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    • 13. 发明申请
    • GAME BALL MONITORING METHOD AND APPARATUS
    • 游戏球监控方法和设备
    • WO2003099394A1
    • 2003-12-04
    • PCT/GB2003/002146
    • 2003-05-20
    • MARSHALL, John, Reuben
    • MARSHALL, John, Reuben
    • A63B71/06
    • A63B71/0605A63B2071/0611
    • A method and apparatus for determining in a ball game (for example, tennis) the position, relative to a service reference lines (12), of the first contact of the ball (14) with the playing surface. In play, the ball passes through a collimated light beam to intercept light directed at a light sensing array, which comprises many closely spaced sensors (46) arranged in column and row formation. A signal storage means includes one storage device for each of the sensors, so that the position of the ball may be tracked in the storage means as it passes through the light beam. The said position is determined by tracking in the storage means the front of the ball (14F), and for each sensed position of the ball front determining the then height (H) of the top of the ball, at a position displaced rearwardly one half the ball diameter. The detected height of the top of the ball is compared for each position of the ball front with a ball reference height to ascertain the said ball position at the moment the height of the top of the ball equates with the ball reference height. Alternatively, real-time comparisons of detected and reference ball heights may be made by a computer operating on the interrupt principle, thus obviating the need for the storage devices in the making of comparisons.
    • 一种用于在球游戏(例如,网球)中确定球(14)与播放表面的第一接触相对于服务参考线(12)的位置的方法和装置。 在游戏中,球通过准直光束以截取指向光感测阵列的光,其包括布置成列和行形成的许多紧密间隔的传感器(46)。 信号存储装置包括用于每个传感器的一个存储装置,使得当存储装置通过光束时,可以在存储装置中跟踪该球的位置。 所述位置通过在存储装置中跟踪球(14F)的前部来确定,并且对于球前方的每个感测位置确定球的顶部的高度(H),在向后移动一半的位置 球直径。 对于球前部的每个位置,用球参考高度来比较球的顶部的检测高度,以确定球的顶部高度等于球参考高度的时刻的所述球位置。 或者,可以通过以中断原理工作的计算机进行检测和参考球高度的实时比较,从而避免在进行比较时存储设备的需要。
    • 15. 发明申请
    • A LAMP
    • 一盏灯
    • WO2018073032A1
    • 2018-04-26
    • PCT/EP2017/075611
    • 2017-10-09
    • MARSHALL, John Reuben
    • MARSHALL, John Reuben
    • F21V14/04F21S6/00F21S8/06F21V17/02F21S4/28F21Y103/10F21Y115/10
    • A lamp (10, 30) comprises: an elongate support (14, 34), a plurality of light directing members (18, 38), and a light generating unit (16, 36). The light directing members (18, 38) are supported by the elongate support (14, 34) at respective different positions along the length of the elongate support (14, 34). Each light directing member (18, 38) is rotatable at least partially around the elongate support (14, 34) to select a rotational position of the light directing member (18, 38) from a respective range of rotational positions of the light directing member; Each light directing member (18, 38) cooperates with the light generating unit (16, 36) so that at any rotational position within said respective range of rotational positions of the light directing member, the light directing member receives light from the light generating unit and directs the light away from the lamp in a direction dependent on the selected rotational position of the light directing member.
    • 灯(10,30)包括:细长支撑件(14,34),多个导光构件(18,38)和光产生单元(16,36)。 导光构件(18,38)由细长支撑件(14,34)在沿着细长支撑件(14,34)的长度的各个不同位置处支撑。 每个导光构件(18,38)至少部分地围绕细长支撑件(14,34)旋转,以从导光构件(18,38)的相应范围的旋转位置选择导光构件(18,38)的旋转位置 ; 每个导光构件(18,38)与光产生单元(16,36)配合,使得在导光构件的所述相应范围的旋转位置内的任何旋转位置处,导光构件接收来自光产生单元 并沿着取决于光导元件的选定旋转位置的方向将光引导离开灯。
    • 16. 发明申请
    • HIGH WORKLOAD INJECTION SYSTEM
    • 高工作注射系统
    • WO2011163379A3
    • 2012-04-19
    • PCT/US2011041471
    • 2011-06-22
    • BIOJECT INCWILLIAMSON DANIEL EMARSHALL JOHN R
    • WILLIAMSON DANIEL EMARSHALL JOHN R
    • B65B3/12A61J1/06A61J1/20A61J3/00B65B3/04
    • A61M5/1782A61M5/24A61M5/30B65B3/003
    • A filling device for a needle-free injector system is provided that is adapted to sterilely deliver a predetermined amount of an injectate from a vial to a plurality of cartridges. The filling device normally includes a single-use fluid path disposed between the vial and a receiving cartridge. The fluid path may include a vial connector adapted to couple to a vial, a filler head, and a conduit connecting the vial connector and filler head. The filling device typically further includes a pump coupled to the fluid path and adapted to propel the injectate from the vial to the receiving cartridge, and a cartridge-advancing element. Activation of the cartridge-advancing element is adapted to sequentially advance empty cartridges into a position opposite the filler head. Also provided are disposable fluid path kits and methods of using the filling device.
    • 提供了一种用于无针注射器系统的填充装置,其适于将预定量的注射器从小瓶输送到多个药筒。 填充装置通常包括设置在小瓶和接收盒之间的一次性流体路径。 流体路径可以包括适于联接到小瓶,填充头和连接小瓶连接器和填充头的导管的小瓶连接器。 填充装置通常还包括耦合到流体路径并适于将注射器从小瓶推进到接收盒的泵和盒推进元件。 盒前进元件的激活适于将空墨盒顺序地提前到与填充头相对的位置。 还提供了一次性流体路径套件和使用填充装置的方法。