CN102760051A - Method for obtaining voice signal and electronic equipment - Google Patents

Method for obtaining voice signal and electronic equipment Download PDF

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Publication number
CN102760051A
CN102760051A CN2012100827180A CN201210082718A CN102760051A CN 102760051 A CN102760051 A CN 102760051A CN 2012100827180 A CN2012100827180 A CN 2012100827180A CN 201210082718 A CN201210082718 A CN 201210082718A CN 102760051 A CN102760051 A CN 102760051A
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China
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external device
data information
pronunciation data
screen
user
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CN2012100827180A
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CN102760051B (en
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尉伟东
范溯
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Abstract

The invention discloses a method for obtaining a voice signal used for outputting multiple music signals well. The method comprises the following steps: obtaining pronunciation data information from at least one outer device, wherein the at least one outer device is equipment provided with at least one instrument input component, wherein the pronunciation data information is generated by the at least one outer device through responding the operation of a user on the input component; determining corresponding voice attributes according to the obtained pronunciation data information, wherein the voice attributes at least comprise a tone, tone color, loudness or a length; and obtaining the corresponding voice signal according to the voice attributes. The invention further discloses electronic equipment used for realizing the method.

Description

A kind of method and electronic equipment that obtains voice signal
Technical field
The present invention relates to computing machine and built-in field, particularly a kind of method and electronic equipment that obtains voice signal.
Background technology
In the prior art,, can realize,, can perform music through computer, software through the keyboard that computer carries if want to perform music through computer.But the keyboard that computer carries generally is the computer keyboard special, with the professional music keyboard bigger difference is arranged, and plays like this and has very big limitation, and for example playing effect is comparatively stiff, and some scales possibly forbidden.And computer generally can only be simulated the sound of piano, for other musical instrument, then can't play through computer.For example, the (instrumental) ensemble to traditional music becomes difficult.
Summary of the invention
The embodiment of the invention provides a kind of method and electronic equipment that obtains voice signal, is used for exporting better multiple music signal.
A kind of method that obtains voice signal is applied to have the electronic equipment of display screen, may further comprise the steps:
Obtain pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user;
Pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least;
Obtain corresponding voice signal according to said voice attribute.
Preferable, also comprise step: the sounding module in the said electronic equipment is exported said voice signal.
Preferable, also comprise step: make said at least one first external device (ED) export said voice signal.
Preferable, said input module is the string music assembly, said input module comprises at least one sensor, and on the every string of said input module electric field information is arranged;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said sensor and said electric field information from said at least one external device (ED); Wherein, to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation to said pronunciation data information.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the string music assembly, on the every string of said string music assembly electric field information is arranged;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein, Said pronunciation data information is that the capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation, or said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.
Preferable, said input module is a keyboard components, under each keyboard capacitive means is arranged in the said input module;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain it from said at least one first external device (ED) and said user's operation is responded the said pronunciation data information of generation through said capacitive means.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a keyboard components;
When said input module is keyboard components; The step that obtains pronunciation data information from least one first external device (ED) comprises: through the capacitive means on the said touch-screen said user is responded the operation of said at least one first external device (ED), obtain said pronunciation data information.
Preferable, said input module is the wind instrument assembly, there is capacitive means each the button below in the said wind instrument assembly, and comprises microphone device in the said wind instrument assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said capacitive means and said microphone device from said at least one first external device (ED); Wherein, to be said at least one first external device (ED) respond generation through said capacitive means and said microphone device to said user's operation to said pronunciation data information.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the wind instrument assembly, comprises microphone device in the said wind instrument assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein said pronunciation data information is that the capacitive means on the said touch-screen obtains through said at least one first external device (ED), and said at least one first external device (ED) responds generation through said microphone device to said user's operation.
Preferable, said input module is a drum music assembly, said input module has a pressure transducer at least, is used to respond to said user's the dynamics of knocking;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said pressure transducer from said at least one first external device (ED); Wherein, said pronunciation data information is that said pressure transducer responds generation through the operation to said user.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a drum music assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein, said pronunciation data information is that capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the said user of response.
Preferable, also comprise step:
The said voice signal and the preset voice signal that obtain are compared, judge whether the two is identical;
When judged result for not the time, it is wrong to confirm that an information is used for the prompting input.
Preferable, be used for the prompting input in a definite information and also comprise step after wrong: the sounding module of said electronic equipment is exported said information.
Preferable, be used for the prompting input in a definite information and also comprise step after wrong: make said at least one first external device (ED) export said information.
A kind of electronic equipment, it has display screen, and said electronic equipment comprises:
First acquisition module; Be used for obtaining pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user;
Determination module is used for confirming the corresponding sound attribute according to the pronunciation data information that obtains that said voice attribute comprises tone, tone color, loudness or the duration of a sound at least;
Second acquisition module is used for obtaining corresponding voice signal according to said voice attribute.
Preferable, said electronic equipment also comprises: the sounding module is used to export said voice signal.
Preferable, said second acquisition module also is used for: make said at least one first external device (ED) export said voice signal.
Preferable, said input module is the string music assembly, said input module comprises at least one sensor, and on the every string of said input module electric field information is arranged;
Said first acquisition module specifically is used for obtaining the said pronunciation data information that it generates through said sensor and said electric field information from said at least one external device (ED); Wherein, to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation to said pronunciation data information.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the string music assembly, on the every string of said string music assembly electric field information is arranged;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein, Said pronunciation data information is that the capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation, or said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.
Preferable, said input module is a keyboard components, under each keyboard capacitive means is arranged in the said input module;
Said first acquisition module specifically is used for: obtain it from said at least one first external device (ED) and said user's operation is responded the said pronunciation data information of generation through said capacitive means.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a keyboard components;
Said first acquisition module specifically is used for: through the capacitive means on the said touch-screen said user is responded the operation of said at least one first external device (ED), obtain said pronunciation data information.
Preferable, said input module is the wind instrument assembly, there is capacitive means each the button below in the said wind instrument assembly, and comprises microphone device in the said wind instrument assembly;
Said first acquisition module specifically is used for: obtain the said pronunciation data information that it generates through said capacitive means and said microphone device from said at least one first external device (ED); Wherein, to be said at least one first external device (ED) respond generation through said capacitive means and said microphone device to said user's operation to said pronunciation data information.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the wind instrument assembly, comprises microphone device in the said wind instrument assembly;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein said pronunciation data information is that the capacitive means on the said touch-screen obtains through said at least one first external device (ED), and said at least one first external device (ED) responds generation through said microphone device to said user's operation.
Preferable, said input module is a drum music assembly, said input module has a pressure transducer at least, is used to respond to said user's the dynamics of knocking;
Said first acquisition module specifically is used for: obtain the said pronunciation data information that it generates through said pressure transducer from said at least one first external device (ED); Wherein, said pronunciation data information is that said pressure transducer responds generation through the operation to said user.
Preferable, said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a drum music assembly;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein, said pronunciation data information is that capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the said user of response.
Preferable, said electronic equipment also comprises judge module, is used for the said voice signal and the preset voice signal that obtain are compared, and judges whether the two is identical;
Said determination module also is used for: when judged result for not the time, it is wrong to confirm that an information is used for the prompting input.
Preferable, said electronic equipment also comprises: the sounding module is used to export said information.
Preferable, said second acquisition module also is used for: make said at least one first external device (ED) export said information.
The method that obtains voice signal in the embodiment of the invention comprises from least one first external device (ED) acquisition pronunciation data information; Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information generates the operation of the input module of said at least one first external device (ED) through said at least one first external device (ED) response user; Pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least; Generate corresponding voice signal according to said voice attribute.Pronunciation data information at least one first external device (ED) transmission is handled, and obtains final voice signal, and finally output possibly be the voice signal of multiple musical instrument, has realized the (instrumental) ensemble of multiple musical instrument better.Musical instrument input module with actual is imported, can be not stiff as the sound of computer simulation, more be rich in musical expression.
Description of drawings
Fig. 1 is the main method process flow diagram that obtains voice signal in the embodiment of the invention;
Fig. 2 is the primary structure figure of electronic equipment in the embodiment of the invention.
Embodiment
The method that obtains voice signal in the embodiment of the invention comprises from least one first external device (ED) acquisition pronunciation data information; Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information generates the operation of the input module of said at least one first external device (ED) through said at least one first external device (ED) response user; Pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least; Generate corresponding voice signal according to said voice attribute.Pronunciation data information at least one first external device (ED) transmission is handled, and obtains final voice signal, and finally output possibly be the voice signal of multiple musical instrument, has realized the (instrumental) ensemble of multiple musical instrument better.Musical instrument input module with actual is imported, can be not stiff as the sound of computer simulation, more be rich in musical expression.
At first introduce the method that obtains voice signal in the embodiment of the invention through concrete realization flow.
Referring to Fig. 1, the main method flow process that obtains voice signal in the embodiment of the invention is following, and said method can be applied to have in the electronic equipment of display screen:
Step 101: obtain pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user.
If said display screen is a touch-screen in the embodiment of the invention, then said at least one first external device (ED) can be placed on the said touch-screen.
Can be connected with at least one said first external device (ED) on the said electronic equipment, said first external device (ED) can be concrete musical instrument, and for example, piano, guitar or the like also can be the equipment with musical instrument input module.
What the musical instrument in the embodiment of the invention referred to can be each kind musical instrument, below simply describes.
One, string music class.
If said first external device (ED) is a stringed instrument, for example Chinese lute, violin or the like, it has the string music input module naturally, or has the equipment of string music input module, and then said input module can be called the string music assembly.If said first external device (ED) is not placed on the said display screen, the said input module of then said first external device (ED) can comprise at least one sensor, for example can be capacitive transducer.
If said first external device (ED) is comparatively traditional string music device, Zheng for example, or have the equipment of Zheng input module; And said first external device (ED) is not placed on the said display screen, and then said first external device (ED) can comprise the said sensor with string number as much, and a said sensor can be set on the every string; Obtain corresponding pronunciation data information; Can comprise electric field information to be used for confirming the tone of string music, to reach on every string, when playing certain root string; The electric field information of this string can change; Then said first external device (ED) can perceive this variation, is which root string with what confirm to play, obtains corresponding pronunciation data information.This moment said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to user's operation.Said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
If said first external device (ED) is comparatively modern string music device, for example guitar, bass etc., it possibly also have " article " that can press except string; And said first external device (ED) is not placed on the said display screen; Then said sensor can be arranged on the every string, and the number of said sensor can equal the string number, and perhaps said sensor can be arranged on " article " point accordingly; The number of said sensor can equal the number of " article " point; With what confirm to press is " article " of which position, obtains corresponding pronunciation data information, thereby can determine tone of string music etc.Simultaneously, can comprise electric field information on the every string, when playing certain root string, the electric field information of this string can change, and then said first external device (ED) can perceive this variation, is which root string with what confirm to play, obtains corresponding pronunciation data information.This moment said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.Said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
If said first external device (ED) is comparatively traditional string music device, Zheng for example, or have the equipment of Zheng input module; And said display screen is a touch-screen, and said first external device (ED) is placed on the said touch-screen, and then said first external device (ED) can comprise the said sensor with string number as much; A said sensor can be set on the every string, be used to obtain corresponding pronunciation data information, this pronunciation data information can be used for confirming tone; And can comprise electric field information on every string; When playing certain root string, the electric field information of this string can change, and then said first external device (ED) can perceive this variation; Which root string with what confirm to play is, obtains corresponding pronunciation data information.This moment said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to user's operation.Said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
If said first external device (ED) is comparatively modern string music device, for example guitar, bass etc., it possibly also have " article " that can press except string; And said display screen is a touch-screen, and said first external device (ED) is placed on the said touch-screen, and then said sensor can be arranged on the every string; The number of said sensor can equal the string number; Perhaps said sensor can be arranged on " article " point accordingly, and the number of said sensor can equal the number of " article " point, is " article " of which position with what confirm to press; Thereby obtain corresponding pronunciation data information, this pronunciation data information can be used for the tone of definite string music etc.Simultaneously, can comprise electric field information on the every string, when playing certain root string, the electric field information of this string can change, and then said first external device (ED) can perceive this variation, is which root string with what confirm to play, obtains corresponding pronunciation data information.This moment said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation; Perhaps, said input module can not comprise said sensor this moment, when the user presses certain " article "; Can directly respond to, to obtain corresponding pronunciation data information, simultaneously by the capacitive means of said touch-screen; Can comprise electric field information on the every string, when playing certain root string, the electric field information of this string can change; Then said first external device (ED) can perceive this variation, is which root string with what confirm to play, obtains corresponding pronunciation data information.This moment, said pronunciation data information was that capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation.Said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
Two, keyboard type.
If said first external device (ED) is a keyboard kind musical instrument, for example piano, mellotron etc., it has the keyboard input module naturally, or has the equipment of keyboard input module, and this moment, said input module can be called keyboard components.
If said first external device (ED) is not placed on the said display screen; Then each button below of said keyboard components can be provided with corresponding capacitive means; When the user presses certain button; Said first external device (ED) can obtain corresponding pronunciation data information through this capacitive means, and this said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.Wherein, can use respective identification bit representation tone color, for example; If said electronic equipment can external 8 said first external device (ED)s, then can represent tone color, for example with three flag; The sound of 001 expression piano, the sound of 010 expression guitar, 011 expression saxophone's sound; Or the like, said electronic equipment can be confirmed corresponding tone color according to corresponding flag.This moment said pronunciation data information to be said at least one first external device (ED) respond generation through said capacitive means to said user's operation.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
If said display screen is a touch-screen; Said first external device (ED) is placed on the said display screen; Then said keyboard components can not comprise capacitive means, and when the user pressed certain button, said electronic equipment can directly obtain corresponding pronunciation data information through the capacitive means on the said touch-screen; This said pronunciation data information can comprise the information that is used for confirming voice attribute, and said voice attribute can comprise tone, the duration of a sound, tone color, loudness etc. at least.This moment said pronunciation data information to be said electronic equipment respond generation to said user to the operation of said first external device (ED) through said capacitive means
Three, wind instrument class.
If said first external device (ED) is the wind instrument kind musical instrument; Saxophone or the like for example; It has the wind instrument input module naturally; Perhaps said first external device (ED) is the equipment with wind instrument input module, and this moment, said input module can be called the wind instrument assembly, can comprise microphone device in the said wind instrument assembly.
If said first external device (ED) is not placed on the said display screen; The below of each button that is had in the then said wind instrument assembly can be provided with a capacitive means; The number of capacitive means can be identical with number of keys, and when the user pressed a certain button, said first external device (ED) can be sensed corresponding pronunciation data information through said capacitive means; Wind instrument is when playing; The user possibly need to blow facing to said microphone device, and said first external device (ED) can obtain the dynamics that the user blows through said microphone device, thereby confirms corresponding pronunciation data information.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
If said display screen is a touch-screen; Said first external device (ED) is placed on the said touch-screen, can not comprise said capacitive means in the then said wind instrument assembly, when the user presses certain button; Said electronic equipment can obtain corresponding pronunciation data information through the capacitive means on the said touch-screen; And wind instrument is when playing, and the user possibly need to blow facing to said microphone device; Said first external device (ED) can obtain the dynamics that the user blows through said microphone device, thereby confirms corresponding pronunciation data information.Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send; Perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.
Four, drum music class.
If said first external device (ED) is a drum music kind musical instrument, for example rouse, it has drum music input module naturally, perhaps has the equipment of drum music input module, and then said drum music input module can be called said input module.
If said first external device (ED) is not placed on the said display screen, then said input module has a sensor at least, can be pressure transducer for example, is used for perception user's the dynamics of knocking.When the user knocks said input module; Said first external device (ED) can through said pressure transducer know the user the dynamics of knocking, knock information such as length; Thereby obtain corresponding pronunciation data information; Said first external device (ED) can be with the said pronunciation data information transmission that obtains to said electronic equipment; Can be initiatively to send, perhaps also can be to receive triggering the back and sending, perhaps can be said electronic equipment after said first external device (ED) sends request instruction said first external device (ED) according to described request instruction send said pronunciation data information to said electronic equipment.This moment, said pronunciation data information was that said pressure transducer in said first external device (ED) responds generation through the operation to said user.
If said display screen is a touch-screen; Said first external device (ED) is placed on the said touch-screen; Then said input module can not comprise sensor; When the user knocked said input module, the capacitive means on the said touch-screen can correspondingly respond, and said electronic equipment can directly obtain corresponding pronunciation data information through the response of said capacitive means.This moment, said pronunciation data information was that capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the response user.
Step 102: the pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least.
Said pronunciation data information can all come from said first external device (ED); Promptly can be said first external device (ED) responds generation to user's operation; Perhaps can all come from said electronic equipment; Promptly can be said electronic equipment responds generation to the user to the operation of said first external device (ED), perhaps can a part from said first external device (ED), being said first external device (ED) responds generation to user's operation; Another part is from said electronic equipment, and being said electronic equipment responds generation to the user to the operation of said first external device (ED).Said electronic equipment is confirmed corresponding voice attribute according to all pronunciation data information that obtain, and in the embodiment of the invention, said voice attribute can comprise tone color, tone, loudness, duration of a sound or the like at least.
Because of in the embodiment of the invention being confirms corresponding voice attribute according to the pronunciation data information of actual musical instrument input module input; And can confirm corresponding voice attribute according to the pronunciation data information of different actual musical instrument input module inputs, the pairing sound of therefore determining of voice attribute can be at least a melodic musical sound.
Step 103: obtain corresponding voice signal according to said voice attribute.
Said electronic equipment can generate corresponding voice signal according to the said voice attribute of determining.After generating said voice signal, said electronic equipment can directly be exported, and this moment, said electronic equipment need have the sounding module, promptly by said sounding module said voice signal was play.Perhaps; Said electronic equipment can be sent to said at least one first external device (ED) with the said voice signal that generates; Exported by said at least one first external device (ED), said first external device (ED) that receive said voice signal this moment need have the sounding module.And; If a plurality of said first external device (ED)s are arranged, for example there are three, then can select only said voice signal to be sent to one of them said first external device (ED); Make it export, make a riot of sound confusion to avoid a plurality of said first external device (ED)s to export simultaneously.
In the embodiment of the invention, can also comprise step: whether the said voice signal that judge to obtain identical with preset voice signal, when judged result for not the time, the output information is imported wrong with prompting.For example, can store at least one first song in advance in the said electronic equipment, when the user operates said input module; Said electronic equipment can obtain voice signal through handling, and it can compare the preset voice signal of voice signal that obtains and storage in advance, judges whether the two is identical; If identical, then can not operate, if different; Then can export information, operate wrongly with the prompting user, so can reach the purpose of teaching.When input prompt information, if said electronic equipment has the sounding module, then can export corresponding acoustic information and point out through said sounding module, perhaps also can adopt other modes that the user is pointed out; If said electronic equipment all has the sounding module with at least one first external device (ED); Then said electronic equipment can be selected oneself output information; Perhaps can select perhaps can select computer and said at least one first external device (ED) all to export information by said at least one first external device (ED) output information; If said electronic equipment does not have the sounding module, perhaps said electronic equipment oneself is not pointed out, and then can send information to said at least one first external device (ED), is used to inform that said at least one first external device (ED) input is wrong; Wherein, If said first external device (ED) has a plurality of; Then said electronic equipment can send information to wherein any or wherein arbitrarily several first external device (ED), perhaps also can all send information to all first external device (ED)s, if said first external device (ED) has the sounding module; Then can point out, perhaps also can adopt other modes that the user is pointed out the user.
Wherein, A kind of situation can be, stores the first song of M in the said electronic equipment in advance, and M is a positive integer; Said electronic equipment can be provided with a flag for every first song; For example can number, and the user can be known this numbering through said at least one first external device (ED) that then the user can be before playing to every first song; At first select a numbering, then said electronic equipment can know specifically should which the first song of the voice signal that obtain through this user with storage in advance be compared according to this numbering.Wherein, If at least two first external device (ED)s are arranged; Then the user can only be known from one of them first external device (ED) when knowing this numbering and gets final product, and for example, the user is known this numbering from one of them first external device (ED); And on this first external device (ED), selected a numbering, then this first external device (ED) can be informed said electronic equipment with user's selection result.
Another kind of situation can be; The user is after playing certain note; What said electronic equipment can judge that the user playing according to the voice signal that obtains at present specifically is which first song of self storage, and then said electronic equipment can compare the voice signal of this song and acquisition.
Below introduce in the embodiment of the invention method that obtains voice signal through several concrete embodiment.
Embodiment one:
Said electronic equipment is a computer, is circumscribed with two said first external device (ED)s, and it can be connected through two first external device (ED)s of corresponding interface and this respectively.Wherein first first external device (ED) is comparatively traditional stringed instrument Zheng, and second first external device (ED) is wind instrument musical instrument saxophone.
Said display screen is a touch-screen, and Zheng is not placed on the said touch-screen, and the saxophone is placed on the said touch-screen.
Zheng can comprise the said sensor with string number as much, and a said sensor can be set on the every string, and can comprise electric field information on every string.The saxophone comprises a microphone device.
The user can play Zheng and saxophone simultaneously.
When the user plays Zheng; Zheng can be known the corresponding first pronunciation data information through said sensor; This first pronunciation data information can be used for the tone of definite string music etc.; Can know the corresponding second pronunciation data information through said electric field information; Which root string is this second pronunciation data information can be used for confirming specifically to have played, and to confirm corresponding loudness etc., said first pronunciation data information and the said second pronunciation data information that Zheng can initiatively will obtain send computer to.
When the user plays the saxophone; When the user pressed a certain button, the capacitive means that is positioned at this button below on the said touch-screen can respond this operation, makes said computer obtain corresponding the 3rd pronunciation data information; The 3rd pronunciation data information can be used for confirming corresponding tone etc.; When the user blew to said microphone device, the saxophone can be known corresponding the 4th pronunciation data information, and the 4th pronunciation data information can be used for confirming corresponding loudness etc.Computer sends request instruction to the saxophone, and the saxophone can send said the 3rd pronunciation data information and said the 4th pronunciation data information that obtain to computer.
Computer is handled said first pronunciation data information and the said second pronunciation data information; Confirm its pairing first voice attribute; And said the 3rd pronunciation data information and said the 4th pronunciation data information are handled, confirm its pairing second voice attribute, and obtain first voice signal according to said first voice attribute; And according to said second voice attribute acquisition second sound signal, the mode of acquisition can be to generate.
Computer has the sounding module in the embodiment of the invention, directly said first voice signal and said second sound signal is exported.When output, can export in proper order according to user's performance, with true also original subscriber's playing procedure.
Embodiment two:
Said electronic equipment is a computer, is circumscribed with two said first external device (ED)s, and it can be connected through two first external device (ED)s of corresponding interface and this respectively.Wherein first first external device (ED) is comparatively modern stringed instrument guitar, and second first external device (ED) is the keyboard instrument mellotron.
Said display screen is a touch-screen, and guitar and mellotron all are placed on the said touch-screen.
Can comprise electric field information on the every string of guitar.
The user can play guitar and mellotron simultaneously.
When the user plays guitar; If the user presses certain article, the corresponding capacitance device that then is positioned on the said touch-screen of this article below can respond this operation, generates the first pronunciation data information; This first pronunciation data information can be used for confirming corresponding tone etc.; When the user stirred certain root string, the electric field information on this string can change, and guitar can be sensed this variation; Generate the second pronunciation data information, this second pronunciation data information can be used for confirming corresponding loudness etc.The said second pronunciation data information that guitar can initiatively will obtain sends to computer.
When the user plays mellotron; If the user presses certain button; The corresponding capacitance device that then is positioned on the said touch-screen of this button below can respond this operation, generates the 3rd pronunciation data information, and the 3rd pronunciation data information can be used for confirming corresponding voice attribute.
Computer is handled said first pronunciation data information and the said second pronunciation data information; Confirm its pairing first voice attribute; And said the 3rd pronunciation data information is handled, confirm its pairing second voice attribute, and obtain first voice signal according to said first voice attribute; And according to said second voice attribute acquisition second sound signal, the mode of acquisition can be to generate.
Computer self does not have the sounding module, and mellotron and guitar all have the sounding module, and computer is selected said first voice signal and said second sound signal are sent to mellotron, makes it export.When output, can export in proper order according to user's performance, with true also original subscriber's playing procedure.
Embodiment three:
Said electronic equipment is a computer, is circumscribed with two said first external device (ED)s, and it can be connected through two first external device (ED)s of corresponding interface and this respectively.Wherein first first external device (ED) is the keyboard instrument mellotron for first first external device (ED), and second first external device (ED) is drum music musical instrument drum.
Said display screen is a touch-screen, and mellotron is not placed on the said touch-screen, and drum is placed on the said touch-screen.
Each button below of mellotron can be provided with corresponding capacitive means, and the number of capacitive means can be identical with number of keys.
The user can play mellotron and drum simultaneously.
When the user plays mellotron; If the user presses certain button; The corresponding capacitance device that then is positioned at this button below can respond this operation, generates the first pronunciation data information, and this first pronunciation data information can be used for confirming corresponding voice attribute.The said first pronunciation data information that mellotron can initiatively will obtain is sent to computer.
When the user to drum when knocking, be positioned at corresponding capacitance device on the said touch-screen of drum below and can carry out correspondingly user's operation, obtain the second pronunciation data information.
Computer is handled the said first pronunciation data information; Confirm its pairing first voice attribute; And the said second pronunciation data information is handled, confirm its pairing second voice attribute, and obtain first voice signal according to said first voice attribute; And according to said second voice attribute acquisition second sound signal, the mode of acquisition can be to generate.
Computer self has the sounding module, and mellotron has the sounding module, and drum does not have the sounding module, and computer is selected said first voice signal and said second sound signal are sent to mellotron, makes it export.When output, can export in proper order according to user's performance, with true also original subscriber's playing procedure.
Embodiment four:
Said electronic equipment is a computer, is circumscribed with two said first external device (ED)s, and it can be connected through two first external device (ED)s of corresponding interface and this respectively.Wherein first first external device (ED) is comparatively modern stringed instrument guitar, and second first external device (ED) is the keyboard instrument mellotron.
Said display screen is a touch-screen, and guitar and mellotron all are placed on the said touch-screen.
Can comprise electric field information on the every string of guitar.
The user can play guitar and mellotron simultaneously.
When the user plays guitar; If the user presses certain article, the corresponding capacitance device that then is positioned on the said touch-screen of this article below can respond this operation, generates the first pronunciation data information; This first pronunciation data information can be used for confirming corresponding tone etc.; When the user stirred certain root string, the electric field information on this string can change, and guitar can be sensed this variation; Generate the second pronunciation data information, this second pronunciation data information can be used for confirming corresponding loudness etc.The said second pronunciation data information that guitar can initiatively will obtain sends to computer.
When the user plays mellotron; If the user presses certain button; The corresponding capacitance device that then is positioned on the said touch-screen of this button below can respond this operation, generates the 3rd pronunciation data information, and the 3rd pronunciation data information can be used for confirming corresponding voice attribute.
Computer is handled said first pronunciation data information and the said second pronunciation data information; Confirm its pairing first voice attribute; And said the 3rd pronunciation data information is handled, confirm its pairing second voice attribute, and obtain first voice signal according to said first voice attribute; And according to said second voice attribute acquisition second sound signal, the mode of acquisition can be to generate.
Computer self has the sounding module, and mellotron and guitar also all have the sounding module, and computer is selected said first voice signal and said second sound signal are sent to mellotron, makes it export.When output, can export in proper order according to user's performance, with true also original subscriber's playing procedure.
Store 50 first songs in the computer in advance; Computer is numbered every first song, and the user is known this numbering through mellotron, and then the user can be before playing; At first select a numbering; For example the user has selected the 8th first song, and mellotron is informed computer with user's selection result, and then computer can be known specifically and should the 8th first song of the voice signal that obtain through this user with storage in advance be compared according to this numbering.
Computer is that the two is inequality with the voice signal that obtains with the result that the 8th first song of storing in advance compares, and wherein, indication is inequality in the embodiment of the invention; Be meant that at least one note is inequality, computer can compare from the note that song begins in order, when finding to have a note inequality; Can export information through the sounding module of self immediately; For example this information can be a prompt tone, and is wrong to point out the user to import, perhaps; Computer can send information to mellotron and/or guitar; To inform mellotron and/or guitar through its sounding module output information, for example this information can be a prompt tone, imports wrong with the prompting user; Perhaps, computer self can be exported information, can send information to mellotron and/or guitar simultaneously, to inform that mellotron and/or guitar are through its sounding module output information.
When the user operates the appearance mistake, can in time point out the user, thereby make the user play correct melody better.
Referring to Fig. 2, the present invention also provides a kind of electronic equipment, and it has a display screen, and said electronic equipment can also comprise first acquisition module 201, determination module 202 and second acquisition module 203, and said electronic equipment can also comprise sounding module 204.
First acquisition module 201 is used for obtaining pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user.
When said input module is the string music assembly; Said input module comprises at least one sensor; And when on the every string of said input module electric field information being arranged; First acquisition module 201 specifically can be used for obtaining the said pronunciation data information that it generates through said sensor and said electric field information from least one external device (ED); Wherein, to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation to said pronunciation data information.
When said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the string music assembly, and when on the every string of said string music assembly electric field information being arranged, first acquisition module 201 specifically can be used for obtaining said pronunciation data information from said at least one first external device (ED); Wherein, Said pronunciation data information is that the capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation, or said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.
When said input module is a keyboard components; When under each keyboard capacitive means being arranged in the said input module, first acquisition module 201 specifically can be used for obtaining it from said at least one first external device (ED) and said user's operation responded the said pronunciation data information of generation through said capacitive means.
When said display screen is a touch-screen; Said at least one first external device (ED) is placed on the said touch-screen; When said input module is keyboard components; First acquisition module 201 specifically can be used for through the capacitive means on the said touch-screen said user being responded the operation of said at least one first external device (ED), obtains said pronunciation data information.
When said input module is the wind instrument assembly; There is capacitive means each button below in the said wind instrument assembly; Reach when comprising microphone device in the said wind instrument assembly; First acquisition module 201 specifically can be used for obtaining the said pronunciation data information that it generates through said capacitive means and said microphone device from said at least one first external device (ED); Wherein, to be said at least one first external device (ED) respond generation through said capacitive means and said microphone device to said user's operation to said pronunciation data information.
When said display screen is a touch-screen; Said at least one first external device (ED) is placed on the said touch-screen; Said input module is the wind instrument assembly; When comprising microphone device in the said wind instrument assembly; First acquisition module 201 specifically can be used for obtaining said pronunciation data information from said at least one first external device (ED), and wherein said pronunciation data information is that the capacitive means on the said touch-screen obtains through said at least one first external device (ED), and said at least one first external device (ED) responds generation through said microphone device to said user's operation.
When said input module is a drum music assembly; Said input module has a pressure transducer at least; Be used to respond to said user knock dynamics the time; First acquisition module 201 specifically can be used for obtaining it through the said pronunciation data information that said pressure transducer generates from said at least one first external device (ED), and wherein, said pronunciation data information is that said pressure transducer responds generation through the operation to said user.
Said display screen is a touch-screen; Said at least one first external device (ED) is placed on the said touch-screen; When said input module is drum music assembly; First acquisition module 201 specifically can be used for obtaining said pronunciation data information from said at least one first external device (ED), and wherein, said pronunciation data information is that the capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the said user of response.
Determination module 202 is used for confirming the corresponding sound attribute according to the pronunciation data information that obtains.
Determination module 202 can also be used for when judged result for not the time, it is wrong to confirm that an information is used for the prompting input.
Second acquisition module 203 is used for obtaining corresponding voice signal according to said voice attribute.
Second acquisition module 203 can also be used to make said at least one first external device (ED) to export said voice signal.
Second acquisition module 203 can also be used to make said at least one first external device (ED) to export said information.
Sounding module 204 is used to export said voice signal.
Sounding module 204 can also be used to export said information.
Said electronic equipment among Fig. 2 can also comprise judge module 205.
Judge module 205 is used for the said voice signal and the preset voice signal that obtain are compared, and judges whether the two is identical.
The method that obtains voice signal in the embodiment of the invention comprises from least one first external device (ED) acquisition pronunciation data information; Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information generates the operation of the input module of said at least one first external device (ED) through said at least one first external device (ED) response user; Pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least; Generate corresponding voice signal according to said voice attribute.Pronunciation data information at least one first external device (ED) transmission is handled, and obtains final voice signal, and finally output possibly be the voice signal of multiple musical instrument, has realized the (instrumental) ensemble of multiple musical instrument better.Musical instrument input module with actual is imported, and can import the sound of all kinds of different musical instruments, and the sound of input can be not stiff as the sound of computer simulation, and it is equal to the sound of directly being played output by musical instrument basically, more is rich in musical expression.
Those skilled in the art should understand that embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of the embodiment of complete hardware embodiment, complete software implementation example or combination software and hardware aspect.And the present invention can be employed in the form that one or more computer-usable storage medium (including but not limited to magnetic disk memory and optical memory etc.) that wherein include computer usable program code go up the computer program of implementing.
The present invention is that reference is described according to the process flow diagram and/or the block scheme of method, equipment (system) and the computer program of the embodiment of the invention.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or the block scheme and/or square frame and process flow diagram and/or the block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, make the instruction of carrying out through the processor of computing machine or other programmable data processing device produce to be used for the device of the function that is implemented in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame appointments.
These computer program instructions also can be stored in ability vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work; Make the instruction that is stored in this computer-readable memory produce the manufacture that comprises command device, this command device is implemented in the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame.
These computer program instructions also can be loaded on computing machine or other programmable data processing device; Make on computing machine or other programmable devices and to carry out the sequence of operations step producing computer implemented processing, thereby the instruction of on computing machine or other programmable devices, carrying out is provided for being implemented in the step of the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, belong within the scope of claim of the present invention and equivalent technologies thereof if of the present invention these are revised with modification, then the present invention also is intended to comprise these changes and modification interior.

Claims (28)

1. method that obtains voice signal is applied to have the electronic equipment of display screen, it is characterized in that, may further comprise the steps:
Obtain pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user;
Pronunciation data information according to obtaining is confirmed the corresponding sound attribute, and said voice attribute comprises tone, tone color, loudness or the duration of a sound at least;
Obtain corresponding voice signal according to said voice attribute.
2. the method for claim 1 is characterized in that, also comprises step: the sounding module in the said electronic equipment is exported said voice signal.
3. the method for claim 1 is characterized in that, also comprises step: make said at least one first external device (ED) export said voice signal.
4. like each described method of claim 1-3, it is characterized in that said input module is the string music assembly, said input module comprises at least one sensor, and on the every string of said input module electric field information is arranged;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said sensor and said electric field information from said at least one external device (ED); Wherein, to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation to said pronunciation data information.
5. like each described method of claim 1-3, it is characterized in that said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the string music assembly, on the every string of said string music assembly electric field information is arranged;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein, Said pronunciation data information is that the capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation, or said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.
6. like each described method of claim 1-3, it is characterized in that said input module is a keyboard components, under each keyboard capacitive means is arranged in the said input module;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain it from said at least one first external device (ED) and said user's operation is responded the said pronunciation data information of generation through said capacitive means.
7. like each described method of claim 1-3, it is characterized in that said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a keyboard components;
When said input module is keyboard components; The step that obtains pronunciation data information from least one first external device (ED) comprises: through the capacitive means on the said touch-screen said user is responded the operation of said at least one first external device (ED), obtain said pronunciation data information.
8. like each described method of claim 1-3, it is characterized in that said input module is the wind instrument assembly, there is capacitive means each the button below in the said wind instrument assembly, and comprises microphone device in the said wind instrument assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said capacitive means and said microphone device from said at least one first external device (ED); Wherein, to be said at least one first external device (ED) respond generation through said capacitive means and said microphone device to said user's operation to said pronunciation data information.
9. like each described method of claim 1-3, it is characterized in that said display screen is a touch-screen, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the wind instrument assembly, comprises microphone device in the said wind instrument assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein said pronunciation data information is that the capacitive means on the said touch-screen obtains through said at least one first external device (ED), and said at least one first external device (ED) responds generation through said microphone device to said user's operation.
10. like each described method of claim 1-3, it is characterized in that said input module is a drum music assembly, said input module has a pressure transducer at least, is used to respond to said user's the dynamics of knocking;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain the said pronunciation data information that it generates through said pressure transducer from said at least one first external device (ED); Wherein, said pronunciation data information is that said pressure transducer responds generation through the operation to said user.
11., it is characterized in that said display screen is a touch-screen like each described method of claim 1-3, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a drum music assembly;
The step that obtains pronunciation data information from least one first external device (ED) comprises: obtain said pronunciation data information from said at least one first external device (ED); Wherein, said pronunciation data information is that capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the said user of response.
12. like each described method of claim 1-3, it is characterized in that, also comprise step:
The said voice signal and the preset voice signal that obtain are compared, judge whether the two is identical;
When judged result for not the time, it is wrong to confirm that an information is used for the prompting input.
13. method as claimed in claim 12 is characterized in that, be used for prompting input in a definite information and also comprise step after wrong: the sounding module of said electronic equipment is exported said information.
14. method as claimed in claim 12 is characterized in that, is used for prompting input in a definite information and also comprises step after wrong: make said at least one first external device (ED) export said information.
15. an electronic equipment, it has display screen, it is characterized in that, said electronic equipment comprises:
First acquisition module; Be used for obtaining pronunciation data information from least one first external device (ED); Said at least one first external device (ED) is the equipment with at least a musical instrument input module; Wherein, said pronunciation data information is that said at least one first external device (ED) generates the operation of the said input module of self through the response user;
Determination module is used for confirming the corresponding sound attribute according to the pronunciation data information that obtains that said voice attribute comprises tone, tone color, loudness or the duration of a sound at least;
Second acquisition module is used for obtaining corresponding voice signal according to said voice attribute.
16. electronic equipment as claimed in claim 15 is characterized in that, said electronic equipment also comprises: the sounding module is used to export said voice signal.
17. electronic equipment as claimed in claim 15 is characterized in that, said second acquisition module also is used for: make said at least one first external device (ED) export said voice signal.
18., it is characterized in that said input module is the string music assembly like each described electronic equipment of claim 15-17, said input module comprises at least one sensor, and on the every string of said input module electric field information is arranged;
Said first acquisition module specifically is used for obtaining the said pronunciation data information that it generates through said sensor and said electric field information from said at least one external device (ED); Wherein, to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation to said pronunciation data information.
19., it is characterized in that said display screen is a touch-screen like each described electronic equipment of claim 15-17, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the string music assembly, on the every string of said string music assembly electric field information is arranged;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein, Said pronunciation data information is that the capacitive means on the said touch-screen obtains from said at least one first external device (ED) and said at least one first external device (ED) responds generation through the said electric field information on its every string to said user's operation, or said pronunciation data information to be said at least one first external device (ED) respond generation through the said electric field information on said at least one sensor and the every string to said user's operation.
20., it is characterized in that said input module is a keyboard components, under each keyboard capacitive means is arranged in the said input module like each described electronic equipment of claim 15-17;
Said first acquisition module specifically is used for: obtain it from said at least one first external device (ED) and said user's operation is responded the said pronunciation data information of generation through said capacitive means.
21., it is characterized in that said display screen is a touch-screen like each described electronic equipment of claim 15-17, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a keyboard components;
Said first acquisition module specifically is used for: through the capacitive means on the said touch-screen said user is responded the operation of said at least one first external device (ED), obtain said pronunciation data information.
22., it is characterized in that said input module is the wind instrument assembly like each described electronic equipment of claim 15-17, there is capacitive means each the button below in the said wind instrument assembly, and comprises microphone device in the said wind instrument assembly;
Said first acquisition module specifically is used for: obtain the said pronunciation data information that it generates through said capacitive means and said microphone device from said at least one first external device (ED); Wherein, to be said at least one first external device (ED) respond generation through said capacitive means and said microphone device to said user's operation to said pronunciation data information.
23., it is characterized in that said display screen is a touch-screen like each described electronic equipment of claim 15-17, said at least one first external device (ED) is placed on the said touch-screen; Said input module is the wind instrument assembly, comprises microphone device in the said wind instrument assembly;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein said pronunciation data information is that the capacitive means on the said touch-screen obtains through said at least one first external device (ED), and said at least one first external device (ED) responds generation through said microphone device to said user's operation.
24., it is characterized in that said input module is a drum music assembly like each described electronic equipment of claim 15-17, said input module has a pressure transducer at least, is used to respond to said user's the dynamics of knocking;
Said first acquisition module specifically is used for: obtain the said pronunciation data information that it generates through said pressure transducer from said at least one first external device (ED); Wherein, said pronunciation data information is that said pressure transducer responds generation through the operation to said user.
25., it is characterized in that said display screen is a touch-screen like each described electronic equipment of claim 15-17, said at least one first external device (ED) is placed on the said touch-screen; Said input module is a drum music assembly;
Said first acquisition module specifically is used for: obtain said pronunciation data information from said at least one first external device (ED); Wherein, said pronunciation data information is that capacitive means on the said touch-screen obtains the operation of said at least one first external device (ED) through the said user of response.
26., it is characterized in that said electronic equipment also comprises judge module like each described electronic equipment of claim 15-17, be used for the said voice signal and the preset voice signal that obtain are compared, judge whether the two is identical;
Said determination module also is used for: when judged result for not the time, it is wrong to confirm that an information is used for the prompting input.
27. electronic equipment as claimed in claim 26 is characterized in that, said electronic equipment also comprises: the sounding module is used to export said information.
28. electronic equipment as claimed in claim 26 is characterized in that, said second acquisition module also is used for: make said at least one first external device (ED) export said information.
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