会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • PIANO
    • 钢琴
    • WO1995009414A1
    • 1995-04-06
    • PCT/JP1994001573
    • 1994-09-22
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHOINABA, Tatsuya
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHO
    • G10H01/053
    • G10H1/346G10H1/053
    • A piano which has additionally an electronic sound source therein and with which the player can give a performance using the electronic sound source in addition to an ordinary piano performance. When the player gives both an ordinary performance and an electronic sound performance, the balance between the regular performance and the performance using the electronic sound source does not vary. When a key is pressed in an electronic sound source mode, a CPU finds the key number n &cir& _ (S110), and measures the difference DELTA T between the timings at which the light-emitting elements and light receiving elements of two key sensors are interrupted from each other (S120), and a velocity V is calculated on the basis of this time difference DELTA T (S130). Performance information is then generated in a performance information generating routine in accordance with the key-pressing information (S140), and a delay time Td corresponding to the velocity V is determined by using a delay time setting table (S150). Whether the delay time Td has passed or not is judged (S160). When the delay time Td is judged to have passed, the performance information is outputted to the electronic sound source (S170). As a result, sound is produced by the electronic sound source (5) when the delay time Td corresponding to the key-pressing strength has passed after the key is pressed.
    • 钢琴还具有电子声源,除了普通的钢琴演奏之外,玩家还可以使用电子声源进行演奏。 当播放器给出普通的演奏和电子声音表演时,使用电子声源的正常表演和表演之间的平衡并不变化。 当在电子声源模式中按下一个键时,CPU找到键编号n&cir&_(S110),并且测量两个键传感器的发光元件和光接收元件的定时之间的差DELTA T 彼此中断(S120),并且基于该时间差DELTA T计算速度V(S130)。 然后,根据按键信息在性能信息生成程序中生成性能信息(S140),通过使用延迟时间设定表(S150)来确定与速度V对应的延迟时间Td。 判断延迟时间Td是否已经过去(S160)。 当判断延迟时间Td已经过去时,将性能信息输出到电子声源(S170)。 结果,当在按下键之后经过了按键强度对应的延迟时间Td时,由电子声源(5)产生声音。
    • 3. 发明申请
    • SWITCH MECHANISM OF PIANO WITH BUILT-IN ELECTRONIC MUSICAL INSTRUMENT
    • PIANO开关机构与内置电子音乐仪器
    • WO1996030892A1
    • 1996-10-03
    • PCT/JP1995000607
    • 1995-03-29
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHOINABA, Tatsuya
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHO
    • G10H01/053
    • G10H1/0553G10C1/00G10C5/005G10H1/344Y10S84/25
    • A switch mechanism of a piano with a built-in electronic musical instrument, which eliminates the disposition of switches on the surface of a piano to improve the appearance of the piano. An upright piano (1) includes a hammering mechanism (7) which strikes strings in accordance with the operation of a keyboard (3), and thus it serves as an acoustic piano as well as an electronic piano because it has a built-in electronic sound source (9) controlled by the operation of the same keyboard (3). This upright piano (1) includes an inhibition mechanism (13) for inactivating the hammering mechanism (7) in electronic mode, a pedal mechanism (17) having a muffler pedal (16), a control portion (19) driven by a power supply (18) for controlling the electronic sound source in accordance with the operation of the keyboard (3) to produce sounds, and a power supply switch (21) turned ON/OFF by the actuation of the muffler pedal (16) to make and break the electrical connection between the power supply (18) and the control portion (19).
    • 具有内置电子乐器的钢琴的开关机构,其消除了钢琴表面上的开关的布置以改善钢琴的外观。 立式钢琴(1)包括根据键盘(3)的操作撞击琴弦的锤击机构(7),因此它作为原声钢琴和电子钢琴,因为它具有内置的电子 声源(9)由同一键盘(3)的操作控制。 这种立式钢琴(1)包括用于以电子模式灭活锤击机构(7)的禁止机构(13),具有消音踏板(16)的踏板机构(17),由电源驱动的控制部分 (18),用于根据键盘(3)的操作来控制电子声源以产生声音,并且电源开关(21)通过消音踏板(16)的致动而导通/断开,以使断开 电源(18)和控制部分(19)之间的电连接。
    • 4. 发明申请
    • PIANO WITH BUILT-IN ELECTRONIC MUSICAL INSTRUMENT
    • PIANO与内置电子音乐仪器
    • WO1996030891A1
    • 1996-10-03
    • PCT/JP1995000606
    • 1995-03-29
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHOINABA, Tatsuya
    • KABUSHIKI KAISHA KAWAI GAKKI SEISAKUSHO
    • G10H01/053
    • G10H1/344G10H1/055
    • A piano having electronic sound sources, which is played with a touch as if it were an acoustic piano. At step S100, the speed of a key (5) is detected by key sensors (33) and (35). At step (110), the key striking force is obtained by converting the key speed in accordance with a conversion table representing a touch curve stored in a ROM (43). At step S120, a sound is generated from a speaker by controlling an electronic sound source (9) and an amplifier (11) on the basis of the converted key striking force. This key striking force is data representing a sound volume. However, the conversion table in this embodiment is set beforehand in such a manner that the sound volume becomes equal to the sound volume of an acoustic piano even when an electronic piano is played with a touch of an acoustic piano. Therefore, performance can be made without the sense of incompatibility.
    • 具有电子声源的钢琴,如同原声钢琴一样被触摸。 在步骤S100中,键(5)的速度由键传感器(33)和(35)检测。 在步骤(110),通过根据存储在ROM(43)中的表示存储的触摸曲线的转换表来转换键速度来获得键击。 在步骤S120中,通过基于转换的键击力控制电子声源(9)和放大器(11),从扬声器产生声音。 这个关键的打击力是表示音量的数据。 然而,本实施例中的转换表是预先设定的,即使当用原声钢琴的触摸播放电子钢琴时,音量也等于声学钢琴的音量。 因此,可以在没有不兼容性的情况下进行性能化。