MIDI 控制器相关的专利数据

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	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。
2	Collapsible/folding mini USB/MIDI keyboard controller	US10205819	2002-07-26	US20030019346A1	2003-01-30	Kirk Jeffrey
This invention is a musical electronic MIDI keyboard's hinge, which splits the keyboard into two equal parts. Each equal part will then fold over each other for the purpose of easy transportation, conservation of space, and self-protection.
3	实时动态乐器数字接口控制的方法和装置	CN97104655.7	1997-07-28	CN1141694C	2004-03-10	苏文钰; 张靖敏; 简良臣; 余德彰
通过把存储的乐器数字接口(MIDI)文件重新格式化成修正的MIDI文件格式并通过同时删除存储在文件中但是对再现无用的MIDI META事件、对MIDI文件预处理以便于再现文件的实时动态MIDI控制器。该MIDI控制器包括进行通道组配、通道声音信息组配或将各组配组合以便于控制选定的MIDI文件参数的管理器。实时动态MIDI控制器还包括输出接口电路，该电路对MIDI控制器已处理的一个或多个MIDI文件的传输进行协调。
4	实时动态乐器数字接口控制的方法和装置	CN97104655.7	1997-07-28	CN1203410A	1998-12-30	苏文钰; 张靖敏; 简良臣; 余德彰
通过把存储的乐器数字接口(MIDI)文件重新格式化成修正的MIDI文件格式并通过同时删除存储在文件中但是对再现无用的MIDI META事件、对MIDI文件预处理以便于再现文件的实时动态MIDI控制器。该MIDI控制器包括进行通道组配、通道声音信息组配或将各组配组合以便于控制选定的MIDI文件参数的管理器。实时动态MIDI控制器还包括输出接口电路,该电路对MIDI控制器已处理的一个或多个MIDI文件的传输进行协调。
5	一种利用生物电流的音乐控制装置及控制方法	CN202010065009.6	2020-01-20	CN111198613B	2021-09-07	张倩倩; 阙周莹; 苏靖璇; 梁峭
一种利用生物电流的音乐控制装置及控制方法，其可通过手势实现人与音乐的交互，并可对音乐参数进行编辑或控制，其包括电极片、壳体、安装于壳体内部的控制芯片U1、手势控制模块，电极片贴装于植物叶片上，电极片与控制芯片U1电连接，控制芯片U1通过MIDI信号传输通道与控制器连接，手势控制模块包括手势传感器、Arduino Lilypad，控制芯片U1内设置有模数转换模块、比较模块，一种音频控制的方法，其包括以下步骤：变量初始化、获取植物叶片上的电位值、对电位值与预先设定的电位阈值进行比较、将电位值转化为MIDI信号、将MIDI数据输送给控制器、通过手势传感器检测手势动作、控制器根据手势动作控制音频的响度、振幅、压缩及混响。
6	一种USB MIDI踏板控制设备及控制方法	CN202311807690.7	2023-12-26	CN117789678A	2024-03-29	李成云龙; 董光宇
本发明提供了一种USB MIDI踏板控制设备及控制方法，该控制方法包括：S101，控制设备从受电端取电；S103，所述控制设备取电后，为宿主设备以及控制设备内部元器件供电，所述宿主设备为受控电子乐器；S105，所述控制设备确认宿主设备正常工作后，发送不同的控制信号，以实现各类预期功能。本发明解决了以下技术问题并实现了有益效果：(1)用户可以外接的肢体控制器数量限制。本设备可支持连接无限多个用户控制器。(2)肢体控制器功能的限制。本设备可支持对MIDI兼容信号的控制，控制范围、能力得到大大增强。(3)肢体控制器内容的限制。本设备可实现电子乐器预置控制功能之外的控制方式，并可根据用户的需求对控制信号进行修改。
7	一种便携式智能音源装置	CN201721439343.3	2017-11-01	CN207302613U	2018-05-01	陆彦燊
本实用新型公开了一种便携式智能音源装置，包括：数字控制器、数字音源处理器、若干音源接口和电源，其中，数字控制器用于对接收的音频输入信号进行处理，其包括数据处理与控制模块，数据处理与控制模块分别与交互传输控制模块、USB存储控制模块、有线MIDI传输控制模块、无线MIDI传输控制模块电性连接；数字音源处理器与数字控制器电性连接，其包括数模转换模块和DSP芯片；音源接口用于传输音频信号，其包括USB MIDI接口、USB TO DISK接口、音乐设备数字接口、音频输入接口、音频输出接口、耳机接口、蓝牙天线与接触座；电源分别与数字控制器、数字音源处理器电性连接并提供电能。本实用新型提供了多种接口，功能齐全，操作方便。
8	可储万首伴唱歌曲并快速选曲的卡拉OK播放装置	CN94111298.5	1994-04-14	CN1110454A	1995-10-18	洪祖景
一种可储万首伴唱歌曲并快速选曲的卡拉OK播放装置，它是由软件与硬件结合而成的，用市售的EP ROM，MSK ROM及RAM元件装入记忆系统中，再引入市售的中央计算处理系统中，处理后的数据进入MIDI CARD，VD CARD，再进入输入输出转换器界面装置，并与面板显示及功能控制器，评分装置相接，即成本装置，这些功能是通过本装置的32个键钮，指示装置与10个接线端来实现的，它可储大量歌曲，并在一秒钟内选出供演唱用。
9	一种迷笛信号无线收发器	CN202321333790.6	2023-05-30	CN219577055U	2023-08-22	黄娇; 李桦标; 谢豪; 黄子凡; 黄子妤; 张明宇; 王凡
本实用新型公开了一种迷笛信号无线收发器，包括收发器本体，所述收发器本体包括上壳体、下壳体和线路板，所述上壳体与下壳体呈可拆卸连接，所述线路板设置于上壳体上，所述线路板包括输入输出端口、USB端口、对频按钮、电源开关、电池仓、电源指示灯和控制电路；所述USB端口包括USB HOST端口和USB‑C端口；本实用新型为无线MIDI连接器代替传统的MIDI线材，用来连接MIDI控制器和其他MIDI设备，并且兼容USB接口转换；通过MCU的USB‑Host口连接USB‑Device口，以达到将USB‑MIDI数据转换成MIDI协议数据。
10	即時性動態式MIDI控制方法和裝置	TW086116901	1997-11-13	TW343326B	1998-10-21	余德彰; 張靖敏; 簡良臣; 蘇文鈺
一個即時動態式的MIDI控制方法和裝置，藉由將MIDI檔案再格式化成為一個修正過的MIDI檔案，以及同時去除MIDI檔案中對播放時不需要的META事件，可預先處理MIDI檔案，加速MIDI檔案的播放。本發明之MIDI檔案控制器包含一個管理器，用來作有效的群組通道、群組通道聲音訊息、或組合兩者。如此，可加速MIDI檔案參數的控制。本發明之 MIDI檔案控制器同時還包含一個輸出介面電路，用來協調 MIDI控制器所處理的一個或多個的MIDI檔案之傳送。
11	聲音控制器	TW086115679	1997-10-23	TW364974B	1999-07-21	李相元
一聲音控制器用來做為可藉控制一音效器和一編碼／解碼器(CODEC)來對數位聲波檔案資料或聲音資料施加效果處理的一種聲源控制裝置。此聲音控制器包括用以解譯自PC擴充匯流排插槽和CODEC接收的數位聲被檔案資料並在判斷是否要對其施加效果處理後執行控制運作的一控制器的、用以解譯自PC擴充匯流排插槽接收的MIDI檔案資料的一聲波表音樂合成器、一音效器用以對來自聲波表音樂合成器與控制器的輸出資料值施加效果處理的一音效器、及用以把來自控制器之經處理輸出值轉為類比聲音信號再將產生的類比聲音信號輸出至一揚聲器的一個 CODEC。
12	Method and apparatus for real-time dynamic midi control	US882236	1997-06-25	US5852251A	1998-12-22	Alvin Wen-Yu Su; Ching-Min Chang; Liang-Chen Chien; Der-Jang Yu
A real time dynamic MIDI controller pre-processes MIDI files to facilitate playback by re-formatting stored MIDI files into a modified MIDI file format and simultaneously eliminating MIDI META events that are stored in the file, but unnecessary for playback. The MIDI controller includes an administrator to effect channel grouping, channel voice message grouping, or a combination thereof, to facilitate the control of selected MIDI file parameters. The real time dynamic MIDI controller also includes an output interface circuit to coordinate the transmission of one or more MIDI file that the MIDI controller has processed.
13	Playing information outputting device and playing data display system	JP2004004571	2004-01-09	JP2005196073A	2005-07-21	UEHARA HARUKI
<P>PROBLEM TO BE SOLVED: To reproduce MIDI data as actual and faithful timing even though the data are processed at a receiving side in an electronic musical instrument in which the MIDI data are output to the outside in accordance with the operations of playing operators. <P>SOLUTION: Functions of a time stamp adding module 12a are provided to an electronic musical instrument 12 of a sending side, a time stamp (timing information), which indicates the generation timing of the MIDI data, is generated every time the MIDI data are generated by keyboard playing and the time stamp is added to the MIDI data and output to a controller 11. The MIDI data and the time stamp are transmitted to the receiving side from the controller 11. A controller 21 of the receiving side computes the timing of the MIDI data by using the time stamp and an internal clock 21a and provides piano role-style fingering guide display on a display 22 arranged in the vicinity of an electronic musical instrument 24 on the basis of the MIDI data. <P>COPYRIGHT: (C)2005,JPO&NCIPI
14	Concert system and personal digital assistant	JP2006274328	2006-10-05	JP2008096462A	2008-04-24	KAWASHIMA TAKAHIRO
<P>PROBLEM TO BE SOLVED: To provide a concert system which plays in concert by being separately performed with a plurality of personal digital assistants. <P>SOLUTION: A number key assignor 11 detects operation to a number key of a mobile phone by a user to output to a MIDI control module 12. The MIDI control module 12 outputs a MIDI signal corresponding to operation to the number key to a MIDI controller 13 based on input from the number key assignor 11. Simultaneously, the MIDI control module 12 transmits the MIDI signal to another mobile phone through a transmission module 14. The MIDI controller 13 adjusts timing of the MIDI signal input from the MIDI control module 12 and the MIDI signal received from the other mobile phone via a receiving module 15 to output it to a sound source 6. The sound source 6 generates musical sound data based on the input MIDI signal and reproduces from a speaker 9 after being converted into an analog voice signal with a D/A part 8. <P>COPYRIGHT: (C)2008,JPO&INPIT
15	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.
16	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
17	HARDWARE AND SOFTWARE INTERFACE FOR CONTROL BY MIDI MESSAGES	PCT/FR0100762	2001-03-15	WO0169399A3	2002-04-04	CAILLAVET NAGUY; MONCAUBEIG GILLES
The invention, operating on the MIDI (Musical Instrument Digital Interface) standard, aims at providing the personal computer user (12) with an external peripheral (8) in the form of a table of switching and potentiometric controllers and its managing software (9), the whole set enabling real time control of parameters used by controllable client software's (1) or controllable external hardware systems (14) capable of operating the MIDI standard. The invention comprises two parts, hardware and software. The hardware (8) is a console of controllers whereof the electronic production is very simple, hence inexpensive. The software (9), resident in storage after launching, scans the values of the console of controllers via a connection port (13) of the computer. Said values, after being transformed or not, are provided to the client software's in real time by sending messages observing the MIDI standard to a software (10) or hardware (11) MIDI peripheral.
18	Method and device for superimposing playing data on digital audio data, or extracting playing data from digital audio data	JP2002121319	2002-04-23	JP2003316356A	2003-11-07	ISHII JUN
<P>PROBLEM TO BE SOLVED: To achieve the playing of music using MIDI data and the reproduction of digital audio data by connecting a plurality of apparatuses using a small number of interfaces and cables, and also to provide unitary management between MIDI data and digital audio data which are mutually connected. <P>SOLUTION: The MIDI data superimposing part 28 of a controller 11 replaces data of an LSB string in each kind of sample data of digital audio data with MIDI data, and transmits the digital audio data to a sound source module 12. The module 12 receives the digital audio data from the controller 11. The MIDI data extracting part 45 obtains MIDI data by taking out data of the LSB string in each sample of received digital audio data. <P>COPYRIGHT: (C)2004,JPO
19	Portable terminal device	JP2006298857	2006-11-02	JP2008118347A	2008-05-22	KAWASHIMA TAKAHIRO
PROBLEM TO BE SOLVED: To make an LED emit light in a color assigned to a pressed operation key. SOLUTION: A number key assigner 21 detects pressing/unpressing of a number key and notifies an MIDI control module 22 accordingly. Referring to a setting information file 23 for setting assignment of a music sound of high note or musical instrument sound and an emission light of LED 15 corresponding to each number key, the MIDI control module 22 creates a note-on-message for instructing the production of the music sound of high note or musical instrument sound corresponding to a pressed number key and sends out the note-on-message to a sound source 11 and also sends out an MIDI message for making the LED 15 light up or blink in a corresponding emission color to an LED controller 14. When the number key is unpressed, the MIDI control module 22 sends out a note-off-message to the sound source 11 and also sends out an MIDI message for turning off the LED 15 to the LED controller 14. COPYRIGHT: (C)2008,JPO&INPIT
20	HARDWARE AND SOFTWARE INTERFACE FOR CONTROL BY MIDI MESSAGES	PCT/FR2001/000762	2001-03-15	WO01069399A2	2001-09-20
The invention, operating on the MIDI (Musical Instrument Digital Interface) standard, aims at providing a personal computer user (12) an external peripheral (8) in the form of a table of switching and potentiometric controllers and its managing software (9), the whole set providing real time control of parameters used by controllable client software's (1) or external hardware systems (14) capable of operating the MIDI standard. The invention should be considered as a complementary extension of conventional man-machine interfaces which consist in the keyboard and mouse to the extent that it enables to control parameters from rotary potentiometers, linear potentiometers and switches. The invention comprises two parts, hardware and software. The hardware (8) is a console of controllers whereof the electronic production is very simple, hence inexpensive. The software (9), resident in storage after launching, scans the values of the console of controllers via a connection port (13) of the computer. Said values, whether after being transformed or not, are provided to the client software's in real time by sending messages observing the MIDI standard to a software (10) or hardware (11) MIDI peripheral. The client applications (1) of the invention can be software's of different fields of application (computer-assisted music, computer graphics, and the like) or software's controlling external hardware systems (14) if they authorise it. The invention converts the values derived from the console in the form of MIDI messages. Thus, the software's compatible with said standard can be controlled by the table. Furthermore, the MIDI data can be directly routed to a hardware MIDI peripheral (11) (of the board for instance) to control likewise hardware MIDI machines (15) such as synthesizer, beatbox, sound effects and the like.

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