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    • 1. 发明授权
    • Variable pitch type V-pulley
    • 可变螺距型V型滑轮
    • US4261215A
    • 1981-04-14
    • US37883
    • 1979-05-10
    • Hisao MuraseMototaka Nakane
    • Hisao MuraseMototaka Nakane
    • F16H55/56F16H55/52
    • F16H55/563
    • A V-pulley of variable pitch type for a drive acting through a tension medium strand includes two sheaves, at least one of which is displaceable in an axial direction relative to the other, each sheave having a running surface for a tension medium strand such as, for example, V-belts, at least one of the sheaves being mounted on a shaft-like member, at least two systems having means mutually connecting the sheaves to each other, the at least two systems being axially spaced from each other. Thus at least one system allows axial displacement of the one sheave linked thereto, and the other system is firmly linked to the other sheave. Two linked portions of the systems are located radially outside with respect to the running surfaces of the sheaves, thereby obtaining friction-free and wear-free entrainment and guidance of the movable sheave, and especially entrainment and guidance without the occurrence of fatigued corrosion to link means.
    • 用于通过张力介质绞线作用的驱动器的可变节距类型的V型皮带轮包括两个滑轮,其中至少一个可相对于另一个在轴向方向上移位,每个滑轮具有用于张力介质绞线的行进表面,例如 例如V形带,至少一个滑轮安装在轴状构件上,至少两个系统具有将滑轮彼此相互连接的装置,所述至少两个系统彼此轴向间隔开。 因此,至少一个系统允许与其连接的一个滑轮的轴向位移,并且另一个系统牢固地连接到另一个滑轮。 系统的两个连接部分相对于滑轮的运行表面位于径向外侧,从而获得无摩擦和无磨擦的夹持和引导可动滑轮,特别是夹带和引导而不发生疲劳腐蚀以连接 手段。
    • 2. 发明授权
    • Power transmitting mechanism with two hysteresis mechanisms
    • 具有两个滞后机构的动力传递机构
    • US06247571B1
    • 2001-06-19
    • US08921067
    • 1997-08-29
    • Mototaka NakaneMasaru EbataMasakazu KamiyaKiyonori KobayashiShuji Sadakari
    • Mototaka NakaneMasaru EbataMasakazu KamiyaKiyonori KobayashiShuji Sadakari
    • F16D314
    • F16F15/13453F16F15/13178
    • A power transmitting mechanism is provided in which a driving member rotatingly transmitting power and a driven member receiving the transmitted power are arranged concentrically for rotation relative to each other. A torsion member is accommodated between the driving member and the driven member. A first hysteresis mechanism including at least one friction member is provided on the inner peripheral side of a spacing accommodating the torsion mechanism. The friction member of the first hysteresis mechanism may be split into a plurality of portions each passing through, with clearance, a respective hole or cut-out in the driven member. A second hysteresis mechanism including at least one friction member is arranged outside the space accommodating the torsion mechanism. The second hysteresis mechanism generates hysteresis separate from that generated by the first hysteresis mechanism. The torsion member may be plural torsion springs with differing spring constants. A flywheel is connected to the driven member and a clutch mechanism is either abutted against or substantially spaced apart from the flywheel.
    • 提供了一种动力传递机构,其中旋转传递动力的驱动构件和接收传递动力的从动构件相对于彼此同心地布置。 扭转构件容纳在驱动构件和从动构件之间。 包括至少一个摩擦构件的第一滞后机构设置在容纳扭转机构的间隔的内周侧。 第一滞后机构的摩擦构件可以分成多个部分,每个部分间隙通过从动构件中的相应的孔或切口。 包括至少一个摩擦构件的第二滞后机构设置在容纳扭转机构的空间的外部。 第二个滞后机制产生与第一个滞后机制产生的滞后的滞后。 扭转构件可以是具有不同弹簧常数的多个扭转弹簧。 飞轮连接到从动构件,并且离合器机构与飞轮抵接或基本间隔开。
    • 3. 发明授权
    • Hinge fitting for adjustable back rests of vehicle seats
    • 铰链配件,用于车辆座椅的可调节后座
    • US4085969A
    • 1978-04-25
    • US727421
    • 1976-09-28
    • Mototaka NakaneTakami Terada
    • Mototaka NakaneTakami Terada
    • A47C1/025B60N2/235B60N1/02
    • B60N2/2356Y10T16/54024Y10T16/540254
    • A hinge fitting for adjusting the inclination of the back rest of a vehicle seat comprises a stationary hinge plate secured to the seat, a movable hinge plate pivoted to the stationary hinge plate and secured to the back rest, a semicircularly toothed internal rack secured within the stationary hinge plate, a pawl lever swingably pivoted on the inside of the movable hinge plate and including a detent element swingable at the outside of the movable hinge plate to be meshed with the teeth of the rack in a vertical common plane, the pivot position of the pawl lever being arranged on a tangent of the semicircularly aligned teeth of the rack, and a spring loaded locking lever pivoted coaxially with the hinge plates and movable between a locked position in which the detent element is engaged with the rack by engagement of the locking lever against the detent element and a released position in which the detent element is disengaged from the rack by engagement of the locking lever against the pawl lever.
    • 用于调节车辆座椅的靠背倾斜的铰链配件包括固定在座椅上的固定铰链板,枢转到固定铰链板并固定到靠背的活动铰链板,固定在其内的半圆形齿条内部齿条 固定铰链板,棘爪杆可摆动地枢转在可动铰链板的内侧,并且包括可在可移动铰链板的外侧摆动的制动元件,以在垂直共同平面内与齿条的齿啮合,枢转位置 棘爪杆布置在齿条的半圆形对准的齿的切线上,弹簧加载的锁定杆与铰链板同轴地枢转并且可在锁定位置和锁定位置之间移动,锁定元件通过锁定 杠杆靠在止动元件上,并且释放位置,其中止动元件通过锁定杆与锁定杆的接合而从齿条脱离 棘爪杆。
    • 5. 发明授权
    • Rotational torque transmission mechanism
    • 旋转扭矩传动机构
    • US4274524A
    • 1981-06-23
    • US63524
    • 1979-08-03
    • Mototaka Nakane
    • Mototaka Nakane
    • F16F15/30F16D3/14F16D7/02F16F15/134F16F15/139F16F15/12
    • F16F15/1397
    • A clutch assembly for automotive vehicles as one application of the rotational torque transmission mechanism comprises an inertia member divided to a driving plate connected to an engine crank shaft and a flywheel connected to a clutch cover. Between the driving plate and the flywheel is provided dampers and a torque limiting clutch which will permit the slidable rotation of the driving plate relative to the flywheel. Thus, any vigorous torque variation on the crank shaft particularly at the low speed of the engine may be absorbed or diminished to thereby avoid the objectionable torque transmission to a clutch output member.
    • 作为旋转扭矩传递机构的一个应用的用于汽车的离合器组件包括被分成连接到发动机曲轴的驱动板和连接到离合器盖的飞轮的惯性构件。 在驱动板和飞轮之间设置有阻尼器和扭矩限制离合器,其将允许驱动板相对于飞轮的可滑动的旋转。 因此,特别是在发动机的低速下,曲轴上的任何剧烈的扭矩变化可被吸收或减小,从而避免了对离合器输出构件的不利的扭矩传递。
    • 7. 发明授权
    • Torque fluctuation absorbing apparatus having structure for reducing misalignment of torque limiter during assembling thereof, and method for assembling the same
    • 具有用于减少组装时扭矩限制器的不对中结构的扭矩波动吸收装置及其组装方法
    • US07169054B2
    • 2007-01-30
    • US11257080
    • 2005-10-25
    • Haruhisa SuzukiMasahiro KojimaHiroshi HataMasatoshi AdachiTomohiro SaekiMototaka Nakane
    • Haruhisa SuzukiMasahiro KojimaHiroshi HataMasatoshi AdachiTomohiro SaekiMototaka Nakane
    • F16D7/02
    • F16F15/13164F16D7/025F16F15/1203F16F15/1207F16F15/1297F16F15/13142F16F15/1397
    • A torque fluctuation absorbing apparatus provided between a crankshaft of an engine and a driven-side input shaft includes a flywheel coupled to the crankshaft and a damper assembly disposed in a torque transmission path between the flywheel and the driven-side input shaft. The damper assembly includes a pair of drive plates, a driven plate and a spring damper. A torque limiter is disposed in a torque transmission path between the flywheel and the damper assembly. The torque limiter includes a pair of linings which generates relative rotational slip between the flywheel and the damper assembly when a torque larger than a predetermined amount is transmitted and are adapted to slip when receiving at least a predetermined amount of torque. The linings of the torque limiter are fixed to one of the drive plates and are interposed between a flywheel main body and a damper cover that forms a part of the torque limiter. The drive plates, the linings and the damper cover are centered with respect to the flywheel main body, and are assembled together to provide an assembly of the flywheel main body, the damper assembly and the torque limiter. After the engine is assembled with the driven-side input shaft, the assembly of the flywheel main body, the damper assembly and the torque limiter is fastened to the flywheel plate that is fixed to the crankshaft.
    • 设置在发动机的曲轴和从动侧输入轴之间的扭矩波动吸收装置包括联接到曲轴的飞轮和设置在飞轮与从动侧输入轴之间的转矩传递路径中的阻尼器组件。 阻尼器组件包括一对驱动板,从动板和弹簧阻尼器。 扭矩限制器设置在飞轮和阻尼器组件之间的扭矩传递路径中。 扭矩限制器包括一对内衬,其当大于预定量的扭矩传递时,在飞轮和阻尼器组件之间产生相对旋转滑动,并且当接收到至少预定量的扭矩时适于滑动。 扭矩限制器的内衬被固定到驱动板中的一个上,并且设置在形成扭矩限制器的一部分的飞轮主体和阻尼器盖之间。 驱动板,衬片和阻尼器盖相对于飞轮主体居中,并且组装在一起以提供飞轮主体,阻尼器组件和扭矩限制器的组件。 在发动机与从动侧输入轴组装之后,飞轮主体,阻尼器组件和扭矩限制器的组件被紧固到固定到曲轴的飞轮板。
    • 10. 发明授权
    • Torque fluctuation absorber
    • 扭矩波动吸收器
    • US06923725B2
    • 2005-08-02
    • US10270007
    • 2002-10-15
    • Makoto TakeuchiMasaru EbataMototaka Nakane
    • Makoto TakeuchiMasaru EbataMototaka Nakane
    • F16F15/139F16D7/02F16F15/129F16H35/10F16D3/12F16D3/66
    • F16F15/129
    • A torque fluctuation absorber which is unlikely applied with an foreign material such as dust on a limiter portion during transporting the torque fluctuation absorber. The torque fluctuation absorber includes a flywheel for transmitting a driving force from a power source and a damper mechanism having a limiter portion which includes a frictional member being frictionally engaged with the flywheel on an external peripheral side and connected to an input shaft of a transmission on an internal peripheral side. The torque fluctuation absorber further includes a supporting mechanism for performing a frictional engagement of the frictional member by supporting the frictional member in an axial direction of a drive shaft under a condition before assembling the flywheel to the damper mechanism.
    • 一种转矩波动吸收体,其在输送转矩波动吸收体时不会在限制部上产生灰尘等异物。 扭矩波动吸收器包括用于从动力源传递驱动力的飞轮和具有限制部分的阻尼机构,该限制器部分包括在外周侧与飞轮摩擦接合的摩擦件,并连接到变速器的输入轴上 内部周边。 扭矩波动吸收器还包括支撑机构,用于在将飞轮组装到阻尼机构之前的状态下,通过在驱动轴的轴向方向上支撑摩擦构件来进行摩擦构件的摩擦接合。