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公开(公告)号：US20110017746A1
公开(公告)日：2011-01-27
申请号：US12726177
申请日：2010-03-17
申请人： Erin Franczyk , Robert Grennan
发明人： Erin Franczyk , Robert Grennan
IPC分类号： B65D1/36
摘要： Biomorphic containers are suitably formed to store food and beverages. A biomorphic container includes multiple chambers that are housed in a unified body with a separate lid that individually seals the multiple chambers to secure contents contained therein. A beverage container may be housed in one of the multiple chambers.
摘要翻译： 生物体容器适当地形成以储存食物和饮料。 生物体容器包括多个腔室，其容纳在具有独立盖子的统一体中，该单独的盖子单独密封多个腔室以固定容纳在其中的内容物。 饮料容器可以容纳在多个室中的一个中。
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公开(公告)号：US06854955B2
公开(公告)日：2005-02-15
申请号：US10337565
申请日：2003-01-07
CPC分类号： F04B39/0261
摘要： A rotary machine is provided, such as an electromechanical device, that includes a housing having a lubricating oil disposed within the housing. A shaft is rotatable about an axis relative to the housing. The shaft has a passage extending to an end portion of the shaft. A screw includes a body arranged coaxial to the shaft, and preferably affixed thereto. The screw includes helical blades extending outwardly from the body adjacent to a shroud. The shroud is arranged about the screw forming a gap between the blades and the shroud. Rotation of the shaft and screw pump the oil to the end portion of the shaft and into the passage from which the oil may be delivered to other machine components, such as the bearings. A flow straightener having radial fins may be arranged between the screw and the passage for controlling the flow of oil into the passage preventing a vortex.
摘要翻译： 提供了一种旋转机器，例如机电装置，其包括具有设置在壳体内的润滑油的壳体。 轴可绕轴线相对于壳体旋转。 轴具有延伸到轴的端部的通道。 螺杆包括与轴同轴设置的主体，并且优选地固定在其上。 螺钉包括从身体向外延伸的螺旋叶片，其邻近护罩。 护罩布置在螺钉周围，形成叶片和护罩之间的间隙。 轴和螺杆的旋转将油泵送到轴的端部并进入可以将油输送到其它机器部件（例如轴承）的通道中。 具有径向翅片的流动矫直机可以布置在螺钉和通道之间，用于控制进入通道的油流，防止涡流。
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公开(公告)号：US5994804A
公开(公告)日：1999-11-30
申请号：US207099
申请日：1998-12-07
申请人： Robert Grennan , William Greenlee , David Halsey , W. Glen Smith
发明人： Robert Grennan , William Greenlee , David Halsey , W. Glen Smith
摘要： The hydraulic components of a cooling circuit for a dynamoelectric machine are eliminated in a totally air cooled dynamoelectric machine which includes a rotor (12) rotatable about an axis (14) and including a central stack (20) of ferrous laminations (22) defining a plurality of radially outwardly directed circumferentially spaced poles (132), spaced shaft ends (24,26) on the axis (14) and extending from opposite sides of the stack (20) and a first air passage (46) in the stack (20). Magnetic journal bearings (54,56) and a magnetic thrust bearing (58,60) are provided for the shaft segments (24,26) and impellers (62) are located on opposite sides of the stack (20). A stator (16) surrounds the rotor (12) and includes windings (76) connected by end turns (94) located exteriorally of the stator (16). Axial winding coolant passages (152,158) are provided adjacent the windings (76) in the stator and radial passages (70,72) are located in the rotor and the stator and in fluid communication with an outlet (74) from the housing. Rotor coolant passages (130) are located in the stack (20) and all of the passages receive air from the impellers (62).
摘要翻译： 用于电动机的冷却回路的液压部件在全风冷式电动机中消除，该电动机包括可围绕轴线（14）旋转并包括铁质叠片（22）的中心叠层（20）的转子（12） 多个径向向外指向的周向间隔开的极（132），在轴线（14）上间隔开的轴端（24,26）并且从堆叠（20）的相对侧延伸并且在堆叠（20）中的第一空气通道（46） ）。 磁轴颈轴承（54,56）和磁力推力轴承（58,60）为轴段（24,26）提供，叶轮（62）位于堆叠（20）的相对侧。 定子（16）围绕转子（12）并且包括通过位于定子（16）外部的端匝（94）连接的绕组（76）。 轴向绕组冷却剂通道（152,158）设置在定子的绕组（76）附近，并且径向通道（70,72）位于转子和定子中并与壳体的出口（74）流体连通。 转子冷却剂通道（130）位于堆（20）中，并且所有通道都接收来自叶轮（62）的空气。
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公开(公告)号：US06215212B1
公开(公告)日：2001-04-10
申请号：US09373322
申请日：1999-08-12
申请人： Robert Grennan , William Greenlee , David Halsey , W. Glen Smith
发明人： Robert Grennan , William Greenlee , David Halsey , W. Glen Smith
IPC分类号： H02K900
摘要： A shaftless rotor (12) for a dynamoelectric machine includes a stack (20) of ferrous laminations (22) provided with a central opening (110) extending through the stack (20) and adapted to be located on the axis of rotation (14) of the rotor (12). A sleeve (112) is located in the central opening (110) for orienting the laminations (22) with respect to one another. Manifold and vane clamping pieces (52) are located on opposite sides of the stack (20) and engage the endmost laminations (22) and the sleeve (112). A pair of spaced shaft segments (24,26) engage respective ones of the clamping pieces (52) and a single tie bolt (32) extends through the sleeve (112) between the shaft segments (24,26) to interconnect the same. The tie bolt is in tension to apply clamping force to the shaft segments (24,26) for transmittal to the clamp pieces (52) to the laminations (22) in the stack (20).
摘要翻译： 一种用于电动机器的无轴转子（12）包括具有延伸穿过所述堆叠（20）并且适于位于所述旋转轴线（14）上的中心开口（110）的铁质叠片（22）的叠层（20） 的转子（12）。 套筒（112）位于中心开口（110）中，用于相对于彼此定向叠片（22）。 歧管和叶片夹持件（52）位于堆叠（20）的相对侧上，并与最终的叠片（22）和套筒（112）接合。 一对间隔开的轴段（24,26）与相应的一个夹紧件（52）接合，一个连接螺栓（32）延伸穿过轴段（24,26）之间的套筒（112）以使其相互连接。 连接螺栓处于张紧状态，以向轴段（24,26）施加夹紧力，以传递到夹具（52）到堆叠（20）中的叠片（22）。
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公开(公告)号：US6091168A
公开(公告)日：2000-07-18
申请号：US218653
申请日：1998-12-22
摘要： Losses in efficiency of operation of a dynamoelectric machine as a result of eddy current losses and poor coolant efficiency and/or disruption of the magnetic circuit in a rotor by coolant passages is avoided in a dynamoelectric machine including a stator (18) in which a rotor (16) is journaled. The rotor includes a stack (16) of thin laminations (17) made of a ferromagnetic material to define a rotor body. The rotor body includes a plurality of equally angularly spaced poles (58) separated by recesses (64). Coolant passages (76) located in the rotor at or just radially inward of the base (72) of each pole (58) and substantially radially outward of the rotational axis (56) of the rotor (14) to maximize cooling efficiency of the poles (58) without disrupting the magnetic circuit in the rotor. Slots (80) are placed in the tips (70) of the poles (58) of selected laminations (17) and extend generally radially inward to reduce eddy current losses.
摘要翻译： 在包括定子（18）的电动机中避免了由于涡流损失和冷却剂效率差和/或由冷却剂通道引起的转子中的磁路的破坏导致的电动机的操作效率的损失，其中转子 （16）记录。 转子包括由铁磁材料制成的薄的叠片（17）的叠层（16），以形成转子体。 转子主体包括由凹部（64）分开的多个等角度间隔的极（58）。 冷却剂通道（76）位于转子的每一极（58）的基部（72）处或位于转子的径向内侧，并且基本上位于转子（14）的旋转轴线（56）的径向外侧，以使极点的冷却效率最大化 （58），而不破坏转子中的磁路。 狭槽（80）被放置在所选择的叠片（17）的极（58）的尖端（70）中，并且大致径向向内延伸以减少涡流损耗。
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公开(公告)号：US5125806A
公开(公告)日：1992-06-30
申请号：US539448
申请日：1990-06-18
申请人： David C. Quick , Allen A. Wood , Robert Grennan
发明人： David C. Quick , Allen A. Wood , Robert Grennan
CPC分类号： F16H47/04 , F04D25/04 , F04D27/0261 , F16H2037/088
摘要： An integrated variable speed compressor drive system for driving a compressor which compresses air from an air source and outputs compressed air. The integrated variable speed compressor drive system includes a hydrostatic transmission coupled to a drive shaft for converting a varying rotational speed of the drive shaft into a first rotational speed. A differential coupled to the hydrostatic transmission and the drive shaft is included in the invention for outputting in response to the varying rotational speed of the drive shaft and the first rotational speed of the hydrostatic transmission, a second rotational speed. The differential is coupled to the compressor and drives the compressor using the second rotational speed. The second rotational speed is related to the first rotational speed output by the hydrostatic transmission. The hydrostatic transmission in response to a control signal supplied thereto varies the first rotational speed to thereby control the second rotational speed which drives the compressor.
摘要翻译： 一种用于驱动压缩机的集成式变速压缩机驱动系统，其压缩来自空气源的空气并输出压缩空气。 集成式变速压缩机驱动系统包括联接到驱动轴的静液压传动装置，用于将驱动轴的变化的转速转换成第一转速。 在本发明中包括耦合到静液传动和驱动轴的差速器，用于响应于驱动轴的变化的转速和静液压传动的第一转速而输出第二转速。 差速器连接到压缩机并使用第二转速驱动压缩机。 第二转速与静液压传动的第一转速相关。 响应于提供的控制信号的静液压传动改变第一转速，从而控制驱动压缩机的第二转速。
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公开(公告)号：US5069692A
公开(公告)日：1991-12-03
申请号：US448258
申请日：1989-12-11
申请人： Robert Grennan , John Rice , Steven Squier
发明人： Robert Grennan , John Rice , Steven Squier
CPC分类号： B64D41/00 , B64D13/00 , B64D37/32 , B64D2013/0659 , B64D2013/0677 , Y02T50/44 , Y02T50/56
摘要： Redundant components, and their volume and weight, used in on board gas generating systems are avoided in a fully integrated system for generating oxygen enriched air (OEA) and nitrogen enriched air (NEA) for a variety of purposes. A first separator (16) may provide OEA to a second separator (24) directly to provide oxygen for crew consumption or alternatively may provide OEA to a compressor (42) which in turn provides high pressure OEA to storage vessels (70), (72). The separator (16) also provides NEA alternatively to aircraft fuel tanks (60) for inerting them by direct flow or, after being compressed by the compressor (42) to an NEA storage system (50). NEA from the storage system (50) may additionally be used for fuel expulsion in a fuel system (96) associated with an auxiliary power unit/emergency power unit including a hot gas generator (74), the latter also receiving oxidant for the fuel in the form of OEA from one of the OEA storage tanks (72).
摘要翻译： 在用于产生用于各种目的的富氧空气（OEA）和富氮空气（NEA））的完全集成的系统中避免了用于船上气体发生系统中的冗余部件及其体积和重量。 第一分离器（16）可以直接向第二分离器（24）提供OEA以提供用于机组消耗的氧气，或者可以将OEA提供给压缩机（42），压缩机（42）又向储存容器（70），（72）提供高压OEA ）。 分离器（16）还向飞机燃料箱（60）交替提供NEA，用于通过直接流动或在由压缩机（42）压缩到NEA存储系统（50）之后将其推迟。 来自存储系统（50）的NEA可以另外用于与包括热气体发生器（74）的辅助动力单元/应急动力单元相关联的燃料系统（96）中的燃料排出，后者还接收用于燃料的氧化剂 来自OEA储罐（72）之一的OEA形式。
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