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    • 82. 发明授权
    • Method for preparing water-absorbent polymer composite and accumulated material thereof
    • 吸水聚合物复合材料的制备方法及其积聚材料
    • US07339016B2
    • 2008-03-04
    • US11254813
    • 2005-10-21
    • Shunichi HimoriKiichi ItohYoshiaki MoriYasunari SugyoTaisuke Ishii
    • Shunichi HimoriKiichi ItohYoshiaki MoriYasunari SugyoTaisuke Ishii
    • C08F2/44C08F2/04
    • C08F2/44Y10S526/918Y10S526/923
    • Disclosed is a method for preparing a water-absorbent polymer composite comprising the steps of contacting a droplet containing a solvent and said polymerizable monomer before polymerization and/or under polymerization with first fibers fed through a first supply port of said reactor in a gas phase, proceeding with polymerization of said polymerizable monomer, contacting the resultant droplet containing said solvent, the polymerizable monomer under polymerization and said first fibers with second fibers fed through a second supply port of said reactor in a gas phase, and proceeding with further polymerization of said polymerizable monomer to form said water-absorbent polymer composite. The water-absorbent polymer composite prepared by the method is characterized in that the fibers are stably fixed to the water-absorbent polymer not only in dry but also in wet through water absorption for swelling, the water-absorbent polymer content can be enlarged relative to the fibers, the polymer can be uniformly fixed to the fibers, the composite is flexible and can be thinned, and it can be opened by itself and can be uniformly mixed with any other material.
    • 公开了一种制备吸水性聚合物复合材料的方法,包括以下步骤:使聚合前和/或聚合期间含有溶剂和所述可聚合单体的液滴与在气相中通过所述反应器的第一供应口进料的第一纤维接触, 继续进行所述可聚合单体的聚合,使所得到的含有所述溶剂的液滴,聚合的可聚合单体和所述第一纤维与在气相中通过所述反应器的第二供应口进料的第二纤维接触,并进一步聚合所述可聚合的 单体以形成所述吸水性聚合物复合物。 通过该方法制备的吸水性聚合物复合材料的特征在于,纤维不仅在干燥状态下而且通过吸水剂湿润而稳定地固定在吸水性聚合物上,用于溶胀,因此吸水性聚合物含量相对于 纤维,聚合物可以均匀地固定在纤维上,复合物是柔性的并且可以变薄,并且它可以单独打开,并且可以与任何其它材料均匀混合。
    • 84. 发明申请
    • Processing-subject cleaning method and apparatus, and device manufacturing method and device
    • 加工对象清洗方法和装置,以及装置的制造方法和装置
    • US20060144428A1
    • 2006-07-06
    • US11368375
    • 2006-03-07
    • Yoshiaki Mori
    • Yoshiaki Mori
    • C23G1/00B08B3/00B08B3/12
    • H01L21/67051B08B3/02B08B2203/0229C03C23/0075H01L21/67028Y10S438/906
    • The invention reduces the amounts of cleaning liquids and rinse liquid used, as well as the energy consumption. A cleaning head has a plurality of cleaning units and a drying unit. An organic substance cleaning portion of each cleaning unit blows a first cleaning agent selectively over a portion to be cleaned of a substrate, and sucks reaction products etc. through a first suction mouth. An inorganic substance cleaning portion blows a second cleaning agent over the portion to be cleaned of the substrate from which organic substance have been removed, and sucks reaction products etc. through a second suction mouth. A rinse portion blows pure water the portion of the substrate from which inorganic substance have been removed, and sucks its vapor through a third suction mouth. The drying unit dries the substrate by blowing out a heated gas from a hot wind blowing-out mouth. A light guide illuminates the portion to be cleaned of the substrate with ultraviolet light, and thereby decomposes residual organic substances.
    • 本发明减少了使用的清洗液和冲洗液的量以及能量消耗。 清洁头具有多个清洁单元和干燥单元。 每个清洁单元的有机物质清洁部分选择性地将基材的待清洁部分吹扫第一清洁剂,并通过第一吸嘴吸反应产物等。 无机物质清洗部将第二清洗剂吹向除去了有机物质的基板的待清洗部分上,并通过第二吸嘴吸反应物等。 漂洗部分将纯水吹向已经去除无机物质的基底部分,并通过第三吸嘴吸入蒸汽。 干燥单元通过从热风吹出口吹出加热气体来干燥基板。 光导体用紫外线照射基板的待清洁部分,从而分解剩余的有机物质。