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    • 1. 发明授权
    • Method and apparatus for wireless dielectric fluid detection
    • 无线介质流体检测方法和装置
    • US09426544B1
    • 2016-08-23
    • US15057348
    • 2016-03-01
    • Harry SimSteve KimRobert Shaw
    • Harry SimSteve KimRobert Shaw
    • G08B23/00H04Q9/00
    • H04Q9/00H04Q2209/40H04Q2209/84H04Q2209/883
    • A system is disclosed for detecting the presence of dielectric fluids and water in a utility enclosure. The system includes a sensor assembly that may be installed in the utility enclosure. The sensor assembly has an array of capacitance sensors extending into the utility enclosure to an area where the fluids are expected to be present. The sensor assembly also has a pressure sensor that can detect the total pressure of the fluids in the enclosure. The reading from both sensors can be feed to a processor and a transmitter that sends the readings wirelessly to a receiver assembly. The receiver assembly includes a wireless receiver, a second processor connected to the wireless receiver and a display. The processor may process the readings from the sensors to calculate and report the levels of fluids in the enclosure.
    • 公开了一种用于检测电力机箱中介电流体和水的存在的系统。 该系统包括可安装在实用机箱中的传感器组件。 传感器组件具有延伸到实用外壳中的电容传感器阵列到预期存在流体的区域。 传感器组件还具有可以检测外壳中流体的总压力的压力传感器。 来自两个传感器的读数可以馈送到处理器和发送器,将读数无线发送到接收器组件。 接收器组件包括无线接收器,连接到无线接收器的第二处理器和显示器。 处理器可以处理来自传感器的读数,以计算和报告外壳中流体的水平。
    • 2. 发明申请
    • Device For Automatically Reading A Glow Tube
    • 自动读取发光管的装置
    • US20150061887A1
    • 2015-03-05
    • US14311010
    • 2014-06-20
    • Harry SimRobert ShawSteve Kim
    • Harry SimRobert ShawSteve Kim
    • G08C17/02
    • G08C17/02H04Q9/00
    • The disclosure provides a wireless gauge reader system for use on an existing electrical substation where the substation has a window through which at least one glow tube is visible. The system includes a frame fastened to the substation that surrounds at least a portion of the window, and a door in connection with the frame that allows the door to open and close. The door includes a wireless gauge reader (WGR) that has an optical sensor that is positioned to view the glow tube when the door is closed. The WGR also has a transmitter to transmit a wireless signal based on the illumination state of the glow tube. Various aspects of the connection of the door to the frame are disclosed.
    • 本公开提供了一种用于现有变电站的无线测量读取器系统,其中变电站具有可通过至少一个发光管通过的窗口。 该系统包括紧固到变电站的框架,该框架围绕窗口的至少一部分,以及与框架连接的门,其允许门打开和关闭。 门包括一个无线测量读取器(WGR),它具有一个光学传感器,当门关闭时,该传感器被定位成观察辉光管。 WGR还具有基于发光管的照明状态发射无线信号的发射机。 公开了门到框架的连接的各个方面。
    • 3. 发明授权
    • Device for automatically reading a glow tube
    • 用于自动读取发光管的设备
    • US09147341B2
    • 2015-09-29
    • US14311010
    • 2014-06-20
    • Harry SimRobert ShawSteve Kim
    • Harry SimRobert ShawSteve Kim
    • G08C17/02
    • G08C17/02H04Q9/00
    • The disclosure provides a wireless gauge reader system for use on an existing electrical substation where the substation has a window through which at least one glow tube is visible. The system includes a frame fastened to the substation that surrounds at least a portion of the window, and a door in connection with the frame that allows the door to open and close. The door includes a wireless gauge reader (WGR) that has an optical sensor that is positioned to view the glow tube when the door is closed. The WGR also has a transmitter to transmit a wireless signal based on the illumination state of the glow tube. Various aspects of the connection of the door to the frame are disclosed.
    • 本公开提供了一种用于现有变电站的无线测量读取器系统,其中变电站具有可通过至少一个发光管通过的窗口。 该系统包括紧固到变电站的框架,该框架围绕窗口的至少一部分,以及与框架连接的门,其允许门打开和关闭。 门包括一个无线测量读取器(WGR),它具有一个光学传感器,当门关闭时,该传感器被定位成观察辉光管。 WGR还具有基于发光管的照明状态发射无线信号的发射机。 公开了门到框架的连接的各个方面。
    • 10. 发明申请
    • CLOSURE HAVING INVERTED FRANGIBLE VALVE
    • 具有倒立的阀门的闭合
    • US20070278175A1
    • 2007-12-06
    • US11535197
    • 2006-09-26
    • Gary SmithSteve KimRichard Lohrman
    • Gary SmithSteve KimRichard Lohrman
    • B65D39/00
    • B65D47/06B65D2231/022B67D3/0032
    • The present invention is directed to a closure for a container. Among the embodiments provided herein, a cap for a container used on a water dispenser has a roof portion, a cylindrical skirt, and a well extending from the roof portion into the cap. The well has a wall structure terminating at a base structure that has a shape defined as comprising an annular rim connected to the wall structure and either a frusto-conical member having an edge that terminates to a disk shaped member, a dome member, or a convex member depending from the annular rim and extending in a direction towards the roof portion. The cap may further include at least two frangible lines defined on the base structure with scored sections at the ends defined by each frangible line. Alternatively, the cap may have a base structure that includes at least two sections, one of which is dominant and overlaps or is coincident with an edge of the other subservient section, the two sections causing the base structure to be sufficiently sealed during non-use and being deformable when penetrated by a probe to separate and allow dispensing of liquid within the container.
    • 本发明涉及一种用于容器的封闭件。 在本文提供的实施例中,用于在饮水机上使用的容器的盖具有屋顶部分,圆柱形裙部以及从屋顶部分延伸到帽中的井。 井具有终止于基部结构的壁结构,其具有被限定为包括连接到壁结构的环形边缘的形状,以及具有终止于盘形构件的边缘的圆锥形构件,圆顶构件或 凸形构件从环形边缘悬垂并沿朝向屋顶部分的方向延伸。 帽可以进一步包括在基部结构上限定的至少两条易碎线,在由每条脆弱线限定的端部处具有刻痕部分。 或者,盖可以具有包括至少两个部分的基部结构,其中一个部分是主要的并且与另一个次要部分的边缘重叠或重合,两个部分使基部结构在不使用期间被充分地密封 并且当被探针穿透以分离并允许在容器内分配液体时可变形。