裝配圖單柱校正壓裝液壓機

裝配圖單柱校正壓裝液壓機,裝配,圖單柱,校正,校訂,液壓機 摘 要 Y41系列單柱校正壓裝液壓機，是一種多功能的中小型液壓機床，適用于軸類零件，型材的校正和軸套類零件的壓裝。它采用手腳聯(lián)動操作，通過電動機帶動液壓泵向主油路供油，通過溢流閥，手動換向閥等控制閥對液壓系統(tǒng)進行調壓換向，以達到各種工作狀態(tài)。 該液壓機結構緊湊，動作靈敏可靠，速度快，能耗小，噪音低，壓力和行程可在規(guī)定的范圍內任意調節(jié)，操作簡單。在本設計中，通過查閱大量文獻資料，設計了液壓缸的尺寸，擬訂了液壓原理圖。按壓力和流量的大小選擇了液壓泵，電動機，控制閥，過濾器等液壓元件和輔助元件。 關鍵詞：液壓機 液壓系統(tǒng) 調速回路；  Abstract Y41 hydraulic machine is one kind of multi-purpose middle scale hydraulic pressure engine, and it could be used in the axis class components, the molding adjustment and the axle sleeve components pressure attire. It uses the hands and feet linkage operation, through electric motor impetus hydraulic pump to main feed circuit , use the overflow valve, control valves and manual cross valve according to each kind of active status. This hydraulic system framework is compact, movement keen reliable, the speed is quick, the energy consumption is small, the noise is low, the pressure and the traveling schedule may adjust willfully in the stipulation scope, the operation is simple. In this design, through the consult massive literature material, has designed the hydraulic cylinder size, has drafted the hydraulic pressure schematic diagram. According to the pressure and the current capacity size choose the hydraulic pump, the electric motor, the control valve, hydraulic pressure parts, the auxiliary part and filter. Key word: pressure machine Hydraulic system Velocity circuit  目 錄 摘要··········································································Ⅰ Abstract·····································································Ⅱ 第1章 緒論·································································1 1.1 課題背景·····························································1 1.2 發(fā)展趨勢·····························································1 第2章　方案論證···························································3 2.1 傳動方案的論證·····················································3 2.2 控制元件的分析·····················································4 第3章　液壓機的設計及參數(shù)選擇·········································5 第4章　工況分析···························································6 4.1 動力（負載）分析及負載循環(huán)圖··································6 4.1.1 摩擦負載······················································6 4.1.2 慣性負載······················································6 4.1.3 工作負載······················································7 4.1.4 負載循環(huán)圖···················································8 4.2 運動分析及運動循環(huán)圖·············································8 4.2.1 位移循環(huán)圖L—t·············································8 4.2.2 速度循環(huán)圖···················································9 第５章　確定液壓系統(tǒng)主要參數(shù)··········································10 5.1 確定液壓缸幾何尺寸··············································10 5.2 計算液壓缸所需流量··············································13 5.3 計算系統(tǒng)所需的壓力··············································13 5.4 繪制沖壓機主缸工況圖···········································15 5.5 液壓缸主要零件的結構材料及技術要求·························17 5.5.1 液壓缸的基本參數(shù)··········································17 5.5.2 液壓缸的類型和安裝方式··································18 5.5.3 液壓缸的主要零件及技術要求·····························18 5.6 液壓缸結構參數(shù)的計算···········································19 5.6.1 計算液壓缸的厚度··········································19 5.6.2 液壓缸油口的計算··········································21 5.6.3 缸底厚度的計算·············································21 5.7 液壓缸的校合······················································22 5.7.1 液壓缸中背壓力的校合·····································22 5.7.2 活塞桿的校合···············································23 第6章 擬訂液壓原理圖··················································24 第7章 液壓元件和液壓油的選擇········································26 7.1 液壓泵的選擇······················································26 7.1.1 確定泵的最大工作壓力·····································26 7.1.2 確定液壓泵的流量Q和排量q···························27 7.1.3 選擇液壓泵的規(guī)格··········································28 7.1.4 確定驅動液壓缸的功率·····································28 7.2 電動機的選擇······················································29 7.3 控制閥的選擇······················································29 7.4 管道（導管）的選擇·················································31 7.4.1 管道內徑的確定·············································31 7.4.2 管道壁厚b的計算···········································32 7.5 確定油箱的容量···················································33 7.5.1 液壓油的選擇···············································34 7.5.2 過濾器的選擇···············································34 7.6 聯(lián)軸器的設計·····················································34 第8章 液壓系統(tǒng)的性能驗算·············································36 8.1 管路系統(tǒng)壓力損失·················································36 8.1.1 沿程壓力損失的計算·······································37 8.1.2 管路內的局部壓力損失·····································38 8.1.3 閥類元件的局部壓力損失··································38 8.2 液壓沖擊的計算···················································39 8.3 液壓系統(tǒng)熱分析及其計算·········································41 8.3.1 液壓泵功率損失產生的熱流量（熱量）·····················41 8.3.2 液壓系統(tǒng)的散熱計算·······································42 第9章 限程裝置的設計··················································44 第10章 機架的設計······················································45 10.1 機架材料的選擇··················································46 10.2 肋的作用··························································46 第11章 液壓系統(tǒng)的安裝與調試·········································47 11.1 液壓系統(tǒng)的安裝··················································47 11.1.1 安裝前的準備工作·········································47 11.1.2 管子加工···················································47 11.2 液壓系統(tǒng)的調試··················································48 11.2.1 調試前的檢查··············································48 11.2.2 啟動液壓泵·················································48 11.2.3 系統(tǒng)排氣···················································49 11.2.4 系統(tǒng)耐壓實驗··············································49 12.2.5 負載試車···················································49 結論··········································································50 致謝··········································································51 參考文獻·····································································52 VIII