Other

Dkc Corporation

Samsung Electro-Mechanics Co., Ltd.

May-I Inc.

Korea Institute of Science and Technology

Bioacts Co., Ltd.

Jin Woo Park

Dong Jin Kim

Kiwon Kim

Young Bok Yoon

Eunae Jeong

In Sik Shin

Jun Hyuk Park

Jong Joo Na

Bongkyu Lee

Gyeong Rim Shin

Jae Hyun Kim

Yong Ho Lee

Woo Jin Choi

Yong Seok Park

Hyoung Su Kim

Ho Young Si

Gil Hyun Nam

Hyo Sung Jeon

Yeo Hyun Park

Eunseo Yu

HyungJun Yoon

Hyejin Jin

Yoeseph Cho

Su Jung Jang

Hyung Jun Yoon

Jae Mok Ha

Ki Won Kim

Hong Soo Park

Sung Nam Hwang

Han Seob Song

Seong Kil Kim

Jong Gu Park

Sora Yun

Jae-Sung Lee

Jae-Ho Choi

Doo-Young Chung

Su-Jung Jang

A method for acquiring visitor information is provided. The method includes the steps of: detecting one or more visitor objects from a video; estimating attribute information of a first visitor using feature data of a first visitor object; acquiring a perspective model of the first visitor on the basis of a travel route of the first visitor object; and acquiring interaction information of the first visitor using the perspective model of the first visitor.

Method and apparatus for aquiring visitor information

An interaction detection method is provided. The method includes the steps of: acquiring one or more frame images; acquiring pose data of a first object using information on a plurality of feature points detected for the first object from a first frame image; determining occurrence of an interaction of the first object using the pose data of the first object; estimating a region of interest (ROI) of the first object using the information on the plurality of feature points; and acquiring information on a product corresponding to the region of interest of the first object.

Interaction detection method and apparatus

A fluorescent compound in accordance with exemplary embodiments of the present invention has high stability under a water-soluble condition to be easily stored for a long time and improve pH stability and can be more efficiently used for labeling and dyeing of a target material by introducing the triazine substituted with a hydroxyl group as a linker to improve the fluorescent intensity even at a low concentration as compared with the conventional structure. Further, the fluorescent compound is excellent in optical stability and exhibits stable fluorescence in long-term dyeing, and is excellent in fluorescence intensity while being not accumulated in the body, and thus, can be easily dyed and imaged in vivo even in the use of a small amount as compared with the conventional dyes to be economically used.

Fluorescent compound with cyanuric-hydroxide and preparation method thereof

Disclosed is a fluorescent composition for whole blood analysis capable of predicting the diagnosis, treatment and prognosis of diseases through blood analysis. In the case of using the fluorescent composition of exemplary embodiments of the present invention for whole blood analysis, the shape of a target material such as red blood cells and white blood cells may be maintained as it is and non-target biomaterials and the like may be dissolved to increase the sensitivity and affinity to the target and improve the staining efficiency of the blood cell nucleic acids, thereby increasing the fluorescent efficiency. Therefore, more accurate blood cell analysis is possible than conventional techniques, and through this, it is possible to accurately predict not only the diagnosis of the disease, but also the treatment method and prognosis.

Fluorescent composition for detecting biological material

The novel intercalating fluorescent compounds of exemplary embodiments of the present invention for analyzing nucleic acids, etc. have excellent intercalating efficiency with nucleic acids such as DNA and RNA of biomaterials, and may not only continuously maintain fluorescence properties and efficiency, but also have excellent effects even in terms of storage stability such as temperature and moisture, etc. and biosafety. In addition, the fluorescent compounds have various advantages capable of being dissolved in distilled water, which is a solvent harmless to the human body, and being applied to a wide range of analysis without being limited to the analysis of specific cells and living tissues.

Intercalating fluorescent dyes for labelling nucleic acids and preparation method thereof

Provided is a diagnostic kit for determining infection with Methicillin-Resistant(MRSA) in a specimen, and a method for determining the infection with MRSA using the diagnostic kit is performed by visually observing a color change after LAMP reaction, and the color change is caused by a change in a magnesium concentration and confirmed using a specific dye compound which sensitively reacts with magnesium ions. The amplification of the MRSA DNA is performed using the loop-mediated isothermal amplification (LAMP), so that the diagnostic kit has advantages of being conveniently used anytime and anywhere and quickly diagnosing.

Kit for diagnosing infection with Methicillin-resistant(MRSA) by detecting magnesium ions

Provided is a fluorescent compound represented by the following [Chemical Formula 1] and a method for preparing the same: 

Fluorescence compounds and preparation method thereof

The present disclosure provides a quenching dye with an anthraquinone structure, which has a broad and high absorption spectrum in the visible and near-infrared wavelength regions and exhibits high stability and superior solubility in aqueous conditions. A quenching dye composition containing the anthraquinone compound according to the present disclosure as an active ingredient can be widely used in the field of optical molecular imaging to observe the movement of a biomolecule because it can easily label a biomolecule manipulated in an aqueous buffer.

Quenching dye for labeling biomolecules and method for preparing the same

The present disclosure relates to a novel benzindocyanine compound for labeling biomolecules and a method for preparing the same.

Benzindocyanine compound for labeling substance, intermediate thereof, and method for preparing the same

Disclosed are a novel cyanine compound, represented by the following Formula 1, for labeling biomolecules, and a method for preparing the same. 

Cyanine compound for labeling biomolecule and preparation method thereof

An LED package is improved in heat radiating performance. The LED package includes a package substrate having heat radiating means; a heat radiating layer arranged on the package substrate with an area at least larger than a mounting area of a light emitting diode chip to provide a horizontal heat radiating path; and an electrically-connecting structure including first and second conductive leads arranged on the heat radiating layer. The light emitting diode chip is mounted on the heat radiating layer or the first conductive lead by a heat conductive adhesive layer.

Light emitting diode package

Disclosed is a semiconductor device package. The semiconductor device package includes at least one semiconductor device acting as a heating source, a package substrate having an upper surface on which the semiconductor device is mounted, the package substrate at least having a higher heat conductivity than that of the semiconductor device, and a fiber-reinforced polymer composite formed to surround a side surface of the package substrate, the polymer composite including fibers acting as a reinforcing material and a resin mass embedding the fibers therein.

Semiconductor device package

Disclosed is an anticorrosion paint for preventing steel materials from corrosion by using polyaniline as an anticorrosion pigment. The anticorrosion paint has an excellent anticorrosion effect, long persistence of the anticorrosion effect, high durability and superior coating property controlling the anticorrosion effect, without using metal causing environmental pollution as an anticorrosion pigment. Especially, in the anticorrosion paint, the top coat paint for improving the protection of the primer coat paint and the anticorrosion effect. The top coat paint includes 40 to 89 wt % of matrix resin, 5 to 54 wt % of colored pigment, 1 to 50 wt % of dopants and 5 to 54 wt % of mixed solvents, and the primer coat paint includes 3 to 49 wt % of the polyaniline, 40 to 86 wt % of the matrix resin, 1 to 47 wt % of the dopants and 10 to 56 wt % of the mixed solvents. The anticorrosion paint plays a role in exerting persistently the excellent anticorrosion effect without causing environmental problem.

Anti-corrosion paint for steel with polyaniline

Growing community of inventors

Incheon, South Korea

Jin Woo Park