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    • 11. 发明授权
    • LED bulb assembly
    • LED灯泡组装
    • US07833060B2
    • 2010-11-16
    • US12007575
    • 2008-01-11
    • Kenneth Tsai
    • Kenneth Tsai
    • H01R33/09
    • F21V19/0005F21W2121/00F21Y2115/10
    • The LED bulb assembly includes a connector, an LED including two conductive wires, and means for attaching the LED to the connector and preventing the two conductive wires from contacting each other. The means for attaching the LED to the connector and preventing the two conductive wires from contacting each other may include a plate in the connector, and each of the two conductive wires extends along different sides of the plate. Alternatively, the means for attaching the LED to the connector and preventing the two conductive wires from contacting each other may include each of the conductive wires having a thickness such that the two conductive wires supports the LED while maintaining a gap between the two conductive wires.
    • LED灯泡组件包括连接器,包括两根导线的LED,以及用于将LED连接到连接器并防止两根导线相互接触的装置。 用于将LED连接到连接器并防止两个导线彼此接触的装置可以包括连接器中的板,并且两个导线中的每一个沿板的不同侧延伸。 或者,用于将LED连接到连接器并防止两个导线彼此接触的装置可以包括每个导线具有使得两个导线在保持两个导线之间的间隙的同时支撑LED的厚度。
    • 12. 发明申请
    • Reduced oxygen arc spray
    • 减少氧气喷雾
    • US20060024440A1
    • 2006-02-02
    • US10901319
    • 2004-07-27
    • Kenneth TsaiKenny Ngan
    • Kenneth TsaiKenny Ngan
    • C23C16/00B05D1/32
    • C23C16/4404C23C4/131
    • A method of forming a coating on a component surface comprises placing a shield about the component surface to define a process zone, controlling the level of oxygen present in the process zone, generating an electric arc in the process zone to form a liquefied material from an electrode, and injecting a carrier gas into the process zone to direct the liquefied material toward the component surface. The level of oxygen present in the process zone is controlled by (i) filling the process zone with a non-oxidizing gas and maintaining a pressure p1 in the process zone higher than a pressure p2 of an ambient environment external to the process zone, and (ii) lining the process zone with an oxygen-absorbing material. Additionally, an arc spray apparatus comprises the shield comprising the oxygen-absorbing material and a consumable electrode extending into the process zone.
    • 在部件表面上形成涂层的方法包括在组件表面周围放置屏蔽件以限定工艺区域,控制处理区域中存在的氧气水平,在工艺区域中产生电弧,以形成液化材料 电极,并且将载气注入到处理区域中以将液化材料引向组件表面。 存在于处理区中的氧的水平通过以下步骤来控制:(i)用非氧化性气体填充处理区,并且在高于压力p 1的过程区中保持压力p <1> 2)处理区外部的环境环境,和(ii)用氧吸收材料衬里处理区。 另外,电弧喷涂装置包括包含氧吸收材料的屏蔽件和延伸到工艺区域中的可消耗电极。
    • 14. 发明授权
    • Resonant chamber applicator for remote plasma source
    • 用于远程等离子体源的谐振室施加器
    • US06603269B1
    • 2003-08-05
    • US09593586
    • 2000-06-13
    • Be Van VoSalvador P. UmotoySon N. TrinhLawrence Chung-Lai LeiSergio EdelsteinAvi TepmanChien-Teh KaoKenneth Tsai
    • Be Van VoSalvador P. UmotoySon N. TrinhLawrence Chung-Lai LeiSergio EdelsteinAvi TepmanChien-Teh KaoKenneth Tsai
    • C23C1600
    • H01J37/32192
    • An improved plasma applicator for remotely generating a plasma for use in semiconductor manufacturing is provided. In one embodiment, a plasma applicator is comprised of a chamber assembly, a removable waveguide adapter and a circular clamp which secures the adapter to the chamber assembly. The chamber assembly includes an aperture plate, a microwave transparent window, a chamber body and a microwave sensor which is mounted on the chamber body. The chamber body has a proximate end opening adapted to admit microwave energy into the cavity and a distal end disposed generally on the opposite side of the cavity from the proximate end opening. The chamber body further has a gas outlet port adapted to permit the flow of an excited gas out of the cavity and a gas inlet port adapted to admit a precursor gas into the cavity. The gas inlet port has a center axis which is disposed between the proximate end opening of the chamber body and the midpoint between the proximate end opening and the distal end of the body.
    • 提供了用于远程产生用于半导体制造的等离子体的改进的等离子体施加器。 在一个实施例中,等离子体施加器由腔室组件,可移除波导适配器和将适配器固定到腔室组件的圆形夹具构成。 腔室组件包括孔板,微波透明窗,室主体和安装在腔体上的微波传感器。 室主体具有适于将微波能量引入空腔中的近端开口,以及大致位于与近端开口相反的空腔相对侧的远端。 腔体还具有气体出口端口,其适于允许将激发气体流出空腔,气体入口端口适于将前体气体引入空腔。 气体入口具有中心轴线,该中心轴线设置在腔室主体的近端开口和本体的近端开口和远端之间的中点之间。
    • 15. 发明申请
    • LED bulb assembly
    • LED灯泡组装
    • US20080200074A1
    • 2008-08-21
    • US12007575
    • 2008-01-11
    • Kenneth Tsai
    • Kenneth Tsai
    • H01R13/04
    • F21V19/0005F21W2121/00F21Y2115/10
    • The LED bulb assembly includes a connector, an LED including two conductive wires, and means for attaching the LED to the connector and preventing the two conductive wires from contacting each other. The means for attaching the LED to the connector and preventing the two conductive wires from contacting each other may include a plate in the connector, and each of the two conductive wires extends along different sides of the plate. Alternatively, the means for attaching the LED to the connector and preventing the two conductive wires from contacting each other may include each of the conductive wires having a thickness such that the two conductive wires supports the LED while maintaining a gap between the two conductive wires.
    • LED灯泡组件包括连接器,包括两根导线的LED,以及用于将LED连接到连接器并防止两根导线相互接触的装置。 用于将LED连接到连接器并防止两个导线彼此接触的装置可以包括连接器中的板,并且两个导线中的每一个沿板的不同侧延伸。 或者,用于将LED连接到连接器并防止两个导线彼此接触的装置可以包括每个导线具有使得两个导线在保持两个导线之间的间隙的同时支撑LED的厚度。
    • 18. 发明授权
    • Apparatus and method for aligning and controlling edge deposition on a substrate
    • 用于对准和控制衬底上的边缘沉积的装置和方法
    • US06328808B1
    • 2001-12-11
    • US09543393
    • 2000-04-05
    • Kenneth TsaiJoseph YudovskySteve GhanayemKen K. LaiPatricia LiuToshiyuki NakagawaMaitreyee Mahajani
    • Kenneth TsaiJoseph YudovskySteve GhanayemKen K. LaiPatricia LiuToshiyuki NakagawaMaitreyee Mahajani
    • C23C1600
    • C23C16/45521C23C16/4585
    • An alignment mechanism for aligning a substrate on a support member in a process chamber includes a set of guide pins extending from the upper surface of the support member equally spaced about the periphery thereof and spaced to receive a substrate therebetween and align a shadow ring thereover. The inner surfaces of the guide pins are slanted outwardly to form an inverted funnel for receiving and aligning the substrate on the support member. An annular gas groove in the upper surface of the support member provides communication for a supply of purge gas and directs the gas about the peripheral edge of the substrate. The guide pins which extend partially over the gas groove include slots therein that provide fluid communication through the guide pins from the gas groove to the peripheral edge of the substrate. The guide pins also mate with alignment bores formed in the shadow ring so that, as the support member moves into the processing position, the inner surfaces of the guide pins abut abutment surfaces in the alignment bores and align the shadow ring on the support member and over the substrate. A hanger member supports and aligns the shadow ring between processing of each substrate.
    • 用于使处理室中的支撑构件上的基板对准的对准机构包括一组引导销,其从支撑构件的上表面延伸,围绕其周边等间隔开并间隔开,以在其间对准阴影环。 引导销的内表面向外倾斜以形成用于接收和对准支撑构件上的基板的倒置漏斗。 在支撑构件的上表面中的环形气体沟槽提供用于供应吹扫气体的连通并且引导围绕衬底的周边边缘的气体。 在气槽上部分延伸的引导销包括其中的槽,其通过引导销从气槽到衬底的周缘提供流体连通。 引导销还与形成在阴影环中的对准孔配合,使得当支撑构件移动到处理位置时,引导销的内表面邻接对准孔中的邻接表面并将阴影环对准支撑构件和 在基板上。 衣架构件在每个基底的处理之间支撑和对准阴影环。