量杯充填型臥式包裝機設(shè)計含5張CAD圖

量杯充填型臥式包裝機設(shè)計含5張CAD圖,量杯,充填,臥式,裝機,設(shè)計,cad 量杯充填型臥式包裝機設(shè)計含5張CAD圖需要咨詢購買全套設(shè)計請加QQ1459919609-圖紙預(yù)覽詳情如下：封口器.dwg開袋吸嘴裝置.dwg開題報告.doc總裝圖.dwg文件清單.txt橫封器.dwg直齒錐齒輪.dwg設(shè)計說明書.doc零件圖2張-1.dwg零件圖2張-2.dwg摘 要本課題專門針對量杯充填形臥式包裝機的結(jié)構(gòu)進(jìn)行設(shè)計。該包裝機計量最大范圍100ml，包裝速度50-70袋min，采用三邊封。此類包裝機的計量裝置主要采用可調(diào)容量式充填量杯，量杯由上下兩部分構(gòu)成。在進(jìn)行容積微調(diào)時，可以有兩種方式實現(xiàn)：首先一種方法需要人工來操作，通過改變結(jié)構(gòu)上的上量杯與下量杯的位置，使另一種調(diào)整也開始進(jìn)行， 人工操作。 操作。封口 充填采用直 型袋成型-充填-封口機構(gòu)設(shè)計以 采用 式 機構(gòu)對 進(jìn)行 。在以此 的情 ， 使設(shè)計的包裝機 現(xiàn) 的要 ， 如使結(jié)構(gòu)變 單，容 操作， ， ?￠￡?的￥?，§￡?currency1'加可“。?此使用??加fi封fl在橫 –封的時?，在?·的部分 用???·。三??成型器主要由?”??三?形…? ‰ ? `?′??成。由ˉ?可以˙¨袋 ?有?大變 時有 ?的?ˇcurrency1，?此在—種機型上 使用。 通過三??成型器 種 的成型器，實現(xiàn) 成型，? 本 操作的容量包裝速度 可變的， 以也采用 調(diào)速裝置， 調(diào)速裝置通過 部的 ?的 時針 a時針 可錐 進(jìn)行上下 ， ??成 本 設(shè)計的?o要 ，實現(xiàn)?整的 調(diào)速過 。本 設(shè)計 的 調(diào)速裝置， 一種結(jié)構(gòu) 單的裝置，?的 currency1? ，? ? ，????工人 的工作 ， 噪 污染， 憑借 單的操作， 高的工作力，使其在包裝機械的ˇ用中 受?評，ˇ用 。使用 的量杯填充型臥式包裝機，?但?夠增加生產(chǎn)產(chǎn)量 減少勞 強度 保護(hù) 環(huán)境，?￠ 材料，還有利ˉ保證 包裝產(chǎn)品的衛(wèi)生 高產(chǎn)品質(zhì)量 延長產(chǎn)品的保質(zhì)期，甚至可以減少包裝場地面積，?約基建投資，贏 '多的利潤。關(guān)鍵詞 包裝機 結(jié)構(gòu)設(shè)計 計量AbstractThis paper designs the structure of the measuring cup filling type horizontal packing machine. The packaging machine measures the maximum range of 100ml, packaging speed of 50-70 bags min, using three-side sealing. The measuring device of this kind of packing machine mainly adopts adjustable capacity fillingmeasuring cup, which consists of upper and lower parts. When the volume is fine-tuned, it can be realized in two ways firstly, one method requires manual operation. By changing the position of the upper and lower measuring cups on thestructure, another adjustment can also be started and get out of manual operation. Achieve automatic operation. The design of direct moving bag forming,filling and sealing mechanism and intermittent pulling mechanism are adopted forfilm traction. On this premise, in order to make the packaging machine designed to meet our modern requirements, for example, make the structure simple, easy tooperate, simple and easy to understand, in order to save economic waste, make the economy more considerable. Therefore, the use of hot plate pressure seal in the horizontal and vertical seal, in the cut part of the choice of hot knife fuse. Triangle shaper is mainly composed of isosceles triangle plate, guide roller and fixed support plate. It is widely used in all kinds of models becauseof its good adaptability when the bag-making specifications change greatly. We by triangle forming the special forming, folding implementation will film forming, because the operating capacity of the packing speed is variable, so also infinitely adjustable-speed device is adopted, infinitely adjustable-speed device through internal knob clockwise and counterclockwise drive can be moved up and down zahn, this completes our technical requirements on the design and realize the full promise speed regulating process. The graduation design we choose the infinitely adjustable-speed device, is a simple device structure, itstransmission performance is stable, and sound is very small, will not affect theworkers work efficiency, to prevent noise pollution, and with the simple operation, and high work force, the acclaimed in the application of packaging machinery, widely used. Use of such a measuring cup filling type horizontal packaging machine, not only can increase production, reduce the labor intensity,the protection of the environment, and save the materials, and to guarantee the health of packaged products, improve product quality, extend the shelf life of products, even can reduce packaging area, save infrastructure investment, and win more profits.Key words packaging machine structure design measurement 目 錄摘 要 IAbstract II1 緒 論 1言11.1 包裝機械概述 21.1.1包裝機械的 義21.1.2 包裝機械的分類 21.1.3 包裝機械的 點 41.2 袋成型—充填—封口機 介52 包裝機總體方案設(shè)計 62.1包裝機的功?要 62.2工藝分析62.2.1包裝 序 62.2.2工藝路線 62.3確 主要執(zhí)行構(gòu)件 62.3.1包裝材料供送系統(tǒng) 62.3.2物料充填系統(tǒng) 72.3.3包裝方式與封口方法92.3.4開袋吸嘴裝置 112.3.5 調(diào)速裝置 122.3.6確 主軸 速 132.3.7 擇電 機132.4設(shè)計主 路線 132.5設(shè)計總體布局143 主要機構(gòu)設(shè)計與計算 163.1成型器的設(shè)計與計算 163.2蝸輪減速器的設(shè)計 (按主軸 速50 rmin設(shè)計) 173.3主軸設(shè)計 軸承與鍵的 擇 203.3.1按扭 強度條件計算213.3.1軸承的 擇 壽命計算 243.4 直齒圓柱齒輪設(shè)計253.5直齒錐齒輪設(shè)計 273.6 V 設(shè)計293.7 同步 設(shè)計 303.8 橫 –封尺寸計算324 結(jié) 論 33致 謝 34參考文獻(xiàn)35