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    • 2. 发明授权
    • Method and system for producing activated carbon
    • 生产活性炭的方法和系统
    • US08038976B2
    • 2011-10-18
    • US12324957
    • 2008-11-28
    • Masayoshi NagataRyou Takeda
    • Masayoshi NagataRyou Takeda
    • B29D7/00C01B31/08C01B31/00D01F9/16
    • B01D53/02B01D2253/102C01B32/05C01B32/39C01B32/50C01P2004/60Y02P20/124Y02P20/152
    • An activated carbon producing system includes a heating furnace for thermally decomposing multi-layer film including a polyvinyl alcohol layer and cellulose triacetate (TAC) layers formed on surfaces of the polyvinyl alcohol layer, to produce carbonized material by carbonization. An activation device activates the carbonized material with heat, to produce activated carbon by forming fine pores therein. A burner assembly combusts acetic acid contained in pyrolysis gas created by thermal decomposition in the heating furnace, to produce gaseous carbon dioxide. A first heat exchanger exchanges heat between the pyrolysis gas from the burner assembly and heat exchange medium, to provide the heating furnace with the heat of the heat exchange medium. A washer absorbs gaseous carbon dioxide contained in the pyrolysis gas from the first heat exchanger by use of alkaline absorption solution. If the multi-layer film contains additive, the washer washes away the combusted additive.
    • 活性炭生产系统包括用于热分解多层膜的加热炉,所述多层膜包括聚乙烯醇层和形成在聚乙烯醇层的表面上的三乙酸纤维素(TAC)层,以通过碳化生产碳化材料。 活化装置通过加热活化碳化材料,通过在其中形成细孔而产生活性炭。 燃烧器组件在加热炉中燃烧由热分解产生的热解气体中所含的乙酸,以产生气态二氧化碳。 第一热交换器在来自燃烧器组件的热解气体和热交换介质之间交换热量,为加热炉提供热交换介质的热量。 洗涤器通过使用碱性吸收溶液从第一热交换器吸收包含在热解气体中的气态二氧化碳。 如果多层膜含有添加剂,则洗涤剂洗掉已燃烧的添加剂。
    • 3. 发明申请
    • PRODUCING METHOD OF POLYMER FILM
    • 聚合物薄膜的生产方法
    • US20090108487A1
    • 2009-04-30
    • US11909712
    • 2006-03-20
    • Nobuyoshi SuzukiRyou Takeda
    • Nobuyoshi SuzukiRyou Takeda
    • B29C47/04B29C47/00
    • F26B17/023B29C41/28B29D7/01F26B21/004F26B21/06
    • A casting film (80) having a base layer and one outer layer on the base layer is formed by a co-casting. Viscosity of an outer layer dope was at most 40 Pa·s. Just after formation of the casting film (80), the drying air is fed out from an outlet (82a) opening to a belt (73). The temperature and the static pressure are respectively predetermined valued 50-160° C. and 50 Pa-200 Pa. The first outlet is partitioned by partitioning members, and meshed plates are attached to the partitions confronting to both side edge portions of the casting film (80). Another drying air is fed out from an outlet (83a) in a running direction of the belt 73. The temperature and the wind speed are respectively predetermined valued 50° C.-160° C. and 5 m/s-20 m/s. The occurrence of unevenness and foaming was reduced and a film excellent in planarity was produced.
    • 通过共铸造形成在基底层上具有基底层和一个外层的流延薄膜(80)。 外层涂料的粘度至多为40帕。 刚刚形成流延薄膜(80)之后,将干燥空气从通向皮带(73)的出口(82a)送出。 温度和静压分别预定值为50-160℃和50Pa-200Pa,第一出口被分隔件分隔,并且网板连接到面对流延膜的两个侧边缘部分的隔板 (80)。 在带73的运行方向上,从出口(83a)输出另外的干燥空气。温度和风速分别为50℃-160℃和5m / s-20m / s 。 发生不均匀性和发泡性降低,并且产生平面性优异的膜。
    • 4. 发明申请
    • SOLUTION CASTING METHOD
    • 解决方案
    • US20080203595A1
    • 2008-08-28
    • US12035098
    • 2008-02-21
    • Kazumasa YOKOYAMARyou Takeda
    • Kazumasa YOKOYAMARyou Takeda
    • B29C39/02B29C35/16
    • B08B7/0035B24C1/003B24C1/086B29C35/16
    • A dope is cast onto a drum whose surface is cooled, so as to form a casting film. After the peeling of the casting film, a cleaning gas containing dry ice particles is applied to a periphery of the casting drum with use of a drum cleaning unit. Thus the dry ice particles collide to the periphery of the casting drum, and the colliding energy is effective of removing from the periphery an organic material adhered on the casting drum. The organic material mainly contains aliphatic acid, aliphatic acid ester and metal salt of aliphatic acid. Before the increase of the amount of the organic material, it is removed and therefore isn't transmitted onto the surface of the casting film. Thus a high quality film having no optical unevenness is produced without the decrease of the productivity.
    • 将涂料浇铸到其表面冷却的鼓上,以形成流延膜。 在剥离流延膜之后,使用滚筒清洁单元将含有干冰颗粒的清洁气体施加到流延滚筒的周边。 因此,干冰颗粒碰撞到流延鼓的周边,并且碰撞能量有效地从周围移除附着在流延鼓上的有机材料。 有机材料主要含有脂肪酸,脂肪酸酯和脂肪酸的金属盐。 在有机材料的量增加之前,其被去除,因此不会传递到流延膜的表面上。 因此,在不降低生产率的情况下,产生不具有光学不均匀性的高质量薄膜。