Abstract: A vehicular audio video navigation telematics (AVNT) system includes: an input device configured to receive user input for executing a plurality of AVNT function menus; a storage device configured to index and store the AVNT function menus, a display configured to display a home screen menu including the AVNT function menus; and a controller configured to control the storage device and the display. The controller collects an execution count of each of the AVNT function menus based on the user input, indexes and stores the AVNT function menus in the storage device based on the collected execution count of each of the AVNT function menus, resets the home screen menu based on high-order menus of stored indices, and controls the display to display the reset home screen menu.

Abstract: Disclosed herein are a connection control method for a vehicle control program of a vehicle and a head unit system configured for conveniently using the vehicle control program and Bluetooth communications without again performing Bluetooth pairing when a user performs starting off and then starting on during the use of the vehicle control program.

Abstract: Disclosed herein are a connection control method for a vehicle control program of a vehicle and a head unit system configured for conveniently using the vehicle control program and Bluetooth communications without again performing Bluetooth pairing when a user performs starting off and then starting on during the use of the vehicle control program.

Abstract: A control method of an in-vehicle multimedia terminal, the method includes performing communication connection to a mobile terminal. A type of the communication connected mobile terminal and an operating system (OS) installed in the mobile terminal are recognized. A function for automatically searching for a first function is enabled or disabled when the mobile terminal provides the first function. The first function is performed by the in-vehicle multimedia terminal when the automatic search function is enabled. A second function is performed by the in-vehicle multimedia terminal when the automatic search function is disabled.

Abstract: A method for controlling an outgoing call in a vehicle includes: when a communication terminal connected to a multimedia device through car mirroring has not been registered in a pairing list of the multimedia device, deleting at least one device among a plurality of devices registered in the pairing list, and registering the communication terminal in the pairing list; and attempting to make a call through the communication terminal when it has been registered in the pairing list.

Abstract: Disclosed is a single phase brushless direct current motor comprising a stator and a rotor which is rotatably located inside the stator, the stator comprising: a first stator core having a plurality of first core pieces which are formed to be bent from the inside; a second stator core having a plurality of second core pieces which are located between the first core pieces, respectively, and are formed to be bent from the inside; and a bobbin which is coupled between the first stator core and the second stator core, and around which a coil is wound, and the rotor comprising: a rotor body which rotates around a shaft; and a plurality of magnets which are formed on the outer circumferential surface of the rotor body, wherein the first core pieces and the second core pieces have overlapping regions which axially overlap when seen from the shaft.

Abstract: Disclosed is a single phase brushless direct current motor comprising a stator and a rotor which is rotatably located outside the stator, the stator comprising: a first stator core having a plurality of first core pieces which are formed to be bent from the outside; a second stator core having a plurality of second core pieces which are located between the first core pieces, respectively, and are formed to be bent from the outside; and a bobbin which is coupled between the first stator core and the second stator core, and around which a coil is wound, and the rotor comprising: a cup-shaped rotor body which rotates around a shaft; and a plurality of magnets which are formed on the inner circumferential surface of the rotor body, wherein the first core pieces and the second core pieces have overlapping regions which axially overlap when seen from the magnets.

Abstract: A method for controlling an outgoing call in a vehicle includes: when a communication terminal connected to a multimedia device through car mirroring has not been registered in a pairing list of the multimedia device, deleting at least one device among a plurality of devices registered in the pairing list, and registering the communication terminal in the pairing list; and attempting to make a call through the communication terminal when it has been registered in the pairing list.

Abstract: A control method of an in-vehicle multimedia terminal, the method includes performing communication connection to a mobile terminal. A type of the communication connected mobile terminal and an operating system (OS) installed in the mobile terminal are recognized. A function for automatically searching for a first function is enabled or disabled when the mobile terminal provides the first function. The first function is performed by the in-vehicle multimedia terminal when the automatic search function is enabled. A second function is performed by the in-vehicle multimedia terminal when the automatic search function is disabled.

Abstract: A system and method for providing vehicle diagnostic service, in which a central server cumulatively stores diagnostic trouble codes (DTCs) of vehicles, analyzes a problem history based on the DTCs, determines whether a vehicle has a problem or not using the analyzed result, notifies a driver of problem information, and remotely controls a diagnostic period and a diagnostic time for the problemed diagnostic item to perform the intensive diagnostics so that it is possible to allow the driver to promptly manage the problem.

Abstract: The present invention provides a smart key in which a portable memory card is detachably mounted. The smart key includes a card mounting portion into which a portable memory card having at least one terminal is inserted, a card reader for the portable memory card, and a connector for connecting the smart key to the key box. The card reader comprises an interface to which the terminal or terminals are connected and a control unit for converting data received from the portable memory card into a format readable by an audio system of the vehicle.

Abstract: A method for manufacturing a semiconductor device includes implanting metal ions on a residual interlayer dielectric film in a storage contact hole to the residual dielectric film, thereby reducing a contact resistance to prevent failures of the semiconductor device.

Abstract: The present invention provides a smart key in which a portable memory card is detachably mounted. The smart key includes a card mounting portion into which a portable memory card having at least one terminal is inserted, a card reader for the portable memory card, and a connector for connecting the smart key to the key box. The card reader comprises an interface to which the terminal or terminals are connected and a control unit for converting data received from the portable memory card into a format readable by an audio system of the vehicle.

Abstract: A method for manufacturing a semiconductor device includes implanting metal ions on a residual interlayer dielectric film in a storage contact hole to metallize the residual dielectric film, thereby reducing a contact resistance to prevent failures of the semiconductor device.