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    • 1. 发明授权
    • Fuse cutout with integrated link break lever and fuse link ejector
    • 保险丝断路器带有一体式连接断路器和保险丝连接器
    • US06583708B1
    • 2003-06-24
    • US09617095
    • 2000-07-14
    • Richard W. SmithDonald E. WeaverGerald B. Roberts
    • Richard W. SmithDonald E. WeaverGerald B. Roberts
    • H01H7120
    • H01H31/127
    • A fuse cutout for connection to a power source, includes a mounting having upper and lower support members extending from opposing ends of the mounting. A holder member is fixedly attached to the lower support member of the mounting and a pivot member is received in the holder member at a first pivot point. The pivot member is movable between first and second positions. A lever member, movable between non-release and release positions, has unitary first and second portions. The first portion is pivotally coupled to the pivot member. A fuseholder, movable between closed and open positions, has upper and lower ends, the lower end being pivotally coupled to the pivot member at a second pivot point. The first and second positions of the pivot member and each of the closed and open positions of the fuseholder, correspond to each of the non-release and release positions of the lever member.
    • 用于连接到电源的保险丝切断器包括具有从安装件的相对端延伸的上部和下部支撑构件的安装件。 保持器构件固定地附接到安装件的下支撑构件,并且枢转构件在第一枢转点处容纳在保持构件中。 枢转构件可在第一和第二位置之间移动。 可在非释放位置和释放位置之间移动的杆构件具有整体的第一和第二部分。 第一部分枢转地联接到枢转构件。 可在闭合位置和打开位置之间移动的保险丝座具有上端和下端,下端在第二枢轴点枢转地联接到枢转构件。 枢轴构件的第一和第二位置以及熔断器的每个闭合和打开位置对应于杠杆构件的每个非释放位置和释放位置。
    • 3. 发明授权
    • Reverse donut model
    • 反向甜甜圈型号
    • US07849430B2
    • 2010-12-07
    • US12054317
    • 2008-03-24
    • Richard W. SmithHang KwanManzurul Khan
    • Richard W. SmithHang KwanManzurul Khan
    • G06F17/50G06F9/45
    • G06F17/5031G06F2217/84
    • A pruning algorithm for generating a reverse donut model (RDM) for running timing analysis for a block in an IC includes logic to reduce a hierarchical model of the IC to a single level flat model. A block from a plurality of blocks that make up the IC is identified from the single level flat model of the IC. The pruning algorithm is further used to initialize a timer and to define timing constraints associated with each of a plurality of input and output pins associated with the identified block. A RDM for the identified block is generated by identifying and including connectivity information associated with a plurality of input and output pins in an outer boundary of the identified block and at least one layer of interface connection between each of the plurality of input and output pins in the outer layer of the identified block and one or more circuit elements external to the identified block in the IC interfacing with each of the plurality of input and output pins in the identified block. The generated RDM acts as a blackbox for the identified block and is used in place of the identified block for running the timing analysis.
    • 用于生成用于对IC中的块运行时序分析的反向环形模型(RDM)的修剪算法包括将IC的分级模型减小到单个级别平面模型的逻辑。 从IC的单级平面型号识别来自构成IC的多个块的块。 修剪算法还用于初始化定时器并且定义与与所识别的块相关联的多个输入和输出引脚中的每一个相关联的定时约束。 通过识别并包括与所识别的块的外边界中的多个输入和输出引脚相关联的连通性信息以及多个输入和输出引脚中的每一个之间的至少一层接口连接来生成用于所识别的块的RDM 所识别的块的外层和IC中所识别的块外部的一个或多个电路元件与所识别的块中的多个输入和输出引脚中的每一个接口连接。 生成的RDM用作识别块的黑盒,并用于代替用于运行时序分析的标识块。
    • 4. 发明申请
    • REVERSE DONUT MODEL
    • 反向DONUT模型
    • US20090241081A1
    • 2009-09-24
    • US12054317
    • 2008-03-24
    • Richard W. SmithHang KwanManzurul Khan
    • Richard W. SmithHang KwanManzurul Khan
    • G06F17/50
    • G06F17/5031G06F2217/84
    • A pruning algorithm for generating a reverse donut model (RDM) for running timing analysis for a block in an IC includes logic to reduce a hierarchical model of the IC to a single level flat model. A block from a plurality of blocks that make up the IC is identified from the single level flat model of the IC. The pruning algorithm is further used to initialize a timer and to define timing constraints associated with each of a plurality of input and output pins associated with the identified block. A RDM for the identified block is generated by identifying and including connectivity information associated with a plurality of input and output pins in an outer boundary of the identified block and at least one layer of interface connection between each of the plurality of input and output pins in the outer layer of the identified block and one or more circuit elements external to the identified block in the IC interfacing with each of the plurality of input and output pins in the identified block. The generated RDM acts as a blackbox for the identified block and is used in place of the identified block for running the timing analysis.
    • 用于生成用于对IC中的块运行时序分析的反向环形模型(RDM)的修剪算法包括将IC的分级模型减小到单个级别平面模型的逻辑。 从IC的单级平面型号识别来自构成IC的多个块的块。 修剪算法还用于初始化定时器并且定义与与所识别的块相关联的多个输入和输出引脚中的每一个相关联的定时约束。 通过识别并包括与所识别的块的外边界中的多个输入和输出引脚相关联的连通性信息以及多个输入和输出引脚中的每一个之间的至少一层接口连接来生成用于所识别的块的RDM 所识别的块的外层和IC中所识别的块外部的一个或多个电路元件与所识别的块中的多个输入和输出引脚中的每一个接口连接。 生成的RDM用作识别块的黑盒,并用于代替用于运行时序分析的标识块。
    • 6. 发明授权
    • Anti-lock brake powering system
    • 防抱死制动动力系统
    • US5263771A
    • 1993-11-23
    • US886252
    • 1992-05-21
    • Richard W. Smith
    • Richard W. Smith
    • B60Q1/44B60T8/32
    • B60T8/323B60Q1/44
    • An anti-lock brake powering system for use on a tractor having a power source and power cord with a connecting device with multiple circuits between the tractor and a trailer with one circuit providing power to the brake lights of a trailer and a switch disposed in the tractor to provide power to the brake lights of a trailer equipped with a conventional brake system when the switch is in one position so that when the brakes of the tractor are applied a pressure sensitive switch disposed in the tractor is activated and lights the brake lights of the tractor and lights the brake lights of the trailer equipped with a conventional brake system and so that when the switch is moved to a second position, continuous electrical power is supplied to the anti-lock brake system of a trailer equipped with an anti-lock brake system and when the brakes of the tractor are applied the pressure sensitive switch disposed in the tractor is activated and lights the brake lights of the tractor and a pressure sensitive switch disposed in the trailer equipped with an anti-lock brake system is activated and lights the brake lights of the trailer equipped with an anti-lock brake system.
    • 一种在具有电源和电源线的拖拉机上使用的防抱死制动器动力系统,其具有在拖拉机和拖车之间具有多个回路的连接装置,其中一个回路为拖车的制动灯提供动力, 拖拉机,当开关处于一个位置时,为配备有常规制动系统的拖车的刹车灯提供动力,使得当拖拉机的制动器被施加时,设置在拖拉机中的压敏开关被启动并点亮 拖拉机并点燃装备有常规制动系统的拖车的制动灯,并且当开关移动到第二位置时,连续的电力被供应到装有防抱死的拖车的防抱死制动系统 制动系统,并且当拖拉机的制动器被施加时,设置在拖拉机中的压敏开关被启动并点亮拖拉机的制动灯和压缩机 设置在配备有防抱死制动系统的拖车中的敏感开关被激活,并且对装有防抱死制动系统的拖车的刹车灯进行点亮。
    • 8. 发明授权
    • Paper making fabric having a reduced permeability profile
    • 造纸织物具有减小的渗透性
    • US4649964A
    • 1987-03-17
    • US653560
    • 1984-09-24
    • Richard W. Smith
    • Richard W. Smith
    • D03D11/00D03D23/00D21F1/00D21F7/00
    • D21F1/0045D03D23/00D21F7/003
    • A woven paper making fabric (A) is disclosed having a profiled permeability characteristic which varies across the width of the fabric yet the tensions are relatively uniform across the width of the fabric. The fabric includes a plurality of warp yarns (20, 22, 24, 26) extending in a machine direction and a plurality of weft yarns (28, 30, 32) extending in a cross-machine direction in the fabric woven with the warp yarns. The weft yarns and warp yarns are woven to provide at least two layers (60, 62, 64) in the fabric. A number of unwoven fabric closure elements (B) are bound between the weft yarns of two of the fabric layers (60, 62) extending in the machine direction adjacent the lateral edges (42, 44) of the fabric (A). The closure elements (B) extend through the fabric parallel to the edges in a generally straight configuration between the two fabric layers (60, 62) in a generally tensionless state so as not to effect the tension of the weave of the fabric. A uniform weave tension exists across the width of said fabric. The closure elements block the flow of air through the fabric to reduce the permeability of the fabric at the lateral edges (46, 48) and provide the desired permeability profile.
    • 公开了一种织造造纸织物(A),其具有在织物的宽度上变化的异型渗透性特征,但是横跨织物的宽度的张力相对均匀。 织物包括在机器方向上延伸的多根经纱(20,22,24,26)和沿织物方向延伸的多根纬纱(28,30,32),所述纬纱以经纱编织 。 纬纱和经纱被编织以在织物中提供至少两层(60,62,64)。 在织物(A)的侧边缘(42,44)附近沿机器方向延伸的两个织物层(60,62)的纬纱之间结合许多无纺织物封闭元件(B)。 闭合元件(B)以大致无张力的状态在两个织物层(60,62)之间以大致直的构造平行延伸穿过织物,以便不影响织物的织物的张力。 在所述织物的宽度上存在均匀的编织张力。 闭合元件阻止空气流过织物,以降低织物在侧边缘(46,48)处的渗透性,并提供所需的渗透率分布。
    • 9. 发明授权
    • Fiber-reinforced composite wheel construction
    • 纤维增强复合轮结构
    • US4514013A
    • 1985-04-30
    • US559623
    • 1983-12-12
    • James A. WoelfelRichard W. Smith
    • James A. WoelfelRichard W. Smith
    • B29C53/60B29C70/00B60B5/02
    • B29C53/60B29C70/00B29C70/28B60B5/02B29K2309/08
    • A fiber-reinforced composite vehicle wheel, and a method and apparatus for construction thereof. The wheel comprises a disc portion having reinforcing fibers in substantially random orientation disposed predominantly in planes perpendicular to the wheel axis, and a rim portion having directional first reinforcing fibers substantially parallel to each other and oriented circumferentially of or substantially parallel to the wheel axis, or both, and second reinforcing fibers which are substantially randomly oriented circumferentially of the wheel axis. The method includes formation of separate rim and disc charges from sheet molding plastic resin compound and compression molding of the charges to form an integral composite rim and disc structure of essentially homogeneous resin reinforced by the fibers. An apparatus for molding the wheel features radially movable rim mold sections and axially reciprocable disc mold sections all having mold surface contours for forming a molded composite wheel of desired configuration.
    • 纤维增强复合车轮及其构造方法和装置。 车轮包括具有主要位于垂直于车轮轴线的平面中的基本上随机取向的增强纤维的盘部分,以及具有基本上彼此平行并且与车轮轴线周向或基本上平行的定向第一增强纤维的轮缘部分,或者 两个和第二增强纤维基本上随机地取向于轮轴的周向。 该方法包括从片状塑料树脂复合物形成单独的边缘和圆盘电荷,并对电荷进行压缩成型以形成整体的复合边缘和由纤维增强的基本均匀的树脂的圆盘结构。 用于模制车轮的装置具有可径向移动的轮辋模具部分和具有模具表面轮廓的轴向往复运动的圆盘模具部分,所述模具表面轮廓用于形成具有所需构造的模制复合轮。
    • 10. 发明申请
    • DESIGN TOOL AND METHOD FOR AUTOMATICALLY IDENTIFYING MINIMUM TIMING VIOLATION CORRECTIONS IN AN INTEGRATED CIRCUIT DESIGN
    • 设计工具和自动识别集成电路设计中最小时序变换校正的方法
    • US20090259979A1
    • 2009-10-15
    • US12100505
    • 2008-04-10
    • Richard W. Smith
    • Richard W. Smith
    • G06F17/50
    • G06F17/5031
    • A design tool for automatically identifying minimum timing violation corrections in an integrated circuit (IC) design includes program instructions executable by a processor to identify locations to add a delay along each circuit path having a minimum timing violation. The tool may also sequentially try each of a plurality of circuit changes that add the delay and to evaluate a result of each circuit change until an acceptable percentage of the minimum timing violation has been corrected. In response to each circuit change, the design tool may update an internal node report, which includes a listing of circuit nodes and a maximum timing slack available at each node, by reducing a maximum slack value of each affected node by an amount of the added delay. The design tool may generate an output report that includes a listing of the circuit changes which correct the minimum timing violations.
    • 用于自动识别集成电路(IC)设计中的最小定时违规校正的设计工具包括可由处理器执行的程序指令,以识别沿着具有最小定时违反的每个电路路径添加延迟的位置。 该工具还可以顺序地尝试添加延迟的多个电路改变中的每一个,并且评估每个电路改变的结果,直到最小定时违反的可接受百分比已被校正。 响应于每个电路改变,设计工具可以通过将每个受影响的节点的最大松弛值减少所添加的数量来更新内部节点报告,其包括电路节点列表和每个节点可用的最大定时松弛 延迟。 设计工具可能会生成一个输出报告,其中包括纠正最小定时违规的电路更改列表。