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    • 3. 发明授权
    • Snap action mechanism and pressure switch using snap action mechanism
    • 快动作机构和压力开关采用快动作机构
    • US07453049B2
    • 2008-11-18
    • US11884844
    • 2006-02-23
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • Koichi OchiaiTakashi TsumuraKazuo AbeIsamu Warashina
    • H01H35/24
    • H01H35/2607H01H5/18H01H35/34
    • A pressure switch includes an external force transmission mechanism for separating a cover from a housing. The cover and the external force transmission mechanism defines a first pressure chamber, and the housing and the external force transmission mechanism defines a second pressure chamber. In the second pressure chamber, a movable piece having first and second movable members arranged opposite to each other and one or more fixed contacts are disposed. The first and second movable members are connected to each other via a flat spring. A contact is disposed on the second movable member and functions as a movable contact. The external force transmission mechanism applies an external force to the first movable member to displace the first movable member, and the second movable member is reversed at the operating point of the first movable member, so that the movable contact is brought into contact with the fixed contact.
    • 压力开关包括用于将盖与壳体分离的外力传递机构。 盖和外力传递机构限定第一压力室,壳体和外力传递机构限定第二压力室。 在第二压力室中设置有具有彼此相对布置的第一和第二可动构件和一个或多个固定触点的可动件。 第一和第二可移动部件经由板簧相互连接。 接触件设置在第二可动构件上并用作可动触点。 外力传递机构向第一可移动部件施加外力以使第一可移动部件移位,并且第二可动部件在第一可动部件的工作点处反转,使得可动触头与固定部件接触 联系。
    • 5. 发明授权
    • Apparatus and method for removing unburned carbon from fly ash
    • 从飞灰中去除未燃碳的装置和方法
    • US08893892B2
    • 2014-11-25
    • US12096333
    • 2006-11-28
    • Shinichiro SaitoKazuo AbeKazuyoshi Matsuo
    • Shinichiro SaitoKazuo AbeKazuyoshi Matsuo
    • B03D1/02B03D1/14B03D1/24B01F5/06C04B18/08
    • B03D1/02B01F5/0612B01F5/0614B01F2005/0621B01F2005/0636B03D1/14B03D1/247C04B18/08Y02W30/92C04B20/02
    • An apparatus and a method for removing unburned carbon from fly ash capable of suppressing facility cost and stably conducting performance adjustment depending on property of the fly ash. The method comprises the steps of: adding water to fly ash to produce slurry; adding collector to the slurry, feeding the slurry and the collector to a static-type mixer 4, a venturi pipe 24 or the like to add shearing force to them; adding frother to them to generate air bubbles; and adhering unburned carbon of the fly ash to the air bubbles to raise the unburned carbon. The frother and air can be fed to the static-type mixer or the like together with the slurry and the collector. Depending on the change in property of the fly ash, the number of the static-type mixers or the like used in series can be increased or decreased, and depending on required capacity, the number of the static-type mixers or the like used in parallel may be increased or decreased. The static-type mixer may comprise a guide vane chamber 4b with plurality of guide vanes 4d for converting the slurry and the like, which are fed to the chamber, to spiral flow, and a current cutter chamber 4c with plurality of mushroom-shaped projections 4e for adding shearing force to the slurry and the like.
    • 一种从粉煤灰中除去未燃碳的装置和方法,其能够抑制设备成本并且根据飞灰的性能稳定地进行性能调整。 该方法包括以下步骤:将水添加到飞灰中以产生浆料; 向浆料中加入收集器,将浆料和收集器输送到静态混合器4,文丘里管24等中以向它们增加剪切力; 给他们添加起泡产生气泡; 并将飞灰的未燃烧碳附着到气泡上以提高未燃烧的碳。 起泡剂和空气可以与浆料和收集器一起进料到静态混合器等中。 根据粉煤灰的性质的变化,可以增加或减少串联使用的静态混合机等的数量,根据所需的容量,使用的静态混合机等的数量 平行可以增加或减少。 静态混合器可以包括导向叶片室4b,其具有多个导向叶片4d,用于将供给到室中的浆料等转化成螺旋流;以及具有多个蘑菇状突起的当前切割器室4c 4e用于向浆料等添加剪切力。
    • 6. 发明申请
    • ENDOSCOPIC FORCEPS
    • 内窥镜
    • US20140135756A1
    • 2014-05-15
    • US14127402
    • 2012-05-22
    • Makoto HosakaKazuo AbeEiichi Uemura
    • Makoto HosakaKazuo AbeEiichi Uemura
    • A61B18/14A61B18/18
    • A61B18/1447A61B18/1445A61B18/1815A61B2017/2902A61B2018/00589A61B2018/00601A61B2018/0063A61B2018/00982A61B2018/1415
    • An endoscopic forceps is provided. A movable blade electrode and a fixed blade electrode form a pair of electrodes. The fixed blade electrode is electrically contacted onto an external electric conductor of a coaxial cable in the sheath conduit. A force application point of the movable blade electrode is connected to a center electric conductor of the coaxial cable. A pivot point of the movable blade electrode is provided on the movable blade electrode. The coaxial cable is slid with respect to the sheath conduit so that parallel moving added to the coaxial cable is transmitted to the movable blade electrode as turnable moving about the pivot point via the force application point of the movable blade electrode. A high frequency wave can be applied between the movable blade electrode and the fixed blade electrode via the external electric conductor and the center electric conductor of the coaxial cable.
    • 提供内窥镜钳。 可动刀片电极和固定刀片电极形成一对电极。 固定刀片电极电接触到鞘导管中的同轴电缆的外部电导体上。 可动刀片电极的施力点与同轴电缆的中心导体连接。 可动刀片电极的枢转点设置在可动刀片电极上。 同轴电缆相对于护套导管滑动,使得添加到同轴电缆的平行移动被传递到可动刀片电极,可转动地通过可动刀片电极的施力点绕枢转点移动。 可以通过外部电导体和同轴电缆的中心导体,在可动刀片电极和固定刀片电极之间施加高频波。
    • 9. 发明授权
    • Packaging machine
    • 包装机
    • US06339914B1
    • 2002-01-22
    • US09427689
    • 1999-10-27
    • Yasuji FujikawaKazuo AbeMichio Ueda
    • Yasuji FujikawaKazuo AbeMichio Ueda
    • B65B4326
    • B65B43/24B31B50/64
    • A packaging machine has a folding rail 36 for guiding a prefolded bottom forming portion 14 of a container 11 fitted around a mandrel 31 from a first process station to a second process station during the movement of the mandrel 31 from the first to the second station while folding the bottom forming portion flat by contact therewith. The folding rail 36 comprises right and left two rail members 71, 72, with a clearance C formed therebetween for permitting an outer end of the prefolded bottom forming portion 14 of the container 11 fitted around the mandrel 31 to be inserted thereinto during the movement from the first to the second station. An unfolding preventing guide member 73 is disposed in the rail clearance C so as to come into contact with a required part of the bottom forming portion 14 during movement through the clearance.
    • 包装机具有折叠轨道36,用于在芯棒31从第一工位移动到第二工位期间将装配在心轴31上的容器11的折叠底部形成部分14从第一处理工位引导到第二处理工位,同时 通过与其接触而折叠底部形成部分平坦。 折叠轨道36包括左右两个轨道构件71,72,其间形成有间隙C,用于允许围绕心轴31装配的容器11的折叠底部形成部分14的外端在其中移动期间插入其中 第一站到第二站。 在导轨间隙C中设置展开防止导向构件73,以便在移动通过间隙时与底部形成部分14的所需部分接触。
    • 10. 发明授权
    • Heater for top portions of containers
    • 加热器用于容器的顶部
    • US5868567A
    • 1999-02-09
    • US880509
    • 1997-06-23
    • Kazuo AbeMichio Ueda
    • Kazuo AbeMichio Ueda
    • B65B51/10B29B13/02B29C35/04B29C65/10B65B51/14B65B51/20
    • B65B51/20B29B13/025B29C65/10B29C66/1122B29C66/43B29C66/43122B29C66/73921B65B51/144B29C35/045
    • A heater for top portions of containers 11 filled with contents and each having a top forming tubular portion 14 generally rectangular to square in cross section for heating seal parts 31, 35 of the top forming portion 14 with hot air for heat-sealing comprises a hot air nozzle 51 in the form of a bottomed tube having a generally rectangular to square cross section and to be inserted into the top forming portion 14 for heating. The hot air nozzle 51 having first to fourth four side walls 61 to 64 integral with one another with a ridgeline formed between the adjoining side walls. The side walls 61 to 64 is formed with orifices 68 as distributed over regions thereof corresponding to the respective seal parts 31, 35. The side walls 61 to 64 each have an outer surface facing obliquely upward.
    • 用于填充内容物的容器11的顶部的加热器,每个具有顶部形成管状部分14的顶部形成管状部分14,该顶部形成管状部分14的横截面用于加热用于热封的热空气来加热顶部形成部分14的密封部分31,35包括热 空气喷嘴51是具有大致矩形到正方形横截面的有底管的形式,并被插入到顶部形成部分14中用于加热。 第一至第四四个侧壁61至64的热空气喷嘴51彼此成一体,并在邻接的侧壁之间形成脊线。 侧壁61至64形成有分布在与相应的密封部分31,35对应的区域上的孔口68.侧壁61至64各自具有面向斜上方的外表面。