Sk Telecom Company, Ltd.

Lg Electronics Inc.

Seoul National University

Sk Planet Co., Ltd.

Inseong Hwang

Hoojong Kim

Jeongbeom Kim

Jongmin Kim

Chulwoo Kim

Min-Cheol Hong

Taek Dong Chung

Chang Su Jeon

Younggun Lee

Junyong Jung

Kyoung-Seok In

Wonhee Sull

Mincheol Hong

Kyoungseok In

The present invention relates to a clothes-processing device comprising: a cabinet comprising a body; a body front surface fixed to the body and forming the front surface, and an introduction opening formed through the body front surface; a drum comprising a drum body disposed in the cabinet so as to store clothes and a drum introduction opening formed through the drum body to communicate with the introduction opening; a driving part for rotating the drum; a door rotatably disposed at the cabinet so as to open or close the introduction opening; a control part for controlling the driving part; and a voice recognition part disposed at the door so as to recognize a voice generated by a user and transmit a control command corresponding to the recognized voice to the control part.

Clothes-processing device

The present invention relates to a virus-microbead complex including a microbead and a virus layer, in which linear viruses are bound individually to the surface of the microbead, and an immunoassay kit including the same. The virus-microbead complex of the present invention is characterized in that the linear viruses are bound to the surface of the microbead so that the orientations of the linear viruses are regulated using the interaction of streptavidin-biotin introduced thereon, thereby providing a significantly increased volume to surface area ratio, increasing the number of antibodies or ligands capable of binding thereto, and as a result, mediating the binding of antibodies or ligands to a unit bead with high density, which eventually leads to an increased sensitivity in immunoassays, and an application into a suspension array. Additionally, it was confirmed that cardiac troponin I (cTnI) in serum can be detected up to 20 pg/mL by introducing a self-assembled monolayer (SAM) containing PEG to remove a non-specific adsorption.

Virus-microbead complex and use thereof

The invention relates to an apparatus for providing a user interface for a game performed on a mobile communication terminal. The invented apparatus supports a network game using a mobile communication terminal by providing network game functions through voice communications, various operational and manipulation functions, realistic video/sound presentation and a support for a mass capacity game. The invented apparatus enables on-line network game through mobile data communication network as well as voice communications and it provides various and improved user interface for a game using mobile communication terminals.

Game supporting apparatus for a mobile communication terminal

The video encoder in accordance with the present invention divides input image signal into macro blocks, estimates motion vectors of each macro block and finally encodes the input image signal. The encoder determines the number of macro blocks adjacent to a current macro block. If the number of adjacent macro blocks is equal to or more than two, the encoder calculates a motion vector of the adjacent macro blocks and selects a macro block that has the largest motion vector. Then it defines a least search area that the current adaptive motion vector can have, and compares the least search area with the motion vector of the largest adjacent macro block, and finally determines the largest value as the search area of the adaptive motion vector. Next, the encoder compares the search area of the adaptive motion vector with the search area of the user-defined motion adaptive vector to thereby determine the least value as the search area of the final adaptive motion vector.

Method and apparatus for determining search range for adaptive motion vector for use in video encoder

Disclosed is a method for providing by a news information-providing server news information using a 3D character to a wireless communication terminal having accessed the news information-providing server through a wireless communication network, the method including the steps of: (a) generating voice information by converting news information received in real-time into voice data, and analyzing content of the voice information; (b) extracting mouth shape data and facial expression data corresponding to the content of the voice information analyzed at step (a); (c) applying the mouth shape data and facial expression data to the 3D character, and generating 3D character data by synthesizing the 3D character with an background image and/or background music; (d) generating 3D character news by synchronizing the voice information with the 3D character data; and (e) transmitting the 3D character news to the wireless communication terminal in a streaming mode.

Method and system for providing news information by using three dimensional character for use in wireless communication network

Growing community of inventors

Seoul, South Korea

Inseong Hwang