摄像仪外壳成型模具设计+CAD图纸
关键词： 摄影仪外壳；潜伏浇口；点浇口；斜导柱；双分型面
Inject mold Design of Camera Shell
Abstract: This graduation design is the design of injection mould for camera shell, camera housing is pided into the upper and the lower shell, plastic parts of the structure is more complex, as the case. On the basis of process performance and plastic product we identified: Design of shell with a single parting surface of injection mold way. The mould cavity using a mold 1 cavity layout, gating system using the side gate forming, roll out form pushing mechanism for putting the completion of the introduction of plastic parts; design the lower shell with double parting surface, cavity take a mold cavity, pouring system adopted point gate, plastics have side hole needs to adopt oblique guide pillar sliding finish side hole horizontal type, roll out in the form of putting out structure. Because the plastic parts of the process performance requirements of injection mold cooling system, so also in the mold design to design. The design of the reference to a lot of literature, is still on the Internet to find information, the design process is complete.
Key words: Injection mould；Submarine gate；pinpoint gate；oblique guide pillar; double parting surfaces
目 录
1 绪 论 1
1.1 我国塑料模具发展的现状 1
1.2 国外塑料模的发展状况 2
2 摄影仪外壳塑件分析3
2.1 塑件工艺性分析 4
2.2 塑件材料分析 4
2.2.1 塑件的原材料工艺性分析 4
2.2.2 注塑模工艺条件 4
3 塑件的成型过程 6
4 摄影仪外壳注射机的选择 7
4.1 注塑机概况 7
4.2 注塑机的分类 7
4.3 注塑机的选择 7
4.4 注射机的校核 9
4.4.1 容量校核 9
4.4.2 合模力校核 9
4.4.3 模具厚度的校核 9
4.4.4 开模行程校核 10
5 模具结构设计 11
5.1 型腔数目的确定 11
5.2 成型零件的尺寸计算 11
5.2.1 摄影仪上壳型腔尺寸计算 12
5.2.2 摄影仪上壳型芯尺寸计算 13
5.2.3 摄影仪下壳型腔尺寸计算 14
5.2.4 摄影仪下壳型芯尺寸计算 15
5.3 分型面的确定 16
5.3.1 分型面的形式 16
5.3.2 分型面的选择原则 16
5.3.3 摄影仪上壳分型面 16
5.3.4 摄影仪下壳分型面 17
5.4 浇注系统的设计 17
5.4.1 摄影仪上壳主流道设计 17
5.4.2 摄影仪下壳主流道设计 18
5.4.3 摄影仪上壳分流道设计 18
5.4.4 摄影仪下壳分流道设计 19
5.4.5 摄影仪上壳浇口设计 19
5.4.6 摄影仪下壳浇口设计 19
5.4.7 下壳斜导柱抽芯机构 20
5.5 导向机构的设计 20
5.5.1 导向机构的作用 20
5.5.2 摄影仪上壳导柱的设计 21
5.5.3 摄影仪上壳导套的设计 21
5.5.4 摄影仪下壳导柱的设计 22