MECHANISM FOR TRANSFERRING POWER OF CONTRA-ROTATING ROTORS TO SINGLE SHAFT
    1.
    发明申请
    MECHANISM FOR TRANSFERRING POWER OF CONTRA-ROTATING ROTORS TO SINGLE SHAFT 审中-公开
    将转动转子的功率传递给单轴的机构

    公开(公告)号:WO2014181234A2

    公开(公告)日:2014-11-13

    申请号:PCT/IB2014/061202

    申请日:2014-05-05

    Abstract: The mechanism comprises, counter rotating rotors; first, second and third side gear; first and second spider gear; and driven shaft. Preferably first side gear 10 is integral with first rotors 3, rotatably mounted on shaft, meshing with first spider gear 8. Second rotor 2 preferably integral with third side gear 13, rotatably mounted on shaft 6, third side gear meshing with second spider gear 7, driving said second spider gear. Second side gear 11 rotatably mounted on shaft 6, meshing with said first and second spider gears, said first spider gear 8 rotatably fixed on shaft 9, connected to shaft 6. Second spider gear 7 which is rotatably fixed on shaft 14, connected to carrier 12, said carrier 12 locked to housing or stator 1 directly or by connecting means 20, which may be clutch like arrangement.

    Abstract translation: 该机构包括:逆转转子; 第一,第二和第三侧齿轮; 第一和第二个蜘蛛齿轮; 和从动轴。 优选地,第一侧齿轮10与第一转子3成一体,第一转子3可旋转地安装在与第一齿轮8啮合的轴上。第二转子2优选地与第三侧齿轮13成一体,可旋转地安装在轴6上,与第二齿轮齿轮7啮合的第三侧齿轮 驾驶第二颗蜘蛛齿轮。 第二侧齿轮11可旋转地安装在与所述第一和第二齿轮啮合的轴6上,所述第一齿轮8可旋转地固定在轴9上,连接到轴6.第二齿轮7可旋转地固定在轴14上, 如图12所示,所述托架12直接或通过连接装置20锁定到壳体或定子1,连接装置20可以是离合器类似的装置。

    ROTATIONAL ENERGY STORAGE DEVICE AND TOOLS INCORPORATING SAME
    2.
    发明申请
    ROTATIONAL ENERGY STORAGE DEVICE AND TOOLS INCORPORATING SAME 审中-公开
    转换能源储存装置和工具

    公开(公告)号:WO0032359A9

    公开(公告)日:2003-01-23

    申请号:PCT/US9927246

    申请日:1999-11-17

    Abstract: A rotational energy storage device (10) or spring which includes a roller-cam assembly having a shaft (14), a ring (12) rotatably disposed about the shaft, and at least one roller (16) disposed between shaft and ring. The roller (16) is configured such that, upon rotating the ring relative to the shaft, the roller interferes with the ring and the shaft to convert and effect storage of mechanical energy created by the relative rotation of the ring and the shaft. Preferably a plurality of spaced rollers are positioned between ring and shaft. A cam geometry (20) which is symmetrical or asymmetrical is provided on the shaft, the ring, the roller, and combinations thereof. A rotational energy storage device having a back-up ring with alternating thin and thick cross-sectional areas is further provided which is indexed to provide regions of low and high stiffness regions against each roller.

    Abstract translation: 一种旋转能量存储装置(10)或弹簧,其包括具有轴(14)的辊 - 凸轮组件,围绕所述轴可旋转地设置的环(12)以及设置在轴和环之间的至少一个辊(16)。 辊(16)构造成使得当环相对于轴旋转时,辊与环和轴干涉以转换并实现由环和轴的相对旋转产生的机械能的储存。 优选地,多个间隔开的辊定位在环和轴之间。 在轴,环,辊及其组合上设置有对称或不对称的凸轮几何形状(20)。 还提供具有交替的薄而厚的横截面面积的支撑环的旋转能量存储装置,其被转位以提供抵靠每个辊的低刚度区域和高刚度区域。

    VARIABLE TORQUE COUPLING
    3.
    发明申请
    VARIABLE TORQUE COUPLING 审中-公开
    可变扭矩离合器

    公开(公告)号:WO00068592A1

    公开(公告)日:2000-11-16

    申请号:PCT/DE2000/001278

    申请日:2000-04-25

    CPC classification number: F16D43/24 F16D5/00

    Abstract: A cardan joint (1), whose input end is connected to the transmission (2) and whose output end is free or connected to a defined inertia weight (6). Said joint is mounted in a holding fixture (8) serving as output shaft (3) in such a way that its buckling angle beta is continuously variable. The Figure shows a possible way to transmit torques and energies with almost no friction loss. Inertia weights (6) in the shaft end serve to store energy and enable lossfree transmission taking into account conservation principles. Spring elements can be used instead of inertia masses. Counterweights (7) compensate for the influence of centrifugal force.

    Abstract translation: (1)具有其输入侧的万向接头与所述驱动器(2)连接并且其输出端连接或自由定义的质量的(6)被支承为在作为从动轴(3)作用容器(8),它的弯曲角 beta是连续可调的。 一种方式时刻和能量转移几乎没有Reibungsverluse显示图。 离心块(6)上的轴对接被用作能量储存和允许考虑到守恒定律无损传输。 代替飞轮弹簧元件都可以使用。 配重(7)补偿离心作用。

    SPECIALIZED ACTUATORS DRIVEN BY OSCILLATORY TRANSDUCERS
    4.
    发明申请
    SPECIALIZED ACTUATORS DRIVEN BY OSCILLATORY TRANSDUCERS 审中-公开
    由振动传感器驱动的专用执行器

    公开(公告)号:WO99054988A1

    公开(公告)日:1999-10-28

    申请号:PCT/US1999/008813

    申请日:1999-04-21

    Abstract: Actuators (96) for power driven accessories for moving objects, such as vehicle power windows, windshield wipers, vehicle power antennas, power side view mirrors (86), catheter drivers, curtain moving machines, bi-directional rotary motors, thruster mechanisms that move relative to a reaction surface or that drive a driven member relative to itself, use orthogonal oscillatory transducers cooperatively to drive intermediary elements to move these objects bi-directionally along constrained paths. The actuators may also power a pneumatically driven autonomous robot element using dual pneumatic DSES elements such as planar contact surfaces with an array of apertures which are cyclically switched from a source of compressed air which acts as a lubricant to greatly reduce surface friction to a vacuum source, which acts as a clamping medium increasing contact frictional force. Orthogonal bladders are cyclically pressurized or vented to move a central block relative to a surrounding frame. All cyclic activity is oscillated at the same frequency. Coordination of phase differences relative to the DSES cycles determines the path of the robotic element which can vector anywhere on a smooth planar surface.

    Abstract translation: 执行器(96),用于移动物体的动力附件,如车辆电动窗,挡风玻璃刮水器,车辆电源天线,电源侧视镜(86),导管驱动器,窗帘移动机器,双向旋转电机,移动的推进器机构 相对于反应表面或相对于自身驱动从动构件,协同地使用正交振荡换能器来驱动中间元件沿着约束路径双向移动这些物体。 致动器还可以使用双重气动DSES元件来提供动力驱动的自主机器人元件,例如平面接触表面,其具有从作为润滑剂的压缩空气源循环切换的孔阵列,以大大降低对真空源的表面摩擦 ,其用作增加接触摩擦力的夹紧介质。 正交囊被循环加压或排气以相对于周围框架移动中心块。 所有循环活动以相同的频率振荡。 相对于DSES循环的相位差的协调决定了可以平滑平滑表面上的任何地方的机器人元件的路径。

    HANDWERKZEUGMASCHINE
    5.
    发明申请
    HANDWERKZEUGMASCHINE 审中-公开
    手持式工具机

    公开(公告)号:WO2013068209A1

    公开(公告)日:2013-05-16

    申请号:PCT/EP2012/070525

    申请日:2012-10-17

    CPC classification number: B25B21/02 F16D5/00 F16D37/02 F16D2037/002

    Abstract: Eine Handwerkzeugmaschine hat einen Motor, eine Werkzeugaufnahme und ein Schlagwerk, das in einen Antriebsstrang zwischen Motor und Werkzeugaufnahme geschaltet ist. Das Schlagwerk beinhaltet eine erste Welle (12) und eine zweite Welle (13). Ein magnetisch leitfähiges Hohlrad (15) ist mit der ersten Welle (12) verbunden. Eine Innenwand (32) des Hohlrads (15) ist bezüglich einer Achse (14) der zweiten Welle (13) nicht rotationssymmetrisch. Ein magnetisch leitfähiges Flügelrad (16), ist mit der zweiten Welle verbunden und das Flügelrad ist innerhalb des Hohlrads (15) drehbar angeordnet. Das Flügelrad (16) ist in einer ersten Stellung um einen ersten Luftspalt zu dem Hohlrad (15) beabstandet und in einer zweiten Stellung um einen zweiten Luftspalt zu dem Hohlrad (15) beabstandet, wobei der erste Luftspalt kleiner als der zweite Luftspalt ist. Die fehlende Rotationssymmetrie sowohl der Innenwand und des Flügelrads bedingen die unterschiedlichen Stellungen. Eine Magnetanordnung (23) ist koaxial zu der zweiten Welle (13) angeordnet. Eine magneto-rheologische Flüssigkeit füllt einen Hohlraum zwischen dem Hohlrad (15) und dem Flügelrad (16) aus.

    Abstract translation: 具有马达,工具保持器和一个冲击机构,其连接在电机和工具保持器之间的传动系统的手工工具。 冲击机构包括第一轴(12)和第二轴(13)。 一个导磁环形齿轮(15)被连接到所述第一轴(12)。 环形齿轮的内壁(32)(15)相对于所述第二轴(13)的轴线(14)的非旋转对称的。 一个导磁的叶轮(16)被连接到所述第二轴和所述叶轮设置在所述环形齿轮(15)可转动地内部。 叶轮(16)在由第一空气间隙到环形齿轮(15)的第一位置和在第二位置通过第二空气间隙到环形齿轮(15)间隔开的间隔开,其中所述第一空气间隙小于所述第二空气间隙。 缺乏既内壁与所述叶轮的旋转对称调节所述的不同位置。 的磁体组件(23)与第二轴(13)同轴地布置。 的磁流变流体填充所述环形齿轮(15)和叶轮(16)之间的空腔。

    METHOD FOR INCREASING THE TORQUE OF A PRE-TENSIONED SPRING THAT IS WOUND AROUND A ROTATING BODY COMPRISING A LONGITUDINAL AXIS
    6.
    发明申请
    METHOD FOR INCREASING THE TORQUE OF A PRE-TENSIONED SPRING THAT IS WOUND AROUND A ROTATING BODY COMPRISING A LONGITUDINAL AXIS 审中-公开
    方法用于围绕的扭矩量的增加,具有纵向轴线旋转体布置预紧的弹簧

    公开(公告)号:WO2005042972A3

    公开(公告)日:2005-08-04

    申请号:PCT/EP2004052473

    申请日:2004-10-07

    Inventor: SCHROEDER LOTHAR

    CPC classification number: F01L13/0015 F03G1/02

    Abstract: According to the invention, the first end (2a) and the second end (2b) of the pre-tensioned spring (2) are positioned in their pre-tensioned states against a first stop (1a) and a second stop respectively (1b). The rotating body (1) is first rotated at least X times about its longitudinal axis, without the action of external forces, whereby the first end (2a) engages once in a cam wheel (3) during each rotation, said wheel having at least X + 1 teeth (3b) and at least one cam (3a) that runs parallel with the teeth (3b). The cam wheel (3) thus rotates one tooth (3b) further with each rotation of the rotating body (1). After at least X continuous rotations, the rotating body (1) is subsequently subjected to pre-tensioning until the cam wheel (3) and its cam (3a) lies against a third stop (6) and the first end (2a) simultaneously engages in the cam wheel (3). The rotation is then continued in order to increase the torque, whereby the first end (2a) remains engaged in the cam wheel (3) and is released from its position against the first stop (1a). The invention also relates to the use of said method in an actuating drive for setting the valve stroke of a motor vehicle.

    Abstract translation: 所述第一端(2a)和所述预紧弹簧(2)的第二端(2b)中设置在偏置电压的状态(1a)或上的第二止动件(1B)抵靠第一止动。 (3)具有至少X + 1个齿(3b)和至少一个平行的旋转体(1)没有外力第一旋转至少围绕其纵向轴线,其中,所述第一端部(2a)中在每一转中的凸轮接合一次X次 到牙齿(图3b),其设置凸轮(3A)。 凸轮(3)由此,每个旋转体(1)的一转由齿(3b)的进一步旋转。 接着,将旋转体(1)被继续根据所述偏置电压的状态的旋转运动的,以相同的时间至少X转经受的凸轮(3)与它的凸轮(3a)的第三止动件(6)和所述第一端部(2a)的入 凸轮轮(3)接合。 最后,继续旋转以增加扭矩,其中,在所述凸轮轮(3)的卡合的第一端部(2a)的保持和它的在所述第一止动件(1a)的定位被取消。 的主题还是在致动器中使用的方法的用于调节机动车辆的气门升程。

    DUAL ROTOR IMPACT RINGS
    7.
    发明申请
    DUAL ROTOR IMPACT RINGS 审中-公开
    双转子撞击环

    公开(公告)号:WO2014085905A1

    公开(公告)日:2014-06-12

    申请号:PCT/CA2013/000999

    申请日:2013-12-03

    Inventor: MURPHY, Braden

    CPC classification number: F16D5/00

    Abstract: A toroidal piston engine has a pair of impact rings that transfer kinetic energy between rotors, and are modified to reduce stresses during collisions. Generally, each impact ring has a pad, and is coupled to a rotor such that when a rotor rotates, the pad of one impact ring strikes the pad of another impact ring, transferring kinetic energy between the rotors, while preventing pistons coupled to the rotors from striking one another directly.

    Abstract translation: 环形活塞发动机具有一对在转子之间传递动能的冲击环,并且被修改以减少碰撞期间的应力。 通常,每个冲击环具有垫,并且耦合到转子,使得当转子旋转时,一个冲击环的垫撞击另一冲击环的垫,在转子之间传递动能,同时防止与转子耦合的活塞 直接相互冲突。

    SCHLAGWERK
    8.
    发明申请
    SCHLAGWERK 审中-公开

    公开(公告)号:WO2013068212A1

    公开(公告)日:2013-05-16

    申请号:PCT/EP2012/070533

    申请日:2012-10-17

    CPC classification number: B25F5/005 B25B21/02 F16D5/00 F16D37/02 F16D2037/007

    Abstract: Ein Schlagwerk hat eine erste Welle und eine zweite Welle. Auf der ersten Welle sind ein oder mehrere Flügel befestigt. Die Flügel sind in einer Kammer der zweiten Welle drehbar angeordnet. Die Kammer ist mit einer magnetorheologischen Flüssigkeit gefüllt. Eine Magnetfeldquelle an der zweiten Welle, erzeugt ein in der Kammer in Umfangsrichtung räumlich moduliertes Magnetfeld.

    Abstract translation: 具有第一轴和第二轴上的冲击机构。 在第一轴,一个或多个叶片附接。 叶片可旋转地设置在所述第二轴的一个腔室中。 所述腔室填充有磁流变流体。 在第二轴的磁场源,生成在腔室空间调制磁场的圆周方向上。

    SPECIALIZED ACTUATORS DRIVEN BY OSCILLATORY TRANSDUCERS
    10.
    发明申请
    SPECIALIZED ACTUATORS DRIVEN BY OSCILLATORY TRANSDUCERS 审中-公开
    由振荡传感器驱动的专用执行器

    公开(公告)号:WO9954988B1

    公开(公告)日:1999-11-25

    申请号:PCT/US9908813

    申请日:1999-04-21

    Abstract: Actuators (96) for power driven accessories for moving objects, such as vehicle power windows, windshield wipers, vehicle power antennas, power side view mirrors (86), catheter drivers, curtain moving machines, bi-directional rotary motors, thruster mechanisms that move relative to a reaction surface or that drive a driven member relative to itself, use orthogonal oscillatory transducers cooperatively to drive intermediary elements to move these objects bi-directionally along constrained paths. The actuators may also power a pneumatically driven autonomous robot element using dual pneumatic DSES elements such as planar contact surfaces with an array of apertures which are cyclically switched from a source of compressed air which acts as a lubricant to greatly reduce surface friction to a vacuum source, which acts as a clamping medium increasing contact frictional force. Orthogonal bladders are cyclically pressurized or vented to move a central block relative to a surrounding frame. All cyclic activity is oscillated at the same frequency. Coordination of phase differences relative to the DSES cycles determines the path of the robotic element which can vector anywhere on a smooth planar surface.

    Abstract translation: 用于移动物体的功率驱动附件的致动器(96),例如车辆动力窗,挡风玻璃刮水器,车辆动力天线,动力侧视镜(86),导管驱动器,帘移动机器,双向旋转马达,推进器机构 相对于反作用表面或相对于其自身驱动从动构件,使用正交振荡换能器协作地驱动中间元件以沿着约束路径双向地移动这些物体。 致动器还可以使用双气动DSES元件来驱动气动驱动的自主机器人元件,例如具有孔阵列的平面接触表面,所述孔阵列从充当润滑剂的压缩空气源周期性地切换以大大减少与真空源的表面摩擦 ,其充当增加接触摩擦力的夹紧介质。 正交气囊循环加压或排气以相对于周围框架移动中央块。 所有的循环活动都以相同的频率振荡。 相对于DSES周期的相位差的协调确定机器人元件的路径,其可以在平滑平坦表面上的任何地方向量。

Patent Agency Ranking