Abstract: Provided is a waiting ticket operating system, comprising a user NFC terminal for storing and displaying waiting ticket information; a waiting ticket server for generating the waiting ticket information depending on the user NFC terminal's request and transmitting a waiting status to the user NFC terminal at regular intervals as the numerical order is updated; and a smart branch installed at a predetermined position and linked with the waiting ticket server to supply updated waiting ticket information, whereby it is advantageous that the number of a waiting ticket and the information about a waiting status are received and displayed in the user's mobile terminal, using a wireless communication network, so that the availability of the mobile terminal can be improved, and when a waiting time increases, other simple necessary affairs can be conducted, thereby enabling the user to conveniently use the mobile terminal.

Abstract: The present invention has the purpose of providing a system for transmitting an advertisement among terminals to only a user interested in a product by using the method of near-field communication.

Abstract: Disclosed herein are a NFC-enabled mobile communication terminal and a method of controlling the same. The NFC-enabled mobile communication terminal is capable of performing short-range wireless communication with at least one NFC tag in reader mode. The NFC-enabled mobile communication terminal includes an NFC antenna for transmitting and receiving data recorded in the tag, an NFC controller for receiving the data the NFC antenna, a function control unit for receiving the data from the NFC controller and analyzing the data, and a terminal control unit for causing at least one function of the mobile communication terminal to be performed. The data is function control data including a command to perform the function. The function control unit extracts the command from the function control data, applies the command to the terminal control unit, and executes the command, thereby compulsorily controlling the function of the mobile communication terminal.

Abstract: A multi input control window in one-to-one correspondence with an external information device can be programmed and activated in the mobile communication terminal in diverse ways through a multi input mode application unit, depending on the type of a multi-input operation. Also, a first input signal with respect to a touch screen, a second input signal with respect to an acceleration sensor, and a third input signal based on the location of a mobile communication terminal that moves in the X, Y and Z axes measured by a gyroscope sensor are wirelessly transmitted from the mobile communication terminal to the external information device. A fourth input signal for the voice-to-text conversion can be transmitted wirelessly. During a multi-input operation in the external information device, an event signal for outputting a vibration or speaker sound is sent as an output signal to the mobile communication terminal.

Abstract: Disclosed herein are a mobile communication terminal using Near Field Communication (NFC) and a method of controlling the same. The mobile communication terminal receives data from an NFC active tag during NFC communication. The mobile communication terminal includes an NFC antenna for receiving a data signal from the active tag, an NFC controller for performing control so that a session with the active tag is set up, and receiving the data signal, a function control unit for receiving the data signal from the NFC controller and analyzing the data signal, and a terminal control unit for performing functions of the mobile communication terminal. The data signal of the active tag is a function control signal including a command to control at least one function of the mobile communication terminal. The function control unit extracts the command, applies the command to the terminal control unit, and executes the command.

Abstract: Disclosed herein is a mobile terminal with a Near Field Communication (NFC) function, the mobile terminal wirelessly connecting to a reader using NFC. An NFC controller wirelessly connects to the reader through an NFC antenna, and receives an Applet Identification (AID) signal and a function control signal used to control operational states of a plurality of functions provided to the mobile terminal from the reader. A base band unit receives the function control signal, and controls the operational states of functions selected from among the plurality of functions provided to and operated in the mobile terminal. A Universal Integrated Circuit Card (UICC) unit connects to the NFC controller, and records information about the subscriber of the mobile terminal. A Secure Element (SE) encodes and decodes the signal, which is transmitted and received between the mobile terminal and the reader, using a security algorithm.

Abstract: Disclosed herein is a system for providing advertisement information. The system includes a mobile terminal, a panel unit, and an advertisement management server. The mobile terminal operates in card mode in its initial stage, switches to read mode in response to a request for mode-switching, searches for and output AID information, and receives the data of advertisement media using tagging. The panel unit switches from read mode in its initial stage to card mode in response to a request for mode-switching from the mobile terminal, outputs received advertisement media as multimedia, and radiates and transfers the advertisement media as data when the mobile terminal performs the tagging. The advertisement management server searches for or create in real time the advertisement media and outputs and provides the advertisement media, together with a matched tag applet in response to a request from the panel unit.

Abstract: Disclosed herein is a mobile terminal with a Near Field Communication (NFC) function, the mobile terminal wirelessly connecting to a reader using NFC. An NFC controller wirelessly connects to the reader through an NFC antenna, and receives an Applet Identification (AID) signal and a function control signal used to control operational states of a plurality of functions provided to the mobile terminal from the reader. A base band unit receives the function control signal, and controls the operational states of functions selected from among the plurality of functions provided to and operated in the mobile terminal. A Universal Integrated Circuit Card (UICC) unit connects to the NFC controller, and records information about the subscriber of the mobile terminal. A Secure Element (SE) encodes and decodes the signal, which is transmitted and received between the mobile terminal and the reader, using a security algorithm.

Abstract: Disclosed herein is a mobile communication terminal casing equipped with an internal antenna. The mobile communication terminal casing includes an antenna sheet having contact terminals, and an injection-molded casing product including an inner surface having an internal groove that is coupled to the antenna sheet and an outer surface opposite to the inner surface. A second surface opposite to a first surface of the antenna sheet on which the contact terminals are located comes into contact with the internal groove of the injection-molded casing product, and the first surface is injection-molded to be exposed outside of the injection-molded casing product.

Abstract: Disclosed herein is an apparatus for controlling the ringtone, camera, and communication functions of a mobile terminal using a Near Field Communication (NFC) chip module and an external Radio Frequency (RF) reader. The apparatus includes an NFC chip module, a base band chip, and a USIM card. The NFC chip module is electrically connected to the base band chip of a mobile terminal, allows a command data signal, received from an external RF reader via an RF antenna, to be transmitted to the base band chip or a Universal Subscriber Identity Module (USIM) card of the mobile terminal, and receives the result of terminal processing of the base band chip which operates in compliance with an external command, and transmits the result of the terminal processing to the external RF reader via the RF antenna.

Abstract: An automatic transmission apparatus includes an RFID tag including a one-shot call command data signal, a one-shot SMS command data signal and/or a one-shot Internet access command data signal, and a mobile terminal that includes an RF antenna, a base band chip, and an NFC controller that performs NFC with the RFID tag, and transmits the command data signal received from the RFID tag to the base band chip. Once a mobile terminal is tagged on the RFID tag, the mobile terminal performs call connection by automatically linking to a telephone number stored in the RFID tag, automatically links an SMS stored in the RFID tag on the screen of the mobile terminal so that the SMS may be activated, and/or automatically links to a particular address by using the web browser of the mobile terminal according to an Internet address stored in the RFID tag.