落料拉深复合模,compound die combined the blanking and drawing processes
1)compound die combined the blanking and drawing processes落料拉深复合模
1.We design thecompound die combined the blanking and drawing processes and set up the three-dimensional model by Pro/E.在扁袋笼顶盖零件工艺分析的基础上,得出其优化工艺为落料—浅拉深(小于内壁高)—冲孔—内翻边,重点介绍落料拉深复合模的设计和三维建模。
英文短句/例句
1.The CAD Design of Compound Die for Blanking and Drawing Based on SolidWorks基于SolidWorks的落料拉深复合模CAD设计
2.Development of rapid design system of composite die for blanking and drawing based on Pro/TOOLKIT基于Pro/TOOLKIT的落料拉深复合模快速设计系统开发
3.Design of Blanking-Drawing-Trimming Compound Die for the Water-Containing Plate接水盘落料-拉伸-切边复合模设计
4.Application of Zinc-base alloy in drawing die锌基合金材料在拉深模制造中的应用研究
5.Research Complex Strengthening Technology of Automotive Fan Belt Plate Composite Drawing Die汽车风扇带盘拉深模具复合强化工艺研究
plex drawing and reverse drawing forming of cylinder part basing on numerical simulation基于数值模拟的筒形件正反拉深复合成形
7.Design of blanking and punching compound mould about the high speed marine carburetor高速船用化油器落料冲孔复合模具设计
8.Baffle compound processing technology is made up of four step processing, including blanking, forming, punching-hole and embossing.隔板复合模加工工艺由落料、形、孔和压印四道工艺复合而成。
9.Prediction of tensile strength of flax noil fibers reinforced biodegradable composite亚麻落麻纤维增强可降解复合材料的拉伸强度预测
10.Experimental Research and Computer Simulation on Shape Rule of Deep Drawing with TC1M and TC2M Titanium Alloy Sheets;TC1M和TC2M钛合金板料拉深形状规律研究及计算机模拟
11.Numerical Simulation and Experimental Research on the Combination of Superplastic Differential Temperature Drawing(SDTD) and Sizing超塑性差温拉深与整形复合工艺数值模拟与试验
12.Design of Progressive Die with Side Notching and Horizontal Blanking for Drawing Part侧冲缺口-横向冲切落料拉伸级进模
13.FE Analysis and Die Design of Sheet Metal Drawing Part板料拉深件的有限元分析及模具设计
14.Experiment and Simulation Researches on Composite Laminates under Tensile Impact;复合材料板冲击拉伸性能的实验研究与数值模拟
15.Molecular Dynamics Simulations of Tensile Behavior of SWCNTs and SWCNTs/Metal Composites碳纳米管及其金属复合材料拉伸行为的分子动力学模拟
16.Predicting Model and Influencing Factors Analysis of Tensile Strength of PP/Inorganic Particles CompositesPP/无机粒子复合材料拉伸强度的预测模型及影响因素分析
17.A Meso-Scale Variable Engagement Crack-Bridging Model in Axial Loaded Steel Fiber Reinforced Cementitious Composites轴拉水泥基复合材料中钢纤维变位约束细观桥联模型
18.Study on deep hot drawing performance of AZ31B sheetAZ31B镁合金板料热拉深性能研究
相关短句/例句
blanking-drawing die落料拉深模
1.The structural design of theblanking-drawing die,the course of work and the design of die functional components were described.结合现有10工位生产线的特点,确定了压缩机电机端盖多工位传递模的布置形式,以其中的落料拉深模为例,介绍了模具结构设计、工作过程以及模具主要零件设计,并对设计注意事项进行了分析、归纳和总结。
3)bending drawing compound die弯曲拉深复合模
4)compound die with forward and backward drawing正反拉深复合模
1.Acompound die with forward and backward drawing was designed,which could draw the part in one step and guarantee the produced part to meet the dimensional and shape requirements.针对球壳的具体结构,分析了该类球形零件的拉深成形特点及其传统成形工艺,据此设计了正反拉深复合模,有效改善了薄料的成形性能,一次性完成了零件的拉深,保证了零件的尺寸及形状要求。
5)blanking and drawing die落料拉延模
6)blanking-drawing-trimming die落料-拉伸-切边模
延伸阅读
封盖落料-拉伸-切边-成形复合模兰州电机有限责任公司(甘肃兰州 790050) 杨思明[摘要]分析了封盖零件的成形工艺特点，介绍了此类零件复合冲压模的结构设计。关键词 封盖 复合模 落料 拉伸1 零件分析 图1所示为空气滤清器的封盖，生产批量大，材料为08F，料厚0.35mm，外圆直径个80mm，拉伸高度7mm，成形后口部要求无飞边。该零件是一种典型浅盖零件，该封盖原加工工艺为落料--拉伸--压延，造成口部拉伸后有飞边，需人工清除，费力费时。2 冲压工艺分析 经以上计算，可一次拉伸成形，凸凹模环形壁厚强度完全可以满足要求，采用一次成形工艺为：落料--拉伸--切边--成形。3 模具结构设计与设计要点3.1 模具结构及其工作过程 复合棋结构如图3所示。将条料送至凹摸15上，凸凹模12下行，卸料板13压紧条料，凸凹模12与凹模15进行落料，凸凹模12继续下行，落下的圆坏料与已有压边力的压料圈5接触，拉伸凸模6与凸凹模12进行拉伸成形，凸凹模12继续下行，凸模4外圆与凸凹模12内切边模进行切边。凸凹模12再下行，拉伸凸模6与打料板7端面接触，进行压延成形。凸凹模12上行，打料板7在冲床作用下打下成品一次成形结束。1弹簧 2顶杆 3下模座 4凸模 5压料圈 6拉伸凸模 7打料板 8卸料杆 9上模柄 10打件杆 11上模固定板 12凸凹模 13卸料板 14固定螺栓 15凹模 16下模固定板3.2 设计要点 (1)落料凹模15内孔D尺寸计算时取最小值，在拉伸过程中试模修配拉伸凸模6圆角半径来确定切飞边量。 (2)拉伸凸模6与凸模4需设计成二个单独体，便于凸模4刃口刃磨，凸模4中心孔设计成螺纹孔便于起模。
