KR20090050943A - Method for processing network message and system thereof, and terminal using the same - Google Patents

Abstract

The present invention relates to a network message processing system, a method thereof, and a terminal using the same.

A network message is generated in a form including a predetermined identification symbol, and a part of the network message located at a predetermined position based on the identification symbol is recognized as a statement. The network message is then transmitted according to the recognized statement. In particular, convenient network message transmission is achieved by automatically designating a destination and transmitting a network message based on information stored according to a statement.

Specify network message, text message, SMS, destination

Description

Method for processing network message and system, and terminal using same

The present invention relates to a network message processing method and a system thereof, and more particularly, to a method and system for processing a message transmitted and received through a network and a communication terminal using the same.

Recently, a technology for transmitting and receiving a message through a network has been activated, and in particular, a short message service (SMS) for transmitting a text message of communication using a mobile terminal has been widely used. The text message is composed of letters, numbers, special symbols, and the like, and enables communication between a mobile communication terminal including a portable terminal and other information terminals. In particular, in recent years, the messaging market has moved to SMS (Enhanced Messaging) in SMS to enable text messages to further evolve various multimedia such as long text, still images, audio, and video to meet the various needs of users. Beyond Service, it is evolving into Multimedia Messaging Service (MMS).

In order to send a text message to the other party, the receiving terminal information (for example, phone number, Internet messenger ID, e-mail) in a separate input step before or after composing a text message in a mode in which the information terminal can compose a text message. Address or the like). The text message written to the input or selected receiver is transmitted.

However, in order to transmit a text message, information on the receiving side must be input before or after completion of text message writing. In addition, due to the limited screen and menu configuration of the information terminal, text message creation and receiving information input screen are separated. In addition, even if frequently used receiving side information, there is an inconvenience in that the receiving side information should be input or selected every time a text message is written.

Although there is a function of directly replying to a received text message without inputting additional information, when sending a received text message to another person, it is inconvenient to input the receiving side information.

In addition, when making a call, the user and phone number are automatically searched even if only a part of the phone number is inserted.However, when sending a text message, these functions cannot be used completely. There is a problem such as.

As a technique for transmitting a text message more conveniently, there is a "method of transmitting a text message through a reserved word in a service terminal" described in Korean Patent Registration No. 10-0664696. In this technology, when a user who wants to send a message inputs a reserved word at the time of writing a message while content corresponding to the reserved word is input to the service terminal, the content to which the reserved word is matched or a receiving target number is obtained, and the message is included in the message. After reconstructing the message by converting the reserved word into the matched content, the reconstructed message is transmitted to the corresponding user.

However, this technology is characterized by including the content that is pre-matched to the reserved words in the text message, so that when the same information is sent to multiple recipients, each user can send a unique message specialized for each recipient without having to enter it one by one. In addition, it describes that the reserved words included in the message are mainly replaced with matching contents, and the recipient number is mainly inputted separately by the user with the reserved words, so that the problem described above may occur. In some cases, the recipient number is provided without input, but in this case, the recipient numbers of the target persons having contents matching the reserved word are all provided and the user selects one of the provided recipient numbers.

The technical problem to be solved by the present invention is to transmit a network message without input of the receiving side information through a separate process.

In addition, the technical problem to be solved by the present invention is to minimize the network message transmission step.

In addition, the technical problem to be solved by the present invention is to transmit a network message without input of the receiving side information through a separate process, even when sending a message to a public address such as an Internet address (URL).

In addition, the technical problem to be solved by the present invention is to be able to use a variety of services by network message transmission.

According to an aspect of the present invention, there is provided a network message processing method. In a message processing method of a system for processing a network message transmitted and received through a network, the system receives a network message including a statement including an identifier. step; Identifying a statement from the network message; Determining from the statement whether at least one of an address statement and a directive is included; Obtaining recipient information based on an address statement if the statement includes an address statement; If the statement includes a directive, performing an operation in accordance with the directive and including the result in the network message; And deleting the statement from the network message and transmitting the deleted message according to the recipient information or additionally inputted recipient information obtained from an address text.

According to another aspect of the present invention, there is provided a network message processing system comprising: a statement determining unit for identifying a statement from an input network message and determining a form of an identified statement in a system for processing a network message transmitted and received through a network; A search unit for finding information corresponding to the statement; A statement processing unit processing the network message based on information transmitted from the search unit according to the form of the statement, and deleting a statement from the processed network message; A transmitter for transmitting the network message from which the statement is deleted according to recipient information; And a storage unit including at least one of information for obtaining the recipient information and indication information corresponding to instructions. The statement processing unit may include: a first processing module configured to delete an address statement from the network message when the statement is in a first form including an address statement; A second processing module for performing an operation corresponding to the directive and including the result in the network message when the statement is in a second form including a directive and an address statement; And an information obtaining module that obtains recipient information corresponding to an address sentence based on the information transmitted from the search unit.

Terminal according to another aspect of the invention, the input unit for inputting a network message; A statement determination unit identifying a statement from the input network message and determining a form of the identified statement; A search unit for finding information corresponding to the statement; A statement processing unit processing the network message based on information transmitted from the search unit according to the form of the statement; A transmitter for transmitting the processed network message according to authorized recipient information; And a storage unit which stores information for obtaining the recipient information. The statement processing unit may include: a first processing module configured to delete an address statement from the network message when the statement includes an address statement; A second processing module for performing an operation corresponding to the directive and including the result in the network message when the statement includes a directive; And an information acquisition module that obtains recipient information corresponding to the address sentence in association with the search unit and provides the received information to the transmission unit.

According to an exemplary embodiment of the present invention, a destination is automatically designated only by creating a network message, so that the network message can be transmitted very simply.

In addition, by entering a statement in a specific part of the network message according to a specific rule, the network message can be sent at the same time as the network message is completed without a separate receiving side information input screen, thereby simplifying the screen configuration.

In addition, the destination can be specified in the network message creation step, so that a network message can be created and transmitted at the same time without a separate destination search screen, thereby reducing the steps required for creating and transmitting the message.

You can also easily specify the recipient of a network message by entering only a part of the phone number or name.

In addition, by simply inserting a specific statement when creating a network message, you can designate a recipient or a receiving information terminal, and remotely control the devices connected online or offline, or use various Internet services such as stock trading and Internet banking. It is available.

In addition, since the input network message is automatically corrected according to the set rule, even if a statement that does not meet the set rule is input, a recipient according to the user's intention may be automatically assigned and the network message may be transmitted.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise. In addition, "... server", "..." described in the specification. Wealth ”,“… Module ”means a unit for processing at least one function or operation, which may be implemented in hardware or software, or a combination of hardware and software.

Throughout the specification, "network message" includes all types of messages that can be transmitted and received through a wireless network or a wired network. For example, a short message service (SMS), a multimedia message service (MMS), or the like may be used. Include.

Now, a network message processing system and method thereof according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The network message processing system according to an embodiment of the present invention processes a message transmitted and received through a network, and also transmits the processed message. The network message processing system transmits and receives a network message in association with a message transmission system (for example, a mobile communication provider, a broadcasting network operator, etc.) or a network message without being associated with a message transmission system through a network.

The network message according to an embodiment of the present invention may be formed in a form including a statement, and the statement may be distinguished based on an identification symbol in the network message and configured to include information to perform a predetermined function through the network message. Represents a part of a message. The remainder of the network message, except for the statement, is called "content" for convenience.

The statement specifically includes a form including at least one of a first portion specifying a recipient and a second portion instructing to perform a predetermined operation. Therefore, the statement may be in the form of one of the first form, which is a simple address statement including only the first part, the second form, which includes both the first and second parts, and the third form, which is a simple statement containing only the second part. .

Hereinafter, for convenience of description, the first part of the statement is referred to as "address statement", and the second part of the statement is referred to as "directive statement". The first part, namely, the address sentence, is a category for specifying recipient information, for example, a shortcut key of an address book of a mobile terminal, a part of personal information, or a number of an address book, a key value or a part of a telephone book designated by an individual, a name, etc. Can be.

The second part, that is, the directive, is for instructing to perform a predetermined operation, and may include information for instructing a transmitter to perform a predetermined operation or information for instructing the receiver to perform a predetermined operation. For example, the directive may include information for including in the message authentication information for using a predetermined service provided by a predetermined website, or a predetermined device located at a remote place performs a specific operation such as a turn on / turn off operation. It may include information instructing to.

Identifiers used as promises to identify statements in network messages can be used differently or identically, depending on the type of statement. That is, regardless of the form of the statement, for example, identifiers such as * or # may be used the same. In this case, it is also possible to define a large number of identification symbols and to selectively use one of the defined identification symbols. In the case of the first type of statement, for example, the identification symbol of “*” is used. In the case of the second type of statement, for example, the identification symbol of “#” is used. For example, an identifier of “%” may be specified to be used. Alternatively, in order to distinguish the third form that does not include an address sentence from the first and second forms that include an address sentence, the first and second forms use the same identifier, and only the third form differs. You can also specify to use.

Meanwhile, the identification symbol according to an embodiment of the present invention includes not only a symbol type such as “*, #,%” as illustrated above, but also includes everything used to distinguish a statement from a content sentence in a network message. For example, it includes everything that can be distinguished in various forms, such as figures, numbers, and text.

In addition, the identification symbol may be a separate input means (for example, a physical key value such as a numeric key) of a terminal for inputting a network message. That is, when the terminal for creating a network message assigns the identifier to a physical input means such as a specific key, and selects the physical input means assigned when the text message is written, the identification symbol may be input.

Statements in a network message having a structure as described above may be located at a predetermined position in the network message, for example, at the beginning or end of the message.

Statements can also be arranged in the order of “identifier”, “address statement” and “directive”, or in the order of “identifier”, “directive” and “address statement”. Alternatively, an identifier may be placed after the statement. This arrangement order is just one example.

In addition, the address and directives of a statement can be configured to have a set size. For example, an address statement and a statement may be defined as two digits, respectively, two-digit information located after the identification symbol may be determined as an address statement, and two-digit information located after the address statement may be determined as a directive.

The network message processing system 100 according to an embodiment of the present invention having such a structure may be implemented in a form included in a terminal.

1 is a diagram illustrating an implementation of a network message processing system according to an embodiment of the present invention.

As illustrated in the accompanying FIG. 1, in an environment in which network messages are transmitted and received between the first terminal 200 and the second terminal 300, the network message processing system 100 may include the first terminal 200 and the second terminal. It may be implemented in a form included in at least one of the terminal 300. In this example, the network message processing system 100 is included in the first terminal 200.

The network 400 provides a wired or wireless communication path. Network 400 is a general Internet that includes a worldwide open computer network architecture that provides the TCP / IP protocol and many services that exist above it, namely HTTP, Telnet, FTP, DNS, SMTP, SNTP, NFS, and NIS. In addition, various wired / wireless communication methods such as high speed wireless data communication networks such as Wibro or HSDPA (High Speed Downlink Packet Access), broadcasting networks (analog broadcasting networks, digital broadcasting networks, IPTV broadcasting networks, DMB broadcasting networks, etc.), telephone networks and mobile communication networks Include a network.

The terminals 200 and 300 are all types of terminals capable of communicating through wired / wireless communication networks such as the Internet, broadcasting networks or dedicated networks, and include personal computers (PCs), personal digital assistants (PDAs), and mobile communication terminals. (Mobile Communication Terminal), a set-top box that enables two-way communication using a TV, and the like. The receiving terminal also includes an information terminal and all websites, broadcast providers, Internet service providers, mobile service providers, and mobile communication providers connected to the network.

In the following embodiment, as described above, the network message processing system 100 is implemented as a form included in any one of the first terminal 200 or the second terminal 300, as described above, Although transmission and reception are described, the present invention is not necessarily limited to being implemented in such a form.

Next, the structure and operation of the network message processing system according to the first embodiment of the present invention will be described.

A first embodiment of the present invention relates to a case where a statement included in a network message is implemented in a first form, that is, a form including only an address statement.

2 is a structural diagram of a network message processing system according to a first embodiment of the present invention.

As shown in FIG. 2, the network message processing system 100 according to the first embodiment of the present invention searches for a statement determining unit 10 that determines a statement from a network message and information corresponding to the determined statement. The search unit 20 includes a statement processing unit 30 for processing a network message based on the statement and the corresponding information. In addition, it may further include an input unit 40 for inputting a network message and a transmission unit 50 for transmitting a network message.

The input unit 40 receives a network message and transmits the received network message to the statement processing unit 30. The user inputs an identification symbol (e.g., @, *, etc.) at a predetermined position (e.g., the beginning of the message, the end of the message) during network message input, or through a separate key input designated to the terminal as described above. You can enter identifiers and statements. The network message including the input statement is transmitted to the statement determining unit 10.

When the network message processing system 100 is implemented in a form included in another system or device, the input unit 40 may be a means installed to perform an input function of the system or device.

The statement determining unit 10 determines a statement from a network message provided through the input unit 40. For example, the statement determination unit 10 finds an identification symbol in a network message, and determines the information located at a predetermined position based on the identification symbol as a statement. In addition, when a separate key designated by the terminal is input, information input continuously after the designated key input may be determined as a statement. At this time, information of a setting size located at a predetermined position may be determined by a statement.

The search unit 20 finds information corresponding to the determined statement and transmits the information to the statement processing unit 30. In detail, the search unit 20 searches for information corresponding to the remaining part of the statement except for the identification symbol. In the first embodiment of the present invention, the statement is formed in a form including an identification symbol and an address statement, and the search unit 20 stores information stored in predetermined means as described below based on the address statement included in the statement. Search for, and delivers the search results to the statement processing unit (30).

The statement processing unit 30 is an information acquisition module 31 for acquiring recipient information for network message processing based on the information transmitted from the retrieval unit 20 and a processing module 32 for processing a network message based on the obtained recipient information. It includes.

Information for obtaining recipient information is stored in a predetermined storage. A storage unit (not shown) according to an embodiment of the present invention may be implemented in a form included in the network message processing system 100 or in a form in which the network message processing system 100 is included in a predetermined system or apparatus (for example, For example, when implemented in a form embedded in a portable terminal, it may be implemented as a form managed by a corresponding system or device (for example, a storage unit of the portable terminal). Alternatively, the storage unit may be implemented in the form of an independent external device (for example, a USB memory). Alternatively, when the network message processing system 100 processes a message in association with a predetermined system or device through a network, the network message processing system 100 may be implemented in a form included in a system or device to which the storage unit is linked. For example, the storage unit may be a server (hereinafter, referred to as an address server for convenience of description) that provides recipient information in association with the network message processing system 100. Alternatively, the storage unit and the address server may be implemented separately. When the address server is used as described above, the user may individually register and manage the recipient information in the address server, and may receive and use the recipient information of the user from the address server as needed or periodically.

In the following first embodiment, since the network message processing system 100 is embedded in a portable terminal as an example, a storage unit is provided in the portable terminal, and a list of telephone numbers input and managed by a user who uses the portable terminal is provided. It is assumed to include notes, notes, and the like.

The search unit 20 searches the storage unit based on the address statement obtained from the statement to find information including the address statement. For example, if the address of the statement is a number such as '4322', search the wired / wireless phone number, memo, shortcut information, etc. stored in the storage, and search for '011-234-4322', '016-432-2678'. Finds a string and a string containing '4322', such as a phone number set in the shortcut 4322. In addition, if the address of the statement is a character such as 'Kildong', the information stored in the storage is searched for a string containing 'Kildong' such as 'Kildong-dong', 'Kildongjun', and 'Kildong-like'. These search results are delivered to the statement processing unit 30, and even if there is no information including an address statement combined with the statement, the search results are transmitted to the statement processing unit 30.

The information obtaining module 31 of the statement processing unit 30 obtains substantial recipient information from the search result. In detail, when the information transmitted from the search unit 20 is one, the recipient information obtained from the information is transferred to the processing module 32. In this case, for example, when there is one search result such as '011-234-4322', this result becomes recipient information and is transmitted to the processing module 32. If the result of the search is equal to "way", the information acquisition module 31 obtains the telephone number corresponding to "way" from the storage unit and transfers it to the processing module 32 as recipient information.

However, if there are a plurality of search results, the search results are output so that the user can specify the destination. For example, if there are a large number of search results, such as '011-234-4322', '016-432-2678', and the phone number corresponding to the shortcut key 4322, the user may select at least one by displaying the search results. The selected one is designated as the recipient information and transferred to the processing module 32.

In addition, if the search result indicates a "group" containing a large number, this is output to notify the user that the recipient is a group. Then, when the user selects to transmit simultaneously to the 'group', all or some members included in the 'group' are designated as the recipients, and the phone numbers of the designated members are transferred to the processing module 32 as the recipient information. On the other hand, if there is no recipient information corresponding to the address text, the search result is output, and the recipient information is re-entered from the user, or after the network message is finished as in the general message writing process, the recipient is searched, input and selected. A screen can be displayed to allow the user to directly specify a destination.

The processing module 32 of the statement processing unit 30 processes the network message based on the statement determined by the statement determination unit 10 and the information provided from the information acquisition module 31. Specifically, the processing module 32 deletes the statement from the network message provided from the input unit 40 and delivers the network message including only the content text and the recipient information provided from the information obtaining module 31 to the transmission unit 50. do. Here, the statement processing unit 30 may delete the entire statement or only the address statement from the network message.

The transmission unit 50 designates a recipient using the recipient information received from the statement processing unit 30, and transmits a network message to the designated recipient. At this time, according to the user's selection, the network message may be immediately transmitted without creating additional recipient information at the same time the network message is written. This process will be described in more detail later.

When the network message processing system 100 is implemented in a form included in another system or device, the transmission unit 50 may be a component that performs a transmission function in the corresponding system or device. For example, when the network message processing system 100 is embedded in the portable terminal, the transmitter 50 may be a general transmission means for performing communication processing in the portable terminal. Alternatively, regardless of how the network message processing system 100 is implemented, the transmitter 50 may be a means for independently performing communication processing.

Next, an operation of the network message processing system according to the first embodiment of the present invention having such a structure will be described.

Here, it is assumed that the network message processing system 100 is implemented in a form embedded in the first terminal 200 as shown in FIG. 1 to transmit a predetermined network message.

3 is a flowchart illustrating a network message processing method according to a first embodiment of the present invention.

First, the user selects a transmission related setting screen in order to send a network message to an arbitrary recipient (S100). When the transmission related setting screen is selected, as shown in FIG. 3, the network message processing system 100 inquires whether to transmit a network message using a statement or a network message without using a statement.

If the user selects to transmit a network message using a statement (S110), a means for composing a network message, that is, a message creation screen is provided (S120). In this case, when the network message is completed, the step of checking the recipient and transmitting the message or when the message is completed may be performed to inquire (S130) whether to immediately send the message without additional confirmation process. Although performing this step is described here, it may be omitted. That is, when network message transmission using a statement is selected without the step of inquiring, the message may be sent as soon as the message is completed without additional checking.

If the user selects to go through a separate verification process according to the inquiry, a process for enabling the confirmation of the designated recipient is additionally performed even if the destination is automatically designated according to a statement included in the network message later. Information indicating whether the user selects a confirmation process according to the inquiry is stored in the transmission unit 50 so that the transmission unit 50 performs a message transmission based on the information (S140).

Thereafter, when the user creates a network message (S150), the created network message is transmitted to the statement determination unit 10 through the input unit 40. The statement determining unit 10 determines whether there is a statement based on the identifying symbol from the input network message. Then, the determined statement is transmitted to the search unit 20 (S160). The search unit 20 extracts the address statement from the statement and searches the storage unit (in this case, the storage means built in the mobile terminal) based on the extracted address statement to find information corresponding to the address statement (S170). The search unit 20 then transfers the information obtained according to the search to the statement processing unit 30.

The statement processing unit 30 obtains recipient information from the search result (S180).

Looking at the process of obtaining the recipient information in detail as follows. 4 illustrates a process of acquiring recipient information in the network message processing method according to the first embodiment of the present invention.

As shown in FIG. 4, the statement processing unit 30 checks whether there are a plurality of search results according to the provided statement (S1810 to S1811), and if there is one, checks whether the search result is a group (S1812).

As a result of the check, if there is only one search result and not a group (S1813), it is determined whether the search result can be used directly as recipient information (S1814). For example, if the search result is a numeric string, the search result is used as the recipient information (S1815). On the other hand, if the search result is not a numeric string, for example, it is determined that it cannot be immediately used as the recipient information, and the corresponding recipient information is found and used from the storage unit based on the search result (S1816). In this example, the recipient information uses only a string of numbers, such as a telephone number. However, when a network message is transmitted to an e-mail or an Internet address, a predetermined character string may be used as the recipient information.

On the other hand, in the above steps (S1811 to S1812), if the search result is one while the group is indicated, the search result is output to notify the user that the recipient is the group (S1817). In this case, all members included in the group may be displayed together with the group name. Afterwards, when the user selects simultaneous transmission to the 'group', all the members included in the 'group' are designated as recipients, and the phone numbers of the members included in the group are used as the recipient information (S1819). On the other hand, when the user designates predetermined members included in the 'group' as the recipient, only the phone numbers of the designated members are used as the recipient information (S1820).

In the above step (S1811), if there are a plurality of search results, the search results are output for the user to select (S1821 to S1822). The selected search result is then used as the recipient information. Of course, in this case as well, it is determined whether the search result can be directly used as the recipient information, and according to the result, the actual recipient information is obtained as in the above steps (S1814 to S1816) (S1823 to S1825).

On the other hand, if there is no search result is notified to the user. For example, if the address statement included in the statement is “31” and it represents a number in the address book, the number associated with “31 cannot be found. Please input or search the recipient information ”and the user can be informed that there is no search result. The user can directly specify the recipient by outputting a screen for searching, inputting, and selecting a recipient as in a general message writing process.

After acquiring the actual recipient information through the process as described above, as shown in FIG. 3, the statement processing unit 30 processes the network message and then, together with the recipient information, transmits the corresponding recipient information through the transmission unit 50. Send to the terminal. In detail, the statement processing unit 30 deletes the statement from the network message provided from the input unit 40, and transfers the network message including only the content statement and the obtained recipient information to the transmission unit 50 (S190). Therefore, the transmission unit 50 transmits the processed network message to the terminal corresponding to the recipient information.

On the other hand, before transmitting the message, in the above step (S140), if it is specified to perform the recipient confirmation process, the transmission unit 50 outputs the recipient information obtained from the search results to be confirmed by the user (S200 ~) S210). When the confirmation is made by the user, the processed network message is transmitted to the terminal of the confirmed recipient (S220).

However, if the recipient confirmation process is not specified, the network message processing is completed and the network message is immediately transmitted to the terminal of the corresponding recipient without performing the recipient confirmation process (S220).

On the other hand, if the user selects not to use the statement in step S110, a general message transmission process is performed. In other words, when creating a network message, a recipient selection screen is provided to allow a user to directly designate / verify a recipient, and then transmit a network message to a terminal of a recipient directly designated by the user. Of course, in this case, even if a user enters a statement in a network message, it can be treated as plain text.

According to the first embodiment of the present invention, when a user inputs a network message, a network message prepared without a separate recipient selection process is transmitted. Thus, the user can conveniently send the message to a desired recipient only by creating a message.

Meanwhile, in the above first embodiment, a process of calibrating a message in a process of inputting and determining a network message will be described.

5 is a flowchart illustrating a network message correction process according to an embodiment of the present invention.

The network message input through the input unit 40 is transmitted to the statement determining unit 10 (S1610).

The statement determining unit 10 determines a statement based on the identifying symbol from the network message. First, the statement determination unit 10 finds the identification symbol from the network message (S1611). When the identification symbol is found, a predetermined portion adjacent to the identification symbol is determined by the statement (S1612 to S1613). For example, a statement determines a portion that is adjacent from the first direction of the identifying symbol and does not have a blank portion (space). Alternatively, the statement determines a portion corresponding to the set digit from the first direction of the identification symbol.

Next, it is determined whether the determined statement is written according to the set rule (S1614). Herein, the setting rule may be a first rule for forming a predetermined suitable language, letter or number based on the input method information of the input means when the message is input, or the second rule set by the receiving side receiving the message. Can be.

When the setting rule is the first rule, the input means generally includes a keyboard, a keypad, a touch screen, and the like. Since the input method information is key arrangement information of such input means, the first rule may be key arrangement information.

Since the input means may have various limitations (size, space, etc.) to implement every inputtable number or character using individual keys, the input means may be configured to input at least two different letters or numbers on one key. . In addition, a predetermined mode may be selected to select one of different letters or numbers implemented in one key. In this case, the user can select the desired mode and then enter the desired number or letter on the key.If the correct mode is not selected, the user can select any number or letter other than the desired number or letter even though the correct key is selected. Can be input.

Therefore, in the embodiment of the present invention, even in such a case, it is determined whether the determined statement is input according to the setting rule by comparing the determined statement with key arrangement information so that accurate statement input according to the user's intention is made, The corrected statement is corrected according to the key array information. Here, the key arrangement information is the key arrangement information of the keypad of the portable terminal when the network message processing system 100 is implemented in a form included in a terminal (for example, a portable terminal) as shown in FIG. 1, Such information may be provided from a storage unit of the portable terminal. Alternatively, the statement determining unit 10 may store and manage key arrangement information.

For example, if a user tries to enter the statement “&& 0011” with the identification symbol “&&”, but does not select a mode such as numeric input or character input, but selects a key and inputs it as “&& ajtO”, the statement determination unit 10 compares the input " && ajtO " with key arrangement information to correct " && 0011 " (S1615). The uncorrected statement and the corrected statement are transmitted to the statement processing unit 30 (S1616).

On the other hand, even when the identification symbol is not found, the statement determining unit 10 reprocesses the network message according to the set rule while comparing the network message with the key arrangement information. That is, all or part of the network message is corrected by switching to other letters or numbers corresponding to the corresponding key according to the key arrangement information (S1617). If the corrected portion includes the identification symbol, the predetermined portion adjacent to the first direction based on the identification symbol is determined as a statement as described above (S1618 to S1619). For example, if a user attempts to enter the statement “&& 0011” with the identifier “&&”, but does not select a mode such as numeric input or character input, but selects a key and enters it as “99ajtO”, As described above, if " 99ajtO " is corrected according to the key arrangement information, " && 0011 " can be obtained. Finally, the statement that corrects only the identifier and the corrected statement up to the identifier and / or the statement are transmitted to the statement processing unit 30 (S1616).

On the other hand, even if the network message is reprocessed according to the setting rule, if the identification symbol is not included in the network message, it can be notified to the statement processing unit 30 so that the message processing process does not include the statement can be made. (S1620).

According to the network message correction process, even if a user incorrectly inputs a statement of a network message, the message may be automatically corrected and processed according to a statement intended by the user.

On the other hand, when the setting rule is the second rule, the statement determining unit 10 may correct the network message according to a rule designated by the recipient identified by the address statement. Accordingly, the user does not need to manually check a rule for preparing a message that is previously set by the receiver. In addition, even if the message is written in violation of the above rules, it can be properly corrected.

The rules for preparing a message pre-set by the receiver may include the language in which the message is written, the keypad information for each country, the key arrangement information of the sender's terminal, and the like. It may be an internal rule.

Next, a network message processing system according to a second embodiment of the present invention will be described.

A second embodiment of the present invention relates to a case where a statement included in a network message is in one of first to third forms.

6 shows a structure of a network message processing system according to a second embodiment of the present invention. The same reference numerals are assigned to components that perform the same functions as the first embodiment described above.

As shown in FIG. 6, the network message processing system 100 according to the second exemplary embodiment of the present invention may include the input unit 40, the statement determining unit 10 ′, and the searching unit ( 20), a statement processing unit 30 ', and a transmission unit 50. In addition, the storage unit 60 further includes.

Unlike the first embodiment, the statement determining unit 10 'is provided with a statement determination module 11 for determining a statement from a network message, and a statement is determined depending on whether the determined statement includes an address statement and a directive. A form discrimination module 12 for discriminating which form corresponds to the first to third forms is included.

Here, as a method of determining the form of a statement, a method of setting a statement writing rule and determining the form based on this may be used. For example, set the rules for writing statements as the statements are entered in the order of the identifier, address, and directive, and give the address and directive a set of digits, respectively. Of course, in this case, the arrangement order can be changed. The identification symbol is found from the input network message, and then the portion of the first set digit positioned adjacent to the identifier in the first direction is determined by the address statement, and the portion of the second set digit is determined by the directive following the address statement. do. In this case, the address and directives can be set to no spaces. Therefore, when only the part of the first set digit is located after the identification symbol and the blank is located, it is determined that the statement is in the first form including only the address statement. For example, if the statement is "* 3401", it can be determined that "34" is an address statement and "01" is a directive.

In addition, when the part of the first and second set digits is positioned after the identification symbol without a space, it is determined that the statement is in the second form including an address statement and a directive. Further, if only a part of the second set digit is located after the identification symbol and a blank is located, it is determined that the statement is in the third form including only the directive. Here, the first and second set digits may be set differently, and based on this, it may be determined whether the statement is in the first form or the third form.

If the first and second set digits are the same, the identification symbol when inputting only an address statement and the identification symbol when inputting only an indication statement may be different from each other to determine whether the statement is in the first or third form. . Alternatively, when using the same identification symbol, the storage unit may be searched based on the remaining part of the identification symbol, and it may be determined whether the corresponding part is an address statement or a directive according to the search result.

In addition, the form of inputting an address sentence and the form of inputting a directive may be defined differently, and based on this, it may be determined whether the statement is one of the first to third forms. In addition to the determination methods described above, various methods available in the art may be used.

The search unit 20 searches the storage unit according to the address statement transmitted from the statement determining unit 10 'to find information including the address statement.

The statement processing unit 30 ′ processes the network message differently according to the information acquisition module 31 for acquiring the actual recipient information from the search result, the form of the statement, that is, at least one of an address statement and a directive according to the determined form of the statement. It includes a plurality of processing modules (33 to 35) for processing a network message based on the read information of. Specifically, when the statement is the first form, the first processing module 33 deletes the address statement from the network message. When the statement is the second form, the first processing module 33 performs an operation according to the instruction information corresponding to the directive and displays the result. And a second processing module 34 for including the indication information in the network message or corresponding to the directive in the network message. In addition, when the statement is in the third form, it may include a third processing module 35 for performing an operation according to the obtained indication information and including the result in a network message.

Here, the second processing module 34 may delete all of the address statement and the directive from the network message, and include the result of performing the operation or the indication information according to the indication information in the network message. Alternatively, the network message may include the result of performing the operation or the indication information according to the indication information while deleting only the address statement from the network message and maintaining the indication message.

In particular, the second processing module 34 obtains the instruction information corresponding to the instruction, and performs an operation corresponding to the obtained instruction information. For example, when the input statement includes the directive “10ID”, the second processing module 34 searches for the search unit 20 when the directive “10ID” corresponds to the instruction information “find authentication information”. In conjunction with the search for the authentication information from the storage unit 60. The authentication information thus obtained is included in the network message. Or, if the instruction contains the directive “01”, 01 indicates “On”, 02 means “Off”, 03 means “On” after 1 hour, etc., the instruction corresponds to “01”. Instruction information, that is, "On" is found and included in the network message. On the other hand, the directive itself read without a separate search operation can be used as the instruction information. For example, when a directive is generated according to a predetermined rule for operating a predetermined device, the directive itself includes predetermined instruction information, and thus does not perform a search operation for searching for separate instruction information, and directs the directive itself. Use as. In this case, a separate operation according to the indication information is not performed, and the indication information may be used as the search result itself and included in the network message. Of course, if the directive is information instructing the transmitting side to perform a predetermined operation, the operation corresponding to the indication information is performed and then the result is included in the network message and transmitted. In addition, when the directive is information for instructing the receiving side to perform a predetermined operation, the corresponding indication information is included in the network message without additional processing or converted into a corresponding command, included in the network message, and transmitted. An operation corresponding to the indication information is made.

Information for obtaining recipient information or indication information is stored in a predetermined storage unit 60. Here, the storage unit 60 performs the same function as the storage unit of the first embodiment described above.

7 illustrates an implementation of a network message processing system according to a second embodiment of the present invention having a structure as described above.

In the second embodiment of the present invention, it is assumed that the network message processing system 100 is implemented in a form embedded in the first terminal 200 as shown in FIG. In addition, it is assumed that recipient information is received and used from an address server 600 connected on a network.

In this case, in the second embodiment of the present invention, the first terminal 200 determines the indication included in the network message and performs a function of performing the operation or the second terminal 300 having the function of performing the corresponding operation. It is possible to send and receive network messages with the third terminal 500 does not have. The second terminal 300 may include a directive processing unit 301 for determining a directive from the received network message and performing an operation corresponding thereto. In the process of determining the directive from the network message, as in the embodiments of the present disclosure, a predetermined part including an identification symbol may be determined as the directive.

Next, a network message processing method according to a second embodiment of the present invention will be described in more detail.

8 is a flowchart illustrating a process of processing a network message according to a second embodiment of the present invention.

When the network message input is completed as in the first embodiment described above (S400), the statement determination unit 10 ′ determines a statement from the network message. In this case, the process of inputting a network message is omitted for convenience of description, but as described in the first embodiment described above, a process of providing a message input screen and processing the input message accordingly is performed (S100 to S190). Can be.

When the statement determination unit 10 ′ determines the statement from the network message based on the identification symbol (S410), the statement determination unit 10 ′ determines whether the determined statement is in the first to third forms (S420).

When the statement is in the first form (S430), the statement determining unit 10 ′ transmits the address statement to the searching unit 20, and the searching unit 20 searches the storage unit 60 as in the first embodiment. Search for information including the address text. Thereafter, the statement processing unit 30 ′ obtains substantial recipient information from the search result as in the first embodiment (S440). In this case, a process of obtaining recipient information as shown in FIG. 4 may be performed.

Next, the statement processing unit 30 ′ deletes the address statement, that is, the statement from the network message, and transmits the network message including only the content statement and the obtained recipient information to the transmission unit 50 (S450). Therefore, the transmission unit 50 transmits the processed network message to the terminal corresponding to the recipient information (S460).

On the other hand, if the statement is in the second form (S470), the statement processing unit 30 'obtains recipient information based on the address statement as described above (S480). In addition, the search unit 20 searches for the storage unit 60 based on the directive of the statement and transfers the result to the statement processing unit 30 ', and the statement processing unit 30' obtains the instruction information from the search result (S490). ). The statement processing unit 30 ′ performs an operation corresponding to the obtained indication information and obtains the result (S500).

Thereafter, the statement processing unit 30 ′ deletes the address statement from the network message and includes the result obtained by performing the operation according to the indication information in the network message (S510). For example, when the directive requests identity authentication information required for inquiry of account information over the Internet, the statement processing unit 30 'finds the identity authentication information and includes it in a network message. Alternatively, when the directive is a command for remotely controlling a predetermined device located at a remote location, the statement processing unit 30 'determines that the directive is the command based on a search result and includes it in the network message. In this case, the directive may be converted into a command that can control the device and then included in the network message. In processing such network messages, the identifiers and directives of statements can be maintained without deleting, or the identifiers can be deleted and only directives maintained.

Therefore, the transmitter 50 transmits the network message including the processing result according to the instruction to the terminal having the recipient information corresponding to the address sentence (S520). Therefore, for example, when the network message includes the authentication information, the receiving terminal receiving the same may find the account information of the corresponding user using the authentication information and provide it back to the transmitting terminal. Also, for example, when a network message includes a command, the receiving terminal may receive an operation according to the command.

On the other hand, when the statement is in the third form, the statement processing unit 30 'obtains the indication information based on the directive as described above (S530) and performs the operation accordingly. The result of the operation is included in the network message. However, when the statement is in the third form, a general message processing process is additionally performed. In other words, by outputting a screen for searching, inputting, and selecting a destination, the user directly designates a destination, and transmits a network message to a terminal of the specified destination (S540 to S550).

In the second embodiment described above, when the statement is in the second form, only the address statement is deleted from the network message, but the entire statement may be deleted by deleting the directive.

Also in the second embodiment described above, the network message correction process of FIG. Described above is performed, so that statements in the network message can be corrected according to the key arrangement information.

Meanwhile, in the first and second embodiments described above, the address statement included in the statement may be in two forms. In more detail, an address statement may be classified into a first address statement specifying private recipient information and a second address statement specifying public recipient information.

The first address text is information about recipients that the user personally inputs and wants to manage and store. The first address text is, for example, information corresponding to a telephone list of a mobile terminal. The address illustrated in the first embodiment is described above. The doors may correspond to this. For example, the private recipient information may be various menus such as a phone book, an address book, a memo, an SMS managing box, a schedule of a mobile phone, a wired / wireless phone number stored in a memory associated with the same, a contact address capable of receiving an SMS such as an e-mail address, and the like. .

The second address text is information about recipients provided from other systems on the network. For example, the information may be information such as an Internet address (URL) or recipient information stored in an address server.

The first address statement and the second address statement may be different from each other. That is, the first address statement may have a form having a first identification symbol and the second address statement may have a form having a second identification symbol. For example, the first address statement is followed by * or &, followed by an address key designated by an individual, such as * 004 or & 998, and the second address statement is followed by an identifier after && 302001, such as && 302001. I can display it.

At this time, 302011 in the second address statement may have a unique value as an address that is individually assigned to an address server on the network or an address that is publicly assigned to an address that is identically recognized in any information terminal. On the other hand, 081 used in the first address statement is an address statement assigned by an individual for convenience, and has a different value for each individual, and may have the same value in a plurality of information terminals owned by an individual, or different values. May have

Of course, the first and second address texts are automatically corrected even if the user can input various letters / numbers and the like with one key on the keypad of the portable terminal according to the above-described correction process. For example, in the case of && 302011, even if the second identification symbol && representing the second address sentence & 30 and the address sentence 302011 are inputted as “99” and “ㄱㅈㅁ 터 ㅣ”, respectively, it is “&& 302011” through the correction process of FIG. 2. Recognition processing.

Meanwhile, in the above embodiment, the first embodiment is implemented as shown in FIG. 1 as an example, but may be implemented as shown in FIG. 7 as in the second embodiment. Of course, the second embodiment may also be implemented in the form shown in FIG.

The embodiments of the present invention described above are not only implemented through the apparatus and the method, but may also be implemented through a program for realizing a function corresponding to the configuration of the embodiment of the present invention or a recording medium on which the program is recorded. Implementation can be easily implemented by those skilled in the art from the description of the above-described embodiments.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the range.

1 is an embodiment of a network message processing system according to an embodiment of the present invention.

2 is a structural diagram of a network message processing system according to a first embodiment of the present invention.

3 is a flowchart illustrating a network message processing method according to a first embodiment of the present invention.

4 is a flowchart illustrating a process of acquiring recipient information in a network message processing method according to a first embodiment of the present invention.

5 is a flowchart illustrating a message correction process in a network message processing method according to a first embodiment of the present invention.

6 is a structural diagram of a network message processing system according to a second embodiment of the present invention.

7 is an embodiment of a network message processing system according to a second embodiment of the present invention.

8 is a flowchart illustrating a network message processing method according to a second embodiment of the present invention.

Claims (12)

In the message processing method of the system for processing network messages transmitted and received via a network, Receiving, by the system, a network message including a statement including an identifier; Identifying a statement from the network message; Determining from the statement whether at least one of an address statement and a directive is included; Obtaining recipient information based on an address statement if the statement includes an address statement; If the statement includes a directive, performing an operation in accordance with the directive and including the result in the network message; And Deleting the statement from the network message and transmitting according to the recipient information obtained from the address text or additionally inputted recipient information; Network message processing method comprising a. The method of claim 1 Comparing a statement identified from the network message with a set rule related to message creation; And Correcting the statement according to a set rule Network message processing method further comprising. The method of claim 2 And said setting rule is key arrangement information. The method of claim 1 If the network message is input, inquiring whether or not to perform a process of confirming recipient information; And If the user chooses to perform the above process, before the network message is transmitted, displaying the obtained recipient information to receive confirmation from the user, The transmitting of the network message may include transmitting the network message according to the recipient information as soon as the recipient information is obtained when the user does not select to perform the process. The method of claim 1 Acquiring the recipient information And displaying the obtained recipient information so that the user selects the plurality of recipient information. The method according to any one of claims 1 to 5, Including the result in the network message, If the directive included in the statement is information for instructing the receiving side to perform a predetermined operation, the corresponding instruction information is included in the network message without additional processing, or converted into a corresponding command to be processed in the network message. Network message processing method. In a system that processes network messages sent and received over a network, A statement determination unit identifying a statement from an input network message and determining a type of the identified statement; A search unit for finding information corresponding to the statement; A statement processing unit processing the network message based on information transmitted from the search unit according to the form of the statement, and deleting a statement from the processed network message; A transmitter for transmitting the network message from which the statement is deleted according to recipient information; And A storage unit including at least one of information for obtaining the recipient information and indication information corresponding to instructions Including, The statement processing unit A first processing module for deleting an address statement from the network message when the statement is of a first type including an address statement; A second processing module for performing an operation corresponding to the directive and including the result in the network message when the statement is in a second form including a directive and an address statement; And An information acquisition module for obtaining recipient information corresponding to an address sentence based on the information transmitted from the search unit; Network message processing system comprising a. The method of claim 7, wherein And the statement determination unit corrects the statement identified from the network message according to a setting rule related to message creation. The method according to claim 7 or 8 The second processing module, If the directive included in the statement is information for instructing the receiving side to perform a predetermined operation, the corresponding instruction information is included in the network message without additional processing, or converted into a corresponding command to be processed in the network message. Network message processing system. In a terminal for sending and receiving network messages through a network, An input unit for inputting a network message; A statement determination unit identifying a statement from the input network message and determining a form of the identified statement; A search unit for finding information corresponding to the statement; A statement processing unit processing the network message based on information transmitted from the search unit according to the form of the statement; A transmitter for transmitting the processed network message according to authorized recipient information; And A storage unit storing information for obtaining the recipient information Including, The statement processing unit A first processing module which deletes the address statement from the network message when the statement includes an address statement; A second processing module for performing an operation corresponding to the directive and including the result in the network message when the statement includes a directive; And An information acquisition module that obtains recipient information corresponding to the address statement in association with the search unit and provides the received information to the transmitter; Terminal comprising a. The method of claim 10 The transmitter may transmit the network message according to the recipient information without performing the recipient information checking process when the recipient information is obtained from the address text. The method according to claim 10 or 11, wherein And the statement determination unit corrects a statement identified from the network message according to a setting rule related to message creation.

Images