Bluetooth headset system and Bluetooth headset storage and charging box

Abstract

A Bluetooth headset storage and charging box includes: a headset storage space for storing a pair of Bluetooth headsets; a Bluetooth circuit for communicating with the pair of Bluetooth headsets via Bluetooth communication after the pair of Bluetooth headsets are taken out; a microphone circuit for receiving external sounds to generate microphone signals after the pair of Bluetooth headsets are taken out; an audio circuit for generating an audio signal based on the microphone signal, and providing the audio signal to the pair of Bluetooth headsets via the Bluetooth circuit in a predetermined mode; a user interface circuit for providing a user control signal to the pair of Bluetooth headsets via the Bluetooth circuit in response to user control after the pair of Bluetooth headsets are taken out; and a control circuit for controlling the interaction between the Bluetooth headset storage and charging box and the pair of Bluetooth headsets. As described above, the device can provide an audio signal to the pair of Bluetooth headsets, and the user can conveniently control the pair of Bluetooth headsets through the device.

Description

Technical Field

[0001] The present invention relates to a Bluetooth device, and more particularly to a Bluetooth headset system and a Bluetooth headset storage and charging box. Background Art

[0002] Typical Bluetooth headset storage and charging cases have no other functions besides storing and charging Bluetooth headsets. The control interface (e.g., touch interface) of typical Bluetooth headsets is integrated into the headset itself, and this interface may be too small or its control method (e.g., controlling by a number of consecutive clicks) is not intuitive and difficult to use. Given the above, if users could control the Bluetooth headsets through the Bluetooth headset storage and charging case, Bluetooth headset control would be greatly simplified. Summary of the Invention

[0003] One of the purposes of the present disclosure is to provide a Bluetooth headset system and a Bluetooth headset storage and charging box, which can control the Bluetooth headset through the Bluetooth headset storage and charging box.

[0004] An embodiment of the Bluetooth headset system disclosed herein includes a Bluetooth headset storage and charging case and a pair of Bluetooth headsets. The Bluetooth headset storage and charging case includes a headset storage space, a rechargeable battery, a charging circuit, a Bluetooth circuit, a microphone circuit, an audio circuit, a user interface circuit, and a control circuit. The headset storage space includes multiple charging case connection terminals; the headset storage space is used to store a pair of Bluetooth headsets and connects to the multiple headphone connection terminals of the pair of Bluetooth headsets via the multiple charging case connection terminals. The charging circuit is used to charge the pair of Bluetooth headsets using the rechargeable battery when the headset storage space is stored. The Bluetooth circuit is used to pair with the pair of Bluetooth headsets when the headset storage space is stored, and to communicate with the pair of Bluetooth headsets via Bluetooth communication after the pair of Bluetooth headsets are removed from the headset storage space. The microphone circuit is used to receive external sound and generate a microphone signal after the pair of Bluetooth headsets are removed from the headset storage space. The audio circuit is used to generate an audio signal based on the microphone signal and provide the audio signal to the pair of Bluetooth headsets via the Bluetooth circuit in a predetermined mode. The user interface circuit is used to provide user control signals to the pair of Bluetooth headphones via the Bluetooth circuit in response to user control after the pair of Bluetooth headphones are taken out of the headphone storage space. The control circuit is used to control the interaction between the Bluetooth headphone storage and charging box and the pair of Bluetooth headphones. The pair of Bluetooth headphones includes the multiple headphone connection terminals, which are used to communicate with the Bluetooth headphone storage and charging box via the multiple headphone connection terminals when stored in the headphone storage space, and to communicate with the Bluetooth headphone storage and charging box via the Bluetooth communication after being taken out of the headphone storage space.

[0005] The Bluetooth headset storage and charging case disclosed herein includes a headset storage space, a rechargeable battery, a charging circuit, a Bluetooth circuit, a microphone circuit, an audio circuit, a user interface circuit, and a control circuit. The headset storage space includes multiple charging case connection terminals. The headset storage space is used to store a pair of Bluetooth headsets and connect the pair of Bluetooth headsets via the multiple charging case connection terminals. The charging circuit is used to charge the pair of Bluetooth headsets using the rechargeable battery when the headset storage space is stored. The Bluetooth circuit is used to pair with the pair of Bluetooth headsets when the headset storage space is stored, and to communicate with the pair of Bluetooth headsets via Bluetooth communication after the pair of Bluetooth headsets are removed from the headset storage space. The microphone circuit is used to receive external sound and generate a microphone signal after the pair of Bluetooth headsets are removed from the headset storage space. The audio circuit is used to generate an audio signal based on the microphone signal and provide the audio signal to the pair of Bluetooth headsets via the Bluetooth circuit in a predetermined mode. The user interface circuit is used to provide user control signals to the pair of Bluetooth headsets via the Bluetooth circuit in response to user control after the pair of Bluetooth headsets are removed from the headset storage space. The control circuit is used to control the interaction between the Bluetooth headset storage and charging box and the pair of Bluetooth headsets.

[0006] The features, implementation and effects of the present invention are now described in detail below with reference to preferred embodiments of the present invention with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0007] Figure 1 An embodiment of the Bluetooth headset system of the present disclosure is shown;

[0008] Figure 2 show Figure 1 An embodiment of a charging box circuit;

[0009] Figure 3 show Figure 2 a plurality of steps for pairing operation performed by the control circuit of the present invention; and

[0010] Figure 4 show Figure 2 The control circuit performs multiple steps for Bluetooth connection operation. DETAILED DESCRIPTION

[0011] This disclosure discloses a Bluetooth headset system and a Bluetooth headset storage and charging case. In addition to controlling a pair of Bluetooth headsets through the Bluetooth headset storage and charging case, the Bluetooth headsets can also receive and provide audio signals to the pair of Bluetooth headsets. Compared to prior art, this disclosure not only simplifies Bluetooth headset control but also increases the usability of the Bluetooth headset system.

[0012] Figure 1An embodiment of the Bluetooth headset system disclosed in the present invention is shown. Figure 1 As shown, the Bluetooth headset system 100 includes a Bluetooth headset storage and charging box 110 and a pair of Bluetooth headsets 120, which can be implemented separately. The Bluetooth headset storage and charging box 110 includes a headset storage space 112 and a charging box circuit 114, wherein most of the charging box circuit 114 is located in the Bluetooth headset storage and charging box 110, as shown in FIG. Figure 1 Indicated by a dotted frame. The earphone storage space 112 is used to store the pair of Bluetooth earphones 120, and physically connects the multiple earphone connection terminals (not shown) of the pair of Bluetooth earphones 120 through multiple charging box connection terminals (not shown); for example, the multiple charging box connection terminals include at least one signal terminal and multiple charging terminals, the at least one signal terminal is used for storing the Bluetooth earphones and transmitting signals between the charging box 110 and the Bluetooth earphones 120, the multiple charging terminals are used to charge the pair of Bluetooth earphones 120, the number and specifications of the at least one signal terminal comply with the requirements of the communication protocol (for example: Universal Asynchronous Receiver / Transmitter (UART) protocol, Inter-Integrated Circuit (I2C) protocol, or Serial Peripheral Interface (SPI) protocol), and the design of the multiple earphone connection terminals corresponds to the design of the multiple charging box connection terminals. The implementation of the charging box circuit 114 is as follows: Figure 2 As shown, the charging box circuit 114 includes a rechargeable battery 210, a charging circuit 220, a Bluetooth circuit 230, a microphone circuit 240, an audio circuit 250, a user interface circuit 260, a control circuit 270, and the at least one signal terminal 280. Some of these circuits (e.g., the microphone circuit 240, the user interface circuit 260, and the at least one signal terminal 280) may be exposed to the outside depending on implementation requirements. Details of the charging box circuit 114 are described below.

[0013] See also Figure 1-Figure 2. The charging circuit 220 is used to charge the pair of Bluetooth headphones 120 using the rechargeable battery 210 when the headphone storage space 112 stores the pair of Bluetooth headphones 120. The Bluetooth circuit 230 is used to pair with the pair of Bluetooth headphones 120 when the headphone storage space 112 stores the pair of Bluetooth headphones 120, and to communicate with the pair of Bluetooth headphones 120 via Bluetooth communication after the pair of Bluetooth headphones 120 are taken out of the headphone storage space 112. The microphone circuit 240 is used to receive external sounds to generate microphone signals after the pair of Bluetooth headphones 120 are taken out of the headphone storage space 112; the microphone circuit 240 can be automatically enabled after the pair of Bluetooth headphones 120 are taken out, or be enabled in response to the user using the user interface circuit 260. The audio circuit 250 is used to generate an audio signal based on the microphone signal and provide the audio signal to the pair of Bluetooth headphones 120 via the Bluetooth circuit 230 in a predetermined mode (for example, the listening mode mentioned in the following paragraph); depending on implementation requirements, the audio circuit 250 may optionally include a known or independently developed stand-alone translation function. When the translation function is enabled according to a preset mechanism or user control, the audio signal is a translated audio signal.

[0014] See also Figure 1-Figure 2 . The user interface circuit 260 is used to provide a user control signal to the internal circuit (for example, the microphone circuit 240, the audio circuit 250, and the control circuit 270) in response to user control to enable or control the internal circuit after the pair of Bluetooth headphones 120 are taken out of the headphone storage space 112, or to provide the user control signal to the pair of Bluetooth headphones 120 via the Bluetooth circuit 230; the user control signal is, for example, an enable signal or a mode control signal to the internal circuit, or a music playback control signal or a playback effect control signal to the pair of Bluetooth headphones 120. When the pair of Bluetooth headphones 120 receives the user control signal, it can perform corresponding operations according to the content of the user control signal (for example, transmitting a corresponding control signal to another Bluetooth device such as a music player, a smart phone, etc.). This part can be implemented by known or self-developed technologies and is not within the scope of discussion of this disclosure. In an implementation example, the user interface circuit 170 includes at least one of the following: a physical button; a touchpad; a touch panel; and a motion detector.

[0015] See also Figure 1-Figure 2. The control circuit 270 is used to control the interaction between the Bluetooth headset storage and charging box 110 and the pair of Bluetooth headsets 120, such as pairing operations, Bluetooth communication operations, processing and transmission of user commands, etc. It is worth noting that the pair of Bluetooth headsets 120 includes the aforementioned multiple headset connection terminals. When the pair of Bluetooth headsets 120 are stored in the headset storage space 112, the pair of Bluetooth headsets 120 communicate with the Bluetooth headset storage and charging box 110 via the multiple headset connection terminals and the multiple charging box connection terminals (for example: communication using UART / I2C / SPI protocols); and after the pair of Bluetooth headsets 120 are taken out of the headset storage space 112, the pair of Bluetooth headsets 120 communicate with the Bluetooth headset storage and charging box 110 via the Bluetooth communication. It is also worth noting that each of the rechargeable battery 210, charging circuit 220, Bluetooth circuit 230, microphone circuit 240, audio circuit 250 and user interface circuit 260 can be a known or self-developed circuit individually; those skilled in the art can use known or self-developed circuits to implement the control circuit 270 based on the present disclosure.

[0016] See also Figure 1-Figure 2 . The first example of the aforementioned pairing operation includes the pairing operation between the Bluetooth circuit 230 and the pair of Bluetooth headsets 120 and the pairing operation between the left ear headset and the right ear headset of the pair of Bluetooth headsets 120. The second example of the pairing operation only includes the pairing operation between the Bluetooth circuit 230 and the pair of Bluetooth headsets 120; in this case, the pairing operation between the left ear headset and the right ear headset of the pair of Bluetooth headsets 120 is implemented by the pair of Bluetooth headsets 120 themselves, without the help of the Bluetooth headset storage and charging box 110. In order to implement the first example, the control circuit 270 executes the following operations: Figure 3 The steps are as follows:

[0017] Step S310: After the pair of Bluetooth earphones 120 are placed in the earphone storage space 112, determine whether the pair of Bluetooth earphones 120 are placed in the Bluetooth earphone storage and charging box 110 for the first time, or determine whether the pair of Bluetooth earphones 120 have not been paired with the Bluetooth circuit 230; if so, go to step S320, if not, go to step S315.

[0018] Step S315: No pairing operation is performed.

[0019] Step S320 : providing identification data (eg, media access control (MAC) address) of the Bluetooth circuit 230 to the left earphone and the right earphone of the pair of Bluetooth earphones 120 via the plurality of charging box connection terminals.

[0020] Step S330: The currently stored left earphone identification data (e.g., MAC address) and right earphone identification data (e.g., MAC address) of the Bluetooth headset are provided to the Bluetooth circuit 230. Since the user may replace the original left and / or right Bluetooth headset with a new headset, the currently stored Bluetooth headset identification data may or may not be the identification data of the pair of Bluetooth headsets 120.

[0021] Step S340: Transmit the currently stored identification data of the left earphone or its related information (e.g., a specific code) to the right earphone via the multiple charging box connection terminals for confirmation of whether the left earphone already has the identification data of the left earphone, and transmit the identification data of the right earphone or its related information (e.g., a specific code) to the left earphone for confirmation of whether the left earphone already has the identification data of the right earphone; if the above confirmation results are all yes, go to step S345, otherwise go to step S350.

[0022] Step S345 : There is no need to obtain identification data from the pair of Bluetooth headsets 120 .

[0023] Step S350: Receive the identification data (e.g., MAC address) of the left earphone and the identification data (e.g., MAC address) of the right earphone of the pair of Bluetooth earphones 120 via the multiple charging box connection terminals, and store the identification data as the identification data of the currently stored Bluetooth earphones, and then return to step 330.

[0024] It is worth noting that the pairing operation between the Bluetooth circuit 230 and the pair of Bluetooth headsets 120 and the pairing operation between the left earphone and the right earphone of the pair of Bluetooth headsets 120 are both known or independently developed operations, and their details are omitted here.

[0025] See also Figure 1-Figure 2 The aforementioned example of Bluetooth communication operation includes Bluetooth connection operation between the Bluetooth circuit 230 and the pair of Bluetooth headsets 120 and Bluetooth connection operation between the left earphone and the right earphone of the pair of Bluetooth headsets 120. To implement this example, the control circuit 270 executes the following operations: Figure 4 The steps are as follows:

[0026] Step S410 : After the pair of Bluetooth earphones 120 are taken out from the earphone storage space 112 , the Bluetooth earphone storage and charging box 110 is connected to the pair of Bluetooth earphones 120 .

[0027] Step S420: Confirm whether the connection in step S410 is successful; if so, go to step S430; if not, return to step S410.

[0028] Step S430: Control the pair of Bluetooth headsets 120 via Bluetooth communication. It is worth noting that the left earphone and the right earphone of the pair of Bluetooth headsets 120 are connected to each other, and the pair of Bluetooth headsets 120 can be connected to other Bluetooth devices (e.g., a smartphone; a laptop computer, tablet circuit, or media player including Bluetooth functionality); since these connection operations can be implemented by known or self-developed technologies and are beyond the scope of discussion of this disclosure, their details are omitted here. It is also worth noting that the pair of Bluetooth headsets 120 can selectively utilize known or self-developed time division multiplexing (TDM) technology to connect to multiple connection objects; for example, the pair of Bluetooth headsets 120 can connect to the Bluetooth circuit 230 and other Bluetooth devices (e.g., a smartphone) in turn.

[0029] It should be noted that the Bluetooth connection operation between the Bluetooth circuit 230 and the pair of Bluetooth headsets 120 and the Bluetooth connection operation between the left earphone and the right earphone of the pair of Bluetooth headsets 120 are both known or independently developed operations, and their details are omitted here.

[0030] See also Figure 1-Figure 2 . The Bluetooth headset system 100 disclosed in the present invention can be used in a variety of scenarios. In a teaching scenario, after the pair of Bluetooth headsets 120 are taken out of the headset storage space 112, the user uses the user interface circuit 170 to make the Bluetooth headset storage and charging box 110 enter the preset mode (for example, listening mode), and places the Bluetooth headset storage and charging box 110 in the front of the classroom. The user wears the pair of Bluetooth headsets 120 and sits in the back of the classroom. Therefore, when the teacher starts lecturing at the front of the classroom, the microphone circuit 240 receives the teacher's voice to generate a microphone signal, and the audio circuit 250 generates an audio signal based on the microphone signal and provides the audio signal to the pair of Bluetooth headsets 120 via the Bluetooth circuit 230. In a tour guide scenario, the tour guide carries the Bluetooth headset storage and charging box 110, and tourists wear the pair of Bluetooth headsets 120 to listen to the tour guide's explanation from a distance using the preset mode (e.g., listening mode). The tour guide scenario can be one-to-one or one-to-many. When it is a one-to-many scenario, the Bluetooth headset storage and charging box 110 is paired with multiple pairs of Bluetooth headsets and communicates with the multiple pairs of Bluetooth headsets simultaneously. In a caregiving scenario, the Bluetooth headset storage and charging box 110 is placed next to the caregiver (people with disabilities), and the caregiver wears the pair of Bluetooth headsets and handles other matters nearby. When the caregiver needs to speak out, the caregiver can hear the call of the caregiver using the preset mode (e.g., listening mode) and provide real-time assistance.

[0031] Please note that, under the premise that implementation is possible, persons of ordinary skill in the art may selectively implement some or all of the technical features in any of the aforementioned embodiments, or selectively implement a combination of some or all of the technical features in the aforementioned multiple embodiments, thereby increasing the flexibility of the implementation of the present invention.

[0032] In summary, the Bluetooth headset system disclosed herein can not only control a pair of Bluetooth headsets through the Bluetooth headset storage and charging box, but can also receive audio signals through the Bluetooth headset to provide audio signals to the pair of Bluetooth headsets. The Bluetooth headset storage and charging box and the pair of Bluetooth headsets can be implemented separately.

[0033] Although the embodiments of the present invention are described above, these embodiments are not intended to limit the present invention. A person skilled in the art may modify the technical features of the present invention based on the explicit or implicit content of the present invention. All such modifications may fall within the scope of the patent protection sought by the present invention. In other words, the scope of patent protection of the present invention shall be subject to the scope of the patent application defined in this specification.

[0034] Description of reference numerals:

[0035] 100: Bluetooth headset system

[0036] 110: Bluetooth headset storage and charging box

[0037] 112: Headphone storage space

[0038] 114: Charging box circuit

[0039] 120: Bluetooth headset pair

[0040] 210: Rechargeable battery

[0041] 220: Charging circuit

[0042] 230: Bluetooth circuit

[0043] 240: Microphone circuit

[0044] 250: Audio Circuit

[0045] 260: User interface circuit

[0046] 270: Control circuit

[0047] 280: Signal terminal

[0048] S310~S350: Steps

[0049] S410~S430: Steps

Claims

1. A Bluetooth headset system, comprising: Bluetooth headset storage and charging box, including: An earphone storage space, comprising a plurality of charging box connection terminals, the earphone storage space is used to store a pair of Bluetooth earphones, and the plurality of earphone connection terminals of the pair of Bluetooth earphones are connected via the plurality of charging box connection terminals; Rechargeable batteries; A charging circuit, used for charging the pair of Bluetooth earphones by using the rechargeable battery when the pair of Bluetooth earphones are stored in the earphone storage space; A Bluetooth circuit, used for pairing with the pair of Bluetooth earphones when the pair of Bluetooth earphones are stored in the earphone storage space, and for communicating with the pair of Bluetooth earphones via Bluetooth communication after the pair of Bluetooth earphones are taken out of the earphone storage space; A microphone circuit, used for receiving external sound to generate a microphone signal after the pair of Bluetooth earphones are taken out of the earphone storage space; an audio circuit, used for generating an audio signal according to the microphone signal, and providing the audio signal to the pair of Bluetooth headsets via the Bluetooth circuit in a predetermined mode; A user interface circuit for providing a user control signal to the pair of Bluetooth headsets via the Bluetooth circuit in response to a user control; and A control circuit for controlling the interaction between the Bluetooth headset storage and charging box and the pair of Bluetooth headsets; and The pair of Bluetooth earphones comprises the plurality of earphone connection terminals, the pair of Bluetooth earphones are used to communicate with the Bluetooth earphone storage and charging box via the plurality of earphone connection terminals when stored in the earphone storage space, and are used to communicate with the Bluetooth earphone storage and charging box via the Bluetooth communication after being taken out of the earphone storage space; Wherein, the user interface circuit is also used for: After the pair of Bluetooth earphones are taken out of the earphone storage space, providing a user control signal to at least one of the microphone circuit, the audio circuit, and the control circuit in response to user control to enable or control the internal circuit of the Bluetooth earphone storage and charging box; Wherein, the user interface circuit is also used to make the Bluetooth headset storage and charging box enter the predetermined mode in response to user control after the pair of Bluetooth headsets are taken out from the headset storage space.

2. The Bluetooth headset system according to claim 1, wherein when the pair of Bluetooth headsets are placed in the headset storage space, the control circuit executes a plurality of steps including: Determining whether the Bluetooth circuit has been paired with the pair of Bluetooth headsets; If the Bluetooth circuit has not been paired with the pair of Bluetooth earphones, the Bluetooth circuit is paired with the pair of Bluetooth earphones.

3. The Bluetooth headset system according to claim 2, wherein the step of pairing the Bluetooth circuit with the pair of Bluetooth headsets comprises: transmitting the identification data of the Bluetooth circuit to the pair of Bluetooth headsets via the plurality of charging box connection terminals; as well as The identification data of the pair of Bluetooth earphones is received through the multiple charging box connection terminals, and the identification data of the pair of Bluetooth earphones is provided to the Bluetooth circuit.

4. The Bluetooth headset system according to claim 3, wherein the pair of Bluetooth headsets comprises a left ear headset and a right ear headset, the identification data of the pair of Bluetooth headsets comprises the identification data of the left ear headset and the identification data of the right ear headset, and the steps further comprise: The identification data of the left earphone or its related information is transmitted to the right earphone via the multiple charging box connection terminals to ensure that the right earphone has the identification data of the left earphone, and the identification data of the right earphone or its related information is transmitted to the left earphone to ensure that the left earphone has the identification data of the right earphone.

5. A Bluetooth headset storage and charging box, comprising: An earphone storage space, comprising a plurality of charging box connection terminals, the earphone storage space is used to store a pair of Bluetooth earphones, and the pair of Bluetooth earphones are connected via the plurality of charging box connection terminals; Rechargeable batteries; A charging circuit, used for charging the pair of Bluetooth earphones by using the rechargeable battery when the pair of Bluetooth earphones are stored in the earphone storage space; A Bluetooth circuit, used for pairing with the pair of Bluetooth earphones when the pair of Bluetooth earphones are stored in the earphone storage space, and for communicating with the pair of Bluetooth earphones via Bluetooth communication after the pair of Bluetooth earphones are taken out of the earphone storage space; A microphone circuit, used for receiving external sound to generate a microphone signal after the pair of Bluetooth earphones are taken out of the earphone storage space; an audio circuit, used for generating an audio signal according to the microphone signal, and providing the audio signal to the pair of Bluetooth headsets via the Bluetooth circuit in a predetermined mode; A user interface circuit is used for providing a user control signal to the pair of Bluetooth earphones via the Bluetooth circuit in response to user control after the pair of Bluetooth earphones are taken out of the earphone storage space; and A control circuit, used to control the interaction between the Bluetooth headset storage and charging box and the pair of Bluetooth headsets; Wherein, the user interface circuit is also used for: After the pair of Bluetooth earphones are taken out of the earphone storage space, providing a user control signal to at least one of the microphone circuit, the audio circuit, and the control circuit in response to user control to enable or control the internal circuit of the Bluetooth earphone storage and charging box; Wherein, the user interface circuit is also used to make the Bluetooth headset storage and charging box enter the predetermined mode in response to user control after the pair of Bluetooth headsets are taken out from the headset storage space.

6. The Bluetooth headset storage and charging box according to claim 5, wherein when the pair of Bluetooth headsets are placed in the headset storage space, the control circuit performs a plurality of steps including: Determining whether the Bluetooth circuit has been paired with the pair of Bluetooth headsets; If the Bluetooth circuit has not been paired with the pair of Bluetooth earphones, the Bluetooth circuit is paired with the pair of Bluetooth earphones.

7. The Bluetooth headset storage and charging box according to claim 6, wherein the step of pairing the Bluetooth circuit with the pair of Bluetooth headsets comprises: transmitting the identification data of the Bluetooth circuit to the pair of Bluetooth headsets via the plurality of charging box connection terminals; as well as The identification data of the pair of Bluetooth earphones is received through the multiple charging box connection terminals, and the identification data of the pair of Bluetooth earphones is provided to the Bluetooth circuit.

8. The Bluetooth headset storage and charging box according to claim 7, wherein the pair of Bluetooth headsets comprises a left ear headset and a right ear headset, the identification data of the pair of Bluetooth headsets comprises the identification data of the left ear headset and the identification data of the right ear headset, and the plurality of steps further comprises: The identification data of the left earphone or its related information is transmitted to the right earphone via the multiple charging box connection terminals to ensure that the right earphone has the identification data of the left earphone, and the identification data of the right earphone or its related information is transmitted to the left earphone to ensure that the left earphone has the identification data of the right earphone.

9. The Bluetooth headset storage and charging box according to claim 6, wherein after the pair of Bluetooth headsets are taken out from the headset storage space, the Bluetooth circuit is connected to the pair of Bluetooth headsets, so that the pair of Bluetooth headsets are controlled by the Bluetooth headset storage and charging box.

10. The Bluetooth headset storage and charging box according to claim 5, wherein when the headset storage space stores the pair of Bluetooth headsets, the Bluetooth headset storage and charging box communicates with the pair of Bluetooth headsets via the multiple charging box connection terminals.

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