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    • 1. 发明授权
    • Stainproof woven fabric for paper making and method for making the same
    • 用于造纸的防污织物及其制造方法
    • US4794036A
    • 1988-12-27
    • US112996
    • 1987-10-26
    • Takuo Tate
    • Takuo Tate
    • D21F1/10D06M11/00D06M11/28D06M15/41D06M101/00D06M101/16D21F1/00D21F7/08B32B7/00
    • D21F1/0027Y10T442/2098Y10T442/2279Y10T442/322
    • A stainproof woven fabric for use as a wire in paper making, which comprises a woven fabric made of synthetic resin monofilaments as warp and weft, and a cation-exchangeable synthetic resin film which has metallic ions adsorbed therein and is formed on the monofilaments of the woven fabric; and a method for making the stainproof fabric, which comprises providing a woven fabric made of synthetic monofilaments as warp and weft, thermally setting the woven fabric flat, applying an ingredient or ingredients capable of forming a cation-exchangeable synthetic resin to the thermally set woven fabric, curing the thus applied ingredient or ingredients to form a cation-exchangeable synthetic resin film on the woven fabric and then bringing the resin film-formed woven fabric into contact with an aqueous solution containing metallic ions to have the metallic ions adsorbed in the resin film thereby obtaining the stainproof woven fabric.
    • 一种用于造纸线的防污织物,其包括由合成树脂单丝作为经纬纱制成的织物,以及阳离子交换的合成树脂膜,其中金属离子被吸附在其中并形成在所述单丝上 无纺布; 以及防污布的制造方法,其特征在于,提供由合成单丝作为经纬编织物,将织物平坦化,将能够形成阳离子交换性合成树脂的成分或成分加入到热定型编织物 将这样施用的成分或成分固化,在织物上形成可阳离子交换的合成树脂膜,然后使树脂成膜织物与含有金属离子的水溶液接触,使金属离子吸附在树脂中 从而获得防污织物。
    • 2. 发明授权
    • Method of modifying animal fiber goods by stripping off scales
    • 通过剥离鳞片来修饰动物纤维制品的方法
    • US4396388A
    • 1983-08-02
    • US296263
    • 1981-08-20
    • Hiroshi HojoSadao Noguchi
    • Hiroshi HojoSadao Noguchi
    • D06M11/00D06M11/07D06M11/11D06M11/13D06M11/155D06M11/17D06M11/28D06M11/30D06M11/51D06M11/54D06M11/56D06M11/57D06M11/65D06M11/83D06M13/08D06M13/188D06M13/364D06M23/00D06M101/00D06M101/02D06M101/10D06M101/12D06M3/08D06M3/06
    • D06M11/07
    • This present invention relates to a method of improving the quality of animal fibers collected from sheep, goat, llama, or alpaca by removing scales.Firstly, (a), an oxidizing catalyst is absorbed in the hydrophilic areas on the surface of a fiber, that is, the joint sections (2) of the scales (1) and the end cuticles (3). Then, (b), the fiber is immersed in a solution of a chlorinating agent or an oxidizing agent to decompose the scales rapidly by oxidation in order to remove the scales (1). Then, (c), the fiber is treated with a solution of a reducing agent. The above process (a) is carried out by processing the acid to be used as a catalyst in a solution of a simple salt consisting strong acid and weak base or in an acidic gas in order to absorb it to the bonded moisture of the sections (2) and (3), or by bonding to the hydrophilic areas of the section (2) and (3) in a solution containing transition elements, Mg, or Al as ions, or in an organic solvent in which said solution is dispereded, after producing chelete bonding of said metals.This present invention improves the quality of blended products with animal fibers or furs efficiently in a short time at a room temperature.
    • PCT No.PCT / JP81 / 00015 Sec。 371日期1981年8月20日 102(e)日期1981年8月20日PCT提交1981年1月21日PCT公布。 公开号WO81 / 02752 日本1991年10月1日。本发明涉及通过去除鳞屑来提高从羊,山羊,骆马或羊驼收集的动物纤维的质量的方法。 首先,(a)中,氧化催化剂被吸收在纤维表面的亲水区域,即鳞片(1)的接合部(2)和端部表皮(3)上。 然后,(b)中,将纤维浸入氯化剂或氧化剂的溶液中,以通过氧化快速分解鳞片,以去除鳞片(1)。 然后,(c),用还原剂的溶液处理纤维。 上述方法(a)通过在强酸和弱碱的简单盐或酸性气体的溶液中加工用作催化剂的酸进行,以便将其吸收到部分的粘合水分( 2)和(3)中,或者通过在含有过渡元素,Mg或Al作为离子的溶液中或在其中分散有所述溶液的有机溶剂中与部分(2)和(3)的亲水区粘合, 在产生所述金属的切割粘合之后。 本发明在室温下在短时间内有效地提高了动物纤维或毛皮的混合产品的质量。
    • 6. 发明授权
    • Resin compositions
    • 树脂组合物
    • US3873486A
    • 1975-03-25
    • US29716572
    • 1972-10-12
    • JOHNSON & JOHNSON
    • DRELICH ARTHUR H
    • C08J3/03D04H1/66D06M11/17D06M11/20D06M11/28D06M11/56D06M11/65D06M15/233D06M15/244D06M15/263D06M15/267D06M15/333D06M23/16D06Q1/00C08F45/00
    • C08J3/03D04H1/66D06M11/17D06M11/20D06M11/28D06M11/56D06M11/65D06M15/233D06M15/244D06M15/263D06M15/267D06M15/333D06M23/16D06Q1/00Y10T428/24826
    • Bonded fibrous nonwoven textile fabrics having excellent strength and textile-like softness, drape and hand which are intermittently bonded with synthetic resins in predetermined print patterns of binder areas having a relatively high, uniform concentration of from about 50 to about 120 percent by weight of resin binder in the binder areas, based on the weight of the fibers therein, said binder areas having very sharply defined borders or edges with a minimum of binder feathering thereat whereby the optical density of the bonded fibrous nonwoven textile fabric very sharply increases from substantially zero to a maximum of at least from about 0.6 to about 1.0 or greater in a distance of less than about 1 mm. (0.04 inch), and methods of depositing such synthetic resins from colloidal aqueous dispersions thereof onto wet fibrous webs to form the bonded fibrous nonwoven textile fabrics, comprising the use of (1) metal complex coordination compounds and (2) synthetic resins and/or surfactants, at least one of which contains a specific coordinating ligand capable of being affected by ions of said metals to control the total migration of the resin binder during such deposition.
    • 具有优异强度的粘合纤维非织造织物织物,织物状柔软度,悬垂性和手感,其与合成树脂间歇性地粘合在具有相对高的均匀浓度的约50至约120重量%的树脂的粘合剂区域的印刷图案中 粘合剂在粘合剂区域中,基于其中的纤维的重量,所述粘合剂区域具有非常清晰界定的边界或边缘,其中最少的粘合剂在其上羽化,由此粘合的纤维非织造织物织物的光密度从大致上零增加到 在小于约1mm的距离中最多至少约0.6至约1.0或更大。 (0.04英寸),以及将这种合成树脂从其胶体水分散体沉积到湿纤维网上以形成粘合的纤维无纺织物的方法,其包括使用(1)金属络合物配位化合物和(2)合成树脂和/或 表面活性剂,其中至少一种含有能够受所述金属离子影响的特定配位配体,以控制在此沉积过程中树脂粘合剂的总迁移。