CN112954529B - Double-earphone balanced use method and double-earphone - Google Patents
Double-earphone balanced use method and double-earphone Download PDFInfo
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- CN112954529B CN112954529B CN202110217526.5A CN202110217526A CN112954529B CN 112954529 B CN112954529 B CN 112954529B CN 202110217526 A CN202110217526 A CN 202110217526A CN 112954529 B CN112954529 B CN 112954529B
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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
- H04R1/1058—Manufacture or assembly
- H04R1/1066—Constructional aspects of the interconnection between earpiece and earpiece support
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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
- H04R1/1025—Accumulators or arrangements for charging
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention discloses a double earphone equalizing use method and a double earphone, when detecting that a box cover of an earphone box is opened, acquiring use parameters of the earphone which is used for discharging the box last time, prompting a user to select another earphone to discharge the box if the use parameters exceed corresponding set thresholds, avoiding overuse of the same earphone, avoiding unbalanced battery life of the two earphones, improving the using balance of the earphone, and prolonging the whole service life of the double earphone.
Description
Technical Field
The invention belongs to the technical field of double earphone, and particularly relates to a double earphone equalizing use method and a double earphone.
Background
With the popularity of wireless headphones, users have also been listening to music and talking for longer and longer periods of time using wireless headphones.
Many users are used to wearing two earphones when listening to music, and wearing a single earphone when talking. Because the user uses the habit, one earphone on the fixed side is frequently used with a high probability, and the use habit has adverse effect on the hearing of the corresponding ear of the user, the battery life of the earphone is accelerated to be lost, namely the battery lives of the two earphones are unbalanced.
Disclosure of Invention
The invention provides a method for using the earphone in an equalizing way, which improves the using equilibrium of the earphone.
In order to solve the technical problems, the invention is realized by adopting the following technical scheme:
a method of using binaural equalization, the binaural including a left earpiece, a right earpiece, an earpiece box, the method of using binaural equalization comprising:
detecting the opening and closing state of a box cover of the earphone box;
when the case cover of the earphone case is detected to be opened, acquiring the use parameters of the earphone which is used for discharging the case last time, wherein the use parameters comprise one or more of power consumption and case discharging time of the earphone which is used for discharging the case last time;
if the usage parameter exceeds the corresponding set threshold, prompting to select another earphone to be out of the box.
Further, when detecting that the cover of the earphone box is opened, before acquiring the use parameters of the earphone which is out of the box last time, the method for equalizing the use of the two-earphone further comprises the following steps:
when the case cover of the earphone case is detected to be opened, judging whether the case outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
Still further, when detecting that the cover of the earphone box is opened, before acquiring the use parameters of the earphone that is out of the box last time, the method for equalizing use of the two-earphone further comprises the following steps:
when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not, wherein the power consumption of each box outlet in the i times of box outlet is less than the set power threshold, and the sum of the power consumption of the i times of box outlet is more than the set total power threshold; wherein, the set electric quantity threshold value is less than the set total electric quantity threshold value;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
Furthermore, when detecting that the cover of the earphone box is opened, before acquiring the use parameters of the earphone which is taken out last time, the method for equalizing the use of the two earpieces further comprises the following steps:
when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times, wherein the box outlet time of each box outlet in the i times is less than the set time threshold, and the sum of the box outlet times of the i times is more than the set total time threshold; wherein, the set time threshold value is less than the set total time threshold value;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
Still further, the other earphone is prompted to be selected out of the box through a prompting module on the other earphone or a prompting module in the earphone box.
Further, the method for using the dual-earphone balance further comprises the following steps:
when detectingWhen one earphone is changed from an unworn state to a wearing state, the current electric quantity G of the earphone is obtained R ；
When detecting that the earphone is changed from a wearing state to an unworn state, acquiring the current electric quantity G 'of the earphone' R ；
Calculating the power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
Still further, the method for using binaural equalization further includes:
when one of the earphones is detected to be out of the box, the current electric quantity G of the earphone is obtained R ；
When detecting that the earphone is put into the box, acquiring the current electric quantity G 'of the earphone' R ；
Calculating the power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
Still further, the method for using binaural equalization further comprises:
when one of the earphones is detected to be out of the box, starting timing;
ending the timing when detecting that the earphone is put into the box;
and calculating and storing the box-out time of the earphone when the earphone is out of the box.
Still further, the method for using binaural equalization further comprises:
when one earphone is detected to be changed from an unworn state to a wearing state, starting timing;
ending the timing when detecting that the earphone is changed from the wearing state to the unworn state;
and calculating and storing the box-out time of the earphone when the earphone is out of the box.
A double earphone comprises a left earphone, a right earphone and an earphone box, wherein the double earphone adopts the double earphone equalizing use method.
Compared with the prior art, the invention has the advantages and positive effects that: according to the balanced use method of the double earphone and the double earphone, when the opening of the box cover of the earphone box is detected, the use parameters of the earphone which is used for discharging the box last time are obtained, if the use parameters exceed the corresponding set threshold values, the user is prompted to select the other earphone to discharge the box, the situation that the same earphone is excessively used is avoided, the imbalance of the service lives of batteries of the two earphones is avoided, the use balance of the earphones is improved, and therefore the whole service life of the double earphone is prolonged.
Other features and advantages of the present invention will become apparent upon review of the detailed description of the invention in conjunction with the drawings.
Drawings
Fig. 1 is a block diagram of one embodiment of a binaural set forth in the invention;
fig. 2 is a flow chart of one embodiment of a method for dual-earpiece equalization use as set forth in the present invention;
fig. 3 is a flow chart of another embodiment of the proposed method for dual-earpiece equalization usage.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail with reference to the accompanying drawings and examples.
Aiming at the situations of unbalanced use and unbalanced service life of batteries of two earphones at present, the invention provides a balanced use method of the double earphones and the double earphones, and the balanced use of the earphones is improved. The following describes the method for equalizing the use of the dual headphones by means of specific embodiments with reference to the accompanying drawings.
The binaural of the present embodiment includes a left earphone, a right earphone, and an earphone box, as shown in fig. 1. The earphone box is used for accommodating two earphones and providing a charging function for the two earphones.
The left earphone comprises a main control module, a communication module, a prompt module, a wearing detection module, an in-out box detection module, a rechargeable battery, a timer, a loudspeaker, a microphone and the like; the main control module is respectively connected with the communication module, the prompting module, the wearing detection module, the access box detection module, the rechargeable battery, the timer, the loudspeaker and the microphone. The prompting module is used for prompting the left earphone to be taken out of the box, and can be an LED indicator lamp or other functional modules which can be used for attracting the attention of a user. The wearing detection module is used for carrying out wearing detection on the left earphone and comprises, but is not limited to, a capacitance detection module and an optical detection module, and whether the left earphone is correctly worn on the human ear can be detected. The in-out box detection module is used for detecting in-out boxes of the left earphone and comprises, but is not limited to, a Hall detection module, an optical detection module, a load detection module and the like, and can detect whether the left earphone is correctly placed in the earphone box or taken out of the box.
The right earphone comprises a main control module, a communication module, a prompt module, a wearing detection module, an in-out box detection module, a rechargeable battery, a timer, a loudspeaker, a microphone and the like; the main control module is respectively connected with the communication module, the prompting module, the wearing detection module, the access box detection module, the rechargeable battery, the timer, the loudspeaker and the microphone. The prompting module is used for prompting the right earphone to be taken out of the box, and can be an LED indicator lamp or other functional modules which can be used for attracting the attention of a user. The wearing detection module is used for carrying out wearing detection on the right earphone and comprises, but is not limited to, a capacitance detection module and an optical detection module, and whether the right earphone is correctly worn on the human ear can be detected. The in-out box detection module is used for detecting the in-out box of the right earphone, and comprises, but is not limited to, a Hall detection module, an optical detection module, a load detection module and the like, and can detect whether the right earphone is correctly placed in the earphone box or taken out of the box.
The earphone box comprises a microprocessor, a communication module, a prompt module, an in-out box detection module, a switch cover detection module, a rechargeable battery, a timer, a storage module, a power management module and the like; the microprocessor is respectively connected with the communication module, the prompting module, the access box detection module, the switch cover detection module, the rechargeable battery, the timer, the storage module and the power management module. The power management module is used for converting the power output by the rechargeable battery into different working voltages to supply power for all the electric appliances of the earphone box. The prompt module comprises a left ear prompt module and a right ear prompt module, wherein the left ear prompt module is used for prompting and guiding a user to select a left earphone to go out of the box, and the right ear prompt module is used for prompting and guiding the user to select a right earphone to go out of the box. The prompting module may be an LED indicator light, or other functional modules that may be of interest to the user, for example, the left ear prompting module is an LED light disposed in the earphone box at one side of the left earphone, and the right ear prompting module is an LED light disposed in the earphone box at one side of the right earphone. The in-out box detection module is used for detecting in-out boxes of the left earphone and the right earphone, comprises a Hall detection module, an optical detection module, a load detection module and the like, and can detect whether the left earphone and the right earphone are correctly placed in the earphone box or taken out of the box. The switch cover detection module is used for detecting the switch state of the box cover of the earphone box.
The communication module of the left earphone comprises a Bluetooth communication module and a machine box communication module.
The communication module of the right earphone comprises a Bluetooth communication module and a machine box communication module.
The communication module of the earphone box comprises a Bluetooth communication module and a box communication module.
When the left earphone is placed in the earphone box, the earphone box communication module of the left earphone is connected and communicated with the earphone box communication module of the earphone box.
When the right earphone is placed in the earphone box, the earphone box communication module of the right earphone is connected and communicated with the earphone box communication module of the earphone box.
The set box communication module comprises, but is not limited to, a communication module supporting a double-wire serial port or a single-wire serial port and the like, and can realize command and information interaction between the earphone and the earphone box.
The binaural earphone of the embodiment adopts the method for using the binaural earphone in an equalizing manner, so as to improve the using equilibrium of the earphone. The microprocessor of the earphone box, the main control module of the left earphone and the main control module of the right earphone execute the double-earphone equalizing use method together.
The method for using the binaural equalization in the present embodiment mainly includes the following steps, which are shown in fig. 2.
Step S11: the on-off state of the cover of the earphone box is detected.
The switch cover detection module of the earphone box is used for detecting the switch state of the box cover of the earphone box. Upon detecting that the cover of the earphone box is opened, step S12 is performed.
Step S12: and acquiring the use parameters of the earphone which is out of the box last time, wherein the use parameters comprise one or more of power consumption and box-out time of the earphone which is out of the box last time. I.e. the usage parameters comprise the power consumption of the last out-box or/and the out-box time.
The user opens the earphone box lid, and the switch lid detection module of earphone box detects and uncaps the action after notifying microprocessor, and microprocessor inquires about storage module, knows that the earphone of last time play box is left earphone or right earphone.
If the last box is the right earphone, the use parameters of the last box of the right earphone are obtained, wherein the use parameters comprise the power consumption of the last box of the right earphone or/and the box discharging time.
If the last box is the left earphone, the use parameters of the last box of the left earphone are obtained, wherein the use parameters comprise the power consumption of the last box of the left earphone or/and the box discharging time.
Step S13: judging whether the using parameters of the earphone which is out of the box last time exceed the corresponding set threshold values.
If the usage parameter exceeds the corresponding set threshold, prompting to guide the user to select another earphone to be taken out of the box.
If the usage parameter does not exceed the corresponding set threshold, no hint guidance is performed.
When the use parameters comprise the power consumption of the last box, the power consumption of the earphone of the last box is obtained when the box cover of the earphone box is detected to be opened. If the power consumption of the earphone which is out of the box last time is larger than the set power threshold value Gth, prompting to guide the user to select another earphone to be out of the box. If the power consumption of the earphone which is out of the box last time is less than or equal to the set power threshold value Gth, prompting and guiding are not carried out.
When the using parameters comprise the last box discharging time, when the box cover of the earphone box is detected to be opened, the box discharging time of the earphone which is used for discharging the box last time is obtained. If the last time the earphone is out of the box is larger than the set time threshold Tth, prompting to guide the user to select another earphone to be out of the box. If the time for exiting the earphone from the last time is less than or equal to the set time threshold Tth, prompting guidance is not performed.
When the use parameters comprise the power consumption of the last box discharging and the box discharging time, when the box cover of the earphone box is detected to be opened, the power consumption and the box discharging time of the earphone of the last box discharging are obtained. If the power consumption of the earphone which is output at the last time is larger than the set power threshold value Gth or the output time of the earphone which is output at the last time is larger than the set time threshold value Tth, prompting to guide the user to select another earphone to output. If the power consumption of the earphone which is output at the last time is smaller than or equal to the set power threshold value Gth and the output time of the earphone which is output at the last time is smaller than or equal to the set time threshold value Tth, prompting guidance is not performed.
For example: when the box cover of the earphone box is detected to be opened, the storage module is inquired, the right earphone which is used for discharging the box last time is obtained, the power consumption of the right earphone which is used for discharging the box last time is obtained, and the box discharging time of the box last time is obtained.
If the power consumption of the right earphone which is discharged last time is larger than the set power threshold value Gth or the discharge time of the right earphone which is discharged last time is larger than the set time threshold value Tth, prompting to guide the user to select the left earphone to discharge.
If the power consumption of the right earphone at the last time is smaller than or equal to the set power threshold value Gth and the time of the last time is smaller than or equal to the set time threshold value Tth, prompting and guiding are not performed.
According to the method for equalizing the use of the double earphone, when the case cover of the earphone case is detected to be opened, the use parameters of the earphone which is used for discharging the case last time are obtained, if the use parameters exceed the corresponding set threshold values, the user is prompted to select the other earphone to discharge the case, the same earphone is prevented from being excessively used, the imbalance of the battery lives of the two earphones is avoided, the use balance of the earphones is improved, and therefore the overall service life of the double earphone is prolonged.
According to the method for equalizing the use of the double-earphone, the use condition of the earphone is judged by detecting the power consumption of the last time of the earphone and/or the time of the last time of the earphone, corresponding guiding instructions are provided for the user, the probability that the user uses the earphone used for a long time again is reduced, and bad earphone use habits of the user are changed.
In this embodiment, when the user needs to be prompted to select another earphone out of the box, the user may be prompted to select another earphone out of the box through a prompting module on the other earphone or a prompting module in the earphone box, so that the user may be prompted and guided conveniently and intuitively.
When the user needs to be prompted to guide the user to select the left earphone to go out of the box, the user can be prompted through a prompting module on the left earphone, such as an LED lamp on the left earphone flashes; the left ear prompting module in the earphone box can also be used for prompting, such as the LED lamp positioned on one side of the left earphone in the earphone box flashes.
When the user needs to be prompted to guide the user to select the right earphone to go out of the box, the prompt can be performed through a prompt module on the right earphone, such as the LED lamp on the right earphone flashes; the prompt can also be carried out through the right ear prompt module in the earphone box, for example, the LED lamp positioned at one side of the right earphone in the earphone box flashes.
For example:
when the switch cover detection module of the earphone box detects that the box cover of the earphone box is opened, the microprocessor is informed, the microprocessor inquires the storage module, the right earphone which is used for discharging the box last time and the power consumption of the right earphone which is used for discharging the box last time are obtained, and the box discharging time of the last time is used for discharging the box.
If the power consumption of the last box discharging of the right earphone is greater than the set power threshold value Gth, or the box discharging time of the last box discharging is greater than the set time threshold value Tth, the microprocessor controls the left ear indication module in the earphone box to work (such as LED lamp flickering at one side of the left earphone in the earphone box), or the microprocessor sends a guiding indication command to the left earphone through the earphone box and the box communication module of the left earphone, and the main control module of the left earphone receives the guiding indication command and then controls the indication module of the left earphone to work (such as LED lamp flickering on the left earphone), thereby prompting a guiding user to select the left earphone to discharge the box, and further reducing the probability of the user to reuse the right earphone.
If the power consumption of the right earphone at the last time is smaller than or equal to the set power threshold value Gth and the time of the last time of discharging the box is smaller than or equal to the set time threshold value Tth, prompt guidance is not performed when the user opens the cover at this time.
As a preferred design of the present embodiment, when the open cover of the earphone box is detected, the method for equalizing use of the binaural of the present embodiment further includes the following steps, as shown in fig. 3, before executing step S12.
Step S12-1: when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not. The number i of times of discharging the case may be the number i of times of continuously discharging the case of the same earphone in the latest setting time T, or may be the number i of times of accumulatively discharging the case of the same earphone in the latest setting time T.
If the number of times i of the same earphone in the latest set time T is more than or equal to the set number of times, prompting the user to select another earphone to be out of the box, and accordingly reducing the probability that the user uses the same earphone again. Assuming the right earphone meets the condition, the prompt directs the user to select the left earphone. Assuming that the left earpiece meets the condition, the prompt directs the user to select the right earpiece. Assuming that both the left and right headphones meet the conditions, one headphone may be optional.
If not, that is, the number i of times of the same earphone out of the earphone in the latest set time T is not more than the set number of times, executing S12: and acquiring the use parameters of the earphone which is taken out of the box last time.
In the step, the factor of the number i of boxes is mainly considered, so that one earphone is prevented from being excessively used, and unbalance of the earphone is avoided.
For example, the setting time t=10 minutes, and the setting number of times=7. When the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the last 10 minutes is more than or equal to 7. If the number of times of discharging the right earphone (or the left earphone) is more than or equal to 7 in the last 10 minutes, the LED lamp on the left earphone (or the right earphone) flashes, or the LED lamp positioned on one side of the left earphone (or the right earphone) in the earphone box flashes, is used for prompting and guiding the user to select the left earphone (or the right earphone) to discharge the box, and reduces the probability that the user selects the right earphone (or the left earphone) again. If not, S12 is performed.
As another preferable design of the present embodiment, when detecting that the cover of the earphone box is opened, before executing step S12, the equalizing usage method of the present embodiment further includes the steps of:
when the opening of the box cover of the earphone box is detected, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not, wherein the power consumption of the earphone in each box outlet of the i times is less than the set power threshold value Gth, and the sum of the power consumption of the i times is more than the set total power threshold value Gth 0 The method comprises the steps of carrying out a first treatment on the surface of the Wherein, the set electric quantity threshold value Gth is smaller than the set total electric quantity threshold value Gth 0 . The number i of times of discharging the case may be the number i of times of continuously discharging the case of the same earphone in the latest setting time T, or may be the number i of times of accumulatively discharging the case of the same earphone in the latest setting time T.
If yes, prompting to guide the user to select another earphone to go out of the box, so that the probability that the user uses the same earphone again is reduced. Assuming the right earphone meets the condition, the prompt directs the user to select the left earphone. Assuming that the left earpiece meets the condition, the prompt directs the user to select the right earpiece. Assuming that both the left and right headphones meet the conditions, one headphone may be optional.
If not, then execution S12: and acquiring the use parameters of the earphone which is taken out of the box last time.
The method comprehensively considers the factors of the number i of box discharging, the power consumption of each box discharging and the sum of the power consumption of i times of box discharging, accurately judges the service condition of the earphone and accurately gives a prompt, thereby avoiding overuse of one earphone and avoiding unbalanced use of the earphone.
As still another preferable design of the present embodiment, when detecting that the cover of the earphone box is opened, before executing step S12, the equalizing usage method of the present embodiment further includes the steps of:
when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not, wherein the box outlet time of each box outlet of the earphone in the i times of box outlet is less than the set time threshold Tth, and the sum of the box outlet times of the i times of box outlet is more than the set total time threshold Tth 0 The method comprises the steps of carrying out a first treatment on the surface of the Wherein the set time threshold Tth is smaller than the set total time threshold Tth 0 . The number of times i of discharging the earphone can be the number of times i of continuously discharging the earphone with the same earphone in the latest set time T, or the latest set timeThe box i times is accumulated for the same earphone in T.
If yes, prompting to guide the user to select another earphone to go out of the box, so that the probability that the user uses the same earphone again is reduced. Assuming the right earphone meets the condition, the prompt directs the user to select the left earphone. Assuming that the left earpiece meets the condition, the prompt directs the user to select the right earpiece.
If not, then execution S12: and acquiring the use parameters of the earphone which is taken out of the box last time.
The method comprehensively considers the factors of the box discharging times i, the box discharging time each time and the sum of the box discharging times i, accurately judges the service condition of the earphone and accurately gives a prompt, thereby avoiding overuse of one earphone and avoiding unbalanced use of the earphone.
After receiving the prompt guide information, the user selects one of the earphones, and then the power consumption and the box discharging time of the earphone which is discharged at the present time need to be counted.
1. As a preferred design of the present embodiment, in order to obtain the power consumption of the present out-of-box earphone, the method for equalizing use of the dual-earphone of the present embodiment further includes the following steps:
(11) When detecting that one earphone is changed from the unworn state to the wearing state, acquiring the current electric quantity G of the earphone R 。
The user only takes one earphone (such as a right earphone) out of the earphone box and wears the earphone, the wearing detection module of the earphone sends the wearing state to the main control module of the earphone, the main control module of the earphone starts to work normally, and the current electric quantity G of the battery of the earphone is obtained through the electric quantity meter R 。
(12) When detecting that the earphone is changed from a wearing state to an unworn state, acquiring the current electric quantity G 'of the earphone' R 。
After the user finishes using, the earphone is taken down from the ear, the wearing detection module of the earphone sends the unworn state to the main control module of the earphone, and the main control module of the earphone obtains the electric quantity G 'of the current battery through the electric quantity meter' R 。
(13) Calculate theThe power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
The main control module of the earphone calculates delta G R =G R -G’ R And obtaining the electric quantity consumed by the box discharging at the time. The user opens the earphone box cover to put the earphone into the earphone box, and the main control module of the earphone sends the consumed electric quantity delta G of the current use to the microprocessor of the earphone box (the microprocessor is awakened by the switch cover detection module of the earphone box) through the earphone box and the earphone box communication module of the earphone R . The micro-processing of the earphone box receives the electricity quantity delta G consumed by the earphone in the current use R And stored in the memory module.
If the user takes out two earphones to use, the power consumption of the box is not stored.
Because the power consumption of the earphone is relatively large in the wearing state, in the steps (11) - (13), only the power consumption of the earphone in the wearing state is calculated, and the calculation is simple and convenient.
2. As another preferable design of the present embodiment, in order to obtain the power consumption of the present out-of-box earphone, the method for equalizing use of the dual-earphone of the present embodiment further includes the following steps:
(21) When one of the earphones is detected to be out of the box, the current electric quantity G of the earphone is obtained R 。
The user only takes one earphone (such as a right earphone) out of the earphone boxes, the in-out box detection module of the earphone sends the out box state of the earphone to the main control module of the earphone, the main control module of the earphone starts to work normally, and the current electric quantity G of the battery of the earphone is obtained through an electric quantity meter R 。
(22) When detecting that the earphone is put into the box, acquiring the current electric quantity G 'of the earphone' R 。
After the user finishes using, the earphone is taken down from the ear and put into the earphone box, the in-box state of the earphone is sent to the main control module of the earphone by the in-box detection module of the earphone, and the main control module of the earphone obtains the electric quantity G 'of the current battery through the electric quantity meter' R 。
（23）Calculating the power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
The main control module of the earphone calculates delta G R =G R -G’ R And obtaining the electric quantity consumed by the box discharging at the time. The main control module of the earphone sends the consumed electric quantity delta G to the microprocessor of the earphone box (the microprocessor is awakened by the switch cover detection module of the earphone box) through the earphone box and the earphone box communication module of the earphone R . The micro-processing of the earphone box receives the electricity quantity delta G consumed by the earphone in the current use R And stored in the memory module.
If the user takes out two earphones to use, the power consumption of the box is not stored.
In the steps (21) - (23), when the earphone is detected to be out of the box and put into the box, the battery power is obtained respectively to calculate the power consumption of the earphone used at the present time, namely, the power consumption of the earphone outside the earphone box is calculated, and the power consumption calculation is accurate.
3. As a preferred design solution of the present embodiment, in order to obtain the time of exiting the earphone of the present time, the method for equalizing use of the binaural in the present embodiment further includes the following steps:
(31) When one of the headphones is detected to be out of the box, timing is started.
The user only takes out one earphone (such as right earphone) from the earphone box, after the in-out box detection module in the earphone box detects that the earphone is out of the box, the out box state of the earphone is sent to the microprocessor in the earphone box, and after the microprocessor receives the information of the out box state of the earphone, the timer of the microprocessor starts to count time.
(32) When the earphone is detected to be in the box, the timing is ended.
After the user finishes using, the earphone is placed in the earphone box, after the in-box detection module of the earphone box detects that the earphone is in the box, the in-box state of the earphone is sent to the microprocessor in the earphone box, and after the microprocessor receives the information of the in-box state of the earphone, the timer finishes timing.
(33) And calculating and storing the box-out time of the earphone when the earphone is out of the box.
The microprocessor calculates the time counting time to obtain the time T of the earphone R And stored in the memory module.
If the user takes out two earphones to use, the time of taking out the box at this time is not stored.
In the steps (31) - (33), when the earphone is detected to be out of and in the box, the timing is started and ended, so that the box-out time of the earphone is calculated, and the timing is accurate, simple and convenient.
4. As another preferable design of the present embodiment, in order to obtain the time of exiting the earphone, the method for equalizing use of the binaural in the present embodiment further includes the following steps:
(41) When one of the earphones is detected to be changed from the unworn state to the wearing state, timing is started.
The user only takes out one earphone (such as a right earphone) from the earphone box and wears the earphone, the wearing detection module of the earphone sends the wearing state to the main control module of the earphone, and the timer of the main control module of the earphone starts to count time.
(42) When the earphone is detected to be changed from the wearing state to the unworn state, the timing is ended.
After the user finishes using, the earphone is taken down from the ear, the wearing detection module of the earphone sends the unworn state to the main control module of the earphone, and the main control module of the earphone controls the timer to finish timing after receiving the information of the unworn state of the earphone.
(43) And calculating and storing the box-out time of the earphone when the earphone is out of the box.
The main control module of the earphone calculates the time counting time, namely, the time of the earphone in the wearing state is obtained and is taken as the time T of the earphone R . The user opens the earphone box lid and puts into the earphone box with this earphone, and the main control module of this earphone sends this time of play box to the microprocessor of earphone box (microprocessor is awakened by the switch lid detection module of earphone box) through earphone box and the machine box communication module of earphone.The micro-processing of the earphone box receives the current box-out time of the earphone and stores the current box-out time in the storage module.
If the user takes out two earphones to use, the time of taking out the box at this time is not stored.
When the earphone is taken out and not worn, the loss of the earphone is very small, and only when the earphone is in a wearing state, the loss of the earphone is relatively large, so that the time of the earphone in the wearing state is approximately equal to the box-out time of the earphone, and the calculation is simplified.
The above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be apparent to one skilled in the art that modifications may be made to the technical solutions described in the foregoing embodiments, or equivalents may be substituted for some of the technical features thereof; such modifications and substitutions do not depart from the spirit and scope of the corresponding technical solutions.
Claims (9)
1. A method for equalizing use of a dual-earphone, wherein the dual-earphone comprises a left earphone, a right earphone and an earphone box, and is characterized in that: the method for using the double-earphone balance comprises the following steps:
detecting the opening and closing state of a box cover of the earphone box;
when the case cover of the earphone case is detected to be opened, acquiring the use parameters of the earphone which is used for discharging the case last time, wherein the use parameters comprise one or more of power consumption and case discharging time of the earphone which is used for discharging the case last time;
if the using parameter exceeds the corresponding set threshold, prompting to select another earphone to be out of the box;
when the box cover of the earphone box is detected to be opened, before the use parameters of the earphone which is taken out last time are acquired, the method for equalizing the use of the double earphone further comprises the following steps:
when the case cover of the earphone case is detected to be opened, judging whether the case outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
2. The method for dual-earpiece equalization use of claim 1, wherein: when the box cover of the earphone box is detected to be opened, before the use parameters of the earphone which is taken out last time are acquired, the method for equalizing the use of the double earphone further comprises the following steps:
when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times or not, wherein the power consumption of each box outlet in the i times of box outlet is less than the set power threshold, and the sum of the power consumption of the i times of box outlet is more than the set total power threshold; wherein, the set electric quantity threshold value is less than the set total electric quantity threshold value;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
3. The method for dual-earpiece equalization use of claim 1, wherein: when the box cover of the earphone box is detected to be opened, before the use parameters of the earphone which is taken out last time are acquired, the method for equalizing the use of the double earphone further comprises the following steps:
when the box cover of the earphone box is detected to be opened, judging whether the box outlet times i of the same earphone in the latest set time T are more than or equal to the set times, wherein the box outlet time of each box outlet in the i times is less than the set time threshold, and the sum of the box outlet times of the i times is more than the set total time threshold; wherein, the set time threshold value is less than the set total time threshold value;
if yes, prompting to select another earphone to be taken out of the box;
if not, acquiring the using parameters of the earphone which is out of the box last time.
4. The method for dual-earpiece equalization use of claim 1, wherein: the other earphone is prompted to be selected out of the box through a prompting module on the other earphone or a prompting module in the earphone box.
5. The binaural equalization usage method according to any one of claims 1 to 4, characterized in that: the method for using the double-earphone balance further comprises the following steps:
when detecting that one earphone is changed from the unworn state to the wearing state, acquiring the current electric quantity G of the earphone R ；
When detecting that the earphone is changed from a wearing state to an unworn state, acquiring the current electric quantity G 'of the earphone' R ；
Calculating the power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
6. The binaural equalization usage method according to any one of claims 1 to 4, characterized in that: the method for using the double-earphone balance further comprises the following steps:
when one of the earphones is detected to be out of the box, the current electric quantity G of the earphone is obtained R ；
When detecting that the earphone is put into the box, acquiring the current electric quantity G 'of the earphone' R ；
Calculating the power consumption delta G of the earphone when the earphone is out of the box R =G R -G’ R And storing.
7. The binaural equalization usage method according to any one of claims 1 to 4, characterized in that: the method for using the double-earphone balance further comprises the following steps:
when one of the earphones is detected to be out of the box, starting timing;
ending the timing when detecting that the earphone is put into the box;
and calculating and storing the box-out time of the earphone when the earphone is out of the box.
8. The binaural equalization usage method according to any one of claims 1 to 4, characterized in that: the method for using the double-earphone balance further comprises the following steps:
when one earphone is detected to be changed from an unworn state to a wearing state, starting timing;
ending the timing when detecting that the earphone is changed from the wearing state to the unworn state;
and calculating and storing the box-out time of the earphone when the earphone is out of the box.
9. The utility model provides a double earphone, includes left earphone, right earphone, earphone box, its characterized in that: the binaural machine employs a binaural machine equalization usage method as defined in any one of claims 1 to 8.
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