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    • 5. 发明授权
    • Information recording/reproducing apparatus with security measure
    • 具有安全措施的信息记录/再现装置
    • US07274789B2
    • 2007-09-25
    • US10613202
    • 2003-07-03
    • Minoru KitamuraShinya SakuradaSusumu Ishibashi
    • Minoru KitamuraShinya SakuradaSusumu Ishibashi
    • H04L9/00
    • G11B20/0021G11B20/00086G11B20/00115G11B20/00347G11B20/00478
    • When data are to be recorded on a recording medium having imparted thereto a medium ID that is identification information unique to the recording medium, an additional ID related to the medium ID is generated on the basis of the medium ID. Then, the data are encrypted and recorded on the medium along with the additional ID. In reproduction, the medium ID and the additional ID attached to the data are read out from the medium, and then compared to determine whether both of the medium ID and additional ID meet a predetermined matching condition. When the additional ID attached to the data has been determined as meeting the predetermined matching condition, the data is judged to be reproducible data. In this manner, it is possible to promptly determined whether or not the data recorded on the medium are fairly-recorded data, which can effectively prevent unfair use of the data.
    • 当将数据记录在具有赋予记录介质特有的识别信息的介质ID的记录介质上时,根据介质ID生成与介质ID相关的附加ID。 然后,数据被加密并与附加的ID一起记录在介质上。 在再现中,从介质中读出附加到数据的介质ID和附加ID,然后进行比较,以确定介质ID和附加ID是否满足预定的匹配条件。 当附加到数据的附加ID已经被确定为满足预定的匹配条件时,数据被判断为可重现的数据。 以这种方式,可以迅速地确定记录在介质上的数据是否是相当记录的数据,这可以有效地防止数据的不公平的使用。
    • 6. 发明授权
    • Control mechanism for electronic musical instrument
    • 电子乐器的控制机制
    • US5196640A
    • 1993-03-23
    • US833808
    • 1992-02-10
    • Yasuhiko AsahiSatoshi SuzukiMinoru KitamuraToshiyuki Suzuki
    • Yasuhiko AsahiSatoshi SuzukiMinoru KitamuraToshiyuki Suzuki
    • G10H1/34G10H1/46
    • G10H1/344G10H1/46
    • A musical tone control mechanism for an electronic musical instrument in which a musical tone adjustment rotary body having a rotating shaft extending along the longitudinal direction of a keyboard is provided, the rotary body is divided into a plurality of parts, and an operation position of the rotary body is movable along the longitudinal direction of the keyboard, or a means for selecting an adjustment function of the rotary body is arranged. The musical tone control mechanism further includes an operation amount detector for detecting an operation amount of the rotary body as a pivot amount of a pivot shaft body of the operation amount detector, cylindrical intermediate members fitted to both ends of the rotary body for connecting the pivot shaft body to the rotary body, and bearings having bearing holes for pivotally receiving the intermediate members.
    • 一种用于电子乐器的乐音控制机构,其中设有具有沿着键盘的纵向方向延伸的旋转轴的乐音调节旋转体,旋转体被分成多个部分,并且操作位置 旋转体可以沿着键盘的纵向方向移动,或者设置用于选择旋转体的调节功能的装置。 乐音控制机构还包括操作量检测器,用于检测作为操作量检测器的枢轴体的枢转量的旋转体的操作量,安装在用于连接枢轴的旋转体的两端的圆筒形中间构件 轴体到旋转体,以及具有用于枢转地接收中间构件的轴承孔的轴承。
    • 8. 发明授权
    • Fully-enclosed fan-cooled motor
    • 全封闭风扇电机
    • US07462964B2
    • 2008-12-09
    • US11386834
    • 2006-03-23
    • Takashi NagayamaMinoru KitamuraShigetomo Shiraishi
    • Takashi NagayamaMinoru KitamuraShigetomo Shiraishi
    • H02K9/00H02K9/06
    • H02K9/00H02K1/20H02K1/32H02K5/15H02K9/06H02K9/14
    • A first minute gap (18) is formed between the front end of a ventilation fan (16) and a first bracket (8) and a second minute gap (21) is formed between the front end of a partition member (19) and a second bracket (11); a first aperture (9a) is provided in a location at the inner periphery further inward than the vanes (16b) on the bearing bracket (9); a current of cooling air is formed by introduction of external air by the ventilation fan from this aperture; this current of cooling air is again discharged to the outside through a ventilation passage (8a) of the first bracket and a ventilation passage (1a) on the outer peripheral side of the stator core (1); in addition, a second aperture (11b) is provided in the second bracket (11), a current of cooling air is formed by introduction of external air by the ventilation fan from the second aperture (11b); and this current of cooling air is again discharged to the outside through the ventilation passage (3a) of the rotor core (3), the ventilation passage of the first bracket and the ventilation passage on the outer peripheral side of the stator core.
    • 在通风扇(16)的前端和第一支架(8)之间形成有第一微小间隙(18),在分隔件(19)的前端和 第二支架(11); 第一孔(9a)设置在位于轴承支架(9)上的叶片(16b)的内周的内侧的位置处; 通过通风扇从该孔引入外部空气形成冷却空气的电流; 该冷却空气的电流再次通过第一支架的通风通道(8a)和定子铁心(1)的外周侧的通风通道(1a)排出到外部。 另外,第二支架(11)中设置有第二孔(11b),通过来自第二孔(11b)的通风扇引入外部空气而形成冷却空气流。 并且该冷却空气的电流再次通过转子铁芯(3)的通风通路(3a),第一支架的通风通道和定子铁芯外周侧的通风通道向外部排出。
    • 9. 发明申请
    • Fully-enclosed fan-cooled motor
    • 全封闭风扇电机
    • US20060226717A1
    • 2006-10-12
    • US11386834
    • 2006-03-23
    • Takashi NagayamaMinoru KitamuraShigetomo Shiraishi
    • Takashi NagayamaMinoru KitamuraShigetomo Shiraishi
    • H02K9/00
    • H02K9/00H02K1/20H02K1/32H02K5/15H02K9/06H02K9/14
    • A first minute gap (18) is formed between the front end of a ventilation fan (16) and a first bracket (8) and a second minute gap (21) is formed between the front end of a partition member (19) and a second bracket (11); a first aperture (9a) is provided in a location at the inner periphery further inward than the vanes (16b) on the bearing bracket (9); a current of cooling air is formed by introduction of external air by the ventilation fan from this aperture; this current of cooling air is again discharged to the outside through a ventilation passage (8a) of the first bracket and a ventilation passage (1a) on the outer peripheral side of the stator core (1); in addition, a second aperture (11b) is provided in the second bracket (11), a current of cooling air is formed by introduction of external air by the ventilation fan from the second aperture (11b); and this current of cooling air is again discharged to the outside through the ventilation passage (3a) of the rotor core (3), the ventilation passage of the first bracket and the ventilation passage on the outer peripheral side of the stator core.
    • 在通风扇(16)的前端和第一支架(8)之间形成有第一微小间隙(18),在分隔件(19)的前端和 第二支架(11); 在所述轴承托架(9)上的叶片(16b)的内周侧的位置处设置有第一孔(9a)。 通过通风扇从该孔引入外部空气形成冷却空气的电流; 该冷却空气的电流再次通过第一支架的通风通路(8a)和定子铁芯(1)的外周侧的通风通路(1a)排出到外部。 另外,在第二支架(11)中设置有第二孔(11b),通过来自第二孔(11b)的通风扇引入外部空气来形成冷却空气的电流。 并且该冷却空气的电流再次通过转子铁芯(3)的通风通路(3a),第一支架的通风通道和定子铁心的外周侧的通风通道排出到外部。
    • 10. 发明授权
    • Automatic performance apparatus for storing chord progression suitable
that is user settable for adequately matching a performance style
    • 用于存储和弦进行的自动演奏装置,其适用于用户可设置以充分匹配演奏风格
    • US5481066A
    • 1996-01-02
    • US168068
    • 1993-12-15
    • Minoru Kitamura
    • Minoru Kitamura
    • G10H1/00G10H1/18G10H1/36G10H1/38G10H7/00
    • G10H1/38G10H2210/576G10H2210/591G10H2210/616
    • In order to play an automatic performance based on performance information which is stored in a storage device and the like in advance, an electronic musical instrument provides an automatic performance apparatus. The automatic performance apparatus is configured by a performance style designating portion, a storage portion, a read-out portion and an automatic performance portion. The performance style designating portion designates a desired performance style within a plurality of performance styles, each of which corresponds to a specific music genre such as rock music, jazz and pop music. The storage portion, such as a read-only memory, stores a plurality of chord progression patterns with respect to each of the performance styles. The read-out portion accesses the storage portion to automatically read out one of the chord progression patterns concerned with the desired performance style which is designated by the performance style designating portion. Herein, each of the chord progression patterns is given a specific priority, so that a certain chord progression pattern given a higher priority is selectively read out from the storage portion. Then, the automatic performance portion, which is configured by a tone generator and a sound system, plays an automatic performance in accordance with the chord progression pattern which is read from the storage portion by the read-out portion.
    • 为了根据预先存储在存储装置等中的性能信息进行自动演奏,电子乐器提供自动演奏装置。 自动演奏装置由演奏风格指定部分,存储部分,读出部分和自动演奏部分构成。 表演风格指定部分指定多种表演风格中所需的表演风格,每种表演风格都对应于特定的音乐流派,如摇滚音乐,爵士乐和流行音乐。 诸如只读存储器的存储部分存储关于每个演奏风格的多个和弦进行模式。 读出部分访问存储部分以自动读出与性能风格指定部分指定的期望演出风格相关的和弦进行模式之一。 这里,每个和弦进行模式被赋予特定优先级,使得从存储部分选择性地读出给定较高优先级的某个和弦进行模式。 然后,由乐音发生器和声音系统配置的自动演奏部分根据通过读出部分从存储部分读取的和弦行进模式进行自动演奏。