A shared Bluetooth headset management device and a rental and return method

Abstract

The present invention relates to the technical field of mobile Internet and shared facilities, and in particular to a shared Bluetooth headset management device and a rental and return method, wherein the management device includes an electronic lock module, an internal Mesh node, an intra-regional Mesh node, an intra-regional Mesh module, and a control module. When no one is using the shared Bluetooth headset, the shared Bluetooth headset is fixedly connected to a placement unit through the electronic lock module. When the user opens the electronic lock module and takes off the shared Bluetooth headset, the electronic lock module outputs an unlocking signal. If the user leaves the specified area with the shared Bluetooth headset, the intra-regional Mesh node is disconnected from the internal Mesh node. The control module receives the unlocking information but cannot obtain the location information, and will lock the shared Bluetooth headset, making it impossible to continue to use the shared Bluetooth headset, and reminding the user that it has exceeded the specified range and needs to be returned in time to avoid property losses.

Description

Technical Field

[0001] The present invention relates to the technical field of mobile Internet and shared facilities, and in particular to a shared Bluetooth headset management device and a rental and return method. Background Art

[0002] With the development of society, the sharing economy has begun to prevail, and the sharing model has been accepted by more and more people. Shared Bluetooth headsets are often used in libraries, Internet cafes and other areas. When no one is using them, they are placed on the storage table of the management device. When users need to use them, they go to the management device to rent them and return them to the management device after use. The popularity of shared Bluetooth headsets has provided great convenience for people's lives.

[0003] With respect to the above-mentioned related technologies, the inventors believe that after users rent shared Bluetooth headsets, they may use them in any area. If the users are far away from the management device, it may be inconvenient to return the headsets, resulting in property losses. Summary of the invention

[0004] The first object of the present invention is to provide a shared Bluetooth headset management device.

[0005] The above-mentioned object of the present invention is achieved through the following technical solutions:

[0006] A management device for a shared Bluetooth headset, comprising:

[0007] An electronic lock module is used to fix the shared Bluetooth headset and the placement unit and output unlocking information;

[0008] Internal Mesh nodes are set inside the shared Bluetooth headset;

[0009] Mesh nodes in the area, multiple Mesh nodes are set in the area, and the straight-line distance L between the internal Mesh node and the Mesh nodes in each area is calculated respectively, and the straight-line distance L is compared with the distance threshold L0, and the Mesh nodes in the area corresponding to the straight-line distance L less than the distance threshold L0 are marked as Mesh nodes in the first area; the straight-line distance L between each Mesh node in the first area and the internal Mesh node is compared to obtain the minimum straight-line distance L min , the minimum straight-line distance L min The corresponding Mesh node in the first area is connected to the internal Mesh node and outputs the connection information;

[0010] The intra-regional Mesh module is set at a fixed position in the region, and is respectively connected to a plurality of intra-regional Mesh nodes to generate an intra-regional Mesh network, obtains the location information of the shared Bluetooth headset according to the connection information, and outputs the location information of the shared Bluetooth headset;

[0011] The control module is connected to the electronic lock module and the Mesh module in the area respectively, and is used to receive the unlocking information and the location information, and lock the corresponding shared Bluetooth headset based on the unlocking information and the location information.

[0012] By adopting the above technical solution, shared Bluetooth headsets can be used in shopping malls, museums or libraries and other areas. When no one is using them, the shared Bluetooth headsets are fixedly connected to the placement unit through the electronic lock module. When the user opens the electronic lock module and removes the shared Bluetooth headset, the electronic lock module outputs an unlocking signal. If the user uses the shared Bluetooth headset in the specified area, the internal Mesh node of the shared Bluetooth headset will be connected to the Mesh node in the area. The Mesh node in the area will send the connection information to the Mesh module in the area. The Mesh module in the area determines the location information of the shared Bluetooth headset according to the location of the Mesh node in the area, and sends the location information to the control module. At this time, the control module can control the shared Bluetooth headset to work normally. If the user takes the shared Bluetooth headset out of the specified area, the Mesh node in the area is disconnected from the internal Mesh node. The control module receives the unlocking information but cannot obtain the location information. It will lock the shared Bluetooth headset, making it impossible to continue to use the shared Bluetooth headset, reminding the user that it has exceeded the specified range and needs to be returned in time to avoid property loss.

[0013] Optionally, the management device further comprises a request module, the request module being used to send a rental request signal and a return request signal;

[0014] The control module is connected to the request module, and is used to receive the rental request signal and the return request signal, and control the electronic lock module to perform an unlocking action based on the rental request signal, and enable the electronic lock module to output the unlocking information; and control the electronic lock module to perform a locking action based on the return request signal, and enable the electronic lock module to output the locking information.

[0015] By adopting the above technical solution, when a user needs to rent a shared Bluetooth headset, a rental request signal is sent through the request module, the electronic lock module opens and outputs unlocking information, and the control module can determine whether the shared Bluetooth headset needs to be locked based on the unlocking information and location information; after using the shared Bluetooth headset, the user puts it back to its original place and sends a return request signal through the request module, the electronic lock module is closed, and the shared Bluetooth headset and the placement unit are fixedly connected, thereby reducing the phenomenon of shared Bluetooth headsets being stolen.

[0016] Optionally, the management device further includes:

[0017] An external Mesh node is provided on the management device and connected to the internal Mesh node of the sharing device, and is used to collect status information of the shared Bluetooth headset, wherein the status information includes power information, circuit fault information, and working status information;

[0018] An external Mesh module, which is arranged on the management device and connected with the external Mesh node to generate an external Mesh network, and is used to obtain the status information;

[0019] The control module is connected to the external Mesh module and is used to receive the status information.

[0020] By adopting the above technical solution, when a user needs to rent a shared Bluetooth headset, after the control module receives the rental request signal, it will make further judgments based on the status information of the shared Bluetooth headset. Only when the status information of the shared Bluetooth headset is normal, that is, there is no low battery, circuit failure or malfunction, the control module will control the electronic lock module to perform the unlocking action, reducing the phenomenon that the shared Bluetooth headset obtained by the user cannot be used normally, thereby improving the user experience.

[0021] Optionally, a pressure sensor is provided on the side of the placement unit that contacts the shared Bluetooth headset, and the pressure sensor is used to detect the pressure exerted on the placement unit and output detection information; the control module is connected to the pressure sensor for receiving the detection information.

[0022] By adopting the above technical solution, the detection information is the pressure value detected by the pressure sensor, and the control module is set with a pressure threshold. After receiving the return request signal, the pressure value detected by the pressure sensor is compared with the pressure threshold. If the pressure value detected by the pressure sensor is the same as the pressure threshold, it means that the user has placed the shared Bluetooth headset on the placement unit, and the control module will control the electronic lock module to perform the locking action; if the sizes are different, it means that there is no shared Bluetooth headset on the placement unit, and the control module cannot control the electronic lock module to perform the locking action, thereby reducing the phenomenon of the electronic lock module being locked empty.

[0023] Optionally, the management device further includes a voice broadcast module, which is connected to the electronic lock module and sends out a first prompt message based on the unlocking information and sends out a second prompt message based on the locking information.

[0024] By adopting the above technical solution, when the electronic lock module performs the unlocking action, it sends out unlocking information, and the voice broadcast module sends out the first prompt information to remind the user that the unlocking is successful and the shared Bluetooth headset can be used; when the electronic lock module performs the locking action, it sends out the locking information, and the voice broadcast module sends out the second prompt information to remind the user that the locking is successful and the user can leave the management device. The voice broadcast module has the effect of reminding the user of the work progress.

[0025] Optionally, the management device also includes a power module, which is used to provide power to the shared Bluetooth headset, the electronic lock module, the pressure sensor and the voice broadcast module.

[0026] By adopting the above technical solution, the electronic lock module, pressure sensor and voice broadcast module can only be used when powered on. The power module can provide the electronic lock module and the voice broadcast module with the electrical energy required for normal operation; the power module charges the shared Bluetooth headset, reducing the phenomenon of low battery in the shared Bluetooth headsets rented by users, which is conducive to improving user experience.

[0027] The second purpose of the present invention is to provide a method for renting a shared Bluetooth headset.

[0028] The second object of the present invention is achieved through the following technical solutions:

[0029] A method for renting a shared Bluetooth headset, comprising:

[0030] Acquiring a rental request signal, and outputting the unlocking information based on the rental request signal;

[0031] Calculate the straight-line distance L between the internal Mesh node and the Mesh nodes in each area respectively, compare the straight-line distance L with the distance threshold L0, obtain the Mesh nodes in the area corresponding to the straight-line distance L being less than the distance threshold L0, and mark the corresponding Mesh nodes in the area as the first area node;

[0032] Compare the straight-line distances L between the Mesh nodes in each of the first regions and the internal Mesh nodes to obtain the minimum straight-line distance L min , connect the corresponding Mesh node in the first area with the internal Mesh node, and output the connection information;

[0033] Deriving location information of internal Mesh nodes according to the connection information; and,

[0034] The shared Bluetooth headset is locked based on the unlocking information and the location information of the internal Mesh node.

[0035] By adopting the above technical solution, when the control module cannot receive the location information of the shared Bluetooth headset, it means that the internal Mesh node of the shared Bluetooth headset is not connected to the Mesh node in any area, and the shared Bluetooth headset has exceeded the preset fixed area. At this time, the control module will lock the shared Bluetooth headset so that the user cannot continue to use it, and remind the user that he has exceeded the specified area and needs to return it in time.

[0036] Optionally, the steps before outputting the unlocking information based on the rental request signal further include:

[0037] Acquire the status information of the shared Bluetooth headset through the internal Mesh node, wherein the status information includes power information, circuit fault information and working status information; and,

[0038] The shared Bluetooth headset is reviewed based on the status information.

[0039] By adopting the above technical solution, after receiving the rental request signal, the control module will also review the status information of the shared Bluetooth headset to determine whether the shared Bluetooth headset has low battery, circuit failure or cannot work normally. If so, it means that the review fails and the electronic lock module cannot be opened, reducing the phenomenon that the shared Bluetooth headset rented by users cannot be used normally, thereby improving the user experience.

[0040] Optionally, the steps before outputting the unlocking information based on the rental request signal further include:

[0041] Acquire the status information of the shared Bluetooth headset through the internal Mesh node, wherein the status information includes power information, circuit fault information and working status information; and,

[0042] The shared Bluetooth headset is reviewed based on the status information.

[0043] By adopting the above technical solution, after receiving the rental request signal, the control module will also review the status information of the shared Bluetooth headset to determine whether the shared Bluetooth headset has low battery, circuit failure or cannot work normally. If so, it means that the review fails and the electronic lock module cannot be opened, reducing the phenomenon that the shared Bluetooth headset rented by users cannot be used normally, thereby improving the user experience.

[0044] The third object of the present invention is to provide a method for returning a shared Bluetooth headset.

[0045] The third object of the present invention is achieved through the following technical solutions:

[0046] A method for returning a shared Bluetooth headset, comprising:

[0047] Get return request information;

[0048] Acquiring the detection information through the detection component; and

[0049] The electronic lock module is controlled to perform a locking action based on the return request signal and the detection information.

[0050] By adopting the above technical solution, the user sends a return request message to the control module, and the detection component sends detection information to the control module. The detection information is the pressure value detected by the detection component. After receiving the return request signal, the control module needs to compare the detected pressure value with the pressure threshold. If the pressure value is equal to the pressure threshold, it means that the shared Bluetooth headset is on the placement unit at this time, and then the electronic lock module is controlled to perform the locking action. This method can detect whether the user puts the shared Bluetooth headset back to the placement unit, reducing the phenomenon of the electronic lock module locking empty.

[0051] Optionally, the steps after controlling the electronic lock module to perform the locking action further include:

[0052] Acquire the status information of the shared Bluetooth headset through the internal Mesh node, wherein the status information includes power information, circuit fault information, and working status information;

[0053] Auditing the shared Bluetooth headset based on the status information and outputting abnormal status information; and,

[0054] The abnormal status information is sent to a management personnel.

[0055] By adopting the above technical solution, after the control module obtains the status information of the shared Bluetooth headset, if it is found that the shared Bluetooth headset has low battery, circuit fault or cannot be used normally, the control module can output abnormal status information and send the abnormal status information to the management personnel to remind the management personnel to replace or repair it in time, thereby reducing the phenomenon that the abnormal shared Bluetooth headset affects user use.

[0056] In summary, the present application includes at least one of the following beneficial technical effects:

[0057] The management device realizes the intelligent use and return of shared Bluetooth headsets. The control module can lock the shared Bluetooth headsets when they are out of the specified range based on the location information of the shared Bluetooth headsets, reminding users to return them in time, thereby reducing users' property losses. BRIEF DESCRIPTION OF THE DRAWINGS

[0058] Figure 1 It is a schematic diagram of the structure of a management device in one implementation mode of the present application;

[0059] Figure 2 It is a schematic diagram of the structure of the headphone stand;

[0060] Figure 3 It is a structural block diagram of the management device when the Bluetooth headset is borrowed;

[0061] Figure 4 It is a structural block diagram of the management device when the Bluetooth headset is not borrowed;

[0062] Figure 5 is a step diagram of a method for using a Bluetooth headset according to another embodiment of the present application;

[0063] Figure 6 This is a step diagram of a method for returning a Bluetooth headset according to another embodiment of the present application.

[0064] Description of reference numerals: 100, storage table; 200, headphone holder; 300, lock; 400, pressure sensor; 500, broadcasting speaker; 600, network data transmission module. DETAILED DESCRIPTION

[0065] The following is combined with Figure 1-6 The present invention is described in further detail.

[0066] This specific embodiment is merely an explanation of the present invention and is not a limitation of the present invention. After reading this specification, those skilled in the art may make non-creative modifications to the present embodiment as needed. However, as long as they are within the scope of the claims of the present invention, they are protected by the patent law.

[0067] Reference Figure 1 and Figure 2 The embodiment of the present application discloses a management device for a shared Bluetooth headset, including a storage table 100 and a placement unit. In the embodiment of the present application, the placement unit is a headset rack 200.

[0068] There are multiple headphone racks 200, all of which are fixedly connected to the side of the storage table 100 for placing shared Bluetooth headsets. An electronic lock module is provided on the headphone rack 200, and the electronic lock module includes a lock buckle 300, one end of the lock buckle 300 is rotatably connected to the headphone rack 200, and the other end can abut against the headphone rack 200. In order to detect whether the shared Bluetooth headset is placed on the headphone rack 200, a pressure sensor 400 is also installed on the side where the headphone rack 200 and the shared Bluetooth headset contact each other, which is used to detect the pressure value at the headphone rack 200 and output pressure information. When the pressure value that the pressure sensor 400 can detect is the same as the pressure threshold, it means that the shared Bluetooth headset has been placed on the headphone rack 200 at this time, and the lock buckle 300 rotates in the direction close to the headphone rack 200 until it abuts against the headphone rack 200, and the shared Bluetooth headset is fixed on the headphone rack 200. When the user needs to rent the shared Bluetooth headset, the lock buckle 300 rotates in a direction away from the headset rack 200 and separates from the headset rack 200, making it convenient for the user to remove the shared Bluetooth headset from the headset rack 200.

[0069] There is also a voice broadcast module on the side of the storage table 100. In the embodiment of the present application, the voice broadcast module is a plurality of broadcast speakers 500. When the electronic lock module performs the unlocking action, it outputs unlocking information. The voice broadcast module issues a first prompt message based on the unlocking information to remind the user that the unlocking is successful. When the electronic lock module performs the locking action, it issues a locking information. The voice broadcast module issues a second prompt message based on the locking information to remind the user that the locking is successful. The voice broadcast module has the effect of reminding the user of the work progress.

[0070] A power module is also provided inside the storage table 100, which can provide power for the normal operation of the management device and can charge shared Bluetooth headsets that have not been borrowed, thereby reducing the phenomenon of low battery in shared Bluetooth headsets obtained by users.

[0071] Reference Figure 3 and Figure 4 Another implementation of the embodiment of the present application discloses a management device for a shared Bluetooth headset, including a request module, a control module, an electronic lock module, an internal Mesh node, an external Mesh node, and an external Mesh module. The request module is used to send a rental request signal and a return request signal, and the control module is used to control the electronic lock module to perform an unlocking action or a locking action; the internal Mesh node is set in the shared Bluetooth headset, and the external Mesh node and the external Mesh module are both set on the management device. The external Mesh node and the external Mesh module are connected to generate an external Mesh network, and the staff can customize the protocol document so that the external Mesh network transmits information to the control module according to the protocol document. In the implementation of the present application, the control module is specifically a cloud server.

[0072] When the Bluetooth headset is on the management device, the electronic lock module locks the shared Bluetooth headset and the headset holder 200. The internal Mesh node in the shared Bluetooth headset is connected to the external Mesh node of the management device. The staff can customize the protocol document so that the internal Mesh node and the external Mesh node transmit information according to the protocol document. The shared Bluetooth headset is equipped with a self-test program, which can check the shared Bluetooth headset and output status information, including power information, circuit fault information and working status information. The external Mesh node receives the status information and transmits the status information to the external Mesh module. The external Mesh module is connected to the cloud server and can upload the status information to the cloud server.

[0073] The management device also includes an intra-regional Mesh node and an intra-regional Mesh module. The intra-regional Mesh module is set at a fixed position in the intra-regional area. There are multiple intra-regional Mesh nodes in the intra-regional area, and they are connected to the intra-regional Mesh modules to generate intra-regional Mesh networking. The staff can customize the protocol document so that the intra-regional Mesh networking transmits information to the control module according to the protocol document. In the implementation mode of the present application, the shared Bluetooth headset can be used in buildings such as shopping malls, libraries or museums, and the intra-regional Mesh nodes can be deployed on the walls, tables and chairs, or doors and windows of the building.

[0074] When a user needs to rent a shared Bluetooth headset, he / she sends a rental request signal to the cloud server through the request module. After receiving the rental request signal, the cloud server needs to review the status information. If the shared Bluetooth headset does not have low battery or circuit failure and can work normally, the cloud server can control the electronic lock module to unlock the headset, and the user can get the shared Bluetooth headset for use.

[0075] After the user removes the shared Bluetooth headset from the management device, the internal Mesh node is disconnected from the external Mesh node and connected to the Mesh node in the area. The user may move around in the area during use, and it is necessary to calculate the straight-line distance L between the Mesh node in each area and the internal Mesh node in real time, and determine whether the straight-line distance L is less than the distance threshold L0. If so, the corresponding Mesh node in the area is marked as the Mesh node in the first area, and then the straight-line distance L between the Mesh nodes in each first area and the internal Mesh nodes is compared to obtain the minimum straight-line distance L. min , connect the Mesh nodes in the corresponding area and the internal Mesh nodes. The Mesh nodes in the corresponding area will output the connection information and send the connection information to the Mesh modules in the area. The Mesh modules in the area will obtain the location of the shared Bluetooth headset based on the connection information and upload the location information to the cloud server.

[0076] Reference Figure 1A network data transmission module 600 is provided on the storage table 100, which can establish network communication between the management device and the cloud server. The unlocking request information, locking request information and status information are all sent to the cloud server through the network data transmission module 600.

[0077] Reference Figure 5 Another implementation of the embodiment of the present application provides a method for using a shared Bluetooth headset, which specifically includes the following steps:

[0078] Step S100, controlling the connection between the external Mesh node and the internal Mesh node;

[0079] Step S200, obtaining status information of the shared Bluetooth headset;

[0080] The specific implementation method is that a self-test program is set inside the shared Bluetooth headset, which can detect the status information of the shared Bluetooth headset, including power information, circuit information and working status information. After the external Mesh node is connected to the internal Mesh node, it can collect the status information of the shared Bluetooth headset and send the status information to the cloud server through the external Mesh module.

[0081] Step S300, reviewing the shared Bluetooth headset;

[0082] The specific implementation method is that after the cloud server receives the status information, it determines whether the shared Bluetooth headset has low battery, circuit failure or cannot work normally based on the status information. If these abnormal phenomena exist, the review will fail and the user cannot rent the shared Bluetooth headset; if the status information of the shared Bluetooth headset is normal, then the user can rent the shared Bluetooth headset.

[0083] Step S400, obtaining a rental request signal, and outputting unlocking information based on the rental request signal;

[0084] The specific implementation method is that the staff can set a QR code on the body of the shared Bluetooth headset, each QR code contains the device information of the corresponding shared Bluetooth headset, and the user can install an APP on the mobile terminal, and use the APP to scan the QR code on the body of the Bluetooth headset to be rented to send a rental request signal to the cloud server. If the review is passed in step S300, the cloud server controls the electronic lock module to perform an unlocking action after receiving the rental request signal, so that the electronic lock module outputs unlocking information.

[0085] Step S500, obtaining Mesh nodes in the first area;

[0086] The specific implementation method is that the cloud server calculates the straight-line distance L between the internal Mesh node and the Mesh nodes in each area respectively, and compares the straight-line distance L with the distance threshold L0. If the straight-line distance L is less than the distance threshold L0, the Mesh node in the corresponding area is marked as the Mesh node in the first area.

[0087] Step S600, output connection information;

[0088] The specific implementation method is to compare the straight-line distance L between each Mesh node in the first area and the internal Mesh node, and obtain the minimum straight-line distance L min , the minimum straight-line distance L min The corresponding Mesh node in the first area is connected to the internal Mesh node, and the connection information is output after the connection is completed;

[0089] Step S700, obtaining the internal Mesh node location information;

[0090] The specific implementation method is that the internal Mesh node is connected to the Mesh node in the corresponding area, which means that the position of the internal Mesh node is within a circle with the Mesh node in the area as the center and the distance threshold L0 as the radius. After the cloud server receives the connection information, it can obtain the location information of the internal Mesh node based on the position of the Mesh node in the area.

[0091] Step S800, controlling the shared Bluetooth headset to be locked;

[0092] The specific implementation method is that after the cloud server receives the unlocking information output in step S300, if it can receive the location information of the shared Bluetooth headset at the same time, it means that the user is using the shared Bluetooth headset within the specified area and the shared Bluetooth headset can work normally; if the cloud server receives the unlocking information but cannot receive the location information, it means that the user has carried the shared Bluetooth headset out of the fixed area, and the cloud server can lock the shared Bluetooth headset so that it can no longer play sound.

[0093] Another implementation of the embodiment of the present application provides a method for returning a shared Bluetooth headset, which specifically includes the following steps:

[0094] Step S100, obtaining a return request signal;

[0095] The specific implementation method is that the user installs an APP on the mobile terminal and sends a return request signal to the cloud server through the APP.

[0096] Step S200, obtaining detection information;

[0097] The specific implementation method is that when the shared Bluetooth headset is placed on the headset holder 200, the pressure sensor 400 on the headset holder 200 can detect the pressure value and output the detection information.

[0098] Step S300, controlling the electronic lock module to perform a locking action based on the return request signal and the detection information;

[0099] The specific implementation method is that after the control module receives the return request signal and the detection information, it will compare the detection information and the pressure threshold. If the detection information and the pressure threshold are the same, it means that the shared Bluetooth headset is placed on the headset rack 200 at this time, and the control module will control the electronic lock module to perform the locking action; if the control module only receives the return request signal, there is no detection information, or the detection information is different from the pressure threshold, the electronic lock module will not perform the locking action.

[0100] Step S400, obtaining status information of the shared Bluetooth headset;

[0101] The specific implementation method is that a self-test program is set inside the shared Bluetooth headset, which can detect the status information of the shared Bluetooth headset, including power information, circuit information and working status information. After the external Mesh node is connected to the internal Mesh node, it can collect the status information of the shared Bluetooth headset and send the status information to the cloud server through the external Mesh module.

[0102] Step S500, reviewing the shared Bluetooth headset based on the status information and outputting abnormal status information;

[0103] The specific implementation method is that after the cloud server receives the status information, if the shared Bluetooth headset has low battery, circuit failure or cannot work normally, the cloud server will mark it as abnormal status information.

[0104] Step S600: Send abnormal status information to the management personnel.

[0105] The specific implementation method is that the cloud server sends the abnormal status information to the manager's mobile smart terminal, reminding the manager that a certain Bluetooth headset has abnormal status information and explaining the cause of the abnormality, so that the manager can replace or repair the abnormal shared Bluetooth headset in time.

Claims

1. A shared Bluetooth headset management device, characterized in that: include: An electronic lock module, used to fix the shared Bluetooth headset to the placement unit through the electronic lock module, and when the user opens the electronic lock module to take off the shared Bluetooth headset, the electronic lock module outputs unlocking information; the placement unit is a headset stand; Internal Mesh nodes are set inside the shared Bluetooth headset; Mesh nodes in the area, there are multiple ones set up in the area; The intra-regional Mesh module is set at a fixed position in the region, and is respectively connected to a plurality of intra-regional Mesh nodes to generate an intra-regional Mesh network, obtains the location information of the shared Bluetooth headset according to the connection information, and outputs the location information of the shared Bluetooth headset; A control module is connected to the electronic lock module and the Mesh module in the area, respectively, and is used to receive the unlocking information and the location information; the control module is specifically a cloud server, and based on the reception of the unlocking information and the inability to obtain the location information, the cloud server can lock the corresponding shared Bluetooth headset, so that the corresponding shared Bluetooth headset cannot be used any more; The management device further includes a request module, the request module is used to send a rental request signal and a return request signal; the control module is connected to the request module, and is used to receive the rental request signal and the return request signal, and control the electronic lock module to perform an unlocking action based on the rental request signal, and make the electronic lock module output the unlocking information; Controlling the electronic lock module to perform a locking action based on the return request signal, and causing the electronic lock module to output locking information; The management device also includes: An external Mesh node, which is arranged on the management device and connected to the internal Mesh node of the shared Bluetooth headset, is used to collect status information of the shared Bluetooth headset, wherein the status information includes power information, circuit fault information, and working status information; An external Mesh module, which is arranged on the management device and connected with the external Mesh node to generate an external Mesh network, and is used to obtain the status information; The control module is connected to the external Mesh module and is used to receive the status information; A detection component is provided on the side of the placement unit that contacts the shared Bluetooth headset. The detection component is specifically a pressure sensor, which is used to detect the pressure exerted on the placement unit and output detection information; the control module is connected to the pressure sensor to receive the detection information; When the shared Bluetooth headset is removed from the management device, the internal Mesh node of the shared Bluetooth headset is disconnected from the external Mesh node of the management device and connected to the Mesh node in the area; as you continue to move in the area, the straight-line distance L between the Mesh node in each area and the internal Mesh node is calculated in real time, and it is determined whether the straight-line distance L is less than the distance threshold L0. If so, the corresponding Mesh node in the area is marked as a Mesh node in the first area, and then the straight-line distance L between the Mesh nodes in each first area and the internal Mesh nodes is compared to obtain the minimum straight-line distance L min , connect the corresponding Mesh node in the area and the internal Mesh node. The corresponding Mesh node in the area will output connection information and send the connection information to the Mesh module in the area. The Mesh module in the area will obtain the location of the shared Bluetooth headset based on the connection information and upload the location information to the cloud server.

2. The shared Bluetooth headset management device according to claim 1, characterized in that: The management device also includes a voice broadcast module, which is connected to the electronic lock module and sends out a first prompt message based on the unlocking information and sends out a second prompt message based on the locking information.

3. The shared Bluetooth headset management device according to claim 2, characterized in that: The management device also includes a power module, which is used to provide power to the shared Bluetooth headset, the electronic lock module, the pressure sensor and the voice broadcast module.

4. A method for renting a shared Bluetooth headset, characterized in that: Based on the implementation of a shared Bluetooth headset management device according to claim 1, the rental method includes: Acquiring a rental request signal, and outputting the unlocking information based on the rental request signal; Calculate the straight-line distance L between the internal Mesh node and the Mesh nodes in each area respectively, compare the straight-line distance L with the distance threshold L0, obtain the Mesh nodes in the area corresponding to the straight-line distance L being less than the distance threshold L0, and mark the corresponding Mesh nodes in the area as Mesh nodes in the first area; Compare the straight-line distances L between the Mesh nodes in each of the first regions and the internal Mesh nodes to obtain the minimum straight-line distance L min , connect the corresponding Mesh node in the first area with the internal Mesh node, and output the connection information; Deriving location information of internal Mesh nodes according to the connection information; and, The shared Bluetooth headset is locked based on the unlocking information and the location information of the internal Mesh node.

5. The method for renting a shared Bluetooth headset according to claim 4, characterized in that: The steps before outputting the unlocking information based on the rental request signal also include: Acquire the status information of the shared Bluetooth headset through the internal Mesh node, wherein the status information includes power information, circuit fault information and working status information; and, The shared Bluetooth headset is reviewed based on the status information.

6. A method for returning a shared Bluetooth headset, characterized in that: Based on the implementation of a shared Bluetooth headset management device according to claim 1, the return method includes: S100, the cloud server obtains a return request signal; S200, the cloud server obtains detection information through the detection component; and S300, based on the return request signal and the detection information, the cloud server controls the electronic lock module to perform a locking action.

7. The method for returning a shared Bluetooth headset according to claim 6, characterized in that: The steps after the cloud server controls the electronic lock module to perform the locking action also include: S400, obtaining status information of the shared Bluetooth headset through the internal Mesh node, the status information including power information, circuit fault information and working status information; wherein the external Mesh node can collect the status information of the shared Bluetooth headset after being connected to the internal Mesh node, and send the status information to the cloud server through the external Mesh module; S500, the cloud server reviews the shared Bluetooth headset based on the status information and outputs abnormal status information; and S600, the cloud server sends the abnormal status information to the management personnel.

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