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    • 91. 发明申请
    • Upright keyboard musical instrument
    • 直立键盘乐器
    • US20050217454A1
    • 2005-10-06
    • US11090578
    • 2005-03-25
    • Keita Okada
    • Keita Okada
    • G10C3/02G10C1/02G10C3/00G10G3/04
    • G10C3/02
    • An upright keyboard musical instrument has an open/close board attached to the top position of a case, wherein the lower surface of the open/close board is subjected to mirror surface finishing and is supported by a lid prop, which is rotatably arranged in proximity to the top board to rotate about a support axis and is formed in an L-shape to have a plurality of support surfaces, realizing different angles for the open/close board being opened. The mirror surface of the open/close board projects images representing internal members of the case, such as an emblem and actions. By appropriately rotating the lid prop, it is possible to realize a desired angle for the open/close board, thus realizing tone volume control and visually entertaining effects in musical performance.
    • 直立键盘乐器具有连接到壳体顶部位置的开/关板,其中打开/关闭板的下表面经过镜面表面精加工,并且由可旋转地布置在接近处的盖支撑件支撑 并且形成为L形以具有多个支撑面,从而实现打开/关闭板的不同角度。 打开/关闭板的镜面投影表示案件内部成员的图像,如徽章和动作。 通过适当地旋转盖支架,可以实现打开/关闭板所需的角度,从而实现音量控制和视觉上有趣的音乐效果。
    • 92. 发明申请
    • AUTOMATIC PLAYER KEYBOARD MUSICAL INSTRUMENT EQUIPPED WITH KEY SENSORS SHARED BETWEEN AUTOMATIC PLAYING SYSTEM AND RECORDING SYSTEM
    • 自动播放器键盘乐器配备有自动播放系统和录音系统之间共享的主要传感器
    • US20050211048A1
    • 2005-09-29
    • US10794054
    • 2004-03-08
    • Yuji Fujiwara
    • Yuji Fujiwara
    • G10F1/02G10G3/04G10H3/06
    • G10F1/02G10G3/04
    • An automatic player piano has various sorts of individuality due to differences in size, design margins applied to the component parts and a difference in electric characteristics of system component parts so that key position signals contain error components due to those sorts of individuality; plural feedback control loops are created between the key sensors and key actuators, and the error components are eliminated from the current key positions through the normalization; even if an original performance is reenacted through the automatic player piano different from that used in the recording, the feedback control loops cause the key actuators to force the keys to move along reference trajectories determined on the basis of the music data codes, whereby the manufacturer makes the key sensors shared between the recording system and the automatic playing system.
    • 自动演奏钢琴由于尺寸差异,组件部分的设计余量和系统组成部分的电气特性不同而具有各种个性,使得键位置信号由于各种个性而含有误差分量; 在键传感器和键致动器之间产生多个反馈控制回路,通过标准化从当前的关键位置消除误差分量; 即使通过与记录中使用的自动播放器钢琴不同的原始演奏,反馈控制循环使得键致动器迫使键沿着基于音乐数据代码确定的参考轨迹移动,由此制造商 使得记录系统和自动播放系统之间共享密钥传感器。
    • 93. 发明申请
    • Note collection utility
    • 注意收集工具
    • US20050204900A1
    • 2005-09-22
    • US11082343
    • 2005-03-17
    • David Burton
    • David Burton
    • G06F19/00G10G3/04G10H1/00
    • G16H15/00G16H10/20
    • The present invention is directed to computer software for a note collection utility that satisfies the need for a utility to facilitate the creation and maintenance of easily accessed tools to create notes regarding certain types of observations or transactions in a highly efficient and reliable way. The notes are passed to a clinical note program application without modifying the default behavior of that software. In a preferred embodiment of the present invention, a toolbar for a note collection utility is placed adjacent to a third party information collection software application that the observer uses to collect and store notes and other information.
    • 本发明涉及用于音符收集实用程序的计算机软件,其满足对实用程序的需要,以便于以高效和可靠的方式创建和维护易于访问的工具来创建关于某些类型的观察或交易的笔记。 笔记被传递到临床笔记程序应用程序,而不修改该软件的默认行为。 在本发明的优选实施例中,用于音符收集实用程序的工具栏被放置在与观察者用于收集和存储票据和其他信息的第三方信息收集软件应用程序相邻处。
    • 95. 发明授权
    • Score display apparatus and method capable of displaying additional
data, and storage medium
    • 能够显示附加数据的分数显示装置和方法以及存储介质
    • US6072114A
    • 2000-06-06
    • US222478
    • 1998-12-29
    • Muroi Kunimasa
    • Muroi Kunimasa
    • G06F3/048G09B15/02G09G5/00G10G3/04G09B5/02
    • G09B15/023
    • A score display apparatus is provided, which permits a wider range of applications without degrading handling ease. An input device inputs score display data, an adding device adds additional data to the score display data input by the input device, and a storage device stores the score display data and the additional data. A display device displays a score based on the score display data input by the input device, and also displays the additional data such that the additional data is associated with the score based on the score display data. A storing device stores the score display data and the additional data in the storage device while associating the score display data and the additional data with each other.
    • 提供一种得分显示装置,其允许更宽范围的应用,而不会降低处理容易性。 输入装置输入分数显示数据,添加装置将附加数据添加到由输入装置输入的分数显示数据,存储装置存储分数显示数据和附加数据。 显示设备基于由输入设备输入的分数显示数据显示分数,并且还显示附加数据,使得附加数据基于分数显示数据与分数相关联。 存储装置将得分显示数据和附加数据存储在存储装置中,同时使分数显示数据和附加数据彼此关联。
    • 96. 发明授权
    • Musical performance assisting system and storage medium storing musical
performance assisting program
    • 音乐表演辅助系统和存储音乐表演辅助程序的存储介质
    • US6023017A
    • 2000-02-08
    • US217171
    • 1998-12-21
    • Masafumi MinowaShu Eitaki
    • Masafumi MinowaShu Eitaki
    • G10G3/04G10H1/00G10H1/38G10H1/42
    • G10H1/386G10H2210/565G10H2210/616Y10S84/22
    • A musical performance assisting system includes a key designating section for designating a key of music, a chord designating section for designating a chord in the music, a chord file storing pointers in a manner so as to correspond to keys of music, and a chord tone file storing the pointers in a manner so as to correspond to chord groups, each of the chord groups including chord tone data of chords belonging thereto. The system further includes a chord tone selecting section for selecting one of the pointers from the chord file based on the key designated by the key designating section and further selecting, from the chord tone file, chord tone data of one of the chords which belongs to one of the chord groups designated by the selected pointer and which is designated by the chord designating section. The system further includes a musical tone generating section for producing a musical tone corresponding to the chord tone data selected by the chord tone selecting section.
    • 音乐表演辅助系统包括用于指定音乐键的键指定部分,用于指定音乐中的和弦的和弦指定部分,以与音乐键对应的方式存储指针的和弦文件,以及和弦音调 文件以与弦组对应的方式存储指针,每个和弦组包括属于其的和弦的和弦音数据。 该系统还包括一个和弦音调选择部分,用于基于由键指定部分指定的键从和弦文件中选择一个指针,并且从和弦音调文件中选择属于一个和弦的和弦音调数据 由所选择的指针指定并由和弦指定部分指定的和弦组之一。 该系统还包括乐音产生部分,用于产生与由和弦音选择部分选择的和弦音数据相对应的乐音。
    • 97. 发明授权
    • Machine composer for adapting pitch succession to musical background
    • 机器作曲家适应音调继承到音乐背景
    • US5705761A
    • 1998-01-06
    • US706164
    • 1996-08-30
    • Junichi Minamitaka
    • Junichi Minamitaka
    • G10H1/36G10G3/04G10H1/00G10H1/38G10H1/22
    • G10H1/0025G10H2210/111G10H2210/525G10H2210/611Y10S84/02Y10S84/22
    • To provide a machine composer capable of efficiently composing natural melodies with a simplified system configuration and without requiring complicated data processing: A melody material storage 10 stores a plurality of melody materials each represented by a plurality of note records. Each note record in a melody material contains data items of pitch and note type or function. Thus, pitches of the plurality of note records constitute an original pitch succession whereas note types of the records define an original note type succession. A note type of each note record represents a pitch function specified by musical background of the original pitch succession. A input device 20 enters musical background information (including for example keynote, scale and chord). A pitch adapter 30 successively makes adapted pitches based on the entered musical background information and based on pitch and note type data from the melody material storage 10 to thereby compose a musical pitch succession or melody that is adapted to the entered musical background and depends on the original pitch and note type succession.
    • 提供能够以简化的系统配置有效地构成自然旋律并且不需要复杂数据处理的机器作曲者:旋律材料存储10存储多个由多个音符记录表示的旋律材料。 旋律材料中的每个音符记录包含音高和音符类型或功能的数据项。 因此,多个记录记录的间距构成原始音调继承,而记录的音符类型定义原始音符类型继承。 每个音符记录的音符类型表示由原始音调继承的音乐背景指定的音高函数。 输入装置20输入音乐背景信息(包括例如基调,音阶和和弦)。 音调适配器30基于输入的音乐背景信息并且基于来自旋律材料存储器10的音调和音符类型数据连续地制作适应的音高,从而组成适应于输入的音乐背景的音调继承或旋律,并且取决于 原始音高和音符类型继承。
    • 99. 发明授权
    • Method and apparatus for optically determining note characteristics in a
keyboard operated musical instrument
    • 用于在键盘操作的乐器中光学地确定音符特征的方法和装置
    • US5524521A
    • 1996-06-11
    • US395459
    • 1995-02-27
    • Pamela K. CliftCharles R. Lee
    • Pamela K. CliftCharles R. Lee
    • G10G3/04G10H1/055G10H1/34
    • G10H1/34G10G3/04G10H1/0553
    • A method and apparatus for accurately sensing key motion in a keyboard operated musical instrument, in which optical emitters and sensors are positioned above the hammer shanks. The optical emitters and sensors are arranged on a plurality of individually addressable sensor boards, and the sensor boards are divided into a plurality of individually addressable sensor banks. Each sensor board is independently and sequentially activated by a controller according to a specified timing sequence. As the controller activates a sensor board in one bank, allowing the board to warm up, another sensor board in the second bank, which has previously been activated and warmed up, is read and analyzed by the controller. Activation and reading of sensor boards alternates between sensor banks as the sensor boards are sequenced through. This overlapping of sensor board activation and reading, which is made possible by the preferred arrangement of the dual sensor banks as well as the data acquisition method employed, provides for a higher throughput of data conversion than has been heretofore achieved, and thus more efficient sensing and recording of musical expression information from keyboard instruments than has been previously attained.
    • 一种用于在键盘操作的乐器中精确地感测关键运动的方法和装置,其中光发射器和传感器位于锤柄上方。 光发射器和传感器布置在多个单独可寻址的传感器板上,并且传感器板被分成多个单独可寻址的传感器组。 每个传感器板根据指定的时序顺序由控制器独立且顺序启动。 当控制器激活一个传感器板,允许板预热时,先前激活并加热的第二组中的另一个传感器板由控制器读取和分析。 传感器板的激活和读取在传感器板顺序排列之间交替传感器组。 通过双传感器组的优选布置实现的传感器板激活和读取的这种重叠以及采用的数据采集方法提供了比迄今为止实现的更高的数据转换吞吐量,从而更有效地感测 并且从键盘乐器记录的音乐表情信息比之前已经达到。