KR20010064541A - Remote up-Loading method of the access information on the internet - Google Patents

Abstract

PURPOSE: A method for remotely loading information on the Internet is provided for a user to load shared information from various loading systems for a predetermined time through a remote control by connecting to a service server on the Internet. CONSTITUTION: An information user connects to a server and searches a position to be upload shared information(S10,S11). The information user requests a remote loading service to the server(S13). The information user transmits a resource position device for up-loading the shared information and another resource position device of remote loading clients having shared information to be upload to the server(S14). The server sets a connection to the remote loading clients at on-line status and transmits a remote loading requesting message(S18). The remote loading clients transmits the resource position device for a remote loading and shared information document to be upload remotely to the server.

Description

Remote up-loading method of the access information on the internet}

The present invention relates to a method of remotely loading shared information on the Internet from one or more remote computers. In particular, an Internet user uses his or her mobile terminal or a computer to access the Internet on a particular web server or other service server. A method for selectively remotely loading information documents from one or more remote loading systems that he wishes to share at a specified location.

With the recent increase in information sharing over the Internet, information users around the world build primitive information documents, especially web texts, on their computers.

In order to obtain the desired information, information users use various communication applications, especially transmission programs such as file transfer service (FTP), remote computer access service (Telnet), and web browser. Distributed primitive information documents are freely shared with each other.

In general, an information user uses a web browser, a file transfer service (FTP), or the like to upload an information document that he / she wants to share.

In addition, when an information user performs work in an environment in which his or her daily work is distributed on the Internet or each distributed computer is disconnected from time to time, the information user may share information on the Internet. Need to be safely stored in several places and optionally uploaded.

In particular, a user who utilizes a terminal device having a low memory capacity, such as a mobile communication terminal or a personal digital assistant (PDA) having an unstable connection environment, needs to upload a shared document onto a server on the Internet. Because of its memory, it does not have the information document it wants to share, so it can be selectively loaded remotely from other remote loading systems that are remote.

Therefore, in recent years, there has been a demand for development of a method for automatically and remotely loading a shared document on the Internet in various systems including a mobile communication terminal, a personal information terminal or a computer used by an information user.

Accordingly, the present invention devised to solve the above problems, the remote loading method that allows the information user to remotely load the shared information from the various remote loading systems for a certain time by connecting to the service server on the Internet To provide that purpose.

It is also an object of the present invention to provide a remote loading method that enables an information user to automatically upload shared information from remote loading systems for a predetermined time by connecting to a service server on the Internet.

1 is a diagram illustrating an internet network to which a method of remotely loading information on the internet according to an embodiment of the present invention is applied.

2A and 2B are a flowchart of a method of remotely loading information on the Internet according to an embodiment of the present invention.

3 is a diagram illustrating a wireless Internet network to which a method of remotely loading information on the Internet according to another embodiment of the present invention is applied.

4A and 4B are flowcharts of a method of remotely loading information on the Internet according to another embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100, 270: client 110, 250: service server

120, 260: mail server 130, 240: the Internet

200: mobile communication terminal 210: base station

220: wireless network 230: gateway

A method of the present invention for achieving this object includes a first step of searching for a location where an information user connects to a server and uploads shared information; A second step of the information user requesting a remote loading service from the server; A third step of transmitting, by the information user, a consistent resource locator to upload shared information to the server and a consistent resource locator of remote loading clients with shared information to upload; The server establishing a connection with the remote loading client in an online state, and transmitting a remote loading request message; A fifth step of the remote loading client sending the server a consistent resource locator for remote loading and a shared information document for remote uploading to the server; And a sixth step of storing the shared information document if the uploading path is valid.

The method also includes a first step in which an information user accesses a server and searches for a location to upload shared information; A second step of the information user receiving and storing resource location information to be uploaded from the server; A third step of transmitting, by the information user, uploading resource location information of the server by setting a transmission path with remote loading clients that want to remotely upload shared information; And a fourth step in which the server stores the shared information in the uploading designated location of the server when the uploading designated path is valid.

The method also includes a first step in which an information user accesses a server and searches for a location to upload shared information; A second step of the information user receiving and storing resource location information to be uploaded from the server; A third step in which the information user receives uploading sharing information from a designated location by setting a transmission path with target remote loading clients having shared information; And a fourth step of uploading the shared information when the uploading path of the server is valid.

In order to implement the present invention on a web browser or a search site, a new or extended transport protocol, a client program (web browser or search site), a server program, and the like are required.

On the basis of such an implementation, in order to provide a remote loading function to users, it is necessary to establish a new or extended service server (eg, a web server) and a database.

In addition, it is assumed herein that remote loading client computers for remote loading are selectively designated by priority in advance by the user.

Now, the preferred embodiment of the present invention will be described in detail with reference to FIGS. 1 to 4B.

1 is a diagram illustrating an internet network to which a method of remotely loading information on the Internet is applied according to an embodiment of the present invention, and FIGS. 2A and 2B are flowcharts of a method of remotely loading information on the Internet according to an embodiment of the present invention. to be.

First, the information user accesses a service server such as web servers 110a to 110n on the Internet 130 using the client 100a (step S10), and selects a location for uploading shared information to a web browser or a search engine. (Step S11).

The web browser or search engine used at this time is a new or extended client program, and a remote loading menu or icon is provided to the information user. When the remote loading service is in progress, an intelligent icon indicating the progress is provided.

Next, when the user of the information has been searched for a location to upload the shared information, after selecting the desired location for uploading (step S12), the service server 110a to 110n such as a web server by clicking a remote loading menu or icon. Request the remote loading service (step S13).

At this time, the transmission protocol used between the client 100a and the service servers 110a to 110n such as the web server is a new or extended transmission protocol, and the client 100a performs remote loading of the service server 110a to the web server. An Expand Field is provided for requesting 110n).

In addition, the expanded field (Expanded Field) has a flag bit (hereinafter referred to as 'RL') indicating whether there is remote loading, and the client 100a designates a flag bit (for example, RL is designated as 1). The server 110a to 110n may perform a remote loading server program to additionally perform a remote loading function.

Meanwhile, when the client 100a requests the remote loading service from the servers 110a to 110n, the client 100a is shared with the uniform resource locators (URLs) of the loading clients 100b to 100n and the servers 110a to 110n. A uniform resource locator (URL) or the like indicating the upload position of the information document is transmitted to the servers 110a to 110n together with other additional information (step S14).

Then, the servers 110a to 110n which have been requested for the remote loading service check the flag bits in the extension field, and if the flag is specified, perform the remote loading server program (step S15), and the remote loading client requested by the client 100a. The state of the servers 100b to 100n (step S16), and if the server is in the on-line state with the remote loading clients 100b to 100n, uploading paths between the server 110a to 110n and the remote loading clients 100a are used. Optionally set (step S17).

At this time, the transmission protocol used between the servers 110a to 110n and the remote loading clients 100b to 100n is a new or extended transmission protocol, and the servers 110a to 110n allow the remote loading clients 100b to 100n to perform remote loading. There is an Expand Field to allow for request.

Here, the expanded field (Expanded Field) is provided with a flag bit (hereinafter referred to as 'RLF') indicating whether the remote loading, so that the server (110a ~ 110n) designates the flag bit (for example, RLF 1 In this case, the remote loading client programs 100b to 100n perform a remote loading client program to additionally perform a remote loading function.

Next, the service server 110a-110n specifies an extended flag bit ('RLF' = 1), and indicates a consistent location register (URL) indicating the storage location of the shared information document owned by the remote loading clients 100b-100n. And a remote loading request message including the Internet protocol addresses (IP addresses) and other additional information of the servers 110a to 110n to the remote loading clients 100b to 100n (steps S18 and S19).

Thereafter, the remote loading clients 100b to 100n receiving the remote loading request message check the extended flag bits of the request message, and if the flag is specified ('RLF' = 1), execute the remote loading client program ( Step S20) grasp the state of the designated path requested by the server (110a to 110n) (step S21), and if the identified designated path is valid, the contents of the shared document to be uploaded from a specific location of the storage device of the server 110a to 110n. The content of the shared information document is uploaded to the consistent resource locator of the server indicating the upload location of 110n) (step S22).

Next, the remote loading clients 100b to 100n have an extended flag set ("RLR" = 1) to the servers 110a to 110n to inform the service servers 110a to 110n of the job status. The message is transmitted (step S23).

Thereafter, receiving the remote loading response message with the extended flag set ('RLR' = 1), the servers 110a to 110n check the flag bit and send the remote client to the requesting client 100a that has requested the remote loading. A remote loading response delivery message including the information received from 100b-100n is transmitted (step S24).

And, this remote loading response delivery message is delivered with an extension flag set ('RLRF' = 1).

Next, the service request client 100a, which has received the remote loading response delivery message with the extended flag set ('RLRF' = 1), receives an intelligent icon indicated as remote loading in progress when the remote loading operation is completely terminated. The completion is indicated to the user (step S25).

On the other hand, when the servers 110a to 110n are not online with the remote loading clients 100b to 100n, the servers 110a to 110n transmit an error message to the requesting client 100a (steps S26 and S27). .

Then, the request client 100a displays an error on the intelligence icon (step S28), in which the servers 110a to 110n send the remote loading request message to the request client 100a in an e-mail format. Send a confirmation message as to whether it is desired (steps S29 and S30), and if the information user does not want to send in an e-mail format, exit and send it in an e-mail format, send it to the mail server 120 by e-mail. (Step S31).

Thereafter, the mail server 120 sends out an e-mail (step S32) to end all processes.

On the other hand, when the remote loading clients 100b to 100n check the designated path and the designated path is not valid, an error message is transmitted to the servers 110a to 110n (step S26).

Then, the servers 110a to 110n receiving the error message transmit the error message to the request client 100a (step S27).

Then, the request client 100a displays an error on the intelligence icon (step S28), in which the servers 110a to 110n send the remote loading request message to the request client 100a in an e-mail format. Send a confirmation message as to whether it is desired (steps S29 and S30), if not wanting to send it in the e-mail format, and if it is desired to send it in the e-mail format, request the mail server 120 to send the e-mail. (Step S31).

Thereafter, the mail server 120 sends out an e-mail (step S32) to end all processes.

On the other hand, the service server (110a ~ 110n) shows the status of uploading the shared document from the local or remote backup space using a graph or icon, a tree representing the connection status and storage structure of the target computer for remote loading of shared data It also shows a storage tree.

In addition, in the exemplary embodiment of the present invention, only remote loading has been described, but multiple loading may be selectively implemented.

3 is a diagram illustrating a wireless Internet network to which a method of remotely loading information on the Internet according to another embodiment of the present invention is applied, and FIGS. 4A and 4B are diagrams illustrating a method of remotely loading information on the Internet according to another embodiment of the present invention. It is a flow chart.

The wireless Internet network is equipped with an external command input device, receives a command, converts and transmits an RF signal of a type suitable for data service, and transmits the RF signal transmitted from the mobile communication terminal 200. A base station 210 that receives and demodulates a command, a wireless network 220 that outputs using a protocol for internet service together with an ID number of the mobile communication terminal 200 that transmits the command, and the wireless network 220 A gateway unit 230 which receives a signal by a protocol for an Internet service from the gateway and converts the signal into a TCP / IP or HTTP suitable for an Internet connection, and outputs another gateway for an operation corresponding to a command from the gateway unit 230. Internet (240) for connecting between the service server 250, such as a web server for receiving information from the command input from the Internet 240 , And a mail server 260, and clients (270a ~ 270n) for remote uploading.

First, the information user accesses the service server 250 on the Internet 240 using the mobile communication terminal 200 (step S110) and searches for a location to upload the shared information by using a web browser or a search engine (see step S110). Step S111).

The web browser or search engine used at this time is a new or extended client program, and a remote loading menu or icon is provided to the information user. When a remote loading service is in progress, an intelligent icon indicating the progress is provided.

Next, the information user requests the remote loading service from the server 250 by selecting the desired location for remote loading (step S112), when the location to store the shared information is found (step S112). (Step S113).

At this time, the transmission protocol used between the mobile communication terminal 200 and the server 250 is a new or extended transmission protocol, an extended field for allowing the mobile communication terminal 200 to request remote loading from the service server 250. (Expanded Field) is provided.

In addition, an extended field (Expanded Field) is provided with a flag bit (hereinafter referred to as 'RL') indicating whether there is remote loading, so that the mobile communication terminal 200 designates a flag bit (for example, RL is 1). In this case, the server 250 executes a remote loading server program to additionally perform a remote loading function.

Meanwhile, when the mobile communication terminal 200 requests the remote loading service from the server 250, the server 250 that wants to remotely load the uniform resource locator (URL) of the remote loading clients 270a to 270n A uniform resource locator (URL) or the like indicating a shared document storage location on the R2 is transmitted to the service server 250 along with other additional information (step S114).

Then, the server 250 requesting the remote loading service checks the flag bit in the extension field, and if the flag is specified, executes the remote loading server program (step S115), and the remote loading client requested by the mobile communication terminal 200. The state of steps 270a to 270n is determined (step S116), and when the server is in the online state with the remote loading clients 270a to 270n, a transmission path is set between the server 250 itself and the remote loading clients 270a to 270n. (Step S117).

At this time, the transmission protocol used between the server 250 and the remote loading clients 270a to 270n is a new or extended transmission protocol. The server 250 may request remote loading to the remote loading clients 270a to 270n. It is equipped with an extension field (Expend Field).

In this case, the extended field (Expend Field) includes a flag bit (hereinafter referred to as 'RLF') indicating whether there is remote loading, and the server 250 designates a flag bit (for example, RLF is designated as 1). The remote loading clients 270a to 270n additionally execute a remote loading client program to perform a remote loading function.

Next, server 250 specifies an extended flag bit ('RLF' = 1), a consistent location register (URL) that indicates the location of the shared information document held by remote loading clients 270a through 270n, and the server The remote loading request message including the Internet protocol address (IP address) and other additional information of 250 is transmitted to the remote loading clients 270a to 270n (steps S118 and S119).

Thereafter, the remote loading clients 270a to 270n that have received the remote loading request message check the extended flag bits of the request message, and if the flag is specified ('RLF' = 1), perform the remote loading client program ( In step S120, the server 250 grasps the state of the designated path requested by the server 250 (step S121), and if the identified designated path is valid, the contents of the shared information document to be uploaded from a specific location of its storage device are sent from the server 250. Remote loading (step S122).

Next, the remote loading clients 270a-270n send a remote loading response message with the extended flag set ("RLR" = 1) to the server 250 to inform the server 250 of the job status ( Step S123).

Thereafter, the server 250 receiving the remote loading response message with the extended flag set ('RLR' = 1) checks the flag bit and transmits the remote loading clients (referring to the mobile terminal 200 that requested the remote loading). 270a to 270n, a remote loading response transfer message including the information received is transmitted (step S124).

And, this remote loading response delivery message is delivered with an extension flag set ('RLRF' = 1).

Next, the service request mobile terminal 200, which has received the remote loading response delivery message with the extended flag set ('RLRF' = 1), is informed that the remote loading is in progress when the remote loading operation is completely terminated. The icon indicates completion and informs the user (step S125).

On the other hand, when the server 250 is not online with the remote loading clients 270a to 270n, the server 250 transmits an error message to the mobile communication terminal 250 (steps S126 and S127).

Then, the mobile communication terminal 200 displays an error on the intelligent icon (step S128), and at this time, the server 250 sends a document upload request message in an e-mail format to the mobile communication terminal 200. Send a confirmation message as to whether it is desired (steps S129 and S130), and if the information user does not want to send in an e-mail format, exit and send it in an e-mail format, send it to the mail server 260. (Step S131).

Thereafter, the mail server 260 sends out electronic mail (step S132) to end all processes.

On the other hand, if the designated path is not valid as a result of the remote loading clients 270a to 270n confirming the designated path, an error message is transmitted to the server 250 (step S126).

The server 250 receiving the error message transmits the error message to the mobile communication terminal 200 (step S127).

Then, the mobile communication terminal 200 displays an error on the intelligent icon (step S128), in which the server 250 remotely loads the request message in the form of an e-mail to the remote loading clients 270a to 270n. Send a confirmation message to the mobile terminal 200 to confirm whether you want to send (step S129 and step S130), if you do not want to send in e-mail format, if you want to send in e-mail format, mail server 260 is requested to send an e-mail (step S131).

Thereafter, the mail server 260 sends out electronic mail (step S132) to end all processes.

Meanwhile, the server 250 shows a situation of remotely loading shared information from a local or remote backup space using a graph or an icon, and shows a connection structure and a storage structure of a target computer for remote loading of shared information. It also shows a tree).

In the embodiment of the present invention, only remote loading is described, but multiple loading may be selectively implemented.

In addition, although the embodiment of the present invention has been described to implement a remote loading method using only a mobile communication terminal, the same method can be implemented for a PDA product that lacks memory.

Further, in the embodiment of the present invention, the server allows the server or the mobile terminal to load remotely without storing the shared document that the client or the mobile terminal wants to load remotely. Or after uploading the shared document which is desired to be stored in the caching memory, which has been provided once, using the disk), the information document for remote loading may be uploaded from the remote loading client if this is not feasible.

That is, the information user accesses a server, searches for a location to upload shared information, receives and stores uploading location information from the server, and sets a transmission path with remote loading clients having shared information to be remotely loaded. The remote loading clients may be configured to transmit shared information to a designated location of the server by transmitting uploading designated location information of the server.

Further, the information user accesses a server, searches for a location for uploading shared information, receives and stores uploading location information from the server, and sets a transmission path with the remote loading clients to store uploading designated location information of the server. By sending, the remote loading clients may be configured to upload shared information via electronic mail.

In addition, the information user accesses a server, searches for a location to upload sharing information, receives and stores uploading location information from the server, sets a transmission path with the remote loading client, and stores the shared location. It may be configured to upload the shared information to a designated location of the server by receiving the information.

In addition, the information user accesses a server, searches for a location to upload sharing information, receives and stores uploading location information from the server, sets a transmission path with the remote loading client, and stores the shared location. Receiving the information may be configured to upload the shared information to the designated location of the server via e-mail.

In addition, we propose the construction of the following search engine for remote loading of shared information of a mobile terminal, which is one embodiment proposed in the present invention.

Mobile terminals also have limited buffer space for display, making it difficult to display large amounts of data. In order to overcome this problem, the database and search engine of the new mobile terminal service, unlike the existing general information document, add a new component called "document summary (for example, web abstract)" to the existing information document. Add.

Next, when the user wants to remotely load the information document, all contents of the information document are remotely loaded from the remote remote loading client as in the embodiment proposed by the present invention.

Although the present invention has been described in detail with reference to preferred embodiments, the scope of the present invention is not limited to the specific embodiments, and should be interpreted by the appended claims.

As described above, the present invention provides a user-friendly interface as compared with a conventional search and storage system, and enables the user to multi-load the information desired by users from various distributed sites quickly, safely, and easily. It is effective.

In addition, according to the present invention, there is an effect of facilitating software extension only by software implementation without changing the conventional communication environment.

In addition, according to the present invention, to provide a base technology for the activation of the storage technology, including a variety of advanced information retrieval and uploading in the computer, to enable the use of a mobile terminal or a portable terminal having a poor resource, etc. It works.

In addition, according to the present invention, there is an effect of maximizing the mobility of information users, avoiding unnecessary or redundant information storage or uploading, and maximizing the use efficiency of mobile communication terminals based on a simple and basic configuration.

In addition, according to the present invention, by overcoming the temporal and spatial constraints of information access and uploading of information users, the work efficiency is maximized and the economic and productive activities of the information users are further enhanced.

In addition, according to the present invention, in the event of a disconnection of a specific remote loading client due to a change in a communication environment or a connection failure due to other defects, information users may allow uploading access to the same information stored in other remote loading clients at a desired site. Thus, it has the effect of overcoming time and space constraints, maximizing work efficiency, and strengthening the economic and productive activities of information users.

Claims (13)

A first step of searching for a location where an information user connects to a server and uploads shared information; A second step of the information user requesting a remote loading service from the server; A third step of transmitting, by the information user, a consistent resource locator to upload shared information to the server and a consistent resource locator of remote loading clients with shared information to upload; The server establishing a connection with the remote loading client in an online state, and transmitting a remote loading request message; A fifth step of the remote loading client sending the server a consistent resource locator for remote loading and a shared information document for remote uploading to the server; And And the server has a sixth step of storing a shared information document if the uploading path is valid. The method of claim 1, And a seventh step of sending the completion message to the information user via the server after the remote loading clients upload the information document. The method of claim 1, The information user of the first step is connected to the server, Remote loading method, characterized in that for connecting to the server using a mobile communication terminal. The method of claim 2, The information user of the first step is connected to the server, Remote loading method, characterized in that for connecting to the server using a mobile communication terminal. The method of claim 1, The information user of the first step is connected to the server, Remote loading method, characterized in that for connecting to the server using a personal information terminal. The method of claim 2, The information user of the first step is connected to the server, Remote loading method, characterized in that for connecting to the server using a personal information terminal. The method according to any one of claims 1 to 6, After the third step, An eighth step of the server sending an error message to the information user when the remote loading clients are not online; A ninth step of the server confirming whether to use e-mail for the information user; And If the information user uses e-mail, the server further comprises a tenth step of sending e-mail to the remote loading clients via a mail server. The method according to any one of claims 1 to 6, After the fifth step, An eighth step of the remote loading client transmitting an error message to the information user through the server when the uploading path is invalid; A ninth step of the server confirming whether to use e-mail for the information user; And If the information user uses e-mail, the server further comprises a tenth step of sending e-mail to the remote loading clients via a mail server. The method of claim 7, wherein After the fifth step, An eleventh step of sending, by the remote loading client, an error message to the information user through the server when an uploading path is invalid; A twelfth step, wherein the server confirms whether to use e-mail for the information user; And And the server further comprises a thirteenth step of sending the e-mail to the remote loading clients via a mail server when the user of the information uses e-mail. A first step in which an information user accesses a server and searches for a location to upload shared information; A second step of the information user receiving and storing resource location information to be uploaded from the server; A third step of transmitting, by the information user, uploading resource location information of the server by setting a transmission path with remote loading clients that want to remotely upload shared information; And And the fourth step of the server storing the shared information at the uploading designation location of the server when the uploading designation path is valid. The method of claim 10, After the third step, A fourth step of the remote loading client sending an error message to the information user when the uploading path of the server is invalid; A fifth step of the remote loading client confirming whether to use e-mail to the information user; And And the sixth step of transmitting the shared information to the server through the mail server when the information user uses e-mail. A first step in which an information user accesses a server and searches for a location to upload shared information; A second step of the information user receiving and storing resource location information to be uploaded from the server; A third step in which the information user receives uploading sharing information from a designated location by setting a transmission path with target remote loading clients having shared information; And And the fourth step of uploading the shared information when the uploading path of the server is valid. The method of claim 12, After the third step, A fourth step of checking, by the information user, an error message when the uploading path of the server is invalid; A fifth step of confirming whether the information user will use e-mail; And And a sixth step of transmitting the shared information from the server through the mail server when the information user uses e-mail.