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    • 51. 发明公开
    • DOUBLE-OFFSET CONSTANT VELOCITY UNIVERSAL JOINT
    • 大学GLEICHLAUFGELENK MIT DOPPELTEM OFFSET
    • EP2143964A1
    • 2010-01-13
    • EP08739959.8
    • 2008-04-07
    • NTN Corporation
    • YAMASE, Tohru
    • F16D3/227
    • F16D3/227F16D2003/22303F16D2250/00F16D2300/10
    • The outer peripheral surface (32) and the inner spherical peripheral surface (34) of a cage (30) of a double-offset constant velocity universal joint are cut after quenched. More specifically, to finish the outer peripheral surface (32) of the cage (30) made up of a spherical portion (32a) and tapered portions (32b, 32c), the spherical portion (32a) and the tapered portions (32b, 32c) are cut after quenched. Then, the spherical portion (32a) is cut at a cutting speed lower than that for the tapered portions (32b, 32c), thereby providing a better roughness to the cut surface of the spherical portion (32a) than to the cut surface of the tapered portions (32b, 32c).
    • 在二次偏移等速万向接头的保持架(30)的外周面(32)和内球面外周面(34)淬火后切断。 更具体地,为了完成由球形部分(32a)和锥形部分(32b,32c)构成的保持架(30)的外周表面(32),球形部分(32a)和锥形部分(32b,32c) )在淬火后被切割。 然后,以比锥形部(32b,32c)低的切割速度切割球形部分(32a),从而为球形部分(32a)的切割表面提供比对于切割面 锥形部分(32b,32c)。
    • 53. 发明公开
    • SLIDING-TYPE CONSTANT VELOCITY UNIVERSAL JOINT
    • 通用跟踪滑动关节
    • EP1927775A4
    • 2009-09-09
    • EP06810243
    • 2006-09-19
    • NTN TOYO BEARING CO LTD
    • KOBAYASHI MASAZUMIYAMAZAKI KISAO
    • F16D3/227F16D3/2245
    • F16D3/227F16D3/2237F16D2003/22303F16D2003/22309Y10S464/906Y10T403/32057
    • To provide a lightweight and compact DOJ-type constant velocity universal joint enabling the maximum operating angle of 30° or larger by properly setting the contact angle, contact rate, and cage offset amount of balls on ball grooves. The constant velocity universal joint comprises an outer ring (12) in which six linear ball grooves (12b) are axially formed in a cylindrical inner peripheral surface (12a); an inner ring (13) in which six linear ball grooves (13b) are axially formed in a spherical outer peripheral surface (13a) and a connection hole for connecting a shaft is formed at its center part; the torque transmission balls (14) disposed in ball tracks formed by the pair of ball grooves (12b) of the outer ring (12) and the ball grooves (13b) of the inner ring (13); and a cage (15) having pockets (15c) for storing the torque transmission balls (14), a convex outer peripheral surface (15a) guided in contact with the inner peripheral surface (12a) of the outer ring (12), and a concave inner peripheral surface (15b) guided in contact with the outer peripheral surface (13a) of the inner ring (13) and having a spherical center (Oco) on the outer peripheral surface (15a) and a spherical center (Oci) on the inner peripheral surface (15b) offset opposite to each other in the axial direction relative to the center (O) of the joint. The constant velocity universal joint is characterized in that the ratio of a ball diameter to an outer ring diameter is 0.21 - 0.25, the ratio of a ball pitch circle diameter to an outer ring outer diameter is 0.64 - 0.68, the contact angle of the ball grooves is 30 - 35°, the contact rate of the ball grooves is 1.02 - 1.08, and the ratio of a cage offset amount to the ball pitch circle diameter is 0.07 to 0.09.
    • 55. 发明公开
    • Fixed center constant velocity joint
    • 固定中心等速万向节
    • EP2068025A2
    • 2009-06-10
    • EP08169721.1
    • 2008-11-21
    • Delphi Technologies, Inc.
    • Kozlowski, Keith A.Mondragon-Parra, Eduardo
    • F16D3/223
    • F16D3/223F16D3/224F16D3/2245F16D2003/22303F16D2003/22306
    • A constant velocity joint (20) includes an outer member (26) defining a plurality of outer member ball tracks (32, 34) and an inner member (38) defining a plurality of inner member ball tracks (42, 44). The outer member ball tracks (32, 34) and the inner member ball tracks (42, 44) cooperate to define a plurality of uniform funnels (50) having a uniform width (W) along a longitudinal axis (L), and a plurality of diverging funnels (52) having a diverging width (W) along the longitudinal axis (L). A drive ball (48) is disposed within each of the uniform funnels (50) and the diverging funnels (52). A cage (56) is disposed between the outer member (26) and the inner member (38), and defines a plurality of windows (58) with one of the drive balls (48) disposed within each of the windows (58). The diverging funnels (52) urge the drive balls (48) along the longitudinal axis (L) to pre-load the cage (56), while the uniform funnels (50) do not urge the drive balls (48) along the longitudinal axis (L), thereby reducing the amount of heat generated between the cage (56) and the drive balls (48).
    • 等速万向节(20)包括限定多个外部构件滚珠轨道(32,34)的外部构件(26)和限定多个内部构件滚珠轨道(42,44)的内部构件(38)。 外部构件滚珠轨道(32,34)和内部构件滚珠轨道(42,44)配合以限定沿纵向轴线(L)具有均匀宽度(W)的多个均匀漏斗(50),并且多个 (L)具有发散宽度(W)的发散漏斗(52)。 驱动球(48)设置在每个均匀漏斗(50)和分叉漏斗(52)内。 笼(56)设置在外部构件(26)和内部构件(38)之间,并且限定了多个窗口(58),其中一个驱动球(48)布置在每个窗口(58)内。 分叉的漏斗52沿着纵向轴线L推动驱动球48以预加载笼56,同时均匀的漏斗50不沿驱动球48的纵向轴线推动驱动球48。 (L),从而减少保持架(56)和驱动球(48)之间产生的热量。
    • 56. 发明公开
    • Fixed center constant velocity joint with ball tracks having different funnel offsets
    • 不列颠哥伦比亚革命组织(Gleichlauf-Festgelenk mit Kugelbahnen unterchiedlicher Trichterform)
    • EP2068024A2
    • 2009-06-10
    • EP08169288.1
    • 2008-11-17
    • Delphi Technologies, Inc.
    • Kozlowski, Keith AllenMondragon-Parra, Eduardo
    • F16D3/223
    • F16D3/223F16D2003/22303F16D2003/22306
    • A fixed center constant velocity joint (20) includes a first group of funnels (48) and a second group of funnels (56) arranged radially about a longitudinal axis (L) in alternating relationship. The first group of funnels (48) diverges in a first direction (52) and the second group of funnels (56) diverges in a second direction (60) opposite the first direction (52) along the longitudinal axis (L). The first group of funnels (48) defines a first diverging width (50) increasing in value along the longitudinal axis (L) and the second group of funnels (56) defines a second diverging width (58) increasing in value at a different rate than the first diverging width (50) to bias the joint (20) in one of the first direction (52) and the second direction (60).
    • 固定中心等速度接头(20)包括第一组漏斗(48)和以纵向轴线(L)以交替关系径向排列的第二组漏斗(56)。 第一组漏斗(48)沿第一方向(52)分叉,第二组漏斗(56)沿着纵向轴线(L)沿与第一方向(52)相反的第二方向(60)分叉。 第一组漏斗(48)限定沿着纵向轴线(L)增加值的第一发散宽度(50),并且第二组漏斗(56)限定以不同的速率增加值的第二发散宽度(58) 比第一发散宽度(50)在第一方向(52)和第二方向(60)中的一个方向上偏压接头(20)。
    • 59. 发明公开
    • GEGENBAHNGELENK MIT BAHNWENDEPUNKT
    • 针对与火车转折点钢轨接头
    • EP1807634A1
    • 2007-07-18
    • EP04822186.5
    • 2004-11-02
    • GKN Driveline International GmbH
    • WECKERLING, Thomas
    • F16D3/224
    • F16D3/224C04B41/009C04B41/52C04B41/89C04B2111/2069F16D3/065F16D3/2233F16D2003/22303F16D2003/22306Y10S464/906C04B41/4537C04B41/5035C04B41/5041C04B41/0072C04B41/4543C04B41/455C04B41/4933C04B41/5089C04B33/00
    • The invention relates to a homocinetic joint (11) which is in the form of a counter track joint. Said joint comprises an outer part (12) which comprises a first longitudinal axis (A12), in addition to a connection side and an opening side which are axially opposed to each other, and which comprises first outer ball tracks (18) and second outer ball tracks (20), an inner part (15) which comprises a second longitudinal axis (A22) and connection means for a shaft (22) for the opening side of the outer part (12) and which comprises first inner ball tracks (19) and second inner ball tracks (21). The first outer ball tracks (18) and the first inner ball tracks (19) together form first track pairs and the second outer ball tracks (20) and the second inner ball tracks (21) together form second track pairs, a torque transmitting ball (171, 172) is placed respectively in the track pairs. A ball cage (16) is arranged between the outer part (12) and the inner part (15) and comprises cage windows (241, 242) which are distributed on the periphery thereof, which respectively house at least one of the balls (171, 172). The opening angle (d1) of the first pair of tracks opens when the joint is pulled on the joint average plane (E) from the opening side to the connection side of the joint outer part (12), and the opening angle (d2) of the second pair of tracks opens when the joint is pulled on the joint average plane (E) from the connection side to the opening side of the joint outer side (12). The track average lines (L18, L19) of the first pair of tracks has an inflection point (T1-2) and the central point angle (ß) on the inflection point (T1-2) in relation to the joint average plane (E) is greater than 4°.
    • 60. 发明公开
    • Fixed type constant velocity universal joint
    • 宇宙大师Festgleichlaufgelenk
    • EP1770298A1
    • 2007-04-04
    • EP07001115.0
    • 2004-08-31
    • NTN CORPORATION
    • Kobayashi, MasazumiNakagawa, TohruKobayashi, TomoshigeNakamura, Masamichi
    • F16D3/224F16D3/223
    • F16D3/2237F16D3/223F16D3/2245F16D2003/22303F16D2003/22309Y10S464/906
    • There is provided a fixed type constant velocity universal joint comprising an outer joint member (1) having eight arcuate guide grooves (1b) extending in the axial direction in an inner spherical surface (1a) thereof, an inner joint member (2) having eight arcuate guide grooves (2b) extending in the axial direction in an outer spherical surface (2a) thereof, eight balls (3) disposed between the guide grooves (1b) of the outer joint member (1)and guide grooves (2b) of the inner joint member (2), and a cage (4) interposed between the outer joint member (1) and inner joint member (2) for retaining the balls (3). The center (P) of guide grooves (1b) of the outer joint member (1) is offset from the center (O) of the inner spherical surface (1a), and the center (Q) of the guide grooves (2b) of the inner joint member (2) is offset from the center (O) of the outer spherical surface (2a) by equal distance (F) to opposite sides in the axial direction. The constant velocity joint is an undercut free type constant velocity joint and the relationship 0.65
    • 提供了一种固定式等速万向接头,包括:外接头构件(1),其具有在其内球面(1a)中沿轴向延伸的八个弓形引导槽(1b),具有八个 在外球面(2a)中沿轴向延伸的弓形引导槽(2b),设置在外接头构件(1)的引导槽(1b)和引导槽(2b)之间的八个球(3) 内侧接头构件(2)和夹在外侧接头构件(1)和保持球(3)的内侧接头构件(2)之间的保持架(4)。 外侧接头构件(1)的导向槽(1b)的中心(P)偏离内侧球面(1a)的中心(O),导向槽(2b)的中心 内侧联接构件(2)从外球面(2a)的中心(O)偏移到轴向相对侧的距离(F)。 等速万向节是无切削等速万向节,建立了0.65 <= B / A <= 0.85的关系,其中A代表保持架(4)的壁厚,B代表球的径向位移(3 )在最大关节角度。