GB/T4458.6-2002 目次 2规范性引用文件 5剖视图 6剖切位置与剖视图的标注 断面图 8剖切位置与断面图的标注 9简化表 图1副视图的配置(一) 图3单一剖切平面获得的剖视图(一) 图4单一剖切平面获得的剖视图(二) 图6两个平行剖切平面获得的剖视图……… 图7具有公共对称中心线的剖视图 图8用几个相交的剖切平面获得的剖视图(一) 图9用几个相交的剖切平面获得的剖视图( 图10旋转绘制的剖视图(一) 图11旋转绘制的剖视图(二) 图12旋转绘制的剖视图(三 4445566677 图13展开绘制的剖视图 图14副切平面后其他结构的处理 图5剖切产生的不完整要素的处理 图16机件接近于对称的半剖视图(一) 图17机件接近于对称的半剖视图( 图18被剖切结构为回转体的局部剖视图 9带有规则结构要素的回转零件的剖视图 图20部分剖切结构的表示 图2!用几个剖切平面获得相同图形的剖视图 图22用一个公共剖切平面获得的两个剖视图 图23合成图形的剖视图 图24省略标注箭头的剖视图 ppouu 图25不需标注的剖视图 图27配置在视图中断处的移出断面图GB/T 4458. 5-2002 目 次 前言 ····························‘·，·······················································-··························…… m 1 范围 ··················，·····························································-···························一 1 2 规范性引用文件 ········· ················……，·· ················.……，，.-」」············....……，，，，.」二 1 3 术语和定义 ··········，· ·」················，，，·，，.-」··············……，，，，，....·，·········……，··，，，，··… 1 。 基本要求 ·1、、·，·，，，，，，，，，，···1“11“ ‘击·，卜，，，，-，，，，，··--‘-‘ 、1··，，--，，，，，，，、-·1 ·、、···，·，，，，，，，，，，，·一 7 5 剖视图 ···················，，·······················，，-…丫················，，···，··、·········，·········，··· … 2 6 剖切位置与剖视图的标注·················…… ，，，-·····，······....…… ，，‘··...........… …，“ 10 7 断面图 ····················，····························，························，···························，… 11 8 剖切位置与断面图的标注 ·························-·························· ··············....……，一 15 9 简化表示法···············，· ······················ ··········，············，··，」·」···············，··，，··· 16 图 1 剖视图的配置又一)，，--‘-··········，，··、-，，、- ‘11······，，，，·，·，、，、、1-‘···‘·，··…，，，，.，，，，，，，‘一 2 图2 剖视图的配置t二)，，· ··‘、·············，，·，，，，，- ············一 ， ..，，，...·.，、·····.……卜，...，.....2 图3 单一剖切平面获得的剖视图(一卜········，····‘，、············.…… .‘、..............……卜...“.3 图4 单一剖切平面获得的剖视图(二卜···········，，，·····················……，，-·······……，，……，.…，.…3 图5 单一剖切柱面获得的剖视图···································……，........·····.....................一 4 图6 两个平行剖切平面获得的剖视图············，，·············.....……，，.-...……，.....……，一 4 图7 具有公共对称中心线的剖视图···········，一.，」」」】』·········.……，，，.... ·.......……，，，..，，一 4 图8 用几个粗交的剖切平面获得的剖视图C-) ............ ·‘，，，，，，，，，，，，-一 5 图 9 用几个相交的剖切平面获得的剖视图(-) ..‘·、·····················，.“ ··········…… ... “5 图10 旋转绘制的剖视图(一)······················ 、··············……，二，··········..........…… ‘，.6 图n 旋转绘制的剖视图(二)························，·················...........······...................…… 6 图12 旋转绘制的剖视图(三)·······················，」··················........-·······..............……，一 6 图 13 展开绘制的剖视图 -·】』··············……，，，，.··』············.… …，，，，..·，···............……，，.，. 7 图14 剖切平面后其他结构的处理 ········，，，，，.··“-······… …，，，.，，.，，-.........……，，，，，....一‘一7 图15 剖切产生的不完整要素的处理 ····，····，，，，‘、·介‘···……卜卜「，.，，，.-“‘..“....……，，.，...“8 图16 机件接近于对称的半剖视图(一)·······，·，.·、“············……， ..、……，........…… ，.“‘8 图17 机件接近于对称的半剖视图(二)···········，-·············...........-···........................一 8 图1s 被剖切结构为回转体的局部剖视图 ·····································-····························一 9 图 19 带有规则结构要素的回转零件的剖视图 ··-............................···，，···················，，-… 9 图20 部分剖切结构的表示 ·』··················，··.，， ············…… ，，，.....········...……，，，，，，...9 图趴 用几个剖切平面获得相同图形的剖视图 -，，，、·1--“““」1，。···，，，，-，，，，，，---‘·11““··，··，，，，，·，，，，，，·比 图 ZZ 用一个公共剖切平面获得的两个剖视图 ·· ··“·‘················· ““···········，·，··，···，，，. 10 图23 合成图形的剖视图··························，.‘·‘··········....…… 「-、···.……，..……，…，，‘. 10 图24 省略标注箭头的剖视图······································................……，.............…… 11 图25 不需标注的剖视图 ·，-」·························-···················.........········.......…… ，」·11 图26 移出断面图 ········，， ··················……，，， ···········.....… …，，...····……，.……，..…，， n 图27 配置在视图中断处的移出断面图····，，·，·.，，-·」」」」············一 ...，..···..」」·....……，，..，，.， 12 1