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    • 1. 发明授权
    • Fish lure
    • 鱼诱饵
    • US08966810B2
    • 2015-03-03
    • US13252628
    • 2011-10-04
    • Jason E. ScottRobert E. Scott
    • Jason E. ScottRobert E. Scott
    • A01K85/16A01K85/00
    • A01K85/00
    • Fish lure includes a flexible body having a forward body having maximum width and weight tapering to an aft body having reduced width and height; and a swimming tail portion flexibly connected to the aft body, wherein the swimming tail is flared, wherein the tail increases in width and height toward a tail tip as compared with the aft body portion, and a central channel groove generally parallel to a long axis of the lure, the long axis being normal to both width and height of the lure, the channel groove extending to the tail tip and maintaining a smaller width dimension as compared to adjacent flared portions of the tail, wherein water flow across the tail is guided through the channel groove and across the flared portions of the tail to provide vertically-balanced water flow across the tail and to produce a uniform horizontal swimming movement of the tail.
    • 鱼诱饵包括柔性体,其具有前身体,其具有最大宽度和重量,其具有逐渐减小的宽度和高度的后身体; 以及游泳尾部,其柔软地连接到所述后身体,其中,所述游泳尾部是喇叭形的,其中所述尾部与尾部主体部分相比,朝向尾端的宽度和高度增加,以及大体上平行于长轴线的中心通道槽 诱饵的长轴垂直于诱饵的宽度和高度,通道槽延伸到尾端并且与尾部的相邻扩口部分相比保持较小的宽度尺寸,其中穿过尾部的水流被引导 通过通道槽并跨过尾部的扩口部分,以提供穿过尾部的垂直平衡的水流并产生尾部的均匀的水平游泳运动。
    • 3. 发明授权
    • Air bag inflator with pressure regulation
    • 气压充气机带压力调节
    • US5984352A
    • 1999-11-16
    • US299342
    • 1999-04-26
    • Lloyd G. Green, Jr.Bradley W. NelsonRobert E. ScottJess A. CuevasThomas H. Deming
    • Lloyd G. Green, Jr.Bradley W. NelsonRobert E. ScottJess A. CuevasThomas H. Deming
    • B60R21/26B60R21/264B60R21/28
    • B60R21/2644B60R2021/26094
    • An inflator (10) comprises a housing (20) defining a combustion chamber (144). An inflation fluid source (152) in the combustion chamber (144) in the housing (20) is actuatable to provide inflation fluid under pressure. An initiator (94) is provided in the housing (20) for actuating the inflation fluid source (152). The housing (20) has a fluid passage (150) for directing flow of inflation fluid out of the housing. The housing (20) deforms due to the pressure of inflation fluid in the housing upon actuation of the inflation fluid source (152) by the initiator (94). The flow area of the fluid passage (150) increases due to deformation of the housing (20) and varies in accordance with the pressure of inflation fluid in the housing upon actuation of the inflation fluid source (152). The housing (20) comprises first and second housing parts (40, 30) having respective engageable portions (84, 46) that move, upon actuation of the fluid source (152), from a first condition in abutting engagement with each other to a second condition spaced apart from each other to vary the flow area of the fluid passage (150). The first housing part (40) comprises a one-piece metal member that supports the initiator (94) and at least partially defines the combustion chamber (144). The combustion chamber (144) extends around the initiator (94). The one-piece metal member (40) includes a first portion (70) supporting the initiator (94) and defining a radially inner wall of the combustion chamber (144) and a second portion (64) defining a radially outer wall of the combustion chamber.
    • 充气机(10)包括限定燃烧室(144)的壳体(20)。 壳体(20)中的燃烧室(144)中的充气流体源(152)可致动以在压力下提供充气流体。 在壳体(20)中设置有用于致动充气流体源(152)的起动器(94)。 壳体(20)具有用于引导充气流体流出壳体的流体通道(150)。 当起动器(94)致动膨胀流体源(152)时,壳体(20)由于壳体中的充气流体的压力而变形。 流体通道(150)的流动面积由于壳体(20)的变形而增加,并且在充气流体源(152)致动时根据壳体内的充气流体的压力而变化。 壳体(20)包括第一和第二壳体部分(40,30),该第一和第二壳体部分具有各自的可接合部分(84,46),该部分可在流体源(152)致动时从相互接合的第一状态移动到 第二状态彼此间隔开以改变流体通道(150)的流动面积。 第一壳体部件(40)包括支撑起动器(94)并且至少部分地限定燃烧室(144)的一体式金属部件。 燃烧室(144)围绕起动器(94)延伸。 一体式金属构件(40)包括支撑起动器(94)并限定燃烧室(144)的径向内壁的第一部分(70)和限定燃烧室径向外壁的第二部分(64) 房间。
    • 7. 发明授权
    • Adaptive transmit levels for modems operating over cellular
    • 调制解调器在蜂窝上运行的自适应传输电平
    • US5602869A
    • 1997-02-11
    • US619149
    • 1996-03-21
    • Robert E. Scott
    • Robert E. Scott
    • H04B3/04H04B7/005H04Q7/32
    • H04W52/18H04B3/04
    • The strength of a local echo signal is used to dynamically adjust the transmit signal level of a modem. In particular, the modem provides a transmit signal to a local loop of a public switched telephone network (PSTN). This local loop couples the modem to, for example, a central office. The amount of reflected energy from the central office, i.e., echo, received by the modem is inversely proportional to the amount of energy actually getting through to the central office. If the magnitude of the local echo signal is small, which indicates that most of the transmit signal energy is reaching the equipment of the central office, then the signal level of the transmit signal is lowered. Conversely, if the magnitude of the local echo signal is large, which indicates that most of the transmit signal energy is being back reflected from the central office, then the signal level of the transmit signal is raised. This use of the local echo signal to adjust the transmit signal level helps avoid situations where the signal level of the modem may be either "too hot" or "too cold," either of which may result in a concomitant loss of data through the communications system.
    • 本地回波信号的强度用于动态调整调制解调器的发射信号电平。 特别地,调制解调器向公共交换电话网(PSTN)的本地环路提供发送信号。 该本地环路将调制解调器耦合到例如中心局。 由调制解调器接收的来自中心局的反射能量(即回波)的量与实际通过中央局的能量的量成反比。 如果本地回波信号的幅度小,这表明大多数发射信号能量到达中心局的设备,则发射信号的信号电平降低。 相反,如果本地回波信号的幅度大,这表明大部分发射信号能量正在从中心局反射回来,则发射信号的信号电平升高。 本地回波信号的这种使用来调整发射信号电平有助于避免调制解调器的信号电平“太热”或“太冷”的情况,其中任何一个可能导致通过通信同时丢失数据 系统。