In hot beverage cannabis related products, such as single use coffee systems as well as other coffee systems, the cannabinoids are not being infused into the beverages, such as coffee, during the brewing process. To solve this problem, a cannabinoid delivery system is provided. The cannabinoid delivery system includes various systems and methods of positioning cannabinoids and/or cannabis plant matter in locations and forms such that the cannabinoids are properly infused into the beverages.

A hand drip coffee tumbler comprises: a container keeping coffee; a filter unit seated on the top of the container; a grinder unit separably coupled to the container over the filter unit to grind coffee beans; a cap separably coupled to the top of the container; and an auxiliary container having a space for keeping the grinder unit and separably coupled to the lower end portion of the container.

A hand drip coffee tumbler comprises: a container keeping coffee; a filter unit seated on the top of the container; a grinder unit separably coupled to the container over the filter unit to grind coffee beans; a cap separably coupled to the top of the container; and an auxiliary container having a space for keeping the grinder unit and separably coupled to the lower end portion of the container.

A coffee machine includes a pot liner and a heating mechanism for heating the pot liner. The pot liner has a water inlet and a water outlet. An automatic drain mechanism is provided at the water outlet of the pot liner for opening or blocking the water outlet according to the ambient temperature at the water outlet. The automatic drain mechanism can be used to control outflow of the heated water from the pot liner according to the ambient temperature, so that the structure for exhausting water is simplified and the size of the coffee machine is reduced. Moreover, the fluid flowing out under the pressure generated due to steam will facilitate to brew ground coffee, thereby enhancing the quality of coffee.

It is an object of the present invention to prevent post-drip from a nozzle by means of a simple structure. A coffee machine 1 that supplies coffee into a cup placed at a cup station from a coffee nozzle 23, a distal end of which is disposed above the cup, is provided with a buffer nozzle 61 above the coffee nozzle 23, in which a beverage is supplied to the cup vertically below from the buffer nozzle 61 via the coffee nozzle 23 and a lateral discharge part 82 that discharges coffee post-drip dripping from the buffer nozzle 61 to the side of the coffee nozzle 23 is provided on the side surface of the coffee nozzle 23.

It is an object of the present invention to prevent post-drip from a nozzle by means of a simple structure. A coffee machine 1 that supplies coffee into a cup placed at a cup station from a coffee nozzle 23, a distal end of which is disposed above the cup, is provided with a buffer nozzle 61 above the coffee nozzle 23, in which a beverage is supplied to the cup vertically below from the buffer nozzle 61 via the coffee nozzle 23 and a lateral discharge part 82 that discharges coffee post-drip dripping from the buffer nozzle 61 to the side of the coffee nozzle 23 is provided on the side surface of the coffee nozzle 23.

A refrigerator appliance having a cold brewed coffee system positioned within a chilled chamber of the refrigerator appliance is provided. In one example aspect, the system includes a housing defining a water reservoir and a coffee reservoir. The water reservoir is in fluid communication with a water supply via an inlet supply conduit. An inlet valve is positioned along the inlet supply conduit and selectively allows water into the water reservoir. The water within the water reservoir drips into the coffee reservoir where the water mixes with coffee materials received therein. Cold brewed coffee is produced within the coffee reservoir and may slowly drip into a coffee container positioned or docked beneath the housing.

An infusion beverage brewing device includes a filter assembly and a brewing mechanism. The filter assembly has an outer filter cup and an inner filter cup. The inner filter cup has an inner cup-body, and the outer filter cup has an outer cup-body. A gap and a vapor diffusion outlet are formed between the outer cup-body and the inner cup-body. The outer filter cup has a bottom outlet disposed a sealing device. The brewing mechanism has a cup retainer, a cover and a controlling device. The cover is disposed on the cup retainer, and the controlling device is connected to the cover. The filter assembly is disposed in the cup retainer. The cover is selectively disposed on the filter assembly. The cover is disposed with a sprinkle-nozzle and a vapor portal. The vapor portal corresponds to the vapor inlet of the inner filter cup.

A coffee machine includes an infusion zone, a storage container for ground coffee arranged above the infusion zone, and a device for transferring the coffee grounds from the storage container to the infusion zone via an aperture. The transfer device includes a member for opening and closing the aperture, which can move between an open position and a closed position. The aperture opening and closing member includes an open portion that has an inclined wall configured, when in the open position, to be positioned beneath the aperture and to direct the coffee grounds that pass through said aperture towards the infusion zone, and configured to be offset from the aperture when in the closed position. The transfer device also includes a cleaning member for the inclined wall when moving from the open position into the closed position and vice versa.

A coffee machine includes an infusion zone, a storage container for ground coffee arranged above the infusion zone, and a device for transferring the coffee grounds from the storage container to the infusion zone via an aperture. The transfer device includes a member for opening and closing the aperture, which can move between an open position and a closed position. The aperture opening and closing member includes an open portion that has an inclined wall configured, when in the open position, to be positioned beneath the aperture and to direct the coffee grounds that pass through said aperture towards the infusion zone, and configured to be offset from the aperture when in the closed position. The transfer device also includes a cleaning member for the inclined wall when moving from the open position into the closed position and vice versa.