Abstract: The present invention relates to a finishing tool for a cable mold connection. The finishing tool includes a connection base, a connection cover, and a plurality of couplers. The connection base has a thickness corresponding to the base and has at least two acceptance openings. The connection cover is coupled to an upper side of the connection base and finishes a connection with a corresponding end of at least two cable molds. The couplers are each provided at an upper side of the connection base and a lower side of the connection cover. A base of a cable mold is mounted in the acceptance opening.

Abstract: The present invention relates to a finishing tool for a cable mold connection. The finishing tool includes a connection base, a connection cover, and a plurality of couplers. The connection base has a thickness corresponding to the base and has at least two acceptance grooves. The connection cover is coupled to an upper side of the connection base and finishes a connection formed by ends of at least two cable molds. The couplers are each provided at an upper side of the connection base and a lower side of the connection cover. A base of a cable mold is mounted in the acceptance groove.

Abstract: Disclosed herein is a receiving device for integrally receiving peripherals and a main body of a computer. The receiving device includes upper and lower plates. A rear plate connects rear ends of the upper and lower plates to each other. A pair of side plates connects side ends of the upper and lower plates to each other, and has on upper and lower portions of inner surfaces thereof slide grooves. Each of open plates is hinged at one end thereof to each through hole and is rotated horizontally to be opened. Upper and lower slide plates are slidably mounted to the slide grooves. Further, a monitor supporting plate is transversely mounted to the side plates, and includes a lower support part on which the monitor is seated, and an upper support part provided to be perpendicular to the lower support part.