The present invention relates to a novel citrus juicer.

A lid for a blender jug incorporated a citrus juicer that is capable of discharging into the interior of the jug.

The present disclosure provides a spiral blade, a grinding component and a food processor. The spiral blade includes: a spiral blade body, and the spiral blade body includes a feeding area used for feeding, a grinding area connected with the feeding area and a discharging area connected with the grinding area; and a plurality of spiral ribs are arranged on the grinding area, and a cleaning structure is arranged on the discharging area. The spiral blade is applied to the food processor and is only used for grinding food rather than extruding juice and discharging residues, therefore its structure is relatively simple, meanwhile, as a cleaning structure is arranged on the discharging area, the cleaning structure can be used for pushing the crushed food to a predetermined area.

An infuser container is disclosed. In an aspect, the container includes a body, a filter arranged with the body to form a first chamber for receiving an infusion substance and a second chamber, a cap engaged with the body, the cap having an extractor extending into the first chamber when the cap is engaged with the body, wherein the extractor is configured to mash the infusion substance to produce an extracted substance when engaging the cap with the body. Thus extraction of liquid from the infusion substance such as fruit can occur concurrently with engaging the cap with the body. In an embodiment, a collar and seal assembly is arranged on the drinking end of the body, which can be removed to add a liquid to the second chamber such that the extracted liquid and the liquid can blend. In another embodiment, the filter includes apertures positioned to trap the extracted liquid in the filter chamber during the securing of the cap. A dual filter system may be implemented such that the collar and seal assembly includes additional apertures that can act to further filter the blended liquid.

An assembly including a vessel, lid, citrus reamer, and cap. The lid is configured to engage the vessel in both first and second orientations. The citrus reamer is removably couplable to the lid in both storage and use orientations. The cap is removably attachable to the lid. The vessel, the lid in the first orientation, the citrus reamer (in either the use or storage orientations), and the cap are removably couplable together to form a kit assembly. The vessel, the lid in the first orientation, and the cap are removably couplable together to form a cocktail shaker. The vessel, the lid in the second orientation, and the citrus reamer in the use orientation are removably couplable together to form a first juicing assembly. Cups may be removably housed inside the vessel. One of the cups and the citrus reamer may be removably coupled together to form a second juicing assembly.

Embodiments of the present disclosure relate to food-processing assemblies, particularly juicing assemblies, and apparatuses incorporating the same. In an exemplary embodiment, a food-processing apparatus comprises: a food-processing accessory; an engaging portion of a motorized base adapted to receive the food-processing accessory; a motor drive extending from the engaging portion, the motor drive adapted to drive the food-processing accessory when mechanically coupled thereto; and a switch assembly disposed on the engaging portion of the motorized base, the switch assembly adapted to be actuated by a static actuation element of the food-processing accessory.

The invention relates to a citrus fruit juice extractor which can be used to cut citrus fruits into at least two parts, extract the juice therefrom and discharge the peel following juicing. The juice extractor consists of a juice extractor element coupled in a hollow housing having openings in the sides thereof, a cutting element connected above the extractor element, and press means located above the hollow housing.

The invention relates to a pressing body for obtaining fruit juice and/or fruit pulp from citrus fruit, comprising a dome-shaped pressing surface comprising a top and a base, as well as ribs extending between the top and the base, wherein a cross section of the pressing body at right angles to the central axis of the pressing body has a substantially zigzag-shaped periphery, wherein each rib is provided with a flank which slopes steeply from the circumscribed circle of the periphery and a flank which slopes gradually from the circumscribed circle of the periphery, wherein the angle which is included between the circumscribed circle and the steeply sloping flank is greater than the angle included by the circumscribed circle and the gradually sloping flank, and wherein the steeply sloping flank and the gradually sloping flank of adjoining ribs along the periphery face each other.

Fruit-squeezing machine with automatic fruit (7) feeder (1) and cutting and squeezing means that have a pair of rotating assemblies of three fruit (7) receiving cups (4) and a cutting assembly (5) with a blade (10) and means for extracting the rinds after squeezing the fruit, and a pair of squeezing balls (6) below the cup assemblies (4). Additionally, the machine has a juice-collecting tray (2) with a fixed? filter (8), and rind-collecting means. The cup assemblies (4) rotate towards the inside of the machine, which has motor means that synchronize the continuous movements of the feeder (1) with the movement of the cutting and squeezing means.