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    • 3. 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。
    • 5. 发明授权
    • Self-propelled vehicle within pipe
    • 自行车内管
    • US6123027A
    • 2000-09-26
    • US212398
    • 1998-12-16
    • Kiichi SuyamaSeiji MizukamiToshihide KawabeYoshio Ido
    • Kiichi SuyamaSeiji MizukamiToshihide KawabeYoshio Ido
    • F16L55/00F16L55/16F16L55/28B61B13/10
    • F16L55/28
    • A running apparatus within a pipe runs such that a center axis of a main body of the running apparatus is automatically coincided with a center axis of the pipe during running, and smoothly runs within a curved pipe. The running apparatus comprises two pairs of wheel supporting arms (3a, 3a', 3b, 3b') having an end rotatably fixed to an end portion of the main body (1) of the running apparatus, a wheel for driving the running (5) fixed to each of the other ends of two pairs of wheel supporting arms and rotated by a drive mechanism (a motor), an interlocking mechanism (a slider and a link) provided with a spring for urging two pairs of wheel supporting arms to which the wheels for driving the running are fixed in such a manner as to open around the one end of the main body of the running apparatus, a rotational potentiometer for measuring an angle of incline of each of two pairs of wheel supporting arms so as to output a data of an angle of incline and an attitude control portion (20) for returning an attitude of the main body of the running apparatus to a normal attitude state by controlling the drive mechanism on the basis of the data of the angle of incline with respect to each of two pairs of wheel supporting arms output from the rotational potentiometer.
    • 管道内的运行装置运行,使得运行装置的主体的中心轴线在运行期间自动与管道的中心轴线重合,并且在弯曲管道内平稳地运行。 运行装置包括两对车轮支撑臂(3a,3a',3b,3b'),其具有可旋转地固定到行驶装置的主体(1)的端部的端部,用于驱动行驶(5 )固定到两对车轮支撑臂的每个另一端并由驱动机构(电动机),互锁机构(滑块和连杆)旋转的联锁机构(滑块和连杆),弹簧用于推动两对车轮支撑臂, 用于驱动行驶的车轮以围绕运行装置的主体的一端打开的方式固定,用于测量两对车轮支撑臂中的每一个的倾斜角度的旋转电位计,以便输出 倾斜角度的数据和姿态控制部分(20),用于通过基于倾斜角度的数据来控制驱动机构,使运行装置的主体的姿态恢复到正常姿势状态 对于每对两对wh 鳗鱼支持从旋转电位器输出的臂。