An improved lemon squeezer includes a stand. The stand has a footprint that extends outward from the front of the stand. The stand defines a top and a bottom plate. The bottom plate is a plate that defines a plurality of depression and it defines a fluid receiving a cavity. The top plate defines a plurality of protrusions that insert within the bottom plates depressions when the plates are squeezed together via a lever mechanism that is attached to the top plate.

Automatic juicer machine, comprising a fruit squeezing unit with two male drums and two female drums with synchronised rotary movement, the squeezing unit being fixed to a rear frame, wherein the frame comprises a photoelectric sensor located between the upper edge of the female drum that is fed with fruit and the upper edge of the frame, closer to the upper edge of the female drum that is fed with fruit than the upper edge of the frame.

A juicer has a presser portion with an upper squeezing cup, an upper handle, and an upper hinge portion on the opposite side of the upper squeezing cup from the upper handle and having a through hole configured to receive a hinge pin. The juicer has a funnel portion with a lower squeezing cup having a funnel disposed at its lowest point, a lower handle, and a lower hinge portion disposed on the opposite side of the lower squeezing cup from the lower handle and having a through hole configured to receive the hinge pin. The juicer also has a removable colander between the upper squeezing cup and the lower squeezing cup.

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.

A juicer includes a housing being open to top and including an annular first flange on a top and at least one lower juice spout on a peripheral surface, and a support on a bottom; a filtering mechanism in the housing and including longitudinal ridges on an inner surface, screens each disposed between two adjacent ones of the ridges, annular second flanges on an outer surface, a first rim extending downward from the lowest second flange, and at least one port through the first rim; a rotating mechanism in the filtering mechanism and including an annular element on a bottom edge, a helical screw blade on an outer surface, and an electric motor for rotating the screw blade; and a feed chute on the housing and including an annular member on a bottom edge and a second rim extending downward from the annular member.

A handheld device that permits slicing and juicing a fruit with a single operation of a squeezer handle. The device includes a cradle portion, a squeezer portion, and a blade assembly. The distal ends of the cradle portion, the squeezer portion, and the blade assembly are joined at a hinge, so that the squeezer portion, and the blade assembly may be rotated with respect to the cradle portion. The blade assembly includes a shortened blade handle and a spring positioned between the blade handle and the juicer handle. The spring acts to push the blade into a fruit ahead of the protrusions on the squeezer portion, so that a single operation of the squeezer handle is used to slice and squeeze the fruit.

The present disclosure discloses a dual-purpose food-processing appliance, comprising a blending body, wherein the blending body is provided with an assembly space and a control unit; a power unit, wherein the power unit is assembled in the blending body; a blending cup, wherein the blending cup is mounted in the assembly space; and a replaceable blending unit. The present disclosure is reasonable in structural design and by driving the blending unit to act through the power unit, the food-processing appliance can realize not only meat mincing but also juicing functions such as juicing oranges, thereby being convenient to use and having improved practicality.

An improved hand operated citrus press is provided in direct operational combination with a liquid drinking vessel. The citrus press is provided removably connected to, and in fluid communication with, the liquid drinking vessel. The fluid contained within the drinking vessel can be infused with the essences from the ground or comminuted fruit from the citrus press. The fluid communication between the comminuting volume of the citrus press grinder assembly and the container allows these all natural ingredients to steep directly with the beverage, creating refreshingly flavored drinks that are as rich and natural in nutrients as its ingredients.

An improved lemon squeezer comprises of a stand. The stand has a footprint that extends outward from the front of the stand. The stand defines a top and a bottom plate. The bottom plate is a plate that defines a plurality of depression and it defines a fluid receiving a cavity. The top plate defines a plurality of protrusions that insert within the bottom plates depressions when the plates are squeezed together via a lever mechanism that is attached to the top plate.

A cover element for at least partially covering a vessel opening of a preparation vessel of a food processor and/or a cover opening of a vessel cover for the preparation vessel, wherein the cover element has a radially outwardly facing support edge to be supported on the preparation vessel and/or vessel cover. The support edge has a continuously curved base contour viewed in the axial direction, and has at least two support elements, which lie opposite each other, are separate from each other and protrude over the base contour. The support elements extending in an imaginary circular ring surface that reaches from a radially outer edge of the support elements up to the base contour are identically designed on both opposing sides viewed in the axial direction and formed in the same plane extending perpendicular to the axial direction.