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    • 71. 发明授权
    • Monopole antenna
    • 单极天线
    • US06188366B1
    • 2001-02-13
    • US09324334
    • 1999-06-02
    • Atsushi YamamotoToshimitsu MatsuyoshiKoichi Ogawa
    • Atsushi YamamotoToshimitsu MatsuyoshiKoichi Ogawa
    • H01Q100
    • H01Q9/36H01Q5/321
    • A disk-shaped conductor 22, a ring-shaped conductor 24 and a ring-shaped conductor 26 are arranged in that order on the same plane. One end of a linear conductor 21 is connected perpendicularly to the center of the disk-shaped conductor 22, and the outer edge of the disk-shaped conductor 22 is connected to the inner edge of the ring-shaped conductor 24 via an anti-resonance circuit 23. Moreover, the outer edge of the ring-shaped conductor 24 is connected to the inner edge of the ring-shaped conductor 26 via an anti-resonance circuit 25. Due to the anti-resonance circuits 23 and 25, electrical blocking can be attained, so that an electromagnetic wave of a first frequency f1 is excited by the system extending from the linear conductor 21 to the disk-shaped conductor 22, an electromagnetic wave of a second frequency f2 is excited by the system extending from the linear conductor 21 to the ring-shaped conductor 24, and an electromagnetic wave of a third frequency f3 is excited by the system extending from the linear conductor 21 to the ring-shaped conductor 26. Thus, a small monopole antenna can be attained that has a simple structure and can be operated at a plurality of frequencies.
    • 盘状导体22,环状导体24和环状导体26依次配置在同一平面上。 线状导体21的一端与盘状导体22的中心垂直地连接,盘状导体22的外缘经由反谐振器连接到环状导体24的内缘 此外,环形导体24的外边缘经由反谐振电路25连接到环形导体26的内边缘。由于反谐振电路23和25,电阻可以 使得第一频率f1的电磁波被从线性导体21延伸到盘状导体22的系统激励,第二频率f2的电磁波被从线性导体延伸的系统激励 21到环形导体24,并且第三频率f3的电磁波被从线性导体21延伸到环形导体26的系统激励。因此,可以获得小型单极天线,其具有 简单的结构,可以在多个频率下工作。
    • 73. 发明授权
    • Method of manufacturing a vacuum interrupter
    • 制造真空断路器的方法
    • US5687472A
    • 1997-11-18
    • US433015
    • 1995-05-03
    • Mitsutaka HonmaHiromichi SomeiTadahiro AiharaTsuneyo SekiAtsushi Yamamoto
    • Mitsutaka HonmaHiromichi SomeiTadahiro AiharaTsuneyo SekiAtsushi Yamamoto
    • B23K1/18H01H33/66H01H11/06B23K31/02
    • H01H33/66H01H2033/66215H01H2033/66276H01H33/66207H01H33/66261Y10T29/49105
    • A method for manufacturing a vacuum interrupter including, a vacuum enclosure composed of an insulating tube sealed by metal flanges, a pair of electrodes in the vacuum enclosure which are able to make and break contact, and a pair of conducting shafts. The method includes the steps of preparing a fixed-side assembly composed of a fixed electrode, a fixed-side conducting shaft and a fixed-side flange jointed as one unit, preparing a movable-side subassembly composed of a movable electrode, a movable-side conducting shaft and a movable-side flange jointed as one unit, preparing an insulating tube subassembly composed of the insulating tube, preparing an assembly such that the movable-side, insulating tube, and fixed-side subassemblies are superimposed with first solders for gas-tight sealing being inserted between the movable-side and fixed-side subassemblies and end surfaces of the insulating tube subassembly and with a second solder for contact soldering being inserted between the contact and the electrode, and heating and evacuating the assembly in a vacuum furnace to evacuate inside the vacuum enclosure and to solder by the first solders and the second solder, thereby to obtain the vacuum interrupter. Whereby gas-tight soldering and soldering of the contact and the electrode are carried out simultaneously in the heating and evacuating step.
    • 一种真空断续器的制造方法,其特征在于,包括由金属法兰密封的绝缘管构成的真空封壳,能够断开接触的真空封壳中的一对电极和一对导电轴。 该方法包括以下步骤:制备由固定电极,固定侧导电轴和作为一个单元接合的固定侧凸缘组成的固定侧组件,制备由可动电极,可移动电极组成的可动侧组件, 侧面导电轴和作为一个单元接合的可动侧凸缘,制备由绝缘管构成的绝缘管子组件,制备组合件,使得可动侧绝缘管和固定侧组件与第一气体焊料重叠 密封被插入在可动侧和固定侧子组件和绝缘管子组件的端面之间,并且用于接触焊接的第二焊料插入在接触件和电极之间,并且在真空炉中加热和抽真空组件 在真空外壳内抽真空并通过第一焊料和第二焊料进行焊接,从而获得真空断路器。 在加热和抽空步骤中同时进行触点和电极的气密焊接和焊接。
    • 77. 发明授权
    • Apparatus for taking up a bundle of filaments
    • 用于卷起一束细丝的装置
    • US4392286A
    • 1983-07-12
    • US229940
    • 1981-01-30
    • Satoshi YakushijiAtsushi YamamotoYukio KitamuraNobuo Yoshioka
    • Satoshi YakushijiAtsushi YamamotoYukio KitamuraNobuo Yoshioka
    • B65H54/76B65H54/80B65H54/82
    • B65H54/80B65H2701/31
    • A method of taking up a bundle of filaments is disclosed wherein the bundle of filaments is ejected together with a compressed fluid toward a container and coils of the bundle of filaments are formed when the bundle of filaments is received in the container. Before arriving at the container, the above-mentioned compressed fluid is deviated from a passage of the bundle of filaments having a spiral shape. The apparatus for effectively carrying out this method comprises a rotary member rotating around the central line of the upstream portion of a guide passage for feeding the bundle of filaments toward the container and means, which ejects the bundle of filaments being conveyed into the rotary member in the above-mentioned upstream portion by means of a compressed fluid. The rotary member has a guide passage that expands gradually toward the outlet end of the guide passage. When the above-mentioned apparatus is operated, the bundle of filaments runs along the rearmost portion of the inside wall of the guide passage, which defines the running passage of the bundle of filaments, while the compressed fluid is separated from the above-mentioned bundle of filaments and discharged in a different direction.
    • 公开了一种卷绕一束细丝的方法,其中将细丝束与压缩流体一起向容器喷射,并且当丝束被容纳在容器中时,形成丝束的线圈。 在到达容器之前,上述压缩流体从具有螺旋形状的细丝束的通道偏离。 用于有效实施该方法的装置包括围绕导向通道的上游部分的中心线旋转的旋转构件,用于将长丝束朝向容器进给,并且将将被输送到旋转构件的细丝束喷出 上述上游部分借助于压缩流体。 旋转构件具有朝向引导通道的出口端逐渐扩展的引导通道。 当操作上述装置时,细丝束沿引导通道的内壁的最后部分延伸,其限定长丝束的运行通道,同时压缩流体与上述束分离 的长丝并沿不同的方向排出。