Abstract: A distributive and dispersive mixing apparatus comprising two confronting surfaces (1,2) having cavities (3) therein which on relative motion of the surfaces function as a cavity transfer mixer (CTM) or controlled deformation dynamic mixer (CDDM) or both, CHARACTERISED IN THAT the normal separation of the confronting surfaces varies in the direction of bulk flow, so as to define a plurality of regions of successive closer and wider spacing of the confronting surfaces.

Abstract: A system providing for on-site reclamation and re-use of reclaimed antimicrobial solution includes a dispenser, at least one receptacle, piping, and at least one pump. The dispenser sprays antimicrobial solution toward moving raw food products. Unspent antimicrobial solution that did not contact the moving raw food products and rebound antimicrobial solution that did contact the raw food products combine to form a reclaimed antimicrobial solution. The reclaimed antimicrobial solution is collected in the receptacle and is pumped through the piping to a location for reuse.

Abstract: A hulled rice distribution device (30) is disposed between a hulling section (10) and a wind sorting section (60) of a rice huller (1). This distribution device (30) comprises an distribution gutter (35) for receiving hulled rice falling from the hulling section, and a screw (32) for conveying the hulled rice having flowed into the distribution gutter (35) in the lengthwise direction of the distribution gutter. A plurality of holes (41, 42 and 43) for the hulled rice to fall through are formed in the distribution gutter (35), and some of them may be blocked or opened by a falling rice control plate (34).

Abstract: In a rice huller, a first small-diameter pulley and a second large-diameter pulley are attached to a first roll shaft. A first large-diameter pulley and a second small-diameter pulley are attached to a second roll shaft. This configuration makes it possible to switch between a first driving state in which a rice hulling operation is performed by passing and driving a belt between the first small-diameter pulley on the first roll shaft and the first large-diameter pulley on the second roll shaft and a second driving state in which a rice hulling operation is performed by passing and driving a belt between the second large-diameter pulley on the first roll shaft and the second small-diameter pulley on the second roll shaft.

Abstract: A rice polisher for polishing rice, which is a preprocess necessary for producing pre-white rice having a favorable taste by using a small amount of water, a pre-polished rice producing apparatus that uses the rice polisher, a leveling device capable of uniformly leveling grains, and a pre-polished rice producing facility. The rice polisher includes a grain-lifting spiral for transporting white rice above from below, a water-pouring port for pouring polishing water, the water-pouring port being disposed at a head portion, a discharge port for discharging the white rice, the discharge port being disposed at the head portion, and a rice-polishing roll for polishing rice by agitating together with the polishing water poured from the water-pouring port the white rice pressurized by transportation by the grain-lifting spiral, with the polisher discharging from the discharge port the white rice that has been polished.

Abstract: The present invention intends to realize a non-washing rice presenting a good taste by performing the pressure rice washing under the most appropriate conditions in correspondence to the polished rice to be washed.

Abstract: A rice polisher for polishing rice, which is a preprocess necessary for producing pre-white rice having a favorable taste by using a small amount of water, a pre-polished rice producing apparatus that uses the rice polisher, a leveling device capable of uniformly leveling grains, and a pre-polished rice producing facility. The rice polisher includes a grain-lifting spiral for transporting white rice above from below, a water-pouring port for pouring polishing water, the water-pouring port being disposed at a head portion, a discharge port for discharging the white rice, the discharge port being disposed at the head portion, and a rice-polishing roll for polishing rice by agitating together with the polishing water poured from the water-pouring port the white rice pressurized by transportation by the grain-lifting spiral, with the polisher discharging from the discharge port the white rice that has been polished.

Abstract: A rice polisher for polishing rice, which is a preprocess necessary for producing pre-white rice having a favorable taste by using a small amount of water, a pre-polished rice producing apparatus that uses the rice polisher, a leveling device capable of uniformly leveling grains, and a pre-polished rice producing facility. The rice polisher includes a grain-lifting spiral for transporting white rice above from below, a water-pouring port for pouring polishing water, the water-pouring port being disposed at a head portion, a discharge port for discharging the white rice, the discharge port being disposed at the head portion, and a rice-polishing roll for polishing rice by agitating together with the polishing water poured from the water-pouring port the white rice pressurized by transportation by the grain-lifting spiral, with the polisher discharging from the discharge port the white rice that has been polished.

Abstract: A rice polisher for polishing rice, which is a preprocess necessary for producing pre-white rice having a favorable taste by using a small amount of water, a pre-polished rice producing apparatus that uses the rice polisher, a leveling device capable of uniformly leveling grains, and a pre-polished rice producing facility. The rice polisher includes a grain-lifting spiral for transporting white rice above from below, a water-pouring port for pouring polishing water, the water-pouring port being disposed at a head portion, a discharge port for discharging the white rice, the discharge port being disposed at the head portion, and a rice-polishing roll for polishing rice by agitating together with the polishing water poured from the water-pouring port the white rice pressurized by transportation by the grain-lifting spiral, with the polisher discharging from the discharge port the white rice that has been polished.

Abstract: A husking apparatus supplies cereal grains between a pair of rotating rubber rolls through a guiding chute, rubs and husks them. A roll diameter marker for indicating an abrasion degree of the diameter of one of the rubber rolls is provided near the minimum gap between the rubber rolls. An incline angle changing marker previously marked with a changing degree of a position or an angle of incline of the guiding chute in correspondence to the roll diameter marker is provided near the lower end of the guiding chute. An operator can readily detect the diameter of the rubber roll by means of the roll diameter marker and accurately set the position or the angle of incline of the guiding chute in accordance with the incline angle changing marker.

Abstract: A chlorine dioxide solution is sprayed onto produce that includes at least one contaminant which can be debris, soil, fungus and/or organic chemicals. Sprayers are used to spray the chloride dioxide solution on the produce to wash the contaminant from the produce. The produce may be placed on a conveyor and the conveyor may be used to move the produce under the sprayers while the sprayers are used to spray chlorine dioxide solution onto the produce. The conveyor may include rotating brushes that come in contact with the produce, such that the brushes that brush the produce and mechanically remove debris and residue from the produce. Rinsing sprayers may be provided over the conveying path downstream of the sprayer that sprays the chlorine dioxide solution on the produce. The rinsing sprayers may be used to spray the produce with potable rinse water.

Abstract: A husking apparatus for cereals comprises a pair of rolls provided parallel to each other with a clearance therebetween, and an inclined guide chute situated above the rolls. The guide chute slides down cereal grains between the rolls, and the rolls rotate in opposite directions, respectively, to nip and shell the cereal grains therebetween. The guide chute and the rolls are located so that a guide surface of the guide chute is substantially perpendicular to a line connecting the centers of rotational shafts, and that an extension line from the guide surface passes within a range of .+-.10 mm on both sides of a middle point of the clearance between the first and second rolls. The guide surface of the guide chute has such an inclination that the cereal grains spread all over a width of the guide surface in the substantially single layer of a band-like shape and are accelerated up to a speed less than peripheral speeds of the rolls while they slide down along the guide surface.

Abstract: A method for treating fresh produce to remove debris and inhibit the growth of fungus on the produce and a method for treating contaminants in process water. According to the present invention, the produce is submerged in process water in an amount sufficient to clean substantially all debris from the surface of the produce, inhibit growth of fungus on the produce and treat contaminants in the process water.

Abstract: In a husking apparatus comprising: a husking portion having a pair of husking rolls which are adjustable in clearance between them and rotated in opposite directions with different peripheral speeds to perform husking of paddy grain; and a supply portion disposed above the husking portion for supplying paddy grain to be husked to the husking portion, wherein the supply portion is so constructed as to supply paddy grain from the supply portion to the husking portion in the form of a layer in such a manner that a thickness of the layer of a flow of paddy grain becomes not greater than two grains at the husking portion, and the supply portion is so constructed as to supply paddy grain to the husking portion at a speed not less than a flowing-down speed corresponding to a minimum husking throughput desired of the husking apparatus so that husking is performed with a throughput not less than the minimum husking throughput, it is possible to enhance the husking throughput while minimizing the breakage of paddy grai

Abstract: There is disclosed an abrasive type vertical grain milling machine in which a space formed between any two adjacent ones of abrasive rolls serves as a jet air groove. The space serving as the jet air groove is of such an axial size that grain to be milled can come into and out of the space. Preferably, an axial thickness of the abrasive roll is 1.5.about.4 times larger than an axial magnitude of the space.

Abstract: A screen assembly for grain husking, decorticating, polishing and whitening machines, the assembly to be mounted on a frame part of the respective machine. The assembly comprises at least two screen sectors which form a substantially cylindrical shape around a longitudinal axis in assembled condition. A frame is provided for each of the screen sectors for framing and supporting the screen sectors by reinforcing the circumference of the screen sectors. An axle arrangement on at least one of the frames extends substantially parallel to the longitudinal axis and is provided for adjusting the distance between the longitudinal axis and a respective one of the screen sectors and one circumferential side of the screen sectors. The axle arrangement comprises a first and second axle parallel to each other within the range of two adjacent circumferential sides of two adjacent screen sectors. A pitman rod connects the axles.

Abstract: A vertical milling machine comprises a first milling part and a second milling part situated under the first milling part, the first and second milling parts having a common main shaft extending vertically. The first milling part has a supply part of grain on an upper end side thereof and a discharge pare of grain having been milled in the first milling part on a lower end side thereof. The second milling part has a supply part of grain to be milled in the second milling part on a lower end side thereof and a discharge part of grain having been milled in the second milling part on an upper end side thereof. The grain discharge part of the first milling part is communicated with the grain supply part of the second milling part through a grain transfer passage extending therebetween.

Abstract: An abrasive type vertical grain milling machine comprises a perforated cylindrical body having at least one perforated arcuate plate member which is formed therein with both a first group of elongated bran-removing holes serving to lead grain to be milled in a direction from an inlet side toward an outlet side of a grain milling chamber when the grain is rotated in the direction of rotation of a grain milling roll assembly within the grain milling chamber and a second group of elongated bran-removing holes serving to lead the grain to be milled in a direction from the outlet side toward the inlet side of the grain milling chamber when the grain is rotated in the direction of rotation of the grain milling roll assembly within the grain milling chamber, and therefore, grain can be milled highly efficiently and the progress of breakage of grains caused at the time of grain milling can be suppressed.

Abstract: A pearling machine has an abrasive type pearling roll assembly which is formed by stacking a plurality of pearling rolls via intervening air blowing spacers. Stirring bars are secured to the outer periphery of the individual pearling rolls. Resistance bars are provided on the inner surface of a vertical polygonal bran removal cylinder. With a cooperative function of the stirring and resistance bars, grains supplied to a pearling chamber defined by the pearling roll assembly and the bran removal cylinder receive active spinning and revolution action. The grains thus receive uniform cutting action, and thus they are pearled uniformly. The vertical pearling machine permits optimum pearling of grains in dependence on the kind and character of the grains and is suited particularly to the pearling of tempered wheat with outer layer part having been made tough and inner layer part having been made soft.

Abstract: A rice-cleaning machine has a flowing-down friction type rice-cleaning chamber (18) formed around the lower portion of a main vertical rotary shaft (10) a grain sending chamber (79) formed around an upper portion of the main shaft (10) for forcibly sending grains to the rice-cleaning chamber (18), and a rising-up abrasion type rice-cleaning chamber (44) formed around the grain sending chamber (79). Rice-cleaning rolls (15) and (38) of the rice-cleaning chambers (18) and (44) are independently driven to rotate. A grain overflow port at an upper portion of the abrasion cleaning chamber (44) and a grain flowing-in port at an upper portion of the grain sending chamber (79) are communicated through by a connection passage (61). A rice grain supply apparatus consisting of a vertical cylinder body (46) and a vertical spiral (49) are connected to a side portion of the abrasion chamber (44).

Abstract: A grain decorticating machine is provided with a distributor rotor and an impact band. The impact band further includes impact surfaces shaped in the form of an annular succession of first plates oblique with respect to the radius of the rotor, and by an annular surface, coaxial with the rotor and situated behind the annular succession of first plates. The annular surface faces the outer radius of the rotor. An opening is defined between each pair of adjacent first plates. The openings thus formed provide tunnels for passage of the air blown from the rotor and also for the decorticated materials. The rotor has a roof and a floor which define an annular crown. The annular crown is subdivided internally by a plurality of radial partitions, with each adjacent pair of radial partitions defining a radial crown segment which faces outward toward the impact band.

Abstract: An apparatus and system is disclosed for extruding commodities such as rice bran and which includes symmetrically disposed beater bar segments on the extruder rotor that will simultaneously impact symmetrically positioned knives mounted within the extruder housing. The apparatus preferably includes a sufficient number of knives and beater bars that impacts occur more than once each ninety degrees of rotation and at substantially equal degrees of rotation from each other. The device includes a widened and lengthened extrusion gap with variable width, a generally solid extrusion rotor, and a control system for adjusting the cooking temperature by varying the width of the extrusion gap. The extruder is fed using a drag conveyor with angled blades which push the rice bran into the extruder housing.

Abstract: A green coffee bean polishing apparatus for removing silver skin from green coffee beans having the silver skins remaining after removal of parchment, comprises: a tubular member communicated at one end portion thereof with a supply port for green coffee beans to be polished and at the other end portion thereof with a discharge port for the polished green coffee beans, the tubular member defining a polishing chamber therein and having a large number of through holes formed in a wall surface thereof; a polishing roll rotatably disposed in the polishing chamber for serving to polish the green coffee beans in the polishing chamber so as to separate the silver skin from the outer surface of each green coffee bean; and an air passing means for passing air from the polishing chamber to the outside of the tubular member so as to discharge the silver skin separated from the green coffee beans through the through holes in the tubular member.

Abstract: A grain cleaning machine comprising a cleaning chamber including a cleaning roll for cleaning uncleaned grain white, a screw conveyor for feeding the uncleaned grain into the cleaning chamber, a discharge adjusting device disposed in a grain outflow region of the cleaning chamber, and a torque sensor for detecting an internal load of the cleaning chamber. The discharge adjusting device is spring-loaded in a direction to stop outflow of white grain from the cleaning chamber, and is movable against the spring load in a direction to enhance outflow of the white grain. The discharge adjusting device is controllable on the basis of torque detection by the torque sensor to maintain the internal load of the cleaning chamber in a predetermined value.

Abstract: A wheat flouring system comprises a polishing machine for polishing wheat grains, a humidifying machine for humidifying the grains, a conditioning machine for subjecting the grains to conditioning and a milling machine for milling the grains to produce a flour. The polishing machine, the humidifying machine, the conditioning machine and the milling machine are successively arranged from an upstream side to a downstream side as viewed in a direction of flow of the wheat grains. There is provided an agitating machine for agitating the grains humidified by the humidifying machine, thereby preventing the humidified grains from sticking together into lumps of the grains.

Abstract: A grain polishing machine of a vertical shaft and friction type in which a vertical polishing rotor and a bran removing polishing cylinder surrounding the former have each different diameters so as to have step parts dividing a polishing chamber defined between the polishing rotor and the polishing cylinder into a plurality of parts which are communicated with each other through connection passages that are defined between the step parts of the polishing rotor and the polishing cylinder thereby to prevent the weight of grain in the upper part of the polishing chamber from affecting the polishing pressure in the lower part thereof so that the polishing pressure in the polishing chamber is made to be uniform as a whole.

Abstract: Provided is a rice polishing machine of a vertical shaft and frictional type, comprising a vertical tubular member, having a perforated wall; a vertical main shaft rotatably disposed in the tubular member and having one end part and an other end part; a spiral rotor fitted on the one end part of the vertical main shaft; a polishing rotor having an outer peripheral surface on which agitating projection ridges are formed, fitted on the other end part of the main shaft and further having a center axis around which the polishing rotor rotates in a certain rotating direction; and a polishing chamber mainly defined by the tubular member and the polishing rotor and having upper and lower ends one of which is connected with a rice grain feed section and the other of which is connected with a rice grain discharge section, wherein the peripheral surface of the polishing rotor is formed such that the distance between the center axis of the polishing rotor and a part of the peripheral surface of the polishing rotor, whic

Abstract: In a cereal-grain polishing apparatus, a perforated tubular member is arranged substantially vertically. A polishing roll fixedly mounted to a rotary shaft is rotatably arranged within the perforated tubular member to define therebetween a polishing chamber. The polishing roll is provided with at least one agitating projection and at least one opening. Cereal grains to be polished are fed to the polishing chamber by a screw feed roll fixedly mounted to the rotary shaft, such that the cereal grains move upwardly through the polishing chamber. When the polishing roll is rotated, the agitating projection brings the cereal grains into friction contact with each other to remove surface layers from the respective cereal grains.

Abstract: A vertical type impact rice huller which is free from the occurrence of collision of the grain is disclosed.

Abstract: A device for the wet treating of seed material includes a rotation-symmetrical treating chamber assembled of a conically shaped, downwardly sloping upper wall and of a frustoconical downwardly sloping bottom wall defining a central discharge opening. A circumferential annular gap connects the upper surface of the upper wall with the inner surface of the lower wall. A spraying device for a treating liquid is arranged in the treating chamber. Seed material is fed from a storage container through a gravity pipe arranged concentrically above the upper wall of the treating chamber. A dosing pipe surrounding a lower part of the gravity pipe is provided near its lower end with an internal expansion having an annular bottom surface and a discharge opening, the diameter of which at most slightly exceeds the inner diameter of the gravity pipe. The dosing pipe is guided for limited coaxial displacement relative to the gravity pipe.

Abstract: The apparatus includes a hulling section, mounted above and in communication with an air-blow separating section which directs a blast of air onto the processed grain as it is discharged from the hulling section into a vibratory separating section which separates the mixture into hulled and unhulled rice. Unhulled and hulled rice lifters are disposed adjacent opposite sides, respectively, of said sections for supplying unhulled rice to the hulling section, and hulled rice through a valve selectively one of two discharge gutters for feeding grain back to the vibratory separation section or to other hulling apparatus. Means is also provided for vibrating the casing of the air-blow separating section.

Abstract: A vertically disposed unhulled rice lifter is mounted adjacent a stationary frame with its upper end secured against movement relative to and in communication with a hulling section which is secured on the frame above and to one side of a vibratory separating section of the apparatus. Grain from the lifter is hulled between a pair of hulling rolls in the hulling section and is fed downwardly through an air stream on to a vibrating surface on the vibratory separating section. The air stream conveys away hulls and dust from the hulled rice; and the vibrating surface separates the hulled rice grains from any unhulled rice which may have passed through the hulling section. The unhulled portion of grain is then returned to the lifter and the completely hulled grains are conveyed to a storage section.

Abstract: Machine for peeling cereal grains, especially rice, by means of rubber rolls. Above the rolls (1,3) there is a bin (7) for the supply of material. An arrangement (13-18) is present, which cuts off the supply of material and/or separates the rubber peeling rolls, when a minimum loading (10) in the bin has been passed in the downward direction. The bin is mounted on springs (9) so as to be movable up and down, so that its position in the vertical direction is dependent on the degree of loading. The bin cooperates with a control (15) which is arranged fixed on the frame and which is changed over when the container reaches a high level because of its minimum loading, for separating the rolls (1,3) or for turning off the material supply. The control is again changed over when the bin has moved downwards again because of attaining a higher loading (11).

Abstract: An abrasive roll rice polishing machine which comprises a vertical framework assembly, a vertical rotary shaft extending in the vertical axis of the framework assembly and journalled therein, an abrasive roll mounted on the shaft for rotation therewith, a vertically movable polishing cylinder provided within the framework assembly surrounding the abrasive roll in peripherally spaced relationship to the latter to define a polishing chamber therebetween, a hopper at the top of the framework assembly and a discharge port at the bottom of the polishing chamber.

Abstract: A nut blanching arrangement in which nuts to be blanched are passed between first and second spaced, counter-rotating rollers. Each roller is provided with a plurality of hollow elastic tubular rings extending around its outer circumference. The tubular rings on the first roller are longitudinally aligned with respect to the tubular rings on the second roller such that each four adjacent tubular rings, two on each roller, form an opening through which the nuts pass during the blanching operation. In this arrangement, the nuts passing between the counter-rotating rollers are forced between the grooves of adjacent tubular rings such that the rings encapsulate and compress the nuts as they pass therebetween. The counter-rotating rollers are rotated at slightly different speeds such that during the blanching operation, the slight differential in the roller speeds causes the outer skin of the peanut to peel away from the nut meat.

Abstract: A vertical frictionally abrasive roll rice polishing machine in which a vertical rotary shaft extended in the vertically axial direction of a framework assembly, a vertical frictionally abrasive roll is mounted at the upper end of the shaft, a polishing cylinder surrounds the abrasive roll in coaxial and peripherally spaced relationship to the roll to define an annular polishing chamber therebetween, the polishing cylinder rotates and moves depending upon load applied thereto, the abrasive roll rotates but does not move vertically, a material supply passage is formed above the polishing chamber and a polished rice discharge passage is formed below the polishing chamber.

Abstract: A rice hulling and sorting machine includes a pair of hulling rolls which drop husked rice grains into a pneumatic sorting compartment which the husks are preliminary sorted from the rice grains; the rice grains thereafter being thrown upwardly into one end of the upper of two horizontally mounted rotating sorting cylinders. The interior surfaces of these cylinders have a multitude of recesses for trapping single rice grains at the bottom of their circumferential paths of movement to carry them upwardly and dropping them into conveying troughs which run the length of the interiors of the cylinders. Rice grains which are not trapped in the upper cylinder are fed back into the hulling rolls while those dropped into the upper trough are fed to the lower interior of the lower cylinder where they are again subject to being trapped in the recesses of the lower cylinder and dropped into the lower conveyor trough.

Abstract: An apparatus for separating hulls from unhulled rice having a fixed rotating roll and a movable rotatable roll located in pressure contact with the fixed roll. A control rod connected to a biasing spring holds the movable roll in pressure contact with the fixed roll. An automatically operated control senses the biasing force of the biasing means and adjusts the biasing force to maintain substantially constant contact pressure between the fixed and movable rolls.

Abstract: A contrivance for shelling a granular product, in particular soy beans, sunflower seeds and the like, is provided with a distribution head that is rotatable about its longitudinal axis. This latter displays in its wall axis-symmetrical arranged passthrough openings to which radially oriented guideways (11) connect. In order to impart a uniform acceleration to all grains, passthrough openings (20) are structured slot-fashion and extend, at least partially, in the direction of the longitudinal axis in such fashion that the product, with the distribution head (10) rotating, moves veil-fashion along the guideways (11).

Abstract: Apparatus is disclosed for polishing rice grains for generating super luster on rice grain surfaces which comprises means for grind-polishing rice grains from unpolished rice grains into intermediately polished rice grains whereby the yield of said intermediately polished rice grains from said unpolished rice grains is maintained equal to or not less than approximately 94%. The present invention also includes structure for feeding 2-50 kg of water per hour and 12-90 m.sup.3 air per hour to intermediately polished rice grains that are flowing at a rate of one ton per hour whereby moisture of 0.1-2.0 weight percent to the rice grains, weight is absorbed and stuck onto surfaces of the rice grains during friction-polishing. The disclosed rice polishing apparatus includes a grinding-type polishing machine provided with grinding type polishing rolls and a humidified friction-type polishing machine provided with friction type polishing rolls and humidifying device.

Abstract: Disclosed is the improvements in whitening apparatus for producing strongly glossy white rice without using any gloss additive. The improved apparatus wherein: friction between half-finished white rice grains which have been moistened while being supplied to a whitening chamber of the apparatus is caused by the rotation of a whitening roll axially disposed in a perforated bran-removing and whitening cylinder, said roll and said cylinder are defining therebetween said whitening chamber, whereby the surfaces of grains are fully cleaned of bran which is constantly discharged through the perforated wall of said cylinder, thereby enabling to expose hard portions of white rice grains devoid of bran. The ratio between the length and diameter of said cylinder experimentally substantiated for best results may be between 2:1 to 20:1.

Abstract: A rice pearling apparatus of the type including a pearling chamber formed by a pearling roll and a multiple-holed debranning-pearling cylinder surrounding the roll, and a device for feeding rice to the pealing cylinder, further comprises a device for supplying water to the pearling chamber, flow meters for measuring and indicating the rates of rice and water flow into the chamber, and a device for regulating the respective flow rates of rice and water.

Abstract: Apparatus comprising hulling means, winnowing means, sorting means, and conveyor means. Said hulling and winnowing means are housed in a platform-like box having longer longitudinal sides and shorter transverse sides. The sorting means is operated to move along the longitudinal sides of box, and the path of circulation of grain through the hulling means, conveyor means and sorting means is made short by locating them adjacently to each other.