CN204733328U - Automatically the intelligent earphone of output signal is adjusted according to collection signal - Google Patents
Automatically the intelligent earphone of output signal is adjusted according to collection signal Download PDFInfo
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- CN204733328U CN204733328U CN201520424562.9U CN201520424562U CN204733328U CN 204733328 U CN204733328 U CN 204733328U CN 201520424562 U CN201520424562 U CN 201520424562U CN 204733328 U CN204733328 U CN 204733328U
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Abstract
The utility model discloses a kind of intelligent earphone automatically adjusting output signal according to collection signal, it comprises microcontroller, and power module and memory; Also comprise audio frequency processing circuit and collection signal treatment circuit, audio frequency processing circuit is connected with audio output, and collection signal treatment circuit is connected with transducer; The collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller; Transducer gathers outside live signal, and microcontroller, according to the numerical value of the collection signal received, is selected corresponding audio file by audio frequency processing circuit, played back through audio output from memory.The state of the utility model intelligent earphone to external environment condition or wearer itself detects, make intelligent earphone can identify environment residing for wearer or state, and then intelligent selection is carried out, to adapt to the state of wearer or to improve the environment of wearer to the audio signal play.
Description
Technical field
The utility model relates to a kind of earphone, particularly relates to a kind of intelligent earphone that automatically can adjust output signal according to collection signal.
Background technology
The earphone of current use, function singleness, structure is simple.When different environment or state are in for wearer, automatically can not select audio file, wearer can only be relied on manually to select, thus have influence on the experience of wearer widely.
Therefore, be necessary to improve earphone, make it under varying environment or state, the audio signal play is selected accordingly and processed, to adapt to environment residing at that time or state.
Utility model content
In order to make up the defect of above-mentioned prior art, the purpose of this utility model is to provide a kind of intelligent earphone automatically adjusting output signal according to collection signal, makes intelligent earphone can carry out intelligent selection to the audio frequency play.
The technical solution of the utility model is:
First technical scheme of the utility model intelligent earphone is: the intelligent earphone automatically adjusting output signal according to collection signal, comprises microcontroller, and the power module be connected with microcontroller and memory; Also comprise the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described memory stores and carries out the some groups of audio files of classifying by audio rhythm;
Described audio frequency processing circuit audio file is play before process;
Described microcontroller, according to the numerical value of the collection signal received, is selected corresponding audio file by audio frequency processing circuit, is played back through audio output from memory;
Audio signal is changed and exported by described audio output is acoustic signals.
Second technical scheme of the utility model intelligent earphone is: the utility model adjusts the intelligent earphone of output signal automatically according to collection signal, comprises microcontroller, and the power module be connected with microcontroller and wireless communication line; Also comprise the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described wireless communication line is carried out communication with outside intelligent movable equipment and is connected;
The numerical value of collection signal that described microcontroller will receive, intelligent movable equipment is sent to by wireless communication line, the corresponding audio file of intelligent movable equipment choice transfers to the microcontroller of intelligent earphone by wireless communication line, audio file transmissions to audio frequency processing circuit, plays back through audio output by microcontroller;
Audio signal is changed and exported by described audio output is acoustic signals.
3rd technical scheme of the utility model intelligent earphone is: the utility model adjusts the intelligent earphone of output signal automatically according to collection signal, comprises microcontroller, and the power module be connected with microcontroller and wireless communication line; Also comprise the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described wireless communication line is carried out communication with outside intelligent movable equipment and is connected;
The numerical value of collection signal that described microcontroller will receive, intelligent movable equipment is sent to by wireless communication line, the corresponding video file of intelligent movable equipment choice is play, the audio signal of this video file transfers to the microcontroller of intelligent earphone by wireless communication line, audio file transmissions to audio frequency processing circuit, plays back through audio output by microcontroller;
Audio signal is changed and exported by described audio output is acoustic signals.
The further content of second, third technical scheme above-mentioned is: described intelligent movable equipment is smart mobile phone, panel computer or notebook computer.
Preferably, described intelligent movable equipment is also wirelessly connected with Cloud Server, and described Cloud Server is for storing the collection signal that microcontroller receives and the audio file play.
The utility model beneficial effect is compared with prior art: the utility model intelligent earphone is provided with transducer, the state of external environment condition or wearer itself is detected, make intelligent earphone can identify environment residing for wearer or state, and then intelligent selection is carried out to the audio signal play, to adapt to the state of wearer or to improve the environment of wearer, to improve the experience of wearer.This intelligent earphone is made to become the partner next to the skin of wearer.
Below in conjunction with the drawings and specific embodiments, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is the utility model adjusts the intelligent earphone specific embodiment one of output signal automatically block diagram according to collection signal;
Fig. 2 is the utility model adjusts the intelligent earphone specific embodiment two of output signal automatically block diagram according to collection signal;
Fig. 3 is the utility model adjusts the intelligent earphone specific embodiment three of output signal automatically block diagram according to collection signal;
Fig. 4 is the control flow chart of the first kind of way of the control method of the utility model intelligent earphone;
Fig. 5 is the control flow chart of the second way of the control method of the utility model intelligent earphone.
Reference numeral
10 intelligent earphone 11 microcontrollers
12 power module 13 memories
14 audio frequency processing circuit 15 collection signal treatment circuits
151 transducers
17 audio output 19 wireless communication lines
20 intelligent movable equipment 30 Cloud Servers
Embodiment
In order to more fully understand technology contents of the present utility model, below in conjunction with specific embodiment the technical solution of the utility model being introduced further and illustrating, but being not limited to this.
Be illustrated in figure 1 the utility model adjusts output signal automatically intelligent earphone 10 first embodiment according to collection signal, comprise microcontroller 11, and microcontroller 11 connect power module 12 and memory 13; Also comprise the audio frequency processing circuit 14 and collection signal treatment circuit 15 that are connected with microcontroller 11, audio frequency processing circuit 14 is connected with audio output 17, and collection signal treatment circuit 15 is connected with transducer 151; The collection signal of collection signal treatment circuit 15 pairs of transducers 151 processes, and transfers to microcontroller 11; Transducer 151 gathers outside live signal, and live signal is at least extraneous air pressure signal, temperature signal, ultraviolet signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one; Namely transducer be baroceptor, UV sensor, temperature sensor, humidity sensor, heart rate sensor (detection heart rate) or gravity sensor (detect motion frequency, such as run or the rhythm of walking) one of them or more than two.
Memory 13 stores and carries out the some groups of audio files of classifying by audio rhythm;
Audio frequency processing circuit 14 pairs of audio files play before process;
Microcontroller 11, according to the numerical value of the collection signal received, is selected corresponding audio file by audio frequency processing circuit 14, is played back through audio output 17 from memory 13;
Audio signal is changed and exported by audio output 17 is acoustic signals (being converted to the device of acoustic signals by audio electrical signal, i.e. the sound-generating element of earphone).
The utility model as shown in Figure 2 adjusts intelligent earphone second embodiment of output signal automatically according to collection signal, is to be provided with memory with the first embodiment difference, but has additional the wireless communication line 19 be connected with microcontroller 11;
Wireless communication line 19 is carried out communication with outside intelligent movable equipment 20 and is connected;
The numerical value of collection signal that microcontroller 11 will receive, intelligent movable equipment 20 is sent to by wireless communication line 19, intelligent movable equipment 20 selects corresponding audio file (or video file) to be transferred to the microcontroller 11 of intelligent earphone 10 by wireless communication line 19, audio file (or the audio signal in video file) is transferred to audio frequency processing circuit 14 by microcontroller 11, plays back through audio output 17.
The utility model as shown in Figure 3 adjusts the 3rd embodiment of the intelligent earphone of output signal automatically according to collection signal, be with the second embodiment difference: intelligent movable equipment 20 also wireless connections (being realized by the Internet) has Cloud Server 30, Cloud Server 30 is for storing the collection signal that microcontroller 11 receives and the audio file play.Cloud Server can carry out statistical analysis to the using state of each wearer, such as stores maximum, or asks the mean value in setting-up time.The usage data of all right several users comprehensive, carries out large data analysis.
In above-mentioned three embodiments, intelligent movable equipment 20 can be smart mobile phone, panel computer or notebook computer.
In above-mentioned three embodiments, transducer can be provided with multiple simultaneously.Wherein, selection for audio file has two kinds, the first is matching way, when namely collection signal is pulse signal, and the body sense parameter of the wearer now detected, selection for audio file is the numerical value making its rhythm adapt to collection signal, such as detect wearer and be in motion state fast, now play allegro audio signal, to mate the condition of user, make it have a collaborative external environment condition (being produced by sound), with the use of the behavior instantly of person.Another kind is adjustment mode, namely collection signal is the signal of telecommunication in effective range, such as atmospheric pressure value, ultraviolet index, temperature value or humidity value, the parameter of outside objective environment that what these collection signals detected is, now, the selection for audio file wishes the selection by general frequency file, to adjust the state of user, make it in instantly severe or not good environment, the state that good can be kept.
In above-mentioned three embodiments, for the version of transducer and sensing principle unrestricted, as long as compact structure of the prior art, be suitable for the transducer on intelligent earphone.Consider that the structure of intelligent earphone can not be too huge, the quantity of transducer is advisable to be no more than three.
As shown in Figure 4, the first kind of way of control method of the present utility model, comprises the following steps:
The transducer that intelligent earphone is provided with gathers external signal;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, judges whether this collection signal is waveform signal:
If waveform signal, calculate the pulse frequency of waveform signal, and pulse frequency value is transferred to the microcontroller that intelligent earphone is provided with, microcontroller is selected corresponding audio file to export according to pulse frequency value to play;
If not waveform signal, then judge that whether collection signal is the signal of telecommunication in effective range, if the signal of telecommunication in effective range, by this electric signal transmission to microcontroller, microcontroller is selected corresponding audio file to export according to the numerical value of the signal of telecommunication to play; If collection signal is not the signal of telecommunication in effective range, be back to the step that transducer gathers external signal.
In the present embodiment, external environment condition signal and body sense signal are comprised for the external signal detected.
In other embodiment, also only can adopt the external detection signal of a wherein type, concrete control flow is as follows:
The transducer that intelligent earphone is provided with gathers external signal, and the external signal gathered is pulse signal;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, calculate the pulse frequency of collection signal, and pulse frequency value being transferred to the microcontroller that intelligent earphone is provided with, microcontroller is selected corresponding audio file to export according to pulse frequency value to play;
Or,
The transducer that intelligent earphone is provided with gathers external signal, and the external signal gathered is the signal of telecommunication in effective range;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, and by the microcontroller that the data transfer of the signal of telecommunication to intelligent earphone is provided with, microcontroller selects corresponding audio file to export broadcasting according to the numerical value of the signal of telecommunication.
As shown in Figure 5, the second way of control method of the present utility model, comprises the following steps:
The transducer that intelligent earphone is provided with gathers external signal;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, judges whether this collection signal is waveform signal:
If waveform signal, calculate the pulse frequency of waveform signal, and pulse frequency value is transferred to the microcontroller that intelligent earphone is provided with, pulse frequency value is transferred to intelligent movable equipment by microcontroller, the audio-video document that intelligent movable device plays is corresponding, intelligent earphone receives the audio file of intelligent movable equipment and by audio frequency processing circuit, carries out output play through audio output;
If not waveform signal, then judge that whether collection signal is the signal of telecommunication in effective range, if the signal of telecommunication in effective range, by this electric signal transmission to microcontroller, microcontroller by signal of telecommunication data transfer to intelligent movable equipment, the audio file that intelligent movable device plays is corresponding or video file, intelligent earphone receives the audio signal in the audio file of intelligent movable equipment or video file and by audio frequency processing circuit, carries out outputs broadcasting through audio output;
If collection signal is not the signal of telecommunication in effective range, be back to the step that transducer gathers external signal.
In the present embodiment, external environment condition signal and body sense signal are comprised for the external signal detected.
In other embodiment, also only can adopt the external detection signal of a wherein type, concrete control flow is as follows:
The transducer that intelligent earphone is provided with gathers external signal, and described external signal is pulse signal;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, calculate the pulse frequency of collection signal, and pulse frequency value is transferred to the microcontroller that intelligent earphone is provided with, pulse frequency value is transferred to intelligent movable equipment by microcontroller, the audio-video document that intelligent movable device plays is corresponding, intelligent earphone receives the audio signal of intelligent movable equipment and by audio frequency processing circuit, carries out output play through audio output;
Or,
The transducer that intelligent earphone is provided with gathers external signal, and described external signal is the signal of telecommunication in effective range;
The collection signal of the collection signal treatment circuit receiving sensor that intelligent earphone is provided with, and by microcontroller that signal of telecommunication data transfer to the intelligent earphone of collection signal is provided with, microcontroller by signal of telecommunication data transfer to intelligent movable equipment, the audio-video document that intelligent movable device plays is corresponding with signal of telecommunication numerical value, intelligent earphone receives the audio signal of intelligent movable equipment and by audio frequency processing circuit, carries out output play through audio output;
If collection signal is not the signal of telecommunication in effective range, be back to the step that transducer gathers external signal.
In above-mentioned control method: collection signal is classified according to the size of numerical value, be at least a point three types (such as high, normal, basic), the audio signal of output, according to the speed of rhythm, is also divided into the type of same quantity (such as slow in fast); Wherein, the audio signal of output is from memory, select the audio signal of respective type to play, or for selecting the audio signal of respective type and the background music superposing corresponding type is play from memory; Described background music be different rhythm type without lyrics sound equipment (such as beat a drum happy, bronze gong sound or sound etc. of clapping hands).
In other embodiment, can also comprise and wear support for fixed earphone.
In other embodiment, intelligent earphone is connected can also adopts wired connection with the communication of intelligent movable equipment.
In sum, the utility model intelligent earphone is provided with transducer, the state of external environment condition or wearer itself is detected, make intelligent earphone can identify environment residing for wearer or state, and then intelligent selection is carried out to the audio signal play, to adapt to the state of wearer or to improve the environment of wearer, to improve the experience of wearer.This intelligent earphone is made to become the partner next to the skin of wearer.
Above-mentionedly only further illustrate technology contents of the present utility model with embodiment; so that reader is easier to understand; but do not represent execution mode of the present utility model and be only limitted to this, any technology done according to the utility model extends or recreation, all by protection of the present utility model.Protection range of the present utility model is as the criterion with claims.
Claims (5)
1. automatically adjust the intelligent earphone of output signal according to collection signal, comprise microcontroller, and the power module be connected with microcontroller and memory; Characterized by further comprising the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described memory stores and carries out the some groups of audio files of classifying by audio rhythm;
Described audio frequency processing circuit audio file is play before process;
Described microcontroller, according to the numerical value of the collection signal received, is selected corresponding audio file by audio frequency processing circuit, is played back through audio output from memory;
Audio signal is changed and exported by described audio output is acoustic signals.
2. automatically adjust the intelligent earphone of output signal according to collection signal, comprise microcontroller, and the power module be connected with microcontroller and wireless communication line; Characterized by further comprising the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described wireless communication line is carried out communication with outside intelligent movable equipment and is connected;
The numerical value of collection signal that described microcontroller will receive, intelligent movable equipment is sent to by wireless communication line, the corresponding audio file of intelligent movable equipment choice transfers to the microcontroller of intelligent earphone by wireless communication line, audio file transmissions to audio frequency processing circuit, plays back through audio output by microcontroller;
Audio signal is changed and exported by described audio output is acoustic signals.
3. automatically adjust the intelligent earphone of output signal according to collection signal, comprise microcontroller, and the power module be connected with microcontroller and wireless communication line; Characterized by further comprising the audio frequency processing circuit and collection signal treatment circuit that are connected with microcontroller, described audio frequency processing circuit is connected with audio output, and described collection signal treatment circuit is connected with transducer;
The described collection signal of collection signal treatment circuit to transducer processes, and transfers to microcontroller;
Described transducer gathers outside live signal, and described live signal is at least extraneous air pressure signal, temperature signal, moisture signal, or the heart rate signal of earphone wearer, among movement rhythm one;
Described wireless communication line is carried out communication with outside intelligent movable equipment and is connected;
The numerical value of collection signal that described microcontroller will receive, intelligent movable equipment is sent to by wireless communication line, the corresponding video file of intelligent movable equipment choice is play, the audio signal of this video file transfers to the microcontroller of intelligent earphone by wireless communication line, audio file transmissions to audio frequency processing circuit, plays back through audio output by microcontroller;
Audio signal is changed and exported by described audio output is acoustic signals.
4. the intelligent earphone automatically adjusting output signal according to collection signal according to Claims 2 or 3, is characterized in that described intelligent movable equipment is smart mobile phone, panel computer or notebook computer.
5. the intelligent earphone automatically adjusting output signal according to collection signal according to Claims 2 or 3, it is characterized in that described intelligent movable equipment is also wirelessly connected with Cloud Server, described Cloud Server is for storing the collection signal that microcontroller receives and the audio file play.
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| CN201520424562.9U CN204733328U (en) | 2015-06-18 | 2015-06-18 | Automatically the intelligent earphone of output signal is adjusted according to collection signal |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104954949A (en) * | 2015-06-18 | 2015-09-30 | 张尚国 | Smart headphones capable of automatically adjusting output signal according to acquired signal and control method |
| CN113332122A (en) * | 2021-05-21 | 2021-09-03 | 苏州声动医疗科技有限公司 | Non-invasive sound vibration stimulation system, control method, headrest and head-mounted equipment |
| WO2022242747A1 (en) * | 2021-05-21 | 2022-11-24 | 苏州声动医疗科技有限公司 | Sound vibration stimulation system, control method, headrest and head-mounted device |
-
2015
- 2015-06-18 CN CN201520424562.9U patent/CN204733328U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104954949A (en) * | 2015-06-18 | 2015-09-30 | 张尚国 | Smart headphones capable of automatically adjusting output signal according to acquired signal and control method |
| CN113332122A (en) * | 2021-05-21 | 2021-09-03 | 苏州声动医疗科技有限公司 | Non-invasive sound vibration stimulation system, control method, headrest and head-mounted equipment |
| WO2022242747A1 (en) * | 2021-05-21 | 2022-11-24 | 苏州声动医疗科技有限公司 | Sound vibration stimulation system, control method, headrest and head-mounted device |
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Effective date of registration: 20160608 Address after: 518000, 3, Zhongxing Industrial Road, Pioneer Road, Nanshan street, Shenzhen, Guangdong, Nanshan District 326, China Patentee after: Shenzhen red coast Intelligent Technology Co., Ltd. Address before: Baoan District Xixiang Xin'an street Shenzhen city Guangdong province 518000 road five building 6 room 602 Qijing LongKey Patentee before: Zhang Shangguo Patentee before: Peng Zongwei |
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Effective date of registration: 20190122 Address after: 518000 North of Building 5, D, Dunfa Industrial Zone, Gushi Hangcheng Avenue, Xixiang Street, Baoan District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Starcraft Acoustic Technology Co., Ltd. Address before: 518000 Nanshan Street Pioneering Road, Nanshan District, Shenzhen City, Guangdong Province, 326, 3 Zhongxing Industrial City Patentee before: Shenzhen red coast Intelligent Technology Co., Ltd. |
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Granted publication date: 20151028 Termination date: 20190618 |