The present disclosure belongs to the technical field of cups, and in particular, to a container lid with two drinking openings, including: a lid body, which is configured to be attached to a container main body; a direct drinking opening, which is arranged on the lid body, wherein the direct drinking opening is communicated to the container main body, and a material stored in the container main body is directly drunk through the direct drinking opening; a straw opening, which is arranged on the lid body; a straw, which is movably arranged in the straw opening; a closure member, which is movably connected to the lid body; a button, which is movably connected to the lid body, wherein the button can move between a locked position and an unlocked position relative to the lid body and the closure member.

The invention comprises a lid configured to close the open end of a container, wherein the lid comprises a track disposed at least partially circumferentially within a peripheral portion of the lid, at least one insertion point within the track, and at least one retention region within the track. A ring is disposed circumferentially about the container, wherein the ring comprises at least one post which is configured to be inserted into and removed from the at least one insertion point and retained within the retention region. At least one of the ring and the lid are circumferentially rotatable between a locked position, wherein the at least one post is within the at least one retention region and an unlocked position, wherein the at least one post is within the at least one insertion point.

The invention comprises a lid configured to close the open end of a container, wherein the lid comprises a track disposed at least partially circumferentially within a peripheral portion of the lid, at least one insertion point within the track, and at least one retention region within the track. A ring is disposed circumferentially about the container, wherein the ring comprises at least one post which is configured to be inserted into and removed from the at least one insertion point and retained within the retention region. At least one of the ring and the lid are circumferentially rotatable between a locked position, wherein the at least one post is within the at least one retention region and an unlocked position, wherein the at least one post is within the at least one insertion point.

A closure assembly for a package with a flexible thin-walled bag which has a spout unit having a spout and at least one spout cam portion, and a closure applicable to the spout unit and having a cap that extends along a cap axis is provided. The cap has cap wall having a lower edge in which at least one cap cam portion is formed. The at least one cap cam portion is at least partly complementary to the at least one spout cam portion. In a disengagement configuration, by rotating the cap with respect to the spout about the cap axis, an interaction between the at least one cap cam portion and the at least one spout cam portion causes the cap to lift axially with respect to the spout.

A closure assembly for a package with a flexible thin-walled bag which has a spout unit having a spout and at least one spout cam portion, and a closure applicable to the spout unit and having a cap that extends along a cap axis is provided. The cap has cap wall having a lower edge in which at least one cap cam portion is formed. The at least one cap cam portion is at least partly complementary to the at least one spout cam portion. In a disengagement configuration, by rotating the cap with respect to the spout about the cap axis, an interaction between the at least one cap cam portion and the at least one spout cam portion causes the cap to lift axially with respect to the spout.

The invention relates to a lid for closing a container, wherein connectors are arranged on the lid, which are movably mounted in relation to the lateral edge and are guided through a guide, and to a system comprising a lid and a container.

The invention relates to a pouch for storing a fluid product, in particular cosmetic product, comprising: a sachet defining an inner volume in which the fluid product is contained; a spout attached to the sachet in a sealing manner and defining a channel leading into the inner volume of the sachet, the channel having an inlet end toward the inner volume of the sachet and an outlet end opposite the inlet end; a closure comprising a body having a first segment with a first radial dimension and a second segment with a second radial dimension larger than the first radial dimension, wherein the second segment is located on a side of the first segment toward the inner volume of the sachet; wherein the closure is configured to prevent air from entering the inner volume of the sachet through the channel in a sealing position, wherein the closure is at least partially disposed in the channel and engages the spout when arranged in the sealing position; and wherein the closure can be displaced away from the sealing position when pushed by a pushing member toward the inner volume of the sachet to unseal the pouch. The invention also relates to a container assembly comprising the pouch and a device for storing and dispensing at least one fluid product comprising the container assembly.

Provided is a substrate storage container that can eliminate lower coupling strength between a slide member and bent locking member, and bent locking member falling from the slide member without a metal pin. The container includes a lid fitted to an open front face of a container body, and locking mechanism that locks the lid. The locking mechanism includes an operating reel supported on the lid and turned by external operation, connecting bar that slides to vertical direction of the lid as the reel turns, locking claw projected from a passage opening in the periphery of the lid as the connecting bar slides and can be engaged with a locking pocket on front inner circumference of the container body. The locking claw is coupled rotatably at distal part of the connecting bar by a resin pin which can reduce generation of metal ions and eliminate adverse effects on semiconductor wafers.

Provided is a substrate storage container that can eliminate lower coupling strength between a slide member and bent locking member, and bent locking member falling from the slide member without a metal pin. The container includes a lid fitted to an open front face of a container body, and locking mechanism that locks the lid. The locking mechanism includes an operating reel supported on the lid and turned by external operation, connecting bar that slides to vertical direction of the lid as the reel turns, locking claw projected from a passage opening in the periphery of the lid as the connecting bar slides and can be engaged with a locking pocket on front inner circumference of the container body. The locking claw is coupled rotatably at distal part of the connecting bar by a resin pin which can reduce generation of metal ions and eliminate adverse effects on semiconductor wafers.

The present application provides a cap assembly and a bottle assembly. The cap assembly is configured to lock a bottle. The bottle includes a bottle head having at least one lock accommodating portion and comprises a bottle body. The cap assembly includes a cap, an elastic arm and at least one lock portion. The cap defines an annular receiving portion having an opening facing downward, and the bottle head can enter the receiving portion through the opening. The elastic arm is annular and is arranged in the receiving portion. The at least one lock portion is arranged on the cap and is configured to be capable of cooperating with the at least one lock accommodating portion of the bottle head, so as to lock the cap assembly to the bottle head. When the cap assembly is locked to the bottle head, the elastic arm abuts against a top wall of the receiving portion and a top wall of the bottle head, to apply forces in opposite directions to the cap and the bottle head, so as to retain the at least one lock portion in the at least one lock accommodating portion. The cap assembly of the present application has a relatively small height, and during unlocking of the bottle assembly of the present application, gas in a bottle body cavity can be discharged from the bottle through an exhaust passage.