CN104349241A - Earphone and information processing method - Google Patents

Earphone and information processing method Download PDF

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Publication number
CN104349241A
CN104349241A CN201310342009.6A CN201310342009A CN104349241A CN 104349241 A CN104349241 A CN 104349241A CN 201310342009 A CN201310342009 A CN 201310342009A CN 104349241 A CN104349241 A CN 104349241A
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Prior art keywords
acoustic information
function
earphone
mode
user
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CN201310342009.6A
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Chinese (zh)
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CN104349241B (en
Inventor
李凡智
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Abstract

The invention discloses an earphone and an information processing method. The earphone comprises a function body and an arousing device, wherein when the function body is in a work mode, first communication with electronic equipment can be realized through a first sound channel; the arousing device is connected with the function body and is used for performing second communication with the function body through a second sound channel different from the first sound channel when the function body is in a standby mode, so that the function body enters the standby mode.

Description

A kind of earphone and information processing method
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of earphone and information processing method.
Background technology
Along with the development of science and technology, the life of people come into by increasing electronic equipment, brings many facilities to the life of people.Wherein, bluetooth earphone, owing to passing through Bluetooth Communication Technology, realizes the radio communication with mobile phone, dark liking by users.
Bluetooth earphone now, is powered by storage battery mostly, for energy-conservation consideration, generally after user stops using a period of time (as: 10 minutes or 15 minutes), automatically can enter standby mode.
But present inventor is in the process realizing invention technical scheme in the embodiment of the present application, find that above-mentioned technology at least exists following technical problem:
In prior art, bluetooth earphone is when entering into standby mode, the voice messaging from user cannot be received, user's manual triggers one is generally needed to be arranged on button on bluetooth earphone, wake bluetooth earphone up and enter into mode of operation from standby mode, exist and do not support that user wakes by voice mode described bluetooth earphone to enter into mode of operation technical problem from standby mode up.
Summary of the invention
The embodiment of the present application, by providing a kind of earphone and information processing method, solves bluetooth earphone of the prior art and exists and do not support that user wakes by voice mode described bluetooth earphone to enter into mode of operation technical problem from standby mode up.
On the one hand, the application provides following technical scheme by an embodiment of the application:
A kind of earphone, described earphone comprises:
Function body, described function body, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment;
Rouser, be connected with described function body, for when described function body is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body, enter mode of operation to make described function body from described standby mode.
Preferably, described first communication, is specially:
Described function body receives the first acoustic information from described electronic equipment; Or
Described function body sends the second acoustic information in described electronic equipment.
Preferably, described function body, specifically comprises:
First Bluetooth communication device, for when described function body is in described mode of operation, set up described first with the second Bluetooth communication device be arranged in described electronic equipment by described first acoustic channel to communicate, and from described second Bluetooth communication device, receive described first acoustic information based on described first communication, or send described second acoustic information based on described first communication to described second Bluetooth communication device.
Preferably, described function body, also comprises:
Voice output, be connected with described first Bluetooth communication device, for when described function body is in described mode of operation, described first acoustic information is exported to user, wherein, when described user correctly wears described earphone, described voice output can be placed in the ear of described user.
Preferably, described function body, also comprises:
First voice collection device, is connected with described first Bluetooth communication device, for when described function body is in described mode of operation, gathers described second acoustic information from described user.
Preferably, described function body, also comprises:
First processor, is connected with described first Bluetooth communication device, described voice output and described first voice collection device; Wherein said first processor, for:
When described function body is in described mode of operation, controls described first Bluetooth communication device from described electronic equipment, obtain described first acoustic information, and control described first acoustic information of described voice output output; Or
When described function body is in described mode of operation, controls described voice collection device and gather described second acoustic information, and control in described first blue-tooth device transmission described second acoustic information to described electronic equipment.
Preferably, described first process be also connected with described Rouser, now, described first processor, also for:
When described function body is in described standby mode, receives one from described Rouser and wake instruction up, and wake instruction up based on described, control described function body and enter described mode of operation from described standby mode.
Preferably, described Rouser, specifically comprises:
Second voice collection device, for when described function body is in described standby mode, gathers the 3rd acoustic information from described user;
Second processor, be connected with described second voice collection device, for when described function body is in described standby mode, judge whether described 3rd acoustic information meets described pre-conditioned, described 3rd acoustic information meet described pre-conditioned time, instruction is waken up described in generation, and set up described second communication with described first processor, wake instruction based on described second communication up be sent to described first processor by described, enter described mode of operation to make described function body from described standby mode.
Preferably, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle; Wherein, when described user correctly wears described earphone, in the ear that described second voice collection device can be placed in described user or be close to the face of described user, to obtain acoustic information in described body.
Preferably, described second processor, specifically for:
When described function body is in described standby mode, based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information; Judge whether described 3rd acoustic information volume value is greater than one and presets volume value; When described 3rd acoustic information volume value is greater than described default volume value, described in generation, wake instruction up; Wake instruction described in transmission up to described first processor, enter described mode of operation to make described function body from described standby mode.
On the other hand, the application, by an embodiment of the application, provides following technical scheme:
A method for information processing, is applied in earphone, and described earphone, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment; Described method comprises:
When described earphone is in standby mode, obtain the 3rd acoustic information from user by the second channel not identical with described first acoustic channel;
Judge that whether described 3rd acoustic information meets one pre-conditioned;
Described 3rd acoustic information meet described pre-conditioned time, wake described earphone up and enter into mode of operation from described standby mode.
Preferably, described first communication, is specially:
Described earphone receives the first acoustic information from described electronic equipment; Or
Described earphone sends the second acoustic information in described electronic equipment.
Preferably, described earphone carries out described first based on Blue-tooth communication method and described electronic equipment and communicates.
Preferably, described to judge that whether described 3rd acoustic information meets one pre-conditioned, is specially:
Based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information;
Judge whether described 3rd acoustic information volume value is greater than one and presets volume value;
When described 3rd acoustic information volume value is greater than described default volume value, controls described earphone and enter described mode of operation from described standby mode.
Preferably, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
1, in the embodiment of the present application, disclose a kind of earphone, described earphone comprises: function body, and described function body, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment; Rouser, be connected with described function body, for when described function body is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body, enter mode of operation to make described function body from described standby mode.Owing to adopting a Rouser, the described function body mode of operation being in standby mode is controlled by the second acoustic channel different from described first acoustic channel, so, efficiently solve bluetooth earphone of the prior art to exist and do not support that user wakes by voice mode described bluetooth earphone to enter into mode of operation technical problem from standby mode up, achieve user and can wake by voice the technique effect that the bluetooth earphone being in standby mode enters mode of operation up.
2, in the embodiment of the present application, the second processor in described Rouser, adopt and judge that whether being greater than one from the volume value of the 3rd voice messaging of user presets the mode of volume value to wake described function body up, be specially when the volume value of described 3rd voice messaging is greater than described default volume value, generate one and wake instruction up, for waking the described work function body being in standby mode up.Because processing mode is simple, is only a comparison procedure, so power consumption is lower, thus has saved electric energy, achieve the technique effect in the cruising time of improving described earphone.
3, in the embodiment of the present application, because the oral cavity of described 3rd voice messaging specifically by described user sends, and acoustic information in the body propagated is carried out by the bone of described user or muscle, and described second voice collection device can be placed in described user ear in or be close to the face of described user, thus can clearly obtain acoustic information in described body, the endosome voice information signal intensity got due to this is very high, so, without the need to amplifying voice messaging in this body, simplify structure and the signal processing of described Rouser, achieve energy-conservation further, improve the technique effect in the cruising time of described earphone.
Accompanying drawing explanation
Fig. 1 is the front outer portion structural representation of earphone in the embodiment of the present application one;
Fig. 2 is the lateral inner structural representation of earphone in the embodiment of the present application one;
Fig. 3 is the method flow diagram of information processing method in the embodiment of the present application one.
Embodiment
The embodiment of the present application, by providing a kind of earphone and information processing method, solves bluetooth earphone of the prior art and exists and do not support that user wakes by voice mode described bluetooth earphone to enter into mode of operation technical problem from standby mode up.
The technical scheme of the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:
A kind of earphone, described earphone comprises:
Function body, described function body, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment;
Rouser, be connected with described function body, for when described function body is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body, enter mode of operation to make described function body from described standby mode.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete execution mode, technique scheme is described in detail.
Embodiment one
As shown in Figure 1 and Figure 2, a kind of earphone, described earphone comprises:
Function body 10, described function body 10, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment;
Rouser 20, be connected with described function body 10, for when described function body 10 is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body 10, enter mode of operation to make described function body 10 from described standby mode.
In specific implementation process, as shown in Figure 1 and Figure 2, described earphone is a bluetooth earphone, and comprises: fuselage sections B, earphone portions A and microphone part C.Wherein, when user correctly wears described earphone, described earphone portions can be placed in the ear of user.And divide in described microphone portion and offer several apertures, be beneficial to described earphone and obtain the acoustic information that user sends.
In specific implementation process, described earphone can communicate with an electronic equipment based on the first acoustic channel, and described electronic equipment can be specifically: mobile phone or the computer, panel computer etc. with Bluetooth function.
Further, described first communication, is specially:
Described function body receives the first acoustic information from described electronic equipment; Or
Described function body sends the second acoustic information in described electronic equipment.
In more detail, described first acoustic channel, is specially: the voice signal passage connected and composed by the first Bluetooth communication device 101, first processor 102, voice output 103, first voice collection device 104.Wherein, described first acoustic channel can be divided into again two strip acoustic channels, that is: the first sub-acoustic channel and the second sub-acoustic channel.
Described first sub-acoustic channel is connected to form successively by the first Bluetooth communication device 101, first processor 102, voice output 103.Described first sub-acoustic channel is used for: from described electronic equipment, receive described first acoustic information by described first Bluetooth communication device 101, and processed by described first processor 102, then export via described voice output 103.
Described second sub-acoustic channel is connected to form successively by the first voice collection device 104, first processor 102, first Bluetooth communication device 101.Described second sub-acoustic channel is used for: obtain described second acoustic information by described voice collection device 104 from user side, and processed by described first processor 102, then be sent to described electronic equipment side via described first Bluetooth communication device 101.
Described first acoustic information and described second acoustic information are the contact voice messaging that user and described electronic equipment carry out voice communication.By two subchannel of described first acoustic channel, enable the voice communication of coming and going between described earphone transmission user side and electronic equipment side.
In more detail, described second acoustic channel, is specially: connected to form successively by the second voice collection device 201, second processor 202.Described second acoustic channel is used for: the 3rd acoustic intelligence being received user side by described second voice collection device 201, and described 3rd acoustic information is transferred to described second processor 202 processes.Wherein, described 3rd acoustic information is user enters mode of operation voice messaging for waking the operative body being in standby mode up.
In specific implementation process, user obtains the first acoustic information by the earphone portions of described earphone from described electronic equipment, and described first acoustic information specifically refers to the acoustic information by earphone transmission described in described electronic equipment side direction.As: as described in electronic equipment carry out music time, user hears described music by the earphone portions of described earphone.
In specific implementation process, user is also by the microphone part of described earphone, and to described electronic equipment second acoustic information, described second acoustic information specifically refers to the acoustic information transmitted to described electronic equipment side by described earpiece side.As: as described in electronic equipment record time, user by described earphone microphone part to described electronic equipment recording substance; Or when described electronic equipment support voice controls, user sends phonetic control command by the microphone part of described earphone to described electronic equipment, performs a preset task to enable described electronic equipment based on described phonetic control command.
In specific implementation process, described first acoustic information and described second acoustic information can transmit simultaneously.When described electronic equipment is a mobile phone, user carries out telephone communication by earphone and described electronic equipment and other users.
Further, described function body 10, specifically comprises:
First Bluetooth communication device 101, for when described function body 10 is in described mode of operation, set up described first with the second Bluetooth communication device be arranged in described electronic equipment by described first acoustic channel to communicate, and from described second Bluetooth communication device, receive described first acoustic information based on described first communication, or send described second acoustic information based on described first communication to described second Bluetooth communication device.
In specific implementation process, because Bluetooth Communication Technology can support the radio communication of more than at least 10 meters.So described earphone can set up radio communication based on described first Bluetooth communication device 101 with the second Bluetooth communication device be arranged in described electronic equipment.
Further, described function body 10, also comprises:
Voice output 103, be connected with described first Bluetooth communication device 101, for when described function body 10 is in described mode of operation, described first acoustic information is exported to user, wherein, when described user correctly wears described earphone, described voice output 103 can be placed in the ear of described user.
Further, described function body 10, also comprises:
First voice collection device 104, is connected with described first Bluetooth communication device 101, for when described function body 10 is in described mode of operation, gathers described second acoustic information from described user.
Further, described function body 10, also comprises:
First processor 102, is connected with described first Bluetooth communication device 101, described voice output 103 and described first voice collection device 104; Wherein said first processor 102, for:
When described function body 10 is in described mode of operation, controls described first Bluetooth communication device 101 from described electronic equipment, obtain described first acoustic information, and control described voice output 103 and export described first acoustic information; Or
When described function body 10 is in described mode of operation, controls described first voice collection device 104 and gather described second acoustic information, and control described first Bluetooth communication device 101 and send described second acoustic information in described electronic equipment.
In specific implementation process, described first processor 102 is the core processing unit of described function body 10, controls the Signal transmissions of described first acoustic information and described second acoustic information.
And, exist in described first acoustic information that described first Bluetooth communication device 101 receives the signal strength signal intensity of clutter or described first acoustic information more weak time, described first processor can clutter described in filtering or amplify the signal strength signal intensity of described first acoustic information.
And, exist in described second acoustic information that described first voice collection device 104 collects the signal strength signal intensity of clutter or described second acoustic information more weak time, described first processor can clutter described in filtering or amplify the signal strength signal intensity of described second acoustic information.
And store signal Anti-interference algorithm information in described first processor 102, when described earphone is subject to outer signals interference, described first processor based on described Anti-interference algorithm information, can eliminate interference.
Further, described first process 102 is also connected with described Rouser 20, now, described first processor 102, also for:
When described function body 10 is in described standby mode, receives one from described Rouser 20 and wake instruction up, and wake instruction up based on described, control described function body 10 and enter described mode of operation from described standby mode.
In specific implementation process, described bluetooth earphone also has a storage battery (not marking in figure), is connected with described function body and described Rouser, powers for giving described function body and described Rouser.Communicate because this earphone carries out described first based on Bluetooth Communication Technology and described electronic equipment (as: mobile phone), and the power consumption of Blue-tooth communication method is larger, so, for energy-conservation consideration, after described function body does not carry out work a period of time, described first processor can control described function body and enter standby mode, now, described first processor enters sleep pattern, and now, the power consumption of described function body drops to minimum.Wherein, described function body does not carry out work, specifically refers to: described function body does not carry out spreading out of work to described first acoustic information or described second acoustic information.
Due to, described function body enters standby mode, so, described first communication of setting up based on described first acoustic channel is closed, now, user cannot send voice messaging to described function body 10, so user also just cannot wake described function body 10 up by voice mode based on described first communication.The application have employed the Rouser 20 by being connected with described function body 10, receives the voice messaging of user, supports that user wakes described function body 10 up by voice mode.
In specific implementation process, described first processor 102 chip has an enable pin, and described Rouser 20 is connected with described enable pin.When waking instruction up described in the described enable pin of described first processor 102 is received, automatically can wake up, and control described function body and enter mode of operation.
Further, described Rouser 20, specifically comprises:
Second voice collection device 201, for when described function body 10 is in described standby mode, gathers the 3rd acoustic information from described user;
Second processor 202, be connected with described second voice collection device 201, for when described function body 10 is in described standby mode, judge whether described 3rd acoustic information meets described pre-conditioned, described 3rd acoustic information meet described pre-conditioned time, instruction is waken up described in generation, and set up described second communication with described first processor 102, wake instruction based on described second communication up be sent to described first processor 102 by described, enter described mode of operation to make described function body 10 from described standby mode.
In more detail, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle; Wherein, when described user correctly wears described earphone, in the ear that described second voice collection device 201 can be placed in described user or be close to the face of described user, to obtain acoustic information in described body.
In specific implementation process, because the muscle of human body or bone will much larger than air to the communication effect of sound, and by the muscle of human body or the bone propagation medium as sound, receive the 3rd acoustic information that user oral cavity sends, there is the advantage that signal strength signal intensity is large, clutter composition is little, so when described second process 202 device receives described 3rd acoustic information, without the need to carrying out signal amplification or filtering process to described 3rd acoustic information, and then decrease the power consumption of described second processor 202, also indirectly improve the battery life of described earphone.
Due to, described second voice collection device 201 is arranged on described earphone portions A place by the embodiment of the present application, so, when user correctly wears described earphone, described second voice collection device 201 can be close to auricle or the Ear cartilage of user, thus clearly can obtain described 3rd acoustic information.Now, also described rising tone mixer 201 can be arranged on described microphone part C place, described in when user correctly wears described earphone, the second voice collection device 201 can be close to the face of user, clearly can obtain described 3rd acoustic information equally.
Further, described second processor 202, specifically for:
When described function body 10 is in described standby mode, based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information; Judge whether described 3rd acoustic information volume value is greater than one and presets volume value; When described 3rd acoustic information volume value is greater than described default volume value, described in generation, wake instruction up; Wake instruction described in transmission up to described first processor 102, enter described mode of operation to make described function body 10 from described standby mode.
In specific implementation process, described default volume value should at least be greater than 30 decibels.
Due to, the second processor 202 is only compare the volume value of described 3rd acoustic information, and processing procedure simply, easily realizes, so, the power consumption of described second processor 202 is very little, thus furthermore achieved that energy-conservation effect, improves the battery life of described earphone.
Based on same inventive concept, the application still another embodiment provides a kind of method of information processing.
As shown in Figure 3, a kind of method of information processing, is applied in earphone, and described earphone, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment; Described method comprises:
Step 301: when described earphone is in standby mode, obtains the 3rd acoustic information from user by the second channel not identical with described first acoustic channel;
Step 302: judge that whether described 3rd acoustic information meets one pre-conditioned;
Step 303: described 3rd acoustic information meet described pre-conditioned time, wake described earphone up and enter into mode of operation from described standby mode.
Further, described first communication, is specially:
Described earphone receives the first acoustic information from described electronic equipment; Or
Described earphone sends the second acoustic information in described electronic equipment.
Further, described earphone carries out described first based on Blue-tooth communication method and described electronic equipment and communicates.
Further, described to judge that whether described 3rd acoustic information meets one pre-conditioned, is specially:
Based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information;
Judge whether described 3rd acoustic information volume value is greater than one and presets volume value;
When described 3rd acoustic information volume value is greater than described default volume value, controls described earphone and enter described mode of operation from described standby mode.
Further, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle.
The method that the information processing method introduced due to the present embodiment adopts when waking the function body being in standby mode up and entering mode of operation for the second processor described in the embodiment of the present application, so based on the earphone introduced in the embodiment of the present application, those skilled in the art can understand embodiment and its various version of the information processing method of the present embodiment, so introduce no longer in detail for this information processing method at this.As long as those skilled in the art implement the information processing method that the application's earphone adopts, all belong to the application for protection scope.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, in the embodiment of the present application, disclose a kind of earphone, described earphone comprises: function body, and described function body, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment; Rouser, be connected with described function body, for when described function body is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body, enter mode of operation to make described function body from described standby mode.Owing to adopting a Rouser, the described function body mode of operation being in standby mode is controlled by the second acoustic channel different from described first acoustic channel, so, efficiently solve bluetooth earphone of the prior art to exist and do not support that user wakes by voice described bluetooth earphone to enter into mode of operation technical problem from standby mode up, achieve user and can wake by voice the technique effect that the bluetooth earphone being in standby mode enters mode of operation up.
2, in the embodiment of the present application, the second processor in described Rouser, adopt and judge that whether being greater than one from the volume value of the 3rd voice messaging of user presets the mode of volume value to wake described function body up, be specially when the volume value of described 3rd voice messaging is greater than described default volume value, generate one and wake instruction up, for waking the described work function body being in standby mode up.Because processing mode is simple, is only a comparison procedure, so power consumption is lower, thus has saved electric energy, achieve the technique effect in the cruising time of improving described earphone.
3, in the embodiment of the present application, because the oral cavity of described 3rd voice messaging specifically by described user sends, and acoustic information in the body propagated is carried out by the bone of described user or muscle, and described second voice collection device can be placed in described user ear in or be close to the face of described user, thus can clearly obtain acoustic information in described body, the endosome voice information signal intensity got due to this is very high, so without the need to amplifying voice messaging in this body, simplify structure and the signal processing of described Rouser, achieve energy-conservation further, improve the technique effect in the cruising time of described earphone.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the flow chart of the method for the embodiment of the present invention, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims (15)

1. an earphone, is characterized in that, described earphone comprises:
Function body, described function body, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment;
Rouser, be connected with described function body, for when described function body is in standby mode, carry out second communication by the second acoustic channel different from described first sound channel and described function body, enter mode of operation to make described function body from described standby mode.
2. earphone as claimed in claim 1, is characterized in that, described first communication, is specially:
Described function body receives the first acoustic information from described electronic equipment; Or
Described function body sends the second acoustic information in described electronic equipment.
3. earphone as claimed in claim 2, it is characterized in that, described function body, specifically comprises:
First Bluetooth communication device, for when described function body is in described mode of operation, set up described first with the second Bluetooth communication device be arranged in described electronic equipment by described first acoustic channel to communicate, and from described second Bluetooth communication device, receive described first acoustic information based on described first communication, or send described second acoustic information based on described first communication to described second Bluetooth communication device.
4. earphone as claimed in claim 3, it is characterized in that, described function body, also comprises:
Voice output, be connected with described first Bluetooth communication device, for when described function body is in described mode of operation, described first acoustic information is exported to user, wherein, when described user correctly wears described earphone, described voice output can be placed in the ear of described user.
5. earphone as claimed in claim 4, it is characterized in that, described function body, also comprises:
First voice collection device, is connected with described first Bluetooth communication device, for when described function body is in described mode of operation, gathers described second acoustic information from described user.
6. earphone as claimed in claim 5, it is characterized in that, described function body, also comprises:
First processor, is connected with described first Bluetooth communication device, described voice output and described first voice collection device; Wherein, described first processor, for:
When described function body is in described mode of operation, controls described first Bluetooth communication device from described electronic equipment, obtain described first acoustic information, and control described first acoustic information of described voice output output; Or
When described function body is in described mode of operation, controls described voice collection device and gather described second acoustic information, and control in described first blue-tooth device transmission described second acoustic information to described electronic equipment.
7. earphone as claimed in claim 6, is characterized in that, described first process is also connected with described Rouser, now, described first processor, also for:
When described function body is in described standby mode, from described Rouser, receives one wake instruction up, and wake instruction up based on described, control described function body and enter described mode of operation from described standby mode.
8. earphone as claimed in claim 7, it is characterized in that, described Rouser, specifically comprises:
Second voice collection device, for when described function body is in described standby mode, gathers the 3rd acoustic information from described user;
Second processor, be connected with described second voice collection device, for when described function body is in described standby mode, judge whether described 3rd acoustic information meets described pre-conditioned, described 3rd acoustic information meet described pre-conditioned time, wake instruction up described in generation and set up described second communication with described first processor, wake instruction based on described second communication up be sent to described first processor by described, enter described mode of operation to make described function body from described standby mode.
9. earphone as claimed in claim 8, it is characterized in that, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle; Wherein, when described user correctly wears described earphone, in the ear that described second voice collection device can be placed in described user or be close to the face of described user, to obtain acoustic information in described body.
10. earphone as claimed in claim 8, is characterized in that, described second processor, specifically for:
When described function body is in described standby mode, based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information; Judge whether described 3rd acoustic information volume value is greater than one and presets volume value; When described 3rd acoustic information volume value is greater than described default volume value, described in generation, wake instruction up; Wake instruction described in transmission up to described first processor, enter described mode of operation to make described function body from described standby mode.
The method of 11. 1 kinds of information processings, is applied in earphone, it is characterized in that, described earphone, when being in mode of operation, can carry out the first communication by the first acoustic channel and an electronic equipment; Described method comprises:
When described earphone is in standby mode, obtain the 3rd acoustic information from user by the second channel not identical with described first acoustic channel;
Judge that whether described 3rd acoustic information meets one pre-conditioned;
Described 3rd acoustic information meet described pre-conditioned time, wake described earphone up and enter into mode of operation from described standby mode.
12. methods as claimed in claim 11, is characterized in that, described first communication, is specially:
Described earphone receives the first acoustic information from described electronic equipment; Or
Described earphone sends the second acoustic information in described electronic equipment.
13. methods as claimed in claim 11, is characterized in that, described earphone carries out described first based on Blue-tooth communication method and described electronic equipment and communicates.
14. methods as claimed in claim 11, is characterized in that, described to judge that whether described 3rd acoustic information meets one pre-conditioned, is specially:
Based on described 3rd acoustic information, obtain the 3rd acoustic information volume value of described 3rd acoustic information;
Judge whether described 3rd acoustic information volume value is greater than one and presets volume value;
When described 3rd acoustic information volume value is greater than described default volume value, controls described earphone and enter described mode of operation from described standby mode.
15. methods as claimed in claim 11, is characterized in that, described 3rd acoustic information, is specially:
Sent by the oral cavity of described user, and carried out acoustic information in the body propagated by the bone of described user or muscle.
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