Abstract: The present invention relates to a cell mounting module device, which comprises a body portion having a container form of which upper and lower portions are opened and an inside is empty, a cap portion which includes an upper cap and a lower cap coupled to opened upper and lower ends of the upper and lower portions of the body portion to be opened and closed, respectively, and has a syringe coupling member formed at a center of the lower cap, a cell accommodating portion which is installed in the body portion and accommodates cells injected through the opened upper portion of the body portion, and a cell mounding module portion which is installed below the cell accommodating portion and includes a microstructure for mounting the cells accommodated in the cell accommodating portion.

Abstract: Provided are an authentication system and method using a mobile terminal. The authentication method includes: includes: receiving a mobile terminal identifier and a card identifier from a user's mobile terminal, wherein the card identifier is obtained from a user's card by the user's mobile terminal via Near Field Communication (NFC); searching for a member identifier of the authentication system corresponding to the mobile terminal identifier; checking whether the card identifier received from the user's mobile terminal is included in a card identifier list registered with the authentication system along with the member identifier; and generating the result of user authentication based on the result of checking of whether the card identifier is included in the card identifier list.

Abstract: A system and method for providing a personalized advertisement service are disclosed.

Abstract: The current invention relates to a composition for the preparation of thermoplastic polyurethane elastomer for use in a powder slush molding process. The composition for the preparation of thermoplastic polyurethane elastomer includes a polymer consisting of isocyanate, a chain-extension agent and polyol, and montan wax. When the thermoplastic polyurethane elastomer prepared using the composition of the current invention is used in a powder slush molding process, a molded end product is easily released at a powder slush molding process, and molding energy is lowered by lowing a process temperature, thereby shortening a process cycle time, and also, the decreased incidence of a blooming phenomenon and of pin holes results in improved flatness of the molded product. The molding composition of this invention is suitable for manufacturing skin materials of automobile instrument panels.

Abstract: The present invention relates to a foaming mold using hollow tubes, and more particularly, to an improved mold for use in manufacturing a foamed product through foaming (or expansion molding), in which gas generated from the foamed product during the foaming can be smoothly discharged to the outside. The foaming mold using the hollow tubes comprises a mold unit including separate first and second half molds having inner cavities engraved in conformity with a molded product; the plurality of hollow tubes that are isolated and sealed from one another in respective regions and located between the first and second half molds to enclose an outer periphery of the configuration of the molded product; and a plurality of vents that are formed within the second half mold to communicate with the hollow tubes so that air in the isolated hollow tubes can be independently vented. According to the present invention, it is possible to improve the quality of the final molded product obtained through the foaming.