A cold brew coffee apparatus has a first container, a second container, a centerpiece connector, and a filter. Preferably, the filter is positionable within the first container such that it divides the filter interior volume from the remainder of the first container interior volume. Preferably, cold brew infusion occurs when water in the first container interior volume passes through the water-permeable barrier and soaks coffee grounds within the filter interior volume to form a soluble coffee extract. An alternative cold brew coffee apparatus includes only a single brew chamber and a filter.

The present disclosure relates to the technical field of tea brewing devices, and more particularly, to a beverage brewing device. The beverage brewing device comprises a kettle body, a heating disc, and a tea-leaf basket. The heating disc and the tea-leaf basket are located in the kettle body and an air cylinder mechanism is fixed in the kettle body. A moving piston is arranged in an inner cavity of the air cylinder mechanism, and the piston is connected to the tea-leaf basket. The air cylinder mechanism is connected to an air pump, which is used for conveying a driving gas to the air cylinder mechanism. The piston is driven by the driving gas, thereby driving the tea-leaf basket to move in the kettle body. The air cylinder mechanism may automatically drive the tea-leaf basket to move up and down, achieving a simple structure and a low cost.

An apparatus for brewing a flavored beverage includes a full immersion brewing vessel and an automated release mechanism with a hold position and a release position. The automated release mechanism in the hold position is configured for flavored particles in the brewing vessel to be fully immersed in water such that brewing of a flavored beverage occurs. The automated release mechanism in the release position is configured for brewing of the flavored beverage to be terminated via the force of gravity.

Disclosed is a method for preparing a beverage in a machine (1), preferably an automated capsule-based brewing machine, wherein the method comprises the steps of: a) introducing liquid and infusible beverage material into an infusion chamber (10) of the machine so as to brew the beverage; and then b) opening a passage (29) in the machine for a dispensing time to allow the brewed beverage to flow under force of gravity from the infusion chamber (10) to a dispensing orifice (40); wherein in step (b) the flow resistance of the passage (29) is decreased during the dispensing time.

A motorized brewing unit for preparing beverages from a powdered product has a dispensing assembly having a first assembly part provided with a receptacle adapted to receive the powdered product, and a second assembly part, relative to which the first assembly part is movable between an open position and a closed position in which the first assembly part and the second assembly part are coupled to each other to define a brewing chamber therebetween. The motorized brewing unit has an electric motor that controls movement of the first assembly part between the open position and the closed position and a readout device that provides a digital image of the powdered product. The readout device has an optical sensor. The receptacle faces the optical sensor when the first assembly part is in a detection position, intermediate between the open position and the closed position.

A device for preparing coffee by manual brewing includes: a filter holder for receiving a filter insert with ground coffee; a holder in which the filter holder is inserted; a vessel arranged under the filter holder into which the brewed coffee can be filled; a drain arranged on the filter holder; and a closure element arranged on the drain for opening and closing the drain. An actuating element for the closure element is provided on the filter holder by which the closure element can be moved between an open position and a closed position independently of the vessel.

A filter cup is revealed. The filter cup includes an outer cup, an inner cup mounted in the outer cup and a grip. The inner cup consists of a filter bottom surface on the bottom thereof, a plug-like member on the filter bottom surface, and at least two flanges on top of the inner cup. A discharge hole is disposed on bottom of the outer cup and sealed by the plug-like member. Two rotating members are pivotally connected to the outer cup and each includes a leaning portion projecting therefrom. The grip is connected to the rotating members. The rotating members are driven to move for pushing the flanges and moving the inner cup vertically by the leaning portions thereof when the grip is pulled. Thus a gap is formed between the plug-like member and the discharge hole, allowing liquid in the inner to flow out therethrough.

A tea leaf chamber, having a chamber body; wherein the chamber body has a hollow cover with an opening thereof facing downwardly, and a hollow seat with an opening thereof facing upwardly; the cover covers onto the seat; a cavity that accommodates tea leaves is defined between the cover and the seat after the cover covers onto the seat; an inner bottom side of the hollow cover away from the opening thereof is disposed with a counterweight; a bottom part of the counterweight is embedded with a magnet. The tea leaf chamber has a special shape, and by means of magnetic attraction and filter holes, it can hold tea leaves to brew tea. The tea leaf chamber is multifunctional, and the many ways to connect the cover and the seat enable convenient connection, reliable mounting and dismounting between the cover and the seat, and simple operation.

A brewing and filtering device including a collapsible cup including a base and a folding sidewall comprising a plurality of foldable panels, wherein the sidewall includes a first end and a second end with the first end mated to the base and the second end extending from the base and defining a rim, wherein the base, sidewall, and rim define an open cavity, wherein the sidewall is moveable between a first configuration and a second configuration such that, in the first configuration, the panels are in an unfolded configuration locating the rim a first distance away from the base measured along a first axis and, in the second configuration, the panels are folded such that the panels collapse locating the rim a second distance away from the base, and a filter cap that releasably engages the rim, wherein the filter cap includes a filter.

An infusion chamber has a top perimeter cover that defines an aperture to pass air to an air vent and receive fluid from fluid outlets. The infusion chamber has an outer chamber and an inner chamber positioned within the outer chamber, where the spacing between the outer chamber and the inner chamber defines a void. An air manifold is positioned at the base of the inner chamber. The air manifold includes air inlet channels, air exit channels and an interior solids filter. The infusion chamber also has a base housing positioned at the bottom of the infusion chamber, and a plunger positioned in the base housing to selectively evict liquid from the inner chamber.