CN110404778A - A kind of rice germ system of processing - Google Patents
A kind of rice germ system of processing Download PDFInfo
- Publication number
- CN110404778A CN110404778A CN201910721946.XA CN201910721946A CN110404778A CN 110404778 A CN110404778 A CN 110404778A CN 201910721946 A CN201910721946 A CN 201910721946A CN 110404778 A CN110404778 A CN 110404778A
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- China
- Prior art keywords
- rice
- ontology
- affixed
- turn
- rice germ
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B1/00—Preparing grain for milling or like processes
- B02B1/04—Wet treatment, e.g. washing, wetting, softening
- B02B1/06—Devices with rotary parts
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B11/00—Arrangement of accessories in apparatus for separating solids from solids using gas currents
- B07B11/06—Feeding or discharging arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B4/00—Separating solids from solids by subjecting their mixture to gas currents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B4/00—Separating solids from solids by subjecting their mixture to gas currents
- B07B4/02—Separating solids from solids by subjecting their mixture to gas currents while the mixtures fall
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B9/00—Combinations of apparatus for screening or sifting or for separating solids from solids using gas currents; General arrangement of plant, e.g. flow sheets
- B07B9/02—Combinations of similar or different apparatus for separating solids from solids using gas currents
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- Cereal-Derived Products (AREA)
Abstract
The present invention relates to rice manufacture fields, are in particular a kind of rice germ systems of processing.Including trembling rice bin, cooperation bucket, connector, processing case, receiver board, turning over rice and turn I, turn over rice and turn II, lead room, vacuum cleaner, water pipe I, water tank, water pipe and air-heater, rice germ is blocked not with lesser quantity whereabouts using two cooperations bucket combined connecting components and eccentric wheel and makes rice germ shake whereabouts generation fugitive dust in order to dust suction；Using receiver board ontology, arc portion I and turning over rice and turning I makes rice germ overturn falling and rout up remaining dirt substance in order to further dust suction, reinforces dust removing effects；Rice germ is rinsed using arc portion II and water, the rice germ after flushing is relatively viscous to carry out draining and transport using turning over rice and turn II pair of rice germ, leads room and wind pressure finally by vibratile the rice germ of humidity is conveyed or dried.
Description
Technical field
The present invention relates to rice manufacture fields, are in particular a kind of rice germ systems of processing.
Background technique
Such as a kind of high-efficient purification filter device of rice processing of Publication No. CN109939934A, structure includes rice
Process pipeline, feed inlet, discharge port, dust exhaust apparatus, vibrator, the first screening and filtering net, the second screening and filtering net and motor, institute
The right hand top for stating rice process pipeline is equipped with feed inlet, and the left part of the feed inlet is equipped with the first screening and filtering net, and described the
The left part of one screening and filtering net is equipped with the second screening and filtering net, and the left side top of the second screening and filtering net is equipped with blower, institute
The inside for stating blower is equipped with high-effective dust-removing net, and the outside of the blower is equipped with metal dusting net, a left side for the rice process pipeline
Side bottom is equipped with discharge port, and the bottom of the discharge port is equipped with collecting vessel, and the top two sides of the collecting vessel are equipped with arc shaped hook,
The two sides of the rice process pipeline are equipped with supporting leg and can efficiently filter impurity, and dust is extracted out and is purified；But the device pair
Dust removing effects are poor when rice is dusted operation, and efficiency of dust collection is low.
Summary of the invention
The object of the present invention is to provide a kind of rice germ system of processing, improve efficiency that rice germ is dusted or clean and
Effect increases rice germ processing efficiency.
The purpose of the present invention is achieved through the following technical solutions:
A kind of rice germ system of processing, including tremble rice bin, cooperation bucket, connector, processing case, receiver board, turn over rice turn I, turn over
Rice turns II, leads room, vacuum cleaner, water pipe I, water tank, water pipe and air-heater, and the cooperation bucket mirror symmetry is arranged two, trembles rice bin
Left and right ends be separately connected cooperation bucket, an affixed connector on the cooperation bucket of right end and trembles rice bin at connector
Connection, the upper surface for trembling rice bin and processing case right end is affixed, and the right side of receiver board and processing case inner end is affixed, turns over rice and turns I and turn over
Rice turns II and connect with processing case, turns over rice and turns I and turn over rice to turn II to be slidably connected with receiver board, turns over rice and turns II positioned at turning over rice turn I
Lower left, lead room and connect with the lower end processed on the left of case, vacuum cleaner with to process box back face affixed and be connected to, the right side of water pipe I
End connection water source, the left end of water pipe I are placed in water tank, and water tank is located in processing case and is located at the lower section of receiver board, the right side of water pipe
End connection water pump, the water pump is affixed with water tank and is connected to, and the left end of water pipe is affixed with receiver board and is connected to, air-heater and processing
Case is affixed, and air-heater is from the right end of room is led to its delivered inside hot wind.
The rice bin of trembling includes trembling rice bin ontology, pushing away a meter inclined plate, motor I and eccentric wheel, described to tremble on the upside of rice bin ontology
Left and right ends are respectively and fixedly connected with one and push away a meter inclined plate, and two push away a meter inclined plate mirror symmetry setting, and motor I, which is fixed in, trembles rice bin ontology
Right end, affixed eccentric wheel on the output shaft of motor I.
The cooperation bucket includes horizontal part, rake, rod piece, limit snap ring I and compressed spring I, the left end of the horizontal part
The right side of setting rake, rod piece and rake is affixed, and the affixed two limits snap ring I of the right end of rod piece, I set of compressed spring in bar
On part, the left end of compressed spring I is contacted with the limit snap ring I for being located at left end；Two horizontal parts respectively with the left and right of trembling rice bin ontology
Both ends are slidably connected, and two push away the inner end of meter inclined plate and the upper surface of two horizontal parts is slidably connected, two rod pieces respectively with tremble
The left and right ends of rice bin ontology are slidably connected, the inner face of two limit snap rings I respectively with the outer end of trembling rice bin ontology left and right ends
Face contact, the outer end of two compressed springs I respectively with the inner end face contact of trembling rice bin ontology left and right ends.
The connector includes that set block, supporting plate and circle roll, and the left end of the set block and supporting plate is affixed, the right end rotation of supporting plate
Connection circle rolling；Set block is fixed on the included limit snap ring I positioned at left end of the cooperation bucket of right end, supporting plate with tremble rice bin sheet
The right side of body is slidably connected, and circle rolling is contacted with eccentric wheel.
The processing case includes processing case ontology, Inlet Network and suction inlet, and the front end face on the right side of the processing case ontology is set
Inlet Network is set, two suction inlets are arranged in the rear end face of processing case ontology；It processes the upper surface of case ontology right end and trembles rice bin ontology
Affixed, one of suction inlet is located at the underface at two rake centers, another suction inlet be located at turn over rice turn I just on
Side.
The receiver board includes receiver board ontology, arc portion I, arc portion II and scupper, is set in the middle part of the receiver board ontology
An arc portion I is set, the left side of receiver board ontology is arranged in arc portion II, and multiple scuppers are arranged in the left side of arc portion II；Receiver board sheet
Body is fixed in the upper right side of processing case ontology inner end, and the right side of receiver board ontology is located at the underface of two rakes.
The rice turn I that turns over includes motor II, axis I, turns over meter plate I and shovel portion I, and the output shaft and axis I of motor II are affixed, axis I
It is affixed at least one turn over meter plate I, each turn over and be respectively provided with a shovel portion I on meter plate I；The rear and front end of axis I is rotatably connected on respectively
The rear and front end of case ontology is processed, the front end of motor II is fixed in the front end face of processing case ontology, and shovel portion I turns in arc portion I
When be slidably connected with the surface of arc portion I.
The rice turn II that turns over includes motor III, axis II, turns over meter plate II, shovel portion II and water hole, the output of the motor III
Axis and axis II are affixed, on axis II it is circumferential uniformly it is affixed at least one turn over meter plate II, each turn over and be respectively provided with a shovel portion on meter plate II
II, it each turns over and multiple water holes is set on meter plate II；Rear and front end of the rear and front end of axis II respectively with processing case ontology rotates
Connection, the quantity for turning over meter plate II, which is not more than, turns over the quantity of meter plate I, turn over when meter plate II turns in arc portion II with the surface of arc portion II
It is slidably connected.
The room of leading includes leading room pedestal, vibration excitor, strut, limit snap ring II and compressed spring II, leads the lower end of room pedestal
Affixed vibration excitor leads and is respectively and fixedly connected with a strut on the quadrangle of room pedestal lower end, affixed two limits snap ring II on each strut,
A compressed spring II is cased on each strut；The right end for leading room pedestal is located at the underface of receiver board ontology left end, and four
Strut is slidably connected with the lower end on the left of processing case ontology, and the limit snap ring II positioned at lower end is contacted with processing case ontology bottom surface,
The upper end face contact of compressed spring II and processing case ontology bottom end.
Do polishing treatment in the upper surface for leading room pedestal.
A kind of rice germ system of processing of the invention has the beneficial effect that
Rice germ is blocked not with lesser quantity whereabouts with eccentric wheel using two cooperation bucket combined connecting components
And so that rice germ shake is fallen and generate fugitive dust in order to dust suction；Using receiver board ontology, arc portion I and turn over rice turn I make rice germ into
Row overturns to fall and routs up remaining dirt substance in order to further dust suction, reinforces dust removing effects；Using arc portion II and water to embryo
Bud rice is rinsed, and the rice germ after flushing is relatively viscous to carry out draining and transport using turning over rice and turn II pair of rice germ, finally by can
Lead room and the wind pressure of vibration are conveyed or are dried to moist rice germ.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram one of rice germ system of processing of the present invention；
Fig. 2 is overall structure diagram two of the invention；
Fig. 3 is of the invention to tremble rice bin structural schematic diagram；
Fig. 4 is cooperation bucket structure schematic diagram of the invention；
Fig. 5 is connecting-piece structure schematic diagram of the invention；
Fig. 6 is processing box structure schematic diagram of the invention；
Fig. 7 is receiver board structural schematic diagram of the invention；
Fig. 8 is that the rice that turns over of the invention turns I structural schematic diagram；
Fig. 9 is that the rice that turns over of the invention turns II structural schematic diagram；
Figure 10 is of the invention to lead cell structure schematic diagram.
In figure: trembling rice bin 1；Tremble rice bin ontology 101；Push away meter inclined plate 102；Motor I 103；Eccentric wheel 104；Cooperation bucket 2；Water
Flat portion 201；Rake 202；Rod piece 203；Limit snap ring I 204；Compressed spring I 205；Connector 3；Cover block 301；Supporting plate 302；Circle
Rolling 303；Process case 4；Process case ontology 401；Inlet Network 402；Suction inlet 403；Receiver board 5；Receiver board ontology 501；Arc portion I
502；Arc portion II 503；Scupper 504；It turns over rice and turns I 6；Motor II 601；Axis I 602；Turn over meter plate I 603；Shovel portion I 604；Rice is turned over to turn
Ⅱ7；Motor III 701；Axis II 702；Turn over meter plate II 703；Shovel portion II 704；Water hole 705；Lead room 8；Lead room pedestal 801；Exciting
Device 802；Strut 803；Limit snap ring II 804；Compressed spring II 805；Vacuum cleaner 9；Water pipe I 10；Water tank 11；Water pipe 12；Air-heater
13。
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Specific embodiment 1:
As Figure 1-10 shows, a kind of rice germ system of processing, including tremble rice bin 1, cooperation bucket 2, connector 3, processing case 4,
Receiver board 5 turns over rice turn I 6, turns over rice turn II 7, leads room 8, vacuum cleaner 9, water pipe I 10, water tank 11, water pipe 12 and air-heater 13, described
Cooperation 2 mirror symmetries of bucket are arranged two, and the left and right ends for trembling rice bin 1 are separately connected a cooperation bucket 2, positioned at the cooperation bucket of right end
An affixed connector 3, connector 3 are connect with rice bin 1 is trembled on 2, tremble rice bin 1 and the upper surface of processing 4 right end of case is affixed, receive
Plate 5 and the right side for processing 4 inner end of case are affixed, turn over rice and turn I 6 and turn over rice and turn II 7 connect with processing case 4, turn over rice turns I 6 and turn over rice
Turn II 7 to be slidably connected with receiver board 5, turns over rice and turn II 7 positioned at the lower left for turning over rice turn I 6, lead under 4 left side of room 8 and processing case
End connection, vacuum cleaner 9 is affixed with processing 4 rear end face of case and is connected to, and the right end of water pipe I 10 connects water source, and the left end of water pipe I 10 is set
In in water tank 11, water tank 11 is located in processing case 4 and is located at the lower section of receiver board 5, and the right end of water pipe 12 connects water pump, the water
It pumps affixed with water tank 11 and is connected to, the left end of water pipe 12 is affixed with receiver board 5 and is connected to, and air-heater 13 and processing case 4 are affixed, heat
Blower 13 is from the right end of room 8 is led to its delivered inside hot wind.Make embryo with eccentric wheel 104 using two 2 combined connecting components 3 of cooperation bucket
Bud rice, which is not blocked with lesser quantity whereabouts and rice germ shake is made to fall, generates fugitive dust in order to dust suction；Utilize reception
Plate ontology 501, arc portion I 502 and turning over rice and turning I 6 makes rice germ overturn falling and rout up remaining dirt substance in order into one
Dust suction is walked, dust removing effects are reinforced；Rice germ is rinsed using arc portion II 503 and water, the rice germ after flushing is relatively viscous to be utilized
It turns over II 7 pairs of rice germs of rice turn and carries out drainings and transport, finally by vibratile room 8 and the wind pressure of leading to moist rice germ progress
Conveying or drying, the water pump arrive market using existing according to actual needs.
Specific embodiment 2:
As Figure 1-10 shows, the rice bin 1 of trembling includes trembling rice bin ontology 101, pushing away meter inclined plate 102, motor I 103 and bias
Wheel 104, the left and right ends for trembling 101 upside of rice bin ontology are respectively and fixedly connected with one and push away meter inclined plate 102, and two push away meter inclined plate 102
Mirror symmetry setting, motor I 103 are fixed in the right end for trembling rice bin ontology 101, affixed eccentric wheel on the output shaft of motor I 103
104.The rice germ that brown rice obtains after kicking the beam and grinding can be added to trembling in rice bin ontology 101, when rice germ is continual
When addition is trembled in rice bin ontology 101, rice germ process pushes away meter inclined plate 102 or the guidance of rake 202 slides downwards.
Specific embodiment 3:
As Figure 1-10 shows, the cooperation bucket 2 includes horizontal part 201, rake 202, rod piece 203, limit I 204 and of snap ring
Rake 202 is arranged in the left end of compressed spring I 205, the horizontal part 201, and rod piece 203 and the right side of rake 202 are affixed,
The affixed two limits snap ring I 204 of the right end of rod piece 203, I 205 sets of compressed spring on rod piece 203, the left end of compressed spring I 205
It is contacted with the limit snap ring I 204 for being located at left end；Two horizontal parts 201 are slided with the left and right ends for trembling rice bin ontology 101 respectively to be connected
Connect, two push away the inner end of meter inclined plate 102 and the upper surface of two horizontal parts 201 is slidably connected, two rod pieces 203 respectively with tremble rice
The left and right ends of case ontology 101 are slidably connected, two limit snap ring I 204 inner face respectively with tremble 101 left and right ends of rice bin ontology
Outer end face contact, the outer end of two compressed springs I 205 respectively with the inner end face contact of trembling 101 left and right ends of rice bin ontology.Embryo
Bud rice by the gap that is generated between two rakes 202 at it is single or it is double fall to receiver board ontology 501, if rice germ is one
Secondary property is largely poured onto when trembling in rice bin ontology 101, and two rakes 202 are generated outside by the gravity that a large amount of rice germs generate
Hold mobile component, slight reciprocal of two rakes 202 moves outward respectively, increases between two rakes 202
Spacing prevents rice germ from blocking, and reduces when rice germ quantity reduces generated gravity, two rakes 202 are because of compressed spring I
205 elastic resets provided cause rice germ blocking to continue into less number of rows to falling to receiver board ontology 501.
Specific embodiment 4:
As Figure 1-10 shows, the connector 3 includes covering block 301, supporting plate 302 and circle rolling 303, the set block 301 and branch
The left end of plate 302 is affixed, the right end rotation connection circle rolling 303 of supporting plate 302；Set block 301 is fixed in 2 institute of cooperation bucket positioned at right end
Including the limit snap ring I 204 positioned at left end on, supporting plate 302 is slidably connected with the right side for trembling rice bin ontology 101, circle rolling 303 with
Eccentric wheel 104 contacts.Start motor I 103, the output shaft band movable eccentric wheel 104 of motor I 103 rotates, and eccentric wheel 104 passes through circle
Rolling 303 drives set block 301 to carry out micro bilateral reciprocation, and then the rake 202 for being located at right side carries out micro left and right
It moves back and forth, and then prevents rice germ from blocking.
Specific embodiment 5:
As Figure 1-10 shows, the processing case 4 includes processing case ontology 401, Inlet Network 402 and suction inlet 403, described to add
Inlet Network 402 is arranged in the front end face on 401 right side of work case ontology, and two suction inlets 403 are arranged in the rear end face of processing case ontology 401；
It processes the upper surface of 401 right end of case ontology and to tremble rice bin ontology 101 affixed, one of suction inlet 403 is located at two rakes
The underface at 202 centers, another suction inlet 403, which is located at, turns over the surface that rice turns I 6.Start vacuum cleaner 9, a large amount of dirt class objects
Matter is drawn by being located at the suction inlet 403 immediately below two rakes 202 by vacuum cleaner 9.
Specific embodiment 6:
As Figure 1-10 shows, the receiver board 5 includes receiver board ontology 501, arc portion I 502, arc portion II 503 and scupper
504, an arc portion I 502 is arranged in the middle part of the receiver board ontology 501, and a left side for receiver board ontology 501 is arranged in arc portion II 503
Multiple scuppers 504 are arranged in the left side of side, arc portion II 503；Receiver board ontology 501 is fixed in the right side of processing 401 inner end of case ontology
Top, the right side of receiver board ontology 501 are located at the underface of two rakes 202.The size of scupper 504 should cannot make rice grain pattern
It crosses, when rice germ is continuously fallen at less number of rows to receiver board ontology 501, because colliding rake 202 before rice germ
Itself generate shake or because rake 202 it is continuous movement so that make itself generate shake can inspire a large amount of dirt substances so as to
In dust suction, if need to be further processed to rice germ, such as cleaning, which cleans or needs to prepare pure white rice, is processed by shot blasting Shi Yaoti
It is preceding wet, it is filled the water at this time by water pipe I 10 into water tank 11, starts the water pump connected on water pipe 12, the water in water tank 11 is infused
Enter in arc portion II 503, water then passes through scupper 504 and flows away, position of the processing case ontology 401 immediately below corresponding scupper 504
Setting opening is set, convenient for the recycling of water, such as irrigating or being filtered recycles water, and rice germ passes through arc portion II 503
When constantly rinsed by flowing water.
Specific embodiment 7:
As Figure 1-10 shows, the rice turn I 6 that turns over includes motor II 601, axis I 602, turns over meter plate I 603 and shovel portion I 604, electricity
The output shaft of machine II 601 and axis I 602 are affixed, axis I 602 it is affixed at least one turn over meter plate I 603, each turn over and be all provided on meter plate I 603
Set a shovel portion I 604；The rear and front end of axis I 602 is rotatably connected on the rear and front end of processing case ontology 401, motor II respectively
601 front end be fixed in processing case ontology 401 front end face, when shovel portion I 604 turns in arc portion I 502 with the table of arc portion I 502
Face is slidably connected.Start motor II 601, the output shaft band moving axis I 602 of motor II 601 rotates, and meter plate I 603 is turned in the drive of axis I 602
It is rotated with shovel portion I 604, rice germ is because the guidance of receiver board ontology 501 slides to arc portion I 502, the shovel portion I that is then rotated
604 scoop up, and get rid of on next section of receiver board ontology 501 as the rotation rice germ in shovel portion I 604 constantly goes over, pass through overturning
It gets rid of and ejects dirt substance remaining on rice germ, using vacuum cleaner 9 and another suction inlet 403 by remaining dirt class object
Matter siphons away, and rice germ dedusting at this time finishes.
Specific embodiment 8:
As Figure 1-10 shows, the rice turn II 7 that turns over includes motor III 701, axis II 702, turns over meter plate II 703, shovel portion II 704
With water hole 705, the output shaft and axis II 702 of the motor III 701 are affixed, on axis II 702 it is circumferential uniformly it is affixed at least one
Meter plate II 703 is turned over, each turns over and is respectively provided with a shovel portion II 704 on meter plate II 703, each turn over and multiple mistakes are set on meter plate II 703
Water hole 705；Rear and front end of the rear and front end of axis II 702 respectively with processing case ontology 401 is rotatablely connected, and turns over meter plate II 703
Quantity is not more than the quantity for turning over meter plate I 603, turns over sliding with the surface of arc portion II 503 when meter plate II 703 turns in arc portion II 503
Dynamic connection.Start motor III 701, the output shaft band moving axis II 702 of motor III 701 rotates, and meter plate II 703 is turned in the drive of axis II 702
It is rotated with shovel portion II 704, the rice germ after rinsing is scooped up overturning and gets rid of guide room pedestal 801, water hole 705 by shovel portion II 704
Shovel portion II 704 is set not scoop up water, the quantity for turning over meter plate II 703 cannot be to prevent rice germ from existing more than the reason of turning over meter plate I 603
Being turned over after meter plate I 603 overturns can fall to the another side for turning over meter plate II 703, i.e., cannot " scraper bowl " similar with the formation of shovel portion II 704 knot
The one side of structure, rice germ cannot be rinsed by flowing water at this time, directly turned over meter plate II 703 and overturned on guide room pedestal 801.
Specific embodiment 9:
As Figure 1-10 shows, the room 8 of leading includes leading room pedestal 801, vibration excitor 802, strut 803, limit II 804 and of snap ring
Compressed spring II 805 leads the affixed vibration excitor 802 in lower end of room pedestal 801, leads and be respectively and fixedly connected on the quadrangle of 801 lower end of room pedestal
One strut 803, affixed two limits snap ring II 804 on each strut 803 are cased with a compression bullet on each strut 803
Spring II 805；The right end for leading room pedestal 801 is located at the underface of 501 left end of receiver board ontology, four struts 803 with processing case
The lower end in 401 left side of ontology is slidably connected, and the limit snap ring II 804 positioned at lower end is contacted with processing 401 bottom surface of case ontology, compresses bullet
The upper end face contact of spring II 805 and processing 401 bottom end of case ontology.Start vibration excitor 802, wet rice germ is helped to glide, prevents
The tension of sealing influences the movement of rice germ, as needed, if air-heater 13 can be started using hot wind to leading by preparing rice germ
Rice germ in room 8 assists its downslide while drying, utilize room temperature if need to prepare pure white rice and can start air-heater 13
Wind assists rice germ to glide, and vibration excitor 802 is existing in market purchasing according to specification of equipment.
Specific embodiment 10:
As Figure 1-10 shows, polishing treatment is done in the upper surface for leading room pedestal 801.
A kind of rice germ system of processing of the invention, its working principle is that:
The rice germ that brown rice obtains after kicking the beam and grinding can be added to trembling in rice bin ontology 101, when rice germ is to continue not
When disconnected addition is trembled in rice bin ontology 101, rice germ process pushes away meter inclined plate 102 or the guidance of rake 202 slides downwards, plumule
Rice by the gap that is generated between two rakes 202 at it is single or it is double fall to receiver board ontology 501, if rice germ is primary
Property be largely poured onto when trembling in rice bin ontology 101, two rakes 202 are generated outward by the gravity that a large amount of rice germs generate
Mobile component, two rakes 202 are slight to be moved outward respectively, is increased the spacing between two rakes 202, is prevented
Rice germ blocking reduces when rice germ quantity reduces generated gravity, and two rakes 202 are provided because of compressed spring I 205
Elastic reset causes rice germ to continue to start motor I 103, motor I to when falling to receiver board ontology 501 at less number of rows
103 output shaft band movable eccentric wheel 104 rotates, and eccentric wheel 104 by circle rolling 303 drives set blocks 301, and to carry out micro left and right past
Multiple movement, and then the rake 202 for being located at right side carries out micro bilateral reciprocation, and then prevents rice germ from blocking.In embryo
When bud rice is continuously fallen at less number of rows to receiver board ontology 501, generated because colliding rake 202 itself before rice germ
Shake can inspire a large amount of dirt substances because the continuous movement of rake 202 in turn shakes itself generation, start vacuum cleaner
9, a large amount of dirt substances are drawn by being located at the suction inlet 403 immediately below two rakes 202 by vacuum cleaner 9, start motor II
601, the output shaft band moving axis I 602 of motor II 601 rotates, and meter plate I 603 is turned in the drive of axis I 602 and shovel portion I 604 rotates, rice germ
Because the guidance of receiver board ontology 501 slides to arc portion I 502, the shovel portion I 604 being then rotated is scooped up, with shovel portion I 604
Rotation rice germ, which constantly goes over, to be got rid of on next section of receiver board ontology 501, is got rid of by overturning by dirt class remaining on rice germ
Substance ejects, and is siphoned away remaining dirt substance using vacuum cleaner 9 and another suction inlet 403, rice germ dedusting at this time
It finishes；If need to be further processed to rice germ, such as cleaning cleans or needs to prepare when pure white rice is processed by shot blasting and shift to an earlier date
It is wet, it is filled the water at this time by water pipe I 10 into water tank 11, starts the water pump connected on water pipe 12, the water in water tank 11 is injected
In arc portion II 503, water then passes through scupper 504 and flows away, and processing case ontology 401 is in corresponding 504 following location directly of scupper
Upper setting opening, convenient for the recycling of water, such as irrigating or being filtered recycles water, when rice germ passes through arc portion II 503
It is constantly rinsed by flowing water, starts motor III 701, the output shaft band moving axis II 702 of motor III 701 rotates, and the drive of axis II 702 is turned over
Rice plate II 703 and shovel portion II 704 rotate, and the rice germ after rinsing is scooped up overturning and gets rid of guide room pedestal 801 by shovel portion II 704,
Water hole 705 makes shovel portion II 704 not scoop up water, and the quantity for turning over meter plate II 703 cannot be to prevent more than the reason of turning over meter plate I 603
Rice germ can be fallen after being turned over meter plate I 603 and being overturned to the another side for turning over meter plate II 703, i.e., cannot be similar with the formation of shovel portion II 704
The one side of " scraper bowl " structure, rice germ cannot be rinsed by flowing water at this time, directly turned over meter plate II 703 and overturn guide room pedestal
801, start vibration excitor 802, wet rice germ is helped to glide, prevents the tension of water from influencing the movement of rice germ, as needed,
It is assisted under it if preparing rice germ and can start while air-heater 13 dries the rice germ led in room 8 using hot wind
It is sliding, assist rice germ to glide using room temperature wind if pure white rice need to be prepared and can start air-heater 13.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (10)
1. a kind of rice germ system of processing, including tremble rice bin (1), cooperation bucket (2), connector (3), processing case (4), receiver board
(5), rice is turned over to turn I (6), turn over II (7) of rice turn, lead room (8), vacuum cleaner (9), water pipe I (10), water tank (11), water pipe (12) and heat
Blower (13), it is characterised in that: cooperation bucket (2) mirror symmetry is arranged two, and the left and right ends for trembling rice bin (1) are separately connected
One cooperation struggles against (2), an affixed connector (3) on the cooperation bucket (2) of right end, and connector (3) connects with rice bin (1) is trembled
It connects, trembles rice bin (1) and the upper surface of processing case (4) right end is affixed, the right side of receiver board (5) and processing case (4) inner end is affixed, turns over
Rice turns I (6) and turns over rice and turn II (7) connect with processing case (4), turns over rice and turns I (6) and turn over rice turn II (7) to slide with receiver board (5)
Dynamic connection turns over rice and turns II (7) positioned at the lower left for turning over I (6) of rice turn, leads room (8) and connect with the lower end processed on the left of case (4), inhale
Dirt machine (9) is affixed with processing case (4) rear end face and is connected to, and the right end of water pipe I (10) connects water source, and the left end of water pipe I (10) is set
In water tank (11), water tank (11) is located at the lower section in processing case (4) and being located at receiver board (5), the right end connection of water pipe (12)
Water pump, the water pump is affixed with water tank (11) and is connected to, and the left end of water pipe (12) is affixed with receiver board (5) and is connected to, air-heater
(13) affixed with processing case (4), air-heater (13) is from the right end of room (8) is led to its delivered inside hot wind.
2. a kind of rice germ system of processing according to claim 1, it is characterised in that: described tremble rice bin (1) includes trembling rice
Case ontology (101) pushes away a meter inclined plate (102), motor I (103) and eccentric wheel (104), the left side trembled on the upside of rice bin ontology (101)
Right both ends are respectively and fixedly connected with one and push away a meter inclined plate (102), and two push away the setting of a meter inclined plate (102) mirror symmetry, and motor I (103) is affixed
The affixed eccentric wheel (104) on the right end for trembling rice bin ontology (101), the output shaft of motor I (103).
3. a kind of rice germ system of processing according to claim 2, it is characterised in that: the cooperation bucket (2) includes level
Portion (201), rake (202), rod piece (203), limit snap ring I (204) and compressed spring I (205), the horizontal part (201)
Rake (202) are arranged in left end, and rod piece (203) and the right side of rake (202) are affixed, the right end affixed two of rod piece (203)
A limit snap ring I (204), compressed spring I (205) cover on rod piece (203), the left end of compressed spring I (205) be located at left end
Limit snap ring I (204) contact；Two horizontal parts (201) are slidably connected with the left and right ends for trembling rice bin ontology (101) respectively, and two
The upper surface of the inner end and two horizontal parts (201) that push away a meter inclined plate (102) is slidably connected, two rod pieces (203) respectively with tremble rice
The left and right ends of case ontology (101) are slidably connected, two limit snap ring I (204) inner face respectively with tremble rice bin ontology (101) left side
The outer end face contact at right both ends, the outer end of two compressed springs I (205) respectively with tremble the interior of rice bin ontology (101) left and right ends
End face contact.
4. a kind of rice germ system of processing according to claim 3, it is characterised in that: the connector (3) includes set block
(301), supporting plate (302) and circle rolling (303), the set block (301) and the left end of supporting plate (302) are affixed, the right end of supporting plate (302)
Rotation connection circle rolling (303)；Set block (301) is fixed in the limit snap ring I for being located at left end included by the cooperation bucket (2) positioned at right end
(204) on, supporting plate (302) is slidably connected with the right side for trembling rice bin ontology (101), and circle rolling (303) connects with eccentric wheel (104)
Touching.
5. a kind of rice germ system of processing according to claim 4, it is characterised in that: the processing case (4) includes processing
Air inlet is arranged in case ontology (401), Inlet Network (402) and suction inlet (403), the front end face processed on the right side of case ontology (401)
Two suction inlets (403) are arranged in the rear end face of net (402), processing case ontology (401)；Process the upper end of case ontology (401) right end
Face with tremble that rice bin ontology (101) is affixed, one of suction inlet (403) is located at the underface at two rake (202) centers, separately
An outer suction inlet (403), which is located at, turns over the surface that rice turns I (6).
6. a kind of rice germ system of processing according to claim 5, it is characterised in that: the receiver board (5) includes receiving
Plate ontology (501), arc portion I (502), arc portion II (503) and scupper (504), the middle part setting of the receiver board ontology (501)
One arc portion I (502), in the left side of receiver board ontology (501), the left side setting of arc portion II (503) is more for arc portion II (503) setting
A scupper (504)；Receiver board ontology (501) is fixed in the upper right side of processing case ontology (401) inner end, receiver board ontology
(501) right side is located at the underface of two rakes (202).
7. a kind of rice germ system of processing according to claim 6, it is characterised in that: described I (6) of rice turn of turning over include motor
II (601), axis I (602) turn over meter plate I (603) and shovel portion I (604), and the output shaft and axis I (602) of motor II (601) are affixed,
Axis I (602) it is affixed at least one turn over meter plate I (603), each turn over and be respectively provided with a shovel portion I (604) on meter plate I (603)；Axis I
(602) rear and front end is rotatably connected on the rear and front end of processing case ontology (401) respectively, and the front end of motor II (601) is affixed
In the front end face of processing case ontology (401), shovel portion I (604) turn to arc portion I (502) it is interior when it is sliding with the surface of arc portion I (502)
Dynamic connection.
8. a kind of rice germ system of processing according to claim 7, it is characterised in that: the rice that turns over turns II (7) including electric
Machine III (701), axis II (702) turn over meter plate II (703), shovel portion II (704) and water hole (705), the motor III (701)
Output shaft and axis II (702) are affixed, on axis II (702) it is circumferential uniformly it is affixed at least one turn over meter plate II (703), each turn over a meter plate
It is respectively provided with a shovel portion II (704) on II (703), each turns over and multiple water holes (705) is set on meter plate II (703)；Axis II
(702) rear and front end is rotatablely connected with the rear and front end of processing case ontology (401) respectively, turns over the quantity of meter plate II (703) not
More than the quantity for turning over meter plate I (603), turn over meter plate II (703) turn to arc portion II (503) it is interior when with the surface of arc portion II (503)
It is slidably connected.
9. a kind of rice germ system of processing according to claim 8, it is characterised in that: described lead room (8) include leading room bottom
Seat (801), vibration excitor (802), strut (803), limit snap ring II (804) and compressed spring II (805), lead room pedestal (801)
The affixed vibration excitor in lower end (802) leads and is respectively and fixedly connected with a strut (803), each strut on the quadrangle of room pedestal (801) lower end
(803) affixed two limit snap rings II (804) on are cased with a compressed spring II (805) on each strut (803)；Lead room
The right end of pedestal (801) is located at the underface of receiver board ontology (501) left end, four struts (803) with processing case ontology
(401) lower end on the left of is slidably connected, and the limit snap ring II (804) positioned at lower end is contacted with processing case ontology (401) bottom surface, compresses
The upper end face contact of spring II (805) and processing case ontology (401) bottom end.
10. a kind of rice germ system of processing according to claim 9, it is characterised in that: described to lead the upper of room pedestal (801)
Do polishing treatment in end face.
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| CN201910721946.XA CN110404778A (en) | 2019-08-06 | 2019-08-06 | A kind of rice germ system of processing |
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| CN201910721946.XA CN110404778A (en) | 2019-08-06 | 2019-08-06 | A kind of rice germ system of processing |
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