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    • 6. 发明授权
    • Electronic musical instrument with help function
    • 电子乐器辅助功能
    • US06188009B1
    • 2001-02-13
    • US09413328
    • 1999-10-07
    • Tsutomu SaitoShu Eitaki
    • Tsutomu SaitoShu Eitaki
    • G09B1502
    • G10H1/0008
    • An electronic musical instrument has play modes and a help function in which a help picture is displayed in accordance with each of the play modes. When the help function is started by operating a help switch in the instrument being operating in a normal play mode, a picture for selecting one of the play modes is displayed on a display. When the help function is started in a play mode but the normal play mode, a help picture corresponding to the play mode is displayed at once. A sequence of operations for obtaining a help picture can be stored in a storing medium.
    • 电子乐器具有播放模式和帮助功能,其中根据每个播放模式显示帮助画面。 当通过在正常播放模式中操作的乐器中操作帮助开关来启动帮助功能时,在显示器上显示用于选择其中一个播放模式的画面。 当在播放模式中启动帮助功能但是正常播放模式时,立即显示与播放模式对应的帮助画面。 用于获得帮助画面的操作序列可以存储在存储介质中。
    • 7. 发明授权
    • Electronic music tone generator with power saving control
    • 电子音乐发生器具有省电控制功能
    • US5925842A
    • 1999-07-20
    • US7244
    • 1998-01-14
    • Tsutomu Saito
    • Tsutomu Saito
    • G10H1/18G10H7/00G10H7/02G10H1/057
    • G10H1/186G10H7/002G10H7/02
    • A waveform generator LSI generates waveform data in units of time slots corresponding to tone generation channels in accordance with tone control data assigned to the individual channels, and accumulates waveform data for the individual channels to form at least one polyphonic tone data. The tone control data are updated by time division control in units of time slots of the channels. By suspending update of control data in the time slot of an unused channel in accordance with data indicating the used/unused status of each channel, switching of CMOS elements composing the waveform generator LSI is suppressed so that the LSI operates at low power. In a system using a waveform memory outside the waveform generator LSI, the read address to be supplied to the waveform memory in the time slot of an unused channel is fixed at a previous value, thus also attaining power savings of the external memory.
    • 波形发生器LSI根据分配给各个通道的音调控制数据,生成与音调生成通道对应的时隙的单位的波形数据,并累积各个声道的波形数据,形成至少一个复音音调数据。 音调控制数据以通道的时隙为单位的时分控制来更新。 通过根据指示每个通道的使用/未使用状态的数据挂起未使用通道的时隙中的控制数据的更新,抑制组成波形发生器LSI的CMOS元件的切换,使得LSI以低功率运行。 在波形发生器LSI外部使用波形存储器的系统中,将未使用通道的时隙中提供给波形存储器的读取地址固定为先前的值,从而也可以实现外部存储器的功率节省。
    • 9. 发明授权
    • Power window apparatus with sensor failure detection
    • 电动车窗设备,带传感器故障检测
    • US5774046A
    • 1998-06-30
    • US863526
    • 1997-05-27
    • Hidenori IshiharaTsutomu SaitoTakeshi TanakaTomoyuki KikutaNoboru Tsuge
    • Hidenori IshiharaTsutomu SaitoTakeshi TanakaTomoyuki KikutaNoboru Tsuge
    • B60J1/17E05F15/00H02H7/085B60J1/08
    • H02H7/0851B60J1/17E05F15/41E05F15/42E05F15/00E05F2015/487E05Y2400/822E05Y2900/55
    • In a power window apparatus, an external force which develops at the time of catching foreign objects in a window is detected directly by a window frame sensor and indirectly by a motor load detection circuit. Automatic window closing operation is disabled when the external force exceeds a first and a second predetermined levels of the window frame sensor and the motor load detection circuit, respectively. When the window frame sensor fails, the window closing operation is disabled and a warning is provided at the time the external force detected by the load detection circuit reaches a third predetermined level. Alternatively, the automatic window closing operation is disabled when the external force exceeds the first or the second predetermined levels of the window frame sensor or the motor load detection circuit, respectively. When the window frame sensor fails, the window closing operation is disabled and the warning is provided at the time the external force reaches the second predetermined level. In each case, once the window frame sensor fails, the predetermined level used to determine a failure of the window frame sensor may be lowered so that the window closing operation may be disabled earlier.
    • 在电动窗装置中,通过窗框传感器直接检测在窗口中捕获异物时产生的外力,并通过电动机负载检测电路间接检测。 当外力分别超过窗框传感器和电动机负载检测电路的第一和第二预定电平时,禁用自动闭窗操作。 当窗框传感器出现故障时,禁止窗关闭操作,并且在由负载检测电路检测到的外力达到第三预定水平时提供警告。 或者,当外力分别超过窗框传感器或电动机负载检测电路的第一或第二预定电平时,禁用自动关窗操作。 当窗框传感器发生故障时,窗关闭操作被禁用,并且在外力达到第二预定水平时提供警告。 在每种情况下,一旦窗框传感器发生故障,用于确定窗框传感器的故障的预定水平可能会降低,从而可以更早地禁用窗关闭操作。
    • 10. 发明授权
    • Tying method and tying apparatus for articles
    • 捆扎方法和捆扎装置
    • US5682927A
    • 1997-11-04
    • US592304
    • 1996-02-09
    • Seiichi TakahashiYouzou KanekoTsutomu Saito
    • Seiichi TakahashiYouzou KanekoTsutomu Saito
    • B65B13/18B65B13/28B65B27/10E04G21/12B21F15/04
    • E04G21/122B65B13/28B65B13/285B65B27/10
    • A tying method and apparatus which is carried to easily automatically band bar-like articles such as reinforcements or pipes and various other articles by a linear tying material. The apparatus comprises tying material feed means (6), tying material bending means (8), encompassing and guiding means (9), tying material cutting means (7) and twisting means (11), wherein a starting point is formed in a way such that a part of a continuous linear tying material w delivered from the tying material feed means comes into engagement with the tying material bending means so that the tying material is bonded into a U-shape. In that state, the tying material is delivered from one side whereby the tying material is guided around an article to be tied by the encompassing and guiding means (9) while being bended into a substantially U-shape. The tying material is cut into a predetermined length, and both ends of the tying material are twisted together by a hook (25) of the twisting means (11). Since the tying material is automatically bended to form two strands and the tying is done only once thereby, the strength of the tying material is enhanced and the rigid tying can be made with a materially strong tying force. Further, since the twisting advances from the hook side toward the article to be tied, the twisting can be advanced till a looseness in the tying portion of the article to be tied disappears, thus enabling the strong tying.
    • PCT No.PCT / JP94 / 01065 Sec。 371日期1996年2月9日 102(e)日期1996年2月9日PCT提交1994年6月30日PCT公布。 公开号WO95 / 05313 日期1995年2月23日利用线性捆扎材料容易地自动地捆扎钢筋或管道等各种其他物品的条状物品的捆扎方法和装置。 该装置包括捆扎材料进给装置(6),捆扎材料弯曲装置(8),围绕和引导装置(9),捆扎材料切割装置(7)和扭转装置(11),其中以某种方式形成起点 使得从捆扎材料供给装置输送的连续线性捆扎材料w的一部分与捆扎材料弯曲装置接合,使得捆扎材料结合成U形。 在该状态下,捆扎材料从一侧被输送,由此捆扎材料被围绕着被包围和引导装置(9)束缚的物品引导,同时弯曲成大致U形。 捆扎材料被切割成预定长度,并且捆扎材料的两端由扭转装置(11)的钩(25)绞合在一起。 由于捆扎材料自动弯曲形成两股,捆扎仅进行一次,因此捆扎材料的强度提高,刚性捆扎可以以强烈的捆扎力进行。 此外,由于扭转从挂钩侧朝向待捆扎物品前进,所以扭转可以前进,直到待捆扎物品的捆扎部分的松动消失,从而实现牢固的捆扎。