基于SolidWorks的纸浆模塑盘状衬垫参数化设计

Parameterized Design of Molded Pulp Shallow Plate Cushion Based on SolidWorks

目的为了节约设计成本,提高设计效率,缩短设计周期,基于当下流行的三维设计软件SolidWorks,研究开发设计出一套参数化设计纸浆模塑包装制品的快捷方法。方法以圆台状结构作为缓冲单元的盘状纸浆模塑制品为例,在SolidWorks中采用宏录制的方法,按照逻辑顺序特征建模后,分离出盘状纸浆模塑包装衬垫制品的设计参数,并通过SolidWorks API使用Visual Basic平台实现人机的交互化。结果最终以插件的形式安装在SolidWorks中,运行软件后在弹出窗口中输入产品尺寸参数值,即可实现快速准确地设计可靠的纸浆模塑包装制品。结论基于SolidWorks二次开发形式的参数化设计模式,为高效可靠设计纸浆模塑提供了新的设计思路。

Objective To save the design cost, increase the design efficiency, shorten the design cycle, a method for parameterized design of molded pulp packaging products was developed based on the popular 3-D design software SolidWorks. Methods Taking molded pulp shallow plate cushion as an example, using the method of macro recording in SolidWorks, after model building based on the logistic order characteristics, the design parameters for the packaging liner product of the molded pulp shallow plate cushion were separated, and the human-computer interaction was realized using the Visual Basic platform via SolidWorks API. Results Finally a plug-in was installed in SolidWorks, and rapid and accurate design of reliable molded pulp packing products could be realized by inputting the dimension parameters of the product in the pop-up window after running the software. Conclusion The parameterized design based on SolidWorks secondary development provided new direction and design ideas for efficient and reliable paper pulp molding.