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    • 21. 发明授权
    • Musical tone generating apparatus, musical tone generating method and
storage medium
    • 音乐发生装置,乐音产生方法和存储介质
    • US5864081A
    • 1999-01-26
    • US13879
    • 1998-01-27
    • Hiroyuki IwaseTomoyuki Kumagai
    • Hiroyuki IwaseTomoyuki Kumagai
    • G10H1/18G10H1/24G10H1/06
    • G10H1/24
    • A musical tone generating apparatus is provided that generates a musical tone of a selected one of tone colors that is defined by a combination of a first kind of number and a second kind of number. An operating element used for setting a tone color and having an incrementing function and a decrementing function is operated to set at least the second kind of number by using at least one of the incrementing function and decrementing function. A memory device stores a list in which the tone colors to be selected are listed, the list having a first axis having a plurality of locations to which a plurality of first kind of numbers are respectively assigned, and a second axis having a plurality of locations to which a plurality of second kind of numbers are respectively assigned, each of the first kind of numbers having a basic tone color assigned thereto, each of the second kind of numbers having an extended tone color that is a variation of the basic tone color of a corresponding one of the first kind of numbers. Each time the operating element is operated, one of the second kind of numbers that is assigned to a currently selected tone color is changed to a number of the second kind assigned to a tone color that is different from the currently selected tone color and is present next to the currently selected tone color in the list.
    • 提供了一种乐音产生装置,其产生由第一种号码和第二种号码的组合定义的所选择的一种音色的乐音。 用于设置音色并具有递增功能和递减功能的操作元件被操作以通过使用递增函数和递减函数中的至少一个来设置至少第二类型的数字。 存储装置存储其中列出了要选择的音色的列表,该列表具有第一轴,该第一轴具有分配多个第一种号码的多个位置,以及具有多个位置的第二轴 分别分配有多个第二种类型的号码,第一类号码中的每一个具有分配给它的基本音调颜色,第二种数字中的每一个具有作为基本音色变化的扩展音色 相应的第一种数字。 每当操作元件被操作时,分配给当前选择的音色的第二种数字之一被改变为分配给与当前选择的音色不同的音色的第二种号码,并且存在 在列表中当前选择的音色旁边。
    • 22. 发明授权
    • Automatic performance device capable of successive performance of plural
music pieces
    • 自动演奏装置能够连续演奏多首乐曲
    • US5386081A
    • 1995-01-31
    • US4518
    • 1993-01-14
    • Takuya NakadaHiroyuki IwaseHiromu Miyamoto
    • Takuya NakadaHiroyuki IwaseHiromu Miyamoto
    • G10H1/00
    • G10H1/0041G10H2210/125
    • Automatic performance data for plural music pieces is stored in a memory. An order setting circuit for setting the order of automatically performing these music pieces is provided. The automatic performance data is read out in accordance with the order of performance set by the order setting circuit, whereby the plural music pieces are successively performed. By operating an instruction switch during performance of a certain music piece, a control is made in response to this instruction to stop the performance of the music piece which is being played and shift to performance of a next music piece in accordance with the set order of performance. The music which is being played may be stopped at a position at which the pattern, measure or other predetermined performance section ends. The order of performance may be previously determined or may be set at random.
    • 多个乐曲的自动演奏数据被存储在存储器中。 提供了用于设定自动执行这些乐曲的顺序的顺序设置电路。 根据由订单设置电路设置的性能的顺序读出自动演奏数据,由此连续执行多个乐曲。 通过在某个乐曲的表现期间操作指令切换,响应于该指令进行控制以停止正在播放的乐曲的演奏,并根据设定的顺序转换到下一乐曲的演奏 性能。 正在播放的音乐可以停止在图案,测量或其它预定演奏部分结束的位置。 性能的顺序可以预先确定或可以随机设置。
    • 23. 发明授权
    • Electronic musical instrument with plural musical tones designated by
manipulators
    • 具有由操纵器指定的多个乐音的电子乐器
    • US4957552A
    • 1990-09-18
    • US253964
    • 1988-10-05
    • Hiroyuki Iwase
    • Hiroyuki Iwase
    • G10H1/00G10H1/18G10H1/24G10H1/42
    • G10H1/42G10H1/183
    • An electronic musical instrument is provided with plural control switches; a musical tone generating circuit having plural musical tone generating channels generating musical tones in accordance with the operation of the plural control switches; a circuit for indicating the number of tones indicating the number of tones generated by the operation of the manipulators; and an assignment control circuit assigning the operated manipulator to the musical tone generating channels equal in number to the number of tones designated by the circuit for indicating the number of tones and controlling the generation of the musical tones relative to the operated manipulators. Thus, the number of tones generated from the musical tone generating circuit in response to the operation of the manipulators can arbitrarily be set for each manipulator or for each manipulator group, with enjoyment of various performances of the musical instrument.
    • 电子乐器设有多个控制开关; 具有根据多个控制开关的操作产生乐音的多个乐音产生通道的乐音产生电路; 用于指示指示通过操纵器的操作产生的音调的数量的音调的数量的电路; 以及分配控制电路,其将所操作的操纵器分配给音调产生通道数量等于由用于指示音调数的电路指定的音调数量,并且相对于所操作的操纵器控制乐音的产生。 因此,可以随着乐器的各种性能而任意地为每个操纵器或每个操纵器组设置响应于操纵器的操作从乐音发生电路产生的乐音的数量。
    • 27. 发明申请
    • Video mixer apparatus
    • US20060028584A1
    • 2006-02-09
    • US11248837
    • 2005-10-11
    • Akira IizukaHiroyuki Iwase
    • Akira IizukaHiroyuki Iwase
    • H04N9/74
    • H04N5/265H04N9/74
    • Video picture signals are received via at least three channels. At least three control instructing operators are provided in correspondence with the channels. Each control instructing operator is operable to give a signal control instruction for the corresponding channel in accordance with an operated amount of the operator. Controller performs signal control on the video picture signals of the channels on the basis of the respective signal control instructions given via the control instructing operators. Synthesizer synthesizes the video picture signals of the channels having been subjected to the signal control by the controller. Video picture signals of two desired channels are designated, and a contact-type operator gives signal control instructions, corresponding to a predetermined position of the operator contacted by a human operator, with respect to the video picture signals of the designated two channels. By the signal control instructions, signal control is performed on the video picture signals of the designated two channels to thereby synthesize the video picture signals.
    • 29. 发明授权
    • Method of storing and editing performance data in an automatic
performance device
    • 在自动演奏装置中存储和编辑演奏数据的方法
    • US5608178A
    • 1997-03-04
    • US365156
    • 1994-12-28
    • Hiroyuki Iwase
    • Hiroyuki Iwase
    • G10H1/00
    • G10H1/0041
    • A series of the performance data is stored in one or more blocks composing a memory block chain of a memory. The performance order of the blocks is specified by management information stored in a table. For data-inserting editing, any of the blocks available in the memory is secured as an additional block, and the management information stored in the table is rewritten in such a manner that the additional block is connected next to a specific block corresponding to a desired inserting position in the memory block chain. The performance data stored in the specific block corresponding to the desired inserting position is divided into a preceding data group located before the inserting position and into a succeeding data group located after the inserting position, and the succeeding data group is copied into the additional block. In this way, a region of the specific block which succeeds the inserting position, and a region of the additional block which precedes the storage locations for the succeeding data group become the available storage locations. Thus, available storage locations which together correspond in size exactly to a single block are created in the specific and additional blocks, and data to be inserted can be written in these available storage locations. Consequently, it is possible to eliminate the need for rewriting data of other blocks composing the memory block chain, and thus a time for the editing can be reduced.
    • 一系列演奏数据被存储在构成存储器的存储器块链的一个或多个块中。 块的性能顺序由存储在表中的管理信息指定。 对于数据插入编辑,存储器中可用的任何块被保护为附加块,并且存储在表中的管理信息被重写,使得附加块被连接在与期望的对应的特定块的旁边 在内存块链中插入位置。 存储在与期望的插入位置相对应的特定块中的演奏数据被划分为位于插入位置之前的前一数据组,并被分配到位于插入位置之后的后续数据组中,并且将后续数据组复制到附加块中。 以这种方式,成功插入位置的特定块的区域和在后续数据组的存储位置之前的附加块的区域成为可用的存储位置。 因此,在特定的和附加的块中创建一起对齐在一个块上的可用存储位置,并且可以将这些可插入的数据写入这些可用的存储位置。 因此,可以消除对构成存储器块链的其他块的数据重写的需要,从而可以减少编辑时间。