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    • 1. 发明授权
    • Electromagnetically actuated viscous clutch
    • 电磁致动粘性离合器
    • US07854307B2
    • 2010-12-21
    • US11989401
    • 2006-07-28
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D35/02
    • F16D35/024
    • A valve assembly (106) for an electromagnetically actuated viscous clutch (100) includes a cover plate (140) defining a seating portion configured to selectively cover an opening (138) from a reservoir (112), a flexible mounting plate (142), and an armature (144) that is movable in response to applied magnetic flux to move the cover plate (140) relative to the opening (138) from the reservoir (112). The armature (144) includes a base portion (146) connected to the cover plate (140) and the mounting plate (142), and a finger (148) extending from the base portion (146). The finger (148) and the base portion (146) define a path for conducting magnetic flux.
    • 一种用于电磁致动的粘性离合器(100)的阀组件(106)包括一个盖板(140),该盖板(140)限定了一个配置成有选择地从一个储存器(112)上覆盖开口(138)的安置部分,一个柔性安装板(142) 以及电枢(144),其可响应于所施加的磁通量而运动,以使所述盖板(140)相对于所述开口(138)从所述储存器(112)移动。 电枢(144)包括连接到盖板(140)和安装板(142)的基部(146)和从基部(146)延伸的手指(148)。 手指(148)和基部(146)限定用于传导磁通的路径。
    • 2. 发明授权
    • Rotational control apparatus
    • 旋转控制装置
    • US5586635A
    • 1996-12-24
    • US414279
    • 1995-03-31
    • Chris NelsonDavid R. HennessyJames P. LeClaire
    • Chris NelsonDavid R. HennessyJames P. LeClaire
    • F16D25/08F16D25/12F16D25/06
    • F16D25/123F16D25/08
    • A rotational control apparatus (A) having a rotatable input (26 or 180) and output (26 or 180) with respective interface discs (106, 180). Three sets of two diametrically opposed pistons (64 and 66, 68 and 70, 72 and 74) are controllable to rotatably relate the interface discs (106, 180). The piston sets (64 and 66, 68 and 70, 72 and 74) include piston heads (76) with dissimilar diameters such that each of the sets of pistons (64 and 66, 68 and 70, 72 and 74) may apply a dissimilar torque for a given amount of air pressure. Each of the piston sets (64 and 66, 68 and 70, 72 and 74) may be actuated independently or in combination with each of the other sets of pistons (64 and 66, 68 and 70, 72 and 74) such that the interface discs (106, 180) may be rotatably related to each other with varying degrees of torque. The rotational control apparatus (A) also includes a unique interface disc (106) with a frustoconical annular projection (136) for drawing relatively hot air away from the hub (26) near the interface disc (106) and out of the apparatus (A). The rotational control apparatus (A) further includes a unique set of axially extending channels (38, 60, 111) for the conveyance of air for cooling the interface discs (106, 180) from a location remote from the interface discs (106, 180). Blades (152) on interface disc (106) draw relatively cool air through the channels (38, 60, 111) to the hub (26) near the interface disc (106).
    • 旋转控制装置(A)具有可旋转的输入(26或180)以及具有相应接口盘(106,180)的输出(26或180)。 三组两个直径相对的活塞(64和66,68和70,72和74)是可控制的,以可旋转地联接接口盘(106,180)。 活塞组件(64和66,68和70,72和74)包括具有不同直径的活塞头(76),使得每组活塞(64和66,68和70,72和74)可以施加不同的 给定空气压力的扭矩。 每个活塞组(64和66,68和70,72和74)可以独立地或与其它活塞组(64和66,68和70,72和74)中的每一个组合地致动,使得界面 盘(106,180)可以以不同的扭矩相互可旋转地相关联。 旋转控制装置(A)还包括具有截头圆锥形环形突起(136)的独特的界面盘(106),用于将接近盘(106)附近的轮毂(26)的相对热空气从设备(A) )。 旋转控制装置(A)还包括一组独特的轴向延伸的通道(38,60,111),用于输送空气以从远离接口盘(106,180)的位置冷却接口盘(106,180) )。 接口盘(106)上的叶片(152)将较冷的空气通过通道(38,60,111)吸附到接口盘(106)附近的轮毂(26)。
    • 3. 发明授权
    • Rotary fluid displacement apparatus
    • 旋转流体置换装置
    • US5405254A
    • 1995-04-11
    • US288476
    • 1994-08-10
    • David R. HennessyJames P. LeClaire
    • David R. HennessyJames P. LeClaire
    • F01C1/10F01C11/00F01C20/14F01C20/20F01C21/02F01C21/08F01C21/10F01C21/18
    • F01C21/18F01C1/104
    • A rotary fluid displacement apparatus (100) with an orbiting toothed ring member (30) is shown with an improved casing (60) and rolling support between the faces of the valve discs (46, 47) and the first and second fluid transfer elements (21, 35). Particularly, needle bearings (106, 112) are sandwiched between thrust washers (108,114) and then between the valve discs (46, 47) and the fluid transfer elements (21, 35), with one of the needle bearings (106) being piloted in an annular groove (110) formed in the annular plate (23) of the first fluid transfer element (21) and the other of the needle bearings (112) being piloted on the hub (35') of the second fluid transfer element (35). The casing (60) includes two pieces, i.e. a generally cylindrical portion (62) and an end cap (64). The portion (62) includes four cavities (70, 72, 74, 76), with the hub (35') of the second fluid transfer element (35) being in a sliding rotatable, and sealing relation with the axially inner cavity (76) and the end cap (64) being in sliding and sealing relation with the axially outer cavity (70). The end cap (64) includes a cavity (90) for slideably, rotatably, and sealing receipt of the hub (24) of the first fluid transfer element (21). Fluid communication is allowed axially through the end cap (64) by an axially extending fluid conduit (94) intersecting with the cavity (90) of the end cap (64) and by an axially extending fluid port (98) which intersects with first and second axially extending fluid bores (82, 96) formed in the generally cylindrical portion (62) and the end cap (64) which in turn intersects with a radially extending fluid conduit (80) terminating in the axially inner cavity (76).
    • 示出了具有旋转齿形环构件(30)的旋转流体位移设备(100),其具有改进的壳体(60)和在阀盘(46,47)的表面与第一和第二流体传递元件( 21,35)。 特别地,滚针轴承(106,112)被夹在止推垫圈(108,114)之间,然后夹在阀盘(46,47)和流体传送元件(21,35)之间,其中一个滚针轴承(106)被引导 在形成在第一流体传递元件(21)的环形板(23)中的环形槽(110)中,并且另一个滚针轴承(112)被引导在第二流体转移元件的毂(35')上 35)。 壳体(60)包括两个部件,即大致圆柱形部分(62)和端盖(64)。 所述部分(62)包括四个空腔(70,72,74,76),其中所述第二流体传递元件(35)的轮毂(35')与所述轴向内腔(76)处于滑动转动和密封关系 )和端盖(64)与轴向外腔(70)处于滑动和密封关系。 端盖(64)包括用于可滑动地,可旋转地和密封地容纳第一流体转移元件(21)的毂(24)的空腔(90)。 允许流体连通通过与端盖(64)的空腔(90)相交的轴向延伸的流体导管(94)轴向延伸穿过端盖(64),并通过轴向延伸的流体端口(98)轴向延伸,其与第一和 第二轴向延伸的流体孔(82,96)形成在大体上圆柱形部分(62)和端盖(64)中,所述端盖(64)又与终止于轴向内腔(76)的径向延伸的流体导管(80)相交。
    • 4. 发明授权
    • Force balanced hydraulic spool valve
    • 力平衡液压滑阀
    • US4941508A
    • 1990-07-17
    • US458105
    • 1989-12-28
    • David R. HennessyDennis H. Wenker
    • David R. HennessyDennis H. Wenker
    • F16K11/07
    • F16K11/0708Y10T137/8671Y10T137/86734Y10T137/87185
    • A hydraulic spool valve assembly includes a pair of lands spaced apart by a groove, one land comprising a piston face, an adjacent land comprising a hydraulic flow notch, wherein the piston face includes a pair of concentric radially concave concentric. The boundary between the two concave annuli defines a convex split point annulus. The notch is oriented so as to establish a hydraulic fluid flow adapted to impact the split point annulus so as to create inversely directed radial flows across the respective concave annuli. A reverse flow component is thereby established across the groove and back toward the notch to lessen the impact of the force of the hydraulic stream against the split point annulus.
    • 液压滑阀组件包括由凹槽隔开的一对凸台,一个凸台包括活塞面,相邻的凸台包括液压流动切口,其中活塞面包括一对同心径向凹入的同心圆。 两个凹环之间的边界限定了一个凸分裂点环。 凹口被定向以便建立适于冲击分裂点环的液压流体流,以便产生横过相应的凹环的反向的径向流动。 因此,跨越凹槽建立反向流动分量并且朝向凹口返回,以减小液压流对分裂点环的力的影响。
    • 5. 发明授权
    • Viscous clutch
    • 粘性离合器
    • US07946400B2
    • 2011-05-24
    • US11989463
    • 2006-07-28
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D35/02
    • F16D35/024
    • A viscous clutch assembly (100) includes a rotor (104), a selectively rotatable member (102) surrounding the rotor and defining a working chamber (114) therebetween, a first opening (126A) defined through the rotor (104) between front and rear sides of the rotor (104) and in fluid communication with the working chamber (114) at both the front and rear sides of the rotor (104), a reservoir (112) supported by the rotor (104) and having a second opening (138), a valve assembly (106) supported by the rotor (106) having a cover plate (140) for selectively covering the second opening (138), and a channel (128,130) defined in the rotor (104) between the first opening (126A) and an area adjacent to the second opening (138). The channel (128,130) is in fluid communication with the first opening (126A).
    • 粘性离合器组件(100)包括转子(104),围绕转子并在其间限定工作室(114)的可选择性地旋转的构件(102),通过转子(104)限定在第一和第 转子(104)的后侧并且在转子(104)的前侧和后侧处与工作室(114)流体连通,由转子(104)支撑并具有第二开口 (138),由所述转子(106)支撑的阀组件(106)具有用于选择性地覆盖所述第二开口(138)的盖板(140)和限定在所述第一开口(138)中的所述转子(104)中的通道(128,130) 开口(126A)和与第二开口(138)相邻的区域。 通道(128,130)与第一开口(126A)流体连通。
    • 6. 发明授权
    • Viscous clutch
    • 粘性离合器
    • US07938240B2
    • 2011-05-10
    • US11989495
    • 2006-07-28
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D35/02
    • F16D35/024
    • A viscous clutch assembly (100) includes a rotational input structure (110), a rotor (104) attached to the rotational input structure (110), a selectively rotatable member (102) surrounding the rotor (104) and rotatably supported by the rotational input structure (110), an electromagnetic coil (108) positioned relative to a driven side of the rotor (104), a valve assembly (106) supported by the rotor (104), and a magnetic flux circuit for controlling the valve assembly (106) with magnetic flux generated by the electromagnetic coil (108). The valve assembly (106) includes a cover plate (140) for regulating flow of a shear fluid. The rotational input structure (110) comprises a material capable of conducting magnetic flux. The magnetic flux circuit is configured to include no more than four air gaps (G1-G4).
    • 粘性离合器组件(100)包括旋转输入结构(110),附接到旋转输入结构(110)的转子(104),围绕转子(104)并由旋转 输入结构(110),相对于转子(104)的从动侧定位的电磁线圈(108),由转子(104)支撑的阀组件(106)和用于控制阀组件 106),其具有由电磁线圈(108)产生的磁通量。 阀组件(106)包括用于调节剪切流体流动的盖板(140)。 旋转输入结构(110)包括能够传导磁通量的材料。 磁通电路被配置为包括不多于四个气隙(G1-G4)。
    • 7. 发明申请
    • Viscous Clutch
    • 粘性离合器
    • US20090101463A1
    • 2009-04-23
    • US11989463
    • 2006-07-28
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D35/02
    • F16D35/024
    • A viscous clutch assembly (100) includes a rotor (104), a selectively rotatable member (102) surrounding the rotor and defining a working chamber (114) therebetween, a first opening (126A) defined through the rotor (104) between front and rear sides of the rotor (104) and in fluid communication with the working chamber (114) at both the front and rear sides of the rotor (104), a reservoir (112) supported by the rotor (104) and having a second opening (138), a valve assembly (106) supported by the rotor (106) having a cover plate (140) for selectively covering the second opening (138), and a channel (128,130) defined in the rotor (104) between the first opening (126A) and an area adjacent to the second opening (138). The channel (128,130) is in fluid communication with the first opening (126A).
    • 粘性离合器组件(100)包括转子(104),围绕转子并在其间限定工作室(114)的可选择性地旋转的构件(102),通过转子(104)限定在第一和第 转子(104)的后侧并且在转子(104)的前侧和后侧处与工作室(114)流体连通,由转子(104)支撑并具有第二开口 (138),由所述转子(106)支撑的阀组件(106)具有用于选择性地覆盖所述第二开口(138)的盖板(140)和限定在所述第一开口(138)中的所述转子(104)中的通道(128,130) 开口(126A)和与第二开口(138)相邻的区域。 通道(128,130)与第一开口(126A)流体连通。
    • 8. 发明授权
    • Viscous clutch with eddy current reduction
    • 粘性离合器,涡流减少
    • US08100241B2
    • 2012-01-24
    • US13106241
    • 2011-05-12
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D35/02
    • F16D35/024
    • An electromagnetically actuated viscous clutch assembly includes a rotor arranged relative to an axis of rotation, an electromagnetic coil for generating magnetic flux, a housing positioned adjacent to the rotor to create a fluid working chamber therebetween with the housing and the rotor being selectively rotatable relative to one another, an insert extending through the housing and configured to conduct magnetic flux from the electromagnetic coil along a flux path, a valve assembly electromagnetically linked to the insert along the flux path for selectively controlling fluid flow into the working chamber to selectively engage the rotor and the housing, and a plurality of recesses defined in a portion of the housing located at an interior of the flux path to reduce eddy currents.
    • 电磁致动的粘性离合器组件包括相对于旋转轴线布置的转子,用于产生磁通量的电磁线圈,与转子相邻设置的壳体,以在其间形成流体工作室,壳体和转子可相对于 彼此相连,插入件延伸穿过所述壳体并且构造成沿着磁通路径从所述电磁线圈传导磁通;阀组件,其沿着磁通路径与所述插入件电磁连接,用于选择性地控制流入所述工作室的流体,以选择性地接合所述转子 和壳体,以及限定在壳体的位于通量路径内部的部分中的多个凹部,以减少涡流。
    • 9. 发明申请
    • VISCOUS CLUTCH WITH EDDY CURRENT REDUCTION
    • VISCOUS离合器具有EDDY电流减少
    • US20110209962A1
    • 2011-09-01
    • US13106241
    • 2011-05-12
    • David R. HennessyBastian Brand
    • David R. HennessyBastian Brand
    • F16D27/00
    • F16D35/024
    • An electromagnetically actuated viscous clutch assembly includes a rotor arranged relative to an axis of rotation, an electromagnetic coil for generating magnetic flux, a housing positioned adjacent to the rotor to create a fluid working chamber therebetween with the housing and the rotor being selectively rotatable relative to one another, an insert extending through the housing and configured to conduct magnetic flux from the electromagnetic coil along a flux path, a valve assembly electromagnetically linked to the insert along the flux path for selectively controlling fluid flow into the working chamber to selectively engage the rotor and the housing, and a plurality of recesses defined in a portion of the housing located at an interior of the flux path to reduce eddy currents.
    • 电磁致动的粘性离合器组件包括相对于旋转轴线布置的转子,用于产生磁通量的电磁线圈,与转子相邻设置的壳体,以在其间形成流体工作室,壳体和转子可相对于 彼此相连,插入件延伸穿过所述壳体并且构造成沿着磁通路径从所述电磁线圈传导磁通;阀组件,其沿着磁通路径与所述插入件电磁连接,用于选择性地控制流入所述工作室的流体,以选择性地接合所述转子 和壳体,以及限定在壳体的位于通量路径内部的部分中的多个凹部,以减少涡流。
    • 10. 发明授权
    • Integrated viscous clutch
    • 集成粘性离合器
    • US08887888B2
    • 2014-11-18
    • US13509856
    • 2010-11-15
    • David R. HennessyThomas SchmidtScott Miller
    • David R. HennessyThomas SchmidtScott Miller
    • F16D35/02
    • F16D35/024F16D2300/18
    • A viscous clutch (30; 30′) includes a stationary journal bracket (32; 32′) defining a mounting shaft (32-1; 32-1′), an output member (34; 34′) rotatably supported on the mounting shaft about an axis (A), an input member (34; 34′) rotatably supported on the mounting shaft about the axis, and a working chamber (50; 50′) defined between the input member and the output member to selectively transmit torque there between when a shear fluid is present. The mounting shaft extends axially through the viscous clutch from a front face (62; 62′) of the viscous clutch to a rear face (56; 56′) of the viscous clutch, with the rear face defining a mounting surface for mounting the viscous clutch at a mounting location. The front and rear faces are located at opposite sides of the viscous clutch and face in opposite directions.
    • 粘性离合器(30; 30')包括限定安装轴(32-1; 32-1')的固定轴颈支架(32; 32'),可旋转地支撑在安装轴上的输出构件(34; 34') 围绕轴线(A),围绕所述轴线可旋转地支撑在所述安装轴上的输入构件(34; 34')以及限定在所述输入构件和所述输出构件之间的选择性地传递扭矩的工作室(50; 50') 当存在剪切流体时。 安装轴从粘性离合器的前表面(62; 62')轴向延伸穿过粘性离合器到粘性离合器的后表面(56; 56'),后表面限定了用于安装粘性的安装表面 离合器在安装位置。 前表面和后表面位于粘性离合器的相对侧并且面向相反方向。