3L液体瓶筒式灭菌自动线总体设计
首先，根据对灭菌对象的特殊灭菌要求进行科学分析，对灭菌对象的灭菌工艺进行科学的设计和制定，进行筒式灭菌生产线的总体设计，确立了完整的系统初步方案设计，并且把筒式灭菌系统分成四个部分，每个部分分别为自动运输上料部分、灭菌部分、自动下料运输部分以及核心控制部分。
其次，除了控制部分以外，进行了其他三个重要组成部分的结构总图的设计，制定并设计了各部分的尺寸以及初始结构图。把每个部分会对下一个组成环节的部件尺寸产生影响的决定性尺寸进行分析计算和校核。例如，自动运输上料部分的关键零部件如装瓶器尺寸是影响整条筒式灭菌生产线的关键尺寸，传输部分的传送链的布局和尺寸设计，并且设计并计算原料运输时间。再例如，灭菌物品的上料时长，上料和传输的节拍时间等。灭菌主筒里的灭菌传输路线的布局和设计，传输支撑部件以及辅助支撑轮的尺寸的方案制定，灭菌物品在灭菌主筒里的灭菌时间和冷却时间进行计算，还有对灭菌主筒进行了尺寸的设计和确定。主筒应如何制定和设计才可以密封整个灭菌系统，利用连通器原理，设计了水封结构，并对主筒的结构上进行了优化。核心控制部分做了整体控制方案设计，控制系统是如何对灭菌线路进行控制的,具体控制过程是如何一步一步进行的。
最后，对该灭菌设备中各部分的零部件进行三维实体建模和零部件组装，以及整条完整生产线的装配和必要的仿真分析。
毕业论文关键词： 瓶筒式灭菌；自动生产线；总体设计
Abstract Now, most of the country engaged in the production of beverages, pharmaceutical products, pharmaceutical products and traditional Chinese medicine products business, disinfection sterilization process used in its production is still used is intermittent overheating sterilization methods to ensure the safety of its products。 However, long-term production of the sterilization process, the method has been used as "pharmaceutical powder static, dynamic steam", and the following main problems: poor reliability sterilization technology, sterilization of low productivity, high labor intensity, health security instability。 So this graduation project to address the problem have been studied and designed liquid bottle sterilization process cartridge and sterilization equipment automated production lines。
First, the scientific analysis according to the special requirements of the object sterilization, sterilization process object of scientific design and formulation, were sterilized cartridge production line overall design, established a complete system preliminary design, and the barrel sterilization system is pided into four parts, each part are automatic transport feed section, sterilization section, automatic material transport and core part of the control section。
Secondly, in addition to the control section, the structure of the total figure were three other important part of the design, development and design of the size and structure of the original parts。 The impact of the lower portion of each of the components would be an integral part of determining the size and dimensions of analysis and calculation check。 For example, the key components such as automatic transport material portion bottling dimensions that affect critical dimension the whole barrel sterilization production line layout and dimensioning of the transmission portion of the conveyor chain, and the design and calculation of material transport time。 As another example, the length of time the material sterilized items, feeding and transmission cycle times and so on。 Sterilization of the main tube in the sterile transmission line layout and design, transmission support member and the size of auxiliary support wheels of program development, the main tube sterilization sterilized items inside the sterilizing time and cooling time is calculated, as well as to sterilization master cylinder design and size were determined。 How to design and develop the main tube should be sealed before the entire sterilization system, using the principle of communicating vessels designed seal structure, and optimized the structure of the master cylinder。 Core control section made overall control design, control system is how to control the sterilization line, the specific control process is carried out step by step how。