CN112102564A

CN112102564A - WiFi (Wireless Fidelity) sharing method and device based on shared power bank

Info

Publication number: CN112102564A
Application number: CN202010916687.9A
Authority: CN
Inventors: 黄园园; 赵学礼
Original assignee: Shanghai Lianshang Network Technology Co Ltd
Current assignee: Shanghai Shangxiang Network Technology Co.,Ltd.
Priority date: 2020-09-03
Filing date: 2020-09-03
Publication date: 2020-12-18

Abstract

The application aims at providing a sharing treasured WiFi sharing method and equipment that charges based on sharing, this application has realized through treasured parent that charges, treasured body, user equipment and network equipment that charges and has set up between treasured body and the target wireless access point charge in the treasured body through the mode of wiFi repeater, provide the relay access point to user equipment with the wiFi repeater provides relay access point establishes wireless connection, has not only guaranteed to provide to charge to user equipment through the treasured body that charges, still obtains the wireless connection of relay from the wireless connection of treasured body connection that charges with the form of wiFi repeater simultaneously, has further satisfied user equipment to the demand that charges and network connection.

Description

WiFi (Wireless Fidelity) sharing method and device based on shared power bank

Technical Field

The application relates to the field of computers, in particular to a WiFi sharing method and device based on a shared power bank.

Background

In everyday life, mobile phones have become indispensable personal belongings, and become necessities of people in various occasions no matter work, go out, study or travel, and with the maturity of mobile phone development, the dependence of people on mobile phones is higher and higher. Along with the continuous upgrading of mobile phone software development, the capacity of a mobile phone is continuously expanded, the battery capacity of the mobile phone is also continuously increased, but the standby requirement of people for the electric quantity of the mobile phone still cannot be met, so more and more people start to carry the portable charger, the mobile phone can be charged in time when the mobile phone does not have electric energy, and the portable charger needs to be carried by people at any time and is inconvenient. Meanwhile, the portable charger can only provide electric energy for charging the mobile phone, and when the mobile phone flow of the user is insufficient or the mobile signal is not good, the mobile phone of the user cannot be effectively networked even if the mobile phone of the user is charged with the electric energy, so that the user cannot normally access the network.

Disclosure of Invention

An object of the present application is to provide a WiFi sharing method and device based on a shared power bank, so as to solve the charging and networking problems of a user device at the same time, so that a user can obtain a connected network while obtaining charging power.

According to one aspect of the application, a WiFi sharing method based on a shared power bank is provided, and is applied to a power bank body terminal, where the power bank body includes a WiFi module, and the method includes:

the method comprises the following steps that charging connection is established between a charger baby body and user equipment, and the charger baby body is popped up by a charger baby parent body;

responding to the opening operation of a user on a WiFi switch on the power bank body, starting the WiFi module to scan at least one available wireless access point nearby, and matching the available wireless access point with an access point list stored in the power bank body to obtain a target wireless access point and target access information thereof;

the WiFi module establishes wireless connection with the target wireless access point based on the target access information;

and based on the wireless connection, the WiFi module is used as a WiFi relay, and a relay access point is provided for the user equipment, so that the user equipment establishes wireless connection with the relay access point provided by the WiFi relay.

Further, in the WiFi sharing method based on the shared power bank at the power bank body end, the power bank body further includes a data network module, and the method further includes:

if the WiFi module does not scan available wireless access points, the data network module provides data network connection for the WiFi module;

and based on the data network connection, taking the WiFi module as a WiFi relay, and providing a relay access point for the user equipment so that the user equipment establishes data network connection with the relay access point provided by the WiFi relay.

Further, in the WiFi sharing method based on the shared power bank of the power bank body terminal, the method further includes:

receiving the access point list issued by the charger parent;

storing the list of access points;

the access point list is formed by the network equipment based on at least one acquired wireless access point in a preset area range of the position information and access information thereof and sent to the power bank parent body after the power bank parent body sends the position information of the power bank parent body to the network equipment.

Further, in the above WiFi sharing method based on a shared power bank at the power bank end, the starting of the WiFi module scans at least one available wireless access point nearby, and matches the at least one available wireless access point with an access point list stored in the power bank to obtain a target wireless access point and target access information thereof, including:

starting the WiFi module to scan at least one available wireless access point nearby and the signal strength of the wireless access point;

the WiFi module matches the at least one available wireless access point with the access point list to obtain one or more alternative wireless access points;

the WiFi module determines the target wireless access point and target access information thereof from the one or more alternative wireless access points based on the signal strength;

the target wireless access point and the target access information thereof are stored in the access point list stored in the power bank body.

Further, in the WiFi sharing method based on the shared power bank at the power bank body end, if the power bank body returns to other power bank mothers, the method further includes:

deleting the access point list stored in the power bank body;

and receiving and storing the new access point list issued by the other charger parent bodies.

Further, in the WiFi sharing method based on the shared power bank at the power bank body end, an image code for accessing the relay access point exists on the power bank body, so that the user equipment scans the image code to obtain the relay access information of the relay access point, and establishes wireless connection with the relay access point based on the relay access information.

According to another aspect of the application, a WiFi sharing method based on a shared power bank is also provided, which is applied to a power bank terminal, wherein the method includes:

receiving a body identifier of a charger baby body sent by network equipment, wherein the body identifier of the charger baby body is returned by the network equipment according to a lease request received from user equipment, and the lease request comprises a user identifier corresponding to the user equipment and a parent identifier of a parent of the charger baby;

and popping up the charging treasure body corresponding to the body identification from the charging treasure parent corresponding to the parent identification so as to enable the charging treasure body to be in charging connection with the user equipment.

Further, in the WiFi sharing method based on the shared power bank of the power bank mother end, the method further includes:

sending the position information of the charger baby parent to the network equipment so that the network equipment forms an access point list based on at least one acquired wireless access point in a preset area range of the position information and access information of the wireless access point;

receiving and storing the access point list sent by the network equipment;

and issuing the access point list to the power bank body so that the power bank body stores the access point list.

According to another aspect of the application, a WiFi sharing method based on a shared power bank is also provided, which is applied to user equipment, wherein the method includes:

responding to a code scanning operation of a user on a charge pal parent, and sending a lease request to network equipment, wherein the lease request comprises a user identifier corresponding to the user equipment and a parent identifier of the charge pal parent, so that the network equipment sends a name of a relay access point corresponding to the charge pal body and relay access information thereof to the user equipment while returning a body identifier of the charge pal body to the charge pal parent, wherein the charge pal body corresponding to the body identifier is popped up by the charge pal parent corresponding to the parent identifier, and comprises a WiFi module;

receiving the name of a relay access point corresponding to the power bank body and relay access information thereof from network equipment;

establishing charging connection with the charger baby body corresponding to the identifier;

scanning the relay access point corresponding to the name, and establishing wireless connection with the scanned relay access point based on the relay access information;

after the wireless connection is established between the WiFi module and the target wireless access point, the relay access point takes the WiFi module as a WiFi repeater based on the wireless connection and provides the wireless connection for the user equipment, and the target wireless access point is obtained by matching at least one scanned available wireless access point of the WiFi module with an access point list stored in the power bank body.

Further, in the WiFi sharing method based on a shared power bank at the user equipment end, the power bank body further includes a data network module, where the method further includes:

scanning the relay access point corresponding to the name, and establishing data network connection with the scanned relay access point based on the relay access information;

when the relay wireless access point is an available wireless access point which is not scanned by the WiFi module, the data network module provides data network connection for the WiFi module, and then the WiFi module is used as a WiFi repeater based on the network data connection and is provided for the user equipment.

Further, in the WiFi sharing method based on a shared power bank at the user equipment end, an image code for accessing the relay access point exists on the power bank body, where the method further includes:

scanning the image code on the power bank body to obtain relay access information of the relay access point;

and establishing a wireless connection point with the relay access point based on the relay access information.

According to another aspect of the application, a WiFi sharing method based on a shared power bank is further provided, and is applied to a network device, where the shared power bank includes a power bank parent and a power bank body, the power bank body includes a WiFi module, and the method includes:

receiving a lease request sent by user equipment in response to a code scanning operation on a parent of a charge pal, wherein the lease request comprises a user identifier corresponding to the user equipment and a parent identifier of the parent of the charge pal;

based on the lease request, returning a body identifier of a charging treasure body to a charging treasure parent body corresponding to the parent identifier, and meanwhile, sending the name of a relay access point corresponding to the charging treasure body corresponding to the body identifier and relay access information thereof to user equipment corresponding to the user identifier so that the charging treasure parent body pops up the charging treasure body to establish wireless connection between the charging treasure body and the user equipment; after the relay access point is wirelessly connected with a target wireless access point through the WiFi module, the WiFi module is used as a WiFi repeater based on the wireless connection and is provided for the user equipment, and the target wireless access point is obtained by matching at least one scanned available wireless access point of the WiFi module with an access point list stored in the power bank body; and the user equipment establishes wireless connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information.

Further, in the WiFi sharing method based on the shared power bank at the network device end, the power bank body further includes a data network module, and when the relay wireless access point is an available wireless access point that is not scanned by the WiFi module, the data network module provides data network connection to the WiFi module, and then the WiFi module is used as a WiFi repeater based on the network data connection and provided to the user device; and the user equipment establishes data network connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information.

Further, in the WiFi sharing method based on the shared power bank at the network device end, the method further includes:

receiving the position information of the parent body of the charge pal, which is sent by the parent body of the charge pal;

acquiring at least one wireless access point and access information thereof in a preset area range of the position information;

forming an access point list based on at least one wireless access point and access information thereof;

and sending the access point list to the power bank parent body for storage, so that the power bank parent body sends the access point list to the power bank body for storage.

According to another aspect of the present application, there is also provided a computer readable medium having stored thereon computer readable instructions, which, when executed by a processor, cause the processor to implement the above-mentioned WiFi sharing method based on a shared power bank.

According to another aspect of the application, still provide a precious body that charges based on sharing treasured's wiFi sharing that charges, wherein, this precious body that charges includes:

one or more processors;

a computer-readable medium for storing one or more computer-readable instructions,

when executed by the one or more processors, the one or more computer-readable instructions cause the one or more processors to implement a shared power bank-based WiFi sharing method as described above at the power bank body end.

According to another aspect of the application, a shared power bank parent based on WiFi sharing of a shared power bank is also provided, wherein the shared power bank parent includes:

one or more processors;

when executed by the one or more processors, cause the one or more processors to implement a shared charge pal-based WiFi sharing method as described above for a charge pal parent.

According to another aspect of the present application, there is also provided a shared charger baby-based WiFi shared user equipment, where the user equipment includes:

one or more processors;

when executed by the one or more processors, the one or more computer-readable instructions cause the one or more processors to implement the WiFi sharing method based on shared power banks as described above for the user equipment.

According to another aspect of the present application, there is also provided a shared charger baby-based WiFi shared network device, where the network device includes:

one or more processors;

when executed by the one or more processors, the one or more computer-readable instructions cause the one or more processors to implement the WiFi sharing method based on shared power bank at the network device end as described above.

Compared with the prior art, in the WiFi sharing method based on the shared power bank, the shared power bank comprises a power bank parent body and a power bank monomer, wherein the power bank body comprises a WiFi module, when user equipment needs to be charged, the power bank body is in charging connection with the user equipment, and the power bank body is popped up by the power bank parent body; the method comprises the steps that the power bank body responds to the opening operation of a WiFi switch on the power bank body by a user, the WiFi module is started to scan at least one available wireless access point nearby, and the available wireless access point is matched with an access point list stored in the power bank body to obtain a target wireless access point and target access information of the target wireless access point; the WiFi module establishes wireless connection with the target wireless access point based on the target access information; the precious body that charges will the wiFi module is as the wiFi repeater based on wireless connection, to user equipment provides the relay access point, so that user equipment with the wiFi repeater provides relay access point establishes wireless connection, has realized providing the wireless connection based on establishing between precious body that charges and the target wireless access point in the precious body that charges through the mode of wiFi repeater, provides the relay access point to user equipment with the wiFi repeater provides relay access point establishes wireless connection, has not only guaranteed to charge to user equipment through the precious body that charges, still obtains the wireless connection of relay from the wireless connection of the precious body connection that charges simultaneously with the form of wiFi repeater, has further satisfied user equipment to charging and networking's demand.

Further, in the WiFi sharing method based on a shared power bank provided by the present application, the shared power bank includes a power bank parent and a power bank monomer, where the power bank parent receives an identity of the power bank parent sent by a network device, where the identity of the power bank parent is returned by the network device according to a lease request received from a user device, and the lease request includes a user identity corresponding to the user device and a parent identity of the power bank parent; will the precious body that charges that body identification corresponds is followed the precious parent that charges that the parent identification corresponds pops out, so that the precious body that charges with user equipment establishes charging connection, has realized that the precious parent that charges pops out the precious body that charges that corresponds to the user, so that pass through the precious body that charges satisfies user equipment to charge and the demand of networking.

Further, in the WiFi sharing method based on a shared power bank provided by the present application, when the user equipment has no electric quantity and no network, the user equipment sends a lease request to the network equipment in response to a code scanning operation of a user on a power bank parent, where the lease request includes a user identifier corresponding to the user equipment and a parent identifier of the power bank parent, so that the network equipment sends a name of a relay access point corresponding to the power bank body and relay access information thereof to the user equipment while returning a body identifier of the power bank body to the power bank parent, and the power bank body corresponding to the body identifier is popped up by the power bank parent corresponding to the parent identifier; receiving the name of a relay access point corresponding to the power bank body and relay access information thereof from network equipment; the user takes out the precious body that charges that corresponds that precious parent popped out to with user equipment with the precious body that charges that the sign corresponds establishes charging connection, realizes just can leasing the precious body that charges of shared through sweeping the operation of sign indicating number, realizes charging of user equipment. When user equipment needs networking in the charging process, the user equipment scans a relay access point corresponding to the name provided by the power bank body, the relay access point is provided for the user equipment by taking the WiFi module as a WiFi repeater based on the wireless connection after the WiFi module establishes the wireless connection with a target wireless access point, and the target wireless access point is obtained by matching at least one available wireless access point scanned by the WiFi module with an access point list stored by the power bank body; and establishing wireless connection with the scanned relay access point based on the relay access information to realize that the relay access point provided by the wireless connection between the charger baby body and the target wireless access point is obtained by using a WiFi module in the charger baby body for charging as a WiFi repeater, and further obtaining the wireless connection in a relay mode.

Further, in the WiFi sharing method based on a shared power bank provided by the present application, the shared power bank includes a power bank parent and a power bank parent, the power bank parent includes a WiFi module, a network device receives a lease request sent by a user equipment in response to a code scanning operation on the power bank parent, and the lease request includes a user identifier corresponding to the user equipment and a parent identifier of the power bank parent; based on the lease request, returning a body identifier of a charging treasure body to a charging treasure parent body corresponding to the parent identifier, and meanwhile, sending the name of a relay access point corresponding to the charging treasure body corresponding to the body identifier and relay access information thereof to user equipment corresponding to the user identifier so that the charging treasure parent body pops up the charging treasure body to establish wireless connection between the charging treasure body and the user equipment; after the relay access point is wirelessly connected with a target wireless access point through the WiFi module, the WiFi module is used as a WiFi repeater based on the wireless connection and is provided for the user equipment, and the target wireless access point is obtained by matching at least one scanned available wireless access point of the WiFi module with an access point list stored in the power bank body; and the user equipment establishes wireless connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information. At the network equipment end, the charge pal body which can be used for charging the user equipment is returned to the charge pal parent body, meanwhile, the name and the relay access information of the relay access point corresponding to the charge pal body during WiFi relay are issued to the user equipment, so that after the user equipment is in charge connection with the charge pal body, if a WiFi module of the charge pal body is required to be connected to serve as the relay access point provided by a WiFi relay, the relay access point corresponding to the name can be scanned, wireless connection is established with the relay access point provided by the WiFi relay based on the relay access information issued by the network equipment, and the requirements of the user equipment on charging and networking are further met.

Drawings

Other features, objects and advantages of the present application will become more apparent upon reading of the following detailed description of non-limiting embodiments thereof, made with reference to the accompanying drawings in which:

fig. 1 is a schematic flowchart illustrating a WiFi sharing method based on a shared power bank at a power bank terminal according to an aspect of the present application;

fig. 2 is a schematic flow chart illustrating a shared charge pal-based WiFi sharing method at a charge pal parent end according to an aspect of the present application;

fig. 3 is a flowchart illustrating a WiFi sharing method based on a shared power bank at a user equipment according to an aspect of the present application;

fig. 4 is a flowchart illustrating a WiFi sharing method based on a shared power bank on a network device side according to an aspect of the present application;

fig. 5 shows a flowchart interaction diagram of a WiFi sharing method based on a shared power bank according to an aspect of the present application.

The same or similar reference numbers in the drawings identify the same or similar elements.

Detailed Description

The present application is described in further detail below with reference to the attached figures.

In a typical configuration of the present application, the terminal, the device serving the network, and the trusted party each include one or more processors (CPUs), input/output interfaces, network interfaces, and memory.

The memory may include forms of volatile memory in a computer readable medium, Random Access Memory (RAM) and/or non-volatile memory, such as Read Only Memory (ROM) or flash memory (flash RAM). Memory is an example of a computer-readable medium.

Computer-readable media, including both non-transitory and non-transitory, removable and non-removable media, may implement information storage by any method or technology. The information may be computer readable instructions, data structures, modules of a program, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), Static Random Access Memory (SRAM), Dynamic Random Access Memory (DRAM), other types of Random Access Memory (RAM), Read Only Memory (ROM), Electrically Erasable Programmable Read Only Memory (EEPROM), flash memory or other memory technology, compact disc read only memory (CD-ROM), Digital Versatile Discs (DVD) or other optical storage, magnetic cassettes, magnetic tape, magnetic disk storage or other magnetic storage devices, or any other non-transmission medium that can be used to store information that can be accessed by a computing device. As defined herein, computer readable media does not include non-transitory computer readable media (transient media), such as modulated data signals and carrier waves.

As shown in fig. 1, an exemplary flowchart of a shared-power-bank-based WiFi sharing method at a power bank body end according to an aspect of the present application is applied to a process in which a shared power bank provides a power charging function and a network connection function to a user equipment, and of course, the process in which the shared power bank provides the power charging function and the network connection function to the user equipment includes the shared power bank, the network equipment, and the user equipment, where the shared power bank includes a power bank parent and a power bank body, the power bank body includes a WiFi module, the power bank parent can store the power bank body, and the power bank body provides power to the user equipment for charging. The WiFi sharing method based on the shared power bank at the power bank body end comprises the following steps: step S11, step S12, step S13 and step S14, which specifically include the following steps:

in the practical application scene, the precious treasured body that charges that sharing charges includes the wiFi module, and when user equipment need charge in order to acquire the electric energy, this precious monomer that charges pops out from the precious parent that charges, in step S11, the precious body that charges establishes the charging connection with user equipment, realizes acquireing the precious body that charges and charges in the sharing scene, and convenience of customers can charge at any time in the open air, need not to carry with the treasured that charges with in trouble, further promotes the user and anytime and anywhere' S experience of charging.

When the user equipment needs to acquire the wireless connection provided by the power bank body in the charging process, the user needs to manually turn on a WiFi switch on the power bank body for charging connection, in step S12, the power bank body starts the WiFi module in response to the user turning on the WiFi switch on the power bank body, scans at least one nearby available wireless access point through the WiFi module, where the available wireless access points scanned by the WiFi module include but are not limited to one or more, and after the one or more available wireless access points are scanned, the at least one available wireless access point needs to be matched with an access point list stored in the power bank body to obtain a target wireless access point and target access information thereof; here, the power bank body stores therein an access point list, and the access point list is used to store one or more wireless access points that can be wirelessly connected and access information corresponding to each wireless access point, in the vicinity of the power bank parent body corresponding to the power bank body.

In step S13, the WiFi module in the power bank body establishes a wireless connection with the target wireless access point based on the target access information, so that the power bank body is connected to the target wireless access point, thereby having a network function of providing a wireless connection.

In step S14, based on the wireless connection, the WiFi module in the power bank body serves as a WiFi repeater, and provides a relay access point to the user equipment, so that the user equipment establishes a wireless connection with the relay access point provided by the WiFi repeater. Here, the relay access point is the wireless connection between the power bank body and the target wireless access point, the WiFi module is used as a WiFi repeater, the signal of the wireless connection is transmitted, and the relay access point provided by the WiFi repeater is provided for surrounding user equipment, so that the coverage of the target wireless access point is extended, and meanwhile, the user equipment can conveniently obtain the wireless connection from the relay access point provided by the power bank body.

Through the steps S11 to S14, at the charger baby body end, the wireless connection established between the charger baby body and the target wireless access point is realized, the relay access point is provided for the user equipment in the charger baby body in a WiFi repeater manner, so that the user equipment establishes the wireless connection with the relay access point provided by the WiFi repeater, the user equipment is charged through the charger baby body, and the relayed wireless connection is obtained from the wireless connection connected with the charger baby body in the WiFi repeater manner, thereby further meeting the requirements of the user equipment on charging and networking.

Further, when the user equipment and the charger baby body do not have an available wireless access point, in order to facilitate the user equipment to be able to establish a connection for networking with the relay access point provided by the charger baby body when being connected with the charger baby body for charging, the charger baby body further includes a data network module, wherein the WiFi sharing method based on the shared charger baby of the charger baby body end in one aspect of the present application further includes:

It should be noted that the data network module is used to provide a data network, such as various forms of data networks like 3G, 4G, and 5G, to the charger body, and the data network module may include, but is not limited to, a SIM card, so as to provide the data network to the charger body.

For example, when the power bank body is in a process of charging the user equipment, and when the user equipment needs to acquire a network connection from the power bank body, the power bank body starts the WiFi module in response to an on operation of a WiFi switch on the power bank body by the user, and scans at least one available wireless access point nearby through the WiFi module; if the WiFi module does not scan available wireless access points, scanning is stopped, and the data network module provides data network connection for the WiFi module, for example, if the data network module comprises a 5G SIM card, the data network module provides 5G data network connection for the WiFi module; so that the power bank body can use the WiFi module as a WiFi repeater based on the data network connection, and provide a relay access point to the user equipment, so that the relay access point is provided by the data network connection, so that the user equipment establishes the data network connection with the relay access point provided by the WiFi repeater, and the data network connection provided by the data network module is realized to provide data network support to the WiFi repeater, thereby further ensuring that the user equipment can establish the data network connection with the relay access point provided by the WiFi repeater by using the data network connection provided by the data network module of the power bank body when the WiFi module of the power bank body does not scan an available wireless access point, and further ensuring that the charging requirement of the user equipment is met at the same time of ensuring the charging requirement of the user equipment, and the use experience of the user corresponding to the user equipment is further improved.

Next to the foregoing embodiment of the present application, in step S12, the power strip body starts the WiFi module to scan at least one available wireless access point nearby, and matches the at least one available wireless access point with the access point list stored in the power strip body to obtain a target wireless access point and target access information thereof, which specifically includes:

For example, the power bank body starts the WiFi module to scan nearby available wireless access points, namely, available wireless access point 1, available wireless access point 2, available wireless access point 4, and available wireless access point 5, and the signal strength of each access point is in sequence: rsi 1, rsi 2, rsi 3, rsi 4, and rsi 5; if the access point list comprises a wireless access point 2 and access information 2 corresponding to the wireless access point, a wireless access point 3 and access information 3 corresponding to the wireless access point, and a wireless access point 5 and access information 5 corresponding to the wireless access point, the WiFi module matches the scanned available wireless access point 1, available wireless access point 2, available wireless access point 3, available wireless access point 4 and available wireless access point 5 with the wireless access point 2, wireless access point 3 and wireless access point 5 in the access point list to obtain one or more alternative wireless access points, wherein the alternative wireless access points are: available wireless access points 2, 3 and 5; afterwards, in order to facilitate the precious body that charges and can carry out wireless connection with the available wireless access point that the signal is stronger, the wiFi module is based on signal strength: rsi 1, rsi 2, rsi 3, rsi 4, and rsi 5, from alternative wireless access points: determining the target wireless access point from the available wireless access point 2, the available wireless access point 3 and the available wireless access point 5, and if the determined target wireless access point is the available wireless access point 3, determining the target access information corresponding to the target wireless access point as follows: access information 3 to the precious body of follow-up charging can be based on access information 3, with the wireless access point of target: establish wireless connection between available wireless access point 3 to make the precious body that charges possess the function that provides wireless connection, realized will charge precious body and connect the stronger target wireless access point of signal, and then guarantee to charge the network quality of the wireless connection that precious body inserts.

Next, in the foregoing embodiment of the present application, in an aspect of the present application, a WiFi sharing method based on a shared power bank of a power bank terminal further includes:

receiving the access point list issued by the charger parent;

storing the list of access points;

the access point list is formed by the network equipment based on at least one acquired wireless access point in a preset area range of the position information and access information thereof and sent to the power bank parent body after the power bank parent body sends the position information of the power bank parent body to the network equipment. Here, the preset area range may be in a circular area range in which the position information is used as a center point and the first preset distance is used as a radius, or may be in any form such as a rectangular area range in which the position information is used as a center point and the second preset distance is horizontal and the second preset distance is vertical, and the preset area range around the position information may be indicated.

For example, although the treasured battery mother body is installed in an actual application environment, the treasured battery body may be located in the treasured battery mother body at different positions according to different borrowing and returning locations of the user, so that the available wireless access points in the vicinity of the treasured battery body may also be different, and in an embodiment of the present application, the treasured battery mother body may send the position information of the treasured battery body to the network device, so that the network device may obtain the wireless access point 1 and its access information 1, the wireless access point 2 and its access information 2, … …, the wireless access point (N-1) and its access information (N-1), and the wireless access point N and its access information N within a preset area range of the position information, and based on the wireless access point 1 and its access information 1, the wireless access point 2 and its access information 2, … …, The wireless access point (N-1) and the access information (N-1) thereof, the wireless access point N and the access information N thereof form an access point list, and the network equipment sends the access point list to the charging treasure mother body and is stored by the charging treasure mother body; in order to facilitate the charging treasure body stored in the charging treasure parent to know available access points near the charging treasure parent, the charging treasure parent further issues the access point list to each charging treasure body corresponding to the charging treasure parent, and after receiving the access point list issued by the charging treasure parent, the charging treasure body stores the access point list, so that the access point list near the position information where the charging treasure body is located is obtained from the charging treasure parent, and consistency of the access point lists respectively stored by the charging treasure body and the charging treasure parent is ensured.

Next, in the above-mentioned embodiment of the present application, the treasured body that charges can be along with the difference in the place of borrowing back of user for the treasured body that charges is in the treasured parent that charges of different positions, thereby the accessible wireless access point in the vicinity of touching also can have the difference, in order to manage effectively the access point list that the treasured body that charges received from the treasured parent that charges, if the treasured body that charges returns to other treasured parents that charge in, the WiFi sharing method based on sharing treasured that charges of a treasured body end of an aspect of the present application still includes:

deleting the access point list stored in the power bank body;

For example, after the power bank body is popped up (lent) from the power bank parent body a for use by user equipment, a user corresponding to the user equipment returns the power bank body to another power bank parent body B, and in order to facilitate effective storage and update of an access point list stored in the power bank body, after the power bank body is returned to another power bank parent body B, the power bank body deletes the access point list stored in the power bank body, that is, deletes the access point list received by the power bank body from the power bank parent body a, so as to empty the access point list issued by the power bank body to the power bank parent body, and save storage space for the power bank body; in order to facilitate the subsequent matching of the target wireless access point of the power bank body, the power bank body also receives the new access point list issued by the other power bank parent body B, and stores the new access point list issued by the other power bank parent body B to update the access point list in the power bank body, so that the power bank body adapts to the current application geographic environment of the power bank body.

Then, according to the embodiment of the application, in order to facilitate a user to acquire a relay access point and relay access information thereof provided by a WiFi module of a power bank body as a WiFi repeater more quickly, an image code for accessing the relay access point exists on the power bank body, the image code includes the relay access information of the relay access point provided by the power bank body, so that when the user wants to establish wireless connection with the relay access point as soon as possible, the user can scan the image code on the power bank body through user equipment to obtain the relay access information of the relay access point, and the user equipment establishes wireless connection with the relay access point based on the relay access information, thereby realizing that the user equipment establishes wireless connection with the relay access point conveniently and quickly, and improving the connection efficiency and the user experience.

As shown in fig. 2, an exemplary flow chart of a shared charger baby-based WiFi sharing method for a charger baby parent end in one aspect of the present application is applied to a process in which a shared charger baby provides a charging function and a network connection function to a user equipment, and of course, the process in which the shared charger baby provides the charging function and the network connection function to the user equipment includes the shared charger baby, the network equipment and the user equipment, where the shared charger baby includes two parts, namely a charger baby parent and a charger baby body, the charger baby body includes a WiFi module, the charger baby parent can store the charger baby body, and the charger baby body provides electric energy to the user equipment for charging. The WiFi sharing method based on the shared charge pal at the mother end of the charge pal comprises the following steps: step S21 and step S22, specifically include the following steps:

in an actual application scenario, when a user wants to acquire a charge pal body for charging, the user performs a code scanning operation on a charge pal parent, and the user equipment sends a lease request to the network equipment in response to the code scanning operation of the user on the charge pal parent, where the lease request includes a user identifier corresponding to the user equipment and a parent identifier of the charge pal parent, so that the network equipment returns a body identifier of the charge pal body that can be borrowed outside to the charge pal parent corresponding to the parent identifier based on the lease request; in step S21, the treasured charging parent receives an ontology identifier of the treasured charging body sent by the network device, where the ontology identifier of the treasured charging body is returned by the network device according to a lease request received from a user device, and the lease request includes a user identifier corresponding to the user device and a parent identifier of the treasured charging parent. Here, the body sign of treasured body that charges is used for the unique identification treasured body that charges, the parent sign of treasured parent that charges is used for the unique identification treasured parent that charges to in the precious practical application scene of charging is shared in the whole use, charge treasured body and each precious parent that charges and carry out the unique sign respectively to as early as possible to charge precious body or charge precious parent and carry out the accuracy and seek.

In step S22, the treasured body that charges that the treasured parent that charges will the treasured body that charges that the body sign corresponds is followed the treasured parent that charges that the parent sign corresponds pops out, so that the treasured body that charges with user equipment establishes charging connection, has realized the treasured parent that charges and has popped out the treasured body that charges that corresponds to the user, so that pass through the treasured body that charges satisfies user equipment to the demand that charges and net.

Through the step S21 and the step S22, at the treasured parent that charges end, realized at the treasured parent that charges end based on the body sign of the treasured body that charges that network device sent, pop out the treasured body that charges from the treasured parent that charges to user equipment and the treasured body that charges establish charging connection, so that follow-up through the treasured body that charges satisfies user equipment to charging and networking' S demand.

Next to the foregoing embodiments of the present application, in an aspect of the present application, a WiFi sharing method based on a shared power bank for a power bank parent terminal further includes:

sending the position information of the charger baby parent to the network equipment so that the network equipment forms an access point list based on at least one acquired wireless access point in a preset area range of the position information and access information of the wireless access point; here, the preset area range may be in a circular area range in which the position information is used as a center point and the first preset distance is used as a radius, or may be in any form such as a rectangular area range in which the position information is used as a center point and the second preset distance is horizontal and the second preset distance is vertical, and the preset area range around the position information may be indicated.

Receiving and storing the access point list sent by the network equipment;

For example, although the treasured battery main body is installed in an actual application environment, the treasured battery main body may be located in the treasured battery main body at different positions according to different borrowing and returning places of users, so that the available wireless access points in the vicinity of the treasured battery main body may also be different, and in an embodiment of the present application, the treasured battery main body may send the position information of the treasured battery main body to a network device, so that the network device may acquire the wireless access point 1 and its access information 1, the wireless access point 2 and its access information 2, … …, the wireless access point (N-1) and its access information (N-1), and the wireless access point N and its access information N within a preset area range of the position information, and based on the wireless access point 1 and its access information 1, the wireless access point 2 and its access information 2, … …, The network equipment sends the access point list to the charger baby parent, and the charger baby parent stores the access point list after receiving the access point list sent by the network equipment; in order to facilitate the charging treasure body stored in the charging treasure parent to know available access points near the charging treasure parent, the charging treasure parent further issues the access point list to each charging treasure body corresponding to the charging treasure parent, and after receiving the access point list issued by the charging treasure parent, the charging treasure body stores the access point list, so that the charging treasure parent issues the access point list near the position information where the charging treasure parent is located to the charging treasure body, and consistency of the access point lists respectively stored by the charging treasure body and the charging treasure parent is ensured.

As shown in fig. 3, an exemplary flowchart of a WiFi sharing method based on a shared power bank at a user equipment end according to an aspect of the present application is applied to a process that the shared power bank provides a power charging function and a network connection function to a user equipment, and of course, the process that the shared power bank provides the power charging function and the network connection function to the user equipment includes the shared power bank, the network equipment and the user equipment, where the shared power bank includes a power bank parent and a power bank body, the power bank body includes a WiFi module, the power bank parent can store the power bank body, and the power bank body provides power to the user equipment for power charging. The WiFi sharing method based on the shared power bank at the user equipment end comprises the following steps: step S31, step S32, step S33 and step S34, which specifically include the following steps:

in an actual application scenario, when a user wants to acquire a power pack body for charging, the user performs a code scanning operation on the power pack mother body, in step S31, the user device sends a lease request to a network device in response to the code scanning operation of the user on the power pack mother body, where the lease request includes a user identifier corresponding to the user device and a mother body identifier of the power pack mother body, so that the network device sends a name of a relay access point corresponding to the power pack mother body and relay access information thereof to the user device corresponding to the user identifier while returning the body identifier of the power pack body to the power pack mother body corresponding to the mother body identifier, where the power pack mother body pops up the power pack body after receiving the body identifier of the power pack body returned by the network device, the charging treasure body corresponding to the body identification is popped up by the charging treasure parent body corresponding to the parent body identification, so that the charging treasure body is in charging connection with the user equipment;

step S32, the user equipment receives the name of the relay access point corresponding to the power bank body and relay access information thereof from network equipment;

after the treasured body that charges pops out from the treasured parent that charges, the user will charge treasured body and user equipment electricity and be connected, and in step S33, it is right to respond to the user the treasured body that charges that the sign corresponds with charging connection operation between the user equipment, user equipment with the precious body that charges that the sign corresponds establishes charging connection, has realized charging user equipment through the treasured body that charges.

When the user needs to obtain network connection through the power bank body, in step S34, the user equipment scans the relay access point corresponding to the name, and establishes wireless connection with the scanned relay access point based on the relay access information; after the wireless connection is established between the WiFi module and the target wireless access point, the relay access point takes the WiFi module as a WiFi repeater based on the wireless connection and provides the wireless connection for the user equipment, and the target wireless access point is obtained by matching at least one scanned available wireless access point of the WiFi module with an access point list stored in the power bank body.

Through the steps S31 to S34, at the user equipment, a lease request is initiated to the network device through a code scanning operation of the user equipment on the power bank parent, so that the network device sends the name of the relay access point and the relay access information to the user equipment while returning the body identifier of the power bank body, after the power bank body and the user equipment establish a charging connection, the relay access point provided by the wireless connection between the power bank body and the target wireless access point can be acquired by using the WiFi module in the power bank body for charging as a WiFi repeater, and then the wireless connection is acquired through a relay mode.

Next, in the foregoing embodiment of the present application, when there is no available wireless access point in the vicinity of the user equipment and the power bank body that are charged, in order to facilitate that the user equipment can be connected to the power bank body for charging, the connection that can be used for networking can be established between the user equipment and the relay access point provided by the power bank body, where the power bank body further includes a data network module, where a WiFi sharing method based on a shared power bank at the user equipment end in an aspect of the present application further includes:

For example, when the power bank body needs to acquire a network connection from the power bank body while charging the user equipment, the power bank body starts the WiFi module in response to an on operation of a WiFi switch on the power bank body by a user, and scans at least one available wireless access point nearby through the WiFi module; if the WiFi module does not scan available wireless access points, scanning is stopped, and the data network module provides data network connection for the WiFi module, for example, if the data network module comprises a 5G SIM card, the data network module provides 5G data network connection for the WiFi module; so that the main body of the power bank can use the WiFi module as a WiFi repeater based on the data network connection to provide a relay access point to the user equipment, when the user equipment needs to perform wireless connection, the user equipment scans the relay access point corresponding to the name provided by the main body of the power bank returned by the network equipment, and establishes data network connection with the scanned relay access point based on the relay access information, so that data network support is provided to the WiFi repeater in the main body of the power bank through the data network connection provided by the data network module in the main body of the power bank, and further, when the WiFi module of the main body of the power bank does not scan an available wireless access point, the data network connection provided by the data network module of the main body of the power bank can be used to establish data network connection between the user equipment and the relay access point provided by the WiFi repeater, therefore, the charging requirement of the user equipment is met, the networking requirement of the user equipment is met, and the use experience of a user corresponding to the user equipment is further improved.

Next, in the foregoing embodiment of the present application, the image code for accessing the relay access point exists on the power bank body, where an aspect of the present application provides a WiFi sharing method based on a shared power bank at a user equipment end, and the method further includes: scanning the image code on the power bank body to obtain relay access information of the relay access point; and establishing a wireless connection point with the relay access point based on the relay access information.

For example, in order to facilitate a user to more quickly acquire a relay access point and relay access information thereof provided by a WiFi relay by using a WiFi module of a power bank body, an image code for accessing the relay access point exists on the power bank body, and the image code includes the relay access information of the relay access point provided by the power bank body, so that when the user wants to establish wireless connection with the relay access point as soon as possible, the image code on the power bank body is scanned by user equipment to obtain the relay access information of the relay access point, so that the user equipment establishes wireless connection with the relay access point based on the relay access information, and the user equipment is enabled to conveniently and quickly establish wireless connection with the relay access point, thereby improving connection efficiency and user experience.

As shown in fig. 4, an exemplary flow chart of a shared power bank-based WiFi sharing method at a network device end according to an aspect of the present application is applied to a process in which a shared power bank provides a charging function and a network connection function to a user device, and certainly, the process in which the shared power bank provides the charging function and the network connection function to the user device includes the shared power bank, the network device, and the user device, where the shared power bank includes a power bank parent and a power bank body, the power bank body includes a WiFi module, the power bank parent can store the power bank body, and the power bank body provides electric energy to the user device for charging. The WiFi sharing method based on the shared power bank at the power bank body end comprises the following steps: step S41 and step S42, specifically include the following steps:

In an actual application scenario, when a user wants to acquire the charge pal body for charging, the user may perform a code scanning operation on the charge pal parent, the user equipment sends a lease request to the network device in response to the code scanning operation of the user on the charge pal parent, where the lease request includes a user identifier corresponding to the user equipment and a parent identifier of the charge pal parent, and in step S41, the network device receives the lease request sent by the user equipment in response to the code scanning operation on the charge pal parent. Here, the body sign of treasured body that charges is used for the unique identification treasured body that charges, the parent sign of treasured parent that charges is used for the unique identification treasured parent that charges to in the precious practical application scene of charging is shared in the whole use, charge treasured body and each precious parent that charges and carry out the unique sign respectively to as early as possible to charge precious body or charge precious parent and carry out the accuracy and seek.

In step S42, the network device returns, based on the lease request, an identity identifier of a power bank body to a power bank parent corresponding to the parent identifier, so that the power bank parent pops up the power bank body, so as to establish a wireless connection between the power bank body and the user equipment; and meanwhile, the name and the relay access information of a relay access point corresponding to the charging treasure body corresponding to the body identification are sent to the user equipment corresponding to the user identification, wherein after the wireless connection is established between the WiFi module and the target wireless access point, the WiFi module is used as a WiFi repeater based on the wireless connection, the relay access point is provided for the user equipment, the target wireless access point is obtained by matching at least one scanned available wireless access point of the WiFi module with an access point list stored in the charging treasure body, and the user equipment establishes the wireless connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information.

Through the above steps S41 and S42, at the network device end, not only is it realized that the power bank body that can be used for charging the user device is returned to the power bank parent, but also the name of the relay access point and the relay access information thereof that correspond to the power bank body when the WiFi relay is performed are issued to the user device, so that after the user device is connected to the power bank body for charging, if the WiFi module that needs to be connected to the power bank body is used as the relay access point provided by the WiFi relay, the relay access point corresponding to the name can be scanned, and based on the relay access information issued by the network device, the wireless connection is established with the relay access point provided by the WiFi relay, thereby further meeting the requirements of the user device for charging and networking.

Further, when the user equipment does not have an available wireless access point near the charging treasure body, in order to facilitate the user equipment to be able to establish a connection for networking with a relay access point provided by the charging treasure body when the user equipment is in charging connection with the charging treasure body, the charging treasure body further comprises a data network module, and when the relay wireless access point does not scan the available wireless access point for the WiFi module, the data network module provides data network connection to the WiFi module, and then the WiFi module is used as a WiFi repeater based on the network data connection and provided for the user equipment; and the user equipment establishes data network connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information. Here, the data network module is used for providing a data network to the power bank body, such as various forms of data networks, for example, 3G, 4G, and 5G, and the data network module may include, but is not limited to, a SIM card, so as to provide the data network to the power bank body.

Next, in the foregoing embodiment of the present application, an WiFi sharing method based on a shared power bank at a network device end in an aspect of the present application further includes:

acquiring at least one wireless access point and access information thereof in a preset area range of the position information; here, the preset area range may be in a circular area range in which the position information is used as a center point and the first preset distance is used as a radius, or may be in any form such as a rectangular area range in which the position information is used as a center point and the second preset distance is horizontal and the second preset distance is vertical, and the preset area range around the position information may be indicated.

For example, although the treasured charging parent is installed in an actual application environment, the treasured charging parent may be located in treasured charging parent bodies at different positions according to different borrowing and returning places of users, so that the available wireless access points in the vicinity of the treasured charging parent may be different, and in the embodiment of the present application, the treasured charging parent may send the position information of the treasured charging parent to the network device; the network equipment acquires a wireless access point 1 and access information 1 thereof, a wireless access point 2 and access information 2, … … thereof, a wireless access point (N-1) and access information (N-1) thereof, a wireless access point N and access information N thereof in a preset area range of the position information, and forms an access point list based on the wireless access point 1 and the access information 1 thereof, the wireless access point 2 and the access information 2, … … thereof, the wireless access point (N-1) and the access information (N-1) thereof, and the wireless access point N and the access information N thereof, the network equipment sends the access point list to the mother charger, and the mother charger stores the access point list after receiving the access point list sent by the network equipment; in order to facilitate the charging treasure body stored in the charging treasure parent to know available access points near the charging treasure parent, the charging treasure parent further issues the access point list to each charging treasure body corresponding to the charging treasure parent, and the charging treasure body stores the access point list after receiving the access point list issued by the charging treasure parent, so that at a network equipment end, based on position information uploaded by the charging treasure parent, at least one wireless access point in a preset area range of the position information and the access point list formed by access information are issued to the charging treasure parent, the charging treasure parent issues the received access point list to the charging treasure body, and consistency of the access point lists respectively stored by the charging treasure body and the charging treasure parent is ensured.

In an actual application scenario of the present application, as shown in fig. 5, an interaction flow diagram of a WiFi sharing method based on a shared power bank according to an aspect of the present application is shown, and is applied to a process that the shared power bank provides a charging function and a network connection function to a user equipment, of course, the process that the shared power bank provides the charging function and the network connection function to the user equipment includes the shared power bank, the network equipment, and the user equipment, where the shared power bank includes a power bank parent and a power bank body, the power bank body includes a WiFi module, the power bank parent can store the power bank body, and the power bank body provides electric energy to the user equipment for charging.

In a preferred embodiment of the present application, the network device is preferably a server, and the user equipment is preferably a user mobile phone, of course, the network device is preferably a server, and the user equipment is preferably a user mobile phone, which are only examples, and a WiFi sharing method based on a shared power bank provided by the present application is further described in a specific preferred application scenario below.

The power module provides electric energy support for other modules of the power pack parent body and charges a corresponding power pack parent body; the communication module may provide a data network for the power bank body, and may include one or more SIM cards, so as to obtain a data network, which is used for performing data exchange with the server, such as the state and borrowing/returning situation of the power bank body, and downloading an access point list (i.e., a WiFi list including wireless access points and passwords thereof) in a preset area range (e.g., within one kilometer or several kilometers) near the power bank body from the server, and submitting the access point list to the storage module for storage; the storage module comprises an sd card, and the access point list acquired from the server can be stored in the sd card.

The power module of the power pack body provides electric energy support for other modules of the power pack body and charges a mobile phone of a user; the storage module of the power bank body comprises built-in storage in a certain space, and when the power bank body is charged in a power bank parent body, an access point list (comprising wireless access points and passwords thereof) in the power bank parent body can be copied into the storage module for storage; the communication module comprises one or more flow cards and provides flow support for the circumstance that no WiFi (available wireless access point) is available, so that the purpose of portable WiFi is achieved.

In order to obtain an available wireless access point near the mother charger, in step 1.0, the mother charger uploads the geographical location (i.e., location information) of the mother charger to a server; in step 1.1, the service end arranges WiFi data in a preset area range according to a geographic position of the charger mother body, where the WiFi data may include one or more wireless access points in the preset area range (for example, within one kilometer or within several kilometers) of the geographic position and an access point list formed by access information corresponding to each wireless access point; in step 1.2, the service end issues WiFi data (access point list) in a preset area range of the geographic position of the charger parent to the charger parent; in step 1.3, the charger baby parent stores the WiFi data; in order to facilitate consistency of WiFi data stored between the power bank parent and the power bank parent, in step 1.4, the power bank parent can copy and issue the WiFi data to the power bank parent, in step 1.5, the power bank parent stores the WiFi data model, at a network device end, based on position information uploaded by the power bank parent, at least one wireless access point in a preset area range of the position information and an access point list formed by access information of the wireless access point are issued to the power bank parent, so that the power bank parent issues the received access point list to the power bank parent, and consistency of the access point lists respectively stored by the power bank parent and the power bank parent is ensured.

In an actual application scenario, when a user wants to acquire the charger baby body for charging, the user can perform code scanning operation on the charger baby parent, and in step 2.0, the user uses a mobile phone of the user to perform code scanning operation on the charger baby parent so as to initiate a request for renting the charger baby body; in step 2.1, the user mobile phone responds to a code scanning operation of the user on the charger parent body, and requests the server to rent a corresponding charger parent body, wherein the rent request includes a user identifier corresponding to the user mobile phone and a parent body identifier of the charger parent body; in step 2.2, the server returns a lease result to the charger baby parent corresponding to the parent identification, wherein the lease result includes the body identification of the borrowed charger baby body, so that the charger baby parent can pop up the corresponding charger baby body based on the body identification; in step 2.2.0, after the treasured body that charges receives the lease result that the server returned, pop out the treasured body that charges that the body sign in this lease result corresponds, so that in step 2.2.1, the user takes out the treasured body that charges that this body sign corresponds from the treasured body that charges, and will charge treasured body and user's mobile phone connection, so that the treasured body that charges establishes charging connection with the user's mobile phone, has realized sweeping the code operation on the treasured body that charges through the user's mobile phone, just can rent out the treasured body that charges, charges to this user's mobile phone, has realized that the user can rent anytime and anywhere and charge treasured body that charges, has further improved user's experience of charging.

When the server receives a lease request initiated by a mobile phone of a user and returns a lease result to a parent of the charge pal corresponding to a parent identifier, in step 2.3, the server also issues body information of the charge pal body corresponding to the body identifier in the lease result to the mobile phone of the user corresponding to the user identifier in the lease request, wherein the body information includes a WiFi name and a corresponding password in the charge pal body, that is, when the user successfully borrows the charge pal body from the parent of the charge pal through a code scanning operation, such as a small-program-based WeChat scanning scan or a scan in a Payment pal, or other code scanning operations which can be used for code scanning identification, the user is informed of the WiFi name and the corresponding password of the charge pal body currently borrowed from a code scanning result page of the mobile phone of the user.

When a user mobile phone of a user needs to connect WiFi during charging through a charging treasure body, the user can turn on a WiFi switch on the charging treasure body providing a charging function in step 3.0 to turn on the WiFi switch, and then start a WiFi module in the charging treasure body, in step 3.1, the WiFi module scans one or more available WiFi (available wireless access points) at the periphery, in step 3.2, the scanned one or more available WiFi are matched with WiFi data stored in the charging treasure body, and the stronger available WiFi is selected according to a signal to determine a matched target WiFi and a password thereof, so that the charging treasure body establishes wireless connection with the target WiFi based on the target password, and the charging treasure body wirelessly connected with the target WiFi has the WiFi function of providing wireless connection, at the moment, stopping the scanning of the WiFi module; in step 3.3, the WiFi module in the power bank body is used as a WiFi repeater based on the wireless connection, a relay hotspot is provided to the user mobile phone, so that the user mobile phone is wirelessly connected with the relay hotspot provided by the WiFi repeater, and the wireless connection established between the power bank body and a target wireless access point is realized.

Further, if the WiFi module does not scan available WiFi, stopping scanning, and instead providing a data network connection (such as a traffic connection) to the WiFi module (including a traffic card) through the data network module, so that the charger main body can use the WiFi module as a WiFi repeater based on the data network connection, and provide a relay hotspot to the user mobile phone, so that the relay access point is provided by the data network connection, so that the user mobile phone establishes a data network connection with the relay access point provided by the WiFi repeater, and the data network connection provided by the data network module is realized to provide data network support to the WiFi repeater, thereby further ensuring that the data network connection provided by the data network module of the charger main body can be utilized when the WiFi module of the charger main body does not scan available WiFi, and establishing data network connection between the user mobile phone and the relay hotspot provided by the WiFi relay, so that the charging requirement of the user equipment is ensured, the networking requirement of the user equipment is met, and the use experience of a user corresponding to the user equipment is further improved.

According to another aspect of the present application, there is also provided a computer readable medium having stored thereon computer readable instructions, which, when executed by a processor, cause the processor to implement the WiFi sharing method based on a shared power bank as described above.

According to another aspect of this application, still provide the precious body that charges based on sharing treasured's wiFi is shared that charges, wherein, this precious body that charges includes:

one or more processors;

Here, for details of each embodiment of the shared-power-bank-based WiFi sharing power bank body, reference may be specifically made to corresponding parts of the above-mentioned shared-power-bank-based WiFi sharing method embodiment at the power bank body end, and details are not described herein again.

According to another aspect of this application, still provide the precious parent that charges based on sharing WiFi sharing of treasured that charges, wherein, this precious parent that charges includes:

one or more processors;

Here, for details of each embodiment in the shared-charger-pal-based WiFi shared charger parent, reference may be specifically made to the corresponding part of the shared-charger-pal-based WiFi sharing method embodiment of the charger parent, and details are not described herein again.

According to another aspect of the present application, there is also provided a user equipment based on WiFi sharing of a shared power bank, wherein the user equipment includes:

one or more processors;

Here, for details of each embodiment in the user equipment based on WiFi sharing with a shared power bank, reference may be specifically made to corresponding parts of the above-mentioned user equipment end WiFi sharing method based on WiFi sharing with a shared power bank, and details are not described here.

According to another aspect of the present application, there is also provided a shared WiFi shared network device based on a shared power bank, where the network device includes:

one or more processors;

Here, for details of each embodiment of the WiFi sharing network device based on the shared power bank, reference may be specifically made to corresponding parts of the above WiFi sharing method embodiment based on the shared power bank at the network device side, and details are not described herein again.

In summary, in the WiFi sharing method based on the shared power bank provided by the present application, the shared power bank includes a power bank parent and a power bank monomer, where the power bank body includes a WiFi module, and when user equipment needs to be charged, the power bank body establishes a charging connection with the user equipment, and the power bank body is popped up by the power bank parent; the method comprises the steps that the power bank body responds to the opening operation of a WiFi switch on the power bank body by a user, the WiFi module is started to scan at least one available wireless access point nearby, and the available wireless access point is matched with an access point list stored in the power bank body to obtain a target wireless access point and target access information of the target wireless access point; the WiFi module establishes wireless connection with the target wireless access point based on the target access information; the precious body that charges will the wiFi module is as the wiFi repeater based on wireless connection, to user equipment provides the relay access point, so that user equipment with the wiFi repeater provides relay access point establishes wireless connection, has realized providing the wireless connection based on establishing between precious body that charges and the target wireless access point in the precious body that charges through the mode of wiFi repeater, provides the relay access point to user equipment with the wiFi repeater provides relay access point establishes wireless connection, has not only guaranteed to charge to user equipment through the precious body that charges, still obtains the wireless connection of relay from the wireless connection of the precious body connection that charges simultaneously with the form of wiFi repeater, has further satisfied user equipment to charging and networking's demand.

It should be noted that the present application may be implemented in software and/or a combination of software and hardware, for example, implemented using Application Specific Integrated Circuits (ASICs), general purpose computers or any other similar hardware devices. In one embodiment, the software programs of the present application may be executed by a processor to implement the steps or functions described above. Likewise, the software programs (including associated data structures) of the present application may be stored in a computer readable recording medium, such as RAM memory, magnetic or optical drive or diskette and the like. Additionally, some of the steps or functions of the present application may be implemented in hardware, for example, as circuitry that cooperates with the processor to perform various steps or functions.

In addition, some of the present application may be implemented as a computer program product, such as computer program instructions, which when executed by a computer, may invoke or provide methods and/or techniques in accordance with the present application through the operation of the computer. Program instructions which invoke the methods of the present application may be stored on a fixed or removable recording medium and/or transmitted via a data stream on a broadcast or other signal-bearing medium and/or stored within a working memory of a computer device operating in accordance with the program instructions. An embodiment according to the present application comprises an apparatus comprising a memory for storing computer program instructions and a processor for executing the program instructions, wherein the computer program instructions, when executed by the processor, trigger the apparatus to perform a method and/or a solution according to the aforementioned embodiments of the present application.

It will be evident to those skilled in the art that the present application is not limited to the details of the foregoing illustrative embodiments, and that the present application may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the application being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned. Furthermore, it is obvious that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. A plurality of units or means recited in the apparatus claims may also be implemented by one unit or means in software or hardware. The terms first, second, etc. are used to denote names, but not any particular order.

Claims

1. A WiFi sharing method based on a shared power bank is applied to a power bank body end, wherein the power bank body comprises a WiFi module, and the method comprises the following steps:

2. The method of claim 1, wherein the power bank body further comprises a data network module, the method further comprising:

3. The method of claim 1, wherein the method further comprises:

receiving the access point list issued by the charger parent;

storing the list of access points;

4. The method of claim 1, wherein the initiating the WiFi module to scan for at least one available wireless access point in the vicinity and match the WiFi module with a stored access point list of the treasured entity to obtain a target wireless access point and target access information thereof, comprises:

5. The method according to any one of claims 1 to 4, wherein if the main charger body returns to other main chargers bodies, the method further comprises:

deleting the access point list stored in the power bank body;

6. The method according to any one of claims 1 to 4, wherein an image code for accessing the relay access point exists on the power bank body, so that the user equipment scans the image code to obtain relay access information of the relay access point, and establishes a wireless connection with the relay access point based on the relay access information.

7. A WiFi sharing method based on a shared power bank is applied to a power bank parent terminal, wherein the method comprises the following steps:

8. The method of claim 7, wherein the method further comprises:

receiving and storing the access point list sent by the network equipment;

9. A WiFi sharing method based on a shared power bank is applied to user equipment, wherein the method comprises the following steps:

10. The method of claim 9, wherein the power bank body further comprises a data network module, wherein the method further comprises:

11. The method of claim 9 or 10, wherein an image code for accessing the relay access point exists on the power bank body, wherein the method further comprises:

12. A WiFi sharing method based on a shared power bank is applied to a network equipment end, wherein the shared power bank comprises a power bank parent body and a power bank body, the power bank body comprises a WiFi module, and the method comprises the following steps:

13. The method of claim 12, wherein the power bank body further comprises a data network module, and when the relay wireless access point is an available wireless access point which is not scanned by the WiFi module, the data network module provides a data network connection to the WiFi module, and then the WiFi module is provided to the user equipment as a WiFi repeater based on the network data connection; and the user equipment establishes data network connection with the relay access point corresponding to the name scanned by the user equipment based on the relay access information.

14. The method of claim 12, wherein the method further comprises:

15. A computer readable medium having computer readable instructions stored thereon, which, when executed by a processor, cause the processor to implement the method of any one of claims 1 to 14.

16. The utility model provides a precious body that charges based on sharing treasured wiFi sharing that charges, wherein, this precious body that charges includes:

one or more processors;

when executed by the one or more processors, cause the one or more processors to implement the method of any one of claims 1-6.

17. The utility model provides a precious parent that charges based on sharing treasured's wiFi sharing that charges, wherein, this precious parent that charges includes:

one or more processors;

when executed by the one or more processors, cause the one or more processors to implement the method of claim 7 or 8.

18. A user equipment based on WiFi sharing of a shared power bank, wherein the user equipment comprises:

one or more processors;

when executed by the one or more processors, cause the one or more processors to implement the method of any one of claims 9-11.

19. A shared power bank-based WiFi-shared network device, wherein the network device comprises:

one or more processors;

when executed by the one or more processors, cause the one or more processors to implement the method of any one of claims 12-14.