A pour-over beverage system includes a dripper and a water reservoir stackable on the dripper. The dripper may include a receptacle having a bottom wall having an elliptical perimeter, a sidewall extending upward from the bottom wall to define an opening of the receptacle, the opening being circular, and a plurality of ridges on the sidewall. The dripper also includes a base extending outward from the bottom wall. The water reservoir includes a reservoir bottom wall, a plurality of first through-holes spaced about a center of the reservoir bottom wall, a plurality of second through-holes spaced about the center of the reservoir bottom wall such that the first through-holes are closer to the center of the reservoir bottom wall than the second through-holes are to the center of the reservoir bottom wall, and a reservoir sidewall extending upward from bottom wall to define an opening of the water reservoir.

Methods, apparatus, and system to distribute or compact coffee grounds, such as to form a puck in a portafilter. The methods, apparatus, and system may be used to compact coffee grounds wherein a resulting puck of coffee grounds in the portafilter has an even level, a uniform and or continuous density distribution, results in no or reduced formation of channels, no or reduced squirting of extracted coffee, and results in consistent and repeatable results. The methods, apparatus, and system may be used to form multiple layers in a puck, for use in preparing layered espresso.

A coffee filter holder for a coffee filter element used with a coffee cup that has a base, a surrounding sidewall extending from the base, and the coffee cup surrounding sidewall terminating in a coffee cup rim defining a coffee cup interior, the coffee filter holder comprising a first surrounding sidewall, thus forming a cone shape about a first longitudinal axis for the first surrounding sidewall, a second surrounding sidewall about a second longwise axis that has an aperture disposed therethrough the second surrounding sidewall in two places along the first longitudinal axis such that the cone narrow end is disposed therethrough the aperture, with the second surrounding sidewall placed on a coffee cup rim with the wide end of the cone facing upward. Wherein the wide end of the cone received the coffee filter and ground coffee to pour hot water into that drips to the cup interior.

A coffee filter holder for a coffee filter element used with a coffee cup that has a base, a surrounding sidewall extending from the base, and the coffee cup surrounding sidewall terminating in a coffee cup rim defining a coffee cup interior, the coffee filter holder comprising a first surrounding sidewall, thus forming a cone shape about a first longitudinal axis for the first surrounding sidewall, a second surrounding sidewall about a second longwise axis that has an aperture disposed therethrough the second surrounding sidewall in two places along the first longitudinal axis such that the cone narrow end is disposed therethrough the aperture, with the second surrounding sidewall placed on a coffee cup rim with the wide end of the cone facing upward. Wherein the wide end of the cone received the coffee filter and ground coffee to pour hot water into that drips to the cup interior.

A tea brewing device, having a cup body, a tea leaf chamber, and a top cover connected with the cup body; a tea leaf chamber separation mechanism is provided at the top cover, containing a sliding block and a separation magnet protruding out of a bottom side of the sliding block; the sliding block changes its position relative to the top cover by sliding; the tea leaf chamber is disposed inside with a sealed magnetic metal; the tea leaf chamber is attracted to a bottom side of the top cover via magnetic attraction between the separation magnet and the magnetic metal; the sliding block is driven to slide so that the separation magnet is moved away from the magnetic metal, and the magnetic attraction between the two becomes weaker than a gravitational force of the tea leaf chamber, which then drops down to the cup body, thereby beginning tea brewing.

Brewing device for producing a beverage from capsules of two different sizes; wherein the brewing device has an inlet sized to allow the insertion of a larger capsule, arranged according to a given orientation; a clamping retaining device movable to and from a normal closed configuration, in which it defines a seat suitable to retain the capsule; a cover arranged to close the inlet and movable to and from an open position, in which the inlet is accessible from the outside for loading a capsule; and an adapter mounted to move, when the cover is in the open position, between an inlet disengagement position and an inlet engagement position, in which it reduces the inlet area to allow a smaller capsule to be fed to the retaining device according to a given orientation.

A coffee grinding apparatus includes a removable holder assembly having first and second arms that are spaced-apart from one another to define an open receiving area therebetween. The arms each include upper and lower tabs that extend inwardly into the open receiving area first and second distances, respectively. The first and second distances of the upper and lower tabs are configured to retain and support portafilter assemblies of various sizes for filling with coffee grounds using the coffee grinder apparatus. Another holder assembly for use with the coffee grinding apparatus may include opposed abutment surfaces for engaging inner and outer surfaces of a cup portion of various sized portafilter assemblies. Each disclosed holder assembly is configured to attach to a pedestal portion of the coffee grinding apparatus in use, and can be stored in a support base of the coffee grinding apparatus when not in use.

A beverage brewing assembly includes a mixing chamber configured to receive a first beverage material and defining an aperture configured to be selectively opened. A hot water source is operably coupled with the mixing chamber and is configured to selectively provide a predetermined quantity of hot water to the mixing chamber and thereby form a mixture comprising the first beverage material and the predetermined quantity of hot water. A brew basket is positioned below the mixing chamber and includes an outlet at a bottom of the brew basket. The brew basket is configured to house a second brewing material and is configured to receive the mixture from the aperture of the mixing chamber to interact with the second brewing material. A receptacle is positioned below the brew basket and is configured to receive a brewed beverage from the outlet of the brew basket.

A device (2) for pressing a dose of ground coffee powder includes a filter holder cup (3) having a filter (4) for depositing the dose of ground coffee powder, an attaching support (7) in which the cup (3) is separably attached, a grinder (8) for coffee beans including a slide (9) for dispensing ground coffee having an outlet (10) positioned above the mouth (5) of the cup (3), a pressing piston (15) for pressing the dose of ground coffee powder present in the filter (4) mounted in the cup (3), and a lifting mechanism for lifting the pressing piston (15) in a position above the outlet (10) of the slide (9).

A foldable pour over coffee dripper is disclosed herein. It comprises a standing wall, a supporting frame pivotally connected to a first end of the standing wall, a basal plate pivotally connected to a second end of the standing wall, and a filter unit connected at a bottom of the supporting frame, wherein the filter unit has a first end connected to a bottom of the supporting frame, plural turns and a second end and is gradually tapered from the first end to the second end thereof in an axial direction.