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    • 1. 发明授权
    • Automatic player musical instrument exactly reproducing performance and automatic player used therein
    • 自动播放器乐器正好再现演奏及其中使用的自动播放器
    • US07238873B2
    • 2007-07-03
    • US11054412
    • 2005-02-09
    • Yuji FujiwaraYasuhiko OhbaKoichi Ishizaki
    • Yuji FujiwaraYasuhiko OhbaKoichi Ishizaki
    • G10H1/00
    • G10F1/02
    • An automatic player piano is equipped with solenoid-operated pedal actuators for driving the pedals in a playback; since a large quantity of induction is coupled to the solenoid, the driving signal is delayed due to long time constant so that the pedals behave differently from those in the original performance; a controller, which is incorporated in the automatic player, firstly determines a target mean current of the driving signal to be theoretically required for the reproduction of the pedal motion, and a temporary means current twice as much as the target mean current at the maximum; the controller supplies the driving signal at the temporary mean current to the solenoid in an early stage of each cycle, and, thereafter, recovers the driving signal to the target mean current so that the pedal motion becomes close to that in the original performance.
    • 自动演奏器钢琴配备有用于在回放中驱动踏板的电磁操作踏板致动器; 由于大量的感应耦合到螺线管,驱动信号由于长时间常数而被延迟,使得踏板的行为与原始性能不同; 合并在自动播放器中的控制器首先确定理论上需要用于踏板运动的再现的驱动信号的目标平均电流以及最大值的目标平均电流的两倍的临时装置; 控制器在每个循环的早期阶段将临时平均电流的驱动信号提供给螺线管,然后将驱动信号恢复到目标平均电流,使得踏板运动变得接近原始性能。
    • 2. 发明申请
    • Automatic player musical instrument exactly reproducing performance and automatic player used therein
    • 自动播放器乐器正好再现演奏及其中使用的自动播放器
    • US20050211049A1
    • 2005-09-29
    • US11054412
    • 2005-02-09
    • Yuji FujiwaraYasuhiko OhbaKoichi Ishizaki
    • Yuji FujiwaraYasuhiko OhbaKoichi Ishizaki
    • G10F1/02G11B7/00
    • G10F1/02
    • An automatic player piano is equipped with solenoid-operated pedal actuators for driving the pedals in a playback; since a large quantity of induction is coupled to the solenoid, the driving signal is delayed due to long time constant so that the pedals behave differently from those in the original performance; a controller, which is incorporated in the automatic player, firstly determines a target mean current of the driving signal to be theoretically required for the reproduction of the pedal motion, and a temporary means current twice as much as the target mean current at the maximum; the controller supplies the driving signal at the temporary mean current to the solenoid in an early stage of each cycle, and, thereafter, recovers the driving signal to the target mean current so that the pedal motion becomes close to that in the original performance.
    • 自动演奏器钢琴配备有用于在回放中驱动踏板的电磁操作踏板致动器; 由于大量的感应耦合到螺线管,驱动信号由于长时间常数而被延迟,使得踏板的行为与原始性能不同; 合并在自动播放器中的控制器首先确定理论上需要用于踏板运动的再现的驱动信号的目标平均电流以及最大值的目标平均电流的两倍的临时装置; 控制器在每个循环的早期阶段将临时平均电流的驱动信号提供给螺线管,然后将驱动信号恢复到目标平均电流,使得踏板运动变得接近原始性能。
    • 3. 发明授权
    • Automatic player exactly bringing pedal to half point, musical instrument equipped therewith and method used therein
    • 自动播放器将踏板准确地拉到半点,配备乐器和其中使用的方法
    • US07332670B2
    • 2008-02-19
    • US11168262
    • 2005-06-27
    • Yuji FujiwaraKoichi Ishizaki
    • Yuji FujiwaraKoichi Ishizaki
    • G10H1/32G10H3/00
    • G10F1/02
    • An automatic player reenacts a music passage on an acoustic piano without any fingering of a human player; solenoid-operated key actuators and a solenoid-operated pedal actuator is provided for the keys and damper pedal; the automatic player makes the damper pedal travel along a simulative pedal trajectory, and the central processing unit stores pieces of control data expressing the pedal stroke together with the amount of mean current supplied to the solenoid-operated pedal actuator; the central processing unit analyzes the pieces of control data so as to determine an entry point of half pedal section and an exit point of the half pedal section, and specifies a target half point in the half pedal section; while reenacting a music passage, the automatic player brings the damper pedal to the half point so as to reproduce the half pedal state, exactly.
    • 自动播放器在声学钢琴上重新播放音乐通道,而无需人类玩家的任何指法; 为键和制音踏板提供电磁操作的钥匙执行器和电磁操作踏板驱动器; 自动播放器使阻尼器踏板沿着模拟踏板轨迹行进,中央处理单元将表示踏板行程的一些控制数据与提供给电磁踏板促动器的平均电流量一起存储; 中央处理单元分析控制数据,以确定半踏板部分的入口点和半踏板部分的出口点,并且指定半踏板部分中的目标半点; 在重新播放音乐通道的同时,自动播放器将阻尼器踏板带到半点,以准确地再现半踏板状态。
    • 4. 发明申请
    • Automatic player exactly bringing pedal to half point, musical instrument equipped therewith and method used therein
    • 自动播放器将踏板准确地拉到半点,配备乐器和其中使用的方法
    • US20060021488A1
    • 2006-02-02
    • US11168262
    • 2005-06-27
    • Yuji FujiwaraKoichi Ishizaki
    • Yuji FujiwaraKoichi Ishizaki
    • G10F1/02
    • G10F1/02
    • An automatic player reenacts a music passage on an acoustic piano without any fingering of a human player; solenoid-operated key actuators and a solenoid-operated pedal actuator is provided for the keys and damper pedal; the automatic player makes the damper pedal travel along a simulative pedal trajectory, and the central processing unit stores pieces of control data expressing the pedal stroke together with the amount of mean current supplied to the solenoid-operated pedal actuator; the central processing unit analyzes the pieces of control data so as to determine an entry point of half pedal section and an exit point of the half pedal section, and specifies a target half point in the half pedal section; while reenacting a music passage, the automatic player brings the damper pedal to the half point so as to reproduce the half pedal state, exactly.
    • 自动播放器在声学钢琴上重新播放音乐通道,而无需人类玩家的任何指法; 为键和制音踏板提供电磁操作的钥匙执行器和电磁操作踏板驱动器; 自动播放器使阻尼器踏板沿着模拟踏板轨迹行进,中央处理单元将表示踏板行程的一些控制数据与提供给电磁踏板促动器的平均电流量一起存储; 中央处理单元分析控制数据,以确定半踏板部分的入口点和半踏板部分的出口点,并且指定半踏板部分中的目标半点; 在重新播放音乐通道的同时,自动播放器将阻尼器踏板带到半点,以准确地再现半踏板状态。
    • 5. 发明申请
    • COOKING DEVICE
    • 烹饪器具
    • US20110168154A1
    • 2011-07-14
    • US13119375
    • 2009-09-10
    • Koichi Ishizaki
    • Koichi Ishizaki
    • F24C15/02
    • F24C15/021
    • Door packing (35) having a base (36), a first lip (37), and a second lip (38) is stretched around periphery of a back surface cover (31) of a door (30). When the door (30) is closed, the second lip (38) is inserted into a heating chamber (22), the first lip (37) pivots in directions of arrows (A) once an extremity of the first lip (37) comes into contact with a front face panel (40), and an extremity of the second lip (38) is then brought into close contact with inner wall surfaces of the heating chamber (22). Thus both the front face panel (40) and the inner wall surfaces of the heating chamber (22) are sealed, so that smoke, steam and the like produced by objects to be heated are reliably prevented from leaking out of the heating chamber (22). Besides, condensed water is prevented from accumulating in a groove formed on a border between the front face panel (40) and the first lip (37) while the front face panel (40) is sealed by the first lip (37), and thus the condensed water in the groove is prevented from falling down out of the heating chamber (22) when the door (30) is opened.
    • 具有基座(36),第一唇缘(37)和第二唇缘(38)的门密封件(35)在门(30)的后表面盖(31)的周围被拉伸。 当门(30)关闭时,第二唇缘(38)插入加热室(22)中,一旦第一唇缘(37)的一端到达,第一唇缘(37)就沿箭头方向(A)枢转 与前面板(40)接触,然后第二唇缘(38)的末端与加热室(22)的内壁表面紧密接触。 因此,前面板(40)和加热室(22)的内壁面都被密封,从而可靠地防止由被加热物体产生的烟雾,蒸汽等从加热室(22)泄漏 )。 此外,通过第一唇缘(37)将前面板(40)密封在前面板(40)和第一唇部(37)之间的边界上形成的凹槽内,防止冷凝水积聚, 当门(30)打开时,防止槽中的冷凝水从加热室(22)中落下。