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    • 4. 发明授权
    • Link layer protocol and apparatus for data communication
    • 链路层协议和数据通信装置
    • US5007051A
    • 1991-04-09
    • US319897
    • 1989-03-03
    • Gregory D. DolkasWilliam R. Martin
    • Gregory D. DolkasWilliam R. Martin
    • H04L1/00H04L12/56H04L29/06H04L29/08
    • H04L1/0061H04L1/0041H04L29/06H04L47/10H04L47/225H04L47/30H04L69/324
    • A method and device for controlling the transmission across a data link is disclosed. Link Layer protocol formatting in a variation on a "sliding window" protocol is implemented. In data communication equipment, a protocol controller device is described, coupling a first input/output means, for coupling to a local data terminal equipment, to a second input/output means, for coupling said local data terminal equipment to a communication link, comprising: first porting means for transferring information in to and out from said first input/output means; second porting means for transferring said information to and from said second input/output means; switching means coupled to said first porting means for controlling an input/output information transfer path through said porting means; information holding means, coupled to said first porting means and to said second porting means, for pipelining said information through said device; and controlling means, coupled to said holding means and said second porting means, for protocol formatting of said information. The present invention includes a method for controlling data transmission using an open systems interconnection model, comprising: providing link layer sliding window protocol formatting of information to be transmitted such that said protocol provides transmission error control; and providing link layer sliding window protocol formatting of information to be transmitted such that said protocol provides transmission flow control and fully decoded control information.
    • 公开了一种用于控制数据链路传输的方法和装置。 实现了“滑动窗口”协议中的变体中的链路层协议格式化。 在数据通信设备中,描述了协议控制器设备,将用于耦合到本地数据终端设备的第一输入/输出装置耦合到第二输入/输出装置,用于将所述本地数据终端设备耦合到通信链路,包括 :用于将信息传送到所述第一输入/输出装置中的第一移位装置; 用于将所述信息传送到所述第二输入/输出装置和/ 切换装置,其耦合到所述第一移植装置,用于控制通过所述移植装置的输入/输出信息传送路径; 信息保持装置,耦合到所述第一端口装置和所述第二端口装置,用于通过所述装置流水线化所述信息; 以及耦合到所述保持装置和所述第二移植装置的用于协议格式化所述信息的控制装置。 本发明包括一种使用开放系统互连模型来控制数据传输的方法,包括:提供链路层滑动窗口协议格式化要发送的信息,使得所述协议提供传输错误控制; 并提供要发送的信息的链路层滑动窗口协议格式化,使得所述协议提供传输流控制和完全解码的控制信息。
    • 5. 发明授权
    • Woven textile dryer fabric and seam and weaving method
    • 编织纺织干燥布及缝编织法
    • US4364421A
    • 1982-12-21
    • US40104
    • 1979-05-18
    • William R. Martin
    • William R. Martin
    • D03D3/04D03D23/00D21F1/00
    • D21F1/0054D03D23/00D03D3/04Y10T24/1636Y10T428/195
    • A woven textile fabric and seam is disclosed for joining dryer fabrics and the like papermaking clothing constructed of multiply woven fabric belting wherein each of the ends of the belting is separated into continuous woven superposed plys permitting insertion and securing of seam webbing between the plys at each end of the belting. The seam webbing is illustrated sandwiched between the separated plys and completely enclosed therein when the plys and webbing are secured together so that interruption of the otherwise continuous belting is minimized. Having affixed the webbing at ends of the woven fabric in this manner, pintle loops may be interlaced and fastened securely together by the insertion of pintle material. One of the separated plys may be advantageously woven to provide pintle loops when folded upon itself.
    • 公开了一种纺织织物和接缝,用于连接干燥织物和类似的由多层织物织带制成的造纸服装,其中每个端部的皮带分成连续编织的叠合层,每层可以在每个层间插入和固定接缝织带 绑带的末端。 缝合织带被示出为夹在分离的帘布层之间并且当帘布层和织带被固定在一起时被完全封闭,使得否则连续带的中断最小化。 以这种方式将织带固定在机织织物的端部,枢轴环可以通过插入枢轴材料而交织并牢固地紧固在一起。 分离的层之一可以有利地被编织以在自身折叠时提供枢轴环。
    • 6. 发明授权
    • Pressure stabilizer for hydrocarbon storage facilities
    • 用于碳氢化合物储存设施的压力稳定器
    • US4007759A
    • 1977-02-15
    • US613141
    • 1975-09-15
    • William R. MartinStewart W. Nystrom
    • William R. MartinStewart W. Nystrom
    • F16K17/19F16K15/04
    • F16K17/19Y10T137/7848Y10T137/8122
    • A pressure stabilizer for use in hydrocarbon storage facilities which acts as an orifice and also permits the pressure in the system to be stabilized when it reaches a given amount. The stabilizer has a casing with a valve seat and a heavy ball located above the valve seat so that the ball is forcibly displaced upwards when the pressure in the hydrocarbon storage facility reaches an amount sufficient to lift the weight of the ball. Support members extending from the side of the valve seat suspend the ball away from the valve seat a sufficient distance to form the appropriate sized orifice and to minimize contact of the ball to the casing so that the possibility of the stabilizer being frozen closed is minimized.
    • 用作烃储存设备的压力稳定器,其用作孔口,并且当其达到给定量时也允许系统中的压力稳定。 稳定器具有壳体,其具有阀座和位于阀座上方的重球,使得当碳氢化合物储存设备中的压力达到足以提升球的重量的量时,球被强制地向上移位。 从阀座侧延伸的支撑构件将球离开阀座足够长的距离,以形成适当尺寸的孔,并且使球与壳体的接触最小化,使得稳定器被冻结的可能性最小化。
    • 8. 发明授权
    • Apparatus and method for inspecting articles of glassware
    • 用于检查玻璃器皿制品的装置和方法
    • US07308836B1
    • 2007-12-18
    • US10856516
    • 2004-05-28
    • Timothy A. KohlerWilliam R. MartinTimothy McIntoshGregory A. RitzNoel D. Wendt
    • Timothy A. KohlerWilliam R. MartinTimothy McIntoshGregory A. RitzNoel D. Wendt
    • G01M19/00
    • B07C5/3408G01N21/90
    • An apparatus for inspecting articles of glassware at a plurality of angularly spaced inspection stations includes a conveyor that moves articles of glassware to and from inspection stations, a drive roller that rotates articles of glassware at at least one inspection station, and an inspection device spaced from an inspection station and adapted to inspect an article of glassware as it is moved by the conveyor and caused to pass by the inspection device. A method for inspecting articles of glassware at a plurality of angularly spaced inspection stations includes the steps of moving the articles of glassware to and from the inspection stations, rotating the articles of glassware about an axis at at least one inspection station, inspecting the articles of glassware while they are rotating, stopping the rotation about the axis of the articles of glassware, moving the articles of glassware away from said at least one inspection station without rotating the articles of glassware about said axis, and inspecting the articles of glassware as they are moved.
    • 一种用于在多个角度间隔的检查站检查玻璃器皿的物品的设备包括将玻璃器皿的物件移动到检验站的传送器,在至少一个检查站处旋转玻璃器皿物品的驱动辊和与之隔开的检查装置 一个检验站,适用于检查玻璃器皿被传送带移动并使其通过检查装置的物品。 一种用于在多个角度间隔的检查站检查玻璃器皿的物品的方法包括以下步骤:将玻璃器皿的物品移动到检验站和从检查站移动,在至少一个检查站处围绕一个轴旋转玻璃器皿,检查物品 玻璃器皿在旋转时停止围绕玻璃器皿的轴线的旋转,将玻璃器皿的物品远离所述至少一个检查站移动,而不旋转玻璃器皿围绕所述轴线旋转,并且玻璃器皿的物品按原样检查 移动了