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    • 1. 发明授权
    • Key actuating system
    • 钥匙驱动系统
    • US07667116B2
    • 2010-02-23
    • US11896599
    • 2007-09-04
    • Masayoshi YamashitaShuichi SawadaHideo SuzukiEmiko Suzuki, legal representativeYoshinori Hayashi
    • Masayoshi YamashitaShuichi SawadaHideo SuzukiYoshinori Hayashi
    • G10F1/02G01P3/00
    • G10C3/16G10C3/00
    • A key actuating system (1) of a keyboard musical instrument is provided which helps quickly push the keys by reducing reaction force with respect to force of pushing the keys during manual operation, and which supports a person having less strength to play the keyboard musical instrument. The key actuating system for a keyboard musical instrument generates a sound when a key (3) is pushed including: a pressure detection sensor (11) detecting a pushing pressure on the key; a status detection sensor (13) detecting a movement status of the key: an actuator (15) actuating the key in a pushing direction of the key; and a control portion (19), when the pressure detection sensor detects the pushing pressure and the status detection sensor detects motion of the key, controls operations of the actuator in order to maintain the detected pressure by the pressure detection sensor at a pressure threshold which is in a range larger than 0 and smaller than a pushing pressure on the key which is necessary for making a sound.
    • 提供了一种键盘乐器的按键致动系统(1),其通过在手动操作期间相对于推动键的力减小反作用力来快速推动键,并且其支持具有较小强度的人来播放键盘乐器 。 键盘乐器的按键致动系统在按下键(3)时产生声音,包括:压力检测传感器(11)检测钥匙上的推压力; 检测钥匙的移动状态的状态检测传感器(13);在钥匙的按压方向上致动钥匙的致动器(15); 以及控制部(19),当所述压力检测传感器检测到所述推压力并且所述状态检测传感器检测到所述键的运动时,控制所述致动器的动作,以将所述压力检测传感器的检测压力维持在压力阈值 在大于0并且小于按键所需的推压压力的范围内。
    • 4. 发明授权
    • Method for producing a thin film head
    • 薄膜头的制造方法
    • US4947541A
    • 1990-08-14
    • US401130
    • 1989-09-01
    • Atsushi ToyodaShuichi Sawada
    • Atsushi ToyodaShuichi Sawada
    • G11B5/31
    • G11B5/3163Y10T29/49044Y10T29/49046Y10T29/49048
    • A lower core is formed on the surface of a wafer and then a protection film made of substance that has a lower ion milling rate than that of the lower core is formed so as to coat the lower core. Then, the protection film is ground to expose the lower core under the film, and the surface of the protection film and that of the lower core are finished smooth and level. Then, ion beams are radiated to simultaneously mill both the protection film and the lower core and thereby form a recess above the lower core. Next, a gap layer is formed on the surfaces of both the protection film and the lower core. Then, an upper core is formed in the recess above the lower core with a gap layer between them. Accordingly, only the part in which the pole of the upper core and the pole of the lower core face each other in parallel is magnetically effective. This ensures a constant track width even in mass production provided that only the lower core is formed strictly in accordance with the design. In this case, formation of a lower core in accordance with the design is possible. Further, since the surplus part of the upper core does not actually provide a read/write function of a head, cross-talk is seldom generated between adjacent tracks. Conducting milling before forming an upper core elminates magnetic shortcircuiting between the upper and lower cores.
    • 在晶片的表面上形成下芯,然后形成具有比下芯的离子研磨速度低的物质制成的保护膜,以涂覆下芯。 然后,保护膜被研磨以暴露膜下的下芯,保护膜的表面和下芯的表面光滑平整。 然后,照射离子束同时研磨保护膜和下芯,从而在下芯上形成凹陷。 接下来,在保护膜和下芯的表面上形成间隙层。 然后,在下部芯部上方的凹部中形成上部芯部,在它们之间具有间隙层。 因此,只有上芯的极和下芯的磁极平行的部分才是磁性有效的。 即使在大规模生产中也能确保轨道宽度恒定,只要根据设计严格地形成下芯。 在这种情况下,可以根据设计形成下芯。 此外,由于上层的剩余部分实际上不提供头的读/写功能,所以在相邻轨道之间很少产生串扰。 在形成上芯之前的导电铣削可以使上,下芯之间的磁短路导致电磁场短路。