A beverage container system is described. The beverage container system includes a lid assembly to selectively close a beverage container. The lid assembly includes a lid cover and a lower lid. The lid cover seals against a drinking rim of the lower lid.

A plug member integrally includes a base portion (35a) attached to a plug holder (31) to be mounted on a mouth portion of a container, a plug (34) engaged with an engagement portion (31c) provided in an outlet passage of the plug holder (31), and a resilient connection portion (35b) resiliently connecting the plug (34) to the base portion (35a). Before the first use, the outlet passage is closed with the plug member. In the first use, the container is squeezed to increase the internal pressure of the container. Thus, the plug (34) is disengaged from the engagement portion (31c) by the internal pressure. The outlet passage is thereafter constantly kept open.

A cap structure may include a base and a cap, where the base may include a periphery configured to be mounted over a rim of an opening of a container. The base may include a hollow neck, extending from the base for facilitating flow of liquid from the container through and out of the neck. The neck may include a flange extending annularly around the neck, so as to define an annular step. The cap may include a plurality of inwardly protruding projections, configured to snap over the step when the cap is mounted over the neck.

A liquid dispenser is for the delivery of pharmaceutical liquids, including a droplet dispenser, the liquid reservoir thereof being formed by a squeezable bottle body. Two measures secure the liquid dispenser, namely the provision of a cover body, an application of force on the squeezable bottle body being able to be prevented thereby, as well as a cap with a rotatable locking ring. The removal of the cap and the transfer of the cover body into a use position requires the deformation of an annular partial element.

A beverage cup for containing a beverage includes a beverage ingredient container installed in the beverage cup for placing beverage ingredients, and a cup lid fastened to the mouth of the beverage cup. The beverage ingredient container has an upper cup and a lower cup concavely and downwardly formed for placing the beverage ingredients, and a beverage through hole formed at the bottom of the upper cup. The cup lid includes a cover, a straw protruded from the cover, and a straw cap connected to an edge of cup lid by a strip for covering the straw, so that the straw cap can cover a straw mouth to prevent beverage leakage and keep the straw mouth clean. When drinking, the beverage enters into the beverage ingredient container through the beverage through hole and flows together with the beverage ingredient towards the straw to achieve the effect of drinking the beverage together with the beverage ingredients. Since the beverage cup reduces the use of straws, plastic films, and waste that is uneasy to recycle, this invention will make the environment healthier and cleaner.

A beverage cup for containing a beverage includes a beverage ingredient container installed in the beverage cup for placing beverage ingredients, and a cup lid fastened to the mouth of the beverage cup. The beverage ingredient container has an upper cup and a lower cup concavely and downwardly formed for placing the beverage ingredients, and a beverage through hole formed at the bottom of the upper cup. The cup lid includes a cover, a straw protruded from the cover, and a straw cap connected to an edge of cup lid by a strip for covering the straw, so that the straw cap can cover a straw mouth to prevent beverage leakage and keep the straw mouth clean. When drinking, the beverage enters into the beverage ingredient container through the beverage through hole and flows together with the beverage ingredient towards the straw to achieve the effect of drinking the beverage together with the beverage ingredients. Since the beverage cup reduces the use of straws, plastic films, and waste that is uneasy to recycle, this invention will make the environment healthier and cleaner.

A stopper for a container providing evidence of first opening includes an upper part with a protection cap closable on a pouring element and a ridged lower part with an upper hollow cylindrical portion disposed inside the pouring element and a lower cylindrical portion of larger diameter that is internally threaded. A frangible label is positioned between the protection cap, and a security ring is connected with the upper and lower parts with frangible bridges. An annular security crown is connected to the lower part of the stopper by frangible bridges and a cam arrangement, coaxially coupled between an outer surface of the upper hollow cylindrical portion and an inner surface of the pouring element, causes their translation and rotation. The pouring element has a duct passage and a coaxial island shutter which cooperates with a central hole in the upper hollow cylindrical portion of the lower part.

A spout fitment and cap assembly for a dispensing container is provided. The spout fitment and cap assembly includes a fitment and a cap. The fitment includes a generally tubular shape surrounding a central axial passage and multiple horizontal sealing ribs configured to secure the fitment to the dispensing container. The cap includes a generally tubular shape with an annular wall extending circumferentially about an exterior surface of the tubular shape, a central plug portion, and multiple flow openings surrounding the central plug portion. The cap is slidably coupled to the fitment and is configured to be actuated between a first position and a second position through an application of force to the annular wall.

The present invention provides an instant adhesive container, the interior of a bottle body of which is used to contain instant adhesive. Two protruding rings are annular configured on the outer peripheral surface of the bottle mouth, and a clasping ring is annular configured on the inner peripheral surface of a bottle cap. A plug further protrudes and is installed in the front end of the inner peripheral surface of the bottle cap. When the bottle cap is covering the bottle mouth, the clasping ring of the bottle cap clasps the rear end of the protruding ring on the front portion of the bottle mouth or clasps the rear end of the protruding ring on the rear portion of the bottle mouth. If a user presses down on the bottle cap, the plug of the bottle cap penetrates a seal at the front end of the bottle mouth, whereupon, the instant adhesive inside the bottle body is able to flow out from the seal through a channel providing passage to the bottle mouth.

A cap structure may include a base and a cap, where the base may include a periphery configured to be mounted over a rim of an opening of a container. The base may include a hollow neck, extending from the base for facilitating flow of liquid from the container through and out of the neck. The neck may include a flange extending annularly around the neck, so as to define an annular step. The cap may include a plurality of inwardly protruding projections, configured to snap over the step when the cap is mounted over the neck.