A manual pressure type coffee maker includes an outer cup body, the outer cup body is provided with a cup cavity with an open end, and with an inner container that can be inserted into and pulled out of the cup cavity from the open end, the technical points are the inner container is provided with an inner container cavity for containing brewing materials, the inner container is provided with a sealing ring that separates the cup cavity to form a closed space, and a bottom of the inner container cavity is provided with a filter communicated with the closed space, when the inner container is pulled outwards, negative pressure is formed in the closed space so that liquid in the inner container cavity is sucked into the closed space through the filter. The invention can brew coffee by negative pressure with a simple structure.

A coffee and tea brewing system includes a carafe assembly including a container configured to hold the brewed coffee or tea; a brewing assembly configured to be selectively coupled to the container of the carafe assembly for brewing of coffee or tea and selectively removed from the container of the carafe assembly when serving the brewed coffee or tea, the brewing assembly comprising a mesh filter assembly configured to allow for separation of the coffee grounds or tea leaves from the brewed coffee or tea, and an agitation mechanism configured to selectively agitate the coffee grounds or tea leaves and associated brewing coffee or tea during brewing; and a heating assembly configured to support the carafe assembly and selectively add heat thereto. The agitation is through manual manipulation of a paddle adjacent the mesh filter assembly. A method of brewing coffee or tea is disclosed using the system.

A coffee and tea brewing system includes a carafe assembly including a container configured to hold the brewed coffee or tea; a brewing assembly configured to be selectively coupled to the container of the carafe assembly for brewing of coffee or tea and selectively removed from the container of the carafe assembly when serving the brewed coffee or tea, the brewing assembly comprising a mesh filter assembly configured to allow for separation of the coffee grounds or tea leaves from the brewed coffee or tea, and an agitation mechanism configured to selectively agitate the coffee grounds or tea leaves and associated brewing coffee or tea during brewing; and a heating assembly configured to support the carafe assembly and selectively add heat thereto. The agitation is through manual manipulation of a paddle adjacent the mesh filter assembly. A method of brewing coffee or tea is disclosed using the system.

A delivery head for a beverage preparation machine comprising a movable first part, a fixed second part and a cartridge guide; the first part being movable between an open position and a clamping position; the cartridge guide being operatively engaged with the first part and slidably movable relative to the second part between a loading position and a dispensing position; the cartridge guide being located in the loading position when the first part is in the open position so as to enable loading of a cartridge into the cartridge guide; wherein on movement of the first part into the clamping position the cartridge guide is slidable into the dispensing position due to the operative engagement of the cartridge guide with the first part.

Apparatus and related methods for brewing or making individual servings of a brewed beverage with a manual pump brewer. The manual pump brewer can include a pump assembly and a brew chamber assembly, whereby user manipulation of the pump assembly directs a heated liquid through a brewing media to form a serving of a freshly brewed beverage. The manual pump brewer can include a filter assembly for directly brewing a beverage from a brewing media provided by a user. Alternatively, the manual pump brewer can receive individual pods having a single serving of a brewing media such that the pump assembly directs the heated liquid through the individual pod to brew each serving of the brewed beverage.

Apparatus and related methods for brewing or making individual servings of a brewed beverage with a manual pump brewer. The manual pump brewer can include a pump assembly and a brew chamber assembly, whereby user manipulation of the pump assembly directs a heated liquid through a brewing media to form a serving of a freshly brewed beverage. The manual pump brewer can include a filter assembly for directly brewing a beverage from a brewing media provided by a user. Alternatively, the manual pump brewer can receive individual pods having a single serving of a brewing media such that the pump assembly directs the heated liquid through the individual pod to brew each serving of the brewed beverage.

According to a coffee maker of the present invention, the multi-joint linkage of a drive mechanism is alternately arranged three-dimensionally in a front-back direction, and thus stronger pressing force may be applied and the pressing force may be uniformly transferred to both sides of the pressing portion. When a user simultaneously presses the drive mechanism with his or her both hands, the pressing force applied by the right drive mechanism and the pressing force applied by the left drive mechanism may be uniformly transferred to the pressing portion without loss, and thus the availability of the pressing force may be increased. The coffee maker according to the present invention is robust, has desirable durability, and may be aesthetically decorated with metal and transparent plastic materials.

According to a coffee maker of the present invention, the multi-joint linkage of a drive mechanism is alternately arranged three-dimensionally in a front-back direction, and thus stronger pressing force may be applied and the pressing force may be uniformly transferred to both sides of the pressing portion. When a user simultaneously presses the drive mechanism with his or her both hands, the pressing force applied by the right drive mechanism and the pressing force applied by the left drive mechanism may be uniformly transferred to the pressing portion without loss, and thus the availability of the pressing force may be increased. The coffee maker according to the present invention is robust, has desirable durability, and may be aesthetically decorated with metal and transparent plastic materials.

The disclosure discloses a coffee press filter. The coffee press filter includes a filter pressing cylinder body, a filter pressing push rod and a filter pressing bracket, the filter pressing cylinder body is provided with a tubular water injection cavity, one end of the water injection cavity is an open end, the filter pressing bracket is internally provided with an accommodating cavity, the accommodating cavity is internally provided with a filtering cup, the other end, opposite to the open end, of the water injection cavity is integrally provided with a pressing cover, and the pressing cover is provided with a plurality of water outlets. The coffee press filter is integrally combined by this structure, thereby the original five spare and accessory parts are reduced to three spare and accessory parts, and the same function is achieved, a production cost may be reduced, and cleaning is easier after use.

A cold brew coffee brewing machine is provided. The cold brew coffee brewing machine may have an upper chamber and a generally identical lower chamber wherein the upper chamber and the lower chamber may be, for example, common mason jars. A filter unit may be secured between the upper chamber and the lower chamber when the coffee brewing machine is in use. A hand pump may be connected to the filter unit and may provide air pressure to the upper chamber. The lower chamber may then be secured to the filter unit and the entire device inverted. Both gravity and air pressure created by the hand pump may be used to force the water through the filter unit so that the drinkable coffee enters the lower chamber.