专利检索_ .传感器即传感器细节定位或用组件来检测并转换机械振动或机械应力成电信号如音频触发或控制信号专利检索_ .传感器即传感器细节定位或用组件来检测并转换机械振动或机械应力成电信号如音频触发或控制信号专利检索查询_ .传感器即传感器细节定位或用组件来检测并转换机械振动或机械应力成电信号如音频触发或控制信号专利检索查询分析平台

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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	键盘乐器	CN201410030692.4	2014-01-22	CN103943099B	2017-03-01	大西健太
一种键盘乐器，包括:琴键（2）;板（7）;第一构件（70），用不同于所述板的材料的材料形成;第一声学换能器（50），配置为根据向其供应的驱动信号而让板振动;和第二声学换能器（80），配置为根据向其供应的驱动信号而让第一构件振动。在如上所述的键盘乐器中，可以通过让具有不同音色的声音层次化而产生自然且丰富的声音。
2	键盘乐器	CN201410030692.4	2014-01-22	CN103943099A	2014-07-23	大西健太
一种键盘乐器，包括:琴键（2）;板（7）;第一构件（70），用不同于所述板的材料的材料形成;第一声学换能器（50），配置为根据向其供应的驱动信号而让板振动;和第二声学换能器（80），配置为根据向其供应的驱动信号而让第一构件振动。在如上所述的键盘乐器中，可以通过让具有不同音色的声音层次化而产生自然且丰富的声音。
3	声音信号转换设备的保护装置	CN201380049650.9	2013-07-22	CN104662930B	2017-10-27	石井润
令从声音源电路(14)输出的音频信号通过振荡声板的变频器中的线圈(16)，通过声板的振荡发射声音信号。微计算机(30)获取线圈温度，其中，使用两种方法测量线圈(16)的温度，并且如果两种线圈温度的差超出预定范围，则中断向线圈(16)提供音频信号或者减少所提供的音频信号的量。即使线圈温度之一过度升高，微计算机(30)也能够中断向线圈(16)提供音频信号或者减少所提供的音频信号的量。
4	音板声学换能器	CN201410030984.8	2014-01-22	CN103943100A	2014-07-23	大西健太; 高桥裕史
本发明提供一种音板声学换能器，包括:主体(31、32、33,34);和振动器(35，36，37)，配置为响应于向其输入的声音信号让音板(7，7B)振动，其中主体经由金属板形成的固定件(40，40B)通过用不同于音板的构件(9，9B，90B)支撑。在振动器通过向其输入的声音信号振动，音板响应于声音信号振动且固定件也响应于声音信号振动。因为固定件通过金属板形成，固定件易于响应于声音信号的高频部分振动且通过固定件振动产生的声音充分地包括要被产生的声音的高频部分。
5	音板声学换能器	CN201410030984.8	2014-01-22	CN103943100B	2017-09-22	大西健太; 高桥裕史
本发明提供一种音板声学换能器，包括:主体(31、32、33,34);和振动器(35，36，37)，配置为响应于向其输入的声音信号让音板(7，7B)振动，其中主体经由金属板形成的固定件(40，40B)通过用不同于音板的构件(9，9B，90B)支撑。在振动器通过向其输入的声音信号振动，音板响应于声音信号振动且固定件也响应于声音信号振动。因为固定件通过金属板形成，固定件易于响应于声音信号的高频部分振动且通过固定件振动产生的声音充分地包括要被产生的声音的高频部分。
6	声音信号转换设备的保护装置	CN201380049650.9	2013-07-22	CN104662930A	2015-05-27	石井润
令从声音源电路(14)输出的音频信号通过振荡声板的变频器中的线圈(16)，通过声板的振荡发射声音信号。微计算机(30)获取线圈温度，其中，使用两种方法测量线圈(16)的温度，并且如果两种线圈温度的差超出预定范围，则中断向线圈(16)提供音频信号或者减少所提供的音频信号的量。即使线圈温度之一过度升高，微计算机(30)也能够中断向线圈(16)提供音频信号或者减少所提供的音频信号的量。
7	弦楽器のための交換可能ピックアップ支持体	JP2018003251	2018-01-12	JP2018116275A	2018-07-26	ジョルディ・カニベル・グリフォルス
【課題】楽器への取り付けのより効率的な手段を有し、既知のピックアップ支持体の問題を克服することを目的とする改善されたピックアップ支持体を提供すること。【解決手段】弦楽器のための交換可能ピックアップ支持体であって、前記支持体は、弦楽器への取り付けの手段が設けられる基礎本体部と、ピックアップを支持し前記基礎本体部に取り付けるための手段とを少なくとも備える種類のものであり、基礎本体部を弦楽器に取り付けるための前記手段は、ファスナー要素を少なくとも備え、ファスナー要素は、ファスナー要素にしっかりと連結される作動手段によって移動可能であり、ファスナー要素の端部は、前記基礎本体部の外面に配置されるそれぞれの孔を通じて部分的に突出し、前記弦楽器に取り付けられるように構成され、前記基礎本体部は、弦楽器への基礎本体部の取り付けにおいて、ファスナー要素を保持するための要素も少なくとも備える。【選択図】図1
8	弦楽器を加振するための装置	JP2015522535	2014-06-06	JP5849172B2	2016-01-27	小林功児

9	Vibration generator	JP2011196756	2011-09-09	JP2013056309A	2013-03-28	WAUKE TOMOKUNI
PROBLEM TO BE SOLVED: To provide a vibration generator capable of generating vibrations according to the regenerated sound of a music.SOLUTION: Sound data D2a corresponding to the range of the regenerated sound of the base and sound data D2b corresponding to the range of the regenerated sound of the drum are extracted, through a band pass filter, from analog music information D0 in which sounds of two or more musical instruments are mingled. Driving pulses P1 of low frequencies are generated in periods of data intervals Ta1, Ta2, Ta3, ... in which the sound data D2a reach or exceed a predetermined level, and driving pulses P2 of high frequencies are generated in periods of data intervals Tb1, Tb2, Tb3, ... in which the sound data D2b reach or exceed another predetermined level. These two types of driving pulses of different frequencies cause vibrators in a vibrating mechanism to resonate so as to generate vibrations according to the regenerated sound of a music.
10	音響信号変換器のための保護装置	JP2014536652	2013-07-22	JP6308133B2	2018-04-11	石井潤

11	加振器の取付構造、及び、楽器	JP2014157929	2014-08-01	JP2016035503A	2016-03-17	村上浩之; 松尾祥也
【課題】カバー部材を加振器の加振器本体に固定してもカバー部材の振動を抑制できるようにする。【解決手段】加振器本体41、及び、加振器本体に対して所定方向に振動する振動部49を有する加振器40と、楽器の筐体11に固定されて加振器本体を支持する支持部50と、支持部に固定されて加振器を覆うカバー部材70と、を備え、支持部が、筐体に面接触して固定されるベース板部51と、加振器本体を固定して支持する第一固定部52と、カバー部材を固定する第二固定部53と、を備え、第一固定部及び第二固定部が、ベース板部に対して互いに独立して接続されている加振器の取付構造を提供する。【選択図】図4
12	Sound board vibration applying apparatus	JP2013008906	2013-01-22	JP2014142378A	2014-08-07	ONISHI KENTA; TAKAHASHI YUJI
PROBLEM TO BE SOLVED: To generate a musical instrument sound sufficiently including high frequency components with a simple structure.SOLUTION: The sound board vibration applying apparatus has a vibration application device 30 and a fixing tool 40. The vibration application device 30 includes: a main body part (magnets 31, 33 and yokes 32, 34) and a vibration application part (a bobbin 35, a coil 36, a drive rod 37, and a drive member 39), and causes the vibration application part to vibrate for the main body part according to a musical instrument sound signal. The vibration application device 30 makes the vibration application part tightly contact with a sound board 7, and causes the sound board 7 to vibrate according to the input musical instrument sound signal. The main body part of the vibration application device 30 is fixed to a support member (a support 9) different from the sound plate 7 via the fixing tool 40 (first and second plane board parts 41, 42) which is constituted by a metal plate.
13	PORTABLE SPEAKER SYSTEM FOR ELECTRIC STRING INSTRUMENTS	US15976715	2018-05-10	US20180262822A1	2018-09-13	Christopher James PRENDERGAST; Dylan HORVATH; Borys CHYLINSKI
A portable speaker system for an electric string instrument such as a guitar. The portable speaker system has a housing including an audio jack for receiving a raw audio signal from a guitar, an amplifier, a speaker, and a power supply. The portable speaker system attaches to the guitar by a button connector which releasably attaches to a strap button of the guitar, and a stabilizer for inhibiting rotation of the portable speaker system when attached to the guitar. The portable speaker system portably generates output sound from the raw audio signal. The portable speaker system can couple with a portable computing device, which can process the raw audio signal and provide a supplementary audio signal, from which the portable speaker system can portably generate output sound.
14	EXCHANGEABLE PICKUP SUPPORT FOR STRING MUSICAL INSTRUMENT	US15867032	2018-01-10	US20180204558A1	2018-07-19	JORDI CANIVELL GRIFOLS
An interchangeable pickup support is for a stringed musical instrument. The support is of the type that includes at least a base body provided with an attachment to a stringed musical instrument and a support for supporting and attaching the pickup to the base body. The attachment includes at least a fastener which is movable by an actuator which is rigidly connected to the fastener, the ends of which are configured to project in part through respective holes arranged on the outer surface of the base body and attached to the stringed musical instrument. The base body also includes at least a retainer for the fastener in the attachment to the stringed musical instrument.
15	Sound producing apparatus, keyboard instrument, and sound production control method	US15547619	2015-12-18	US09959843B2	2018-05-01	Kenta Ohnishi
A sound producing apparatus includes: a plurality of sound producing members with differing oscillation frequencies; dampers each corresponding to a respective sound producing member and suppressing vibration by contacting the corresponding sound producing members; a damper operation mechanism that moves each damper, thereby controlling a state of contact of the damper with a corresponding sound producing members; a soundboard that undergoes sympathetic resonance with sound producing members; a vibrator that vibrates the soundboard; an acquisition unit configured to acquire an audio signal; a signal output unit configured to: generate a drive signal for driving the vibrator with a vibration corresponding to the acquired audio signal; and output the drive signal to the vibrator; and a damper control unit configured to drive the damper operation mechanism to change a state of contact between the sound producing members and their corresponding dampers, based on frequency distribution of acquired audio signal.
16	SYNTHESIZER WITH CYMBAL ACTUATOR	US14921267	2015-10-23	US20170116971A1	2017-04-27	Paul D. Lehrman; Chris Penny; Cody Chen; Noel Hwang; Robert White
An apparatus for making music includes a cymbal, an acoustic transducer, a signal-processing system that receives a first signal from the acoustic transducer and that generates a second signal based on a property of the first signal, and a classifier that determines a particular manner in which the cymbal was struck based on the second signal, and provides an output trigger signal for triggering production of a sound that consistent with the particular manner.
17	Protection apparatus for sound signal converting device	US14430807	2013-07-22	US09532141B2	2016-12-27	Jun Ishii
An audio signal output from a tone generator 14 is fed into a coil 16 provided in a transducer for vibrating a sound board, so that a sound signal is generated by the vibration of the sound board. A microcomputer 30 obtains temperature values of the coil 16 measured by two different methods, and suspends supply of audio signals to the coil 16 or reduces the amount of audio signals supplied to the coil 16 if the difference between the two coil temperature values is outside a predetermined range. In a case as well where one of the two coil temperature values has risen excessively, the microcomputer 30 suspends supply of audio signals to the coil 16 or reduces the amount of audio signals supplied to the coil 16.
18	Device for vibrating a stringed instrument	US14896442	2014-06-06	US09412347B2	2016-08-09	Koji Kobayashi
Provided is a device (20) for vibrating a string instrument (1) to allow the string instrument to be used as a loudspeaker. To press a base member (22) fitted with a vibration generator (50) against a bridge (13) of the string instrument (1) via a load point member (24) of a vibration transmission member (26), the base member (22) is provided with a fulcrum member (30) engaging an upper side of the strings (9) of the string instrument (1) and an anchor member (38) engaging a lower side of the strings (9). In order to urge the vibration transmission member (26) against the bridge (13), a cam mechanism (40) presses the anchor member (38) against the lower side of the strings (9).
19	Device for Vibrating a Stringed Instrument	US14896442	2014-06-06	US20160140941A1	2016-05-19	Koji Kobayashi
Provided is a device (20) for vibrating a string instrument (1) to allow the string instrument to be used as a loudspeaker. To press a base member (22) fitted with a vibration generator (50) against a bridge (13) of the string instrument (1) via a load point member (24) of a vibration transmission member (26), the base member (22) is provided with a fulcrum member (30) engaging an upper side of the strings (9) of the string instrument (1) and an anchor member (38) engaging a lower side of the strings (9). In order to urge the vibration transmission member (26) against the bridge (13), a cam mechanism (40) presses the anchor member (38) against the lower side of the strings (9).
20	INSTALLATION STRUCTURE FOR ACOUSTIC TRANSDUCER AND MUSICAL INSTRUMENT	US14813956	2015-07-30	US20160035331A1	2016-02-04	Hiroyuki Murakami; Yoshiya Matsuo
An installation structure for an acoustic transducer for vibrating a vibrated body of a musical instrument in a first direction for permitting the vibrated body to generate sounds, including: the acoustic transducer having a main body and a vibrating portion that vibrates in the first direction; a support portion to be fixed to a housing of the musical instrument for supporting the main body; and a cover member fixed to the support portion for covering the acoustic transducer, wherein the support portion includes a base plate portion to be held in surface contact with the housing so as to be fixed thereto, a first fixing portion to which the main body is fixed and which supports the main body, and a second fixing portion to which the cover member is fixed, and wherein the first and second fixing portions are connected to the base plate portion independently of each other.

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