Abstract: The present invention provides a peeling machine comprising a container furnished with a space in which the peels are removed from produce, a rotating plate located inside said container and coupled to a blade, a peel exit extending from the bottom of said container to the exterior, a plurality of wing plates that are located between the bottom of said container and said rotating plate and placed at equal angles with respect to the center of said rotating plate, and that also rotate when said rotating plate rotates, and a motor that supplies power to said rotating plate.

Abstract: The present invention is related to an apparatus for peeling off, and is composed of an opening through which water is introduced; a cylinder including a plurality of blades for peeling off attached in a row on the inner side of it; a rotating bottom plate which is arranged on a lower part of the cylinder, and which includes opposing convex portions formed on a part around an axis, and a projection rotatively installed on the surface of the bottom plate; a motor mounted on the lower part of the rotating bottom plate for rotating the rotating bottom plate forwardly and inversely; an outlet connected to the cylinder for discharging the remaining water and shells after peeling off; and a discharge opening for pulling out remaining materials in the cylinder. If a motor is operated after pouring the water and the materials into the cylinder, the water and the materials are rotated along the circumference of the cylinder according to the rotations of the rotating bottom plate.

Abstract: A fruit skin peeling device is disclosed. The device comprises a base, a driving means, a rotating disc, a plurality of lateral plates and a top cover, the base having a top and a lower cavity, wherein the base is divided into an upper chamber and a lower chamber and the lower chamber encloses the driving means having an axle protruded at the lower chamber and connected to the rotating disc, the bottom section of the upper chamber is provided with a debris opening and the lateral plates are position around the circular side of the upper chamber, characterized in that the rotating disc and the lateral plates are mounted with circular toothed-blade, the driving means drives the rotating disc to rotate such that fruits or the like placed in the upper chamber is driven to rotate and in contact with the circular toothed-blade to peel off the skin of the fruit or the like, and the peeled skins are discarded through the debris opening.

Abstract: A disc cutter for a fruit and vegetable juice extractor includes a disc body and a food disintegrating device. The disc body is rotatably mounted in the juice extractor has a top, a center and grinding blades. The grinding blades are radially formed in the top of the disc body for grinding food into juice. The food disintegrating device is attached to the top at the center of the disc body and includes a pointed body having a tapered top and two opposite edges. The tapered top has a central tip and a fluted land defined in the tapered top adjacent one of the edges. Therefore, the rotating pointed body will disintegrate efficiently the inserted food into several large pieces for the grinding blades to grind completely into juice without any food remaining on the pointed body.

Abstract: A peeler is provided having a removable liner, the liner possessing a rough texture for assisting the turning of a food product during a peeling operation. A method of manufacturing the disclosed peeler and liner is also provided.

Abstract: The present invention relates to a device for peeling root vegetables. The device comprises a container (1), which at its bottom has at least two rotatably arranged discs (4), which have grating or cutting means on their upper side. According to the invention, the container (1) has a cylindrical outer wall (2), and the bottom of the container (1) is a rotatably arranged disc (3).

Abstract: A vegetable peeling device for peeling vegetables. The vegetable peeling device includes a housing has a lower base portion, a gear housing portion, and a drum portion. The drum portion of the housing has an inner surface defining a reservoir. The drum portion of the housing has a top opening into the reservoir of the drum portion and a bottom opening providing a passage between the reservoir of the drum portion and the lower base portion of the housing. The drum portion has a tubular inlet spout into the reservoir. A spinning plate is rotatably mounted in the lower base portion of the housing adjacent the bottom opening of the drum portion of the housing. The spinning plate has an elongate bumper ridge upwardly extending therefrom. The inner surface of the drum portion of the housing comprising an abrasive surface.

Abstract: A peeler uses parallel inclined valleys in a cylindrical interior surface to serve as channels. The parallel valleys are between parallel ridges or ribs. A rotary disk having a series of bumps and an abrasive surface is rotated so as to abrasively remove an outer portion of agricultural products. The debris corresponding to removed portions is urged downwardly and out a peripheral debris exit by the ridges as rotation takes place. A wear rim around the disk has an upper surface and the debris exit is between the wear rim and the interior surface. The interior surface is on a liner having a lower surface. The upper surface of the wear rim is no greater than 1/4 inch higher than a lower edge of the liner such that a restricted passage therebetween has a height no greater than 1/4 inch. An expansion zone is just below the restricted passage.

Abstract: A dry food processing machine designed to clean and polish vegetables such as potatoes as well as various fruits. The machine includes inner and outer, concentrically arranged, inverted, frusto-conical rotatable members which are concentrically spaced from one another to provide a product cleaning space therebetween. The conical members are rotatably driven in opposite or synchronous directions at selected speeds. Rotation produces a centrifugal force to the product which constitutes a vertical and horizontal component of force. Abrading devices are provided in the cleaning apace to assist in cleaning. Product is introduced through the inner member into the cleaning space and the provided vertical force will drive the product upwardly through the cleaning space for removal of material for final delivery of product to a collector cowling. Material removed rom the product will be driven horizontally from the cleaning space through the outer conical member for collection.

Abstract: Motor driven apparatus for peeling garlic or similar food products has a housing forming a processing chamber and an abrasive rotary disk in the chamber which abrades the skin or husk from the product. A movable gate partially obstructs a discharge slot at the side of the chamber. The gate has a lowered position at which the unobstructed region of the slot is large enough to enable continuous ejection of peelings but too small to allow escape of the product. The gate is raised at the end of each peeling operation enabling centrifugal ejection of the product by the rotary motion of the disk. Manual unloading and separation of the peelings and product is unnecessary thereby providing for fast, high throughput operations. The apparatus may be an accessory which engages on a food processor base.

Abstract: The invention concerns a machine for treating produce for peeling it, in particular a nut-husking machine. This machine comprises a tank (1) with a cylindrical wall, a rotary disk (10) dotted with a plurality of teeth (16) projecting above the disk by an adjustable height, means (4-9) for driving the disk into rotation, a sliding gate (24) to recover the processed produce, means for evacuating the wastes and liquid that include a passage (15 ) on the disk circumference, a ring (21) in this passage and a bottom (2) associated with a spout (3), and means distributing the liquid which include a distributor (12) fixed to the center of the disk (10) in order to eject the liquid at the disk in the centrifugal direction.

Abstract: A rotary attachment is disposed within the bowl of a food processing appliance in engagement with the drive shaft of the appliance and has a horizontal rotating disk with an abrasive upper surface which quickly removes the dry and brittle outer covering of garlic cloves or similar food ingredients. The apparauts speeds and simplifies peeling operations and minimizes problems with the volatile substances that may be released during peeling of such food ingredients.

Abstract: A peeling machine for peeling fruits and vegetables comprising a cutter disc having in its center a boss for mounting the disc to a driving shaft and having a plurality of apertures arranged substantially radially and open into clearances arranged at the periphery of the plate, each said aperture being bounded on its rear side relative to the rotation of the plate by a cutter blade with a sharp edge. The plate may further comprise at least one, and preferably two radial protruding bosses, the upper portion of each of the bosses comprising at least one aperture also bounded on its rear side with a cutter blade whereby the fruit or vegetables to be peeled are stirred during the peeling operation. A peripheral safety guard and a tapered edge may also be provided for the plate.

Abstract: A machine for hulling nuts having a rotationally driven horizontal disc provided with an upwardly disposed abrasive surface; a cylindrical casing coaxially related to the disc, closely spaced from its periphery, and provided with a discharge opening; a cover closing the casing above the disc and provided with a supply opening adjacent to the discharge opening; and a plurality of blades spaced around the disc and extending generally radially across it to guide nuts deposited in an unhulled condition on the disc through the supply opening in a path around the disc and alternately centrally and peripherally of the disc toward the discharge opening, the hulls being abraded from the kernals as the nuts traverse the path and being urged centrifugally from the disc to fall between it and the casing while the separated kernels exit through the discharge opening.

Abstract: A peeling machine particularly for peeling tuburous vegetables such as potatoes and onions includes a vessel with side walls containing peeling mechanism and a rotatable bottom for tumbling the vegetables within the vessel against the peeling mechanism. Near the bottom, adjacent the center of the vessel and directed generally outward are one or more nozzles into which air under pressure is introduced. Near the top of the vessel located adjacent the side walls, are one or more spray nozzles through which water may be introduced. The introduction of air and/or water is selective, and can be adjusted according to the type of vegetable, and the amount thereof, being peeled in the machine.

Abstract: A centrifuge-type apparatus for extracting, by pulverization and filtering under centrifugal force, the juice component from plant materials such as fruits or vegetables. Plant material introduced into the open top of a stationary hopper is pulverized upon contact with a series of fast-moving non-bladed, blunt protrusions extending upwardly from the surface of a rapidly rotating plate member extending across the open bottom of the hopper. The resultant juice and pulp mixture is then thrown outwardly under centrifugal force through an annular space of predetermined height formed between the bottom of the stationary hopper and the upper surface of the rotating plate. A frusto-conical filter member attached to and surrounding the rotating plate member impedes the outward motion of the pulp component of the pulverized plant material whle permitting the passage of the juice component.

Abstract: A dry food processing machine designed to clean and polish vegetables such as potatoes as well as various fruits. The machine includes inner and outer, concentrically arranged, inverted, frusto-conical rotatable members which are concentrically spaced from one another to provide a product cleaning space therebetween. The conical members are rotatably driven in opposite or synchronous directions at selected speeds. Rotation produces a centrifugal force to the product which constitutes a vertical and horizontal component of force. Abrading devices are provided in the cleaning apace to assist in cleaning. Product is introduced through the inner member into the cleaning space and the provided vertical force will drive the product upwardly through the cleaning space for removal of material for final delivery of product to a collector cowling. Material removed rom the product will be driven horizontally from the cleaning space through the outer conical member for collection.