定模

利用内置随形冷却水道的电池盒面罩动、定模进行试验研究，归纳基于RP的随形冷却水道设计规则。

Use the core insert with conformal cooling channels induce the systematic method for the design of cooling system for mold based on RP technology .

结合手机外壳压铸模具动、定模镶块的快速成型制造，探讨了SLS技术在模具快速制模中的应用。

In this paper , the application of SLS in rapid die manufacturing is discussed by means of the RPM of cell phone cover ′ s die-insert .

以ABS闪光盖为例讨论了注塑成型塑件在动、定模部分中的双脱模机构的设计及其特点。

Taking the case of ABS flash cover for example , the design and characteristics of double stripping mechanism of plastic part in the moving mold and stationary part of mold in injection moulding are discussed .

避免塑件留在定模上的措施

Measures to Avoid Plastic Parts Sticking to the Fixed Half Mould

带定模推出机构的模具设计

Design of the Mould with an Ejector in the Fixed Half

定模隧道型滑块在注射模中的应用

Application of tunnel-type slider at fixed half in injection mould

典型弹压定模斜滑块注射模设计

Design of Injection Mold with Slanting Slider of Fixed Half

圆形基座注射模动定模镶件的定位方式

The Location Forms of the Injection Mould Inserts for Forming the Round Pedestals

斜槽式定模内侧抽芯注射模设计

Design of the Injection Mould of Slanted-Slot-Type Inside Core-Pulling in the Fixed Half

模具结构中采用了定模强制脱模，顺序开模，滑动型芯延时顶出等机构。

Development of injection mould with angled slide block for sequential core-pulling and delayed ejection ;

动定模反装的前盖注射模设计

Design of injection mould with interconversion installation of moving half and fixed half for front cover

定模侧抽芯二次分型压铸模设计

Design of Die Casting Mould with Side Core Pulling on Fixed Die and Two Parting Surfaces

介绍当塑料件留在动或定模中时，注射模双脱模结构的设计及其特点。

The design and characteristics for the double stripper mechanism of the injection mold arc introduced .

该改进设计主要是在定模部分增加型芯，并将一次分型改成二次分型，再使倒锥部分实现强制脱模。

Then an injection mould with two-step parting and internal core-pulling mechanism for forming the part was developed .

经过比较，采用斜导柱在定模，哈夫块在动模的结构。

Through compare , adopt oblique to lead post make mould , Haff piece Move the structure of the mould .

利用Pro/E软件进行高速风扇叶轮模具设计，得到其动模和定模的零件图；

Secondly we can design the mould by using Pro / E and get the parts of the moving mould and the static mould .

相同的诊断组件，只要他们根据要求的诊断算法，遵从定模规则，它们就能适用于不同的模型。

The same diagnostic component can be applied to different models , as long as they comply with the modeling principles required by the diagnostic algorithms .

本文所述的保持架注射模，需要在开模方向投影重叠位置的动、定模上分别设置滑块。

Holder injection mold in this paper , needs separately setting slide blocks in active and inactive molds whose projection are overlap in line of draw .

在计算型腔温度时采用选代算法，同时分析注塑动模和定模。

As both the moving and the stationary parts of an injection mold should be handled simultaneously , an iterative method was used to calculate the temperature .

光增益是关键的参量，它的解析式相当繁琐，由实验曲线拟合其较为简明的经验式，对定模工作是有利的。

Optical gain whose formula is complicated is a critical parameter and it is useful for structuring model to obtain a concise formula by means of experiment curve .

在定模侧采用顶杆-推板复合脱模机构来实现制件的顺利脱模，并采用斜顶抽芯机构来实现制件内凹结构的成型与脱模。

An ejection device installed in the stable plates is designed , and a special core-pulling mechanism is adopted to mould the concave part of the product and eject it .

模具的动模部分带齿轮-齿条抽芯机构，定模部分采用组合对分式滑块结构。

There is a draw cores mechanism with gear-rack on the moving mould part , the combined and bisected type of slide block construction is adopted on the fixed mould part .

压铸模设计中，根据要压铸零件支架的参数性能要求，设计定模和动模两部分。

Die-casting in the mold design according to toeing die-casting the parameter function request of the spare parts support , design to settle the mold and move two parts of mold .

针对凹模安装在定模上、凸模安装在动模上的注塑模结构，对矩形型腔模具进行了受力分析和型腔壁厚计算。

Aiming at the injection mold structures of female mold on stationary mold , the force on the famale mold and male mold are analysed , and the cavity wall thickness are calculated .

分析了机油滤清器支架压铸件的工艺性，介绍了该模具的结构设计、分型面选择、动定模设计和推出机构设计等。

The structural design , parting surface selection , container and moving mould design as well as push mechanism of die casting die have been expounded based on analysis of processing performance of oil filter bracket .

模具结构利用先复位机构的工作机理，实现在定模一侧设置顶出机构顶出注射成型后的塑件，满足了产品的外观质量要求。

By applying working principle of antecedence reposition mechanism in mold structure , ejector mechanism is set in one side of fixed mold to eject injection formed plastic parts , which satisfies surface quality requirements of products .

在塑料模具设计中，设计一种延时脱开机构将机床动力由动模传递给定模，使定模顶出机构工作；

In the design of the plastic mould , a latch_lock mechanism was designed to transfer the machine driving force from the moving half to the fixed half to make the ejection system of the fixed half work .

为保证顺利脱模，模具设计采用了双脱模机构，即定模采用杠杆、推杆顶出机构，动模采用推管二级顶出机构。

As a result , a mould with double stripper mechanism was needed , that is to say , there were levers and ejector pins on the stationary mould half and ejector pipes on the moving mould half .

然后，利用复合形法对影响翘曲变形量最大的三个因素（定模温度、保压时间、保压压力）进行优化设计，进一步减小塑件翘曲变形量。

Based on this factors , by the complex method , the three important parameters ( fixed mold temperature , packing time , packing pressure ) are optimized to further reduce the amount of warpage of plastic parts .

针对注塑模具中常出现的塑件留在定模上的现象，从注塑工艺和模具设计与制造两方面提出了具体的预防措施和解决办法。

To protect the phenomenon that plastic parts are often left in the half of the fixed mold when mold is being opened , this paper put forward detailed preventive measures and resolved methods from the injection process to the design and manufacture of the mold .