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    • 4. 发明授权
    • Limited-slip differential with meshing pairs of worms
    • 有限SLIP差异与MORHING OF OF WORMS对
    • US5074831A
    • 1991-12-24
    • US336898
    • 1989-04-12
    • Martin Parigger
    • Martin Parigger
    • F16H20060101F16H48/29F16H55/02
    • F16H48/29Y10T74/1966Y10T74/19698
    • A limited-slip differential gear comprising a differential gear case which is adapted to be driven and in which two coaxial side gears and at least one pair of differential pinions cooperating with each other and associated with the side gears are rotatably mounted, wherein each differential pinion and the associated side gear constitute a worm gear train. In order to reduce the manufacturing costs and the overall size, the worm gear trains comprise worm gears consisting of the side gears and worms consisting of the differential pinions and the differential pinions of each pair have axes extending at an angle to each other and directly mesh with each other.
    • 一种包括差速齿轮箱的限滑差速齿轮,其适于被驱动,并且其中两个同轴的侧齿轮和至少一对彼此协调并与侧齿轮相关联的差动小齿轮被可旋转地安装,其中每个差动小齿轮 并且相关联的侧齿轮构成蜗轮系。 为了降低制造成本和整体尺寸,蜗轮系包括由侧齿轮构成的蜗轮和由差速齿轮组成的蜗杆,每对蜗轮的差速齿轮具有彼此成角度并且直接啮合的轴线 与彼此。
    • 6. 发明授权
    • Clutch arrangement
    • 离合器安排
    • US08151965B2
    • 2012-04-10
    • US12190164
    • 2008-08-12
    • Thomas LinortnerMartin PariggerSimon KaimerFranz Gratzer
    • Thomas LinortnerMartin PariggerSimon KaimerFranz Gratzer
    • F16D25/02
    • F16D43/284B60K17/35F16D48/02F16D48/066F16D2500/1026F16D2500/30803F16D2500/70276
    • A clutch arrangement having an input element and an output element that are rotatable relevant to one another, a friction clutch and a pump. The friction clutch couples the input element with the output element in dependence on a hydraulic pressure in a pressure space of the clutch arrangement. The pump has a first pump part that is rotationally fixedly connected to the input element and a second pump part that is rotationally fixedly connected to the output element. The pump may be driven by a rotary movement of the input element and the output element relative to one another, with a pressure side of the pump being connected to the pressure space. An orifice having a substantially temperature independent leakage characteristic is arranged in a leakage line that leads from the pressure space to a low pressure space and which extends parallel to the pump.
    • 一种离合器装置,具有可相互旋转的输入元件和输出元件,摩擦离合器和泵。 摩擦离合器根据离合器装置的压力空间中的液压压力将输入元件与输出元件相结合。 泵具有旋转地固定地连接到输入元件的第一泵部分和旋转地固定地连接到输出元件的第二泵部分。 泵可以由输入元件和输出元件相对于彼此的旋转运动驱动,泵的压力侧连接到压力空间。 具有基本上温度独立的泄漏特性的孔口布置在从压力空间引导到低压空间并且平行于泵延伸的泄漏线中。
    • 9. 发明授权
    • Method for controlling a vehicle drive unit having a continuously variable transmission
    • 用于控制具有无级变速器的车辆驱动单元的方法
    • US06169950A
    • 2001-01-02
    • US09339641
    • 1999-06-24
    • Martin Parigger
    • Martin Parigger
    • B60K4104
    • B60W10/103B60K17/28B60W10/04B60W10/06B60W30/1819B60W30/1882B60W2510/0652B60W2540/16B60W2710/1038B60W2720/10B60W2720/106B60Y2200/22F02B3/06F16H47/04F16H61/46F16H61/462Y10T477/6242
    • A method for controlling a vehicle drive unit, which comprises a drive engine and a transmission with a continuously variable gear ratio, comprises the following steps: a) the required vehicle acceleration (ASOLL) is calculated from a throttle control lever position (XFP, XHG) and the current speed of travel (VFZ), b) a required transmission variation (IGDSOLL1) is calculated from the required vehicle acceleration (ASOLL) and the current rotation speed (NMOT) of the drive engine, c) a limited required transmission variation (IGDSOLL) is determined from the required transmission variation (IGDSOLL1) such that the engine rotation speed (NMOT) does not fall below a value which depends on the position of the power control element (XEP) of the drive engine, d) the continuously variable transmission is varied in accordance with (IGDSOLL); e) the actuation parameter (XEPSOLL) for the power control element of the drive engine is obtained directly from the throttle control lever position (XFP, XHG).
    • 一种用于控制车辆驱动单元的方法,其包括驱动发动机和具有连续可变齿轮比的变速器,包括以下步骤:a)从节气门控制杆位置(XFP,XHG)计算所需车辆加速度(ASOLL) )和目前的行驶速度(VFZ),b)根据所需的车辆加速度(ASOLL)和驱动发动机的当前转速(NMOT)计算所需的变速器变速度(IGDSOLL1),c)有限的所需传动变化 (IGDSOLL)根据所需的变速器变化(IGDSOLL1)确定,使得发动机转速(NMOT)不低于取决于驱动发动机的功率控制元件(XEP)的位置的值,d)连续 可变传动根据(IGDSOLL)而变化; e)直接从节气门控制杆位置(XFP,XHG)获得用于驱动发动机的动力控制元件的致动参数(XEPSOLL)。