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    • 52. 发明申请
    • ACTUATOR FOR A DRIVELINE COMPONENT
    • 驱动部件的执行器
    • US20160017932A1
    • 2016-01-21
    • US14772285
    • 2015-02-17
    • AMERICAN AXLE & MANUFACTURING, INC.
    • Curt D. GILMORE
    • F16D27/09F16D23/02F16D11/14
    • F16D27/09B60K17/3515F16D11/10F16D11/14F16D23/025F16D23/12F16D27/118F16D2011/002F16D2023/123
    • An actuator with an indexing guide, first and second indexing rings, an actuator output, a spring and a motor. The indexing guide has a first cam. The first indexing ring is slidably mounted to the indexing guide and includes a second cam. The second indexing ring is slidably and rotatably disposed on the indexing guide and has spline teeth, which engage the first cam, and a third cam that engages the second cam. The spring exerts a force onto the second indexing ring that drives the second indexing ring toward the first indexing ring. The motor is configured to reciprocate the first indexing ring so that cooperation between the second and third cams and between the spline teeth and the first cam causes axial and rotational movement of the second indexing ring about an actuation axis.
    • 具有分度引导件,第一和第二分度环,致动器输出,弹簧和电动机的致动器。 分度引导件具有第一凸轮。 第一分度环可滑动地安装到分度引导件并且包括第二凸轮。 第二分度环可滑动地且可旋转地设置在分度引导件上,并且具有接合第一凸轮的花键齿和接合第二凸轮的第三凸轮。 弹簧向第二分度环施加力,将第二分度环朝向第一分度环驱动。 电动机构造成使第一分度环往复运动,使得第二和第三凸轮之间以及花键齿与第一凸轮之间的配合导致第二分度环围绕致动轴的轴向和旋转运动。
    • 53. 发明申请
    • CONTROL DEVICE FOR ELECTROMAGNETIC CLUTCH
    • 电磁离合器控制装置
    • US20150260239A1
    • 2015-09-17
    • US14640475
    • 2015-03-06
    • JTEKT CORPORATION
    • Masahiro HAYAKAWATsutomu MATSUMOTO
    • F16D27/14H01F7/18F16D27/09
    • F16D27/118F16D27/11F16D2027/002H01F7/18
    • A control device for an electromagnetic clutch includes: a first switch that is connected to one end of an electromagnetic coil forming the electromagnetic clutch; a second switch that is connected to the other end of the electromagnetic coil; and a microcomputer that controls an on/off state of both switches. The control device further includes: a first diode having its anode terminal connected between the electromagnetic coil and the first switch and its cathode terminal connected between the second switch and an in-vehicle power source; and a second diode having its anode terminal connected to the ground and its cathode terminal connected between the electromagnetic coil and the second switch. The microcomputer stops power supply to the electromagnetic coil by turning off both switches.
    • 一种用于电磁离合器的控制装置包括:第一开关,其连接到形成电磁离合器的电磁线圈的一端; 连接到所述电磁线圈的另一端的第二开关; 以及控制两个开关的开/关状态的微型计算机。 控制装置还包括:第一二极管,其阳极端子连接在电磁线圈和第一开关之间,其阴极端子连接在第二开关和车载电源之间; 以及第二二极管,其阳极端子连接到地,其阴极端子连接在电磁线圈和第二开关之间。 微型计算机通过关闭两个开关来停止对电磁线圈的供电。
    • 57. 发明授权
    • Gear shifting point for the establishment of a connection, fixed against rotation, between a gear and a shaft
    • 用于建立齿轮与轴之间的连接固定的齿轮换档点
    • US08167104B2
    • 2012-05-01
    • US11991126
    • 2006-08-07
    • Nicolai TarasinskiRainer Gugel
    • Nicolai TarasinskiRainer Gugel
    • F16D27/09F16D23/04
    • F16D23/04F16D27/09F16D2023/0618F16D2023/0687F16H63/304F16H2063/305Y10T74/19284Y10T74/19437
    • The invention relates to a gear shifting point (10) for producing a rotationally fixed connection between a toothed wheel (16, 18) and a shaft (12). Said gear shifting point (10) comprises a shaft (12), a sliding sleeve (24) and at least one toothed wheel (16, 18). The toothed wheel (16, 18) is mounted rotationally with respect to the shaft (12). The sliding sleeve (24) is mounted on the shaft (12) in such a way that it is not rotatable therewith. The toothed wheel (16, 18) and the sliding sleeve (24) are embodied in such a way that a rotationally fixed connection can be produced therebetween in the coupled state of the gear shifting point (10) and no connection can be produced between the toothed wheel (16, 18) and the sliding sleeve (24) in the neutral state of the gear shifting point (10). The aim of said invention is to develop and improve the gear shifting point (10) which is used for producing a rotationally fixed connection between the toothed wheel (16, 18) and the shaft (12), is cost effective and operates in as interference-free manner as possible. For this purpose, the inventive gear shifting point (10) is characterized in that the sliding sleeve (24) is provided with at least one electromagnet (38, 40) and the coupled state of the gear shifting point (10) is obtainable by activating said electromagnet (38, 40).
    • 本发明涉及一种用于在齿轮(16,18)和轴(12)之间产生旋转固定连接的换档点(10)。 所述换档点(10)包括轴(12),滑动套筒(24)和至少一个齿轮(16,18)。 齿轮(16,18)相对于轴(12)旋转地安装。 滑动套筒(24)以不能与其一起旋转的方式安装在轴(12)上。 齿轮(16,18)和滑动套筒(24)以这样一种方式实现,使得在变速点(10)的联接状态下可以在它们之间产生旋转固定的连接,并且不会在 齿轮(16,18)和滑动套筒(24)处于变速点(10)的中立状态。 本发明的目的是开发和改进用于在齿轮(16,18)和轴(12)之间产生旋转固定连接的换档点(10),其成本有效并且作为干扰 - 尽可能的方式。 为此,本发明的换档点(10)的特征在于,滑动套筒(24)设置有至少一个电磁体(38,40),并且换档点(10)的联接状态可通过激活 所述电磁体(38,40)。
    • 59. 发明授权
    • Electromagnetical clutch, electromechanical actuator and turbine
    • 电磁离合器,机电执行器和涡轮
    • US06953185B2
    • 2005-10-11
    • US10433062
    • 2002-09-25
    • Richard Steinborn
    • Richard Steinborn
    • F01D17/10F16D27/09F16D27/102F16H21/44F16K31/04F16K31/44
    • F16D27/102F16K31/047
    • An electromagnetical radial lamella clutch is for an electromechanical actuator, in particular for a valve. The clutch includes a rotor element having an axis of rotation and a circumferential outer surface area with at least one recess. The rotor element is surrounded by a cylindrical element, whereby at least one lamella element is fastened to the cylindrical element. The lamella element includes an insertion portion being placed in the recess, whereby an electrical coil holds the lamella element in the recess. An electromechanical actuator may further include the electromagnetical radial lamella clutch. Further, a turbine including a valve, may be operated by the electromechanical actuator.
    • 电磁径向薄片离合器用于机电致动器,特别是用于阀门。 离合器包括具有旋转轴线的转子元件和具有至少一个凹部的圆周外表面区域。 转子元件由圆柱形元件围绕,由此至少一个薄片元件紧固到圆柱形元件。 薄片元件包括放置在凹部中的插入部分,由此电线圈将薄片元件保持在凹部中。 机电致动器还可以包括电磁径向薄片离合器。 此外,包括阀的涡轮机可以由机电致动器操作。