啤酒瓶全自動裝箱機設計含7張CAD圖,啤酒瓶,全自動,裝箱,設計,cad 啤酒瓶全自動裝箱機說明書 摘????? 要　　 當今社會，人們的生活水平越來越高，于是，越來越多的人喜歡喝瓶裝飲料，啤酒、橙汁、礦泉水……，于是，對于飲料包裝機械的要求越來越高了。如今的關于這方面的新聞真是越來越多了。比如說法國Aries Packaging公司在2005年國際包裝展（interpack）上推出新一代裝箱機；多功能全自動裝箱機在中德合作江西德賽特包裝機械設備有限公司誕生……由此可見，瓶裝裝箱所用的裝箱機已經(jīng)成為了罐裝飲料生產(chǎn)線上的一道必要工序。現(xiàn)在，我們最常見的裝箱機一般是由抓頭充、排氣來實現(xiàn)抓、放瓶子的。通過機械的運轉、氣動和電控把瓶子準確、可靠地放進箱子里。并且通過獨特的四連桿機構，使瓶子的提升和降落運動準確平穩(wěn)。隨著社會的不斷進步，科技的快速發(fā)展，全自動裝箱機也在不停的發(fā)展。 本文介紹了其工作原理，氣動原理，總體方案設計和進瓶抓瓶部件的設計過程。 關鍵詞：全自動裝箱機；雙四連桿機構；抓瓶頭；導瓶裝置； The paper of automatic packing machine of beer bottle Abstract Today, more and more people prefer to drink bottled drinks, like beer, orange juice, mineral water and so on…So, the demand of packaging machineries is increasing very fast. There are a lot of news of the packing machine. For example, Aries Packaging, France Corporation was on the launch of a new generation of packing machine in the international packaging exhibition (interpack) in 2005. Multifunction automatic packing machine was produced in which, Jiangxi Dorset Packaging Machinery Equipment Co. Ltd, with Sino-German cooperation. Bottled packing crates used by the machine have become a necessary process of a canned beverage production line. The most common packing machine is the first fully grasp the exhaust to grasp and put the bottles. The machine controls by mechanical operation, pneumatic and electric control to put bottles into boxes accurate and reliable. Through a unique four-bar linkage, the machine put bottles with a accurate and smooth movement. As society progresses, the rapid development of science and technology, automatic packing machines have been undergoing development.　　 And this paper introduces its working principle, aerodynamic principle, the overall program design and the design of components of bottle grasping. Key Words: Automatic packing machine，twin four linkage mechanism，,claw，the device of transportation bottles 目 錄 引言 ···························································· 1 第一章 裝箱機工作原理 1.1 裝箱工作原理 ············································ 2 1.2 裝箱過程的運動分解 ······································ 2 1.2.1 瓶的運動 ········································ 2 1.2.2 箱的運動 ········································ 3 1.2.3 抓頭部分的運動····································· 4 1.3 工作原理流程圖 ········································ 5 第二章 機械結構總體設計 2.1 輸瓶裝置和導瓶裝置····································· 6 2.1.1輸瓶裝置 ····································· 6 2.1.2導瓶理瓶原理······································ 6 2.2 輸箱裝置 ········································ 7 2.2.1輸箱帶II ········································ 9 2.2.2輸箱帶I ·········································9 2.2.3輸箱帶上的光電管··································10 2.3 主傳動機構 ·········································10 2.3.1 主傳動機構的四種狀態(tài)·····························11 2.3.2 收縮盤 ·········································11 2.4 連桿機構 ·········································12 2.4.1 機構的分解 ·········································12 2.4.2 軸襯套 ·········································14 2.5 抓瓶裝置 ·········································15 第三章 氣動控制原理 ·········································16 第四章 進瓶及抓瓶裝置設計 4.1 進瓶裝置 ·········································17 4.1.1導瓶板的設計········································17 4.1.2 輸瓶帶 ·········································18 4.1.3 電動機的選配········································18 4.2抓瓶裝置 ············································19 4.2.1 抓頭定位 ···········································19 4.2.2 氣缸選配 ···········································20 4.2.3 安全裝置 ···········································20 第五章 進瓶抓瓶常見故障及處理·······························21 第六章 安全······················································22 結論 ··························································23 致謝 ··························································24 參考文獻 ··························································25