically advanced, reliable, large-scale comprehensive mining equipment supporting the excellent models.Wheel gearsWheel gears spreading to move is a the most wide kind of the application spreads to move a form in the modern machine.Its main advantage BE:The①spreads to move to settle, work than in a moment steady, spread to move accurate credibility, can deliver space arbitrarily sport and the motive of the of two stalks；Power and speed scope② applies are wide；③ spreads to move an efficiency high, =0.92.0.98；④ work is dependable, service life long；⑤Outline size outside the is small, structure tightly packed.The wheel gear constituted to；；；from wheel gear, stalk, bearings and box body decelerates a machine, useding for prime mover and work machine or performance organization of, have already matched to turn soon and deliver a function of turning , the application is extremely extensive in the modern machine.Planetary gear reducer gear reducer than the normal small size, light weight, high efficiency and transmission power range, etc, widely applied gradually. At the same time its drawbacks are: material quality, complex, high precision manufacturing, more difficult to install, design complex calculations than the average speed reducer. but on the planet as people drive technology further in-depth understanding and knowledge as well as the introduction of foreign planetary transmission and absorption oftechnology to drive the structure and contain its way are constantly improving, and continuously improve the level of production technology, can produce a better planetary gear reducer.According to a general load of gear strength, geometric dimensions of the design calculation, and then to carry out transmission ratio conditions, concentric condition, the assembly conditions, design and calculation of the adjacent conditions, thanks to the number of planetary gear transmission, also must be contained institutions and the design of floating volume calculation.Planetary gear drive according to the composition of basic enough pieces can be divided into: 2KH, 3K, and KHV are three. If the meshing of gears by the way, can be divided into: NGW-type, NN-based, WW-type, WGW type, NGWN type and N-type and so on. I designed planetary gear is 2KH NGW planetary transmission type.⑥Local deceleration machine much with the wheel gear spread to move, the pole spread to move for lord, but widespread exist power and weight ratio small, or spread to move ratio big but the machine efficiency lead a low problem.There are also many weaknesses on material quality and craft level moreover, the especially large deceleration machines problem is more outstanding, the service life isnt long.The deceleration machine of abroad, with Germany, Denmark and Japan be placed in to lead a position, occupying advantage in the material and the manufacturing craft specially, decelerating the machine work credibility like, service life long.But it spreads to move a form to still take settling stalk wheel gear to spread to move as lord, physical volume and weight problem, dont also resolve likeThe direction which decelerates a machine to is the facing big power and spread to move ratio, small physical volume, high machine efficiency and service life to grow greatly nowadays develops.Decelerating the connecting of machine and electric motor body structure is also the form which expands strongly, and have already produced various structure forms and various products of power model numbers.Be close to ten several in the last yearses, control a technical development because of the modern calculator technique and the number, make the machine process accuracy, process an efficiency to raise consumedly, pushed a machine to spread thediversification of movable property article thus, the mold piece of the whole machine kit turns, standardizing, and shape design the art turn, making product more fine, the beauty turns.Become a set a machine material in 21 centuries medium, the wheel gear is still a machine to spread a dynamic basic C tool machine and the craft technical development, pushed a machine to spread to move structure to fly to develop soon.Be spreading to move the electronics control, liquid in the system design to press to spread to move, wheel gear, take the mixture of chain to spread to move, will become become soon a box to design in excellent turn to spread to move a combination of direction.The academics that is in spread move the design crosses, will become new spread a movable property article the important trend of the development.Essential character：Reduction gear、Bearing 、gear 、mechanical drive刮板输送机刮板输送机是一种挠性牵引的连续输送机械，是为采煤工作面和采区巷道运煤布置的机械。

TGSS系列埋刮板输送机主要技术参数

TGSS系列埋刮板输送机主要技术参数承德华飞公司网页文件技术部分TGSS系列埋刮板输送机主要技术参数
TGSS Series sunk scraper conveyor main technical parameter
表中输送能力的数据为设备在理想状态下的数据，设备在具体使用情况下的数据根据输送不同的物料确定，定货时须与制造厂联系确定。

TGSS系列埋刮板输送机主要技术参数承德华飞公司网页文
件技术部分
Directions ：The data in the form are the data that the installation is living below the ideal condition ，the data that the installation is living below the concrete use situation are certainly on the basis of the supply difference matter ，have to get in touch with certainly when the order against the manufacture 。

刮板输送机论文

1 概述刮板输送机是一种有挠性牵引机构---连续输送机械。

它的牵引构件是刮板链，承载装置是溜槽。

在溜槽的采空区侧设有挡煤板及挡煤板座、导向管（链牵引采煤机用）、齿条、销轨或埋链（无链牵引采煤机用）。

刮板输送机在综采工作面中起着承载、运煤和采煤机导向以及液压支架推移支承等作用，是整套综采设备的“中坚”，其性能、可靠程度和寿命是综采工作面正常生产和取得良好技术经济效果的重要保证。

刮板输送机的输送能力主要由高产高效矿井的生产能力来决定，同时也决定了刮板输送机的发展趋势。

1.1刮板输送机的发展历史自世界上第一台刮板输送机诞生以来，经历了半个多世纪的不断研究、试验、改进，刮板输送机已成为煤矿运输的主要设备。

目前世界上生产刮板输送机的国家主要有德国、美国、英国、澳大利亚、日本等。

机型从轻型、中型到重型、超重型．保护形式有：弹性联轴器、限矩型液力耦合器、双速电机、调速型液力耦合器、软启动(CST可控传动装置、阀控调速型液力耦合器、交流电机变频调速技术三种软启动装置)等等。

我国综采机械化的应用始于20世纪70年代末，用刮板输送机运输散碎物料的方式20世纪初出现于工业发达的英国。

早期的刮板输送机长度只有几十米；功率小，牵引链的强度也不高。

经过多年的改进和发展，目前综合采矿用的刮板输送机除了运煤之外，还有四种功能：给采煤机做运行轨道，为拉移液压支架作升缩油缸的固定点；清理工作面的浮煤；悬挂电缆、水管、乳化液管等。

刮板输送机在综合采煤工作面与采煤机和液压支架配套工作。

从总体水平上看．我国刮板输送机发展现状与国外相比还存在一些差距，主要表现在：基础研究薄弱。

缺少强有力的理论支持，计算少，靠经验取值多，缺乏专门的开发分析软件；受基础工业水平的制约，国产输送机制造质量不稳定。

元部件的可靠性还有待提高：大功率刮板输送机的关键部件仍需进口，有待进一步研发并国产化；安全性和可靠性的不稳定。

直接制约了煤矿的生产效率，从而不能从根本上降低使用成本；煤矿管理水平落后，资金不足．矿工不按操作规程操作等，也间接增加了输送机发生故障的机会．从而不能最大限度地发挥设备的设计能力。

全系列输送设备名称中英文对照表

输送设备Conveying Equipment TDTG系列斗式提升机TDTG Series Bucket ElevatorTDTG K系列快速斗式提升机TDTG K Series Bucket ElevatorTDTG Q系列自清斗式提升机TDTG Q Series Self-cleaning bucket elevatorTDTG Z系列重力斗式提升机TDTG Z Series Gravity Type Bucket ElevatorTGSS系列导轨式埋刮板输送机TGSS Series Rail Enmasse Drag conveyorTGSS系列托轮式埋刮板输送机TGSS Series Carrier Wheel Enmasses Drag Conveyor TGSU系列U型刮板输送机TGSU Series U-Trough Drag ConveyorTWLL系列螺旋喂料器TWLL Series Screw FeederTLSS系列螺旋输送机TLSS Series Screw ConveyorTWLL P系列破拱式螺旋喂料器TWLL P Series Breaking Bridging Screw FeederTWLL S25型双螺旋喂料器TWLL S25 Double Screw FeederTFPX系列新型旋转分配器TFPX Series New Rotary DistributorTBDD系列电动阀门TBDD Series Electric ValveTBDQ系列气动阀门TBDQ Series Pneumatic Valve TZMD系列电动闸门TZMD Series Electric Gate TZMQ系列气动闸门TZMQ Series Pneumatic Gate TZMS系列手动闸门TZMS Series Manual Gate TZMS Q系列手动气密性闸门TZMS Q Series Manual Tight Gate。

TGSS-50型水平刮板输送机——机头段的catia三维设计与实现

图书分类号：密级：毕业设计(论文)TGSS-50型水平刮板输送机——机头段的catia三维设计与实现TGSS-50 HORIZONTAL SCRAPER CONVEYOR - CATIA THREE-DIMENSIONAL DESIGN AND REALIZATION OF THEMACHINE HEAD学生姓名班级学院名称专业名称指导教师学位论文原创性声明本人郑重声明：所呈交的学位论文，是本人在导师的指导下，独立进行研究工作所取得的成果。

除文中已经注明引用或参考的内容外，本论文不含任何其他个人或集体已经发表或撰写过的作品或成果。

对本文的研究做出重要贡献的个人和集体，均已在文中以明确方式标注。

本人完全意识到本声明的法律结果由本人承担。

论文作者签名：日期：年月日学位论文版权协议书本人完全了解关于收集、保存、使用学位论文的规定，即：本校学生在学习期间所完成的学位论文的知识产权归所拥有。

有权保留并向国家有关部门或机构送交学位论文的纸本复印件和电子文档拷贝，允许论文被查阅和借阅。

可以公布学位论文的全部或部分内容，可以将本学位论文的全部或部分内容提交至各类数据库进行发布和检索，可以采用影印、缩印或扫描等复制手段保存和汇编本学位论文。

论文作者签名：导师签名：日期：年月日日期：年月日摘要本论文是介绍如何对TGGS-50型水平刮板输送机-机头段CATIA 的三维设计与实现进行研究的，分析了影响其性能的各项因素，并进行了统计分析、设计计算与传动设计。

桥头段主要分为以下几个部分：电机、减速器、出料斗、大、小链轮、头轮、轴承、链条、联轴器、箱体、主轴、轴承座、轴承左右端盖、螺母、平键、螺栓。

CATIA 是一款优秀的绘图软件，有极强的三维辅助设计能力，运用CATIA可以方便的构建悬架空间三维模型并能模拟其工作过程，进而对其优化设计，在曲面、曲线绘图方面尤其占据优势。

根据已知因素绘制出各个零部件的CATIA三维视图,从而绘制出输送机机头段的CATIA三维视图。

TGSS-50型水平刮板输送机机头段设计翻译-精品

毕业设计(论文)外文资料翻译TGSS-50型水平刮板输送机机头段设计院系名称：专业班级：学生姓名：学号：指导教师：教师职称：起止日期：地点:Endshortcut menu 事件快捷菜单出现后被击活。

用法：Object.Activate()Object: Document 对象对象表达式，其结果为有效的容器对象，此处必须为文档对象（document）。

说明：当模式对话框显示时不会触发任何事件。

参见：方法，属性和事件：BeginShortcutMenuDefaultBeginShortcutMenuEditBeginShortcutMenuGripBeginShortcutMenuOsnapBeginRightClickActivex和VBA开发指导：“使用事件”Using Programming Languages other than VBA例程:Private Sub AcadDocument_Activate()’本例演示快捷菜单事件的图形’当用户关闭快捷菜单图形时,此事件被击活’激活示例程序:将鼠标放在快捷菜单活动的区域上,单击右键’等待快捷菜单被打开,然后再关闭MsgBox "您刚才激活了一个图形！"End SubLayout Switched 事件用户转换一个不同的排列之后被激活用法:youtSwitched (Layout Name)object: Document 对象对象表达式，其结果为有效的容器对象，此处必须为文档对象（document）。

说明：当模式对话框显示时不会触发任何事件。

参见：方法，属性和事件：WindowChangedWindowMovedOrResizedActivex和VBA开发指导：“使用事件”Using Programming Languages other than VBA例程:Private Sub AcadDocument_LayoutSwitched (By Val Layout Name as String) ’演示排列转换事件的图形’当用户用了不同的排列时被激活’激活示例程序:打开图形并改变排列’例如:转换一个图形从模式到排列’排列图表的多样性,我们可以选择自己需要的MsgBox "您刚才激活了一个图形！"End SubLISPCancelled 事件当LISP 表达的评估被取消时被激活用法:object.LISPCancelled ()object:Application对象, Document 对象对象表达式，其结果为有效的容器对象，此处必须为应用程序对象（application）或文档对象（document）。

外文翻译--刮板运输机

Scraper conveyorTraction with scraper chain, in the bed of the delivery of bulk material conveyor called scraper conveyor. Scraper conveyor trough in the middle of the adjacent level can be limited vertical bending is called flexible scraper conveyor. One body in the face and transport interchange roadway was 90-degree bending of the face conveyor set called "scraper conveyor corner." Coal face in the current, the scraper conveyor is not only the delivery of coal and materials, but also a shearer's orbit, so it into a modern coal mining process of the major equipment indispensable. Scraper conveyor functions to maintain continuous operation, production can be carried out normally. Otherwise, the whole coal face production status will be shown, so that disruption of the entire production. Scraper conveyor components by what? Various types of scraper conveyor of the main structure and composition of the basic components are the same, it is by the head, middle and tail of three machine parts. In addition, for over conveyor equipment used hydraulic jacks and tight chain tight when the subsidiary components such as chains. Machine head by the head frame, motor，fluid coupling, reducer, such as pieces of the composition and sprocket. The transition from the central trough, the central groove, scraper chain and the composition of such pieces. Rear scraper plane for the return of the device chain. Heavy-duty scraper conveyor tail and nose of the same are also provided with power transmission devices, from the install location to distinguish under the name on the nose and head.Scraper conveyor of work?Scraper conveyor of the working principle and basic structure, and our country in the years 186-189 AD between the invention of "roll-over" - water is the same keel. However, the use of scraper conveyor transported materials kibbling is the beginning of this century developed in the United Kingdom industry. Scraper conveyor early, simple structure and light, then it is only used to transport coal, manual loading of coal; low transport capacity，a maximum of only a few dozen tons per hour; conveyor only tens of meters in length;-power small，traction chain the intensity is not high. After years of improvement and development, with fully mechanized coal mining face of the scraper conveyor，in addition to coal, there are four functions: to the shearer for orbit; to pull shift hydraulic support for fixed-point shift care；clean up floating face coal; hoisting cables, pipes, tubes, etc. emulsion. Scraper conveyor in fully mechanized coal face shearer and hydraulic support and co-ordination work. Scraper conveyor of the working principle is to open the chute, as coal, waste or materials, such as pieces of the bear will be fixed in the chain scraper (scraper chain component), as components of traction. When the Department of nose after transmission, the chain wheel drive shaft rotating head，so that the cycle runs driven scraper chain stores along the chute to move the head up to the unloading machine.Scraper chain sprocket for no class to bypass the closed cycle operation，the completion of the delivery of materials.Scraper conveyor What advantages and disadvantages?Scraper conveyor is the main advantages and disadvantages: advantages: 1，the structure of a solid. Can withstand coal, waste or other materials of red, hit, hit, pressure and other external force.2，able to adapt to uneven floor coal face，bending over the need for vertical or horizontal can withstand the bending direction. 3, body short, easy to install. 4，can act as Shearer orbit. 5，can reverse run, easy to deal with the accident at the end of chain. 6, fluid can be the fulcrum of the preceding night stand. Disadvantages:1，no-load power consumption of a greater power for the total about 30%. 2，notlong-distance transmission.3，prone to swap chain, jumped the accident chain. 4, consumption of steel and more. Costs. Scraper conveyor through several stages of development?Scraper conveyor in the production of coal mine development and construction, more or less gone through three stages. The first phase of 30-40 years，is detachable scraper conveyor, which can only be a straight line in the face with the laying, with the face forward, need manual demolition, removal, assembly. Scraper chain plate, more than a single chain, such as V-type, SGD-11 type，SGD-20 type, such as low-power light scraper conveyor. The second stage is the early 40’s from Germany to produce flexible scraper conveyor, with Shearer, metal stent with a mechanized mining. Cough such scraper conveyor to adapt to uneven floor and the level of convex curved surfaces, such as conditions shift, is not required for demolition，and coal have also increased, such as the Model SGW-44-type scraper conveyor is the phase of the representative products. Into the 60's as a result of the emergence of hydraulic support, in order to meet the needs of fully mechanized mining, scraper conveyor to the third phase of development，developed a cough sheathedhigh-power heavy-duty scraper conveyor bending, such as SGD-630/75 type, SGD -630/180 type belonging to this stage is the product. To the 70's，with a large number of applications shearer, a SGW-40, SGW-44-type scraper conveyor can be curved to achieve thenon-disintegration and sub-delivered non-stop since the transfer, transport capacity to 200 t/h. Since the 80，s, will soon face the development of transportation equipment, due to the emergence of new types of coal cutter, scraper conveyor has a vastly different situation. Shearer to be a result of walking in the conveyor, conveyor requires not only strength to ensure stability in the work of Shearer, and to match production capacity with the shearer to keep the scraper conveyor of heavy development. Models are representative of SGW-150 and SGW-250 type. With the emergence of high-power shearer, a number of scraper conveyor of power has reached800 〜900 kW，the transport capacity of 2000 〜2500t / h, can yield 300 to adapt to face four million t / a production-scale requirements of [ 3]. Scraper conveyor 90 during transport capacity in order to achieve the 3500t / h, from the corresponding Width 730 〜760mm increased to 980 〜1100mm, chain speed from lm/ s increased to about 1.57m / s, scraper conveyor has the power 1600kW.At present, with the coal face of increasing production capacity, scraper conveyor major trends are:1，big traffic. Countries have advanced the development of coal transport capacity of up to an hour 1500t (80's) 3500t (90’s) of the scraper conveyor. 2，long distance transport. Stage in order to reduce the coal mining area of the loss column, increase the length of face, the length of scraper conveyor has reached more than 335 meters.3, high-power electric motors. Electrical power has been developed to the single-speed motor of 525kW, two-speed motor 500/250kW. 4，long life. As a result of the use of large-diameter ring chain, an increase of the intensity of scraper chain, extended the life span of scraper conveyor, coal machine had reached more than 6,000,000 tons.New type of scraper conveyorDown the coal mining, or other useful minerals, and only have value out of mine. Therefore, the process of coal production and transport is a very important part. Scraper conveyor coal shipment is the first link, the scraper conveyor of transmission capacity in the coal face to a large extent determines the capacity and efficiency. However, in the face of transport and underground tunnel, and roadway conditions are based on coal, according to the needs of the mining method，the integration of the requirements of the rock in the coal seam or cut out. Therefore, the underground transport is characterized by the conditions: cross-section of the roadway in a limited run; line is staggered and tilted to connect; transport of goods in a variety of cargo; loading points often change, and some lines need to be extended or shortened; mechanized mining coal production, hours of high productivity; environmental humidity, and some workplaces have gas or coal dust. It can be seen that as a coal face and the coal mining area of roadway machinery - scraper conveyor in use，it is necessary to bear the pull, pressure，bending, impact, friction and corrosion and other effects, there must be sufficient strength, stif&ess, wear resistance and corrosion resistance. Mode of transport because of its materials and scraper chain sliding in the bed, running resistance and wear great. However, the coal in the coal face, there is no better machine to replace it. Only from the structure, strength and manufacturing processes to look at improving constantly, making it more comprehensive, durable. This shows that the scraper conveyor is to transport coal and other minerals essential for the transport machinery.Scraper conveyor in the coal mine fully mechanized coal mining face major task is to take the coal shearer continuously reproduced to machine, to ensure that the fully mechanized coal mining face straight out of the coal.Scraper conveyor in coal mines，chemical mines, metal mines and power plants and other materials used to transport an important means of transport. It is from the central tank, chain，scraper and traction system. Among them, the central scraper conveyor trough is a major part of the central trough of steel has nearly a hundred years of history, in the course of a long-term use of the following shortcomings:① the weight of large, time-consuming installation and removal;② central trough is generally 6 〜15mm from the plate made by the larger deformation of the shock easy, more difficult to repair;③ poor corrosion resistance;④ poor wear resistance;⑤ the materials and the friction coefficient of the central trough, and the power scraper conveyor large part of consumption in the materials and the friction on the central trough, resulting in excessiveenergy consumption, increased investment. UHMWPE is used to create scraper conveyor in the plate, steel plate to resolve the problems, the plastic scraper conveyor. For small scraper conveyor can be modified to produce ultra-high molecular weight polyethylene scraper conveyor. Shearer for the above large-scale walking scraper conveyor，it is necessary to adopt the method of composite steel with ultra-high molecular weight polyethylene as a lining, large-scale scraper conveyor to increase the wear resistance, long life, low friction coefficient, which lower power consumption and reduction of the traction drive system requirements, this large-scale scraper conveyor of great significance. This product is developed by the Shandong University of Science and Technology, can be used in coal mines, chemical mines, metal mines and power plants, such as transport of materials.Function of the scraper conveyor generally 25 ° in the use of the following conditions. Scraper conveyor in use，it is necessary to bear the pull, pressure, bending，impact, friction and corrosion and other effects，therefore, must have sufficient strength, stiffiiess, wear resistance and corrosion resistance. Mode of transport because of its materials and scraper chain sliding in the bed，transport and abrasion resistance are great. However, the coal in the coal face, there is no better machine to replace it. Only from the structure, strength and manufacturing processes to look at improving constantly，making it more comprehensive, durable.刮板输送机用刮板链牵引，在槽内运送散料的输送机叫刮板输送机。

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毕业设计(论文)外文资料翻译题目: TGSS-50型水平刮板输送机-机头段设计院系名称：专业班级：学生姓名：学号：指导教师：教师职称：起止日期：地点:附件： 1.外文资料翻译译文；2.外文原文。

Endshortcut menu 事件快捷菜单出现后被击活。

用法：Object.Activate()Object: Document 对象对象表达式，其结果为有效的容器对象，此处必须为文档对象（document）。

说明：当模式对话框显示时不会触发任何事件。

参见：方法，属性和事件：BeginLISPEndLISPActivex和VBA开发指导：“使用事件”Using Programming Languages other than VBA例程:Private Sub AcadDocument_LispCancelled ()’本例演示LISP取消的图形'LISP表达的评估取消时被激活’激活示例程序:操作LISP表达和取消LISP的评估在它完成之前MsgBox "您刚才激活了一个图形！"End SubModified 事件当对象和集合被修改时被激活。

用法：object. Modified (Entity)object:All Drawing objects, Block, Blocks, Dictionary, Dictionaries, DimStyle, DimStyles, Group, Groups, Hyperlink, Hyperlinks, Layer, Layers, Layout, Layouts, Linetype, Linetypes, ModelSpace, PaperSpace, PlotConfiguration, PlotConfigurations, RegisteredApplication, RegisteredApplications, SelectionSet, SelectionSets, TextStyle, TextStyles, UCS, UCSs, View, Views, Viewport, Viewports, XRecord对象表达式，其结果为有效的容器对象。

说明：当模式对话框显示时不会触发任何事件。

参见：方法，属性和事件：ObjectAddedObjectErasedActivex和VBA开发指导：“使用事件”Using Programming Languages other than VBA例程:Public with Events Plane as AcadLWPolyline ' Use with Modified Event ExampleSub Example Modified ()’在模式状态下本例创造了lightweight polyline 和涉及Polyline的使用在不同的场合建立相互的修改事件’在修改事件中本例修改新的对象，激活代码’修改对象激活事件’提示：本事件代码将要被激活’在们移动或重新修改背景之前，线不会变为蓝色当本例的信件箱被展现时MsgBox "您刚才激活了一个图形！"End SubEndShortcutMenu eventTriggered after the shortcut menu appears.See Also | ExampleSignatureobject.EndShortcutMenu (Shortcut Menu)ObjectDocument objectan object expression that evaluates to a valid container object. In this case, the only valid container is a document.Shortcut MenuPopupMenu object; input/output from the handlerthe shortcut menu that has been displayed.RemarksUse this event to perform any cleanup work on the shortcut menu.No events will be fired while a modal dialog is being displayed.See AlsoMethods, Properties, and Events:BeginShortcutMenuDefaultBeginShortcutMenuEditBeginShortcutMenuGripBeginShortcutMenuOsnapBeginRightClickActiveX and VBA Developer's Guide:"Use Events"ExamplePrivate Sub AcadDocument_EndShortcutMenu (Shortcut Menu asAutoCAD.IAcadPopupMenu)‘This example intercepts a drawing EndShortcutMenu event.'‘This event is triggered when the user closes a drawing shortcut menu. '‘To trigger this example event: Right click the mou se in the working area of a drawing,‘Wait for the shortcut menu to be displayed and then dismiss the shortcut menuMsgBox "A shortcut menu was just closed!"End SubLayoutSwitched eventTriggered after the user switches to a different layout.See Also | ExampleSignatureyoutSwitched (Layout Name)ObjectDocument objectan object expression that evaluates to a valid container object. In this case, the only valid container is a document.Layout NameString; input to the handlerthe name of the layout the user has switched to.RemarksNo events will be fired while a modal dialog is being displayed.See AlsoMethods, Properties, and Events:WindowChangedWindowMovedOrResizedActiveX and VBA Developer's Guide:"Use Events"ExamplePrivate Sub AcadDocument_LayoutSwitched (By Val Layout Name as String) ‘This example i ntercepts a drawing Layout Switched event.'‘This event is triggered when the user switches to a different‘Drawing layout view.'‘To trigger this example event: Open a drawing and change its layout view'‘For example: Switch the drawing from Model view to Layout1 view‘Use the "Layout Name" variable to determine the which layout view we changed toMsgBox "The drawing layout was just changed to: " & Layout NameEnd SubLISPCancelled eventTriggered when the evaluation of a LISP expression is cancelled.See Also | ExampleSignatureobject.LISPCancelled ()ObjectApplication object, Document objectan object expression that evaluates to a valid container object. In this case, the only valid containers are the application and a document.RemarksNo events will be fired while a modal dialog is being displayed.See AlsoMethods, Properties, and Events:BeginLISPEndLISPActiveX and VBA Developer's Guide:"Use EventsExamplePrivate Sub AcadDocument_LispCancelled ()‘This example intercepts a drawing Lisp Cancelled event.'‘This event is triggered when the evaluation of a LISP expression is cancelled.'‘To trigger this example event: Run a LISP expression and‘Cancel the LISP evaluation before it finishesMsgBox "A LISP evaluation was just cancelled."End SubModified eventTriggered when an object or collection in the drawing has been modified. See Also | ExampleSignatureObject. Modified (Entity)ObjectAll Drawing objects, Block, Blocks, Dictionary, Dictionaries, DimStyle, DimStyles, Group, Groups, Hyperlink, Hyperlinks, Layer, Layers, Layout, Layouts, Linetype, Linetypes, ModelSpace, PaperSpace, PlotConfiguration, PlotConfigurations, RegisteredApplication, RegisteredApplications,SelectionSet, SelectionSets, TextStyle, TextStyles, UCS, UCSs, View, Views, Viewport, Viewports, XRecordAn object expression that evaluates to a valid container object.EntityA Drawing ObjectThe object in the drawing that is modified can be any one of the drawing objects.RemarksThis event will be triggered whenever the object is modified. Modification includes whenever the value of a property is set, even if the new value is equal to the current value.When coding in VBA, you must provide an event handler for all objects enabled for the Modified event. If you do not provide a handler, VBA may terminate unexpectedly.No events will be fired while a modal dialog is being displayed.See AlsoMethods, Properties, and Events:ObjectAddedObjectErasedActiveX and VBA Developer's Guide:"Use Events"ExamplePublic with Events Plane as AcadLWPolyline ' Use with Modified Event ExampleSub Example Modified ()‘This example creates a lightweight plotline in model space and‘References the Plotline using the public variable (Plan e) which ‘Is set up to intercept Modified events.'‘This example then modifies the new object, triggering the code‘In the Modified event.Dim points (0 To 9) As Double‘Define the 2D plotline pointsPoints (0) = 1: points (1) = 1Points (2) = 1: points (3) = 2Points (4) = 2: points (5) = 2Points (6) = 3: points (7) = 2Points (8) = 4: points (9) = 4‘Create a lightweight Plotline object in model space'‘* Note: We are return ing the new Plotline object into a Module ‘Level variable. This allows us to intercept events associated‘With that particular object.Set Plane = ThisDrawing.ModelSpace.AddLightWeightPolyline (points) ThisDrawing.Application.ZoomAll‘Modify object to trigger event.'‘* Note: The event code for the Plotline modification will be triggered ‘Before we move forward and refresh the view, so the line will not ‘Appear blue when the event message box is displayed.Dim color As AcadAcCmColorSet color = AcadApplication.GetInterfaceObject("AutoCAD.AcCmColor.16")Call color.SetRGB (80, 100, and 244)PLine.TrueColor = colorThisDrawing.Regen acAllViewportsEnd SubPrivate Sub PLine_Modified (ByVal pObject As AutoCAD.IAcadObject) ‘This example intercepts an object's Modified event.'‘This event is triggered when an object supporting this event is modified.'‘To trigger this code: Modify an object connected to this event‘* Note: By connected, we mean the object set up to intercept events using‘The VBA with Events statement‘Use the "object" variable to determine which object was modifiedSkybox "You just modified an object with an ID of: " & pObject.ObjectID End Sub。