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    • 1. 发明授权
    • Method of and apparatus for cleaning substrate
    • 清洗基材的方法和设备
    • US6151744A
    • 2000-11-28
    • US839470
    • 1997-04-14
    • Masami OhtaniMasahide IkedaMitsuhiro FujitaJoichi Nishimura
    • Masami OhtaniMasahide IkedaMitsuhiro FujitaJoichi Nishimura
    • B08B1/04B08B3/12H01L21/00H01L21/304A46B13/02
    • H01L21/67051H01L21/67046
    • A method of and apparatus for cleaning a substrate which require shorter processing time with high processing efficiency are disclosed. A cleaning brush pivots about a pivot axis between two positions. An ultrasonic cleaning nozzle pivots about a pivot axis between two positions. To perform a cleaning process, the cleaning brush and the ultrasonic cleaning nozzle are driven in accordance with a processing pattern previously produced by an operator. The processing pattern is produced so that the movement of the cleaning brush between two positions and the movement of the ultrasonic cleaning nozzle between two positions are not caused simultaneously. Any processing pattern desired by the operator may be produced if this requirement is satisfied. Execution of the cleaning process in accordance with the processing pattern allows cleaning of a substrate using the cleaning brush and the ultrasonic cleaning nozzle at the same time.
    • 公开了一种用于清洗需要较短处理时间并具有高处理效率的基板的方法和设备。 清洁刷绕两个位置之间的枢转轴线枢转。 超声波清洗喷嘴绕两个位置之间的枢转轴线枢转。 为了执行清洁处理,清洁刷和超声波清洗喷嘴根据操作者先前生产的处理模式被驱动。 产生处理图案,使得清洁刷在两个位置之间的移动和超声波清洗喷嘴在两个位置之间的运动不会同时产生。 如果满足该要求,则可以产生操作者期望的任何处理模式。 根据处理模式执行清洁处理允许使用清洁刷和超声波清洗喷嘴同时清洗基板。
    • 2. 发明授权
    • Apparatus for cleaning substrates and methods for attaching/detaching
and cleaning brushes of such apparatus
    • 用于清洁基板的装置和用于附接/拆卸和清洁这种装置的刷子的方法
    • US5647083A
    • 1997-07-15
    • US495216
    • 1995-06-28
    • Kenji SugimotoNobuyasu HiraokaMitsuhiro FujitaMasami Ohtani
    • Kenji SugimotoNobuyasu HiraokaMitsuhiro FujitaMasami Ohtani
    • B08B1/04B08B3/02H01L21/00A46B13/02
    • H01L21/67028B08B1/007B08B1/04B08B3/02
    • A plurality of brush support arms, each having a distal end unit brush attached thereto, stand by in juxtaposition in a standby position. The brush support arm having a desired brush attached thereto is selected from the plurality of brush support arms. Then, the selected brush support arm is connected at its proximal end to a distal end of a swing arm. The brush support arm engaged with the swing arm is swung with the swing arm about a pivotal point at a proximal end of the swing arm. As a result, the brush attached to the distal end of the selected brush support arm is moved between the standby position and the center of a substrate, to clean the substrate with this brush. Upon completion of this substrate cleaning, the brush support arm is returned to the standby position. A different brush support arm is selected in the standby position for use in a subsequent cleaning operation, and the substrate is cleaned with the brush connected to this different brush support arm.
    • 每个具有附接到其上的远端单元刷子的多个刷子支撑臂在待机位置处并列放置。 从多个刷支撑臂中选择具有附接到其上的所需刷的刷支撑臂。 然后,所选择的刷支撑臂在其近端处连接到摆臂的远端。 与摇臂接合的刷子支撑臂与摆臂围绕摇臂的近端的枢转点摆动。 结果,附着到所选择的刷支撑臂的远端的刷子在待机位置和衬底的中心之间移动,以用该刷清洁衬底。 在完成该基板清洁之后,刷支撑臂返回待机位置。 在备用位置中选择不同的刷支撑臂用于随后的清洁操作,并且用连接到该不同刷支撑臂的刷子清洁基板。
    • 7. 发明授权
    • Process for producing spherical glass
    • 球形玻璃制造工艺
    • US07240518B2
    • 2007-07-10
    • US10477152
    • 2002-12-25
    • Masahiro HirakaShigeo FurukawaMitsuhiro Fujita
    • Masahiro HirakaShigeo FurukawaMitsuhiro Fujita
    • C03B19/10C03C3/00
    • C03C3/00C03B19/1045C03B19/1055C03B19/109Y02P40/57
    • The apparatus for producing glass beads of the present invention comprises a melting pot 2 for heating and melting glass, a nozzle 2A for dripping molten glass 4 in the melting pot 2, which is disposed at the bottom of the melting pot 2, and a liquid glass droplet receiver 11 filled with cooling solution 150 for cooling the liquid glass droplet 10 dripped from the nozzle 2A, which is disposed under the nozzle 2A, wherein the cooling solution 150 is made from a material that forms a bubble layer around the liquid glass droplet 10 as the cooling solution 150 is vaporized due to the heat of the liquid glass droplet 10 during a period when the liquid glass droplet 10 is cooled down to a temperature lower than the glass transfer temperature in the cooling solution 150.
    • 本发明的玻璃珠制造装置包括:熔融玻璃用熔融炉2,熔融锅2内的熔融玻璃4滴落用喷嘴2A,配置在熔池2的底部, 液体玻璃液滴接收器11填充有冷却溶液150,用于冷却从喷嘴2A下方的喷嘴2A滴下的液体玻璃液滴10,其中冷却溶液150由围绕着形成气泡层的材料制成 在液体玻璃液滴10被冷却到低于冷却溶液150中的玻璃转移温度的温度期间,由于液体玻璃液滴10的热量,冷却溶液150的液体玻璃液滴10蒸发。
    • 8. 发明授权
    • Gas injector and gas injection direction adjusting method
    • 气体喷射器和气体注入方向调整方法
    • US06474562B2
    • 2002-11-05
    • US09752681
    • 2001-01-03
    • Yasuo ImanakaHiromitsu HaradaMitsuhiro FujitaYukio Miyaki
    • Yasuo ImanakaHiromitsu HaradaMitsuhiro FujitaYukio Miyaki
    • B05B1700
    • C23C16/45563C23C16/45589C30B25/14
    • There is provided a nozzle section having a nozzle for injecting gas and a spherical portion composed of a nozzle nut part and a spherical base end portion, respectively on its front end portion and base end portion. There is provided a nozzle case for supporting the spherical portion so as to make an outward gas injection direction of the nozzle adjustable. The spherical base end portion and the nozzle nut part are provided so that they are separated from one another by the rotation of one of the nozzle and nozzle nut part about the axis of the longitudinal direction. The nozzle section which has been adjusted to have a gas injection direction is fixed from the side of the nozzle, thereby simplifying adjustment of a gas injection direction at the nozzle section by eliminating conventionally required additional operations.
    • 在其前端部和基端部分别设置有具有喷射气体的喷嘴和由喷嘴螺母部和球形基端部构成的球面部的喷嘴部。 设置有用于支撑球形部分的喷嘴壳体,以使喷嘴的外部气体喷射方向可调节。 通过使喷嘴和喷嘴螺母部分中的一个围绕纵向方向的轴线旋转,球形基端部和喷嘴螺母部分被设置成彼此分开。 已经被调节为具有气体注入方向的喷嘴部分从喷嘴侧固定,从而通过消除常规需要的附加操作来简化喷嘴部分处的气体喷射方向的调节。