CN104492522B - Flexible rice mill with abrasive balls and grain milling method - Google Patents
Flexible rice mill with abrasive balls and grain milling method Download PDFInfo
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- CN104492522B CN104492522B CN201410663679.2A CN201410663679A CN104492522B CN 104492522 B CN104492522 B CN 104492522B CN 201410663679 A CN201410663679 A CN 201410663679A CN 104492522 B CN104492522 B CN 104492522B
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- 240000007594 Oryza sativa Species 0.000 title 1
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- Adjustment And Processing Of Grains (AREA)
Abstract
The invention discloses a flexible rice mill with abrasive balls and a grain milling method. The flexible rice mill is technically characterized in that a frame unit 8 comprises a housing composed of a cylinder base 21, an outer cylinder 3 and a cover 2; a carborundum inner cylinder 4 is disposed inside the outer cylinder 3 inside the upper portion of the cylinder base 22; a hollow shaft 5 mounted through a bearing set 20, a top sealing set 22, a bottom sealing set 17 and a bearing cap 19 is disposed inside the housing; a thrower disc 23 is disposed at the top end of the hollow shaft 5; a plurality of paddles are symmetrically and evenly distributed on the outer surface of the hollow shaft. The grain milling method includes proportional compounding of grain and the abrasive balls, feeding of mixture, flexible milling by the abrasive balls, lifting of the mixture, secondary milling by the abrasive balls, grading of grain and abrasive ball mixture, finishing of finished products, recycling of the abrasive balls and the like. The flexible rice mill and the grain milling method have the advantages that the flexible rice mill is simple in structure, milling contact area is great, interior milling pressure is low, speed is low, rate of broken rice is low, and rice yield is high.
Description
Technical field
The invention belongs to foodstuff processing technology apparatus field, and in particular to grain medium husk rice technical equipment, particularly one
Plant sand ball flexibility rice mill and a kind of grain medium husk rice method.
Background technology
As existing grain husk rice technology, mainly there are cutting Mill technique, extruding Mill technique and cutting extruding joint
Mill technique.In grain (including paddy, wheat, corn, coarse cereals etc.) husk rice enterprise, conventional rice milling unit, by husk rice work
Skill is classified, and mainly has abrasive type rice whitening machine, iron roll rice polisher, sand roller iron roll combined rice mill；Arranged by roller and classified, mainly had sleeping
Formula rice mill and vertical rice whitening machine；By the quantity point of roller in rice mill, mainly there are single roller rice mill, double roll rice polisher and multiple roll
Rice mill.The distribution of muscle and mill groove is ground by roller surface, continuous muscle and segmentation muscle, straight muscle and spiral bar, succeeding vat is broadly divided into
With a fault trough etc..At present, will there are three aspects in grain husk rice owner both domestic and external.First is roller straight with grain grain
Connect contact area smaller.The roller of rice mill either sand roller or iron roll, grain grain is with roller directly contact area less than grain grain
Between contact area 2%.Second is larger pressure in husk rice room.Because grain grain is limited with the directly contact area of roller,
Method that can only be by increasing the pressure in husk rice room, increases the frictional force between grain grain, improves husk rice effect.But husk rice chamber pressure
Power increases, and will make broken rice rate increase, rice milling yield reduction.In addition, as husk rice room pressure increases, the energy consumption of rice mill will increase
Plus.3rd is that roller rotating speed is very fast.In order to increase in the roller unit interval with grain grain directly contact area, generally using improve grind
The method of roller rotating speed is realized.Either abrasive type rice whitening machine or iron roll rice polisher, the rotating speed of roller generally 800r/min~
Between 1500r/min.The rotating speed for reducing roller can be greatly reduced broken rice rate and energy consumption, but husk rice effect can also declined, no
The process goal of husk rice can be completed.In order to increase rice milling yield, reducing broken rice rate and reduce husk rice energy consumption, many engineers and technicians
Many research and development are done with scientific worker to work.
Chinese Patent Application No. is related to a kind of rice mill, including charging control for " a kind of rice mill " of CN201310352566
Portion's dress processed and whitening chamber portion dress, charging control unit dress include charging regulation door, and whitening chamber portion dress includes sand roller, and sand roller includes core
And iron core, iron core is located at sand core internal, is detachably connected between core and iron core, and core is divided into three parts, i.e. the first core section,
Second core section and the 3rd core section；Every section of core uses identical structure, i.e.,：Core body, in core body two ends difference
Forward flange and rear flange are provided with, forward flange and rear flange are bolted, and keyway is equipped with forward flange and rear flange.This
Sand roller is divided into three parts by invention, and the first core section ensures conveying yield using deep spiral groove, and the second core section uses medium spiral shell
Spin slot ensures milling efficiency, and the 3rd core section is controlled to mill precision and goes out a meter yield using the oblique straight trough of multiple tracks；Core and iron core list
Solely make, be then assembled together by screw rod and nut, therefore after core weares and teares, need to only change the core of outside.
The patented technology improves the structure and connection combination of sand roller, but milled to increase area, reduction roller turn
Speed, reduction husk rice chamber pressure do not propose neodoxy.
Chinese Patent Application No. is related to a kind of attached rice of master for " the attached rice knife constant pressure type rice mill of master " of CN201310139934
Knife constant pressure type rice mill, including Shang Gai, middle frame, main shaft, roller, main rice knife, attached rice knife, rice huller screen, tubular bolt, its feature exist
In described two rice huller screen edges outside is provided with dentation block mutually identical during connection, and the dentation block two ends of two rice huller screens are provided with
Boss, then proximal edge is provided with main rice knife and centre is provided with attached rice knife in two rice huller screens, and described middle frame connects place inner side with top cap
The boss that chute places rice huller screen is provided with, middle frame edge is provided with to be determined nut and tighten tubular bolt, and tubular bolt is with the level in main shaft
Diametrically, there are stud, spring and set screw in tubular bolt.The present invention fills with frictional force increase, paddy rice with the attached rice knife of master
Tap touches friction shelling mill white, and husk rice pressure is automatically adjusted and constant in optimum state, and broken rice rate declines at double, and structure is tight
Gather, small volume, reduces cost adjusts rice knife and husk rice pressure, the advantages of convenient and swift outside casing at any time.
The patented technology improves the design and mounting means of meter knife, but milled to increase area, reduction roller rotating speed, drop
Low husk rice chamber pressure does not propose neodoxy.
Chinese Patent Application No. discloses grain machinery field for " a kind of waterfall type rice mill " of CN201310099079
A kind of interior waterfall type rice mill, including feeder dress, whitening roller portion dress, screen frame (unit) drop down plate portion dress, framework portion dress, driving section is filled with
And chaff portion dress is inhaled in discharging, feeder dress is fixed on the top of framework portion dress, and whitening roller portion dress and screen frame (unit) drop down plate portion dress and be arranged at
The framework portion dress of sealing is internal, and driving section dress is arranged on the side of framework portion dress, and discharging is inhaled chaff portion dress and is arranged on framework portion dress
Bottom, whitening roller portion dress and screen frame (unit) drop down plate portion dress and are equipped with multiple, and it is internal in framework portion dress to be staggered, whitening roller portion
Drop down plate portion dress through screen frame (unit) between dress and be joined together to form serpentine runner, the whitening roller portion dress at top through screen frame (unit) drop down plate portion dress with
Feeder is pretended company, and the whitening roller portion dress of bottom drops down plate portion dress and discharging through screen frame (unit) to be inhaled chaff portion and pretend company, and the present invention is simple to manufacture,
Low production cost, rice milling yield is higher, can be used in grain husk rice production.
The patented technology improves the motion morphology of grain between upper and lower roller, but milled to increase area, reduction roller
Rotating speed, reduction husk rice chamber pressure do not propose neodoxy.
Chinese Patent Application No. includes blower fan (8), described blower fan (8) for " horizontal rice whitening machine " of CN201320043629
With bran-collecting bucket (7) UNICOM, charging aperture (1) is passed through the head end above propeller (10), and discharging opening (6) is positioned at husk rice room (31) lower section
End, it is characterised in that it is described:The length of sand roller (11) is 1.0-1.6 meters, and the external diameter of sand roller (11) is 0.15-0.35
Rice, to wait deep wide structure, described sieve plate (15) and screen frame (unit) (14) is entirety to the helicla flute (21) in described sand roller (11)
Formula structure；Described filler strip (13) is fixed on crossbeam (12) by weld bolt (20).The present invention is by increasing the outer of sand roller
Footpath and length, while increasing the size of sieve plate and screen frame (unit), improve the internal volume of husk rice room, can improve yield；In sand roller
Helicla flute make it is wide wait deep, eliminate drum sieve, the generation of quick-fried sieve phenomenon.Cancel the counterbore on filler strip, use weld bolt instead, can
Cracked rice with reducing.
The patented technology increases sand roller external diameter and length, but also increases the length of grain motion path, will increase grain
The grain resistance of motion.But area of being milled to increase, reduction roller rotating speed, reduction husk rice chamber pressure do not propose neodoxy.
Chinese Patent Application No. CN201210229345 discloses a kind of " flow automatic control type Multifunctional coarse cereals husk rice
Machine ", it is adaptable to which the rough pearling of opening of various coarse cereals such as millet, Radix Et Rhizoma Rhei rice, sorghum, myotonin, rice is processed.Flow automatic control type
Multifunctional coarse cereals rice mill is mainly made up of feed hopper, whitening chamber, frame, control box and threephase asynchronous machine, and feed hopper is fixed
On frame upper left side, whitening chamber is located at machine frame inside, and control box is fixed on frame upper right side, and threephase asynchronous machine is fixed on ground
On.Feed hopper is equipped with flow automatic control device, realizes the Automated condtrol of charging rate；Whitening chamber can adapted sand roller or iron
Roller；Whitening chamber is also equipped with a meter knife slack adjuster, for adjusting the gap between rice knife and roller.The present invention is used with PLC
It is the control system of core, has adapted to mill different shape coarse cereals, reduce the breakage rate of material, improves equipment automatic
Change degree.
The patented technology improves the motion mode and flow measurement control technology that coarse cereals enter machine, but to increase grinding face
Product, reduction roller rotating speed, reduction husk rice chamber pressure do not propose neodoxy.
Chinese Patent Application No. is " a kind of vertical jetting laboratory rice polisher " of CN201110216502, and it is in paddy
The rice mill used during sample is prepared during quality testing.The vertical jetting laboratory rice polisher is in existing vertical inspection
Formed with improving on the basis of rice mill, mainly newly increased air intake device and chaff powder sedimentation device.In addition also in upper cover body
On be additionally arranged air through hole；Passage is additionally arranged on lower cover；Vent hole is additionally arranged out in the bottom of pedestal of milling.This is vertical
Spray wind laboratory rice mill realizes side and mills, and side chaff powder is separated, the working method of side cooling.Turned over this not only adds the grain of rice
It is dynamic, the precision and the pearling uniformity of pearling are improve, and speed of milling is accelerated, grinding time is shortened, so as to reduce broken
Rice, the adhesion of chaff powder and the generation of caking.Therefore its finished product cracks rice few, and rice milling yield is high, the grain of rice is highly polished, is more suitable for rice
Paddy quality testing prepares sample.
The patented technology improves the structure in the interaction mode and husk rice room of Mill technique apoplexy and grain grain, but right
Increase area of milling, reduction roller rotating speed, reduction husk rice chamber pressure and do not propose neodoxy.
The content of the invention
The purpose of the present invention is exactly a kind of sand ball flexibility rice mill and a kind of grain provided in order to avoid above-mentioned not enough
Medium husk rice method, the purpose of the present invention can be realized by following technical proposals.
A kind of 1 sand ball flexibility rice mill, it is technically characterized in that：As shown in Figure 1, the device of frame 8 is by machine barrel seat 21, machine
The casing of outer barrel 3 and the composition of cover 2, in the top of machine barrel seat 21 and the inside device diamond dust inner cylinder 4 of machine outer barrel 3, has logical in casing
Cross bearing combination 20, the hollow shaft 5 that upper end seal combination 22, lower end seal combination 17 and bearing cap 19 are installed；The top of hollow shaft 5
End device batch mixing pan 23；Hollow shaft outer surface symmetrically uniformly installs multiple blades 6
A kind of 2 grain medium husk rice methods, it is technically characterized in that：Comprise the following steps：
A dispensings
The mass ratio of grain (including brown rice, wheat, corn, coarse cereals etc.) and sand ball is between 1~10；The diameter of sand ball
Between 5~25mm；Using continuous batching mode, by the sand ball dispensing in the grain in grain storehouse and sand ball storage warehouse
B. sand ball flexibility husk rice
Grain enters the charging aperture of sand ball flexibility rice mill with the mixture of sand ball through conveying equipment, as shown in accompanying drawing 5,6.
The compound of grain and sand ball completes flexible husk rice under the mechanical force collective effect of gravity and sand ball flexibility rice mill blade
Journey.The compound for completing flexible rice milling process through sand ball flexibility rice mill is discharged from sand ball flexibility rice mill discharged orifice, under
Road workshop section.The chaff produced in sand ball flexibility rice milling process is suctioned out from sand ball flexibility rice mill row's chaff mouth, through arranging chaff pipe, into chaff
Separator.In addition, the chaff also row's of the remittance chaff pipe suctioned out from rice mill discharged orifice, into chaff separator；
C. grain is classified with sand ball compound
After grain is through 2~10 flexible husk rices, grain enters vibration separation screen with the compound of sand ball, using shaking
The vibration of dynamic classifying screen and the collective effect of the size in sieve plate hole and suction chaff wind net, finished product, sand ball are turned into by compound classification
And chaff.Wherein finished product through finished product collator classification, it is selected after packing and storing.Sand ball warp conveying equipment, makes sand ball return to sand ball
Storage warehouse, is then circulated and uses.Chaff is focused on chaff separator by chaff through inhaling chaff wind net, is collected, packs, is stored up.
A kind of lower end of hollow shaft 5 of the sand ball flexibility rice mill described in 3 is coupled by lower end seal combination 17 inhales chaff supervisor
15, inhale chaff supervisor 15 and connected with husk rice room 7 by the suction chaff mouth 28 in hollow shaft 5 and suction chaff hole 25 and blade.
It is symmetrical on a kind of hollow shaft face of cylinder of the sand ball flexibility rice mill described in 4, be uniformly arranged it is multiple inhale chaff holes 25, inhale
Chaff hole 25 overlaps with the circular hole on blade seat.Inhale space between chaff mouth 28 and blade seat 26 by the circular hole on blade 26 and
Suction chaff hole 25 in hollow shaft 5 communicates with hollow shaft 5.
A kind of lateral surface lining stickers lining shell 27 of the blade seat 26 of the sand ball flexibility rice mill described in 5, is fixed on connector
On blade seat；Circular hole on blade seat 26 is communicated with the suction chaff hole 25 in hollow shaft.The one side that blade seat installs lining shell 27 is oar
Trichidium front 30.Blade seat front 27 is droplet-shaped curved surface.Cavity and suction between blade seat front 30 and the blade seat back side 31
Chaff mouth 28 and suction chaff hole 25 communicate.
The ratio of the husk rice room diameter d2 and hollow shaft diameter d1 of a kind of sand ball flexibility rice mill described in 6 is 5~20；It is empty
The difference of the diameter d3 and husk rice room diameter d2 on heart axle between blade top is in 60~200mm；Husk rice room height h and husk rice room
The ratio of diameter d2 is 1.5~6.5.
A kind of machine barrel seat 21 of the sand ball flexibility rice mill described in 7 sets discharged orifice 9, the side connection husk rice of discharged orifice 9
Room 7, the opposite side of discharged orifices 9 installs pressure door 11.
Technology contents of the invention described in detail below
Sand ball flexibility rice mill as shown in Figure 1, Figure 2, Figure 3, Figure 4, mainly by machine barrel seat, machine outer barrel, cover, diamond dust
Cylinder, hollow shaft, blade, bearing combination, belt wheel etc. are constituted；In machine barrel 21 upper outer jack connection outer barrels 3 of seat, machine outer barrel upper end connection
Pick lid 2, with machine outer barrel inside device diamond dust inner cylinder 4 above machine barrel seat, at machine barrel seat center using bearing combination 20, on
End seal combination 22, lower end seal combination 17, bearing cap 19, install hollow shaft 5；Hollow shaft is hollow cylinder, hollow
The top device batch mixing pan 23 of axle 5, hollow shaft outer surface it is symmetrical, it is uniform multiple blades 6 are installed, outside the bottom of hollow shaft 5
Belt wheel 18 is installed in side, and chaff supervisor 15 is inhaled using the connection of lower end seal combination 17 in the lower end of hollow shaft 5, and belt wheel 18 drives hollow shaft 5
Rotate, inhale chaff supervisor 15 and be arranged in frame 8, maintain static.Chaff supervisor 15 is inhaled by hollow shaft 5 and is inhaled on chaff hole 25 and blade
Suction chaff mouth 28 connected with husk rice room 7.
Chaff supervisor 15 is inhaled in the lower end of hollow shaft 5 using the connection of lower end seal combination 17,.It is symmetrical on the hollow shaft face of cylinder, uniform
Multiple suction chaff holes 25 are set, and blade seat 26 is fixed on the face of cylinder in the outside of hollow shaft 5 with connector.Suction chaff hole in hollow shaft
25 overlap with the circular hole on blade seat.Space between chaff mouth 28 and blade seat 26 is inhaled by the circular hole on blade 26 and hollow
Suction chaff hole 25 on axle 5 communicates with hollow shaft 5.Lining shell 27 serves as a contrast the lateral surface for being attached to blade seat 26, and blade is fixed on connector
On seat.Lining shell is consumable accessory, replaceable after abrasion.Described blade seat 26 is manufactured by particular manufacturing craft.Circular hole on blade seat 26
Communicated with the suction chaff hole 25 in hollow shaft.The one side that blade seat installs lining shell 27 is blade seat front 30.Blade seat front 27 is
Droplet-shaped curved surface.Cavity between blade seat front 30 and the blade seat back side 31 is communicated with suction chaff mouth 28 and suction chaff hole 25；
Discharged orifice 9 is set on machine barrel seat 21, and discharged orifice left side connects the right side of 7. discharged orifice of husk rice room 9 and installs pressure door 11.
The aperture of pressure door 11 controls the size of withdrawal rate.Diamond dust inner cylinder breach 10 connects husk rice room 7 and discharged orifice 9.Discharged orifice 9 connects
Logical compound outlet 12 and suction chaff branch pipe 13, next work is transported to from the compound of the discharge of compound outlet 12 by conveying equipment
Section.After suction chaff branch pipe 13 converges with suction chaff supervisor 15, composition arranges chaff pipe 14, and row's chaff pipe 14 is connected with chaff separator.
Diamond dust inner cylinder 4 is the diamond dust with 0.1~1.0mm particle diameters through adhesive specially and particular manufacturing craft moulding process system
The Cylinder Shell made.Diamond dust inner cylinder breach 10 is provided with the lower end of diamond dust inner cylinder 4 to be communicated with discharge gate 9.Diamond dust inner cylinder
It is consumable accessory, it is replaceable after abrasion.Diamond dust inner cylinder height is identical with husk rice room height h.The internal diameter of diamond dust cylinder is husk rice room
Internal diameter d2.The thickness of diamond dust cylinder is between 20~80mm.Described sand ball is special by the diamond dust warp that particle diameter is 0.05~0.5mm
Sintered after being molded with adhesive and moulding process and formed.Sand bulb diameter is between 5~25mm.Sand ball and grain (including it is brown rice, small
Wheat, corn, coarse cereals etc.) mass mixing ratio 1：Between 10.The compound of sand ball and grain is from positioned at sand ball flexibility rice mill
Fallen on batch mixing pan 23 under the charging aperture 1 on top.Compound is grinding under the mechanical force collective effect of self gravitation and blade 6
Rice interior carries out flexible husk rice, and enters discharged orifice 9 by diamond dust inner cylinder breach 10.Chaff in compound is through inhaling chaff branch pipe 13
Import chaff suction tube 14.Compound exports 12 from compound again, into next workshop section.In described sand ball flexibility rice milling process,
The chaff of generation is divided into 3 parts, respectively enters in chaff separator, and suction chaff mouth of the part 1 from blade is through inhaling chaff hole, inhaling chaff master
Pipe, row's chaff manifold enter chaff separator；After chaff of the part 2 through inhaling chaff branch pipe with inhale during chaff is responsible for converges, also enter row's chaff pipe；The
3 parts are the chaffs after vibration separation sieve separation, then are inhaled into chaff separator.After chaff is separated through chaff separator, packing and storing.
Husk rice room diameter d2With hollow shaft diameter d1Ratio between 5~20；Diameter in hollow shaft between blade top
d3With husk rice room diameter d2Difference between 60~200mm；Husk rice room height h and husk rice room diameter d2Ratio 1.5~
Between 6.5；
Grain medium husk rice method is technically characterized in that：Referring to accompanying drawing 5, accompanying drawing 6, by grain and sand ball quality dispensing,
Compound conveying, the husk rice of sand ball flexibility, compound lifting, the flexibility husk rice again of sand ball, grain and the classification of sand ball mixture, finished product
Workshop section's compositions such as arrangement, the recovery of sand ball and recycling.
1. ingredient station
The mass ratio of grain (including brown rice, wheat, corn, coarse cereals etc.) and sand ball is between 1~10；Sand ball it is straight
Footpath is between 5~25mm；Using continuous batching mode, by the sand ball dispensing in the grain in grain storehouse and sand ball storage warehouse.
2. sand ball flexibility husk rice workshop section
Grain enters the charging aperture of sand ball flexibility rice mill with the mixture of sand ball through conveying equipment, as shown in Figure 2.Grain
The compound of food and sand ball completes flexible husk rice under the mechanical force collective effect of gravity and sand ball flexibility rice mill blade
Journey.The compound for completing flexible rice milling process through sand ball flexibility rice mill is discharged from sand ball flexibility rice mill discharged orifice, under
Road workshop section.The chaff produced in sand ball flexibility rice milling process is suctioned out from sand ball flexibility rice mill row's chaff mouth, through arranging chaff pipe, into chaff
Separator.In addition, the chaff also row's of the remittance chaff pipe suctioned out from rice mill discharged orifice, into chaff separator.
3. grain is classified workshop section with sand ball compound
After grain is through 2~10 flexible husk rices, grain enters vibration separation screen with the compound of sand ball, using vibration point
The vibration of level sieve and the collective effect of the size in sieve plate hole and suction chaff wind net, finished product (grain), sand are turned into by compound classification
Ball and chaff.Wherein finished product through finished product collator classification, it is selected after packing and storing.Sand ball warp conveying equipment, makes sand ball return to sand
Ball storage warehouse, then be circulated and use.Chaff is focused on chaff separator by chaff through inhaling chaff wind net, is collected, packs, is stored.
The present invention is had an advantageous effect in that：
1. the area of directly milling of grain is increased.By being mixed into sand ball in proportion in grain, than the sand of existing rice mill
The area increase of directly milling of roller or iron roll is nearly 100 times, is conducive to milling for grain grain top layer chaff skin to come off.In addition, only in diamond dust
The directly contact area of cylinder surface and grain grain is greater than the area of milling of original rice-milling roller or iron roll.
2. using the flexibility husk rice of sand ball than cutting husk rice or small using the pressure that iron roll extrudes husk rice using sand roller.Due to grinding
The indoor pressure of rice reduces, and the mechanical force and internal stress that grain grain is born will also reduce, thus advantageously reduce broken rice rate, also have
Beneficial to increase head rice yield and rice milling yield.
3. husk rice is cut or compared with iron roll extrudes husk rice using sand ball flexibility husk rice and sand roller, the rotating speed of roller can be significantly
Reduce, in addition to the pressure of husk rice room is reduced, the power of rice mill can also be reduced, and be conducive to energy-saving.
Brief description of the drawings
Fig. 1 is structural representation of the invention
Fig. 2 is A-A views of the invention
Fig. 3 is I enlarged drawing of the invention
Fig. 4 is II enlarged drawing of the invention
Fig. 5 is Mill technique schematic diagram of the invention
Fig. 6 is sand ball flexibility Mill technique schematic diagram of the invention
Accompanying drawing drawing explanation
1. the frame of 2. cover of charging aperture, 3. machine outer barrel, 4. diamond dust inner cylinder, 5. hollow shaft, 6. blade, 7. husk rice room 8.
9. the row's chaff pipe 15. of chaff branch pipe 14. is inhaled in the compound of 10. 11. pressure door of diamond dust inner cylinder breach of discharged orifice 12. outlet 13.
Inhale chaff supervisor's 16. 19. bearing cap of row's chaff mouth 17. lower end seal combination, 18. belt wheel 20. bearing and combine 21. machine barrels seat
22. upper end seal combination, 23. batch mixing pan, 24. sand ball 25. inhales the blade seat 27. of chaff hole 26. and serves as a contrast the suction chaff of shell 28. mouth 29.
The blade of the fitting 30. seat front 31. blade seat back side
Specific embodiment
Embodiment
Sand ball flexibility rice mill as shown in Figure 1, Figure 2, Figure 3, Figure 4, mainly by machine barrel seat, machine outer barrel, cover, diamond dust
Cylinder, hollow shaft, blade, bearing combination, belt wheel etc. are constituted；In machine barrel 21 upper outer jack connection outer barrels 3 of seat, machine outer barrel upper end connection
Pick lid 2., with machine outer barrel inside device diamond dust inner cylinder 4 above machine barrel seat, at machine barrel seat center using bearing combination 20,
Upper end seal combination 22, lower end seal combination 17, bearing cap 19, install hollow shaft 5；
Hollow shaft is hollow cylinder, in the top device batch mixing pan 23 of hollow shaft 5, in hollow shaft outer surface pair
Claim, multiple blades 6 are uniformly installed, the lower outside of hollow shaft 5 installs belt wheel 18, lower end sealing group is utilized in the lower end of hollow shaft 5
Close 17 connections and inhale chaff supervisor 15, belt wheel 18 drives hollow shaft 5 to rotate, inhale chaff supervisor 15 and be arranged in frame 8, maintain static.Inhale
Chaff supervisor 15 is connected by the suction chaff mouth 28 in hollow shaft 5 and suction chaff hole 25 and blade with husk rice room 7；
Chaff supervisor 15 is inhaled in the lower end of hollow shaft 5 using the connection of lower end seal combination 17, symmetrically, is laid on the hollow shaft face of cylinder
Multiple suction chaff holes 25 are put, blade seat 26 is fixed on the face of cylinder in the outside of hollow shaft 5 with connector.Suction chaff hole 25 in hollow shaft
Overlapped with the circular hole on blade seat.The space between chaff mouth 28 and blade seat 26 is inhaled by the circular hole and hollow shaft on blade seat 26
Suction chaff hole 25 on 5 communicates with hollow shaft 5.Lining shell 27 serves as a contrast the lateral surface for being attached to blade seat 26, and blade seat is fixed on connector
On.Lining shell is consumable accessory, replaceable after abrasion.Described blade seat 26 is manufactured by particular manufacturing craft.Blade seat 26 on circular hole with
Suction chaff hole 25 in hollow shaft communicates.The one side that blade seat installs lining shell 27 is blade seat front 30.Blade seat front 27 is water
Drop type curved surface.Cavity between blade seat front 30 and the blade seat back side 31 is communicated with suction chaff mouth 28 and suction chaff hole 25；
Discharged orifice 9 is set on machine barrel seat 21, and discharged orifice left side connects the right side of 7. discharged orifice of husk rice room 9 and installs pressure door 11.
The aperture of pressure door 11 controls the size of withdrawal rate.Diamond dust inner cylinder breach 10 connects husk rice room 7 and discharged orifice 9.Discharged orifice 9 connects
Logical compound outlet 12 and suction chaff branch pipe 13, next work is transported to from the compound of the discharge of compound outlet 12 by conveying equipment
Section.After suction chaff branch pipe 13 converges with suction chaff supervisor 15, composition arranges chaff pipe 14, and row's chaff pipe 14 is connected with chaff separator；
Diamond dust inner cylinder 4 is the diamond dust with 0.1~1.0mm particle diameters through adhesive specially and particular manufacturing craft moulding process system
The Cylinder Shell made.Diamond dust inner cylinder breach 10 is provided with the lower end of diamond dust inner cylinder 4 to be communicated with discharge gate 9.Diamond dust inner cylinder
It is consumable accessory, it is replaceable after abrasion.Diamond dust inner cylinder height is highly identical with husk rice room.The internal diameter of diamond dust cylinder is in husk rice room
Footpath.The thickness of diamond dust cylinder is between 20~80mm.Described sand ball is glued by the diamond dust that particle diameter is 0.05~0.5mm through special
Sintered after mixture and moulding process shaping and formed.Sand bulb diameter is between 5~25mm.Sand ball and grain (including brown rice, wheat,
Corn, coarse cereals etc.) mass mixing ratio 1：Between 10.The compound of sand ball and grain is from positioned at sand ball flexibility rice mill top
Charging aperture under fall on batch mixing pan 23.Compound under the mechanical force collective effect of self gravitation and blade 6, into discharged orifice
9.Chaff in compound imports chaff suction tube 14 through inhaling chaff branch pipe 13.Compound exports 12 from compound again, into next workshop section.
In described sand ball flexibility rice milling process, the chaff of generation is divided into 3 parts, respectively enters in chaff separator, and part 1 is from blade
Suction chaff mouth enter chaff separator through inhaling chaff hole, inhaling chaff supervisor, row's chaff manifold；During part 2 is responsible for through suction chaff branch pipe with suction chaff
After chaff converges, also enter row's chaff pipe；Third portion is the chaff after vibration separation sieve separation, then is inhaled into chaff separator.Chaff is through chaff point
After device separation, packing and storing；
Husk rice room diameter d2With hollow shaft diameter d1Ratio between 5~20；Diameter in hollow shaft between blade top
d3With husk rice room diameter d2Difference between 60~200mm；Husk rice room height h and husk rice room diameter d2Ratio 1.5~
Between 6.5；
Grain medium husk rice method is：First by the grain (such as brown rice, wheat, corn, coarse cereals) and sand in grain storehouse
Sand ball in ball storage warehouse is worth the continuous batching between 1~10 in mass ratio, and sand ball flexibility rice mill is transported to through conveying equipment
Charging aperture.The compound of grain and sand ball under gravity, is continuously scattered on batch mixing pan.Motor by V belt translation with
And bearing combination, rotate hollow shaft.Batch mixing pan installed in hollow shaft top is rotated with hollow shaft, and grain is got rid of with sand ball
In entering husk rice room.Blade on hollow shaft periphery is rotated with hollow shaft, and stirs flexible husk rice room
Grain and sand ball.The compound of grain and sand ball is moved from top to bottom under the collective effect of gravity and blade flexible force, is carried out
Flexible rice milling process, then discharges from discharge gate.
Space between hollow shaft and diamond dust inner cylinder is the husk rice room of rice mill, and the inner surface of diamond dust inner cylinder is in husk rice
During, also grain is served and is rubbed.Blade on the hollow shaft face of cylinder is made up of blade seat, lining shell etc., is located at
The positive lining shell of blade produces pressure to grain and rubs power.Lining shell is consumable accessory, replaceable after abrasion.Inhale chaff mouth connection blade
The cavity at center, hollow shaft is connected by inhaling chaff hole, and chaff suction tube is connected by the seal combination positioned at hollow shaft lower end with hollow shaft
Connect.Chaff from husk rice room sucking-off is responsible for through inhaling chaff hole, hollow shaft into chaff is inhaled.Simultaneously from the material of discharge gate discharge it is main by
Grain, sand ball and chaff composition, material enter compound export when, the chaff in material be inhaled into suction chaff branch pipe in, then with inhale chaff
Chaff in supervisor converges, and row's chaff pipe is entered together, enters back into the separation of chaff separator.And the compound discharged is exported from compound again
Into lower one sand ball flexibility husk rice workshop section, above-mentioned technical process is repeated.
After through 2~10 road sand ball flexibility husk rice workshop sections, enter from grain and the compound of sand ball of compound outlet discharge
Vibration separation screen.Vibration separation screen is combined with suction chaff wind net, and compound is divided into：Finished product, sand ball and chaff.Finished product is whole through finished product
Reason equipment is arranged, is classified, packing, storage.Sand ball warp conveying equipment returns to sand ball storage warehouse, recycled.In mixture
Chaff inhales chaff wind net and is transported to chaff separator through concentration, then packing and storing.
Claims (3)
1. a kind of sand ball flexibility rice mill, it is characterised in that：Frame (8) device has by machine barrel seat (21), machine outer barrel (3) and cover
(2) casing of composition, in machine barrel seat (21) top and machine outer barrel (3) inside device diamond dust inner cylinder (4), has by axle in casing
Hold the hollow shaft (5) that combination (20), upper end seal combination (22), lower end seal combination (17) and bearing cap (19) are installed；It is hollow
Top device batch mixing pan (23) of axle (5)；Hollow shaft outer surface symmetrically uniformly installs multiple blades (6)；Described hollow shaft
(5) chaff supervisor (15) is inhaled in lower end by lower end seal combination (17) connection, inhales chaff supervisor (15) by hollow shaft (5), suction chaff hole
(25) suction chaff mouth (28) and on blade is connected with husk rice room (7)；Symmetrically, laid on the face of cylinder of described hollow shaft (5)
Multiple suctions chaff hole (25) are put, chaff hole (25) is inhaled and is overlapped with the circular hole on blade seat；Inhale between chaff mouth (28) and blade seat (26)
Space is communicated by the suction chaff hole (25) on the circular hole and hollow shaft (5) on blade seat (26) with hollow shaft (5)；Sand ball is flexible to be ground
Meter Shi：Grain enters the charging aperture of sand ball flexibility rice mill, the mixing of grain and sand ball with the mixture of sand ball through conveying equipment
Expect under the mechanical force collective effect of gravity and sand ball flexibility rice mill blade, complete flexible rice milling process.
2. a kind of grain medium husk rice method, it is characterised in that：Comprise the following steps：
A, dispensing
The mass ratio of sand ball and grain is between 1~10；The diameter of sand ball is between 5~25mm；Using continuous batching mode,
By the sand ball dispensing in the grain in grain storehouse and sand ball storage warehouse；
B, the flexibility husk rice of sand ball
Grain enters the compound of the charging aperture of sand ball flexibility rice mill, grain and sand ball with the mixture of sand ball through conveying equipment
Under the mechanical force collective effect of gravity and sand ball flexibility rice mill blade, flexible rice milling process is completed；Through the flexibility husk rice of sand ball
Machine completes the compound of flexible rice milling process from the flexibility rice mill discharged orifice discharge of sand ball, into Xia Dao workshop sections；It is flexible in sand ball
The chaff produced in rice milling process is suctioned out from sand ball flexibility rice mill row's chaff mouth, through arranging chaff pipe, into chaff separator；In addition, from stone roller
The chaff that rice machine discharged orifice the is suctioned out also row's of remittance chaff pipe, into chaff separator；
The classification of c, grain and sand ball compound
After grain is through 2~10 flexible husk rices, grain enters vibration separation screen with the compound of sand ball, using vibration separation screen
Vibration and sieve plate hole size and inhale chaff wind net collective effect, by compound classification turn into finished product, sand ball and chaff；
D, finished product are arranged, sand ball is reclaimed and are recycled
Wherein finished product through the classification of finished product collator, it is selected after packing and storing, sand ball returns to the storage of sand ball by sand ball warp conveying equipment
Storage is circulated and uses, and chaff is focused on chaff separator by chaff through inhaling chaff wind net, is collected, packs, is stored.
3. a kind of sand ball flexibility rice mill according to claim 1, it is characterised in that set on described machine barrel seat (21)
Discharged orifice (9), side connection husk rice room (7) opposite side of discharged orifice (9) installs pressure door (11).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410663679.2A CN104492522B (en) | 2014-11-19 | 2014-11-19 | Flexible rice mill with abrasive balls and grain milling method |
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| CN201410663679.2A CN104492522B (en) | 2014-11-19 | 2014-11-19 | Flexible rice mill with abrasive balls and grain milling method |
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| CN104492522B true CN104492522B (en) | 2017-05-24 |
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| CN107694659A (en) * | 2017-10-10 | 2018-02-16 | 广西贵港市恒桥米业有限公司 | A kind of rice milling machine with separation of rice bran from rice |
| CN109351395B (en) * | 2018-11-22 | 2023-12-19 | 江苏晶莹粮食机械制造有限公司 | Rice classifier |
| CN110681427B (en) * | 2019-11-14 | 2021-08-06 | 福州维友科技有限公司 | Method for grinding rice by mixed fiber medium |
| CN110681426A (en) * | 2019-11-14 | 2020-01-14 | 福建南平天和机械制造有限公司 | Simplified method and equipment for milling rice by mixed fiber medium |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2236359Y (en) * | 1995-09-05 | 1996-10-02 | 徐志俊 | Wheat bran remover |
| JP2639752B2 (en) * | 1991-03-07 | 1997-08-13 | 株式会社クボタ | Uniaxial grinding friction rice milling equipment |
| JP3069214B2 (en) * | 1993-05-27 | 2000-07-24 | 株式会社山本製作所 | Two-unit simultaneous rice mill |
| JP3294248B2 (en) * | 1993-10-06 | 2002-06-24 | 株式会社サタケ | Vertical grinding machine |
| CN201470413U (en) * | 2009-08-20 | 2010-05-19 | 浙江展诚机械有限公司 | Differential double-roll rice polisher |
| CN102688788A (en) * | 2012-06-14 | 2012-09-26 | 何灏 | Vertical rice polisher |
-
2014
- 2014-11-19 CN CN201410663679.2A patent/CN104492522B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2639752B2 (en) * | 1991-03-07 | 1997-08-13 | 株式会社クボタ | Uniaxial grinding friction rice milling equipment |
| JP3069214B2 (en) * | 1993-05-27 | 2000-07-24 | 株式会社山本製作所 | Two-unit simultaneous rice mill |
| JP3294248B2 (en) * | 1993-10-06 | 2002-06-24 | 株式会社サタケ | Vertical grinding machine |
| CN2236359Y (en) * | 1995-09-05 | 1996-10-02 | 徐志俊 | Wheat bran remover |
| CN201470413U (en) * | 2009-08-20 | 2010-05-19 | 浙江展诚机械有限公司 | Differential double-roll rice polisher |
| CN102688788A (en) * | 2012-06-14 | 2012-09-26 | 何灏 | Vertical rice polisher |
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