开模机构,mould opening mechanism
1)mould opening mechanism开模机构
1.A kind of rigid and sequentialmould opening mechanism and its working process are inˉtroduced.介绍了1种刚性的顺序开模机构及其工作过程 ,通过和其它顺续开模机构的比较 ,说明了该机构的优缺点以及该机构设计和装配时应注意的事
2.The structural design of a stacked multi-cavity injection mould for a hook was introduced;and the research on the mould cavity,main runner,mould opening mechanism and guiding mechanism were analyzed.介绍了挂钩叠层多腔注射模结构设计,对模具型腔、主流道、开模机构、导向机构的设计进行了分析说明。
2)open-close mould mechanism开关模机构
1.Development onopen-close mould mechanism of open pressing machine for abnormal glassware;异形玻璃器皿开模压机开关模机构的研制
英文短句/例句
1.The research and design of the lotiform open-close mould CAD system荷花开式开关模机构CAD系统的设计研究
2.Design and Simulation on Open-close Mould Mechanism of Open Pressing Machine for Double-pressing Glassware双冲玻璃器皿开模压机开关模机构的设计与仿真
3.Variable structure control and simulation of an SRM drive开关磁阻电机滑模变结构控制与仿真
4.control mechanism控制机构,开关机构
5.The Design of a Variable-Structure Controller with Sliding Mode of SRM开关磁阻电机滑模变结构控制器的设计
6.Torque Ripple Reduction of Switched Reluctance Motor Based on the Sliding Mode Variable Structure Control基于滑模变结构的开关磁阻电机转矩脉动抑制
7.Speed Control of Switched Reluctance Motor by FVSC System滑模变结构及在开关磁阻电机调速系统的应用
8.Switched Reluctance Motor Control Simulation Based on VSS基于滑模变结构的开关磁阻电机控制仿真
9."Modeling Switched Reluctance Motors under Multi-Phase Excitation, Part 1; Annual rept."多相激励的开关式磁阻发动机构模,第一部分/年度报告
10.Application Study of Switched Reluctance Drive System Using Sliding Mode Control;滑模变结构控制在开关磁阻电机调速系统中的应用研究
11.Research on Sliding Variable-structure Control of Switched Reluctance Driver;滑模变结构控制在开关磁阻电机调速系统中的应用
12.Switched Reluctance Motor s Novel Tooth Pole Structure and Self-Organization Fuzzy Logical Control;开关磁阻电机的新型齿极结构及自组织模糊控制
13.The constructions of the EM structural model of microwave PIN switches and computerized simulation are introduced The key points of design phase of the broadband switch are discussed.介绍了微波PIN开关的电磁结构模型的建立及计算机仿真,讨论了宽带单刀多掷开关的设计要点。
14.Modular Modeling Method of Switched Reluctance Machine Drives Based on Modelica开关磁阻电机的Modelica模块化建模方法
puter Aided Design of Die Open-closing Institution in the Automatic Blow Molding Machines自动吹塑机模具开合运动机构计算机辅助设计
16.Dynamic experimental study and simulation of a flexible deployment system空间展开机构模型动力学实验与计算
17.The Design and Implementation of the Move Simulating System of the Four-link Mechanism;四杆机构运动模拟系统的设计与开发
18.Development of Dynamic Simulation CAISystem for Plane Mechanism;平面机构运动模拟CAI系统的开发
相关短句/例句
open-close mould mechanism开关模机构
1.Development onopen-close mould mechanism of open pressing machine for abnormal glassware;异形玻璃器皿开模压机开关模机构的研制
3)mould opening in sequence顺序开模机构
4)Hinged type opening mould mechanism铰链式开模机构
1.Hinged type opening mould mechanisms are used to shape glass products with handles,which are the key equipments of Glassware pressmachine and increase kinds of glassware.铰链式开模机构主要用于成型带把的玻璃器皿,是玻璃器皿压机的关键部件,增加压机生产的玻璃制品品种。
5)mold opening and closing guideway mechanism开合模导轨机构
1.The design of the important part,themold opening and closing guideway mechanism of automatic PET bottle blowing machine was discussed according to its feature.根据全自动PET旋转式吹瓶机的特点,讨论了其重要部件——开合模导轨机构的设计。
6)Lotiform Open-close mould荷花开式开关模机构
延伸阅读
开模检讨注意事项A.设计变更的项目是否确实地记入最新版的成品图内？B.有无机种替换？交换模仁之模具结构是否没问题？是否方便于拆装？C.树脂相关的情报是否详实？是否取得了物性表？1.树脂名。2.等级。3.颜色。4.成形收缩率。5.收缩率和射出压力(或模腔内压)、保压时间、肉厚、料管温度、模具温度等关系变化。6.加工流动性(流动长或L / T比)和射出压力、模具温度、肉厚、料管温度等之对应关系。7.成形条件之最适范围。D.是否可做逃气沟？(参考物性表或哪一种成形法)，可作何种逃气法？E.采用何种成形法？F. 拆模：1.母模(制品表面侧)要设计于塑料机之固定侧或可动侧？2.拆模线(分模面、插破面、靠破面)是否理想？3.插破面之斜度是否足够？(最好是3°以上)(插破量)4.制品表面的模仁线可有获得客户的承认？5.喇叭网孔脱模斜度是否足够?其脱模斜度是否配合咬花?G.成品部是否会造成收缩之处？会收缩于哪一侧？可有应付的解决办法与判断对策了？1.偏肉2.局部较厚之肉厚缩水痕迹如何克服？3.RIB与侧壁(或板厚)相连处之肉厚比例，板厚，侧壁与RIB之比例为最之极限2/3。4.BOSS根元处之肉厚与该处板厚之比例。是否有作全周盗料？5.局部之制品是否会因热集中，不易冷却而导致表面收缩？6.是否可确实的判定出收缩于哪一侧(制品之表面或内侧)？7.采用特殊之成形法是否可不用考虑收缩？例如发泡成形，或SINPRESS法等。8.设计盗料之小模仁或模仁梢时是否达到平均肉厚之要求？H.短射：(充填不足)如何对策？1.肉厚过薄无法成形时。2.RIB过薄或过深。3.BOSS根元处肉厚过薄。4.BOSS肉厚过薄或过深。5.RIB或BOSS是否会太接近浇口？6.短射和逃气沟之关系。(客户有提出排气之指示？)I. 短射和收缩二者之间如何取得平衡值？J. 流道、浇口系统：(含补助汤道、堵料道)。1.采用哪种流道(热流道、冷流道、其它)？2.流道系统适切？(注道、流道之型式及尺寸，浇口之型式、个数、位置、尺寸等)流动 平衡OK？3.流道距离/肉厚(L / T )适切？4.流道系统对整个成品之重量百分比合理？5.所采用的浇口型式是否会造成蛇纹或浇口附近产生色泽不均(如模糊、雾状等)之现象。6.浇口之进入成品处是否选择于较厚之地方。(理想方式是由厚→薄)
