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    • 3. 发明授权
    • Image formation apparatus and associated methodology for patch image frequency updating
    • 图像形成装置及贴片图像频率更新的相关方法
    • US07949276B2
    • 2011-05-24
    • US11766400
    • 2007-06-21
    • Haruki MorikawaAyako Shimadu
    • Haruki MorikawaAyako Shimadu
    • G03G15/00
    • G03G15/5041G03G2215/0888
    • An apparatus and method to update patch image formation frequency, in which an electrostatic latent image is formed on an image supporting object, and the electrostatic latent image is developed with a toner. The image formation apparatus includes a developing unit, a toner supply unit for supplying the toner to the developing unit, a patch image density detecting unit for detecting the density of a patch image formed on the image supporting object, a toner density detecting unit for detecting the density of the toner held in the developing unit, and a control unit that adjusts a generating interval of the patch image according to a detection result of the patch image density detecting unit.
    • 一种更新贴片图像形成频率的装置和方法,其中在图像支持对象上形成静电潜像,并且静电潜像用调色剂显影。 图像形成装置包括显影单元,用于向显影单元供应调色剂的调色剂供应单元,用于检测形成在图像支持对象上的贴片图像的浓度的贴片图像浓度检测单元,用于检测 保持在显影单元中的调色剂的浓度,以及根据贴片图像浓度检测单元的检测结果调整贴片图像的产生间隔的控制单元。
    • 5. 发明授权
    • Yarn guide roller
    • 纱线导辊
    • US6007465A
    • 1999-12-28
    • US183514
    • 1998-10-30
    • Toshinori KawamuraEiichi YamamotoMakoto EndoMikiya TakechiHaruki Morikawa
    • Toshinori KawamuraEiichi YamamotoMakoto EndoMikiya TakechiHaruki Morikawa
    • D01F9/32B21B31/08
    • D01F9/32
    • A heat treatment furnace for fiber for heat-treating a fiber bundle (yarn) formed of many continuous filaments in hot gas while running the yarn. The heat treatment furnace has a plurality of heat treatment chambers provided in a furnace body. The temperature in each individual heat treatment chamber is independently adjusted to a temperature which is different from the temperatures in the other heat treatment chambers. Thereby, the heat treatment furnace can be made small and is able to heat-treat fiber efficiently.This heat treatment furnace is useful, particularly, as a heat treatment furnace (an oxidizing heat treatment furnace, or a oxidizing furnace) for producing an oxidized fiber needed to produce a carbon fiber. A polyacrylonitrile-based fiber bundle (yarn), that is a precursor fiber bundle for producing an oxidized fiber, passes through a zigzag yarn path, and passes through the heat treatment furnaces, in each of which temperature is independently adjusted to a temperature that is different from the temperatures in the other furnaces. An oxidized fiber bundle (yarn) is thereby produced.The zigzag yarn path in the heat treatment chambers for the oxidizing heat treatment is established by a combination of a plurality of yarn guide rollers provided outside the furnace body. Each yarn guide roller has, on its peripheral surface, a yarn guide groove for guiding a yarn. The yarn guide grooves have a specific cross-sectional shape whereby the cross-sectional shape of the yarn to be supplied into the heat treatment chambers for the oxidizing heat treatment is adjusted into a flat generally rectangular shape. Heat accumulation in the yarn being heat-treated is thereby reduced.
    • 一种用于在运行纱线的同时热处理由热气体中的许多连续长丝形成的纤维束(纱线)的纤维热处理炉。 热处理炉具有设置在炉体中的多个热处理室。 每个单独的热处理室中的温度独立地调节到与其它热处理室中的温度不同的温度。 由此,能够使热处理炉小,能够有效地对纤维进行热处理。 该热处理炉特别适用于制造碳纤维所需的氧化纤维的热处理炉(氧化热处理炉或氧化炉)。 作为用于制造氧化纤维的前体纤维束的聚丙烯腈类纤维束(纱线)通过锯齿状纱线,通过热处理炉,各温度独立地调节为 与其他炉子的温度不同。 由此生产氧化纤维束(纱线)。 用于氧化热处理的热处理室中的之字形纱线通过设置在炉体外部的多个导丝辊的组合来建立。 每个导丝辊在其周面上具有用于引导纱线的导纱槽。 纱线引导槽具有特定的横截面形状,由此将供给到用于氧化热处理的热处理室中的纱线的横截面形状调节成扁平的大致矩形形状。 因此,热处理的纱线中的热积聚减少。
    • 7. 发明授权
    • Carbon fiber package and carbon fiber packed member
    • 碳纤维包装和碳纤维包装件
    • US06276624B1
    • 2001-08-21
    • US09117495
    • 1998-08-28
    • Makoto EndoHaruki MorikawaEiichi YamamotoSeiji Mizukami
    • Makoto EndoHaruki MorikawaEiichi YamamotoSeiji Mizukami
    • B65H5504
    • B65H55/04B65H55/043B65H2515/12B65H2701/31
    • By using carbon fibers having a fineness of 25,000 deniers or more, the present invention provides a carbon fiber package including a cheese winding package or a coreless package in which an outside diameter of the package, a diameter of a bobbin or an inside diameter of the package, and a winding width are regulated in the specific ranges, a square-end type package in which a yarn width per fineness, wind angles at the start of winding and at the end of winding, and shifting of the yarn are regulated in the specific ranges, and a carbon fiber packed member in which an average bulk density is regulated in a specific range. Those carbon fiber packages and the carbon fiber packed member solve troubles and inconveniences during use, and also packages which have a high winding density and which do not break easily can be obtained.
    • 通过使用细度为25,000旦尼尔以上的碳纤维,本发明提供一种碳纤维包装,其包括:奶酪卷绕包装或无芯包装,其中包装的外径,筒管的直径或筒管的直径 包装,卷绕宽度调节在特定范围内,其中在纤维度的纱线宽度,卷绕开始时的卷绕时间和卷绕结束时的纱线宽度以及纱线的移动的方形包装中, 特定范围的碳纤维填充构件,其特征在于规定平均体积密度的碳纤维填充构件。 这些碳纤维包装和碳纤维包装件在使用过程中解决了麻烦和麻烦,并且还可以获得具有高缠绕密度并且不易破裂的包装。
    • 8. 发明授权
    • Heat treatment furnace for fiber
    • 热处理炉用于纤维
    • US5908290A
    • 1999-06-01
    • US988053
    • 1997-12-10
    • Toshinori KawamuraEiichi YamamotoMakoto EndoMikiya TakechiHaruki Morikawa
    • Toshinori KawamuraEiichi YamamotoMakoto EndoMikiya TakechiHaruki Morikawa
    • D01D10/04D01F9/32F27B9/28F26B13/10
    • D01D10/0436D01F9/32
    • A heat treatment furnace for fiber for heat-treating a fiber bundle (yarn) formed of many continuous filaments in hot gas while running the yarn. The heat treatment furnace has a plurality of heat treatment chambers provided in a furnace body. The temperature in each individual heat treatment chamber is independently adjusted to a temperature which is different from the temperatures in the other heat treatment chambers. Thereby, the heat treatment furnace can be made small and is able to heat-treat fiber efficiently.This heat treatment furnace is useful, particularly, as a heat treatment furnace (an oxidizing heat treatment furnace, or a oxidizing furnace) for producing an oxidized fiber needed to produce a carbon fiber. A polyacrylonitrile-based fiber bundle (yarn), that is a precursor fiber bundle for producing an oxidized fiber, passes through a zigzag yarn path, and passes through the heat treatment furnaces, in each of which temperature is independently adjusted to a temperature that is different from the temperatures in the other furnaces. An oxidized fiber bundle (yarn) is thereby produced.The zigzag yarn path in the heat treatment chambers for the oxidizing heat treatment is established by a combination of a plurality of yarn guide rollers provided outside the furnace body. Each yarn guide roller has, on its peripheral surface, a yarn guide groove for guiding a yarn. The yarn guide grooves have a specific cross-sectional shape whereby the cross-sectional shape of the yarn to be supplied into the heat treatment chambers for the oxidizing heat treatment is adjusted into a flat generally rectangular shape. Heat accumulation in the yarn being heat-treated is thereby reduced.
    • 一种用于在运行纱线的同时热处理由热气体中的许多连续长丝形成的纤维束(纱线)的纤维热处理炉。 热处理炉具有设置在炉体中的多个热处理室。 每个单独的热处理室中的温度独立地调节到与其它热处理室中的温度不同的温度。 由此,能够使热处理炉小,能够有效地对纤维进行热处理。 该热处理炉特别适用于制造碳纤维所需的氧化纤维的热处理炉(氧化热处理炉或氧化炉)。 作为用于制造氧化纤维的前体纤维束的聚丙烯腈类纤维束(纱线)通过锯齿状纱线,通过热处理炉,各温度独立地调节为 与其他炉子的温度不同。 由此生产氧化纤维束(纱线)。 用于氧化热处理的热处理室中的之字形纱线通过设置在炉体外部的多个导丝辊的组合来建立。 每个导丝辊在其周面上具有用于引导纱线的导纱槽。 纱线引导槽具有特定的横截面形状,由此将供给到用于氧化热处理的热处理室中的纱线的横截面形状调节成扁平的大致矩形形状。 因此,热处理的纱线中的热积聚减少。