1) air conditioner pedal
空调面板
1.
Optimization design of air conditioner pedal based on finite element simulation
基于板料成形有限元仿真技术的空调面板优化设计
2) front faceplate of air-conditioner
空调前面板
3) air-condition panel
空调机面板
1.
A solid model of the air-condition panel was put up by using pro/E three-dimensional sculpting technolgy.
运用Pro/E三维造型技术对空调机面板进行实体建模;运用Pro/E的MPA模块对注塑件注射成型流动进行数值模拟,获得了最佳浇口位置及浇口数量,优化了模具结构;运用Pro/E的外挂模块EMX自动创建模架、模具标准件、滑块、斜销等附件,对模具开模过程进行动态仿真和干涉检查。
4) under-plate of air-conditioner
空调下面板
1.
By analyzing the structure and the process characters of under-plate of air-conditioner, the mold's structural design, working process and critical part design, as well as the application of hot runner in this mold are introduced respectively.
通过对空调下面板的结构和工艺性分析,介绍了该模具的结构设计、工作过程及关键部分的设计及热流道在该模具中的应用。
5) separating air-conditioning cover
空调分体机面板
1.
Taking NC machining of injection mold for the separating air-conditioning cover as an example, combined years mold machining experiences, introduced penetratingly application of Cimatron 12 in mold machining, hoped it has a certain help to mold technical personnel.
以空调分体机面板注射模数控加工为例,结合作者多年的模具零件加工经验,介绍了Cimatron12。
6) Panel part of the air condition
空调外机面板
补充资料：空调
分子式：
分子量：
CAS号：
性质：见空气调节。
分子量：
CAS号：
性质：见空气调节。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条