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    • 3. 发明授权
    • SYSTEM FOR GAP POSITIONING OPTIMIZATION IN A TAPE DRIVE
    • 系统,以优化柱定位在一个乐队DRIVE
    • EP1034535B1
    • 2002-03-13
    • EP98959597.0
    • 1998-11-24
    • STORAGE TECHNOLOGY CORPORATION
    • CALL, Mark, GregoryHUNGERFORD, GeoffreyWHITNEY, Bradley, E.
    • G11B5/56
    • G11B5/56
    • The system for gap positioning optimization in a tape drive takes advantage of the presence of a pair of read heads, located one on either side of the write head, to precisely determine the boundary between the inter-block gap and the data blocks adjoining the inter-block gap. In particular, the servo mechanisms in the tape drive note the location of the boundary between the present data block and the inter-block gap formed at the end of the present data block. When the tape is repositioned between data read/write operations, this servo information is used to identify this boundary to initiate the subsequently received data read/write operation. A predetermined amount of inter-block gap is provided at the end of the data block to ensure that subsequently received data is not written on top of the present data block or the overwriting of the next data record begins at the beginning of the data block. The system for gap positioning optimization in a tape drive activates the upstream read head during the tape acceleration process to sense the location of this boundary. The upstream read head senses the presence of a region devoid of data, indicating the inter-block gap, thereby confirming the location of the boundary with more precision than the servo data indication, and positively verifying before the write operation that the selected block is the one desired.
    • 4. 发明公开
    • SYSTEM FOR GAP POSITIONING OPTIMIZATION IN A TAPE DRIVE
    • 系统,以优化柱定位在一个乐队DRIVE
    • EP1034535A1
    • 2000-09-13
    • EP98959597.0
    • 1998-11-24
    • STORAGE TECHNOLOGY CORPORATION
    • CALL, Mark, GregoryHUNGERFORD, GeoffreyWHITNEY, Bradley, E.
    • G11B5/56
    • G11B5/56
    • The system for gap positioning optimization in a tape drive takes advantage of the presence of a pair of read heads, located one on either side of the write head, to precisely determine the boundary between the inter-block gap and the data blocks adjoining the inter-block gap. In particular, the servo mechanisms in the tape drive note the location of the boundary between the present data block and the inter-block gap formed at the end of the present data block. When the tape is repositioned between data read/write operations, this servo information is used to identify this boundary to initiate the subsequently received data read/write operation. A predetermined amount of inter-block gap is provided at the end of the data block to ensure that subsequently received data is not written on top of the present data block or the overwriting of the next data record begins at the beginning of the data block. The system for gap positioning optimization in a tape drive activates the upstream read head during the tape acceleration process to sense the location of this boundary. The upstream read head senses the presence of a region devoid of data, indicating the inter-block gap, thereby confirming the location of the boundary with more precision than the servo data indication, and positively verifying before the write operation that the selected block is the one desired.
    • 5. 发明公开
    • A magnetic recording/reproduction apparatus and method for adjusting head height therein
    • 记录/在这种装置中用于重放头高度调整装置和方法。
    • EP0638894A3
    • 1996-12-27
    • EP94112659.1
    • 1994-08-12
    • SHARP KABUSHIKI KAISHA
    • Yokomachi, YoshiyukiTakeuchi, HiroakiMurata, KazukiOkuda, Tohruki
    • G11B5/56
    • G11B5/56G11B5/4893G11B5/531G11B5/534G11B5/588G11B5/592G11B15/1875
    • The relative height between two sets of magnetic head groups AT,BT shared for recording and reproduction and mounted on actuators 100A, 100B is adjusted at high accuracy, so that a track of a predetermined track width and track pitch can be formed. In a rotary head type magnetic recording/reproduction apparatus including two sets of magnetic head groups AT and BT of one or a plurality of magnetic heads displaceable in the track width direction by actuators 100A and 100B, a signal which becomes the reference for relative height adjustment of the heads is recorded by one of the magnetic head groups. Then, the magnetic tape is rewound, and the run of the magnetic tape is controlled by one of the magnetic head groups. Under this state, the relative height between the two sets of magnetic head groups is detected by the other magnetic head group, whereby the relative height of the two sets of magnetic head groups is adjusted according to that information.
    • 两组磁头组之间的相对高度AT,BT共享用于记录和再现,并安装在致动器100A,100B被以高精度调整,如此做了预定的磁迹宽度和磁迹间距的轨道可以形成。 在旋转磁头类型的,包括两套磁头组AT和一个BT的或磁头的多个磁记录/再现装置中由致动器100A和100​​B,这成为对于相对高度调整所述参考信号的磁道宽度方向上可移动 头部是由磁头组中的一个记录。 然后,将磁带倒带,和磁带的运行是由磁头组中的一个控制。 在这种状态下,两组磁头组之间的相对高度是由另一个磁头组,由此来gemäß做信息两组磁头组的相对高度进行调整检测。
    • 8. 发明公开
    • Magnetic head adjustment system
    • Magnetkopf-Justierungsvorrichtung。
    • EP0643383A2
    • 1995-03-15
    • EP93118138.2
    • 1993-11-09
    • TANDBERG DATA A/S
    • Guttorm, RudiNils, Martin Teien
    • G11B5/55G11B21/08
    • G11B5/56
    • An apparatus for positioning a magnetic tape head (3) transversely relative to a length of magnetic tape in a magnetic tape recorder along a shaft. The shaft (6) vertical axis may be slightly tilted to compensate for manufacturing tolerances and achieve the necessary alignment of the magnetic tape head to the magnetic tape (3) path. To accomplish this, one end of the shaft (6) is supported in a washer bracket (12) for connecting that end of the shaft to the tape drive frame (1). The washer bracket (12) is pre-loaded axially of the shaft (6), such that a directing force applied to that end of the shaft permits the washer bracket to slide in a direction transverse to the axial direction of the shaft on the frame. Otherwise, the washer bracket (12) frictionally abuts the frame (1) and holds that end of the shaft (6) in fixed position on the frame (1).
    • 一种用于沿着轴将磁带头相对于磁带录像机中的一段磁带横向定位的装置。 轴垂直轴可以稍微倾斜以补偿制造公差,并且实现磁带头到磁带路径的必要对准。 为了实现这一点,轴的一端支撑在用于将轴的端部连接到带驱动框架的垫圈支架中。 垫圈支架在轴的轴向预加载,使得施加到轴的端部的引导力允许垫圈支架沿横向于框架上的轴的轴向的方向滑动。 否则,垫圈支架摩擦地抵靠框架并将轴的端部固定在框架上的固定位置。
    • 10. 发明公开
    • LAUFWERKCHASSIS FÜR EIN MAGNETBANDGERÄT
    • 驱动底盘一种在磁带设备。
    • EP0504208A1
    • 1992-09-23
    • EP91900201.0
    • 1990-12-05
    • Deutsche Thomson-Brandt GmbH
    • SCHANDL, HartmutWEISSER, Fritz
    • G11B5
    • G11B5/56
    • Le châssis d'un mécanisme d'entraînement pour magnétophone comprend un tambour de tête rotatif autour duquel s'enroule la bande magnétique, et une tête magnétique ou combinée agencée entre le tambour de tête et l'arbre d'entraînement de la bande, qui sert à reproduire et/ou enregistrer des signaux dans la piste longitudinale de la bande magnétique. La fixation de la tête magnétique peut être aisément montée sur le châssis du mécanisme d'entraînement et permet d'ajuster facilement la tête magnétique par rapport à la position de la bande magnétique sur le châssis du mécanisme d'entraînement. La tête magnétique (H) ou la tête combinée (H) est assujettie à une plaque de support (1) ajustable en hauteur sur le châssis (8) du mécanisme d'entraînement. La plaque de support (1) peut être élastiquement fléchie par des organes de réglage afin d'ajuster la position azimuthale et l'angle d'inclinaison de la tête magnétique (H), afin d'assurer le contact entre la bande et la tête. On obtient ainsi une fixation pour têtes magnétiques ou têtes combinées fixes, notamment dans des magnétoscopes ou magnétophones à bandes audio numériques.