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    • 11. 发明授权
    • Inking system for a printing press
    • 印刷机墨水系统
    • US5440982A
    • 1995-08-15
    • US85592
    • 1993-07-01
    • Stanley J. MeadowsSteven C. Waters
    • Stanley J. MeadowsSteven C. Waters
    • B41F31/02B41F31/05B41F31/08
    • B41F31/027
    • An inking apparatus is provided for applying ink to a rotating roller of a printing press. The apparatus includes an ink fountain located adjacent the roller for applying ink to the roller, a doctor blade holder, and a doctor blade coupled to the doctor blade holder for engaging the roller with a predetermined pressure to scrape excess ink from the roller as the roller rotates relative to the doctor blade. The apparatus also includes first and second guide rails configured to define a slot therebetween for receiving the doctor blade holder therein, and a mechanism for retaining the doctor blade holder in the slot to hold the doctor blade against the roller during rotation of the roller.
    • 提供一种用于将油墨施加到印刷机的旋转辊上的上墨装置。 该设备包括位于辊附近的墨斗,用于向辊施加油墨,刮刀保持器和联接到刮刀保持器的刮刀,用于以预定的压力接合辊,以刮擦作为辊的辊的多余的油墨 相对于刮刀旋转。 该设备还包括第一和第二导轨,其被配置为在其间限定用于在其中接收刮刀保持器的槽,以及用于将刮刀保持器保持在槽中的机构,以在辊的旋转期间将刮刀保持在辊上。
    • 13. 发明授权
    • Method and apparatus for multi-phase rendering
    • 多相渲染方法和装置
    • US06359619B1
    • 2002-03-19
    • US09336387
    • 1999-06-18
    • Richard C. WatersThouis R. JonesRonald N. PerryLarry D. Seiler
    • Richard C. WatersThouis R. JonesRonald N. PerryLarry D. Seiler
    • G06F1500
    • G06T15/80
    • In a method for rendering an evolving three-dimensional scene description as a series of two-dimensional images (frames), the evolving scene description includes object geometries G and their associated shader procedures S. Each shader procedure S is factored into a static procedure Ss and a dynamic procedure Sd such that S(A,I)=Sd(Ss(A,R),I), where A denotes the appearance parameters required to shade objects, I denotes an instance of the control parameters, and R denotes a range of control parameters which include I. Similarly, the rendering procedure TSI (transform, sample, and interpolate) for object geometry is factored into a static procedure TSIs and a dynamic procedure TSId such that TSI(G,I)=TSId(TSIs(G,R),I). The factorization of both S and TSI is chosen to significantly reduce the overall rendering time for the evolving scene. Specifically, viewpoint independent or weakly viewpoint dependent computations Ss(A,R) and TSIs(G,R) are computed in the static phase of rendering and stored either as independent data structures or as a single combined data structure called the internal representation. This internal representation is then processed by the dynamic phase of rendering to produce each frame. Since the required dynamic computations to produce a frame are significantly reduced and the required static computations run infrequently both as a result of a clever factorization and an efficient internal representation, the overall rendering time is reduced.
    • 在用于将演进的三维场景描述呈现为一系列二维图像(帧)的方法中,演进场景描述包括对象几何G​​及其相关联的着色器过程S.每个着色器过程S被分解为静态过程Ss 以及S(A,I)= Sd(Ss(A,R),I))的动态过程Sd,其中A表示遮蔽对象所需的外观参数,I表示控制参数的实例,R表示 控制参数范围包括I.类似地,对象几何的渲染过程TSI(变换,采样和内插)被分解为静态过程TSI和动态过程TSId,使得TSI(G,I)= TSId(TSI G,R),I)。 选择S和TSI的因式分解以显着减少演进场景的整体渲染时间。 具体地说,在独立的数据结构或被称为内部表示的单一的组合数据结构中,在静态的渲染阶段计算出独立视点或弱视点的计算Ss(A,R)和TSI(G,R)。 然后通过渲染的动态阶段处理该内部表示以产生每个帧。 由于产生帧的所需动态计算显着减少,而由于智能因式分解和有效的内部表示,所需的静态计算不经常运行,因此总体渲染时间减少。
    • 16. 发明授权
    • Actuation mechanism for a fire extinguisher
    • 灭火器的启动机构
    • US08869905B2
    • 2014-10-28
    • US13246106
    • 2011-09-27
    • Robert S. Thomas, IIIEdward C. Waters, III
    • Robert S. Thomas, IIIEdward C. Waters, III
    • A62C11/00A62C13/76
    • A62C13/76
    • A fire extinguisher with an actuation mechanism includes a fire extinguisher body filled under pressure with a fire suppressant. The actuation mechanism includes a pneumatically controlled activation piston assembly that functions to control the release of the fire suppressant until desired by the user of the fire extinguisher. The activation piston assembly includes a housing in which a piston is positioned. The housing includes a first end and second end. The first end of the housing is covered with a first cap supporting a spring interposed between the piston and the first cap, and the second end of the housing is provided with a second cap. The piston, under the control of balanced spring bias and pneumatic pressure, allows for time controlled release of the fire suppressant from the fire extinguisher body.
    • 具有致动机构的灭火器包括用灭火剂填充的压力下的灭火器主体。 致动机构包括气动控制的活塞活塞组件,其用于控制​​灭火器的释放,直到灭火器的使用者期望。 激活活塞组件包括其中定位有活塞的壳体。 壳体包括第一端和第二端。 壳体的第一端被第一盖覆盖,第一盖支撑插入在活塞和第一盖之间的弹簧,并且壳体的第二端设置有第二盖。 活塞在平衡弹簧偏压和气动压力的控制下,允许从灭火器主体时间控制释放灭火剂。
    • 17. 发明授权
    • Wallboard repair system and method
    • 墙板维修系统及方法
    • US08281538B2
    • 2012-10-09
    • US12784368
    • 2010-05-20
    • Joseph C. Waters
    • Joseph C. Waters
    • E02D37/00
    • E04G23/0203E04G23/0207
    • The present invention provides a wallboard patching and repair system and method that are quick and easy to install and provides a stronger wall repair than available systems. The system allows a wall to be repaired with or without the use of mechanical fasteners. The invention comprises a system comprising, patch support members that are placed behind the edges of a damaged opening in wallboard and where a portion of each member is placed behind the wallboard at the edge of the opening and the remaining portion extends into the opening to support a wallboard patch. In one embodiment the invention is a kit comprising system components.
    • 本发明提供了一种墙壁修补和修复系统和方法,其易于安装并且提供比可用系统更强的墙壁修复。 该系统允许在使用或不使用机械紧固件的情况下修理墙壁。 本发明包括一种系统,其包括:贴片支撑构件,其被放置在墙板中的损坏开口的边缘的后面,并且每个构件的一部分在开口的边缘处放置在墙板的后面,并且剩余部分延伸到开口中以支撑 墙贴补丁 在一个实施方案中,本发明是包含系统组分的试剂盒。
    • 18. 发明申请
    • ACTUATION MECHANISM FOR A FIRE EXTINGUISHER
    • 一个消防员的执行机制
    • US20120073839A1
    • 2012-03-29
    • US13246106
    • 2011-09-27
    • Robert S. Thomas, IIIEdward C. Waters, III
    • Robert S. Thomas, IIIEdward C. Waters, III
    • A62C13/00
    • A62C13/76
    • A fire extinguisher with an actuation mechanism includes a fire extinguisher body filled under pressure with a fire suppressant. The actuation mechanism includes a pneumatically controlled activation piston assembly that functions to control the release of the fire suppressant until desired by the user of the fire extinguisher. The activation piston assembly includes a housing in which a piston is positioned. The housing includes a first end and second end. The first end of the housing is covered with a first cap supporting a spring interposed between the piston and the first cap, and the second end of the housing is provided with a second cap. The piston, under the control of balanced spring bias and pneumatic pressure, allows for time controlled release of the fire suppressant from the fire extinguisher body.
    • 具有致动机构的灭火器包括用灭火剂填充的压力下的灭火器主体。 致动机构包括气动控制的活塞活塞组件,其用于控制​​灭火器的释放,直到灭火器的使用者期望。 激活活塞组件包括其中定位有活塞的壳体。 壳体包括第一端和第二端。 壳体的第一端被第一盖覆盖,第一盖支撑插入在活塞和第一盖之间的弹簧,并且壳体的第二端设置有第二盖。 活塞在平衡弹簧偏压和气动压力的控制下,允许从灭火器主体时间控制释放灭火剂。
    • 19. 发明申请
    • Wallboard Repair System and Method
    • 墙板修理系统及方法
    • US20110283645A1
    • 2011-11-24
    • US12784368
    • 2010-05-20
    • Joseph C. Waters
    • Joseph C. Waters
    • E04G23/02
    • E04G23/0203E04G23/0207
    • The present invention provides a wallboard patching and repair system and method that are quick and easy to install and provides a stronger wall repair than available systems. The system allows a wall to be repaired with or without the use of mechanical fasteners. The invention comprises a system comprising, patch support members that are placed behind the edges of a damaged opening in wallboard and where a portion of each member is placed behind the wallboard at the edge of the opening and the remaining portion extends into the opening to support a wallboard patch. In one embodiment the invention is a kit comprising system components.
    • 本发明提供了一种墙壁修补和修复系统和方法,其易于安装并且提供比可用系统更强的墙壁修复。 该系统允许在使用或不使用机械紧固件的情况下修理墙壁。 本发明包括一种系统,其包括:贴片支撑构件,其被放置在墙板中的损坏开口的边缘的后面,并且每个构件的一部分在开口的边缘处放置在墙板的后面,并且剩余部分延伸到开口中以支撑 墙贴补丁 在一个实施方案中,本发明是包含系统组分的试剂盒。