Disclosed herein is a cap having a lower cap coupled with an upper cap. The lower cap has an insertion part defining an adjunct receiving chamber formed therein. The upper cap has a security band removeably connected thereto by a connection member. Also an inner skirt extends downward from the upper cap and extends into the insertion part of the lower cap. A push bar extends downwards from the inner skirt further into the insertion part of the lower cap. The insertion part of the lower cap has a bottom opening, which is covered with a bottom cover joined along a bottom circumferential edge of the insertion part surrounding the bottom opening of the insertion part. The bottom circumferential edge of the insertion part is angled to have a downward slope with respect to a lateral direction. The push bar of the upper cap is positioned so that a lower end of the push bar is positioned at a lowest part of the insertion part. The push bar and bottom cover is formed so that a rotation of the upper cap in a predetermined direction will cause the push bar to cut the bottom cover to expose the bottom opening and discharge the adjunct therethrough, and further rotation will cause rotation of the lower cap and eventual detachment of the lower cap and upper cap from the container.
Sanitary Double Cap Allowing Addition Of Adjunct To Contents Of A Container
Disclosed herein is double cap having a lower cap rotatably connected to an upper cap. The lower cap has an insertion pipe body defining an adjunct receiving chamber therein. The insertion pipe body has a bottom opening covered by a bottom cover. A plurality of rib protrusions is provided on an inner surface of the insertion pipe body. First and second steps are formed on an upper end of the lower cap and stepped downward from an upper end of the adjunct receiving chamber. A push member, having a push pipe body is received in the adjunct receiving chamber of the lower cap, with a plurality of guide protrusions formed on the exterior of the push pipe body, so that the rib protrusions of the lower cap are guided by the guide protrusions to guide the upward and downward movement of the push member. External push threading is provided around a circumferential outer surface of the push member. The upper cap has internal threading provided for engagement with the external push threading formed on the push member to provide an upward and downward moving force for the push member relative to the direction of rotation of the upper cap, so that, when the upper cap is rotated in a predetermined direction, the push member moves downward to open the bottom cover.
A bottle cap including an additive holding unit which is supported in a mouth of a bottle has in a lower portion thereof an opening for discharging the additive, and is open at the top. An open-and-shut unit is seated to be coaxial with the additive holding unit and moves up and down to open or shut the opening. An outer cap unit includes a sealing tube which is placed between the open-and-shut unit and the additive holding unit and performs a sealing function. A skirt having a forgery preventing function is integrally provided on a lower end of the outer cap body. A delay hook retains the skirt for a period when the opening is opened, thus delaying separation of the skirt.
Disclosed herein is a storage case which stores a portable gas range therein and has a function of protecting flames of a portable gas range from wind while cooking food outdoors. The storage case of the present invention includes a body, which stores the portable gas range therein, with an opening formed in one side of the body, and a cover plate, which is foldably coupled to the body at an end of the opening. The storage case further includes a catch which is provided on the body, and a hook which is provided on the cover plate and removably coupled to the catch. The storage case further includes a plurality of windscreen plates foldably coupled to a front end of the cover plate. Therefore, while cooking food, the windscreen plates are unfolded to protect flames generated by the portable gas range from wind, thus ensuring a stable cooking condition.
Disclosed herein is a cooking implement for portable gas ranges. The cooking implement includes a main body and a heat shield plate provided below the main body. A plurality of insertion slots is formed in the heat shield plate so that supports of the gas range are inserted into the respective insertion slots. A plurality of heat dissipation holes is formed in the heat shield plate. A contact plate is provided below the heat shield to prevent thermal conduction. Therefore, while cooking food, the heat shield plate intercepts both the flames generated from a portable gas range and radiant heat of the heated cooking implement main body, thus preventing safety hazards, such as explosion of the gas container due to overheating. Furthermore, because the heat shield plates are stably coupled to supports of the portable gas range, the cooking implement can maintain a stable position thereof while cooking.
Disclosed is a swab holder, in which swabs can be neatly arranged in the holder such that they are gathered together at one side of the holder, and the swabs can be automatically taken out of the holder in response to an opening motion of a door, thus keeping the swabs in a clean state and allowing a user to easily and conveniently take the swabs out of the holder. The swab holder includes a swab storage container, with a plurality of partition plates provided in the container to divide the interior of the container into a plurality of swab storage chambers for storing swabs therein. A bottom surface of the container is downward sloping from a central position of the bottom surface to the outer periphery of the bottom surface. A cap is detachably attached to the upper end of the container, with a door provided on a predetermined position of the cap to close an opening through which the swabs can be taken out of the container.
Disclosed is a cap having a straw and a reservoir for an additive. The cap includes: a fixture member having a straw attached to the reservoir, a container cap placed over the fixture member, and an opening member placed over the fixture member. The opening member has a cutter extending downward therefrom. The container cap has an upper cap coupler formed with a through-hole at an upper end thereof to allow passage of the straw and the cutter therethrough. The cutter is formed to communicate with the reservoir and open the bottom of the reservoir with a predetermined rotation of the opening member. The opening member further has a straw through-hole shaped to allow the straw to extend therethrough and remain upright during the predetermined rotation of the opening member.
Disclosed herein is a light emitting melody candle. The light emitting melody candle of the present invention has a sensing means provided around a wick of a candle body to detect whether the candle is lit, so that, when the candle body is lit, a melody is played from a candle stand coupled to the bottom of the candle body. The light emitting melody candle includes a heat conductive wire, which transfers heat of the wick towards the bottom of the candle body when the candle body is lit, and a sensing unit, which is provided in the candle stand and is in contact with the heat conductive wire to detect heat transferred through the heat conductive wire. The light emitting melody candle further includes a light generating means, which generates light when the sensing unit detects heat, a control unit, which is provided in the candle stand to control the light generating means, and a light transmitting means, which is provided between the candle body and the candle stand to evenly transmit light therebetween.