A soaking structure for a coffee maker, including a coffee maker funnel, a basket filter, a discharge hood and a spring clamp, a liquid inlet is formed on the top end of the funnel, and the funnel is a hollow chamber within which the basket filter is placed; a groove is formed on the bottom of the basket filter, the top of the discharge hood is located within the groove, and there is a gap between the discharge hood and the groove; a first liquid outlet is formed on the top of the discharge hood; a tail end of the discharge hood is clamped on an inner side of the liquid outlet of the coffee maker funnel; and, the spring clamp is located on the bottom of the discharge hood and clamped at a water outlet of the coffee maker funnel.

A soaking structure for a coffee maker, including a coffee maker funnel, a basket filter, a discharge hood and a spring clamp, a liquid inlet is formed on the top end of the funnel, and the funnel is a hollow chamber within which the basket filter is placed; a groove is formed on the bottom of the basket filter, the top of the discharge hood is located within the groove, and there is a gap between the discharge hood and the groove; a first liquid outlet is formed on the top of the discharge hood; a tail end of the discharge hood is clamped on an inner side of the liquid outlet of the coffee maker funnel; and, the spring clamp is located on the bottom of the discharge hood and clamped at a water outlet of the coffee maker funnel.

An extracting apparatus for extracting a beverage liquid from an extraction target includes an extraction container including a neck portion with an opening and a trunk portion and configured to store the extraction target and a liquid, a filter arranged on the opening of the neck portion and configured to restrict leakage of the extraction target, and a driving unit configured to change a posture of the extraction container from a first posture in which the neck portion is located on an upper side to a second posture in which the neck portion is located on a lower side.

An extracting apparatus for extracting a beverage liquid from an extraction target includes an extraction container including a neck portion with an opening and a trunk portion and configured to store the extraction target and a liquid, a filter arranged on the opening of the neck portion and configured to restrict leakage of the extraction target, and a driving unit configured to change a posture of the extraction container from a first posture in which the neck portion is located on an upper side to a second posture in which the neck portion is located on a lower side.

A portable drink extractor using pressure according to the present invention may include a main body which is formed to be extendable/contractible in a longitudinal direction so that a drink is extracted by pressurizing contents stored in the main body; a filter which is placed at one open side of the main body; and a cap which is provided at one open side of the main body. According to the portable drink extractor using pressure according to the exemplary embodiments of the present invention, the main body, which stores contents, is formed to be extendable/contractible, and as a result, it is possible to allow a user to conveniently extract a drink with a small effort in comparison with a technology in the related art in which contents are pressurized by a method using a piston.

A beverage maker, particularly for coffee or tea, includes an outer receptacle for containing a mixture of a liquid and a solid beverage making material. A filter element mountable within the outer receptacle divides the outer receptacle into a fluid flow space between the filter element and a closed bottom of the outer receptacle, and a holding space between the filter element and a top of the outer receptacle where the liquid and solid material are mixed to form a beverage. An inner housing having a beverage receptacle may slide in the outer receptacle to filter the beverage through the substantially stationary filter element to provide the beverage in the fluid flow space. Under continued pressure, the beverage is forced into at least one fluid flow conduit fluidly connecting the fluid flow space to the beverage receptacle to fill the beverage receptacle.

A flavor infused beverage system and method. The system is a cup having a container configured to hold a flavor component. A first filter layer has a plurality of holes extending therethrough and is configured to cover an end of the container. A removable seal layer is configured to cover the first filter layer such that the interior portion of the container is sealed by the removable seal layer covering the first filter layer. A liquid can be inserted into the cup such that the liquid passes through the filter layer and contacts the flavor component.

A portable beverage press mug is includes a vessel and a press head assembly. The press head assembly includes a screen (or filter) and a valve arrangement covering the screen. The valve arrangement is movable in response to fluid pressure to create a gap between the valve arrangement and the frame and permit fluid to pass through the screen and the gap.

A portable beverage press mug is includes a vessel and a press head assembly. The press head assembly includes a screen (or filter) and a valve arrangement covering the screen. The valve arrangement is movable in response to fluid pressure to create a gap between the valve arrangement and the frame and permit fluid to pass through the screen and the gap.

A capsule for preparing beverages, in particular coffee, is described, comprising a containing body having a first portion, the containing body defining an internal volume adapted to contain a substance to be infused, the first portion being composed of: a first perimeter edge; a first central portion onto which at least one external pressing force is applied; a first crown portion collapsible towards inside the containing body under the action of the pressing force exerted at least on the first central portion and/or on the first crown portion, the first crown portion being interposed between the first perimeter edge and the first central portion, the first crown portion being connected on its perimeter to the first perimeter edge by interposing a first bending line and being connected to the first central portion by interposing a second bending line.