CN109587229A

CN109587229A - It is a kind of to realize the method and system drained on line by providing service under line

Info

Publication number: CN109587229A
Application number: CN201811412385.7A
Authority: CN
Inventors: 要宇轩; 要玮
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-26
Filing date: 2018-11-26
Publication date: 2019-04-05

Abstract

The method and system drained on line are realized by providing service under line the invention discloses a kind of, pass through scheme disclosed in the present application, service is provided under line using service execution terminal and provides on line to user, using task execution server task to user and using subscriber management server will task be matched or checked and write off on service and line under user's acceptance line, to realize the target that is drained to user under line on line.

Description

Method and system for realizing online drainage by providing offline service

Technical Field

The invention relates to the technical field of internet application, in particular to a method and a system for service drainage.

Background

With the development of internet application technology, people have been contracted to form some new concept terms related to the internet, such as: activities initiated over the internet and implemented in whole or in part by the internet are generally referred to as "online"; except for necessary data reception and transmission, the place where the activity takes place is wholly or partially called offline of the place where the non-internet, entity exists; the number of users and the number of accesses of a certain website, a certain mobile application program, a certain public number, a certain account number and the like are called as traffic; the behavior of bringing new users and accesses to a certain website, a certain mobile application program, a certain public number, a certain account number, etc. is called "drainage", etc.

Due To the characteristics of the huge number of internet users and easy information dissemination, the mode of Online-To-Offline drainage (O2O, i.e., Online-To-Offline) is increasingly widely used in modern commerce. The O2O mode is that a large number of consumers with consumption demands are gathered on line or an on-line platform which causes the off-line consumption demands of the consumers is used as an entrance and a platform for off-line consumption decision, and off-line business opportunities are combined with the Internet; the on-line platform provides the detailed information, the preference (such as group purchase and coupon) and the convenient service of the off-line shop for the consumer, so that the consumer can search and compare the shops conveniently, and finally the consumer is helped to select the off-line merchant and finish the consumption. That is, the essence of this O2O model is to "drain" consumers pooled from online platforms or online merchants to offline merchants and to close transactions.

It can be seen that for an online platform or online merchant, how to converge the attention and use of a large number of consumers (i.e., how to drain to the online platform or online merchant) is the first problem to be solved by this online-to-offline drainage mode.

Disclosure of Invention

The embodiment of the invention provides a method and a system for realizing Online drainage (Offline To Online) by providing Offline service, which can solve the problem that an Online platform or an Online merchant focuses on and uses consumers To a certain extent.

In order to solve the technical problem, the embodiment of the invention discloses the following technical scheme:

according to a first aspect of the embodiments of the present disclosure, a method for implementing online drainage by providing an offline service is provided, where the method is applied to a service execution terminal, and the service execution terminal establishes a connection with a user management server, and the method includes:

receiving at least one of a system approval service command from the user management server, a user initiation service command from a user;

providing an offline service to a user;

and sending execution service information to the user management server, wherein the execution service information comprises service execution terminal information and user identity information which is used for recording and checking by the user management server, and the user identity information comprises identity information of a user sending a user service starting command and a user receiving service.

According to a second aspect of the embodiments of the present disclosure, there is provided a method for implementing online drainage by providing an offline service, the method being applied to a task execution server, the task execution server establishing a connection with a user management server, the method including:

receiving at least one of a system issuing task command from the user management server and a user starting task command from a user;

providing at least one online task to a user;

and sending task execution information to the user management server, wherein the task execution information comprises executed task information and user identity information which is used for recording and checking by the user management server, and the user identity information comprises identity information of a user sending a user task starting command and a user receiving a task.

According to a third aspect of the embodiments of the present disclosure, a method for implementing online drainage by providing an offline service is provided, where the method is applied to a user management server, and the user management server establishes connections with a service execution terminal and a task execution server, respectively, where the method includes:

receiving and recording the execution service information from the service execution terminal, and marking the execution service information as 'unmatched';

checking user identity information contained in the executive service information;

receiving and recording the execution task information from the task execution server, and marking the execution task information as 'unmatched';

checking user identity information contained in the task execution information;

matching user identity information contained in the execution service information marked as 'unmatched' with user identity information contained in the execution task information marked as 'unmatched' according to a matching algorithm; if the matching algorithm is met, marking the corresponding execution service information and the corresponding execution task information as matched;

matching user identity information contained in the execution task information marked as 'unmatched' with user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm; if the matching algorithm is met, marking the corresponding execution service information and the corresponding execution task information as matched;

or, the method for providing offline service to realize online drainage comprises the following steps:

receiving and recording execution service information from the service execution terminal;

marking the execution service information as the 'number of accepted services' of the user according to a conversion algorithm;

receiving and recording the execution task information from the task execution server;

checking user identity information contained in the task execution information;

marking the executed task information as the 'number of completed tasks' of the user according to a conversion algorithm;

performing verification and cancellation on the 'number of accepted services' and the 'number of completed tasks' of the same user according to a verification and cancellation algorithm;

with reference to the third aspect, in a first possible implementation manner of the third aspect, when the user identity information included in the execution task information marked as "unmatched" and the user identity information included in the execution service information marked as "unmatched" are matched according to a matching algorithm, if the user identity information does not match the matching algorithm, a system issue task command is sent to the task execution server;

or,

the 'number of completed tasks' of the same user cannot verify the 'number of received services' according to a verification and cancellation algorithm, and a system issuing task command is sent to the task execution server.

According to a fourth aspect of the embodiments of the present disclosure, there is provided a system for implementing online drainage by providing an offline service, the system being applied to a service execution terminal, the service execution terminal establishing a connection with a user management server, the system including:

a receiving module, configured to receive at least one of a system license service command from the user management server and a user start service command from a user;

the service execution module is used for providing an offline service for a user;

and the sending module is used for sending the execution service information to the user management server, wherein the execution service information comprises service execution terminal information and user identity information which is used for recording and checking by the user management server, and the user identity information comprises identity information of a user sending a user service starting command and a user receiving service.

With reference to the fourth aspect, in a first possible implementation manner of the fourth aspect, the offline service is a delivery service defined in compliance with rules of intelligent express box delivery service management of the post office of the people's republic of china.

In another possible implementation manner of the fourth aspect in combination with the fourth aspect, the offline service is a disinfection and sterilization service provided by using a disinfection apparatus of an electrical appliance class defined in general rules of antibacterial, sterilization, and purification functions of electrical appliances for domestic and similar uses GB21551.1-2008, the ministry of health of the people's republic of china disinfection management, the ministry of health disinfectants, and the regulatory approval of health administration of disinfection apparatuses.

According to a fifth aspect of the embodiments of the present disclosure, there is provided a system for providing offline service to perform online drainage, the system being applied to a task execution server, the task execution server establishing a connection with a user management server, the system including:

the receiving module is used for receiving at least one of a system issued task command from the user management server and a user initiated task command from a user;

the task execution module is used for providing at least one online task for a user;

the sending module is used for sending task execution information to the user management server, the task execution information comprises executed task information and user identity information, the user identity information is used for recording and checking by the user management server, and the user identity information comprises identity information of a user sending a task starting command of the user and identity information of a user receiving a task.

According to a sixth aspect of the embodiments of the present disclosure, there is provided a system for implementing online drainage by providing offline services, the system being applied to a user management server, the user management server establishing connections with a service execution terminal and a task execution server, respectively, the system including:

a receiving module, configured to receive and record execution service information from the service execution terminal, and mark the execution service information as "unmatched"; receiving and recording the execution task information from the task execution server, and marking the execution task information as 'unmatched';

the determining module is used for checking the user identity information contained in the executive service information; checking user identity information contained in the task execution information; matching user identity information contained in the execution service information marked as 'unmatched' with user identity information contained in the execution task information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the corresponding execution task information as 'matched' if the user identity information meets the matching algorithm; matching user identity information contained in the execution task information marked as 'unmatched' with user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the execution task information as 'matched' if the user identity information meets the matching algorithm;

alternatively, the system for providing offline service to drain online comprises:

the receiving module is used for receiving and recording the execution service information from the service execution terminal; receiving and recording the execution task information from the task execution server;

a determining module, configured to check user identity information included in the execution service information, and mark the execution service information as "number of accepted services" of the user according to a conversion algorithm; checking user identity information contained in the executed task information, and marking the executed task information as 'the number of completed tasks' of the user according to a conversion algorithm; the 'number of services accepted' and 'number of tasks completed' of the same user are underwritten according to underwriting algorithm.

With reference to the sixth aspect, in a first possible implementation manner of the sixth aspect, the system for enabling drainage to the line by providing offline service further includes:

the sending module is used for sending a system issuing task command to the task execution server when the user identity information contained in the execution task information marked as 'unmatched' is matched with the user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm, if the user identity information does not accord with the matching algorithm;

or,

and the sending module is used for sending a system issuing task command to the task execution server when the 'number of completed tasks' of the same user cannot be verified according to the verification and cancellation algorithm 'the number of received services'.

The online behavior is the activity initiated through the Internet and realized by wholly or partially relying on the Internet; the offline is the activity behavior of a place where all or part of the place is non-internet and the entity exists except necessary data receiving and transmitting; the "drainage" refers to a behavior of bringing new users and accesses to a certain website, a certain mobile application program, a certain public number, a certain account number, or the like.

The service in the invention refers to the activity behavior which accords with the explanation (namely, the work for the benefit of a collective (or others) or for a certain cause) of the term service in the modern Chinese dictionary (China edition library CIP data check word (2016) (No. 178601, ISBN 978-7-100-12450-8, edited by a dictionary editor of the Chinese society academy of sciences, 2016 (10 months) reprinted in the business library, 7 th edition), and does not contain the direct sale or presentation activity behavior of products.

The "offline service" in the present invention is a general concept, and means that all or part of the place where the service action occurs is a place where the entity exists and is not the internet except for necessary data receiving and transmitting, and the service action consumes or occupies quantifiable costs (including equipment costs, power costs, site costs, labor costs, etc.), and those skilled in the art can make service content according to the needs.

The on-line task is a general concept, which refers to an activity behavior which is automatically started and received by a user by means of the Internet, is completely or partially realized by means of the Internet and has a specific target, and a person skilled in the art can make task contents according to needs.

The matching algorithm is a general concept, and refers to a comparison rule for associating the execution service information with the execution task information, and a person skilled in the art can make the rule content according to the need.

The conversion algorithm is a general concept, and refers to a conversion rule for converting the execution service information and the execution task information into quantities, and a person skilled in the art can make the rule content according to the needs.

The 'core-cancellation algorithm' in the invention is a general concept, and refers to a rule for offsetting the number of received services and the number of completed tasks, and a person skilled in the art can make rule contents according to needs.

The invention discloses a method and a system for realizing online drainage by providing offline service, which utilize a service execution terminal to provide offline service for a user, utilize a task execution server to provide online task for the user, and utilize a user management server to match or verify the offline service received by the user and the online task, thereby realizing the aim of draining the offline user to the online.

Drawings

In order to more clearly illustrate the embodiments of the present invention, the drawings needed in the embodiments will be briefly described below, and it should be apparent that the drawings in the following description are only some embodiments of the present invention and do not limit the technical solution of the present invention.

Fig. 1 is a network diagram illustrating an embodiment of a method for providing offline service to perform online drainage according to the present invention.

Fig. 2 is a schematic flow chart of an embodiment of a method for providing offline service to drain online.

Fig. 3 is a schematic flow chart of another embodiment of a method for providing offline service to drain online.

Fig. 4 is a schematic flow chart illustrating another embodiment of a method for providing offline service to drain online.

Fig. 5 is a schematic flow chart illustrating another embodiment of a method for providing offline service to drain online.

Fig. 6 is a schematic flow chart illustrating another embodiment of a method for providing offline service to drain online.

Fig. 7 is a flowchart illustrating another method for providing offline service to drain online according to an embodiment of the present disclosure.

Fig. 8 is a schematic flow chart illustrating an embodiment of a system for providing offline service to drain online.

Fig. 9 is a schematic structural diagram of an embodiment of a system for draining fluid to an online line by providing offline service according to the present disclosure.

Fig. 10 is a schematic structural diagram of another embodiment of a system for draining fluid to an online line by providing offline service according to the present disclosure.

Fig. 11 is a schematic structural diagram of another embodiment of a system for draining fluid to an online line by providing offline service according to the present disclosure.

Fig. 12 is a schematic structural diagram of another embodiment of a system for draining fluid to an online line by providing offline service according to the present disclosure.

Detailed Description

In order to make the technical solutions in the embodiments of the present invention better understood and make the above objects, features and advantages of the embodiments of the present invention more comprehensible, the technical solutions in the embodiments of the present invention are described in further detail below with reference to the accompanying drawings.

In an exemplary embodiment of the present invention, a method for implementing online drainage by providing offline service is disclosed, the method is applied to a service execution terminal, the service execution terminal establishes a connection with a user management server, fig. 2 is a schematic flow diagram of an embodiment of the method, and as shown in fig. 2, the method includes the following steps:

step S201, receiving at least one of a system permission service command from the user management server and a user start service command from a user.

The user-initiated service command is typically input into the service execution terminal by a user, or the user may send a system permission service command to the service execution terminal by the user management server by sending a request to the user management server.

Step S202, providing an offline service for the user.

The offline service is a general concept, and refers to a place where a service action occurs, except for necessary data receiving and transmitting, is wholly or partially a non-internet, physically-existing place, and the service action consumes or occupies quantifiable costs (including equipment costs, electric power costs, site costs, labor costs, and the like) and does not contain direct sales of products or give-away activities. The invention aims to realize the drainage of offline users to the online, the provision of offline services is only one way for exchanging users to complete online tasks, and the specific service content and service implementation process of the offline services are not concerned by the invention and do not influence the implementation of the method of the invention.

In an alternative implementation manner, the offline service is a delivery service defined in compliance with the regulations on intelligent express box delivery service management of the post office of the people's republic of China: a user (courier) sending a user starting service command sends the user starting service command through a 'store express' key on an intelligent express box equipment control terminal, and intelligent express box equipment opens a cabin door for storing express; and (4) the user (addressee) receiving the service opens the cabin door to take out the express through the express taking button on the intelligent express box equipment control terminal, and the offline service is completed. The intelligent express box equipment has certain manufacturing cost, electric power operation and maintenance cost and manual maintenance cost, is installed in buildings, communities and the like, and has certain site cost, so that the provided intelligent express box service consumes quantifiable cost.

In another alternative implementation, the offline service is a disinfection and sterilization service provided by using a disinfection apparatus of an electric appliance class defined in general rules of antibacterial, sterilization, and purification functions of electric appliances for domestic and similar uses of GB21551.1-2008, ministry of health and management of the people's republic of china, ministry of health and sanitation, and regulations on the health administration and public approval of disinfection apparatus: the user puts the disinfected objects into the disinfection cabin of the electrical equipment disinfection device, the user starts a service command through a 'start' button on the disinfection device, the disinfection device starts a disinfection process, the user takes the objects out after the disinfection is finished, and the off-line service is finished. The electrical equipment disinfection equipment has certain manufacturing cost, electric power operation and maintenance cost and manual maintenance cost, and is installed in buildings, communities and other places with certain site cost, so that the provided disinfection and sterilization service consumes quantifiable cost.

In another alternative implementation, the offline service is a massage service provided by using an electric massage chair: the user sits on the electric massage chair, sends a service starting command of the user through a 'start' button on the electric massage chair, and the electric massage chair starts a massage process until the massage is finished, so that the off-line service is finished. The electric massage chair has certain manufacturing cost, electric power operation and maintenance cost and manual maintenance cost, and is installed in places such as airports, train stations, waiting halls and the like, and has certain site cost, so that the massage service provided consumes quantifiable cost.

Step S203, sending the execution service information to the user management server, where the execution service information includes service execution terminal information and user identity information, which is used for recording and checking by the user management server, and the user identity information includes identity information of a user who sends a user service start command and a user who receives a service.

The user who sends the user starting service command and the user who receives the service can be the same person or different persons; may be a single person or a plurality of persons.

In an optional implementation manner, the service execution information includes an intelligent express box device code, a time for storing the express, a time for taking out the express, identity information of a courier (i.e. a user who sends a user start service command), and identity information of a recipient (i.e. a user who receives a service).

In another alternative implementation, the service execution information includes the code of the electrical disinfecting apparatus, the time when the service is completed, and the identity information of the user (i.e. the user who issued the user-initiated service command and the user who received the service).

In another alternative implementation, the executive service information includes the motorized massage chair device code, the time the service was completed, and includes the identity of the user (both the user issuing the user initiated service command and the user receiving the service).

In addition, referring to a second embodiment disclosed by the present invention, the embodiment discloses a method for implementing online drainage by providing offline service, the method is applied to a task execution server, the task execution server establishes a connection with a user management server, fig. 3 is a flowchart of an embodiment of the method, and as shown in fig. 3, the method includes the following steps:

step S401, receiving at least one of a system issued task command from the user management server and a user initiated task command from the user.

Wherein the user initiated task command is typically entered into the task execution server by a user.

Step S402, providing at least one online task for a user.

The online task is a general concept and refers to an activity behavior which is automatically started and accepted by a user through the Internet, is realized by wholly or partially relying on the Internet and has a specific target. The invention aims to realize the drainage of offline users to the online, the provision of online tasks is only one way for exchanging users to receive offline services, and the specific content and implementation process of the online tasks are not concerned by the invention and do not influence the implementation of the method of the invention.

In an optional implementation mode, the online task replies an online electronic questionnaire of a certain merchant to the recipient who receives the delivery service of the intelligent express box. And a user (receiver) accesses the task execution server through the browser, clicks a 'book answering start' button on a task interface displayed by the browser to send a user task starting command and complete a questionnaire.

In another alternative implementation, the online task is for a user receiving the sanitization service to view an advertising video of a certain merchant. And the user accesses the task execution server through the browser, clicks a 'start playing' key on a task interface displayed by the browser to send a task starting command of the user and finishes watching.

In another alternative implementation, the online task is for a user receiving massage services provided by the electric massage armchair to watch an advertisement video of a certain merchant. And the user accesses the task execution server through the browser, clicks a 'start playing' key on a task interface displayed by the browser to send a task starting command of the user and finishes watching.

Step S403, sending task execution information to the user management server, where the task execution information includes executed task information and user identity information, which is used for the user management server to record and check, and the user identity information includes identity information of a user who sends a user task starting command and a user who receives a task.

The user who sends the user start task command and the user who receives the task can be the same person or different persons; may be a single person or a plurality of persons.

In an alternative implementation, the information of the executed task includes the number of the answer questionnaire, the time of completion of the answer, the answer of the questionnaire, and the identity information of the recipient (both the user who issued the user initiated the task command and the user who accepted the task).

In another alternative implementation, the task execution information includes the number of videos viewed, the time of completion of viewing, and identity information of the user (both the user who issued the user-initiated task command and the user who accepted the task).

In addition, referring to a third embodiment disclosed by the present invention, the embodiment discloses a method for implementing online drainage by providing offline services, the method is applied to a user management server, the user management server establishes connections with a service execution terminal and a task execution server, in one mode, as shown in the embodiment flowchart diagram shown in fig. 4, the method includes the following steps:

step S301, receiving and recording the execution service information from the service execution terminal, and marking as 'unmatched'.

Step S302, checking the user identity information contained in the executive service information.

And step 311, receiving and recording the executed task information from the task execution server, and marking as 'unmatched'.

And step S312, checking the user identity information contained in the task execution information.

Step S320, matching the user identity information contained in the execution service information marked as 'unmatched' with the user identity information contained in the execution task information marked as 'unmatched' according to a matching algorithm; if the matching algorithm is met, marking the corresponding execution service information and the corresponding execution task information as matched; matching user identity information contained in the execution task information marked as 'unmatched' with user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm; if the matching algorithm is met, the corresponding executive service information and executive task information are marked as matched.

The "matching algorithm" is a general concept, and refers to a comparison rule for associating the execution service information with the execution task information. The invention aims to realize the drainage of offline users to online and the association of the service execution information and the task execution information, which is only one way to realize the association of the offline service acceptance and the online task completion of the users, and the specific content and process of the rules are not concerned by the invention and do not influence the implementation of the method of the invention.

In an optional implementation manner, the service execution information includes an intelligent express box device code, a time for storing an express, a time for taking out the express, identity information of a courier (i.e., a user who sends a user start service command), and identity information of a recipient (i.e., a user who receives a service); the information of the executed task comprises the number of the answer questionnaire, the time of completion of the answer, the answer of the questionnaire and the identity information of the receiver (the user who sends the user start task command and the user who receives the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 5 times of services, according to a matching algorithm, by comparing the identity information of the user receiving the services and the user receiving the tasks, 1 piece of execution task information and 5 pieces of execution service information of the user with the same identity information are matched and then respectively marked as matched until the execution task information or the execution service information is completely matched or the residual quantity of the information which is not matched is insufficient.

In another alternative implementation, the service execution information includes the code of the disinfection instrument device of the electric appliance, the time of service completion, and the identity information of the user (both the user who sends the user start service command and the user who receives the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 1 service, according to a matching algorithm, by comparing the identity information of the user receiving the service and the user receiving the task, 1 piece of execution task information and 1 piece of execution service information of the user with the same identity information are matched and then respectively marked as matched until the execution task information or the execution service information is completely matched or the residual quantity of the information is insufficient.

In another alternative implementation, the service execution information includes the electric massage chair equipment code, the time when the service is completed, and the identity information of the user (both the user who issued the user-initiated service command and the user who received the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 1 service, according to a matching algorithm, by comparing the identity information of the user receiving the service and the user receiving the task, 1 piece of execution task information and 1 piece of execution service information of the user with the same identity information are matched and then respectively marked as matched until the execution task information or the execution service information is completely matched or the residual quantity of the information is insufficient.

In addition, referring to a third embodiment disclosed by the present invention, the embodiment discloses a method for implementing online drainage by providing offline services, the method is applied to a user management server, the user management server establishes connections with a service execution terminal and a task execution server, respectively, in another manner, as shown in the embodiment flowchart illustrated in fig. 5, the method includes the following steps:

step S301, receiving and recording the execution service information from the service execution terminal.

Step S303, marking the executing service information as the 'number of received services' of the user according to the conversion algorithm.

And step 311, receiving and recording the executed task information from the task execution server.

And step 313, marking the executed task information as the 'number of completed tasks' of the user according to a conversion algorithm.

And step S320, verifying and canceling the 'number of accepted services' and the 'number of completed tasks' of the same user according to a verifying and canceling algorithm.

Here, the "conversion algorithm" is a general concept, and refers to a conversion rule for converting the execution service information and the execution task information into quantities. The invention aims to realize the drainage of offline users to online and the conversion of the service execution information and the task execution information into quantity is only one way of realizing the verification and cancellation, and the specific content and the process of the rule are not concerned by the invention and do not influence the implementation of the method of the invention. The "core-cancellation algorithm" is a general concept, and refers to a rule for offsetting the number of accepted services and the number of completed tasks from each other. The invention aims to realize the drainage of offline users to online and the mutual offset of the number of the received services and the number of the completed tasks, which is only one way to realize the flow conversion, and the specific content and process of the rules are not concerned by the invention and do not influence the implementation of the method of the invention.

In an optional implementation manner, the service execution information includes an intelligent express box device code, a time for storing an express, a time for taking out the express, identity information of a courier (i.e., a user who sends a user start service command), and identity information of a recipient (i.e., a user who receives a service); the information of the executed task comprises the number of the answer questionnaire, the time of completion of the answer, the answer of the questionnaire and the identity information of the receiver (the user who sends the user start task command and the user who receives the task). Assuming that a conversion rule is set to increase the 'number of completed tasks' by 1 after the user completes 1 task and increase the 'number of received services' by 1 after receiving 1 service, and a rule of offsetting is set to 1 'number of completed tasks' to offset 5 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:5 according to a verification and cancellation algorithm until one item is 0 or the remaining number is insufficient.

In another alternative implementation, the service execution information includes the code of the disinfection instrument device of the electric appliance, the time of service completion, and the identity information of the user (both the user who sends the user start service command and the user who receives the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a conversion rule is set to increase the 'number of completed tasks' by 1 after the user completes 1 task and increase the 'number of received services' by 1 after receiving 1 service, and a rule of offsetting is set to 1 'number of completed tasks' to offset 1 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:1 until a certain item is 0 according to a verification and cancellation algorithm.

In another alternative implementation, the service execution information includes the electric massage chair equipment code, the time when the service is completed, and the identity information of the user (both the user who issued the user-initiated service command and the user who received the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a conversion rule is set to increase the 'number of completed tasks' by 1 after the user completes 1 task and increase the 'number of received services' by 1 after receiving 1 service, and a rule of offsetting is set to 1 'number of completed tasks' to offset 1 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:1 until a certain item is 0 according to a verification and cancellation algorithm.

In addition, the method for providing offline service to perform online drainage disclosed in steps S301 to S320 is applied to a user management server, where the user management server establishes connections with a service execution terminal and a task execution server, respectively, and in one mode, as shown in the flowchart of the embodiment shown in fig. 6, the method further includes the following steps:

step S321, when the user identity information included in the executed task information marked as "unmatched" and the user identity information included in the executed service information marked as "unmatched" are matched according to the matching algorithm, if the user identity information does not conform to the matching algorithm, sending a system issue task command to the task execution server.

In an optional implementation manner, the service execution information includes an intelligent express box device code, a time for storing an express, a time for taking out the express, identity information of a courier (i.e., a user who sends a user start service command), and identity information of a recipient (i.e., a user who receives a service); the information of the executed task comprises the number of the answer questionnaire, the time of completion of the answer, the answer of the questionnaire and the identity information of the receiver (the user who sends the user start task command and the user who receives the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 5 times of service, according to a matching algorithm, comparing the identity information of the user receiving the task and the user receiving the service, respectively marking the matched 1 piece of execution task information and 5 pieces of execution service information of the user with the same identity information, and when the execution task information is completely matched or the residual quantity is insufficient, the execution service information is still in an unmatched state, and sending a system issuing task command to a task execution server.

In another alternative implementation, the service execution information includes the code of the disinfection instrument device of the electric appliance, the time of service completion, and the identity information of the user (both the user who sends the user start service command and the user who receives the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 1 service, according to a matching algorithm, comparing identity information of the user receiving the service and the user receiving the task, respectively marking the matched state after matching 1 piece of execution task information and 1 piece of execution service information of the user with the same identity information, and sending a system release task command to a task execution server when the execution service information is completely matched and the execution service information is still in an unmatched state.

In another alternative implementation, the service execution information includes the electric massage chair equipment code, the time when the service is completed, and the identity information of the user (both the user who issued the user-initiated service command and the user who received the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a comparison rule is set for a user to finish 1 task and accept 1 service, according to a matching algorithm, comparing identity information of the user receiving the service and the user receiving the task, respectively marking the matched state after matching 1 piece of execution task information and 1 piece of execution service information of the user with the same identity information, and sending a system release task command to a task execution server when the execution service information is completely matched and the execution service information is still in an unmatched state.

In addition, the method for providing offline service to perform online drainage disclosed in steps S301 to S320 is applied to a user management server, where the user management server establishes connections with a service execution terminal and a task execution server, respectively, and in another mode, as shown in the flowchart of the embodiment shown in fig. 7, the method further includes the following steps:

step S321, the "number of completed tasks" of the same user cannot cancel the "number of accepted services" according to the cancellation algorithm, and sends a system issue task command to the task execution server.

In an optional implementation manner, the service execution information includes an intelligent express box device code, a time for storing an express, a time for taking out the express, identity information of a courier (i.e., a user who sends a user start service command), and identity information of a recipient (i.e., a user who receives a service); the information of the executed task comprises the number of the answer questionnaire, the time of completion of the answer, the answer of the questionnaire and the identity information of the receiver (the user who sends the user start task command and the user who receives the task). Assuming that a conversion rule is set to increase 1 for the 'number of completed tasks' after the user completes 1 task and increase 1 for the 'number of received services' after receiving 1 service, and a rule of offsetting is set to 1 for the 'number of completed tasks' to offset 5 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:5 according to a verification and cancellation algorithm, and when the 'number of completed tasks' is decreased to 0 or the residual number is insufficient, the 'number of received services' is still greater than 0, a task command is sent to a task execution server by a system.

In another alternative implementation, the service execution information includes the code of the disinfection instrument device of the electric appliance, the time of service completion, and the identity information of the user (both the user who sends the user start service command and the user who receives the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a conversion rule is set to increase 1 for the 'number of completed tasks' after the user completes 1 task and increase 1 for the 'number of received services' after receiving 1 service, and a rule of offsetting is set to 1 for the 'number of completed tasks' offsetting 1 for the 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:1 according to a verification and cancellation algorithm, and when the 'number of completed tasks' is decreased to 0, the 'number of received services' is still greater than 0, a task command is sent to a task execution server by a system.

In another alternative implementation, the service execution information includes the electric massage chair equipment code, the time when the service is completed, and the identity information of the user (both the user who issued the user-initiated service command and the user who received the service); the task execution information includes the number of videos to be viewed, the time of completion of the viewing, and includes the identity information of the user (both the user who issued the user start task command and the user who accepted the task). Assuming that a conversion rule is set to increase 1 for the 'number of completed tasks' after the user completes 1 task and increase 1 for the 'number of received services' after receiving 1 service, and a rule of offsetting is set to 1 for the 'number of completed tasks' offsetting 1 for the 'number of received services', the 'number of completed tasks' and the 'number of received services' of the user are decreased according to a ratio of 1:1 according to a verification and cancellation algorithm, and when the 'number of completed tasks' is decreased to 0, the 'number of received services' is still greater than 0, a task command is sent to a task execution server by a system.

In addition, a fourth embodiment of the present invention discloses a system for implementing online drainage by providing offline services, where the system is applied to a service execution terminal, and the service execution terminal establishes a connection with a user management server, as shown in an embodiment schematic structural diagram shown in fig. 9, the system includes:

a receiving module S021, configured to receive at least one of a system permission service command from the user management server and a user start service command from a user;

a service execution module S022 for providing an offline service to the user;

a sending module S023, configured to send execution service information to the user management server, where the execution service information includes service execution terminal information, and also includes user identity information, which is used for the user management server to record and check, and the user identity information includes identity information of a user who sends a user service start command and a user who receives a service.

In addition, a fifth embodiment of the present invention discloses a system for providing offline service to perform online drainage, where the system is applied to a task execution server, and the task execution server establishes a connection with a user management server, as shown in an embodiment schematic structural diagram shown in fig. 10, and the system includes:

a receiving module S041, configured to receive at least one of a system issued task command from the user management server and a user initiated task command from a user;

a task execution module S042 for providing at least one online task to a user;

the sending module S043 is configured to send task execution information to the user management server, where the task execution information includes executed task information and user identity information used for the user management server to record and check, and the user identity information includes identity information of a user who sends a user task starting command and a user who receives a task.

In addition, a sixth embodiment disclosed in the present invention discloses a system for implementing online drainage by providing offline services, where the system is applied to a user management server, and the user management server establishes connections with a service execution terminal and a task execution server, respectively, as shown in an embodiment structural diagram shown in fig. 11, in one mode, the system includes:

a receiving module S031, configured to receive and record execution service information from the service execution terminal, and mark the information as "unmatched"; receiving and recording the execution task information from the task execution server, and marking the execution task information as 'unmatched';

a determining module S032, configured to check user identity information included in the executive service information; checking user identity information contained in the task execution information; matching user identity information contained in the execution service information marked as 'unmatched' with user identity information contained in the execution task information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the corresponding execution task information as 'matched' if the user identity information meets the matching algorithm; and matching the user identity information contained in the execution task information marked as 'unmatched' with the user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the execution task information as 'matched' if the matching algorithm is met.

In addition, a sixth embodiment of the present invention discloses a system for implementing online drainage by providing offline service, where the system is applied to a user management server, the user management server establishes connections with a service execution terminal and a task execution server, and in another aspect, the system for implementing online drainage by providing offline service includes:

a receiving module S031, configured to receive and record execution service information from the service execution terminal; receiving and recording the execution task information from the task execution server;

a determining module S032, configured to check user identity information included in the execution service information, and mark the execution service information as "number of accepted services" of the user according to a conversion algorithm; checking user identity information contained in the executed task information, and marking the executed task information as 'the number of completed tasks' of the user according to a conversion algorithm; the 'number of services accepted' and 'number of tasks completed' of the same user are underwritten according to underwriting algorithm.

In addition, a system for providing offline service to perform online drainage disclosed by the foregoing modules S031 through S032 is applied to a user management server, where the user management server establishes connections with a service execution terminal and a task execution server, respectively, as shown in the structural schematic diagram of the embodiment shown in fig. 12, in one mode, the system further includes: the sending module S033 is configured to send a system issue task command to the task execution server when the user identity information included in the execution task information marked as "unmatched" and the user identity information included in the execution service information marked as "unmatched" are matched according to the matching algorithm, if the user identity information does not match the matching algorithm.

In another form, the system further comprises: the sending module S033 is configured to send a system issue task command to the task execution server when the "number of completed tasks" of the same user cannot be verified according to the verification and cancellation algorithm "the number of received services".

Those skilled in the art will clearly understand that the techniques in the embodiments of the present invention may be implemented by way of a software plus hardware platform. Based on such understanding, the technical solutions in the embodiments of the present invention may be embodied in the form of a software product, which may be stored in a storage medium, such as a read-only memory (ROM), a Random Access Memory (RAM), a magnetic disk, an optical disk, etc., and includes several instructions for causing a processor to execute the method according to the embodiments or some parts of the embodiments.

The embodiments in the present specification are described in a progressive manner, and the same and similar parts among the embodiments are referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, for the system embodiment, since it is substantially similar to the method embodiment, the description is simple, and for the relevant points, reference may be made to the partial description of the method embodiment.

It will be understood that the invention is not limited to the precise arrangements described above and shown in the drawings and that various modifications and changes may be made without departing from the scope thereof. The scope of the invention is limited only by the appended claims.

Claims

1. A method for providing offline service to realize online drainage is applied to a service execution terminal, and the service execution terminal establishes connection with a user management server, and the method comprises the following steps:

providing an offline service to a user;

2. A method for realizing online drainage by providing offline service is applied to a task execution server, the task execution server is connected with a user management server, and the method comprises the following steps:

providing at least one online task to a user;

3. A method for realizing online drainage by providing offline services is characterized by being applied to a user management server, the user management server is respectively connected with a service execution terminal and a task execution server, and the method comprises the following steps:

checking user identity information contained in the task execution information;

matching user identity information contained in the execution service information marked as 'unmatched' with user identity information contained in the execution task information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the corresponding execution task information as 'matched' if the user identity information meets the matching algorithm;

matching user identity information contained in the execution task information marked as 'unmatched' with user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm, and marking the corresponding execution service information and the execution task information as 'matched' if the user identity information meets the matching algorithm;

checking user identity information contained in the task execution information;

the 'number of services accepted' and 'number of tasks completed' of the same user are underwritten according to underwriting algorithm.

4. The method of claim 3, comprising:

when the user identity information contained in the execution task information marked as 'unmatched' is matched with the user identity information contained in the execution service information marked as 'unmatched' according to a matching algorithm, if the user identity information does not meet the matching algorithm, a system issuing task command is sent to a task execution server;

or,

5. A system for providing offline services to perform online drainage, the system being applied to a service execution terminal, the service execution terminal establishing a connection with a user management server, the system comprising:

6. The system of claim 5, wherein the offline service is a delivery service defined in compliance with the regulations for the administration of Intelligent express mail Box delivery service by the State post office of the people's republic of China.

7. The system of claim 5, wherein the offline service is a disinfection and sterilization service provided by using a disinfection apparatus of an electric appliance class defined in accordance with general rules for antibacterial, sterilization, and purification functions of electric appliances for domestic and similar uses GB21551.1-2008, ministry of health of the people's republic of china disinfection management, ministry of health disinfectants, and health administration approval declaration of disinfection apparatus.

8. A system for providing offline services to perform online drainage, the system being applied to a task execution server, the task execution server establishing a connection with a user management server, the system comprising:

9. A system for realizing online drainage by providing offline services is characterized by being applied to a user management server, the user management server is respectively connected with a service execution terminal and a task execution server, and the system comprises:

10. The system of claim 9, comprising:

or,