Korea Institute of Science and Technology

Boditechmed Inc.

Young Haeng Lee

Seok Pil Lee

Min Su Kim

Jong Min Park

Jaehoon Kim

Sun Myung Choi

Jong Soo Jurng

Byeong Chul Kim

Eun Seuk Park

Jongsoo Jurng

Hyoun Duk Jung

Jae-Duck Kim

Yu Jin Park

Kyong Hwa Chong

Min Hwan Lee

Chan Hyuk Park

Taek June Lee

The present invention relates to a horizontal-flow-type apparatus for automatically transporting reagent cartridges. The apparatus includes: a magazine () in which a plurality of reagent cartridges () is stacked; a conveyer belt () having a plurality of separating projections () arranged in a conveying direction to horizontally separately convey the reagent cartridges (); a driving motor () for driving the conveyer belt (); a feeding unit () for feeding the reagent cartridges () stacked in the magazine () onto the conveyer belt (); an examining unit () disposed over the front end of the conveyer belt () to examine the reagent cartridges (); and reagent cartridge aligning members () disposed in the conveying line of the conveyer belt (), opposite to the examining unit (), to align the reagent cartridges () in position.

Horizontal-flow-type apparatus for automatically transporting reagent cartridges

Provided is a fabrication method of print head of MCM device formed micro patterned air gap capable of picoliter-scale droplet printing, and more particularly, is characterized in that comprising preparing silicon waferwashed by piranha solution at step A, stacking silicon nitride filmsandup front surface and back surface of prepared silicon wafer at step B, drying after applying photoresistsandto top surface and bottom surface of the silicon nitride filmandat step C, removing partially the photoresists through pre-determined pattern by irradiation of ultraviolet after arranging photomaskformed through pre-determined pattern in any one side of the photoresistsandat step D, forming sample droplet storage space opening by removing silicon nitride filmcontacted to photoresists removed by pre-determined pattern at step E, removing the photoresistsandstacked up the silicon nitride filmandat step F, forming sample droplet storage spaceby etching the silicon wafer at step G, and forming sample droplet openingby irradiating ultrasonic waves at step H.

Fabrication method of print head for multiplex chemotyping microarray

Provided are a reusable polymeric material for removing siloxane compounds in biogas, a method for removing siloxane using the same, and an apparatus therefor, and more particularly, a polyacrylate-based polymer absorbent for removing siloxane compounds in biogas and a method for removing siloxane compounds in biogas. The method for removing siloxane compounds in biogas includes (a) providing the biogas, and b) absorbing the siloxane compounds in a polymer absorbent by passing the biogas through the polymer absorbent according to any one of claimsto

Reusable polymeric material for removing siloxane compounds in biogas, method thereby and apparatus therefor

Disclosed are a method and apparatus for decolorization of reactive anthraquinone dye-containing wastewater using photocatalytic oxidation, which include inducing high-efficiency photocatalytic oxidation under a controlled salt concentration and pH of wastewater to perform effective decolorization of reactive anthraquinone dye-containing wastewater. The method for decolorization of reactive anthraquinone dye-containing wastewater using photocatalytic oxidation, includes: introducing a photocatalyst and salt into reactive anthraquinone dye-containing wastewater and adjusting pH of the wastewater to a level higher than neutral pH; and irradiating UV to the photocatalyst to carry out cleavage of the reactive anthraquinone dyes through photocatalytic oxidation, thereby accomplishing decolorization of wastewater.

Method and apparatus for enhanced photocatalytic oxidative decolorization of wastewater containing reactive anthraquinone dye

A method of manufacturing a hydrophilic membrane and hydrophilic membranes having improved antifouling property using a supercritical fluid or a subcritical fluid. The method involves combining a coating solution from a hydrophilic group-containing monomer, an initiator, a cross-linking agent and a supercritical fluid or subcritical fluid in a high pressure solution vessel and transferring the coating solution to a membrane in a high pressure coating vessel, coating the surfaces and micropores of the membranes through cross-linking polymerization reactions. Non-reacted coating material is returned to the high pressure solution vessel. The membranes are removed from the coating vessel, cleaned and dried. The hydrophilic membrane manufactured by the present invention is excellent in properties of hydrophobic membranes such as thermal stability, chemical stability and mechanical strength, and surfaces and micropores of the membranes are uniformly coated.

Method of manufacturing hydrophilic membrane having improved antifouling property and hydrophilic membrane manufactured by the method

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Seoul, South Korea

Young Haeng Lee