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    • 3. 发明公开
    • TRANSMISSION WITH MINIMAL ORBITER
    • 最小轨道传输
    • EP1481176A2
    • 2004-12-01
    • EP02798462.4
    • 2002-11-21
    • Torvec, Inc.
    • GLEASMAN, James, A.GLEASMAN, Keith, E.GLEASMAN, Vernon, E.
    • F16D27/10
    • F16H61/4043F16H47/04F16H2037/088F16H2200/2005Y10T74/1505Y10T74/1506Y10T74/1524
    • A transmission has only a single, minimal orbiter (12) in which an input gear (20) and an output gear (22), each being connected to separate input and output shafts, are interconnected through an orbiting cluster gear (26) that meshes with only the input and output gears. The cluster gear is carried by a web that is itself rotated by a hydraulic control motor through a first clutch (46). When rotation of the web is prevented, rotation of the input gear produces rotation of the output gear at a predetermined reduction of the input drive, this gear reduction being continuously diminished proportional to the speed of rotation of the web in a first direction. When the vehicle reaches highway speeds, the control motor is disconnected and a second clutch is activated to connect a predetermined overdrive that is located between the engine drive and the transmission rather than being conventionally positioned between the transmission and the final output shaft.
    • 变速器仅具有单个最小轨道器(12),其中分别连接到分开的输入轴和输出轴的输入齿轮(20)和输出齿轮(22)通过轨道组齿轮(26)相互连接,所述轨道组齿轮 只有输入和输出齿轮。 集束齿轮由卷筒承载,卷筒本身通过液压控制马达通过第一离合器(46)旋转。 当腹板的旋转被阻止时,输入齿轮的旋转在输入驱动器的预定减速下产生输出齿轮的旋转,这种齿轮减速与腹板在第一方向上的旋转速度成比例地连续减小。 当车辆达到高速行驶时,控制马达断开,并且启动第二离合器以连接位于发动机驱动装置与变速器之间的预定超速传动装置,而不是常规地定位在变速器与最终输出轴之间。
    • 4. 发明申请
    • TRANSMISSION WITH MINIMAL ORBITER
    • 传输与最小ORBITER
    • WO03071159A2
    • 2003-08-28
    • PCT/US0237438
    • 2002-11-21
    • TORVEC INC
    • GLEASMAN JAMES AGLEASMAN KEITH EGLEASMAN VERNON E
    • F16H3/56F16H3/72F16H47/04F16H61/40F16H61/4043F16H
    • F16H61/4043F16H47/04F16H2037/088F16H2200/2005Y10T74/1505Y10T74/1506Y10T74/1524
    • A transmission has only a single, minimal orbiter in which an input gear and an output gear, each being connected to separate input and output shafts, are interconnected through an orbiting cluster gear that meshes with only the input and output gears. The cluster gear is carried by a web that is itself rotated by a hydraulic control motor through a first clutch. When rotation of the web is prevented, rotation of the input gear produces rotation of the output gear at a predetermined reduction of the input drive, this gear reduction being continuously diminished proportional to the speed of rotation of the web in a first direction. When the vehicle reaches highway speeds, the control motor is disconnected and a second clutch is activated to connect a predetermined overdrive that is located between the engine drive and the transmission rather than being conventionally positioned between the transmission and the final output shaft.
    • 变速器只有一个最小的轨道器,其中每个连接到分离的输入和输出轴的输入齿轮和输出齿轮通过仅与输入和输出齿轮啮合的轨道式集群齿轮相互连接。 集束齿轮由本身由液压控制电动机通过第一离合器旋转的腹板承载。 当防止卷材的旋转时,输入齿轮的旋转在输入驱动器的预定减小时产生输出齿轮的旋转,该齿轮减速与卷筒纸沿第一方向的旋转速度成比例地连续减小。 当车辆达到公路速度时,控制电动机被断开并且第二离合器被启动以连接位于发动机驱动器和变速器之间的预定过载,而不是传统地位于变速器和最终输出轴之间。
    • 6. 发明公开
    • Kettentrieb
    • 链传动。
    • EP0540866A2
    • 1993-05-12
    • EP92115928.1
    • 1992-09-17
    • Ferag AG
    • Infanger, Rudolf
    • B65G23/34
    • B65G23/34Y10S474/90Y10T74/1506
    • Der erfindungsgemässe Kettentrieb ist platzsparend, da er statt eines Kettenrades mehrere, miteinander schlupffrei gekoppelte Kettenräder (2.1;2.2;2.3) mit einer kleinen Zahl von Zähnen (22.1;22.2) und einer geringen Zahnhöhe (h) aufweist. Die Anzahl der Kettenräder (2.1;2.2;2.3), die Abstände zwischen den Kettenradachsen (D), der Kopfkreisdurchmesser der Kettenräder (R K ) und die Phasenverschiebung der Zähne (22.1;22.2) der einzelnen Kettenräder (2) sind derart aufeinander abgestimmt, dass rhythmisch abwechselnd immer ein Zahn eines Rades mit der Kette (1) im Eingriff steht, sodass alle Kettenräder (2.1;2.2;2.3) gleichförmig drehen, wenn die Kette (1) gleichförmig bewegt wird.
    • 本发明的链传动装置是节省空间的,因为它代替链轮多个滑动自由地彼此耦合链轮和具有小齿高度(h),用小数量的齿(22.2 22.1)的(2.1; 2.3; 2.2)。 所述Kettenradachsen(D),所述链轮的齿顶圆直径(RK)之间的间隔和所述齿的相移;各链(2)的车轮彼此匹配,使得(22.1 22.2)的链轮(; 2.2 2.3 2.1)数 节奏交替总是与链条(1)的轮的齿啮合,以便所有链轮(2.1; 2.2; 2.3)旋转均匀地在链条(1)均匀地移动。