KR100858329B1 - System and Method for Transmitting Situation Information based on Multimedia Message Services Using Wireless Modem - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to a messaging-based situation communication system using a wireless modem, a method thereof, and a computer-readable recording medium having recorded thereon a program for realizing the method.

2. The technical problem to be solved by the invention

According to the present invention, a user possessing a wireless communication terminal has a situation information related to a risk factor or security (ie, an airport, a fire station, a statistics office, a stadium, a city, an important building, various government offices, etc., where a large number of people gather). When the security screening of critical facilities and the situation of risk factors and illegal elements are delivered to the situation delivery system in the form of a message, the situation delivery system analyzes the message and removes the related persons (users, managers, and other risk factors such as reporters and witnesses). Messaging-based situation delivery system using a wireless modem, which provides an analysis result such as an organization to quickly and accurately recognize the situation, thereby preventing an accident in advance or responding to an accident that has already occurred. A computer readable recording medium having recorded thereon the method and a program for realizing the method is provided. For that purpose.

3. Summary of Solution to Invention

The present invention provides a situation delivery method, comprising: a situation transfer template transmitting step of transmitting a situation transfer template using at least one wireless modem to an external wireless communication terminal; A message receiving step of receiving a message including a situation transfer template from the external wireless communication terminal using the one or more wireless modems; Extracting a situation delivery template from the message including the received situation delivery template; Analyzing the contents of the extracted situation propagation template and classifying the contents into media data; Storing the analyzed analysis data (situation transmission data) in a database; And transmitting the result data of the situation communication data to a corresponding wireless communication terminal using the one or more wireless modems.

4. Important uses of the invention

The present invention is used for messaging based situation transmission using all types of wireless modems.

MMS (Multimedia Message Service), messaging-based, context delivery, templates, risks, multiple wireless modems

Description

Context-based messaging system using wireless modem and its method {System and Method for Transmitting Situation Information based on Multimedia Message Services Using Wireless Modem}

1 is a diagram illustrating an embodiment of a messaging based situation delivery system using a wireless modem according to the present invention;

2 is an exemplary view showing a template form of a template used in a messaging-based situation delivery system using a wireless modem according to the present invention;

3 is a configuration diagram of an embodiment of a messaging based situation delivery system using a wireless modem according to the present invention;

4 is a detailed configuration diagram of an embodiment of a situation delivery server in a messaging based situation delivery system using a wireless modem according to the present invention;

5 is a flowchart illustrating an embodiment of a situation transmission method based on MMS according to the present invention;

6 is a flow chart of an embodiment of a situation transmission method using a template according to the present invention;

7 is a flowchart illustrating an embodiment of a method for transferring a situation using a template in an MMS according to the present invention;

8 is a diagram for explaining an embodiment of using a template of a first user according to the present invention;

9 is a diagram illustrating an embodiment of a template usage scenario of a second user according to the present invention;

10 is a detailed implementation example of a situation delivery server in a message-based situation delivery system using a wireless modem according to the present invention;

11 is a flowchart illustrating a specific implementation of a case of receiving a short message or a multimedia message notify according to the present invention;

12 is a flowchart illustrating a specific implementation of a case of transmitting an SMS according to the present invention;

13 is a flowchart illustrating a specific implementation of a case where a multimedia message reception request is received from a message processing engine according to the present invention;

14 is a flowchart illustrating a specific implementation of a case where a multimedia message transmission request is received from a message processing engine according to the present invention;

15 is a flowchart illustrating a specific implementation of a case of rapidly applying a message transmission / reception using multiple modems according to the present invention.

* Explanation of symbols for the main parts of the drawings

11: Situation Reporter 12: Multimedia Messages

13: wireless network 14: situation delivery server

16: update server 31: wireless communication terminal

41: wireless modem 42: context transfer template extraction unit

43: situation transfer template analysis unit 44: analysis data packetization unit

45: packet transmission / reception unit 46: result data transmission unit

47: situation transmission template transmitter

The present invention relates to a messaging-based situation communication system using a wireless modem, and a method and a computer-readable recording medium recording a program for realizing the method. More specifically, the user having a wireless terminal If the risk and security related situation information and illegal elements are delivered to the situation delivery system in the form of a message, the situation delivery system analyzes the message and provides the results of analysis such as actions to the relevant parties. The present invention relates to a messaging-based situation communication system using a wireless modem and to a computer-readable recording medium having recorded thereon a program for realizing the method.

Here, the status information refers to security screening and risk information on important elements of a country such as an airport, a fire station, a statistics office, a stadium, a city, an important building, and various government offices where a large number of people gather.

In recent years, accidents caused by dangerous factors have frequently occurred, and safety awareness has become more important. In particular, we are very interested in reporting systems for security screening and discovery of risk factors for important facilities in countries such as airports, fire departments, statistics offices, stadiums, towns, important buildings, and various public offices, and data collection systems provided in real time. This is concentrated.

Therefore, in the place where facility management works, a system is introduced to detect and handle more risks in advance. For example, major national facilities, such as airports and ports, have developed and used systems to voluntarily report employees on risk findings, and have security cameras installed at specific locations or periodically inspected by a small number of censors. I'm using the method. However, this level of facility management allows the discovery of basic hazards, but is inadequate for areas beyond their reach and requiring prompt disposal.

In fact, the airport uses a system of voluntary reporting by employees, but it is necessary to make a report by wired connection or pay a specific mobile terminal (PDA) to certain employees to take a picture of the risk and send it by e-mail. As a result, employees are always bothered to carry both a personal cell phone and a personal digital assistant (PDA) and the cost of preparing terminal equipment. As a result, the inconvenience of reporting and reporting can overlook the risks that need to be eliminated, which can cause significant damage.

In addition, there is a problem that must be solved for the situation that must be processed in real time, the reporting system in the form of documents, and the situational factors in which there are no regular watchers.

The brief description and problems of the risk reporting method using a conventional risk reporting method such as a wired telephone, an e-mail, a fax, and a mail are as follows.

First, a conventional risk factor reporting method using a landline telephone is used in a fire department or a police station that must respond immediately to a risk factor. However, the conventional risk factor reporting method requires a standby agent at all times, may cause a case of report congestion situation and inability to respond to the watcher, and it is difficult to clearly determine the invisible field situation because of oral delivery.

Next, the conventional risk factor reporting method using E-mail is used for IT security system or aviation reporting system which reporter reports using internet. However, there is a difficulty in using a personal computer (PC) or carrying a peripheral device such as a personal digital assistant (PDA) or a laptop to report a risk factor through a network-enabled facility.

Next, the conventional risk factor reporting method using fax or mail is used for a traffic violation report system, a construction dangerous goods report system, and the like. However, such a conventional risk reporting method requires a document work other than the necessary information, and there is a problem that quick response is not possible because the reporter reports the risk factor after moving to the post office or the place where the fax is installed.

SUMMARY OF THE INVENTION The present invention has been proposed to solve the above problems, and a situation transmission system for delivering context information based on a messaging using a wireless modem, a method thereof, and a computer readable recording medium having recorded thereon a program for realizing the method. The purpose is to provide.

In other words, the present invention is a user having a wireless communication terminal, such as risk information or security-related situation information (ie, airports, fire departments, statistical offices, stadiums, downtowns, important buildings, various government offices, etc. where many people gather) If you send the security screening of the nation's important facilities and the situation of risk factors and illegal elements to the situation delivery system in the form of a message, the situation delivery system analyzes the message and the related parties (users, managers, risks such as reporters or witnesses) Provides analysis results such as measures for elements removal agencies, etc., to quickly and accurately recognize the situation, thereby preventing accidents in advance or responding to accidents that have already occurred. A computer-readable recording medium recording a system, a method thereof, and a program for realizing the method. The purpose is to provide.

In addition, the present invention provides a situation transmission system and a method and the method and the method to improve the processing speed by using a plurality of wireless modem in order to effectively transmit / receive a plurality of messages when transferring the context information based on the messaging using a wireless modem Another object is to provide a computer readable recording medium having recorded thereon a program for realization.

Other objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the apparatus of the present invention, in the situation transmission system, by using one or more wireless modems to transmit / receive messages with an external wireless communication terminal, and transmits a situation transmission template to the wireless communication terminal, After analyzing the contents of the context transfer template received in the form of a message from the wireless communication terminal, the analyzed analysis data (situation transfer data) is transmitted to the updating means, and corresponding result data is received from the updating means to receive the corresponding wireless communication. Situation transmission means for transmitting to the terminal; And said updating means for storing and maintaining situation transmission data (situation transmission record) received from said situation transmission means in a database, and transmitting result data on said received situation transmission data to said situation transmission means.

At this time, the situation transmission means, the one or more radio modem for receiving a message containing a situation communication template from the wireless communication terminal and for transmitting the situation communication template and the result data to the wireless communication terminal; Context propagation template extracting means for extracting a context propagation template from a message including a context propagation template received through the at least one wireless modem; Situation transfer template analysis means for analyzing the contents of the situation transfer template extracted by the situation transfer template extracting means and classifying them into respective media data; Analysis data packetization means for packetizing analysis data (situation transmission data) analyzed by the situation delivery template analysis means; Packet transmission / reception means for transmitting analysis data (situation transmission data) packetized in said analysis data packetization means to said update means, and receiving corresponding result data from said update means; Result data transmission means for delivering the result data received through the packet transmission / reception means to the one or more wireless modems; And context transfer template transmission means for transferring the context transfer template to the one or more wireless modems.

On the other hand, the method of the present invention for achieving the above object, in the situation delivery method, a situation delivery template transmitting step of transmitting a situation delivery template using at least one wireless modem to an external wireless communication terminal; A message receiving step of receiving a message including a context transfer template from the external wireless communication terminal using the one or more wireless modems; Extracting a situation delivery template from the message including the received situation delivery template; Analyzing the contents of the extracted situation propagation template and classifying the contents into media data; Storing the analyzed analysis data (situation transmission data) in a database; And transmitting the result data of the situation transmission data to a corresponding wireless communication terminal using the one or more wireless modems.

On the other hand, the present invention, a situation transmission system having a processor, a function of transmitting a situation communication template using at least one wireless modem to an external wireless communication terminal; Receiving a message including a context transfer template from the external wireless communication terminal using the one or more wireless modems; Extracting a context transfer template from the message including the received context transfer template; A function of analyzing the contents of the extracted situation propagation template and classifying it into respective media data; Storing the analyzed analysis data (situation data) in a database; And a computer-readable recording medium having recorded thereon a program for realizing a function of transmitting the result data of the situation transmission data to a corresponding wireless communication terminal using the one or more wireless modems.

As such, the present invention is a situation in which users possessing a wireless communication terminal and information related to security risks (ie, airports, fire stations, statistics offices, stadiums, downtowns, important buildings, various government offices, etc., where a large number of people gather). Transit the situation in the form of a message (e.g. multimedia message) using photo, video, audio, text, etc. To the system. Then, the situation delivery system analyzes the contents of the received message and provides analysis results such as measures to related parties (users such as reporters or witnesses, managers, risk elimination agencies, etc.) to prevent accidents in advance or Allows you to respond quickly to incidents.

That is, the present invention is to solve the problems of the conventional reporting and reporting method, and to be able to quickly and accurately from the risk discovery to the treatment.

In addition, the present invention proposes a reporting method in pursuit of user convenience to induce the user not to overlook the report due to the inconvenience of the use method after witnessing the risk factors.

In addition, the present invention automatically stores the report received in the server. Therefore, it is not possible to manipulate the contents by maintaining the original report contents in the system, and no additional documentation is necessary.

In addition, the present invention uses a commonly used wireless communication terminal. Therefore, there is no need to pay a PDA or laptop equipped with a monitoring program to everyone in the surveillance area, thereby reducing the additional cost.

In addition, the present invention does not have to wait for the agent on a regular basis for matters that occur periodically, if there is a waiting agent can reduce the gap of work. In addition, since the situation communication system is linked with the database, no additional work for reporting to the upper part is necessary.

In addition, the present invention, unlike the conventional reporting method that was mainly made of text, oral delivery, it is possible to more accurately grasp the situation because it uses a multimedia element (for example, pictures, videos, on-site sound, etc.).

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, whereby those skilled in the art may easily implement the technical idea of the present invention. There will be. In addition, in describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram illustrating an embodiment of a messaging based situation delivery system using a wireless modem according to the present invention.

As shown in FIG. 1, first, the situation reporter 11 reports the situation information related to risk factors or security (that is, airports, fire stations, statistics offices, stadiums, downtowns, important buildings, and various government offices where a large number of people gather). After taking pictures of sites such as security screening and risk information on important facilities in the country such as illegal and illegal factors (illegal parking / stopping and violation of rules), and using a wireless terminal, multimedia messages (Multimedia Message) to the situation delivery server 14 of the situation delivery system.

Accordingly, the situation delivery server 14 that has received the multimedia message 12 through the wireless network 13 analyzes the multimedia message and then analyzes the analyzed data to the related party's wireless terminal 15 and the update server 16. By sending the information to the situation room database of the person in charge, the person in charge 17 immediately grasps the contents and requests a risk removal institution (eg, a fire department, a police station, a military unit, etc.) to deal with a situation necessary for removing the hazard. This series of processes is documented and maintained in near real time, from initial discovery to risk removal requests.

At this time, the format reported by the situation reporter 11 can be created using a general multimedia message authoring tool mounted on each individual wireless communication terminal.

However, in order to increase the use efficiency, each institution may download and mount the application in the form of a template in advance to the employee's wireless communication terminal.

Figure 2 is an example of a template form of a template used in the context-based messaging system using a wireless modem according to the present invention.

As shown in Fig. 2, each member of the agency has an application 23 to which his situation communication template 21 is applied to his wireless communication terminal in a form suitable for the form of the organization document 22 used by the organization. Download and mount in advance, and when the user sees the situation information and illegal elements related to risk factors or security, executes the corresponding application 23 to create the request information in the document in the form of a template, and transmits the status message server as a multimedia message ( 14) to transmit.

Figure 3 is a configuration diagram of an embodiment of a messaging based situation delivery system using a wireless modem according to the present invention.

As shown in FIG. 3, a situation-based messaging system using a wireless modem according to the present invention includes a situation delivery server 14 and an update server 16. Here, the situation transfer server 14 includes a wireless modem capable of transmitting / receiving multimedia messages, and the update server 16 includes a database for storing and maintaining a situation transfer record.

Hereinafter, each component will be described in more detail.

The wireless communication terminal 31 downloads and mounts an application to which the situation propagation template is applied in advance or when necessary (for example, when situation information and illegal elements related to risks or security have occurred). And downloads a situation transfer template and transmits it to the situation transfer server 14 by using a multimedia message, and the result data (for example, a risk factor processing method) for the transmitted situation transfer template. , Responses, and alerts).

The situation transfer server 14 receives an application to which the situation transfer template is applied from the update server 16 and transmits it to the wireless communication terminal 31 or the update server according to a request from the wireless communication terminal 31. Request and receive an application to which the context transfer template is applied to the wireless communication terminal 31 and transmit the received application to the wireless communication terminal 31, and accordingly, the situation transfer template received from the wireless communication terminal 31 in the form of a multimedia message. After analyzing the contents, the analyzed analysis data (situation transmission data) is transmitted to the update server 16, and accordingly the result data (e.g., risk processing method, countermeasure, and notification message) from the update server 16. And the like) are transmitted to the wireless communication terminal 31. In this case, the application to which the situation propagation template is applied may be implemented so that the situation propagation server 14 stores and delivers the information, instead of the update server 16.

The update server 16 stores and maintains the situation transfer data (situation record) received from the situation transfer server 14 in a database, and the result data (eg, risk processing method) for the received situation transfer data. , A response, and a notification message) are transmitted to the situation communication server 14. In this case, for example, the database of the update server 16 includes a reception number field, a date field, a risk factor field, a cause / expected result field, a field photo field, a whistleblower field, a suggestion field, and the like.

4 is a detailed configuration diagram of an embodiment of a situation delivery server in a messaging based situation delivery system using a wireless modem according to the present invention.

As shown in FIG. 4, the context delivery server 14 of the messaging based context delivery system using the wireless modem according to the present invention includes a radio modem 41, a context transfer template extractor 42, and a context transfer template analyzer. (43), an analysis data packetizer 44, a packet transmitter / receiver 45, a result data transmitter 46, and a situation propagation template transmitter 45.

The wireless modem 41 transmits / receives a wireless communication signal with a wireless communication terminal through a wireless communication network, receives a multimedia message including a situation transmission template from the wireless communication terminal, and transmits a situation transmission template to the wireless communication terminal. Send the application and result data that has been applied.

The situation transfer template extracting unit 42 extracts a situation transfer template from a multimedia message including a situation transfer template received through the wireless modem 41.

The context transfer template analyzer 43 analyzes the contents of the context transfer template extracted by the context transfer template extractor 42 and classifies the contents into media data.

The analysis data packetizing unit 44 packetizes the analysis data (situation transmission data) analyzed by the situation transmission template analysis unit 43 into data of a form required by the update server 16.

The packet transmission / reception unit 45 transmits the analysis data (situation transmission data) packetized by the analysis data packetization unit 44 to the update server 16, and the corresponding result data (for example, risk processing). Method, action, and notification) are received from the update server 16. At this time, the packet transmission / reception process is performed using a known TCP socket (TCP / IP).

The result data transmitter 46 transmits the result data (eg, risk factor processing method, action, and notification message) received through the packet transmitter / receiver 45 to the wireless modem 41.

The context transfer template transmitter 47 transmits an application to which the context transfer template is applied to the wireless modem 41. In this case, the application to which the context transfer template is applied may be implemented to be delivered from the update server 16 or stored and transmitted by the context transfer server 14.

Hereinafter, three service scenarios according to the present invention will be described in detail with reference to FIGS. 5 to 7.

5 is a flowchart illustrating an embodiment of a situation delivery method based on MMS according to the present invention.

As shown in FIG. 5, the situation delivery method based on the basic MMS can be used for an emergency report, and proceeds to input only necessary information while proceeding with the current MMS only. This uses a location information service through EX-LBS (EX-Location Based Services). The situation transmission method based on the basic MMS used for the emergency report can be accommodated together with other embodiments of the present invention (see FIGS. 6 and 7), which will be described later, thereby increasing the use of users, It is an easy service method.

First, when situation information and illegal elements related to risk factors or security occur (511), the wireless communication terminal 31 performs a batch update and requests the situation transfer template transmission to the update server 16 (512).

Then, the update server 16 transmits the situation transfer template (actually the application to which the situation transfer template is applied) to the situation transfer server 14 according to the situation transfer template transfer request (513), and accordingly the situation transfer server ( 14 transmits the situation transmission template to the wireless communication terminal 31 (514). Then, the wireless communication terminal 31 receives and mounts the corresponding situation propagation template (515).

Subsequently, the wireless communication terminal 31 writes the context transfer contents using the downloaded situation propagation template (records the contents in the context propagation template) and then uses the multimedia message as the context transfer template. And transmits to delivery server 14 (516).

Then, the situation transfer server 14 receives the created situation transfer template, analyzes the contents of the situation transfer template, classifies using the original media, and then analyzes the analyzed data (situation transfer data) to the update server 16. Transmit (517).

Then, the update server 16 stores and displays the analyzed situation communication data (519) and transmits the corresponding result data (eg, risk management method, countermeasures, and notifications) to the situation communication server 14. In step 519, the situation transmission server 14 transmits the result data (eg, risk processing method, action, and notification message) to the wireless communication terminal 31 (520).

Then, the wireless communication terminal 31 receives the result data (for example, risk processing method, measures, and notifications) and displays the displayed data to the person in charge (521), thereby removing the risk factors and the like (522).

Figure 6 is a flow diagram of an embodiment of a situation delivery method using a template according to the present invention.

First, when situation information and illegal elements related to risk or security occur (611), the wireless communication terminal 31 may download a situation transmission template (actually, an application to which the situation transmission template is applied). 613. For example, by accessing the download site 613 using the Internet or a wireless communication network to receive the stored situation transmission template (614) and using the received situation transmission template to create the situation transmission content (in the situation delivery template After the content is recorded, the created situation transfer template is transmitted to the situation transfer server 14 using a multimedia message (615).

Then, the situation transfer server 14 receives the created situation transfer template, analyzes the contents of the situation transfer template, classifies using the original media, and then analyzes the analyzed data (situation transfer data) to the update server 16. Transmit (616).

Then, the update server 16 stores and displays the analyzed situation communication data (617) and transmits the corresponding result data (e.g., risk management method, countermeasure, notification message, etc.) to the situation communication server 14 In operation 618, the situation transmission server 14 transmits the result data (eg, risk processing method, action, and notification message) to the wireless communication terminal 31 (619).

Then, the wireless communication terminal 31 receives the result data (for example, risk factor processing method, measures, and notifications) and displays it to the person in charge (620), thereby removing the risk factor (621).

7 is a flowchart illustrating an embodiment of a method for transferring a situation using a template in an MMS according to the present invention.

First, the primary user (web) 71 templates the document and transmits the templated document according to the template MMS batch transmission request of the secondary user (wireless communication terminal) 74 (711). Then, the second user (wireless communication terminal) 74 receives the templated document (712).

Subsequently, when a second user (wireless communication terminal) 74 encounters risk factors or security-related situation information and illegal elements (713), the second user (wireless communication terminal) creates a situation transmission template using the received template, and transmits the same. It transmits to the situation transfer server 14 through the deletion process (714).

Then, the situation transfer server 14 receives the created situation transfer template from the second user (wireless communication terminal) 74 (715) and transmits it to the update server 16 (716).

Then, the update server 16 receives the created situation transfer template, analyzes the contents of the situation transfer template, classifies the data using the original media (717), and analyzes the analyzed data (situation transfer data) and the update server 16. Incorporate the data in < RTI ID = 0.0 > In other words, it integrates the reporting information and the information in the server.

Subsequently, the first user (web) 71 confirms the integrated information integrated in the update server 72 (719), and the result data corresponding to the integrated information (e.g., risk management method, action, and notification). Door, etc.) is transmitted to the situation delivery server 14 (720), and accordingly the situation delivery server 14 transmits the result data (e.g., risk processing, actions, and notifications) to the secondary user (e.g. Wireless communication terminal) (74).

Then, the second user (wireless communication terminal) 74 receives the result data (for example, risk management method, measures, and notifications) and display it to the person in charge (722), thereby removing the risk factors, etc. (723).

8 is a diagram illustrating an embodiment of a template usage scenario of a first user according to the present invention.

First, select a document format to be applied by the user, and create a template by inserting a tag that can be converted into XMS (Teaching how to use a tag through a manual book, etc.). Thereafter, at the same time as completing the template creation, it is checked whether the update server and the database (DB) for the answer of the template are interworked with each other. This can be confirmed through an application confirmation button. Then, the completed template on the web (first user) is transmitted to the second user's wireless communication terminal through the situation communication server.

9 is a diagram illustrating an embodiment of a template usage scenario of a second user according to the present invention.

As shown in FIG. 9, under the assumption that the wireless communication terminal is based on the XMS system, the second user checks the received MMS-based template form. Sometimes, when necessary, activate the received MMS to activate the text window with OK / OK button, insert information (text and picture), send it to a specific button (update server) and delete (wireless communication terminal). However, these procedures can reflect the needs of first-time users on the web. In addition, many other tags in XMS are available.

In this regard, the template configuration information is for speeding up information input. The format of the template format transmitted from the field to the situation room includes the date of occurrence, time, place, site situation, surrounding situation, risk, field picture, number to be transmitted, and number to be transmitted together.

In addition, the configuration of the template format transmitted from the situation room and received in the field includes additional required request information, department information to be supported, and information of where to be contacted together.

In connection with the above, it is preferable to use a toll-free rate plan because it can be an element limiting free reporting when the reporter bears the MMS fee used in the present invention.

In addition, the present invention can be implemented to transmit caller information (caller phone number or terminal unique number, etc.) when transmitting the context delivery template in a multimedia message, in order to prevent false signals. Since it uses a known technique will not be described in detail any more.

The situation-based messaging system using a wireless modem according to the present invention as described above includes a risk factor reporting system for an airport, an article reporting service for a broadcasting station, a police station traffic violation report service, a national data center service for statistics bureau, a redevelopment risk building notification system for a ward office, It can be applied to insurance company's traffic accident report / report system, railroad hazard reporting system, subway molester, dangerous person notification service, and convenience request notification service.

Next, a detailed implementation example of a message-based situation delivery system using a wireless modem according to the present invention will be described in detail with reference to FIGS. 10 to 15.

10 is a detailed implementation example of a situation delivery server in a message-based situation delivery system using a wireless modem according to the present invention.

As shown in FIG. 10, in the message-based situation delivery system using the wireless modem according to the present invention, the situation communication server 14 is largely a wireless modem 101, a modem controller 102, a message processing engine 103, A network processing engine 104, a core 105, and a user interface 106 are provided.

The wireless modem 101 processes the situation transmission system of the present invention to access the wireless Internet so as to transmit / receive messages. In addition, the wireless modem 101 is responsible for receiving SMS and MMS notification messages transmitted from a message center (eg, SMSC (SMS Center)) of a mobile carrier and transmitting SMS and MMS messages. Play a role.

The modem controller 102 receives a command from the core 105 and controls the wireless modem 101.

The message processing engine 103 may determine a URL of a server that will provide SMS and MMS messages from SMS, MMS data, SMS, and MMS notification data received through the wireless modem 101. It is responsible for separation, separation of received SMS and MMS data into media data, message packetization using SMS, MMS transmission information, etc. received from the user interface 106 or another system connected to the situation delivery system of the present invention.

When the network processing engine 104 is connected to the wireless network using the wireless modem 101, the network processing engine 104 is in charge of MMS message transmission / reception processing. In addition, the network processing engine 104 is responsible for connecting to the manager server or manager database (DB) associated with the context delivery system of the present invention to deliver the received data information. In addition, the network processing engine 104 receives the media data and the message information for the message transmission request from the administrator and is responsible for delivering to the message processing engine 103.

The user interface 106 receives a command from a user and delivers the command to the core 105, and displays and outputs the result received from the core 105 on a screen.

The core 105 is responsible for the overall management of each component module.

A detailed operation of each component described above will be described below with reference to FIGS. 11 to 14.

11 is a flowchart illustrating a specific implementation of the case of receiving a short message or a multimedia message notify according to the present invention.

Here, since the processing of the short message and the multimedia message Notify is the same, the short message will be described as an example.

The SMSC of the mobile communication company transmits a short message to the wireless modem 101 through the wireless network (111). Then, the wireless modem 101 receiving the short message transmits a message arrival event to the modem controller 102 to notify that the message has arrived (112).

Then, the modem controller 102 requests the message data transfer from the wireless modem 101 (113), and thus the wireless modem 101 transmits a short message to the modem controller 102 (114).

Then, the modem controller 102 transmits the received short message to the message processing engine 103 to request message analysis (115). Then, the message processing engine 103 analyzes the short message and transmits the message analysis result to the core 105 (116).

12 is a flowchart illustrating a specific implementation of the case of transmitting an SMS according to the present invention.

First, when the core 105 receives an SMS transmission request from a user application or an administrator server, the core 105 transmits SMS-related message information to the message processing engine 103 (121). Then, the message processing engine 103 packetizes the SMS message using the SMS-related message information and then transmits the packetized SMS message to the modem controller 102 (122).

Then, the modem controller 102 transmits the SMS transmission request and the packetized SMS message to the wireless modem 101 (123). Then, the wireless modem 101 transmits an SMS message to an external SMSC through the wireless network (124).

13 is a flowchart illustrating a specific implementation of a case where a multimedia message reception request is received from a message processing engine according to the present invention.

First, when receiving a multimedia message, the core 105 requests the modem controller 102 to connect a wireless network (131). Then, the modem controller 102 requests the wireless modem 101 to connect to the wireless network by connecting to the wireless network (132).

Accordingly, when connected to the wireless network, the core 105 provides MMS URL information to the network processing engine 104 while requesting MMS reception (133). Then, the network processing engine 104 connects to an external MMS relay (Relay) server with the MMS URL provided from the core 105 (134) and receives MMS data (135).

Thereafter, the network processing engine 104 transmits the received MMS data to the message processing engine 103 (136). Then, the message processing engine 103 analyzes the received MMS data, classifies it into message information and respective media data, and delivers the message to the core 105 (137).

Accordingly, when the message reception is completed, the core 105 requests the modem controller 102 to disconnect the wireless network (138). Accordingly, the modem controller 102 requests the radio modem 101 to release the dial-up network. The connection with the wireless network is released (139).

14 is a flowchart illustrating a specific implementation of a case where a multimedia message transmission request is received from a message processing engine according to the present invention.

First, when transmitting a multimedia message, the core 105 requests the modem controller 102 to connect a wireless network (141). Then, the modem controller 102 requests the dial-up network connection to the wireless modem 101 to connect to the wireless network (142).

Accordingly, when connected to the wireless network, the core 105 provides message information and media data to the message processing engine 103 (143). Then, the message processing engine 103 packetizes the media data into MMS data using the received message information and delivers the packetized data to the core 105 (144).

Accordingly, the core 105 receiving the packetized MMS data requests the network processing engine 104 for MMS transmission (145). The network processing engine 104 then connects to an external MMS relay server and transmits MMS data (146).

Thereafter, the network processing engine 104 transmits the transmission result to the core 105 when the transmission is completed (147). Then, the core 105 notified of the completion of the message transmission requests the modem controller 102 to disconnect the wireless network (148), and thus the modem controller 102 requests the wireless modem 101 to release the dial-up network. Upon request, the connection with the wireless network is released (149).

On the other hand, in general, SMS (Short Message Service), MMS (Multimedia Message Service) transmission / reception is possible only by using a wireless communication terminal. However, as various types of services using SMS and MMS are required, message transmission / reception should be possible in personal computers, servers, and embedded devices. At this time, the transmission / reception processing apparatus includes a gateway solution, a wireless modem solution. Gateway solutions can handle large volumes of messages quickly, but they are vulnerable due to high initial investment and maintenance costs and the use of the Internet. However, the wireless modem solution is slower than the gateway solution, but the facilities and maintenance cost are low, so it is suitable for small and medium-sized companies and individual users, and the wireless network solution is more secure than the gateway solution.

Accordingly, the present invention improves the processing speed by using a plurality of wireless modems in order to efficiently transmit / receive multimedia messages using a wireless modem.

That is, in the present invention, while transmitting and receiving SMS and MMS using a wireless modem to provide a new service using a message in a personal computer (PC), a server, and other embedded equipment, a plurality of messages are effectively processed. The wireless modem is used to improve the processing speed.

This will be described in detail with reference to FIG. 15 as follows.

15 is a flowchart illustrating a specific implementation of a case of rapidly applying a message transmission / reception using multiple modems according to the present invention.

The present invention includes a plurality of wireless modem (101). Therefore, it is desirable to determine the number of tasks (data throughput) currently being processed by each wireless modem, and to request the tasks by distributing as much as possible. Looking at the case that the multimedia message transmission request from the message processing engine 103 is as follows.

First, it is checked whether the current message type is a multimedia message (151).

As a result of the check 151, regardless of the number of wireless modems, the representative wireless modem is responsible for all transmission / reception of the short messages (152). This is possible because the data size of the short message is very small compared to the multimedia message.

Here, the representative wireless modem refers to a wireless modem in which the wireless modem telephone number is exposed to the outside. If the number of wireless modems is one, the wireless modem is recognized as a representative wireless modem and processed.

As a result of the check 151, if it is a multimedia message, it is checked whether the modem count value is greater than 1 (153).

As a result of the check 153, if the modem count value is 1 or less, the representative wireless modem is in charge of transmitting / receiving the corresponding multimedia message (154).

The check result (153), if the modem count value is greater than 1, check whether the usage count value is less than the minimum usage count value (155) and if the usage count value is more than the minimum usage count value to check the usage count value of another wireless modem Repeat the process.

As a result of the check 155, if the usage count value is less than the minimum usage count value, the usage count value of the corresponding wireless modem is increased, and the wireless modem is responsible for transmitting / receiving the multimedia message (156).

As mentioned above, the modem controller manages processing by each radio modem. Therefore, when a message arrives, the modem controller checks whether each wireless modem processes the current message, and then selects a wireless modem with a low frequency of use to process the message. In this way, the load on the wireless modem is distributed. As such, when the transmission / reception service is processed through the selected wireless modem, the transmission / reception service can be distributed and processed as much as possible when the message is congested.

As described above, the method of the present invention may be implemented as a program and stored in a recording medium (CD-ROM, ROM, RAM, floppy disk, hard disk, magneto-optical disk, etc.) in a computer-readable form. Since this process can be easily implemented by those skilled in the art will not be described in more detail.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by the drawings.

The present invention as described above has the effect of increasing the amount of reporting on the risk factor, risk reduction, reducing the amount of work of the officer, and work efficiency.

In addition, the present invention uses a cell phone that is always owned by the user, using a pre-stored report document form (template form), such as writing an SMS message, the user fills in the blanks or downloads it if necessary according to the request of the responsible agency to reduce risk By reporting, risks can be reported quickly and easily, which has the effect of activating the reporting system.

In addition, the present invention has the effect of reducing the risk by building a database that can prevent problems in advance by collecting and reviewing / analyzing more information than the basic as the notification system is activated.

In addition, the present invention provides a report on the situation transfer to the mobile phone that is always held and automatically analyzes the data and stores it in the database, so that no additional document work is required and the upper part can access the database and receive the content report in real time. It's effective.

In addition, the present invention has the effect of enabling a more accurate grasp of the situation as if the person in charge is watching the scene by using a multimedia element such as photographing, video recording, voice recording of the camera phone.

Claims (10)

In the situation transmission system, Sending / receiving a message with an external wireless communication terminal by using one or more wireless modems, transmitting a situation transmission template to the wireless communication terminal, and analyzing the contents of the situation transmission template received in the form of a message from the wireless communication terminal. Later status transmitting means for transmitting the analyzed analysis data (situation transmission data) to an updating means, and receiving corresponding result data from the updating means and transmitting it to the corresponding wireless communication terminal; And The updating means for storing and maintaining situation transmission data (situation record) received from the situation transmission means in a database, and transmitting result data on the received situation communication data to the situation transmission means. Messaging-based situation delivery system using a wireless modem comprising a. The method of claim 1, The situation transmission means, The one or more wireless modems for receiving a message including a context transfer template from the wireless communication terminal and transmitting a context transfer template and result data to the wireless communication terminal; Context propagation template extracting means for extracting a context propagation template from a message including a context propagation template received through the at least one wireless modem; Situation transfer template analysis means for analyzing the contents of the situation transfer template extracted by the situation transfer template extracting means and classifying them into respective media data; Analysis data packetization means for packetizing analysis data (situation transmission data) analyzed by the situation delivery template analysis means; Packet transmission / reception means for transmitting analysis data (situation transmission data) packetized in said analysis data packetization means to said update means, and receiving corresponding result data from said update means; Result data transmission means for delivering the result data received through the packet transmission / reception means to the one or more wireless modems; And Situation transfer template transmission means for delivering a situation transfer template to the at least one wireless modem. Messaging-based situation delivery system using a wireless modem comprising a. The method of claim 2, The situation propagation template transmitting means transmits an application to which the situation propagation template is applied to the one or more wireless modems, The at least one wireless modem transmits an application to which the context transfer template is applied to the wireless communication terminal. The method of claim 2, The one or more wireless modems, Messaging-based situation delivery system using a wireless modem, characterized in that for receiving a context delivery template from the wireless communication terminal in the form of a multimedia message (Multimedia Message). The method according to any one of claims 1 to 4, The one or more wireless modems, A messaging-based context delivery system using a wireless modem, wherein each wireless modem selects the frequency of processing the current message in the order of low frequency and processes the corresponding message to distribute the load. In the situation transmission method, A situation transfer template transmitting step of transmitting a situation transfer template using at least one wireless modem to an external wireless communication terminal; A message receiving step of receiving a message including a context transfer template from the external wireless communication terminal using the one or more wireless modems; Extracting a situation delivery template from the message including the received situation delivery template; Analyzing the contents of the extracted situation propagation template and classifying the contents into media data; Storing the analyzed analysis data (situation transmission data) in a database; And Transmitting result data of the situation propagation data to a corresponding wireless communication terminal using the one or more wireless modems. Messaging-based situation delivery method using a wireless modem comprising a. The method of claim 6, The situation transfer template transmission step, A situation-based messaging method using a wireless modem, comprising: transmitting an application to which a context transfer template is applied to the external wireless communication terminal using the one or more wireless modems. The method of claim 6, The message receiving step, Messaging-based situation delivery method using a wireless modem, characterized in that for receiving a context delivery template from the wireless communication terminal in the form of a multimedia message (Multimedia Message). The method according to any one of claims 6 to 8, The one or more wireless modems, A method for messaging based situation delivery using a wireless modem, wherein each wireless modem is selected in the order of less frequent use of the current message to distribute the load by processing the corresponding message. In a situation delivery system with a processor, Transmitting a situation propagation template to the external wireless communication terminal using at least one wireless modem; Receiving a message including a context transfer template from the external wireless communication terminal using the one or more wireless modems; Extracting a context transfer template from the message including the received context transfer template; A function of analyzing the contents of the extracted situation propagation template and classifying it into respective media data; Storing the analyzed analysis data (situation data) in a database; And Sending the result data of the situation transmission data to the corresponding wireless communication terminal using the one or more wireless modems A computer-readable recording medium having recorded thereon a program for realizing this.

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