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    • 2. 发明授权
    • Plate-like specimen fluid-treating apparatus and plate-like specimen fluid-treating method
    • 板状样品流体处理装置和板状样品流体处理方法
    • US06443168B1
    • 2002-09-03
    • US09579142
    • 2000-05-30
    • Fumio MoritaMasataka FujikiHitoshi OkaNoriyuki OrokuYuichirou Tanaka
    • Fumio MoritaMasataka FujikiHitoshi OkaNoriyuki OrokuYuichirou Tanaka
    • B08B302
    • H01L21/67051B08B3/04Y10S134/902
    • The fluid treatment apparatus, as disclosed, comprises upper and lower Bernoulli-plates 12 and 14, each of which includes a metal plate 25 provided on overall outer surface thereof. On each of the metal plates 25, there is arranged a spiral-shaped circulating pipe 24 through which a heating medium or a cooling medium are circulated so as to rapidly heat or cool the upper and lower Bernoulli-plates. During the treatment of a wafer 16 by the apparatus, the upper and lower Bernoulli-plates are disposed in parallel with each other to define a narrow gap therebetween while a clearance between the wafer 16 and the upper Bernoulli-plate and a clearance between the wafer 16 and the lower Bernoulli-plate are kept to be equal to each other. Thus, the present invention can achieve various purpose such as a time saving for the cleaning, reduction of consumption of the cleaning liquid and inhibition of cleaning irregularity.
    • 所公开的流体处理装置包括上部和下部伯努利板12和14,每个都包括设置在其整个外表面上的金属板25。 在每个金属板25上,布置有螺旋形循环管24,通过该螺旋形循环管24循环加热介质或冷却介质,以便快速加热或冷却上部和下部伯努利板。 在由设备处理晶片16期间,上部和下部伯努利板彼此平行地设置,以在其间形成窄间隙,同时晶片16和上部伯努利板之间的间隙以及晶片之间的间隙 16和下部伯努利板保持彼此相等。 因此,本发明可以实现各种目的,例如清洁的时间节省,清洁液的消耗减少和清洁不均匀性的抑制。
    • 3. 发明授权
    • Substrate treating apparatus
    • 底物处理装置
    • US06401734B1
    • 2002-06-11
    • US09524744
    • 2000-03-13
    • Fumio MoritaMasataka FujikiHitoshi OkaNoriyuki OrokuYuichirou Tanaka
    • Fumio MoritaMasataka FujikiHitoshi OkaNoriyuki OrokuYuichirou Tanaka
    • B08B302
    • H01L21/67051B08B3/10Y10S134/902
    • A substrate treating apparatus and method can recover a substrate treating liquid such as a cleaning liquid in an efficient manner and positively avoid occurrences of treatment defects such as formation of cleaning spots, water marks and the like. A fixed upper plate and a fixed lower plate are disposed in opposition to each other so as to define a space therebetween. A substrate such as a semiconductor wafer is inserted into the space between the fixed upper and lower plates, supported there by a support and adapted to be rotated through rotation of the support. A substrate treating medium such as a cleaning liquid is introduced into the space to treat the substrate while the substrate is rotating. The treating medium after having treated the substrate is discharged from the space through a discharge passage which is defined between an outer peripheral surface of the support and an inner surface of a housing which covers the outer peripheral surface of the support. Rotary blades are disposed in the discharge passage and adapted to rotate in accordance with the rotation of the substrate, thereby enhancing discharging of the substrate treating medium from the space through the discharge passage.
    • 基板处理装置和方法可以有效地回收诸如清洗液体的基板处理液体,并且可以有效地避免诸如形成清洁点,水痕等的处理缺陷的发生。 固定的上板和固定的下板彼此相对设置,以便在它们之间限定一个空间。 诸如半导体晶片的基板被插入到固定的上板和下板之间的空间中,由支撑件支撑在其上并适于通过支撑件的旋转而旋转。 将衬底处理介质如清洗液体引入到空间中以在衬底旋转的同时处理衬底。 经过处理的基板之后的处理介质经由排出通道排出,该排出通道限定在支撑体的外周面和覆盖支撑体的外周面的壳体的内表面之间。 旋转叶片设置在排出通道中并且适于根据基板的旋转而旋转,从而增强基板处理介质从通过排出通道的空间的排放。