KR101139548B1 - Apparatus for reproduction of remote controller - Google Patents

Abstract

PURPOSE: A remote controller signal reproduction method and an apparatus thereof are provided to control a digital device by a mobile communication terminal instead of a remote controller having various kinds of shapes and functions. CONSTITUTION: A remote controller(1) controls various types of digital devices(2). A reproducing unit(20) reproduces a button key signal of the remote controller. A mobile communication terminal(10) communicate data with the reproducing unit. The reproducing unit is installed inside the digital device. The digital device includes a light receiving unit(23) and a light originating unit(24).

Description

Remote control signal simulation method and its device {Apparatus for Reproduction of Remote Controller}

The present invention relates to a device for simulating a remote control signal, and more particularly, to a device for controlling a digital device with a mobile communication terminal by simulating a remote control signal of various digital devices.

In general, a remote controller (Remote Controller) is a device for remotely controlling various devices or machinery by wire or wirelessly. Various digital devices for providing convenience of human life include a remote control. For example, in one home, a remote controller is provided for various types of digital devices such as TVs, audio, fans, and air conditioners. However, when the remote control is not placed in a fixed position, the size is small, so it is not easily seen or lost, and thus the time for searching for the remote control is often increased. In addition, when the remote control is used for a long time, the keyboard of the remote control button may be erased so that it is difficult to see or the remote control may not be performed even when the button is pressed.

Furthermore, each remote controller is provided with various buttons for controlling the functions of the corresponding digital device. In addition, various manufacturers and manufacturers of digital devices had various shapes, shapes, different buttons, and different rules of radio signals for controlling the digital devices. The remote controller transmits a control signal to the optical receiver of the digital device as a wireless signal using an infrared (IR) LED.

Conventionally, manufacturers of various digital devices have released an integrated remote controller that allows a user to select and use a remote controller of a specific manufacturer when the wireless signal of the remote controller is stored in one SOC (System On Chip) in the form of firmware. However, the integrated remote controller is quite effective when the button arrangement and control functions are the same or somewhat similar, but the integrated remote controller that can control various digital devices due to the arrangement of buttons, control functions, shapes and sizes is limited. It can only be used. In addition, the integrated remote controller is difficult to upgrade the firmware realistically, it is impossible to add a control signal of the remote control and the like still has a problem that the conventional remote control and the type and number of remote control was limited.

Republic of Korea Patent Publication No. 10-1037397 Republic of Korea Patent Publication No. 10-2010-0026941 Republic of Korea Patent Publication No. 10-2007-0041150 Republic of Korea Patent Publication No. 10-2004-0104871

The present invention is to solve the above problems, unifying the remote control function of a digital device of various forms or types in a single way by using a mobile communication terminal and a parent device and can control most digital devices with one mobile communication terminal. The purpose is to make it work.

In addition, the present invention, by attaching the parent device to the digital device digital devices by integrating the remote control of various forms or types into a single mobile communication terminal without affecting the new development or manufacturing process, such as hardware or software of the existing digital device Another purpose is to allow control.

In order to achieve the above object, the present invention provides a remote control signal simulation method, (a) by the user of the remote control button key signal acquisition application (Application, app or application) mounted on the wireless communication terminal (smartphone, PC, etc.) Allowing the remote controller identification information to be input after being executed; (b) transmitting a button key input start signal to a simulation apparatus through an application for acquiring a remote control button key signal of the mobile communication terminal, and preparing to acquire a button key input of the remote controller at the closet; (c) by pressing any one of the plurality of button keys provided in the remote control to receive the optical signal generated by the input of the corresponding button key through the optical receiving unit of the simulation apparatus, the copying unit converts the received signal into binary data memory Storing in wealth; (d) The button key input end signal is transmitted to the simulation apparatus through an application for acquiring the remote control button key signal of the mobile communication terminal, and the radio button is converted into binary data in the memory unit to store the button key signal of the remote controller. Transmitting from the transmitter to the wireless receiver of the mobile communication terminal; (e) the mobile communication terminal inputting and storing additional information related to the button key signal received from the simulation apparatus and the button key signal received from the simulation apparatus through a program for acquiring a remote control button key signal; (f) The mobile communication terminal includes the step of transmitting the data stored in the storage unit to the simulation device when the simulation of the remote control button key signal is completed, and storing the received data in the memory unit.

In addition, in the present invention, in step (c), by pressing a plurality of button keys provided on the remote control in sequence to simulate all the button keys in the simulation apparatus can be transmitted to the mobile communication terminal stored binary data.

Also, in the present invention, the additional information may include a unique key ID of a remote control button key of 1 byte or more, a display character, a shape, a shape, a type, an array coordinate, an image, and a value of the button key.

In addition, in the present invention, the mobile communication terminal can be stored in the database server via the web server via the web server to complete the simulation of the remote control button key signal.

In addition, in the present invention, (g) a search request signal from the mobile communication terminal to search for the base unit installed in the digital device located at a certain distance from the remote control button key user program mounted on the mobile communication terminal by the user; Outputting; (h) transmitting the remote controller identification information of the corresponding digital device stored in the memory unit to the mobile communication terminal in response to the search request signal of the mobile communication terminal; (i) The remote control button key user program of the mobile communication terminal displays the remote control identification information received from one or more simulation devices on the screen, and the user can select the mother device mounted on the digital device as a touch screen or an input device. Making; (j) requesting transmission of information related to a remote control button key signal to a simulation device selected in the remote control button key user program, and transmitting the information related to the remote control button key signal stored in a memory unit to a mobile communication terminal; (k) displaying information related to a remote control button key signal received by the remote control button key user program on a screen; (l) If the remote control button key simulated on the screen of the mobile communication terminal is selected by the user as a touch screen or an input device, the mobile communication terminal transmits information related to the corresponding remote control button key to the simulation device, and the copying unit transmits The method may further include transmitting an optical signal corresponding to a remote control button key to a reception window of the digital device to control the digital device.

In addition, in the present invention, the remote control button key can be displayed by simulating a unique key ID of 1 byte or more, the display character, shape, shape, type, array coordinates, images and values of the button keys on the screen of the mobile communication terminal. have.

In addition, the remote control signal replica of the present invention, the optical receiving unit for converting and outputting the optical signal received by the light receiving element for receiving the optical signal from the remote control for controlling the digital device, and the reception or transmission and storage of the optical signal A microcomputer for controlling data transmission or reception wirelessly, an optical transmitter converting the control signal of the microcomputer into an optical signal and outputting an optical signal through a light emitting device, and a remote control button key signal and related information under the control of the microcomputer. A simulation apparatus including a memory unit for inputting and storing, a wireless transmitter for transmitting wireless data to a mobile communication terminal under the control of the microcomputer, and a wireless receiver for receiving wireless data from the mobile communication terminal; A wireless receiver for receiving wireless data from the simulation apparatus, a wireless transmitter for transmitting wireless data to the simulation apparatus, a storage unit for inputting and storing remote control button key signals and related information received from the simulation apparatus, and the simulation The remote control button key signal acquisition application which controls the transmission or reception of the device and the radio signal, the control of the input of related information to the remote control button key signal, and simulates the acquisition of the remote control button key signal from the simulation device, and the simulation device. A remote control button for transmitting the optical signal, including a control unit equipped with a user program, a screen for displaying visual information under the control of the control unit, and a touch screen for inputting information by the user by touch, The mobile communication terminal for transmitting and receiving wireless data is provided.

In addition, in the present invention, the simulation apparatus includes a power switch for switching the operation on or off, and a switching unit including a selection switch for selecting data request permission or data request for controlling the access of the mobile communication terminal. It may further include.

In addition, in the present invention, the replica may be mounted close to the interface of the receiving window provided on the external surface of the digital device, or may be mounted between the receiving window of the digital device and the light receiving element of the digital device.

In addition, in the present invention, the replica unit may be mounted on a substrate fixed in the digital device, and the light emitting part of the simulation device and the light receiving part of the digital device may be connected by wire.

In addition, in the present invention, data can be transmitted and received between Wi-Fi, Bluetooth, Zigbee, or RF communication between the simulation apparatus and the mobile communication terminal.

The present invention can control each digital device with a simulation device and a mobile communication terminal mounted on the digital device in place of the remote control having the shape, shape and function of the various types of remote control attached to various manufacturers or various types of digital devices. In addition, the mobile communication terminal can control the digital device with a wireless signal, thereby avoiding the control interference due to the linearity of the remote control optical signal, and does not require the development or manufacture of an attached remote control for each digital device. It can reduce the cost, manpower, resources, energy required for the production of the device, minimize the environmental problems caused by the remote control manufacturing, and maximize the convenience for the user of the digital device.

1 is a block diagram showing a remote controller signal simulating value according to the present invention.
2 is a block diagram showing that the remote control signal simulation apparatus of the present invention is mounted outside the digital device.
3 is a block diagram showing that the remote control signal simulation apparatus of the present invention is mounted inside a digital device.
4 is a flowchart illustrating a remote control signal simulation method according to the present invention.
5A is a diagram illustrating remote controller identification information, and FIG. 5B is a diagram illustrating information defining button key signals arranged on a remote controller.

Hereinafter, the remote control signal simulation apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

In FIG. 1, a remote controller 1 for remotely controlling various types of digital devices 2 is provided, and a simulation apparatus 20 for simulating button key signals of a remote controller is provided, and wirelessly with the simulation apparatus 20. A mobile communication terminal 10 for communicating data is included. The digital device 2 is provided with a remote controller 1, and may include a TV, a fan, and an air conditioner.

The simulation apparatus 20 may be mounted outside or mounted inside the digital device 2. The simulation apparatus 20 includes an optical receiver 23 for converting an optical signal received by the light receiving element 21 that receives the optical signal from the remote controller 1 controlling the digital device 2 into a digital signal and outputting the digital signal. . In addition, the light emitter 24 converts the control signal of the microcomputer 28 into an optical signal and outputs the optical signal through the light emitting element 22. That is, the optical receiver 23 receives the optical signal received from the remote controller 1 by the light receiving element 21, and the optical receiver 24 generates and outputs the same optical signal as the received optical signal.

The microcomputer 28 receives the optical signal generated by the optical receiver 23 and controls the output of the optical signal generated by the optical transmitter 24. The microcomputer 28 wirelessly transmits or controls reception of data stored in the memory unit 25. The microcomputer 28 is preferably applied to an integrated circuit programmable by a microprocessor or MCU.

The memory unit 25 inputs and stores remote control button key signals and related information under the control of the microcomputer 28, and the wireless transmitter 26 transmits wireless data to the mobile communication terminal 10 under the control of the microcomputer 28. The radio receiver 27 receives radio data from the mobile communication terminal 10.

In FIG. 2, the simulation apparatus 20 includes a substrate on which the light receiving element 21 and the light emitting element 22 are mounted in the cases 20a and 20b. The simulation apparatus 20 is mounted in close proximity to a reception window for receiving a remote control button key signal of the digital device 2. The simulation apparatus 20 functions as the light receiving unit 23 and the light receiving element 21 when simulating a remote control button key signal or when receiving a button key signal from the remote control, but using the mobile communication terminal 10 as a simulation apparatus. It is not used when sending a remote control button key signal to (20).

In FIG. 3, the simulation apparatus 20 may be installed inside a digital device. The simulation apparatus 20 is fixedly installed inside the panel 4 in which the reception window 5 is formed on the front of the digital device 2. In this case, the light receiving element 21 of the simulation apparatus 20 is positioned on the back of the receiving window 5, and the light emitting element 22 is coupled to the light receiving unit 7 of the digital device 2. It is good to have. In order to amplify the optical signal of the remote controller, the simulation apparatus 20 may be attached with a lens that encloses or covers the light receiving window 5 of the digital device 2. Furthermore, the simulation apparatus 20 may be mounted on a substrate fixed in the digital device 2. In addition, the light transmitting unit 24 of the simulation apparatus 20 and the light receiving unit 7 of the digital device 2 may be connected by wire.

In addition, the simulation apparatus 20 has a power switch for switching the operation of the simulation apparatus to an on or off state, and a selection switch for selecting data request permission or data request for controlling the access of the mobile communication terminal 10. The included switching unit 29 is provided. The operation of the power switch may turn the simulation apparatus 20 on or off, and the operation of the selection switch may select whether to permit or disable the request for data to restrict the access of the mobile communication terminal 10. The simulation apparatus 20 may include a battery or a DC input terminal as a power supply source for driving.

In addition, the simulation apparatus 20 may be mounted in a digital device in the form of a single chip, that is, a system on chip (SOC).

The mobile communication terminal 10 performing wireless communication with the simulation apparatus 20 includes a wireless receiver 15 for receiving wireless data from the simulation apparatus 20 and a wireless transmitter for transmitting wireless data to the simulation apparatus 20 ( 16) is included. The wireless receiver 15 and the wireless transmitter 16 of the mobile communication terminal 10 may use a configuration and a function capable of wireless communication, that is, short-range communication, inherent in the mobile communication terminal 10.

The storage unit 14 inputs and stores remote control button key signals and related information received from the simulation apparatus 20, and stores an application for remote control button key signal acquisition and a remote control button key user program. The mobile communication terminal 10 ) May include internal or external memory.

The control unit 13 controls the transmission or reception of a radio signal with the simulation device 20, a control of input of related information to the remote control button key signal, and a remote control that simulates acquisition of a remote control button key signal from the simulation device 20. An application for button key signal acquisition is included. In addition, the controller 13 drives a remote control button key user program for transmitting an optical signal simulated by the simulation apparatus 20. The remote control button key signal acquisition application and the remote control button key user program may be included in the mobile communication terminal 10 or may be downloaded and executed from a corresponding website through communication such as the Internet.

In addition, the control unit 13 includes a screen 12 that visually expresses the operation state and information of the mobile communication terminal, and an input device such as a touch screen 11 or a keypad through which a user inputs information by touch.

The mobile communication terminal 10 is connected to the Internet 3 through a repeater of a mobile communication company and the like and is connected to various web servers 40 to transmit and receive wireless data. The mobile communication terminal 10 may store the remote control button key signal and related information received from the simulation apparatus 20 in the database server 41 via the web server 40 of the Internet 3. Data stored in the database server 41 may be shared as data for the control of the same digital device (2).

Between the simulation apparatus 20 and the mobile communication terminal 10 of the present invention, data can be transmitted and received by Wi-Fi, Bluetooth, Zigbee, or RF communication.

A method of simulating a remote control signal using the remote controller signal simulating value of the present invention having the above configuration will be described with reference to the flowchart of FIG. 4.

First, the remote controller 1, the simulation device 20 mounted on the digital device 2 and the mobile communication terminal 10 is prepared. An application (Application, App or Application) for acquiring a remote control button key signal installed in the mobile communication terminal 10 is executed by the user (S11). An application for acquiring the remote control button key signal should be downloaded through the website of the web server 40 that is mounted in the mobile communication terminal 10 or provides the same. When the application is executed on the mobile communication terminal screen 12, the remote controller identification information such as the manufacturer, product name, model name and the number of remote control button keys arranged to simulate the remote control button key signal is touched on the screen 11. Enter through (S12). In FIG. 5A, the manufacturer, product name, model name, and number of arranged remote control button keys of the digital device 2 as the remote control identification information each include a data size of 1 byte or more.

When the input of the remote control identification information is completed, the button key input start signal is transmitted to the simulation apparatus 20 through the remote control button key signal acquisition application of the mobile communication terminal 10 (S13). When receiving the button key input start signal from the mobile communication terminal 10, the simulation apparatus 20 prepares to acquire the button key input of the remote controller 1 (S14).

By pressing any one of the plurality of button keys included in the remote controller 1 and inputs the corresponding button key (S15). When a button key of the remote controller 1 is input, the remote controller 1 generates and outputs an optical signal of the corresponding button key. The optical signal generated by the remote controller 1 is received through the light receiving unit 23 via the light receiving element 21 of the simulation apparatus 20. The microcomputer 28 of the simulation apparatus 20 converts the received signal into binary data and stores it in the memory unit 25 (S16).

The remote control button key signal acquisition application of the mobile communication terminal 10 transmits a button key input end signal to the simulation apparatus 20 (S17). When the button input end signal is received from the mobile communication terminal 10, the simulation apparatus 20 terminates the reception state and converts the button key signal of the remote controller, which is converted into binary data in the memory unit 25 and stored in the radio of the simulation apparatus 20. The transmitter 26 transmits to the radio receiver 15 of the mobile communication terminal 10 (S18). The remote control key signal information transmitted to the mobile communication terminal 10 is displayed on the screen through the remote control button key signal acquisition application. The mobile communication terminal 10 inputs additional information related to the button key signal received from the simulation apparatus 20 through the button key signal received from the simulation apparatus 20 and the remote control button key signal acquisition program, and stores the storage unit 14. (19). The additional information includes a unique key ID of a button key, an indication character of the button key, a shape, a shape, a type, an array coordinate of the button, an image, and a value. In FIG. 5B, the button key signal definition information arranged in the remote controller is as many as the number of keys, and the corresponding button key signal includes a data size of 1 byte or more.

In step S13, the process S19 is repeatedly performed until all of the input of the button key provided in the remote controller 1 is terminated (S20). That is, by sequentially pressing a plurality of button keys provided on the remote control 1 to simulate the button key in the simulation device 20 to transmit the stored binary data to the mobile communication terminal 10, in the mobile communication terminal 10 Additional information related to the button key signal received from the simulation apparatus 20 is input and stored in the storage unit 14.

When all the simulations of the remote control button key signal are completed, the mobile communication terminal 10 transmits the data stored in the storage unit 14 to the simulation apparatus 20, and the simulation apparatus 20 transmits the received data to the memory unit 25. Stored in step S21).

In addition, the mobile communication terminal 10 transmits the data on which the remote control button key signal is completed to be stored in the database server 41 via the web server 40 via the Internet 3. As a result, simulation of all button keys provided in the remote controller is completed in the simulation apparatus 20. In addition, the simulation apparatus 20 may transmit a part or all of the data stored in the memory unit 25 of the simulation apparatus 20 by wireless communication in response to a request of a remote control button key user program mounted in the mobile communication terminal 10. To 10.

On the other hand, when the remote control button key user program mounted on the mobile communication terminal 10 by the user is executed (S22), the mobile communication to search the simulation device 20 mounted on the digital device 2 located at a certain distance The search request signal is output from the terminal 10 (S23). That is, since the user must search the model value mounted on the digital device 2 to remotely control the digital device 2 using the mobile communication terminal 10, when the user executes the remote control button key user program, the mobile communication terminal ( 10) transmits a signal requesting a search to the corresponding simulation apparatus 20 by wireless communication.

In response to the search request signal of the mobile communication terminal 10, the simulation apparatus 20 displays remote control identification information of the corresponding digital device 2 stored in the memory unit 25, that is, a manufacturer, a product name, a model name, and the like. (S24).

In the remote control button key user program of the mobile communication terminal 10, remote control identification information received from the one or more simulation devices 20 is displayed on the screen (S25). The user selects the simulation device 20 mounted on the digital device 2 as the touch screen 11 or an input device, and transmits information related to the remote control button key signal to the simulation device 20 selected in the remote control button key user program. Request (S26).

The simulation apparatus 20 that has been requested to transmit information related to a remote control button key signal such as remote control identification information transmits the information related to the remote control button key signal stored in the memory unit 25 to the mobile communication terminal 10 (S27). ). The mobile communication terminal 10 simulates and displays the information related to the received remote control button key signal on the screen 12 by the remote control button key user program (S28). Therefore, when the simulation preparation for the use of the remote control is completed, the user remote control button key information is simulated on the screen 12 by the selection of the remote control 1 to be controlled among the registered simulation apparatus 20. The remote controller button key information is displayed by simulating the unique key ID, the letter of the button key, the shape, the shape, the type, the array coordinates, the image, and the position value of the button on the screen of the mobile communication terminal.

When the remote control button key simulated by the user is selected by an input device such as a touch pad, the mobile communication terminal 10 may transmit information related to the corresponding remote control button key as a wireless signal using a simulation device ( 20), the simulation apparatus 20 transmits an optical signal corresponding to the remote control button key from the light transmitting unit 24 to the receiving window 5 of the digital device 2 to control the digital device (2). (S29).

Through the above method, various digital devices with a remote controller can be integrated with one mobile communication terminal and a simulation device mounted on the digital device.

The present invention can integrate a remote control using a wireless communication of the mobile communication terminal, for example, Wi-Fi, Bluetooth, Zigbee or RF communication, and together with optical communication and wireless communication When connected with an internet repeater through user authentication, it can be used as a means for controlling various digital devices even in remote locations.

While the invention has been shown and described with respect to the specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone who has it will know it easily.

Reference Signs List 1: remote controller 2: digital device 3: Internet 4: panel 5: receiving window 6, 21: light receiving element 7, 23: light receiving unit 10: mobile communication terminal 11: touch screen 12: screen 13: control unit 14: storage unit 15, 27: radio receiver 16, 26: radio transmitter 20: simulation apparatus 20a, 20b: case 22: light emitting element 24: optical transmitter 25: memory 28: microcomputer 29: switching unit 40: web server 41: database server

Claims (11)

(a) allowing the remote controller identification information to be input after the user executes an application (Application, app or application) for acquiring the remote control button key signal installed in the mobile communication terminal by the user;
(b) transmitting a button key input start signal to a simulation apparatus through an application for acquiring a remote control button key signal of the mobile communication terminal, and preparing to acquire a button key input of the remote controller at the closet;
(c) by pressing any one of the plurality of button keys provided in the remote control to receive the optical signal generated by the input of the corresponding button key through the optical receiving unit of the simulation apparatus, the copying unit converts the received signal into binary data memory Storing in wealth;
(d) The button key input end signal is transmitted to the simulation apparatus through an application for acquiring the remote control button key signal of the mobile communication terminal, and the radio button is converted into binary data in the memory unit to store the button key signal of the remote controller. Transmitting from the transmitter to the wireless receiver of the mobile communication terminal;
(e) the mobile communication terminal inputting and storing additional information related to the button key signal received from the simulation apparatus and the button key signal received from the simulation apparatus through a program for acquiring a remote control button key signal;
(f) the mobile communication terminal transmitting the data stored in the storage unit to the simulation apparatus when the simulation of the remote control button key signal is completed and storing the received data in the memory unit;
(g) The search request signal is transmitted from the mobile communication terminal to the copying device in order to search for the closet mounted on the digital device located at a certain distance by executing the remote control button key user program installed in the mobile communication terminal by the user. Making it possible;
(h) transmitting the remote controller identification information of the corresponding digital device stored in the memory unit to the mobile communication terminal in response to the search request signal of the mobile communication terminal;
(i) The remote control button key user program of the mobile communication terminal displays remote control identification information received from at least one copying device as an icon or a button on the screen of the mobile communication terminal, and the user can display the model value installed in the corresponding digital device. Allowing the user to select the touch screen or input device;
(j) requesting transmission of information related to a remote control button key signal to a simulation device selected in the remote control button key user program, and transmitting the information related to the remote control button key signal stored in a memory unit to a mobile communication terminal;
(k) displaying information related to a remote control button key signal received by the remote control button key user program on a screen; And
(l) If the remote control button key simulated on the screen of the mobile communication terminal is selected by the user as a touch screen or an input device, the mobile communication terminal transmits information related to the corresponding remote control button key to the simulation device, and the copying unit transmits Remote control signal simulation method further comprising the step of transmitting the optical signal corresponding to the remote control button key to the receiving window of the digital device to control the digital device.
The method of claim 1, wherein in step (c), the plurality of button keys included in the remote controller are sequentially pressed to simulate all the button keys in the simulation apparatus, and then the stored binary data is transmitted to the mobile communication terminal.
The method of claim 1, wherein the additional information includes a unique key ID of a remote control button key of 1 byte or more, a display character, a shape, a shape, a type, an array coordinate, an image, and a value of the button key. .
The method of claim 1, wherein the mobile communication terminal stores the data on which the remote control button key signal is completed and stored in a database server via a web server via the Internet.
delete The remote controller of claim 1, wherein the remote control button key comprises a unique key ID of 1 byte or more, a display character, a shape, a shape, a type, an array coordinate, an image, and a value of the button key are simulated and displayed on a screen of a mobile communication terminal. Signal simulation method.
An optical receiver for converting an optical signal received from a light receiving element that receives an optical signal from a remote controller for controlling a digital device into a digital signal, a microcomputer for controlling the transmission or reception of the optical signal wirelessly and the transmission or reception of stored data; An optical transmitter for converting the control signal of the micom into an optical signal and outputting an optical signal through a light emitting device, a memory unit for inputting and storing a remote control button key signal and related information under the control of the micom, and the control of the micom A simulation apparatus including a wireless transmitter for transmitting wireless data to a mobile communication terminal, and a wireless receiver for receiving wireless data from the mobile communication terminal; A wireless receiver for receiving wireless data from the simulation apparatus, a wireless transmitter for transmitting wireless data to the simulation apparatus, a storage unit for inputting and storing remote control button key signals and related information received from the simulation apparatus, and the simulation The remote control button key signal acquisition application which controls the transmission or reception of the device and the radio signal, the control of the input of related information to the remote control button key signal, and simulates the acquisition of the remote control button key signal from the simulation device, and the simulation device. A remote control button for transmitting the optical signal, including a control unit equipped with a user program, a screen for displaying visual information under the control of the control unit, and a touch screen for inputting information by the user by touch, A mobile communication terminal for transmitting and receiving wireless data is provided,
The replica unit is mounted near to the interface of the receiving window provided on the external surface of the digital device or mounted between the interior of the receiving window of the digital device and the light receiving element of the digital device.
The apparatus of claim 7, wherein the simulation apparatus includes a power switch for switching the operation on or off, and a switching switch for selecting a data request allowance or a non-request request for controlling the access of the mobile communication terminal. Remote control signal simulation device further comprising.
delete 8. The remote control signal simulation apparatus according to claim 7, wherein the replica unit is mounted on a substrate fixed in a digital device, and the light transmitting part of the copying device and the light receiving part of the digital device are connected by wires.
The remote control signal simulation apparatus of claim 7, wherein data is transmitted and received between Wi-Fi, Bluetooth, Zigbee, and RF communication between the simulation device and the mobile communication terminal.

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