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    • 1. 发明授权
    • High speed brushless motor
    • 高速无刷电机
    • US5394043A
    • 1995-02-28
    • US84569
    • 1993-06-29
    • Song-Ling Hsia
    • Song-Ling Hsia
    • H02K3/44H02K5/173H02K21/14H02K29/08H02K7/08
    • H02K21/14H02K29/08H02K3/44H02K5/173Y10S310/06
    • A brushless d.c. motor comprising a housing, an annular stator coil structure with the housing, a rotor concentric with the stator and comprising a body having an output shaft portion extending from one end thereof toward the forward end of the housing for connection to a mechanical load for driving the same and a permanent magnet arrangement on the periphery of the rotor body operatively associated with the stator coil structure, a first bearing near the forward end of the housing for rotatably supporting the shaft portion of the rotor and wherein there is provided a second bearing axially inwardly of the rear end of the rotor for rotatably supporting that end of the rotor and a circuit board located between the rear end of the rotor and the rear end of the housing. By virtue of the location of the second bearing a rigid and vibration free structure is provided for operation of the motor at high speed. By virtue of the location of the second bearing and the circuit board potting material can encapsulate the stator coil structure and circuit board thereby completely sealing all electrical sections of the motor so that they can withstand autoclave sterilization conditions. A fluid passage arrangement equalizes pressure applied to the first and second bearings so that they can withstand autoclave sterilization conditions.
    • 无刷直流 电动机,包括壳体,具有壳体的环形定子线圈结构,与定子同心的转子,包括具有从其一端向壳体的前端延伸的输出轴部分的主体,用于连接到用于驱动 相同的永磁体设置在与定子线圈结构可操作地相关联的转子体的周边上,靠近壳体前端的第一轴承,用于可旋转地支撑转子的轴部分,并且其中设置有轴向向内的第二轴承 转子的后端可旋转地支撑转子的这一端,以及位于转子的后端和壳体的后端之间的电路板。 通过第二轴承的位置,提供刚性和无振动的结构用于高速运转电动机。 由于第二轴承的位置和电路板灌封材料可以封装定子线圈结构和电路板,从而完全密封电机的所有电气部分,从而可以承受高压灭菌器的灭菌条件。 流体通道布置使施加到第一和第二轴承的压力平衡,使得它们能够经受高压灭菌条件。
    • 2. 发明授权
    • Heat exchanger
    • 热交换器
    • US4548260A
    • 1985-10-22
    • US474521
    • 1983-03-11
    • Victor J. Stachura
    • Victor J. Stachura
    • F28D7/16F28F1/32F28F9/007F28F9/02F28D7/00
    • F28F1/32F28D7/1646F28F9/007F28F9/02
    • A heat exchanger having a cylindrical shell divided into upper and lower chambers. A tube bundle may be disposed within the lower chamber, the tube bundle having spaced apart inlet and outlet sides which can be disposed either to one side or the other thereby permitting greater placement of the inlet and outlet ports on the shell. To this end the structure which divides the shell into upper and lower chambers includes a generally horizontal longitudinally extending plate assembly provided with openings to either side of a vertically extending barrier wall used for controlling the flow of air. Longitudinally extending guide bars are secured to the lower surface of the horizontal plate. The tube bundle includes upper and lower longitudinally extending shrouds, each of which is provided with a mounting bracket which extends away from the shroud along a longitudinally extending vertical plane which bisects the center of gravity of the tube bundle. Supporting means are provided for mounting the tube bundle within the shell, the supporting means including a lower roller and seal assembly and an upper stabilizer assembly, each of which may be secured to an associated mounting bracket. The lower roller and seal assembly includes a plurality of longitudinally spaced apart rollers each pair of rollers including individual rollers which are spaced apart to opposite sides of a longitudinally extending centrally located seal. The upper stabilizer assembly also includes a longitudinally extending seal and stabilizers disposed to either side of the seal.
    • 一种热交换器,具有分为上室和下室的圆筒形壳体。 管束可以设置在下室内,管束具有间隔开的入口侧和出口侧,其可以设置在一侧或另一侧,从而允许入口端口和出口端口更好地放置在壳体上。 为此,将壳体分成上部和下部腔室的结构包括大致水平的纵向延伸的板组件,其在用于控制空气流动的垂直延伸的阻挡壁的任一侧上设有开口。 纵向延伸的导杆固定在水平板的下表面上。 管束包括上部和下部纵向延伸的护罩,每个护罩均设置有安装支架,该安装支架沿着将管束的重心平分的纵向延伸的垂直平面远离护罩延伸。 提供用于将管束安装在壳体内的支撑装置,支撑装置包括下辊和密封组件以及上部稳定器组件,每一个可以固定到相关的安装支架上。 下辊和密封组件包括多个纵向间隔开的辊,每对辊包括单独的辊,它们间隔开一个纵向延伸的位于中心的密封件的相对侧。 上部稳定器组件还包括纵向延伸的密封件和设置在密封件两侧的稳定器。
    • 3. 发明授权
    • Heat exchanger of the tube and plate type
    • 管板式热交换器
    • US4382467A
    • 1983-05-10
    • US223114
    • 1981-01-07
    • Maurice R. GarrisonVictor J. Stachura
    • Maurice R. GarrisonVictor J. Stachura
    • F28D7/16F28F1/32F28F9/22F28F27/02
    • F28F9/0278F28D7/1638F28D7/1646F28F1/32F28F9/22F28F2265/26Y10S165/415
    • A heat exchanger having an outer shell with an elongated, semi-circular fluid duct plate mounted in the shell. A tube bundle slidable between the duct plate and the shell is fixed at one end relative to the shell. The fluid inlet and outlet configuration, and transverse fluid flow pattern, are typical of those described in U.S. Pat. No. 3,532,160. The exterior of the tube bundle is partially covered with a shrouding to contain the fluid flow within the tube bundle by allowing the fluid to exit only through the outlet side. Sealing mechanisms running longitudinally between the shrouding and the upper duct plate, and between the shrouding and the shell, provide a seal which restricts the fluid flow to a transverse flow through the tube bundle. A seal between the supported end of the tube bundle and the shrouding confines the fluid flow in the bundle and allows for relative expansion of the shrouding and the bundle. Drains are provided in the shell wall on each side of the lower sealing mechanism to allow for moisture run-off from the heat exchanger.
    • 一种具有外壳的热交换器,其具有安装在壳体中的细长半圆形流体管道板。 在管道板和壳体之间可滑动的管束在相对于壳体的一端固定。 流体入口和出口构型以及横向流体流动模式是美国专利No. 第3,532,160号。 管束的外部被覆盖部分地覆盖以通过允许流体仅通过出口侧排出而容纳管束内的流体流。 封闭机构在护罩和上部管道板之间以及护罩和壳体之间纵向延伸的密封机构提供了限制流体通过管束的横向流动的密封件。 管束的支撑端与遮罩之间的密封将流体流限制在束中,并允许罩和束的相对膨胀。 在下密封机构的每一侧的壳壁中设置排水管,以允许来自热交换器的水分流出。
    • 4. 发明授权
    • Electrostatically augmented cartridge type dust collector and method
    • 静电增压筒式除尘器及方法
    • US4357151A
    • 1982-11-02
    • US238081
    • 1981-02-25
    • Dennis J. HelfritchEdward J. Gonas
    • Dennis J. HelfritchEdward J. Gonas
    • B03C3/155B03C3/80B01D46/04
    • B03C3/80B03C3/155
    • A method and apparatus for separating particulate matter from a gas stream wherein dirty gas is moved first through a corona discharge zone, such as that provided by a plurality of rod-like electrodes each having a sharp-edged corona producing ribbon-like formation extending axially therealong, and then is moved through a plurality of mechanical filters of the cartridge type, each comprising a perforated, cylindrical, metal outer shell and an inner filter medium of foraminous dielectric material such as pleated paper. Each cartridge is closed at one end and open at the other from which cleaned gas flows out axially. The electrodes are located circumferentially of the filters with the filter and electrode longitudinal axes being substantially parallel. The conductive outer shells of the filter elements are connected to an electrical reference such as ground and the electrodes are connected to a relatively high electrical potential in a manner generating corona discharge between the electrode formations and the filter element shells. Collected particulate material in the filter media and on the shells is removed by introducing a controlled quantity of high pressure gas at predetermined times and at a location to induce a substantial flow of gas through the apparatus in a reverse direction.
    • 一种用于从气流中分离颗粒物质的方法和装置,其中脏气首先通过电晕放电区域移动,例如由多个棒状电极提供的电极,每个电极具有尖锐的电晕产生带状结构 然后通过多个盒式机械过滤器移动,每个机械过滤器包括穿孔的圆柱形金属外壳和多孔介质材料如褶皱纸的内部过滤介质。 每个墨盒在一端封闭,另一端打开,其中清洁气体从轴向流出。 电极位于过滤器的周向,过滤器和电极纵向轴线基本上平行。 滤波器元件的导电外壳连接到诸如接地之类的电参考,并且电极以在电极形成部和过滤元件壳之间产生电晕放电的方式连接到较高的电位。 通过在预定时间和在一个位置处引入受控量的高压气体以在相反的方向引入大量的气体流过设备来除去过滤介质和壳体中的收集的颗粒物质。
    • 6. 发明授权
    • Braking or clutching device
    • 制动或离合装置
    • US08371423B2
    • 2013-02-12
    • US12717619
    • 2010-03-04
    • John F. Hehl, Sr.
    • John F. Hehl, Sr.
    • F16F15/03
    • F16D27/115F16D65/186F16D2121/02F16D2121/14F16D2121/20
    • An electric braking or clutching device includes a housing; an armature having an axis and disposed at the housing, the armature and the housing defining a radial air gap therebetween; and a coil configured to generate, when energized, a magnetic field at the housing and armature, a flux path of the field extending from the coil into the housing, from the housing into the armature, from the armature into the housing, and from the housing back to the coil, with the direction of the flux path from the armature into the housing being substantially radial in orientation.
    • 电动制动或离合装置包括壳体; 具有轴线并设置在壳体处的电枢,电枢和壳体在其间限定径向气隙; 以及线圈,其构造成当被激励时,在所述壳体和所述电枢处产生磁场,所述磁场的磁通路径从所述线圈延伸到所述壳体中,从所述壳体进入所述电枢,从所述电枢到所述壳体, 壳体回到线圈,其中从电枢到壳体的通路的方向基本上在取向上是径向的。
    • 7. 发明授权
    • Dust collector
    • 除尘器
    • US3999968A
    • 1976-12-28
    • US650173
    • 1976-01-19
    • Roger S. Brookman
    • Roger S. Brookman
    • B01D46/04
    • B01D46/0067B01D46/04B01D46/4281B01D2273/28
    • A dust collector has a dirty air chamber arranged to receive a flow of dirty air containing suspended solid particulate material, a clean air chamber communicating with exhaust, and a plurality of filter bags arranged to have their interior surfaces communicate with the dirty air chamber and operative to separate solid particulate material from cleaned gas passing therethrough. The improvement includes an elongated venturi-like member arranged to service a number of such filter bags, and a conduit arranged to deliver high energy pulses of reverse air through the venturi-like member countercurrent to the normal flow of dirty gas therethrough. Such pulses of reverse air momentarily create a reduced pressure within the serviced filter bags, and induce cleaned gas to flow back through the serviced filter bags to dislodge and remove accumulated solid particulate material from the interior surfaces of such bags.
    • 集尘器具有脏空气室,其布置成接收含有悬浮固体颗粒材料的脏空气流,与废气连通的清洁空气室,以及布置成使其内表面与脏空气室连通并且操作的多个过滤袋 将固体颗粒材料与通过其中的净化气体分离。 该改进包括布置成用于服务多个这样的过滤袋的细长文氏管状构件,以及布置成将逆向空气的高能量脉冲通过文氏管状构件递送到与通过其中的正常脏气流逆流的导管。 反向气流的这种脉冲在服务过滤袋内瞬间产生减小的压力,并且引起清洁的气体通过服务过滤袋流回,从而从这些袋的内表面移除和去除积聚的固体颗粒材料。
    • 8. 发明授权
    • Permanent magnet wrap spring clutch
    • 永磁弹簧离合器
    • US08256598B2
    • 2012-09-04
    • US12434815
    • 2009-05-04
    • Brian W. Buzzard
    • Brian W. Buzzard
    • F16D27/01F16D27/105
    • F16D27/004F16D27/105
    • A permanent magnet activated wrap spring clutch (10). A coil spring (32) surrounds an input hub (14) and an output hub (22) and is selectively engaged to wrap down upon the hubs for the transmittal of torque. In an unpowered, engaged condition of the clutch, a permanent magnet (40) attracts a control collar (38) attached to the spring into frictional engagement with a rotating input element (20). Rotation of the control collar causes the spring to wrap down from its somewhat oversized diameter at rest to grip the hubs. In a powered, disengaged condition of the clutch, an energized coil (44) causes the magnetic field of the permanent magnet to move away from the control collar, thereby removing the frictional engagement and allowing the spring to unwrap. The clutch provides torque transmittal without electrical power and ensures complete disengagement regardless of a low momentum or high drag on the output.
    • 一种永久磁铁活动的卷簧弹簧离合器(10)。 螺旋弹簧(32)围绕输入轮毂(14)和输出轮毂(22),并且选择性地接合以卷绕在轮毂上以传递转矩。 在离合器的无动力接合状态下,永磁体(40)吸引附接到弹簧的控制环(38)与旋转输入元件(20)摩擦接合。 控制环的旋转使得弹簧从其稍微超大直径静止地卷起以夹紧轮毂。 在离合器的动力分离状态下,通电线圈(44)使得永磁体的磁场远离控制轴环移动,从而消除摩擦接合并允许弹簧展开。 离合器提供扭矩传递而无需电力,并确保完全脱开,而不管输出端的动量低或阻力大。
    • 9. 发明授权
    • Precooler/chiller/reheater heat exchanger for air dryers
    • 用于空气干燥器的预冷器/冷却器/再热器热交换器
    • US5845505A
    • 1998-12-08
    • US866808
    • 1997-05-30
    • Timothy J. GalusDavid F. Fijas
    • Timothy J. GalusDavid F. Fijas
    • B01D53/26F24F5/00F26B21/08F28D7/00F28D9/00F28F3/02F28F9/26F25D17/06
    • F28F9/26B01D53/265F26B21/086F28D7/0066F28D7/0091F28D9/0062F28D9/0068F28D9/0093F28F3/027F28D2021/0038
    • A heat exchanger comprising a precooler and reheater core adjacent a chiller core, first heat transfer passages extending through both cores through which incoming air passes in a first direction, second heat transfer passages extending through the chiller core through which coolant passes in heat exchange relationship with incoming air and perpendicular to the first direction, and third heat transfer passages extending through the precooler and reheater core through which cooled air from the chiller core passes in heat exchange relationship with the incoming air and perpendicular to the first direction. A conduit conducts chilled air from the chiller core to the third set of heat transfer passages. Incoming air is chilled in the chiller core and thereafter exchanges heat with the incoming air in the precooler and reheater core to precool the incoming air to form water droplets and to raise the temperature of the chilled air to a usable temperature. The precooled and moist incoming air exchanges heat with coolant in the chiller core such that the air is chilled to a low temperature condensing water vapor therein. The first heat transfer passages include fins staggered and disposed substantially perpendicular to the flow to create an undulating pattern there along for moisture separation within the precooler and chiller cores. The crossflow arrangement of passages in the cores of the heat exchanger advantageously enables the air leaving the precooler and reheater core to enter the chiller core directly without any intermediate channeling or piping.
    • 一种热交换器,包括与冷却器芯相邻的预冷器和再加热器芯,第一传热通道延伸穿过两个芯,进入的空气沿第一方向通过第二传热通道,延伸穿过冷却器芯的第二传热通道,冷却剂通过该传热通道与热交换关系 进入空气并且垂直于第一方向,第三传热通道延伸穿过预冷器和再热器芯,来自冷却器芯的冷却空气通过冷却器和再热器芯与进入的空气热交换并垂直于第一方向。 导管将冷却空气从冷却器芯导入第三组传热通道。 进入的空气在冷却器芯中冷却,然后与预冷器和再热器芯中的进入空气进行热交换,以预冷却进入的空气以形成水滴并将冷却空气的温度升高到可用的温度。 预冷和潮湿的进入空气与冷却器芯体中的冷却剂进行热交换,使得空气被冷却到其中的低温冷凝水蒸气。 第一传热通道包括交错并且基本上垂直于流动设置的翅片,以在其中产生波状图案,以在预冷器和冷却器芯内部进行湿气分离。 热交换器的芯中的通道的横流布置有利地使离开预冷器和再热器芯的空气直接进入冷却器芯,而不需要任何中间的通道或管道。
    • 10. 发明授权
    • Method of making surface mountable electronic device
    • 制造可表面安装的电子设备的方法
    • US4934048A
    • 1990-06-19
    • US280172
    • 1988-12-05
    • Donald C. McElhenyDale A. PonivasDavid A. SyracuseStephen H. ChandlerRobert H. Nareau
    • Donald C. McElhenyDale A. PonivasDavid A. SyracuseStephen H. ChandlerRobert H. Nareau
    • H01F27/29H05K3/30
    • H01F27/292H05K3/30H05K2201/09381H05K2201/09954H05K2201/10636H05K2201/10916Y02P70/611Y10T29/435Y10T29/49172
    • A surface mountable electronic device and method of making same wherein a discrete electronic device is encapsulated in a body of electrical insulating material having opposite ends and a mounting surface extending between the ends, and an electrode is provided on each end. Each electrode includes a portion on the end of the body in electrical contact with the corresponding lead of the discrete electronic device and a contact portion extending along the mounting surface for making electrical connection to a circuit portion defined on a surface to which the device is mountable. The discrete electronic device is manufactured, prior to encapsulation, by known techniques. Preferably the body is a rectangular solid with each of the four sides having electrode contact portions thereon to serve as one of four possible mounting surfaces each with substantial mechanical stability. When the discrete electronic device is an inductor, interruption of the magnetic field is minimized by spacing the ends of the inductor core from the ends of the encapsulating body, separating the electrode contact portions, having the area of the electrode end portion less than the area of the end of the encapsulating body, and having the cross-sectional area of the most narrow section of the electrode end portion no less than the cross sectional area of the magnetic wire of the inductor winding. For a shielded inductor, phenolic core inductor or non-inductive device, solid metal end electrodes can be employed.
    • 一种可表面安装的电子设备及其制造方法,其中分立的电子器件封装在具有相对端的电绝缘材料体和在端部之间延伸的安装表面,并且在每个端部上设置电极。 每个电极包括在主体的端部与分立的电子设备的相应引线电接触的部分和沿着安装表面延伸的接触部分,用于与限定在该装置可安装的表面上的电路部分进行电连接 。 离散电子器件在封装之前通过已知技术制造。 优选地,主体是矩形固体,其中四边中的每一个在其上具有电极接触部分,以用作四个可能的安装表面之一,每个具有相当大的机械稳定性。 当分立电子设备是电感器时,通过将电感器芯的端部与封装体的端部间隔开来,使电场端部的面积小于面积的电极接触部分 并且电极端部的最窄部分的横截面积不小于电感器绕组的磁线的横截面面积。 对于屏蔽电感器,可以使用酚醛芯感应器或非感应器件,固体金属端电极。