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    • 2. 发明授权
    • System for magnetic contact duplication
    • 磁接触复制系统
    • US5796533A
    • 1998-08-18
    • US404444
    • 1995-03-15
    • Noriyuki KitaoriOsamu YoshidaHirohide MizunoyaShigemi WakabayashiAkira Shiga
    • Noriyuki KitaoriOsamu YoshidaHirohide MizunoyaShigemi WakabayashiAkira Shiga
    • G11B5/86
    • G11B5/865
    • A system for magnetic contact duplication by transferring an information signal recorded on a mother tape onto a blank tape, wherein the mother tape and the blank tape each includes at least one magnetic thin film having columns of magnetic grains grown obliquely, the column gradient .theta..sub.B1 of the magnetic grains in an uppermost magnetic thin film of the blank tape being smaller than the column gradient .theta..sub.M1 of the magnetic grains in an uppermost magnetic thin film of the mother tape, the mother tape and blank tape are superposed such that the column growth direction of the magnetic grains in the uppermost magnetic thin film of the mother tape and the column growth direction of the magnetic grains in the uppermost magnetic thin film of the blank tape intersect and such that these uppermost magnetic films face each other, and a bias magnetic field is applied from the substrate side of the blank tape.
    • 一种通过将记录在母带上的信息信号传送到空白带上的磁接触复制系统,其中母带和空白带各自包括至少一个磁性薄膜,磁性薄膜具有倾斜生长的磁性晶粒柱,柱梯度θB1 在坯带的最上面的磁性薄膜中的磁性颗粒小于母带的最上面的磁性薄膜中的磁性颗粒的柱梯度θM1,母带和空白带重叠,使得柱生长 母带的最上面的磁性薄膜中的磁性颗粒的方向和坯料带的最上面的磁性薄膜中的磁性颗粒的柱生长方向相交,使得这些最上面的磁性薄膜彼此面对,并且偏置磁性 从空白带的基板侧施加磁场。
    • 4. 发明授权
    • Method and apparatus for producing magnetic recording medium
    • 制造磁记录介质的方法和装置
    • US5447748A
    • 1995-09-05
    • US299102
    • 1994-09-02
    • Noriyuki KitaoriOsamu YoshidaHirohide MizunoyaAkira Shiga
    • Noriyuki KitaoriOsamu YoshidaHirohide MizunoyaAkira Shiga
    • C23C14/56G11B5/84G11B5/85H01F10/08
    • C23C14/562G11B5/84G11B5/8404G11B5/8408G11B5/85
    • There is provided an apparatus for producing a magnetic recording medium which enables a good-quality magnetic recording medium to be produced with an improved production efficiency. This apparatus comprises a back-coat layer-coating vacuum chamber, a magnetic layer-coating vacuum chamber, a lubricant layer-coating vacuum chamber and a slitting vacuum chamber provided in a housing under vacuum, wherein the back-coat layer-coating vacuum chamber includes a melting pot disposed under a substrate and containing a metal, an electron beam-emitting device, and a guiding roller for reversing the surfaces of the substrate; the magnetic layer-coating vacuum chamber includes a melting pot disposed under the substrate and containing a magnetic substance, an electron beam-emitting device, and an oxidizing gas introduction means; the lubricant layer-coating vacuum chamber includes a lubricant-providing means disposed under the substrate; and the slitting vacuum chamber includes a winding means, a slitter, and an oxidizing gas-providing means.
    • 提供了一种用于制造磁记录介质的装置,其能够以提高的生产效率制造出优质磁记录介质。 该设备包括背涂层涂层真空室,磁性层涂覆真空室,润滑剂层涂覆真空室和在真空下设置在壳体中的分切真空室,其中后涂层涂覆真空室 包括设置在基板下方并包含金属,电子束发射装置和用于使基板的表面反转的引导辊的熔炉; 磁性层涂覆真空室包括设置在基板下方并包含磁性物质,电子束发射装置和氧化气体引入装置的熔化锅; 润滑剂层涂覆真空室包括设置在基板下方的润滑剂供给装置; 并且分切真空室包括卷绕装置,分切机和氧化气体提供装置。
    • 9. 发明授权
    • Magnetic recording medium and process for producing the same
    • 磁记录介质及其制造方法
    • US5538802A
    • 1996-07-23
    • US112142
    • 1993-08-26
    • Noriyuki KitaoriOsamu YoshidaHirohide Mizunoya
    • Noriyuki KitaoriOsamu YoshidaHirohide Mizunoya
    • G11B5/64G11B5/66
    • G11B5/653Y10S428/90
    • A magnetic recording medium which is uncostly, can dispense with environmental pollution control measures unlike the case of Co or Cr, is highly durable, permits high density recording and comprises a magnetic film selected from the group consisting of:(1) a Fe--N--O magnetic film comprising 70 to 90 atomic % of Fe, 5 to 15 atomic % of N and 5 to 15 atomic % of O,(2) a Fe--C--O magnetic film comprising 60 to 85 atomic % of Fe, 5 to 35 atomic % of C and 5 to 15 atomic % of O,(3) a Fe--P--O magnetic film comprising 70 to 90 atomic % of Fe, 5 to 25 atomic % of P and 5 to 10 atomic % of O,(4) a Fe--Si--O magnetic film comprising 60 to 90 atomic % of Fe, 5 to 30 atomic % of Si and 5 to 10 atomic % of O,(5) a Fe--B--O magnetic film comprising 65 to 90 atomic % of Fe, 5 to 30 atomic % of B and 5 to 10 atomic % of O, and(6) a Fe--Ni--N--O magnetic film comprising 40 to 75 atomic % of Fe, 10 to 30 atomic % of Ni, 10 to 30 atomic % of N and 5 to 10 atomic % of O.
    • 与Co或Cr不同的情况下,不附着环境污染控制措施的磁记录介质是非常耐用的,允许高密度记录,并且包括选自以下的磁性膜:(1)Fe-NO 包含70〜90原子%的Fe,5〜15原子%的N和5〜15原子%的O的磁性膜,(2)Fe-CO磁性膜,其含有60〜85原子%的Fe,5〜35原子% 的C和5〜15原子%的O,(3)Fe-PO磁性膜,其包含70〜90原子%的Fe,5〜25原子%的P和5〜10原子%的O,(4)Fe -Si-O磁性膜,其包含60至90原子%的Fe,5至30原子%的Si和5至10原子%的O,(5)Fe-BO磁性膜,其包含65至90原子%的Fe,5 至30原子%的B和5至10原子%的O,和(6)Fe-Ni-NO磁性膜,其包含40至75原子%的Fe,10至30原子%的Ni,10至30原子%的Fe N和5至10原子%的O.