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    • 14. 发明授权
    • Power transmission device
    • 动力传动装置
    • US09212707B2
    • 2015-12-15
    • US13818934
    • 2010-08-26
    • Tadahiko KatoMikinori MatsuiTakehisa Yamada
    • Tadahiko KatoMikinori MatsuiTakehisa Yamada
    • F16D41/07F16D41/08
    • F16D41/07F16D41/073F16D41/084
    • The invention provides a power transmission device in which the switching mechanism and control operation can be simplified. Different directions are established for the relative rotation in which the first sprag engages the inner race and the outer race, and the relative rotation in which the second sprag engages the inner and outer races, whereby the inner retainer and the outer retainer are caused to move relative to each other about an axial center O by a load imparting device, and either the first sprag or the second sprag can be made to engage the inner race and the outer race. The combined retention of the first sprag and the second sprag by the inner retainer and the outer retainer actuates the load imparting device to allow the power transmission direction to be switched all at once, resulting in a simpler switching mechanism and control operation.
    • 本发明提供一种能够简化切换机构和控制动作的动力传递装置。 对于第一楔形物接合内圈和外圈的相对旋转以及第二楔形物与内圈和外圈接合的相对旋转,建立不同的方向,由此使内保持器和外保持器移动 通过负载赋予装置相对于彼此围绕轴心O形成,并且可以使第一楔形或第二楔形件与内座圈和外座圈接合。 通过内保持器和外保持器组合保持第一楔形物和第二楔形物,致动负载施加装置,以允许一次性切换动力传递方向,从而实现更简单的切换机构和控制操作。
    • 15. 发明授权
    • Driving force transmitting device for four-wheel drive vehicle
    • 四轮驱动车辆的驱动力传递装置
    • US08256559B2
    • 2012-09-04
    • US12379366
    • 2009-02-19
    • Tadahiko KatoSatoru Suzuki
    • Tadahiko KatoSatoru Suzuki
    • B60K17/35
    • B60K23/08F16D13/69F16D13/72F16D27/004F16D27/115F16D28/00F16D2023/123F16D2048/0221F16H13/14
    • A driving force transmission device is for a four-wheel-drive vehicle based on the two-wheel drive of rear wheels or front wheels. In the case of the two-wheel drive of rear wheels, a multi-disc clutch mechanism controls the driving force distribution to a front wheel output shaft, and a disconnection/connection mechanism selectively disconnects and connects a front wheel differential and a left front wheel drive shaft. In the two-wheel drive of the rear wheels, the dragging torque of the multi-disc clutch mechanism is made smaller than the friction torque of a front wheel driving force transmission section, and the front wheel differential and the left front wheel drive shaft are disconnected by the disconnection/connection mechanism, thereby stopping the rotation of the front wheel driving force transmission section.
    • 驱动力传递装置用于基于后轮或前轮的两轮驱动的四轮驱动车辆。 在后轮的两轮驱动的情况下,多盘离合器机构控制到前轮输出轴的驱动力分配,并且断路/连接机构选择性地断开并连接前轮差速器和左前轮 传动轴。 在后轮的二轮驱动中,多片离合器机构的拖曳扭矩小于前轮驱动力传递部的摩擦转矩,前轮差速器和左前轮驱动轴为 由断路/连接机构断开,从而停止前轮驱动力传递部的旋转。
    • 16. 发明授权
    • Therapeutic agent for nerve damage
    • 神经损伤治疗剂
    • US07511026B2
    • 2009-03-31
    • US10550998
    • 2003-03-25
    • Tadahiko KatoAkira Asari
    • Tadahiko KatoAkira Asari
    • A61K31/728A61K31/715
    • A61K31/70A61K31/726A61K31/728C07H5/06C07H7/033C08B37/0072
    • The present invention provides a therapeutic agent for nerve damages such as those caused by spinal cord injury or nerve trauma, which includes, as an active ingredient, a low-molecular-weight saccharide composed of at least glucuronic acid and/or N-acetylglucosamine or a pharmaceutically acceptable salt thereof. The present invention also provides a therapeutic agent for nerve damages which includes, as an active ingredient, preferably a low-molecular-weight hyaluronic acid, more preferably hyaluronic acid disaccharide to hyaluronic acid 2,500-saccharide, further more preferably hyaluronic acid disaccharide to hyaluronic acid 50-saccharide, much more preferably hyaluronic acid tetrasaccharide, or a pharmaceutically acceptable salt thereof.
    • 本发明提供神经损伤治疗剂,例如由脊髓损伤或神经创伤引起的神经损伤,其包括由至少由葡糖醛酸和/或N-乙酰葡糖胺组成的低分子量糖类作为活性成分,或 其药学上可接受的盐。 本发明还提供了一种神经损伤治疗剂,其包括作为活性成分优选为低分子量透明质酸,更优选为透明质酸2,500-糖的透明质酸二糖,进一步优选为透明质酸的透明质酸二糖 50糖,更优选透明质酸四糖,或其药学上可接受的盐。
    • 17. 发明授权
    • Rotary shaft coupler with rotary valve plate position dependent on
direction of shaft rotation
    • 旋转轴联轴器,旋转阀板位置取决于轴旋转方向
    • US5706658A
    • 1998-01-13
    • US565763
    • 1995-11-30
    • Tadahiko KatoKazuhisa ShimadaMasaki Nakamura
    • Tadahiko KatoKazuhisa ShimadaMasaki Nakamura
    • F16D31/02F16D31/08F16D39/00
    • F16D31/08F16D31/02
    • A hydraulic power transmission joint provided with a rotary valve in which a first enclosing hole is bored and moreover, a first spool valve, a first spring, a first pin member and a first communicating hole are provided. Further, a second communicating hole is also provided therein in such a manner as to be coaxial with the first communication hole. Moreover, a second enclosing hole having a smaller diameter is bored therein. Furthermore, a second spool valve having a diameter smaller than that of the first spool valve, a second spring, a second pin member, a third communicating hole, a fourth communicating hole and an orifice are provided therein. Further, a valve element, whose position is controlled, is enclosed in a high-pressure chamber formed in the rotary valve. Additionally, a gap between a pin portion of the pin member for holding the valve element and a communicating hole, which provides communication from the high-pressure chamber to the enclosing hole for enclosing the pin member, is used as the orifice for generating fluid resistance.
    • 一种液压传动接头,其设置有旋转阀,其中第一封闭孔是钻孔的,并且还设置有第一滑阀,第一弹簧,第一销构件和第一连通孔。 此外,第二连通孔也以与第一连通孔同轴的方式设置。 此外,在其中钻有具有较小直径的第二封闭孔。 此外,在其中设置有直径小于第一滑阀,第二弹簧,第二销构件,第三连通孔,第四连通孔和孔口的直径的第二滑阀。 此外,其位置被控制的阀元件被封闭在形成在旋转阀中的高压室中。 此外,用于保持阀元件的销构件的销部分与提供从高压室到用于封闭销构件的封闭孔的连通的连通孔之间的间隙用作用于产生流体阻力的孔 。
    • 19. 发明申请
    • POWER TRANSMITTING DEVICE
    • 发电装置
    • US20120071295A1
    • 2012-03-22
    • US13376074
    • 2010-06-14
    • Tadahiko Kato
    • Tadahiko Kato
    • B60W10/02B60W20/00
    • B60W30/20B60K6/383B60K6/48B60K6/547B60W10/02B60W20/00B60W30/19F16D41/07F16H3/10F16H3/126F16H2306/44Y02T10/6221Y10T477/26
    • Provided is a power transmitting device that lets a motor in a hybrid vehicle be smaller and lighter, prevents internal resistance and inertia of the generator motor from becoming driving resistance, and can effectively utilize energy. Via a first clutch (10), power is transmitted from an input shaft (2) to a transmission shaft (3) but power transmission from the transmission shaft (3) to the input shaft (2) is blocked, and power transmission from the input shaft (2) to the transmission shaft (3) can be blocked. Via a second clutch (20), power is transmitted from the transmission shaft (3) to the input shaft (2), while power transmission from the input shaft (2) to the transmission shaft (3) is blocked. Thus, when driving using only the power of the engine (111), power transmission from the input shaft (2) to the transmission shaft (3) is blocked, thereby preventing transmission of power to a generator motor (112). Consequently, the generator motor (112) can be made smaller and lighter, and energy losses can be prevented.
    • 提供了一种使混合动力车辆中的电动机更小更轻的动力传递装置,防止发电机电动机的内部电阻和惯性变得驱动阻力,并且能够有效地利用能量。 通过第一离合器(10),动力从输入轴(2)传递到传动轴(3),但是从传动轴(3)到输入轴(2)的动力传递被阻挡,并且从 传动轴(3)的输入轴(2)可以被阻挡。 通过第二离合器(20),从输入轴(2)到传动轴(3)的动力传递被阻挡,动力从传动轴(3)传递到输入轴(2)。 因此,当仅使用发动机(111)的动力进行驱动时,从输入轴(2)到变速器轴(3)的动力传递被阻止,从而防止向发电机电动机(112)的动力传递。 因此,能够使发电电动机112变得越来越小,能够防止能量损失。
    • 20. 发明授权
    • Drain mechanism for hydraulic power transmission joint
    • 液压传动接头排水机构
    • US06336539B1
    • 2002-01-08
    • US09571357
    • 2000-05-15
    • Hiroyuki NakanoKazuhisa ShimadaTadahiko KatoToshiharu TakasakiHirotaka KusukawaShigeo Murata
    • Hiroyuki NakanoKazuhisa ShimadaTadahiko KatoToshiharu TakasakiHirotaka KusukawaShigeo Murata
    • F16D3102
    • F16D43/284F16D31/02
    • A drain plug is disposed in a drain hole through which oil is discharged from a high-pressure chamber formed in a valve block. Within the drain plug there is arranged a drain pin that slidably opens and closes the drain hole. A fixed pin serves to restrict a displacement of the drain pin. A thermo-switch is located within a low-pressure chamber behind the drain pin in such a manner as to be urged by a return spring so that the drain pin is pressed to keep the drain hole closed. When a predetermined temperature is reached, the thermo-switch allows its head pin to extend, with the reaction force as a result of abutment of the head pin against the fixed pin causing the thermo-switch to retreat to release the pressing force exerted on the drain pin. In consequence, the drain pin is displaced by a high pressure toward the direction in which the drain hole is opened, allowing high-pressure oil to be drained into the low pressure side.
    • 排水塞设置在排水孔中,通过该排水孔从形成在阀块中的高压室排出油。 在排水塞内设有可滑动地打开和关闭排水孔的排水销。 固定销用于限制排水销的位移。 热开关位于排水管后面的低压室内,以便由复位弹簧推动,以便排水管被压紧以保持排水孔闭合。 当达到预定温度时,热敏开关允许其头销延伸,由于头销与固定销的邻接而产生反作用力,导致热敏开关退回以释放施加在该固定销上的压力 漏极引脚。 因此,排水销朝着排水孔打开的方向高压移位,允许将高压油排入低压侧。