KR101142903B1 - Communication method by using area based multi-data distribution application - Google Patents

Abstract

PURPOSE: A communication method using an area based multi-data distribution application is provided to transmit selected information of a smart phone to a smart phone user in a short time. CONSTITUTION: An application program is executed by swiping of a smart phone in a GPS(Global Positioning System) and an accelerometer(S100). A GPS coordinate is selected through the application program(S200). The smart phone is swiped in order to transmit the selected data(S300). The GPS coordinate is transmitted to a server by swiping(S400).

Description

Communication Method by Area Based Multi-data Distribution Application

The present invention relates to a communication method using an area-based multidata distribution application, and more particularly, to an area-based multidata distribution application that can collectively transmit desired information to a plurality of users within a set range by swiping a smartphone. It relates to a communication method using.

Social network service (SNS) is a service that allows users to form a human network on the web, and its importance is gradually increasing due to the development of information and communication technology. Communication media such as computers, smart phones, and netbooks that enable such social network services have been generally used for the purpose of exchanging information between remote users.

In addition, as the amount of information exchange between individuals or groups using a communication device has recently increased, and the necessity of the same information communication for a large number of individuals located at a short distance as well as a long distance increases, a conventional one-to-one information communication between individuals located at a long distance. In addition to services, there is an increasing need to develop various types of short-range communication services or multi-data transmission services.

In connection with the short-range communication service, a Drag & Shake method of transmitting data by shaking a smartphone to a nearby user different from the conventional 1: 1 communication method between individuals, or by contacting a smartphone with each other A bump method for transmitting a signal has been developed. However, the prior arts have a problem that the range of information transmission is very small and the information cannot be simultaneously transmitted to multiple users.

In order to solve the problems of the prior arts, the present inventors have developed a communication method using an area-based multidata distribution application that can collectively transmit selected information to a plurality of users within a set range by simply operating a smartphone. .

An object of the present invention is to provide a communication method using an area-based multi-data distribution application that can transmit the selected information of the smart phone to a plurality of smart phone users in a short time.

Another object of the present invention is to provide a communication method using an area-based multidata distribution application that can collectively transmit information selected by swiping a smartphone to a plurality of users existing in a confined space such as a classroom, a hall, or a concert hall. It is to provide.

Still another object of the present invention is to provide a communication method using an area-based multidata distribution application that can simultaneously transmit selected information by simple operation of a smart phone to all users existing in a short range as well as a long range. .

Still another object of the present invention is to provide a communication method using an area-based multidata distribution application capable of selecting whether to receive information collectively transmitted by swiping a smartphone according to a receiver's intention.

The above and other objects of the present invention can be achieved by the present invention described below.

Communication method using a region-based multi-data distribution application according to the present invention, the step of executing an application program capable of transmitting data using the swiping of the smartphone including the GPS and accelerometer (S100); Selecting data to be transmitted and GPS coordinates to which the data are to be transmitted among the stored data using the application program (S200); Swiping a smartphone to transmit the selected data and GPS coordinates (S300); And transmitting the data and the GPS coordinates selected by the swiping to the server (S400).

In this case, the step S200 may further include inputting and storing data to be transmitted.

The communication method may further include a step (S500) of collectively transmitting the selected data to the smartphones of users within the selected GPS coordinates after step S400.

The step S500 is characterized in that to provide a service that displays a confirmation window whether to receive the transmitted data to the smartphone of the users within the selected GPS coordinates.

The service displaying a confirmation window on whether to receive the transmitted data may further include an additional notification service by a sound or vibration medium.

The present invention can collectively transmit the information selected by the swiping of the smartphone to a plurality of users within a set range, and set the long-distance as well as all users existing in a confined space or a short distance, such as a classroom, hall, concert hall, etc. Area-based multi-data that can simultaneously send selected information to all users in the range by simple operation of smartphone, and can receive or not receive information collectively transmitted by swiping of smartphone according to receiver's intention The present invention has the effect of providing a communication method using a distributed application.

1 is a flow chart schematically showing a communication method using an area-based multidata distribution application according to the present invention.
2 is a block diagram specifically illustrating a communication method using an area-based multidata distribution application according to an embodiment of the present invention.

The above objects, features and other advantages of the present invention will become more apparent by describing the preferred embodiments of the present invention in detail with reference to the accompanying drawings. Hereinafter, a communication method using an area-based multidata distribution application according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a flowchart schematically illustrating a communication method using an area-based multidata distribution application according to the present invention.

As shown in Figure 1, the communication method using the area-based multi-data distribution application according to the present invention, the step of executing an application program capable of transmitting data using a swiping of the smartphone including the GPS and the accelerometer (S100) Step), selecting data to be transmitted from the stored data using the application program and the GPS coordinates to be transmitted (step S200), swiping the smartphone for the transmission of the selected data and GPS coordinates (S300) Step), and the data and GPS coordinates selected by the swiping is transmitted to the server (step S400).

In the smartphone including the GPS and the accelerometer of the step S100, the GPS (Global Positioning System) is a device that is embedded in the smartphone, and measure the exact time and distance from three or more satellites to measure the three different distances according to trigonometry With a system for calculating a position, it is possible to set a spatial range to transmit data. In addition, the accelerometer (Accelerometer) is a device that is built in the smartphone, and when swiping (swiping) the smartphone by measuring the amount of change in the acceleration of the smartphone to determine whether or not swiping. Here, swiping means all the movements that can change the acceleration based on the position of the central axis of the smartphone. For example, shaking the smartphone from side to side, shaking the smartphone up and down, Or it includes all the actions such as rotating the smartphone, including all the actions that can be applied to the acceleration of the smart phone itself to recognize the acceleration change by the accelerometer.

In addition, if the application program capable of transmitting data using swiping is a program capable of implementing a communication method using an area-based multidata distribution application according to the present invention, there is no particular limitation on its execution and server implementation.

Referring to the communication method using the area-based multi-data distribution application according to the present invention in more detail, executing the application program capable of transmitting data using a swiping stored in the smart phone including the GPS and the accelerometer (S100) After the step), using the application program shown on the display of the smart phone performs the step S200 of selecting the data to be transmitted and the GPS coordinates to which the data is to be transmitted from the stored data. Thereafter, the step S300 of swiping the smartphone for the transmission of the selected data and GPS coordinates is performed. In this process, when swiping the smartphone, the acceleration change amount is recognized by the accelerometer, and the data and GPS coordinates selected by the swiping are transmitted to the server (S400).

The communication method according to the present invention may further include a step of collectively transmitting the selected data to the smartphones of the users within the selected GPS coordinates after step S400 (step S500). Therefore, the smart phone user who transmits data by the steps S100, S200, S300 and S400 is able to collectively transmit the same data to all smart phone users existing within a predetermined range of the GPS coordinates.

In addition, the communication method according to the present invention may further comprise the step of inputting and storing data to be transmitted to the smartphone before step S200. Such data input and storage may be executed using an application program of the smart phone. In addition, the selection range to which the data is to be transmitted may be set at a short range, which is a range in which the user of the smartphone exists in the GPS location coordinates, or may be set to any local range far from the range.

Smartphones of users within the GPS coordinates selected by the step S500 are set as targets for receiving the selected data. However, since the users may not want to receive the selected data, the step S500 according to the present invention provides a service for displaying a confirmation window on whether to receive data transmitted to the smartphones of the users within the selected GPS coordinates. It can provide a function to provide. Additionally, the service on which a confirmation window is displayed regarding whether to receive the transmitted data may be configured to further include an additional notification service by a sound or vibration medium.

In the present invention, data refers to information transmitted from a sender to a receiver, and refers to all information except GPS location information. Accordingly, the data of the present invention may include all information that can be transmitted using an internet medium such as a text, a photo, and a video.

2 is a block diagram illustrating in detail a communication method using an area-based multidata distribution application according to an embodiment of the present invention.

As shown in FIG. 2, the communication method using the area-based multidata distribution application according to the present invention enables communication using a smartphone transmitter, a server, and a smartphone receiver.

In detail, first, personal data of a database may be utilized as data of a transmission component, and when data to be transmitted is in a text format, it may be determined as text of a transmission component by message input. In addition, the GPS of the transmitting component allows selecting and storing a range to transmit data. Therefore, the contents of the transmission component are transmitted to the server by the Extensible Markup Language (XML) processor and the connection component. The sensor component of the smartphone transmitter also includes a sensor, which includes a GPS and an accelerometer to enable data transmission ranging and swiping functions.

The server receives the transmitted data and GPS location information to the receiver and is stored in the database of the portal by the XML processor, the stored data is transmitted to the smartphone receiver by the connector through the analysis process.

The smartphone receiver receives the data transmitted from the server according to the set GPS position information by the connector, the XML processor and the receiving component, and then the receiver enables the receiver to check the transmitted data. The smartphone receiver, like the smartphone transmitter, also includes a sensor component, which consists of a sensor consisting of a GPS and an accelerometer. Therefore, the user of the smartphone receiver and the user of the smartphone transmitter may communicate data with each other through the above process.

The communication method using the area-based multidata distribution application according to the present invention is a communication method deviating from the limitation of the conventional 1: 1 short-range or long-distance communication, and can collectively transmit the same information to all users within a set range. The advantage is that information can be easily delivered to all users within a limited space, such as conference rooms, lecture halls, lecture rooms, and party halls. In addition, users who receive data from the server may select whether or not to receive the data according to a reception intention.

While preferred embodiments of the present invention have been described above, the present invention is not limited to the above specific embodiments. The step-by-step order of the communication method according to the present invention is only one example, and is not necessarily limited thereto, and the step-by-step order arbitrarily changed by those skilled in the art will be regarded as all belonging to the scope of the present invention within the scope included in the technical idea of the present invention. . In addition, a person of ordinary skill in the art to which the present invention pertains can make many changes and modifications to the present invention without departing from the spirit and scope of the appended claims, and all such appropriate changes and modifications Equivalents should be considered to be within the scope of the present invention.

Claims (5)

Executing an application program capable of transmitting data using a swiping of a smartphone including a GPS and an accelerometer (S100);
Selecting data to be transmitted and GPS coordinates to which the data are to be transmitted among the stored data using the application program (S200);
Swiping a smartphone to transmit the selected data and GPS coordinates (S300); And
Transmitting data and GPS coordinates selected by the swiping to a server (S400);
Communication method using a region-based multidata distribution application comprising a. The method of claim 1, wherein the step S200 further comprises inputting and storing data to be transmitted. The method of claim 1, wherein after the step S400, the server further includes a step of collectively transmitting the selected data to the smartphones of the users within the selected GPS coordinates (S500). Communication method using multidata distribution application. The method of claim 3, wherein the step S500 provides a service for displaying a confirmation window on whether to receive the transmitted data to a smartphone of users within the selected GPS coordinates. Communication method used. The method of claim 4, wherein the service displaying a confirmation window on whether to receive the transmitted data further includes an additional notification service by a sound or vibration medium.

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