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    • 101. 发明授权
    • Head feeding mechanism in magnetic recording and reproducing device
    • 磁记录和再现装置中的磁头馈送机构
    • US5751518A
    • 1998-05-12
    • US647648
    • 1996-05-15
    • Makoto KonnoAkira ShibataTakashi WatanabeHisateru Komatsu
    • Makoto KonnoAkira ShibataTakashi WatanabeHisateru Komatsu
    • G11B17/32G11B5/48G11B5/55G11B17/04G11B21/16G11B25/04
    • G11B5/4813G11B17/054G11B5/4826G11B5/4853G11B5/5521
    • A head feeding mechanism in a magnetic recording and reproducing device comprises: a "0" side carriage which has a "0" side magnetic head mounted on the surface of the front end portion thereof, and is fed in the direction of length of a slot formed in a magnetic disk holder, into which a magnetic disk is loaded, by a guide provided on a device frame; and a "1" side carriage which has a "1" side magnetic head 16 mounted on the surface thereof which is confronted with the "0" side magnetic head, and a base which is flexibly supported on the base 1a of the "0" side carriage, and driven ears extended from the middle portion thereof which are driven by the edge of the slot with the aid of an energizing spring. In the mechanism, the "0" side carriage is formed rigid by molding resin, and has a flexible thin portion in the middle of the front end portion thereof which is much smaller in thickness than the other portions, and the "0" side magnetic head is soldered to a flexible printed circuit board with the flexible thin portion held between the "0" side magnetic head and the flexible printed circuit board.
    • 磁记录再现装置中的磁头馈送机构包括:“0”侧滑架,其具有安装在其前端部的表面上的“0”侧磁头,并沿着槽的长度方向 通过设置在设备框架上的引导件形成在其中装载有磁盘的磁盘保持器中; 和“1”侧滑架,其具有安装在其表面上的面向“0”侧磁头的“1”侧磁头16,以及柔性地支撑在“0”侧的基座1a上的基座 侧托架和从其中间部分延伸的从动齿轮,其借助于通电弹簧由槽的边缘驱动。 在该机构中,“0”侧托架通过模制树脂形成为刚性,并且在其前端部的中部具有比其他部分小得多的柔性薄部分,并且“0”侧磁体 头部被焊接到柔性印刷电路板,柔性薄部保持在“0”侧磁头和柔性印刷电路板之间。
    • 109. 发明授权
    • Internal oxidation method of Ag alloys
    • Ag合金的内部氧化法
    • US4457787A
    • 1984-07-03
    • US420740
    • 1982-09-21
    • Akira Shibata
    • Akira Shibata
    • C22C1/10C22C5/06C22C32/00H01B1/02H01H1/023H01H11/00H01H11/04C22F1/14
    • C22C1/1078C22C5/06Y10S428/929
    • Internal oxidation method of Ag alloys for electrical contact materials and the like, in which vacant lattice points or voids which form paths of oxygen and oxidation nuclei in the course of internal oxidation, are produced innumerably and on an atomic scale by having the alloys absorbed with hydrogen, helium, nitrogen, or neutron, or by having the alloys subjected to a reduction atmosphere of a decreased pressure or to vacuum, respectively prior to the internal oxidation.In the course of internal oxidation, solute metals fill in the voids and precipitate as oxides at the innumerable oxide nuclei on an atomic scale, without diffusing about much but only to such extent that they reach most adjacent voids, and consequently without any segregation and depletion thereof.
    • 用于电接触材料等的Ag合金的内部氧化方法,其中在内部氧化过程中形成氧和氧化核的路径的空格格点或空隙通过使合金被吸收 氢气,氦气,氮气或中子,或者通过使内部氧化之前分别经受还原气氛的压力降低或真空。 在内部氧化过程中,溶质金属填充空隙并以原子尺度在无数的氧化物核上作为氧化物沉淀,而不会扩散到大部分程度,只能达到最相邻的空隙,因此没有任何分离和耗尽 其中。
    • 110. 发明授权
    • Electrical contact materials and their production method
    • 电接点材料及其制作方法
    • US4452652A
    • 1984-06-05
    • US454192
    • 1982-12-29
    • Akira Shibata
    • Akira Shibata
    • C22C32/00H01H1/0237C22C5/06
    • C22C32/0021H01H1/02376
    • An aggregate and/or integrate comprising of silver and tin oxides and/or tin alloy oxides of 4-25 weight % which have been prepared to have the oxides dispersed in the silver, are subjected to a temperature above the melting point of silver, whereby an electrical contact material made from said aggregate and/or integrate comes to have a continuous silver matrix as if produced by an internal oxidation method and also to have such uniform dispersion of the metal oxides in said silver matrix which is comparable or superior to that producible by a powder metallurgical method. The above-mentioned heat treatment is accompanied with hammer or press forging resulting in dimensional reduction of the aggregate and/or integrate such as their shaping, upsetting, and drawing-down. The contact material has, in addition to an excellent elongation and high conductivity, much greater resistance to shock.
    • 将已经制备成具有分散在银中的氧化物的4-25重量%的银和锡氧化物和/或锡合金氧化物的聚集体和/或整体经受高于银熔点的温度,由此 由所述聚集体和/或整体制成的电接触材料具有连续的银基质,如同通过内部氧化方法产生的,并且还具有金属氧化物在所述银基质中的均匀分散,其与可生产的相当或优于 通过粉末冶金方法。 上述热处理伴随着锤或压锻,导致骨料的尺寸减小和/或整合,例如它们的成型,镦锻和拉伸。 接触材料除了优异的伸长率和高导电性之外,具有更大的抗冲击性。