【正文】 rformance requirements,studied the principleof bottleconvey, then determined the overall structure of the single row beer bottle conveyor, selected the appropriate the motor, reducer, belt and other ponents though calculation,and then designed on the sprockets, shafts and other key ponents in detail, in the end ,pleted the total transmission assembly of the single row beer bottle conveyor and diagrams of key parts. This kind of single row beer bottle conveyor use flat top conveyor chains for delivery, using the rail to achieve steady speed linear motion of bottles, The conveyor’speed is stability, with steady delivering, low energy consumption,and the whole structure is simple, easy to transport, easy to maintain and can meet the requirements production line of beer bottles on the input. Key words： single row； bottle conveyor； design； 濟南大學畢業(yè)設計 III 目 錄 摘 要 ................................................................................................................................ I ABSTRACT .......................................................................................................................... II 1 前言 ................................................................................................................................... 1 國內外現(xiàn)狀 ............................................................................................................. 1 發(fā)展方向 .................................................................................................................. 1 選題意義 .................................................................................................................. 2 2 單列輸瓶機的總體設計 ................................................................................................... 3 單列輸瓶機的工作環(huán)境 ......................................................................................... 3 設計任務與設計參數(shù) ............................................................................................. 3 啤酒瓶數(shù)據(jù)信息 ..................................................................................................... 4 單列輸瓶機的組成 ................................................................................................. 5 單列輸瓶機設計的步驟 ......................................................................................... 6 3 關鍵零部件設計 ................................................................................................................ 8 輸送帶選擇 .............................................................................................................. 8 電機的選取 ............................................................................................................ 10 減速器的選取 ........................................................................................................ 12 鏈輪設計標準 ........................................................................................................ 12 主動鏈輪的設計 .......................................................................................... 13 從動鏈 輪的設計 .......................................................................................... 15 主動輪軸的初步設計 ............................................................................................ 15 參數(shù)計算 ...................................................................................................... 16 材料選取 ...................................................................................................... 17 聯(lián)軸器的選型 ........................................................................................................ 17 滾動軸承的選型 .................................................................................................... 18 主動輪軸的結構設計 ............................................................................................ 20 從動輪軸的設計 .................................................................................................... 21 鍵的選型 .............................................................................................................. 22 傳動齒輪的設計 .................................................................................................. 22 4 結 論 .................................................................................................................. 24 參 考 文 獻 ....................................................................................................................... 25 濟南大學畢業(yè)設計 IV 致 謝 .........................................................................................................