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    • 1. 发明授权
    • Cage for double row roller bearing
    • 双列滚子轴承保持架
    • US06474874B1
    • 2002-11-05
    • US09743767
    • 2001-01-16
    • Takashi Nogi
    • Takashi Nogi
    • F16C3346
    • F16C33/48F16C19/28F16C33/4617F16C33/485F16C33/495
    • A comb-shaped cage for use in a roller bearing having one circular portion axially opposed to the end surface of each of rollers and a plurality of bar portions protruding from one or both axial sides of the circular portion and arranged circumferentially opposed to the rolling surface of each rollers is disclosed. It is designed so as to satisfy the condition 0.2≦(I1′/I3′)≦2.5, wherein I1′ expresses the moment of inertia of area for the circular portion relative to a neutral axis parallel with the longitudinal direction of the bar portion and I3′ expresses the moment of inertia of area for the bar portion relative to a neutral axis parallel with the circumferential direction of the cage. This enables to improve the strength of the cage without lowering the load capacity of the bearing to which the cage is assembled.
    • 一种用于滚子轴承的梳形保持架,其具有与每个辊的端面轴向相对的一个圆形部分和从圆形部分的一个或两个轴向侧面突出并且与滚动表面圆周地相对布置的多个杆部分 公开了每个辊子。 它被设计成满足条件0.2 <=(I1'/ I3')<= 2.5,其中I1'表示圆形部分相对于平行于条的纵向方向的中性轴线的面积的惯性矩 部分和I3'表示杆部分相对于平行于保持架的圆周方向的中立轴线的面积的惯性矩。 这使得能够提高保持架的强度,而不降低组装在其上的轴承的承载能力。
    • 4. 发明授权
    • Roller bearing cage
    • 滚子轴承保持架
    • US06443625B1
    • 2002-09-03
    • US09582472
    • 2000-06-27
    • Takashi Nogi
    • Takashi Nogi
    • F16C3346
    • F16C33/4623F16C19/28F16C19/364F16C33/48F16C33/485F16C33/495F16C33/543
    • A cage for use in a roller bearing having a plurality of bar portions arranged circumferentially and a pair of circular portions connecting both axial ends of the plurality of bar portions. A circular portion having a larger or equal diameter, in the pair of the circular portions, is referred to as a circular portion, the other of them is referred to as a second circular portion, and it is designed to provide, for example, such a relation as: 0.8≦(I1/I2)≦1.4, and 0.1≦(I1/I3)≦3.0 in which the moment of inertia of area for the circular portion is I1, the moment of inertia of area for the second circular portion is I2, and the moment of inertia of area for the bar portion 7 is I3. This enables to improve the strength of the cage without lowering the load capacity of the bearing to which the cage is assembled.
    • 一种用于滚子轴承的保持架,其具有周向布置的多个杆部和连接多个杆部的两个轴向端部的一对圆形部分。 在一对圆形部分中具有大直径或相同直径的圆形部分被称为圆形部分,其中的另一个被称为第二圆形部分,并且其被设计成提供例如 关系为:0.8 <=(I1 / I2)<= 1.4,和0.1 <=(I1 / I3)<= 3.0,其中圆形部分的面积惯性矩为I1,面积惯性矩为 第二圆形部分为I2,杆部分7的面积惯量为I3。 这使得能够提高保持架的强度,而不降低组装在其上的轴承的承载能力。
    • 5. 发明授权
    • Wobble plate type refrigerant compressor
    • 摆盘式制冷压缩机
    • US5275087A
    • 1994-01-04
    • US938608
    • 1992-09-01
    • Hitoshi AkuzawaYoshiyuki SaitoNorio KitajimaTakashi Nogi
    • Hitoshi AkuzawaYoshiyuki SaitoNorio KitajimaTakashi Nogi
    • F04B27/08F04B27/10F01B3/00
    • F04B27/1063Y10T74/18336Y10T74/19391
    • A wobble plate type refrigerant compressor is disclosed which includes a compressor housing having a crank chamber and a cylinder block which is provided with an axial central bore and a plurality of cylinders. A plurality of pistons are slidably fitted within each of the cylinders. A wedge-shaped cam rotor is disposed within the crank chamber to rotate together with a drive shaft. A wobble plate is coupled to the pistons through each corresponding connecting rod. The wobble plate is disposed on the inclined surface of the cam rotor to convert rotating motion of the cam rotor into reciprocating motion to be imparted to the pistons while preventing the rotating motion of the wobble plate. A first bevel gear is fixed on the wobble plate and a second bevel gear connected thereto is supported by the cylinder block. The second bevel gear includes a shank portion which is non-rotatably disposed within the central bore of the cylinder block by means of at least one engaging mechanism, such as a key/groove mechanism, provided between the second bevel gear and the cylinder block. The first and second bevel gears intermesh through spherical member to prevent rotation of the wobble plate. The engaging mechanism includes an axial hollow space or groove formed between the shank portion of the second bevel gear and the cylinder block, and a rod member or key fittingly disposed within the axial hollow space. The engaging mechanism further includes a dampening member or vibroisolating member for dampening torque which acts on the shank portion of the second bevel gear to thereby reduce vibration and noise.
    • 公开了一种摆盘式制冷剂压缩机,其包括具有曲轴室的压缩机壳体和设置有轴向中心孔和多个气缸的气缸体。 多个活塞可滑动地装配在每个气缸内。 楔形凸轮转子设置在曲柄室内以与驱动轴一起旋转。 摆动板通过每个对应的连接杆联接到活塞上。 摆动板设置在凸轮转子的倾斜表面上,以将凸轮转子的旋转运动转换成往复运动,以防止摆动板的旋转运动。 第一锥齿轮固定在摆盘上,与其连接的第二锥齿轮由气缸体支撑。 第二伞齿轮包括一个柄部分,该柄部分通过设置在第二锥齿轮和气缸体之间的至少一个接合机构,例如钥匙/槽机构,不可旋转地设置在气缸体的中心孔内。 第一和第二锥齿轮通过球形构件啮合以防止摆盘的旋转。 接合机构包括形成在第二锥齿轮的柄部和气缸体的轴部之间的轴向中空空间或槽,以及配合地设置在轴向中空空间内的杆构件或键。 接合机构还包括用于抑制作用在第二伞齿轮的柄部上的扭矩的阻尼构件或振动消音构件,从而减少振动和噪音。
    • 6. 发明授权
    • Toroidal-type continuously variable transmission
    • 环形无级变速器
    • US07033302B2
    • 2006-04-25
    • US10396286
    • 2003-03-26
    • Takashi NogiNorihisa Kobayashi
    • Takashi NogiNorihisa Kobayashi
    • F16H57/04
    • F16H15/38F16H57/049
    • In the inner and outer surfaces of the retainer 34b, there are formed recessed grooves 40a, 40a which serve as lubricating oil flow passages for allowing lubricating oil to flow into pockets. Where the axial-direction depth of the recessed groove 40a, 40a is expressed as H and the circumferential-direction width thereof is expressed as 2L, 0.20≦H/L≦0.97 can be satisfied. Accordingly, it is possible to provide a toroidal-type continuously variable transmission which can prevent the damage of a retainer 34b incorporated into a thrust rolling bearing for supporting a power roller and also can enhance the lubricating efficiency of the present thrust rolling bearing.
    • 在保持器34b的内表面和外表面上形成有用于允许润滑油流入袋中的润滑油流动通道的凹槽40a,40a。 在凹槽40a,40a的轴向深度表示为H,其周向宽度被表示为2L的情况下,可以满足0.20 <= H / L <= 0.97。 因此,可以提供一种能够防止结合在用于支撑动力辊的推力滚动轴承中的保持器34b的损坏的环形无级变速器,并且还可以提高本推力滚动轴承的润滑效率。