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    • 91. 发明公开
    • Stacked cell manufacturing method and apparatus using the same
    • 细胞堆叠的制造工艺和设备,使得
    • EP2770569A2
    • 2014-08-27
    • EP14155148.1
    • 2014-02-14
    • Hitachi Power Solutions Co., Ltd.
    • Nakakuki, ShojiYonai, ShujiSekiya, Mitsunori
    • H01M10/04
    • H01M10/0459H01M10/0404H01M10/0463H01M10/0525H01M10/0583Y10T29/49108Y10T29/53135
    • There are provided a zigzag-folding type stacked cell manufacturing method capable of high-efficiency production, and a system using the same. The stacked cell manufacturing method includes the steps of executing zigzag-folding of a separator band-like in shape on a table (5) by the intermediary of a zigzag-folding mechanism, alternately feeding a positive-plate (3) and a negative-plate (4) onto the separator (6) as folded back every time the separator (6) is folded back by the zigzag-folding, and alternately stacking the positive-plate and the negative-plate on the table (5) with the separator (6) interposed therebetween. In the step of stacking, a positive-plate transfer head (1), and a negative-plate transfer head (2) are set so as to alternately undergo a linearly reciprocating transfer in a horizontal direction at least on the table (5), the direction of a horizontal and reciprocating transfer on the table (5), made by the positive-plate transfer head (1) and the negative-plate transfer head (2), respectively, is set to coincide with a folding-back direction of the zigzag-folding of the separator (6), and a force caused by the horizontal and reciprocating transfer alternately made by each of these transfer heads is imparted to the separator (6) guided onto the table (5), thereby executing the zigzag-folding while the separator (6) is drawn onto the table (5), and the positive-plate transfer head (1) and the negative-plate transfer head (2) alternately feed the positive-plate (3) and the negative-plate (4), respectively, onto the table (5) while executing the zigzag-folding of the separator (6).
    • 98. 发明公开
    • APPARATUS FOR ASSEMBLING AN INDENTATION MODULE TYPE WORKPIECE
    • VORRICHTUNG ZUM ZUSAMMENSETZEN EINESWERKSTÜCKSAUS VERTIEFUNGSMODULEN
    • EP2561952A2
    • 2013-02-27
    • EP11772166.2
    • 2011-04-12
    • LG Chem, Ltd.
    • BLUMKA, JosephOSWANDEL, Kenneth, J.
    • B23P19/02B23P19/027H01M2/10
    • B23P19/02H01M10/0468Y10T29/53Y10T29/53061Y10T29/53078Y10T29/53135
    • An apparatus for assembling a press-fit modular work piece is described that includes a surface member having a central opening. A hatch member is disposed on one side of the surface member, and is moveable between a first position where it does not cover the opening and a second position covering the opening. A work piece receiving member is disposed proximate the other side of the surface member across from the central opening for receiving components of the press-fit modular work piece. An actuator moves the work piece receiving member toward the opening so components of the work piece press against the hatch member when the hatch member is moved into the second position. The actuator moves the work piece receiving member to a position to receive components of the work piece when the hatch member is in the first position.
    • 描述了一种用于组装压配模块化工件的装置,其包括具有中心开口的表面构件。 舱口构件设置在表面构件的一侧上,并且能够在不覆盖开口的第一位置和覆盖开口的第二位置之间移动。 工件接收部件靠近中间开口的表面部件的另一侧设置,用于接纳压入模块化工件的部件。 致动器将工件接收构件朝向开口移动,因此当舱口构件移动到第二位置时,工件的部件压靠在舱口构件上。 当舱口部件处于第一位置时,致动器将工件接收构件移动到接收工件的部件的位置。
    • 99. 发明公开
    • Fuel cell and power chip technology
    • Brennstoffzelle和功率芯片技术
    • EP2525431A2
    • 2012-11-21
    • EP11185602.7
    • 2000-11-17
    • Encite LLC
    • Marsh, Stephen
    • H01M8/10H01M8/24
    • H01M8/0494B82Y30/00H01M8/0271H01M8/0432H01M8/04365H01M8/0438H01M8/04552H01M8/04582H01M8/04619H01M8/04753H01M8/0488H01M8/0491H01M8/1097H01M8/1286H01M8/2405H01M8/241H01M8/249H01M2300/0082Y02E60/521Y10T29/49108Y10T29/53135
    • A fuel cell is disclosed which is formed on a semiconductor wafer by forming a channel on the wafer and forming a proton exchange membrane PEM barrier in the etched channel. The barrier divides the channel into two. A hydrogen fuel is admitted into one of the divided channels and an oxidant into the other. The hydrogen reacts with a catalyst formed on an anode electrode at the hydrogen side of the channel to release hydrogen ions (protons) which are absorbed into the PEM. The protons migrate through the PEM and recombine with return hydrogen electrons on a cathode electrode on the oxygen side of the PEM and the oxygen to form water.; A fuel cell is disclosed which is formed on a semiconductor wafer (14) by forming a channel (50) on the wafer and forming a proton exchange membrane PEM barrier (20) in the etched channel. The barrier divides the channel into two. A hydrogen fuel is admitted into one of the divided channels and an oxidant into the other. The hydrogen reacts with a catalyst (28) formed on an anode electrode at the hydrogen side of the channel to release hydrogen ions (protons) which are absorbed into the PEM. The protons migrate through the PEM and recombine with return hydrogen electrons on a cathode electrode on the oxygen side of the PEM and the oxygen to form water.
    • 公开了一种燃料电池,其通过在晶片上形成通道并在蚀刻通道中形成质子交换膜PEM阻挡层而形成在半导体晶片上。 屏障将通道分成两部分。 氢燃料被允许进入分离的通道之一,氧化剂进入另一个。 氢气与在通道氢气侧的阳极电极上形成的催化剂反应,以释放被吸收到PEM中的氢离子(质子)。 质子迁移通过PEM并与PEM的氧侧上的阴极上的返回氢电子和氧反应形成水。 公开了通过在晶片上形成通道(50)并在蚀刻通道中形成质子交换膜PEM势垒(20)形成在半导体晶片(14)上的燃料电池。 屏障将通道分成两部分。 氢燃料被允许进入分离的通道之一,氧化剂进入另一个。 氢气与在通道氢气侧的阳极电极上形成的催化剂(28)反应,以释放被吸收到PEM中的氢离子(质子)。 质子迁移穿过PEM,并与PEM的氧侧上的阴极上的返回氢电子和氧反应形成水。