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    • 1. 发明授权
    • Collection apparatus for use with blower/vacuum units
    • 收集装置用于鼓风机/真空装置
    • US06170118B2
    • 2001-01-09
    • US08953847
    • 1997-10-15
    • Paul Curtis McIntyreMichael A. Robinson
    • Paul Curtis McIntyreMichael A. Robinson
    • A47L912
    • A47L9/1418A47L5/365A47L9/00A47L9/009Y10S55/03
    • A mobile, lightweight, universal collection apparatus for use with blower/vacuum units for quickly and easily collecting and storing large amounts of bulky debris or materials which is readily disassembled for conveniently storing and shipping the apparatus. The collection apparatus includes a large container, a removable lid, a disposable or reusable liner, an intake hose attachment and a base with rollers for movably supporting the container. The preferred container is comprised of one or more transparent, flat panels adapted to be readily secured together to form a cylindrical-shaped container for holding large amounts of debris or materials. The removable lid is transparent and is mounted on the container and includes a power unit connection for attaching the blower/vacuum unit, an inlet connection for attaching various intake hose attachments and an integral filter. The power unit connection and inlet connection are universally adapted to be connected to different power units and to different accessories, respectively. In use, debris is drawn into the inlet connection through the intake hose attachment by a blower/vacuum unit and deposited in the liner within the container. The collection apparatus also includes a mobile base for supporting the container and easily maneuvering the container over a large area. The base may include a platform for carrying a gasoline or propane powered generator and a storage component for storing various attachments and extra liners for the container.
    • 一种移动,轻便的通用收集装置,用于鼓风机/真空装置,用于快速和容易地收集和储存大量庞大的碎片或材料,易于拆卸,方便存放和运输装置。 收集装置包括大容器,可移除盖,一次性或可重复使用的衬垫,进气软管附件和具有用于可移动地支撑容器的辊的底座。 优选的容器由一个或多个透明的平板组成,其适于容易地固定在一起以形成用于保持大量碎屑或材料的圆柱形容器。 可拆卸盖子是透明的并且安装在容器上并且包括用于附接鼓风机/真空单元的动力单元连接件,用于连接各种进气软管附件的入口连接件和一体式过滤器。 动力单元连接和入口连接通常适用于分别连接到不同的动力单元和不同的附件。 在使用中,碎屑通过进气软管附件通过鼓风机/真空装置被吸入入口连接并沉积在容器内的衬里中。 收集装置还包括用于支撑容器并容易地在大面积上操纵容器的移动基座。 基座可以包括用于承载汽油或丙烷发电机的平台和用于存储用于容器的各种附件和额外衬垫的存储部件。
    • 5. 发明申请
    • BI-DIRECTIONAL SIGNAL TRANSMISSION SYSTEM USING A DUAL-PURPOSE PIN
    • 使用双用途PIN的双向信号传输系统
    • US20100054754A1
    • 2010-03-04
    • US12198483
    • 2008-08-26
    • Frederick W. MillerMichael A. Robinson
    • Frederick W. MillerMichael A. Robinson
    • H04B10/00
    • H04B10/50H04B10/40H04B10/66
    • A signal transmission system in accordance with the invention is implemented using a dual-purpose pin of an optical sub-assembly. The dual-purpose pin is used to propagate an analog signal out of the optical sub-assembly and also for providing an access point where an external element may be coupled to the optical sub-assembly for modulating the analog signal. The optical sub-assembly houses a photodetector, a signal transmitter circuit, and a signal receiver circuit. The photodetector receives light and generates a corresponding electrical signal indicative of the light intensity. The signal transmitter circuit converts the electrical signal received from the photodetector into the analog signal that is transmitted out of the dual-purpose pin. The signal receiver circuit located inside the optical sub-assembly is configured to monitor the modulated analog signal from the dual-purpose pin and generate therefrom, a control signal inside the optical sub-assembly.
    • 根据本发明的信号传输系统使用光学子组件的双用途销来实现。 双用途引脚用于将模拟信号传播出光学子组件,并且还用于提供接入点,其中外部元件可以耦合到光学子组件以调制模拟信号。 光学子组件容纳光电检测器,信号发射器电路和信号接收器电路。 光电检测器接收光并产生指示光强度的相应电信号。 信号发送器电路将从光电检测器接收的电信号转换为从双用途引脚传输的模拟信号。 位于光学子组件内部的信号接收器电路被配置为监视来自双用途引脚的调制模拟信号并从其产生在光学子组件内部的控制信号。
    • 9. 发明授权
    • Methods and apparatus for antenna isolation-dependent coexistence in wireless systems
    • 无线系统中天线隔离依赖共存的方法和装置
    • US08284721B2
    • 2012-10-09
    • US12215574
    • 2008-06-26
    • Camille ChenMichael A. RobinsonMichael J. Giles
    • Camille ChenMichael A. RobinsonMichael J. Giles
    • H04W4/00H04W72/00H04W88/00H04W92/00
    • H04B15/00H04B1/406H04W16/14H04W52/0238H04W52/243H04W88/06Y02D70/1244Y02D70/1246Y02D70/142Y02D70/144Y02D70/146Y02D70/164Y02D70/168Y02D70/40
    • Methods and apparatus for selectively switching one or more antennas in a multiple-input, multiple-output (MIMO) antenna array so as to mitigate interference with another RF interface within the same space-constrained device, based on radio frequency isolation. In one embodiment, the MIMO interface comprises a WLAN interface having a 2×2 or 3×3 array of antennae which are placed in a wireless device in an asymmetric fashion with respect to the antenna of the second interface, and the other interface comprises a PAN (e.g., Bluetooth) interface operating in an overlapping frequency band (e.g., ISM band). When both interfaces are operating, interference is mitigated through selectively switching off one or more of the MIMO antennae, and using the remaining antenna(e) having the best isolation from the Bluetooth antennae. This approach allows simultaneous operation of both interferences without significant degradation to user experience or the operation of either interface, and may also provide power savings critical to mobile device battery longevity.
    • 用于在多输入多输出(MIMO)天线阵列中选择性地切换一个或多个天线的方法和装置,以便基于射频隔离来减轻在同一空间受限设备内的另一射频接口的干扰。 在一个实施例中,MIMO接口包括具有相对于第二接口的天线以非对称方式放置在无线设备中的2×2或3×3天线阵列的WLAN接口,并且另一接口包括 PAN(例如,蓝牙)接口在重叠频带(例如,ISM频带)中工作。 当两个接口都工作时,通过选择性地关闭一个或多个MIMO天线,并使用与蓝牙天线具有最佳隔离的剩余天线(e)来减轻干扰。 这种方法允许两个干扰的同时操作,而不会明显地降低用户体验或任何一个接口的操作,并且还可以提供对移动设备电池寿命至关重要的功率节省。