首页> 外国专利> BEARING PROVISION DIVIDED IN A HOUSING, ESPECIALLY SMOOTHING CRANKSHAFT BEARING FOR ALTERNATIVE PISTON ENGINES.

BEARING PROVISION DIVIDED IN A HOUSING, ESPECIALLY SMOOTHING CRANKSHAFT BEARING FOR ALTERNATIVE PISTON ENGINES.

机译:轴承项划分在用于替代活塞发动机的外壳中,尤其是平滑的曲轴轴颈轴承中。

摘要

Bearing arrangement divided into a housing, especially plain crankshaft bearing for reciprocating piston engines, comprising - a bearing seat (4) and a bearing cover (5) based on materials of different hardness, where - the cover of bearing (5) arranged in a bracing way against the bearing seat (4) and formed of a ferrous material has sharp projections (6) with sharp edges that are formed protruding from its clamping surface (7) and that - during a first The mounting of the bearing cover (5) is pressurized by applying force on the opposite clamping surface (10) of the bearing seat (4) formed of a light metal, and where - grooves (8) are also provided. on the clamping surface (7) of the bearing cover (5), characterized in that - the bearing cover (5) is formed with projections (6) having a cutting edge or pyramid profile, - presenting the projections (6 ) an angle d e edge at ~ 50º-110º, - also, the cutting edge ¿H¿ on the clamping surface (7) of the bearing cover (5) is between 0, 25 and 1, 5 mm, - joining grooves (8) rounded with radii of R = 0, 15-0, 30 mm, made with the respective measure of the radius ¿R¿ on the clamping surface (7), to the edge edges (6¿, 6¿), and - the grooves (8) are used to receive the material from the bearing seat (4) dislodged during the pressurization of the projections (6) into the bearing seat (4).
机译:轴承装置分为一个壳体,尤其是用于往复式活塞发动机的普通曲轴轴承,包括:-轴承座(4)和基于不同硬度材料的轴承盖(5),其中-轴承(5)的盖靠在轴承座(4)上并且由铁材料制成的支撑方式具有尖锐的突起(6),尖锐的边缘从其夹紧表面(7)突出形成,并且-在首次安装轴承盖(5)时通过在由轻金属制成的轴承座(4)的相对的夹紧表面(10)上施加力,可对轴承进行加压,并且还设有-凹槽(8)。在轴承盖(5)的夹紧表面(7)上的特征在于,-轴承盖(5)形成有具有切削刃或棱锥轮廓的凸起(6),-凸起(6)的角度为边缘在〜50º-110º处,-同样,轴承盖(5)的夹紧表面(7)上的切削刃“ H”在0、25和1之间,5 mm,-连接槽(8)圆角R = 0、15-0、30 mm,分别取在夹紧面(7)上的半径R到边缘(6、6)和-凹槽(8)用于在凸起(6)加压到轴承座(4)期间从轴承座(4)移走的物料。

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号