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    • 42. 发明申请
    • Adhesive Applicator, and Bookbinding and Image-Forming Apparatuses Equipped with the Applicator
    • 粘合剂涂布机,装订机和图像形成装置
    • US20080056851A1
    • 2008-03-06
    • US11849299
    • 2007-09-03
    • Katsumasa TakagiHiroyuki SoritaNorihiro OhnoJun KondouKazuyuki Kubota
    • Katsumasa TakagiHiroyuki SoritaNorihiro OhnoJun KondouKazuyuki Kubota
    • B42C9/00B42C13/00G03G15/00B42C5/00
    • B42C9/0006G03G15/6544G03G21/206G03G2215/00936
    • A glue container receiving hot-melt adhesive, an applicator roll, an apparatus casing, and disposed therein, a cooling unit and its control unit, for cooling a post-cover-sheet-processed sheaf, are provided. The control unit is configured to halt the cooling unit when adhesive is being applied to a sheaf with the applicator roll, and to actuate it after adhesive application. The control unit: (1) cools the apparatus casing interior by actuating the cooling unit when a sheaf is conveyed toward a glue application position; (2) halts the cooling unit when adhesive is being applied to a sheaf conveyed into the glue application position; and (3) reactivates the cooling unit after adhesive application. Thus controlling the apparatus-internal temperature appropriately in applying a hot-melt adhesive to a sheaf, and binding the sheaf together with a cover, etc. enables secure binding adhesion in a short time frame, without bookbinding defects such as missing leaves.
    • 提供了一种接收热熔粘合剂的胶水容器,一个涂布辊,一个装置壳体,并设置在其中,一个冷却单元及其控制单元,用于冷却后盖板加工的捆。 控制单元被配置为当使用涂布辊将粘合剂施加到捆上时停止冷却单元,并且在粘合剂施加之后使其致动。 控制单元:(1)当将捆输送到胶水施加位置时,通过致动冷却单元来冷却设备壳体内部; (2)当将粘合剂施加到输送到胶水施加位置的捆上时,停止冷却单元; 并且(3)在粘合剂施加之后重新冷却冷却单元。 因此,在将热熔粘合剂施加到捆上时适当地控制装置的内部温度,并且将捆与盖等一起粘合在一起,可以在短时间内实现牢固的粘合粘合,而不会出现诸如缺少叶子的装订缺陷。
    • 46. 发明授权
    • Inverter capacitor module and inverter
    • 逆变电容器模块和变频器
    • US06574116B2
    • 2003-06-03
    • US09866424
    • 2001-05-25
    • Nobushige MoriwakiShigeki NishiyamaKazuhiro YoshidaMasahiro NishioKazuyuki Kubota
    • Nobushige MoriwakiShigeki NishiyamaKazuhiro YoshidaMasahiro NishioKazuyuki Kubota
    • H05K702
    • H02M7/003H05K1/144H05K1/18
    • An inverter capacitor module includes a plurality of substrates having a plurality of ceramic capacitors provided on the top surfaces thereof, and first and second feeding unit lands having conductive films provided on both surfaces thereof and arranged to feed the plurality of ceramic capacitors, the first and second feeding unit lands on both surfaces thereof being electrically connected to each other, a conductive spacer inserted between the plurality of substrates for establishing one of an electrical connection between the first feeding unit lands of an underlying substrate and its overlying substrate and an electrical connection between the second feeding unit lands of an underlying substrate and its overlying substrate, a fixing member arranged to fix the plurality of substrates laminated via the conductive spacer, and a switching module fixed below the bottom substrate among the plurality of substrates that are laminated. In the inverter capacitance module, the switching module is fixed to the plurality of substrates by the fixing element.
    • 逆变器电容器模块包括多个基板,其多个陶瓷电容器设置在其顶表面上,第一和第二馈电单元焊盘具有设置在其两个表面上的导电膜,并布置成馈送多个陶瓷电容器,第一和第二馈电单元 插入在所述多个基板之间的导电间隔件,用于建立下面的基板的第一馈送单元平台与其上覆的基板之间的电连接之间的电连接和第二馈电单元的两个表面之间的电连接, 下部基板的第二馈送单元和其上覆的基板,经由导电间隔件固定多个基板的固定部件和固定在层叠的多个基板之中的底部基板下方的切换模块。 在逆变器电容模块中,开关模块通过固定元件固定到多个基板。
    • 49. 发明授权
    • High-voltage capacitor manufacturing method and high-voltage capacitor
    • 高压电容器制造方法及高压电容器
    • US5587869A
    • 1996-12-24
    • US390482
    • 1995-02-17
    • Takeshi AzumiOsamu YamaokaKazuyuki Kubota
    • Takeshi AzumiOsamu YamaokaKazuyuki Kubota
    • H01G4/002H01G4/005H01G4/224H01G4/236H01S3/03
    • H01G4/224
    • A high-voltage capacitor is not deteriorated by any of a laser medium gas, ultraviolet rays, and discharge plasma of a gas laser device. Inside a hermetic casing is stored a capacitor body having an electrode which is connected to an external terminal. The external terminal includes a passageway therein which makes the inside of the hermetic casing communicate with the outside of the hermetic casing. The external terminal is led to the outside of the hermetic casing from the capacitor electrode, and gas inside the hermetic casing is discharged through the passageway of the external terminal to achieve a reduced pressure. Thereafter, the inside of the hermetic casing is filled with an insulating protection material. With the hermetic casing being made of alumina and the electrode terminal plated with nickel, deterioration due to ultraviolet rays or discharge plasma generated by an electric discharge of the laser device is prevented, thereby not contaminating the ambient gas.
    • 高压电容器不会因气体激光装置的激光介质气体,紫外线和放电等离子体而劣化。 储存密封壳内的电容器本体,其具有连接到外部端子的电极。 外部端子包括其中的通道,其使得密封壳体的内部与密封壳体的外部连通。 外部端子从电容器电极引导到密封壳体的外部,并且密封壳体内的气体通过外部端子的通道排出以实现减压。 此后,密封壳体的内部填充有绝缘保护材料。 由于密封壳体由氧化铝制成,电极端子镀镍,因此防止由于紫外线引起的劣化或通过激光装置的放电产生的放电等离子体,从而不会污染环境气体。