CN207770319U - A kind of rice bran is cracked rice screening plant - Google Patents
A kind of rice bran is cracked rice screening plant Download PDFInfo
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- CN207770319U CN207770319U CN201721806650.0U CN201721806650U CN207770319U CN 207770319 U CN207770319 U CN 207770319U CN 201721806650 U CN201721806650 U CN 201721806650U CN 207770319 U CN207770319 U CN 207770319U
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Abstract
It cracks rice screening plant the utility model discloses a kind of rice bran；Belong to grain screening plant technical field；Technical points include rack, and the rack is equipped with mounting bracket, and screening slot is provided tiltedly on the upside of mounting bracket, and vibrating device is equipped between mounting bracket and screening slot；It is equipped in screening slot higher end bottom and the discharge nozzle connecting is connected inside screening slot；Lower feed box is equipped on the upside of the relatively low one end of screening slot, the lower feed box upper end is connect with tremie pipe and negative tube respectively, and the negative tube is connect with external negative pressure device；Connection is connected with negative pressure channel lower end for the negative pressure channel for being respectively formed the blanking channel be connected with tremie pipe in lower feed box and being connected with negative tube, the blanking channel lower end, and lower feed box on the downside of connecting portion is connected with negative pressure channel and is equipped with discharge port for blanking channel；The utility model is intended to provide a kind of good rice bran of compact-sized, easy for installation and using effect and cracks rice screening plant；For removing rice bran or other impurity in cracking rice.
Description
Technical field
The utility model is related to a kind of screening plants, and more specifically more particularly to a kind of rice bran is cracked rice screening plant.
Background technology
In rice process, it will produce after rice mill rolls and largely crack rice, in conventional processes, by
Contain a large amount of rice bran in the cracking rice of this part, if being directly collected processing, these, which are cracked rice, can only be used as secondary level-one
Product is sold with lower price, while wasting a large amount of crack rice, also results in higher economic loss.It is broken to this part
When meter Jin Hang Screening Treatments, certain inconvenience is will also result in containing partial impurities or larger particle in cracking rice.
Utility model content
The purpose of this utility model is that in view of the above shortcomings of the prior art, providing a kind of compact-sized, easy for installation
And the good rice bran of using effect is cracked rice screening plant.
What the technical solution of the utility model was realized in：A kind of rice bran is cracked rice screening plant, including rack, wherein institute
It states rack and is equipped with mounting bracket, screening slot is provided tiltedly on the upside of mounting bracket, vibration dress is equipped between mounting bracket and screening slot
It sets；It is equipped in screening slot higher end bottom and the discharge nozzle connecting is connected inside screening slot；On the upside of the relatively low one end of screening slot
Equipped with lower feed box, the lower feed box upper end is connect with tremie pipe and negative tube respectively, and the negative tube connects with external negative pressure device
It connects；The negative pressure channel for being respectively formed the blanking channel be connected with tremie pipe in lower feed box and being connected with negative tube, under described
Connection is connected with negative pressure channel lower end for material channel lower end, and blanking channel is connected with negative pressure channel and is set on lower feed box on the downside of connecting portion
There is discharge port.
A kind of above-mentioned rice bran is cracked rice in screening plant, the lower feed box of the blanking channel side be vertically equipped with into
Air port, is vertically equipped at intervals with several pieces of stock guides between the blanking chamber interior wall on the inside of air inlet, between each stock guide
Air inlet gap is cooperatively formed, each stock guide upper surface carries out guide with tremie pipe cooperation；In lower feed box upper edge air inlet length side
To equipped with guide groove, it is equipped with air inlet adjustment plate in guide groove, operation handle is equipped on air inlet adjustment plate.
A kind of above-mentioned rice bran is cracked rice in screening plant, slot is equipped on the negative tube in the horizontal direction, in slot
Equipped with adjustable plate, the adjustable plate end extends in negative tube and cooperatively forms regulating tuyere with negative pressure inside pipe wall.
A kind of above-mentioned rice bran is cracked rice in screening plant, and the mounting bracket upper surface is inclined-plane with left lower than right, the sieve
Divide slot parallel with mounting bracket upper surface；Sieve is equipped in the screening slot, the sieve is obliquely installed in left lower than right；The sieve
It is the inclined-plane of right low left high to divide slot inner bottom surface, is equipped with discharge hole in screening slot bottom right side, the discharge hole is connected with discharge nozzle
Connection.
A kind of above-mentioned rice bran is cracked rice in screening plant, oscillating plate is equipped in the screening slot on the downside of sieve, in oscillating plate
On several through-holes are distributed with, between oscillating plate and sieve be equipped with several vibration beads；If being equipped between sieve and oscillating plate
Screening slot between sieve and oscillating plate is separated into several vibration cavities by dry partition board, each partition board cooperation, and vibration bead is distributed in
In each vibration cavity.
A kind of above-mentioned rice bran is cracked rice in screening plant, the vibrating device by be located on mounting bracket driving motor, with
The driving wheel of driving motor power output axis connection, the driven wheel for being located at driving wheel side, around be located at driving wheel and driven wheel it
Between transmission belt, the first rotating shaft being located in driven wheel, the eccentric stiffener that is located on mounting bracket and is connect with first rotating shaft and
It is located at eccentric stiffener both sides and is flexibly connected the link composition of mounting bracket and screening slot, the eccentric stiffener connects with one of
Connect frame connection.
A kind of above-mentioned rice bran is cracked rice in screening plant, the eccentric stiffener by be located on the mounting bracket of driven wheel side
One bearing block, the first bearing being located in first bearing seat are located on mounting bracket and the capacity eccentric bearing opposite with first bearing seat
Seat, be located in eccentric bearing block capacity eccentric bearing, be threaded through in capacity eccentric bearing eccentric shaft, be located at eccentric shaft inner end and with it is inclined
The vertical connecting rod of mandrel, the fifth wheel being located on eccentric shaft and the interlocking bar for being arranged radially in fifth wheel outer wall composition,
The first rotating shaft free end is connect after passing through first bearing with connecting rod, and the interlocking bar is hinged with one of link；
The first rotating shaft central axes are overlapped with straight line where capacity eccentric bearing center of rotation.
A kind of above-mentioned rice bran is cracked rice in screening plant, and the link is located at two of screening slot lower face by being spaced
Two bearing bracket, the second bearing being located in second bearing seat, be located on mounting bracket and with the one-to-one third of second bearing seat
Bearing block, the second shaft being located between two second bearings, is located at two thirds at the 3rd bearing being located in 3rd bearing seat
Third shaft between bearing, the second shaft of connection are with two supporting rods of third shaft and connect the connections of two supporting rods
Board group on connecting plate at setting there are two hinged seat, the eccentric stiffener is hinged with two hinged seats.
A kind of above-mentioned rice bran is cracked rice in screening plant, and the screening slot right side wall is equipped with secondary discharging mechanism, described
Secondary discharging mechanism by the groove body being located on screening slot right side wall, the discharging inclined plate being located in groove body, be located on groove body right side wall
Discharge openings and be located at control panel composition on the inside of discharge openings on groove body；It is equipped on screening slot and connection is connected with groove body
Notch.
The utility model with the above structure, by matched blanking channel and negative pressure channel, passes through regulating tuyere
The suction of negative pressure channel is controlled, enabling to crack rice is efficiently separated with rice bran, high degree of automation, and screening efficiency is high；It is logical
It crosses and is obliquely installed screening slot and sieve, screened cracking rice, larger impurity is filtered on sieve top, is effectively sieved
It larger impurity and cracks rice；By vibrating device vibration screen, improve screening efficiency, while coordinating vibration bead, impact screen and
Oscillating plate prevents sieve or oscillating plate from blocking；Secondary discharging mechanism can sift out more secondary cracking rice, and improve the yield cracked rice,
It increases economic efficiency.
Description of the drawings
The utility model is described in further detail for embodiment in below in conjunction with the accompanying drawings, but does not constitute to this reality
With novel any restrictions.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the schematic cross-sectional view of the utility model lower feed box；
Fig. 3 is the structural schematic diagram of the utility model screening slot；
Fig. 4 is the partial enlargement structural representation at A in Fig. 3；
Fig. 5 is the structural schematic diagram of the utility model eccentric stiffener；
Fig. 6 is the structural schematic diagram of the utility model link.
In figure：Rack 1, screening slot 3, discharge hole 3a, vibrating device 4, driving motor 4a, driven wheel 4b, passes mounting bracket 2
Dynamic band 4c, first rotating shaft 4d, link 4e, first bearing seat 4f, eccentric bearing block 4g, capacity eccentric bearing 4h, eccentric shaft 4i, connection
Bar 4j, fifth wheel 4k, interlocking bar 4l, second bearing seat 4m, 3rd bearing seat 4n, the second shaft 4o, third shaft 4p, supporting rod
4q, connecting plate 4r, hinged seat 4s, discharge nozzle 5, lower feed box 6, guide groove 6a, tremie pipe 7, negative tube 8, blanking channel 9, negative pressure
Channel 10, stock guide 11, air inlet adjustment plate 12, adjustable plate 13, regulating tuyere 14, sieve 15, oscillating plate 16, through-hole 16a, vibration
Bead 17, partition board 18, secondary discharging mechanism 19, groove body 19a, discharging inclined plate 19b, discharge openings 19c, control panel 19d.
Specific implementation mode
It is the orientation description with reference to figure, orientation description is only it should be noted that the orientation description of middle left and right is described below
It is not to realize the absolute orientation of the utility model in order to more clearly describe embodiment, do not limit the guarantor of the utility model
Protect range.
Refering to fig. 1 to shown in Fig. 6, a kind of rice bran of the utility model is cracked rice screening plant, including rack 1, the rack 1
It is equipped with mounting bracket 2, screening slot 3 is provided tiltedly in 2 upside of mounting bracket, vibrating device is equipped between mounting bracket 2 and screening slot 3
4。
In the present embodiment, the vibrating device 4 by be located on mounting bracket 2 driving motor 4a, move with driving motor 4a
Power output shaft connection driving wheel, be located at driving wheel side driven wheel 4b, around the biography being located between driving wheel and driven wheel 4b
It is dynamic with 4c, the first rotating shaft 4d being located in driven wheel 4b, the eccentric stiffener for being located on mounting bracket 2 and being connect with first rotating shaft 4d with
And be located at eccentric stiffener both sides and be flexibly connected the link 4e compositions of mounting bracket 2 and screening slot 3, the eccentric stiffener with wherein
One link 4e connection.
The eccentric stiffener by be located on the mounting bracket of the sides driven wheel 4b first bearing seat 4f, be located at first bearing seat 4f
Interior first bearing is located on mounting bracket 2 and the eccentric bearing block 4g opposite with first bearing seat 4f, is located at eccentric bearing block 4g
Interior capacity eccentric bearing 4h, the eccentric shaft 4i being threaded through in capacity eccentric bearing 4h, eccentric shaft 4i inner ends are located at and are hung down with eccentric shaft 4i
Straight connecting rod 4j, the fifth wheel 4k being located on eccentric shaft 4i and the interlocking bar 4l groups for being arranged radially in fifth wheel 4k outer walls
At the free ends the first rotating shaft 4d are connect after passing through first bearing with connecting rod 4j, and the interlocking bar 4l connects with one of
It is hinged to meet frame 4e；The central axes the first rotating shaft 4d are overlapped with straight line where capacity eccentric bearing 4h centers of rotation.
The link 4e is located at two second bearing seat 4m of 3 lower face of screening slot by being spaced, is located at second bearing seat
Second bearing in 4m, be located on mounting bracket 2 and with the one-to-one 3rd bearing seat 4n of second bearing seat 4m, be located at third axis
3rd bearing in bearing 4n, the second shaft 4o being located between two second bearings, be located between two 3rd bearings
Three shaft 4p, the second shaft 4o of connection are with two supporting rod 4q of third shaft 4p and connect the connecting plate of two supporting rod 4q
4r is formed, and is set on connecting plate 4r there are two hinged seat 4s, and the eccentric stiffener is hinged with two hinged seat 4s, eccentric stiffener
Two hinged seat 4s of interlocking bar 4l and one of link 4e are hinged, in the present embodiment, the company of interlocking bar 4l and right side
Connect frame 4e connections.
Using this structure, driving motor 4a drives driven wheel 4b to rotate by driving wheel, transmission belt 4c, driven wheel 4b bands
Dynamic first rotating shaft 4d is rotated in first bearing seat 4f, and the inner ends first rotating shaft 4d drive connecting rod 4j and eccentric shaft 4i rotations, the
One central axes shaft 4d are located along the same line with eccentric shaft 4i centers of rotation, and eccentric shaft 4i is enable to carry out eccentric rotary, even
Cock wheel 4k pushes link 4e that screening slot 3 is made constantly to shake by interlocking bar 4l.
It is equipped in 3 higher end bottom of screening slot and the discharge nozzle 5 connecting is connected inside screening slot 3.Preferably, the peace
It is inclined-plane with left lower than right to shelve 2 upper surfaces, and the screening slot 3 is parallel with 2 upper surface of mounting bracket；It is equipped in the screening slot 3
Sieve 15, the sieve 15 are obliquely installed in left lower than right；3 inner bottom surface of the screening slot is the inclined-plane of right low left high, is being sieved
3 bottom right side of slot is equipped with discharge hole 3a, the discharge hole 3a and is connected with the conducting of discharge nozzle 5.In the present embodiment, 2 upper end of mounting bracket
Angle between face and horizontal plane is 4-8 °, and sieve 15 is parallel with 2 upper surface of mounting bracket, 3 inner bottom surface of screening slot and horizontal plane it
Between angle be 5-10 °, using this structure, conveniently crack rice and entered in discharge hole 3a from 3 inner bottom surface of screening slot, in discharge nozzle
5 downside setting collection devices are collected cracking rice of screening out with facilitating.
Sieve 15 blocks in order to prevent, is equipped with oscillating plate 16 in the screening slot 3 of 15 downside of sieve, divides on oscillating plate 16
Several through-hole 16a are furnished with, several vibration beads 17 are equipped between oscillating plate 16 and sieve 15；Sieve 15 and oscillating plate 16 it
Between be equipped with several partition boards 18, the screening slot 3 between sieve 15 and oscillating plate 16 is separated into several vibrations by the cooperation of each partition board 18
Chamber, vibration bead 17 are distributed in each vibration cavity.Using this structure, when screening slot 3 vibrates, vibration bead 17 hits oscillating plate
16 and sieve 15, it can prevent sieve 15 from blocking, while can also make to crack rice to fall to bottom in screening slot 3 along through-hole 16a.
On the upside of 3 relatively low one end of screening slot be equipped with lower feed box 6,6 upper end of the lower feed box respectively with tremie pipe 7 and negative tube
8 connections, the negative tube 8 are connect with external negative pressure device, and tremie pipe upper end is connect with external crushed aggregates device.In lower feed box 6
The negative pressure channel 10 for being respectively formed the blanking channel 9 be connected with tremie pipe 7 and being connected with negative tube 8, under the blanking channel 9
Connection is connected with 10 lower end of negative pressure channel for end, and blanking channel 9 is connected lower feed box 6 on the downside of connecting portion with negative pressure channel 10 and is equipped with
Discharge port.Demarcation strip is equipped in lower feed box 6, demarcation strip will be separated into blanking channel 9 and negative pressure channel 10 inside lower feed box.From
Tremie pipe 7 enters the rice bran for including in the cracking rice of blanking channel 9, and at the position with the conducting connection of negative pressure channel 10, is inhaled by negative pressure
It walks, cracks rice out of, discharge port falls into downside screening slot 3.
Preferably, the lower feed box 6 of 9 side of the blanking channel is vertically equipped with air inlet, on the inside of air inlet
It is vertically equipped at intervals with several pieces of stock guides 11 between 6 inner wall of lower feed box, is cooperatively formed between each stock guide 11 between air inlet
Gap, 11 upper surface of each stock guide carry out guide with the cooperation of tremie pipe 7；It is equipped with and is oriented in 6 upper edge air inlet length direction of lower feed box
Slot 6a is equipped with air inlet adjustment plate 12 in guide groove 6a, and operation handle is equipped on air inlet adjustment plate 12.Using this structure,
When the insufficient pressure between blanking channel 9 and negative pressure channel 10, the size of air inlet is adjusted by air inlet adjustment plate 12, to
Change the suction of 10 lower end of negative pressure channel.
The negative pressure pressure of negative pressure channel 10 is adjusted for convenience, is equipped with and inserts in the horizontal direction on the negative tube 8
Slot, is equipped with adjustable plate 13 in slot, and 13 end of the adjustable plate extends in negative tube 8 and coordinates shape with 8 inner wall of negative tube
At regulating tuyere 14.Change the size of regulating tuyere 14 by changing the amount of stretching into of adjustable plate 13.
In order to further increase the organic efficiency to cracking rice, 3 right side wall of the screening slot is equipped with secondary discharging mechanism 19,
It is described secondary discharging mechanism 19 by the groove body 19a being located on 3 right side wall of screening slot, the discharging inclined plate 19b being located in groove body 19a,
The discharge openings 19c being located on groove body 19a right side walls and the control panel 19d groups being located on discharge openings 19c inside groove body 19a
At；The notch that connection is connected with groove body 19a is equipped on screening slot 3.Screening slot 3 is during vibration, with sieve 15
Constantly vibration is cracked rice out of, the mesh of sieve 15 falls to downside screening slot 3, while larger impurity particle is due to itself
The effect of gravity is sized in 15 relatively low one end of sieve, some quality are smaller to crack rice, and in vibration, is made a clean sweep of from sieve 15
Enter in groove body 19a, is then collected to re-use.
When work, including cracking rice for a large amount of rice brans is entered by tremie pipe 7 in blanking channel 9, rice bran is in negative pressure channel 10
Place is sucked away, and by adjusting the size of air inlet, regulating tuyere 14, be disclosure satisfy that and is fallen on screening slot 3 under cracking rice and rice bran edge is negative
Pressure passageway 10 is inhaled into external negative pressure device；Screening slot 3 is constantly vibrated under the drive of driving motor 4a, under fall on sieve
Divide slot 3 to crack rice by vibrosieve, processing be collected after the satisfactory export of discharge nozzle 5 cracked rice by 3 downside of screening slot,
In vibration processes, the larger impurity of quality or particle are filtered on sieve 15, while secondary discharging mechanism 19 can be collected
Part is cracked rice, and is improved the rate of recovery cracked rice, is increased economic efficiency.
Embodiment provided above is the better embodiment of the utility model, only is used for facilitating illustrating the utility model, and
It is non-to impose any limitation on the present invention, any those of ordinary skill in the art, if not departing from
In the range of the carried technical characteristic of the utility model, locally changes or repair using made by the utility model disclosed technology content
The equivalent embodiment of decorations, and without departing from the technical characteristics of the utility model content, still fall within the utility model technical characteristic
In the range of.
Claims (9)
- The screening plant 1. a kind of rice bran is cracked rice, including rack (1), which is characterized in that the rack (1) is equipped with mounting bracket (2), It is provided tiltedly with screening slot (3) on the upside of mounting bracket (2), vibrating device (4) is equipped between mounting bracket (2) and screening slot (3)； Screening slot (3) higher end bottom is equipped with the discharge nozzle (5) with conducting connection inside screening slot (3)；In screening slot (3) relatively low one End upside is equipped with lower feed box (6), and lower feed box (6) upper end is connect with tremie pipe (7) and negative tube (8) respectively, the negative pressure Pipe (8) is connect with external negative pressure device；Be respectively formed in the lower feed box (6) with the blanking channel (9) of tremie pipe (7) conducting and With the negative pressure channel (10) of negative tube (8) conducting, connection is connected with negative pressure channel (10) lower end in blanking channel (9) lower end, Blanking channel (9) is equipped with discharge port with lower feed box (6) on the downside of negative pressure channel (10) conducting connecting portion.
- The screening plant 2. a kind of rice bran according to claim 1 is cracked rice, which is characterized in that blanking channel (9) side Lower feed box (6) be vertically equipped with air inlet, be vertically spaced between lower feed box (6) inner wall on the inside of air inlet Equipped with several pieces of stock guides (11), air inlet gap is cooperatively formed between each stock guide (11), each stock guide (11) upper surface is under Expects pipe (7) cooperation carries out guide；It is equipped with guide groove (6a) in lower feed box (6) upper edge air inlet length direction, at guide groove (6a) It is interior to be equipped with air inlet adjustment plate (12), operation handle is equipped on air inlet adjustment plate (12).
- The screening plant 3. a kind of rice bran according to claim 1 is cracked rice, which is characterized in that negative tube (8) the upper edge water Square to equipped with slot, be equipped with adjustable plate (13) in slot, adjustable plate (13) end extend in negative tube (8) and with Negative tube (8) inner wall cooperatively forms regulating tuyere (14).
- The screening plant 4. a kind of rice bran according to claim 1 is cracked rice, which is characterized in that mounting bracket (2) upper surface For inclined-plane with left lower than right, the screening slot (3) is parallel with mounting bracket (2) upper surface；Sieve is equipped in the screening slot (3) (15), the sieve (15) is obliquely installed in left lower than right；Screening slot (3) inner bottom surface is the inclined-plane of right low left high, is being sieved Slot (3) bottom right side is divided to be equipped with discharge hole (3a), the discharge hole (3a) connects with discharge nozzle (5) conducting.
- The screening plant 5. a kind of rice bran according to claim 4 is cracked rice, which is characterized in that the screening on the downside of sieve (15) It is equipped with oscillating plate (16) in slot (3), several through-holes (16a) are distributed on oscillating plate (16), in oscillating plate (16) and sieve (15) several vibration beads (17) are equipped between；Between sieve (15) and oscillating plate (16) be equipped with several partition boards (18), respectively every Screening slot (3) between sieve (15) and oscillating plate (16) is separated into several vibration cavities by plate (18) cooperation, vibrates bead (17) it is distributed in each vibration cavity.
- The screening plant 6. a kind of rice bran according to claim 1 is cracked rice, which is characterized in that the vibrating device (4) is by setting The driving wheel of driving motor (4a) and driving motor (4a) power output axis connection on mounting bracket (2) is located at driving wheel side The driven wheel (4b) on side, around the transmission belt (4c) being located between driving wheel and driven wheel (4b), be located in driven wheel (4b) One shaft (4d), the eccentric stiffener for being located on mounting bracket (2) and being connect with first rotating shaft (4d) and it is located at eccentric stiffener both sides And it is flexibly connected link (4e) composition of mounting bracket (2) and screening slot (3), the eccentric stiffener and one of link (4e) is connected.
- The screening plant 7. a kind of rice bran according to claim 6 is cracked rice, which is characterized in that the eccentric stiffener by be located at from First bearing seat (4f) on the mounting bracket of the side driving wheel (4b), is located at installation at the first bearing being located in first bearing seat (4f) The eccentric bearing block (4g) opposite on frame (2) and with first bearing seat (4f), the capacity eccentric bearing being located in eccentric bearing block (4g) (4h), the eccentric shaft (4i) being threaded through in capacity eccentric bearing (4h) are located at eccentric shaft (4i) inner end and vertical with eccentric shaft (4i) Connecting rod (4j), the fifth wheel (4k) that is located on eccentric shaft (4i) and the linkage for being arranged radially in fifth wheel (4k) outer wall Bar (4l) forms, and first rotating shaft (4d) free end is connect after passing through first bearing with connecting rod (4j), the interlocking bar (4l) is hinged with one of link (4e)；The first rotating shaft central axes (4d) and capacity eccentric bearing (4h) center of rotation place Straight line overlaps.
- The screening plant 8. a kind of rice bran described according to claim 6 or 7 is cracked rice, which is characterized in that the link (4e) by Interval is located at two second bearing seats (4m) of screening slot (3) lower face, the second bearing being located in second bearing seat (4m), sets On mounting bracket (2) and with the one-to-one 3rd bearing seat (4n) of second bearing seat (4m), be located in 3rd bearing seat (4n) 3rd bearing, the second shaft (4o) being located between two second bearings, the third shaft that is located between two 3rd bearings (4p), the second shaft of connection (4o) are with two supporting rods (4q) of third shaft (4p) and connect the companies of two supporting rods (4q) Fishplate bar (4r) forms, and is set on connecting plate (4r) there are two hinged seat (4s), the eccentric stiffener and two hinged seats (4s) are cut with scissors It connects.
- The screening plant 9. a kind of rice bran according to claim 1 is cracked rice, which is characterized in that screening slot (3) right side wall It is equipped with secondary discharging mechanism (19), the secondary discharging mechanism (19) is by the groove body that is located on screening slot (3) right side wall (19a), the discharging inclined plate (19b) being located in groove body (19a), the discharge openings (19c) being located on groove body (19a) right side wall and It is located at control panel (19d) composition on the inside of discharge openings (19c) on groove body (19a)；It is equipped on screening slot (3) and groove body The notch of (19a) conducting connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721806650.0U CN207770319U (en) | 2017-12-21 | 2017-12-21 | A kind of rice bran is cracked rice screening plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721806650.0U CN207770319U (en) | 2017-12-21 | 2017-12-21 | A kind of rice bran is cracked rice screening plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207770319U true CN207770319U (en) | 2018-08-28 |
Family
ID=63227395
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721806650.0U Active CN207770319U (en) | 2017-12-21 | 2017-12-21 | A kind of rice bran is cracked rice screening plant |
Country Status (1)
| Country | Link |
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| CN (1) | CN207770319U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112317319A (en) * | 2020-10-12 | 2021-02-05 | 武汉轻工大学 | Broken rice separating equipment of rice bran and rice processing all-in-one |
| CN112439692A (en) * | 2020-12-08 | 2021-03-05 | 澧县羊湖口水工机械有限责任公司 | Machine part screening plant convenient to accomodate storage |
| CN113333284A (en) * | 2021-06-01 | 2021-09-03 | 弓建昌 | Swing screening device |
| CN114850027A (en) * | 2022-04-29 | 2022-08-05 | 武汉竹禾粮食机械有限公司 | Rice grading screen capable of cooling rice quickly |
-
2017
- 2017-12-21 CN CN201721806650.0U patent/CN207770319U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112317319A (en) * | 2020-10-12 | 2021-02-05 | 武汉轻工大学 | Broken rice separating equipment of rice bran and rice processing all-in-one |
| CN112439692A (en) * | 2020-12-08 | 2021-03-05 | 澧县羊湖口水工机械有限责任公司 | Machine part screening plant convenient to accomodate storage |
| CN113333284A (en) * | 2021-06-01 | 2021-09-03 | 弓建昌 | Swing screening device |
| CN113333284B (en) * | 2021-06-01 | 2023-01-13 | 新疆中经宏泰石油技术服务有限公司 | Swing screening device |
| CN114850027A (en) * | 2022-04-29 | 2022-08-05 | 武汉竹禾粮食机械有限公司 | Rice grading screen capable of cooling rice quickly |
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