325t25[1]5m橋式起重機運行機構設計.doc
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325t25[1]5m橋式起重機運行機構設計,共40頁,字數(shù)總計:12924摘要本文主要介紹了橋式起重機的整體設計理論和設計過程,其中重點設計了橋式起重機的運行機構起升機構等,主要包括橋式起重機小車運行機構的整體設計及傳動機構的布置,小車運行機構計算。還有軸承的選擇、聯(lián)軸器的選擇、電動機的選擇、減速器的選擇和校核。關鍵詞:橋式起重機;起重機小車;卷筒;減速器。ab...
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共40頁,字數(shù)總計:12924
摘要
本文主要介紹了橋式起重機的整體設計理論和設計過程,其中重點設計了橋式起重機的運行機構起升機構等,主要包括橋式起重機小車運行機構的整體設計及傳動機構的布置,小車運行機構計算。還有軸承的選擇、聯(lián)軸器的選擇、電動機的選擇、減速器的選擇和校核。
關鍵詞:橋式起重機;起重機小車;卷筒;減速器。
Abstract
This article mainly introduced the entire design theory and design process of bridge-type hoist crane,which focused on the design of the bridge crane operation of institutions and hoisting mechanism.The overall design that mainly includes the bridge type derrick small car to circulate organization and spread the decoration that the motive reaches, the small car circulates an organization calculation.Still have the choice of the choice, electric motor of the choice, allied stalk machine of bearings, decelerate machine of choice and pit in the school.
Keyword:Bridge type derrick;The derrick small car;Book tube;Decelerate a machine.
目錄
摘要...................................................................................................1
Abstract...........................................................................................2
第一章 概述....................................................................................6
1.1 概論..........................................................................................6
1.2 起重機介紹..................................................................................6
1.2.1 起重機的類型及特點......................................................................7
1.3 橋式起重機發(fā)展概述...................................................................7
1.3.1 國外橋式起重機發(fā)展動向.............................................................7
1.3.2 國內(nèi)橋式起重機發(fā)展動向.............................................................8
第二章 橋式起重介紹.................................................................8
2.1 橋式起重機的特點和分類..................................................................9
2.1.1 通用橋式起重機...........................................................................9
2.1.2 專用橋式起重機............................................................................9
2.1.3 電動葫蘆型橋式起重機...................................................................10
2.2橋式起重機的組成和特點...............................................................11
2.2.1橋式起重機小車...............................................................................11
2.2.3橋式起重機小車運行傳動機構...............................................................11
2.3 橋式起重機運行機設計的目的;內(nèi)容和要求.....................................11
2.3.1 設計目的....................................................................................11
2.3.2 設計內(nèi)容....................................................................................12
2.3.3 設計要求....................................................................................12
第三章 小車運行機構的計算.......................................................13
3.1 確定機構的傳動方案........................................................................13
3.2 選擇車輪與軌道并驗算起強度...........................................................14
3.3 運行阻力的計算............................................................................16
3.4 選擇電動機.................................................................................16
3.5 驗算電動機發(fā)熱條件.....................................................................17
3.6 選擇減速器.................................................................................18
3.7 驗算運行機構速度和實際所需功率.................................................18
3.8 驗算啟動時間...............................................................................18
3.9 按起動工況校核減速器功率...........................................................19
3.10驗算起動不打滑條件......................................................................19
3.11 選擇制動器.............................................................................20
3.12 演算制動不打滑條件................................................................21
3.13選擇聯(lián)軸器...........................................................................21
3.14 演算低速浮動軸強度..................................................................22
第四章 大車運行機構的計算.............................................24
4.1設計的基本原則和要求...........................................................24
4.1.1 機構傳動方案........................................................................24
4.1.2 大車運行機構具體布置的主要問題..............................................24
4.2大車運行機構的計算.......................................................................25
4.2.1 確定..
摘要
本文主要介紹了橋式起重機的整體設計理論和設計過程,其中重點設計了橋式起重機的運行機構起升機構等,主要包括橋式起重機小車運行機構的整體設計及傳動機構的布置,小車運行機構計算。還有軸承的選擇、聯(lián)軸器的選擇、電動機的選擇、減速器的選擇和校核。
關鍵詞:橋式起重機;起重機小車;卷筒;減速器。
Abstract
This article mainly introduced the entire design theory and design process of bridge-type hoist crane,which focused on the design of the bridge crane operation of institutions and hoisting mechanism.The overall design that mainly includes the bridge type derrick small car to circulate organization and spread the decoration that the motive reaches, the small car circulates an organization calculation.Still have the choice of the choice, electric motor of the choice, allied stalk machine of bearings, decelerate machine of choice and pit in the school.
Keyword:Bridge type derrick;The derrick small car;Book tube;Decelerate a machine.
目錄
摘要...................................................................................................1
Abstract...........................................................................................2
第一章 概述....................................................................................6
1.1 概論..........................................................................................6
1.2 起重機介紹..................................................................................6
1.2.1 起重機的類型及特點......................................................................7
1.3 橋式起重機發(fā)展概述...................................................................7
1.3.1 國外橋式起重機發(fā)展動向.............................................................7
1.3.2 國內(nèi)橋式起重機發(fā)展動向.............................................................8
第二章 橋式起重介紹.................................................................8
2.1 橋式起重機的特點和分類..................................................................9
2.1.1 通用橋式起重機...........................................................................9
2.1.2 專用橋式起重機............................................................................9
2.1.3 電動葫蘆型橋式起重機...................................................................10
2.2橋式起重機的組成和特點...............................................................11
2.2.1橋式起重機小車...............................................................................11
2.2.3橋式起重機小車運行傳動機構...............................................................11
2.3 橋式起重機運行機設計的目的;內(nèi)容和要求.....................................11
2.3.1 設計目的....................................................................................11
2.3.2 設計內(nèi)容....................................................................................12
2.3.3 設計要求....................................................................................12
第三章 小車運行機構的計算.......................................................13
3.1 確定機構的傳動方案........................................................................13
3.2 選擇車輪與軌道并驗算起強度...........................................................14
3.3 運行阻力的計算............................................................................16
3.4 選擇電動機.................................................................................16
3.5 驗算電動機發(fā)熱條件.....................................................................17
3.6 選擇減速器.................................................................................18
3.7 驗算運行機構速度和實際所需功率.................................................18
3.8 驗算啟動時間...............................................................................18
3.9 按起動工況校核減速器功率...........................................................19
3.10驗算起動不打滑條件......................................................................19
3.11 選擇制動器.............................................................................20
3.12 演算制動不打滑條件................................................................21
3.13選擇聯(lián)軸器...........................................................................21
3.14 演算低速浮動軸強度..................................................................22
第四章 大車運行機構的計算.............................................24
4.1設計的基本原則和要求...........................................................24
4.1.1 機構傳動方案........................................................................24
4.1.2 大車運行機構具體布置的主要問題..............................................24
4.2大車運行機構的計算.......................................................................25
4.2.1 確定..