KR20160123874A

KR20160123874A - Mileage providing system based on relation sharing and operating method thereof

Info

Publication number: KR20160123874A
Application number: KR1020150054656A
Authority: KR
Inventors: 전창익
Original assignee: 전창익
Priority date: 2015-04-17
Filing date: 2015-04-17
Publication date: 2016-10-26

Abstract

The present invention relates to a mileage providing system based on relation sharing and to an operating method thereof. The method for operating a mileage providing system based on relation sharing according to the present invention comprises: a transaction accumulating process which is from transaction to mileage accumulation; and a relation sharing process after accumulation. The transaction accumulating process includes: a transaction step; and a mileage accumulating step. The relation sharing process after accumulation includes: an imaginary check setting step of setting an imaginary check to initiate the process; a relation sharing step of sharing relation through the medium of a relation check among members; a promotion supporting step of facilitating the creation of additional value of output compared with input and creating the supporting environment of increasing the turning rate of a relation sharing effect; a relation completing step of controlling relation checks, which increase geometrically as the structure of relating sharing becomes larger with elapsed time, to be arithmetical; and a cashback step of returning the additional value of output compared with input to members. According to the present invention, as described above, the process after mileage accumulation is conducted to create the environment of new chances and possibilities beyond the limit of a traditional mileage providing system and ultimately obtain a relation sharing effect similar to a multilevel effect in a necessary and resultant current.

Description

[0001] The present invention relates to a mileage providing system and an operating method thereof,

The present invention relates to a mileage providing system and a method of operating the mileage sharing mileage system in which a mileage (point) providing system is combined with a commercial mileage system. More specifically, If the value is reached, the customer (member) is returned to the cash back, etc., or the customer (member) goes beyond the simple accumulation structure that allows the user to use the reserve as a product purchase, Program) to create new added value, that is, the accumulated mileage (points), plus the additional value created by the execution of the process (program) after earning, to the customer. And an operation method.

In general, whether macro or micro economies are jobs that generate added value relative to inputs (inputs). However, the existing mileage (point) provision system is not merely a concept for creating new added value, but is merely returned to a customer (member) at a certain amount. Worldwide Macroeconomic Aspects The size of the mileage system constitutes an astronomical macroeconomic economy. Wasting and wasting this macroeconomic economy is a serious loss to the world economy. In other words, one should seriously consider the issue of the dismissal of new opportunities and possibilities creating environment.

The mileage system is a transaction between the goods (or service) distributor (the goods or service distributors) and the registered buyer in a different meaning from the goods (or service) provider (manufacturer, service provider) And the mileage points defined in the after-service (service) table are added to the designated account and returned to the designated account. The mileage points generated by the purchase of the product as the mileage technique are receiving a great deal of favor from the fact that a part of the purchase amount of the user is compensated, and accordingly, the goods (or service) .

However, in the conventional mileage system as described above, in order to provide mileage to the buyer (member), since the interest for holding the mileage reserve is large for each mileage management entity, And a mileage reserve. Accordingly, the buyer (member) is inconvenient that the accumulated mileage can not be efficiently used in accordance with the interests of the buyer (member), and if the predetermined point is not reached, the purchaser (member) The remaining points are left as a small residual amount, and the stagnated mileage points and the like, which are caused by the unrequited request of the buyer (member), become totally useless or cause unnecessary capital stagnation.

In addition, the profitability of the merchant (service) seller, which is a mileage provider, is deteriorated in a situation where the mileage provider is burdened in a serious market reality in which competition of mileage points is fiercely developed as purchase intention inducing variables and purchase decision variables It is required to be improved.

On the other hand, in the online e-commerce site, when a user purchases an article, part of the purchase price is reduced to a point. In such an e-commerce site, a predetermined point standard is set as a policy, and a user can pay the point as if it is cash only at a point exceeding the reference standard. For example, if you give 2% of the purchase price of the product to the user, and if it is more than 5,000 points, 1 point corresponds to 1 won, so that it can be used as cash for payment.

In such an environment, the user can use the point advantageously if the user continuously buys the point accumulation by making a purchase on the specific e-commerce site. However, in the case of temporarily purchasing goods from a specific e-commerce site, the earned points are almost unavailable because there is little opportunity to use them again. It is reported that this dormant reserve amounted to several trillion won. This means that the points corresponding to the user's assets can not be utilized properly for the business policy of the e-commerce site or other reasons, ultimately infringing on the interests of the consumers.

In Korean Patent No. 10-0787250, as an alternative to the problem in the point accumulation system as described above, instead of providing the user with the product at a real discounted price, the intermediary trading site may accumulate the expected earned point in the online purchase A middle-trade e-commerce system and a method thereof are disclosed.

However, the above-mentioned middle-trade e-commerce system and method can be advantageous in that the user can purchase goods at a discounted price and the e-commerce site operator has an advantage of increase in sales, but from the viewpoint of the user (consumer) As a form of temporarily consuming accumulated points, there is no alternative to the point of new value added after point accumulation, ie, additional value creation.

Korean Patent No. 10-0787250 (issued on December 20, 2007) Korean Patent Publication No. 10-2009-0082857 (published on July 31, 2009)

The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a fundamentals of a market economy system that can not be reflected in a conventional simple mileage (mileage) point providing system, (Program) after mileage (point) accumulation in order to introduce the mind to the mileage (points) providing system, that is, to create a new opportunity and possibility environment beyond the existing mileage (point) (Relational object) on the basis of a certain amount of money such as \ 500 \ 1,000, and assigns a code system to the customer (member) as a process (program) The concept of a direct relationship between customers (members and subjects) is based on the principle that only the point of view given to another person The effect of the indirect sharing of the concept of remote relationship between non-objective units (relational object = code system assignment, infinite relational object induction = infinite human resource environment creation) It is aimed to implement a mutual benefit sharing structure that is a virtuous equal relationship structure.

Another object of the present invention is to provide a program for economic activity that induces purchase promotion by providing a differentiated mileage (point) system to a customer (member) as a process after earning a mileage sharing structure.

Another object of the present invention is to automatically process a process after accumulating all mileage (points), such as transaction accumulation process and mileage sharing, from transactions such as transaction logistics accounting to mileage (point) accumulation.

In order to achieve the above object, according to the present invention, there is provided a mileage sharing mileage providing system,

A membership information database in which basic information of the member (customer) and the affiliation information of the affinity sharing right are inputted, the details of the affiliation sharing cargo between the members are managed, and the ad clicking duty performance history ;

A stakeholder information database storing basic information of the seller of the goods, sales product code information, and the like;

A merchandise information database storing mileage details for each merchandise provided to the member and guide information for selling the merchandise;

The basic information of promoters such as individuals, corporations, and governments that use the mileage (points) system that the process is implemented as a medium for promoting various activities after the earning, and the details of the advertisement performed by them, A promotional activity requester information database;

A transaction order book that exchanges information with the membership information database, the stakeholder information database, and the goods information database, and generates a transaction order that occurs according to a preset menu when a transaction is formed, a payment slip generated when transaction payment occurs, A transaction information database in which transaction information including payment slip tables designed to be automatically staggered to each stakeholder is stored;

Based on the information from the transaction information database, the mileage sharing mileage (point) accumulation details provided by each member's purchase, the lump sum check registration details, the actual lump sum details of the lump sum checks, Relational sharing information database in which member-based sharing information such as relative distribution history is managed;

The distribution provided by each check of the advertisement check registration particulars, the actual promotion support details of the advertisement check, the advertisement click particulars of the leading first-ranking check inducer, and the fourth-ranked ranking of the preceding promoters, Supporting information such as details of facilitating activity requester support information database;

Based on the information from the promotional support information database, distribution mileage (points) provided by each check by the following four rank order and the tie sharing effect of the advertisement check Relative Distribution Information) System administrator reference relationship such as registration details of relation completion check and actual relation completion of relation completion check, which are unitized on the basis of mileage (points). Relationship completion information database in which completed information is managed;

The information is exchanged with the tie-breaking information database, the facilitation support information database, the relationship completion information database, and the calculated rules of the tie-sharing structure such as the uniqueness control of the lead check, the uniqueness control of the advertisement check, A control information database for storing control information to be controlled by the control unit; And

And a control unit for controlling the system as a whole and controlling the state of the constituent elements and controlling a specific function or operation given to each constituent element,

(Points) based on mileage (points) rather than a simple provisioned mileage (point) system. After the earning for additional value creation, a process (program) is executed and after the mileage (point) Membership) Each transaction earned mileage (points) is converted to a target unit (relational object) based on a certain amount of money, such as \ 500 \ 1,000, to give a code system, and only the point of view given to others And the type of indirect remoteness relationship between the objective unit (relational object = code system assignment, relational object infinity = infinite human resource environment creation) rather than the direct relationship concept between customers (member and subject) And the effect of sharing the ties between the members, Having num structure since that earn process, characterized in that consisting of mileage points, providing system.

In addition, the uniqueness of the lead-in check may be used for setting a tie-breaking relationship of the lead-in check, a precedence number option (up to the precedence determined by the rule, Number of units, for example, 2 units, etc.) Number of units Option Including check itself Income sharing allocation (dividing, omission omitted) Total amount, And the relative distribution (receiving separately) attribute by each of the following four rank order stars.

In addition, the uniqueness of the advertisement check is the same as the lead-in check for inputting the tie-break relationship structure of the advertisement check, the same number of the following first rank unit as the lead-in check option, And the relative distribution attribute by each of the following 4 rank order stars.

In addition, the uniqueness of the above-mentioned relationship check is the same as that of the preceding one-rank relationship to be completed, that is, the relationship between the preceding item and the precedent line, The number of units required for completion, and the amount of allocation of completion required by priorities.

In addition, in order to achieve the above object, a method of operating a mileage sharing mileage providing system according to the present invention includes: a transaction accumulation process from a transaction to a mileage accumulation; And

The mileage accumulation process includes a transaction stage and an earning mileage accumulation step, and the limousine sharing process after the accumulation includes setting an imaginary check for the first start of the process after mileage accumulation An imaginary check setting step; A tie-breaking stage that divides the marriage between the members through a tie check; (Input) Output (Output) Facilitation of Value Creation and Sharing Effectiveness In order to accelerate the turnover rate, the step of promoting the utilization of the tie sharing structure as an medium promoting the advertisement, promotion and events of individuals, corporations and governments; The relationship between the tie-breaking structure and the tie-up system, which controls the number of tie-in checks, which are exponentially increasing as the transaction size becomes larger with the passage of time, as an arithmetic series; And a cashback step for returning the output (output) added value to the member (input)

(Points) based on mileage (points) instead of simple provisioned mileage (point) system. After earning for additional value creation, the process (program) is executed and after the mileage (point) ) Each transaction earned mileage (points) is converted into a target unit (relational object) based on a fixed amount of money, such as \ 500 and \ 1,000, to give a code system, and only the point of view given to others, (Ie, relational object = code system, relational object infinity = infinite human resource environment creation) rather than the direct relationship between customers (members and subjects) A member who is a fair and equitable virtuous circle of equality structure, It has characterized the relationship sharing structure, to the point where the operation has earned since the process mileage points, providing system.

Further, the tie sharing step, the promotion support step, and the relationship completion step are performed in a complex manner.

In addition, in the tie-breaking step using the lead-in check, the total amount of tie-in shares of lead checks is set in advance, and the number of ranks and the amount of lead tie sharing according to precedence ranks are set , And sets the number of the following first target units of the "Leading Sharing Learner Standards" that determines the relative tie sharing relationship setting attribute.

At this time, preferably, a margin check selection criterion for setting a precedence rank relation is further set.

In addition, in the promotion support step, the total amount of tie-in shares of the advertisement check is set, the number of ranks for establishing the tie-sharing relationship with the tie-in precedence criterion, and the tie- Is set to the number of the target number of the succeeding first rank of the " Lead sharing criterion ".

According to the present invention, the basic spirit of the market economy system, which is the calculation of output (output) added to the input (input) that is not conceptually reflected in the existing simple-type mileage point providing system, (Member) individual transactions to execute the process (program) after earning mileage (point) to create new opportunity and possibility environment beyond the limit of existing mileage (point) It is also possible to separate the relationship between the human unit (subject and member) and the relationship structure by assigning the code system to the target unit (relational object) based on a certain amount of money such as \ 500 and \ 1,000. Through the concept of indirect remoteness between objective units (relational objects) induced by human units (subject, member general) and not indirect relations concept, ultimately The effect of the tie sharing similar to the multilevel effect can be taken in the course of the arbitrary outcome.

1 is a diagram schematically showing a configuration of a mileage sharing mileage providing system according to an embodiment of the present invention.
Fig. 2 is a basic algorithm drawing of a lead edge sharing structure which schematically explains the basic principle of the lead edge sharing structure which is a basic concept of the present invention.
Fig. 3 is a diagram conceptually showing the manifestation of the tangential and consequent tangential splitting effect of the tangential splitting structure employed in the present invention.
4 is a whole conceptual view of the lead edge breaking structure employed in the present invention.
Fig. 5 is a conceptual diagram showing the relationship of the lead edge sharing structure employed in the present invention.
FIG. 6 is a flowchart illustrating an operation process of a mileage sharing mileage providing system according to an embodiment of the present invention.
7A and 7B are diagrams showing a configuration example of an imaginary check employed in a method of operating the mileage sharing mileage providing system of the present invention.
7C is a diagram showing an example of a configuration example of a registration count account of an imaginary check used in a method of operating the mileage sharing mileage providing system of the present invention.
8A and 8B are diagrams showing a configuration example of a tie sharing check (lead check) used in a method of operating the tie mileage mileage providing system of the present invention.
8C and 8D are diagrams showing a configuration example of a registration count account of a tie sharing check (lead check) employed in a method of operating the tie mileage mileage providing system of the present invention.
9A and 9B are diagrams showing a configuration example of an advertisement check employed in a method of operating the mileage sharing mileage providing system of the present invention.
9C and 9D are diagrams showing an example of the configuration of a registration count account of an advertisement check used in a method of operating the mileage dividing mileage providing system of the present invention.
10A is a diagram showing a configuration example of a relationship completion point accumulation slip employed in a method of operating the mileage sharing mileage providing system of the present invention.
FIG. 10B is a diagram showing an example of the configuration of an affiliated completion point accumulation account employed in the operating method of the mileage sharing mileage providing system of the present invention.
11A is a diagram showing a configuration example of a relationship check completed to be used in a method of operating the mileage sharing mileage providing system of the present invention.
FIG. 11B is a diagram showing an example of the configuration of an association check completed registration registration account employed in the operating method of the lead-in sharing mileage providing system of the present invention.
12A is a diagram showing a configuration example of a cashback payment slip employed in a method of operating the mileage dividing mileage providing system of the present invention.
12B is a view showing an example of the configuration of a payment history payment management chart related to a cashback payment slip employed in a method of operating the mileage sharing mileage providing system of the present invention.
12C is a diagram illustrating a configuration example of a cashback payment history counting account employed in the operating method of the lead-in sharing mileage providing system of the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor can properly define the concept of the term to describe its invention in the best way Should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise. Also, the terms " part, "" module, "and" device " Lt; / RTI >

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram schematically showing a configuration of a mileage sharing mileage providing system according to an embodiment of the present invention.

1, the mileage sharing mileage providing system 100 according to the present invention includes a membership information database 101, a stakeholder information database 102, a merchandise information database 103, a facilitation activity requester information database 104, A transaction information database 105, a tie sharing information database 106, an acceleration support information database 107, a relationship completion information database 108, a tie sharing process control information database 109, and a control unit 110 .

The membership information database 101 stores basic information (e.g., resident number, name, address, telephone number, e-mail address, etc.) of a member (customer) and inheritance sharing right inheritance information, The details of the advertisement click duty as the lead-in-check initiator in the first place precedent to the advertisement check, and the like are managed. That is, information on inheritance sharing right inheritance information, management information on sharing relationship between members, and advertisement click duty performance history management information as a leading first-order margin checker are stored.

Basic information (for example, business number, name, address, telephone number, e-mail address, etc.) of merchandise seller and sales product code information are stored in the stakeholder information database 102.

The merchandise information database 103 stores mileage-by-merchandise details provided to the members and guide information for merchandise sales. That is, various kinds of information related to the goods (for example, price, mileage, point providing details, product sale guidance, etc.) are stored.

The promotional activity requester information database 104 stores basic information of promoters such as individuals, businesses, and governments who use the mileage (points) system in which processes are executed after the accumulation as media for promoting various activities, The member's advertisement click feedback history, and the like are managed.

The transaction information database 105 exchanges information with the member information database 101, the stakeholder information database 102, the commodity information database 103, and the like. When a transaction is formed, Transaction information including a payment slip generated when a transaction occurs and a payment slip table designed to automatically divide a transaction settlement amount by an individual transaction transaction unit to each stakeholder are stored.

The tie-breaking sharing information database 106 stores information on mileage (points) provided by each member (customer) based on information from the transaction information database 105, tie-in check registration details, actual tie- , And the ranking of the following 4 rankings.

In the promotion support information database 107, advertisement check registration details of individual promoters such as advertisers, actual support for promoting advertisement checks, advertisement click details of the precedent first earners check promoter, and checks The facilitation activity of the facilitator reference facilitation information such as the distribution provided by the user, that is, the relative distribution details, is managed.

Based on the information from the facilitation support information database 107, the relationship completion information database 108 stores distribution mileage (points) provided by respective checks of the following four rank order and a tie sharing effect The relationship between the registration details of the relationship check completed and the actual relationship between the relationship check completed and the completion record of the relation check, which is an objective unit based on the mileage (points) based on the distribution provided by each check, Completion information is managed.

The tie sharing process control information database 109 exchanges information with the tie sharing information database 106, the facilitation support information database 107 and the relationship complete information database 108 to control the uniqueness of the lead check, Control information and control information that collectively controls the calculated rules of the tie-breaker structure such as the uniqueness control of the relationship check are stored.

Here, the uniqueness of the lead-in check may be used to set a tie-sharing relationship of the lead-in check, a precedence number option (up to the precedence determined by the rule, for example, Number of units, for example, 2 units, etc.) Number of units Option Including check itself Income sharing allocation (dividing, omission omitted) Total amount, And the relative distribution (receiving separately) attribute by each of the following four rank order stars.

In addition, to support the increase of added value creation and the rapid turnover rate of the tie sharing effect calculation (input) compared to the input (output), additional value creation mileage (point) which creates additional value based on transaction mileage points (points) The uniqueness of the advertisement check, which utilizes the incentive sharing system (system) as a providing system, is used as a promotion medium such as an advertisement promotion event of a private corporation government and the like. The uniqueness of the advertisement check is the same as that of the lead check, The number of units of the following first rank, which is the same as the lead-in check, the amount of support for promoting the check itself, the total amount of the support, the facilitation support amount by the precedence rank, and the relative distribution attribute by the trailing fourth rank order.

In addition, it is anticipated that the number of lead checks will grow exponentially as the size of the transaction increases with the passage of time, and thus the turnover rate of the tie sharing effect will continuously decrease and the load of the subsystem will increase continuously The uniqueness of the relationship check is introduced to the relationship between the precedence rank of the relationship check item and the preceding item of the relationship check item, The number of units required for completing the relationship by precedence and the amount of allocation for completing the relationship by precedence for completion of the batch relationship and disappearance of the sequential check by the preceding order.

The control unit 110 controls the state of the constituent elements and controls the system in addition to controlling a specific function or operation given to each constituent element. In addition, the controller 109 may be provided with a separate memory or a database. The memory or the database may include an operating system (OS) for the basic operation of the computer system and a mileage sharing mileage according to the present invention A main program and related subroutines or various application programs related to the execution of the operating method of the system can be stored.

The mileage sharing mileage providing system 100 according to the present invention including the above-described components includes a post-earning process for generating additional value based on transaction accumulated mileage (point) rather than a simple provisioned mileage (point) (Points) of individual customers (members) for the execution of the process (program) after the mileage (point) system is earned is converted into object units (relational objects) on a fixed amount basis such as \ 500 and \ 1,000 (Relational object = code system assignment, infinite relational object), which is not a direct relationship concept between customers (members and subjects), but only a viewpoint given to other people, Induction = creation of infinite human resources environment), that is, the concept of indirect remoteness, (Points) system that takes in the process of post-accumulation of membership-sharing structure, which is a fair and equitable virtuous circle of equality structure, which takes the effect of sharing the relationship between the two parties in a seemingly consequent outcome.

Hereinafter, a method of operating the mileage sharing mileage providing system according to the present invention will be described based on the mileage sharing mileage providing system according to the present invention having the above-described configuration.

Before explaining the operation method of the mileage sharing mileage providing system according to the present invention, the basic principle of the mileage sharing structure which is a basic concept of the present invention will be described first.

Fig. 2 is a diagram showing a basic algorithm of a lead edge sharing structure that schematically explains the basic principle of a lead edge sharing structure which is a basic concept of the present invention, and Fig. 3 is a drawing showing conceptually an expression of an isotropic and consequent lead edge sharing effect of a lead edge sharing structure Fig. 4 is a whole conceptual diagram of the lead edge sharing structure, and Fig. 5 is a conceptual diagram of the relationship of the lead edge sharing structure.

2 to 5, the present invention can be applied to a basic point system of a market economy system that is not conceptually reflected in a conventional simple mileage (mileage) point providing system, (Program) after earning mileage (points) in order to apply it to the mileage (point) providing system, that is, to create a new opportunity and possibility environment beyond the existing mileage (point) .

Here, the process (program) after earning is based on the individual earned mileage (points) of the customer (member), and the basic spirit is the point of view given to only the other person, not the viewpoint received from the other person. (Relational object = code system, relational object infinity = creation of infinite human resource environment) rather than a direct relation concept between customers (member, subject). In other words, as a concept of indirect and remote relations, the effect of sharing the kind of affinity that is similar to the multilevel effect is given (by dividing it up, The purpose.

In the present invention, the post-accumulation process (program) is a process in which, for example, each transaction mileage (point) of each customer (member) is multiplied by a target unit (relational object = code system I will start with.

In addition, the basic algorithm of the tie-sharing structure is that my tie-sharing line (relational object, one-time purpose unit) is divided into the tie-breaking lines of various people who are the leading tiebreakers (other members) (For example, the number of units set by the rule, for example, 2 units, etc.) of the trailing first-rank tie-breaking share The right to share is given.

The one-time object unit (relational object) collects mileage (points) between the one-time object units, or provides a promotion cost, so cash flow occurs. The tiebreaking check is a check of the tiebreaker log (hereinafter referred to as an "imaginary check") (see FIG. 5) and a tiebreaker check (hereinafter referred to as " Promoting activities such as advertising, promotion, and events for individuals, businesses, and governments in the form of a mileage (point) system in which a process (program) (Hereinafter, referred to as "advertisement check") (refer to FIGS. 4 and 5) that facilitates the creation of additional value and the rapid turnover of the effect of sharing the tie, , And the tie-sharing structure progresses with the passage of time, that is, as the aggregate transaction size becomes larger, the load side of the subsystem increases exponentially. Is divided in relation to completion check (see Fig. 4, 5). At this time, as described above, the uniqueness of each tsunami check is defined in advance.

In the present invention, the target unit is a bundle of mileage points (points) provided to customers (members) by transactions in a bundle basis, such as \ 500, \ 1,000, \ 5,000, \ 10,000. The reason for this check is to provide a basis for execution of the process (program) after mileage accumulation, that is, to give a code system, and in the program side, it is usually used as an object (relational object = , Relational database).

Referring to FIG. 2, the rectangles AA, AB, AD, AH, AP, BA, and BB on the line (tie breaker chain) mean checks. In the present invention, first, the total amount of tie sharing of the tie sharing check is set in advance. In addition, the number of rankings for establishing the tie-breaking relationship of "Lead-sharing precedence criteria" and the lag of "Lead-sharing tie-up criteria" to determine the relative tie-sharing relationship setting attribute (distribution) Set the number of first target units. In addition, a margin check selection criterion for setting a precedence rank relation is also set. The basic algorithm has already defined that the precedent first target check should be unconditionally triggered check.

For convenience of explanation, the number of priorities for establishing the tie-sharing relationship is set to the top four, and the total amount of tie-sharing of the tie-sharing check is set to 2,500. In addition, the amount of lead-in sharing by precedence is set to distribute \ 125 to the check itself from \ 2,000, from the precedent check to the preceding 4th check, and the number of the succeeding first target unit is set to 2 units. In addition, the selection criterion for setting the precedence first rank relation is set to the priority of registration time (YYMMDDHHMMSSNN = year, month, day, minute, nanosecond) for the other check.

When a customer (member) has earned mileage (points) of, for example, \ 2,500, a lucky check as a relational object of the customer (member) is automatically issued. Issuance of a check is accompanied by the meaning of the code system. This check will be referred to as an AP.

When the lead check is issued as described above, the system automatically registers the check AP in the tie sharing system. In this case, the task of determining the precedence of the check AP and establishing the relationship is the registration task. 1 < / RTI > Then, the check AD automatically becomes the leading second rank of the check AP, the check AB becomes the leading third rank of the check AP, and the check AA becomes the leading fourth rank of the check AP. In other words, the distribution route (lead-in sharing chain) of the check AP follows the distribution route (lead-in sharing chain) of the preceding first check AH, the precedence first rank of the check AH becomes the leading second rank of the check AP, Is the precedent second rank of the check AP.

Check AP has a total of \ 2,500 to AP itself \ 2,000 to AP itself, \ 125 to preliminary check AH \ 125, to preliminary second check AD 125, to preliminary third check AB 125, to preliminary fourth check AA 125 Respectively. Thus, the distribution attribute of the check AP is terminated and converted to a distribution attribute "right to divide by two units of the following first rank". And this series of processes is continuously and infinitely repeated by trailing checks. Here, for reference, a unit refers to a unit of measurement of an individual having an independent identity such as a member product that can be assigned a code system in a program. Here, the unit refers to an object (relational object = target unit = code system assignment, relational database) .

For example, if a check of two following units (check BA and check BB) gives a sum of \ 125 for each \ 125, the check AP will be divided according to the given amount, If you give a sum of \ 500 each, you will be given a dividend as given. In addition, if you give a total of \ 1,000 to each of the following 3 checkers of 8 units, you will be given a total of \ 1,000, divided by the quota. have. Therefore, the check AP will allocate \ 500 to each of 4 units of the check up to the 4th place and \ 3,750 each \ 125 from the 30 units of the check to the 4th place, 2,500 is input (input) and 5,750 is output (output).

In other words, when the tie-in checks are continuously registered, the tie-sharing effect as shown in FIG. 3 is derived by the distribution attribute of the tie check. And when the check AP is divided into the following 4 checks, the check AP's life is terminated and the system automatically disappears.

On the other hand, from the point of view of the loser check initiator, the mutual affection sharing (based on the number of exchanges) of the customers (members) is managed by the loser sharing account management account, Regardless of the rank they receive, regardless of the number of times they are given back, that is, given the obligation to set up a relationship in the first place. The same obligation applies to the advertisement check described later. In this case, however, the leading edge checker of the advertisement check is replaced with the obligation of clicking the advertisement. In other words, only the lead-in-first-lead inducer of the advertisement check has an obligation to click the advertisement, and the lead-check inducer from the preceding 2 to the preceding 4 in the advertisement check is subject to the tie-sharing. In addition, the lead check promoter from the preceding second to the preceding fourth rank of the advertisement check must set the advertisement check to the precedence first rank irrespective of the number of the advertisers, and does not manage the banner between the advertisers. This means that there is no obligation to set up a precedence ranking relationship between the advertisement checks.

If you do this, you will receive a return of all (\ 500) as a whole, and then you will be able to enjoy the effect of sharing the margin. However, as the tie-sharing structure progresses with the passage of time, the number of tie checks is expected to increase exponentially as the size of the total transaction becomes larger. As a result, the tie-sharing effect The distribution provided by each check, that is, the relative allocation), the turnover rate will continue to decrease, and the load on the subsystem will also continue to increase, and the resulting investment is expected to continue to increase. Therefore, it is necessary to control arithmetic exponentially over the number of exponentially growing checks. That is, there is a need to maximize the investment efficiency by stabilizing the load of the subsystem by rapidly increasing the turning ratio of the tie sharing effect.

As a countermeasure against this problem, it is supposed to provide an incentive-sharing structure (system), which is a process after the mileage (points) of the present invention is accumulated, as promotion media for advertisements, promotions, events, (Hereinafter referred to as "advertisement check"). The reason for this is that the promotion support check is a concept to support the rapid turnover rate of the tie-breaking effect of the tie-sharing structure by the cost of promoting activities such as the advertisement fee. Since the advertisement action is the most representative promotion activity, .

Now, a method of operating the mileage sharing mileage providing system according to the present invention will be described based on the above basic concepts.

FIG. 6 is a flowchart illustrating an operation process of a mileage sharing mileage providing system according to an embodiment of the present invention.

Referring to FIG. 6, the operation method of the mileage sharing mileage providing system according to the present invention is largely composed of a transaction accumulation process and a post-accumulation process. The transaction accumulation process includes a transaction step S610 and a mileage accumulation point accumulation step S620 from the transaction to the mileage accumulation. After the accumulation, the lead-in sharing process is a step after the mileage (point) accumulation step S630, the lead-sharing step S640, the facilitation support step S650, the relationship completion step S660, ).

In the imaginary check setting step S630, an imaginary check is set for starting the process after the mileage accumulation.

The tie-breaking step (S640) is a step for dividing the ties between the members via the tie-in check. Here, in the tie-sharing stage through the tie-in checks, the total amount of tie-in shares of the tie-in checks is set in advance, and the number of ranks for establishing the tie-sharing relationship of the "tie- And sets the number of units of the following first rank of "Leading Sharing Learner Standards" that determines the relative tie sharing relationship setting attribute.

The promotion support phase (S650) is a method to facilitate the creation of added value (input) and to increase the turnover rate of the tie sharing effect. It is a step to utilize. In such a facilitation support step S650, the total amount of tie-in shares of the advertisement check is set, the number of ranks for establishing the tie-sharing relationship of the "tie-in precedent criteria" and the tie- Set the number of units to be traced first rank of "Leading Sharing Learner Standards" to determine the setting attribute.

Hereinafter, a description will be given for the facilitation support step (S650).

Referring to FIG. 4, the promotion medium concepts such as advertisement, advertisement, event, etc. pursued by the present invention are 1: 1 database marketing promoting medium. In other words, the facilitating activity requester searches and extracts a target market desired from the customer (member) information database 101 (see FIG. 1) and inputs a search expression such as Seoul, 20s, female, The target market is precisely selected, and it is aimed at the target market and promoting activities. Here, the target market is eventually a potential customer (purchaser), and it can only be an entity such as an individual or a corporation. These promotional activities are more cost effective than the indiscriminate advertising concept for the indefinite public such as TV, newspaper, and internet portal. As the advertising revenue is designed to be returned to the customers (members), the target market (potential customers) 's affinity, concentration, and loyalty of the advertisement are inevitably increased.

The attributes of an advertisement check are similar to those of a tie check, but the difference is that the advertiser does not allocate the tie share amount to the check itself, and the second is not to have the tie sharing effect, but the tie sharing effect The distribution provided by each check, that is, the relative distribution), and to switch to the relationship completion point for control of the load of the subsystem, that is, to control the arithmetic watering of the lead checks.

As a result, the advertiser has already accomplished the desired purpose by clicking on the advertisement of the customer (member), and after the mileage (points) of the present invention is accumulated, The purpose of providing them as promotional media is to provide a base environment for rapid turnover rate and stabilization of load of subsystem, because of the effect of sharing the ties (the distribution provided by each check, to be.

In the facilitation support step, first, the total amount of tie-in sharing of the advertisement check is set as in the tie-sharing step of the above-mentioned tie-sharing check, and the number of rankings for establishing the tie- And sets the number of units to be trailing first rank, which determines the relative tie sharing relationship setting attribute (distribution). In addition, the precedence ranking is the admission threshold based on the priority of the registration time induced by each target market (audience) of the advertisement. Therefore, if an example of explanatory notes according to the uniqueness of the lead-in check is applied to the uniqueness of the advertisement check, the number of rankings for establishing the relationship between the lead-sharing precedent of the advertisement check and the lead- The total amount of Sharing is \ 500, and the amount of Sharing in terms of precedence is \ In addition, the number of target units of the post-first rank order of the "check-by-loneliness trailability" of the advertisement check is 2 units, and the total amount of the tie-sharing effect of the advertisement check (the distribution provided by each check in the post- \ 3,750 is the same as a tie check. That is, the advertisement check is divided by \ 125 for each of 4 units of the check up to the 4th place, and the sum of \ 125 for each 30 units of the check up to the 4th place is distributed.

As described in connection with the tie-breaking share management account of the lead-in check portion, the leading first-tier lead checker of the advertisement check has an obligation to click on the corresponding advertisement, and inhibits cashback of the tie- And the lead checker from the preceding 2 to the 4th place of the advertisement check is subject to the tie-break control (based on the number of times of exchange). That is, the lead check inducer from the preceding second to the preceding fourth rank of the advertisement check must set the relation of the advertisement check to the preceding one regardless of the number of the received advertisers, and does not manage the bills between the advertisers. This means that it is impossible to set the precedence rank relation among the advertisement checks.

Meanwhile, the tie-sharing effect of the advertisement check (relative distribution according to each of the following four ranking positions) is determined by an individual, business, government, etc. Events, etc.). In order to provide a base environment for rapid turnover rate and subsystem load stabilization, it is necessary to provide a " The relationship is switched to a completion point.

Then, we return to Fig. 6 again. The relationship completion step S660 is a step of controlling the number of lien checks in which the transaction size expands to an exponential series as an arithmetic series as the liner sharing structure grows with passage of time. Here, the relationship completion step (S660) will be described in detail with reference to FIG.

Referring to FIG. 5, it is expected that as the tie sharing structure progresses with time (that is, the larger the total transaction size becomes large), the number of tie checks is expected to increase exponentially, 4) It is said that the turnover rate will be continuously lowered and the load on the subsystem will continue to increase, and that the investment will continue to increase accordingly. It has also been stated that the need to control the number of lingering checks on a series basis in arithmetic order is required. Therefore, as described above, the lead-sharing structure (system), which is a process after the mileage (points) accumulation of the present invention, is provided as a promotional medium for individuals, enterprises, governments, 4 Distribution by rank order, that is, distribution by each check, that is, relative allocation), is converted to a relationship completion point. Here, 'completion of relationship' is a concept in which the predetermined distribution provided by each check by the 4th rank order of the lead-in check, that is, the planned relative allocation is completed at a time, and the lead-in check is destroyed at a time.

The relationship check 001 in the right part of FIG. 5 is a check of the first place and a check of the check ZA. That is, the check ZA is a precedent precedence of the relationship completion check 001, the check YA is a precedent second rank of the relationship completion check 001, the check XA is a precedent third rank of the relationship completion check 001, 4 ranking.

In comparison, check ZA, which is the precedent of relationship check, is expected to be distributed from 30 units of trailing 4th rank in total, and 15 units from the trailing first line (line 1) 15 × 125) are scheduled. The check YA which is the preceding second rank of the relationship completion check 001 is scheduled to be 7 units (7x125) from the line of the relationship check 001 (7x125), and the leading 3 The check XA, which is the rank XA, is scheduled for 3 (3x125) units from the line of the relationship completion check 001, and the check WA which is the preceding four rank of the relationship completion check 001 is a line (1 × 125) is planned to be one unit from the sharing chain. Thus, summing them together would result in 15 + 7 + 3 = 1 = 26 units and 26 × 125 = 3,250. This is the completed distribution of the relationship of precedence rank 001 of the relationship completion check, and becomes the total amount.

That is, the relationship check 001 is to distribute 15 × 125 = 1,875 to the check ZA, which is the preceding first check, and to allocate 7 × 125 = 875 to the check YA, 3 × \ 125 = \ 375 to the check XA, which is the rank check, and 1 × \ 125 = \ 125 to the check WA, the preceding 4th check.

When the relationship check 100 is registered, the check ZA is extinguished. When the relationship check 003 and the relationship check 004 are registered, the check ZB and the check YA Is extinguished. Similarly, when the relationship completion check 005, the relationship completion check 006, the relationship completion check 007, and the relationship completion check 008 are respectively registered, the checks ZC, the check ZD, the check YB, and the check XA are extinguished. The purpose of the present invention is to provide an incentive-sharing structure (system), which is a process after earning mileage (points) of the present invention, as promotion medium for individuals, businesses, governments, , And the number of exponentially growing loyalty checks is controlled arithmetically.

In other words, the perspective of facilitation support, which plays a decisive role in the relationship completion perspective, is, in a word, increasingly progressing with the passage of time, that is, as the total transaction size becomes larger, the number of margin checks increases exponentially , The turnover rate will continue to fall and the load on the subsystem will continue to increase and the investment will continue to increase as a result of the tie-sharing effect (ie, the distribution or relative allocation provided by each check in the last four positions) It is explained that, as expected, the promotional medium of the tie sharing structure, and thus the effect of sharing the tie of the advertisement check (the distribution provided by each check in the trailing four rank order, that is, the relative distribution), to the relationship completion point.

Ultimately, one advertisement check will annihilate one check, and if you compare the amount of mileage (points) provided in terms of commodity price, especially marketing expenses such as advertisement, the proportion of marketing expenses such as advertisement is usually high, In contrast to the indiscriminate advertisement forms that target the unspecified number of people such as TV, newspaper, and Internet portal, it is easy to control arithmetic water supply of the check.

On the other hand, a lead check initiator who has been set as a precedent first rank by an advertisement check has a duty of clicking on the corresponding advertisement. It is not the object of losing share lending management but has the obligation to click the corresponding advertisement. Thus, the 1: 1 database marketing type advertisement is sent to the lead-in checkers of the advertisement check by means of e-mail, text, smartphone app, etc., and the advertisement click details are automatically transmitted and received.

In the above-described series of processes, the lead-in sharing step (S640), the facilitation support step (S650), and the relationship completion step (S660) via the lead check are executed in combination.

When we look at the above points, the total amount of loyalty check, the total amount of advertisement check, and the total amount of related check are linked with the normal per-person advertisement fee of 1: 1 database marketing type advertisement. If this is expressed in terms of formulas, the total amount of advertisement check distribution = the per-person advertisement fee of the database marketing type advertisement, the cost of advertisement order, the target market search cost, and the advertisement check registration cost.

Returning to FIG. 6, the cashback step S670 is a step of returning the output (output) additional value to the input (input) to the member. In other words, the customer (member) can freely use any one of the imaginary check, the marriage check, the advertisement check, and the relationship check, and eventually returns the affection sharing effect concentrated on the customer (member) to the cash back.

As described above, the operating method of the lead-sharing mileage providing system of the present invention is not limited to the simple provisioned mileage (point) providing system, but the process (program) after earning for creating additional value based on mileage (Points) of individual customers (members) for the execution of the process (program) after the mileage (point) system is earned is converted into a target unit (relational object) based on a fixed amount such as \ 500 and \ 1,000, (Relational object = code system, relational object infinite = infinite) that is not a direct relation concept between customers (members and subjects), which is based on only the viewpoint given to another person, The creation of a human resource environment), that is, the concept of indirect remoteness, (Point system), which takes as an after-earning process a member-to-member sharing structure that is a fair and equitable virtuous circle of equality relationship structure that takes a sharing effect in a seemingly consequent outcome flow.

Hereinafter, a further description will be given with respect to the imaginary check setting step S630, the lead edge sharing step S640, the facilitation support step S650, the relationship completion step S660, and the cache back step S670 of FIG. 6 do.

First, the imaginary check setting step (S630) will be described. In the imaginary check setting step S630, an imaginary check is set for the first start of the process (program) after mileage accumulation, as described above. The reason for setting the imaginary check is derived from the uniqueness of the lead check, that is, the lead check first allocates (divides) the lead dividing mileage (points) to the lead check from the leading one to the leading four , The logical error of the system occurs because there is no margin check to divide the mileage (point) at the initial start of the process (program). Therefore, in order to overcome the logical error, (Program) at the beginning of the first start of the imaginary check is set.

7A and 7B are diagrams showing an example of the configuration of the imaginary check as described above.

As shown in Figs. 7A and 7B, each imaginary check is assigned a code system, and in particular, Fig. Leadership in marketing marketing logic The leading position of the imaginary check DB table In relation to the management of the imaginary check code, the imaginary check code from the D-2 imaginary check to the D-4 imaginary check can be recorded in total so that the distribution chain of the imaginary check can be managed in a comprehensive manner do. In addition, the trailing first order edge check code (check code, check inducer name, inducer code, etc.) is recorded together at the bottom of the imaginary check so that the connection relationship between the prior art imaginary check and the trailing edge tie check is known .

7C is a diagram showing an example of the configuration of the registration count account of the imaginary check as described above.

As shown in Fig. 7C, the registered aggregate account of the imaginary check is largely composed of the aggregate counting area of the collective imaginary check register and the counting aggregation area of each imaginary check, The point distribution sum history portion composed of the point distribution sum history portion by the set tie check and the point distribution sum accumulation history portion by the tie margin check established in relation to the following ranking, The point accumulation cumulative history portion of the loyalty check which is constituted by the number of lucky draw checks and the point distribution amount history portion related to each of the trailing day 1 to the trailing 4th day, Cumulative number of tie-in checks related to each of the first to fourth rankings, and cumulative amount of points distributed History part and so on.

Likewise, the registration counting area for each individual imaginary check is composed of a point distribution history part by the lingering check set for each day of the following day rank, and a point distribution accumulation history part by the lingering check which is related to the following ranking, The portion of the point distribution history by the relationship check that is set in relation to each other is made up of the number of the lead check and the portion of the distribution of the point distribution amount set in relation to the order of the trailing first rank to the fourth rank of the next day. The point distribution cumulative history portion is composed of the cumulative number of lime checks and the point distribution amount history portion, which are respectively related to the trailing first rank to the fourth rank.

Next, a description will be given with respect to the lead edge sharing step (S640).

The tie-in sharing step S640 is a step of dividing the ties between the members via the tie-sharing check (hereinafter referred to as "tie check") as shown in FIG. 8A. Here, as described above, in the lead-in sharing step S640, the lead-in sharing total amount of lead-in checks is set in advance, and the number of ranks for setting the lead-in sharing relationship of "lead- And sets the number of the following target units of the "Leading Sharing Learner Standards" that determine the relative tearing sharing relationship setting attribute.

8A and 8B are diagrams showing an example of the configuration of a lead-in check serving as an intermediary in the lead edge dividing step as described above.

8A and 8B, the lead check includes a date of registration of a check (YYMMDDHHMM: year, month, day, hour, minute), a check code, a check inducing member and its code as an official, Code and the like are recorded. In addition, each check code, distribution amount, inducing member name, inducing member code, relative posting order, and trailing order number for lead checks from the first to the fourth rank are recorded. Further, in the case of the lead-in check in the trailing rank, each check code, causal name, inducer code, and the like for the trailing first check and the first check are recorded, and the trailing check target relative relationship setting details Management, check code inducer posting ranking, etc.) are recorded. In addition, relationship setting target check numbers (2, 4, 8, 16, etc.), relation setting check count, mileage distribution target amount, and distribution accumulation amount are recorded for each of the following from the first to the fourth.

8C and 8D are diagrams showing an example of the configuration of the registration count account of the lead check as described above.

8C and 8D, the register count account of the lead check consists largely of a total count register count aggregation total area and a count register count area for individual check counts, and the total count register count total count area is divided by the count And a point distribution sum accumulation history portion by the ephemeris drift which is related to the postage accumulation history portion by the relation between the point distribution sum portion by the related ephemeris check (including the lemonade check advertisement check completion check) The point distribution sum history part based on the ephemeris drift related to each day of the following day consists of the number of ephemeris drifts and the point distribution amount history part related to each day from the first to last day's ranking, The point accumulation cumulative cumulative history portion by the set exponential floating is calculated from the following first to the last The cumulative number of ephemeris drifts related to each of up to the 4th rank, and the cumulative amount of accumulated points accumulated.

Likewise, the registration counting area for each individual check-up date is calculated based on the portion of the distribution of the points by the marginal entrepreneurship drift related to the triggering member information portion of the margin check, And the point distribution history portion by the ephemeris drift which is related to the following day's rank is stored in the trigger member information portion as follows: The number of ephemeris drifts related to each rank, and the portion of the point distribution amount history, and the portion of the point distribution accumulation history by the ephemeris drift related to each of the following rankings is divided from the trailing first rank to the following fourth rank Cumulative number of episodes involved and point distribution amount history part It consists of a.

Next, a description will be given with respect to the facilitation support step (S650).

As described above, the promotion support step (S650) is a step for promoting the sharing of incentives for facilitating the creation of additional output (input) and increasing the turnover rate of the tie sharing effect. In such a facilitation support step S650, the total amount of tie-in sharing of the advertisement check is set through the advertisement check as shown in FIG. 9A, the number of ranks for establishing the tie-sharing relationship of the " We set the amount of star-sharing. 9B, the trailing first order target unit number of the "lead edge sharing criterion" which determines the relative tie sharing relationship setting attribute via the trailing first order tie check related to the advertisement check as shown in Fig. 9B is set.

9A and 9B are diagrams showing an example of the configuration of an advertisement check as described above.

9A and 9B, the advertisement check includes a registration date, a check code, a linked document code, an advertiser name and its code as an official, an official name and code thereof, a responsible person name and code thereof. In addition, each check code, distribution amount, induced member name, triggered member code, relative posterior rank and trailing order number, time point of request for click of the advertisement, and time of click of the advertisement are recorded for the lead check from the leading first rank to the leading fourth rank. Further, in the case of a tie-in check of a posterior rank related to an advertisement check, the respective check codes, trigger names, trigger codes, and the like for the trailing first and second checks are recorded and the trailing check target relative relationship setting details Historical relational database management, check code triggering trailing time, etc.) are recorded. In addition, relationship setting target check numbers (2, 4, 8, 16, etc.), relation setting check count, mileage distribution target amount, and distribution accumulation amount are recorded for each of the following from the first to the fourth.

FIG. 9C and FIG. 9D are diagrams showing a configuration example of the registration count account of the advertisement check as described above.

9C and 9D, the registered aggregate account of the advertisement check is largely composed of a total aggregate advertisement check aggregate summation area and an aggregate aggregation area for each individual advertisement check, and the aggregate advertisement check aggregate aggregate sum area is divided into And a point distribution sum accumulation history portion by the ephemeris drift which is related to the postage accumulation history portion by the relation between the point distribution sum portion by the related ephemeris check (including the lemonade check advertisement check completion check) The point distribution sum history part based on the ephemeris drift related to each day of the following day consists of the number of ephemeris drifts and the point distribution amount history part related to each day from the first to last day's ranking, The point accumulation cumulative cumulative history portion by the set exponential floating is calculated from the following first to the last The cumulative number of ephemeris drifts related to each of up to the 4th rank, and the cumulative amount of accumulated points accumulated.

Likewise, the registration aggregation area for each individual advertisement check is divided into a point distribution history part by epilogue drift related to the advertiser information part of the advertisement check, an advertisement check registration date part, and a day after day ranking, Point distributing history portion, etc. The advertiser information portion stores the advertiser code and advertiser name of the induced advertiser, and the portion of the point distribution history by the ephemeris drift that is related to the ranking of the succeeding day, And the point distribution amount history portion, and the portion of the point distribution accumulation history portion by the ephemeris drift related to each of the following ranking ranks is related to each of the following from the following first rank to the following fourth rank Cumulative number of ephemeris drift and point distribution amount history part Etc. The

Here, the attribute of the above-mentioned advertisement check is similar to the check-in period, but the other points are that the sum of the tie-sharing is not allocated to the checker himself, and the effect of the tie- For the purpose of controlling the turnover rate of rapid turnover and load of subsystem, that is, control of arithmetic check by arithmetic water supply, And to switch to the completion point.

FIG. 10A is a diagram showing a configuration example of the accumulation slip of the relationship completion point converted as described above, and FIG. 10B is a diagram showing an example of the configuration of the relationship completion point accumulating account.

As shown in FIG. 10A, the accumulation slip of the relationship completion point includes a registration date, a document code, a responsible person name and code thereof, an input name and a code thereof, a sum total of accumulation amounts of relationship completion points, Minute distribution, margin structure holding / interest income record.

As shown in FIG. 10B, the relationship completion point accumulation account includes an accumulation slip code, a purchaser marketing settlement amount and a payment slip code as an accumulation amount, an imaginary check distribution, an advertisement check distribution, an interest income, an accumulation amount, The amount of the check and the amount of the check, and the final accumulated balance.

Next, a description will be given in relation to the relationship completion step (S660).

As described above, the relationship completion step S660 is an arithmetic stepwise control of the tie-in check, which exponentially increases as the tie-breaking structure grows with the passage of time. As described above, in the present invention, because of the necessity of such control, it is possible to provide a mileage sharing system (system) that is a process after mileage (points) accumulation as a medium for promoting individuals, businesses, The effect of the tie sharing by check (the distribution provided by each check by the ranking of the trailing 4th rank, that is, the relative distribution), is converted to the relationship completion point. Here, 'relationship completion' is a concept in which the predetermined distribution provided by each check by the fourth rank order of the lead check, that is, the scheduled relative distribution is completed at a time and the corresponding lead check is canceled at a time. We will refer back to Figure 5 for a moment in connection with this concept.

As described above, the relationship check 001 in the right part of FIG. 5 is a check of the first rank of the check ZA and a check of one time. That is, the check ZA is a precedent precedence of the relationship completion check 001, the check YA is a precedent second rank of the relationship completion check 001, the check XA is a precedent third rank of the relationship completion check 001, 4 ranking.

11A is a diagram showing an example of the configuration of the above-mentioned relationship check.

Referring to FIG. 11A, the date of registration of the check (YYMMDDHHMM: year, month, day, hour, minute), the check code, the name of the person in charge and the code thereof, the name of the person in charge and the code thereof are recorded in the relationship check. The check registration time (YYMMDD) related to the relationship completion point, the completion of the route relation, the sum of the converted number of allocated checks (for example, 26), the relationship complete face value and the like are recorded. In addition, the check code, the triggering member name, the triggering member code, the path relation, the conversion count of completed assignment checks (for example, 15, 7, 3, 1), the path relationship The completion point quota conversion history, and the like are recorded.

FIG. 11B is a diagram showing an example of the configuration of the registration count account of the above-mentioned relationship check.

Referring to FIG. 11B, the registered aggregate account of the related completed check is a sum of the registered completed checks, the total number of checks to be completed, the total accumulated mileage balance, the total number of registered checks, Route Relationships between Priority Ranking and Ranking Priority Ranking The number of completed check assignment conversions, route precedence rankings from precedence 1 to precedence rank 4 Consists of conversion history of completion point quota.

At this time, the relationship check check registration history includes a check code (YYMMDD), a relationship check code, a counting history in terms of marketing aspects and a check type, a check code for each of the first to fourth prior checks, A member code, and a member name are recorded.

Next, a description will be given with respect to the cache-back step (S670).

As described above, the cashback step S670 is a step of returning the output (output) additional value to the input (input) to the member. In other words, the customer (member) can freely use any one of the imaginary check, the marriage check, the advertisement check, and the relationship check, and eventually returns the affection sharing effect concentrated on the customer (member) to the cash back.

12A is a diagram showing a configuration example of a cashback payment slip used in the above-described cashback step, FIG. 12B is a diagram showing an example of the configuration of a marriage marketing settlement history payment management table related to a cashback payment slip, And an example of the configuration of an aggregation account.

Referring to FIG. 12A, the cashback payment slip includes a registration date, a document code, a responsible person name and code thereof, an actual person name and code thereof, the number of members to be paid, the total amount of the member's paid- History and so on. At this time, the details of bank back payment include bank name, bank code, total amount of payment, total amount of remittance fee, actual payment amount, and the number of direct payment members.

Referring to FIG. 12B, the settlement payment history management table includes a payment slip code, a name of a bank name and code thereof, a bank account name, a account number, a payment number, a remittance fee, Actual payment amount, etc. are recorded.

Referring to FIG. 12C, the account information of the cashback service is composed of a sum total area, a total amount of money related to each member, and a sum total of the bond payment details. The total sum of the back payment includes the back payment. The amount of back payment includes the number of members, the amount of payment, the commission fee, actual payment amount, and balance.

Also, the sum of the membership and bond payment details includes the member, the payment details, the amount of payment, and the payment bank. The member records the member name and the code, the member type, and the payment limit. The payment records the payment amount, the payment fee, and the actual payment. The bank name and the code, account holder, and account number are recorded in the payment bank.

As described above, the mileage sharing mileage providing system and operation method according to the present invention are advantageous in that the mileage (miles) In order to apply the basic spirit of the system to the mileage (point) service system, a process (program) for earning additional value based on transaction mileage (points) is executed not a simple provisioned mileage (point) (Point) of a customer (member) for execution of a process (program) after the system is earned by assigning a code system to a target unit (relational object) based on a fixed amount of money such as \ 500 and \ 1,000, It is not the viewpoint received from the other person, but only the viewpoint given to the other person. The effect of a tangible effect similar to the multilevel effect of the concept of indirect remoteness between objective units (relational object = code system, infinite relational object induction = infinite human resource environment creation) There is an advantage that can be taken from within.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but many variations and modifications may be made without departing from the spirit and scope of the invention. Be clear to the technician. Accordingly, the true scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of the same should be construed as being included in the scope of the present invention.

100: mileage sharing mileage providing system
101: Member information database
102: Stakeholder information database
103: Product information database
104: Promotion activity requester information database
105: Transaction information database
106: Tie-breaking information database
107: Promotion support information database
108: Relationship completion information database
109: Sharing process control information database
110:

Claims

A member information database in which basic information of the member and the inheritance sharing right inheritance information are inputted and the details of the affiliation sharing cargo are managed and the ad clicking duty performance as the first leading edge check promoter preceding the advertisement check is managed;
A stakeholder information database storing basic information of the seller and sales product code information;
A merchandise information database storing mileage details for each merchandise provided to the member and guide information for selling the merchandise;
The basic information of promoters such as individuals, companies, and governments that use the mileage providing system that processes after the earning is used as a medium of various promotional activities, promotional activities in which the advertisement details executed by them, A requester information database;
A transaction order book that exchanges information with the membership information database, the stakeholder information database, and the goods information database, and generates a transaction order that occurs according to a preset menu when a transaction is formed, a payment slip generated when transaction payment occurs, A transaction information database in which transaction information including payment slip tables designed to be automatically staggered to each stakeholder is stored;
Based on the information from the transaction information database, the mileage sharing mileage (point) accumulation details provided by each member's purchase, the lump sum check registration details, the actual lump sum details of the lump sum checks, A tie-breaking information database in which member-based tie-breaking information such as relative distribution history is managed;
The relative distribution details provided by each check for each promoted activity requester such as an advertiser, the actual promotion support details of the advertisement check, the advertisement click details of the preceding first earliest check inducer, A promotional support information database in which the promotional support reference information is managed;
Based on the information from the facilitation support information database, the registration details of the relationship completion check, which is an objective unit based on the distribution mileage provided by each check for each of the trailing four rank order and mileage sharing effect mileage of the advertisement check, System administrator reference relationships, such as the actual relationship completion status of completed checks Relationship completion information database where the completed information is managed;
The information is exchanged with the tie-breaking information database, the facilitation support information database, the relationship completion information database, and the calculated rules of the tie-sharing structure such as the uniqueness control of the lead check, the uniqueness control of the advertisement check, A control information database for storing control information to be controlled by the control unit; And
And a control unit for controlling the system as a whole and controlling the state of the constituent elements and controlling a specific function or operation given to each constituent element,
The process is executed after the accumulation for additional value creation based on the transaction accumulation mileage basis rather than the simple accumulation mileage providing system. In addition, in order to execute the process after the accumulation of the mileage system, And not only the point of view given to others but the point of view given to other people, and also the concept of indirect remoteness between objective units rather than the concept of direct relationship between members. Mileage sharing system, which is an equitable virtuous unified fairness relation structure, which is taken in the eventual resultant flow.

The method according to claim 1,
The uniqueness of the lead-in check is determined by a combination of a lead-number option, a trailing-first unit number option, a check-inclusive lead-in sharing total amount, a check lead-in lead- The first ranking order, the second ranking order, the first rank order, and the fourth rank order, respectively.

The method according to claim 1,
The uniqueness of the advertisement check is the same as the lead-in check for inputting the tie-break relationship structure of the advertisement check, and the number of the following first rank unit that is the same as the lead-in check option. The support distribution amount, and the posterior rank order, respectively.

The method according to claim 1,
The uniqueness of the above-mentioned relationship check includes the precedence rank relationship of the relation completion check, the relationship of completion check, the precedence line of the relationship confirmation completion check, and the relation completion order by precedence order The number of units, and the precedence relation completion request distribution amount.

Transaction accumulation process from transaction to mileage accumulation; And
Including the process of sharing the tie after earning,
Wherein the transaction accumulation process includes a transaction stage and a mileage accumulation step,
The lead edge sharing process after the above-
An imaginary check setting step of setting an imaginary check for the initial start of the process after mileage accumulation;
A tie-breaking stage that divides the marriage between the members through a tie check;
(Input) Output (Output) Facilitation of Value Creation and Sharing Effectiveness In order to accelerate the turnover rate, the step of promoting the utilization of the tie sharing structure as an medium promoting the advertisement, promotion and events of individuals, corporations and governments;
The relationship between the tie-breaking structure and the tie-up system, which controls the number of tie-in checks, which are exponentially increasing as the transaction size becomes larger with the passage of time, as an arithmetic series; And
Output (input) versus output (output) includes a cashback step to return additional value to the member,
The process is executed after the accumulation for additional value creation based on the transaction accumulation mileage basis rather than the simple accumulation mileage providing system. In order to execute the process after the accumulation of the mileage system, The effect of sharing the kind of relationship that is similar to the multilevel effect of the indirect remoteness relation concept between the objective unit and not the direct relationship concept between members. A system for providing a mileage providing system, wherein the mileage providing system has a process of earning a profit sharing structure between members, which is an equitable fair and equitable relationship structure, which is taken in a contingent resultant flow.

6. The method of claim 5,
Wherein the mileage sharing step, the promotion support step, and the relationship completion step are executed in a complex manner.

6. The method of claim 5,
In the lead-in sharing step via the lead-in check, the lead-in sharing total amount of the lead check is set in advance, and the number of ranks for establishing the lead-sharing relation of the lead-in lead- And the number of succeeding first target units of the "edge-sharing posteriority criterion " for determining the relative tie-breaking relationship setting attribute is set.

8. The method of claim 7,
And a margin check selection criterion for setting a precedence first rank relation is further set.

6. The method of claim 5,
In the facilitation support step, the total amount of tie-in shares of the advertisement check is set, the number of ranks for establishing the tie-sharing relationship of the "tie-in precedent criteria" and the tie share amount by the precedence are set, and the relative tie- Of the mileage sharing mileage providing system according to the first aspect of the present invention.