CN110753283A - Sound generating device recognition system and sound generating device recognition method - Google Patents
Sound generating device recognition system and sound generating device recognition method Download PDFInfo
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- CN110753283A CN110753283A CN201910935940.2A CN201910935940A CN110753283A CN 110753283 A CN110753283 A CN 110753283A CN 201910935940 A CN201910935940 A CN 201910935940A CN 110753283 A CN110753283 A CN 110753283A
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Abstract
The invention provides a recognition system of a sound generating device, which comprises a first sound generating device, a second sound generating device and a processing unit, wherein the first sound generating device comprises a first volume parameter, the second sound generating device comprises a second volume parameter, the first sound generating device and the second sound generating device are coupled with the processing unit, and the processing unit adjusts the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to enable the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to generate difference so as to judge that the first sound generating device and the second sound generating device are left sound generating devices or right sound generating devices.
Description
Technical Field
The present invention relates to a system and a method for recognizing a sound generating device, and more particularly, to a system and a method for recognizing a sound generating device capable of automatically distinguishing a left sound generating device from a right sound generating device.
Background
Many display products all have sound source output function, can distinguish the left and right sound channel in addition, then just need the user when using the earphone, correctly wear the earphone according to the letter suggestion of the left and right sound channel on the earphone, otherwise will influence experience such as audio-visual effect or recreation of listening.
The left and right sound channel letter prompts of the common earphone are small and difficult to identify, the left and right sound channels cannot be distinguished basically especially in the environment with weak light and the condition that lighting equipment is inconvenient to use (such as when family members have a rest and are inconvenient to turn on the light at night), and especially when the left and right sound channel letters are worn and worn clearly after the earphone is frequently used, the user is troubled by how to identify the left and right sound channels of the earphone.
Therefore, there is a need to design a new recognition system and method for a sound generating device to overcome the above-mentioned drawbacks.
Disclosure of Invention
The invention aims to provide a sound generating device identification system and a sound generating device identification method, which can be convenient for a user to distinguish a left sound generating device from a right sound generating device.
In order to achieve the above object, the present invention provides a recognition system for a sound generating device, comprising: a first sound-emitting device including a first volume parameter; a second sound generating device comprising a second volume parameter; and the processing unit is used for adjusting the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to enable the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to generate difference so as to judge whether the first sound generating device and the second sound generating device are left sound generating devices or right sound generating devices.
Preferably, the processing unit first adjusts the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device, and determines that the second sound generating device corresponding to the second volume parameter is one of the left sound generating device and the right sound generating device; the processing unit adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device, and confirms that the first sound generating device corresponding to the first volume parameter is one of the other left sound generating device or the right sound generating device; or, the processing unit firstly increases the first volume parameter of the first sound generating device and adjusts the second volume parameter of the second sound generating device to the minimum, and confirms that the first sound generating device corresponding to the first volume parameter is one of the left sound generating device or the right sound generating device; the processing unit then adjusts the first volume parameter of the first sound generating device to be minimum and the second volume parameter of the second sound generating device to be larger, and confirms that the second sound generating device corresponding to the second volume parameter is one of the other left sound generating device or the right sound generating device.
Preferably, the processing unit first adjusts the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device, and then times a first time period, if the first time period is not over, the processing unit continues to adjust the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device, if the first time period is over, the processing unit then adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device; and the processing unit adjusts the second volume parameter of the second sound generating device again to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device and then times a second time period, if the second time period is not finished, the processing unit continues to adjust the second volume parameter of the second sound generating device to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device, and if the second time period is finished, the identification is finished.
Preferably, the display device further comprises a display device, the display device comprises a sound generating device identification menu, the sound generating device identification menu comprises a first key, when the first key is started, the processing unit calls the sound generating device identification menu of the display device, the display device further comprises a second key and a function menu, when the second key is started, the processing unit calls the function menu of the display device and the sound generating device identification menu, and the function menu of the display device adjusts various parameters of the display device.
Preferably, the display device displays the recognition start content in an initial period, the display device displays the content recognizing the first sound-emitting device in a first period, and the display device displays the content recognizing the second sound-emitting device in a second period; alternatively, the display device displays the recognition start content in an initial period, the display device displays the content recognizing the second sound emission device in a first period, and the display device displays the content recognizing the first sound emission device in a second period.
The invention also provides a recognition method of the sound production device, which is characterized by comprising the following steps: adjusting, by a processing unit, the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device; generating a difference between the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device; and judging whether the first sound-producing device and the second sound-producing device are left sound-producing devices or right sound-producing devices.
Preferably, the method further comprises the steps of: firstly, adjusting the first volume parameter of the first sound-generating device to make the first volume parameter smaller than the second volume parameter of the second sound-generating device; confirming that the second sound generating device corresponding to the second volume parameter is one of the left sound generating device or the right sound generating device; then adjusting the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device; confirming that the first sound generating device corresponding to the first volume parameter is one of the left sound generating device or the right sound generating device; or, firstly, the first volume parameter of the first sound-generating device is increased and the second volume parameter of the second sound-generating device is adjusted to be minimum, and the first sound-generating device corresponding to the first volume parameter is determined to be one of the left sound-generating device or the right sound-generating device; and then adjusting the first volume parameter of the first sound generating device to be minimum and the second volume parameter of the second sound generating device to be larger, and confirming that the second sound generating device corresponding to the second volume parameter is one of the other left sound generating device or the right sound generating device.
Preferably, the method further comprises the steps of: judging whether the first time period is finished or not; if the first time period is not over, the processing unit continues to adjust the first volume parameter of the first sound generating device to enable the first volume parameter to be smaller than the second volume parameter of the second sound generating device; if the first time period is over, the processing unit adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device; judging whether the second time period is finished or not; if the second time period is not over, the processing unit continues to adjust the second volume parameter of the second sound generating device to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device; and if the second time period is over, the identification is over.
Preferably, the method further comprises the steps of: calling the sound generating device identification menu by the processing unit; and simultaneously calling the function menu of the display device.
Preferably, the method further comprises the steps of: the display device displays the identification start content at an initial time period; during a first time period, the display device displays content identifying the first sound-emitting device; in a second time period, the display device displays content identifying the second sound-emitting device; or during a first time period, the display device displays the content for identifying the second sound production device; and during a second time period, the display device displays content identifying the first sound-emitting device.
Compared with the prior art, the sound generating device identification system provided by the invention comprises a first sound generating device, a second sound generating device and a processing unit, wherein the first sound generating device comprises a first volume parameter, the second sound generating device comprises a second volume parameter, the first sound generating device and the second sound generating device are coupled with the processing unit, and the processing unit adjusts the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to enable the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to generate difference so as to judge that the first sound generating device and the second sound generating device are left sound generating devices or right sound generating devices.
Drawings
FIG. 1 is a schematic diagram of a sound generator recognition system according to an embodiment of the present invention;
FIG. 2 is a flow chart of a method for recognizing a sound generating device according to an embodiment of the present invention;
fig. 3 is a flowchart of a recognition method of a sound generating device according to another embodiment of the present invention.
Detailed Description
In order to further understand the objects, structures, features and functions of the present invention, the following embodiments are described in detail.
Referring to fig. 1, fig. 1 is a schematic view of a recognition system of a sound generating device according to an embodiment of the present invention. The system 100 for recognizing a sound generating device provided by the embodiment of the present invention includes a first sound generating device 1, a second sound generating device 2 and a processing unit 3, wherein the first sound generating device 1 includes a first volume parameter 4, the second sound generating device 2 includes a second volume parameter 5, the first sound generating device 1 and the second sound generating device 2 are coupled to the processing unit 3, and the processing unit 3 adjusts the first volume parameter 4 of the first sound generating device 1 and the second volume parameter 5 of the second sound generating device 2 to generate a difference between the first volume parameter 4 of the first sound generating device 1 and the second volume parameter 5 of the second sound generating device 2, so as to determine whether the first sound generating device 1 and the second sound generating device 2 are left sound generating devices or right sound generating devices.
In specific implementation, the first sound generating device 1 is a left sound generating device of the earphone, and the second sound generating device 2 is a right sound generating device of the earphone, or the first sound generating device 1 is a right sound generating device of the earphone, and the second sound generating device 2 is a left sound generating device of the earphone, depending on the actual situation. The first sound generating device 1 and the second sound generating device 2 are not limited to the left and right sound generating devices of the headphones, and may be left and right sound generating devices of other listening devices, as the case may be.
Further, the processing unit 3 first adjusts the first volume parameter 4 of the first sound generating device 1 to make the first volume parameter 4 smaller than the second volume parameter 5 of the second sound generating device 2, and at this time, the user confirms that the second sound generating device 2 corresponding to the second volume parameter 5 is one of the left sound generating device and the right sound generating device; the processing unit 3 adjusts the second volume parameter 5 of the second sound generating device 2 to make the second volume parameter 5 smaller than the first volume parameter 4 of the first sound generating device 1, and at this time, the user confirms that the first sound generating device 1 corresponding to the first volume parameter 4 is one of the other left sound generating device or the right sound generating device.
In specific implementation, the processing unit 3 firstly turns up the first volume parameter 4 of the first sound generating device 1 and turns up the second volume parameter 5 of the second sound generating device 2 to be the minimum, and the user selects the first sound generating device 1 corresponding to the first volume parameter 4 to wear on the left ear according to the large volume parameter; the processing unit 3 adjusts the first volume parameter 4 of the first sound generating device 1 to be minimum and adjusts the second volume parameter 5 of the second sound generating device 2 to be larger, and the user selects the second sound generating device 2 corresponding to the second volume parameter 5 to be worn on the right ear according to the larger volume parameter; the processing unit 3 ends the processing. The wearing corresponding mode is not limited according to the actual situation.
Further, the processing unit 3 first adjusts the first volume parameter 4 of the first sound emitting device 1 to make the first volume parameter 4 smaller than the second volume parameter 5 of the second sound emitting device 2, and then times the first time period, if the first time period is not over, the processing unit 3 continues to adjust the first volume parameter 4 of the first sound emitting device 1 to make the first volume parameter 4 smaller than the second volume parameter 5 of the second sound emitting device 2, and if the first time period is over, the processing unit 3 then adjusts the second volume parameter 5 of the second sound emitting device 2 to make the second volume parameter 5 smaller than the first volume parameter 4 of the first sound emitting device 1; the processing unit 3 further adjusts the second volume parameter 5 of the second sound generating device 2 to make the second volume parameter 5 smaller than the first volume parameter 4 of the first sound generating device 1, and then counts a second period of time, if the second period of time is not over, the processing unit 3 continues to adjust the second volume parameter 5 of the second sound generating device 2 to make the second volume parameter 5 smaller than the first volume parameter 4 of the first sound generating device 1, and if the second period of time is over, the processing unit 3 ends the processing.
Referring to fig. 1, the sound generating device recognition system 100 further includes a display device 6, and the first sound generating device 1 and the second sound generating device 2 are inserted into an audio input end of the display device 6 through an earphone plug and connected to form communication through an earphone cable with the display device 6. The first sound generating device 1 and the second sound generating device 2 and the display device 6 can also communicate through bluetooth wireless connection, depending on the actual situation. The display device 6 further comprises a sound generating device identification menu 7, the sound generating device identification menu 7 comprises a first key 8, and the first key 8 is arranged on the display device 6. When the first key 8 is activated (e.g., the first key 8 is pressed), the processing unit 3 invokes the sound emitting device recognition menu 7, and the sound emitting device recognition menu 7 adjusts the first volume parameter 4 of the first sound emitting device 1 and the second volume parameter 5 of the second sound emitting device 2. The manner of activating the first button 8 is not limited to the pressing manner, and depends on the structure of the actual display device 6. The display device 6 further comprises a second key 9 and a function menu 10, when the second key 9 is activated, the processing unit 3 calls the function menu 10 and the sound generating device identification menu 7 of the display device 6, and the function menu 10 of the display device 6 adjusts various parameters of the display device 6.
Further, when the first key 8 is actuated, the processing unit 3 starts adjustment. Before starting the adjustment, the first volume parameter 4 of the first sound emitting device 1 is the same as the second volume parameter 5 of the second sound emitting device 2; the processing unit 3 firstly adjusts a first volume parameter 4 of the first sound generating device 1 to enable the first volume parameter 4 to be smaller than a second volume parameter 5 of the second sound generating device 2, wherein the second sound generating device 2 is one of a left sound generating device or a right sound generating device; the processing unit 3 adjusts a second volume parameter 5 of the second sound generating device 2 again to enable the second volume parameter 5 to be smaller than a first volume parameter 4 of the first sound generating device 1, and the first sound generating device 1 is one of the other left sound generating device or the other right sound generating device; the processing unit 3 finally adjusts such that the first volume parameter 4 of the first sound emitting device 1 is the same as the second volume parameter 5 of the second sound emitting device 2.
In specific implementation, when the first key 8 is activated, the sound generating device identification menu 7 of the display device 6 is called for adjustment. Before starting the adjustment, the first volume parameter 4 of the first sound emitting device 1 is the same as the second volume parameter 5 of the second sound emitting device 2; the sound generating device identification menu 7 of the display device 6 firstly adjusts the first volume parameter 4 of the first sound generating device 1 to be larger and the second volume parameter 5 of the second sound generating device 2 to be minimum, and a user selects the first sound generating device 1 corresponding to the first volume parameter 4 to be worn on the left ear according to the larger volume parameter; the sound generating device identification menu 7 of the display device 6 adjusts the first volume parameter 4 of the first sound generating device 1 to be minimum and the second volume parameter 5 of the second sound generating device 2 to be larger, and the user selects the second sound generating device 2 corresponding to the second volume parameter 5 to be worn on the right ear according to the larger volume parameter; the sound emitting device recognition menu 7 of the display device 6 is finally adjusted such that the first volume parameter 4 of the first sound emitting device 1 is the same as the second volume parameter 5 of the second sound emitting device 2. The wearing corresponding mode is not limited according to the actual situation.
In practical implementation, the parameters of the display device 6 further include color, mode, geometry, volume, etc., and the function menu 10 of the display device 6 adjusts one or a combination of the color, mode, geometry, volume, etc. so as to enable the display device 6 to achieve an optimal use state.
Referring to fig. 1, when the first key 8 is actuated, the display device 6 displays the identification start content; in a first period of time, the display device 8 displays content identifying the first sound-emitting device 1; in the second time period, the display device 8 displays the content identifying the second sound emission device 2; after the second period ends, the processing unit 3 ends the processing. Or when the first key 8 is started, the display device 6 displays the identification starting content; during a first period of time, the display device 6 displays content identifying the second sound emitting device 2; in the second period, the display device 6 displays the content identifying the first sound-emitting device 1; after the second period ends, the processing unit 3 ends the processing.
In practical implementation, when the first button 8 is activated, the display device 6 automatically displays the content, for example: the method comprises the following steps that (1) recognition of a sound production device is started, and content is displayed for two seconds at fixed time; after the two-second timer display is finished, the display device 6 automatically switches the display contents, for example: the first sound-emitting device identifies, and meanwhile, the sound-emitting device identification menu 7 adjusts to enable the first volume parameter 4 of the first sound-emitting device 1 to be smaller than the second volume parameter 5 of the second sound-emitting device 2, and the content is displayed for three seconds at regular time; after the timed display of three seconds is finished, the display device 6 automatically switches the display contents, for example: the second sound generating device identifies, and meanwhile, the sound generating device identification menu 7 adjusts to enable the second volume parameter 5 of the second sound generating device 2 to be smaller than the first volume parameter 4 of the first sound generating device 1, and the content is displayed for three seconds at regular time; after the timing display of three seconds is finished, the sound generating device recognition menu 7 is automatically closed, the processing unit 3 finishes the processing, and the sound generating device recognition is finished. The content displayed by the display device 6 is not limited to that mentioned in the embodiment of the present invention, and the corresponding content is displayed as appropriate.
Referring to fig. 2, fig. 2 is a flowchart illustrating a recognition method of a sound generating device according to an embodiment of the present invention. The sound generator recognition method 101 in fig. 2 is applied to the sound generator recognition device 100 in fig. 1. Firstly, step S2 is executed to adjust the first volume parameter 4 of the first sound generating device 1 to make the first volume parameter 4 smaller than the second volume parameter 5 of the second sound generating device 2, and confirm that the second sound generating device 2 corresponding to the second volume parameter 5 is one of the left sound generating device and the right sound generating device; next, step S4 is executed to adjust the second volume parameter 5 of the second sound generating device 2 so that the second volume parameter 5 is smaller than the first volume parameter 4 of the first sound generating device 1, and it is confirmed that the first sound generating device 1 corresponding to the first volume parameter 4 is one of the other left sound generating device or the right sound generating device.
Referring to fig. 3, fig. 3 is a flowchart illustrating a recognition method of a sound generating device according to another embodiment of the present invention. The sound generator recognition method 102 of fig. 3 is applicable to the sound generator recognition device 100 of fig. 1. First, step S10 is executed to activate the first key 8 and call the sound emitting device recognition menu 7. Next, step S12 is executed, and the display device 6 displays the identification start content and displays the initial time period at regular time intervals. Then, go to step S14, if the initial time period is not over, go to step S12; if the initial time period is over, step S16 is executed, the display device 6 displays and identifies the content of the first sound generating device 1, and the first volume parameter 4 of the first sound generating device 1 is smaller than the second volume parameter 5 of the second sound generating device 2, and confirms that the second sound generating device 2 corresponding to the second volume parameter 5 is one of the left sound generating device and the right sound generating device, and displays the first time period at regular time. Then, go to step S18, if the first time period is not over, go to step S16; if the first time period is over, step S20 is executed, the display device 6 displays and identifies the content of the second sound generating device 2, and the second volume parameter 5 of the second sound generating device 2 is smaller than the first volume parameter 4 of the first sound generating device 1, and confirms that the first sound generating device 1 corresponding to the first volume parameter 4 is one of the other left sound generating device or the right sound generating device, and displays the second time period at regular time. Then, step S22 is executed, if the second time period is not over, step S22 is executed; when the second time period ends, step S24 is executed, and the processing unit 3 ends the processing and ends the recognition.
Preferably, the processing unit 3 calls the sound emitting device recognition menu 7 and simultaneously calls the function menu 10 of the display device 6.
Preferably, the display device 6 automatically displays the recognition start content as "recognition of the sound generating device to be started", and the initial time period is two seconds; the display device 6 automatically switches to display that the content of the first sound emitting device 1 is recognized as "first sound emitting device 1 recognized", and the first time period is three seconds; the display device 6 automatically switches to display that the content of the second sound emission device 2 is recognized as "second sound emission device 2 recognized" and the second time period is three seconds. In this embodiment, the content displayed by the display device 6 is not limited to this, and the content is displayed as appropriate.
In summary, the sound generating device identification system provided by the invention includes a first sound generating device, a second sound generating device and a processing unit, wherein the first sound generating device includes a first volume parameter, the second sound generating device includes a second volume parameter, the first sound generating device and the second sound generating device are coupled to the processing unit, and the processing unit adjusts the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to make the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device generate a difference to determine whether the first sound generating device and the second sound generating device are left sound generating devices or right sound generating devices.
Although the present invention has been described in connection with the accompanying drawings, the embodiments disclosed in the drawings are intended to be illustrative of preferred embodiments of the present invention and should not be construed as limiting the invention. The scale in the schematic drawings does not represent the scale of actual components for the sake of clarity in describing the required components.
The present invention has been described in relation to the above embodiments, which are only exemplary of the implementation of the present invention. It should be noted that the disclosed embodiments do not limit the scope of the invention. Rather, it is intended that all such modifications and variations be included within the spirit and scope of this invention.
Claims (10)
1. A sound generator recognition system, comprising:
a first sound-emitting device including a first volume parameter;
a second sound generating device comprising a second volume parameter; and
the processing unit adjusts the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to enable the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device to generate difference so as to judge whether the first sound generating device and the second sound generating device are left sound generating devices or right sound generating devices.
2. The system of claim 1, wherein the processing unit first adjusts the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device, and determines that the second sound generating device corresponding to the second volume parameter is one of the left sound generating device and the right sound generating device; the processing unit adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device, and confirms that the first sound generating device corresponding to the first volume parameter is one of the other left sound generating device or the right sound generating device; or, the processing unit firstly increases the first volume parameter of the first sound generating device and adjusts the second volume parameter of the second sound generating device to the minimum, and confirms that the first sound generating device corresponding to the first volume parameter is one of the left sound generating device or the right sound generating device; the processing unit then adjusts the first volume parameter of the first sound generating device to be minimum and the second volume parameter of the second sound generating device to be larger, and confirms that the second sound generating device corresponding to the second volume parameter is one of the other left sound generating device or the right sound generating device.
3. The system of claim 2, wherein the processing unit first adjusts the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device and then counts a first time period, if the first time period is not over, the processing unit continues to adjust the first volume parameter of the first sound generating device to make the first volume parameter smaller than the second volume parameter of the second sound generating device, and if the first time period is over, the processing unit then adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device; and the processing unit adjusts the second volume parameter of the second sound generating device again to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device and then times a second time period, if the second time period is not finished, the processing unit continues to adjust the second volume parameter of the second sound generating device to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device, and if the second time period is finished, the identification is finished.
4. The system of claim 1, further comprising a display device, the display device including a sound generator identification menu, the sound generator identification menu including a first key, the processing unit invoking the sound generator identification menu of the display device when the first key is actuated, the display device further including a second key and a function menu, the processing unit invoking the function menu of the display device and the sound generator identification menu when the second key is actuated, the function menu of the display device adjusting various parameters of the display device.
5. The sound generator recognition system of claim 4, wherein the display device displays recognition start content during an initial time period, the display device displays content identifying the first sound generator during a first time period, and the display device displays content identifying the second sound generator during a second time period; alternatively, the display device displays the recognition start content in an initial period, the display device displays the content recognizing the second sound emission device in a first period, and the display device displays the content recognizing the first sound emission device in a second period.
6. A method of identifying a sound generating device, the method comprising the steps of:
adjusting, by a processing unit, the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device;
generating a difference between the first volume parameter of the first sound generating device and the second volume parameter of the second sound generating device; and
and judging whether the first sound-producing device and the second sound-producing device are left sound-producing devices or right sound-producing devices.
7. The method of claim 6, further comprising the steps of:
firstly, adjusting the first volume parameter of the first sound-generating device to make the first volume parameter smaller than the second volume parameter of the second sound-generating device;
confirming that the second sound generating device corresponding to the second volume parameter is one of the left sound generating device or the right sound generating device;
then adjusting the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device; and
confirming that the first sound generating device corresponding to the first volume parameter is one of the other left sound generating device or the right sound generating device;
or, the first volume parameter of the first sound-generating device is increased and the second volume parameter of the second sound-generating device is decreased to the minimum,
confirming that the first sound generating device corresponding to the first volume parameter is one of the left sound generating device or the right sound generating device;
then the first volume parameter of the first sound-generating device is adjusted to be minimum and the second volume parameter of the second sound-generating device is adjusted to be larger, an
And confirming that the second sound generating device corresponding to the second volume parameter is one of the other left sound generating device or the right sound generating device.
8. The method of claim 7, further comprising the steps of:
judging whether the first time period is finished or not;
if the first time period is not over, the processing unit continues to adjust the first volume parameter of the first sound generating device to enable the first volume parameter to be smaller than the second volume parameter of the second sound generating device;
if the first time period is over, the processing unit adjusts the second volume parameter of the second sound generating device to make the second volume parameter smaller than the first volume parameter of the first sound generating device;
judging whether the second time period is finished or not;
if the second time period is not over, the processing unit continues to adjust the second volume parameter of the second sound generating device to enable the second volume parameter to be smaller than the first volume parameter of the first sound generating device; and
and if the second time period is over, the identification is over.
9. The method of claim 6, further comprising the steps of:
calling the sound generating device identification menu by the processing unit; and
and calling the function menu of the display device.
10. The method of claim 9, further comprising the steps of:
the display device displays the identification start content at an initial time period;
during a first time period, the display device displays content identifying the first sound-emitting device;
in a second time period, the display device displays content identifying the second sound-emitting device;
or during a first time period, the display device displays the content for identifying the second sound production device; and
the display device displays content identifying the first sound-emitting device during a second time period.
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| CN111372166A (en) * | 2020-02-21 | 2020-07-03 | 华为技术有限公司 | Intelligent left and right ear identification method and earphone device |
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| CN203057423U (en) * | 2012-10-25 | 2013-07-10 | 刘斐 | Earphone capable of distinguishing left and right rapidly |
| CN104902363A (en) * | 2015-04-07 | 2015-09-09 | 广东欧珀移动通信有限公司 | Method and device for assistantly recognizing earphone output end |
| CN110012406A (en) * | 2019-04-10 | 2019-07-12 | 深圳湃声声学科技有限公司 | Acoustic signal processing method, device, processor and ossiphone |
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| CN111372166A (en) * | 2020-02-21 | 2020-07-03 | 华为技术有限公司 | Intelligent left and right ear identification method and earphone device |
| CN111372166B (en) * | 2020-02-21 | 2021-10-01 | 华为技术有限公司 | Intelligent left and right ear identification method and related equipment |
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