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    • 41. 发明授权
    • Lint handling system
    • 棉花处理系统
    • US5560120A
    • 1996-10-01
    • US425740
    • 1995-04-20
    • Edward T. SwansonPatrick J. ClarkAnthony J. SajdakMark R. JaskeJohnny W. ZimmerleRobert E. SmithMark H. NelsonRaymond M. GoodmanKevin M. Herreman
    • Edward T. SwansonPatrick J. ClarkAnthony J. SajdakMark R. JaskeJohnny W. ZimmerleRobert E. SmithMark H. NelsonRaymond M. GoodmanKevin M. Herreman
    • D06F58/22F26B21/06
    • D06F58/22
    • An improved lint handling system for a household laundry dryer is provided. The lint handling system for a laundry dryer has a dryer drum with an exit grill. The lint handling system provides a blower speed increaser to increase airflow in the dryer. The lint handling system also has a lint container and a foreign objects trap connected to the exit grill. Also a lint separator to separate lint from the airflow in the dryer is provided. The lint separator has an input connected to the foreign objects trap and an output connected to the lint container. A laundry dryer having a lint handling system as described is also provided. The lint handling system of the invention also provides a scroll-shaped centrifugal blower housing having a cylindrical base to accept airflow tangentially, a cutoff and a throat region to produce high velocity airflow. The blower housing further has a Helmholtz resonator located in the throat to reduce the acoustic emissions at a blade passage frequency. The lint handling system of the present invention also provides an eyebrow extension of the lint separator to produce a low pressure airflow region.
    • 提供了一种用于家用干衣机的改进的棉绒处理系统。 用于洗衣机的棉绒处理系统具有带出口格栅的烘干机滚筒。 棉绒处理系统提供鼓风机加速器,以增加烘干机的气流。 棉绒处理系统还具有连接到出口格栅的棉绒容器和异物捕集器。 还提供了一种用于将棉绒与烘干机中的气流分开的棉绒分离器。 棉绒分离器具有连接到异物捕集器的输入和连接到棉绒容器的输出。 还提供了一种具有如上所述的棉绒处理系统的衣物烘干机。 本发明的棉绒处理系统还提供了一种具有圆柱形底座的涡旋状离心式鼓风机壳体,以便切向地接受气流,切断和喉部区域以产生高速气流。 鼓风机壳体还具有位于喉部中的亥姆霍兹谐振器,以减少叶片通过频率处的声发射。 本发明的棉绒处理系统还提供了棉绒分离器的眉毛延伸以产生低压气流区域。
    • 43. 发明授权
    • Apparatus for the automatic calibration of signals employed in oximetry
    • 用于自动校准血氧饱和度信号的装置
    • US5259381A
    • 1993-11-09
    • US377722
    • 1989-07-10
    • Peter W. CheungKarl F. GauglitzScott W. HunsakerStephen J. ProsserDarrell O. WagnerRobert E. Smith
    • Peter W. CheungKarl F. GauglitzScott W. HunsakerStephen J. ProsserDarrell O. WagnerRobert E. Smith
    • A61B5/00A61B5/024G01N21/27
    • G01N21/274A61B5/02427A61B5/14552A61B5/1495A61B2560/0252A61B2562/08
    • Under the present invention, a method and apparatus are provided for compensating for the effect temperature variations have on the wavelength of light emitted by the oximeter sensor light source (40, 42). In pulse oximetry, LEDs (40, 42) are typically employed to expose tissue to light at two different wavelengths. The light illuminating the tissue is received by a detector (38) where signals proportional to the intensity of light are produced. These signals are then processed by the oximeter circuitry to produce an indication of oxygen saturation. Because current oximetry techniques are dependent upon the wavelengths of light emitted by the LEDs (40, 42), the wavelengths must be known. Even when predetermined combinations of LEDs (40, 42) having relatively precise wavelengths are employed, variations in the wavelength of light emitted may result. Because the sensor (12) may be exposed to a significant range of temperatures while in use, the effect of temperature on the wavelengths may be significant. To compensate for this effect, a temperature sensor (50) is included in the sensor (12) to produce a signal indicative of sensor temperature. This signal is interpreted by the oximeter circuitry including, for example, a microcomputer (16), where the effect of temperature on wavelength is compensated for. In a preferred arrangement, this compensation takes the form of a computation of an alternative calibration curve from which the oxygen saturation is indicated, given a particular processing of signals from the detector (38).
    • 在本发明中,提供了一种方法和装置,用于补偿由血氧计传感器光源(40,42)发射的光的波长对温度变化的影响。 在脉搏血氧测定中,通常使用LED(40,42)来将组织暴露于两个不同波长的光。 照射组织的光被检测器(38)接收,其中产生与光强度成比例的信号。 然后,这些信号由血氧计电路处理以产生氧饱和度的指示。 因为目前的血氧测定技术取决于由LED(40,42)发射的光的波长,所以波长必须是已知的。 即使当使用具有相对精确波长的LED(40,42)的预定组合时,也可能导致发射的光的波长的变化。 因为传感器(12)可能在使用时暴露于显着的温度范围内,所以温度对波长的影响可能是显着的。 为了补偿这种效果,传感器(12)中包括温度传感器(50),以产生指示传感器温度的信号。 该信号由包括例如温度对波长的影响得到补偿的微计算机(16)的血氧计电路解释。 在优选的布置中,给定来自检测器(38)的信号的特定处理,该补偿采用计算替代校准曲线的形式,从该氧化饱和度被指示。
    • 44. 发明授权
    • Low profile integrated circuit electrical socket assembly
    • 薄型集成电路电插座总成
    • US4470649A
    • 1984-09-11
    • US391001
    • 1982-06-23
    • James R. SpencerRobert E. Smith
    • James R. SpencerRobert E. Smith
    • H01R13/187H01R13/415
    • H01R13/415H01R12/585H01R13/187Y10T29/49151
    • The low profile integrated circuit electrical socket assembly includes a drawn metallic socket (A) into which a leaf spring insert (B) is press fit. The socket includes a hollow upper body portion (10), a hollow lower body portion (12), a transition portion (14) interconnecting the upper and lower body portions, and a radial flange (16) at the inlet end of the upper body portion. A lead receiving passage (18) is defined longitudinally through the upper body portion and into the lower body portion. The socket is inserted through an aperture (60) of a dielectric board (C) with the flange abutting one board surface (62) and the transition portion disposed outwardly adjacent the opposite surface (64). An axially compressive force is applied between the flange and the transition portion in such a manner that the transition portion is deformed radially outward into a retaining collar. In this manner, the flange and collar hold the socket securely in the dielectric board. Leads (72) of an electric component (D) extend into the axial lead receiving passage in electrical and frictional engagement with the socket and leaf spring insert.
    • 薄型集成电路电插座组件包括拉制的金属插座(A),板簧插入件(B)被压入其中。 插座包括中空的上主体部分(10),中空的下部主体部分(12),互连上部主体部分和下部主体部分的过渡部分(14)和在上部主体的入口端的径向凸缘(16) 一部分。 引线接收通道(18)通过上主体部分纵向地限定并进入下主体部分。 插座通过电介质板(C)的孔(60)插入,凸缘邻接一个板表面(62),过渡部分设置在邻近相对表面(64)的外侧。 在凸缘和过渡部分之间施加轴向压缩力,使得过渡部分径向向外变形成保持套环。 以这种方式,法兰和套环将插座牢固地保持在电介质板中。 电气部件(D)的引线(72)延伸到与插座和片簧插入件电摩擦接合的轴向引线接收通道中。