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中國地質(zhì)大學(xué)長城學(xué)院畢業(yè)設(shè)計任務(wù)書 學(xué)生姓名 丁磊 學(xué)號 05208416 班 級 機制四班 指導(dǎo)教師 沈貴水 職稱 教授 單 位 河北農(nóng)業(yè)大學(xué) 畢業(yè)設(shè)計題 目 連桿生產(chǎn)線連桿體精拉結(jié)合面夾具設(shè)計 畢業(yè)設(shè)計主要內(nèi)容和要求 1 內(nèi)容 如今對輸電線路實施除冰是防止冰災(zāi)的有效途徑 如何具體的除冰方法則應(yīng)用 了除冰機器人 除冰機器人造價低 工作效率高 安全可靠 能夠?qū)崿F(xiàn)在線除冰作業(yè) 不影響 電力的輸送 是一項很有發(fā)展前景的課題 2 要求 1 關(guān)節(jié)控制 2 笛卡爾空間運動控制和自適應(yīng)控制 3 點位控制和連續(xù)軌跡控制 4 速度控制 加速度控制 力控制 畢業(yè)設(shè)計主要參考資料 1 張屹 邵威 高虹亮 羅成 高壓輸電線路除冰機器人的機構(gòu)設(shè)計 J 三學(xué)大學(xué)學(xué)報 2008 12 Vol 30 No 6 P69 72 2 高虹亮 孟遂民 羅成 馬小強 架空輸電線路除冰機器人的結(jié)構(gòu)設(shè)計 J 電力建設(shè) 2009 3 Vol 30 No 3 P93 96 3 甘辰予 陳勁生 LEGO 智能除冰機器人的設(shè)計 J 大眾科技 2009 10 No 10 4 蔣正龍 陸佳政 雷紅才 黃福勇 湖南 2008 年冰災(zāi)引起的倒塔原因分析 J 高電壓技 術(shù) 2008 11 Vol 34 No 11 P2468 2474 5 吳功平 肖曉暉 肖華 戴錦春 鮑務(wù)均 胡杰 架空高壓輸電線路巡線機器人樣機研 制 J 電力系統(tǒng)自動化 2006 7 10 Vol 30 No 13 P90 107 6 張運楚 梁自澤 譚民 架空電力線路巡線機器人的研究綜述 J 機器人 2004 9 Vol 26 No 5 P467 473 7 許源 劉人瑋 李軍 湖南電網(wǎng)防凍融冰體系改革之探討 J 2003 Vol 23 No 5 P24 27 8 李紅旗 陳志高 于欽剛 李翔 陳懿夫 輸電線路機械除冰技術(shù)研究 J 自然災(zāi)害對 電力設(shè)施的影響與應(yīng)對研討會 2008 5 Vol 23 No 5 P24 27 9 李寧 周羽生 鄺江華 彭琢 輸電線路除冰技術(shù)的研究 J 防災(zāi)科技學(xué)院學(xué)報 2008 9 V01 10 No 3 P33 37 10 Serge Jourden De leer Installation at Lrvis Substation on Hydro Qurbec s High Voltage System J SOUTHERN POWER SYSTEM TECHNOLOGY 20099 Vol 3 No 1 P1 6 11 濮良貴 紀名剛 機械設(shè)計 M 北京 高等教育出版社 2002 12 張紅先 李波 方針 2008 年湖南電網(wǎng)冰災(zāi)中技術(shù)措施的應(yīng)用效果分析 J 湖南電力 2008 Vol 3 No 3 P10 16 畢業(yè)設(shè)計應(yīng)完成的主要工作 1 除冰機器人的控制設(shè)計電路圖四張 2 除冰機器人的控制設(shè)計設(shè)計說明書一份 6000 字 5 外文資料翻譯不少于 3000 字 畢業(yè)設(shè)計進度安排 序號 畢業(yè)設(shè)計各階段內(nèi)容 時間安排 備注 1 選題 熟悉課題 搜集相關(guān)資料 2010 12 1 2010 12 16 2 資料翻譯 設(shè)計加工工藝規(guī)程 2011 01 17 2011 01 28 3 完成設(shè)計過程中的參數(shù)計算 2011 02 21 2011 03 21 4 進行初步設(shè)計 及設(shè)計說明書的初 稿 2011 03 22 2011 04 01 5 除冰機器人控制設(shè)計 電路圖 2011 04 02 2011 04 10 6 確定說明書及相關(guān)文案的修改 2011 04 11 2011 04 20 8 整理相關(guān)資料 準備答辯 2011 04 21 2011 05 10 課題信息 課題性質(zhì) 設(shè)計 論文 課題來源 教學(xué) 科研 生產(chǎn) 其它 發(fā)出任務(wù)書日期 指導(dǎo)教師簽名 年 月 日 教研室意見 教研室主任簽名 年 月 日 學(xué)生簽名 中 國 地 質(zhì) 大 學(xué) 長 城 學(xué) 院 本 科 畢 業(yè) 設(shè) 計 外 文 翻 譯 系 別 工程技術(shù)系 專 業(yè) 機械設(shè)計制造及其自動化 姓 名 丁磊 學(xué) 號 05208416 2012 年 3 月 22 日 On the development of machining production line ABSTRACT The machining production line at the rhythm of time flexibility and progress machining accuracy integrated automation reliability and utilization areas of progress and development are described And its future development trends are analyzed and looking forward to Keywords Flexible automation machining accuracy 20 years beginning from the twentieth century with the automobile bearings small motors and sewing machines and other industrial development machinery manufacturing automatic production line began to appear first appeared that the combination of machine automatic production line Mechanical processing and manufacturing there casting forging stamping heat treatment welding machining and mechanical assembly automated line also including the different types of processes such as the blank manufacturing processing assembling testing and packaging an integrated automatic lines Automatic production line of products should be large enough to yield product design and process should be advanced stable reliable and the long period of time remains basically unchanged In a large a large number of automatic production line can improve labor productivity stability and improve product quality improve working conditions reducing the production area lower production costs shorten production cycle to ensure the production of balanced there has been a significant economic benefits 1 machining production line development of In automobiles tractors internal combustion engines and compressors and many other areas of industrial production combination machine tool production line is still the high volume machinery to achieve efficient high quality and economical production and processing of key equipment but also an irreplaceable key processing equipment Is for the combination of machine tool production line to illustrate the processing of domestic machinery production line development Modern portfolio of machine tool production line as the mechanical and electrical integration of product which is the control drive measure monitor tools and mechanical components of a comprehensive reflection of technologies such as China s traditional combination of machine tools automatic production line mainly uses the mechanical electrical gas hydraulic control in recent years with the numerical control technology electronics technology computer technology the development of combined machine tool mechanical structure and control systems have also undergone enormous changes 1 Beat the time be further reduced The early production line to achieve a short beat often to be used or set side by side duplex two way Now mainly by shortening the basic time and auxiliary time to achieve The main way to shorten the basic time is the introduction of new materials and novel tool knives in order by improving the cutting speed and feed rate to shorten the basic time Shorten the lead time is shorter including auxiliary parts delivery processing and rapid introduction of the module and processing module is converted to work by the fast forward to the knife cut into the workpiece after entering the time spent At present the accompanying high speed conveyor clamps are commonly used in electro hydraulic proportional valve control or cycloid driven conveyor device 2 Flexible rapid progress The emergence of numerical control machine tool portfolio not only completely changed the relay circuit from the past that a combination of machine tool control systems but also so that the mechanical structure of modular machine tool components as well as common standards has occurred or is undergoing tremendous change The traditional sense of the combination of machine tool rigidity automatic line and production line also has a certain amount of flexibility CNC machining modules from the combination of flexible machine tools and flexible automatic lines and change through the application of numerical procedures for automatic tool changing auto replacement of multi axle box and change the processing of travel work cycle cutting parameters and processing locations in order to meet the changing varieties processing Coordinate processing module consists of a single station CNC sliding and spindle components or multi axle including for multi axle component Pairs of coordinate processing module consists of CNC Cross Slide and composition of spindle components such as CNC milling module pairs of coordinates Multi axis machining module is another important module mainly for processing box and chuck workpieces flexible combination of machine tools and flexible automatic lines Type of module has a variety of different structural forms but basically can be divided into automatic processing module for box type multi axis multi axis turret processing module and multi axis machining modules Rotary Table Wrap Box modules can be specifically set up because of the multi axle box to store large libraries of multi axle it can be used to process more different kinds of artifacts The Rotary Table turret and multi axis machining modules due to the turret head and turning the table to allow a limited number of installed multi axle so this process can only achieve a limited variety of module processing In addition to the variety of CNC machining modules the robot and servo driven machine tools and jigs is also a flexible combination of flexible automatic lines are important components Particularly in the flexible automatic line is now more widespread use of an empty shelf gantry robot automatic loading and unloading of workpieces for workpiece transfer bits or flip For the handling of different workpieces can be automatic line side gripper library in order to achieve the automatic gripper change Fixture is equipped with servo drives to adapt to different workpiece ethnic automatic workpiece clamping 3 Increasing machining accuracy In order to meet users workpiece machining accuracy of the high demand in addition to further enhance the spindle parts boring bar fixtures including the boring mode the accuracy of a new special tool to optimize machining processes using tool size measurement and control system and control of machine tool and The thermal deformation of the workpiece and a series of measures the present the hollow taper shank tools HSK and the process of statistical quality control SPC application has become the automatic line to enhance and monitor the machining accuracy of a new and important technical means Tool is a hollow taper shank radial cone and axial face Positioning of the innovative two way tool its advantages are high bending stiffness torsional stiffness and high repeatability SPC is based on process capability for monitoring the quality of workpiece machining methods At present the automatic line of such quality assurance systems being used more and more of the entire production process for continuous monitoring of processing quality 4 Reliability and efficiency continue to improve and improve To improve process reliability availability and quality of workpieces using the process of monitoring equipment to its constituent functions processes and workpiece quality control in order to quickly identify faults and rapid fault diagnosis and early warning process deviation so that operators and maintenance personnel to intervene in a timely manner in order to shorten the debug cycle facilities reduce equipment downtime and avoid the processing quality of bias Fault Diagnosis Technology for knowledge based fault diagnosis techniques can produce automatic line running all the fault diagnosis but not limited to diagnosis of the most frequently occurring failure to determine the position and the reasons for failure which won for the rapid troubleshooting time thus significantly reducing debugging time and the automatic line downtime At present the automatic line of control technology has been focused on control mode shift toward decentralized control mode Based on this new control model studies have shown that a decentralized control system than a centralized control systems can be cost savings This is mainly due to distributed control systems can reduce cabling costs using the bus system to reduce the electrical maintenance and repair costs due to increased transparency eliminating the need for control of the counter frame distributed control system control cabinet directly to set up the automatic line processing station on and no need to set focus on the cooling devices In addition the overall configuration of distributed control system as simple and beneficial to speed up the automatic line put into operation and because at a glance the structure of configuration fault in the production is very easy to determine the site of failure Finally the distributed control system is also modular and standardized help to reduce costs and increase transparency 2 machining production line trends As market competition intensifies and the increase in demand for products high precision high productivity flexible multi variety short cycle numerical control machine tools and automatic lines were combined impact of the traditional combination of machine tool production line therefore the development of modular machine tool production line idea must be to improve the combination of machining precision modular machine tool flexibility reliability and combined portfolio of machine tool technology complete sets of machines as the main direction Machine tool equipment high speed and ultra high speed machining technology the key is to improve the machine tool spindle speed and feed rate Complex multi functional multi axis was also optimistic about the prospect of Control In the increasingly integrated components at the same time reduce the number of processing the shape is increasingly complex Control multi axis machine tools and equipment for processing of complex shape of the workpiece In addition the shortening of product life cycle also requires machine tools can readily adjust and adapt to new changes to meet the processing needs of a wide variety of products even more crucial however is that modern communications technology in machine tools and equipment in the application of information and communication technology enables the introduction of modern to further enhance the degree of automation of machine tools the operator via the Web or mobile phones to remotely program the machine changes to the status of the operation to monitor and accumulate the relevant data through the network to the remote equipment maintenance and inspection to provide after sales service In advanced countries our country in these areas there is a considerable gap between so China s machine tool production line combined high speed high precision flexible modular adjustable variable arbitrary and processing of the application of communications technology will be the future direction of development From the above discussion we can see that China s current production lines machining time in the rhythm flexibility and progress machining accuracy integrated automation reliability and utilization and other aspects of the great progress and development Control technology is also from the centralized control mode shift toward decentralized control mode The future will be high speed high precision flexibility and digital direction 淺談機械加工生產(chǎn)線發(fā)展狀況 摘 要 對機械加工生產(chǎn)線在節(jié)拍時間 柔性化進展 加工精度 綜合自動化程度 可靠性和利 用率等方面的進步和發(fā)展進行了闡述 并對其未來發(fā)展趨勢進行了分析 展望 關(guān)鍵詞 柔性化 自動化 加工精度 從二十世紀 20 年代開始 隨著汽車 滾動軸承 小型電動機和縫紉機等工業(yè)發(fā)展 機械加工制造中開始出現(xiàn)自動線 最早出現(xiàn)的是組合機床自動線 機械加工制造業(yè)中有 鑄造 鍛造 沖壓 熱處理 焊接 切削加工和機械裝配等自動線 也有包括不同性質(zhì) 的工序 如毛坯制造 加工 裝配 檢驗和包裝等的綜合自動線 采用自動線進行生產(chǎn) 的產(chǎn)品應(yīng)有足夠大的產(chǎn)量 產(chǎn)品設(shè)計和工藝應(yīng)先進 穩(wěn)定 可靠 并在較長時間內(nèi)保持 基本不變 在大批 大量生產(chǎn)中采用自動線能提高勞動生產(chǎn)率 穩(wěn)定和提高產(chǎn)品質(zhì)量 改善勞動條件 縮減生產(chǎn)占地面積 降低生產(chǎn)成本 縮短生產(chǎn)周期 保證生產(chǎn)均衡性 有顯著的經(jīng)濟效益 1 機械加工生產(chǎn)線的發(fā)展狀況 在汽車 拖拉機 內(nèi)燃機和壓縮機等許多工業(yè)生產(chǎn)領(lǐng)域 組合機床生產(chǎn)線仍是大批 量機械產(chǎn)品實現(xiàn)高效 高質(zhì)量和經(jīng)濟性生產(chǎn)加工的關(guān)鍵裝備 也是不可替代的主要加工 設(shè)備 現(xiàn)針對組合機床生產(chǎn)線來說明一下國內(nèi)機械加工生產(chǎn)線的發(fā)展情況 現(xiàn)代組合機床生產(chǎn)線作為機電一體化產(chǎn)品 它是控制 驅(qū)動 測量 監(jiān)控 刀具和 機械組件等技術(shù)的綜合反映 我國傳統(tǒng)的組合機床自動線主要采用機 電 氣 液壓控 制 近年來隨著數(shù)控技術(shù) 電子技術(shù) 計算機技術(shù)等的發(fā)展 組合機床的機械結(jié)構(gòu)和控 制系統(tǒng)也發(fā)生了翻天覆地的變化 1 1 節(jié)拍時間進一步縮短 早期的生產(chǎn)線要實現(xiàn)短的節(jié)拍 往往要采用并列的雙 工位或設(shè)置雙線的辦法 現(xiàn)在主要是通過縮短基本時間和輔助時間來實現(xiàn)的 縮短基本 時間的主要途徑是采用新的刀具材料和新穎刀具 以通過提高切削速度和進給速度來縮 短基本時間 縮短輔助時間主要是縮短包括工件輸送 加工模塊快速引進以及加工模塊 由快進轉(zhuǎn)換為工進后至刀具切入工件所花的時間 目前 隨行夾具高速輸送裝置常用的 有電液比例閥控制的或擺線驅(qū)動的輸送裝置 1 2 柔性化進展迅速 數(shù)控組合機床的出現(xiàn) 不僅完全改變了過去那種由繼電器 電路組成的組合機床的控制系統(tǒng) 而且也使組合機床機械結(jié)構(gòu)乃至通用部件標準發(fā)生了 或正在發(fā)生著巨大的變化 傳統(tǒng)意義上的組合機床剛性自動線和生產(chǎn)線 也具有了一定 的柔性 由數(shù)控加工模塊組成的柔性組合機床和柔性自動線 可通過應(yīng)用和改變數(shù)控程 序來實現(xiàn)自動換刀 自動更換多軸箱和改變加工行程 工作循環(huán) 切削參數(shù)以及加工位 置等 以適應(yīng)變型品種的加工 單坐標加工模塊由數(shù)控滑臺和主軸部件 或多軸箱 包括可換多軸箱 組成 雙坐 標加工模塊由數(shù)控十字滑臺和主軸部件組成 例如數(shù)控雙坐標銑削模塊 多軸加工模塊是又一種重要模塊 主要用于加工箱體和盤類工件的柔性組合機床和 柔性自動線 這類模塊有多種不同的結(jié)構(gòu)形式 但基本上可分為自動換箱式多軸加工模 塊 轉(zhuǎn)塔式多軸加工模塊和回轉(zhuǎn)工作臺式多軸加工模塊 自動換箱式模塊由于可在專門 設(shè)置的多軸箱庫中儲存較多的多軸箱 故可用來加工較多不同品種的工件 而轉(zhuǎn)塔式和 回轉(zhuǎn)工作臺式多軸加工模塊 由于在轉(zhuǎn)塔頭和回轉(zhuǎn)工作臺上允許裝的多軸箱數(shù)量有限 所以這種加工模塊只能實現(xiàn)有限品種的加工 除上述各種 CNC 加工模塊外 機器人和伺服驅(qū)動的夾具也是柔性組合機床和柔性自 動線的重要部件 特別在柔性自動線上 目前已較普遍地采用龍門式空架機器人進行工 件的自動上下料 用于工件的轉(zhuǎn)位或翻轉(zhuǎn) 為搬運不同的工件 可在自動線旁設(shè)置手爪 庫 以實現(xiàn)手爪的自動更換 夾具配備伺服驅(qū)動裝置 以適應(yīng)工件族內(nèi)不同工件的自動 夾緊 1 3 加工精度日益提高 為了滿足用戶對工件加工精度的高要求 除了進一步提 高主軸部件 鏜桿 夾具 包括鏜模 的精度 采用新的專用刀具 優(yōu)化切削工藝過程 采用刀具尺寸測量控制系統(tǒng)和控制機床及工件的熱變形等一系列措施外 目前 空心工 具錐柄 HSK 和過程統(tǒng)計質(zhì)量控制 SPC 的應(yīng)用已成為自動線提高和監(jiān)控加工精度的 新的重要技術(shù)手段 空心工具錐柄是一種采用徑向 錐面 和軸向 端面 雙向定位的 新穎工具 其優(yōu)點是具有較高的抗彎剛度 扭轉(zhuǎn)剛度和很高的重復(fù)精度 SPC 是基于工 序能力的用于監(jiān)控工件加工質(zhì)量的一種方法 目前 在自動線上這種質(zhì)量保證系統(tǒng)愈來 愈多地被用來對整個生產(chǎn)過程中的加工質(zhì)量進行連續(xù)監(jiān)控 1 4 可靠性和利用率不斷改善和提高 為提高加工過程的可靠性 利用率和工 件的加工質(zhì)量 采用過程監(jiān)控 對其各組成設(shè)備的功能 加工過程和工件加工質(zhì)量進行 監(jiān)控 以便快速識別故障 快速進行故障診斷和早期預(yù)報加工偏差 使操作人員和維修 人員能及時地進行干預(yù) 以縮短設(shè)備調(diào)試周期 減少設(shè)備停機時間和避免加工質(zhì)量偏差 故障診斷技術(shù)中的基于知識的故障診斷技術(shù) 可對自動線運行中產(chǎn)生的所有故障進 行診斷 而不是局限于診斷最常出現(xiàn)的故障 確定故障部位及其原因 這為迅速排除故 障贏得了時間 從而顯著地縮短自動線的調(diào)試時間和停機時間 當前 自動線的控制技術(shù)已由集中控制方式轉(zhuǎn)向分散控制方式 根據(jù)對這種新的控 制模式的研究表明 采用分散控制系統(tǒng)要比采用集中控制系統(tǒng)可節(jié)省費用 這主要是由 于分散控制系統(tǒng)可減少電纜敷設(shè)費用 采用總線系統(tǒng) 減少電氣保養(yǎng)維修費 由于提高 了透明度 省去控制柜臺架 分散控制系統(tǒng)的控制柜直接設(shè)置在自動線的加工工位上 和無需設(shè)置集中冷卻裝置等 此外 這種分散控制系統(tǒng)由于總體配置簡單 有利于加快 自動線的投入運行 并由于一目了然的結(jié)構(gòu)配置 在產(chǎn)生故障時很容易確定故障的部位 最后 分散控制系統(tǒng)的模塊化和標準化也有利于降低成本和提高透明度 2 機械加工生產(chǎn)線的發(fā)展趨勢 隨著市場競爭的加劇和對產(chǎn)品需求的提高 高精度 高生產(chǎn)率 柔性化 多品種 短周期 數(shù)控組合機床及其自動線正在沖擊著傳統(tǒng)的組合機床生產(chǎn)線 因此 組合機床 生產(chǎn)線的發(fā)展思路必須是以提高組合機床加工精度 組合機床柔性 組合機床工作可靠 性和組合機床技術(shù)的成套性為主攻方向 機床裝備的高速和超高速加工技術(shù)的關(guān)鍵是提高機床的主軸轉(zhuǎn)速和進給速度 復(fù)合 多功能 多軸化控制的前景亦被看好 在零部件一體化程度不斷提高 數(shù)量減少的同時 加工的形狀卻日益復(fù)雜 多軸化控制的機床裝備適合加工形狀復(fù)雜的工件 另外 產(chǎn)品 周期的縮短也要求加工機床能夠隨時調(diào)整和適應(yīng)新的變化 滿足各種各樣產(chǎn)品的加工需 求然而更關(guān)鍵的是 現(xiàn)代 通信技術(shù)在機床裝備中的應(yīng)用 信息通信技術(shù)的引進使得現(xiàn)代 機床的自動化程度進一步提高 操作者可以通過 網(wǎng)絡(luò) 或手機對機床的程序進行遠程修 改 對運轉(zhuǎn)狀況進行監(jiān)控并積累有關(guān)數(shù)據(jù) 通過網(wǎng)絡(luò)對遠程的設(shè)備進行維修和檢查 提 供售后服務(wù)等 在這些方面我國就先進國家還有相當大的差距 因此我國組合機床生產(chǎn) 線高速度 高精度 柔性化 模塊化 可調(diào)可變 任意加工性以及通信技術(shù)的應(yīng)用將是 今后的發(fā)展方向 從以上論述可以看出我國目前的機械加工生產(chǎn)線在節(jié)拍時間 柔性化進展 加工精 度 綜合自動化程度 可靠性和利用率等方面都有了長足的進步和發(fā)展 控制技術(shù)也由 集中控制方式轉(zhuǎn)向分散控制方式 未來將向高速 高精 柔性及數(shù)字方向發(fā)展