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    • 9. 发明授权
    • Method utilizing camshaft miller
    • 采用凸轮轴铣刀的方法
    • US5513932A
    • 1996-05-07
    • US199202
    • 1995-03-20
    • Koji Asada
    • Koji Asada
    • B23C3/08B23B1/00B23D37/00
    • B23C3/08F02B2275/18Y02T10/142Y10T409/303808Y10T409/400175Y10T82/10
    • A method of using a camshaft miller for working a workpiece in which a plurality of journals are provided on the workpiece, cams having the same phases are disposed on both sides of each of the respective journals and a ring is disposed at one end of the workpiece, includes providing a cutter having, at a central portion thereof, a central chip for working a ring and other chips disposed on both sides of the central chip for simultaneously working cams having the same phases, working the cams of the same phases of each of the journals simultaneously with the other chips, subsequently with respect to the journals, and working the ring with the central chip. According to this method, the cams and the ring can be worked by a single working machine and the cams of each set thereof having the same phase can be simultaneously worked, thereby improving the productivity.
    • PCT No.PCT / JP93 / 01374 Sec。 371日期1995年3月20日 102(e)1995年3月20日PCT PCT 1993年9月27日PCT公布。 出版物WO94 / 07636 日本1994年4月14日。一种使用凸轮轴铣刀加工工件的方法,其中在工件上设置有多个轴颈,具有相同相位的凸轮设置在每个各个轴颈的两侧,并且环是 设置在工件的一端,包括提供切割器,其中心部分具有用于加工环的中心芯片和设置在中心芯片两侧的其它芯片,用于同时工作具有相同相位的凸轮,工作凸轮 每个期刊的相同阶段与其他芯片同时进行,随后相对于期刊,并且与中央芯片一起工作。 根据该方法,凸轮和环可以通过单个加工机进行加工,并且可以同时加工具有相同相位的各组的凸轮,从而提高生产率。
    • 10. 发明授权
    • Apparatus for producing a cam with sinusoidal cam lobe surfaces
    • 用于制造具有正弦凸轮凸角表面的凸轮的装置
    • US4639173A
    • 1987-01-27
    • US761487
    • 1985-08-01
    • Francis E. Waller
    • Francis E. Waller
    • B23Q27/00F01B3/04F02B3/06F02B63/06F02B75/02F02B75/26F02F7/00F04B1/14B23C3/08
    • F01B3/04B23Q27/006F02B63/06F02B75/26F04B1/146F02B2075/025F02B2075/027F02B3/06F02F7/006Y10T409/303248
    • The apparatus described herein is capable of producing a cam which has a cam lobe having opposite sinusoidal surfaces which have at least two rises and at least two dips in 360.degree. of each sinusoidal surface with the rises in one such surface being opposite to the dips in the other such surfaces. These sinusoidal surfaces are designed so that they may be in full, centerline contact with pairs of bearings attached to connecting rods, these bearings being on opposite sides of the cam lobe and at one time being driven in one direction by one of the two pistons in each pair and then at another time in the opposite direction by the other piston in that pair, the two pistons of that pair being connected to each other by the same connecting rod carrying the bearings which are adapted to press against the cam lobe. The surfaces of the cam lobe are designed to avoid friction or binding between the bearings and the cam lobe. An engine for which this cam is particularly useful is described in applicant's U.S. Pat. No. 4,432,310 issued on Feb. 21, 1984.
    • 本文描述的装置能够产生具有凸轮凸角的凸轮,该凸轮具有相对的正弦曲面,其在每个正弦曲面的360°中具有至少两个上升和至少两个下降,其中一个这样的表面中的上升与凹陷相对 其他这样的表面。 这些正弦曲面被设计成使得它们可以与附接到连杆的轴承对完全中心线接触,这些轴承位于凸轮凸角的相对侧上,并且一次通过两个活塞中的一个被一个方向驱动 每对,然后在另一个相反方向上的另一个活塞在另一个时间,该对的两个活塞通过相同的连接杆相互连接,该连接杆承载适于压靠凸轮凸角的轴承。 凸轮凸缘的表面被设计成避免轴承和凸轮凸角之间的摩擦或结合。 这种凸轮特别有用的发动机在申请人的美国专利中描述。 1984年2月21日发布的第4,432,310号。