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    • 92. 发明授权
    • Laser beam ophthalmological surgery apparatus
    • 激光切割机
    • EP0798987B1
    • 2001-02-07
    • EP95939956.9
    • 1995-11-13
    • Simon, GabrielHuang, Cheng-Hao
    • Simon, GabrielHuang, Cheng-Hao
    • A61F9/01
    • A61F9/008A61B2017/00199A61B2018/20351A61B2018/20359A61B2018/208A61F9/00804A61F2009/00844A61F2009/00872A61F2009/00897
    • A laser beam ophthalmological surgery method includes the steps of generating a laser beam (12) and splitting the generated laser beam (12) into multiple laser beams (14, 15) which are simultaneously focused onto a plurality of scanners (16, 21, 45, 46, 48, 50). Each scanner (16, 21, 45, 46, 48, 50) in turn produces a predetermined scanning pattern focused on the cornea (20) of a patient's eye (24) to ablate the cornea tissue and with at least two beams (25, 26) simultaneously scanning and ablating the cornea tissue. Scanning is controlled from a central processing unit (27) to perform the surgical procedure, removing a laser thickness of the cornear tissue to provide a safer and more predictable surgical procedure in the reshaping of the cornea. A laser ophthalmological surgery apparatus (10) is provided which includes a laser (11) generating a laser beam (12), a beam splitter (13, 44) for splitting the laser beam (12) into a plurality of laser beams (14, 15), and a plurality of scanners (16, 21, 45, 46, 48, 50), each positioned for receiving one of the laser beams from the beam splitter (13, 44) and producing a predetermined scanning pattern from the laser beam (12) and impinging the scanning pattern upon the cornea (20) of a patient's eye (24).
    • 激光束眼科手术方法包括以下步骤:产生激光束并将生成的激光束分成多个同时聚焦到多个扫描仪上的激光束。 每个扫描器又产生聚焦在患者眼睛的角膜上的预定扫描图案,以消融角膜组织,并且至少两个光束同时扫描和消融角膜组织。 从中央处理单元控制扫描以执行外科手术,去除角膜组织的激光厚度,以在角膜重塑中提供更安全和更可预测的外科手术。 提供了一种激光眼科手术装置,其包括产生激光束的激光器,用于将激光束分成多个激光束的分束器,以及多个扫描器,每个扫描器被定位成用于接收来自分束器的激光束之一 并从激光束产生预定的扫描图案,并将扫描图案照射在患者眼睛的角膜上。
    • 93. 发明公开
    • Composition and process for providing a gloss controlled, abrasion resistant coating on surface covering products
    • 组合物和方法,用于以受控的光泽度,在产品表面abreibwiderstandsfeste涂层
    • EP1072659A1
    • 2001-01-31
    • EP00115128.1
    • 2000-07-12
    • Armstrong World Industries, Inc.
    • Sigel. Gary A.Ross, Jeffrey S.Malkowski, Elizabeth A.Herr, Richard E., Jr.Leininger, Larry W.
    • C09D167/07C09D5/00C08G18/42E04F15/12C08F283/01
    • C08F283/01
    • The invention comprises a composition and method for controlling the gloss of surface covering products through curing of the composition to create a wearlayer surface, and preferably on a floor covering product. The surface covering product preferably is prepared by application of an aromatic polyester acrylate composition including a flatting agent and/or hard particles, and at least one free-radical generating compound to a substrate, and then the coating is partially cured by exposure to low peak irradiance UV light in either ambient or inert air, followed by fully curing the coating with high peak irradiance UV light in preferably an inert atmosphere to form a low gloss abrasion resistant wearlayer surface. Alternatively, a high gloss wearlayer surface is obtained by solely exposing the preferred composition to high peak irradiance UV light in ambient atmosphere. Furthermore, a differential gloss flooring product is obtained by using the present inventive method described herein.
    • 本发明包括用于控制的表面覆盖产品的光泽度通过组合物的固化以产生耐磨层表面的组合物和方法,并且优选地在地板覆盖物产品。 的表面覆盖产品优选是将芳香族聚酯丙烯酸酯组合物,包括平光剂和/或硬质颗粒的应用层准备的,和至少一种自由基生成化合物为底物,然后该涂层被部分地通过暴露于低峰固化 辐照UV光在环境温度或惰性空气,其次是完全固化高峰值辐照UV光的涂层中优选在惰性气氛中以形成低光泽磨损的耐磨层表面。 可替代地,高光泽度表面的耐磨层是由单独暴露首选组合物中以高峰值辐照UV光在环境气氛中得到。 进一步,不同光泽度地板产品是通过使用所述的本发明的方法获得。
    • 94. 发明公开
    • Surface mounting device
    • Vorrichtung zurOberflächenmontage
    • EP1063875A1
    • 2000-12-27
    • EP99122961.8
    • 1999-11-18
    • Mirae Corporation
    • Yi, Yun Hyung
    • H05K13/04
    • H05K13/0413Y10T29/4913Y10T29/49131
    • The present invention relates to a surface mounting device, and more particularly to a surface mounting device in which a working can be performed more efficiently and correctly by providing at least one or more moving means movable integrally or independently to a predetermined portion of a X-Y gantry. The present invention provides a surface mounting device including: at least one or more X, Y frame for moving in a predetermined direction integrally or independently; main driving means disposed at the selected portion of the X, Y frame for driving X, Y frame; at least one or more moving means disposed at one of the X, Y frame and having at least one or more manipulator movable in a predetermined direction integrally or independently; sub driving means for driving the moving means integrally or independently; at least one or more head and vision portion disposed at the moving means; and a component supplying portion for supplying a component to the head.
    • 表面安装装置技术领域本发明涉及一种表面安装装置,更具体地说,涉及一种表面安装装置,其中通过提供至少一个或多个可与XY台架的预定部分一体地或独立地移动的移动装置,可以更有效和更正确地进行加工 。 本发明提供了一种表面安装装置,包括:至少一个或多个X,Y框架,用于沿预定方向一体地或独立地移动; 主驱动装置设置在用于驱动X,Y框架的X,Y框架的选定部分; 至少一个或多个移动装置,其设置在所述X,Y框架中的一个上,并且具有至少一个或多个可沿整个或独立地沿预定方向移动的操纵器; 副驱动装置,用于一体地或独立地驱动移动装置; 设置在移动装置处的至少一个或多个头部和视觉部分; 以及用于将部件供给到头部的部件供给部。
    • 95. 发明公开
    • Vorrichtung zum Vorstechen von Einschnitten in mit Fadenklammern zu versehendem Heftgut
    • EP1053889A2
    • 2000-11-22
    • EP00109375.6
    • 2000-05-02
    • MBO MASCHINENBAU OPPENWEILER BINDER GMBH & CO.
    • Streubel, Joachim
    • B42B4/00
    • B42B4/00
    • Die Vorrichtung ist einer Maschine zum Anbringen von Fadenklammern oder zum Fadensiegeln vorgeordnet. Die Vorrichtung hat einen über ein Parallelkurbelgetriebe maschinensynchron angetriebenen Nadelpaarträger (28) für wenigstens ein Nadelpaar (27), mit welchem die beiden Einschnitte für jede Fadenklammer an den Stellen vorgestochen werden, an denen in dem Heftgut in der Maschine die Fadenklammer ausgebildet wird. Die Vorrichtung hat eine untere Fördereinrichtung und eine obere Fördereinrichtung, die den Nadeleinstechbereich des Heftgutes freiläßt. Zwischen den Nadeln (27) des Nadelpaars ist an dem Nadelträger (28) ein Niederhalter vorgesehen, der parallel zu den Nadeln längsgeführt und gegen das Heftgut so vorgespannt ist, daß er mit dem Heftgut vor oder spätestens gleichzeitig mit den Nadeln in Eingriff kommt, wodurch unabhängig von den Eigenschaften des Heftgutes saubere Einschnitte ohne Ausreißen ausgebildet werden können.
    • 并入至少一个针对以形成每个螺纹夹的两个切口。 对于针对,提供同步驱动的支撑。 上部输送机离开书本材料(17)的针插入区域。 在与一个平行曲柄齿轮(29)联接的一对针和支撑件(28)的针之间是一个压紧装置(30),其平行于针和书本材料张紧,使得它与 书之前或最新的时间与针相同。
    • 97. 发明公开
    • Closed loop fluid-handling system for use during drilling of wellbores
    • 系统zurSpülungsaufbereitungim geschlossenen Kreislauf zum Einsatz在Brunnenbohrungen
    • EP1048819A1
    • 2000-11-02
    • EP00112899.0
    • 1997-05-05
    • BAKER HUGHES INCORPORATED
    • The designation of the inventor has not yet been filed
    • E21B21/08E21B21/06E21B21/14E21B44/00
    • E21B21/06E21B21/08E21B21/14E21B44/00E21B2021/006
    • This invention provides a fluid-handling system for use in underbalanced drilling operations. The system includes a first vessel which acts as a four phase separator. The first vessel includes a first stage for separating solids. Oil and gas are separated at a second stage. A pressure sensor provides signals to a pressure controller, which modulates a gas flow valve coupled to the vessel for discharging gas from the first vessel. The pressure controller maintains the pressure in the first vessel at a predetermined value. An oil level sensor placed in the first vessel provides a signal to an oil level controller. The oil level controller modulates an oil flow valve coupled to the vessel to discharge oil from the first vessel into a second vessel. Water is discharged into a third vessel. Water from the third vessel is discharged via a water flow control valve, which is modulated by a level controller as a function of the water level in the third vessel. Any gas in the third vessel is discharged by modulating a gas control valve as a function of the pressure in the third vessel.
    • 本发明提供一种用于欠平衡钻井作业的流体处理系统。 该系统包括充当四相分离器的第一容器。 第一容器包括用于分离固体的第一阶段。 石油和天然气在第二阶段分离。 压力传感器向压力控制器提供信号,所述压力控制器调节与容器相连接的气体流量阀,以从第一容器排出气体。 压力控制器将第一容器中的压力保持在预定值。 放置在第一容器中的油位传感器向油位控制器提供信号。 油位控制器调节联接到容器的油流量阀,以将油从第一容器排放到第二容器中。 水排入第三艘船。 来自第三容器的水通过水流控制阀排出,水流控制阀由作为第三容器中的水位的函数的液位控制器调制。 通过调节作为第三容器中的压力的​​函数的气体控制阀来排出第三容器中的任何气体。
    • 99. 发明公开
    • Boiler
    • 凯塞尔
    • EP0981017A2
    • 2000-02-23
    • EP99115289.3
    • 1999-08-02
    • Hitachi, Ltd.BABCOCK-HITACHI KABUSHIKI KAISHA
    • Yamamoto, KenjiKobayashi, HironobuOkazaki, HirofumiTsumura, ToshikazuKiyama, Kenji
    • F23C7/02F23C7/00F23C5/00F23C6/04F22B31/00F28G1/16
    • F23C5/00F22B31/00F23C6/047F23C7/008F23C7/02F23C2201/101F28F19/00Y02E20/328
    • The invention provides a boiler provided with low cost means which can reduce a concentration of CO, an unburned matter, an attached ash and the like near a side wall and maintain a combustion state well with a simple structure. In a boiler having a combustion chamber (13) formed by front (14a) and rear walls (14b)(burner walls) provided with a plural stages of burners (2,3 and 4) on at least one of them and opposing to each other, and side walls (1a and 1b) crossing to said burner walls (14a and 14b), a gas port (6) containing no fuel for making a pressure of a gas near said side walls (1a and 1b) within said combustion chamber (13) higher than a pressure of a gas at a center portion of said combustion chamber (13) is provided between an outermost burner and the side walls (1a and 1b) within a range of a height of said burner stages (2,3 and 4). A combustion gas (16) can not come close to the side walls (1a and 1b) due to the jet (18) of the gas.
    • 本发明提供了一种具有低成本装置的锅炉,其能够在侧壁附近降低CO浓度,未燃烧物质,附着灰分等,并且以简单的结构保持良好的燃烧状态。 在具有由前面(14a)和后壁(14b)(燃烧器壁)形成的燃烧室(13)的锅炉中,所述燃烧室在其至少一个上设置有多级燃烧器(2,3和4)并与每个燃烧室 其他和与所述燃烧器壁(14a和14b)相交的侧壁(1a和1b),不包含用于在所述燃烧室内的所述侧壁(1a和1b)附近形成气体的燃料的气体端口(6) 在所述燃烧器级(2,3)的高度的范围内,在最外侧的燃烧器与所述侧壁(1a,1b)之间设置高于所述燃烧室(13)的中央部的气体的压力 和4)。 由于气体的喷射(18),燃烧气体(16)不能靠近侧壁(1a和1b)。
    • 100. 发明公开
    • Bogenanschlag für eine Falztasche
    • Bogenanschlagfüreine Falztasche
    • EP0965550A1
    • 1999-12-22
    • EP98111139.6
    • 1998-06-17
    • MASCHINENBAU OPPENWEILER BINDER GmbH & CO.
    • Dannemann, Georg-DietrichKrause, MatthiasSchauer, Erich
    • B65H45/14
    • B65H45/144B65H2404/721
    • Damit der Bogenanschlag für die Falztasche einerseits zwischen einer Bogenanschlagstellung innerhalb der Falztasche und einer Bogenweichenstellung am Mund der Falztasche verstellt werden kann und andererseits eine Feinjustierung für den Doppelstrombetrieb zuläßt, hat der Bogenanschlag einen Basisträger (6), an dem mundseitig ein leistenförmiger Grundstellungskontakt (12) angeordnet ist. Der Anschlag besteht aus zwei im wesentlichen gleichlangen Anschlagteilen (7, 8), die auf dem Basiskörper (6) sich über der Breite der Falztasche erstreckend unter Bildung einer stirnseitigen mittigen Trennfuge (20) angeordnet sind. Jedes Anschlagteil (7, 8) hat zwei stirnseitige Stelleinrichtungen zum Feinverstellen des Anschlagteils (8) unabhängig vom anderen (7) zwischen einer Grundstellung anliegend an dem Grundstellungskontakt (12) des Basiskörpers (6) und einer in Längsrichtung der Falztasche davon entfernten Stellung.
    • 止动件具有在开口侧具有板条基本设定触点(12)的基座(5)。 止挡件包括两个相同长度的部分(例如8),该部分延伸穿过基体(6)上的口袋的宽度,以在端面上形成中心部分。 每个部件具有两个独立的端面设置装置,用于在靠近触点的基本位置和进一步沿口袋的远程位置之间对止动部分进行微调。