2t裝、出料機的研制——旋轉部件設計.rar
2t裝、出料機的研制——旋轉部件設計,論文標準word格式排版 25頁 附軸承座裝配圖.dwg 旋轉部件裝配圖.dwg 回轉平板.dwg目錄摘要 1引 言 4第一章裝、出料機的整體論證 51.1鍛造車間 51.2裝、出料機旋轉部件論證 6第二章裝、出料機回轉平臺設計 92.1回轉支承的選型 92.2回轉支承的計算 92.3安裝螺栓的強度校核 13第三章齒輪...
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內容介紹
原文檔由會員 莎士比亞 發(fā)布
論文標準WORD格式排版 25頁 附軸承座裝配圖.dwg 旋轉部件裝配圖.dwg 回轉平板.dwg
目 錄
摘要 1
引 言 4
第一章 裝、出料機的整體論證 5
1.1 鍛造車間 5
1.2 裝、出料機旋轉部件論證 6
第二章 裝、出料機回轉平臺設計 9
2.1 回轉支承的選型 9
2.2 回轉支承的計算 9
2.3 安裝螺栓的強度校核 13
第三章 齒輪嚙合傳動的設計 14
3.1 齒輪外嚙合設計 14
3.2 液壓馬達轉矩計算 18
第四章 機械臂支座設計 19
4.1 機械臂支座選取直徑計算 19
4.2 機械臂支座的安裝 20
第五章 裝、出料機電氣原理設計 21
5.1 電氣控制線路設計... 21
設計小結 23
致 謝 24
參考文獻： 25
摘要 根據(jù)設計任務書中給出的技術參數(shù)，詳細分析了裝、出料機的旋轉部件的原理和機構，參考懸臂式起重機和各種裝卸機械旋轉部件的原理并根據(jù)鍛造車間的特點，通過方案論證以及設計計算最終完成設計任務。
裝、出料機旋轉部件的設計有：回轉支承的選型計算、齒輪嚙合傳動的設計計算、機械臂支座的選用計算、電氣控制設計等四部分?；剞D支承固定在y方向直線運動的小車上選用三排滾柱式回轉支承（13）系列，型號為：外齒式132.32.1200.002；固定在臺架上的液壓馬達控制一個小齒輪按行星軌跡繞回轉支承運行，回轉支承驅動臺架360度旋轉，轉速3r/min；機械臂支座選用軸直徑d=50mm的四螺柱滾動軸承座；部分用來控制油泵，大車行走、小車行走的電機電氣控制。旋轉部件重量2756kg.
本設計所遇到的難點有：回轉支承選型計算和由于工作臺旋轉，而引起的控制線路的布線設計問題。經(jīng)過查閱資料、認真計算最終采用結構牢固的三排滾柱式回轉支承（13）系列；為使工作臺旋轉范圍大于360度，在回轉支承中間設計一個滑環(huán)機械，使來自大車、小車的電源線路通過滑環(huán)機械引入電氣柜；控制線路也通過滑環(huán)機械到達小車和大車的驅動電機，為保證裝、出料機的運行安全，在控制電路中還設計了大車、小車、旋轉等部件運動的電氣互鎖電路。
經(jīng)設計小組全體人員共同努力，精心設計，本設計達到了設計任務書的要求。
關鍵詞：鍛造 裝、出料機 旋轉部件 設計
Development of feed and exports material
machine with 2T——revolving part design
Abstract According to the design tasks are given in the technical parameters, a detailed analysis of feed and exports material machine revolving part of the principles and institutions, reference cantilever cranes and mechanical handling various components of the rotation principle and in accordance with the characteristics of forging workshop, demonstrated through the programme And the Design of the final design task.
Feed and exports material machine revolving part design are: Rotary supports the selection, the design of transmission gear meshing, bearing the selection, design, electrical control of four parts. Y slewing bearings in the direction of fixed line movement on the car of choice of three rows of rotating roller bearing (13) series, the model: the tooth-132.32.1200.002; bench fixed in the hydraulic motor control gear on a small planet trajectory Running around the rotary bearing, rotating drive platform supports 360-degree rotation, speed 3 r / min; manipulator supports optional d = 50mm diameter shaft of the four stud rolling; part used to control pumps, large carts walking, running the car Electric motor control. Rotating parts weight of 2756 kg.
The design of the difficulties encountered by: Rotating Bearing Selection calculation and due to table rotation, caused by the control circuit wiring design problems. after inspection, carefully calculated using the final structure of a solid three rows of rotating Roller Bearing (13) series for the rotation of more than 360 workstations, in the rotary bearing the middle of a slip ring mechanical design, from the large carts, vehicles of power lines through the introduction of electrical machinery slip ring counter; control line through the slip ring and large carts machinery arrived at the car driven motor, to ensure the equipment, materials to the safe operation of aircraft, also in the control circuit design of the large carts, vehicles, rotating movement of electrical components, such as interlocking circuit.
The joint efforts of all the staff of the design team, well-designed, the design of the tasks to the design requirements.
........
目 錄
摘要 1
引 言 4
第一章 裝、出料機的整體論證 5
1.1 鍛造車間 5
1.2 裝、出料機旋轉部件論證 6
第二章 裝、出料機回轉平臺設計 9
2.1 回轉支承的選型 9
2.2 回轉支承的計算 9
2.3 安裝螺栓的強度校核 13
第三章 齒輪嚙合傳動的設計 14
3.1 齒輪外嚙合設計 14
3.2 液壓馬達轉矩計算 18
第四章 機械臂支座設計 19
4.1 機械臂支座選取直徑計算 19
4.2 機械臂支座的安裝 20
第五章 裝、出料機電氣原理設計 21
5.1 電氣控制線路設計... 21
設計小結 23
致 謝 24
參考文獻： 25
摘要 根據(jù)設計任務書中給出的技術參數(shù)，詳細分析了裝、出料機的旋轉部件的原理和機構，參考懸臂式起重機和各種裝卸機械旋轉部件的原理并根據(jù)鍛造車間的特點，通過方案論證以及設計計算最終完成設計任務。
裝、出料機旋轉部件的設計有：回轉支承的選型計算、齒輪嚙合傳動的設計計算、機械臂支座的選用計算、電氣控制設計等四部分?；剞D支承固定在y方向直線運動的小車上選用三排滾柱式回轉支承（13）系列，型號為：外齒式132.32.1200.002；固定在臺架上的液壓馬達控制一個小齒輪按行星軌跡繞回轉支承運行，回轉支承驅動臺架360度旋轉，轉速3r/min；機械臂支座選用軸直徑d=50mm的四螺柱滾動軸承座；部分用來控制油泵，大車行走、小車行走的電機電氣控制。旋轉部件重量2756kg.
本設計所遇到的難點有：回轉支承選型計算和由于工作臺旋轉，而引起的控制線路的布線設計問題。經(jīng)過查閱資料、認真計算最終采用結構牢固的三排滾柱式回轉支承（13）系列；為使工作臺旋轉范圍大于360度，在回轉支承中間設計一個滑環(huán)機械，使來自大車、小車的電源線路通過滑環(huán)機械引入電氣柜；控制線路也通過滑環(huán)機械到達小車和大車的驅動電機，為保證裝、出料機的運行安全，在控制電路中還設計了大車、小車、旋轉等部件運動的電氣互鎖電路。
經(jīng)設計小組全體人員共同努力，精心設計，本設計達到了設計任務書的要求。
關鍵詞：鍛造 裝、出料機 旋轉部件 設計
Development of feed and exports material
machine with 2T——revolving part design
Abstract According to the design tasks are given in the technical parameters, a detailed analysis of feed and exports material machine revolving part of the principles and institutions, reference cantilever cranes and mechanical handling various components of the rotation principle and in accordance with the characteristics of forging workshop, demonstrated through the programme And the Design of the final design task.
Feed and exports material machine revolving part design are: Rotary supports the selection, the design of transmission gear meshing, bearing the selection, design, electrical control of four parts. Y slewing bearings in the direction of fixed line movement on the car of choice of three rows of rotating roller bearing (13) series, the model: the tooth-132.32.1200.002; bench fixed in the hydraulic motor control gear on a small planet trajectory Running around the rotary bearing, rotating drive platform supports 360-degree rotation, speed 3 r / min; manipulator supports optional d = 50mm diameter shaft of the four stud rolling; part used to control pumps, large carts walking, running the car Electric motor control. Rotating parts weight of 2756 kg.
The design of the difficulties encountered by: Rotating Bearing Selection calculation and due to table rotation, caused by the control circuit wiring design problems. after inspection, carefully calculated using the final structure of a solid three rows of rotating Roller Bearing (13) series for the rotation of more than 360 workstations, in the rotary bearing the middle of a slip ring mechanical design, from the large carts, vehicles of power lines through the introduction of electrical machinery slip ring counter; control line through the slip ring and large carts machinery arrived at the car driven motor, to ensure the equipment, materials to the safe operation of aircraft, also in the control circuit design of the large carts, vehicles, rotating movement of electrical components, such as interlocking circuit.
The joint efforts of all the staff of the design team, well-designed, the design of the tasks to the design requirements.
........
