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    • 5. 发明申请
    • VISCOUS MATERIAL CONTAINER ASSEMBLY
    • VISCOUS材料容器总成
    • US20130299521A1
    • 2013-11-14
    • US13889943
    • 2013-05-08
    • Scott Brown
    • Scott Brown
    • B65D83/00
    • B65D83/0011B65D85/74
    • A container assembly for storing and dispensing viscous and other materials comprises a container body, a lid, a disc, an elongated threaded member, and a base structure. The elongated threaded member is connected to the disc and received by the base structure. Rotating the disc causes the base structure to ascend or descend within the container body such that the materials stored therein may be conveniently and efficiently dispensed. At least one scraper scrapes materials stored on the inner surface of the container body therefrom, thereby reducing wastage by retrieving otherwise difficult to dispense materials. A rotation limiter precludes rotation of the base structure while the disc is rotated, which rotation limiter may be a rail contacting the bottom of the container body or a friction fit between the base structure and the inner surface of the container body.
    • 用于存储和分配粘性和其​​它材料的容器组件包括容器体,盖,盘,细长螺纹构件和基部结构。 细长螺纹构件连接到盘并由基座结构接收。 旋转盘使得基部结构在容器主体内上升或下降,使得存储在其中的材料可以方便和有效地分配。 至少一个刮板刮擦存储在容器本体内表面上的材料,从而通过回收否则难以分配材料而减少浪费。 旋转限制器排除盘旋转时的基部结构的旋转,该旋转限制器可以是接触容器主体的底部的轨道或者基部结构与容器主体的内表面之间的摩擦配合。
    • 6. 发明授权
    • Ribbon flex light connector system
    • 丝带柔性灯连接器系统
    • US08517759B1
    • 2013-08-27
    • US13397438
    • 2012-02-15
    • H. Scott Brown
    • H. Scott Brown
    • H01R12/24
    • H01R31/06H01R12/721H01R12/732
    • Push-on friction fit connectors for LED light strips form continuous flexible ribbon light strips. The low voltage light strips are cut at contacts periodically exposed along the strips. Ends of the strips with exposed contacts are pushed into receivers. Bent inward wires make frictionally connect contacts at ends of the strips. Wires extending through edges of the receivers are soldered to exposed contacts on printed circuit boards on which the spaced receivers are mounted. Circuits with contacts on the boards are connected to wires extending from the spaced receivers. Tops and sides of the receivers and bottom edges of the circuit board are protected by two-part outer covers. The covers are bonded or sonically welded to the receivers and the circuit board, leaving only outer ends of the receivers and their openings exposed.
    • LED灯带的推动式摩擦配合连接器形成连续的柔性带灯条。 在沿着条带周期性暴露的触点处切割低压灯条。 具有暴露触点的条带的端部被推入接收器。 弯曲向内的电线在带的端部摩擦连接触头。 延伸穿过接收器边缘的导线焊接到印刷电路板上的暴露的触点上,其上安装有间隔开的接收器。 具有电路板上触点的电路连接到从间隔的接收器延伸的电线。 接收器的顶部和侧面和电路板的底部边缘由两部分外壳保护。 盖子被接合或超声波焊接到接收器和电路板上,仅留下接收器的外端和它们的开口露出。
    • 9. 发明授权
    • Metal programmable self-timed memories
    • 金属可编程自定时存储器
    • US07746722B2
    • 2010-06-29
    • US12140502
    • 2008-06-17
    • Jeffrey Scott BrownChang Jung
    • Jeffrey Scott BrownChang Jung
    • G11C8/00
    • G11C8/10G11C5/025G11C11/417
    • A self-timed memory array is disclosed, in which segmentability and metal-programmability are supported while minimizing layout space. Self-timing row decoder circuits are placed at the top and bottom of the array adjacent to respective I/O blocks. A self-timing signal is routed from the top (resp. bottom) of the array to a point halfway down (resp. up) the memory array and then back to a self-timing row decoder at the top (resp. bottom) of the array. The same approach may also be used to account for the bitline wire delay from the bottom (resp. top) of the array to the sense amplifiers in the I/O block. Further flexibility in wire routing is provided by eliminating metal routing layers from unneeded memory cells, and a programmable gate array may be used to allow an arbitrary word size to be chosen for the memory.
    • 公开了一种自定时存储器阵列,其中支持可分割性和金属可编程性,同时最小化布局空间。 自定时行解码器电路放置在与相应I / O块相邻的阵列的顶部和底部。 自定时信号从阵列的顶部(相应的底部)路由到存储器阵列的中途(分别向上)一点,然后返回到顶部(相应的底部)的自定时行解码器 阵列。 也可以使用相同的方法来解释从阵列的底部(相对顶部)到I / O块中的读出放大器的位线延迟。 通过从不需要的存储器单元中消除金属布线层来提供电线布线的进一步的灵活性,并且可以使用可编程门阵列来允许为存储器选择任意的字大小。