A lemon juicing assembly for squeezing juice from a lemon includes a first lever that has a cup integrated therein to receive a lemon. A blade is fixed in the cup to slice the lemon when the lemon is urged downwardly in the cup. A second lever is pivotally coupled to the first lever and a plunger is integrated therein. The second lever is positionable in a closed position having the second lever lying on the first lever. Thus, the plunger compresses the lemon into the cup. In this way the lemon is sliced and the juice is squeezed from the lemon. The second lever is positionable in an open position having the second lever extending away from the first lever.

Disclosed are a hand-operated juicer, a drive screw capable of rotating around an axis of the drive screw and moving forward and backward, and a juicing assembly of the hand-operated juicer. The juicing assembly includes a juicing head, and a juicing cover connected to a shell. The juicing head is capable of being accommodated in a squeezing cavity, an outer surface of the juicing head is an arc-shaped surface and is provided with a plurality of outer convex ribs, and the juicing cover is provided with an arc-shaped concave juicing head capable of accommodating the squeezing cavity. The drive screw rotates towards a front end for squeezing in the juicing process, thereby achieving the effects of more complete juicing, high juice yield and labor-saving operation. It is unnecessary to peel fruit, thereby facilitating the juicing operation.

A citrus juicer includes a vessel configured to receive a cone segment, the cone segment defining a conduit extending from a shaft and a plurality of slits extending circumferentially thereon, a rubber spring vertically aligned with an opening of the conduit, and a reamer element in operable communication with the rubber spring. The rubber spring is fixedly mounted to a sprint support member, the spring support member coupled to the conduit extending from the shaft of the cone segment. The rubber spring further defines a centrally disposed projection. When a force is applied to a top portion of the reamer element, the rubber spring is in a compressed state such that the centrally disposed projection engages the spring support element to displace the reamer element in a vertical direction with respect to the shaft of the cone element.

A juicer insert for inserting into a preparation vessel, which juicer insert includes at least one rotatable tool holder, including at least one adapter element and at least one juicer tool. The transmission of rotational force the adapter element is configured at least indirectly couplable with the tool holder. The juicer tool is connected to the adapter element, so that a rotation of the adapter element causes a rotation of the juicer tool.

The disclosure discloses a multi-functional beverage container that includes a multi-walled evacuated vessel body; an integrated juicing element to releasably nest within the multi-walled evacuated vessel body; a multi-walled vessel top that realeasably seals to the multi-walled vessel body and to receive the juicing element; and a multi-walled cap that realeasably seals to the multi-walled vessel top. The container may further comprise a planar straining element for straining purposes, various sealing gaskets, integrated volumetric measuring indicators, a fluid within the dual walls comprising a freezing point below at least zero degrees Celsius to maintain a chilled nature of a stored liquid within the container. The container may comprise thermo-chromatic paint to indicate a representative temperature has been achieved, external portions to comprise textured elements to facilitate grasping and twisting, and an internal sensor to wirelessly communicate a measured weight to a secondary wireless device.

A fruit slicing and juicing machine includes a first roller mounted next to a second roller within a housing as well as a power train. The first roller has a curved blade and a pair of domes with a channel in between opposite the curved blade. The second roller has a pair of basins with a control ridge in between and a pair of curved control wedges opposite the basins. The rollers have parallel longitudinal axes. The power train is attached to the rollers and rotates them simultaneously in opposite directions. The domes fit into the basins when the rollers rotate. The machine slices fruit inserted over the rollers. Each half slides into a basin in the second roller. The domes of the first roller press juice out of the fruit halves as they rotate into the basins of the second roller.

A handheld citrus juicer includes first and second arms with respective inner and outer ends. The inner ends of the arms are pivotally connected such that the outer ends are manually movable relative to each other on an arc centered on a pivot axis. The arms include respective gripping portions adapted to be gripped by an associated user with one hand to squeeze the arms toward each other. The first arm includes a rotatable element connected thereto and selectively manually rotatable by the associated user about a rotational axis. The second arm includes a bowl connected thereto, the bowl aligned with the rotatable element when the first and second arms are moved toward each other. The rotatable element and the bowl are adapted to engage and extract juice from an associated cut-half of citrus fruit located between the rotatable element and the bowl. The rotatable element can be a reamer or a cup.

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

A handheld device that permits slicing and juicing a fruit in two steps of slicing and juicing. The device includes a cradle portion, a squeezer portion, and a blade assembly all joined at a common hinge. A lemon or other unsliced fruit is placed in the device cradle portion, and in a first slicing step, the user grasps a blade handle to rotate a blade into the fruit. In the second juicing step, the user grasps a handle of the squeezer portion and rotates the squeezer portion into the fruit to squeeze juice from the fruit. A funnel is provided to collect the juice. It is not necessary to slice lemons or other fruit with a knife before juicing, or to touch sliced fruit.

The invention relates to a squeezing machine of the type in which the juice is obtained in a squeezing unit comprising at least one male drum (5) and at least one female drum, the female drum (4) having recesses for holding the fruit and the male drum having protrusions that insert in the recesses of the female drum to catch the fruit, the squeezing unit (2) and other auxiliary elements are joined to each other, preferably by a casing, such that they can engage and be released from the drive element (1) as a single block.