| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 智能MIDI吉他系统 | CN202110463963.5 | 2021-04-26 | CN113077773A | 2021-07-06 | 叶翠欣; 蒋雯; 刘志荣; 李嘉元; 阮昭迪 |
| 本发明公开了智能MIDI吉他系统，主要包括吉他、以及终端系统；所述吉他通过有线或无线方式与终端系统连接并传输数据；所述终端系统安装在终端设备上。使用时，按下品格模块对应的品位时，触摸传感器便会检测到对应位置，而拨动琴弦时，则触动相应的限位开关，控制器通过这两个数据确定吉他应该发出的声音，从而驱动扬声器将其播放出来；同时将数据传送到终端系统，终端系统识别到对应数据后，与弹奏歌曲的琴谱上的对应数据进行比较，判别是否弹错，并将结果显示在终端屏幕上。本发明还具有结构简单、操作方便、容易实施的优点。 | ||||||
| 2 | MIDI CONTROLLER PEDALBOARD | PCT/US2003/029008 | 2003-09-15 | WO2004025622A2 | 2004-03-25 | GROFF, Warren, R. |
A MIDI controller pedalboard for composing and playing music such as pipe organ music is disclosed. The MIDI controller pedalboard provides pedals, and switches for the playing of notes and the manipulation of sound data in a MIDI format. |
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| 3 | 一种MIDI控制器 | CN202221858140.9 | 2022-07-19 | CN218471584U | 2023-02-10 | 汪林勇; 靳怡; 黄鹏 |
| 本实用新型提供一种MIDI控制器，包括底板和与底板共同围成收容空间的面壳，面壳的上表面开设有长条状的通孔；部分收容于通孔的导光条，导光条包括长方体状的主体部和自主体部的侧壁的中部向外水平延伸的翼部，翼部将主体部分为上主体部和下主体部，上主体部收容于通孔；固定于通孔下方的触控板，触控板设有贯通孔，下主体部收容于贯通孔，且翼部架设于触控板上；设置于触控板下方以支撑触控板的导光支架，导光支架具有多个上下贯通的透光孔；和固定于导光支架下方的电路板，电路板上设有多个发光器件，每个发光器件与每个透光孔对齐。 | ||||||
| 4 | 触控式MIDI控制器 | CN201620406740.X | 2016-05-06 | CN205608435U | 2016-09-28 | 程辉; 喻亮; 邹峻 |
| 本实用新型公开了一种触控式MIDI控制器，该触控式MIDI控制器包括多个触摸键、触控接口电路、及串行接口模块；多个触摸键分别与触控接口电路连接，触控接口电路还与串行接口模块连接；触摸键，对使用者手指与触摸键间形成耦合信号；触控接口电路，对耦合信号采集处理，编码成MIDI数据并传输至串行接口模块；触控接口电路还对来自串行接口模块的MIDI数据进行处理，解码成相应控制指令；串行接口模块与终端设备互联进行MIDI数据传输。本实用新型技术方案具有结构简单、成本较低的优点。 | ||||||
| 5 | Midi controller and midi system | JP326090 | 1990-01-10 | JPH03209687A | 1991-09-12 | SAKAMOTO MASAHARU |
| PURPOSE: To prevent the occurrence of a failure that sounding from MIDI equipment is not stopped and so on by supplying an action off signal recorded corresponding to a discontinuous playing condition indicating signal from a recording medium playing device to the MIDI equipment. CONSTITUTION: When a conditional signal which indicates a discontinuous playing condition is supplied from a player controller 7 during the processing of a main routine, the processor of an MIDI controller 24 starts an interrupting action. In the interrupting action, the processor reads a note on message written in a RAM 25, generates a note off message and makes it output from the controller 24 to MIDI equipment 26. Since the note off message is supplied to the equipment 26, sounding generated by the corresponding note on message is stopped. Then, it is judged whether other control on messages are written in the RAM 25 or not, and when it is judged that it is not, the processing of the main routine is restored. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 6 | Midi controller and midi system | JP20372590 | 1990-07-31 | JPH0486897A | 1992-03-19 | YAMAGUCHI SHIGERU; MUKAI KAZUHIKO; MATSUMOTO YUKIO; SUZUKI SHINJI; KATSU TOSHIYUKI; IIZUKA TATSU; YATSUHASHI KIYOMI; HIDAKA HIDENORI |
| PURPOSE: To suppress such trouble that sound generation does not stop regardless of the pause state of a performance device by writing a supplied MIDI signal in a RAM when the signal is an operation-ON signal and erasing the corresponding operation-ON signal from the RAM when the signal is an operation-OFF signal. CONSTITUTION: When a play state changes into the pause state, note-OFF messages corresponding to note-ON messages (channel, note number, and velocity) of current sound generation are prepared and the sound generation is all stopped temporarily. Further, a note-ON message which is prepared repeated in the pause state is written in the RAM 25. When the pause state is reset and the play state is entered again, the note-ON messages stored in the RAM are all outputted to a MIDI equipment 26. Therefore, when the play state is entered again, the sound generation is started immediately. COPYRIGHT: (C)1992,JPO&Japio | ||||||
| 7 | 一种基于外设设备的MIDI控制器、MIDI消息生成系统及方法 | CN202210657398.0 | 2022-06-10 | CN114898727A | 2022-08-12 | 李臻; 潘晓祺 |
| 本发明涉及基于人机接口外设设备的MIDI控制器、MIDI消息生成系统及方法，所述MIDI控制器包括HID协议解析芯片、第一微控制器、输出接口模块以及电源模块；所述HID协议解析芯片上设有USB接口；所述HID协议解析芯片连接于第一微控制器，所述HID协议解析芯片用于通过USB接口接收人机接口外设设备的HID数据输入，并将接收的HID数据解析成串行数据发送至第一微控制器；所述输出接口模块连接于第一微控制器；所述第一微控制器用于将HID协议解析芯片输入的串行数据转换成MIDI信息并输出至输出接口模块。通过人机接口外设设备进行演奏动作采集，可以减少MIDI控制器的成本，操作方便，功能简单，大大降低入门难度，提高用户的体验感。 | ||||||
| 8 | 带MIDI控制器功能的计算机键盘 | CN201811170427.0 | 2018-10-09 | CN109407854A | 2019-03-01 | 陈乐; 郭润博 |
| 一种带MIDI控制器功能的计算机键盘，包括：编辑键；MIDI功能器件，为旋转电位器、滑动电位器，功能按键和打击垫中的一种/两种/三种/四种的组合。中央处理单元对通过编辑键或MIDI功能器件输入的模拟数据进行逻辑处理，处理后得到对应的数字数据通过通讯单元传输给计算机。通讯单元，通过串行通讯和中央处理单元相连。通讯单元负责和计算机建立有线或者无线的连接，并且负责中央处理单元和计算机之间数据信息的交互。本发明不仅带有普通计算机键盘的各种编辑键，而且还带有MIDI功能器件。这种键盘在有线连接时只需要占用计算机一个物理接口。在采用无线通信连接的时候也只需要计算机支持一种无线通讯方式，或者只安装一个无线接收器即可实现。 | ||||||
| 9 | 一种便携的编曲MIDI键盘 | CN202311116104.4 | 2023-08-31 | CN117037754A | 2023-11-10 | 康新红; 孙菊化 |
| 本发明公开一种便携的编曲MIDI键盘，包括键盘本体、参数存储模块、与控制器。键盘本体包括多个鼓片与多个调节件；每个调节件均内置有参数调节单元；参数存储模块预先存储有所有的控制参数；控制器用于将参数调节单元的控制参数映射至对应的鼓片内；当用户通过调节件自定义调节控制参数时，参数调节单元自参数存储模块调取对应的控制参数，控制器根据该控制参数改变对应的鼓片的打击参数。本发明在参数修改过程中，无需通过上位机才能实现参数定义，省去了接线等需求，从而可以实现脱机修改参数定义，使整个键盘便于携带，便于用户在户外等环境中进行编曲等操作，提升了MIDI键盘使用的便携性与便利性。 | ||||||
| 10 | MIDI CONTROLLER PEDALBOARD | PCT/US0329008 | 2003-09-15 | WO2004025622A3 | 2004-06-24 | GROFF WARREN R |
| A MIDI controller pedalboard for composing and playing music such as pipe organ music is disclosed. The MIDI controller pedalboard provides pedals, and switches for the playing of notes and the manipulation of sound data in a MIDI format. | ||||||
| 11 | Midi controller and midi system | JP6506990 | 1990-03-14 | JPH03266284A | 1991-11-27 | YATSUHASHI KIYOMI; YAMAGUCHI SHIGERU |
| PURPOSE: To prevent the generation of nonconformity by supplying an action off signal corresponding to the content of an action on signal stored correspond ing to a correction impossible signal to indicate a state that the error correction of a sub-code signal is impossible to MIDI equipment. CONSTITUTION: A musical instrument digital interface (MIDI) controller 24 writes a supplied MIDI signal in an external RAM 25 when it is the action on signal of a note on message and so on and erases the action on signal corre sponding to the supplied MIDI signal when it is the action off signal of a note off message and so on. Besides, a sub-code error correcting circuit 22 outputs a correction impossible signal to the MIDI controller 24 with judging that sub- code error correction is impossible when the sub-code errors more than three sub-code symbols are detected in one pack at sub-code error detecting. Thus, the generation of nonconformity owing to the error correction impossibility of the sub-code is suppressed. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 12 | Midi controller and midi system | JP6506890 | 1990-03-14 | JPH03266283A | 1991-11-27 | YAMAGUCHI SHIGERU; MUKAI KAZUHIKO; HIDAKA HIDENORI; MATSUMOTO YUKIO; KATSU TOSHIYUKI; IIZUKA TATSU; SAKAMOTO MASAHARU |
| PURPOSE: To prevent the generation of nonconformity by detecting an action on signal in which elapsed time after it is stored becomes more than the fixed time and supplying an action off signal corresponding to the content of the action on signal to MIDI equipment. CONSTITUTION: A sub-code error correcting circuit 22 refers to a parity code, detects a sub-code error by what is called a syndrome operation and corrects the error, a musical instrument digital interface (MIDI) decoder 23 is a sub-code decoder which fetches MIDI data and decodes into a serial MIDI signal when the mode of a sub-code and an item indicate the MIDI data and the obtained MIDI signal is supplied through a MIDI controller 24 to MIDI equipment 26. The MIDI controller 24 writes the MIDI signal in an external RAM 25 when it is the action on signal of a note on memory and so on and erases the action on signal corresponding to an action off signal from the RAM 25 when it is the action off signal. Thus, the generation of nonconformity owing to the omission of a musical instrument playing program is suppressed. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 13 | Midi controller and midi system | JP5944690 | 1990-03-09 | JPH03259298A | 1991-11-19 | YAMAGUCHI SHIGERU; MUKAI KAZUHIKO; OGAWA SHUJI; YATSUHASHI KIYOMI |
| PURPOSE: To suppress the generation of trouble by storing the contents of an operation ON signal until a corresponding operation OFF signal is generated by a subcode decoder. CONSTITUTION: A subcode signal has a subcode block composed of subcode frames SF0 - SF97 and a subcode frame consists of channels P - W of subcode symbols. Then the contents of the operation ON signal as the MIDI(Musical Instrument Digital Interface) signal generated by the subcode decoder by decoding the subcode signal from a recording medium player are stored at least until the corresponding operation OFF signal is generated by the subcode decoder and subcode symbols are counted in one-subcode block units; when the counted value in one subcode block is not a specific value, the operation OFF signal corresponding to the contents of the stored operation ON signal is supplied to a MIDI equipment. Consequently, trouble is prevented from occurring. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 14 | 一种可无线控制的MIDI控制器系统 | CN201811293157.2 | 2018-11-01 | CN109559719A | 2019-04-02 | 郭润博 |
| 一种可无线控制的MIDI控制器系统，包括MIDI控制器，产生MIDI信息，利用通讯单元将MIDI信息发送出去。远程服务器，存储有与MIDI控制器对应的应用拷贝。移动智能设备以无线通讯方式连接到远程服务器，向远程服务器发送MIDI控制器对应的应用拷贝下载请求，实现应用拷贝的下载并完成对应应用程序的安装；移动智能设备以无线通讯方式连接至少一个MIDI控制器且能够向MIDI控制器传送无线信号并从MIDI控制器接收无线信号；应用程序运行在移动智能设备上，通过应用程序对MIDI控制器内部的用户可设置信息进行读取、修改以及存储工作。本发明将MIDI控制器的配置信息查看和修改的功能通过便携的移动智能设备上的应用程序来实现，操作更加直观，用户操作界面灵活，易于学习和上手。 | ||||||
| 15 | 基于航姿参考系统的MIDI控制器 | CN201611030457.2 | 2016-11-16 | CN106773899A | 2017-05-31 | 单一帆 |
| 本发明公开了一种基于航姿参考系统的MIDI控制器，包括：一传感器，其上设置九轴传感器芯片、单片机和2.4G天线，用于采集三轴加速度，三轴陀螺仪，三轴电子罗盘的数据进行九轴融合，生成姿态四元数并通过2.4G天线向外发送；一接收机，具有USB接口，用于接收所述姿态四元数并将其转换成欧拉角，取出该欧拉角中横滚分量，用贝塞尔函数将横滚分量转换成用于控制MIDI的某个通道上的控制数据，通过MIDI发送给后端的合成器作为合成器控制参数，进行音乐制作以及音乐演奏。本发明能使操作更加灵活无阻力，且体积小重量轻，可穿戴。 | ||||||
| 16 | 一种基于虚拟MIDI端口实现BLE MIDI控制器指令控制的方法及系统 | CN202311170445.X | 2023-09-12 | CN117170220A | 2023-12-05 | 郭剑; 谭超文 |
| 本发明公开了一种基于虚拟MIDI端口实现BLE MIDI控制器指令控制的方法及系统，包括以下步骤：通过在操作系统上进行端口模拟，创建若干虚拟MIDI端口；当检测到有控制器连接到操作系统时，为连接的控制器自动分配虚拟MIDI端口，并对连接状态进行实时检测；BLE MIDI控制器将要发出的正常MIDI指令和对应的虚拟MIDI端口封装在系统码之中，得到对应的功能系统码，并将功能系统码发送到解码器；通过解码器实时地将接收到的功能系统码转换为正常MIDI指令后，立即通过对应的虚拟MIDI端口发送操作系统，完成控制器的指令控制。本发明达到有效解决数据冲突以及扩大BLE MIDI控制器的作用范围的目的。 | ||||||
| 17 | Midi player | JP2005267807 | 2005-09-15 | JP2007079185A | 2007-03-29 | TSUKAMOTO KAORU; OKADA TOSHIHARU; MURAMATSU HIROBUMI |
| <P>PROBLEM TO BE SOLVED: To provide a MIDI player capable of reproducing a piece of music without hang-up of a system controller even when musical data from a host CPU are interrupted and a FIFO buffer becomes empty. <P>SOLUTION: Music data MDT written into the FIFO buffer 11 are pre-processed in the unit of a set of a delta time and a following MIDI message by a system controller 13 and are stored in a MIDI data buffer 14. A MIDI sequencer 15 controls a synthesizer 16 on the basis of the music data MDT in the MIDI data buffer 14. Thus, even when the FIFO buffer 11 becomes empty by processing delay or the like of the host CPU 1, music signals MUS can be output without interruption. Furthermore, when the FIFO buffer 11 becomes empty, preprocessing of the music data is stopped and command processing from the host CPU 1 is continued, thereby preventing hang-up of the system controller. <P>COPYRIGHT: (C)2007,JPO&INPIT | ||||||
| 18 | GESTENGESTEUERTES MIDI-INSTRUMENT | PCT/EP2009/052120 | 2009-02-23 | WO2009127462A1 | 2009-10-22 | MÜLLER, Alexander |
Die Erfindung betrifft ein gestengesteuertes MIDI-Instrument (16) mit integriertem Microcontroller (1) und entsprechenden Baugruppen zur Erzeugung von Notenwerten sowie zur Steuerung weiterer Klangparameter. Die Erfassung der Gesten, also der menschlichen Bewegungen, erfolgt durch die Verwendung von mehreren Sensoren. Die Interpretation der Gesten wird mittels MIDI-Protokoll an angeschlossene Folgegeräte weitergegeben, die daraufhin den Klang erzeugen. Im oder am MIDI-Instrument (16) sind die erforderlichen Baugruppen platziert, das sind der Microcontroller (1), ein Potentiometer oder ein Kapazitätssensor (2), ein Entfernungssensor (4), ein Kompasssensor (5), die MIDI-Schnittstelle (6) und der Akku (10). Mit dem MIDI-Instrument (16) müssen folgende Abläufe ausführbar bzw. - realisierbar sein, die Töne (Notenwerte) - die Lautstärke - die Klangmodi (Sound) müssen bei Einwirkung des Musikers (15) steuerbar sein. Die Steuerung der Töne geschieht durch Tastgriff auf einem länglichen Sensorfeld (3). Die Lautstärke wird unter Verwendung eines Entfernungssensors (4) geregelt. Je höher das MIDI-I nstrument (16) gehalten wird, je lauter wird der Ton. Die Einstellung des Sounds ergibt sich durch richtungsweisende Haltung des MIDI- Instruments (16), womit ein bestimmter MiDI-Kanal eingestellt wird. Durch die Verwendung eines Kompasssensors (5) erfolgt die Einstellung des MIDI-Kanals unabhängig von der Himmelsrichtung. Da das MIDI-Instrument beim Spielen ständig erhebliche menschliche Bewegung fordert, können vor allem jugendliche Musiker ihr Temperament, verbunden mit Bewegungsdrang, für virtuoses Musizieren nutzen. |
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| 19 | ADAPTIVE MIDI WIND CONTROLLER SYSTEM | PCT/US2008/084935 | 2008-11-26 | WO2009070711A1 | 2009-06-04 | WHALEN, David, S.; HARS, Laszlo; DICESARE, Michael; LUTHER, James, J. |
An air pressure and/or air flow sensing, system control device. The device may include an orientation sensor configured to provide a signal representative of a relative orientation of the air sensor. The device may have signal processor configured to combine signals from the two sensors to provide an event message that may be used to interface with a software package such as a music synthesizer package, or a software package for setting up a music synthesizer package. The device may also have a position sensor configured to provide a signal representative of a position of the air sensor relative to a fiducial that may be a plane of a surface of a component of the device. |
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| 20 | 一种无线吉他MIDI控制器 | CN201620323971.4 | 2016-04-18 | CN205609196U | 2016-09-28 | 孙辉 |
| 一种无线吉他MIDI控制器，涉及吉他效果器技术领域,其包括壳体、底盖、印制电路板、电池、开关、圆型旋钮和拨动旋钮，所述印制电路板设有与圆型旋钮相配合用于调节音色的电位器，所述印制电路板设有与拨动旋钮相配合用于调节音量的声阻器，所述开关和所述电池固定在所述壳体的内部，所述印制电路板覆盖并连接所述电池和所述开关放置于所述壳体内，所述底盖与所述壳体固定连接。在使用过程中，若需要变换预设的音色的时候，只需要转动圆型旋钮，就可以传输MIDI数据到计算机进行音色变换，若需要增大音量的时候，只需要移动拨动旋钮就可以轻松进行音量的调节。该结构不仅简单，而且对音色和音量的调节更加方便。 | ||||||
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