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弯管接头注射模具设计【塑料注塑模具1模2腔液压缸滑块侧抽芯含proe三维及22张CAD图带开题报告-独家】+说明书

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塑件三维图内侧

弯管接头注射模具设计
摘要
塑料是以高聚物为主要成分的物质，它的特点是重量轻，比较坚固，耐化学腐蚀性和电绝缘性优良，市场上塑料价格相对便宜，具有不错的可塑性，在电脑、手机、汽车、医疗器械、电器、家电和通讯产品制造中有着广泛的应用。通常塑件是用塑料熔体注射进注射模具的行腔中形成的。注射模具有很多优点，比如成型效率高、生产出的塑件一致性好，可以自动化操作，可以大量生产复杂零件，加工成本不高。本次设计的产品为弯管接头，它的特点是重量轻，强度高，耐腐蚀，易清洁，适合大批量生产。要完成本次设计，首先要先分析塑件的工业特点，然后确定其注射成型原理，选择合适的注射机和模架。然后要确定模具的分型面、型腔数目、流道结构、浇口形式和位置。接着要确定塑件在模具中的位置，从而才能选择模具内部零件结构，和塑件的固定形式。然后根据这些设计模具的脱模、推出等机构。最后要完成一份模具设计的装配图、三维图和一份设计报告。
关键词：弯管接头注射成型模具设计
Design of Injection Mold for Pipe Joint
Abstract
Plastic is a high polymer as the main component of the material, which is characterized by light weight, relatively strong, resistant to chemical corrosion and excellent electrical insulation, the market price of plastic is relatively cheap, with good plasticity, in the computer, mobile phone, car , Medical equipment, electrical appliances, household appliances and communications products manufacturing has a wide range of applications. Usually the plastic parts are filled with plastic melt into the injection cavity of the injection mold. Injection mold has many advantages, such as high molding efficiency, the production of plastic parts consistency, and can be automated operation, you can mass production of complex parts, processing costs are not high. The graduation design of the product for the elbow joints, which is characterized by light weight, high strength, corrosion resistance, easy to clean, suitable for mass production. To complete this design, we must first analyze the industrial characteristics of plastic parts, and then determine the principle of its injection molding, select the appropriate injection molding machine and mold. And then to determine the mold parting, cavity number, flow channel structure, gate form and location. And then to determine the plastic parts in the mold position, so as to determine the structure of the cavity, as well as the plastic parts of the fastening. In addition to design stripping mechanism, mold-oriented mechanism and cooling system. Finally, drawing a complete drawing of the mold and the relevant parts of the drawings and parts of the map, the preparation of parts and components of the manufacturing process process cards, complete the design of the general instructions. Practice has proved that: the mold structure is reasonable and reliable, and to ensure product quality, such injection molding products, mold design reference value.
Key Words: Curved pipe joint Injection molding Mold design
目录
摘要I
AbstractⅡ
1绪论1
1.1模具工业简介1
1.2塑料成型工业在生产中的地位1
1.3塑料成型技术的发展趋势2
2塑件的工艺分析3
2.1塑件的工艺特点分析3
2.2塑件材料的成型特性4
3分型面的选择5
3.1型腔的布局5
3.2分型面的设计5
4浇注系统的设计7
4.1主流道的设计7
4.2浇口套的设计8
4.3分流道的设计9
4.4浇口的选择10
4.5冷料穴的设计12
4.6拉料杆的设计12
4.7定位圈的设计13
4.8排气系统的设计14
5注射机的选择15
5.1注射成型工艺条件15
5.2注射机的选择15
5.3模架的初选15
5.4注射机的校核16
6成型零部件设计19

6.1凹模和凸模的结构设计19
6.2成型零件工作尺寸计算20
7结构零部件设计22
7.1标准件的选用22
7.2模架的选择20
7.3合模导向机构的设计23
8侧抽芯机构设计26
8.1抽芯力与抽芯距的确定26
8.2液压滑块侧抽芯机构27
8.3斜导柱侧抽芯机构28
8.4斜导柱的设计29
8.5斜顶的设计30
8.6滑块的设计31
8.7楔紧块的设计32
8.8导滑槽的设计33
8.9滑块限位装置的设计34
9推出机构设计35
9.1推出机构的设计要求35
9.2推出力的计算35
9.3推杆的形状36
9.4推杆的位置和布局的选择原则36
10温度调节系统38
10.1模具温度调节的重要性38
10.2冷却水回路的布置38
10.3冷却水回路的尺寸确定39
11模具总装配图42
12结论45
参考文献46
致谢47