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    • 1. 发明申请
    • APPARATUS AND METHOD FOR MANUFACTURING ABSORBENT BODY
    • 制造吸收体的装置和方法
    • US20110049758A1
    • 2011-03-03
    • US12920348
    • 2009-02-17
    • Tatsuo TakahashiNoritomo Kameda
    • Tatsuo TakahashiNoritomo Kameda
    • B27N3/12
    • A61F13/15658A61F13/15626A61F13/531A61F2013/530496
    • Fluid absorbent fibers are accumulated in a form die without being interfered by a polymer charging member for charging a superabsorbent polymer. There is provided an apparatus for manufacturing an absorbent body in which while a form die is moved in one direction along a predetermined moving path, fluid absorbent fibers are distributed toward the form die and accumulated in the form die, whereby the absorbent body is formed. A polymer charging member for charging superabsorbent polymer into the form die is disposed to intersect at least a part of a distribution path of the fluid absorbent fibers, and a space through which the fluid absorbent fibers are allowed to pass along the distribution path is formed in the polymer charging member.
    • 流体吸收性纤维被堆积在模具中,而不被用于填充超吸收性聚合物的聚合物充电部件的干扰。 提供一种制造吸收体的装置,其中,当成形模沿着预定的移动路径沿一个方向移动时,流体吸收性纤维朝向成型模分散并积聚在成形模中,从而形成吸收体。 将超吸收性聚合物填充到模具中的聚合物充电部件设置成与流体吸收性纤维的分配路径的至少一部分相交,并且允许流体吸收性纤维沿着分配路径通过的空间形成在 聚合物充电部件。
    • 3. 发明授权
    • Driving apparatus for DC circuit breakers
    • 直流断路器驱动装置
    • US4862313A
    • 1989-08-29
    • US281211
    • 1988-12-08
    • Tatsuji ShirouzuTatsuo TakahashiMotoo SatoSatoshi Mizuno
    • Tatsuji ShirouzuTatsuo TakahashiMotoo SatoSatoshi Mizuno
    • H01H33/28H01H33/59
    • H01H33/596H01H33/285
    • A driving apparatus for a DC circuit breaker of reverse current insertion type. The driving apparatus includes a magnetic repulsive coil for instantaneously driving a movable electrode of a vacuum valve directly in an opening direction, and a first coil of capacitor energization type and a second coil for voltage tripping purposes as trip coils for an operating mechanism connected to the movable electrode through a contact spring whereby the magnetic repulsive coil and the first trip coil are respectively energized by capacitors in the case of tripping under faulty conditions and only the second trip coil is energized in the case of tripping under other conditions than faulty conditions. By thus providing the high-speed tripping first coil for the tripping under faulty conditions and the low-speed tripping second coil for the tripping under other conditions than faulty conditions separately to be independent of each other, a mechanical trip-free mechanism is provided thus minimizing the opening stroke due to the magnetic repulsive coil, increasing the life of the vacuum valve and the operating mechanism and enhancing the reliability of the driving apparatus.
    • 一种反向电流插入式直流断路器的驱动装置。 该驱动装置包括用于直接在打开方向上驱动真空阀的可动电极的磁性排斥线圈,以及用于电压跳闸目的的电容器通电型的第一线圈和用于操作机构的跳闸线圈的连接到 可动电极通过接触弹簧,由此在故障条件下跳闸的情况下,磁性排斥线圈和第一跳闸线圈分别由电容器通电,并且在其它条件下跳闸的情况下,只有第二跳闸线圈通电。 通过在故障条件下提供高速跳闸第一线圈和用于在除了彼此独立的故障条件之外的其他条件下的跳闸的低速跳闸第二线圈,因此提供机械无跳闸机构 最小化由于排斥线圈引起的打开行程,从而增加了真空阀和操作机构的使用寿命并提高了驱动装置的可靠性。
    • 7. 发明授权
    • Thrust control valve
    • 推力控制阀
    • US07117681B2
    • 2006-10-10
    • US10774610
    • 2004-02-10
    • Hiroshi KatoTatsuo TakahashiHideaki TanakaTatsuya Nishikawa
    • Hiroshi KatoTatsuo TakahashiHideaki TanakaTatsuya Nishikawa
    • F02K1/00
    • F02K9/86
    • A thrust control valve includes a nozzle having a gas supply chamber, a gas jetting chamber and a connecting passage therebetween. The nozzle has an upstream inner surface defining the gas supply chamber and a downstream inner surface defining the gas jetting chamber. The valve also includes a plug axially movably inserted into the gas supply chamber, the connecting passage and the gas jetting chamber. The plug has an upstream outer surface facing the upstream inner surface to define an upstream passage and a downstream outer surface facing the downstream inner surface to define a downstream passage. The plug can control thrust by simultaneously changing sectional areas of the upstream and downstream passages by an axial movement of the plug.
    • 推力控制阀包括具有气体供给室,气体喷射室和它们之间的连接通道的喷嘴。 喷嘴具有限定气体供应室的上游内表面和限定气体喷射室的下游内表面。 阀还包括轴向可移动地插入气体供应室,连接通道和气体喷射室的插头。 塞子具有面向上游内表面的上游外表面以限定上游通道和面向下游内表面的下游外表面以限定下游通道。 插头可以通过插头的轴向运动同时改变上游和下游通道的截面积来控制推力。
    • 10. 发明授权
    • Information transmission terminal, information transmission method, article information transmission system and article information transmission method
    • 信息传输终端,信息传输方式,文章信息传输系统和文章信息传输方式
    • US07836512B2
    • 2010-11-16
    • US11527543
    • 2006-09-27
    • Atsushi MizukiHiroaki HaginoTatsuo Takahashi
    • Atsushi MizukiHiroaki HaginoTatsuo Takahashi
    • G06F21/00
    • G06Q30/02G06Q10/00G06Q10/025
    • There are provided an information transmission terminal, an information transmission method, an article information transmission system and an article information transmission method capable of including personal information under other users' control into items to be transmitted while protecting the user privacy.A user terminal 20 transfers a transmission request and a usage policy of personal information to the respective transfer destination terminals 30 in accordance with the kind of personal information requested from a personal information collecting server 10, and collects personal information transmitted from the respective transfer destination terminals 30 responding thereto to transmit to the personal information collecting server 10. In this process, the respective transfer destination terminals 30 can judge whether or not the transmission of the requested personal information based on the transferred usage policy violates the privacy of the users of the transfer destination terminals 30. Therefore, the user terminal 20 can transmit personal information under control of users of the respective transfer destination terminals 30 to the personal information collecting server 10 while protecting the user privacy.
    • 提供了一种信息传输终端,信息传输方法,文章信息传输系统和文章信息传输方法,其能够在保护用户隐私的同时将其他用户的控制下的个人信息包括在待发送的项目中。 用户终端20根据从个人信息收集服务器10请求的个人信息的种类,将个人信息的发送请求和使用策略传送到各个传送目的地终端30,并收集从各个传送目的地终端发送的个人信息 30响应于此发送到个人信息收集服务器10.在该处理中,相应的转移目的地终端30可以判断基于所传送的使用策略的所请求的个人信息的传输是否违反了传送用户的隐私 目的地终端30.因此,用户终端20可以在个人信息收集服务器10的个人信息收集服务器10的个人信息的控制下传送个人信息,同时保护用户的隐私。