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    • 3. 发明公开
    • Rotary drive apparatus for rotary body
    • DrehantriebvorrichtungfüreinenDrehkörper
    • EP1369187A3
    • 2004-05-19
    • EP02015104.9
    • 2002-07-05
    • Umix Co., Ltd.
    • Matsuoka, Mitsuo, Umix Co., Ltd.
    • B21D22/08
    • B21D22/08B21D19/08B21D19/086
    • A rotary drive apparatus for a rotary body for rotating a rotary body through extension and extraction of the piston rod (69) of the cylinder (51) accurately determines a rotation start and a rotation termination position, and performs intrusive forming with the rotary cam (5) being accurately positioned. As such, high-quality work processing can be implemented; and furthermore, shocks of a cylinder (51) are absorbed, and are not transferred to the rotary body. A rotary drive apparatus for a rotary body for rotating a rotary body through extension and extraction of the piston rod of the cylinder is configured such that supporting axes are provided to respectively protrude from two ends of the rotary body, the supporting axes are held and the rotary body are rotatably provided, a central portion of a cam follower arm (70) is fixed to the supporting axis, one end of the cam follower arm and the piston rod of the cylinder are connected via a guide plate (71) provided therebetween, a guide groove (72) is carved on the guide plate to rotate the cam follower (73) separately in a stroke direction of the piston rod (69) and in a direction perpendicular thereto, and a cam follower at the end of the cam follower arm is engaged with the guide groove.
    • 用于旋转体的旋转驱动装置,用于通过气缸(51)的活塞杆(69)的伸出和旋转旋转旋转体,精确地确定旋转开始和旋转终止位置,并且与旋转凸轮 5)准确定位。 因此,可以实施高质量的工作处理; 此外,气缸(51)的冲击被吸收,不会转移到旋转体。 旋转驱动装置,用于通过延伸和提取气缸的活塞杆旋转旋转体的旋转体构造成使得支撑轴分别设置成分别从旋转体的两端突出,支撑轴 并且旋转体可旋转地设置,凸轮从动臂(70)的中心部分固定到支撑轴线上,凸轮从动臂的一端和气缸的活塞杆经由引导板(71)连接 ),引导槽(72)刻在引导板上以在活塞杆(69)的行进方向上与其垂直的方向上分开地旋转凸轮从动件(73),并且在末端的凸轮从动件 凸轮随动臂与导向槽接合。
    • 4. 发明公开
    • Rotary drive apparatus for rotary body
    • 用于旋转体旋转驱动装置
    • EP1369187A2
    • 2003-12-10
    • EP02015104.9
    • 2002-07-05
    • Umix Co., Ltd.
    • Matsuoka, Mitsuo, Umix Co., Ltd.
    • B21D22/08
    • B21D22/08B21D19/08B21D19/086
    • A rotary drive apparatus for a rotary body for rotating a rotary body through extension and extraction of the piston rod (69) of the cylinder (51) accurately determines a rotation start and a rotation termination position, and performs intrusive forming with the rotary cam (5) being accurately positioned. As such, high-quality work processing can be implemented; and furthermore, shocks of a cylinder (51) are absorbed, and are not transferred to the rotary body.
      A rotary drive apparatus for a rotary body for rotating a rotary body through extension and extraction of the piston rod of the cylinder is configured such that supporting axes are provided to respectively protrude from two ends of the rotary body, the supporting axes are held and the rotary body are rotatably provided, a central portion of a cam follower arm (70) is fixed to the supporting axis, one end of the cam follower arm and the piston rod of the cylinder are connected via a guide plate (71) provided therebetween, a guide groove (72) is carved on the guide plate to rotate the cam follower (73) separately in a stroke direction of the piston rod (69) and in a direction perpendicular thereto, and a cam follower at the end of the cam follower arm is engaged with the guide groove.
    • 5. 发明公开
    • Negative-angle forming die
    • 工具形成负角件
    • EP1243355A3
    • 2003-10-08
    • EP01114221.3
    • 2001-06-12
    • Umix Co., Ltd.
    • Matsuoka, Mitsuo
    • B21D37/08B21D19/08B21D22/06B21D5/04B21D22/08
    • B21D19/08B21D5/04B21D19/086B21D22/06B21D37/08
    • The present invention aims with respect to a negative-angle forming die with a lower die half supporting a rotary cam and an upper die half having an intrusion forming portion cooperating with an intrusion forming portion of the rotary cam upon a descend of the upper die half to form a sheet metal product to avoid the problem that the work (W) is damaged by interference of the rotary cam (5) with portions of the work (W) protruding in a direction extending across the rotation axis during retraction of the rotary cam (5) after the intrusion forming. The rotary cam (5) is divided into at least an end rotary cam section (5 1 ) and a main rotary cam section (5 2 ), both of the divided rotary cam sections (5 1 , 5 2 ) being disposed on the same pivoting axis (L), and the end rotary cam section (5 1 ) being provided with means for restricting the end rotary cam section (5 1 ) from pivoting for a predetermined period of the pivoting during retraction of the rotary cam after the forming operation, and for axially moving the end rotary cam section (5 1 ) relative to the main rotary cam section (5 2 ) for a predetermined period of the pivoting during retraction of the rotary cam after the forming operation.