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    • 2. 发明授权
    • Microfluidic flow manipulation device
    • 微流控流量装置
    • US07658536B2
    • 2010-02-09
    • US12106990
    • 2008-04-21
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • B01F5/00
    • G05D7/0694Y10S366/03Y10T137/0318Y10T137/2224Y10T137/87652
    • Disclosed is an apparatus and method for the mixing of two microfluidic channels wherein several wells are oriented diagonally across the width of a mixing channel. The device effectively mixes the confluent streams with electrokinetic flow, and to a lesser degree, with pressure driven flow. The device and method may be further adapted to split a pair of confluent streams into two or more streams of equal or non-equal concentrations of reactants. Further, under electrokinetic flow, the surfaces of said wells may be specially coated so that the differing electroosmotic mobility between the surfaces of the wells and the surfaces of the channel may increase the mixing efficiency. The device and method are applicable to the steady state mixing as well as the dynamic application of mixing a plug of reagent with a confluent stream.
    • 公开了一种用于混合两个微流体通道的装置和方法,其中若干孔沿着混合通道的宽度倾斜地定向。 该装置将汇合流与电动流有效地混合,并且在较小程度上与压力驱动流混合。 装置和方法可以进一步适于将一对汇合流分成两个或更多个相等或不相等浓度的反应物流。 此外,在电动流动下,可以特别地涂覆所述孔的表面,使得孔的表面和通道表面之间的不同的电渗流动性可以提高混合效率。 该装置和方法适用于稳态混合以及将试剂塞与汇合流混合的动态应用。
    • 3. 发明申请
    • MICROFLUIDIC FLOW MANIPULATION DEVICE
    • 微流控制装置
    • US20080190773A1
    • 2008-08-14
    • US12106990
    • 2008-04-21
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • G01N27/447B01F13/00
    • G05D7/0694Y10S366/03Y10T137/0318Y10T137/2224Y10T137/87652
    • Disclosed is an apparatus and method for the mixing of two microfluidic channels wherein several wells are oriented diagonally across the width of a mixing channel. The device effectively mixes the confluent streams with electrokinetic flow, and to a lesser degree, with pressure driven flow. The device and method may be further adapted to split a pair of confluent streams into two or more streams of equal or non-equal concentrations of reactants. Further, under electrokinetic flow, the surfaces of said wells may be specially coated so that the differing electroosmotic mobility between the surfaces of the wells and the surfaces of the channel may increase the mixing efficiency. The device and method are applicable to the steady state mixing as well as the dynamic application of mixing a plug of reagent with a confluent stream.
    • 公开了一种用于混合两个微流体通道的装置和方法,其中若干孔沿着混合通道的宽度倾斜地定向。 该装置将汇合流与电动流有效地混合,并且在较小程度上与压力驱动流混合。 装置和方法可以进一步适于将一对汇合流分成两个或更多个相等或不相等浓度的反应物流。 此外,在电动流动下,可以特别地涂覆所述孔的表面,使得孔的表面和通道表面之间的不同的电渗流动性可以提高混合效率。 该装置和方法适用于稳态混合以及将试剂塞与汇合流混合的动态应用。
    • 4. 发明授权
    • Method for microfluidic flow manipulation
    • 微流体流动操作方法
    • US06907895B2
    • 2005-06-21
    • US10188664
    • 2002-07-01
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • Timothy J. JohnsonDavid J. RossLaurie E. Locascio
    • G05D7/06B01F13/02
    • G05D7/0694Y10S366/03Y10T137/0318Y10T137/2224Y10T137/87652
    • Disclosed is an apparatus and method for the mixing of two microfluidic channels wherein several wells are oriented diagonally across the width of a mixing channel. The device effectively mixes the confluent streams with electrokinetic flow, and to a lesser degree, with pressure driven flow. The device and method may be further adapted to split a pair of confluent streams into two or more streams of equal or non-equal concentrations of reactants. Further, under electrokinetic flow, the surfaces of said wells may be specially coated so that the differing electroosmotic mobility between the surfaces of the wells and the surfaces of the channel may increase the mixing efficiency. The device and method are applicable to the steady state mixing as well as the dynamic application of mixing a plug of reagent with a confluent stream.
    • 公开了一种用于混合两个微流体通道的装置和方法,其中若干孔沿着混合通道的宽度倾斜地定向。 该装置将汇合流与电动流有效地混合,并且在较小程度上与压力驱动流混合。 装置和方法可以进一步适于将一对汇合流分成两个或更多个相等或不相等浓度的反应物流。 此外,在电动流动下,可以特别地涂覆所述孔的表面,使得孔的表面和通道表面之间的不同的电渗流动性可以提高混合效率。 该装置和方法适用于稳态混合以及将试剂塞与汇合流混合的动态应用。
    • 9. 发明授权
    • Portable phone with imbedded battery
    • 便携式手机带嵌入式电池
    • US06496685B2
    • 2002-12-17
    • US09097612
    • 1998-06-15
    • Paul E. PeterzellDavid J. RossMarland Chow
    • Paul E. PeterzellDavid J. RossMarland Chow
    • H04B138
    • H04M1/0262
    • A portable phone has an outer casing with opposite upper and lower walls, one of the walls having an opening for access to the interior of the casing, and a lid removably mounted in the opening for normally closing the opening. A main circuit board is mounted in the outer casing, with a plurality of phone components mounted on the circuit board. A predetermined region of the board aligned with the opening is left exposed or empty of components, and forms a recess for receiving a battery. The battery receiving recess has contact pads, and a battery is removably engaged in the recess with battery contacts engaging the contact pads in the recess, whereby the battery can be removed and replaced via the opening after opening the lid.
    • 便携式电话具有外壳,其具有相对的上壁和下壁,其中一个壁具有用于进入壳体内部的开口,以及可拆卸地安装在开口中以用于正常关闭开口的盖。 主电路板安装在外壳中,多个电话部件安装在电路板上。 与开口对准的板的预定区域被暴露或清空部件,并形成用于接收电池的凹部。 电池接收凹部具有接触垫,并且电池可移除地接合在凹部中,电池触点与凹部中的接触垫接合,由此在打开盖之后可以经由开口移除电池并更换电池。
    • 10. 发明授权
    • Wireless push-to-talk internet broadcast
    • 无线一键通互联网广播
    • US06360093B1
    • 2002-03-19
    • US09365964
    • 1999-08-02
    • David J. RossArnold J. GumPaul E. Jacobs
    • David J. RossArnold J. GumPaul E. Jacobs
    • H04M1100
    • H04L65/4061H04L65/1016
    • A wireless telephone (302) digitizes the voice of the user in response to the depression of a push-to-talk button (110), either physical or virtual. It sends the digitized voice, in data mode, to a base station (308). The base station places the data, through the Internet, or an Intranet or Extranet, on a server (312). Other wireless phones (304)-(306) recover the data from the server through the same (308) or different (310) base station, through the Internet, Intranet, or Extranet, and convert the data back to digitized voice. The base stations transmit the digitized voice to other wireless telephones (306), which convert them back to voice in response to the recognition of voice frames on the data channel by the CODEC manager software. Networked computers (314) may be configured to emulate a combined base station and wireless telephone. The server can dynamically designate any wireless telephone (or landline emulation) as the broadcaster, and can dynamically configure any set of telephones/emulations as the receivers of the broadcast.
    • 响应于物理或虚拟的一键通按钮(110)的按下,无线电话(302)数字化用户的语音。 它以数据模式将数字化语音发送到基站(308)。 基站通过因特网或内联网或外联网在数据服务器上放置数据(312)。 其他无线电话(304) - (306)通过互联网,内联网或外联网通过相同(308)或不同(310)的基站从服务器恢复数据,并将数据转换回数字化的语音。 基站将数字化语音传送到其他无线电话(306),该数字化语音响应于由CODEC管理软件对数据信道上的语音帧的识别而将它们转换回语音。 网络计算机(314)可以被配置为模拟组合的基站和无线电话。 服务器可以动态地指定任何无线电话(或陆线模拟)作为广播者,并且可以动态地配置任何一组电话/仿真作为广播的接收者。