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    • 3. 发明授权
    • Waste water concentrator and waste water disposal plant
    • 废水集中器和废水处理厂
    • US5028298A
    • 1991-07-02
    • US273513
    • 1988-11-04
    • Tsutomu BabaKoichi ChinoShunsuke UchidaToshio SawaMakoto Kikuchi
    • Tsutomu BabaKoichi ChinoShunsuke UchidaToshio SawaMakoto Kikuchi
    • G21F9/08B01D1/30B01D19/00B01D46/00C02F1/04G21F9/00
    • B01D1/305B01D19/0031C02F1/048Y10S159/12Y10S159/27Y10S159/28Y10S203/16
    • The present invention relates to a technique of concentrating waste water whereby the water content of the waste water is removed with a high decontamination factor, employs a porous membrane having a property allowing gas such as steam to permeate but not allowing a liquid such as water to do, as a membrane for concentrating the waste water, and adopts a method wherein the waste water is turned into a vapor flow and this vapor flow is made to contact the porous membrane so as for the waste water to be concentrated on the occasion when the waste water is to be concentrated by means of this porous membrane. By turning the waste water into the vapor flow, most of various metal ions, a surfactant, etc. existing in the waste water are separated from the vapor flow. Mist, metal ions in the mist and others contained in the vapor flow are removed by the aforesaid porous membrane from the steam while permeating the same. This enables the disposal of the waste water with a high decontamination factor, for a long duration and in a stable manner. When this technique of concentrating waste water is adapted to a plant for disposal of waste water of high electroconductivity produced from a nuclear power station, for instance, various tanks, a demineralizer, ion-exchange resin, etc. provided on the downstream of a concentrator are dispensed with, and thus the plant for disposal can be simplified to a large extent.
    • PCT No.PCT / JP88 / 00245 Sec。 371日期:1988年11月4日 102(e)日期1988年11月4日PCT PCT。 出版物WO88 / 06914 日本公开日1988年9月22日。本发明涉及一种浓缩废水的技术,其中废水的含水量以高净化因子除去,采用具有允许诸如蒸汽的气体渗透但不允许的性质的多孔膜 允许诸如水的液体作为用于浓缩废水的膜,并且采用其中废水变成蒸汽流的方法,并使该蒸汽流与多孔膜接触,以使废水达到 集中在废水通过该多孔膜浓缩的场合。 通过将废水转化为蒸汽流,存在于废水中的大多数各种金属离子,表面活性剂等与蒸汽流分离。 雾中的金属离子和包含在蒸气流中的其它物质被透过前述多孔膜从蒸汽中除去。 这样可以长时间和稳定地处理具有高去污因子的废水。 当这种将废水浓缩的技术适用于处理从核电站产生的高导电性废水的设备,例如设置在浓缩器下游的各种罐,脱盐装置,离子交换树脂等 可以在很大程度上简化处理设备。
    • 4. 发明授权
    • Method for solidifying radioactive waste
    • 固化放射性废物的方法
    • US5481061A
    • 1996-01-02
    • US141541
    • 1993-10-27
    • Kiyomi FunabashiKoichi ChinoOsamu KuriyamaTsutomu BabaShunsuke UchidaMakoto Kikuchi
    • Kiyomi FunabashiKoichi ChinoOsamu KuriyamaTsutomu BabaShunsuke UchidaMakoto Kikuchi
    • C04B28/02G21F9/16G21F9/30G21F9/00
    • C04B28/02G21F9/16G21F9/165G21F9/304
    • The present invention relates to a method of solidifying radioactive waste with cement, comprising forming a mixture comprising water, a hydrophilic material and cement substantially non-shrinkable or expansible with respect to volume change upon hardening, mixing said mixture with the radioactive waste, followed by hardening to form a solid body.The present invention enables the formation of a compact solid body having voids, such as capillary voids, of reduced volume, which makes it possible to reduce the leaching rate of hazardous materials. Further, since no shrinkage accompanies hardening, no tensile stress occurs in the cement surrounding minute waste particles within the hardened material, thereby enabling a decrease in the strength of the solid body to be minimized. This in turn enables an increase in the amount of packing of waste. Prior addition of a hydrophilic material enables the cement fluidity before hardening to be maintained even after complete absorption of water by a water absorptive waste. This is extremely advantageous in carrying out hardening.
    • 本发明涉及一种用水泥固化放射性废物的方法,包括形成水,亲水材料和水泥在混合物硬化后基本上不可收缩或可膨胀的混合物,将所述混合物与放射性废物混合,然后 硬化形成固体。 本发明能够形成具有减小体积的诸如毛细管空隙的空隙的紧凑的固体,这使得可以降低有害材料的浸出率。 此外,由于没有收缩伴随硬化,所以在硬化材料内的微小废弃颗粒周围的水泥中不产生拉伸应力,从而能够使固体的强度降低到最小。 这又可以增加废物的包装量。 亲水性材料的先前添加使得即使在通过吸水性废物完全吸收水之后,硬化前的水泥流动性仍能保持。 这在进行硬化方面是非常有利的。
    • 5. 发明授权
    • Method for downloading software
    • 下载软件的方法
    • US08972591B2
    • 2015-03-03
    • US13004301
    • 2011-01-11
    • Tsutomu Baba
    • Tsutomu Baba
    • G06F15/16G06F15/173G06F17/30G06F12/14H04L29/06H04L9/32G06F21/00G06F21/44
    • H04L9/3263G06F21/445
    • A method for downloading software from a host device to an electronic device through a communication line, which, even when the download is interrupted, can simplify the procedure to restart the download while maintaining security. In the method, a certificate of authenticity data, which the card reader has obtained from the HOST computer, is stored in the non volatile memory. The download of the software from the HOST computer to the card reader is executed. The verification of authenticity data is obtained by calculation with respect to the downloaded software. This verification of authenticity data is then compared with the certificate of authenticity data obtained from the HOST computer, and the downloaded software is run when the certificate of authenticity data matches the verification of authenticity data.
    • 一种用于通过通信线路将软件从主机装置下载到电子设备的方法,即使在下载被中断的情况下也可以简化重新开始下载的过程,同时保持安全性。 在该方法中,读卡器从HOST计算机获得的真实性数据证书存储在非易失性存储器中。 将软件从HOST计算机下载到读卡器。 通过对下载的软件进行计算,可以获得真实性数据的验证。 然后将真实性数据的验证与从HOST计算机获得的真实性数据的证书进行比较,并且当真实性数据的证书与真实性数据的验证一致时,运行下载的软件。
    • 6. 发明授权
    • Detection method for detecting fraud
    • 检测欺诈的检测方法
    • US08745752B2
    • 2014-06-03
    • US13382446
    • 2010-07-07
    • Tsutomu Baba
    • Tsutomu Baba
    • G06F21/00
    • G07F7/1008G06Q20/3552G07F7/084G07F19/205
    • A detection method for detecting fraud with respect to a card reader. The card reader includes a removal detection switch for detecting a removal from a housing of a user operation terminal, a first RAM that can erase removal detection recognition data being stored therein, according to an output signal from the detection switch, a second RAM being independent of the first RAM and storing authentication key data. The method includes erasing the removal detection recognition data is erased when the card reader is removed from the housing of the user operation terminal. Afterwards, the authentication key data is changed after completion of predetermined authentication procedures when the card reader is mounted into the housing of the user operation terminal. Then, the changed authentication key data is stored in the second RAM, while the removal detection recognition data is stored in the first RAM.
    • 一种用于检测相对于读卡器的欺诈的检测方法。 读卡器包括用于检测从用户操作终端的外壳移除的去除检测开关,可以根据来自检测开关的输出信号擦除其中存储的去除检测识别数据的第一RAM,第二RAM是独立的 并存储认证密钥数据。 该方法包括当读卡器从用户操作终端的外壳移除时,擦除检测识别数据被擦除。 之后,当读卡器安装到用户操作终端的外壳中时,认证密钥数据在完成预定认证过程之后被改变。 然后,将改变的认证密钥数据存储在第二RAM中,同时将删除检测识别数据存储在第一RAM中。
    • 7. 发明授权
    • Nonvolatile memory and card reader provided with the same
    • 非易失性存储器和读卡器提供相同的
    • US07353348B2
    • 2008-04-01
    • US11321360
    • 2005-12-28
    • Tsutomu Baba
    • Tsutomu Baba
    • G06F13/00
    • G06F11/1004
    • A nonvolatile memory may include a plurality of blocks as a unit for performing writing and erasing of data which is stored in the respective blocks. The block may include a write data area in which data is written and stored, a correlative code area in which a correlative code indicating a correlation between the data which are written in the respective write data areas of the respective blocks is stored, and an inspection data area in which inspection data required in inspection is stored in the respective blocks for inspecting the validity of the data.
    • 非易失性存储器可以包括多个块作为用于执行写入和擦除存储在各个块中的数据的单元。 该块可以包括其中写入和存储数据的写入数据区域,存储指示写入各个块的各个写入数据区域中的数据之间的相关性的相关代码区域的相关代码区域以及检查 检查所需的检查数据的数据区域存储在用于检查数据的有效性的各个块中。
    • 10. 发明申请
    • ELECTRIC MOTOR SYSTEM
    • 电动马达系统
    • US20120187893A1
    • 2012-07-26
    • US13259616
    • 2010-03-24
    • Tsutomu BabaKenji Fujiwara
    • Tsutomu BabaKenji Fujiwara
    • H02P25/22
    • H02P25/021H02P25/024H02P25/22
    • An electric motor system including: a rotor (9); a stator (8); the rotor and the stator being mounted for movement relative to one another; the rotor having multiple magnetic poles (11); the stator having multiple salient poles (12) facing the magnetic poles; a first coil set (1A) and a second coil set (1B); the first coil set having three phases, each of the phases comprising a first coil (u1, v1, w1) and a second coil (u1 v1′, w1′) connected in series and wrapped around different of the salient poles in different directions relative to the rotor; the second coil set having three phases, each of the phases comprising a first coil (u2, v2, w2) and a second coil (u2′, v2′, w2′) connected in series and wrapped around different of the salient poles in different directions relative to the rotor; a driver (2) configured to drive the first coil set with a first three-phase voltage (U1, V1, W1) and to drive the second coil set with a second three-phase voltage (U2, V2, W2); the driver configured to drive the first phase of the first three-phase voltage and the first phase of the second three-phase voltage with a relative phase shift.
    • 一种电动机系统,包括:转子(9); 定子(8); 所述转子和所述定子被安装成相对于彼此移动; 所述转子具有多个磁极(11); 所述定子具有面对所述磁极的多个凸极(12) 第一线圈组(1A)和第二线圈组(1B); 第一线圈组具有三相,每个相包括串联连接的第一线圈(u1,v1,w1)和第二线圈(u1 v1',w1'),并且在不同方向上相对地缠绕在不同的凸极上 到转子; 第二线圈组具有三相,每个相包括串联连接的第一线圈(u2,v2,w2)和第二线圈(u2',v2',w2'),并缠绕在不同的凸极上 相对于转子的方向; 驱动器(2),被配置为以第一三相电压(U1,V1,W1)驱动所述第一线圈组,并以第二三相电压(U2,V2,W2)驱动所述第二线圈组; 驱动器被配置为以相对相移驱动第一三相电压的第一相和第二三相电压的第一相。