机械制造与自动化
機械製造與自動化
궤계제조여자동화
JIANGSU MACHINE BUILDING & AUTOMATION
2015年
4期
120-122
,共3页
3DQuickpress插件%底盖支撑架%多工位级进模
3DQuickpress插件%底蓋支撐架%多工位級進模
3DQuickpress삽건%저개지탱가%다공위급진모
3DQuickpress plug%bottom support frame%multistage progressive die
根据底盖支撑架冲压件的结构特点，采用基于SolidWorks平台的3DQuickPress进行了多工位级进模设计。对底盖支撑架进行了成形分析，确定了模具总体结构。应用SolidWorks软件及其插件3DQuickPress的各项功能，根据制件技术要求，完成了模具整体结构设计。实践表明：此方法设计模具直观，设计标准统一，极大提高了模具设计精度。
根據底蓋支撐架遲壓件的結構特點，採用基于SolidWorks平檯的3DQuickPress進行瞭多工位級進模設計。對底蓋支撐架進行瞭成形分析，確定瞭模具總體結構。應用SolidWorks軟件及其插件3DQuickPress的各項功能，根據製件技術要求，完成瞭模具整體結構設計。實踐錶明：此方法設計模具直觀，設計標準統一，極大提高瞭模具設計精度。
근거저개지탱가충압건적결구특점，채용기우SolidWorks평태적3DQuickPress진행료다공위급진모설계。대저개지탱가진행료성형분석，학정료모구총체결구。응용SolidWorks연건급기삽건3DQuickPress적각항공능，근거제건기술요구，완성료모구정체결구설계。실천표명：차방법설계모구직관，설계표준통일，겁대제고료모구설계정도。
According to the structure characteristics of bottom support frame, a multistage progressive die is designed by using 3DQuickPress based on SolidWorks platform. Forming analysis of the bottom support frame is done to determine the overal structure of the die and the functions of SolidWorks and its plug 3DQuickPress are used to complete the design of the overal structure of the die according to the technical requirement of the workpiece. The practice shows that the design method of the die is intuitive, the de-sign standards are uniform, so that the method can be used to greatly improve the design accuracy.
