KR20030011488A - Long message system using the wireless communication devices - Google Patents

Abstract

The present invention relates to a long message service system using a wireless communication device, and to implement a long text (letter, long message service (LMS) service) of more than 200 characters using a short message service (SMS). A short sentence generation unit for dividing a long sentence input into a mobile terminal into a short sentence size suitable for transmission, and a header generation unit for generating the long sentences as a long sentence and transmitting them in one transmission at the time of transmission, and each short sentence constituting the long sentence. In order to distinguish between a long sentence generation unit connecting a header and a header and a short sentence, the short coefficient coefficient j is generated as an index when generating a short sentence, and the generated index is a short sentence generation unit and a header generation unit. And dividing the long sentence counter 2 (counter2 j =) transmitted to the palm print generator and the control unit into short sentences suitable for transmission. To check the number of input syllables 30-35 by continuously checking the counter 1 (counter1 I =) and the counter1 (counter1 I =), i. LMS (Long Message Service) system comprising a temporary storage unit for temporarily storing, a palmprint storage unit for storing the generated palmprint, a palmprint generator, a control unit for controlling an LMS interface, determining whether the palmprint input is terminated, and a transmission unit for sending palmprints. Is added to the mobile terminal or SMC (Short Message CENTER) to implement this service.

Description

Long message system using the wireless communication devices

The present invention uses a short message service (SMS) as well as a short text as well as a long text (letter, LMS (Long Message Service) LMS (long message service)) to implement a long text input to the existing mobile terminal in a short size suitable for transmission A short sentence generation unit for splitting and a header generation unit for generating the short sentences and transmitting each of the short sentences in a single transmission, and a long sentence generation unit for linking each short sentence and the header constituting the long sentence and the header and the short sentence. In order to distinguish the number of short sentences, each of which generates a short coefficient j as an index when generating a short sentence, and transmits the generated index to a short sentence generator, a header generator, a long palm generator and a controller. j =) and Counter1 (counter1 I =), which keeps counting the input characters in syllable units to divide the long text into short sentences suitable for transmission. A comparison unit for checking whether the number of input syllables is about 30-35 by checking i of counter1 I =, a temporary storage unit for temporarily storing the generated short sentences, and a long sentence storage unit for storing the generated long sentences; Implementing this service by adding a long message service (LMS) system consisting of a control unit for controlling a palmprint generation unit, an LMS interface, determining whether to end a palmprint input, and a transmitter for transmitting a palmprint to a mobile terminal or a short message center (SMC) will be.

SMS is first introduced by defining the point-to-point service that allows the ETSI (European Telecommunication Standard Institute) to send and receive messages of up to 155 octets between terminals for application to Global System for Mobile Communications (GSM). It became.

SMS is implemented by sending a message to DBM (Data Burst Message) by setting the service option on the IS-95-A protocol of wireless data communication to 6 or 14. In order to receive SMS, the software sends or receives a message to the terminal. Should be added. Therefore, in order to implement SMS, it can be implemented by adding an SMC (Short Message Center), which is a network element capable of handling SMS, to the existing network and supplementing the network protocol. The related protocol is defined in TIA / EIA / IS-637, and IS-95-A is defined in the upper layer of TIA / EIA / IS-637. In addition, complementary content of the SMS network protocol is defined in TSB 79.

The message delivery of SMS is not done directly through the established channel, but is stored in the SMC according to the state of the terminal or the network through the SMC, and is delivered to the corresponding SME at the time when it can be delivered. Has characteristics. Therefore, in order to provide an SMS, the role of the SMC that attempts to deliver the message at a point in time that can be delivered after storing the message is more important than a separate transmission mechanism.

Currently, the short message service literally handles only about 40 characters. Only a phone number or a short note can be sent.

If you want to deliver more than 40 characters, you have to repeat the process of entering the phone number of the other party, entering the other party's phone number, asking for confirmation and transmission, and sending the message. For example, in order to send a 120-character sentiment, the above process has to be repeated three or four times.

When the short message service is displayed in the POP-PUSH structure, the last short message received is displayed first. In other words, there is a problem that the content link is reversed and the content in the middle is broken.

An object of the present invention for solving the above problems is to add a long message service (LMS) system that can generate and send a long text to the mobile terminal using the existing SMS service to further enhance the text message service that clients currently use explosively Its purpose is to develop and implement.

That is, an object of the present invention is to transmit a long text input to an existing mobile terminal to implement a long text (letter, long message service) service of 200 characters or more as well as a short text using an existing short message service (SMS). A short sentence generation unit for dividing into a short sentence size, a header generation unit for generating each short sentence in a long sentence, and transmitting the batch in a single transmission, and a long sentence generation unit linking each short sentence and header constituting the long sentence; When the header and the short text are connected, the short count coefficient j is generated as an index in order to distinguish the number of short texts, and the generated index is transmitted to the short text generating section, the header generating section, the long text generating section, and the control section. Counter2 (counter2 j =) and counter1 that continuously counts the input characters in syllable units to divide the long text into short sentences suitable for transmission. The checker continuously checks (counter1 I =) and i of counter1 (counter1 I =) to determine whether an input syllable number is about 30 to 35, a temporary storage unit that temporarily stores the generated short sentences, and the generated long sentence. Adding a Long Message Service (LMS) system consisting of a long text storage unit for storing the long text, a long text generation unit, a control unit for controlling the LMS interface, determining whether to end the long text input, and a transmitter for transmitting the long text to the mobile terminal or the short message center (SMC) To provide.

1 is a basic configuration diagram of a short message service (SMS) including an SMC implemented using a conventional store and forward transmission scheme.

2 is a block diagram of a Long Message Service (LMS) system to be added to a mobile terminal or an SMC for a long message service.

3 is a block diagram of a header in a short data type constituting a long sentence.

4 is an overall flow chart for the palm print service.

5 is a diagram illustrating a mode for requesting input of a counterpart's telephone number before a long text input unlike a short text service in a long text input mode.

6 is an exemplary view showing how a palmprint exists in the temporary storage unit.

Figure 7 is an illustration of how the palmprint in the palmprint storage unit in what form.

<Description of main parts of drawing>

220: counter 2225: header generation unit

230: short message generating unit 235: temporary storage unit

240: control unit 245: palmprint generation unit

250: palm print unit 255: transfer unit

260: screen

The present invention is to implement a text message service that is explosively used by clients by adding a LMS (Long Message Service) system that can generate and send a long text using an existing SMS service to a mobile terminal, a wireless communication device A palmprint input means for continuously inputting a text message input in a palmprint size, and a palmprint generation means for partitioning palmprint data inputted into the wireless communication device into shortwave data suitable for a transmission size, and a single palmprint of each shorttext data Header generation means for additionally generating a header portion so as to be transmitted in one transmission when generating data and transmitting the data, and generating a long sentence by connecting the short text generated by the short text generation means and the header generation means and the header into a single long text. Means and the generated palmprint data It is characterized in that it comprises a; long text transmission means for transmitting in a batch, in order to perform the above means by using the existing short message service (SMS), as well as a short text of 200 characters or more (letter, LMS (Long) Message service)) Short message generation unit for dividing the long text input to the existing mobile terminal into a short size suitable for the transmission to implement the service, and generating a header to generate a long text for each of the short texts to be sent in one transmission To generate a short sentence coefficient j as an index to generate a short sentence generation unit for linking a header and a short sentence to a header and each header constituting the long sentence, and to distinguish the number of short sentences, respectively, A counter 2 (counter2 j =) for transmitting the index to the short sentence generator, the header generator, and the long sentence generator and the controller; To divide the long text into short sentences suitable for transmission, keep checking i in counter1 (counter1 I =) and counter1 (counter1 I =) to keep counting the input characters in syllable units to see if the number of input syllables is about 30-35. A comparison unit for distinguishing and a temporary storage unit for temporarily storing the generated short sentences, a palmprint storage unit for storing the generated palmprints, a palmprint generation unit, an LMS interface, and a control unit for determining whether the palmprint input is completed and transmitting a palmprint The present invention relates to a long message service method and system using a wireless communication device that provides a long message service (LMS) system including a transmission unit to a mobile terminal or a short message center (SMC).

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to components of each drawing, it should be noted that the same components are denoted by the same reference numerals as much as possible even if they are displayed on different drawings. In addition, in the following description, in order to explain the embodiments of the present invention, specific details such as specific elements are illustrated, which are provided to help a more general understanding of the present invention, and the present invention may be practiced without these specific details. It will be apparent to those skilled in the art. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a basic diagram of a short message service (SMS) including an SMC 110 implemented using a conventional store and forward transmission scheme.

The transmitting terminal (MO) 100 refers to a terminal for creating and editing a message to transmit a text.

The Short Message Center (SMC) 110 stores characters to be transmitted and also serves as an interface between the transmitting terminal 100 and the receiving terminal 120.

MT (Mobile Terminated) 120 refers to a terminal that finally receives the received character.

Since the SMC 110 implements SMS using such a store and forward transmission method, real-time telecommunication is not guaranteed, but the MT SME 120 is valid for a valid period in which the corresponding message is stored in the SMC 110. When a state that can be received is secured, the message can be transmitted at any time, thereby ensuring the reliability of the message.

2 is a block diagram of a Long Message Service (LMS) system to be added to a mobile terminal or an SMC for a long message service.

The sentence input unit 200 receives a sentence typed by the client through the LMS (Long Message Service) interface 205. When about 40 characters are typed like the SMS screen of a conventional mobile terminal, the LMS interface 205 programmatically controls the input screen to be continuously scrolled in order to secure the point that typing is no longer possible.

As the client types the sentence, counter 1 (COUNTER1 i =) 210 continuously counts the syllables of the input characters and increases the counting coefficient i to 30-35 to match the number of syllables.

The comparator 215 continuously checks the counting coefficient i. If the counting coefficient i satisfies 30 to 35, the short index j of counter2 (counter2 j =) is counted from 0 to n according to the generated number of short sentences. After the short coefficient j is transmitted to the short sentence generator 230, the header generator 225, and the controller 240, the short sentence generator 230 divides the sentence into a size suitable for transmission between the number of syllables 30-35. Notify

The short sentence generation unit 230 divides the input long sentence into short sentences in association with the comparator 215 and receives the short sentence coefficient j from the counter 2 (COUNTER2 j =) 220 and allocates the short sentence to the short sentence. An index used to distinguish the short sentence that constitutes a long sentence at generation time.

When each short message is generated, the header generating unit 225 simultaneously receives a short count coefficient j assigned to the short message to distinguish the generation order from the short text, and then generates a third region of the header for batch transmission to each generated short text. Create .

The control unit 240 checks whether the palmprint input is terminated by interworking with the LMS interface 205 and if the palmprint input is terminated (enter confirmation key or send key among input keys), the header generator 225 through the header LMS interface 205. After generating a long sentence by sending a short sentence constituting the long sentence inputted in the header and the temporary storage unit 235 generated in the long sentence generation unit 245 generates a message asking the client whether to save the long sentence and Regardless of whether it is stored or not, the completed palm is sent to the receiver's phone number through the transmission unit 255.

The control unit 240 receives the short counting coefficient j from the counter 2 (COUNTER2 j =) 220 and transmits information on the number of short sentences when the long palm generating unit 245 is composed of long palms to the long palm generating unit 245. To control the palmprint generation and display the configured scene on the screen through the LMS interface 205.

3 is a block diagram of a header in a short data type constituting a long sentence.

In order to send a long text using the SMS service, it is necessary to divide the long text into a size suitable for transmission, and to transmit several short texts constituting the long text at one time by using another transmission command (for example, clicking a send or confirm button). Clients can use the service conveniently without distinguishing between long and short texts.

The header contains various pieces of information for the long service and is added to the front of the short text that constitutes the long text. Generally, 128 or 256 bytes of memory are allocated, and more memory can be allocated in some cases.

Briefly describing the role of the header for the present invention,

The first area is where the caller's phone number is stored.

The second area is to store the phone number of the receiver. In the transmitting phase, the long texts may be configured to be transmitted independently using different channels, and the short texts may be simultaneously transmitted in a single transmission command. Enter a recipient's phone number in this field, with a header in each short message.

The third area is an area for storing information about the generation order of short sentences.

When a short sentence is generated in counter2 j =, a generation sequence number is generated to transmit j = value to the short sentence generator 230 and the header, and the short sentence generator 230 inputs this value to the generated short sentence and generates a header generator ( 225 is an area used to enter this value into the third field of the header to distinguish one another from later generations of palm prints.

The fourth area is to distinguish the same palm among several palms.

4 is a general flow diagram for the palm print service.

When the palm print mode is selected in the menu of the mobile terminal (400), as shown in FIG. 5, the receiver telephone number input is requested (405). The reason for requiring the receiver phone number input before creating the long text is to assign the recipient phone number to the second area of the header of each short sentence constituting the long text so that each short message is transmitted in one transmission command.

After inputting the recipient's telephone number, a sentence is input like a short service (410). At the same time as the sentence input, COUNTER 1 = counts the sentence to be input syllable units (415). In other words, the input sentence is counted by syllable unit to divide the input sentence into short sentences of appropriate size.

When the counting result is 30 <= i <= 35 (420), the comparator 215 generates COUNTER 2 j = 0 (425), and divides the inputted sentence into the first short sentence constituting the long sentence. By substituting j = 0, the short message generator 230 assigns j = 0 to the first generated short message (430) and transmits it to the temporary storage unit 235 (435). In the header generator 225, the first short sentence is assigned. After creating the header, substitute j = 0 in the third area of the header, and after completing the long sentence input, use the index to distinguish between the header and the short message when creating the long sentence. When the second short sentence is completed, an index of j = 1 is generated in COUNTER 2 220 and transmitted to the short sentence generator 230 and the header generator 225. 3, 4 ... ... The same applies to the creation of the nth short sentence.

The short message generator 230 programmatically stores a function of storing a short message in the temporary storage unit 235 by attaching j = an index to the generated short text when a short text input of an optimal size for short text transmission is completed (not recognized by the client). It is a step to perform. The index number j shows how many short sentences each sentence makes up a long sentence.

If a syllable of about 30-35 characters suitable for short message transmission has been input, the generation order is given to the short message, and the short message generator 230 generates a short message and stores the short message in the temporary storage unit 235. When each short sentence is generated, it is checked whether the long sentence input is completed, and if it is not completed (instructing sentence input continuously and if it is completed (445), the long sentence generator 250 checks the short sentence in the temporary storage unit 235). The header in the header generator 225 is loaded to generate a long text suitable for transmission (450).

5 is a diagram illustrating a mode for requesting input of a counterpart's telephone number before a long text input unlike a short text service in a long text input mode.

In order to collectively transmit several short sentences in one transmission command, in order to allocate the other party's telephone number to the header part in advance, each party's telephone number is required before inputting a sentence.

6 is an exemplary view showing how a palmprint exists in the temporary storage unit.

The first, second and fourth areas of the header part still exist in the form of incomplete short data. Only the short count j area that distinguishes the third generation order, which is the third area, exists in a filled form. The palmprint generation unit 245 may fill the header portion only if the j value exists.

After the long text input is completed and sent to the long text generator 245, the long message is generated as a long message having a complete header as shown in FIG. 7 to receive the data of the header generator 225.

7 is an exemplary view of how the palmprint in the palmprint storage unit exists.

Of the header:

The first area is where the caller's phone number is stored.

The second area is to store the phone number of the receiver which has been input in advance. In order to allow the short texts constituting each long text to be transmitted independently using different channels, the long text can be transmitted with one transmission command. In order to allow each short message to be transmitted at the same time, a header is placed in each short message constituting the long text and a recipient's telephone number is input in this area.

The third area is an area for storing information about the generation order of short sentences.

When a short sentence is generated in counter2 j =, a generation sequence number is generated to transmit j = value to the short sentence generator 230 and the header, and the short sentence generator 230 inputs this value to the generated short sentence and generates a header generator ( 225 is an area used to enter this value into the third field of the header to distinguish one another from later generations of palm prints.

The fourth area is to distinguish the same palm among several palms.

In this case, the index A is the long name.

This is an example in which two long texts each consisting of three short texts are stored in the long text storage 250. In the fourth region of the header, messages 1, 4, and 5, which are A, have the same long text and B is written. Messages 2, 3, and 6 are short sentences that make up the same long text. Similar to the temporary storage unit 235 in the palmprint storage unit 250, a short sentence constituting each palmprint exists in a short form as in the existing service.

When these short messages are sent, they are sent in the reverse order that they were entered. In the receiver mobile terminal, even if the order is input irregularly, j is displayed from the large value to prevent the contents from being displayed upside down.

All the long text is stored in the long text storage unit 250 in the form of a short message with a header added to the front of the short message. In other words, except for a request for a long message such as a transmission or a screen output, the system exists in the form of an existing short message to be recognized as a system.

According to the present invention, there is an advantage in that a text message service can be used more widely by adding an LMS (Long Message Service) system that can generate and transmit a long text using the existing short text service method in a mobile terminal. It is possible to send an e-mail using a text service without using a letter and an envelope stamp, and regardless of time and place using a portable terminal that is always carried.

Claims (8)

A palmprint input means for continuously inputting a text message input to the wireless communication device in a palmprint size; Short text generating means for dividing long text data inputted into the wireless communication device into short text data suitable for a transmission size; A header generating means for generating the header data as a single palmprint data and additionally generating a header portion so that the short text data can be transmitted in one transmission; A palmprint generation means for generating a single palmprint by connecting the header and the header generated by the header generation means and the header generation means; And And a long text transmitting means for collectively transmitting the generated long data. The method of claim 1, wherein the palmprint input means, And a means for programmatically controlling the text data input screen to be continuously scrolled. The method of claim 1, wherein the short message generating means comprises: Syllable counting means (counter I = 0, 1, ..n) for continuously counting the input character data in syllable units to divide the palmprint data into an appropriate short sentence size for transmission; and It further includes a short size comparison means for checking whether the number of input syllables is short (including about 30-35 and variable according to the development of communication technology) by continuously checking i of the counter (counter1 I =). Long message service system using a wireless communication device, characterized in that made. The method of claim 1, wherein the palmprint generating means, Further comprising short counting means (counter j = 0, 1, 2 ... n) means for generating a short coefficient j as an index when generating a short sentence to distinguish the number of short sentences, respectively, when the header and the short sentence are connected. Long message service system using a wireless communication device, characterized in that. The method of claim 1, Temporarily storing the generated short data, And a data storage means for storing the generated palm print data. The method of claim 1, wherein the header generating means, In the long data transmission, one or more short data constituting the long text are independently transmitted using different channels, or one or more short texts constituting the long text are transmitted simultaneously with a single transmission command. Long message service system using a wireless communication device. The method according to claim 1 or 6, wherein the header configuration area, An area for storing caller phone number data; An area for storing receiver telephone number data; And And an area for storing information on the order of generating the short text according to the generating order of the short texts (counter j = 0, 1, 2 ... n), wherein the short text is added to the front end of the short data. Long message service system using a wireless communication device. A Long Message Service (LMS) interface for programmatically controlling the text data input screen to continuously scroll; A syllable counter that continuously counts syllable units in syllable units to divide long text data inputted through the Long Message Service (LMS) interface into an appropriate short text size that can be transmitted (counter I = 0, 1, ..n); A comparison unit for continuously checking i of the counter (counter1 I =) to determine whether the number of input syllables is short-sized (including about 30-35 and variable according to the development of communication technology) that can be transmitted; As a result of the comparison unit, if the number of input syllables of the character data corresponds to the size of a short sentence that can be transmitted, the short index j is counted according to the generated number of short sentences (counter J = 0, 1, 2, ... n), and the short count a short counter configured to transmit j to a short sentence generator, a header generator, and a controller, respectively; A short text generation unit for dividing the long text data into short text data in association with the comparator, and receiving the short text coefficient j transmitted from the short text counter and assigning the short text data to the short text data; A header generation unit generating a header region for generating a batch order of the short data generated by the short text generation unit and for batch transmission; A palmprint generator for generating a single palmprint by connecting the header and the short data generated by the header generator and the header generator; And And a transmitter for collectively transmitting the generated palm print data.