Mobile terminal-based traffic sharing processing method, device and terminal

Abstract

The application discloses a mobile terminal-based traffic sharing processing method and device and a terminal, and relates to the technical field of mobile terminals, and discloses a traffic sharing processing method and device based on a mobile terminal, which comprises the following steps: generating a traffic sharing suggestion according to the network package traffic of a user mobile terminal and the monthly average usage of network traffic; creating a traffic selling hotspot order; when a third-party mobile terminal needs to use the traffic of another user mobile terminal, controlling the third mobile terminal to search for a traffic selling hotspot order that meets the usage scenario and to make a payment purchase; controlling the opening of a traffic hotspot of the corresponding selling mobile terminal; automatically connecting the traffic hotspot; and real-time statistics of the sold traffic usage and the traffic usage time of the traffic selling hotspot order, and when the sold traffic usage and the traffic usage time reach the upper limit of the order, controlling the disconnection of the traffic hotspot and the end of the traffic selling hotspot order. Through the traffic transaction system, the user can realize the monetization of the redundant traffic and can generate income without waste, and as a traffic user, the user can use the traffic at a lower cost, which is convenient for the user.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of mobile terminals, and particularly relates to a traffic sharing processing method and device based on a mobile terminal, a mobile terminal and a storage medium. BACKGROUND

[0002] With the development of science and technology and the continuous improvement of people's living standards, various mobile terminals such as smart phones are becoming more and more popular, and smart phones have become an indispensable communication tool in people's lives.

[0003] With the advent of the package traffic era, people's demand for traffic use is becoming more and more extensive, and operator traffic and fixed wifi are the source of traffic use. Many people have purchased traffic packages.

[0004] The existing technology has the following disadvantages: not everywhere has wifi, and the traffic packages of different people are different. Some people have a large amount of package money, but the traffic is not used up, and some people have a small amount of package money, but it is not enough. There is a phenomenon of imbalance between supply and demand, which causes waste of resources.

[0005] Therefore, the prior art still needs to be improved and developed. SUMMARY

[0006] The technical problem to be solved by the present application is to provide a traffic sharing processing method and device based on a mobile terminal, a mobile terminal and a storage medium, which can solve the above-mentioned defects of the prior art. The present application provides a method and system for supporting traffic transaction between two parties. The mobile terminal user with more traffic can sell the excess traffic as a commodity by means of the existing mobile terminal hotspot function and earn a profit. The user who lacks traffic can find a suitable commodity package in the system according to the use scenario and pay for the purchase and use. The system platform earns platform maintenance fees and profits through advertisement implantation and promotion, and provides convenience for the use of users.

[0007] The technical scheme adopted by the present application to solve the problem is as follows:

[0008] A traffic sharing processing method based on a mobile terminal, comprising:

[0009] Obtaining the network package traffic of a user's mobile terminal and the average monthly network traffic usage;

[0010] Generating a traffic sharing suggestion according to the network package traffic of the user's mobile terminal and the average monthly network traffic usage;

[0011] Creating a traffic selling hotspot order according to the traffic sharing suggestion, wherein the traffic selling hotspot order comprises: selling traffic size, traffic use time and traffic use location;

[0012] When the third-party mobile terminal needs to use the traffic of other user mobile terminals, the third mobile terminal is controlled to find a traffic selling hotspot order meeting the use scenario and make a payment purchase;

[0013] When the payment is successful, according to the selling traffic size, traffic use time and traffic use location of the traffic selling hotspot order, the corresponding selling mobile terminal traffic hotspot is controlled to be opened;

[0014] The third-party mobile terminal automatically connects the traffic hotspot according to the connection account and password confirmed by the traffic selling hotspot order;

[0015] The selling traffic use amount and traffic use time of the traffic selling hotspot order are counted in real time, and when the selling traffic use amount and traffic use time reach the order upper limit, the connection of the traffic hotspot is controlled to be disconnected, and the traffic selling hotspot order is controlled to be ended.

[0016] The mobile terminal-based traffic sharing processing method, wherein the step of obtaining the network package traffic of the user mobile terminal and the network traffic monthly average use amount comprises:

[0017] A traffic selling platform is constructed in advance, and the traffic selling platform is used to uniformly manage traffic sellers and traffic buyers, the traffic seller logs in the system to create a seller role, the traffic user logs in the system to create a buyer role, the traffic selling transaction is completed through the way of product publishing by the seller and commodity selecting by the buyer or the way of demand publishing by the buyer and service providing by the seller.

[0018] The mobile terminal-based traffic sharing processing method, wherein the step of creating a traffic selling hotspot order according to the traffic sharing suggestion, the traffic selling hotspot order comprising: selling traffic size, traffic use time and traffic use location comprises:

[0019] When the mobile terminal is a traffic seller, the mobile terminal is controlled to log in the traffic selling platform, create a traffic selling hotspot order, and the traffic selling hotspot order comprises: selling traffic size, traffic use time and traffic use location.

[0020] The mobile terminal-based traffic sharing processing method, wherein the step of, when the third-party mobile terminal needs to use the traffic of other user mobile terminals, controlling the third mobile terminal to find a traffic selling hotspot order meeting the use scenario and making a payment purchase comprises:

[0021] Receiving a traffic demand instruction actively published by the third-party mobile terminal;

[0022] According to the traffic demand instruction, the platform is controlled to automatically match a traffic selling hotspot order meeting the standard and demand;

[0023] and controlling actively sending the matched traffic selling hotspot order to the third-party mobile terminal;

[0024] The third-party mobile terminal receives a user operation instruction to agree to purchase the matched traffic selling hotspot order and to make a payment.

[0025] The traffic sharing processing method based on a mobile terminal, wherein the step of real-time statistics of the selling traffic usage and the traffic usage time of the traffic selling hotspot order, and when the selling traffic usage and the traffic usage time reach the order upper limit, controlling to disconnect the connection of the traffic hotspot and to end the traffic selling hotspot order further comprises:

[0026] When detecting that the third-party mobile terminal completes the payment of the traffic selling hotspot order, and detecting a service ending instruction, then controlling to end the traffic selling hotspot order and to not return the money.

[0027] The traffic sharing processing method based on a mobile terminal, wherein the step of real-time statistics of the selling traffic usage and the traffic usage time of the traffic selling hotspot order, and when the selling traffic usage and the traffic usage time reach the order upper limit, controlling to disconnect the connection of the traffic hotspot and to end the traffic selling hotspot order further comprises:

[0028] When the user mobile terminal as the traffic selling hotspot order seller interrupts the service in the service effective process, then controlling to deduct the credit and to impose a fine; and controlling to send the related fine to the third-party mobile terminal which purchases the traffic selling hotspot order.

[0029] The traffic sharing processing method based on a mobile terminal, wherein the step of real-time statistics of the selling traffic usage and the traffic usage time of the traffic selling hotspot order, and when the selling traffic usage and the traffic usage time reach the order upper limit, controlling to disconnect the connection of the traffic hotspot and to end the traffic selling hotspot order further comprises:

[0030] Statistics and analysis of the transaction and service process of each traffic selling hotspot order;

[0031] According to the statistics and analysis result of each traffic selling hotspot order, a credit score of the corresponding user mobile terminal is obtained.

[0032] The obtained credit score of the corresponding user mobile terminal is sorted and displayed according to the credit score from high to low order of the corresponding user mobile terminal traffic selling hotspot order.

[0033] A traffic sharing processing device based on a mobile terminal, wherein the device comprises:

[0034] The pre-setting module is configured to pre-construct a traffic selling platform, and the traffic selling platform is configured to uniformly manage traffic sellers and traffic buyers, the traffic sellers log in the system to create a seller role, the traffic users log in the system to create a buyer role, the traffic sellers publish products, the traffic buyers select goods, the traffic buyers publish demands, and the traffic sellers provide services, so as to complete the traffic selling transaction;

[0035] The traffic acquisition module is configured to acquire network package traffic of a user mobile terminal and network traffic monthly average usage.

[0036] The traffic sharing generation module is configured to generate a traffic sharing suggestion according to the network package traffic of the user mobile terminal and the network traffic monthly average usage.

[0037] The traffic selling order creation module is configured to create a traffic selling hotspot order according to the traffic sharing suggestion, and the traffic selling hotspot order includes selling traffic size, traffic usage time, and traffic usage location.

[0038] The traffic selling hotspot order purchase module is configured to control a third mobile terminal to find a traffic selling hotspot order meeting a usage scenario and to make a payment purchase when the third mobile terminal needs to use traffic of another user mobile terminal.

[0039] The traffic hotspot control module is configured to control to open a traffic hotspot of a corresponding selling mobile terminal according to the selling traffic size, the traffic usage time, and the traffic usage location of the paid traffic selling hotspot order when the payment is successful.

[0040] The automatic connection module is configured to control the third mobile terminal to automatically connect the traffic hotspot according to a connection account and a password confirmed by the traffic selling hotspot order.

[0041] The statistical end module is configured to statistically count selling traffic usage and traffic usage time of the traffic selling hotspot order in real time, and to control to disconnect the traffic hotspot and to end the traffic selling hotspot order when the selling traffic usage and the traffic usage time reach an order upper limit.

[0042] A mobile terminal, comprising a memory and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by one or more processors, and the one or more programs comprise programs for executing any one of the methods.

[0043] A computer readable storage medium, wherein when instructions in the storage medium are executed by a processor of an electronic device, the electronic device can execute any one of the methods.

[0044] The application provides a mobile terminal-based traffic sharing processing method and device, a mobile terminal and a storage medium.

[0045] The application realizes effective sharing of traffic and resource profit, and users realize the value of their redundant traffic through a traffic transaction system, thereby avoiding the embarrassment of having redundant traffic in a package cleared by an operator. In the traffic information era, as a traffic provider, one can obtain certain benefits by using the redundant traffic resources, and will not waste resources but can generate income, and as a traffic user, one can obtain the right to use traffic at a lower cost, benefiting both parties; the application provides convenience for user use. BRIEF DESCRIPTION OF DRAWINGS

[0046] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings needed to be used in the embodiments or prior art description. Obviously, the drawings in the following description are only some embodiments of the present application, and for those skilled in the art, other drawings can also be obtained from these drawings without creative labor.

[0047] Figure 1 Fig. 1 is a flow diagram of a mobile terminal-based traffic sharing processing method provided by an embodiment of the present application.

[0048] Figure 2 Fig. 2 is a principle block diagram of a mobile terminal-based traffic sharing processing device provided by an embodiment of the present application.

[0049] Figure 3 Fig. 3 is an internal structure principle block diagram of a mobile terminal provided by an embodiment of the present application. DETAILED DESCRIPTION

[0050] In order to make the purpose, technical solutions and advantages of the present application more clear and explicit, the following will further describe the present application in detail with reference to the drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application, and are not used to limit the present application.

[0051] It should be noted that if the embodiments of the present application involve directional indications (such as up, down, left, right, front, back, etc.), the directional indications are only used to explain the relative position relationship, movement condition, etc. between the components in a certain specific posture (as shown in the drawings), and if the specific posture changes, the directional indications will also change accordingly.

[0052] The prior art has the disadvantage that there is not always wifi everywhere, and the traffic packages of each person are different, some people have a large package amount but cannot use up the traffic, and some people have a small package amount but cannot use up the traffic, and there is an imbalance between supply and demand, resulting in resource waste.

[0053] To solve the above technical problems, the embodiment of the present application provides a traffic sharing processing method based on a mobile terminal, and the present application provides a system supporting traffic transaction between two parties for the imbalance of traffic, and a user with more traffic can sell the excess traffic as goods by means of the existing mobile hotspot function to earn income, and a user lacking traffic can find a suitable product package in the system for his own use scenario to purchase and use by paying.

[0054] Exemplary method

[0055] As shown in Figure 1 The traffic sharing processing method based on a mobile terminal of the embodiment 1 of the present application comprises the following steps:

[0056] Step S100, obtaining network package traffic of a user mobile terminal and monthly average usage of network traffic;

[0057] In the embodiment of the present application, the smart terminal mobile phone is taken as an example for illustration, and the user often purchases a traffic package during the use of the smart phone, some users purchase a traffic package with more traffic and cannot use it up, and some users cannot use up the traffic of the smart phone; the present application analyzes the usage of the package traffic of the user mobile terminal to sell the traffic not used up by the user mobile terminal to a user in need, so that the user can obtain certain income by using the excess traffic resource, and the traffic user can obtain the usage right of the traffic at a lower cost, and the both sides can obtain income; the use of the user is facilitated.

[0058] Firstly, the network package traffic of the user mobile terminal and the monthly average usage of network traffic are obtained.

[0059] Specifically, the present application obtains the network package information through the API of the mobile operator of the user or the authorization of the user, which includes the total traffic of the package, the valid period, the cost after the traffic exceeds, etc. For example, the user may subscribe to a package containing 10GB traffic, and the valid period of the package is one month.

[0060] Regarding the collection of usage data: Collect the user's traffic usage over the past few months through the system logs of the mobile device or the usage records provided by the operator. These data can be daily, weekly, or monthly traffic usage. For example, the user's traffic usage over the past month may be: 2GB in the first week, 3GB in the second week, 4GB in the third week, and 1GB in the fourth week.

[0061] Regarding the calculation of monthly average usage: Aggregate the collected traffic usage data to calculate the user's monthly average usage. This can be done by dividing the total traffic usage of each month by the number of days used. For example, if the user has used a total of 10GB of traffic in a month, the monthly average usage is 10GB / 30 days = 0.33GB / day.

[0062] For example, there is a user named Li, whose mobile package is 10GB of traffic per month. In the past month, Li's traffic usage is as follows: Week 1: 2GB; Week 2: 3GB; Week 3: 4GB; Week 4: 1GB;

[0063] Through the above steps, Li can calculate his monthly average usage as:

[0064] Total monthly traffic usage = 2GB + 3GB + 4GB + 1GB = 10GB;

[0065] Monthly average usage = 10GB / 30 days ≈ 0.33GB / day;

[0066] Through this analysis, Li finds that he has not actually used up the traffic of the package, and in this invention, the part not used in the package can be selected for sale.

[0067] In this step, the network package traffic of the user's mobile terminal and the monthly average usage are obtained, which not only helps the user to optimize the selection of the package, but also improves the user experience and traffic management ability. Through data analysis, users can make more intelligent decisions to effectively control traffic usage.

[0068] Step S200, generating a traffic sharing suggestion according to the network package traffic of the user's mobile terminal and the monthly average usage of network traffic;

[0069] In the embodiment of the present invention, generating a traffic sharing suggestion according to the network package traffic of the user's mobile terminal and the monthly average usage of network traffic is an important step, which aims to help users more effectively utilize their traffic resources.

[0070] Specifically, the application collects the user's network package traffic and monthly average usage data through the above steps. By analyzing these data, the user's traffic usage pattern can be understood, and the peak and off-peak periods of traffic can be identified. For example, if the user's package is 10GB per month, and the monthly average usage is 5GB, it indicates that the user has 5GB of remaining traffic per month.

[0071] In the embodiment of the application, the future traffic usage trend of the user can be predicted based on the user's historical usage data. This can be achieved through simple statistical methods (such as moving average) or more complex machine learning algorithms. For example, if Li has gradually increased his traffic usage in the past few months, the application can predict that his traffic usage next month may reach 6GB.

[0072] Then, the application generates personalized traffic sharing recommendations based on the analysis results. The recommendations can include how to reasonably use the remaining traffic, the best way to share traffic with others, and whether the package needs to be adjusted. For example, if the user's monthly average usage is 5GB, and the package is 10GB, the user can be advised to share the remaining 5GB with others for a fee.

[0073] In the embodiment of the application, the generated traffic sharing recommendations can be informed to the user through application push notifications, SMS or email, ensuring that the user is timely informed of his own traffic usage and recommendations. For example, a notification can be sent to Li: "You have 5GB of unused traffic this month, and it is recommended to share it with others or use it before the end of the month."

[0074] For example, when the user Li's package is 10GB of traffic per month, and his monthly average usage is 5GB. In this month's usage, Li used 3GB in the first two weeks and 2GB in the last two weeks, leaving 5GB of remaining traffic.

[0075] Through analysis, Li's traffic sharing recommendations can be as follows:

[0076] Traffic sharing recommendations: Li can share the remaining 5GB of traffic with others for a fee so that they can use it when needed.

[0077] The benefits of this step are: 1) improve traffic utilization: through traffic sharing recommendations, users can more effectively utilize monthly traffic and avoid waste. For example, users can share the remaining traffic with others for a fee before the end of the month, ensuring that the traffic is fully utilized. 2) increase user stickiness: providing personalized traffic sharing recommendations can increase user satisfaction with the service, thereby increasing user loyalty. 3) promote social interaction: traffic sharing recommendations encourage interaction between users, enhancing social relationships. For example, users can share traffic with third-party users on mobile terminals, promoting communication and contact between each other.

[0078] It can be seen that, in the embodiment of the present application, the traffic sharing suggestion is generated according to the network package traffic of the user and the monthly average usage, which not only helps to improve the traffic utilization rate of the user, but also enhances the satisfaction and social interaction of the user. Through personalized suggestions, the user can more intelligently manage his own traffic, avoid waste, and at the same time promote contact with others.

[0079] Of course, when the present application is implemented, a traffic selling platform can be established to sell traffic to users with surplus traffic. Specifically, before the implementation step, a traffic selling platform can be constructed in advance, which is used to uniformly manage traffic sellers and traffic buyers through the traffic selling platform. The traffic seller logs in the system to create a seller role, and the traffic user logs in the system to create a buyer role. The traffic selling transaction is completed through the ways of the seller publishing products and the buyer selecting goods, and the ways of the buyer publishing demands and the seller providing services.

[0080] In the embodiment of the present application, a traffic selling platform is constructed in advance, which can effectively promote the buying and selling transaction of mobile phone traffic and optimize user experience and resource allocation. The following is a detailed description, benefits and example illustration of the step.

[0081] Regarding platform architecture design: a suitable technology stack can be selected for system development to ensure the stability and efficiency of the platform. The platform should include user registration, login, product publishing, order processing, payment system and evaluation feedback function modules.

[0082] In specific implementation, in order to achieve good user experience, the interface design should be simple and intuitive, and convenient for users to navigate and operate.

[0083] In the present application, the user role management includes:

[0084] Traffic seller (seller): traffic providing users can register and create a seller role to manage their own traffic products in the system. The price, validity period, sales quantity and other information of the traffic can be set. Normally, the user's surplus traffic can be lower than the traffic price of the operator, which is convenient for users to purchase and for users with surplus traffic to sell;

[0085] Traffic user (buyer): ordinary users or other mobile terminal users can register and create a buyer role, who can browse traffic products, make purchases, publish demands, etc.

[0086] In the embodiment of the present application, regarding product publishing and demand matching: the seller can publish his own traffic products through the platform, including pricing, traffic type (such as 4G, 5G), timeliness (such as per day, per month) and other information. The seller can also update the data of the existing products to keep the information up to date.

[0087] And the buyer mobile terminal user can publish their traffic demand on the platform, such as the required traffic size, use cycle, etc. The application can automatically match the seller product that meets the demand, and facilitate the buyer to quickly find the appropriate traffic.

[0088] Regarding the transaction process: in the embodiment of the application, after the buyer selects the product, the transaction can be carried out through the payment system of the platform. After the payment is completed, the platform will remind the seller to deliver the traffic, and record the transaction information.

[0089] After the seller confirms that the traffic has been delivered, the buyer can evaluate the transaction process to help other users make decisions.

[0090] In the embodiment of the application, in order to protect the security of the transaction, encryption measures can be used in the platform to protect the personal information and payment information of the user. At the same time, a complaint and dispute handling mechanism is established to ensure the legitimate rights and interests of the user.

[0091] For example, when there is a user Zhang, who is a traffic user, he sometimes has enough traffic in the package and sometimes not, and does not want to increase the operator's traffic package. He finds that the price of the general operator's traffic package is too high, so he decides to find cheaper traffic. Therefore, he can register to buy the excess traffic of other users on the platform of the embodiment of the application, and create a buyer role after registration.

[0092] On the other hand, there is an operator Li who has idle traffic, registers as a seller and publishes a product containing 10GB 5G traffic, priced at 10 yuan, and notes that the traffic is valid within one month.

[0093] Subsequently, Zhang publishes the demand for 10GB traffic through the platform, and the system automatically matches the product of Li. Zhang decides to buy after checking the evaluation of Li. After completing the payment, the platform notifies Li to handle the traffic, and allows Zhang to evaluate the service of Li after the traffic is delivered.

[0094] In this way, Li successfully sells the idle traffic, and Zhang obtains the required traffic at a lower price, and both parties of the transaction obtain benefits.

[0095] As can be seen, by constructing such a traffic selling platform, the application can effectively integrate idle traffic resources and make full use of them, reducing resource waste. The seller of the mobile terminal user can sell traffic through the platform to increase additional income, while the buyer can obtain traffic at a lower price to meet different needs.

[0096] And users in the buying and selling transactions evaluate each other, feedback, can form a good community atmosphere, improve the trust and satisfaction of users. And the platform can collect the purchase behavior and demand trend data of users, so as to continuously optimize product recommendation and service, improve the sales effect of the platform.

[0097] From the above, the pre-constructed traffic selling platform of the application provides an efficient and safe market environment for traffic transaction, realizes the effective docking of traffic supply and demand. By unified management of the roles of sellers and buyers, the user experience is optimized, the rational allocation of resources is promoted, and good market vitality and user interaction are brought.

[0098] Step S300, according to the traffic sharing suggestion, a traffic selling hotspot order is created, and the traffic selling hotspot order includes: selling traffic size, traffic use time, and traffic use location.

[0099] That is, in the application, when the mobile terminal is a traffic seller, the mobile terminal is controlled to log in to the traffic selling platform, and a traffic selling hotspot order is created, which includes: selling traffic size, traffic use time, and traffic use location.

[0100] In the embodiment of the application, regarding the order creation interface: a user-friendly interface can be provided on the platform, allowing sellers to input relevant information when creating a hotspot order. The interface should include multiple input boxes and drop-down menus so that sellers can easily fill in the required information.

[0101] Regarding the selling traffic size, in specific implementation, the mobile terminal user seller can specify the size of the sold traffic. For example, the traffic can be set to 1GB, 5GB, 10GB, etc. The mobile terminal user seller can flexibly choose the appropriate traffic size according to market demand and the remaining situation of their own traffic.

[0102] As for the traffic use time, in the embodiment of the application, the mobile terminal seller can specify the effective use time of the traffic. It can be selected in the form of day, week, month, etc. For example, the mobile terminal seller can set the traffic to be valid within 7 days after purchase, or to be used within a specific date range (such as during holidays). This flexibility can attract more buyers.

[0103] Regarding the traffic use location in the application, the seller can also define the use location of the traffic. This can be nationwide, a specific city or region, or even a specific network coverage area. For example, the mobile terminal seller can limit the traffic to be used only in a certain city, a certain park, and a certain time period. In this way, the seller can better control the use scenario of the traffic.

[0104] In the present application, regarding order confirmation and release, the mobile terminal seller can perform order confirmation after filling in all necessary information. The present application will automatically generate a unique order number and display the order information to the mobile terminal buyer. The mobile terminal seller can choose to release the order immediately or save it as a draft for subsequent modification.

[0105] The benefits of this step are: 1) personalized needs can be met, sellers can provide personalized traffic products according to market demand and specific user needs by creating traffic selling hotspot orders, enhancing user purchase experience. 2) improve transaction efficiency: clear traffic size, usage time and location information enable buyers to quickly find traffic products that meet their needs, thereby improving transaction efficiency. 3) flexible market strategy: mobile terminal sellers can flexibly adjust traffic selling strategies according to different market conditions and user needs to maximize traffic utilization and revenue. 4) risk control function: by limiting the usage location and time of traffic, sellers can effectively control the risk of traffic usage and avoid waste and abuse of resources.

[0106] As can be seen, the step of creating traffic selling hotspot orders in the present application provides flexibility and personalization for traffic transactions, enabling sellers to provide customized traffic products according to market demand and specific user needs. This not only improves transaction efficiency, but also enhances user experience and promotes the rational use of traffic resources.

[0107] Step S400, when the third party mobile terminal needs to use the traffic of other user mobile terminals, control the third mobile terminal to find a traffic selling hotspot order that meets the usage scenario and make a purchase;

[0108] In the embodiment of this step, if the third party mobile terminal user (such as Xiao Li) finds that his traffic is insufficient when not connected to the network, he can open the application of the traffic selling platform and initiate a demand for traffic. The user interface should provide a simple option to allow the user to select "Find Traffic".

[0109] In the embodiment of the present application, the system will match the traffic consumption scenario according to Xiao Li's location, network demand and preset usage scenarios (such as business trip, travel, etc.). The user can select specific scenarios such as "short business trip" or "travel" to facilitate the system to recommend the most suitable traffic selling hotspot order.

[0110] In the present application, regarding finding hotspot orders: the platform can retrieve all traffic selling hotspot orders that meet Xiao Li's preset conditions in the database. The embodiment of the present application can efficiently filter according to the size of the traffic, the validity period, the usage location and other parameters to ensure that the recommended traffic order matches Xiao Li's needs.

[0111] In the present invention, regarding the display of recommended results, in specific implementation, the platform will display the found matching traffic selling hotspot orders to Xiao Li, for example, including various traffic plans provided by different sellers, and the user can clearly see the detailed information of each order, including traffic size, valid time, use area and selling price.

[0112] In this way, Xiao Li can browse the recommended orders and view more detailed information by clicking the interested plan. If he decides to purchase, he can directly choose the payment method on the platform and confirm the transaction. The embodiment of the present invention can guide Xiao Li to complete the payment process, for example, using user balance, credit card or electronic payment platform.

[0113] After completing the payment, the activation of the traffic will be automatically processed in the embodiment of the present invention, and the relevant traffic configuration will be pushed to Xiao Li's mobile terminal. Xiao Li will receive a notification in a short time, confirming that the traffic has been successfully activated, and he can start using it at any time.

[0114] The embodiment of the present invention has the benefits of efficiently solving the traffic problem, when the user faces the problem of insufficient traffic, he can quickly find the traffic selling hotspot order that meets his needs, reducing the time and cost of finding traffic. And the user can choose a variety of traffic packages according to his own needs, with strong flexibility, and can choose the most suitable plan. And by allowing other users to share traffic, the utilization rate of network traffic can be effectively improved, maximizing resource waste and creating more user value.

[0115] Step S500, when the payment is successful, according to the selling traffic size of the traffic selling hotspot order paid, the traffic use time, the traffic use place, control to open the corresponding selling mobile terminal traffic hotspot;

[0116] In the embodiment of the present invention, when the user's mobile terminal successfully pays, the specific information of the traffic selling hotspot order purchased by the user will be used to activate and manage the corresponding traffic.

[0117] Specifically, when the user (such as Xiao Li) completes the payment on the platform, the present invention will immediately receive a notification of successful payment. This step ensures the safety and effectiveness of the transaction. And the system will extract the detailed information of the traffic selling hotspot order purchased by the user from the database, including traffic size, use time and use place, etc. For example, Xiao Li purchased 10GB traffic, valid for 5 days, and only available for use in a specific time period in a specific park in XX city. Because the user of the traffic selling mobile terminal in this time period will also appear in a specific time period in a specific park in XX city.

[0118] According to the order information, the traffic hotspot of the mobile terminal of the seller can be automatically controlled. At this time, the system sends an instruction to the mobile terminal of the seller to open the traffic hotspot function and confirms the sharing state of the traffic. In the embodiment of the application, the system connects the device of the user to the traffic hotspot of the seller, and configures the traffic use parameters according to the order information, including the allocation of traffic, the use limit and the validity period, etc., to ensure that the user can use the purchased traffic smoothly.

[0119] In the embodiment of the application, once the traffic hotspot is successfully opened and configured, a notification is sent to the mobile terminal of Xiaoli to inform him that the traffic has been activated and he can start using it. This step ensures that the user can learn about the traffic state in a timely manner.

[0120] As can be seen, in the embodiment of the application, the user can immediately enjoy the purchased traffic service after payment without waiting or additional operation, thereby improving the user experience. The application can automatically control the opening and configuration of the traffic hotspot, thereby reducing the possibility of manual intervention and the probability of errors. In addition, according to the use location and time set in the order, the application can effectively monitor the use of traffic to ensure that the user uses the traffic within the compliance range and avoid abuse and waste of resources. Moreover, through the opening of the traffic hotspot, the seller can convert idle traffic into actual income, and the user can obtain the required traffic at a lower cost, thereby realizing efficient use of resources.

[0121] The application automatically controls the opening and configuration of the traffic hotspot after successful payment, and the traffic selling platform realizes efficient delivery of traffic services. This mechanism not only improves the user experience, but also promotes the reasonable allocation and use of traffic resources, and exhibits the convenience and efficiency of modern traffic transactions.

[0122] Step S600, the third-party mobile terminal automatically connects the traffic hotspot according to the connection account and password confirmed by the traffic selling hotspot order;

[0123] In the embodiment of this step, after the user purchases the hotspot service of the traffic selling, the mobile terminal automatically performs network connection according to the account and password confirmed by the user during purchase. This process aims to simplify the user experience and enable the user to quickly obtain network connection without manually inputting the account and password.

[0124] In specific implementation, when the user of the mobile terminal purchases the traffic service, the user receives a specific account and password. These information are used to verify the identity of the user to ensure that only the paid user can access the purchased traffic hotspot.

[0125] In the application, after the mobile terminal obtains the account information, the mobile terminal can automatically connect to the corresponding traffic hotspot through the built-in program, thereby avoiding the tediousness of manual setting and inputting of information.

[0126] The advantage of this step is that the user no longer needs to spend time manually entering account and password, saving the time of connecting to the Internet. And the automatic connection function makes the user feel more smooth using experience, especially in emergency situations, such as the need to quickly search for information on the Internet.

[0127] In this way, the user not only enjoys the convenient network connection service, but also reduces the problem of traffic utilization rate decline due to technical limitations.

[0128] Step S700, real-time statistics of the sold traffic usage and traffic usage time of the traffic selling hotspot order, when the sold traffic usage and traffic usage time reach the order upper limit, control to disconnect the connection of the traffic hotspot, and control to end the traffic selling hotspot order.

[0129] In this step embodiment, dynamic monitoring and management of the traffic service purchased by the user are involved. This process ensures that the user does not exceed the purchased limit when using the traffic, and also protects the interests of the service provider.

[0130] In specific implementation, the present application will continuously monitor the traffic and time used by the user on the traffic hotspot. These data are usually collected through the monitoring tools of network equipment for real-time updating.

[0131] Regarding the order upper limit, specifically, each traffic selling order has a clear usage limit, including maximum traffic (such as 500MB) and maximum usage time (such as 2 hours). The present application will judge against these limits.

[0132] In the embodiment of the present application, once the traffic usage or usage time of the user reaches the preset upper limit, the present application will automatically cut off the connection of the user with the traffic hotspot, preventing the user from continuing to use the traffic beyond the purchased range.

[0133] In the present application, when the connection is disconnected, the order will be automatically marked as an end state, ensuring that the user cannot continue to use the traffic service.

[0134] For example, in the present application, when the user purchases a traffic hotspot order containing 1GB of traffic and 3 hours of usage time in a public place. During the use process, the present application will track the traffic consumption and usage time of the user in real time. When the user uses 950MB of traffic or approaches 3 hours of usage time, the present application will give an early warning to inform the user that the upper limit is about to be reached.

[0135] Once the usage amount of the user reaches 1GB or the usage time reaches 3 hours, the present application will automatically disconnect the connection with the hotspot and end the order. At this time, the user cannot continue to use the traffic service, and the present application will send a notification to the user, informing him that the order has ended.

[0136] In this way, the user not only clearly understands his own traffic usage, but also avoids additional charges due to exceeding the limit, while the service provider can effectively manage traffic resources and ensure the sustainability of the service.

[0137] The advantage of this step is that through real-time monitoring, the user can clearly understand his own traffic usage and avoid additional charges due to excessive use. It can also ensure that the user does not exceed the purchased limit when using traffic, maintain the business model of the service provider, and avoid traffic abuse. Automated monitoring and disconnection processes reduce the need for human intervention, making management more efficient and accurate. Moreover, the user can obtain immediate feedback when using traffic and understand his own traffic usage, thereby reasonably arranging online time and traffic.

[0138] In another embodiment of the application, the specific implementation also includes the following steps:

[0139] S401, receiving a traffic demand instruction actively issued by a third-party mobile terminal;

[0140] That is, the third-party mobile terminal first actively issues a traffic demand instruction. This instruction generally includes the user's specific needs, such as the size of the required traffic, the use time, the price range, etc.

[0141] S402, according to the traffic demand instruction, the control platform automatically matches the traffic selling hotspot order that meets the standard and demand;

[0142] That is, in this step, the received demand instruction is matched with the traffic selling hotspot order that meets the standard. Various factors are considered in the matching process, such as the availability of traffic packages, user usage habits, etc.

[0143] S403, and control to actively send the matched traffic selling hotspot order to the third-party mobile terminal;

[0144] Once the appropriate traffic package is found in the present application, the matched traffic selling hotspot order will be automatically fed back to the third-party mobile terminal for the user to view.

[0145] S404, the third-party mobile terminal receives a user operation instruction to agree to purchase the matched traffic selling hotspot order and makes a payment purchase.

[0146] Finally, after receiving the matched traffic order on the mobile terminal, the user can view the detailed information and indicate agreement to purchase through the operation instruction, and then make a payment to complete the transaction.

[0147] The above steps S401-404 are a complete traffic purchase and matching process, aiming to efficiently meet the user's traffic demand.

[0148] For example, when a user is on a trip and is about to run out of mobile data, and needs to connect to the network within the next hour. He initiates a traffic demand instruction through the mobile terminal, requesting to purchase at least 500MB of traffic for 1 hour.

[0149] S401: The user's demand instruction is received and confirmed by the system.

[0150] S402: The system analyzes the currently available traffic packages and matches several orders that meet the user's needs, such as a 500MB and a 1GB traffic package.

[0151] S403: The system sends the two matched traffic selling hot spot orders to the user's mobile terminal.

[0152] S404: After viewing the information, the user selects the 500MB package and immediately completes the purchase through the mobile terminal.

[0153] Through such an interactive process, the user not only successfully purchases the required traffic, but also experiences efficient service, enabling him to continue using the Internet during the trip. This process not only improves user convenience, but also ensures that the service provider's traffic is reasonably managed and sold.

[0154] The benefits of the above steps are that the entire process is automated, and the user does not need to personally search and compare various traffic packages, greatly saving time and effort. Through intelligent algorithms, the system automatically matches according to user needs to ensure that the user can quickly find the most suitable traffic package for their needs. It also improves conversion rates: by actively pushing matching orders, it increases the likelihood of user purchases and improves sales conversion rates. Moreover, after confirming the purchase, the user can complete the transaction in real time, experiencing a more smooth and fast process, which improves user satisfaction.

[0155] In another embodiment of the present application, it further includes the steps of:

[0156] When the third-party mobile terminal completes payment for the traffic selling hot spot order, and the early end of service instruction is detected, the traffic selling hot spot order is controlled to end, and the amount is not refunded.

[0157] In the embodiment of the present application, if the user or the system triggers an early end of service instruction during the traffic service period (for example, the user no longer needs to use traffic or the network state changes), the system will immediately detect this instruction.

[0158] Once the early end of service instruction is confirmed, the present application will automatically control the current traffic selling hot spot order to end. This means that the user will no longer be able to continue using the purchased traffic.

[0159] And the invention according to the established service terms, the user has paid, the cost will not be refunded. The policy aims to protect the interests of service providers, to ensure that after the order is generated, due to the automation of services and the occupation of resources, the user cancels the service, which will not affect the economic benefits of the provider.

[0160] This clause clarifies the management of post-payment services, making the transaction relationship between users and service providers clearer and easier for both parties to understand and follow. Even if the user chooses to end early during the service process, the service provider can ensure that the fees paid are not affected, thus maintaining the rational allocation and use of resources. The clear no-refund policy reduces disputes and conflicts between users and service providers after use due to refunds, avoiding potential legal disputes.

[0161] Through such a mechanism, users will consider the value of the developed traffic package when making purchase decisions, while also clarifying the refund policy, thereby promoting users to effectively utilize the purchased resources under appropriate conditions. Service providers can also achieve more reasonable economic and resource management, thereby forming a virtuous business cycle.

[0162] In another embodiment of the invention, it also includes the steps of:

[0163] When the user mobile terminal as the traffic selling hotspot order seller interrupts the service during the service effective process, the credit is deducted and a fine is imposed; and the related fine is sent to the third-party mobile terminal that purchased the traffic selling hotspot order.

[0164] In the embodiment of the invention, during the effective process of the traffic selling hotspot order, if the user mobile terminal of the seller interrupts the provided network service due to some reason, it may cause the purchaser to be unable to normally use the purchased traffic.

[0165] In the embodiment of the invention, when specifically implemented, the seller will be automatically evaluated for credit, and if it fails to maintain service connection, its credit score will be deducted according to the pre-set policy to punish the user's behavior and prompt the seller to be responsible for the service interruption.

[0166] In addition to credit deduction, the seller will also be fined in the invention. This is to ensure that the seller cannot easily interrupt the service when providing the service, in order to maintain the stability and reliability of the service.

[0167] In the invention, the purchase party will be promptly informed of the related information of the fine amount, ensuring that they understand the seller's improper behavior and the handling of this behavior. This transparent mechanism helps the purchase party to maintain its own rights and interests.

[0168] For example, when a user sells his 4G network traffic to multiple buyers through his mobile terminal as a traffic seller, and successfully issues a traffic selling hotspot order. However, during the order taking effect, the user interrupts the provided traffic service due to poor signal or low battery, resulting in the inability of the buyers to normally surf the Internet.

[0169] The present application detects the interruption of the service of the seller's mobile terminal, clearly identifies the traffic use that is currently affecting multiple buying users.

[0170] The present application automatically deducts a certain credit score from the seller, which will affect his future transaction ability. At the same time, the present application can impose a certain amount of fine on the seller as a punishment for his improper behavior.

[0171] And the present application can also inform the buyers of the fine amount and related circumstances in time, ensuring that they understand that the responsibility for the service impact lies with the seller.

[0172] Through the implementation of this mechanism, the stability of the service is enhanced, and the rights and interests of both parties are protected. At the same time, the seller can pay more attention to the stability of the service due to the dual pressure of economy and credit, thereby laying a foundation for future transactions and user experience.

[0173] In another embodiment of the present application, it further comprises the steps of:

[0174] S501: Statistical analysis of the transaction and service process of each traffic selling hotspot order;

[0175] In this step, the present application collects and analyzes all the transaction data of the traffic selling hotspot order and its performance in the service process. The transaction includes the number of orders, the transaction amount, the service duration, etc.; the service process involves the stability of the service, the usage rate of the traffic, the feedback and complaints of the users, etc. The collection and analysis of these data provide a basis for subsequent decision-making.

[0176] S502: According to the statistical analysis results of each traffic selling hotspot order, a credit score of the corresponding user mobile terminal is obtained:

[0177] After completing the statistical analysis, the present application will calculate a credit score for each user's mobile terminal according to different scoring standards. This score not only considers the transaction volume of the order, but also comprehensively considers the service quality, user complaints, traffic usage efficiency, etc. to form a comprehensive credit evaluation.

[0178] S503: And the credit score of the corresponding user mobile terminal is obtained, and the traffic selling hotspot order of the corresponding user mobile terminal is sorted and displayed in order of credit score from high to low.

[0179] In the final step, the present invention sorts and displays each user's traffic sales hotspot orders based on their credit score. Users with high credit scores, demonstrating excellent service quality and stability, are ranked higher, while users with lower scores are ranked lower. This ranking provides a reference for potential buyers, helping them choose trustworthy sellers.

[0180] For example, a user named Zhang has sold data traffic through his mobile terminal over the past period of time and completed multiple data traffic sales hotspot orders. The present invention collects Zhang's transaction data in step S501, such as: he has completed 20 transactions in total, the data traffic stability rate during the service process is 95%, and the user satisfaction survey shows that there are 3 complaints.

[0181] S501 Analysis results: The data obtained from the analysis include that Zhang's transaction amount is 500 yuan and the complaint rate is high, so the service evaluation is relatively low.

[0182] In step S502, the present invention comprehensively considers various aspects such as transaction volume, service stability, and user feedback, and gives Zhang a credit score of 65 points (out of 100 points).

[0183] S502 score generation: The credit score reflects Zhang's comprehensive service capabilities. Although the transaction volume is high, the score was lowered due to the large number of complaints.

[0184] Finally, in step S503, all users' credit scores are ranked accordingly. Zhang's order will be ranked in the middle and lower reaches due to his credit score of 66 points, and may face less attention and purchase opportunities than other high-scoring users.

[0185] S503 Sorting Display: This sorting guides buyers to choose users with high credit scores when selecting traffic sellers, thereby enhancing the service quality of the entire market.

[0186] Through this process, not only the service provider's reputation management is strengthened, but also a safer and more reliable trading environment is provided for users, improving the health and competitiveness of the overall market.

[0187] Through detailed analysis of transaction results and service processes, all users can clearly understand the performance of each traffic seller, enhancing transaction transparency. Furthermore, the establishment and display of credit scores incentivizes users to provide better service, thereby improving their credit scores and market competitiveness, thereby fully enhancing the user experience. This scoring system can also effectively identify users with poor service quality, helping buyers avoid unreliable sellers, thereby controlling transaction risks and protecting their interests. Furthermore, through statistical analysis of traffic sales orders, decision makers can better understand market trends and user needs, optimizing subsequent service and product design.

[0188] The application will be further described in detail through a specific application example:

[0189] The specific application example provides a mobile terminal-based traffic sharing processing method, and the specific implementation includes the following steps:

[0190] S11: mobile terminal user B as a seller, logs in the platform, creates a traffic hotspot order for selling, and marks the traffic size (MB), traffic use time (one-time period), and traffic use location (detailed address).

[0191] S12: mobile terminal user A as a buyer, logs in the platform, finds a commodity order meeting the use scenario of the user, and makes a payment for purchase.

[0192] S13: after the payment of A is successful, the platform marks the order corresponding to B as valid, opens the hotspot of the mobile phone of B according to the order use time period.

[0193] S14: after the statistical time or the traffic size reaches the order upper limit, the order ends.

[0194] S15: meanwhile, A actively publishes traffic demand, and B actively sends a service application on the platform after judging that the demand can be met on the platform. After A agrees and pays the order, the service takes effect.

[0195] S16: A as a payment party has the right to end the service in advance after paying the order, and the amount is not refunded; B as a service party is deducted with credit and fined in the service effective process in case of accidental interruption of the service. The related fine is given to A as compensation.

[0196] It can be seen that the application effectively shares the traffic and gains resources, the user realizes the surplus traffic through the traffic transaction system, avoids the embarrassment that the surplus traffic in the package is cleared by the operator. In the traffic information era, as a traffic provider, the surplus traffic resource can be used to obtain certain benefits, and the surplus traffic resource will not be wasted but can generate income. As a traffic user, the use right of the traffic is obtained at a lower cost, and the benefits of both parties are obtained.

[0197] Exemplary device

[0198] As shown in Figure 2 The application embodiment provides a mobile terminal-based traffic sharing processing device, which comprises:

[0199] The pre-setting module 310 is used for pre-constructing a traffic selling platform, for uniformly managing traffic sellers and traffic buyers through the traffic selling platform, the traffic seller logging in the system to create a seller role, the traffic user logging in the system to create a buyer role, the traffic selling transaction being completed through the ways of the buyer selecting goods by the seller publishing products and the buyer publishing demands and the seller providing services;

[0200] The traffic acquisition module 320 is used for acquiring network package traffic of a user mobile terminal and network traffic monthly average usage amount;

[0201] The traffic sharing generation module 330 is used for generating a traffic sharing suggestion according to the network package traffic of the user mobile terminal and the network traffic monthly average usage amount;

[0202] The traffic selling order creation module 340 is used for creating a traffic selling hotspot order according to the traffic sharing suggestion, the traffic selling hotspot order including selling traffic size, traffic usage time and traffic usage location;

[0203] The traffic selling hotspot order purchase module 350 is used for, when a third-party mobile terminal needs to use traffic of other user mobile terminals, controlling the third mobile terminal to find a traffic selling hotspot order meeting a usage scenario and to make a paid purchase;

[0204] The traffic hotspot control module 360 is used for, when payment is successful, controlling a corresponding selling mobile terminal to open a traffic hotspot according to selling traffic size, traffic usage time and traffic usage location of the paid traffic selling hotspot order;

[0205] The automatic connection module 370 is used for the third-party mobile terminal to automatically connect the traffic hotspot according to a connection account and a password confirmed by the traffic selling hotspot order;

[0206] The statistical end module 380 is used for real-time statistics of selling traffic usage amount and traffic usage time of the traffic selling hotspot order, and when the selling traffic usage amount and the traffic usage time reach an order upper limit, controlling the connection of the traffic hotspot to be disconnected and the traffic selling hotspot order to be ended, and the specific process is as described above.

[0207] Based on the above embodiment, the application further provides a mobile terminal, and a principle block diagram thereof can be as shown in Figure 3As shown. The mobile terminal can be a smart phone, including a processor, a memory, a network interface, a display screen, a database connected through a system bus. Among them, the processor of the mobile terminal is used to provide computing and control capability. The memory of the mobile terminal includes a non-volatile storage medium, an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operating system and the computer program in the non-volatile storage medium to run. The network interface of the mobile terminal is used to communicate with the external terminal through the network connection. The computer program is executed by the processor to implement a mobile terminal-based traffic sharing processing method. The database of the mobile terminal is used to store the mobile terminal-based traffic sharing processing program.

[0208] Those skilled in the art can understand that, Figure 3 The skilled in the art can understand that,

[0209] In one embodiment, a mobile terminal is provided, comprising a memory, and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by one or more processors, the one or more programs comprising instructions for:

[0210] Obtaining the network package traffic of the user mobile terminal and the monthly average usage of network traffic;

[0211] Generating a traffic sharing suggestion according to the network package traffic of the user mobile terminal and the monthly average usage of network traffic;

[0212] According to the traffic sharing suggestion, creating a traffic selling hotspot order, the traffic selling hotspot order including: selling traffic size, traffic use time, traffic use location;

[0213] When a third-party mobile terminal needs to use the traffic of other user mobile terminals, controlling the third mobile terminal to find a traffic selling hotspot order that meets the use scenario and make a paid purchase;

[0214] When the payment is successful, according to the selling traffic size, traffic use time, and traffic use location of the paid traffic selling hotspot order, controlling to open the corresponding selling mobile terminal traffic hotspot;

[0215] The third-party mobile terminal automatically connects the traffic hotspot according to the connection account and password confirmed by the traffic selling hotspot order;

[0216] The sold traffic usage amount and the traffic usage time of the sold traffic hotspot order are counted in real time. When the sold traffic usage amount and the traffic usage time reach the upper limit of the order, the connection of the traffic hotspot is disconnected, and the sold traffic hotspot order is ended.

[0217] The step of obtaining the network package traffic of the user mobile terminal and the network traffic monthly average usage amount comprises the following steps:

[0218] A traffic selling platform is constructed in advance. The traffic selling platform is used to uniformly manage the traffic sellers and the traffic buyers. The traffic sellers log in the system to create the seller roles, and the traffic users log in the system to create the buyer roles. The traffic selling transaction is completed through the ways of the product publishing of the seller and the commodity selecting of the buyer, and the ways of the demand publishing of the buyer and the service providing of the seller.

[0219] The step of creating the traffic sold hotspot order according to the traffic sharing suggestion, wherein the traffic sold hotspot order comprises the sold traffic size, the traffic usage time and the traffic usage location, comprises the following steps:

[0220] When the mobile terminal is the traffic seller, the mobile terminal is controlled to log in the traffic selling platform to create the traffic sold hotspot order, wherein the traffic sold hotspot order comprises the sold traffic size, the traffic usage time and the traffic usage location.

[0221] The step of controlling the third mobile terminal to find the traffic sold hotspot order meeting the usage scene and to make the payment purchase comprises the following steps:

[0222] The traffic demand instruction actively published by the third mobile terminal is received.

[0223] The traffic sold hotspot order meeting the standard and the demand is automatically matched according to the traffic demand instruction.

[0224] The matched traffic sold hotspot order is actively sent to the third mobile terminal.

[0225] The third mobile terminal receives the user operation instruction to agree to purchase the matched traffic sold hotspot order and to make the payment purchase.

[0226] The step of counting the sold traffic usage amount and the traffic usage time of the sold traffic hotspot order in real time, and controlling to disconnect the connection of the traffic hotspot and to end the sold traffic hotspot order when the sold traffic usage amount and the traffic usage time reach the upper limit of the order, comprises the following steps:

[0227] When the third-party mobile terminal is detected to complete payment of the traffic selling hotspot order, the pre-terminating service instruction is detected, the traffic selling hotspot order is controlled to end, and the amount is not refunded.

[0228] The step of controlling to disconnect the connection of the traffic hotspot and controlling to end the traffic selling hotspot order after the step of real-time counting the selling traffic usage amount and the traffic usage time of the traffic selling hotspot order and controlling to disconnect the connection of the traffic hotspot when the selling traffic usage amount and the traffic usage time reach the order upper limit comprises:

[0229] When the user mobile terminal as the selling party of the traffic selling hotspot order interrupts the service in the service effective process, the credit is controlled to be deducted and the fine is controlled to be charged; and the related fine is controlled to be sent to the third-party mobile terminal purchasing the traffic selling hotspot order.

[0230] The step of controlling to disconnect the connection of the traffic hotspot and controlling to end the traffic selling hotspot order after the step of real-time counting the selling traffic usage amount and the traffic usage time of the traffic selling hotspot order and controlling to disconnect the connection of the traffic hotspot when the selling traffic usage amount and the traffic usage time reach the order upper limit comprises:

[0231] The transaction and service process of each traffic selling hotspot order are statistically analyzed.

[0232] According to the statistical analysis result of each traffic selling hotspot order, the credit score of the corresponding user mobile terminal is obtained.

[0233] The credit score of the corresponding user mobile terminal is obtained, and the traffic selling hotspot order of the corresponding user mobile terminal is sorted and displayed according to the credit score from high to low, and the specific process is as described above.

[0234] Those skilled in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be completed by instructing the relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer readable storage medium, and when the computer program is executed, the processes of the above-mentioned embodiments of each method can be included. Wherein, any reference to memory, storage, database or other medium used in each embodiment provided by the present application can include non-volatile and / or volatile memory. Non-volatile memory can include read-only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM) or flash memory. Volatile memory can include random access memory (RAM) or external cache memory. As an illustration but not limitation, RAM is available in various forms, such as static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double data rate SDRAM (DDR SDRAM), enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), etc.

[0235] In summary, the present application provides a mobile terminal-based traffic sharing processing method and device, a mobile terminal and a storage medium, based on the existing mobile hotspot function, the platform app is used to uniformly manage the traffic sellers and the traffic buyers, the traffic sellers log in the system to create a seller role, the traffic users log in the system to create a buyer role, the traffic sellers publish products, the traffic buyers select goods, the traffic sellers provide services, and the traffic transaction is completed through the hotspot sharing mode.

[0236] The present application can realize effective sharing of traffic and resource profit, the user can realize the surplus traffic through the traffic transaction system, avoid the embarrassment of the surplus traffic in the package being cleared by the operator, and obtain certain benefits in the traffic information era, as a traffic provider, the user can obtain certain benefits by using the surplus traffic resource, and can not waste and create income, and as a traffic user, the user can obtain the right to use the traffic at a lower cost, and the both sides can obtain benefits, and the use of the user is facilitated.

[0237] It should be understood that the application of the present application is not limited to the above examples, and those skilled in the art can make improvements or changes according to the above description, and all these improvements and changes should belong to the protection scope of the claims of the present application.

Claims

1. A traffic sharing processing method based on a mobile terminal, characterized in that: include: A traffic sales platform is pre-built to centrally manage traffic sellers and traffic buyers. Traffic sellers log in to the system to create a seller role, and traffic users log in to the system to create a buyer role. Traffic sales transactions are completed through the sellers posting products, buyers selecting products, and buyers posting needs, and sellers providing services. Obtain the network package traffic of the user's mobile terminal and the average monthly network traffic usage; Generate traffic sharing suggestions based on the network package traffic and average monthly network traffic usage of the user's mobile terminal; Creating a traffic selling hotspot order based on the traffic sharing suggestion, wherein the traffic selling hotspot order includes: the amount of traffic sold, the time of traffic use, and the location of traffic use; When a third-party mobile terminal needs to use the traffic of another user's mobile terminal, the third mobile terminal is controlled to search for a traffic hotspot order that meets the usage scenario and pay for it; When the payment is successful, the traffic hotspot of the corresponding mobile terminal is controlled to open according to the traffic volume, traffic usage time, and traffic usage location of the paid traffic hotspot order; The third-party mobile terminal automatically connects to the traffic hotspot based on the connection account and password confirmed in the traffic hotspot order; Real-time statistics of traffic usage and traffic usage time of traffic selling hotspot orders are collected. When the traffic usage and traffic usage time reach the order limit, the connection of the traffic hotspot is disconnected and the traffic selling hotspot order is terminated.

2. The method for processing traffic sharing based on a mobile terminal according to claim 1, characterized in that: The step of creating a traffic selling hotspot order based on the traffic sharing suggestion, wherein the traffic selling hotspot order includes: selling traffic amount, traffic usage time, and traffic usage location, includes: When the mobile terminal acts as a traffic seller, the mobile terminal is controlled to log in to the traffic selling platform and create a traffic selling hotspot order. The traffic selling hotspot order includes: the amount of traffic sold, the traffic usage time, and the traffic usage location.

3. The method for processing traffic sharing based on a mobile terminal according to claim 1, characterized in that: When the third-party mobile terminal needs to use the traffic of another user's mobile terminal, the step of controlling the third mobile terminal to search for a traffic selling hotspot order that meets the usage scenario and making a paid purchase also includes: Receive traffic demand instructions actively issued by third-party mobile terminals; According to the traffic demand instructions, the control platform automatically matches traffic sales hotspot orders that meet the standards and requirements; And control to actively send the matching traffic sales hotspot orders to third-party mobile terminals; The third-party mobile terminal receives the user's operation instruction, agrees to purchase the matching traffic sales hotspot order, and pays for the purchase.

4. The method for processing traffic sharing based on a mobile terminal according to claim 1, characterized in that: The step of real-time statistics of traffic usage and traffic usage time of the traffic selling hotspot order, and when the traffic usage and traffic usage time reach the order upper limit, controlling the disconnection of the traffic hotspot and controlling the termination of the traffic selling hotspot order further includes: When it is detected that the third-party mobile terminal has completed the payment for the traffic selling hotspot order and an early termination service instruction is detected, the traffic selling hotspot order is controlled to be terminated and the amount is controlled not to be refunded.

5. The method for processing traffic sharing based on a mobile terminal according to claim 1, characterized in that: The step of real-time statistics of traffic usage and traffic usage time of the traffic selling hotspot order, and when the traffic usage and traffic usage time reach the order upper limit, controlling the disconnection of the traffic hotspot and controlling the termination of the traffic selling hotspot order further includes: When the user's mobile terminal, which is the seller of the traffic hotspot order, interrupts the service during the service, the credit and fine will be deducted; and the relevant fine will be sent to the third-party mobile terminal that purchased the traffic hotspot order.

6. The method for processing traffic sharing based on a mobile terminal according to claim 1, characterized in that: The steps of real-time statistics of traffic usage and traffic usage time of the traffic selling hotspot order, and when the traffic usage and traffic usage time reach the order upper limit, controlling the disconnection of the traffic hotspot and controlling the termination of the traffic selling hotspot order include: Statistical analysis of order completion and service process of each traffic sales hotspot; Based on the statistical analysis results of each traffic sales hotspot order, the credit score of the corresponding user's mobile terminal is obtained; The obtained credit score of the corresponding user's mobile terminal is used to sort and display the traffic sales hotspot orders of the corresponding user's mobile terminal in descending order of the credit score.

7. A traffic sharing processing device based on a mobile terminal, characterized in that: The device comprises: A pre-set module is used to pre-build a traffic sales platform, which is used to uniformly manage traffic sellers and traffic buyers through the traffic sales platform. Traffic sellers log in to the system to create a seller role, and traffic users log in to the system to create a buyer role. Traffic sales transactions are completed through the method of sellers publishing products, buyers selecting products, and buyers publishing needs, and sellers providing services; Traffic acquisition module, used to obtain the network package traffic of the user's mobile terminal and the average monthly network traffic usage; A traffic sharing generation module, configured to generate a traffic sharing suggestion based on the network package traffic and the average monthly network traffic usage of the user's mobile terminal; A traffic selling order creation module is used to create a traffic selling hotspot order based on the traffic sharing suggestion. The traffic selling hotspot order includes: the amount of traffic sold, the time of traffic use, and the location of traffic use; Traffic selling hotspot order purchase module, which is used to control the third mobile terminal to search for traffic selling hotspot orders that meet the usage scenario and make paid purchases when the third-party mobile terminal needs to use the traffic of other user's mobile terminals; The traffic hotspot control module is used to control the opening of the traffic hotspot corresponding to the mobile terminal sold according to the traffic volume, traffic usage time, and traffic usage location of the paid traffic hotspot order when the payment is successful; Automatic connection module, used for third-party mobile terminals to automatically connect to the traffic hotspot based on the connection account and password confirmed by the traffic hotspot order; The statistics end module is used to count the traffic usage and traffic usage time of the traffic selling hotspot order in real time. When the traffic usage and traffic usage time reach the order limit, it controls the disconnection of the traffic hotspot and controls the termination of the traffic selling hotspot order.

8. A mobile terminal, characterized in that: The device comprises a memory and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by one or more processors, and the one or more programs include being used to execute the method according to any one of claims 1 to 6.

9. A computer-readable storage medium, characterized in that When the instructions in the storage medium are executed by a processor of an electronic device, the electronic device is enabled to execute the method according to any one of claims 1 to 6.

Images