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    • 44. 发明申请
    • Imaging Cartridge Circuit Board Mounting Pads
    • 成像盒电路板安装垫
    • US20150370209A1
    • 2015-12-24
    • US14839628
    • 2015-08-28
    • Steven Miller
    • Steven Miller
    • G03G15/00G03G15/08
    • G03G15/0875G03G15/0844G03G21/12G03G21/1846G03G2221/1853G03G2221/1869Y10T74/1598
    • A consumable imaging unit has a hopper unit having a developer roller and a wastebin unit having a photoconductive drum. The developer roller contacts the photoconductive drum, forming a nip between the developer roller and the photoconductive drum, when the wastebin unit and the hopper unit are installed in an imaging machine. A first circuit board mounting pad located on the consumable imaging unit receives a first circuit board adapted to communicate a first set of required data and a second circuit board mounting pad located on the consumable imaging unit receives a second circuit board adapted to communicate a second set of required data. The consumable imaging unit also has a handle located in the center of an end of the consumable imaging unit, a planar member for guided movement by a slot in said imaging machine, and a torque tab receptacle adapted to receive a torque tab thereby limiting lateral movement between the hopper unit and the wastebin unit.
    • 消耗成像单元具有具有显影辊的料斗单元和具有感光鼓的废料单元。 当废纸机单元和料斗单元安装在成像机中时,显影辊接触感光鼓,形成显影辊和感光鼓之间的辊隙。 位于可消耗成像单元上的第一电路板安装垫接收适于传送第一组所需数据的第一电路板和位于可消耗成像单元上的第二电路板安装垫,接收适于通信第二组的第二电路板 的所需数据。 消耗性成像单元还具有位于可消耗成像单元的端部的中心的手柄,用于通过所述成像机中的狭槽引导移动的平面构件和适于接收扭矩突片的扭矩接头插座,从而限制横向运动 在料斗单元和废料单元之间。
    • 46. 发明授权
    • Underwater light having a faceted water-cooled thermally conductive housing
    • 水下灯具有一个刻面的水冷导热壳体
    • US08690374B2
    • 2014-04-08
    • US13857206
    • 2013-04-05
    • Steven Miller
    • Steven Miller
    • F21V33/00
    • F21V29/56F21V13/02F21V15/01F21V15/012F21V17/164F21V29/30F21V29/507F21V31/005F21Y2107/40F21Y2115/10Y10T29/49117
    • An ultra-high efficiency underwater light for attracting marine life having radially arranged facets supporting light emitting diodes (LEDs) that project a large perimeter of light underwater. A water cooling system allows the high powered LEDs to operate at sustained peak levels without sacrificing service life. A light bifurcating structure causes a central portion of water to illuminate in a different color than the color of the outer perimeter portion of water. A tire valve stem located on the underwater light is used to remove moisture bearing air and to also pressurize the light with a non-corrosive gas. Antifouling circuitry automatically cycles the underwater light on and off multiple times during periods of non-use. Smart circuitry communicates through a series of blinks and accepts commands from a user through a power cord.
    • 一种超高效的水下灯,用于吸引海洋生物,具有径向排列的小平面支持发光二极管(LED),该发光二极管投射在水下的大的周边。 水冷却系统允许大功率LED在持续的峰值水平下运行,而不会牺牲使用寿命。 轻的分叉结构使得水的中心部分以与水的外周部分的颜色不同的颜色照亮。 位于水下灯下的轮胎阀杆用于除去含水空气并且还用非腐蚀性气体对光进行加压。 防污电路在不使用期间自动循环水下灯多次。 智能电路通过一系列闪烁进行通信,并通过电源线接收用户的命令。