Abstract: A time slice video generating server includes a video receiving unit configured to receive multiple videos recorded by multiple cameras; a packaging unit configured to generate multiple packaging data by adding slice information to frames included in the received multiple videos; a video transmission unit configured to transmit at least one datum from the multiple packaging data to a user device in response to a play request received from the user device; and a time slice video providing unit configured to generate a time slice video based on the multiple packaging data in response to request to generate a time slice video received from the user device and transmit the generated time slice video to the user device.

Abstract: A video providing server that provides a time slice video includes a receiving unit that receives a first time slice video that is generated from images captured by multiple cameras having a focus on a first object; an input unit that receives, from a user device, a selection of a second object among multiple objects displayed in the first time slice video; a feature point extraction unit that extracts feature points of the selected second object; a generation unit that generates a second time slice video having a focus on the second object based on the extracted feature points of the second object; and a transmitting unit that transmits, to the user device, the second time slice video having the focus on the second object.

Abstract: A headlamp for a vehicle may include: a left inner high beam source having a plurality of left inner high beam elements arranged therein, and configured to emit a left inner high beam; a left outer high beam source having a plurality of left outer high beam elements arranged therein, and configured to emit a left outer high beam to overlap the left inner high beam emitted from the left inner high beam source; a right inner high beam source having a plurality of right inner high beam elements arranged therein, and configured to emit a right inner high beam; and a right outer high beam source having a plurality of right outer high beam elements arranged therein, and configured to emit a right outer high beam to overlap the right inner high beam emitted from the right inner high beam source.

Abstract: A video providing server that provides a time slice video includes a receiving unit that receives a first time slice video that is generated from images captured by multiple cameras having a focus on a first object; an input unit that receives, from a user device, a selection of a second object among multiple objects displayed in the first time slice video; a feature point extraction unit that extracts feature points of the selected second object; a generation unit that generates a second time slice video having a focus on the second object based on the extracted feature points of the second object; and a transmitting unit that transmits, to the user device, the second time slice video having the focus on the second object.

Abstract: A time slice video generating server includes a video receiving unit configured to receive multiple videos recorded by multiple cameras; a packaging unit configured to generate multiple packaging data by adding slice information to frames included in the received multiple videos; a video transmission unit configured to transmit at least one datum from the multiple packaging data to a user device in response to a play request received from the user device; and a time slice video providing unit configured to generate a time slice video based on the multiple packaging data in response to request to generate a time slice video received from the user device and transmit the generated time slice video to the user device.

Abstract: The present invention relates to a lighting apparatus for a vehicle, including: a bulb which generates light; a socket in which the bulb is mounted; a reflector which has a socket coupling unit to which the socket is coupled, allows the bulb to be inserted into the reflector, and reflects forward light generated by the bulb; and an electromagnetic shield which is disposed between the socket and the socket coupling unit, and has a bulb through hole which the bulb penetrates, in which first ground contact protrusions, which protrude toward a center of the bulb through hole and come into ground contact with the socket and the socket coupling unit, are formed on a portion of the electromagnetic shield where the bulb through hole is formed.

Abstract: The present invention relates to a lighting apparatus for a vehicle, including: a bulb which generates light; a socket in which the bulb is mounted; a reflector which has a socket coupling unit to which the socket is coupled, allows the bulb to be inserted into the reflector, and reflects forward light generated by the bulb; and an electromagnetic shield which is disposed between the socket and the socket coupling unit, and has a bulb through hole which the bulb penetrates, in which first ground contact protrusions, which protrude toward a center of the bulb through hole and come into ground contact with the socket and the socket coupling unit, are formed on a portion of the electromagnetic shield where the bulb through hole is formed.