Abstract: Disclosed is a container including a temporary coupling member for pouring two different types of solutions into separated chambers and for separating the chambers from each other and for driving a supporting rotator to release the temporary coupling member so as to mix the two different types of solution. The container includes rotating pushing unit rotating; cylindrical lower support inserted into rotating pushing unit; liquid accommodating upper support inserted into lower support; vertical pushing unit installed in lower support and rotating pushing unit; opening device including opening disc, supporting unit, supporting unit, and bottom holes and lateral holes; elastic spring installed between lower support and vertical pushing unit and rotating the rotating pushing unit; pumping unit installed on lower support and accommodating liquid; and press button installed on pumping unit to operate pumping unit to discharge mixed liquid in pumping unit out.

Abstract: Disclosed is a dissimilar content mixing cosmetic container, including a dual container body, an airless pump, and a push button, wherein, a dissimilar content receiving means, which raises a mixing member by a repulsive force of a resilient member caused by releasing of a catching boss of the mixing member, damages a sealing plate of a first content receiving means, presses contents2 received in the dissimilar content receiving means, and discharges the contents2 within contents1 received in the dual container body to be mixed, is provided, and contents3 are discharged by a push operation of the airless pump.

Abstract: Disclosed is a pencil-type case for allowing pressing a pressure button to discharge liquid content out to a content brush. The container for dispensing a preset quantity of liquid content accommodated in a main body by pressing a pressure button. The container includes: main body including content case to accommodate content in outer body and having pushing member; pumping member including: folding link driven by pressure button; check valve preventing content from flowing backward when content is introduced into cylinder tube via content-introducing hole formed in cylinder tube, and piston pumping content out to content brush of content brush body; and content brush body including: content-introducing tube in which check valve is installed; cam surface adjusting stroke of folding link; and content brush provided at leading end to discharge content of content-introducing tube.

Abstract: The invention relates to a cosmetic container having a release prevention device in which a vertical bar type stopper is applied to a release-prevention and locking device and a vertical panel type protrusion having teeth is installed to implement a stopper function, a release-prevention function, and a remaining liquid absorbing function. The cosmetic container includes a connector tube stuck to the inner wall of the cylinder, a hollow piston coupled with the lower end of the connector tube to support the connector tube, a release-preventing and locking device having a lower end to be inserted into the cylinder and allowing a screw-coupling of an upper outer side of the cosmetic container, and a push button coupled with the top of the release-preventing and locking device and pumping the hollow piston while up-and-down movements to pump the content in the cosmetic container out through an ejection hole.

Abstract: The present invention relates to a pencil-type case enabling a user to discharge liquid contents to a content brush by pressing a press button.

Abstract: A process of ceramic coatings on silver or silver-plated articles is developed in order to prevent surface tarnish, which is employed as ornaments on bags, garments or accessories such as necklaces, earrings, etc. The process comprises the steps of: forming a beryllium film on the surface of the article by fixing a stainless steel plate to an anode, fixing the silver or silver-plated article to a cathode and plating the surface of the silver or silver-plated article with beryllium in an electrolyte containing beryllium sulfate (BeSO4.4H2O) by an electroplating method; buffing the article coated with the beryllium film; washing and drying the buffed article using a surfactant; forming the resultant ceramic coating by dipping the dried article in ceramic coating solution which includes 20 to 80 cc of glass water No. 1 (liquid sodium silicate), 5 to 60 g of sodium metasilicate, 5 to 30 g of sodium tungstate, 5 to 10 g of molybdic acid in 1 liter of water; and drying the wetted article.