KR101047174B1 - Remote control method of terminal using local area network system - Google Patents

Abstract

The present invention relates to a remote control method of a terminal using a short-range network system capable of mutually communicating a signal on the current situation between the commander, the unit and the unit, and more particularly, by remotely controlling the terminal while performing the operation at a close range. Various operations can be performed by operating the terminal.

As described above, it is possible to remotely control friendly terminals and control incoming text requests, outgoing text requests, copper wire requests, interception requests, equipment forces, etc. so that a wide range of operations can be initiated and infiltrate enemy forces with various strategies for the current situation. It is possible to diversify attack roots that provide possible effects.

Accordingly, allies can perform various operations through the terminal, thereby providing an effect capable of safely performing the allies.

Therefore, the survivability of individual soldiers and squad members, the combat power can be increased by improving the combat efficiency, it is a very excellent invention that can provide the effect that can support the excellent operational performance ability.

Remote control, incoming text, sending text, copper wire, wiretap, equipment power, terminal

Description

Remote control method of the terminal which uses a short-range network system

The present invention relates to a remote control method of a terminal using a short-range network system capable of mutually communicating a signal on the current situation between the commander, the unit and the unit, and more particularly, by remotely controlling the terminal while performing the operation at a close range. It is possible to perform a smooth communication to the terminal, and it is possible to remotely control the received text request, the sent text request, the copper wire request, the interception request, and the equipment force of the terminal.

As a result, it is possible to continuously check safety among military personnel and to transmit emergency or operational situations to commanders and units in real time.

As is well known, most military units carry out operations by sharing information among troops, depending on the current situation of allies invading the enemy or war between nations.

At the time of carrying out the operation as described above, in order to control each unit, it depends on communication means such as training or hand signal and radio.

When relying on the development and hand signals as described above is a problem that is difficult to accurately communicate, the problem is exposed to the enemy's location and operation, in particular to the enemy.

In addition, in special environments such as mountains, towns, caves and nights, the communication means for directing the unit is limited, which makes it difficult to carry out a wide range of operations.

Hereinafter, a conventional operation progress situation in which the above problems occur will be described in more detail.

First of all, the operation radius, which is one element of communication operation, communicates between members of the unit by fostering and hand signals, and the communication range is only about 20m, which belongs to the squad leader's visible area.

As described above, when the operation radius is narrowed, the operational capability is limited and various strategies are impossible.

In addition, looking at the battlefield environment, the ability to immediately respond to the change of the battlefield environment is limited, causing problems in command control and tactical environment.

Accordingly, there is a need for a method for effectively conducting combat in various environments.

In addition, in the case of the countermeasure ability, the enemy moves while moving to a large unit of a squad unit, and even when attacking the enemy, due to the simplification of the attack route, a limited problem is caused by applying only a limited blow to the enemy, resulting in a poor problem in the attack power. .

Accordingly, rather than an attack through a dense large group, the troops need to be transformed into an open large type that is scattered and attacked in various places.

Meanwhile, in the case of information sharing, limited information sharing in the battlefield environment is possible, so that only limited information is available based on the squad leader.

However, using only the limited information as described above, the operation does not grasp the current situation of the enemy at all, so it does not detect the position of the enemy in what form, that is, the location of the enemy ambushed or scattered at close range. Failure to do so will cause the operation to fail, resulting in a crisis that can destroy the entire unit.

In addition to the above problems, as the radius of action narrows, problems such as lowering of the operational performance ability and limited combat capability in a special environment are lowered.

On the other hand, if a terminal is provided that can transmit and receive radio waves through a radio or a base station is available only through a separate base station.

Most of the base stations installed as described above are installed at regular intervals, and networks can be implemented between terminals while transmitting and receiving radio waves through the installed base stations.

However, when the base station is installed as described above, the network can be used, but the network system is not operated in the region where the base station is not installed, and thus becomes useless.

Accordingly, it is necessary to install and use a substitute to replace a separate base station.

However, there is a need for a separate network system due to the lack of space and time to install the base station when performing operations according to wartime or enemy invasion.

In the case where the base station is not installed as described above or when the base station is installed but is broken, the network system may fail.

As a result, when a failure occurs in the network system as described above, a medium capable of directing the units through the commander is missing, which causes a great deal of human injury and various problems due to the failure of the operation.

In addition to the basic problems described above, in case of an emergency situation, when an individual member of the unit cannot cultivate it to the other party, that is, in a position where the enemy unit is secretly adjacent to the enemy, the unit member cannot raise his / her intention by fostering such an emergency. In situations, it is difficult to ask for extra help.

In addition, in the situation where the surrounding environment is poor as described above, there is a radio that can enter the emergency key as needed, but in the case of using a simple radio as described above, only the emergency button to display the emergency situation on one side of the radio installed By pressing only the emergency button in the emergency situation as described above, the receiver can recognize the emergency situation according to the emergency button.

However, when pressing only the emergency button as described above, it is difficult to know exactly what emergency situation the other party is in response to this situation is insufficient.

In addition, the problem that the communication channel is intercepted by the enemy according to the frequency band and the need to provide a more secure communication state according to the transmission and reception area is emerging.

Therefore, the purpose of the present invention is to enable the communication between the commander and the unit and the units located in close proximity to the commander and the unit to the unit in real time to enable real-time network communication between all members of the unit and the enemy can grasp the deployment situation, etc. It is an object of the present invention that there is.

It is another object of the present invention to remotely control the received text request, the transmitted text request, the copper wire request, the interception request, the equipment force, etc., which are implemented through the terminal.

It is yet another object of the present invention to provide a method for preventing exposure to enemies by executing a request ID input step of inputting a registration menu user request ID in executing the remote control.

A remote control method of a terminal using a local area network system for remotely controlling a terminal using a local area network system, the remote control method comprising: a registration menu access step of accessing a registration menu by operating a terminal; A request ID input step of inputting the registration menu user request ID; An ID verification step of confirming the input ID according to the request ID input step; A reception request code generation step of generating a reception request code according to the identified ID; A radio processing step of performing radio processing from the reception request code generation step; Determining whether to check received data to determine whether to check received data from the wireless processing step; Characterized in that the screen display step of displaying the received data on the screen of the terminal is provided sequentially.

A remote control method of a terminal using a local area network system for remotely controlling a terminal using a local area network system, the remote control method comprising: a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting the registration menu user request ID; A radio processing step of performing radio processing according to the request ID input step; An acknowledgment step of confirming reception from the radio processing step; A screen display step of receiving data received from the acknowledgment step on a screen of the terminal; A copper wire data storing step of storing copper wire data from the screen display step is sequentially provided.

A remote control method of a terminal using a local area network system for remotely controlling a terminal using a local area network system, the remote control method comprising: a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting the registration menu user request ID; A password input step of inputting a password according to the request ID input; A radio processing step of performing radio processing from the password input step; An acknowledgment step of confirming reception from the radio processing step; A screen display step of receiving data received from the acknowledgment step on a screen of the terminal; The request event storage step of storing the request event from the screen display step may be sequentially provided.

A remote control method of a terminal using a local area network system for remotely controlling a terminal using a local area network system, the remote control method comprising: a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting the registration menu user request ID; A password input step of inputting a password according to the request ID input; A status check code generation step of generating a code for checking a status from the password input step; A radio processing step of performing radio processing from the status check code generation step; Determining whether the previous code and the generated code are the same between the previous code and the generated code from the radio processing step; A user approval step of authenticating the user's approval from the step of determining whether the previous code and the generated code are the same; The equipment force code generation step of generating the equipment force code from the user approval step is characterized in that it is provided in sequence.

In addition, it is characterized in that it further comprises a step of determining whether or not to check the transmission data from the radio processing step to determine whether the transmission data.

A radio processing step of performing radio processing of a terminal to be received from the radio processing step; A transmission confirmation step of confirming transmission from the radio processing step; A copper wire data retrieval step of retrieving copper wire data through the transmission-confirmed terminal; The copper wire data retrieved from the copper wire data searching step is displayed on the screen.

A radio processing step of performing radio processing of a terminal to be received from the radio processing step; A transmission confirmation step of confirming transmission from the radio processing step; A request event storing step of storing a request event through the confirmed terminal; A microphone input step of inputting a microphone from the request event storing step; And a radio processing step of performing radio processing from the microphone input step.

A previous code and generation code mismatch determination step of allowing a predetermined number of times of inputting a previous code and a generation code from the password input step; A designation frequency setting step of designating a designation frequency within three times from the discrepancy determination step; A screen display step of displaying a result output from the designated frequency setting step on a screen; An event storing step of storing an event on the screen display is sequentially provided.

In the process of inputting the ID from the request ID input step, the user inputs the request ID by moving a cursor in the ID input field and presses # to input the requested ID.

An error correction step of correcting an error using an * mark when an error correction occurs in a process of executing from the registration menu is further included.

It is characterized in that it further comprises a shortcut function mode conversion step of automatically converting to a shortcut function mode when there is no key input for 30 seconds by setting the key input time input from the progress step to 30 seconds.

When * and # are simultaneously pressed for several seconds in the keypad displayed on the terminal, an initialization step of the memory table is provided.

Hereinafter, the effects of the present invention will be described.

Remotely control allied terminals to control incoming text requests, outgoing text requests, copper wire requests, interception requests, equipment forces, etc., so that a wide range of operations can be initiated and attack routes that can infiltrate enemy forces with various strategies for the current situation. Can be used to diversify.

In addition, the allies can perform various operations through the terminal, thereby providing an effect that enables allies to perform safe missions.

As a result, the survivability of individual soldiers and squads can be increased, the combat power can be increased by improving combat efficiency, and the effect of supporting superior operational performance is provided.

1 is a flowchart illustrating a remote control according to a received text request of the present invention, FIG. 2 is a flowchart illustrating a remote control according to a transmitted text request of the present invention, and FIGS. 6 and 7 are based on the received text request of FIG. 1. A transmitting terminal and a receiving terminal are shown, and FIGS. 8 and 9 illustrate a transmitting terminal and a receiving terminal according to the request for transmitting text.

As shown in the figure, a request ID is input from the registration menu, and the input limit number of the request ID is set within 10 times.

If the request ID is input within the input limit number set as described above, a reception request code is generated.

In addition, when the reception request code generation step is executed as described above, a radio processing step in which radio processing is performed is provided.

The radio processing step executed as described above is provided as a reception data check determination step and a transmission data check determination step for determining whether or not to check the received data.

If YES is input through the step of checking whether the received data is checked, it is displayed on the screen of the terminal. If NO is input to the received data, the number of failures is generated within three times.

When the number of failures is less than three as described above, the process moves to the initial stage of request ID input, and the process is repeated again.

On the other hand, if the number of failures exceeds three times, error processing occurs and ends.

Accordingly, security can be maintained.

In addition, whether or not the transmission data confirmation step is also possible through the same process as the reception data confirmation step.

The terminal executed as described above will request the received text or the send text from the equipment operation mode, and the requested received text and the send text will be displayed as infiltration, defense, and assault.

In addition, the terminal receiving the text transmitted as described above is when the received text request is interposed on the screen and the request for the received text, such as call, defense, etc. are displayed on the screen.

3 is a flowchart illustrating a remote control according to a copper wire request of the present invention, FIG. 10 is a diagram illustrating a transmitting terminal according to the copper line request of FIG. 3, and FIG. 11 is a diagram illustrating the receiving terminal of FIG. 3, respectively. In the remote control method of a terminal using a local area network system as described above, a remote control method of a terminal using a local area network system accesses a registration menu through a registration menu access step of accessing a registration menu by operating a terminal to be transmitted. The user request ID is input through the request ID input step of inputting the user request ID.

Radio processing is performed according to the request ID input as described above, and the process proceeds to the acknowledgment step through the radio processing.

In the moved state as described above is displayed on the screen of the terminal and the copper wire data is stored.

In addition, in the case of the terminal to be received during the radio processing, a transmission confirmation step is provided from the radio processing.

The copper line data search is performed from the transmission confirmation step provided as described above, and is displayed on the screen of the terminal in the above-described state.

10 and 11 illustrate screen states of the terminal according to the copper wire request.

4 is a flowchart illustrating a remote control according to an interception request of the present invention, FIG. 12 is a diagram illustrating a transmitting terminal according to the interception request of FIG. 4, and FIG. 13 is a diagram illustrating a receiving terminal of FIG. 4.

As shown in the figure, the terminal to be transmitted is operated to access the registration menu and the user request ID is input in the connected state.

After the request ID is input in the request ID input step as described above, a password according to the request ID input is input.

If the password is input as described above, the radio processing is performed, and the request event is stored through the acknowledgment step of confirming reception and the screen display step of receiving the received data on the screen of the terminal. You will be guided to the event storage step.

On the other hand, when the reception is requested, the transmission confirmation step is provided from the radio processing step of the transmission and the request event storage step is provided from the transmission confirmation step.

As described above, after the microphone is input in the state where the request event guide step is provided, radio processing is performed.

FIG. 5 is a flowchart illustrating a remote control according to the equipment disability of the present invention, FIG. 14 is a diagram illustrating a transmitting terminal according to the device neutralization command of FIG. 5, and FIG. 15 is a diagram illustrating the receiving terminal of FIG. 5.

As shown in the figure, in order to remotely control a terminal using a local area network system, a terminal to be transmitted is operated to access a registration menu and input a user request ID.

After entering the user request ID as described above is to enter the password according to the request ID input.

After performing the password input as described above, a code for checking the overall state of the terminal is generated.

As described above, the radio processing is performed from the status check code generation step. When the radio processing is performed, it is determined whether the previous code and the generated code are the same.

After determining whether the same as above, the user's approval will be authenticated and accordingly, the equipment force code can be generated.

On the other hand, if the previous code and the generation code is inconsistent from the password input step is allowed to enter a predetermined number of times, the number of input of the mismatch is specified within three times and the result is displayed on the screen depending on whether the specified number Is displayed.

In addition, the event storage step of event storage of the displayed content is sequentially performed, so that the remote control of the equipment force can be executed.

FIG. 16 is a flowchart illustrating the entire transmission mode in which the present invention is implemented. As shown in FIG. 16, in the transmission mode transmitted from the start program to the end program, power is first turned on by pressing the power key.

When the power is turned on by pressing the power button as described above will attempt to authenticate the user.

As described above, the user authentication step to be connected is initially accessible through user authentication, and the effective number of times of access to the user authentication is set within three times.

It is determined whether it is possible to proceed step by step according to the user authentication access result set as described above.

That is, when the connection fails according to user authentication, the connection attempt event is transmitted and the power is turned off to terminate.

On the other hand, if the user authentication is successful, the user is guided to the short mode input step.

The user enters the desired shortcut key through the shortcut mode step as described above, and is guided to the mode key input step.

First, the Hangul mode is input through the guided mode key input step.

After creating the required Hangul from the Hangul mode step, if the key does not operate for 30 seconds is automatically guided to the mode key input step.

The English mode is entered through the mode key input step.

After writing the English as above, if the key is not operated for 30 seconds, it is automatically guided to the mode key input step again.

The registration mode step of registering a message is performed through the mode key input step guided as described above.

If the key is not operated for 30 seconds in the guided state as described above, it is guided to the short mode input step described above.

At this time, if the registration process is performed in the registration mode according to the user's setting, the power is turned off to terminate.

1 is a remote control flow chart according to the received text request of the present invention

2 is a remote control flow chart according to the request of the sender of the present invention

3 is a remote control flow chart according to the copper wire request of the present invention

Figure 4 is a remote control flow chart according to the interception request of the present invention

5 is a remote control flow chart according to the equipment armed forces of the present invention

6 is a transmission terminal according to a received text request of FIG.

7 is a receiving terminal of FIG.

8 is a transmitting terminal according to a request for transmitting character of FIG.

9 is a receiving terminal of FIG.

10 is a transmission terminal according to the copper wire request of FIG.

11 is a receiving terminal of FIG.

12 is a transmitting terminal according to the interception request of FIG.

13 is a receiving terminal of FIG.

14 is a transmission terminal according to the device neutralization command of FIG.

15 is a receiving terminal of FIG.

16 is a flowchart of the entire transmission mode in which the present invention is implemented.

Claims (12)

delete In the remote control method of a terminal using a local area network system for remote control of the terminal using a local area network system, The remote control method includes a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting a user request ID for a copper wire request of the registration menu; A radio processing step of performing radio processing according to the request ID input step; An acknowledgment step of confirming reception of the copper wire data generated in response to the copper wire request through the radio processing step; A screen display step of displaying the copper wire data received by the acknowledgment step on a screen; Remote control method of a terminal using a short-range network system, characterized in that the copper line data storage step is stored sequentially from the screen display step. In the remote control method of a terminal using a local area network system for remote control of the terminal using a local area network system, The remote control method includes a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting the registration menu user request ID; A password input step of inputting a password according to the request ID input; A radio processing step of performing radio processing from the password input step; An acknowledgment step of confirming reception from the radio processing step; A screen display step of receiving data received from the acknowledgment step on a screen of the terminal; The request event storage step of storing the request event from the screen display step is provided sequentially, A radio processing step of performing radio processing of a terminal to be received from the radio processing step; A transmission confirmation step of confirming transmission from the radio processing step; A request event storing step of storing a request event through the confirmed terminal; A microphone input step of inputting a microphone from the request event storing step; And a wireless processing step of performing wireless processing from the microphone input step. In the remote control method of a terminal using a local area network system for remote control of the terminal using a local area network system, The remote control method includes a registration menu access step of accessing a registration menu by operating a terminal to be transmitted; A request ID input step of inputting a user request ID for executing the device force in the registration menu; A password input step of inputting a password according to the request ID input; A status check code generation step of generating a code for checking a status from the password input step; A radio processing step of performing radio processing from the status check code generation step; Determining whether the previous code and the generated code are the same between the previous code and the generated code from the radio processing step; A user approval step of authenticating the user's approval from the step of determining whether the previous code and the generated code are the same; Remote control method of a terminal using a short-range network system, characterized in that the equipment force code generation step of generating the equipment force code corresponding to the equipment force from the user approval step sequentially provided. delete 3. The method of claim 2, A radio processing step of performing radio processing of a terminal to be received from the radio processing step; A transmission confirmation step of confirming transmission from the radio processing step; A copper wire data retrieval step of retrieving copper wire data through the transmission-confirmed terminal; Remote control method of a terminal using a short-range network system, characterized in that the copper wire data retrieved from the copper data search step is displayed on the screen. delete The method of claim 4, wherein A previous code and generation code mismatch determination step of allowing a predetermined number of times of inputting a previous code and a generation code from the password input step; A designation frequency setting step of designating a designation frequency within three times from the discrepancy determination step; A screen display step of displaying a result output from the designated frequency setting step on a screen; Remote control method of a terminal using a short-range network system, characterized in that the event storage step of storing the event displayed on the screen sequentially provided. The method of claim 4, wherein In the process of inputting the ID from the request ID input step, the user inputs the request ID by moving a cursor in an ID input field and presses # to input the requested ID. Remote control method. The method of claim 4, wherein And an error correction step of correcting an error using an * mark when an error correction occurs in the process of executing the registration menu. The method of claim 10, And a short function mode converting step of setting a key input time inputted from the process to 30 seconds and automatically converting to a short function mode when there is no key input for 30 seconds. Remote control method. The method of claim 10, When pressing * and # of the keypad displayed on the terminal at the same time for several seconds, the remote control method of the terminal using a short-range network system, characterized in that the initialization step of the memory table is provided.

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