畢業(yè)設(shè)計：jtk1.2提升絞車滾筒設(shè)計.zip
畢業(yè)設(shè)計：jtk1.2提升絞車滾筒設(shè)計,畢業(yè)設(shè)計：jtk1.2提升絞車滾筒設(shè)計論文說明書共57頁，字?jǐn)?shù)總計：18762資料簡介：畢業(yè)設(shè)計說明書：jtk1.2提升絞車滾筒設(shè)計.doc實習(xí)報告.doc開題報告.doc外文翻譯.doc中期檢查表.doca2-軸承蓋.dwga0-總裝圖.dwga1-主軸裝置.dwga1-制動器.dwga2-制動支輪.dwga2-卷筒...
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畢業(yè)設(shè)計：JTK1.2提升絞車滾筒設(shè)計
論文說明書共57頁，字?jǐn)?shù)總計：18762
資料簡介：
畢業(yè)設(shè)計說明書：JTK1.2提升絞車滾筒設(shè)計.doc
實習(xí)報告.doc
開題報告.doc
外文翻譯.doc
中期檢查表.doc
A2-軸承蓋.dwg
A0-總裝圖.dwg
A1-主軸裝置.dwg
A1-制動器.dwg
A2-制動支輪.dwg
A2-卷筒殼.dwg
A4-繩卡.dwg
A3-軸承底座.dwg
A3-主軸.dwg
A2-支輪.dwg
A4-襯木.dwg
摘 要
絞車滾筒是用來纏繞鋼絲繩，并且承受鋼絲繩的拉力所造成的各種載荷的主要部件和傳遞動力的元件，是絞車的重要組成部分。滾筒一般由三部分組成，即筒殼、法蘭盤（支輪）和支環(huán)。筒殼是滾筒最基本和最薄弱的元件，是滾筒的主要承載部分。支環(huán)的作用是增加滾筒的穩(wěn)定性。筒殼和支輪的材料為 鋼板。礦井提升機(jī)的運(yùn)轉(zhuǎn)實踐證明，木襯對筒殼能起到一定的保護(hù)作用，故設(shè)計時在筒殼外裝有木襯。但木襯對筒殼的保護(hù)只有在筒殼的形狀比較規(guī)則，沒有發(fā)生較大的變形，并且用合適的木材制作木襯（現(xiàn)常用柞木、水曲柳或榆木等制作），使木襯與筒殼能各處均勻嚴(yán)密接觸的情況下才是有效的，故在安裝提升機(jī)時，要求筒殼的外形是比較規(guī)則的圓柱體，木襯用上述木材制作，并按規(guī)定車制繩溝。裝設(shè)木襯時，應(yīng)使木襯襯條在長度方向上與筒殼均勻嚴(yán)密的接觸，木襯襯條之間的縫隙應(yīng)盡量予以消除。在使用過程中當(dāng)木襯已經(jīng)磨損時，應(yīng)及時予以更換。
該課題從實際出發(fā)，首先對絞車滾筒的用途、工作原理進(jìn)行概述，進(jìn)而對絞車滾筒的總體設(shè)計方案進(jìn)行分析，然后進(jìn)行具體零部件的分析設(shè)計；主要包括了電動機(jī)的選型，鋼絲繩的選擇，滾筒筒殼、支輪、主軸等部件的設(shè)計計算和校核以及制動系統(tǒng)的選擇等若干環(huán)節(jié)。在結(jié)構(gòu)設(shè)計完成后，利用CAD進(jìn)行裝配分析和設(shè)計，最后完成絞車滾筒的整體設(shè)計。
關(guān)鍵詞：鋼絲繩 支輪 主軸
Abstract
Winch wire rope winding drum is used, and to bear the tension of wire rope caused by the load of the main components and power transmission components, is an important component of the winch. Drum generally consists of three parts, namely, tube shell flange (round sticks) and the support ring. Drum drum shell is the most basic and the most vulnerable components is the drum part of the main bearing. The thickness of the role of support ring is to increase the stability of drum. Cylinder shell and support material for the steel wheel. The operation of the mine hoist Practice has proved that the wood lining on the cylinder shell can play a role in the protection, so the design of the shell in the outer tube equipped with a wood lining.However, wood lining to protect the shell of the cylinder only in the shape of the shell tube comparison rules, no larger deformation, and the production of wood of suitable timber liner (now commonly used oak, Manchurian ash or elm, such as production), so that wood lining with the cylinder shell can be uniform throughout the case of close contact to be effective, the hoist is installed, the requirements of the cylinder shell shape of the cylinder is more rules, wood contrast with the above-mentioned timber production, in accordance with the provisions of car rope groove . The installation of wood lining, the lining should be trees lining the length of the direction of the drum shell with uniform tight contact with wood liner lining the gap between articles to be eliminated should be. When using the process of lining has been worn wood should be replaced promptly.
The subject from a practical point, first of all, the use of the winch drum, the work outlined in principle, and the overall design of the winch drum program analysis, and then carry out specific parts of the analysis and design; mainly includes the motor selection, the choice of wire rope, drum cartridge case, support wheel, spindle and other parts of the design calculations and check the braking system, as well as a number of aspects of the selection. Upon completion of the structural design, the use of CAD analysis and design for assembly, and finally to complete the overall design of the winch drum.
Key words: Wire Rope Support wheel spindle
目錄
前 言 6
第一篇 淺談絞車滾筒 7
第二篇 總體設(shè)計方案 8
2.1設(shè)計任務(wù)說明 8
2.2總體設(shè)計的內(nèi)容及要求 8
第三篇 電動機(jī)的選擇 9
第四篇 鋼絲繩設(shè)計計算及選擇 10
4.1最大懸垂長度 12
4.2鋼絲繩每米重 13
4.3驗算鋼絲繩的安全系數(shù) 13
第五篇 滾筒的設(shè)計 14
5.1滾筒的寬度寸計算 14
5.2 鋼絲繩最大靜張力以及最大靜張力差 14
5.3 滾筒的結(jié)構(gòu)設(shè)計 15
5.4 滾筒的強(qiáng)度計算 17
5.4.1筒殼的外載荷 17
5.4.2 鋼絲繩拉力降低系數(shù) 18
5.5筒殼的失效形式 18
5.6滾筒筒殼強(qiáng)度的有限元分析 20
5.6.1 空間的坐標(biāo)分量 20
5.6.2 單元的應(yīng)變矩陣——軸對稱空間問題 25
5.6.3 單元的應(yīng)力矩陣、剛度矩陣和總剛度矩陣 27
5.7滾筒滾殼強(qiáng)度的校核 30
5.7.1滾筒筒殼自由段壓縮應(yīng)力的校核 30
5.7.2支輪處筒殼應(yīng)力的校核 31
5.8筒殼的強(qiáng)度穩(wěn)定性校核 33
5.9 滾筒右支輪部件的結(jié)構(gòu) 33
第六篇 主軸的設(shè)計 35
6.1主軸的結(jié)構(gòu)設(shè)計 35
6.2聯(lián)軸器及軸承的選擇 36
6.2.1聯(lián)軸器的選擇 36
6.2.2滾動軸承的選擇 38
6.3 主軸強(qiáng)度和剛度計算及校核 39
6.3.1 固定靜載荷分配于主軸各輪轂作用點上的力 40
6.3.2 鋼絲繩拉力分配于主軸各輪轂作用點上的力 42
6.3.3 作用于軸上水平方向及垂直方向的合力 43
6.3.4彎矩計算 44
6.3.5 扭矩計算 45
6.3.6危險斷面的安全系數(shù)計算 46
6..
論文說明書共57頁，字?jǐn)?shù)總計：18762
資料簡介：
畢業(yè)設(shè)計說明書：JTK1.2提升絞車滾筒設(shè)計.doc
實習(xí)報告.doc
開題報告.doc
外文翻譯.doc
中期檢查表.doc
A2-軸承蓋.dwg
A0-總裝圖.dwg
A1-主軸裝置.dwg
A1-制動器.dwg
A2-制動支輪.dwg
A2-卷筒殼.dwg
A4-繩卡.dwg
A3-軸承底座.dwg
A3-主軸.dwg
A2-支輪.dwg
A4-襯木.dwg
摘 要
絞車滾筒是用來纏繞鋼絲繩，并且承受鋼絲繩的拉力所造成的各種載荷的主要部件和傳遞動力的元件，是絞車的重要組成部分。滾筒一般由三部分組成，即筒殼、法蘭盤（支輪）和支環(huán)。筒殼是滾筒最基本和最薄弱的元件，是滾筒的主要承載部分。支環(huán)的作用是增加滾筒的穩(wěn)定性。筒殼和支輪的材料為 鋼板。礦井提升機(jī)的運(yùn)轉(zhuǎn)實踐證明，木襯對筒殼能起到一定的保護(hù)作用，故設(shè)計時在筒殼外裝有木襯。但木襯對筒殼的保護(hù)只有在筒殼的形狀比較規(guī)則，沒有發(fā)生較大的變形，并且用合適的木材制作木襯（現(xiàn)常用柞木、水曲柳或榆木等制作），使木襯與筒殼能各處均勻嚴(yán)密接觸的情況下才是有效的，故在安裝提升機(jī)時，要求筒殼的外形是比較規(guī)則的圓柱體，木襯用上述木材制作，并按規(guī)定車制繩溝。裝設(shè)木襯時，應(yīng)使木襯襯條在長度方向上與筒殼均勻嚴(yán)密的接觸，木襯襯條之間的縫隙應(yīng)盡量予以消除。在使用過程中當(dāng)木襯已經(jīng)磨損時，應(yīng)及時予以更換。
該課題從實際出發(fā)，首先對絞車滾筒的用途、工作原理進(jìn)行概述，進(jìn)而對絞車滾筒的總體設(shè)計方案進(jìn)行分析，然后進(jìn)行具體零部件的分析設(shè)計；主要包括了電動機(jī)的選型，鋼絲繩的選擇，滾筒筒殼、支輪、主軸等部件的設(shè)計計算和校核以及制動系統(tǒng)的選擇等若干環(huán)節(jié)。在結(jié)構(gòu)設(shè)計完成后，利用CAD進(jìn)行裝配分析和設(shè)計，最后完成絞車滾筒的整體設(shè)計。
關(guān)鍵詞：鋼絲繩 支輪 主軸
Abstract
Winch wire rope winding drum is used, and to bear the tension of wire rope caused by the load of the main components and power transmission components, is an important component of the winch. Drum generally consists of three parts, namely, tube shell flange (round sticks) and the support ring. Drum drum shell is the most basic and the most vulnerable components is the drum part of the main bearing. The thickness of the role of support ring is to increase the stability of drum. Cylinder shell and support material for the steel wheel. The operation of the mine hoist Practice has proved that the wood lining on the cylinder shell can play a role in the protection, so the design of the shell in the outer tube equipped with a wood lining.However, wood lining to protect the shell of the cylinder only in the shape of the shell tube comparison rules, no larger deformation, and the production of wood of suitable timber liner (now commonly used oak, Manchurian ash or elm, such as production), so that wood lining with the cylinder shell can be uniform throughout the case of close contact to be effective, the hoist is installed, the requirements of the cylinder shell shape of the cylinder is more rules, wood contrast with the above-mentioned timber production, in accordance with the provisions of car rope groove . The installation of wood lining, the lining should be trees lining the length of the direction of the drum shell with uniform tight contact with wood liner lining the gap between articles to be eliminated should be. When using the process of lining has been worn wood should be replaced promptly.
The subject from a practical point, first of all, the use of the winch drum, the work outlined in principle, and the overall design of the winch drum program analysis, and then carry out specific parts of the analysis and design; mainly includes the motor selection, the choice of wire rope, drum cartridge case, support wheel, spindle and other parts of the design calculations and check the braking system, as well as a number of aspects of the selection. Upon completion of the structural design, the use of CAD analysis and design for assembly, and finally to complete the overall design of the winch drum.
Key words: Wire Rope Support wheel spindle
目錄
前 言 6
第一篇 淺談絞車滾筒 7
第二篇 總體設(shè)計方案 8
2.1設(shè)計任務(wù)說明 8
2.2總體設(shè)計的內(nèi)容及要求 8
第三篇 電動機(jī)的選擇 9
第四篇 鋼絲繩設(shè)計計算及選擇 10
4.1最大懸垂長度 12
4.2鋼絲繩每米重 13
4.3驗算鋼絲繩的安全系數(shù) 13
第五篇 滾筒的設(shè)計 14
5.1滾筒的寬度寸計算 14
5.2 鋼絲繩最大靜張力以及最大靜張力差 14
5.3 滾筒的結(jié)構(gòu)設(shè)計 15
5.4 滾筒的強(qiáng)度計算 17
5.4.1筒殼的外載荷 17
5.4.2 鋼絲繩拉力降低系數(shù) 18
5.5筒殼的失效形式 18
5.6滾筒筒殼強(qiáng)度的有限元分析 20
5.6.1 空間的坐標(biāo)分量 20
5.6.2 單元的應(yīng)變矩陣——軸對稱空間問題 25
5.6.3 單元的應(yīng)力矩陣、剛度矩陣和總剛度矩陣 27
5.7滾筒滾殼強(qiáng)度的校核 30
5.7.1滾筒筒殼自由段壓縮應(yīng)力的校核 30
5.7.2支輪處筒殼應(yīng)力的校核 31
5.8筒殼的強(qiáng)度穩(wěn)定性校核 33
5.9 滾筒右支輪部件的結(jié)構(gòu) 33
第六篇 主軸的設(shè)計 35
6.1主軸的結(jié)構(gòu)設(shè)計 35
6.2聯(lián)軸器及軸承的選擇 36
6.2.1聯(lián)軸器的選擇 36
6.2.2滾動軸承的選擇 38
6.3 主軸強(qiáng)度和剛度計算及校核 39
6.3.1 固定靜載荷分配于主軸各輪轂作用點上的力 40
6.3.2 鋼絲繩拉力分配于主軸各輪轂作用點上的力 42
6.3.3 作用于軸上水平方向及垂直方向的合力 43
6.3.4彎矩計算 44
6.3.5 扭矩計算 45
6.3.6危險斷面的安全系數(shù)計算 46
6..
