Disclosed is a brewing system that utilizes a curved pedestal that allows brewed effluent to drain in a manner that travels toward the center of the curved pedestal to maximize the exposure of the effluent to the organic material used for brewing, while also maximizing yield. The pedestal 112 sits above the lowest effluent level to allow the brewed effluent to drain from the organic material that is used for brewing to maximize the amount of effluent obtained. By allowing the brewed effluent to drain from the organic material, the weight and size of the organic material is reduced, so that the filter bag can be removed from the brewing system without ripping or tearing. The brewing system eliminates the need for a separate mesh bag and allows the effluent to drain without squeezing the filter bag and which would otherwise cause the release of harsh oils and acids, which can also be unsanitary as a result of a user handling the bag filter.

A coffee holder includes a holder body and a holder lid. The holder body includes a holder base, a holder sidewall extending from the base and defining an interior configured to receive loose coffee, and an open receiving end opposite the base. The holder lid is configured to engage the holder body to cover the open receiving end. The holder lid includes a recessed portion that extends into the holder body interior when the holder lid engages the holder body, and a passage in the recessed portion configured to allow fluid to flow into the holder body interior from the recessed portion.

One embodiment: A portable insulated beverage brewing device 10 for liquids and gravity fed method for brewing. A device 10, with lid 14 and vessel 12, may house insulation 52A and 52B, liner reservoir 50A and 50B, and filter 28 to brew hot or cold liquids and contain hot or cold liquids for controlled dispensing 26. A large capacity filter 28 secures inside the vessel 12 accepting brew mixtures for gravity fed brewing method.

A motorized beverage machine (1) has: activation means that comprise a motor (3); and a brewing unit (2) that comprises a first assembly (13) and a second assembly (14) cooperating together, each assembly delimiting part of a brewing chamber (29) for containing an ingredient capsule (30). At least one of these assemblies (14) is: movable away from the cooperating assembly (13) into an open position within the machine for forming between the assemblies a passage (31) for inserting into and/or removing from the brewing unit the ingredient capsule; and movable to the cooperating assembly into a closed position for forming the brewing chamber. The motor is a low power motor configured to: generate a maximum torque of no more than 50 mNm; and/or consume a maximum power of no more than 50 W, for driving the movable assembly between the open and closed positions.

A vacuum brewed beverage apparatus for effectively cooling or heating the beverage after it has been vacuumed brewed. The vacuum brewed beverage apparatus includes a control assembly; a container assembly including a container removably supported by the control assembly and capable of holding liquid and a brewed product; and a brew assembly including a brewing chamber removably supported by the control assembly and being in operable communication with the container.

Embodiments provided herein address these and other issues by providing a coffee filter support device that, when positioned placed at least partly in a coffee basket, provides a contact surface that prevents the coffee filter from collapsing inward during the brewing process. In one embodiment, the coffee filter support device has a frustoconical shape defined by a first aperture and a second aperture smaller than the first aperture.

System and methods according to the present invention provide for an automated coffee brewing system, the automated coffee brewing system may comprise a system cavity which comprises at least one of a bean storage cavity, grinding assembly, brewing assembly, housing, water heating assembly, a controller, at least one sensing unit, a selection control, and a pouring unit providing the ability to produce at least one of bean-to-cup coffee and multi-serving container coffee, further a method operating at least one of a first embodiment of the automated coffee brewing system, a second embodiment of the automated coffee brewing system, and a third embodiment of the automated coffee brewing system is provided, and a method of operating a fourth embodiment of the automated coffee brewing system is provided.

A compact brewing assembly and method is described. The compact brewing assembly includes a vessel, a filter component, an exterior sleeve and a cap. The vessel includes a vessel top and a vessel bottom, wherein the vessel top includes a fastening component. The filter component is removably coupled to the fastening component of the vessel top. The exterior sleeve includes a top exterior sleeve and a bottom exterior sleeve slidably coupled to the filter component. The cap is removably coupled to the top exterior sleeve.

A machine with a grinder, a grind chute for delivering coffee grounds along a flow path and into a portafilter fitted to the machine, and a tamping unit with a tamping mechanism for pressing the coffee grounds held by the portafilter into a puck, wherein the tamping mechanism includes a linkage connected to a tamp, the linkage being arranged to press a face of the tamp in an axial direction with respect of the portafilter during a tamping operation, and wherein the linkage returns the tamp to a rest position where the tamp face is moved laterally, out of the flow path. The invention also relates to a machine for delivering coffee grounds to a portafilter, a tamping mechanism and a coffee grinding machine.

A tamp including a body and a tamping face carried by a base of the tamp, the base and body being arranged for relative movement in an axial direction during a tamping operation to compress and expand under action of a bias element, wherein the tamp includes a rotation mechanism to translate the relative axial movement of the base and body into rotational movement of the base. The invention also relates to a portafilter holder for positioning a portafilter under a tamping unit of a coffee grinding machine, for receipt of the coffee grounds, the portafilter holder including a dock to receive the portafilter and a retention member to hold the portafilter in the dock.