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    • 91. 发明申请
    • HYBRID BEARING
    • 混合轴承
    • WO01053711A1
    • 2001-07-26
    • PCT/US2001/001073
    • 2001-01-12
    • F04C2/344F04C14/18F04C14/22F04C15/00F16C32/06F16C33/10
    • F16C33/1075F16C32/06
    • A bearing for supporting a rotating shaft receiving a transverse load, wherein the bearing supports the shaft along a load line and wherein the bearing is closest to the rotating shaft at a running line. The bearing includes a circumferential inner surface, and a lubricant bay defined in the inner surface. The lubricant bay is axially and circumferentially offset from the load line such that a resulting pressure pad of lubricant within the bay provides a hydrostatic force that forces the running line to a location substantially perpendicular to the load line. Load capabilities of a bearing according to the present disclosure, therefore, are substantially insensitive to shaft bending and do not deteriorate in response to the shaft bending.
    • 用于支撑承受横向载荷的旋转轴的轴承,其中所述轴承沿着负载线支撑所述轴,并且其中所述轴承在运行线处最靠近所述旋转轴。 轴承包括周向内表面和限定在内表面中的润滑剂槽。 润滑剂隔间在轴向和周向地偏离负载线,使得在隔间内形成的润滑剂压力垫提供了静水力,其将行进线强制到基本上垂直于负载线的位置。 因此,根据本公开的轴承的负载能力对轴弯曲基本上不敏感,并且不会随着轴弯曲而劣化。
    • 92. 发明申请
    • METHOD FOR PROVIDING A ROLL FOR A PAPER MACHINE WITH SLIDING BEARINGS AND A ROLL FOR A PAPER MACHINE WITH SLIDING BEARINGS
    • 用于具有滑动轴承的纸机的滚筒和用于具有滑动轴承的纸机的滚筒的方法
    • WO00049302A1
    • 2000-08-24
    • PCT/FI2000/000113
    • 2000-02-16
    • D21G1/02F16C13/04F16C32/06
    • F16C13/04D21G1/022D21G1/0226
    • The invention relates to a method for providing a roll (1) for a paper machine with sliding bearings, the roll comprising a stationary roll axle (3) and a tubular roll mantle (2) arranged to revolve around it. In the method, the roll mantle (2) is supported on the roll axle (3) by means of hydraulic sliding bearing members (4a, 4b, 5a, 5b; 25, 28; 40a, 40b) which are arranged to accomplish radial fitting with bearings of the roll mantle in the loading direction and in the lateral direction with respect to it, and the axial fitting with bearings of the roll mantle. The sliding bearing members are loaded by means of a hydraulic medium, the feed of which to the sliding bearing members is controlled by means of control valves (6; 30; 40). In the method relating to the invention, when loading (F) is applied to the sliding bearing member (4a, 4b) effective in the loading direction, the loading force applied to the sliding bearing member (4a, 4b) subject to an external load due to the loading is compensated for automatically, essentially immediately, without an external control instruction, by means of the movement of the control valve (6) stem (60) of the sliding bearing member (4a, 4b) subject to loading, the said control valve (6) bringing about a rapid increase in the pressure of the hydraulic medium in the sliding bearing member (4a, 4b) subject to the external load, at the same time as the pressure of the medium supplied to the sliding bearing member (5a, 5b) located radially on the opposite side of the roll axle (3) in the loading direction is adjusted to a certain minimum value, whereby the bearings of the roll mantle are rendered so as to be essentially without stroke. The invention also relates to a roll for a paper machine which is provided with sliding bearings.
    • 本发明涉及一种提供用于具有滑动轴承的造纸机的辊(1)的方法,所述辊包括固定辊轴(3)和布置成绕其旋转的管状辊罩(2)。 在该方法中,辊套(2)通过液压滑动轴承部件(4a,4b,5a,5b; 25,28; 40a,40b)支撑在辊轴(3)上, 其中辊套的轴承在装载方向和相对于其的横向方向上,以及与辊套的轴承的轴向配合。 滑动轴承构件通过液压介质装载,通过控制阀(6; 30; 40)控制滑动轴承构件的供给到滑动轴承构件。 在与本发明有关的方法中,当将负载(F)施加到在加载方向上有效的滑动轴承部件(4a,4b)时,施加到受外部负载的滑动轴承部件(4a,4b)的加载力 由于负载被自动补偿,基本上立即由外部控制指令补偿,借助于被加载的滑动轴承构件(4a,4b)的控制阀(6)杆(60)的运动,所述 控制阀(6)在供给到滑动轴承部件的介质的压力的同时使外部负载的滑动轴承部件(4a,4b)中的液压介质的压力快速增加( 将径向位于辊轴(3)的相反侧的加载方向的位置5a,5b调节到一定的最小值,由此使辊罩的轴承基本上不具有行程。 本发明还涉及一种具有滑动轴承的造纸机辊。
    • 93. 发明申请
    • FLUID THRUST BEARING - INDICATOR WITH AN ASSEMBLING
    • 流体轴承 - 装配指示器
    • WO00023719A1
    • 2000-04-27
    • PCT/US1999/024448
    • 1999-10-18
    • F16C17/04G01D11/02G01D11/12G01R1/10G01R7/06F16C43/00F16C32/06G01R3/00
    • G01D11/12F16C17/04G01D11/02G01R1/10G01R7/06Y10T29/49639Y10T29/49645
    • Fluid thrust bearing containing moving magnet indicating instrument (10) includes a bobbin (12) and transparent lens (14) through which pointer (16) and dial (18) can be viewed. Pointer (16) is mounted to end of shaft (20) having axis of revolution (28) and attached to rotor (30) in bore (34). The rotor (30) is disposed in close-fitting walled cavity (26) so as to define a small substantially air excluded damping fluid filled gap (32) therebetween. Shown near detail arrows (1A) are excess fluid containing reservoir (33) formed by raised torroidal ridges (36, 38). Indicator (10) contains two pairs of field coils (22.1, 22.2, 24.1, 24.2). Adhesion and cohesion help maintain the rotor (30) in cavity (26). The substantial air exclusion helps prevent rotor (30) from moving axially out of cavity (26). A method of assembling to create such conditions therein is also set forth.
    • 含有移动磁铁指示仪器(10)的流体止推轴承包括可以看到指针(16)和拨盘(18)的线轴(12)和透明透镜(14)。 指针(16)安装到具有旋转轴线(28)并且连接到孔(34)中的转子(30)的轴(20)的端部。 转子(30)设置在紧密配合的壁腔(26)中,以便在它们之间限定一个小的基本空气排除的阻尼流体填充间隙(32)。 附图中详细示出的箭头(1A)是由凸起的环形脊(36,38)形成的多余的含有液体的容器(33)。 指示器(10)包含两对励磁线圈(22.1,22.2,24.1,24.2)。 粘附和内聚有助于将转子(30)保持在空腔(26)中。 大量空气排除有助于防止转子(30)轴向移出空腔(26)。 还提出了一种在其中形成这种条件的组装方法。
    • 94. 发明申请
    • LINEAR MOTION BEARING ASSEMBLY
    • 线性运动轴承总成
    • WO00003149A1
    • 2000-01-20
    • PCT/US1999/015520
    • 1999-07-09
    • F16C29/00F16C29/02F16C29/06F16C32/06
    • F16C29/0647F16C29/005F16C29/007F16C29/025F16C29/0604F16C29/065F16C32/064
    • A linear motion bearing assembly includes a carriage (12) having a bearing track (14, 16), a fluid inlet port and a fluid supply passage interconnecting the fluid inlet port (40) and the bearing track (14, 16). The bearing track (14, 16) has a load bearing portion (22), a return portion (24) and a pair of turnarounds (26) interconnecting the load bearing portion (22) and the return portion (24). The carriage (12) is supported for linear movement on a rail (20). A plurality of rolling elements (18) are positioned in the bearing track (14, 16) and a pressurized hydrostatic fluid supply is connected to the fluid inlet port (40) for supplying hydrostatic fluid under pressure to the bearing track (14, 16).
    • 直线运动轴承组件包括具有轴承轨道(14,16)的滑架(12),与流体入口(40)和轴承轨道(14,16)相互连接的流体入口和流体供应通道。 轴承轨道(14,16)具有承载部分(22),返回部分(24)和互连承载部分(22)和返回部分(24)的一对转向(26)。 托架(12)支撑在轨道(20)上线性运动。 多个滚动元件(18)定位在轴承轨道(14,16)中,并且加压静液流体供应源连接到流体入口(40),用于将压力下的流体静力流体供应到轴承轨道(14,16) 。
    • 95. 发明申请
    • STATIC PRESSURE GAS BEARING, STAGE DEVICE USING IT, AND OPTICAL DEVICE USING IT
    • 静态气体轴承,使用它的阶段设备和使用它的光学设备
    • WO99066221A1
    • 1999-12-23
    • PCT/JP1999/003077
    • 1999-06-09
    • F16C29/02F16C32/06H01J37/20H01L21/68H01L21/683
    • H01L21/6838F16C29/025F16C32/06F16C32/0603F16C33/748F16C2300/62H01J37/20H01L21/68
    • A static pressure gas bearing, stage device, and optical device, in which a gas layer is provided between relatively movable two members (fixed part and movable part) and maintained at a specified distance; specifically, a static pressure gas bearing, a stage device, and an optical device capable of reducing the size of devices and easily laying out piping, wherein the static pressure gas bearing comprises a fixed part (4) and a movable part (3) installed movably along the fixed part (4) and a space between the fixed part (4) and the movable part (3) is maintained at a specified distance by the gas layer between the fixed part (4) and the movable part (3), the movable part (3) comprises bearing pads (3a) to feed gas into the gas layer between the movable part (3) and the fixed part (4) and discharge grooves (3c) to discharge gas fed by the bearing pads (3a), and the fixed part (4) comprises discharge ports (4a) provided at positions opposite to the discharge grooves (3c).
    • 一种静压气体轴承,平台装置和光学装置,其中气体层设置在相对移动的两个构件(固定部分和可动部分)之间并保持在特定距离处; 具体地,静压气体轴承,平台装置和能够减小装置尺寸并容易铺设管道的光学装置,其中静压气体轴承包括固定部分(4)和可移动部分(3) 可移动地沿固定部分(4)移动,并且固定部分(4)和可移动部分(3)之间的空间通过固定部分(4)和可移动部分(3)之间的气体层保持在特定的距离, 可移动部分(3)包括用于将气体输送到可移动部分(3)和固定部分(4)之间的气体层中的轴瓦(3a)和排放槽(3c)以排放由轴承瓦片(3a)供给的气体, 并且固定部分(4)包括设置在与排出槽(3c)相对的位置处的排出口(4a)。
    • 98. 发明申请
    • REGULATOR FOR ADJUSTING THE FLUID FLOW IN A HYDROSTATIC OR AEROSTATIC DEVICE
    • 调节器控制静水或AERO静电装置流体流动的
    • WO99011943A1
    • 1999-03-11
    • PCT/EP1998/005080
    • 1998-08-11
    • F16H25/24F16C29/02F16C32/06G05D7/01
    • F16C32/0648F16C29/025G05D7/0113Y10T137/7788Y10T137/7791
    • The invention relates to a regulator for adjusting the medium flow from a medium supply to at least one hydrostatic or aerostatic pocket of a bearing arrangement, a threaded spindle nut or a guide. Said regulator comprises a housing and pressure chambers which are separated by a control element that can be displaced by the force of a spring element. A first pressure chamber is subjected to a first pressure level (p1) and is directly connected to the medium supply. A second pressure chamber is subjected to a second, lower pressure level (p2) and is connected to the medium supply via a first medium resistance element. A third pressure chamber is subjected to a third pressure level (p3) which corresponds to the hydrostatic or aerostatic pocket, said third chamber being connected to the hydrostatic or aerostatic pocket. The regulator (1) is characterized in that the housing (7) has a support surface (19) comprising a passage orifice (30; 46) for the medium flow. When the regulator (1) is mounted, it rests on a counter surface (23; 23') located on the bearing arrangement, the threaded spindle nut or the guide so that a direct medium communication (3; 3') between the regulator (1) and the pocket and/or the medium supply is achieved.
    • 有由媒体供给媒体流用于控制轴承的至少一个液压静力或者空气静力学口袋的控制器,丝杠螺母或导向的,具有调节器壳体和由可移动的抵抗弹簧元件控制压力室的力分离,用第一压力水平,其中一个 (P1)采取行动第一压力室直接与介质供应,一个具有较低的第二压力水平(P2)撞击经由到介质供给和第三压力室,将其进行第三压力水平(P3)的第一流动阻力第二压力室,在所描述的 流体静力或者空气静力学口袋对应,连接到静液压或者空气静力学的口袋。 所述控制器(1)的特征在于,所述调节器壳体(7)的通道开口(30; 46),用于所述媒体流的广泛接触表面(19),在该在组装状态下的把手(1)上的轴承中的一个,螺纹轴螺母 或引导相关联的反表面(23; 23“),使得直接媒体连接(3; 3”设置所述控制器(1)和口袋,和/或媒体源之间)。
    • 99. 发明申请
    • AXIAL VIBRATION DAMPING ARRANGEMENT
    • 轴向振动阻尼装置
    • WO1996010133A1
    • 1996-04-04
    • PCT/GB1995002174
    • 1995-09-15
    • GLACIER RPB INC.T & N PLC
    • GLACIER RPB INC.T & N PLCSWANN, Michael, K.SHULTZ, Richard, R.
    • F16C32/06
    • F16C37/002F16C32/0648F16C32/0659F16C32/0692
    • A damping arrangement for axial vibrations in a turbomachine shaft (10) comprises at least one circumferentially extending annular damping chambers (34 and 35) open towards a shaft thrust face (19A and 19B) of radially extending collar (20) and to which gas is supplied alternately by gas flow controllers (42A and 42B). Each controller contains fluidic devices switched by sensing pressures in radially displaced pressure sensing chambers (51, 53), or even the same chambers, as such pressures are modulated by the variations in shaft and collar position, to divert the gas from source (40). The diversion of gas flow is arranged to cause pressure fluctuations, which exert axial thrust on the thrust faces, advanced in phase to approach of the shaft so as to damp the vibration. The fluidic devices may be implemented by flow amplifiers (47A, 47B) or fluid logic flip flop (61) (Figure 2) and may be multistage devices to increase gain, all of which may be formed without moving parts and embedded in the housing. Flow diversion may be effected by other forms of sensing, such as leakage from a nozzle facing the shaft. The arrangement may be combined with, or serve as, a gas seal or be part of a bearing arrangement.
    • 涡轮机械轴(10)中的用于轴向振动的阻尼装置包括至少一个周向延伸的环形阻尼室(34和35),朝向径向延伸的套环(20)的轴推动面(19A和19B)敞开, 由气流控制器(42A和42B)交替供应。 每个控制器包含通过感测径向位移的压力感测室(51,53)中的压力而切换的流体装置,或者甚至相同的室,由于这些压力由轴和套环位置的变化调制,以使来自源(40)的气体转向 。 气流的分流布置成引起压力波动,其在推力面上施加轴向推力,相位前进到轴接近以便阻尼振动。 流体装置可以由流量放大器(47A,47B)或流体逻辑触发器(61)(图2)来实现,并且可以是多级装置来增加增益,所有这些装置可以在没有移动部件并且嵌入壳体中的情况下形成。 流动分流可以通过其它形式的感测来实现,例如从面向轴的喷嘴泄漏。 该装置可以与气体密封件组合或用作气体密封件,或者是轴承装置的一部分。