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    • 4. 发明授权
    • Automatic separator valve
    • 自动分离阀
    • US5161564A
    • 1992-11-10
    • US760357
    • 1991-09-16
    • Stephen E. Clark
    • Stephen E. Clark
    • B01D17/02
    • B01D17/0214Y10T137/3006Y10T137/3068Y10T137/7404
    • An automatically resetting mechanical valve used to control unwanted discharge of liquids less dense than water, principally oil, which may be present in waste water flows. The valve is closed by sinking both a primary float and a secondary float, each less dense than water but more dense than the liquid whose discharge is to be stopped. The sinking primary float effectively closes an orifice in an outlet conduit upon the sinking primary float's becoming sufficiently immersed in the less dense liquid. Upon the reintroduction of water, the secondary float acts upon a lever of high mechanical advantage, which pries the primary float upward, which, in turn, allows hydraulic pressure inside and outside the conduit to equalize, thereby allowing the primary float to unseat and the valve to automatically re-open.
    • 一种自动复位机械阀门,用于控制不适于排放比水密度低的液体,主要是可能存在于废水流中的油。 阀门通过将主浮子和次浮子都沉没来封闭,每个浮子和次浮子都比水密度低,但是比放电停止的液体更致密。 当沉没的主浮子变得充分浸入较不密集的液体中时,下沉的主浮子有效地封闭出口导管中的孔口。 在重新引入水时,次级浮子作用在高机械优势的杠杆上,其将主浮子向上推动,这进而使得管道内部和外部的液压能够均衡,从而允许初级浮子不稳定 阀门自动重新打开。
    • 5. 发明授权
    • Separator valve
    • 分离阀
    • US5348041A
    • 1994-09-20
    • US65592
    • 1993-05-21
    • Stephen E. Clark
    • Stephen E. Clark
    • B01D17/02F16K31/22
    • F16K31/22B01D17/0208Y10T137/3006Y10T137/3068Y10T137/7436Y10T137/87917
    • Automatically resetting mechanical valve is used to control unwanted discharge of liquids less dense than water, principally oil, which may be present in waste water flows. The valve is closed by the sinking of a primary flow which closes a primary orifice, and the floating of a secondary float which closes a smaller secondary orifice. The primary float is less dense than water but more dense than oil. The secondary float is less dense than both oil and water. When the primary float becomes sufficiently immersed in oil, the primary float sinks and effectively closes the primary orifice in an outlet conduit. In the event of evaporation or removal of liquid from the valve, the (smaller) secondary orifice automatically opens, thereby allowing hydrostatic pressure inside and outside of the outlet conduit to equalize. Upon reintroduction of water to the device, the primary float unseats and the valve automatically re-opens. Additionally ingress of liquid causes the secondary float to float, thus closing the secondary orifice.
    • 自动复位机械阀门用于控制不同于水的液体不必要的排放,主要是可能存在于废水流中的油。 阀被封闭初级孔的初级流的下沉以及关闭较小次级孔的次级浮子浮起而封闭。 主要浮游物比水密度低,但比油更致密。 二次浮子比油和水都不那么密集。 当主浮子充分浸入油中时,主浮子沉入并有效地封闭出口导管中的主孔。 在从阀门蒸发或去除液体的情况下,(较小的)次级孔口自动打开,从而允许出口导管内部和外部的流体静压力均衡。 一旦将水重新引入设备,主浮球就会自动重新打开。 另外进入液体会使二次浮子浮起,从而关闭二次孔。
    • 6. 发明授权
    • Elastomeric sealing device
    • 弹性密封装置
    • US4838732A
    • 1989-06-13
    • US377669
    • 1982-05-12
    • Stephen E. ClarkEarl A. Clark
    • Stephen E. ClarkEarl A. Clark
    • E02D29/14E03F7/02
    • E03F7/02E02D29/14
    • An elastomeric sealing device to prevent ingress of surface fluids into holes, principally drains which are characterized by non-watertight covers or grilles with either regular or irregular topographic boundaries. The device comprises a three-part construction, including a top film, a core elastomer having minimal shear strength, and a bottom film. When in use, the device conforms to contour of adjacent hole covering device and fills existing crevices and voids, thereby providing an efficient seal. When removed from hole, device recovers neutral shape thereby being suitable for re-use on same or different hole.
    • 一种弹性密封装置,用于防止表面流体进入孔中,主要是排水沟,其特征在于具有规则或不规则地形边界的非水密覆盖物或格栅。 该装置包括三部分结构,包括顶部薄膜,具有最小剪切强度的芯弹性体和底部薄膜。 当使用时,该装置符合相邻的孔覆盖装置的轮廓并填充现有缝隙和空隙,从而提供有效的密封。 当从孔中取出时,装置恢复中性形状,从而适合在相同或不同的孔上再次使用。
    • 7. 发明授权
    • Integrated circuit electrostatic discharge input protection
    • 集成电路静电放电输入保护
    • US4807080A
    • 1989-02-21
    • US62211
    • 1987-06-15
    • Stephen E. Clark
    • Stephen E. Clark
    • H01L27/02H02H9/04
    • H01L27/0266
    • Protection of the thin gate oxide of MOS field effect transistors from irreversible puncture due to undesired high voltages and currents generated by electrostatic discharge through handling or otherwise, is provided by a circuit structure at each input pad of an integrated circuit chip. One such feature includes the use of a barrier layer of polysilicon material to make an electrical contact between source and drain diffusions of a protective transistor and their respective aluminum conductors, in order to increase the amount of current that can be handled at such contacts without the aluminum conductor fusing though a diffusion into the substrate. Another such feature is to provide an initial, and perhaps only, protective transistor that has a very narrow channel between source and drain diffusions to allow a reversible breakdown to reduce the voltage across it to within, or nearly within, the maximum voltage that the protected thin gate oxide transistor can handle without being damaged. Further, current concentrations in the protective transistor are minimized by the use of elongated diffusions and associated solid elongated conductors having rounded corners.
    • 通过由集成电路芯片的每个输入焊盘处的电路结构提供由MOS场效应晶体管的薄栅极氧化物由于通过处理或其它方式的静电放电产生的不期望的高电压和电流而导致的不可逆穿孔的保护。 一个这样的特征包括使用多晶硅材料的阻挡层在保护晶体管及其各自的铝导体的源极和漏极扩散之间形成电接触,以便增加在这种触点处可以处理的电流量,而不需要 铝导体通过扩散进入衬底而熔化。 另一个这样的特征是提供初始的,也许只有保护晶体管,其在源极和漏极扩散之间具有非常窄的通道,以允许可逆击穿以将其跨过其中的电压降低到或接近受保护的最大电压内 薄栅氧化物晶体管可以处理而不被损坏。 此外,通过使用具有圆角的细长漫射和相关联的实心细长导体,使保护晶体管中的电流浓度最小化。
    • 8. 发明申请
    • Global positioning and timing system and method for race start line management
    • 全球定位和定时系统及种族起跑线管理方法
    • US20130054138A1
    • 2013-02-28
    • US13199204
    • 2011-08-23
    • Stephen E. Clark
    • Stephen E. Clark
    • G01C21/00
    • G01C21/203B63B51/00
    • A system and method for positioning control and management of racing sailboat positions and velocities includes the strategic placement of a global positioning receiver on the sailboat. Global positioning system (GPS) receiver unit receives GPS signals from positioning satellites. Prior to starting a race, the sailboat takes two line shots of the starting line from beyond one or both ends of the starting line. In response to operator selection via a user input interface connected to the GPS receiver, the boat's respective positions at which the two line shots are taken are each recorded by a processor connected to the GPS receiver. The processor calculates the equation of a straight line corresponding to that of the extended starting line, and plots it in an x-y plane. The processor additionally continuously determines the boat's current location, speed and bearing relative to the start line, and plots its current course in the same x-y plane as the starting line. The processor calculates the projected point of intersection of the boat's current course with the starting line, and produces a visual and/or audible output describing the amount of time until the boat crosses the start line.
    • 用于定位赛艇帆船位置和速度的控制和管理的系统和方法包括在帆船上的全球定位接收器的战略布置。 全球定位系统(GPS)接收机单元从定位卫星接收GPS信号。 在开始比赛之前,帆船从起跑线的一端或两端起跑线的两条线路射门。 响应于通过连接到GPS接收器的用户输入接口的操作员选择,船上相应的拍摄两个拍摄位置的位置都由连接到GPS接收器的处理器记录。 处理器计算与扩展起始行对应的直线的方程,并将其绘制在x-y平面中。 处理器还连续地确定船的当前位置,速度和相对于起始线的方向,并将其当前路线绘制在与起始线相同的x-y平面。 处理器计算船的当前路线与起始线的交点的投影点,并产生描述直到船穿过起始线的时间量的视觉和/或听觉输出。
    • 9. 发明授权
    • Apparatus for manufacturing multi-layered high deformation piezoelectric actuators and sensors
    • 用于制造多层高变形压电致动器和传感器的装置
    • US06257293B1
    • 2001-07-10
    • US09465898
    • 1999-12-17
    • Samuel A. Face, Jr.Stephen E. Clark
    • Samuel A. Face, Jr.Stephen E. Clark
    • B32B3104
    • B32B37/144B32B38/1841B32B38/1866B32B2038/1891B32B2309/02B32B2309/72B32B2311/00B32B2315/02H01L41/098H01L41/25Y10T29/42Y10T29/49863Y10T156/17
    • A method and apparatus for manufacturing prestressed piezoelectric actuators which maximizes output, and increases the precision and efficiency with which the multi-layer actuators are made. Individual layers of the piezoelectric actuators are automatically stacked and registered with respect to each other within press members prior to bonding the layers to each other with a thermoplastic adhesive. Compressive force is applied while heat is conductively transferred from a heating element to the actuator in order to raise the temperature of each of the layers above the melting point of the thermoplastic. The temperature of the heating element is then decreased until the temperature of the actuator layers drops to below the melting point of the thermoplastic adhesive, thereby bonding the layers. Compressive force is then released, and the actuators are removed, further cooled and polarized. The temperature of the actuator may be sensed, and the pressure and the heat applied to the actuator varied in accordance with the sensed temperature.
    • 一种用于制造预应力压电致动器的方法和装置,其使输出最大化,并提高制造多层致动器的精度和效率。 在使用热塑性粘合剂将层彼此粘合之前,压电致动器的各层自动地在压力构件内相互堆叠和对准。 施加压缩力,同时热量从加热元件传导到致动器,以便将每个层的温度升高到热塑性塑料的熔点之上。 然后,加热元件的温度降低直到致动器层的温度下降到低于热塑性粘合剂的熔点,从而粘合这些层。 然后释放压缩力,致动器被去除,进一步冷却和极化。 可以感测致动器的温度,并且施加到致动器的压力和热量根据感测到的温度而变化。