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    • 1. 发明申请
    • ROLLING MILL ROLL AND ROLLING MILL MACHINE
    • 轧制轧机和轧制机
    • US20100187344A1
    • 2010-07-29
    • US12451615
    • 2008-05-16
    • Koichi YuriMitsuhiro TakatsukiEiji Ogura
    • Koichi YuriMitsuhiro TakatsukiEiji Ogura
    • B02C1/08F16C13/00
    • B21B27/035B21B27/00
    • The present invention is to provide a rolling mil roll including a rolling mill ring and a metal base in which a tensile stress applied to the rolling mill ring located along the outer circumferential face side is reduced; and then cracks thereon are prevented from occurring. The rolling mill roll 10 includes: the rolling mill roll 11 made of cemented carbide having rolling sections 13 on its outer circumferential face 11a; and the metal base 12 located on the inner circumferential face of the rolling mill roll 11. The circumferential interface 14, where the rolling mill ring 11 and the metal base 12 face each other, is fixed radially around its axis L by a contact pressure derived from a fitting section, and also is bound with an adhesive agent M.
    • 本发明提供一种轧制密封辊,其包括轧制机环和金属基体,其中施加到沿着外周面侧的轧制机环的拉伸应力减小; 然后防止其上的裂纹发生。 轧机辊10包括:在其外周面11a上具有滚动部13的硬质合金制成的轧机辊11; 以及位于轧机轧辊11的内周面上的金属底座12.轧制机环11和金属底座12彼此面对的周向界面14通过接触压力导出于其轴线L的径向附近 并且还与粘合剂M结合。
    • 3. 发明授权
    • Rolling mill roll and rolling mill machine
    • 轧机辊轧机
    • US08770004B2
    • 2014-07-08
    • US12451615
    • 2008-05-16
    • Koichi YuriMitsuhiro TakatsukiEiji Ogura
    • Koichi YuriMitsuhiro TakatsukiEiji Ogura
    • B21B31/00
    • B21B27/035B21B27/00
    • The present invention is to provide a rolling mil roll including a rolling mill ring and a metal base in which a tensile stress applied to the rolling mill ring located along the outer circumferential face side is reduced; and then cracks thereon are prevented from occurring. The rolling mill roll 10 includes: the rolling mill roll 11 made of cemented carbide having rolling sections 13 on its outer circumferential face 11a; and the metal base 12 located on the inner circumferential face of the rolling mill roll 11. The circumferential interface 14, where the rolling mill ring 11 and the metal base 12 face each other, is fixed radially around its axis L by a contact pressure derived from a fitting section, and also is bound with an adhesive agent M.
    • 本发明提供一种轧制密封辊,其包括轧制机环和金属基体,其中施加到沿着外周面侧的轧制机环的拉伸应力减小; 然后防止其上的裂纹发生。 轧机辊10包括:在其外周面11a上具有滚动部13的硬质合金制成的轧机辊11; 以及位于轧机轧辊11的内周面上的金属底座12.轧制机环11和金属底座12彼此面对的周向界面14通过接触压力导出于其轴线L的径向附近 并且还与粘合剂M结合。
    • 5. 发明授权
    • Tape drive velocity control
    • 磁带机速度控制
    • US08405926B2
    • 2013-03-26
    • US12842938
    • 2010-07-23
    • Nhan Xuan BuiReed Alan HancockRandy Clark InchShuhei NadeharaEiji OguraKazuhiro Tsuruta
    • Nhan Xuan BuiReed Alan HancockRandy Clark InchShuhei NadeharaEiji OguraKazuhiro Tsuruta
    • G11B15/52G11B15/46
    • G11B15/32G11B15/46G11B15/52
    • In accordance with the present invention, a method of operating a magnetic tape drive, a magnetic tape drive and a servo control system are provided for obtaining and maintaining velocity control in a magnetic tape drive. In one embodiment, a method is provided for operating a magnetic tape drive. The tape drive includes a plurality of DC motors, and each DC motor has a plurality of Hall sensors. The DC motors are under the control of a servo system which is configured to read location information from the magnetic tape, and compute a primary tape velocity from the location information, and sense a secondary and tertiary velocity signal and compute a tape velocity based on one of the sensed secondary velocity signal and tertiary velocity. The method includes detecting if the primary velocity location information is available. In response to detecting that the primary velocity location information is available the primary velocity is employed to control the servo system. In response to detecting the primary velocity location information is unavailable then one of a secondary or a tertiary velocity signal is employed. The secondary velocity signal is employed when an absolute value of a term related to tape velocity is less than a predetermined value. The tertiary velocity signal is employed when the absolute value of the term related to tape velocity is greater than the predetermined value.
    • 根据本发明,提供了一种操作磁带驱动器,磁带驱动器和伺服控制系统的方法,用于获得和维持磁带驱动器中的速度控制。 在一个实施例中,提供了一种用于操作磁带驱动器的方法。 磁带驱动器包括多个DC电动机,并且每个DC电动机具有多个霍尔传感器。 直流电动机处于伺服系统的控制之下,伺服系统被配置为从磁带读取位置信息,并从位置信息计算主带速度,并感测二次和三次速度信号,并基于一个速度信号计算磁带速度 的感测二次速度信号和三次速度。 该方法包括检测主速度位置信息是否可用。 响应于检测到主速度位置信息可用,主速度被用于控制伺服系统。 响应于检测到主速度位置信息不可用,则采用次速或三速信号中的一个。 当与磁带速度相关的项的绝对值小于预定值时,采用二次速度信号。 当与磁带速度相关的项的绝对值大于预定值时,采用三次速度信号。
    • 6. 发明授权
    • Application of continuous position error offset signal to acquire servo track
    • 应用连续位置误差偏移信号采集伺服轨迹
    • US08134797B2
    • 2012-03-13
    • US12716956
    • 2010-03-03
    • Nhan Xuan BuiRandy Clark InchEiji Ogura
    • Nhan Xuan BuiRandy Clark InchEiji Ogura
    • G11B5/55G11B5/584
    • G11B5/584
    • The method employs a servo system for positioning a head laterally to follow lateral motion of a longitudinal tape having longitudinal defined servo track(s), the servo system comprising a servo element configured to sense lateral position of the head with respect to an acquired servo track, a fine actuator configured to translate the head laterally with respect to the longitudinal tape, and a position error signal loop to operate the fine actuator to translate the head laterally to reduce position error. If the servo element is positioned away from the defined servo track(s), a continuous position error offset signal is applied to the fine actuator in a direction towards the defined servo track(s), whereby the fine actuator translates the head in accordance with the continuous position error offset signal; and, in response to the servo system acquiring the defined servo track(s), the continuous position error offset signal is discontinued.
    • 该方法采用伺服系统来横向定位头部以跟随具有纵向限定的伺服轨道的纵向带的侧向运动,该伺服系统包括伺服元件,该伺服元件被配置为感测头部相对于所获取的伺服轨道的横向位置 ,精细致动器,被配置为相对于纵向带横向地平移头部;以及位置误差信号回路,用于操作精细致动器以横向平移头部以减少位置误差。 如果伺服元件远离定义的伺服轨道定位,则连续的位置误差偏移信号在朝向所定义的伺服轨道的方向上被施加到精细致动器,由此精细致动器根据 连续位置误差偏移信号; 并且响应于伺服系统获取所定义的伺服轨迹,连续位置误差偏移信号被停止。
    • 7. 发明申请
    • 'Tape Drive Velocity Control'
    • “磁带驱动器速度控制”
    • US20120019953A1
    • 2012-01-26
    • US12842938
    • 2010-07-23
    • Nhan Xuan BuiReed Alan HancockRandy Clark InchShuhei NadeharaEiji OguraKazuhiro Tsuruta
    • Nhan Xuan BuiReed Alan HancockRandy Clark InchShuhei NadeharaEiji OguraKazuhiro Tsuruta
    • G11B19/02
    • G11B15/32G11B15/46G11B15/52
    • In accordance with the present invention, a method of operating a magnetic tape drive, a magnetic tape drive and a servo control system are provided for obtaining and maintaining velocity control in a magnetic tape drive. In one embodiment, a method is provided for operating a magnetic tape drive. The tape drive includes a plurality of DC motors, and each DC motor has a plurality of Hall sensors. The DC motors are under the control of a servo system which is configured to read location information from the magnetic tape, and compute a primary tape velocity from the location information, and sense a secondary and tertiary velocity signal and compute a tape velocity based on one of the sensed secondary velocity signal and tertiary velocity. The method includes detecting if the primary velocity location information is available. In response to detecting that the primary velocity location information is available the primary velocity is employed to control the servo system. In response to detecting the primary velocity location information is unavailable then one of a secondary or a tertiary velocity signal is employed. The secondary velocity signal is employed when an absolute value of a term related to tape velocity is less than a predetermined value. The tertiary velocity signal is employed when the absolute value of the term related to tape velocity is greater than the predetermined value.
    • 根据本发明,提供了一种操作磁带驱动器,磁带驱动器和伺服控制系统的方法,用于获得和维持磁带驱动器中的速度控制。 在一个实施例中,提供了一种用于操作磁带驱动器的方法。 磁带驱动器包括多个DC电动机,并且每个DC电动机具有多个霍尔传感器。 直流电动机处于伺服系统的控制之下,伺服系统被配置为从磁带读取位置信息,并从位置信息计算主带速度,并感测二次和三次速度信号,并基于一个速度信号计算磁带速度 的感测二次速度信号和三次速度。 该方法包括检测主速度位置信息是否可用。 响应于检测到主速度位置信息可用,主速度被用于控制伺服系统。 响应于检测到主速度位置信息不可用,则采用次速或三速信号中的一个。 当与磁带速度相关的项的绝对值小于预定值时,采用二次速度信号。 当与磁带速度相关的项的绝对值大于预定值时,采用三次速度信号。
    • 8. 发明授权
    • Tape cartridge having tape media with longitudinally shifted servo pattern for increased sampling rate
    • 磁带盒具有带有纵向移位伺服模式的磁带介质,以提高采样速率
    • US07903368B2
    • 2011-03-08
    • US12024127
    • 2008-02-01
    • Nhan Xuan BuiReed Alan HancockEiji OguraKazuhiro Tsuruta
    • Nhan Xuan BuiReed Alan HancockEiji OguraKazuhiro Tsuruta
    • G11B5/584
    • G11B5/584
    • A magnetic tape cartridge including magnetic tape with servo information is provided. The servo information comprises a plurality of parallel longitudinal servo bands that lie between a plurality of longitudinal data bands. The plurality of servo bands include odd servo bands and even servo bands, wherein each of the odd servo bands lie between each of the even servo bands. Each of the plurality servo bands include a plurality of frames, wherein each frame includes a plurality of bursts of transition stripes, and each burst having a first transition stripe. The first transition stripe of each burst of each the odd servo band is longitudinally shifted from the first transition stripe of each burst of each even servo band by a substantially equal distance, D, such that servo information of the odd servo bands is interleaved with the servo information from the even servo bands.
    • 提供一种包括具有伺服信息的磁带的磁带盒。 伺服信息包括位于多个纵向数据带之间的多个并行纵向伺服带。 多个伺服频带包括奇数伺服频带和偶数伺服频带,其中奇数伺服频带中的每一个位于每个偶数伺服频带之间。 多个伺服频带中的每一个包括多个帧,其中每个帧包括多个过渡条纹脉冲串,并且每个脉冲串具有第一过渡条带。 每个奇数伺服频带的每个脉冲串的第一个转移条纹从每个偶数伺服频带的每个脉冲串的第一转移条带纵向偏移大致相等的距离D,使得奇数伺服带的伺服信息与 来自偶数伺服带的伺服信息。
    • 10. 发明申请
    • METHOD FOR REDUCING OCCURRENCES OF TAPE STICK CONDITIONS IN MAGNETIC TAPE
    • 用于减少磁带中胶带条件的影响的方法
    • US20080272222A1
    • 2008-11-06
    • US12175177
    • 2008-07-17
    • Josephine F. BayangErnest S. GaleEiji Ogura
    • Josephine F. BayangErnest S. GaleEiji Ogura
    • G11B15/32
    • G11B15/62G11B15/093G11B15/32
    • Disclosed is a method for reducing occurrences of tape stick conditions in magnetic tape, the method including stopping functional rotation of each of two bi-directionally rotatable reels of a reel-to-reel tape drive that includes a length of magnetic tape at least partially wound around each reel, a portion of the length of tape extending between the two moveable reels and contacting a head positioned between the two reels; wherein the stopping creates a stop condition in the tape drive, actuating a fractional rotation at least one of the two bi-directionally movable reels a fraction of a reel turn in a first direction during the stop condition, causing the portion of the length of tape to at least temporarily break contact with the head via the fractional rotation, and re-starting functional rotation of each of the reels, ending the stop condition via the re-starting.
    • 公开了一种用于减少磁带中的胶带条状况的方法,该方法包括停止卷轴到卷轴磁带驱动器的两个双向可旋转卷轴中的每一个的功能旋转,该卷轴至卷轴磁带驱动器包括至少部分卷绕的一段磁带 在每个卷轴周围,一段长度的带在两个可移动的卷轴之间延伸并接触位于两个卷轴之间的头部; 其中所述停止在所述带驱动器中产生停止状态,在所述停止条件期间,在所述两个双向可移动卷轴中的至少一个致动分数旋转,所述卷轴的一部分在第一方向上转动,从而导致所述带的长度部分 至少通过分数旋转临时断开与头部的接触,并且重新启动每个卷轴的功能旋转,通过重新启动来结束停止条件。