1) rectangle side edge
矩形侧刃
1.
Started from the machining of the side edge and its bore,the reasons causing location errors of the rectangle side edge are analyzed in detail.
从侧刃和侧刃孔的加工入手,详细地分析了矩形侧刃定位误差产生的原因,结合生产实际提出了解决这一定位误差的措施,分析了在级进模中应用很广的侧刃和导正销联合定位时可能出现的问题,并提出了解决的具体方法。
2) forming side blade
成形侧刃
1.
Application of non-standard side blade and its design of feeding material location, forming side blade and its design to punching parts side edge are introduced in progressive die.
介绍了级进模中应用非标准侧刃实施送料定位并同时对冲裁件侧边进行成形冲切的成形侧刃及其设计。
3) corner seal rectangular section
矩形侧封
4) side blade
侧刃
1.
Punching side blade is an important procedure of terminals die, its punching shape,concave die and convex die structure greatly impact the terminals on manufacture quality.
冲裁侧刃是端子模具中的重要工序,其冲裁形状和凸、凹模结构对端子生产质量影响很大。
5) shape-edge
刃形
1.
In difficult-to-cut materials drilling process of the high manganese steel,the tool damaged severely,by the experiment research,improvement of tool shape-edge can raise tool s life and improve the rate of production.
利用8901F数字三相电参数测量仪测量钻削功率,结果表明改进的刃形在高锰钢钻削过程中钻削功率明显降低。
6) knife gap
刀刃侧隙
1.
Approach to calculating method for determining double-drum crop flying shear s knife gap;
双滚筒切头飞剪刀刃侧隙计算方法的探讨
2.
Applying mechanical principle,the torsional deformation laws of the drums and the characteristics of knife gap varying along the drum axes during the crop cutting,the function of M-T gears,and the structure characteristics of distributing gears and M-T gears such as positive s.
介绍了从日本引进的异周速双滚筒切头飞剪的技术参数、工作原理、主要结构特点,对剪切过程及剪切质量进行了描述;应用力学原理,分析了剪切过程中滚筒组的扭转变形规律,相应的刀刃侧隙沿滚筒轴线变化特点,M-T齿轮对的功用,分配齿轮和M-T齿轮所具有的正变位、短齿、齿向修形结构特点。
补充资料：单侧唇裂矩形瓣修复
单侧唇裂矩形瓣修复
右侧唇裂
1948年Le Mesurier提出后已不断改进。切口在患侧呈“T”形而在健侧呈“L”形(右侧唇裂)或反“L”形(左侧唇裂)，将患侧所形成的矩形瓣插入健侧，此法适用于完全性唇裂以及唇红缘发育较差的病例，但因设计比较复杂，术后可出现上唇过紧、过长或两侧不对称等缺点，目前较少采用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条