KR101331767B1 - System and method for providing mobile local social service based on real-time location information, and computer-readable recording medium for the same - Google Patents

Abstract

An object of the present invention by using a mobile terminal device, such as a smartphone that the user carries a mobile local social network in a range of areas from the user to activate direct communication and traffic through offline in social network services It aims to provide real-time location-based mobile local social service technology that enables users to kill. According to the present invention, by constructing a mobile local social network on a local basis, there is an advantage in that the social network, which is conventionally limited to online, can be directly activated and communicated with people through offline. Furthermore, according to the present invention, by establishing a mobile local social commerce network that crosses online and offline centering on a user having a mobile terminal device, it is possible to easily identify a commercial area centered on a local unit, and then use optimized marketing and various goods. There is an advantage that can be provided.

Description

System and method for providing mobile local social service based on real-time location information, and computer-readable recording medium for the same }

The present invention relates to a technology for providing a mobile local social service based on real time location. More specifically, the present invention is a mobile local social based on real-time location that is configured to modify the social network that was provided limited to only a broad range of online in the past to enable communication and communication through offline using a mobile terminal device Initiate a service description.

Due to the development of the Internet culture, the use of so-called social network service (hereinafter referred to as 'SNS'), in which the exchange of human relations has an online exchange through the Internet, rather than an actual encounter, has recently become more active. As a result, people want to let others know about their daily lives online and learn about other people's lives online. For example, even when shopping, it is also common to register and notify it on SNS.

However, to date social network services, and in particular, social commerce, e-commerce through these social network services, have simply moved what people have previously talked to on the Internet, and are mainly online. Accordingly, in the technical field, technology development is required to maximize the advantages of offline by buffering the boundary between online and offline.

[Related Technical Literature]

1. Internet e-commerce combining online and offline (Patent Application No. 10-1999-0048466)

2. Electronic commerce payment system and method using prepaid card for both online and offline (Patent Application No. 10-2000-0024059)

An object of the present invention by using a mobile terminal device (for example, a smartphone) carried by the user to configure a mobile local social network in a range of regions from the user by direct communication and communication through offline in social network services It is to provide real-time location-based mobile local social service technology that can be activated.

The real-time location-based mobile local social service system according to the present invention for achieving this problem is provided with a plurality of mobile terminal devices and a service server connected to a communication network, installed and executed in the mobile terminal device 10, the mobile terminal It transmits the position coordinates acquired through the position identification unit 12 of the device to the service server through the communication network, and assigns the inside-terminal group 20 consisting of a plurality of inside-terminals located within a preset boundary around the position coordinates. And a networking means 13a for receiving a mobile local social network, an instant of sending a user's query message to a group of inside terminals through a service server, and receiving a response message from one or more of a plurality of inside terminals through a service server. Providing mobile local social service with messaging means 13b A computer readable recording medium having recorded thereon a program; Receiving position coordinates from a plurality of mobile terminal devices through a communication network to form a mobile local social network 100 constituting an inside-terminal group 20 located within a predetermined boundary around an individual mobile terminal device, and thereby, mobile local Mediating the social service, when receiving the inquiry message from the instant messaging means 13b of the mobile terminal device, mediating the query message to the inside-terminal group 20 of the mobile local social network 100 set up for the mobile terminal device, Correspondingly, if a response message is returned from at least one of the inside-terminals of the inside-end party group 20, the service server 50 relays to the instant messaging means 13b of the mobile terminal device.

In addition, the real-time location-based mobile local social service providing method according to the present invention for achieving this problem, in order to provide a real-time location-based mobile local social services through a plurality of mobile terminal devices and a service server connected to the communication network, A first step of transmitting, by a plurality of mobile terminal devices, the position coordinates received through the location identifier to a service server through a communication network; A second, in which the service server forms a mobile local social network 100 constituting an inside-terminal group 20 located within a preset boundary around an individual mobile terminal device based on the position coordinates provided from the plurality of mobile terminal devices. step; A third step of providing, by the mobile terminal device, an inquiry message to the service server; A fourth step of receiving, by the service server, the query message and mediating the query message to the inside-terminal group 20 of the mobile local social network 100 set up for the mobile terminal device; A fifth step in which the service server receives a response message from an inside-terminal group in response to the query message; And a sixth step of the service server providing the response message to the mobile terminal in response to the inquiry message.

According to the mobile local social service providing technology of the present invention, by constructing a mobile local social network on a local basis, there is an advantage in that the social network, which is conventionally limited to online, can be directly activated and communicated with each other through offline.

Furthermore, according to the mobile local social service providing technology of the present invention, by establishing a mobile local social commerce network that crosses online and offline centering on a user having a mobile terminal device (for example, a smartphone), It can be easily identified and used to provide optimized marketing and various goods (goods, services).

1 is a diagram illustrating a real-time location-based mobile local social service system according to an embodiment of the present invention.
2 is a diagram for explaining mobile social networking settings in a real-time location-based mobile local social service system.
3 is a diagram illustrating a main configuration for providing a mobile local social service.
FIG. 4 is a diagram showing a detailed configuration of a database in FIG.
5 is a flowchart illustrating a method for providing a real-time location-based mobile local social service according to an embodiment of the present invention.

Hereinafter, with reference to the drawings will be described the present invention in more detail.

1 illustrates a real-time location-based mobile local social service system 1 according to an embodiment of the present invention. 2 is a diagram for explaining mobile social networking settings in a real-time location-based mobile local social service system 1. 3 shows a main configuration for providing a mobile local social service, and FIG. 4 shows a detailed configuration of the database 51. As shown in FIG.

First, referring to FIG. 1 and FIG. 2, the mobile local social service system 1 includes a mobile terminal (eg, a smartphone) 10, an inside-terminal group 20, and an outside-terminal group. 30, a wireless communication network 40, a service server 50, and a map information server 60. At this time, the inside-terminal group 20 is one or more inside terminals existing inside the mobile local social network 100, that is, the first inside-terminal 20-1 to the n-th inside-terminal 20-n: n Is a natural number). Similarly, the outside-terminal group 30 may include one or more outside terminals, that is, the first outside-terminal 30-1 to the m-th outside-terminal 30, which exist outside of the mobile local social network 100. -m, m is a natural number).

In this case, the mobile terminal 10 includes a transceiver 11, a location identifier 12, a local social networking service module 13, and a storage 14, as shown in FIG. 3. In the present specification, 'mobile terminal device' basically refers to a device that moves easily, such as a smartphone, a smart pad, and various terminal devices installed in a vehicle, but the scope of the present invention is not necessarily limited thereto. A personal computer (PC), a cloud-based client, a web browser software module installed in a specific terminal, etc. may all be mobile terminal devices of the present invention. It is not completely fixed at any one point, especially when looking at the concept of mobile local social services, since these devices can exist at any point.

As such, as the concept of the mobile terminal device 10 is widely set, the configuration of the location identifier 12, which is a component for identifying the geographical location of the mobile terminal device 10, may be variously understood. That is, the position of the mobile terminal 10 may be identified by receiving a GPS signal or using location information of the WIFI access point. In the case of personal computer (PC), the approximate location can be identified based on the location information of the Internet access point, and personal computers installed in public institutions (post offices, offices, etc.) can identify the location from the information of these public institutions. Alternatively, the user may prepare a menu for directly inputting his / her location to collect location information. In addition, when it is determined that the user uses a plurality of terminal apparatuses, the position of another apparatus may be set based on the terminal apparatus capable of identifying a location among them.

And, the local social networking service module 13 is a networking means (13a), instant messaging means (13b), commerce post providing means (13c), local information providing means (13d), commerce connection means (13e), verification means ( 13f). Here, the local social networking service module 13 may be implemented in various forms as a configuration for performing various processes for the present invention. For example, the local social networking service module 13 may be provided in the form of application software for a smartphone, which is stored in the storage unit 14 and then installed.

Hereinafter, the present invention will be described based on the configuration of the local social networking service module 13.

The networking unit 13a transmits and receives the location coordinates received by the location identifying unit 12 to the service server 50 through various wireless communication networks 40 such as a mobile communication network or a wireless LAN. To control.

Accordingly, the networking means 13a are connected to the inside-terminal group 20, which is composed of the first inside-terminal 20-1 to the nth inside-terminal (20-n: n is a natural number) from the service server 50; The smart phone 10 based on the respective real-time position coordinates received from the outside-terminal group 30 consisting of the first outside-terminal 30-1 to the m-th outside-terminal 30-m. Receives mobile terminal information within a local unit that is a preset boundary from a position coordinate of.

That is, the networking means 13a are assigned an inside-terminal group 20 constituting the mobile terminal 10 and the local social network 100. The identification information of the inside-terminals 20-1 to 20-n included in the inside-end party group 20 is provided to the networking means 13a, so that the local social networking service module 13 of the mobile terminal device 10 is provided. It may be managed, or may be implemented so as not to be provided to the individual mobile terminal 10 while integrated management in the service server 50. It should be understood that the same applies to the various means 13b to 13f described later.

The preset boundary may be an area for distinguishing the inside-terminal group 20, which is a mobile terminal within a radius of 2 miles, for example, and the outside-terminal group 30, which is another mobile terminal, as shown. The reason for presenting two miles here as an example is that the feature of information retrieval through mobile terminals is in the quick response to what the user is asking right now, so this quick response is mostly based on location-based or what happens within the area. To optimize and focus on what's relevant. However, the boundary is not limited to a radius of 2 miles and may be variously selected and set to a different value (for example, 3 miles, 5 miles, etc.). In addition, the size of the boundary is not always constant and may be set differently for each region or time in consideration of various situations such as the number of users. In addition, it can be set differentially according to the reliability of the subscriber (user) as described later.

On the other hand, the mobile terminal information returned by the networking means 13a is for the inside-terminal group 20 composed of the first inside-terminal 20-1 to the n-th inside-terminal (20-n: n is a natural number). It may be configured to include an International Mobile Equipment Identity (IMEI).

Accordingly, the networking means 13a controls the transmitter / receiver 11 to establish a mobile local social network with the inside-terminal group 20 forming a local unit via the wireless communication network 40 or through short-range wireless communication.

The location information inquiry for the mobile local social network configuration by the above-mentioned networking means 13a is preferably performed repeatedly and centered on the mobile terminal located above the threshold in the boundary. However, depending on the implementation, it may be configured in such a way that it can be referred to once.

Here, the smartphone 10 and the inside-terminal group 20 are tied together by 2 miles helpers to form a regional unit culture activation, through which mutual information is updated in real time as described below. And play a role in communicating with each other. In other words, the 2-mile helper in the present invention serves to lead the interest and responsibly so that the information required within the 2-mile, which is a local unit, can be known as accurately and easily as possible.

In addition, the instant messaging means 13a may wirelessly share an inquiry message input by the user of the smartphone 10 with the inside-terminal group 20 within the regional unit information set by the networking means 13a. The transmission and reception unit 11 is controlled to transmit to the service server 50 through the communication network 40.

The service server 50 transmits the above query message to the inside-terminal group 20 within the same local unit as the smartphone 10, and thus configures the smartphone 10 and the mobile local social network 100. Inside-terminal group 20 will receive the above query message. When the service server 50 receives a reply message from at least one of the inside-terminals belonging to the inside-terminal group 20, the service server 50 provides the response message to the smart phone 10 providing the query message. This allows the sharing of the inquiry message and the response message between the smartphone 10 and the inside-terminal group 20.

Meanwhile, the service server 50 matches and stores the query message and the response message in the instant message area 51a of the database 51. Through this, various kinds of information are accumulated and accumulated in the database 51. The accumulated information may be used to provide a service. When the service server 50 receives the query message from the smart phone 10, it is possible to first query the database 51 and return the result, and then transmit the above query message to the inside-terminal group 20. Do. In this embodiment, the smartphone 10 has an advantage of being immediately provided with a primary response, and as the operation of the local social network 100 continues, the effectiveness of the immediate response through this database 51 is increased. do.

Even if the smartphone 10 and the inside-terminal group 20 do not directly exchange personal information with each other, various questions can be solved through communication through the service server 50. On the other hand, in another embodiment of the present invention, the query message of the smart phone 10 and the response message of the corresponding mobile terminal is divided into a public mode (public mode) or a private mode (private mode) to mutually transmit and receive Available through On the other hand, when the query message sent from the smartphone 10 is in the private mode, the service server 50 preferably sets the response message to the query message can be viewed only by the smartphone 10.

The commerce providing means 13b is a kind of query message for goods information (article information and service information) to be provided by the user of the smart phone 10, and the local social network 100 according to the same local unit set by the networking means 13a. The transmitter / receiver 11 is controlled to transmit a message to the service server 50 through the wireless communication network 40 to share with the inside-party group 20 within. In this case, the goods information is not limited to the goods information to be provided by the user of the smart phone 10, but can be extended to the goods information to be purchased by the user.

Accordingly, the service server 50 and the identification number of the smart phone 10 that provides a query message for the inside-terminal group 20 in the local social network 100 according to the same local unit and the smart phone 10 and Send the goods information. In this way, among the individual inside-terminal holders of the inside-terminal group 20, a person who is interested in the goods information according to the inquiry message may provide a response message to purchase the goods (goods or services).

The commerce providing means 13b uses the wireless communication network 40 to share the commerce post corresponding to the advertisement provided from the smartphone 10 with the inside-terminal group 20 within the regional unit set by the networking means 13a. Controls the transceiver 11 to transmit to the service server 50 through.

Accordingly, the service server 50 transmits the commerce post (question message) to the inside-terminal group 20 within the same local unit (eg, a radius of 2 miles) as the smartphone 10 and transmits the commerce post (question message) to the local social network ( 100) and store the commerce posts in the commerce post area 51b of the database 51 to prepare for future use.

Meanwhile, the service server 50 may allow commerce posts provided by individual mobile terminals belonging to the inside-terminal group 20 to be shared between the smartphone 10 and the inside-terminal group 20.

In addition, the commerce providing means (13b), after sending the commerce post by the smart phone 10 to the commerce post area 51b, inquires whether the commerce post registration is allowed from the service server 50, and then registers Only when the status is allowed, the transmission can be set.

As another embodiment, the service server 50 may provide a reward event when there is more than a predetermined number of accesses from the commerce providing means 13b to the commerce post area 51b. In this case, the reward event may correspond to an online coupon or an online gift certificate.

On the other hand, the local data providing means 13d is a service server to share the local data through the wireless communication network 40 to share the local data provided from the user of the smartphone 10 with the inside-terminal group 20 in the same local unit The transmitter / receiver 11 is controlled to transmit to 50. Here, 'regional data' is information corresponding to regional characteristics such as intersection area and mall information.

Accordingly, the service server 50 is shared by transmitting the local data to the inside-terminal group 20 corresponding to the mobile terminal information in the same local unit as the smart phone 10, the local data of the database 51 Area data is stored in the area 51c.

On the other hand, the service server 50 is also provided via the local data area 51c of the database 51, the local data provided from each mobile terminal of the inside-terminal group 20, the smartphone 10 and the inside-terminal group 20 The local data is continuously accumulated and updated.

In addition, the service server 50 receives the location data stored in the area data area 51c together with the coordinates of each inside-terminal of the smartphone 10 and the inside-terminal group 20 together with the map data. A portal web server may be provided through an interlocking service with the map information server 60. Here, the interlocking service means providing map data corresponding to the location coordinates together.

In the present invention, the local data area 51c of the database 51 may be used as a database for managing by a dedicated manpower in public institutions under a plan for convenience of local people.

Commerce connection means (13e) and the inside-terminal group 20 in the local social network 100 according to the same local unit set by the networking means (13a) the goods information that the smartphone 10 user wants to be provided with; In order to share, the transmitter / receiver 11 is controlled to be transmitted to the service server 50 through the wireless communication network 40. Accordingly, when a connection request is received by one of the mobile terminals of the inside-terminal group 20 in a state in which a data session is connected to the commerce connection area 51d of the database 51 connected to the service server 50, The service server 50 mediates the mutual identification number between the smart phone 10 and the mobile terminal making a connection request. Here, examples of the goods the user wants to be provided through the smartphone 10 include call taxi calls, meal orders, parcel delivery requests, and the like.

The verification means 13f allows access of the mobile terminal grouped with the same area unit information to the area data area 51c, thereby providing the area data provided from the user of the smartphone 10 received by the area data providing means 13d. In addition, verification data may be added through verification of local data provided from each mobile terminal holder of the inside-terminal group 20.

That is, the local data uploaded for each time is automatically stored in the local data area 51c, but its accuracy is difficult to guarantee. Therefore, it is preferable to provide verification data (identifying / confirmed / false / advertised) by the user or the holder other than the user or the holder who uploaded the local data. Here, the verification data can be provided as an icon.

More specifically, the verification means 13f controls the transceiver 11 to access the area data area 51c at preset intervals and receive verification data corresponding to each area data provided to the smart phone 10.

The service server 50 may provide the entire geographic space to each mobile terminal of the smart phone 10 and the inside-party group 20 by setting a name by dividing the two-mile area like a cell concept. After calculating the user statistics for each regional unit based on the name, it is possible to perform the differential setting of the number of commerce post registration described in the commerce providing means (13b).

On the other hand, in the mobile local social service according to the present invention, the response message is preferably provided with the location information of the person providing the response message. This is preferably applied not only to the response message provided at that time from the inside-terminal group 20, but also to the response message stored in the database 51 and recycled through the search. As the location information, information on how far away from the smartphone 10 that provided the inquiry message is displayed inside the terminal, which provides the response message, may be intuitively displayed in a form or color different from each other by a character or a location indication icon (ie, distance or distance). It is also possible to provide a way to provide a number of icons that can be distinguished (), and the method is provided by displaying the location on the map. Through this, the user of the mobile local social service can not only be more reliable about the response message, but also know the location of the counterpart, and thus can use it more advantageously. On the other hand, it is preferably configured to provide additional location information for the query message. All such information is stored in the database 51 and combined with the retrieval service to be recycled later.

The profitability structure of mobile local social services can occur when a search engine is combined with a database 51 for location-based information built within a limited area (eg, 2 miles). Preferably, the information of the mobile local social service in each country of the world is integrated in detail by time and location, and the information is continuously improved through continuous updating. By combining search engines with this integrated database, users can find and use information. In this case, the search engine may be newly configured by itself, or may use an external solution that has been used in the Internet field.

That is, by linking the search engine to the search database 51 continuously accumulated based on the location boundary, the user can easily search for various types of information about a location limited within a certain area range. By constructing such a very limited regional scope (eg, within two miles of the originator of a query message), at least two advantages can be obtained in the present invention. The first is that the validity of the information according to the response message is improved. Is narrowing down the search engine, allowing search engines to quickly produce search results.

On the other hand, various messages (question message, response message) exchanged in the mobile local social service of the present invention can be delivered or obtained to a number of insight-terminals 20-1 to 20-n belonging to the corresponding local social network 100. It is advisable to set a minimum filtering mechanism. For example, it is desirable to set a delay registration of about 10 seconds to 1 minute, and to undergo manual or automatic filtering by the supervisor or supervisory software during that time.

In addition, it is desirable to ensure more reliable or stable when sending and receiving a message that requires security through the real name mode switch. The user who participated in the real name mode switching is switched to the real name mode after identifying the actual user through the terminal information and the subscriber information inquiry method. It is desirable to provide a message exchange mode that is acceptable only to a user who has switched to a real name mode, and it is preferable to provide a real name message area 51e in the database 51 as well.

Further, in the mobile local social service according to the present invention, the boundary for setting the local social network 100 may be differentiated for each subscriber. That is, it is possible to set the activity level of the subscriber, for example, set 1 mile for beginners, set 2 miles for regular subscribers, and set 5 miles for excellent subscribers, for example. As such, by differentiating the boundary, the participation or influence of the mobile local social service can be gradually expanded for the verified subscriber, thereby improving the reliability of the entire mobile local social service.

5 is a flowchart illustrating a method for providing a mobile local social service based on real time location according to an embodiment of the present invention. Looking at the mobile local social service providing method according to the present invention with reference to [FIG. 1] to [FIG. 5], first, the smart phone 10 is a location identification unit 12 to the service server 50 through the wireless communication network 40 Transmit the position coordinate received by the (S1).

Accordingly, the smartphone 10 and the inside-terminal group 20 composed of the first inside-terminal 20-1 to the n-th inside-terminal (20-n, where n is a natural number) from the service server 50; The smart phone 10 based on the respective real-time position coordinates received from the outside-terminal group 30 consisting of the first outside-terminal 30-1 to the m-th outside-terminal 30-m. Receives mobile terminal information within a local unit that is a preset boundary from a position coordinate of.

At this time, the mobile terminal information returned by the network working means 13a is the identification of the inside-terminal group 20 composed of the first inside-terminal 20-1 to the nth inside-terminal (20-n: n is a natural number). It may comprise a number (IMEI).

Accordingly, the smartphone 10 sets up the inside-terminal group 20 and the mobile local social network 100 forming a local unit through the wireless communication network 40 or through various short-range wireless communication (S2).

After step S2, the smartphone 10 determines whether an instant message transmission request is input from the user (S3).

As a result of the determination in step S3, when there is a request for transmitting an instant message from the user, the smartphone 10 may share the query message received from the user with the inside-terminal group 20 in the mobile local social network 100. It transmits to the service server 50 through the wireless communication network (40). Through this, the query message is transmitted to the inside-terminal group 20 by the service server 50 (S4).

After step S4, the smartphone 10 receives a response message from at least one of a plurality of inside-terminals belonging to the inside-terminal group 20 through the service server 50, and returns to the response message thus received. As for sharing is performed between the smartphone 10 and the inside-terminal group 20 (S5).

Thereafter, the service server 50 matches and stores the query message provided in step S4 and the response message provided in step S5 in the instant message area 51a of the database 51 (S6).

On the other hand, when the instant message transmission request is not input from the user as a result of the determination of step S3, the smartphone 10 then determines whether the commerce providing request is input (S7).

When the commerce provision request is input as a result of the determination in step S7, the smartphone 10 transmits the goods information to be provided by the user to the service server through the wireless communication network 40 (S8).

Accordingly, the service server 50 transmits the identification number and the goods information of the smartphone 10 to the inside-terminal group 20 existing in the local social network 100 according to the same local unit as the smartphone 10. do. Through this, a request for providing a commerce is transmitted to a plurality of inside-terminals 20-1 to 20-n belonging to the inside-terminal population 20, and among the holders of these inside-terminals 20-1 to 20-n. In response to the commerce offer request, the interested party can respond to the commerce offer request message to purchase the goods (goods or services) (S9).

On the other hand, if the commerce offer request is not input from the user as a result of the determination in step S7, the smartphone 10 then determines whether the commerce post request is input (S10).

When the commerce post request is input as a result of the determination in step S10, the smartphone 10 may communicate with the wireless communication network 40 to share the commerce post corresponding to the advertisement provided by the user with the inside-terminal group 20. It transmits to the inside-terminal group 20 through the connected service server 50 (S11).

After step S11, the service server 50 transmits the commerce post to the inside-terminal group 20 within the same local unit as the smartphone 10 so that the commerce post is shared, and the commerce post in the database 51. The commerce post is stored in the area 51b (S12).

On the other hand, when the user's commerce post request is not input as a result of the determination in step S10, the smartphone 10 next determines whether the local data transmission request is input (S13).

When the local data transmission request is input as a result of the determination in step S13, the smartphone 10 is connected with the wireless communication network 40 to share the regional data provided from the user with the inside-terminal group 20 within the same regional unit. It transmits to the inside-terminal group 20 through the service server 50 (S14). Here, regional data is information corresponding to regional characteristics such as intersection area and mall information.

Accordingly, the service server 50 stores the regional data in the regional data area 51c of the database 51 (S15).

On the other hand, the service server 50 is such that various regional data provided from each mobile terminal of the inside-terminal group 20 through the local data area 51c is also shared between the smartphone 10 and the inside-terminal group 20. It is desirable to ensure that these regional data are updated continuously.

After step S15, the service server 50 allows the mobile terminal bound by the same area unit information to the area data area 51c to thereby access the user of the smartphone 10 received by the area data providing means 13d. Verification data is added through verification of the regional data provided from and the regional data provided from each mobile terminal holder of the inside-terminal group 20 (S16).

That is, the local data uploaded for each time is automatically stored in the local data area 51c, but since the accuracy thereof is difficult to be guaranteed, the verification data (confirmed by other users or holders except the uploading user or holder) Medium / verified / false / advertised). Here, the verification data can be provided in the form of an icon.

On the other hand, if the user's regional data transmission request is not input as a result of the determination in step S13, the smartphone 10 determines whether the commerce connection request is input (S17).

When the commerce connection request is input as a result of the determination in step S17, the smartphone 10 and the inside-terminal group 20 within the same regional unit set by the networking means 13a to provide the goods information that the user wants to receive. In order to share it, it transmits to the service server 50 through the wireless communication network 40 (S18).

Accordingly, after the service server 50 stores the goods information in the commerce connection area 51d of the database 51 (S19), the commerce connection area 51d of the database 51 currently connected to the service server 50. When a connection request is received by one of the mobile terminals of the inside-terminal group 20 with the data session connected, the service server 50 mutually identifies between the smartphone 10 and the mobile terminal that has made the connection request. Intermediate to exchange the number (S19).

Here, the goods that the user wants to be provided by the smartphone 10 may include call taxi calls, meal orders, delivery requests, and the like.

The present invention can be embodied programmatically on a computer-readable recording medium. The computer-readable recording medium includes all kinds of recording devices for storing data that can be read by a computer system, such as ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, and the like. It also includes the implementation in the form of a carrier wave (for example, transmission over the Internet). In addition, the technical idea of the present invention can be stored and executed in the program code in a distributed manner in a networked computer system. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers in the technical field to which the present invention belongs.

As described above, the present invention has been described with respect to the embodiments of the present invention, although specific terms are used, it is merely used in a general sense to easily explain the technical contents of the present invention and help the understanding of the present invention, the present invention It is not intended to limit the scope of. 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.

10: Smartphone
11: Transmitting /
12: location identification unit
13: Mobile Local Social Service Module
13a: networking means
13b: Instant messaging means
13c: Commerce posts offer
13d: Local information provider
13e: Commerce connection
13f: Verification Method
14:
20: Inside-terminal group
30: Outside-terminal group
40: wireless communication network
50: service server
60: map information server

Claims (13)

A system for providing a real-time location-based mobile local social service through a plurality of mobile terminal devices and a service server connected to a communication network,
It is installed and executed in the mobile terminal device 10, and transmits the position coordinates obtained through the position identification unit 12 of the mobile terminal device to the service server through a communication network, within a preset boundary around the position coordinates Networking means (13a) to be assigned to the inside-terminal group 20 consisting of a plurality of inside-terminals located to form a mobile local social network, and transmits the user's query message to the inside-terminal group through the service server and Instant messaging means 13b for receiving a response message from at least one of the plurality of inside-terminals through the service server, and local data corresponding to the local social network from the mobile terminal device through the service server. -Send and share to the terminal group and the mobile terminal The local information providing means 13d for transmitting the location coordinate of the together with the local data to provide the map information by the map information server, and transmitting the goods information that the user wants to receive to the service server. Mobile local social service for functioning; commerce connection means (13e) for receiving the connection request according to the connection request of any one of the plurality of inside-terminals in the commerce connection area of the database connected to the server and the data session connected; A computer readable recording medium having recorded thereon a provided program;
Receiving position coordinates from a plurality of mobile terminal devices through a communication network to form a mobile local social network 100 constituting the inside-terminal group 20 located within the preset boundary around the individual mobile terminal devices and thereby the mobile When interrogating a local social service and receiving a query message from the instant messaging means 13b of the mobile terminal device, the query message is transmitted to the inside-terminal group 20 of the mobile local social network 100 set up for the mobile terminal device. Mediation and correspondingly returning a response message from one or more of the inside-terminals of the inside-terminal group 20 to the instant messaging means 13b of the mobile terminal device, and the instant message area of the database 51 ( Provided from the instant messaging means 13b to 51a). After matching and storing the query message and the response message, a search is performed on the instant message area 51a in response to a subsequent query message, and the search result is first provided as a response message to the query message. The local data is stored in the local data area 51c of the database, and the mobile terminal and the plurality of inside-terminals are allowed access to the local data area to verify the local data. A service server 50 which adds and stores verification data to 51c);
Real-time location-based mobile local social service system that is configured to include.
delete The method according to claim 1,
The mobile local social service providing program,
A commerce service providing a commerce service by transmitting a commerce query message about goods information to the inside-terminal group through the service server to receive a commerce response message through the service server from at least one of the plurality of inside-terminals. Means 13c;
More features,
The service server 50 matches and stores the commerce query message and the commerce response message in the commerce post area 51b of the database 51 so that the service server 50 may correspond to the commerce post message 51b. And providing the commerce post area search result as a commerce response message to the commerce query message after performing a search.
delete The method according to claim 1,
The service server 50 evaluates the activity level of the mobile local social service for the user of the mobile terminal device 10 and sets the boundary for each user of the mobile terminal device 10 in response to the evaluation result. Real-time location-based mobile local social service system, characterized in that.
The method according to claim 1,
When the service server 50 provides the response message to the mobile terminal device, the service server 50 provides geographical location information for the inside-terminal providing the response message.
The mobile local social service providing program is a real-time location-based mobile local social service system, characterized in that to display the geographic location information when displaying the response message on the mobile terminal device.
A method of providing a real-time location-based mobile local social service through a plurality of mobile terminal devices and a service server connected to a communication network,
A first step of transmitting, by the plurality of mobile terminal devices, the position coordinates received through the location identifier to the service server through a communication network;
The service server forms a mobile local social network 100 constituting an inside-terminal group 20 located within a preset boundary around individual mobile terminal devices based on the position coordinates provided from the plurality of mobile terminal devices. Second step;
A third step of providing, by the mobile terminal device, an inquiry message to the service server;
Receiving, by the service server, the query message and mediating the query message to an inside-terminal group (20) of the mobile local social network (100) configured for the mobile terminal device;
A fifth step in which the service server returns a response message from the inside-terminal group in response to the query message;
A sixth step of providing, by the service server, the response message to the mobile terminal device in response to the inquiry message;
A seventh step of the service server matching and storing the query message and the response message in an instant message area of a database;
An eighth step of the service server performing a search on the instant message area in response to a subsequent query message and first providing the instant message area search result as a response message to the query message;
The mobile terminal device transmits and shares local data corresponding to the local social network to the inside-terminal group through the service server, and transmits the position coordinates of the mobile terminal device together with the local data by the map information server. A ninth step of providing map information;
After the user transmits the goods information that the user wants to receive to the service server, the connection is made according to a connection request of any one of the plurality of inside-terminals in which a commerce connection area of a database connected to the service server and a data session are connected. A tenth step of receiving a request;
The service server stores the region data in the region data region of the database, and allows the mobile terminal and the plurality of inside-terminals to access the region data region and verify the region data by verifying the region data region. An eleventh step of adding verification data to and storing the verification data;
Real-time location-based mobile local social service providing method comprising a.
delete The method of claim 7,
A twelfth step of the mobile terminal device transmitting a commerce query message regarding goods information to the inside-terminal group through the mediation of the service server;
A thirteenth step when the service server receives a commerce response message from the inside-party group, providing the commerce interrogation message to the mobile terminal in response to the commerce query message;
A 14th step of the service server matching and storing the commerce query message and the commerce response message in a commerce post area of a database;
A fifteenth step of providing, by the service server, the commerce post area search result as a commerce response message to the commerce post message after performing a search on the commerce post area in response to a commerce query message;
Real-time location-based mobile local social service providing method is configured to include more.
delete The method of claim 9,
A sixteenth step of the service server evaluating the activity level of the mobile local social service for the user of the mobile terminal device and setting the boundary for each user of the mobile terminal device according to the evaluation result;
Real-time location-based mobile local social service providing method is configured to include more.
The method of claim 11,
In the eighth step, the service server provides geographical location information for the inside-terminal providing the response message when the response message is provided to the mobile terminal device.
Displaying, by the mobile terminal, the response message together with the geographical location of the inside-terminal;
Real-time location-based mobile local social service providing method is configured to include more.
A computer-readable recording medium having recorded thereon a program for executing a method for providing a real-time location-based mobile local social service according to any one of claims 7, 9, 11 and 12.

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