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    • 3. 发明授权
    • Fluid treatment device
    • 流体处理装置
    • US5063951A
    • 1991-11-12
    • US554487
    • 1990-07-19
    • Steven L. BardDavid N. ChristensenJohn J. GlenningJames A. NicolettiMark W. Urdanick
    • Steven L. BardDavid N. ChristensenJohn J. GlenningJames A. NicolettiMark W. Urdanick
    • B05C3/12B08B3/04C23F1/08H05K3/06H05K13/00
    • C23F1/08B08B3/04H05K13/0061H05K3/068
    • A device for applying fluid (e.g., etchant) to a substrate (e.g., thin metallic tape) wherein the device includes a head member having means therein for directing a first fluid (e.g., etchant) at an established first pressure against the substrate and means for directing a second fluid (e.g., air) at an established second pressure equal to or greater than the first pressure (at the location of fluid intersection) and against the substrate in the area proximate the first fluid so as to substantially contain and limit the first fluid to impingement substantially only at the location against which the first fluid is designed to strike. Preferably, two opposing head members are utilized, and these may serve to maintain the substrate therebetween in a suspended state. Both head members are movable relative to each other during fluid application. As stated, the device is particularly suited to function as an etcher, but may also serve other purposes (e.g., coating, cleaning, rinsing, etc.).
    • 一种用于将液体(例如,蚀刻剂)施加到基底(例如,薄金属带)的装置,其中该装置包括头部构件,该头部构件具有用于将建立的第一压力的第一流体(例如,蚀刻剂)引导到衬底上, 用于将第二流体(例如,空气)引导到等于或大于第一压力(在流体相交处的位置处)的建立的第二压力并且靠近第一流体的区域中的基板,以便基本上容纳和限制 第一流体基本上仅在第一流体被设计成撞击的位置处冲击。 优选地,使用两个相对的头部构件,并且这些头部构件可用于将衬底保持在悬挂状态。 两个头部构件在流体施加期间相对于彼此是可移动的。 如所述,该装置特别适合用作蚀刻器,但也可用于其它目的(例如,涂覆,清洁,漂洗等)。
    • 5. 发明授权
    • Fluid treatment apparatus
    • 流体处理设备
    • US5378307A
    • 1995-01-03
    • US54108
    • 1993-04-28
    • Steven L. BardGerald A. BendzMichael J. CanestaroJohn R. ChapuraEdward J. FrankoskiMichael S. HoranJeffrey D. JonesJames S. KampermanJohn R. Kjelgaard, Jr.Jack M. McCreary
    • Steven L. BardGerald A. BendzMichael J. CanestaroJohn R. ChapuraEdward J. FrankoskiMichael S. HoranJeffrey D. JonesJames S. KampermanJohn R. Kjelgaard, Jr.Jack M. McCreary
    • B05C5/00B05B15/04C23F1/08H01L23/12H05K3/00H05K3/06H05K3/18B08B3/02
    • H05K3/0085B05B15/0406Y02P70/36
    • A fluid treatment apparatus and method for applying first and second fluids (e.g., etchant and water) to an article (e.g., circuit board) passing through the apparatus at a predetermined rate. The first fluid is impinged on a surface of the article and thereafter collected within the apparatus' common housing. The second fluid is impinged onto the surface of the article and collected within the same housing but at a location separate from the collected first fluid so as to at least partially prevent mixing thereof. The preferred means for effecting fluid impingement comprises separate fluid injecters, each including at least two rows of fluid jet injectors therein. The collected fluids are each returned to the respective impingement means. Replenishment of the second fluid is accomplished using a pump which supplies the second fluid, while the apparatus also includes means (e.g., a drain) to effectively remove the second fluid at a rate similar to the supply rate for the second fluid. The first fluid is also maintained at an established level above the article's surface using suitable means (e.g., dual rollers) located relative (e.g., on opposite sides of) the first fluid impingement means. Similar level retention for the second fluid is also possible. Cascading of the collected second fluid is also defined, this occurring within the same housing chamber which serves to collect the first fluid.
    • 一种用于将第一和第二流体(例如蚀刻剂和水)施加到以预定速率穿过设备的制品(例如电路板)的流体处理装置和方法。 第一流体冲击在物品的表面上,然后收集在设备的共用外壳内。 第二流体冲击到制品的表面上并收集在相同的壳体内,但是在与收集的第一流体分开的位置处,以至少部分地防止其混合。 用于实现流体冲击的优选方式包括单独的流体注射器,每个流体注射器在其中包括至少两排流体喷射喷射器。 收集的流体各自返回到相应的冲击装置。 使用供应第二流体的泵来实现第二流体的补充,同时该装置还包括以与第二流体的供给速率相似的速率有效地去除第二流体的装置(例如排水管)。 使用位于第一流体冲击装置相对(例如,在相对侧)上的合适的装置(例如,双辊),第一流体也保持在制品表面上方的确定水平。 第二流体的相似水平保持也是可能的。 还定义了所收集的第二流体的级联,其发生在用于收集第一流体的相同壳体室内。