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- mold cavity pressure sensor 模压传感器
- mold cavity pressure monitonng technology 模腔压力监测
- E620018 "Air pressure sensor alarm. “发现气压下降。”
- The mold cavity was obtained by splitting mold base in parting surface. 模具型腔可采用分型面分割模板的方法获取。
- E620057 "Air pressure sensor alarm. Ignore? “发现气压下降，是否忽略?”
- AK series mechanical strain pressure sensor. AK系列应变式压力变送器；
- This RNID doormat has a pressure sensor underneath. 这种RNID擦鞋垫的下面有一个压力传感器。
- In this article, a method of NC ECM mold cavity using rotative tool electrode was introduced. 提出了一种利用旋转电极数控电解加工模具型腔的方法。
- Study of Pressure Sensor Based on Fiber Loop Ringdown[J]. 引用该论文 张卫华;刘波;罗建花;董孝义.
- The mold cavity number is used to group plastic cuvettes at production time; this helps to ensure the lowest cuvette-to-cuvette variation in extinction coefficient. 在生产过程中，通过铸模型腔的数量用来对塑料试管进行分类。这对于确定试管间的最低消光系数很有帮助。
- Important considerations are the rate at which a mold cavity is filled ,gate placement ,riser design ,the use of chill blocks, and padding. 着重集中在型腔如何灌注，进模口的布置，冒口的设计，冷硬试件的使用，垫模这些方面。
- Basing on the theory of blurry illation, the algorithm completes the analysis for geometric features of mold cavity part. 该系统可以针对每个模具型腔具体几何特征进行分析,利用模糊算法完成模具型腔典型工艺的模糊推理;
- Based on ANSYS,this paper illustrates how to design the structure of injection mold cavity with finite element analysis efficiently. 以ANSYS软件为基础,论述如何高效地利用有限元分析解决注塑模型腔结构的设计;
- As a standard the pressure sensor provides a standardized voltage output. 标准型压力传感器有标准的电压输出。
- Ultra-miniature Pressure Sensor Based on the Silicon Piezo-resistor Principle. 基于单晶硅的压阻效应的超小型压力传感器。
- Using average shrinkage rates of injection-molded parts to decide the dimension of mold cavity can not satisfy the demand of high precision injection-molded parts. 采用一般的平均收缩率方法来确定模具型腔的成型尺寸，已难以满足精密注塑成型制品的精度要求。
- P1195 EGR Pressure Sensor (1.6L) or Boost Sensor (1.8L) Open or Short. （EGR压力传感器（1.;6）或排气传感器（1
- Optimization of injection molding process and zero defect manufacturing of molded parts due to cavity pressure measurements? 模腔压力监测与零缺陷部件的优化注塑工艺?
- Moreover,comparing to traditional mechanical analysis,this paper introduces the design of backing plate and provides a new method for the design of injection mold cavity. 以注塑模垫板的设计为例详细阐述,并与传统力学分析对比,为注塑模具的型腔设计提供了一种新方法。
- During pouring process, gas in mold can't be emitted from mold cavity and delays in it, it is the reason that the defects such as gas hole, unshaped appear. 铁液浇注时若型腔气体不能顺利排出,滞留在铸型中,铸件就会出现气孔或残缺类缺陷。
