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    • 1. 发明授权
    • Apparatus for controlling glass melting and/or refining furnaces
    • 用于控制玻璃熔化和/或精炼炉的设备
    • US06796147B2
    • 2004-09-28
    • US09343684
    • 1999-06-30
    • Alicja BorysowiczStéphane Lepert
    • Alicja BorysowiczStéphane Lepert
    • C03B524
    • C03B5/24Y10S65/13
    • An analysis and control device for glass furnaces is of the fuzzy-controller type and uses a control algorithm which receives information relating to the operation of the furnace coming from sensors and from detection means provided on this furnace, as well as set point values input manually by operators. This control algorithm delivers control signals to the various actuators and control means of the furnace. A predictive system, of the neural- and/or fuzzy-type is included which depends on the state of the furnace and on the information about the change in production over time. It defines the various set point values to be assigned to all the furnace actuators, so as to ensure optimum operation for each production phase. The set point values constitute input values for the fuzzy-logic algorithm which controls the furnace.
    • 用于玻璃熔炉的分析和控制装置是模糊控制器类型,并且使用控制算法,该控制算法接收与来自传感器的炉子的操作有关的信息以及从该炉子上提供的检测装置以及手动输入的设定点值 由运营商 该控制算法将控制信号提供给炉的各种致动器和控制装置。 包括神经和/或模糊类型的预测系统,这取决于炉子的状态以及关于生产随时间的变化的信息。 它定义了要分配给所有炉子执行器的各种设定值,以确保每个生产阶段的最佳运行。 设定点值构成控制炉的模糊逻辑算法的输入值。
    • 2. 发明授权
    • Glass melting furnace
    • 玻璃熔化炉
    • US06701751B2
    • 2004-03-09
    • US09881185
    • 2001-06-14
    • Alfonso ArechagaJesús María Ugarte
    • Alfonso ArechagaJesús María Ugarte
    • C03B524
    • C03B5/24
    • Glass melting furnace, of the type consisting of a melting chamber, inside which is found the liquid glass mass, with an outlet, and at least one flue gas recuperative chamber, a means for supplying the influx of fuel, featuring at least one mass temperature gauge immersed in the liquid glass mass and placed approximately at a height (h2) with respect to the bottom of the melting chamber of ⅓ to ⅕ of the height (h) of the level of the liquid glass mass, and ⅕ h≦h2≦⅓ h on the longitudinal axis of the melting chamber at a distance (11) with respect to the wall of the chamber opposite the outlet, of between 0.6 and 0.85 of the length of the melting chamber 0.6 l≦11≦0.85 l. For application in the manufacture of glass containers.
    • 玻璃熔化炉,由熔化室组成,其内部有液体玻璃块,带有出口,以及至少一个废气回收室,用于供应燃料流入的装置,具有至少一个质量温度 在液体玻璃块中浸入液体玻璃块中,并且相对于熔融室底部的高度(h2)设置在液体玻璃质量的高度(h)的1/3至1/5的高度(h2),并且1 在相对于出口相对于腔室的壁的距离(11)处在熔化室的纵向轴线上的熔融室长度的0.6至0.85之间的/ 5小时<= H2 <= 1/3小时 0.6 l <= 11 <= 0.85 L。用于制造玻璃容器。
    • 3. 发明授权
    • Monitoring gob diameter in a glassware forming system
    • 监测玻璃器皿成型系统中的料滴直径
    • US06477862B1
    • 2002-11-12
    • US09643817
    • 2000-08-22
    • Robert S. Wacke
    • Robert S. Wacke
    • C03B524
    • C03B9/165C03B7/005
    • A glassware manufacturing system includes at least one blank mold and a loading funnel for feeding molten glass gobs in sequence into the blank mold. A temperature sensor is operatively coupled to the external surface of the funnel for providing an electrical signal indicative of temperature at the funnel due to heat imparted thereto by the molten glass gobs falling through the funnel. Electronics are responsive to the sensor signal for indicating an increase in gob diameter as a function of an increase in temperature at the funnel external surface.
    • 一种玻璃器皿制造系统包括至少一个坯料模具和用于将熔融玻璃料滴依次送入坯料模具的装料漏斗。 温度传感器可操作地联接到漏斗的外表面,以提供指示漏斗处的温度的电信号,这是由于熔融玻璃料滴落入漏斗中而产生的热量。 电子器件响应于传感器信号,用于指示料滴直径的增加作为漏斗外表面温度升高的函数。
    • 4. 发明授权
    • Substrate transport assembly for rapid thermal processing system
    • 用于快速热处理系统的基板运输组件
    • US06236021B1
    • 2001-05-22
    • US09344314
    • 1999-06-24
    • James E. FairFritz B. Harris
    • James E. FairFritz B. Harris
    • C03B524
    • C03B35/163C03B29/08C03B35/16F26B3/30F26B13/008F26B15/10F27B9/024F27D19/00F27D21/0014F27D99/0006F27D2099/0008G01K13/06
    • A rapid thermal processing system for large area substrates, such as glass panels for flat panel displays, includes a processing chamber having a loading/unloading zone and a processing zone, a heating assembly for heating a substrate in the processing zone, and a transport assembly for transporting the substrate through the processing chamber. The transport assembly includes a feed conveyor for transporting the substrate from the loading/unloading zone through the processing zone and a substrate return assembly for transporting the substrate from the feed conveyor to the loading/unloading zone after the substrate is transported through the processing zone. The substrate return assembly may include a return conveyor for transporting the substrate to the loading/unloading zone and a substrate reverser for transferring the substrate from the feed conveyor to the return conveyor.
    • 用于大面积基板的快速热处理系统,例如用于平板显示器的玻璃面板,包括具有加载/卸载区域和处理区域的处理室,用于加热处理区域中的基板的加热组件和传送组件 用于将衬底输送通过处理室。 运输组件包括用于从装载/卸载区域通过处理区域运送基材的进料输送机和用于在将基材输送通过处理区域之后将基材从进料输送器输送到加载/卸载区域的基板返回组件。 基板返回组件可以包括用于将基板输送到装载/卸载区域的返回输送器和用于将基板从进给输送器传送到返回输送器的基板反向器。