COMPACT UNITIZED HUB ASSEMBLY
    171.
    发明申请

    公开(公告)号:WO2003029025A3

    公开(公告)日:2003-04-10

    申请号:PCT/US2002/021507

    申请日:2002-07-09

    Abstract: A hub assembly (A) for coupling the road wheel of a vehicle to the suspension system of the vehicle includes a hub (2) provided with a spindle (12), a housing (4) surrounding the spindle (12) of the hub (2), and an antifriction bearing (6) located between the spindle (12) and the housing (4). The bearing (6) includes tapered rollers (50) spindle (12) and a pair of tapered outer raceways (54) carried by the housing (4). One of the tapered inner raceways (34) is on a race (30) that is initially separate from the spindle (12) has an internally formed end that is received in the recess (44). The spindle (12) and inner race (30) may be engaged with splines (106, 108) and the inner race (30) may further have an axial extension (110) provided with an external spline (112) that is selectively engaged by a connect-disconnect ring (116) on a CV joint (K).

    METHOD OF SHARING MANUFACTURING DATA WITH A CUSTOMER OF MANUFACTURED PARTS
    172.
    发明申请
    METHOD OF SHARING MANUFACTURING DATA WITH A CUSTOMER OF MANUFACTURED PARTS 审中-公开
    与制造部件客户共享制造数据的方法

    公开(公告)号:WO2002071310A1

    公开(公告)日:2002-09-12

    申请号:PCT/US2002/005923

    申请日:2002-02-27

    Abstract: A method of sharing manufacturing data with a consumer of a product is disclosed. A unique identifying indicia (S), such as a serial number or bar code is associated with each manufactured product (4). That identifying indicia is detected by the consumer (30) of the product, through communication with the manufacturer (2) of the product, preferably via the Internet (16). The manufacturer (2) maintains a record of both the unique identifying indicia and physical properties of the specific product corresponding to the unique identifying indicia. Upon receiving a request from the consumer of the product, the manufacturer communicates the desired physical properties of the specific product associated with the unique identifying indicia to the consumer. It is therefore possible for the consumer to avoid a step of precision physical measurement of the product, since the actual physical properties have been measured by the manufacturer and recorded previously.

    Abstract translation: 公开了一种与产品的消费者共享制造数据的方法。 唯一的识别标记(S),例如序列号或条形码与每个制造产品(4)相关联。 该产品的消费者(30)通过与产品的制造商(2)通信,优选通过因特网(16)来检测识别标记。 制造商(2)保持与唯一识别标记相对应的特定产品的唯一识别标记和物理特性的记录。 在接收到产品的消费者的请求之后,制造商将与唯一识别标记相关联的特定产品的期望物理性质传达给消费者。 因此,消费者可以避免对产品进行精密物理测量的步骤,因为实际物理特性已经由制造商测量并且之前记录。

    INSTALLATION OF A HUB/BEARING ASSEMBLY FOR AN AUTOMOTIVE VEHICLE
    173.
    发明申请
    INSTALLATION OF A HUB/BEARING ASSEMBLY FOR AN AUTOMOTIVE VEHICLE 审中-公开
    用于汽车的HUB /轴承组件的安装

    公开(公告)号:WO2002070285A1

    公开(公告)日:2002-09-12

    申请号:PCT/US2002/006807

    申请日:2002-03-05

    Abstract: A tool (T) facilitates the installation of a hub/bearing assembly (B) on a CV joint (F) during the assembly of an automotive vehicle. The hub/bearing assembly has a housing (4), a hub (6) provided with a spindle (20) that projects into the housing, and a bearing (8) between the spindle and housing to enable the hub to rotate in the housing. The spindle contains an internal spline (34) which mates with an external spline (72) located on a half-shaft (68) of the CV joint, when the hub/bearing assembly is fitted to the CV joint, but the universal movement of the CV joint makes fitting difficult in the absence of the tool. The tool has a sleeve (90) which fits into the spline of the hub spindle and over a reduced end (74) that projects beyond the spline on the half-shaft. It aligns the two splines so that the hub is simply pushed off the sleeve and over the spline of the half-shaft.

    Abstract translation: 工具(T)有助于在机动车辆的组装期间将轮毂/轴承组件(B)安装在CV接头(F)上。 毂/轴承组件具有壳体(4),设置有突出到壳体中的心轴(20)的轮毂(6)和在心轴和壳体之间的轴承(8),以使轮毂能够在壳体 。 当轮毂/轴承组件安装在CV接头上时,主轴包含与CV接头的半轴(68)上的外花键(72)配合的内花键(34),但是通用运动 CV接头在没有工具的情况下使配合变得困难。 该工具具有套筒(90),该套筒(90)装配到轮毂心轴的花键中,并且在减少的端部(74)上突出超过半轴上的花键。 它使两个花键对准,使得轮毂被简单地从套筒上推出并且在半轴的花键上方。

    SPRING-BIASED SEAL
    174.
    发明申请
    SPRING-BIASED SEAL 审中-公开
    弹簧密封

    公开(公告)号:WO1998026202A1

    公开(公告)日:1998-06-18

    申请号:PCT/US1997022453

    申请日:1997-12-09

    CPC classification number: F16C33/7883 F16C19/386 F16C33/7813 F16J15/326

    Abstract: A seal for closing an annular space between two machine components, such as the races of an antifriction bearing, includes a case (26) which is pressed into the outer component and a shield (28) which is pressed over the inner component and has axial (38, 44) and radial walls (40, 42). The case (26) carries an elastomeric seal element (30) which establishes multiple fluid barriers along the shield (28). To this end, the seal element (30) has a mounting portion (46) which lies along the axial wall (42) of the shield (28), creating a labyrinth which is enhanced with wedge-shaped pumping cavities (54). The seal element (30) also has a contact lip portion (48) attached to the mounting portion at a groove (66) which opens generally away from the axis. The lip portion has two edges - a radially directed one along the axial wall of the shield and an axially directed one along the radial wall. The groove (66) contains a garter spring (33) which bears against the side walls (70, 72) of the groove (66), yet is remote from the bottom wall. The spring (33), which has its cross-sectional center offset from the radial edge toward the mounting portion urges the axially directed edge against the radial wall of the shield and the radially directed edge against the axial wall, thus establishing two more dynamic fluid barriers. Another elastomeric seal element (32) may be bonded to the shield (28) and its has a lip (80) which contacts the case (26), forming still another dynamic fluid barrier.

    Abstract translation: 用于封闭两个机器部件(例如减摩轴承的座圈)之间的环形空间的密封件包括被压入外部部件的壳体(26)和被压靠在内部部件上并具有轴向 (38,44)和径向壁(40,42)。 壳体(26)承载弹性体密封元件(30),其沿着屏蔽件(28)建立多个流体屏障。 为此,密封元件(30)具有沿屏蔽件(28)的轴向壁(42)设置的安装部分(46),从而产生迷宫,该迷宫用楔形泵送空腔(54)增强。 密封元件(30)还具有在通常远离轴线开口的凹槽(66)处附接到安装部分的接触唇部分(48)。 唇缘部分具有两个边缘 - 沿着护罩的轴向壁的径向定向的边缘和沿着径向壁的轴向定向的边缘。 槽66包含一个紧固槽(66)的侧壁(70,72)的突出弹簧(33),远离底壁。 具有从径向边缘朝向安装部分的横截面中心偏移的弹簧(33)促使抵靠屏蔽件的径向壁的轴向方向的边缘和抵靠轴向壁的径向的边缘,从而建立两个更多的动态流体 障碍。 另一个弹性体密封元件(32)可以结合到屏蔽件(28),并且其具有接触壳体(26)的唇缘(80),形成另外的动态流体屏障。

    BEARING WITH SENSOR MODULE
    175.
    发明申请
    BEARING WITH SENSOR MODULE 审中-公开
    带传感器模块的轴承

    公开(公告)号:WO1998011356A1

    公开(公告)日:1998-03-19

    申请号:PCT/US1997016236

    申请日:1997-09-12

    Abstract: An antifriction bearing (A) that enables a shaft (4) to rotate with minimum friction in a housing (2) includes a generally cylindrical outer race (46) located in an opening (12) in the housing, an inner race (48) located around the shaft, and rolling elements (50) arranged in rows between raceways on the outer and inner races. The outer race has a cylindrical exterior surface (56), whereas the opening in which the bearing is located has a flat wall (14, 16). A stabilizing block (C) may be attached to the outer race against its cylindrical surface, and this block lies along the flat surface of the housing opening to prevent the outer race from turning in the housing opening. A sensor module (B) is located within the environs of the bearing, and it contains a plurality of sensors (110, 112, 114) which produce signals that reflect conditions under which the bearing operates. Among the conditions monitored are speed, temperature and vibrations.

    Abstract translation: 一种能够使轴(4)在壳体(2)中以最小的摩擦力旋转的减摩轴承(A)包括位于壳体中的开口(12)中的大致圆柱形的外座圈(46),内座圈(48) 以及在外圈和内圈之间的滚道之间排成行的滚动元件(50)。 外圈具有圆柱形外表面(56),而轴承所在的开口具有平坦的壁(14,16)。 稳定块(C)可以抵靠其圆柱形表面附接到外圈,并且该块沿着壳体开口的平坦表面放置,以防止外圈在壳体开口中转动。 传感器模块(B)位于轴承的周围,并且其包含多个传感器(110,112,114),该传感器产生反映轴承运行的条件的信号。 所监测的条件包括速度,温度和振动。

    INDUCTION HARDENED MICROALLOY STEEL HAVING ENHANCED FATIGUE STRENGTH PROPERTIES
    176.
    发明申请
    INDUCTION HARDENED MICROALLOY STEEL HAVING ENHANCED FATIGUE STRENGTH PROPERTIES 审中-公开
    具有增强疲劳强度特性的诱导硬化微晶钢

    公开(公告)号:WO1998000570A1

    公开(公告)日:1998-01-08

    申请号:PCT/US1997011386

    申请日:1997-07-01

    Abstract: Improved fatigue strength properties are achieved in an induction hardened microalloy steel useful for demanding service environments. The microalloy steel has low carbon and sulfur contents, comprising in % by weight, 0.15 % to 0.45 % C, 0.50 % to 1.60 % Mn, up to 0.20 % V, 0.001 % to 0.01 % S, balance Fe. The material is fabricated to a selected configuration, such as an engine crankshaft, for example. Selected surfaces of the fabricated article are hardened by induction heating. The article can be used directly after induction hardening or it may be tempered at low to moderate temperatures of from about 100 DEG C (200 DEG F) to 290 DEG C (550 DEG F) to achieve a desired surface hardness and compressive residual stress level. The controlled alloy chemistry and low tempering temperature provide a substantial increase in bending fatigue strength over conventional higher carbon grade steels.

    Abstract translation: 在用于苛刻的使用环境的感应淬火微合金钢中实现了改进的疲劳强度性能。 微合金钢具有低碳和硫含量,包括重量%,0.15%至0.45%C,0.50%至1.60%Mn,至多0.20%V,0.001%至0.01%S,余量为Fe。 该材料被制造成例如诸如发动机曲轴的选定构造。 制成品的选定表面通过感应加热而硬化。 该制品可以在感应淬火后直接使用,也可以在约100°C(200°F)至290°C(550°F)的低温至中等温度下回火,以获得所需的表面硬度和压缩残余应力水平 。 受控的合金化学和低回火温度与常规的较高碳钢一样,弯曲疲劳强度大大提高。

    WHEEL BEARING ARRANGEMENTS
    177.
    发明申请
    WHEEL BEARING ARRANGEMENTS 审中-公开
    车轮轴承安装

    公开(公告)号:WO1995013198A1

    公开(公告)日:1995-05-18

    申请号:PCT/GB1994002493

    申请日:1994-11-14

    Abstract: A preset and prelubricated bearing (11) suitable for use with floating rear drive axle shafts of larger automotive trucks, has inner and outer race rings (12, 13, 17) with rollers (18) located between. The bearing (11) is sealed by means of seals (34) at each end of the race rings. The outer race ring (17) has a radial flange (19) to which the inner flange (20) of a brake arrangement (21) is attached by means of bolts (23). A flange ring (22) is also attached to the radial flange (19) by the bolts (27) which provides for attachment to the wheels of the truck and to the axle shaft. The bearing (11) enables disk brakes to be used on medium and heavy duty trucks.

    Abstract translation: 适用于较大型汽车卡车的浮动后驱动车轴的预设和预润滑轴承(11)具有位于其间的辊(18)的内圈和外圈圈(12,13,17)。 轴承(11)通过密封圈(34)在赛环的每个端部被密封。 外座圈(17)具有径向凸缘(19),制动装置(21)的内凸缘(20)借助于螺栓(23)附接到该凸缘上。 凸缘环(22)也通过螺栓(27)附接到径向凸缘(19),螺栓(27)提供了连接到车辆的车轮和车轴上。 轴承(11)可使盘式制动器用于中型和重型卡车。

    WHEEL MOUNTING FOR TIRE PRESSURE ADJUSTMENT SYSTEM
    178.
    发明申请
    WHEEL MOUNTING FOR TIRE PRESSURE ADJUSTMENT SYSTEM 审中-公开
    轮胎压力调节系统车轮安装

    公开(公告)号:WO1992016384A1

    公开(公告)日:1992-10-01

    申请号:PCT/US1992001966

    申请日:1992-03-11

    CPC classification number: B60C23/003 F16C19/543 F16C41/005

    Abstract: A wheel mounting (A, B, C, D) includes a wheel (W), a hub (4), a spindle (2) and a pair of indirectly mounted tapered roller bearings (6) and (8) between the hub (4) and the spindle (2). A seal carrier (100) and an end cover plate (122) close the end of the hub (4) and form one end of a sealed chamber (128) at the end of the spindle (2). A seal (130, 136) carried by the seal cover (100) bears against a seal surface (94) which, in effect, is carried by the spindle (2) and defines the other end of the chamber (128). A first passageway (26, 60, 64, 70, 96) connects a source of pressurized air (28) remote from the bearings (6, 8), along the spindle (2) to the chamber (128). A second passageway (44, 110, 118) connects the interior of the tire (T) through the hub (4) and end ring (100) to the chamber (128). Thus, the mounting (A, B, C, D) permits the transfer of air to or from the tire (T) while the wheel (W) is rotating.

    Abstract translation: 车轮安装(A,B,C,D)包括车轮(W),轮毂(4),主轴(2)和一对间接安装的圆锥滚子轴承(6)和(8) 4)和主轴(2)。 密封托架(100)和端盖板(122)封闭轮毂(4)的端部,并在主轴(2)的端部形成密封腔室(128)的一端。 由密封盖(100)承载的密封件(130,136)抵靠密封表面(94),密封表面实际上由主轴(2)承载并限定了腔室(128)的另一端。 第一通道(26,60,64,70,96)将远离轴承(6,8)的加压空气源(28)沿主轴(2)连接到腔室(128)。 第二通道(44,110,118)将轮胎(T)的内部通过轮毂(4)和端环(100)连接到腔室(128)。 因此,安装(A,B,C,D)允许在轮(W)旋转时将空气传送到轮胎(T)或从轮胎(T)传递。

    BEARING ASSEMBLY WITH STAINLESS STEEL RACE
    179.
    发明申请

    公开(公告)号:WO2022015791A1

    公开(公告)日:2022-01-20

    申请号:PCT/US2021/041531

    申请日:2021-07-14

    Abstract: A multi-row tapered roller bearing assembly for a wind turbine gearbox includes first and second axially adjacent inner bearing races including respective raceway surface that are oppositely skewed with respect to a central rotation axis of the bearing assembly. Also provided are first and second axially adjacent outer bearing races, and respective first and second sets of tapered rolling elements supported for rolling between the respective inner and outer bearing races. Less than all the bearing races are constructed of a stainless steel.

    ROLLER BEARING WITH AXIALLY-FIXED, ROTATABLE RIB FLANGE

    公开(公告)号:WO2021188328A1

    公开(公告)日:2021-09-23

    申请号:PCT/US2021/021619

    申请日:2021-03-10

    Abstract: A bearing includes an inner ring having first and second raceways, an outer ring having a raceway, a first row of rolling elements positioned to roll on the first raceway of the inner ring and the raceway of the outer ring, and a second row of rolling elements positioned to roll on the second raceway of the inner ring and the raceway of the outer ring. A cage maintains relative spacing of the first row and the second row of rolling elements. A rib ring is positioned between the first and second raceways of the inner ring, the rib ring being rotatable relative to the inner ring and axially constrained relative to the inner ring.

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