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FORGING MACHINE PROVIDED WITH ECCENTRIC CENTER RING TRANSMITTING SYSTEM CONNECTING ROD TYPE FORGING RAM

机译:带有中心偏心轮传动系统的连杆式锻造RAM的锻造机

摘要

PROBLEM TO BE SOLVED: To constitute a stroke position adjusting device in a forging machine in particular in simple and strong structure. SOLUTION: The forging machine 1 is provided with an eccentic center ring transmitting system connecting rod type forging ram 6 having a bearing body 13 which is reciprocatively guided in a forging box 3 in the radial direction to the eccentric ring shaft axis E and rotatively supported along the eccentric ring 11 to drivingly connect this body with the end part near the eccentric ring, and a connecting rod head 12 having a sliding surface for slidingly cooperating so as not to be relatively turned. The sliding surface 20 in the connecting rod head 12 is formed with a slidingly moving passage G in the vertical direction to the axial directional plane regulated with the eccentric ring shaft axis E and the connecting rod axis P and in the sloping direction to the eccentric ring shaft axis E. The bearing body 13 forming the corresponding inclined surface 21, is disposed so as to be adjustable to shift relatively to a connecting rod type forging ram 6 supported so as to be impossible to move in the eccentric ring shaft axial direction through an adjust-driving device 22.
机译:要解决的问题:构成锻造机中的行程位置调节装置,特别是以简单而坚固的结构。解决方案:锻压机1设有一个偏心的中心环传动系统连杆式锻压锤6,该模压锤具有轴承体13,该轴承体在径向方向上在锻造箱3中被导向偏心环的轴线E,并沿旋转方向被支撑偏心环11使该主体与偏心环附近的端部驱动地连接,并且连杆头12具有滑动面,该滑动面可滑动地协作而不相对转动。连杆头12中的滑动表面20形成有沿垂直于由偏心环轴轴线E和连杆轴线P限定的轴向方向的方向以及相对于偏心环的倾斜方向的滑动运动通道G。形成相应的倾斜表面21的轴承体13被设置成可相对于被支承为不可能在偏心环的轴向轴向移动的连杆型锻压头6相对移动。调整驱动装置22。

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