【正文】 ................................... 5 車間特點 ......................................................................................................................... 5 車間布局及使用要求 ..................................................................................................... 6 總體方案 ............................................................................................................................ 6 方案詳解 ............................................................................................................................ 8 液壓控制方案論證 .......................................................................................................... 13 第 2 章 裝、出料機參數(shù)確定 .......................................................................................... 16 機械臂參數(shù)確定 .............................................................................................................. 16 機械臂受力計算 ........................................................................................................... 16 機械臂套筒強度校核 ................................................................................................... 20 臺架參數(shù)確定 .................................................................................................................. 23 小車參數(shù)確定 .................................................................................................................. 24 大車參數(shù)確定 .................................................................................................................. 24 液壓部件參數(shù)確定 .......................................................................................................... 25 機械臂伸縮馬達的設(shè)計 ............................................................................................... 25 液壓泵的選擇 ............................................................................................................... 26 液壓泵電機的選擇 ....................................................................................................... 26 油箱的設(shè)計 ................................................................................................................... 27 第 3 章 裝、出料機的安裝及使用說明 ........................................................................ 31 結(jié)論 .............................................................................................................................................. 33 致謝 .............................................................................................................................................. 34 參考文獻 .................................................................................................................................... 35 2T 裝、出料機的研制 ——總體設(shè)計 摘要 ： 根據(jù)設(shè)計任務(wù)書中給出的技術(shù)參數(shù)，詳細(xì)分析了裝、出料機的各種功能和用途，參考鍛造車間的特點，通過兩個方案論證以及設(shè)計計算最終完成設(shè)計任務(wù)。鉗爪可以 360 度旋轉(zhuǎn)。 本設(shè)計所遇到的難點有：機械臂伸縮、鉗爪旋轉(zhuǎn)、鉗爪抓緊三個動作的機構(gòu)設(shè)計。 關(guān)鍵詞： 裝、出料機 機械臂 總體設(shè)計 Development of Feed and Exports Material Machine with 2T Integral Design Abstract： According to the design tasks are given in the technical parameters, detailed analysis of the equipment, feeder robot arm to the various functions and purposes, refer to the characteristics of fing workshop, demonstration and design through the programme to plete the final design of puting tasks. In the scheme one, the loading and discharge machine has seven degrees of freedom , they are walking cart、 trolley travel、 bench rotation、 arm pitch、telescopic arm、 rotary grip、 grip grasp . Cart trip is 20m, speed is 30m/min。 Arm pitch ensures the installation of its front grip to dish fing materials which located within a high degree of 01600mm,it can cover 25m100m. Grip can rotate 360 degrees. Working oil pressure of hydraulic system is 16MPa, the weight of the machine is 18T. In the scheme two, the loading and discharge machine only has four degrees of freedom, they are walking cart、 trolley travel、 bench rotation、 arm lift. Organization is simple, it is easy to operate and grasp. Difficulties encountered in this design are: Mechanism design of telescopic arm、 rotary grip、 grip grasp . After discussion, finally, I adopted this mechanism design: The telescopic arm rack and pinion driven by a hydraulic motor plete, rack be installed in the left arm。manipulator。其功能為：從料場取料，送入加熱爐；從加熱爐取料，送至鍛錘前料臺；從鍛錘前料臺取料，送至成品堆放區(qū)。C 之間 )，由于有大量的手 工勞動，稍不小心就可能發(fā)生灼傷。 ，特別是手鍛和自由鍛的工具、夾鉗等名目繁多，這些工具都是一起放在工作地點的。影響人的聽覺和神經(jīng)系統(tǒng)，分散了注意力，因而增