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    • 22. 发明申请
    • Method of, and apparatus for defoaming
    • 消泡方法和设备
    • US20060249463A1
    • 2006-11-09
    • US11294873
    • 2005-12-06
    • John DavisLaura Cochrane
    • John DavisLaura Cochrane
    • C02F1/20B01F17/00
    • B01D19/02
    • The present invention relates to the field of defoaming equipment, and more particularly, to removing, defoaming, and storing large amounts of foam after a Blast Mitigation or Decontamination Foam has been used in either an open area or in an contained area. The invention provides an apparatus for defoaming, comprising: a vacuum system for collecting foam, the vacuum system including a vacuum head for drawing the foam through a suction hose terminating in a nozzle, the vacuum system feeding the foam into a holding tank; the holding tank initially storing a quantity of defoaming agent; and a pump for drawing the defoaming agent from the holding tank and feeding the defoaming agent to at least one injector, the at least one injector being fitted on the vacuum-side of the vacuum system, whereby the defoaming agent is actively mixed with the collected foam, reducing the collected foam, and the reduced foam and defoaming agent are recirculated through the pump; the nozzle, the suction hose, the vacuum system, the at least one injector and the holding tank being of chemical-resistant construction.
    • 消泡设备领域本发明涉及消泡设备领域,更具体地说,涉及在开放区域或包含区域中使用减震或去污泡沫之后去除,消泡和储存大量泡沫体。 本发明提供了一种消泡装置,包括:用于收集泡沫的真空系统,所述真空系统包括用于通过终止于喷嘴中的抽吸软管抽吸泡沫的真空头,所述真空系统将所述泡沫供给到容纳槽中; 储罐最初储存一定数量的消泡剂; 以及用于从所述容纳槽中抽出所述消泡剂并将所述消泡剂供给至少一个喷射器的泵,所述至少一个喷射器安装在所述真空系统的真空侧上,由此所述消泡剂与所收集的 泡沫,减少收集的泡沫,还原泡沫和消泡剂通过泵再循环; 喷嘴,抽吸软管,真空系统,至少一个喷射器和容纳罐具有耐化学腐蚀性的结构。
    • 25. 发明申请
    • Method and circuit for implementing array bypass operations without access penalty
    • 实现阵列旁路操作的方法和电路,无需访问罚款
    • US20060179382A1
    • 2006-08-10
    • US11054737
    • 2005-02-10
    • Paul BunceJohn DavisDonald Plass
    • Paul BunceJohn DavisDonald Plass
    • G01R31/28G06F11/00
    • G06F12/0207G11C7/1006G11C7/1012G11C7/1051G11C7/106G11C7/1078G11C7/1087
    • A method and circuit for implementing array bypass operations without access penalty for a random access memory circuit. The random access memory circuit includes a circuit array of memory cells, a read circuit, a data output register, a data input register, a write circuit, a write control register, a bypass control register, a row decoder, and an address register. The method includes directly coupling the read circuit to the data output register and coupling-the bypass control register to the row detector. The bypass control register issues a bypass signal to the row decoder. The bypass signal includes one of an active bypass signal and an inactive bypass signal. If the bypass signal issued is inactive, then one of a read operation and a write-through operation without bypass is performed. If the bypass control signal issued is active, then a write-through operation is performed in bypass mode.
    • 一种用于实现阵列旁路操作的方法和电路,对随机存取存储器电路无访问损失。 随机存取存储器电路包括存储单元的电路阵列,读取电路,数据输出寄存器,数据输入寄存器,写入电路,写入控制寄存器,旁路控制寄存器,行解码器和地址寄存器。 该方法包括将读取电路直接耦合到数据输出寄存器,并将旁路控制寄存器耦合到行检测器。 旁路控制寄存器向行解码器发出旁路信号。 旁路信号包括有源旁路信号和不活动旁路信号之一。 如果发出的旁路信号无效,则执行读取操作和无旁路的直写操作之一。 如果发出的旁路控制信号有效,则在旁路模式下执行直通操作。
    • 26. 发明申请
    • Quick release arbor
    • 快速发布乔木
    • US20060140733A1
    • 2006-06-29
    • US11022417
    • 2004-12-23
    • John Davis
    • John Davis
    • B23B51/04
    • B23B31/4073B23B51/0473Y10S408/703Y10T408/895
    • An arbor system includes an arbor, a clamp body of a power tool, a tightening feature and an optional snap feature. The arbor has a flanging feature, a thread and a number of circumferentially arranged driving pins. The clamp body is sandwiched between the arbor and tightening feature in a pressed contact with the flanging feature defining a releasable fix that is fully form fitting. Operational tilt and load torque are transmitted without affecting the tight-screwed interlocking between thread and tightening feature. A snap feature, in the form of a spring pin or a spring tongue of a sandwiched washer, may secure the tightening feature against inadvertent unscrewing. The snap feature and snap serrations may be configured as a ratchet such that the snap feature needs only be actuated during unscrewing of the tightening feature.
    • 心轴系统包括心轴,电动工具的夹紧体,紧固特征和可选的咬合特征。 心轴具有凸缘特征,螺纹和多个周向布置的驱动销。 夹具主体夹在心轴和紧固件之间,与压接接触,凸缘特征限定了完全配合的可释放固定件。 传递操作倾斜和负载扭矩,而不影响螺纹与拧紧功能之间的紧密螺纹联锁。 以夹持式垫圈的弹簧销或弹簧舌的形式的卡扣特征可以固定紧固特征以防意外拧开。 卡扣特征和卡扣锯齿可以被配置为棘轮,使得在拧紧紧固特征期间仅需要致动卡扣特征。
    • 29. 发明申请
    • PACIFIER
    • US20060036285A1
    • 2006-02-16
    • US10396424
    • 2003-03-26
    • John Davis
    • John Davis
    • A61J17/00
    • A61J17/001A61J11/007
    • A pacifier includes a nipple, a shield and a handle. The nipple comprises a pair of wings extending longitudinally along a bulbous end of the nipple. The wings allow for air to exit and enter the space between the palate and the nipple to prevent a vacuum therebetween. Alternatively, the nipple has a channel system comprising a series of holes on the surface of the nipple, some contacting the palate, to also allow the air to enter and exit the space between the palate and the nipple. The stem of the nipple may also have a transverse hole which receives the baby teeth to prevent an open bite.
    • 奶嘴包括乳头,护罩和手柄。 乳头包括沿着乳头的球形末端纵向延伸的一对翼。 翅膀允许空气离开并进入口腔和乳头之间的空间,以防止它们之间的真空。 或者,乳头具有通道系统,该通道系统包括在乳头表面上的一系列孔,一些接触上颚,还允许空气进入和离开腭和乳头之间的空间。 乳头的茎也可以具有接收婴儿牙齿以防止开口的横向孔。
    • 30. 发明申请
    • Method for skip over redundancy decode with very low overhead
    • 用于以非常低的开销跳过冗余解码的方法
    • US20050226063A1
    • 2005-10-13
    • US10814719
    • 2004-03-31
    • Paul BunceJohn DavisThomas KnipsDonald Plass
    • Paul BunceJohn DavisThomas KnipsDonald Plass
    • G11C8/00G11C29/00
    • G11C29/806G11C29/848
    • The method described uses a Skip-Over technique which requires a set of muxes at the input and output of a block that is to be repaired. The improved method of implementing I/O redundancy control logic has a minimal impact to both chip area and chip wire tracks. To overcome problems of required real estate usage on a chip that was undesirable enables use of odd and even decoder outputs that can share a single wire track, the same wire being utilizable for both odd and even decoder outputs. In order to implement the decode and carry function as a centralized function, there arises a requirement that logically adjacent decode circuits (decoders connected by a carry signal) should be physically close together to minimize the overhead of the carry wiring. If the decode structure and the mux structure are arranged orthogonal to each other, then each decoder output would require a wire track. The described method however, allows odd and even decoder outputs to share the same wire track. This reduces the number of wire tracks from 1 track per I/O to 1 track per 2 I/Os.
    • 所描述的方法使用跳过技术,其需要在待修复的块的输入和输出处的一组复用器。 实现I / O冗余控制逻辑的改进方法对芯片面积和芯片线轨都具有最小的影响。 为了克服在不期望的芯片上所需的房地产使用的问题,可以使用可以共享单个线路的奇数和偶数解码器输出,同样的线可用于奇数和偶数解码器输出。 为了实现作为集中功能的解码和携带功能,出现了逻辑上相邻的解码电路(通过进位信号连接的解码器)应物理上靠近在一起以最小化进位线路开销的要求。 如果解码结构和多路复用结构彼此正交配置,则每个解码器输出将需要线轨。 然而,所描述的方法允许奇数和偶数解码器输出共享相同的线轨道。 这减少了每个I / O从1个磁道到每2个I / O到1个磁道的电线轨迹数量。