会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Flexible sensor input assembly
    • 灵活的传感器输入组件
    • US07250756B1
    • 2007-07-31
    • US11350506
    • 2006-02-09
    • John S. HaywardThomas R. BoberJerzy BaginskiWalter P. WaskiewiczDaniel R. McLarty
    • John S. HaywardThomas R. BoberJerzy BaginskiWalter P. WaskiewiczDaniel R. McLarty
    • G01B7/30
    • G01D5/02G01D11/02
    • A sensor assembly for determining rotational angular displacement of a first moving component in a machine relative to a second component in the machine includes a base, a magnet housing, and a flexible member. The base is configured to be rigidly secured to the first moving component for movement therewith. The base defines a first axis of rotation. The magnet housing supports a sensor magnet and is rotatably received in the second component. The magnet housing defines a second axis of rotation. The flexible member has a first end rigidly secured to the magnet housing coaxially with the first axis of rotation. A second end of the flexible member is rigidly secured to the magnet housing coaxially with the second axis of rotation. A flexible body portion of the flexible member is capable of accommodating misalignment between the first and second axes of rotation.
    • 用于确定机器中的第一移动部件相对于机器中的第二部件的旋转角位移的传感器组件包括基座,磁体壳体和柔性构件。 基座被构造成刚性地固定到第一移动部件以与其一起运动。 基座定义第一旋转轴。 磁体壳体支撑传感器磁体并且可旋转地容纳在第二部件中。 磁体壳体限定第二旋转轴。 柔性构件具有与第一旋转轴线同轴地固定到磁体壳体的第一端。 柔性构件的第二端与第二旋转轴线同轴地刚性地固定到磁体壳体。 柔性构件的柔性主体部分能够容纳第一和第二旋转轴之间的不对准。
    • 2. 发明授权
    • Rocker arm assembly
    • 摇臂组合
    • US07293539B2
    • 2007-11-13
    • US11056336
    • 2005-02-11
    • John S. HaywardDavid NguyenJerzy Baginski
    • John S. HaywardDavid NguyenJerzy Baginski
    • F01L1/18
    • F01L1/183F01L1/182F01L1/46F01M9/107Y10T74/2107
    • A rocker arm assembly for mounting about a stud means. The rocker arm assembly generally comprises a rocker arm and a support member. The rocker arm has opposed first and second lateral ends and a central bore between the ends. The support member is positioned within the rocker arm central bore and mounted on the stud means. The rocker arm is configured to pivot about the support member. The support member has opposed lateral sides with a seal member extending along each lateral side. The seal members provide a seal between each lateral side of the support member and an internal surface of the central bore thereby providing more efficient oil lubrication to the ends of the rocker arm.
    • 用于围绕螺柱装置安装的摇臂组件。 摇臂组件通常包括摇臂和支撑构件。 摇臂具有相对的第一和第二横向端部以及端部之间的中心孔。 支撑构件定位在摇臂中心孔内并安装在螺柱装置上。 摇臂被构造成围绕支撑构件枢转。 支撑构件具有相对的侧面,密封构件沿着每个侧面延伸。 密封构件在支撑构件的每个侧面和中心孔的内表面之间提供密封,从而为摇臂的端部提供更有效的油润滑。
    • 4. 发明授权
    • Buffered time base correction circuit
    • 缓冲时基校正电路
    • US4206479A
    • 1980-06-03
    • US16051
    • 1979-02-28
    • John S. Hayward
    • John S. Hayward
    • H04N5/073H04N5/953H04N5/76
    • H04N5/953H04N5/0736
    • A time base corrector for use in defluttering video signals employs a pair of analog shift registers which functionally sandwich a buffer register. Signals are serially applied to one register, say at a fluttering rate; then parallel shifted to the buffer register; then parallel shifted to the second analog shift register; then serially clocked out of the second analog shift register at a reference rate. With such signal processing, successive signals always follow the same signal path, thereby avoiding the prior art need for complementary circuit components. Components of the time base corrector form parts of a solid state device, means being provided therefor to assure that charge vestiges cannot occur after charge shifting.
    • 用于缩小视频信号的时基校正器采用功能上夹着缓冲寄存器的一对模拟移位寄存器。 信号连续地应用于一个寄存器,以飘飘的速度说; 然后平行移位到缓冲寄存器; 然后平行移位到第二个模拟移位寄存器; 然后以参考速率从第二模拟移位寄存器中串行计时。 通过这种信号处理,连续信号总是遵循相同的信号路径,从而避免了现有技术对互补电路部件的需要。 时基校正器的组件形成固态器件的部件,为此提供了用于确保电荷转移后电荷残余不会发生的装置。
    • 5. 发明授权
    • Portable heat exchanger for inhalation rewarming
    • 便携式热交换器用于吸入回暖
    • US4829997A
    • 1989-05-16
    • US161444
    • 1988-02-18
    • Robert J. DouwensJohn S. Hayward
    • Robert J. DouwensJohn S. Hayward
    • A61M16/10
    • A61M16/1075
    • A heat exchanger, particularly useful as an inhalation rewarming apparatus for the treatment of hypothermia is provided herein. It includes an insulated container having one or more air inlets leading from lateral faces thereof to longitudinal inlet passages, then to transverse connecting passageways from the inlet passageways, and finally via a longitudinal hollow outlet conduit in the core thereof to an air outlet. A thermochemical heat source is disposed within the core of the container, such thermochemical heat source delineating two boundaries of the hollow outlet conduit and one boundary of each of the inlet passageways. A wrapping of a wettable, absorbent material encases the thermochemical heat source, such wrapping providing the actual above described boundaries. A loose filling or an air-permeable porous material having a large surface area and high heat capacity and high heat conductivity is disposed in the above-described passageways and outlet conduit. In this way, air passing from the air inlet follows along a path through the above-described passageways and outlet conduit in heat- and vapor-transfer contact with the loose filling and the wrapping, so that air emerging from the air outlet is both heated and humidified.
    • 本文提供了一种特别可用作用于治疗低体温的吸入性再温度装置的热交换器。 它包括具有一个或多个空气入口的隔热容器,该空气入口从其侧面通向纵向入口通道,然后到入口通道的横向连接通道,最后通过其芯部中的纵向中空出口导管到空气出口。 热化学热源设置在容器的核心内,这种热化学热源描绘了中空出口管道的两个边界和每个入口通道的一个边界。 可湿性吸收材料的包装件包裹热化学热源,这种包装提供了实际的上述界限。 在上述通道和出口导管中设置松散的填充物或具有大表面积和高热容量以及高导热性的透气性多孔材料。 以这种方式,从空气入口通过的空气沿着通过上述通道和出口导管的路径沿着与松散填充物和包裹物的热交换和蒸汽转移接触,从而使从空气出口排出的空气被加热 并加湿。
    • 6. 发明授权
    • Hybrid color image sensing array
    • 混合彩色图像感测阵列
    • US4214264A
    • 1980-07-22
    • US15973
    • 1979-02-28
    • John S. HaywardBenjamin B. SnavelyPin S. Tschang
    • John S. HaywardBenjamin B. SnavelyPin S. Tschang
    • G01J3/51G01J3/50H01L27/148H01L31/113H04N9/04H04N9/07H01L27/14
    • H01L27/148H01L27/14868H01L31/113H04N9/045
    • A hybrid color image sensing array includes: (a) an array of semiconductor image sensing elements, each element having superposed upper and lower light responsive channels for producing first and second photosignals, the intrinsic spectral responses of the channels being different due to the differential absorption of light by a semiconductor material; and (b) an array of color filter elements disposed over the array of image sensing elements, the array of filter elements having: (1) elements of a first relative transmittance type adapted to tailor the spectral responses of an image sensing element such that the photosignals produced by the element possess a component representing the response of the element to light in a first preferred spectral region and a component representing the response of the element to light in a second spectral region, and (2) elements of a second relative transmittance type adapted to tailor the spectral responses of the image sensing element such that the photosignals produced by the element possess a component representing the response of the element to light in the first spectral region and a component representing the response of the element to light in a third spectral region.Known matrixing procedures are employed to separate a relatively high resolution first signal and relatively lower resolution second and third signals from the photosignals produced by the hybrid color image sensing array.
    • 混合彩色图像感测阵列包括:(a)半导体图像感测元件的阵列,每个元件具有叠加的上和下光响应通道,用于产生第一和第二光信号,由于差分吸收,通道的本征光谱响应不同 的半导体材料; 和(b)布置在图像感测元件阵列上的滤色器元件的阵列,滤光器元件阵列具有:(1)适于调整图像感测元件的光谱响应的第一相对透射率类型的元件,使得 由元件产生的光信号具有表示在第一优选光谱区域中元件对光的响应的分量,以及表示元件在第二光谱区域中对光的响应的分量,以及(2)第二相对透射率类型的元件 适于调整图像感测元件的光谱响应,使得由元件产生的光信号具有表示元件对第一光谱区域中的光的响应的分量,以及表示元件在第三光谱中对光的响应的分量 地区。 采用已知的矩阵方法来从混合彩色图像感测阵列产生的光信号中分离相对高分辨率的第一信号和相对较低分辨率的第二和第三信号。
    • 8. 发明授权
    • Electronic heater-humidifier for hypothermia treatment
    • 用于低温治疗的电加热加湿器
    • US5148801A
    • 1992-09-22
    • US499941
    • 1990-03-23
    • Robert J. DouwensJohn S. Hayward
    • Robert J. DouwensJohn S. Hayward
    • A61M15/00A61M16/10A61M16/16
    • A61M16/16A61M15/0015A61M15/0018A61M16/1075A61M15/00A61M2205/8206
    • A portable, battery-operated (e.g. 12 v.) electronic heater/humidifier is provided for hypothermia treatment. This heater/humidifier includes the combination of a casing provided with a heat exchanger system comprising an upper compartment loaded with a tangled mass of high heat conductivity material, and, serially-interconnected thereto, at least two serially-interconnected lower compartments, each such lower compartment being open at the bottom to a water reservoir and containing a lower horizontally-oriented heater element for heating water in the water reservoir and an upper porous hydrophilic batt. An airflow path is established between an air inlet and an air outlet, providing a one-way-flow airway system first through the tangled mass of high heat conductivity material, to transfer heat obtained conductively from the heater elements for pre-heating the incoming air and then through the porous hydrophilic batts, for wicking action of heated water to the site of vaporization in the air flow path. An inhalate thermal sensor is located within the air stream of the air outlet, for continuously monitoring the temperature of that air stream. A heater control is also provided, the heater control including a high-limit thermal sensor to control the heating power to the heaters, dependent on the temperature sensed by the inhalate thermal sensor.
    • 提供便携式,电池供电(例如12V)电子加热器/加湿器用于低温治疗。 该加热器/加湿器包括设置有热交换器系统的壳体的组合,所述热交换器系统包括装载有高导热材料的缠结物质的上隔室,以及与其串联连接的至少两个串联的下隔室, 隔室在底部开放到储水器并且包含用于加热储水器中的水的下部水平取向的加热器元件和上部多孔亲水絮垫。 在空气入口和空气出口之间建立气流路径,首先通过高导热材料的缠结质量提供单向气道系统,以传递从加热器元件导电的热量,用于预热入口空气 然后通过多孔亲水絮片,用于将热水的芯吸作用到空气流动路径中蒸发的位置。 吸入式热传感器位于空气出口的空气流中,用于连续监测该气流的温度。 还提供加热器控制,加热器控制器包括高限热传感器,用于控制加热器的加热功率,这取决于吸入式热传感器感测到的温度。
    • 9. 发明授权
    • Apparatus for the detection of chemiluminescence
    • US4863689A
    • 1989-09-05
    • US126857
    • 1987-11-30
    • Merlin L. LeongJohn S. HaywardGlyn R. Fox
    • Merlin L. LeongJohn S. HaywardGlyn R. Fox
    • C12Q1/26C12Q1/66G01N21/76G01N33/58
    • C12Q1/66C12Q1/26G01N21/76G01N33/582G01N2021/1768G01N21/763G01N2201/0648Y10T436/206664
    • Apparatus is provided for the detection of chemiluminescence, e.g., the luminescent assay of an analyte in a sample. Sample, namely the production of a permanent photographic record of such chemiluminescence, e.g., by the use of a POLAROID film. The apparatus includes three interrelated elements. The first element comprises a film holder for holding a photographic film sensitive to a chemiluminescent reaction of the sample, the film holder defining a window in registry with any photographic film which may be held in the film holder. The second element comprises a sample holder for holding the sample in registry with the window and any photographic film which may be held in the film holder, and for allowing movements of the sample relative to any photographic film which may be held in the film holder between (i) a raised position, wherein the sample holder, and thus the sample is in spaced relation to any photographic film which may be held in the film holder and (ii) a lowered position, wherein said sample holder is in sufficiently close proximity to any photogarphic film which may be held in the film holder means to allow the sample held thereby directly to contact any photographic film which may be held in the film holder. The third element comprises a shutter operatively associated with the window of the film holder and movable between a closed position, wherein the shutter obstructs the window so as to prevent the sample holder from moving into the lowered position, and an opened position, wherein the window is unobstructed by the shutter so as to permit the sample holder to move from the raised position to the lowered position. The production of the permanent photographic record begins when the test sample in the container is placed in direct contact with the photographic film. The production of the photographic record is stopped when the test sample in the container is removed out of direct contact with the photographic film and the slidig shutter is closed. Various test results can be observed by varying the time of direct contact of the test sample in the reactant container with the photographic film. This provides maximal analytical sensitivity. During the entire test, exposure to ambient light is prevented.