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    • 3. 发明专利
    • Fixing string including tubular string body
    • 固定弦包括管状的STRING身体
    • JP2014012912A
    • 2014-01-23
    • JP2012175729
    • 2012-08-08
    • Twins Corp株式会社ツインズMasakazu Osada長田 真和Liming Yangヤン、リーミンTsung Jen Hsiehシェエ、ジョンレン
    • KAJIWARA RYUJIOSADA MASAKAZUYANG LIMINGHSIEH TSUNG JEN
    • D04B21/20D04B1/18D04B1/22D04B21/18
    • PROBLEM TO BE SOLVED: To solve a problem of conventional art that, although any of strings having bumps has a core of an elastic rubber, there has been a difference in conditions of extension/retraction between rubber parts corresponding to both end parts and a center part of the bumps, and in other words, the conventional art has had a problem that a part showing an intense extension/retraction and a part showing no extension/retraction coexist even if they are cores having the same elasticity, and high strains are accumulated in the boundary region, and it will finally rupture when the strain reaches to a limit, and an operation by which strains are accumulated to a relatively weak material such as rubber has been indispensable.SOLUTION: The string includes a tubular string body formed by a stretchable material having bumps which are repeatedly arranged with a space and have a size of diameter that changes depending on the magnitude of the axial tension applied to itself, and the part corresponding to a center part of the bump in the center of a tube part composed of a tubular structure of the string body is in a bulb form.
    • 要解决的问题为了解决传统技术的问题,尽管具有凸块的任何一个具有弹性橡胶的芯体,但是对应于两个端部的橡胶部件和中心部分之间的延伸/缩回条件存在差异 换句话说,现有技术的问题在于,即使是具有相同弹性的芯,也显示出强烈的伸缩的部分和没有伸缩的部分共存,高应变积累 在边界区域中,当应变达到极限时最终会破裂,并且将应变累积到相对较弱的材料如橡胶的操作是不可或缺的。解决方案:该线包括由 具有凸起的可拉伸材料,其重复地布置有空间并且具有根据施加到其自身的轴向张力的大小而变化的直径尺寸, 对应于由柱体的管状结构构成的管部分的中心的凸起的中心部分为t形,
    • 4. 发明专利
    • String including tubular string body
    • STRING包括管状的STRING身体
    • JP2014012909A
    • 2014-01-23
    • JP2012150880
    • 2012-07-04
    • Twins Corp株式会社ツインズMasakazu Osada長田 真和Liming Yangヤン、リーミンTsung Jen Hsiehシェエ、ジョンレン
    • KAJIWARA RYUJIOSADA MASAKAZUYANG LIMINGHSIEH TSUNG JEN
    • D04B21/20D04B1/18D04B1/22D04B21/18
    • A43C9/00A43C1/003A43C1/02D04C1/02Y10T24/3787
    • PROBLEM TO BE SOLVED: To solve a problem of conventional art that, although any of strings having bumps has a core of an elastic rubber, there has been a difference in conditions of extension/retraction between rubber parts corresponding to both end parts and a center part of the bumps, and in other words, the conventional art has had a problem that a part showing an intense extension/retraction and a part showing no extension/retraction coexist even if they are cores having the same elasticity, and high strains are accumulated in the boundary region, and it will finally rupture when the strain reaches to a limit, and an operation by which strains are accumulated to a relatively weak material such as rubber has been indispensable.SOLUTION: The string includes a tubular string body formed by a stretchable material having bumps which are repeatedly arranged with a space and have a size of diameter that changes depending on the magnitude of the axial tension applied to itself.
    • 要解决的问题为了解决传统技术的问题,尽管具有凸块的任何一个具有弹性橡胶的芯体,但是对应于两个端部的橡胶部件和中心部分之间的延伸/缩回条件存在差异 换句话说,现有技术的问题在于,即使是具有相同弹性的芯,也显示出强烈的伸缩的部分和没有伸缩的部分共存,高应变积累 在边界区域中,当应变达到极限时最终会破裂,并且将应变累积到相对较弱的材料如橡胶的操作是不可或缺的。解决方案:该线包括由 可伸缩材料具有重复地布置有空间并且具有根据施加到其自身的轴向张力的大小而变化的直径尺寸的凸起。
    • 9. 发明申请
    • MELTING METHOD AND RECYCLING METHOD FOR COLLECTED PRINTING PLATES
    • 收集印刷板的熔融方法和回收方法
    • US20130036867A1
    • 2013-02-14
    • US13583570
    • 2011-02-23
    • Masakazu OsadaToru Yamazaki
    • Masakazu OsadaToru Yamazaki
    • C22B9/16
    • C22B7/003B41N1/083B41N3/006C22B21/0092C22B21/06F27B3/10F27B3/205Y02P10/218
    • Since oxidation loss can be reduced even if collected printing plates are directly melted together with fresh ingots, a high melting yield approximately equal to a melting yield in the case of melting recycled ingots can be obtained. The present invention is a melting method for melting collected printing plates 35 and fresh ingots 37 by a burner 19 in a melting furnace 13, the collected printing plates 35 being collected used lithographic printing plates 36 and/or scraps 33 including offcuts of lithographic printing plates, the method including a first injection step of firstly injecting the collected printing plates 35 in the melting furnace 13 such that a pile of the collected printing plates 35 is formed on a hearth 13B of the melting furnace 13, and a second injection step of injecting the fresh ingots 37 on the pile of the collected printing plates 35 so as not to substantially expose the pile, wherein the fresh ingots are melted in flames of the burner.
    • 由于即使收集的印版与新鲜锭直接熔融一起,也可以降低氧化损失,所以可获得大约等于在再循环锭熔化的情况下的熔融产量的高熔融产率。 本发明是一种通过熔化炉13中的燃烧器19对收集的印版35和新鲜锭37进行熔化的熔化方法,所收集的印版35被收集使用的平版印刷版36和/或废片33,包括平版印刷版的切口 该方法包括:第一注入步骤,首先将收集的印版35注入熔化炉13中,使得在熔炉13的炉膛13B上形成一堆收集的印版35,以及第二注射步骤 在收集的印版35的绒头上的新鲜锭37,以便基本不暴露绒头,其中新鲜锭在燃烧器的火焰中熔化。