A cup lid includes a cup lid body and a slider. A second channel and a water outlet sealing block are arranged in the slider, enabling control over the opening and closing of a first channel for a liquid through sliding. The water outlet sealing block is provided with a sealing portion and a water outlet hole portion, enabling a switching between sealing and conducting. The cup lid body is further provided with an air vent, and the bottom of the slider is provided with an air outlet sealing block, which synchronously control a first channel for air.

Systems for measuring an ingredient are disclosed. A cap with a flexible silicone thread is configured to screw onto a threaded bottle and has a shaft and a slit. The cap has a rotatable filling section attached to the cap and configured to rotate to block the slit and prevent fluid communication between the threaded bottle and a dispensable volume or to expose the slit and allow fluid communication between the threaded bottle and the dispensable volume. A volume selector rotates to provide a largest and a smallest measurable volume. A lid covers the dispensable volume. A user rotates the rotatable filling section to fill the section with an ingredient. The user rotates it back, removes the lid, and dispenses the ingredient.

An insulating container assembly can be configured to retain beverages and/or foods. The insulated container can include one of a plurality of container projections or grooves. A lid assembly can include one of a plurality of skirt grooves or projections, corresponding to the plurality of container projections or grooves of the insulated container. The lid assembly may be configured to lock in place on the container by engaging the plurality of skirt grooves or projections with the container grooves or projections when in the locked position.

A recyclable takeaway cup contains: a body, a lid, and a flexible connection unit. The body includes a lower edge, an enlarged fringe, a mouth, a recessed face, and an inlet defined. The body and the lid are one-piece connected via the flexible connection unit, and the flexible connection unit is bendable in a U shape so that the lid is covered on the mouth of the body. The lid includes a surround fence configured to cover the mouth, a platform formed on a top of the surround fence, an opening defined on the platform, corresponding to the conduit and configured to receive the sucking element. The sucking element is removable and hollow so that when the lid is covered on the mouth of the body, the sucking element is inserted into a top of the conduit to suck content in the body.

A spout unit includes a cap with a cap projection and a spout with a spout projection. When the cap rotates in a closing direction, the cap projection crosses the spout projection. When the spout fixed to a package body is observed downward in the vertical direction, the spout projection is in a left region or a right region. The left and right regions are demarcated by a first line and a second line, and share a reference line orthogonal to a center axis of the spout and extending in the long direction of the package body. The first line is the reference line rotated at an angle of 50 about the center axis in the closing direction, and the second line is the reference line rotated at an angle of 50 about the center axis in a direction opposite to the closing direction.

A fluid storage and/or dispensing system includes a fluid container having a hollow interior adapted to contain a fluid, such as gas, to be dispensed. A fluid dispenser has a dispenser passageway extending from an inlet end to an outlet end. A venting system is provided within the dispenser body. The venting system includes one or more air inlets in the dispenser body that introduce air into the dispenser passageway and vents a sufficient amount of air back into the fluid container to decrease negative pressure generated within the fluid container during dispensing. A self-closing valve system include a valve member that prevents the flow of fluid from the fluid container into the dispenser body and an actuating mechanism that can be manipulated by a user to open the valve member and allow fluid to flow from the fluid container into the dispenser body.

A spout connector and reinforcement ring assembly includes a rigid ring that is positioned around an exterior surface of an input connector of the spout and prevents expansion of the input connector as the input connector is screw threaded on a threaded opening of a container.

A canister assembly includes a canister having a top opening into an interior of the canister, a first lid removably attached on the canister over the top opening with the first lid having a lid opening through the first lid, a spout on the first lid at the lid opening with the spout being movable between a closed position where the spout extends over and closes the lid opening and an opened position where the spout extends from and opens the lid opening, and a second lid that is removably attached to the first lid with the second lid extending over the spout when the spout is in the closed position with the second lid holding the spout in the closed position.

The present disclosure is about a lid assembly for a container, comprising a base portion adapted to couple to an opening of the container, a cover pivotably connected to the base portion and being switchable between a first position to cover a top surface of the base portion and a second position to be away from the top surface of the base portion; a spout removably mounted to the base portion, the spout comprising a deformable section wherein the lid assembly comprises a ventilation mechanism and the deformation of the deformable section causes the ventilation mechanism to switch between an open configuration which enables a fluidic communication between the interior of the container and the atmosphere and a closed configuration which disables the fluidic communication between the interior of the container and the atmosphere.

The invention relates to a cap for consuming a liquid from a container which comprises at least one orifice for the outlet of liquid from the container and at least one orifice for the inlet of air into the container, said air inlet orifice incorporating a one-way valve that allows air to enter but does not allow liquid to come out through the same.