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    • 1. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US06677840B2
    • 2004-01-13
    • US09903614
    • 2001-07-13
    • Akihiko NakamuraShigemitsu AokiYoshio OkamotoTomohisa Endoh
    • Akihiko NakamuraShigemitsu AokiYoshio OkamotoTomohisa Endoh
    • H01H6702
    • H01H50/54H01H9/40H01H50/021H01H50/44H01H50/443H01H50/546H01H50/60
    • An electromagnetic relay of a simple structure for reliably making and breaking a high load voltage. First and second fixed contact terminals are mounted on an insulating base block. First and second branched moving pieces are attached to the lower side of a hanging portion of a spring member. When a relay coil is not excited, the first and second moving pieces are resiliently urged into contact with a back-stop plate, displaced from the first and second fixed contact elements. When the relay coil is excited, contact elements attached to the first and second moving pieces are resiliently urged into contact with respective contact elements attached to the first and second fixed contact elements, electrically connecting the respective first and second fixed contact terminals.
    • 一种简单结构的电磁继电器,用于可靠地制造和断开高负载电压。 第一和第二固定接触端子安装在绝缘基座上。 第一和第二分支移动件附接到弹簧构件的悬挂部分的下侧。 当继电器线圈不被激励时,第一和第二移动件被弹性地推压与从第一和第二固定接触元件移位的后挡板接触。 当继电器线圈被激励时,附接到第一和第二移动片的接触元件被弹性地推动与附接到第一和第二固定接触元件的相应接触元件接触,电连接相应的第一和第二固定接触端子。
    • 2. 发明授权
    • Multiple electromagnetic relay
    • 多个电磁继电器
    • US06414576B1
    • 2002-07-02
    • US09588235
    • 2000-06-06
    • Akihiko NakamuraShigemitsu AokiYoshio Okamoto
    • Akihiko NakamuraShigemitsu AokiYoshio Okamoto
    • H01H5122
    • H01H50/047H01H50/14H01H2050/049
    • A multiple electromagnetic relay is disclosed which comprises at least three electromagnetic relays including electromagnetic relays of the same type or two electromagnetic relays of different types selected from electromagnetic relays of various types each including a coil and a contact unit of a different type and which is mounted in a single assembly frame adapted to be attached to a board. Those terminals of the electromagnetic relays for connection with the external conductors which are connectable with a common external conductor are coupled to each other by a coupling conductor in the area of the assembly frame, and the common external conductor is connected to one of the terminals thus coupled.
    • 公开了一种多重电磁继电器,其包括至少三个电磁继电器,包括相同类型的电磁继电器或不同类型的两个电磁继电器,所述电磁继电器选自各种类型的电磁继电器,每个电磁继电器包括线圈和不同类型的接触单元, 在适于附接到板的单个组装框架中。 用于与可与公共外部导体连接的外部导体连接的电磁继电器的端子通过组装框架区域中的耦合导体彼此耦合,并且公共外部导体连接到其中一个端子 耦合。
    • 3. 发明授权
    • Complex electromagnetic relay
    • 复杂的电磁继电器
    • US06903638B2
    • 2005-06-07
    • US10936581
    • 2004-09-09
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • H01H50/02H01H45/00H01H45/02H01H50/04H01H51/20H01H67/00H01H13/02H01H51/22
    • H01H50/042H01H50/023H01H50/026H01H2050/044H01H2050/049
    • A complex electromagnetic relay including a plurality of relay structures configured respectively as relays independent of each other, each relay structure including an electromagnet assembly and a contact section acting to open or close in accordance with an operation of the electromagnet assembly; and a housing accommodating the relay structures in a mutually inverted orientation with contact sections of the relay structures being located alternately at opposing sides. The electromagnet assemblies in the relay structures are provided individually with bobbins supporting coils. The housing includes an enclosing wall enclosing the relay structures in an envelope-like manner and a partition wall arranged between the relay structures disposed side-by-side to separate the relay structures from each other. The bobbins of the electromagnet assemblies are fixedly attached to the enclosing wall as well as to the partition wall.
    • 一种复杂的电磁继电器,包括分别独立地构成的继电器的多个继电器结构,每个继电器结构包括电磁体组件和根据电磁体组件的操作而打开或闭合的接触部分; 以及壳体,其以相反方向容纳所述继电器结构,其中所述继电器结构的接触部分交替地位于相对侧。 继电器结构中的电磁体组件单独设置有支撑线圈的线轴。 壳体包括围绕中继结构以封闭状包围的封闭壁和布置在并排设置的中继结构之间以将中继结构彼此分离的分隔壁。 电磁铁组件的线轴固定地附接到封闭壁以及分隔壁。
    • 4. 发明申请
    • Electromagnetic relay
    • 电磁继电器
    • US20060181380A1
    • 2006-08-17
    • US11341589
    • 2006-01-30
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • H01H67/02
    • H01H50/043H01H9/40H01H50/26H01H50/60H01H50/646
    • An electromagnetic relay including a base, an electromagnet fitted to the base, and a contact section operable to open or close with an operation of the electromagnet. The base includes a retaining face firstly contacting with the yoke of the electromagnet, in an action of fitting the electromagnet to the base, and retaining the electromagnet at a predetermined height on the base as seen in a direction of the coil center axis of the electromagnet. The base also includes a guide face slidably engaged with the yoke, by shifting the yoke along the retaining face, and guiding the electromagnet in a fitting direction intersecting with the coil center axis. The retaining face and the guide face cooperate with each other to fixedly support the electromagnet at a predetermined fitting position on the base.
    • 一种电磁继电器,其包括基座,安装到基座的电磁体以及可操作以通过电磁体的操作来打开或闭合的接触部分。 底座包括一个保持面,首先与电磁铁的磁轭接触,在将电磁铁安装到基座上的作用下,将电磁铁保持在基座上的预定高度,如电磁铁的线圈中心轴线方向 。 基座还包括通过沿着保持面移动磁轭而与轭架可滑动地接合的引导面,并且沿与线圈中心轴线相交的装配方向引导电磁铁。 保持面和引导面彼此配合,以将电磁体固定在基座上的预定的配合位置。
    • 5. 发明授权
    • Electromagnetic relay
    • 电磁继电器
    • US07283026B2
    • 2007-10-16
    • US11341589
    • 2006-01-30
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • Akihiko NakamuraShigemitsu AokiHirofumi Saso
    • H01F51/22
    • H01H50/043H01H9/40H01H50/26H01H50/60H01H50/646
    • An electromagnetic relay including a base, an electromagnet fitted to the base, and a contact section operable to open or close with an operation of the electromagnet. The base includes a retaining face firstly contacting with the yoke of the electromagnet, in an action of fitting the electromagnet to the base, and retaining the electromagnet at a predetermined height on the base as seen in a direction of the coil center axis of the electromagnet. The base also includes a guide face slidably engaged with the yoke, by shifting the yoke along the retaining face, and guiding the electromagnet in a fitting direction intersecting with the coil center axis. The retaining face and the guide face cooperate with each other to fixedly support the electromagnet at a predetermined fitting position on the base.
    • 一种电磁继电器,其包括基座,安装到基座的电磁体以及可操作以通过电磁体的操作来打开或闭合的接触部分。 底座包括一个保持面,首先与电磁铁的磁轭接触,在将电磁铁安装到基座上的作用下,将电磁铁保持在基座上的预定高度,如电磁铁的线圈中心轴线方向 。 基座还包括通过沿着保持面移动磁轭而与轭架可滑动地接合的引导面,并且沿与线圈中心轴线相交的装配方向引导电磁铁。 保持面和引导面彼此配合,以将电磁体固定在基座上的预定的配合位置。
    • 7. 发明授权
    • Treatment device, treatment method, and surface treatment jig
    • 处理装置,处理方法和表面处理夹具
    • US09129999B2
    • 2015-09-08
    • US12514193
    • 2007-10-12
    • Yasumasa IwataAkihiko Nakamura
    • Yasumasa IwataAkihiko Nakamura
    • B08B3/04H01L21/67H01L21/02
    • H01L21/6708H01L21/02057
    • The treatment device 100 of the present invention is a treatment device for carrying out treatment to a treatment object 18 whose treatment surface includes a second treatment surface 18b and a first treatment surface 18a surrounding the second treatment surface 18b, the treatment device including: a table section 10 for placing the treatment object 18 thereon; and a first feeding section 24 for feeding a first treatment liquid to an approximate boundary between the first and the second treatment surfaces 18a, 18b and a second feeding section 46 for feeding a second treatment liquid to the second treatment surface 18b. Thus, the present invention provides a treatment device, a treatment method, and a surface treatment jig, each of the treatment device and the treatment method being capable of carrying out independent treatments to a treatment surface and an exposed surface surrounding the treatment surface, respectively.
    • 本发明的处理装置100是对处理对象18进行处理的处理装置,处理对象18的处理面包括第二处理面18b和围绕第二处理面18b的第一处理面18a,处理装置包括: 用于将处理对象18放置在其上的部分10; 以及用于将第一处理液体供给到第一处理用表面18a,第二处理用面18b之间的大致边界的第一供给部24以及向第二处理面18b供给第二处理液的第二供给部46。 因此,本发明提供一种处理装置,处理方法和表面处理夹具,每个处理装置和处理方法能够分别对处理表面和处理表面周围的暴露表面进行独立处理 。
    • 10. 发明授权
    • Treatment liquid permeation unit and treating apparatus
    • 处理液渗透单元和处理装置
    • US08181660B2
    • 2012-05-22
    • US12322156
    • 2009-01-29
    • Akihiko NakamuraJunichi KatsuragawaYasumasa Iwata
    • Akihiko NakamuraJunichi KatsuragawaYasumasa Iwata
    • B08B3/00B08B3/12B08B6/00
    • H01L21/67092H01L21/67017H01L21/67132Y10T156/1111Y10T156/1126Y10T156/1922
    • A treatment liquid permeation unit comprises: at least one vibration unit; and a vibration transmission unit for transmitting a vibration from the vibration unit. The vibration transmission unit is positioned between an adhesive with which a wafer is combined to a supporting plate or an adhesive adhered to a surface of the wafer and the vibration unit. A vibration from the vibration unit is transmitted via the vibration transmission unit. This promotes the treatment liquid for dissolving the adhesive to permeate the adhesive to which the treatment liquid is supplied. Therefore, the treatment liquid can more uniformly permeate the adhesive in a shorter time. This allows the treatment liquid for dissolving the adhesive to permeate the adhesive with which the wafer is combined to the supporting plate or to permeate the adhesive adhered to the surface of the wafer in a shorter time.
    • 处理液体渗透单元包括:至少一个振动单元; 以及用于从振动单元传递振动的振动传递单元。 振动传递单元位于与晶片组合的粘合剂与粘合到晶片表面的粘合剂和振动单元之间。 来自振动单元的振动经由振动传递单元传递。 这促进了用于溶解粘合剂的处理液渗透到供应处理液的粘合剂。 因此,处理液可以在更短的时间内更均匀地渗透粘合剂。 这使得用于溶解粘合剂的处理液渗透到晶片与支撑板组合的粘合剂上,或者在更短的时间内渗透粘附到晶片表面的粘合剂。