1、隔震橡胶支座模具设计和加工工艺摘 要：目前应对地震灾害，提高建筑抗震性能的结构设计理念，可以归纳为“抗震”和“隔震”两种思路。以前为了个抗震就是使建筑物加强他的构建强度。因此，允许结构和构件在地震中出现一定程度的损坏，程度往往难以控制。但是使用隔震技术后，就能够减少建筑物在地震中的摇动，使得建筑不至于损坏严重。结构比较复杂，模具重量比较大，尤上、中、下三模组成来制出支座，压模分为开放式，封闭式，半封闭式。由于模具质量要求比较高，所以上下模采用 45#钢，中模采用锻钢。因为其性能在中上等，制造这种模具很适合。应该切入点余胶槽，手柄，型腔尺寸，收缩率,各种零件规格等等！我的设计内容是：橡胶支座系列
2、模具设计铅芯型。关键词：灾害，隔震橡胶支座，模具，铅芯型。Mold Design and Processing Technology of Seismic IsolationRubber BearingsAbstract:The current structural design to resist earthquake and improve seismicperformance of buildings can be summed up as earthquake and isolated ” .Earthquake-resistant means to strengthen buildi
3、ngs construction. Therefore, it allows acertain degree of damage in structure and components affected by earthquake and it is oftendifficult to control. However, seismic isolation technology can reduce the shaking ofbuildings during the earthquake and make sure that buildings arent badly damaged. Th
4、econstruction is complex and the weight of mode is relatively large. The ultimate mold isconsists of upper, middle and lower mould and molding-die is divided into open, closed,half closed style. Because of the high quality requirements, the upper and lower moldsmade of 45# steel and middle mold made
5、 of die-forged steel. Its very suitable to producethis mold because of its good performance. These designs takes glue tank, handle cavitydimensions, shrinkage, parts specifications as a starting point, designs a mold based onbearing series- type of lead.Key words: Disasters；Seismic isolation rubber
6、bearings；Mold, Type of lead.I目 录1 前言.11.1 隔震橡胶支座模具的设计背景.11.2 橡胶模具的发展动态.12 隔震橡胶支座.32.1 橡胶的特性及用途.32.2 橡胶的形态及分类.32.3 橡胶模制品.42.4 什么是隔震橡胶支座.42.5 隔震橡胶支座的原理.42.6 隔震支座概述.42.7 隔震技术原理及主要力学性能.53 模具设计.63.1 模具设计原则及基本要求.63.2 模具结构的选择.63.2.1 模具的组成.63.2.2 模具的分类.73.2.3 本节小结.73.3 模具材料的选择.83.3.1 模具材料的要求.83.3.2 本节小结.93.4 模具分型面的选择.93.4.1 模具分型面的概念.93.4.2 模具分型面的选择原则.93.4.1 本节小结.103.5 模具的定位.103.5.1 论述.123.5.2 轴分式的论述.123.6 收缩率的确定及影响因素.1
