CN107708011A - A kind of earphone voxel method, device and earphone - Google Patents

A kind of earphone voxel method, device and earphone Download PDF

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Publication number
CN107708011A
CN107708011A CN201710954569.5A CN201710954569A CN107708011A CN 107708011 A CN107708011 A CN 107708011A CN 201710954569 A CN201710954569 A CN 201710954569A CN 107708011 A CN107708011 A CN 107708011A
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CN
China
Prior art keywords
earphone
sensitive sensor
voltage sensitive
wire
compression frequency
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CN201710954569.5A
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Chinese (zh)
Inventor
许�鹏
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Goertek Techology Co Ltd
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Goertek Techology Co Ltd
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Priority to CN201710954569.5A priority Critical patent/CN107708011A/en
Publication of CN107708011A publication Critical patent/CN107708011A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00—Details of transducers, loudspeakers or microphones
    • H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
    • H04R1/1041—Mechanical or electronic switches, or control elements
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R2201/00—Details of transducers, loudspeakers or microphones covered by H04R1/00 but not provided for in any of its subgroups
    • H04R2201/10—Details of earpieces, attachments therefor, earphones or monophonic headphones covered by H04R1/10 but not provided for in any of its subgroups

Abstract

Present disclose provides a kind of earphone voxel method, device and earphone.Include at least one wire in the earphone cord of earphone, be provided with least one voltage sensitive sensor on wire, this method includes：The compression frequency of pressed by external force voltage sensitive sensor on wire is determined, compression frequency is the number of the pressed by external force voltage sensitive sensor in preset time；According to compression frequency and default broadcasting control data, the sound of earphone is controlled to play, the default control data that plays includes compression frequency and plays the corresponding relation between control instruction.The disclosure replaces the outer wired control box being located on earphone cord in the prior art using voltage sensitive sensor in earphone cord is arranged on, alleviate the weight and volume of earphone, the structure and outward appearance of earphone are simplified, while earphone line control function can also be retained, improves the usage experience of user.

Description

A kind of earphone voxel method, device and earphone
Technical field
This disclosure relates to ear phone technology field, more particularly to a kind of earphone voxel method, device and earphone.
Background technology
Audio output of the earphone as mobile terminal, it is a kind of electro-acoustic modular converter, is sent for receiving mobile terminal Electric signal, convert electrical signals into the sound wave that can be heard.
Existing wired earphone, including bluetooth wired earphone, such as neck wear formula bluetooth sports earphones, are by being installed on ear Broadcasting of the wired control box to earphone on machine line is controlled, and wired control box is to realize control function, it is necessary to which certain volume is used to hold Receive control assembly, therefore, the overall weight and volume of wired control box are all bigger, and wired control box is using in itself with respect to earphone in itself During, such as motion running, it can dangle, Consumer's Experience is unfriendly.If in control assembly being put to earphone completely into itself, The weight and volume of earphone also can accordingly increase, such as existing wireless Bluetooth headsets volume is larger, in motion process easily Rolling is fallen, and weight is too big, wears uncomfortable.
Therefore, how the line traffic control case assembly of earphone to be removed, simplifies Headphone structure, while line traffic control function can also be retained, be Improve the major issue that Consumer's Experience needs to solve.
The content of the invention
The wired control box for setting wired control box to cause increase earphone weight, peripheral hardware to solve existing earphone to need easily wears The problem of, present disclose provides a kind of earphone voxel method, device and earphone.
One embodiment of the disclosure provides a kind of earphone voxel method, is led in the earphone cord of the earphone including at least one Line, at least one voltage sensitive sensor is provided with the wire, this method includes：Determine pressed by external force voltage sensitive sensor on wire Compression frequency, compression frequency in preset time pressed by external force voltage sensitive sensor number；And according to compression frequency and Default broadcasting control data, the sound of the earphone is controlled to play, default broadcasting control data includes compression frequency with broadcasting Put the corresponding relation between control instruction.
Alternatively, control the sound of the earphone to play, including control the volume of headphones sound broadcasting, suspend or broadcast Put, and the control earphone interacts the F.F. realized sound and played, rewind with mobile terminal, is switched to a upper head and cuts Change to next.
Alternatively, the earphone includes the first wire and the second wire, and the first pressure-responsive is provided with first wire Device, the second voltage sensitive sensor is provided with second wire, and, this method includes：Obtain pressed by external force on the first wire First compression frequency of the first voltage sensitive sensor；Control data is played according to the first compression frequency and default first, by the ear The volume of machine tunes up；Obtain the second compression frequency of the voltage sensitive sensor of pressed by external force second on the second wire；According to the second pressing Frequency and default second plays control data, and the volume of the earphone is turned down.
Alternatively, the earphone includes privates and privates, and the 3rd pressure-responsive is provided with the privates Device, the 4th voltage sensitive sensor is provided with the privates, and；This method includes：Obtain pressed by external force on privates 3rd compression frequency of the 3rd voltage sensitive sensor；Control data is played according to the 3rd compression frequency and the default 3rd, control should The volume that headphones sound plays；Obtain the 4th compression frequency of the voltage sensitive sensor of pressed by external force the 4th on privates；Root Control data is played according to the 4th compression frequency and the default 4th, the pause or broadcasting for controlling the headphones sound to play.
Alternatively, the earphone includes the 5th wire, and the 5th voltage sensitive sensor and the 6th pressure-sensitive biography are provided with the 5th wire Sensor, the 5th voltage sensitive sensor are different by the resistance change trend after pressed by external force from the 6th voltage sensitive sensor；This method Including：Obtain the 5th compression frequency of the voltage sensitive sensor of pressed by external force the 5th；Broadcast according to the 5th compression frequency and the default 5th Control data is put, the volume of the earphone is tuned up；Obtain the 6th compression frequency of the voltage sensitive sensor of pressed by external force the 6th；According to Six compression frequencies and the default 6th play control data, and the volume of the earphone is turned down.
Alternatively, the earphone is used to interact with mobile terminal, including left earphone and right earphone, the left earphone are led including the 7th Line, the 7th voltage sensitive sensor and the 8th voltage sensitive sensor, the 7th voltage sensitive sensor and the 8th pressure-sensitive biography are provided with the 7th wire Sensor is different by the resistance change trend after pressed by external force；Include the 8th wire in the right earphone, set on the 8th wire There are the 9th voltage sensitive sensor and the tenth voltage sensitive sensor, the 9th voltage sensitive sensor and the tenth voltage sensitive sensor are by after pressed by external force Resistance change trend it is different；
Obtain the 7th compression frequency of the voltage sensitive sensor of pressed by external force the 7th on the 7th wire；According to the 7th compression frequency and Default 7th plays control data, volume, pause or the broadcasting for controlling left headphones sound to play；
Obtain the 8th compression frequency of the voltage sensitive sensor of pressed by external force the 8th on the 7th wire；According to the 8th compression frequency and Default 8th plays control data, controls left earphone to be interacted with mobile terminal, the F.F. for controlling left headphones sound to play And rewind；
Obtain the 9th compression frequency of the voltage sensitive sensor of pressed by external force the 9th on the 8th wire；According to the 9th compression frequency and Default 9th plays control data, volume, pause or the broadcasting that control right earphone sound plays；
Obtain the tenth compression frequency of the voltage sensitive sensor of pressed by external force the tenth on the 9th wire；According to the tenth compression frequency and Default tenth plays control data, and control right earphone interacts with mobile terminal, the switching that control right earphone sound plays To upper one head and it is switched to next.
Another embodiment of the disclosure provides a kind of earphone sound-controlled apparatus, includes at least one in the earphone cord of the earphone Wire, at least one voltage sensitive sensor is provided with the wire, the device includes：Compression frequency determining module, for determining The compression frequency of pressed by external force voltage sensitive sensor on wire, compression frequency are the pressure-responsive described in pressed by external force in preset time The number of device；Play control module, for according to compression frequency and default broadcasting control data, controlling the sound of the earphone to broadcast Put, the default control data that plays includes compression frequency and plays the corresponding relation between control instruction；Data memory module, For storing default broadcasting control data.
Alternatively, play control module, volume, pause or broadcasting specifically for controlling headphones sound broadcasting, And control the earphone to interact the F.F. realized sound and played, rewind with mobile terminal, be switched to a upper head and be switched to Next.
Alternatively, the earphone includes the first wire and the second wire, and the first voltage sensitive sensor is provided with the first wire, the Be provided with the second voltage sensitive sensor on two wires, compression frequency determining module, be further used for obtaining on the first wire external force by Press the first compression frequency of the first voltage sensitive sensor；Obtain the second pressing of the voltage sensitive sensor of pressed by external force second on the second wire Frequency；Play control module, it is further used for playing control data according to the first compression frequency and default first, by the earphone Volume tune up；Control data is played according to the second compression frequency and default second, the volume of the earphone is turned down.
Alternatively, the earphone includes privates and privates, and the 3rd voltage sensitive sensor is provided with privates, the Be provided with the 4th voltage sensitive sensor on four wires, compression frequency determining module, be further used for obtaining on privates external force by Press the 3rd compression frequency of the 3rd voltage sensitive sensor；Obtain the 4th pressing of the voltage sensitive sensor of pressed by external force the 4th on privates Frequency；Play control module, it is further used for playing control data according to the 3rd compression frequency and the default 3rd, controls the ear The volume that machine sound plays；Control data is played according to the 4th compression frequency and the default 4th, controls the headphones sound The pause or broadcasting of broadcasting.
Alternatively, the earphone includes the 5th wire, and the 5th voltage sensitive sensor and the 6th pressure-sensitive biography are provided with the 5th wire Sensor, the 5th voltage sensitive sensor are different by the resistance change trend after pressed by external force from the 6th voltage sensitive sensor；By voltage-frequency Rate determining module, it is further used for obtaining the 5th compression frequency of the voltage sensitive sensor of pressed by external force the 5th；Obtain pressed by external force the 6th compression frequency of six voltage sensitive sensors；Play control module, it is further used for according to the 5th compression frequency and default Five play control data, and the volume of the earphone is tuned up；Control data is played according to the 6th compression frequency and the default 6th, will The volume of the earphone is turned down.
Alternatively, the earphone is used to interact with mobile terminal, including left earphone and right earphone, left earphone are led including the 7th Line, the 7th voltage sensitive sensor and the 8th voltage sensitive sensor, the 7th voltage sensitive sensor and the 8th pressure-sensitive biography are provided with the 7th wire Sensor is different by the resistance change trend after pressed by external force；Right earphone includes the 8th wire, and is provided with the 8th wire Nine voltage sensitive sensors and the tenth voltage sensitive sensor, the 9th voltage sensitive sensor and the tenth voltage sensitive sensor are by the electricity after pressed by external force Change in resistance trend is different；
Compression frequency determining module, it is further used for obtaining the of the voltage sensitive sensor of pressed by external force the 7th on the 7th wire Seven compression frequencies；Obtain the 8th compression frequency of the voltage sensitive sensor of pressed by external force the 8th on the 7th wire；Obtain on the 8th wire 9th compression frequency of the voltage sensitive sensor of pressed by external force the 9th；Obtain of the voltage sensitive sensor of pressed by external force the tenth on the 8th wire Ten compression frequencies；
Play control module, it is further used for playing control data, control according to the 7th compression frequency and the default 7th Volume, pause or the broadcasting that left headphones sound plays；Control is played according to the 8th compression frequency and the default 8th Data, left earphone is controlled to be interacted with mobile terminal, the fast forward and reverse for controlling left headphones sound to play；According to the 9th pressing Frequency and the default 9th plays control data, volume, pause or the broadcasting that control right earphone sound plays；According to described Tenth compression frequency and the default tenth plays control data, and control right earphone interacts with mobile terminal, controls right earphone What sound played is switched to a head and is switched to next.
Another embodiment of the disclosure provides a kind of earphone, including above-mentioned earphone sound-controlled apparatus.
Another embodiment of the disclosure provides a kind of earphone Voice-Operated System, including memory and processor, memory and Communicated and connected by internal bus between processor, memory storage has the programmed instruction that can be executed by processor, and program refers to Order can realize above-mentioned earphone voxel method when being executed by processor.
Another embodiment of the disclosure provides a kind of computer-readable recording medium, computer-readable recording medium storage Computer instruction, computer instruction make computer perform the earphone voxel method that above-mentioned each method embodiment is provided.
The beneficial effect of the disclosure is, by setting voltage sensitive sensor on the wire of earphone, determines that pressed by external force is pressure-sensitive The compression frequency of sensor, it is controlled according to compression frequency and the default sound broadcasting for playing control data to earphone.With Prior art is compared, using be arranged on voltage sensitive sensor in earphone cord replace in the prior art the outer weight being located on earphone cord compared with Big wired control box, the weight of earphone is alleviated, the structure and outward appearance of earphone are greatly simplify, because voltage sensitive sensor is arranged on ear Not easy to wear in machine line, wire is not easy disconnection with voltage sensitive sensor, while can also retain earphone line control function, and user can also pass through The compression frequency for changing pressing voltage sensitive sensor realizes that the sound broadcasting to left and right earphone is controlled respectively, is greatly enhanced Consumer's Experience.
Brief description of the drawings
Fig. 1 is the schematic diagram of existing earphone voxel method；
Fig. 2 is the schematic flow sheet of the earphone voxel method of disclosure one embodiment；
Fig. 3 A are the schematic diagram of the earphone voxel method of disclosure one embodiment；
Fig. 3 B are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 3 C are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 3 D are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 3 E are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 4 A are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 4 B are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 4 C are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 4 D are the schematic diagram of the earphone voxel method of the disclosure another embodiment；
Fig. 5 is the appearance schematic diagram of the earphone of disclosure one embodiment；
Fig. 6 is the structural representation of the earphone sound-controlled apparatus of disclosure one embodiment；
Fig. 7 is the structural representation of the earphone Voice-Operated System of disclosure one embodiment.
Embodiment
Wired control box is typically provided with existing earphone, there is multiple (being typically three) touch controlled keys, user on wired control box The control played to headphones sound can be realized by clicking on touch controlled key.For example, set in a kind of existing wired earphone There are "+" touch controlled key, central touch controlled key and "-" touch controlled key, during mobile terminal playing audio, click on "+" and touch Control button can realize increase volume, and reduction volume can be realized by clicking on "-" touch controlled key；Pause can be realized by clicking on central touch controlled key Play, again tap on central touch controlled key and can realize and continue to play.
Specifically, as shown in figure 1, being provided with power supply and in parallel three broadcasting control branch inside the wired control box of existing earphone Road, each controlling brancher that plays include the switch of interconnection and corresponding functional module.First broadcasting controlling brancher includes phase First switch 11 and volume the increase module 12 to connect；Second plays the He of second switch 13 that controlling brancher includes being connected with each other Play pause module 14；3rd, which plays controlling brancher, includes the 3rd switch 15 and volume down little module 16.When some switch closure Corresponding functional module will play control instruction accordingly and send to (the Central Processing of central processing unit 17 afterwards Unit, CPU), so as to realize the control played to headphones sound.Such as after first switch 11 closes, with the phase of first switch 11 Volume is increased instruction and sent to CPU 17 by volume increase module 12 even, to realize increase volume.
Existing earphone needs to set wired control box on earphone cord, increases the weight of earphone, the wired control box of peripheral hardware is easy Because of damage or cause inner lead disconnection.In addition, existing earphone voxel method can only be to the volume of left and right earphone simultaneously It is controlled, the volume of left and right earphone can not be respectively controlled.
The disclosure by setting voltage sensitive sensor on the wire of earphone, determine pressed by external force voltage sensitive sensor by voltage-frequency Rate, it is controlled according to compression frequency and the default sound broadcasting for playing control data to earphone.Meanwhile using being arranged on ear Miniature voltage sensitive sensor on machine line inside conductor replaces the outer wired control box being located on earphone cord in the prior art, alleviates earphone Weight and volume, the overall structure and outward appearance of earphone are simplified, because voltage sensitive sensor is arranged in earphone cord outside by earphone cord Suitcase applies, thus it is not easy to wear will not also be damaged caused by external force or with wire disconnection, while earphone line control function can also be retained, User can press sound broadcasting of the compression frequency of voltage sensitive sensor to earphone by changing and be controlled.
To make the purpose, technical scheme and advantage of the disclosure clearer, below in conjunction with accompanying drawing to disclosure embodiment party Formula is described in further detail.
Fig. 2 is the schematic flow sheet of the earphone voxel method of disclosure one embodiment.Include in the earphone cord of the earphone At least one wire, at least one voltage sensitive sensor is provided with the wire, as shown in Fig. 2 the method for the embodiment of the present disclosure Including：
S21：The compression frequency of pressed by external force voltage sensitive sensor on wire is determined, compression frequency is the external force in preset time Press the number of voltage sensitive sensor；
It should be noted that voltage sensitive sensor resistance value after by pressed by external force can change, due to electric in earphone Source voltage keeps constant, after the resistance value of voltage sensitive sensor changes, the place loop of voltage sensitive sensor corresponding lead Electric current can change；I.e. when the electric current in the place loop of voltage sensitive sensor corresponding lead changes once, represent that this is pressure-sensitive Sensor by pressed by external force once.
It will be appreciated that the compression frequency of the embodiment of the present disclosure is that voltage sensitive sensor is pressed in preset time according to external force Compression number determine.For example, pass through a pair hair of the determination current variation value (or curent change value range) in preset time The identification of raw change frequency, it may be determined that compression frequency value.In actual applications, default pressing duration can be arranged as required to Or compression number, such as continuously pressing 2 times or 3 times in 2s, or continuously pressing 2 times or 3 times in 3s, its corresponding compression frequency Value is different.
S22：According to compression frequency and default broadcasting control data, the sound of the earphone is controlled to play, default broadcasting Control data includes compression frequency and plays the corresponding relation between control instruction.
It should be noted that the embodiment of the present disclosure is in order to realize that the compression frequency by voltage sensitive sensor is broadcast to headphones sound The control put, compression frequency is pre-set with playing the corresponding relation of control instruction；I.e. by the compression frequency of determination pre- If broadcasting control data in determine it is corresponding play control instruction, carried out according to playing control instruction the sound of earphone being played Control.It will be appreciated that it is the instruction for controlling headphones sound to play to play control instruction, including but not limited to sound is controlled to play Volume, pause or the instruction of broadcasting.
In actual applications, power supply of the battery as earphone is provided with the auricular concha of earphone, is powered for voltage sensitive sensor, earphone Auricular concha in also include printed circuit pcb board, central processor CPU is provided with pcb board, by CPU according to compression frequency and pre- If broadcasting control data the sound of earphone played be controlled.Preferably, battery and pcb board be separately positioned on left auricular concha and In auris dextra shell, i.e., battery is set in left auricular concha, pcb board is set in auris dextra shell, or pcb board, auris dextra are set in left auricular concha Battery is set in shell.
The earphone voxel method that the embodiment of the present disclosure provides, by setting voltage sensitive sensor on the wire of earphone, it is determined that The compression frequency of pressed by external force voltage sensitive sensor, the sound of earphone is played according to compression frequency and the default control data that plays It is controlled.Compared with prior art, using being arranged on, voltage sensitive sensor replacement in earphone cord is outer in the prior art to be located at earphone The larger wired control box of weight on line, alleviates the weight of earphone, the structure and outward appearance of earphone is greatly simplify, due to pressure-sensitive biography Sensor is arranged on not easy to wear in earphone cord, and wire and voltage sensitive sensor are not easy disconnection, while can also retain earphone line control function, User can press sound broadcasting of the compression frequency of voltage sensitive sensor to earphone by changing and be controlled, and drastically increase use Experience at family.
In one embodiment of the disclosure, the sound of the earphone is controlled to play, including the sound for controlling the headphones sound to play Size, pause or broadcasting are measured, and controls the earphone to interact the F.F. realized sound and played, rewind with mobile terminal, cut Change to a head and be switched to next.
In actual applications, earphone can control the power amplifier of earphone according to the broadcasting control instruction of determination, so as to control Volume, pause or the broadcasting that headphones sound plays, can also send the broadcasting control instruction of determination to mobile terminal, lead to The corresponding relation between preset sound broadcasting control data on broadcasting control instruction and mobile terminal is crossed, controls mobile terminal sound The volume of broadcasting plays with pause, and is played accordingly to control the volume of headphones sound broadcasting and suspend, and realizes use Interaction between family, mobile terminal and earphone three.Mobile terminal is used for the output for providing audio file, including all kinds of movements Smart electronicses product, such as mobile phone, notebook, tablet personal computer, POS, intelligent sound box, Intelligent bracelet etc..
Fig. 3 A show the schematic diagram of the earphone voxel method of disclosure one embodiment, in the embodiment of the present disclosure, earphone Earphone cord in be provided with a wire 3001, be provided with a voltage sensitive sensor 3101 on the wire 3001, user can be by changing The volume and pause for becoming the compression frequency control headphones sound broadcasting of pressing voltage sensitive sensor 3101 play.Specifically, when When user presses No. 1 voltage sensitive sensor 3101 in 2s, the volume of the earphone is tuned up, i.e., one audio output of increase is default Volume fixed value；When user's continuously No. 2 voltage sensitive sensors 3101 of pressing in 2s, the volume of the earphone is turned down, that is, reduced The default volume fixed value of one audio output；When user presses voltage sensitive sensor 3101 always in 2s, then pause plays.
It should be noted that Fig. 3 A are illustrated that the schematic diagram of the voxel method of the single earphone for earphone.With Fig. 3 A In embodiment it is similar, as shown in Figure 3 B, can by above-mentioned single wire 3002, single voltage sensitive sensor 3102 simultaneously to a left side Earphone and the sound of right earphone, which play, to be controlled, you can controls the power amplifier of left earphone simultaneously according to the broadcasting control instruction of determination The power amplifier of circuit and right earphone.
In actual applications, to realize the control respectively to left and right earpiece volume, as shown in Figure 3 C, can be set in earphone Two wires, wire 3003 is set for left earphone, wire 3003 is provided with voltage sensitive sensor 3103, sets and leads for right earphone Line 3004, wire 3004 are provided with voltage sensitive sensor 3104, i.e., set a pressure-responsive respectively for left earphone and right earphone Device, the compression frequency of two voltage sensitive sensors of pressed by external force on two wires is obtained respectively, according to pressing for two voltage sensitive sensors The volume of left earphone and right earphone is adjusted respectively for voltage-frequency rate and default broadcasting control data.For example, user can be in 2s Inside continuously press voltage sensitive sensor 3103 corresponding to left earphone twice, voltage sensitive sensor 3104 corresponding to right earphone is pressed in 2s Once, then it can be achieved to turn down the volume of left earphone, the volume of right earphone tuned up.
In actual applications, control the sound of the earphone to play, in addition to control F.F. that the headphones sound plays, fast Move back, be switched to a head and be switched to next.
It will be appreciated that earphone controls the F.F. that the mode of itself power amplifier can not control headphones sound to play, fast Move back, be switched to a head and be switched to next, the earphone, which needs to interact with mobile terminal, realizes the control headphones sound The F.F. of broadcasting, rewind, to be switched to one first and be switched to next.For example, the broadcasting control instruction of determination is sent to shifting Dynamic terminal, by controlling F.F., rewind that the sound of mobile terminal plays, being switched to a upper head and being switched to next to control Headphones sound play F.F., rewind, be switched to one head and be switched to next.In actual applications, earphone can pass through indigo plant The communications such as tooth send the broadcasting control instruction of determination to mobile terminal.
In another embodiment of the disclosure, the earphone includes the first wire and the second wire, is provided with the first wire First voltage sensitive sensor, the second voltage sensitive sensor is provided with the second wire, this method includes：
Obtain the first compression frequency of the voltage sensitive sensor of pressed by external force first on the first wire；
Control data is played according to the first compression frequency and default first, the volume of the earphone is tuned up；
Obtain the second compression frequency of the voltage sensitive sensor of pressed by external force second on the second wire；
Control data is played according to the second compression frequency and default second, the volume of the earphone is turned down.
As shown in Figure 3 D, the earphone includes wire 3005 and wire 3006, and wire 3005 is provided with the first voltage sensitive sensor 3105, wire 3006 is provided with voltage sensitive sensor 3106, and this method includes：
Obtain the first compression frequency of pressed by external force voltage sensitive sensor 3105 on wire 3005；
Control data is played according to the first compression frequency and default first, the volume of the earphone is tuned up；
Obtain the second compression frequency of pressed by external force voltage sensitive sensor 3106 on wire 3006；
Control data is played according to the second compression frequency and default second, the volume of the earphone is turned down.
For example, in the case of two voltage sensitive sensors are respectively arranged at two wires, when two voltage sensitive sensors When performance is identical, the voltage sensitive sensor 3105 on wire 3005, it is pressed 1 time, then tunes up the volume of the earphone in 2s；Lead Voltage sensitive sensor 3106 on line 3006, it is continuously pressed 2 times, then turns the volume of the earphone down in 2s；When two it is pressure-sensitive During sensor performance difference, 3005 voltage sensitive sensor 3105 on wire, it is pressed in 2s 1 time, then by the volume of the earphone Tune up；Voltage sensitive sensor 3106 on wire, it is pressed 1 time, then turns the turning down sound volume of the earphone down in 2s.It is intelligible It is a kind of possible implementation of the above-mentioned simply embodiment of the present disclosure, in actual applications, can be according to being actually needed setting the One, which plays control data and second, plays control data so that and user heightens earpiece volume by pressing voltage sensitive sensor 3105, So that user turns earpiece volume down by pressing voltage sensitive sensor 3106.
In another embodiment of the disclosure, the earphone includes privates and privates, is set on privates There is the 3rd voltage sensitive sensor, the 4th voltage sensitive sensor is provided with privates, this method includes：
Obtain the 3rd compression frequency of the voltage sensitive sensor of pressed by external force the 3rd on privates；
Control data is played according to the 3rd compression frequency and the default 3rd, controls giving great volume for headphones sound broadcasting It is small；
Obtain the 4th compression frequency of the voltage sensitive sensor of pressed by external force the 4th on privates；
Control data is played according to the 4th compression frequency and the default 4th, controls pause or broadcast that the headphones sound plays Put.
The set-up mode of voltage sensitive sensor and wire is identical with upper one embodiment as shown in Figure 3 D, and the earphone includes wire 3005 and wire 3006, wire 3005 be provided with voltage sensitive sensor 3105, wire 3006 is provided with voltage sensitive sensor 3106, the party Method includes：
Obtain the 3rd compression frequency of pressed by external force voltage sensitive sensor 3105 on wire 3005；
Control data is played according to the 3rd compression frequency and the default 3rd, controls giving great volume for headphones sound broadcasting It is small；
Obtain the 4th compression frequency of pressed by external force voltage sensitive sensor 3106 on wire 3006；
Control data is played according to the 4th compression frequency and the default 4th, controls pause or broadcast that the headphones sound plays Put.
For example, in the case of two voltage sensitive sensors and two wires are set, 3005 pressure-responsive on wire Device 3105, it is pressed 1 time, then tunes up the volume of the earphone in 2s；Voltage sensitive sensor 3105 on wire 3005, in 2s It is continuously pressed 2 times, then turns the volume of the earphone down；Voltage sensitive sensor 3106 on wire 3006 is pressed 1 time in 2s, The earphone is then controlled to suspend or play.It will be appreciated that a kind of possible implementation of the above-mentioned simply embodiment of the present disclosure, In practical application, according to being actually needed the 3rd can be set to play control data and the 4th broadcasting control data so that user passes through Press the 3rd voltage sensitive sensor and heighten or turn down earpiece volume so that user controls earphone sound by pressing the 4th voltage sensitive sensor The pause or broadcasting that sound plays.
It should be noted that Fig. 3 D are illustrated that the schematic diagram of the voxel method of the single earphone for earphone.With Fig. 3 D In embodiment it is similar, as shown in Figure 3 C, can by two above-mentioned voltage sensitive sensors simultaneously to left earphone and the sound of right earphone Sound is played and is controlled, and in this implementation, user controls left and right earpiece volume by pressing voltage sensitive sensor 3103, uses The pause or broadcasting that family controls left earphone and the sound of right earphone to play by pressing voltage sensitive sensor 3104.
It will be appreciated that as shown in FIGURE 3 E, can be in earphone in order to realize the control respectively played to left and right headphones sound Four wires are set, a voltage sensitive sensor is set on every wire, i.e., two pressures are set respectively for left earphone and right earphone Dependent sensor.Wire 3007 and wire 3008, wire 3007 is set to be provided with voltage sensitive sensor 3107, wire for left earphone Voltage sensitive sensor 3108 is provided with 3008；Wire 3009 and wire 3010 are set for right earphone, wire 3009 is provided with pressure Dependent sensor 3109, wire are provided with voltage sensitive sensor 3110.
In a kind of embodiment as shown in FIGURE 3 E, the voltage sensitive sensor 3107 on wire 3007,1 is pressed in 2s It is secondary, then the volume of left earphone is tuned up；Voltage sensitive sensor 3108 on wire 3008, it is continuously pressed in 2s 2 times, then by a left side The volume of earphone is turned down；3009 voltage sensitive sensor 3109 on wire, it is pressed 1 time, then adjusts the volume of right earphone in 2s Greatly；Voltage sensitive sensor 3110 on wire 3010, it is continuously pressed 2 times, then turns the volume of right earphone down in 2s.It is appreciated that , a kind of possible implementation of the above-mentioned simply embodiment of the present disclosure, in actual applications, can be set according to being actually needed Playing control data so that user adjusts the volume of left earphone by pressing voltage sensitive sensor 3107 and voltage sensitive sensor 3108, User adjusts the volume of right earphone by pressing voltage sensitive sensor 3109 and voltage sensitive sensor 3110.
In another embodiment as shown in FIGURE 3 E, 3007 voltage sensitive sensor 3107 on wire, in 2s by by Pressure 1 time, then tune up the volume of left earphone；Voltage sensitive sensor 3107 on wire 3007, is continuously pressed 2 times in 2s, then The volume of left earphone is turned down；Voltage sensitive sensor 3108 on wire 3008 is pressed 1 time in 2s, then controls left earphone to suspend Play.Voltage sensitive sensor 3109 on wire 3009, it is pressed 1 time, then tunes up the volume of right earphone in 2s；Wire 3009 On voltage sensitive sensor 3109, be continuously pressed 2 times, then turn the volume of right earphone down in 2s；It is pressure-sensitive on wire 3010 Sensor 3110 is pressed 1 time in 2s, then controls right earphone pause to play.It will be appreciated that the above-mentioned simply disclosure is implemented A kind of possible implementation of example, in actual applications, control data can be played according to being actually needed to set so that Yong Hutong The volume that pressing voltage sensitive sensor 3107 controls the sound of left earphone to play is crossed, is controlled by pressing voltage sensitive sensor 3108 The pause or broadcasting that left headphones sound plays, the volume that user controls right earphone sound to play by pressing voltage sensitive sensor 3109 Size, the pause or broadcasting for controlling right earphone sound to play by pressing voltage sensitive sensor 3110.
It will be appreciated that a voltage sensitive sensor is correspondingly arranged in above-mentioned each embodiment, on every wire.Due to The different qualities of different voltage sensitive sensors, resistance value can become big after it is by pressed by external force, can also diminish.Therefore, may be used By setting two voltage sensitive sensors on a wire, and the two voltage sensitive sensors are become by the resistance value after pressed by external force Change trend is different, and the curent change trend that loop is corresponded to by detecting wire determines depressed voltage sensitive sensor, Jin Ershi The control now played to headphones sound.For example, voltage sensitive sensor A will led for 1 time often by pressed by external force 1 time on same wire Generation+x electric current in line, the pressure that number is produced corresponding to+x current values, that is, is obtained is somebody's turn to do within the 2s times by detection Dependent sensor A compression frequency；On the contrary, for voltage sensitive sensor B often by pressed by external force 1 time, 1 time will be in wire on the wire Generation-x electric current, the pressure-sensitive biography that number is produced corresponding to-x current values, that is, is obtained is somebody's turn to do within the 2s times by detection Sensor B compression frequency.The compression frequency of corresponding two different voltage sensitive sensors, corresponding broadcasting control data are also different.With The lower specific embodiment for two voltage sensitive sensors of setting on a wire.
In another embodiment of the disclosure, the earphone includes the 5th wire, and it is pressure-sensitive to be provided with the 5th on the 5th wire Sensor and the 6th voltage sensitive sensor, the 5th voltage sensitive sensor and the 6th voltage sensitive sensor are become by the resistance value after pressed by external force Change trend is different；This method includes：
Obtain the 5th compression frequency of the voltage sensitive sensor of pressed by external force the 5th；
Control data is played according to the 5th compression frequency and the default 5th, the volume of the earphone is tuned up；
Obtain the 6th compression frequency of the voltage sensitive sensor of pressed by external force the 6th；
Control data is played according to the 6th compression frequency and the default 6th, the volume of the earphone is turned down.
As shown in Figure 4 A, voltage sensitive sensor 4101 and voltage sensitive sensor 4102 are provided with the wire 4001 of the earphone, is pressed Dependent sensor 4101 is different by the resistance change trend after pressed by external force from voltage sensitive sensor 4102；This method includes：
Obtain the 5th compression frequency of pressed by external force voltage sensitive sensor 4101；
Control data is played according to the 5th compression frequency and the default 5th, the volume of the earphone is tuned up；
Obtain the 6th compression frequency of pressed by external force voltage sensitive sensor 4102；
Control data is played according to the 6th compression frequency and the default 6th, the volume of the earphone is turned down.
For example, in the case of two voltage sensitive sensors and a wire are set, the pressure-responsive on wire 4001 Device 4101, it is pressed 1 time, then tunes up the volume of the earphone in 2s；The second voltage sensitive sensor 4102 on wire 4001, It is pressed 1 time, then turns the volume of the earphone down in 2s.It will be appreciated that one kind of the above-mentioned simply embodiment of the present disclosure may Implementation, in actual applications, can according to be actually needed set first play control data and second play control data, So that user heightens earpiece volume by pressing voltage sensitive sensor 4101 so that user is turned down by pressing voltage sensitive sensor 4102 Earpiece volume.
It should be noted that Fig. 4 A are illustrated that the schematic diagram of the voxel method of the single earphone for earphone.With Fig. 4 A In embodiment it is similar, as shown in Figure 4 B, can by two above-mentioned voltage sensitive sensors simultaneously to left earphone and the sound of right earphone Sound is played and is controlled, and in this implementation, user heightens a left side by the voltage sensitive sensor 4103 pressed on wire 4002 Right earphone volume, user turn left and right earpiece volume down by the voltage sensitive sensor 4014 pressed on wire 4002.
It will be appreciated that as shown in Figure 4 C, can be in earphone in order to realize the control respectively played to left and right headphones sound Wire 4003 and wire 4004 are set, voltage sensitive sensor 4105 and voltage sensitive sensor 4106, pressure-sensitive biography are provided with wire 4003 Sensor 4105 is different by the resistance change trend after pressed by external force from voltage sensitive sensor 4106, and pressure-sensitive biography is provided with wire Sensor 4107 and voltage sensitive sensor 4108, voltage sensitive sensor 4107 is with voltage sensitive sensor 4108 by the resistance value after pressed by external force Variation tendency is different, i.e., sets two voltage sensitive sensors, wherein two on wire 4003 respectively for left earphone and right earphone The volume that voltage sensitive sensor corresponds to left earphone respectively is heightened and turned down, and two voltage sensitive sensors on the wire of wire 4004 are right respectively The volume of right earphone is answered to heighten and turn down.
In another embodiment of the disclosure, the earphone is used to interact with mobile terminal, including left earphone and right earphone, Left earphone includes the 7th wire, and the 7th voltage sensitive sensor and the 8th voltage sensitive sensor, the 7th pressure-sensitive biography are provided with the 7th wire Sensor is different by the resistance change trend after pressed by external force from the 8th voltage sensitive sensor；Right earphone includes the 8th wire, the Be provided with the 9th voltage sensitive sensor and the tenth voltage sensitive sensor on eight wires, the 9th voltage sensitive sensor and the tenth voltage sensitive sensor by Resistance change trend after to pressed by external force is different；
Obtain the 7th compression frequency of the voltage sensitive sensor of pressed by external force the 7th on the 7th wire；
Control data is played according to the 7th compression frequency and the default 7th, controls giving great volume for left headphones sound broadcasting Small, pause plays；
Obtain the 8th compression frequency of the voltage sensitive sensor of pressed by external force the 8th on the 7th wire；
Control data is played according to the 8th compression frequency and the default 8th, controls left earphone to be handed over mobile terminal Mutually, the fast forward and reverse for controlling left headphones sound to play；
Obtain the 9th compression frequency of the voltage sensitive sensor of pressed by external force the 9th on the 8th wire；According to the 9th compression frequency and Default 9th plays control data, volume, pause or the broadcasting that control right earphone sound plays；
Obtain the tenth compression frequency of the voltage sensitive sensor of pressed by external force the tenth on the 9th wire；
Control data is played according to the tenth compression frequency and the default tenth, control right earphone is handed over mobile terminal Mutually, what control right earphone sound played is switched to a head and is switched to next.
As shown in Figure 4 D, the earphone includes wire 4005 and wire 4006, and voltage sensitive sensor is provided with wire 4005 4109 and voltage sensitive sensor 4110, voltage sensitive sensor 4109 is with voltage sensitive sensor 4110 by the resistance change after pressed by external force Trend is different；Be provided with voltage sensitive sensor 4111 and voltage sensitive sensor 4112 on wire 4006, voltage sensitive sensor 4111 with it is pressure-sensitive Sensor 4112 is different by the resistance change trend after pressed by external force；
Obtain the 7th compression frequency of pressed by external force voltage sensitive sensor 4109 on wire 4005；
Control data is played according to the 7th compression frequency and the default 7th, controls giving great volume for left headphones sound broadcasting Small, pause plays；
Obtain the 8th compression frequency of the second voltage sensitive sensor of pressed by external force 4110 on the first wire 4005；
Control data is played according to the 8th compression frequency and the default 8th, controls left earphone earphone to be carried out with mobile terminal Interaction, the fast forward and reverse for controlling left headphones sound to play；
Obtain the 9th compression frequency of the voltage sensitive sensor 4111 of pressed by external force the 3rd on the second wire 4006；
Control data is played according to the 9th compression frequency and the default 9th, what control right earphone sound played gives great volume Small, pause plays；
Obtain the tenth compression frequency of the voltage sensitive sensor 4112 of pressed by external force the 4th on the second wire 4006；
Control data is played according to the tenth compression frequency and the default tenth, controls the right earphone and mobile terminal Interact, what control right earphone sound played is switched to a head and is switched to next.
It will be appreciated that compared to the embodiment in Fig. 4 C, the embodiment in Fig. 4 D can realize what headphones sound was played A greater variety of controls, in addition to the volume that control headphones sound plays plays with pause, control earphone can also be realized Sound play F.F., rewind, be switched to one head and be switched to next.
Specifically, user by press volume, pause that voltage sensitive sensor 4109 controls left headphones sound to play or Play, user by press voltage sensitive sensor 4110 control earphone and mobile terminal interact F.F. that control sound plays and Rewind, volume, pause or the broadcasting that user controls right earphone sound to play by pressing voltage sensitive sensor 4111, Yong Hutong That crosses that pressing voltage sensitive sensor 4112 controls that earphone and mobile terminal interact that control sound plays is switched to a upper head and cuts Change to next.It will be appreciated that a kind of possible implementation of the above-mentioned simply embodiment of the present disclosure, in actual applications, Control data can be played according to being actually needed to set so that user presses voltage-frequency by regulation four different voltage sensitive sensors of pressing Rate realizes the control played to headphones sound.
Below by taking the interaction of user, smart mobile phone and bluetooth wired earphone as an example, illustrate the earphone of the embodiment of the present disclosure The application scenarios of voxel method.Operation has audio play-back application on smart mobile phone, and plays audio by bluetooth and apply The acoustic information that program plays is sent to bluetooth wired earphone.Bluetooth wired earphone plays out to the acoustic information received, At least one wire is provided with its earphone cord, at least one voltage sensitive sensor is provided with wire, is pressed according to user on wire The compression frequency of voltage sensitive sensor and default broadcasting control data are pressed, the sound broadcasting of control bluetooth wired earphone gives great volume Small, broadcasting and pause.Bluetooth wired earphone sends the control information played to sound to smart mobile phone by bluetooth, intelligent hand The control information that the audio playing program runnable interface of machine plays to sound is shown, for example, when user is touch-sensitive by pressing During the volume that the sound that sensor heightens bluetooth wired earphone plays, the audio playing program runnable interface of smart mobile phone shows sound Measure the information heightened.When compression frequency and default broadcasting control data that voltage sensitive sensor is pressed according to user on wire determine When playing control instruction to control the F.F. of sound broadcasting, rewind, being switched to a head and be switched to next, the wired ear of bluetooth Machine is sent the broadcasting control instruction of determination to smart mobile phone by bluetooth, and the audio play-back application of smart mobile phone performs should Control instruction is played, by controlling bluetooth wired earphone and smart mobile phone to interact to realize the F.F. of sound broadcasting, rewind, cutting Change to a head and be switched to next.
The beneficial effect of the disclosure is, by setting voltage sensitive sensor on the wire of earphone, determines that pressed by external force is pressure-sensitive The compression frequency of sensor, it is controlled according to compression frequency and the default sound broadcasting for playing control data to earphone.With Prior art is compared, using be arranged on voltage sensitive sensor in earphone cord replace in the prior art the outer weight being located on earphone cord compared with Big wired control box, the weight of earphone is alleviated, the structure and outward appearance of earphone are greatly simplify, because voltage sensitive sensor is arranged on ear Not easy to wear in machine line, wire is not easy disconnection with voltage sensitive sensor, while can also retain earphone line control function, and user can also pass through The compression frequency for changing pressing voltage sensitive sensor realizes that the sound broadcasting to left and right earphone is controlled respectively, drastically increases Consumer's Experience.
Fig. 5 shows the outline drawing of the earphone of disclosure one embodiment.As shown in figure 5, the earphone of the embodiment of the present disclosure Including left auricular concha 51 and auris dextra shell 52, it is connected between left auricular concha 51 and auris dextra shell 52 by earphone cord 53.The crust of earphone cord 53 At least one wire (not shown) is inside provided with, crust is formed by the encapsulated injection of silica gel, it is ensured that the intensity of earphone cord 53 and U.S. See.
In actual applications, for setting the situations of multiple voltage sensitive sensors in the embodiment of the present disclosure, to avoid user's Maloperation, the setting distance of different voltage sensitive sensors can not be excessively too near.In addition, operated for ease of user, can be outside wire Crust surface corresponding position on simple label character is carried out to the function of each voltage sensitive sensor.For example, for adjusting On the crust of the voltage sensitive sensor corresponding lead of small left earpiece volume, it can mark " L- "；For heightening the pressure-sensitive of right earphone volume On the crust of sensor corresponding lead, it can mark " R+ ".
Fig. 6 is the structural representation of the earphone sound-controlled apparatus of disclosure one embodiment.Include in the earphone cord of the earphone At least one wire, at least one voltage sensitive sensor is provided with wire, as shown in fig. 6, the device includes：Compression frequency determines Module 61, play control module 62 and data memory module 63, specifically：
Compression frequency determining module 61, for determining the compression frequency of pressed by external force voltage sensitive sensor on wire, by voltage-frequency Rate is the number of the voltage sensitive sensor described in pressed by external force in preset time；
Play control module 62, for according to compression frequency and default broadcasting control data, controlling the sound of the earphone Play, the default control data that plays includes compression frequency with playing the corresponding relation of control instruction；
Data memory module 63, for storing default broadcasting control data.
The earphone sound-controlled apparatus that the embodiment of the present disclosure provides, by setting voltage sensitive sensor on the wire of earphone, it is determined that The compression frequency of pressed by external force voltage sensitive sensor, the sound of earphone is played according to compression frequency and the default control data that plays It is controlled.Compared with prior art, using being arranged on, voltage sensitive sensor replacement in earphone cord is outer in the prior art to be located at earphone The larger wired control box of weight on line, alleviates the weight of earphone, the structure and outward appearance of earphone is greatly simplify, due to pressure-sensitive biography Sensor is arranged on not easy to wear in earphone cord, while can also retain earphone line control function, user, which can pass through to change, presses pressure-sensitive biography The compression frequency of sensor is played to the sound of earphone and is controlled, and drastically increases Consumer's Experience.
In one embodiment of the disclosure, play control module 62, specifically for the sound for controlling the headphones sound to play Measure size, pause or broadcasting and control the earphone to interact the F.F. realized sound and played, rewind, switching with mobile terminal To upper one head and it is switched to next.
In one embodiment of the disclosure, the earphone includes the first wire and the second wire, is provided with the first wire First voltage sensitive sensor, the second voltage sensitive sensor is provided with the second wire,
Compression frequency determining module 61, it is further used for obtaining the of the voltage sensitive sensor of pressed by external force first on the first wire One compression frequency；Obtain the second compression frequency of the voltage sensitive sensor of pressed by external force second on the second wire；
Play control module 62, it is further used for playing control data according to the first compression frequency and default first, will The volume of the earphone tunes up；Control data is played according to the second compression frequency and default second, the volume of the earphone is turned down.
In another embodiment of the disclosure, the earphone includes privates and privates, is set on privates There is the 3rd voltage sensitive sensor, the 4th voltage sensitive sensor is provided with privates, and,
Compression frequency determining module 61, it is further used for obtaining the of the voltage sensitive sensor of pressed by external force the 3rd on privates Three compression frequencies；Obtain the 4th compression frequency of the voltage sensitive sensor of pressed by external force the 4th on privates；
Play control module 62, it is further used for playing control data, control according to the 3rd compression frequency and the default 3rd Make the volume of headphones sound broadcasting；Control data is played according to the 4th compression frequency and the default 4th, controls the ear The pause or broadcasting that machine sound plays.
In another embodiment of the disclosure, the earphone includes the 5th wire, and it is pressure-sensitive to be provided with the 5th on the 5th wire Sensor and the 6th voltage sensitive sensor, the 5th voltage sensitive sensor and the 6th voltage sensitive sensor are become by the resistance value after pressed by external force Change trend is different；
Compression frequency determining module 61, be further used for obtaining the voltage sensitive sensor of pressed by external force the 5th the 5th by voltage-frequency Rate；Obtain the 6th compression frequency of the voltage sensitive sensor of pressed by external force the 6th；
Play control module 62, it is further used for playing control data according to the 5th compression frequency and the default 5th, will The volume of the earphone tunes up；Control data is played according to the 6th compression frequency and the default 6th, the volume of the earphone is turned down.
In another embodiment of the disclosure, the earphone includes left earphone and right earphone, and left earphone includes the 7th wire, The 7th voltage sensitive sensor and the 8th voltage sensitive sensor, the 7th voltage sensitive sensor and the 8th voltage sensitive sensor are provided with 7th wire It is different by the resistance change trend after pressed by external force；Right earphone includes the 8th wire, and the 9th pressure is provided with the 8th wire Dependent sensor and the tenth voltage sensitive sensor, the 9th voltage sensitive sensor and the tenth voltage sensitive sensor are by the resistance value after pressed by external force Variation tendency is different；
Compression frequency determining module 61, it is further used for obtaining the voltage sensitive sensor of pressed by external force the 7th on the 7th wire 7th compression frequency；Obtain the 8th compression frequency of the voltage sensitive sensor of pressed by external force the 8th on the 7th wire；Obtain the 8th wire 9th compression frequency of the upper voltage sensitive sensor of pressed by external force the 9th；Obtain the voltage sensitive sensor of pressed by external force the tenth on the 8th wire Tenth compression frequency；
Play control module 62, it is further used for playing control data, control according to the 7th compression frequency and the default 7th Make volume, pause or broadcasting that left headphones sound plays；Control is played according to the 8th compression frequency and the default 8th Data processed, left earphone is controlled to be interacted with mobile terminal, the fast forward and reverse for controlling left headphones sound to play；Pressed according to the 9th Voltage-frequency rate and the default 9th plays control data, volume, pause or the broadcasting that control right earphone sound plays；According to institute State the tenth compression frequency and the default tenth and play control data, control right earphone interacts with mobile terminal, controls auris dextra What machine sound played is switched to a head and is switched to next.
The beneficial effect of the disclosure is, by setting voltage sensitive sensor on the wire of earphone, determines that pressed by external force is pressure-sensitive The compression frequency of sensor, it is controlled according to compression frequency and the default sound broadcasting for playing control data to earphone.With Prior art is compared, using be arranged on voltage sensitive sensor in earphone cord replace in the prior art the outer weight being located on earphone cord compared with Big wired control box, the weight of earphone is alleviated, the structure and outward appearance of earphone are greatly simplify, because voltage sensitive sensor is arranged on ear Not easy to wear in machine line, wire is not easy disconnection with voltage sensitive sensor, while can also retain earphone line control function, and user can also pass through The compression frequency for changing pressing voltage sensitive sensor realizes that the sound broadcasting to left and right earphone is controlled respectively, drastically increases Consumer's Experience.
The earphone sound-controlled apparatus of the embodiment of the present disclosure can be used for performing above-mentioned earphone voxel method embodiment, its principle and Technique effect is similar, and here is omitted.
A kind of earphone of offer of another embodiment of the disclosure, including above-mentioned earphone sound-controlled apparatus.
As shown in fig. 7, another embodiment of the disclosure provides a kind of earphone Voice-Operated System, the He of memory 71 is specifically included Processor 72, communicated and connected by internal bus 73 between memory 71 and processor 72, memory 71, which is stored with, to be located The programmed instruction that device 72 performs is managed, above-mentioned earphone voxel method can be realized when programmed instruction is performed by processor 73.
Another embodiment of the disclosure provides a kind of computer-readable recording medium, computer-readable recording medium storage Computer instruction, computer instruction make computer perform the earphone voxel method that above-mentioned each method embodiment is provided.
In summary, according to the technical scheme of the disclosure, by setting voltage sensitive sensor on the wire of earphone, it is determined that outside Power presses the compression frequency of voltage sensitive sensor, and headphones sound is played and carried out according to compression frequency and default broadcasting control data Control.Compared with prior art, using being arranged on, voltage sensitive sensor replacement in earphone cord is outer in the prior art to be located on earphone cord The larger wired control box of weight, alleviate the weight of earphone, greatly simplify the structure and outward appearance of earphone, while ear can also be retained Machine line traffic control function, the compression frequency that user can also press voltage sensitive sensor by changing are realized to the broadcasting progress of left and right headphones sound Control respectively, drastically increase Consumer's Experience.
It should be understood by those skilled in the art that, embodiment of the disclosure can be provided as method, system or computer program Product.Therefore, the disclosure can use the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardware Apply the form of example.Moreover, the disclosure can use the computer for wherein including computer usable program code in one or more The computer program production that usable storage medium is implemented on (including but is not limited to magnetic disk storage, CD-ROM, optical memory etc.) The form of product.
The disclosure is with reference to the flow according to the method for the embodiment of the present disclosure, equipment (system) and computer program product Figure and/or block diagram describe.It should be understood that can be by every first-class in computer program instructions implementation process figure and/or block diagram Journey and/or the flow in square frame and flow chart and/or block diagram and/or the combination of square frame.These computer programs can be provided The processors of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce A raw machine so that produced by the instruction of computer or the computing device of other programmable data processing devices for real The device for the function of being specified in present one flow of flow chart or one square frame of multiple flows and/or block diagram or multiple square frames.
It should be noted that term " comprising ", "comprising" or its any other variant are intended to the bag of nonexcludability Contain, so that process, method, article or equipment including a series of elements not only include those key elements, but also including The other element being not expressly set out, or also include for this process, method, article or the intrinsic key element of equipment. In the absence of more restrictions, the key element limited by sentence "including a ...", it is not excluded that including the key element Process, method, other identical element also be present in article or equipment.
In the specification of the disclosure, numerous specific details are set forth.Although it is understood that embodiment of the disclosure can To be put into practice in the case of these no details.In some instances, known method, structure and skill is not been shown in detail Art, so as not to obscure the understanding of this description.Similarly, it will be appreciated that in order to help to understand each hair that the disclosure provides One or more of bright aspect, in the description to the exemplary embodiment of the disclosure above, each feature of the disclosure has When be grouped together into single embodiment, figure or descriptions thereof.However, should not be in by the method explanation of the disclosure Reflection is following to be intended to：The disclosure i.e. claimed requires more more than the feature being expressly recited in each claim Feature.More precisely, as the following claims reflect, inventive aspect is to be less than single embodiment disclosed above All features.Therefore, it then follows thus claims of embodiment are expressly incorporated in the embodiment, wherein Each claim separate embodiments as the disclosure in itself.
It is described above, the only embodiment of the disclosure, under the above-mentioned teaching of the disclosure, those skilled in the art Other improvement or deformation can be carried out on the basis of above-described embodiment.It will be understood by those skilled in the art that above-mentioned tool The purpose of the disclosure is simply preferably explained in body description, and the protection domain of the disclosure should be defined by scope of the claims.

Claims (10)

1. a kind of earphone voxel method, wherein, include at least one wire in the earphone cord of the earphone, set on the wire There is at least one voltage sensitive sensor, methods described includes：
The compression frequency of voltage sensitive sensor described in pressed by external force on the wire is determined, the compression frequency is in preset time The number of voltage sensitive sensor described in the pressed by external force；And
According to the compression frequency and default broadcasting control data, the sound of the earphone is controlled to play, it is described default to broadcast Putting control data includes compression frequency and plays the corresponding relation between control instruction.
2. according to the method for claim 1, wherein, the earphone includes the first wire and the second wire, and described first leads The first voltage sensitive sensor is provided with line, is provided with the second voltage sensitive sensor on second wire, methods described includes：
Obtain the first compression frequency of the first voltage sensitive sensor described in pressed by external force on first wire；
Control data is played according to first compression frequency and default first, the volume of the earphone is tuned up；
Obtain the second compression frequency of the second voltage sensitive sensor described in pressed by external force on second wire；
Control data is played according to second compression frequency and default second, the volume of the earphone is turned down.
3. according to the method for claim 1, wherein, the earphone includes privates and privates, and the described 3rd leads The 3rd voltage sensitive sensor is provided with line, the 4th voltage sensitive sensor is provided with the privates；Methods described includes：
Obtain the 3rd compression frequency of the 3rd voltage sensitive sensor described in pressed by external force on the privates；
Control data is played according to the 3rd compression frequency and the default 3rd, controls giving great volume for the headphones sound broadcasting It is small；
Obtain the 4th compression frequency of the 4th voltage sensitive sensor described in pressed by external force on the privates；
Control data is played according to the 4th compression frequency and the default 4th, control pause that the headphones sound plays or Play.
4. according to the method for claim 1, wherein, the earphone includes the 5th wire, is provided with the 5th wire 5th voltage sensitive sensor and the 6th voltage sensitive sensor, the 5th voltage sensitive sensor is with the 6th voltage sensitive sensor by external force Resistance change trend after pressing is different；Methods described includes：
Obtain the 5th compression frequency of the 5th voltage sensitive sensor described in pressed by external force；
Control data is played according to the 5th compression frequency and the default 5th, the volume of the earphone is tuned up；
Obtain the 6th compression frequency of the 6th voltage sensitive sensor described in pressed by external force；
Control data is played according to the 6th compression frequency and the default 6th, the volume of the earphone is turned down.
5. according to the method for claim 1, wherein, the earphone is used to interact with mobile terminal, including left earphone and the right side Earphone, the left earphone include the 7th wire, the 7th voltage sensitive sensor and the 8th pressure-responsive are provided with the 7th wire Device, the 7th voltage sensitive sensor are different by the resistance change trend after pressed by external force from the 8th voltage sensitive sensor； The right earphone includes the 8th wire, and the 9th voltage sensitive sensor and the tenth voltage sensitive sensor, institute are provided with the 8th wire It is different by the resistance change trend after pressed by external force from the tenth voltage sensitive sensor to state the 9th voltage sensitive sensor；
Obtain the 7th compression frequency of the 7th voltage sensitive sensor described in pressed by external force on the 7th wire；
Control data, the volume that the control left headphones sound plays are played according to the 7th compression frequency and the default 7th Size, pause or broadcasting；
Obtain the 8th compression frequency of the 8th voltage sensitive sensor described in pressed by external force on the 7th wire；
Control data is played according to the 8th compression frequency and the default 8th, controls the left earphone and the mobile terminal Interact to control the fast forward and reverse that the left headphones sound plays；
Obtain the 9th compression frequency of the 9th voltage sensitive sensor described in pressed by external force on the 8th wire；
Control data is played according to the 9th compression frequency and the default 9th, the volume for controlling the right earphone sound to play Size, pause or broadcasting；
Obtain the tenth compression frequency of the tenth voltage sensitive sensor described in pressed by external force on the 8th wire；
Control data is played according to the tenth compression frequency and the default tenth, controls the earphone to enter with the mobile terminal Row interaction, with control that the right earphone sound plays to be switched to upper one first and be switched to next.
6. a kind of earphone sound-controlled apparatus, wherein, include at least one wire in the earphone cord of the earphone, set on the wire There is at least one voltage sensitive sensor, described device includes：
Compression frequency determining module, it is described for determining the compression frequency of voltage sensitive sensor described in pressed by external force on the wire Compression frequency is the number of the voltage sensitive sensor described in the pressed by external force in preset time；
Play control module, for according to the compression frequency and default broadcasting control data, controlling the sound of the earphone Play, the default control data that plays includes compression frequency and plays the corresponding relation between control instruction；
Data memory module, for storing the default broadcasting control data.
7. device as claimed in claim 6, wherein, the earphone includes the first wire and the second wire, first wire On be provided with the first voltage sensitive sensor, be provided with the second voltage sensitive sensor on second wire,
The compression frequency determining module, it is further used for obtaining the first pressure-responsive described in pressed by external force on first wire First compression frequency of device；Obtain the second compression frequency of the second voltage sensitive sensor described in pressed by external force on second wire；
The play control module, it is further used for playing control data according to first compression frequency and default first, The volume of the earphone is tuned up；Control data is played according to second compression frequency and default second, by the earphone Volume turn down.
8. device as claimed in claim 6, wherein, the earphone includes privates and privates, the privates On be provided with the 3rd voltage sensitive sensor, the 4th voltage sensitive sensor is provided with the privates；
The compression frequency determining module, it is further used for obtaining the 3rd pressure-responsive described in pressed by external force on the privates 3rd compression frequency of device；Obtain the 4th compression frequency of the 4th voltage sensitive sensor described in pressed by external force on the privates；
The play control module, it is further used for playing control data according to the 3rd compression frequency and the default 3rd, The volume for controlling the headphones sound to play；Control data is played according to the 4th compression frequency and the default 4th, The pause or broadcasting for controlling the headphones sound to play.
9. device as claimed in claim 6, wherein, the earphone includes the 5th wire, and is provided with the 5th wire Five voltage sensitive sensors and the 6th voltage sensitive sensor, the 5th voltage sensitive sensor are pressed with the 6th voltage sensitive sensor by external force Resistance change trend after pressure is different；
The compression frequency determining module, be further used for obtaining the 5th voltage sensitive sensor described in pressed by external force the 5th by voltage-frequency Rate；Obtain the 6th compression frequency of the 6th voltage sensitive sensor described in pressed by external force；
The play control module, it is further used for playing control data according to the 5th compression frequency and the default 5th, The volume of the earphone is tuned up；Control data is played according to the 6th compression frequency and the default 6th, by the earphone Volume turn down.
10. a kind of earphone, including the earphone sound-controlled apparatus described in claim 6-9 any one.
CN201710954569.5A 2017-10-13 2017-10-13 A kind of earphone voxel method, device and earphone Pending CN107708011A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109104662A (en) * 2018-08-28 2018-12-28 Oppo广东移动通信有限公司 Instruction executing method, operation response method, terminal and ear speaker device
WO2021038184A1 (en) * 2019-08-30 2021-03-04 Cirrus Logic International Semiconductor Limited Audio apparatus, sensor module and user device
AU2021103858B4 (en) * 2018-09-21 2021-09-23 Apple Inc. Force-activated earphone

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20080103334A (en) * 2007-05-23 2008-11-27 (주) 지비테크 Remote controller and acupuncture diet earphone of portable audio device
CN103761984A (en) * 2014-01-26 2014-04-30 小米科技有限责任公司 Audio frequency control method and device and terminal device
CN104898979A (en) * 2015-06-11 2015-09-09 努比亚技术有限公司 Music playing control method and system
CN205961246U (en) * 2016-07-07 2017-02-15 深圳天珑无线科技有限公司 Convertible control key function take earphone mobile terminal

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20080103334A (en) * 2007-05-23 2008-11-27 (주) 지비테크 Remote controller and acupuncture diet earphone of portable audio device
CN103761984A (en) * 2014-01-26 2014-04-30 小米科技有限责任公司 Audio frequency control method and device and terminal device
CN104898979A (en) * 2015-06-11 2015-09-09 努比亚技术有限公司 Music playing control method and system
CN205961246U (en) * 2016-07-07 2017-02-15 深圳天珑无线科技有限公司 Convertible control key function take earphone mobile terminal

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109104662A (en) * 2018-08-28 2018-12-28 Oppo广东移动通信有限公司 Instruction executing method, operation response method, terminal and ear speaker device
AU2021103858B4 (en) * 2018-09-21 2021-09-23 Apple Inc. Force-activated earphone
WO2021038184A1 (en) * 2019-08-30 2021-03-04 Cirrus Logic International Semiconductor Limited Audio apparatus, sensor module and user device
GB2601444A (en) * 2019-08-30 2022-06-01 Cirrus Logic Int Semiconductor Ltd Audio apparatus, sensor module and user device
US11956586B2 (en) 2019-08-30 2024-04-09 Cirrus Logic Inc. Audio apparatus, sensor module and user device

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Application publication date: 20180216