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    • 6. 发明授权
    • Position detecting apparatus and method
    • 位置检测装置及方法
    • US5282183A
    • 1994-01-25
    • US921133
    • 1992-07-29
    • Naoto ArifukuKenji Okuda
    • Naoto ArifukuKenji Okuda
    • G11B17/26G11B17/04G11B17/22G11B19/12G11B27/00
    • G11B17/056G11B17/225G11B19/12G11B27/002G11B2220/20G11B2220/2545G11B2220/2587
    • The present invention relates to a position detecting apparatus for and method of detecting a position of a transport unit, wherein the transport unit is used to pick up a designated disk from a disk container containing a plurality of disks to transport the disk thus picked up to a disk playback unit. The present invention accumulates the number of pulses output by an encoder of the transport unit as the unit moves upward or downward along an encoder channel. The accumulated count is used as a position count for determining the position of the transport unit between the disk container and the playback unit. A second encoder generates a pulse train corresponding to the movement of the transport unit along the second encoder channel. The second encoder channel having a plurality of recesses spaced at a wider pitch than in the encoder channel. A comparison between the level of the pulse train generated by the second encoder and the odd or even number of accumulated pulses output by the encoder indicates whether or not pulse output has been missed. If it is determined that a pulse output has been missed, the transport unit is moved to a predetermined position, and the position count is reset to a number corresponding to the predetermined position.
    • 本发明涉及一种用于检测传送单元的位置的位置检测装置和方法,其中传送单元用于从包含多个盘的盘容器中拾取指定的盘,以将由此拾取的盘传送到 磁盘播放单元。 本发明当沿着编码器通道向上或向下移动时,累积由传送单元的编码器输出的脉冲数。 累积计数用作确定传送单元在盘容器和播放单元之间的位置的位置计数。 第二编码器产生对应于沿着第二编码器通道的传送单元的移动的脉冲串。 第二编码器通道具有以比编码器通道更宽的间距分开的多个凹部。 由第二编码器产生的脉冲序列的电平与由编码器输出的奇数或偶数的累积脉冲之间的比较指示是否错过了脉冲输出。 如果确定已经错过了脉冲输出,则将传送单元移动到预定位置,并且将位置计数重置为与预定位置相对应的数字。
    • 7. 发明授权
    • Molded male surface fastener
    • 模制的阳表面紧固件
    • US08512845B2
    • 2013-08-20
    • US13124879
    • 2008-11-06
    • Mineto TeradaShinichi ImaiKenji Okuda
    • Mineto TeradaShinichi ImaiKenji Okuda
    • A44B18/00
    • A44B18/0076A44B18/0049A44B18/0065B29C43/222B29C43/28B29L2031/729Y10T24/27Y10T428/24008Y10T428/24017Y10T428/24174Y10T428/24182
    • A molded male surface fastener includes resin invasion preventing walls, which prevent an invasion of a molding foamable resin material of a cushion body, on right and left edge portions along a longitudinal direction of a surface of a flat base member made of a thermoplastic resin, a plurality of engaging elements provided between left and right resin invasion preventing walls, and a linear sealing body that is continuously disposed in the longitudinal direction of the base member along a peripheral portion of a top portion of each resin invasion preventing wall. When an engaging element forming surface of the surface fastener is placed on a concavo-convex surface of foaming body molding cavities of a foaming mold, if the mold has the same magnetic force as that in the related art, the linear sealing body is well adhered along the concavo-convex surface.
    • 模制的阳表面紧固件包括树脂侵入防止壁,其防止沿着由热塑性树脂制成的扁平基底的表面的纵向的左右边缘部分侵入缓冲体的模制发泡树脂材料, 设置在左右树脂防侵入壁之间的多个接合元件,以及沿着每个树脂侵入防止壁的顶部的周边部分沿基体的纵向方向连续设置的线性密封体。 当表面紧固件的接合元件形成表面放置在发泡模具的发泡体模制腔的凹凸表面上时,如果模具具有与现有技术相同的磁力,则线密封体良好地粘附 沿着凹凸表面。
    • 10. 发明申请
    • Molded Male Surface Fastener
    • 模制男表面紧固件
    • US20110197404A1
    • 2011-08-18
    • US13124879
    • 2008-11-06
    • Mineto TeradaShinichi ImaiKenji Okuda
    • Mineto TeradaShinichi ImaiKenji Okuda
    • A44B18/00
    • A44B18/0076A44B18/0049A44B18/0065B29C43/222B29C43/28B29L2031/729Y10T24/27Y10T428/24008Y10T428/24017Y10T428/24174Y10T428/24182
    • A molded male surface fastener (1) comprises resin invasion preventing walls (4), which prevent an invasion of a molding foamable resin material of a cushion body, on right and left edge portions along a longitudinal direction of a surface of a flat base member (2) made of a thermoplastic resin, a plurality of engaging elements (3) provided between left and right resin invasion preventing walls (4), and a linear sealing body (5) that is continuously disposed in the longitudinal direction of the base member (2) along a peripheral portion of a top portion of each resin invasion preventing wall (4). When an engaging element forming surface of the surface fastener (1) is placed on a concavo-convex surface of foaming body molding cavities of a foaming mold (100), if the mold has the same magnetic force as that in the related art, the linear sealing body (5) is well adhered along the concavo-convex surface. Therefore, sealing performance between the mold and the resin invasion preventing walls (4) can be greatly improved. As a result, even when foam molding is performed, a foamable resin material (200) is not invaded into an engaging element forming region, and the molded male surface fastener (1) can be accurately molded and integrated at a predetermined position of a foaming body.
    • 模制的阳表面紧固件(1)包括树脂侵入防止壁(4),其防止沿着平坦的基底构件的表面的纵向的左右边缘部分侵入缓冲体的模制发泡树脂材料 (2),设置在左右树脂防侵入壁(4)之间的多个接合元件(3),以及在基座部件的长度方向上连续设置的线状密封体(5) (2)沿着树脂侵入防止壁(4)的顶部的周边部分。 当表面紧固件(1)的接合元件形成表面放置在发泡模具(100)的发泡体模制腔的凹凸表面上时,如果模具具有与现有技术相同的磁力,则 线状密封体(5)沿着凹凸表面良好地附着。 因此,可以大大提高模具与树脂侵入壁(4)之间的密封性能。 结果,即使在进行发泡成型的情况下,发泡性树脂材料(200)也不会侵入到接合元件形成区域中,并且可以将模制的阳表面紧固件(1)精确地模塑并整合在发泡的预定位置 身体。