The first embodiment of the current invention discloses a container/bottle (1) with a large spout (4) and a small spout (5) for pouring a liquid, powder or granular solid with minimal spilling or dripping. The second embodiment discloses a cap (9) with two spouts, and the third embodiment discloses an insertable spout unit (10) with two spouts.

A drink cup having an automatic retractable straw is disclosed herein. It comprises a main body having an outer cup, an inner cup having a guide inclined surface at a bottom thereof, and a vacuum insulation layer between the outer cup and the inner cup; a lid covered on the main body and having an opening at one side thereof for corresponding to an upper end of the guide inclined surface, a containing groove adjacent to the opening on a top surface thereof, and a flip cover pivotally disposed on the containing groove and having a convex part corresponding to the opening; and a straw accommodated in the inner cup and having a connecting member formed with a first perforation at one end thereof for connecting to an upper end of the straw and a second perforation corresponding to the bonding part of the lid at the other end thereof.

A includes a body and a top structure coupled to the body. The body includes a top panel and two annular walls extending in a same direction from a surface of the top panel. One or more ribs extend from the top panel between the inner annular wall and the outer annular wall.

The invention relates to a pack (100) for preparing a food or beverage product from one or more food or beverage ingredients comprising an insert (10) and a container (20) where the ingredient or ingredients are stored, the insert (10) comprising at least a fluid inlet (110) configured for introducing an aqueous fluid under the form of a jet in the inner volume of the pack, the insert (10) further comprising at least an air conduit (130) configured to allow introducing air from the exterior of the pack and into the inner volume of the said pack through at least an air nozzle (132). The at least one fluid inlet (110) communicates with a depression chamber (200) through at least one liquid nozzle (120) in order to create a jet from a pressurized fluid introduced through the fluid inlet (110). The invention further relates to the use of a pack as described for preparing a food or beverage product.

The present disclosure discloses a lid, including a lid body with a hole; an elastic sleeve having a bore extending therethrough, a part of the elastic sleeve extending through the hole, the elastic sleeve elastically deformable between a torsional state and a non-torsional state; an elastic spout extending through the bore of the elastic sleeve, the elastic spout being open when the elastic sleeve is in the non-torsional state and being deformed to close when the elastic sleeve is in the torsional state; a rotating member configured for twisting the elastic sleeve to the torsional state; a locking member having a locking state for keeping the elastic sleeve in the torsional state, and a releasing state for allowing the elastic sleeve to return to the non-torsional state; and an elastic member interacting with the locking member for driving the locking member to remain in the locking state.

The present disclosure discloses a lid, including a lid body with a hole; an elastic sleeve having a bore extending therethrough, a part of the elastic sleeve extending through the hole, the elastic sleeve elastically deformable between a torsional state and a non-torsional state; an elastic spout extending through the bore of the elastic sleeve, the elastic spout being open when the elastic sleeve is in the non-torsional state and being deformed to close when the elastic sleeve is in the torsional state; a rotating member configured for twisting the elastic sleeve to the torsional state; a locking member having a locking state for keeping the elastic sleeve in the torsional state, and a releasing state for allowing the elastic sleeve to return to the non-torsional state; and an elastic member interacting with the locking member for driving the locking member to remain in the locking state.

This invention provides a liquid container apparatus and method to prevent spilling of a liquid, such as oil, while adding liquid to an engine or other component, without the use of a funnel and without inverting the container, and to make the liquid-adding operation easier and safer for a user, providing a smart cap with a smart-cap opening turnably mounted upon an opening protrusion on a container body such that the smart cap can be closed and opened without detaching the smart cap from the container body, the liquid can be dispensed without inverting the container, and the rate of liquid flow can be controlled by a user, providing a container able to be placed upon or near an engine for the required time, providing a container that dispenses liquid without being inverted, and providing a container that visually indicates the amount of liquid within, consequently simplifying the use of the container.

A bottle includes a secure sealing mechanism. A slide switch plate maintains the contents of the bottle. This is achieved by securing a dispensing mechanism in a closed, locked position and sealing an outlet so that any liquids are prevented from exiting the bottle.

An assemble and disassemble structure for container liner and liner locking device thereof, which provides a drinking container having a mineral liner that can be replaced through the assemble and disassemble structure. The assembly is provided with an outer cylindrical sleeve, the interior of which is a holding space. The outer circumference of the upper end of the outer cylindrical sleeve is a connecting end, and the mineral liner is inserted into the outer cylindrical sleeve. A connecting ring is provided with a clasping portion, and assembling the clasping portion to the outer cylindrical sleeve enables fixing the mineral liner in a stable position in the outer cylindrical sleeve. An elastic locking device locks the connecting ring at combining angular positions.

A resilient fluid funneling assembly for use with a fluid dispensing vessel is described, and which includes a resilient main body defining, at least in part, a fluid collection region, and wherein a fluid draining aperture is formed in a predetermined location of the main body, and extends therethrough; and an elongated and resilient fluid draining conduit cooperates with the main body and which further is disposed in fluid receiving relation relative to the fluid draining aperture, and wherein the fluid draining conduit has a distal end which delivers a source of fluid which is collected by the fluid collection region to a user.