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    • 2. 发明授权
    • Production of cotton fiber with improved fiber characteristics
    • 生产具有纤维特性提高的棉纤维
    • US06563021B1
    • 2003-05-13
    • US09760892
    • 2001-01-17
    • Yoshihisa KasukabeKoichi FujisawaSusumu NishiguchiYoshihiko MaekawaRandy Dale Allen
    • Yoshihisa KasukabeKoichi FujisawaSusumu NishiguchiYoshihiko MaekawaRandy Dale Allen
    • A01H100
    • C12N15/8261A01N49/00C07K14/415C12N15/8242Y02A40/146
    • Methods are disclosed to achieve an improvement in the characteristics and yield of cotton fibers. In one method, a cotton plant of the genus Gossypium in seed form or in growth stage is treated with a brassinosteroid. In another method, an ovule culture is prepared from a cotton plant of the genus Gossypium in a brassinosteroid-containing liquid medium. Cotton fibers with improved fiber characteristics are obtained from the cotton bolls of the treated plant or from the cultured ovules. Also disclosed are a method for inducing specific genes expression in a cotton plant to produce cotton fibers with improved fiber characteristics by treatment with a brassinosteroid, and a cotton plant produced by this method; as well as a novel gene capable of changing the degree of its expression found in the ovules of a cotton plant treated with a brassinosteroid, a gene capable of hybridizing with this novel gene, a recombinant plasmid containing this novel gene, a transformant containing this recombinant plasmid, and the like.
    • 公开了实现棉纤维特性和产量改进的方法。 在一种方法中,种子形式或生长阶段的棉属棉花植物用油菜素固醇处理。 在另一种方法中,在含油菜素固醇的液体培养基中从棉属棉花植物制备胚珠培养物。 具有改善的纤维特性的棉纤维由处理植物的棉铃或培养的胚珠获得。 还公开了一种在棉花植物中诱导特异性基因表达的方法,以通过用油菜素甾醇处理生产具有改善的纤维特性的棉纤维和通过该方法生产的棉花植物; 以及能够改变用油菜素类固醇处理的棉花植物的胚珠中发现的表达程度的新型基因,能够与该新基因杂交的基因,含有该新基因的重组质粒,含有该重组体的转化体 质粒等。
    • 4. 发明授权
    • Production of cotton fibers with improved fiber characteristics
    • 生产具有改善纤维特性的棉纤维
    • US06225536B1
    • 2001-05-01
    • US08867484
    • 1997-06-02
    • Yoshihisa KasukabeKoichi FujisawaSusumu NishiguchiYoshihiko MaekawaRandy Dale Allen
    • Yoshihisa KasukabeKoichi FujisawaSusumu NishiguchiYoshihiko MaekawaRandy Dale Allen
    • A01H500
    • C12N15/8261A01N49/00C07K14/415C12N15/8242Y02A40/146
    • Methods are disclosed to achieve an improvement in the characteristics and yield of cotton fibers. In one method, a cotton plant of the genus Gossypium in seed form or in growth stage is treated with a brassinosteroid. In another method, an ovule culture is prepared from a cotton plant of the genus Gossypium in a brassinosteroid-containing liquid medium. Cotton fibers with improved fiber characteristics are obtained from the cotton bolls of the treated plant or from the cultured ovules. Also disclosed are a method for inducing specific genes expression in a cotton plant to produce cotton fibers with improved fiber characteristics by treatment with a brassinosteroid, and a cotton plant produced by this method; as well as a novel gene capable of changing the degree of its expression found in the ovules of a cotton plant treated with a brassinosteroid, a gene capable of hybridizing with this novel gene, a recombinant plasmid containing this novel gene, a transformant containing this recombinant plasmid, and the like.
    • 公开了实现棉纤维特性和产量改进的方法。 在一种方法中,种子形式或生长阶段的棉属棉花植物用油菜素固醇处理。 在另一种方法中,在含油菜素固醇的液体培养基中从棉属棉花植物制备胚珠培养物。 具有改善的纤维特性的棉纤维由处理植物的棉铃或培养的胚珠获得。 还公开了一种在棉花植物中诱导特异性基因表达的方法,以通过用油菜素甾醇处理生产具有改善的纤维特性的棉纤维和通过该方法生产的棉花植物; 以及能够改变用油菜素甾醇处理的棉花植物的胚珠中发现的表达程度的新型基因,能够与该新基因杂交的基因,含有该新基因的重组质粒,含有该重组体的转化体 质粒等。
    • 8. 发明授权
    • Method for the production of golf ball
    • 生产高尔夫球的方法
    • US07622065B2
    • 2009-11-24
    • US11157808
    • 2005-06-22
    • Koichi FujisawaKazuhiko Isogawa
    • Koichi FujisawaKazuhiko Isogawa
    • B29C45/14
    • B29C43/146A63B37/0003A63B37/0074A63B45/00B29C33/0022B29C43/027B29K2021/00B29L2031/54
    • Mold 12 has an upper mold half 14 and a lower mold half 16. Pellet 34 obtained by cutting a resin composition into a predetermined size is placed into the mold 12. One pellet 34 is put on one recessed part 24. The pellet 34 has an incipient fluidization temperature T of 50° C. or greater and 150° C. or less. Weight of the pellet 34 is 1.4 g or greater and 2.0 g or less. Through clamping, the pellet 34 is compressed, and heated to allow the resin composition to flow thereby forming a preforming material. Difference (Tp−T) between the molding temperature Tp and the incipient fluidization temperature T is equal to or less than 70° C. Percent Pp of change in the weight average molecular weight Mp of the preforming material to the weight average molecular weight M of the pellet 34 is equal to or greater than −30%. Cover is formed with this preforming material. Percent Pc of change in the weight average molecular weight Mc of the cover to the weight average molecular weight M of the pellet 34 is equal to or greater than −30%.
    • 模具12具有上半模14和下半模16。通过将树脂组合物切割成预定尺寸而获得的颗粒34被放入模具12中。一个颗粒34放置在一个凹部24上。颗粒34具有 初期流化温度T为50℃以上且150℃以下。 丸粒34的重量为1.4g以上且2.0g以下。 通过夹紧,将颗粒34压缩并加热,使树脂组合物流动从而形成预成型材料。 成型温度Tp和初始流化温度T之间的差(Tp-T)等于或小于70℃。预成型材料的重均分子量Mp的变化百分数Pp与重均分子量M 丸粒34等于或大于-30%。 盖用这种预成型材料形成。 覆盖层的重均分子量Mc与粒料34的重均分子量M的变化百分比Pc为-30%以上。