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    • 11. 发明授权
    • Hybrid clam-shell linear bearing
    • 混合蛤壳线性轴承
    • US09212695B2
    • 2015-12-15
    • US13485070
    • 2012-05-31
    • Alison Ng
    • Alison Ng
    • F16C31/02F16C31/06F16C29/12F16C29/04F16C29/00F16C29/06F16C31/00
    • F16C29/04F16C29/007F16C29/06F16C29/0616F16C29/0683F16C29/069F16C29/126F16C31/00F16C31/02F16C31/06
    • A linear motion bearing assembly includes (a) first and second interlocking bearing blocks, each having an inner wall which together define an axial space; and (b) a load bearing assembly disposed within the axial space of the interlocking bearing blocks, said load bearing assembly including first and second joinable sleeves, and at least one first load bearing structure disposed within the joined sleeves which includes an inner surface with ball bearings, and at least one second load bearing structure disposed within the joined sleeves which includes an inner low friction surface for facilitating sliding contact with a shaft, but including no ball bearings, the inner surfaces of said first and second load bearing structures together defining an axial channel through which the shaft is disposed and linearly and/or rotatably movable therein.
    • 直线运动轴承组件包括(a)第一和第二互锁轴承块,每个具有一个限定轴向空间的内壁; 和(b)设置在所述互锁轴承座的轴向空间内的承载组件,所述承载组件包括第一和第二可连接套筒,以及设置在所述连接的套筒内的至少一个第一承载结构,所述至少一个第一承载结构包括具有球的内表面 轴承以及设置在所述连接套筒内的至少一个第二承载结构,其包括用于促进与轴滑动接触但不包括滚珠轴承的内部低摩擦表面,所述第一和第二承载结构的内表面一起限定一个 所述轴设置在所述轴向通道中,并且在其中可线性地和/或可旋转地移动。
    • 12. 发明授权
    • Clam shell linear motion bearing assembly
    • 蛤壳直线运动轴承总成
    • US08998490B2
    • 2015-04-07
    • US13814830
    • 2011-08-10
    • Alison NgRyan Thomas
    • Alison NgRyan Thomas
    • F16C29/06F16C35/00
    • F16C29/0683F16C29/004F16C29/02F16C29/0607F16C29/069F16C35/00F16C43/04F16C2226/60F16C2226/62F16C2226/70F16C2226/74Y10T29/49641
    • A linear motion bearing assembly comprising a rolling element retainer structure and an outer housing sleeve enclosing substantially all of an exposed exterior surface of said rolling element retainer structure. A bearing block effective to enclose substantially all of an exposed exterior surface of the outer housing sleeve, the bearing block including a first bearing block segment effective to enclose a first part of the outer housing sleeve; and a second bearing block segment effective to enclose a second part of the outer housing sleeve, wherein the first bearing block segment and the second bearing block segment include first elements and second elements effective to interlock with each other when the bearing block encloses the outer housing sleeve.
    • 一种直线运动轴承组件,包括滚动元件保持架结构和外壳体套筒,其包围所述滚动元件保持架结构的基本上所有暴露的外表面。 一种轴承座,其有效地包围外壳套的基本上所有暴露的外表面,所述轴承座包括有效地封闭所述外壳套的第一部分的第一轴承块段; 以及有效地封闭所述外部外壳套筒的第二部分的第二轴承块段,其中所述第一轴承块段和所述第二轴承块段包括第一元件和第二元件,当所述轴承座包围所述外壳体时,所述第一元件和第二元件有效地彼此互锁 袖。
    • 13. 发明授权
    • Linear motion bearing with plate retaining structure having a plurality of pieces
    • 具有板保持结构的直线运动轴承具有多个件
    • US08702309B2
    • 2014-04-22
    • US13810096
    • 2011-07-15
    • Alison Ng
    • Alison Ng
    • F16C29/06F16C29/04B21D53/10
    • F16C29/0607F16C29/001F16C29/0602F16C29/0676F16C29/069Y10T29/49641Y10T29/49696
    • A linear motion bearing assembly comprising a ball retainer structure having at least a portion of a plurality of open axial ball tracks formed therein. The ball tracks include an open load bearing portion, an open return portion and turnarounds interconnecting the load bearing and return portions. A plurality of bearing balls are disposed in the ball tracks. A plurality of load bearing plates are axially positioned adjacent the ball retainer structure for receiving load from the balls disposed in the load bearing portion of the ball tracks. A bearing plate to housing intermediary load structure comprises a plurality of pieces and defines at least two spaces in between the pieces. The bearing plate to housing intermediary load structure extends circumferentially around the ball retaining structure. An inner arc of the pieces have a radius of curvature corresponding to a radius of curvature of the ball retainer structure.
    • 一种直线运动轴承组件,包括具有形成在其中的多个开放轴向球轨道的至少一部分的球保持器结构。 滚珠轨道包括打开的承载部分,开放的返回部分和互连承重和返回部分的周转。 多个轴承球设置在球轨中。 多个承载板相对于球保持器结构轴向定位,用于从设置在球轨的承载部分中的球接收负载。 用于容纳中间负载结构的支承板包括多个片,并且在片之间限定至少两个空间。 承载中心负载结构的支承板围绕球保持结构周向延伸。 这些片的内弧具有对应于球保持器结构的曲率半径的曲率半径。
    • 14. 发明授权
    • Linear motion bearing segment
    • 直线运动轴承段
    • US06908228B2
    • 2005-06-21
    • US10399424
    • 2001-10-24
    • Frank DalessandroScott CarlsonAlison Ng
    • Frank DalessandroScott CarlsonAlison Ng
    • F16C29/00F16C29/06
    • F16C29/069F16C29/001F16C29/0697F16C29/123F16C2300/02
    • A linear motion bearing assembly (20) as provided for movement along a splined shaft (10). The rolling element retainer of the bearing assembly (20) is assembled from a plurality of arcuate interengageable self-contained rolling element retainer segments (22). Each of the rolling element retainer segments (22) includes at least one rolling element track (30) having a load bearing portion (34) and a return portion (36). At least one load bearing plate (44) is axially positioned in each segment and serves to receive and transmit loads from the bearing rolling elements (32) in the load bearing portion (34) of the ball tracks (30). An extended housing retainer structure encloses all of the exposed exterior surfaces of the rolling element retainer segments (22) and is configured and dimensioned to maintain the rolling element retainer segments (22) in position and to receive a load either directly or indirectly from the load bearing plates (44).
    • 一种线性运动轴承组件(20),用于沿花键轴(10)运动。 轴承组件(20)的滚动元件保持器由多个弓形可相互接合的独立滚动元件保持器段(22)组装。 每个滚动元件保持器段(22)包括至少一个具有承载部分(34)和回转部分(36)的滚动元件轨道(30)。 至少一个承载板(44)轴向地定位在每个段中,用于从滚珠轨道(30)的承载部分(34)中的轴承滚动元件(32)接收和传递载荷。 延伸的壳体保持器结构包围滚动元件保持器节段(22)的所有暴露的外表面,并且被构造和尺寸设计成将滚动元件保持器节段(22)保持在适当位置并且直接或间接从负载 承载板(44)。
    • 15. 发明授权
    • Linear motion bearing assembly
    • 直线运动轴承总成
    • US5613780A
    • 1997-03-25
    • US496759
    • 1995-06-29
    • Alison Ng
    • Alison Ng
    • F16C29/06
    • F16C29/069F16C29/0602F16C29/0616Y10T29/49641
    • A linear motion bearing assembly as provided for movement along a shaft. The ball retainer of the bearing assembly is assembled from a plurality of arcuate interengageable self-contained ball retainer segments. Preferably, the plurality of segments are all identical and can be assembled to a variety of configurations for either open-type bearing assemblies or closed-type bearing assemblies. Each of the ball retainer segments includes at least one ball track having a load bearing portion and a return portion. These segments are preferably formed of an engineering polymer and are substantially self-contained to protect the bearing balls contained therein from ambient contamination. At least one load bearing plate is axially positioned in each segment and serves to receive and transmit loads from the bearing balls in the load bearing portion of the ball tracks. The load bearing plates are preferably retained in the segments to facilitate ease of assembly and to eliminate the need for an outer housing. The segments are joined together to form the overall bearing assembly either through interlocking structure formed on each segment or by retainer clips or bands. Optionally, end seals may be positioned on the longitudinal ends to protect the bearing assembly from ambient contamination. A novel and efficient assembly process is also provided for linear motion bearing assemblies. This process includes the steps of providing a plurality of arcuate self-contained ball retainer segments, each of said segments including at least one ball track having a load bearing portion and a retainer portion; loading a plurality of bearing balls into the ball track; positioning a load bearing plate in the segment adjacent the load bearing portion of the ball track; and assembling the arcuate self-contained ball retainer segments to form a linear motion bearing assembly.
    • 沿着轴运动的直线运动轴承组件。 轴承组件的球保持器由多个弓形可相互接合的独立球保持器节段组装。 优选地,多个段都是相同的,并且可以组装成用于开式轴承组件或闭式轴承组件的各种构造。 每个球保持器节段包括至少一个具有承载部分和返回部分的球轨道。 这些段优选由工程聚合物形成,并且基本上是独立的,以保护其中包含的轴承滚珠免受环境污染。 至少一个承载板轴向地定位在每个段中,并且用于接收和传递来自滚珠轨道的承载部分中的轴承滚珠的载荷。 承载板优选地保持在段中以便于组装的容易性,并且消除对外壳的需要。 这些节段通过形成在每个节段上的互锁结构或通过固定夹或带固定在一起以形成整体轴承组件。 可选地,端部密封件可以定位在纵向端部上,以保护轴承组件免受环境污染。 还为直线运动轴承组件提供了一种新颖有效的组装过程。 该过程包括提供多个弓形独立球保持器节段的步骤,每个所述节段包括至少一个具有承载部分和保持器部分的球轨道; 将多个轴承滚珠加载到滚珠轨道中; 将承载板定位在邻近球轨承载部分的段中; 以及组装弓形独立球保持器节段以形成直线运动轴承组件。
    • 16. 发明授权
    • Linear motion bearing system with self-aligning rail
    • 具有自调心导轨的直线运动轴承系统
    • US09217466B2
    • 2015-12-22
    • US13812608
    • 2011-07-27
    • Alison Ng
    • Alison Ng
    • F16C29/04F16C23/06F16C43/04F16C29/06F16C19/54
    • F16C29/0685F16C19/54F16C23/06F16C43/04Y10T29/49696
    • A linear motion bearing system comprising a rolling element retainer structure having at least a portion of a plurality of open axial rolling element tracks formed therein. The rolling element tracks including an open load-bearing portion, an open return portion and turnarounds interconnecting the load bearing and return portions. A plurality of bearing rolling elements are disposed in the rolling element tracks. A plurality of load bearing outer races are axially positioned adjacent the rolling element retainer structure for receiving load from the rolling elements disposed in the load-bearing portion of the rolling element tracks. An outer housing sleeve is effective to hold the rolling element retainer structure. A rail is effective to mate with the rolling element retainer structure, the rail including at least one recess sized and shaped so as to be mateable with at least one of the bearing rolling elements.
    • 一种直线运动轴承系统,包括具有形成在其中的多个开放轴向滚动元件轨道的至少一部分的滚动元件保持架结构。 滚动体轨道包括打开的承载部分,打开的返回部分以及使承载和返回部分相互连接的周转。 多个轴承滚动元件设置在滚动元件轨道中。 多个承载外圈相对于滚动元件保持架结构轴向定位,用于从设置在滚动元件轨道的承载部分中的滚动元件接收负载。 外壳套有效地保持滚动体保持架结构。 轨道有效地与滚动元件保持架结构配合,轨道包括至少一个尺寸和形状的凹槽,以便与至少一个轴承滚动元件配合。
    • 18. 发明授权
    • Linear motion bearing assembly
    • 直线运动轴承总成
    • US5558442A
    • 1996-09-24
    • US582043
    • 1996-01-02
    • Alison Ng
    • Alison Ng
    • F16C29/00F16C29/06
    • F16C29/069F16C29/001F16C29/0676
    • A linear motion bearing assembly is provided and includes ball retainer structure, outer housing sleeves, a plurality of load bearing plates and plate retainer structure. The ball retainer structure of the bearing assembly can be either monolithically formed or, alternatively, assembled from multiple elements. At least a portion of axial ball tracks are formed in the outer radial faces of the ball retainer structure with each ball track having a load bearing portion providing access to a support shaft or spline. An outer housing including a pair of sleeves are provided to encompass and protect the ball retainer structure and the bearing balls contained therein. These sleeves are preferably formed of an engineering plastic. A plurality of load bearing plates, preferably of the self-aligning type, are positioned within the outer housing and serve to receive and transmit loads from the bearing balls in the load bearing portion of the ball tracks. Separate plate retainer structure is configured and positioned to directly receive and transmit loads from the load bearing plates to a carriage into which the bearing assembly is mounted. This plate retainer structure may be extended longitudinally to substantially enclose the exterior surface of the ball retainer structure. In this configuration, no separate outer housing structure is needed.
    • 提供了直线运动轴承组件,包括球保持器结构,外壳套管,多个承载板和板保持器结构。 轴承组件的球保持器结构可以单片地形成,或者可选地由多个元件组装。 至少一部分轴向滚珠轨道形成在球保持器结构的外径向表面中,每个滚珠轨道具有提供进入支撑轴或花键的载荷部分。 提供包括一对套筒的外壳,以包围和保护球保持器结构和其中所包含的轴承球。 这些套筒最好由工程塑料制成。 优选地具有自对准型的多个承载板被定位在外壳内并且用于从球轨的承载部分中的轴承滚珠接收和传递载荷。 单独的板保持器结构被构造和定位成直接地将载荷从载荷承载板传递到承载组件安装到其中的托架上。 该板保持器结构可以纵向延伸以基本上包围球保持器结构的外表面。 在该构造中,不需要单独的外壳结构。
    • 19. 发明授权
    • Linear motion bearing assembly
    • 直线运动轴承总成
    • US5346313A
    • 1994-09-13
    • US94514
    • 1993-07-20
    • Alison Ng
    • Alison Ng
    • F16C29/06
    • F16C29/0676F16C29/069
    • A linear motion bearing assembly is provided and includes ball retainer structure, outer housing sleeves, a plurality of load bearing plates and plate retainer structure. The ball retainer structure of the bearing assembly can be either monolithically formed or, alternatively, assembled from multiple elements. At least a portion of axial ball tracks are formed in the outer radial faces of the ball retainer structure with each ball track having a load bearing portion providing access to a support shaft or spline. An outer housing including a pair of sleeves are provided to encompass and protect the ball retainer structure and the bearing balls contained therein. These sleeves are preferably formed of an engineering plastic. A plurality of load bearing plates, preferably of the self-aligning type, are positioned within the outer housing and serve to receive and transmit loads from the bearing balls in the load bearing portion of the ball tracks. Separate plate retainer structure is configured and positioned to directly receive and transmit loads from the load bearing plates to a carriage into which the bearing assembly is mounted.
    • 提供了直线运动轴承组件,包括球保持器结构,外壳套管,多个承载板和板保持器结构。 轴承组件的球保持器结构可以单片地形成,或者可选地由多个元件组装。 至少一部分轴向滚珠轨道形成在球保持器结构的外径向表面中,每个滚珠轨道具有提供进入支撑轴或花键的载荷部分。 提供包括一对套筒的外壳,以包围和保护球保持器结构和其中所包含的轴承球。 这些套筒最好由工程塑料制成。 优选地具有自对准型的多个承载板被定位在外壳内并且用于从球轨的承载部分中的轴承滚珠接收和传递载荷。 单独的板保持器结构被构造和定位成直接地将载荷从载荷承载板传递到承载组件安装到其中的托架上。
    • 20. 发明授权
    • Linear motion ball bearing
    • 直线运动球轴承
    • US5046862A
    • 1991-09-10
    • US440973
    • 1989-11-22
    • Alison Ng
    • Alison Ng
    • F16C29/06
    • F16C29/0688
    • A linear motion ball bearing is disclosed for providing relative linear motion in combination with a shaft. A housing has an axially elongated opening therethrough and an axially elongated generally tubular shaped ball retainer is positioned within the housing opening and defines a plurality of endless ball loops therein extending generally in the axial direction of the retainer. The retainer has a radially inner surface and a radially outer surface and the ball loops are spaced generally circumferentially about the retainer. Each loop contains a plurality of balls and has a first ball duct for a row of loaded balls and a second ball duct for a row of unloaded balls. Each first ball duct is open through the radially inner and radially outer surfaces of the cage, and each ball loop is arranged with the first ball duct next adjacent the first ball duct in the adjacent ball loop along one axially extending side and the second ball duct therein adjacent the second ball duct in the next adjacent ball loop along the other axially extending side. The housing defines a land opposite each pair of adjacent first ball ducts and extending radially inward, each land extending sufficiently radially inward and being of sufficient circumferential dimension to support the loaded balls of adjacent pairs of the first ball ducts and having a contoured relatively smooth surface for accommodating the loaded balls positioned within the corresponding opposed pair of respective first ball ducts of respectively adjacent ball loops. A uniquely shaped complex ball support surface connects each pair of ball ducts while maintaining constant floor to ceiling height about the balls to provide smooth, quiet operation of the bearing so as to combine with the uniform loaded ball arrangement to provide a unique bearing having improved load life performance and substantially quiet characteristics, while simplifying the manufacturing procedures.