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    • 22. 发明授权
    • Method and apparatus for preparation and deaeration of coating liquid
    • 涂布液的制备和脱气方法和装置
    • US06884281B2
    • 2005-04-26
    • US10378898
    • 2003-03-05
    • Yasuo Takahashi
    • Yasuo Takahashi
    • B01D19/00B03D1/14B05C11/10B05D3/00B05D7/24G03C1/025G03C1/74
    • B01D19/0078B01D19/0068B03D1/04B03D1/14B03D1/247G03C1/025G03C1/74
    • First, the overall quantity of bubbles in a coating liquid is reduced in advance by vacuum deaeration performed in conjunction with preparation of the coating liquid in a stirring tank in a first step, then bubbles of relatively large sizes, of bubbles that have not been removed in the first step are removed by a tank type deaeration device with ultrasonic waves in a floatation tank in a second step, and finally bubbles of very small to small sizes that are difficult to remove in the first and second steps are dissolved in the liquid under pressure with ultrasonic waves and thereby removed in a pipeline in a third step. According to this, bubbles in the coating liquid can reliably be removed irrespective of the nature of the coating liquid, a large amount of coating liquid can be treated, and the possibility that the quality of the deaerated coating liquid is adversely affected is eliminated.
    • 首先,通过在第一步骤中在搅拌槽中与制备涂布液一起进行的真空脱气,预先减少涂料液体中的气泡总量,然后,没有除去气泡的较大尺寸的气泡 在第一步骤中,通过具有超声波的罐式除气装置在第一步骤中将第一步骤除去,并且最终在第一步骤和第二步骤中难以除去的非常小到小的气泡溶解在下面的液体中 用超声波压力,从而在第三步骤中在管道中移除。 因此,无论涂布液的性质如何,可以可靠地除去涂布液中的气泡,可以处理大量的涂布液,并且消除了脱气涂布液的质量受到不利影响的可能性。
    • 23. 发明授权
    • Diffusion bonded metallic catalyst carrier and production thereof
    • 扩散接合金属催化剂载体及其生产
    • US06761857B1
    • 2004-07-13
    • US09423944
    • 2000-02-22
    • Yasuo TakahashiTadayuki OtaniKazutoshi IwamiMasayuki Kasuya
    • Yasuo TakahashiTadayuki OtaniKazutoshi IwamiMasayuki Kasuya
    • F01N328
    • B01J35/04B23K20/02B23K2101/02B23K2103/05F01N3/281F01N13/0097F01N2330/04F01N2330/321F01N2330/322F01N2450/22Y10T428/1234
    • A honeycomb body, which is composed in such a manner that a strip of corrugated foil made of heat-resistant stainless steel containing aluminum and a strip of flat foil made of stainless steel are alternately wound or laminated on each other, is incorporated into an outer cylinder made of metal and integrated into one body by means of diffusion bonding, so that a diffusion bonded metallic catalyst carrier can be formed. Surface roughness of the strip of foil after the completion of diffusion bonding is 0.001 to 2.0 &mgr;m when it is expressed by center line average height Ra, and no sintered bridges are formed at both end portions of the diffusion bonded section in the longitudinal direction. The catalyst carrier is manufactured in a condition so that &lgr;b, which is defined by &lgr;b=6.8×10−12×&dgr;f−1×F1/2×Ra−1/2×T1/4×exp(15000/T)×b1/2, can be in a range from 8 to 20 where thickness of the strip of foil is &dgr;f (m), average roughness of the foil surface is Ra (m), back tension in the case of winding is F (kgf), contact width of the piece of flat foil with the piece of corrugated foil is b (m), heat treatment temperature is T (K), and degree of vacuum is Pout (Pa), under the condition that 7.52×109×exp(−35000/T)≧8×Pout.
    • 一种蜂窝体,其特征在于,将含有铝的耐热不锈钢的波纹状箔条和由不锈钢制成的平箔条彼此交替地卷绕或层叠而成的外壳 由金属制成的圆筒,通过扩散接合而结合成一体,从而可以形成扩散接合的金属催化剂载体。 扩散接合完成后的箔条的表面粗糙度在以中心线平均高度Ra表示时为0.001〜2.0μm,在扩散接合部的长度方向的两端部不形成烧结桥。 催化剂载体的制造条件使得由万能片的厚度为(m),箔表面的平均粗糙度为Ra(m),由 卷绕情况下的张力为F(kgf),平片箔与波纹箔片的接触宽度为b(m),热处理温度为T(K),真空度为Pout(Pa) ,在7.52×10 9×exp(-35000 / T)> = 8×Pout的条件下。
    • 24. 发明授权
    • Finger verification system
    • 手指验证系统
    • US6144756A
    • 2000-11-07
    • US10026
    • 1998-01-21
    • Yasuo TakahashiMasami AizawaTakuji Kimura
    • Yasuo TakahashiMasami AizawaTakuji Kimura
    • G06K9/00G07C9/00
    • G06K9/00026G06K9/0002G07C9/00158
    • Two grooves are provided on a rear face of the remote control transmission apparatus and a plurality of electrodes are arranged in the grooves in substantially the same direction as an extension direction thereof. The plurality of the electrodes are connected to a conversion device. The conversion device measures an impedance between each of the electrodes and the finger placed in the groove, codes that impedance distribution pattern and transmits it to a recognition device. The recognition device determines whether or not he is a particular registered person by verifying with a preliminarily stored registration pattern and controls availability of a pay channel according to the determination result.
    • 在遥控传输装置的后表面上设置有两个凹槽,并且多个电极沿与其延伸方向基本相同的方向布置在凹槽中。 多个电极连接到转换装置。 转换装置测量每个电极和放置在凹槽中的手指之间的阻抗,编码该阻抗分布图案并将其发送到识别装置。 识别装置通过使用预先存储的登记模式进行验证来判断他是否是特定的登记人,并且根据确定结果控制付费频道的可用性。
    • 25. 发明授权
    • Radio-card communication system
    • 无线电卡通信系统
    • US5661757A
    • 1997-08-26
    • US405893
    • 1995-03-17
    • Yasuo TakahashiMasumi OyamaTatsuya Gunji
    • Yasuo TakahashiMasumi OyamaTatsuya Gunji
    • G06K7/00G06K17/00G06K19/07H04B1/59H04L27/18G06K1/00H04L27/22
    • G06K7/0008G06K19/0723
    • To receive a response signal from a radio card, a card reader transmits a carrier (not modulated) to the radio card. In the radio card, a phase modulator phase-modulates the a sub-carrier with a response signal, thereby generating a PSK signal, and a phase modulator phase-modulates the carrier with the PSK signal, producing a PSK-PSK signal. The PSK-PSK signal is supplied to an antenna via a signal-extracting device. The antenna sends the PSK-PSK signal toward the card reader. In the card reader, a distributor distributes the PSK-PSK signal to a synchronous detector and an orthogonal detector. The detectors performs synchronous detection by using carriers which differ in phase by 90.degree.. Low-pass filters extract sub-carrier components from the outputs of the detectors. The sub-carrier components are delayed and detected by delay detectors and added together by an adder. The level of the output of the adder is determined by a data discriminator, whereby the card reader obtains the response signal transmitted from the radio card.
    • 为了从无线电卡接收响应信号,读卡器将载波(未调制)发送到无线电卡。 在无线卡中,相位调制器利用响应信号对子载波进行相位调制,从而产生PSK信号,相位调制器利用PSK信号对载波进行相位调制,产生PSK-PSK信号。 PSK-PSK信号通过信号提取装置提供给天线。 天线向读卡器发送PSK-PSK信号。 在读卡器中,分配器将PSK-PSK信号分配给同步检测器和正交检测器。 检测器通过使用相位差90°的载波进行同步检测。 低通滤波器从检测器的输出中提取副载波分量。 子载波分量被延迟检测器延迟和检测,并由加法器相加在一起。 加法器的输出电平由数据鉴别器确定,由此读卡器获得从无线卡发送的响应信号。
    • 28. 发明授权
    • Device for electrofusion of cells
    • 细胞电凝装置
    • US5007995A
    • 1991-04-16
    • US350715
    • 1989-05-11
    • Yasuo TakahashiKazuo SuzukiToshinobu NiimuraTokio Kano
    • Yasuo TakahashiKazuo SuzukiToshinobu NiimuraTokio Kano
    • C12M3/00C12N13/00
    • C12N13/00C12M35/02
    • A device and a method for fusing biological cells. The device is formed by a chamber having a tube for containing a cell suspension and a cover for sealing the tube. The chamber is provided with a lower electrode having a smooth and flat surface for contacting the cells precipitating in the cell suspension, and an upper electrode opposite to the lower electrode. The lower electrode forms the inner bottom surface of the tube. The upper electrode is inserted in the cover to enter the tube. The chamber is centrifuged to form the layers of cells on the lower electrode at the bottom of the tube. Then, a predetermined ac voltage is applied across the upper and lower electrodes to fuse the cells efficiently. Such a device and method are useful for the production of monoclonal antibodies or giant cells.
    • 用于融合生物细胞的装置和方法。 该装置由具有用于容纳细胞悬浮液的管和用于密封管的盖的室形成。 所述腔室设置有具有光滑平坦表面的下电极,用于使细胞悬浮液中沉淀的细胞接触,以及与下电极相对的上电极。 下电极形成管的内底表面。 上电极插入盖子进入管子。 将腔室离心以在管底部的下电极上形成细胞层。 然后,跨越上下电极施加预定的交流电压以有效地熔化电池。 这种装置和方法可用于生产单克隆抗体或巨细胞。
    • 30. 发明授权
    • Flexible current feeding post
    • 柔性电流供料柱
    • US4627677A
    • 1986-12-09
    • US738864
    • 1985-05-29
    • Izumi OnoIwami ManagoHaruo TakayamaYasuo Takahashi
    • Izumi OnoIwami ManagoHaruo TakayamaYasuo Takahashi
    • H02J1/00H01R12/52H01R35/02H01R9/09
    • H01R35/02H01R12/52
    • A flexible current feeding post for electronic modular assemblies interconnects parallel oriented substrates such as printed circuit boards having electrical circuits mounted thereon and bus plates for power supply, for both mechanical assembly and current distribution. The flexible current feeding post comprises a solid, cylindrical stud for connection to a contact surface of one substrate, a conductive bellows connected to the stud and means connecting the conductive bellows to a contact surface of a second substrate, spaced from the first substrate by a desired distance and generally parallel thereto. The flexible current feeding post affords tolerances with respect to mechanical misalignment of the respective contact surfaces of the interconnected substrates and spacing variations therebetween, thus eliminating undesirable distortion of the interconnected substrates and affording enhanced tolerance to thermal distortions of the substrates during operation, and assuring intimate and uniform connections of the feeding post to the corresponding contact surfaces of the substrates to minimize voltage drops thereacross. Flexible current by-pass means are afforded to increase the current handling capacity of the feeding post.
    • 用于电子模块化组件的柔性电流馈送柱互连平行取向的基板,例如其上安装有电路的印刷电路板和用于电源的总线板,用于机械组装和电流分布。 柔性电流馈送柱包括用于连接到一个基板的接触表面的固体圆柱形螺柱,连接到螺柱的导电波纹管和将导电波纹管连接到第二基板的接触表面的装置,第二基板与第一基板间隔开一个 期望的距离并且大致与之平行。 柔性电流馈送端提供相对于互连基板的相应接触表面的机械未对准的公差以及它们之间的间隔变化,从而消除互连基板的不期望的变形,并且在操作期间提供对基板的热变形的增强的公差,并且确保亲密 并且将进料柱均匀地连接到基板的相应的接触表面,以最小化其上的电压降。 提供灵活的电流旁通装置以增加馈电柱的当前处理能力。