KR20140039908A - Method and system for sharing total point - Google Patents

Abstract

The present invention relates to an integrated point distribution method and an integrated point distribution system. The integrated point distribution method comprises the steps of: allowing a point sharing server to classify, into a first group, smartphones having the same point acquisition information as that of a first smartphone user and classify, into second to n^th groups, other smartphones having point acquisition information different from that of the first smartphone user according to each information, based on point acquisition information of a plurality of smartphone users who join a point sharing service, and to store the classified point acquisition information in a first database; allowing the point sharing server to extract the point information of the first smartphone user stored in a second databse and transmit the extracted point information to the first smartphone, according to a saved point information request of the first smartphone, and to receive point distribution information from the first smartphone; and allowing the point sharing server to give and distribute points to second to m^th smartphones within the first group where the first smartphone is included, according to the point distribution information. Thus, points can be distributed or even given or contributed according to standards determined by a user within a designated group. Furthermore, by allowing users to make good use of points according to the distribution, giving, and contribution of points, the present invention causes people who have points to have homogeneity or cohesion mutually, thereby increasing purchasing power. [Reference numerals] (AA) Start; (BB) End; (S19a) Determine whether the allotment of donation to a public authority server exists in point distribution information; (S19b) Calculate a donation point corresponding to the allotment of donation in the point information of a first smartphone user and calculate residual point information by subtracting the donation point from the point information; (S19c) Transmit the donation point to the public authority server; (S19d) Determine whether a part where donation is set up for at least one among second to m-th smartphones exists in the point distribution information; (S19e) Calculate donation points corresponding to at least one part where donation is set up in the point information of the first smartphone user, and calculate residual point information by subtracting the calculated donation points; (S19f) Transmit the calculated donation points to smartphones corresponding to the parts where donation is set up among the second to m-th smartphones; (S19g) Determine whether a part where a distribution ratio is set up for at least one among first to m-th smartphones exists in the point distribution information; (S19h) Calculate distribution ratio points corresponding to the parts where a distribution ratio is set up in the point information of the first smartphone user; (S19i) Transmit the calculated distribution ratio points to smartphones corresponding to the parts where a distribution ratio is set up among the first to m-th smartphones

Description

Unified point distribution method and integrated point distribution system {Method and system for sharing total point}

The present invention relates to an integrated point dispensing method and an integrated point dispensing system, and more specifically, to distribute or donate points according to a predetermined criteria by a user within a designated group, and to allow donation by a user's intention. An integrated point distribution method and an integrated point distribution system are provided.

In order to accommodate customers' needs for online or offline merchandise sales, we have worked to develop products focused on individual (individual) customers.

The development of these products is ultimately aimed at increasing the number of customers using online or offline products and increasing the sales thereof. However, there are many time and cost limitations in the development of new products.

On the other hand, the point is provided as an additional service so that it can be used as reusable cash when selling a predetermined commodity on an online or offline basis, thereby playing an important role in meeting the needs of diversified customers.

However, there is no technology to donate or distribute these points to each other until now, and there is no way to make a point available to a person with a point through a predetermined donation or distribution. to be.

Accordingly, in the related technology field, it is required to develop a technique for enhancing the purchasing power by having homogeneity or cohesion among the persons having the points through the donation or distribution of the points.

[Related Technical Literature]

1. Earning points Step-by-step distribution system (Patent Application No. 10-2004-0092181)

2. A method of growing a game character by arbitrary distribution of points and a game character growth system (Patent Application No. 10-2004-0020638)

The present invention has been made to solve the above problems and it is an object of the present invention to provide an integrated point distribution method and an integrated point distribution method for distributing or donating points in a designated group according to a predetermined criterion predetermined by a user, Distribution system.

The present invention also provides an integrated point distribution method and an integrated point distribution method for enhancing the purchasing power by allowing the persons having the points to have homogeneity or binding force by making use of points more advantageously according to distribution, donation, Point distribution system.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

The present invention achieves the above object by proposing a system that allows users to distribute, donate, and donate points according to predetermined criteria within a designated group.

The integrated point distribution method and the integrated point distribution system according to the embodiment of the present invention not only distributes or donates points in a designated group according to a predetermined criterion set by a user, but also provides an effect of donating by a user's intention .

In addition, the integrated point distribution method and the integrated point distribution system according to another embodiment of the present invention allow points to be used more effectively in accordance with distribution, donation, and donation of points, Or binding force, thereby enhancing the purchasing power.

1 illustrates an integrated point distribution system in accordance with an embodiment of the present invention.
2 is a diagram showing the configuration of a point sharing server in the integrated point distribution system in FIG.
3 is a general flow diagram illustrating an integrated point distribution method in accordance with an embodiment of the present invention.
4 is a flowchart specifically illustrating a point distribution process in the integrated point distribution method according to FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In the present specification, when any one element 'transmits' data or signals to another element, the element can transmit the data or signal directly to the other element, and through at least one other element Data or signal can be transmitted to another component.

1 is a diagram of an integrated point distribution system in accordance with an embodiment of the present invention. Referring to FIG. 1, the integrated point distribution system includes a first smartphone 1 included in the first group 1-1 of the first group (1-1) to the nth group (1-n: n is a natural number of 2 or more) (Social network service providing server 30), a point sharing server 40, and a public benefit organization server (hereinafter, referred to as " public service provider server " (50).

The communication network 20 is a communication network that is a high-speed period network of a large communication network capable of a large-capacity, long-distance voice and data service, and may be a next generation wired and wireless network for providing Internet or high-speed multimedia service. When the communication network 20 is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. As an embodiment of the asynchronous mobile communication network, a WCDMA (Wideband Code Division Multiple Access) communication network is exemplified. In this case, although not shown in the drawing, the mobile communication network 700 may include an RNC (Radio Network Controller). Meanwhile, although the WCDMA network is exemplified, it may be a next generation communication network such as a 3G LTE network or a 4G network, or an IP network based on other IP. The communication network 20 includes a smart terminal, an SNS providing server 30, a point sharing server 40 and a public interest institution server 50 included in the first group 1-1 to the n-th group 1-n, And transmits signals and data between the external systems.

The SNS providing server 30 provides a social network service (SNS) such as Twitter or Facebook and transmits a social network service to a smart terminal included in the first group 1-1 to the n-th group 1-n And provide an SNS application to provide.

The public benefit organization server 50 is a server operated by a public interest organization for donating points from smart terminals included in the first group 1-1 through the n-th group 1-n.

2 is a diagram showing the configuration of the point sharing server 40 in the integrated point distribution system in FIG. 2, the point-sharing server 40 includes a transmission / reception unit 41, a control unit 42, a point distribution module 43, a first database 44, a second database 45, and a user information DB 46 ). The point distribution module 43 includes a group management means 43a, a point management means 43b, a point fundament means 43c, a point award means 43d and a point distribution means 43e. Hereinafter, the integrated point distribution system will be described in detail, focusing on the configuration of the point distribution module 43. [

The group management means 43a controls the transmission / reception section 41 to receive the point-sharing service subscription request including the user information of the first smartphone, after accessing from the first smartphone 10-1 via the communication network 20 And stores the user information of the first smart phone in the user information DB 46. [

The group management means 43a controls the transmission / reception unit 41 to receive the response message by transmitting the inquiry message to the first smartphone 10-1 via the communication network 20, and then receiving the response message.

The group management means 43a analyzes the response message and determines whether or not to install a point-distribution application in order to allow donation, donation and distribution of a point according to the point-sharing service on the first smartphone 10-1.

The group management means 43a is configured to transmit and receive the point distribution application to the first smartphone 10-1 via the communication network 20 when the point distribution application is not installed on the first smartphone 10-1 (41). Accordingly, when the point distribution app is installed in the first smart phone 10-1, the group management unit 43a receives the point distribution app installation complete message from the first smart phone 10-1 via the communication network 20 And controls the transmission / reception unit 41 so that

In accordance with the operation of the point distribution app on the first smart phone 10-1, the first smart phone 10-1 can be configured to interoperate with the SNS app installed in advance in the first smart phone 10-1, When the phone 10-1 requests and receives the SNS providing server 30 through the communication network 20, the group management means 43a acquires an acquaintance relationship from the first smart phone 10-1 through the communication network 20 And stores the received information in the first database 44. Accordingly, the group management unit 43a forms a group using the acquaintances on the SNS through interworking with the SNS application for executing the SNS service provided by the SNS providing server 30, Provide a gift to others according to the set conditions.

The group management means 43a extracts the user information of the other smartphone users set as the acquaintance of the first smartphone user from the user information DB 46 using the acquaintance information, Extracts the point acquisition information included in the user information of the users, and stores the extracted point acquisition information in the first database 44. Here, all the other smartphone users set as the acquaintance of the first smartphone user are set as having joined the point sharing service.

The group management means 43a classifies the first group (1-1) if the point acquisition information of the other smartphone users is the same as that of the smartphone based on the point acquisition information of the first smartphone, For the other smartphone having the point acquisition information different from the point acquisition information, the second smartphone is classified into the second to n-th groups 1-2 to 1-n according to the respective point acquisition information, and is stored in the first database 44.

Here, the point acquisition information may be a point accumulation condition of each smartphone user, but it is not limited thereto and is used to form a group having various conditions such as a point use condition, an age condition, an area condition, and a sex condition.

On the other hand, when the point acquisition information is a point accumulation condition, the first smartphone user can not only use the first group (1-1) but also one of the second group (1-2) to n-th group I can belong. In this case, a method of obtaining points for each of the first to nth groups 1-1 to 1-n may be set differently. For example, the first group (1-1) can be a point obtained when a movie is viewed, and the second group (1-2) can be the same as a point obtained when a convenience store is used. have.

The point management means 43b receives the accumulated point information request from the first smartphone 10-1 via the communication network 20 and transmits it to the second database 45 via the first smartphone 10-1 Extracts and transmits point information of the stored first smartphone user, and controls the transmission / reception unit 41 to wait for reception of the point distribution information from the first smartphone 10-1. 1, when a group component called a first smart phone 10-1 to an m-th smart phone 10-m belongs to the first group 1-1, The point obtained by purchasing the online goods at the WAP server (not shown) can be assigned to one of the second to m-th smartphone users, or can be distributed to the members at a predetermined rate, It is possible to manage the points in such a way as to distribute the remainder to the members so that the points can be driven or distributed among the members.

In another embodiment, the point distribution information is set in such a manner as to drive all the points to one of the first smartphone user to the mth smartphone user for a specific period, It can be set to perform the same role as the meeting. On the other hand, the point distribution information may include not only smartphone users in the first group (1-1) but also donation information to the public benefit institution server (50) .

The point management means 43b is a means for managing the communication network 20 from at least one of the second smartphone 10-2 to the m-th smartphone 10-m of the first smartphone user from the first smartphone 10, The second smartphone 10-2 to the mth smartphone 10-m to transmit a point providing request to the first smartphone 10-2 in response to the request to provide the point to the first smartphone 10-2 . This enables them to actively collect points.

The point donation means 43c is a means for distributing the first point of the first smartphone 10-1 stored in the second database 45 to the public service organ 50, After computing the donation point corresponding to the donation allocation in the point information of the smartphone user, residual point information obtained by subtracting the donation point calculated from the point information of the first smartphone user stored in the second database 45 is calculated And stores it in the second database 45 as point information of the first smartphone user. The point donation unit 43c controls the transceiver unit 41 to transmit the calculated donor point to the public benefit institution server 50 via the communication network 20. [

The point awarding means 43d is a means for awarding points to the first smartphone 10-1 in such a manner that the point awarding information for at least one of the second to m-th smartphones 10-2 to 10- The point of interest information of the first smartphone user stored in the second database 45 and the point information of the first smartphone user stored in the second database 45, And stores the calculated remaining point information in the second database 45 as point information of the first smartphone user. Then, the point awarding means 43d transmits each of the calculated award points to the smartphone corresponding to the donation setting of the calculated donation points of the second to m-th smartphones 10-2 to 10-m, 20 via the transmission / reception unit 41.

The point distributing means 43e distributes the point allocation information for the first smart phone 10-1 to the distribution information of at least one of the first to m-th smart phones 10-1 to 10-m And calculates the distribution ratio point corresponding to at least one distribution ratio setting from the point information of the first smartphone user stored in the second database 45. Then, the point distributing means 43e distributes the calculated distribution ratio points to the smartphone corresponding to the distribution ratio setting ratio of each calculated donation point among the first to m-th smart phones 10-1 to 10-m And controls the transmission / reception unit 41 to transmit it via the communication network 20. [

Accordingly, the point management means 43b can control the movement of the first group 1-1, which is changed according to the donation, donation and dispensing by the point donating means 43c, the point awarding means 43d and the point distributing means 43e, And stores the point information on each smartphone 10-1 to 10-m in the second database 45. [

On the other hand, the point distribution module 43 determines the degree of point accumulation for the users of the first to m-th smart phones 10-1 to 10-m and the degree of donating points based on the second database 45 M to the first smart phone 10-1 to the m-th smart phone 10-1 through 10-m through the communication network 20 in order to open up ranking information to the group members and to induce competition .

3 is a general flowchart illustrating an integrated point distribution method according to an embodiment of the present invention. 1 to 3, after the point-sharing server 40 accesses the first smartphone 10-1 through the communication network 20, the point-sharing server 40 transmits a point-sharing service registration request including the user information of the first smartphone And stores it in the user information DB 46 (S11).

After step S11, the point-sharing server 40 transmits a point-distribution-appending installation query message to the first smartphone 10-1 via the communication network 20 and receives a response message (S12).

 The point sharing server 40 analyzes the response message according to step S12 and determines whether to install the point distribution app on the first smartphone 10-1 (S13).

If the point-sharing application is not installed on the first smartphone 10-1 according to the determination of step S13, the point-sharing server 40 transmits the first smartphone 10-1 through the communication network 20, Distribution application is installed in the first smartphone 10-1, and then the point-distribution-application installation completion message is received from the first smartphone 10-1 (S14).

On the other hand, when the point distribution application is installed on the first smartphone 10-1 according to the determination in step S13, or when the point app is installed in step S14, the first smart phone 10-1, The first smartphone 10-1 can acquire the first smartphone user's affiliation information through interworking with the SNS app installed in the first smart phone 10-1 according to the operation of the point distribution app on the first smart phone 10-1, 20, the point sharing server 40 receives the acquaintance information from the first smartphone 10-1 through the communication network 20 and transmits the acquaintance information to the first database 44 (S15).

After the step S15, the point-sharing server 40 extracts the user information of the other smartphone users set as the acquaintance of the first smartphone user from the user information DB 46 using the acquaintance information, The point acquisition information included in the user information of the user and other smartphone users is extracted and stored in the first database 44 (S16). Here, all the other smartphone users set as the acquaintance of the first smartphone user are set as having joined the point sharing service.

After the step S16, the point-sharing server 40 extracts the point acquisition information of the first smartphone extracted in step S16 from the first group 1 -1), and classified into the second to n-th groups (1-2 to 1-n) according to each point acquisition information for other smartphones having point acquiring information different from that of the first smart phone And stores it in the first database 44 (S17).

After the step S18, the point-sharing server 40 transmits the point information request to the first smartphone 10-1 via the communication network 20 in response to the accumulated point information request by the first smartphone 10-1, Extracts the point information of the first smartphone user stored in the first smartphone 45, and waits for reception of the point distribution information from the first smartphone 10-1 (S18).

After step S19, the point-sharing server 40 receives the point distribution information from the first smartphone 10-1 via the communication network 20 and then transmits the point distribution information to the first smartphone 10-1 (S19) for the points to the second to m-th smartphones 10-2 to 10-m in the first group (1-1) including the first group (1-1).

After step S19, the point-sharing server 40 determines whether or not the smartphone 10-1 to 10-m in the first group 1-1 that has changed in accordance with the donation and distribution performed in step S19 Point information in the second database 45 (S20).

4 is a flowchart specifically illustrating a point distribution process corresponding to step S19 in the integrated point distribution method according to FIG. 1 to 4, the point sharing server 40 judges whether or not there is a contribution assignment to the public benefit institution server 50 operated by a public interest organization in the point distribution information for the first smartphone 10-1 (S19a).

If there is a base assignment according to the determination in step S19a, the point sharing server 40 calculates the base point corresponding to the base assignment from the point information of the first smartphone user, The remaining point information obtained by subtracting the calculated base point from the stored point information of the first smartphone user is calculated and stored in the second database 45 as point information of the first smartphone user at step S19b.

After the step S19b, the point sharing server 40 transmits the base point calculated in the step S19b to the public benefit institution server 50 via the communication network 20 (S19c).

On the other hand, if there is no contribution assignment in accordance with the determination in step S19a or the donation point is transmitted to the public benefit institution server 50 in accordance with step S19c, then the point sharing server 40, M to the m-th smartphone 10-2 to 10-m (S19d).

As a result of the determination in step S19d, if there is a donation setting for at least one of the second smart phone to the m-th smart phone 10-2 to 10-m, the point- In the second smartphone user's point information stored in the second database 45 and subtracts each calculated earned point from the point information of the first smartphone user stored in the second database 45 And stores the remaining point information in the second database 45 as point information of the first smartphone user (S19e).

After the step S19e, the point-sharing server 40 transmits each of the calculated donation points to the donation setting corresponding to the donation setting of each calculated donation point among the second smart phone to the m-th smart phone 10-2 to 10-m And transmitted to the smart phone through the communication network 20 (S19f).

If it is determined in step S19d that there is no donation setting for at least one of the second to m-th smartphones 10-2 to 10-m, or in step S19f, After the transmission to the smartphone corresponding to the donation setting corresponding to each calculated donation point of the first to eighth smartphones (10-2 to 10-m), the point sharing server (40) 10-1 to 10-m) (S19g).

If there is a distribution ratio setting portion in accordance with the determination in step S19g, the point sharing server 40 determines whether or not the point information of the first smartphone user stored in the second database 45 And calculates a distribution ratio point (S19h).

After step S19h, the point-sharing server 40 transmits each of the distribution ratio points calculated in step S19h to each of the calculated earnest points of the first to m-th smartphones 10-1 to 10-m Through the communication network 20 to the smartphone corresponding to the distribution ratio setting (S19i).

The present invention can also be embodied as computer-readable codes on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) .

The computer readable recording medium may also be distributed over a networked computer system so that computer readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, the specification and the drawings have been described with respect to the preferred embodiments of the present invention, although specific terms are used, it is only used in a general sense to easily explain the technical contents of the present invention and to help the understanding of the invention. It is not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

1-1 to first-n: first to n-th groups,
10-1 to 10-m: first to m-th smart phones,
20: communication network, 30: SNS provision server,
40: Point sharing server, 41: Transmission / reception section,
42: control section, 43: point distribution module,
43a: group management means, 43b: point management means,
43c: point donating means, 43d: point awarding means,
43e: point distributing means, 44: first database,
45: second database, 46: user information DB,
50: public service organization server,

Claims (15)

The point sharing server storing the point sharing service stored in the user information DB includes the first smartphone user who has registered the point sharing service, (N is a natural number of 2 or more) according to each point acquisition information for another smartphone having the first smartphone user's point acquisition information and different point acquisition information, A first step of storing in a first database;
The point sharing server extracts and transmits the point information of the first smartphone user stored in the second database to the first smart phone in response to the accumulated point information request by the first smart phone through the communication network, A second step of receiving point distribution information from a smartphone; And
Wherein the point sharing server is a device for giving and distributing points to the second to m-th smart phones (m is a natural number of 2 or more) in the first group including the first smart phone according to the point distribution information Step 3; The method comprising the steps of: The method of claim 1, wherein, prior to the first step,
A step 1-1 of receiving the point-sharing service subscription request including the user information of the first smartphone and storing the received point-sharing service subscription request in the user information DB after the point-sharing server accesses via the communication network by the first smartphone; Further comprising the steps of: The method according to claim 2, Between the first step and the first step,
A 1-2 step of the point sharing server receiving a point-distribution-appending inquiry message and returning a response message to the first smartphone through the communication network; And
In response to the point sharing server analyzing the response message and determining whether the point distribution app is installed on the first smartphone, the point sharing server is not installed on the first smartphone. The first distribution method for transmitting the point distribution app to the first smartphone through a communication network to install the point distribution app on the first smartphone, and then receiving a point distribution app installation completion message from the first smartphone. Three steps; Further comprising the steps of: The method according to claim 3, Between the first step and the first step,
Wherein the first smartphone is connected to an SNS app installed in the first smartphone in accordance with driving of the point distribution app on the first smartphone, 1-5, the point-sharing server receives the friend-relationship information from the first smartphone through the communication network and stores the received information in the first database; Further comprising the steps of: 5. The method of claim 4, further comprising, between step (1-5)
The point-sharing server extracts user information of smartphone users set as a relationship of the first smartphone user from the user information DB by using the first information of the first smartphone user and the first smartphone user Extracting the point acquisition information included in the user information of the smartphone users set as an acquaintance relationship of the smartphone users, and storing the extracted point acquisition information in the first database; Further comprising the steps of: 5. The method of claim 4, wherein after the third step,
Storing the point information about the first to m-th smart phones in the first group in the second database, the point sharing server being changed according to the donation and the distribution; Further comprising the steps of: The method of claim 6, wherein the third step,
A step 3-1) of determining whether the point sharing server has a contribution assignment to the public interest agency server operated by a public interest organization in the point distribution information; And
When there is the base assignment, the point sharing server computes a base point corresponding to the base assignment, and then calculates a residual point obtained by subtracting the calculated base point from the point information of the first smartphone user stored in the second database 3-2) storing the point information in the second database as point information of the first smartphone user; The method comprising the steps of: The method of claim 7,
Transmitting the calculated donor point to the public benefit agency server through the communication network; Further comprising the steps of: The method of claim 8,
The point-sharing server, after the step 3-2, determines whether the point-sharing server determines whether there is an award of at least one of the second smartphone to the m-th smartphone belonging to the first group in the point distribution information, Step 3; And
Wherein the point sharing server calculates an award point corresponding to the at least one award setting if there is the award award setting portion and calculates each award point from the point information of the first smartphone user stored in the second database Subtracting the remaining point information from the first database and storing the information as point information of the first smartphone user in the second database; Further comprising the steps of: The method of claim 9,
Transmitting, by the point sharing server, each of the calculated donation points to the smartphone corresponding to a donation setting amount of each calculated donation point of the second to m-smartphones through the communication network; Further comprising the steps of: 11. The method of claim 10,
3-5, after step 3-4, the point-sharing server determines whether there is a distribution ratio setting value for at least one of the first smartphone or the m-th smartphone in the point distribution information; And
Wherein the point sharing server calculates each distribution ratio point corresponding to at least one distribution ratio setting from the point information of the first smartphone user stored in the second database when the distribution ratio is set, step; Further comprising the steps of: 12. The method of claim 11,
The point sharing server transmitting the calculated distribution ratio points to the smartphone corresponding to the distribution rate setting ratio of each calculated donation point among the first smart phone to the m smart phone through the communication network; Further comprising the steps of: In an integrated point distribution system in which an SNS providing server, a point sharing server, and a public institution server transmit and receive data through a communication network, the point sharing server includes:
The first smartphone user, including the first smartphone user subscribed to the point sharing service stored in the user information DB, is classified into a first group for the same smartphone as the point acquisition information of the first smartphone user based on the point acquisition information of a plurality of smartphone users. For other smartphones having point acquisition information different from the point acquisition information of the first smartphone user, the second database is classified into second to nth groups (n is a natural number of two or more) according to each point acquisition information, and is then divided into a first database. Group management means for storing;
According to the accumulated point information request by the first smartphone through a communication network, the point information of the first smartphone user stored in the second database is extracted and transmitted to the first smartphone, and then the points are distributed from the first smartphone. Point management means for receiving information; And
Point donation / distributing means for giving and distributing points to second to m-th smart phones (m is a natural number of two or more) in the first group including the first smart phone according to the point distribution information; Integrated point distribution system comprising a. The method according to claim 13, wherein the point management means,
Integrated point distribution, characterized in that for transmitting a point providing request from the first smartphone to the second to m-th smart phone when the point providing request through the communication network for at least one of the second to m-th smart phone. system. The method of claim 13, wherein the point sharing server,
Through the communication network to disclose the ranking information to the group members by ranking the degree of earning points and the degree of donation of points for the user of the first smartphone to the m-th smartphone based on the second database Integrated point distribution system, characterized in that for transmitting the ranking information from the first smartphone to the m-th smartphone.

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