The eye drop container includes a container body having an inner plug and an opening part in which the inner plug is mounted. The inner plug is mounted in the opening part of the container body, constitutes a nozzle part, and has a liquid-contacting part which is constituted of a layer including a cyclic olefin copolymer, a cushioning part which is provided in an outer circumferential part in contact with the opening part, a flange part which comes into contact with a tip surface of the opening part, and a leg part which comes into contact with an inner surface of the opening part. The cushioning part is provided on at least an outer circumferential surface of the leg part.

A gasket for an insulating container may include a stem, wherein the stem further includes a plurality of prongs, and wherein the prongs are configured to be inserted into a recess in an underside of an insulating container lid, a first side, wherein the first side is connected to the stem, and wherein the first side is positioned substantially perpendicular to the stem, a second side, wherein the second side is configured to extend from the first side at an angle of 30-60 degrees, and wherein the first side and the second side form a V-shaped extension, and at least one venting hole, wherein the venting hole extends from an outside edge of a gasket wall to an interior gasket wall, and wherein the venting hole provides a conduit to an interior void of the insulating container.

A gasket for an insulating container may include a stem, wherein the stem further includes a plurality of prongs, and wherein the prongs are configured to be inserted into a recess in an underside of an insulating container lid, a first side, wherein the first side is connected to the stem, and wherein the first side is positioned substantially perpendicular to the stem, a second side, wherein the second side is configured to extend from the first side at an angle of 30-60 degrees, and wherein the first side and the second side form a V-shaped extension, and at least one venting hole, wherein the venting hole extends from an outside edge of a gasket wall to an interior gasket wall, and wherein the venting hole provides a conduit to an interior void of the insulating container.

A folding travel humidifier, comprising a humidifier main body and a water storage bag arranged on an upper part of the main body of the humidifier; the main body of the humidifier is provided with a power source, a control circuit board and the utility model An atomizer for generating a water mist during vibration; the atomizer is electrically connected to the control circuit board; the water storage bag includes a wave body disposed around the outer circumference of the humidifier main body, and can be folded and stored toward the bottom, and The inner side of the wave crest body is provided with a vent hole for outputting a water mist; the atomizer is located at an intermediate portion of the bottom of the water storage bag.

A folding travel humidifier, comprising a humidifier main body and a water storage bag arranged on an upper part of the main body of the humidifier; the main body of the humidifier is provided with a power source, a control circuit board and the utility model An atomizer for generating a water mist during vibration; the atomizer is electrically connected to the control circuit board; the water storage bag includes a wave body disposed around the outer circumference of the humidifier main body, and can be folded and stored toward the bottom, and The inner side of the wave crest body is provided with a vent hole for outputting a water mist; the atomizer is located at an intermediate portion of the bottom of the water storage bag.

A beverage container includes a container body, a lid and a rotatable sealing arrangement. The lid includes a lid body having a top panel and an access opening. The rotatable sealing arrangement includes a cover assembly and a sealing piece. The cover assembly includes a main shaft and a first sealing cover extended from the main shaft and positioned on the top panel of the lid body. The sealing piece is movably coupled to the main shaft, and includes a coupler ring having a through hole and a second sealing cover extended from the coupler ring. When the cover assembly is in an opened position, the cover assembly is rotated so that the first sealing cover is rotated to cover on top of the access opening, while the second sealing cover is driven to move upwardly with respect to the main shaft for blocking the access opening.

A beverage container includes a container body, a lid and a rotatable sealing arrangement. The lid includes a lid body having a top panel and an access opening. The rotatable sealing arrangement includes a cover assembly and a sealing piece. The cover assembly includes a main shaft and a first sealing cover extended from the main shaft and positioned on the top panel of the lid body. The sealing piece is movably coupled to the main shaft, and includes a coupler ring having a through hole and a second sealing cover extended from the coupler ring. When the cover assembly is in an opened position, the cover assembly is rotated so that the first sealing cover is rotated to cover on top of the access opening, while the second sealing cover is driven to move upwardly with respect to the main shaft for blocking the access opening.

Disclosed is a magnetic lid for bottles and cans, including an outer lid and an inner lid fixedly embedded in the outer lid. An inner side wall of the inner lid is formed with threads, and an interlayer space is formed between a top wall of the outer lid and a top surface of the inner lid. The magnetic lid further includes a magnet unit, which is fixed in the interlayer space. For the magnetic lid for bottles and cans provided by the above technical solution, magnetically-attracted storage and collection can be achieved by the magnet unit between the outer lid and the inner lid after the matched bottles and cans are encapsulated, thereby facilitating organization and access as well as highly-efficient utilization of the space in the home environment.

Disclosed is a magnetic lid for bottles and cans, including an outer lid and an inner lid fixedly embedded in the outer lid. An inner side wall of the inner lid is formed with threads, and an interlayer space is formed between a top wall of the outer lid and a top surface of the inner lid. The magnetic lid further includes a magnet unit, which is fixed in the interlayer space. For the magnetic lid for bottles and cans provided by the above technical solution, magnetically-attracted storage and collection can be achieved by the magnet unit between the outer lid and the inner lid after the matched bottles and cans are encapsulated, thereby facilitating organization and access as well as highly-efficient utilization of the space in the home environment.

An easily detachable airtight container includes a container body, a first upper cover, a second upper cover and a handle. The second upper cover is disposed between the container body and the first upper cover. The first upper cover has an opening, while the second upper cover has a convex block which passes through the opening. The handle includes a body. The body has a first coupling portion, while the convex block has a second coupling portion. The first coupling portion and the second coupling portion may are detachably connected. When the first coupling portion is coupled with the second coupling portion, the first upper cover is sandwiched between the second upper cover and the handle. In the present disclosure, the handle forms a detachable connection with the convex block by means of the coupling portions.