公开(公告)号：WO1984004478A1

公开(公告)日：1984-11-22

申请号：PCT/EP1984000147

申请日：1984-05-16

Applicant: WALTER KIENINGER KG ,  KIENINGER, Walter

Inventor： WALTER KIENINGER KG

IPC: B23C05/24

CPC classification number: B23C5/2472 ,  B23C5/241 ,  B23C5/2462 ,  B23C5/2486 ,  B23C5/2489 ,  Y10T407/1918 ,  Y10T407/1922

Abstract: The milling-cutter comprises a disc-shaped base body (1) presenting a central fixing drilling (2) and fixing housings evenly distributed at the periphery of the base body, opened at the front part of the latter and intended to receive and hold a cutting plate support (4) which may be adjusted and secured into its housing (3) independently either in the axial direction or in the radial direction and which carries a cutting plate (6 resp. 62) arranged so that its main plane extends substantially radially. In order to adjust each cutting plate by rotation about an imaginary axis extended transversally to the central axis of the base body, independently of the axial and radial adjusting, the cutting plate (6) is arranged into a recess (10) adapted to the shape of the cutting plate in a cutting plate cage (11) pivotingly mounted on the cutting plate support (4) about an imaginary axis substantially perpendicular to a radial plane containing the central axis (5) of the base body (1) and which may be locked in relation to the cutting plate support (4). Preferably, the milling-cutter is designed so that each cutting plate support (4) is guided and mounted on a support (36) so as to be displaced in a radial direction and locked, and so that each support (36) is guided and held so as to be displaceable and lockable in parallel to the central axis of the base body (1) with respect to the latter.

Abstract translation: 铣刀包括具有中心固定钻孔（2）的圆盘状基体（1）和均匀分布在基体周边的固定壳体，在基体的前部开口，并且用于容纳和保持 切割板支撑件（4），其可以在轴向方向或径向方向上独立地调节和固定到其壳体（3）中，并且承载切割板（6或62），该切割板布置成使得其主平面基本上径向延伸 。 为了通过相对于基体的中心轴横向延伸的假想轴旋转来调节每个切割板，与轴向和径向调节无关，切割板（6）被布置成适于形状的凹部（10） 的切割板保持架（11）围绕基本上垂直于包含基体（1）的中心轴线（5）的径向平面的假想轴线枢转地安装在切割板支撑件（4）上，并且其可以是 相对于切割板支撑件（4）锁定。 优选地，铣刀被设计成使得每个切割板支撑件（4）被引导并安装在支撑件（36）上以便沿径向方向移位并被锁定，并且使得每个支撑件（36）被引导和 被保持成相对于基体本体（1）的中心轴线平行移动和锁定。