CN201823559U - Fabricating machinery process adopting wind power to convey rice - Google Patents
Fabricating machinery process adopting wind power to convey rice Download PDFInfo
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- CN201823559U CN201823559U CN2010205438700U CN201020543870U CN201823559U CN 201823559 U CN201823559 U CN 201823559U CN 2010205438700 U CN2010205438700 U CN 2010205438700U CN 201020543870 U CN201020543870 U CN 201020543870U CN 201823559 U CN201823559 U CN 201823559U
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- Prior art keywords
- rice
- discharger
- pipeline
- dust removal
- conveying
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- Expired - Fee Related
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/14—Measures for saving energy, e.g. in green houses
Abstract
The utility model relates to a fabricating machinery process adopting wind power to convey rice, which comprises a grain and impurity separating portion, a rice hulling portion, a primary rice refining portion and a primary dust removal portion. The fabricating machinery process is characterized in that certain final discharge pipes of the grain and impurity separating portion, the rice hulling portion and the primary rice refining portion are respectively connected with a lifting mechanism (1N), the lifting mechanism (1N) is connected with a discharger (2N) in the next portion via a pipeline, and air outlets of the dischargers (2N) of the grain and impurity separating portion, the rice hulling portion and the primary rice refining portion are all connected successively with a discharger (2E), a fan (3) and a primary dust removal device (4) of the primary dust removal portion. The fabricating machinery process has the advantages that the process has simple equipment, low in cost, strong in applicability and high in automation degree, is energy-saving and environment-friendly, and can increase precision of products.
Description
One, technical field
The utility model relates to Cereals Processing Machines, specifically is the mechanical technology that paddy is processed into rice.
Two, background technology
The technology that for many years paddy is processed into rice can be divided into generally that raw grain separates with foreign material, paddy husking, refining three parts of brown rice, the processing equipment of every part is relatively independent, oneself dynamical system and dust arrester all to be arranged separately, so in the process of paddy, will consume a large amount of electric energy.In addition in the rice process, the technology of using wind-force to carry in addition, but the percentage of damage of its paddy processing is nearly 45%, the Chang Zuowei feed usefulness of cracking rice after the fragmentation has promptly reduced the output capacity of paddy, has had a strong impact on the quality of rice finished product again.
Three, utility model technology contents
The purpose of this utility model is to overcome the defective that existence is consumed energy in the paddy process, output capacity is low and percentage of damage is high, and a kind of processing equipment that utilizes wind-force to carry rice is provided.
For realizing above-mentioned purpose, the utility model is according to following technical scheme.Utilize wind-force to carry the process equipment technology of rice, comprise raw grain and foreign material separating part, paddy husking part, FF of rice and primary dust removing part, final certain root discharge nozzle of described first three part, connect a lifter respectively, this lifter is connected with discharger in the next part by pipeline; The air outlet of the discharger of described first three part all is connected with discharger---blower fan---primary dust removing device in belonging to primary dust removing part by pipeline.
After FF of rice, can also connect secondary or rice FF repeatedly; Can also connect the selected part of particle after the rice FF.
Two-stage dust removal in the entire process technology is as described below: wherein the separating sieve in the rice treater in the rice treater in the FF of sheller, rice in the paddy husking part and separating sieve, the rice secondary refining part and the selected part of particle all by pipeline with belong to discharger---blower fan---the two-stage dust removal device of two-stage dust removal in partly and be connected.
The described discharger that belongs to primary dust removing part and primary dust removing device, belong to the two-stage dust removal part discharger and two-stage dust removal device all by pipeline with mix the conveying proportioner and be connected.
3-stage dust-removal in the entire process technology is as described below: wherein first mix to carry proportioner to be connected by pipeline and pulverizer, discharger---blower fan---the 3-stage dust-removal device that belongs in the 3-stage dust-removal part, the 3-stage dust-removal device is connected by pipeline and the second mixing conveying proportioner, material receiver again; Another root conveying pipeline of discharger and second mixes carries proportioner to be connected; First mixing carries the proportioner and second mixing to carry proportioner also to be connected an outer Distribution Warehouse separately respectively.
Its above raw grain and foreign material separating part comprises total lifter, first discharger, vibratory sieve, cleaner and material collector; The conveying pipeline of total lifter is connected with first discharger; The conveying pipeline of first discharger is connected with vibratory sieve; Tell two conveying pipelines from vibratory sieve, a conveying pipeline is connected with total material collector, and another root is connected with cleaner; Tell two conveying pipelines from cleaner, a road is connected with first lifter, and another root is connected with total material collector.
Its above paddy husking partly comprises second discharger, sheller and separating sieve; The conveying pipeline of second discharger is connected with sheller; Tell two conveying pipelines from sheller, one is connected with separating sieve, and another root is connected with discharger---blower fan---two-stage dust removal device in the two-stage dust removal part; Tell three conveying pipelines from separating sieve, one is connected with total lifter, and second is connected with first lifter, and the 3rd is connected with second lifter.
Its above FF of rice comprises the 3rd discharger, rice treater and separating sieve; Treater of the 3rd discharger conveying pipeline and rice is connected; Tell three conveying pipelines from treater of rice, one connects separating sieve, and second is connected the other end opening of the 3rd conveying pipeline by pipeline with discharger---blower fan---two-stage dust removal device in belonging to the two-stage dust removal part; Tell three conveying pipelines from separating sieve, one connects the 3rd lifter, and second is connected the end opening of the 3rd pipeline by pipeline with discharger---blower fan---two-stage dust removal device in belonging to the two-stage dust removal part.
The rice secondary refining partly comprises the 4th discharger, rice treater and separating sieve, and the conveying pipeline of the 4th discharger connects the rice treater; Tell four conveying pipelines from the rice treater, one connects separating sieve, second connects first material collector, and the 3rd connects second material collector, and the 4th is connected by pipeline and two-stage dust removal discharger---blower fan---the two-stage dust removal device in partly; Tell two conveying pipelines from separating sieve, one connects first material collector, and second connects the 5th lifter.
The selected part of particle comprises the 5th discharger, separating sieve and second material collector; The conveying pipeline of the 5th discharger connects separating sieve; Tell two conveying pipelines from separating sieve, one is connected with second material collector, and another root is connected with discharger---blower fan---two-stage dust removal device in belonging to the two-stage dust removal part by pipeline.
Superior part of the present utility model is:
1, apparatus and process is oversimplified.Adopt wind-force to carry the treatment process that adds of rice, utilized the blower fan in conveying pipeline and the cleaner to replace bulky bucket elevator, make the simplified equipment of whole technology, under similarity condition, it is spacious, bright that the workshop seems.
2, cost is low.Utilize wind-force conveying equipment technology fairly simple, installation and maintenance are convenient, and it is low to invest and tear open old expense, handling safety, and accident is less.
3, environmental protection.Because whole technology is under negative pressure, so dust is difficult for flying upward, helps environmental protection.Because the condensation of moisture in equipment and the pipe is eliminated substantially, dust is difficult for accumulating, thereby has eliminated the hotbed of growing microorganism and insect, and the labour intensity in workshop is greatly improved simultaneously.
4, technological process is simple.Utilize wind-force to carry, suitably reduced technological process,, classification refining by past separation, shelling, rice finished to dedusting is disposable, and the many usefulness of a wind have shortened technological process.
5, adaptability is strong.Device structure involved in the technology is simple, compact, and member is easy to processing, easily adorns, easily unloads, easy-maintaining.Its landline is selected also free, and in the place of the limited and difficult installation of other conveying equipment, wind-force is carried outstanding advantage and the adaptability of showing.
6, safety.Solved dust removal problem in this technological process especially, avoided the danger of dust explosion, safety in production is guaranteed.
7, technology serialization degree height is convenient to realize automation.
8, energy efficient.Because carrying rice in this technology is the blower fan that utilizes in the cleaner, the many usefulness of a wind promptly can satisfy dedusting and can kill two birds with one stone simultaneously as the power of convey materials again.After general medium-sized rice treatment plant utilized equipment in this technology, a year benefit can improve 15-25%.
9, improve the precision of finished product.Owing in technologies such as separating, shell, make with extra care, all adopting the wind-force tubular type to improve, solved the high problem of rice percentage of damage in the common wind-force conveying, thereby improved product quality.
Four, description of drawings
Accompanying drawing is an annexation schematic diagram of the present utility model.
Among the figure 1,1A, 1B, 1C, 1D represent lifter;
Among the figure 2,2A, 2B, 2C, 2D, 2E, 2F, 2G represent discharger;
Among the figure 3,3A, 3B represent blower fan;
Among the figure 4,4A, 4B represent dust arrester;
Among the figure 5,5A, 5B, 5C represent the material receiver;
6A among the figure, 6B represent outer Distribution Warehouse;
7A among the figure, 7B represent to mix the conveying proportioner;
Among the figure 11,11A, 11B, 11C represent separating sieve;
12A among the figure, 12B represent the rice treater
Among the figure 8 represents vibratory sieve; 9 expression cleaners; 10 expression hulling machines.
Five, the specific embodiment
Concrete process equipment technology of the present utility model please refer to accompanying drawing 1.This wind-force that utilizes is carried the simplest process equipment technology of rice, comprise raw grain and foreign material separating part, paddy husking part, FF of rice and primary dust removing part successively, it is characterized in that final certain root discharge nozzle of described first three part, connect a lifter 1 respectively
N, this lifter 1
NBy the discharger in pipeline and the next part 2
NConnect; Described discharger 2
NAir outlet all by pipeline with belong to primary dust removing part in discharger 2E---blower fan 3---primary dust removing device 4 is connected.Having impurity paddy (raw grain) so at first separates paddy by separating part with impurity.Paddy after separating enters into the shelling part and shells, and rice chaff is abandoned and rough rice enters into FF processing, finally obtains standard meter.Because all materials all can produce dust when entering into discharger, thereby, air outlet all has been installed on the discharger of each part, this air outlet all by pipeline with belong to primary dust removing part in discharger 2E---blower fan 3---primary dust removing device 4 is connected, blower fan 3 this moment not only can the sucking-off dust but also can carry the material of required conveying in every part, had saved greatly and had carried used electric power.
Above-mentioned raw grain comprises lifter 1, discharger 2, vibratory sieve 8, cleaner 9 and material collector 5 with the foreign material portion of separation concrete the branch; Concrete annexation is that the conveying pipeline of lifter 1 is connected with discharger 2; The conveying pipeline of discharger 2 is connected with vibratory sieve 8; A conveying pipeline of vibratory sieve 8 is connected with material collector 5, and another root conveying pipeline of vibratory sieve 8 is connected with cleaner 9; A conveying pipeline of cleaner 9 is connected with lifter 1A, and another root conveying pipeline of cleaner 9 is connected with material collector 5.Will open the blower fan 3 in the primary dust removing part when starting working earlier, the raw grain under the effect of negative pressure in the lifter 1 is transported to discharger 2, and then enters into vibratory sieve 8 and carry out impurity and separate with paddy.Most of impurity directly enters in the material collector 5, and the paddy after separating enters into cleaner 9 and separates, and clean paddy enters into lifter 1A, and isolated once more impurity enters into material collector 5.
Paddy husking partly comprises discharger 2A, sheller 10 and separating sieve 11; Concrete annexation is that the conveying pipeline of discharger 2A is connected with sheller 10; Tell two pipelines from sheller 10, one is connected with separating sieve 11, and another root is connected with discharger 2F in belonging to the two-stage dust removal part; Tell three pipelines from separating sieve 11, a conveying pipeline is connected with lifter 1, and second conveying pipeline is connected with lifter 1A, and the 3rd conveying pipeline is connected with lifter 1B.From the paddy among the lifter 1A under the effect of wind-force, enter into discharger 2A successively, enter into sheller 10 shellings again, the rice husk of generation and brown rice together enter into separating sieve 11 sortings, the dust that is produced then under the effect of blower fan 3A, enters into two-stage dust removal and partly carries out dedusting.The material that sub-elects from separating sieve 11 has three kinds, a kind ofly carries out secondary separation in the lifter 1 for still reentering with the paddy of shell and impurity; Second kind for pure but unhulled paddy enters into lifter 1A shells again; The third has been exactly the brown rice that shelled.At present brown rice direct supply the market needs the further refining mark rice that be processed into.
FF of rice comprises discharger 2B, rice treater 12A and separating sieve 11A; Concrete annexation is that discharger 2B conveying pipeline is connected with rice treater 12A; Tell three conveying pipelines from rice treater 12A, pipeline connects separating sieve 11A, second by pipeline with belong to two-stage dust removal in discharger 2F---blower fan 3A two-stage dust removal device 4A is connected, the other end opening of the 3rd pipeline; Tell three efferent ducts from separating sieve 11A, pipeline connects lifter 1C, and second is connected the end opening of the 3rd pipeline by pipeline with discharger 2F blower fan 3A two-stage dust removal device 4A in belonging to the two-stage dust removal part.The brown rice that comes from the paddy husking part enters into discharger 2B successively, and it is refining to enter into rice treater 12A then, can obtain one-level polished rice and oily chaff etc., and wherein most oily chaff is directly removed by open pipeline.The one-level polished rice enters sorting among the separating sieve 11A again, isolates remaining oily chaff and removes it again.And the one-level polished rice can carry out secondary refining or directly collect as product.The dust that produces in discharger 2B, rice treater 12A and separating sieve 11A can partly carry out dedusting by primary dust removing part or two-stage dust removal.
As for the secondary refining and the collection of rice, the professional and technical personnel can be with reference to the accompanying drawings and a FF, and this place repeats no more.
In the whole technology through dust removal part produced cracks rice, dust etc. can enter into pipeline and mixes and carry proportioner 7A by discharger 2E and primary dust removing device 4 and discharger 2F and two-stage dust removal device 4A.The dust that promptly separate with impurity at paddy, is produced the first time in the parts such as paddy husking, rice are once refining, rice secondary refining all enters into discharger 2E by pipeline and primary dust removing device 4 carries out dedusting.Employed blower fan 3 both can play the effect of absorption dust in the primary dust removing part, can also play the effect of material in the conveyance conduit, thereby replace the large-scale hoister in the original device, the power consumption of saving.The dust that secondary produces in the parts such as, rice secondary refining once refining at paddy husking, rice is equal, enters into discharger 2F and two-stage dust removal device 4A carries out two-stage dust removal by pipeline.
From dust in the dust arrester and larger particles, under the effect of 3-stage dust-removal blower fan 3B partly, all enter into to mix and carry proportioner 7A mixing and make feed.More reasonable for the proportioning that makes feed, mix and carry proportioner 7A also to be equipped with an outer Distribution Warehouse for use.These mixtures enter pulverizer 13, discharger 2G successively by pipeline again and mix carries among the proportioner 7B fully that mixing finally is collected into material receiver 5D; This moment the dust that produced---blower fan 3B---third dedusting device 4B carries out dedusting through discharger 2G, final also with mixes conveying proportioner 7B in mixing of materials and enter into material receiver 5D.
Employed equipment is existing equipment in the utility model technology, and institute's difference is to replace the needed power of original lifter by reconfiguring with dust arrester thereby reach the power that utilizes the blower fan in the dust arrester, has saved energy consumption.As for the detailed combination of each several part, the professional and technical personnel can understand and realization by description of drawings.
Claims (10)
1. utilize wind-force to carry the process equipment technology of rice, comprise raw grain and foreign material separating part, paddy husking part, FF of rice and primary dust removing part, it is characterized in that final certain root discharge nozzle of described first three part, connect a lifter (1 respectively
N), this lifter (1
N) by the discharger in pipeline and the next part (2
N) connect; The discharger (2 of described first three part
N) air outlet all by pipeline with belong to primary dust removing part in discharger (2E)---blower fan (3)---primary dust removing device (4) is connected.
2. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 1 is characterized in that connecting after FF of rice secondary or rice FF repeatedly; Connect the selected part of particle after the rice FF.
3. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 2 is characterized in that all two-stage dust removal device (4A) is connected with belonging to the discharger (2F)---blower fan (3A)---of two-stage dust removal in partly by pipeline for separating sieve (11C) in rice treater (12B) and the selected part of particle in rice treater (12A) in the FF of sheller (10), rice in the described paddy husking part and separating sieve (11A), the rice secondary refining part.
4. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 3 is characterized in that belonging to the discharger (2E) and the primary dust removing device (4) of primary dust removing part, the discharger (2F) that belongs to the two-stage dust removal part and two-stage dust removal device (4A) and all is connected by pipeline and mixing conveying proportioner (7A).
5. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 4, it is characterized in that mix carrying proportioner (7A) by pipeline and pulverizer (13), 3-stage dust-removal device (4B) is connected to belong to discharger (2G)---blower fan (3B)---in the third dedusting part, dust arrester (4B) is connected by pipeline and mixing conveying proportioner (7B), material receiver (5D) again; Another root conveying pipeline of discharger (2G) carries proportioner (7B) to be connected with mixing; Mix and carry proportioner (7A) to carry proportioner (7B) also to be connected an outer Distribution Warehouse (6A), (6B) separately respectively with mixing.
6. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 1 is characterized in that raw grain and foreign material separating part comprise total lifter (1), discharger (2), vibratory sieve (8), cleaner (9) and material collector (5); The conveying pipeline of total lifter (1) is connected with discharger (2); The conveying pipeline of discharger (2) is connected with vibratory sieve (8); Tell two conveying pipelines from vibratory sieve (8), a conveying pipeline is connected with total material collector (5), and another root is connected with cleaner (9); Tell two conveying pipelines from cleaner (9), a road is connected with lifter (1A), and another root is connected with total material collector (5).
7. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 1 is characterized in that paddy husking partly comprises discharger (2A), sheller (10) and separating sieve (11); The conveying pipeline of discharger (2A) is connected with sheller (10); Tell two conveying pipelines from sheller (10), one is connected with separating sieve (11), another root with belong to the two-stage dust removal part in discharger (2F)---blower fan (3A)---two-stage dust removal device (4A) is connected; Tell three conveying pipelines from separating sieve (11), one is connected with total lifter (1), and second is connected with lifter (1A), and the 3rd is connected with lifter (1B).
8. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 1 is characterized in that FF of rice comprises discharger (2B), rice treater (12A) and separating sieve (11A); Discharger (2B) conveying pipeline is connected with rice treater (12A); Tell three conveying pipelines from rice treater (12A), one connects separating sieve (11A), second by pipeline with belong to two-stage dust removal part in discharger (2F)---blower fan (3A)---two-stage dust removal device (4A) is connected, the other end opening of the 3rd conveying pipeline; Tell three conveying pipelines from separating sieve (11A), one connects lifter (1C), second by pipeline with belong to the two-stage dust removal part in discharger (2F)---blower fan (3A)---two-stage dust removal device (4A) is connected, the end opening of the 3rd pipeline.
9. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 2 is characterized in that the rice secondary refining partly comprises discharger (2C), rice treater (12B) and separating sieve (11B); The conveying pipeline of discharger (2C) connects rice treater (12B); Tell four conveying pipelines from rice treater (12B), one connects separating sieve (11B), second connects material collector (5A), the 3rd connects material collector (5C), the 4th by pipeline two-stage dust removal device (4A) is connected with belonging to the discharger (2F)---blower fan (3A)---of two-stage dust removal in partly; Tell two conveying pipelines from separating sieve (11B), one connects material collector (5A), and second connects lifter (1D).
10. the process equipment technology of utilizing wind-force to carry rice as claimed in claim 2 is characterized in that the selected part of particle comprises discharger (2D), separating sieve (11C) and material collector (5B); The conveying pipeline of discharger (2D) connects separating sieve (11C); Tell two conveying pipelines from separating sieve (11C), one is connected with material collector (5B), another root by pipeline with belong to the two-stage dust removal part in discharger (2F)---blower fan (3A)---two-stage dust removal device (4A) is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205438700U CN201823559U (en) | 2010-09-27 | 2010-09-27 | Fabricating machinery process adopting wind power to convey rice |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205438700U CN201823559U (en) | 2010-09-27 | 2010-09-27 | Fabricating machinery process adopting wind power to convey rice |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201823559U true CN201823559U (en) | 2011-05-11 |
Family
ID=43962120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205438700U Expired - Fee Related CN201823559U (en) | 2010-09-27 | 2010-09-27 | Fabricating machinery process adopting wind power to convey rice |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201823559U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103008043A (en) * | 2012-12-14 | 2013-04-03 | 余芳 | Rice processing system |
| CN107737787A (en) * | 2017-11-18 | 2018-02-27 | 金健粮食（益阳）有限公司 | A kind of processing method of rice processing tail dirt |
| CN108499633A (en) * | 2018-04-11 | 2018-09-07 | 李亚辉 | Grain husking system and decortication process |
-
2010
- 2010-09-27 CN CN2010205438700U patent/CN201823559U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103008043A (en) * | 2012-12-14 | 2013-04-03 | 余芳 | Rice processing system |
| CN107737787A (en) * | 2017-11-18 | 2018-02-27 | 金健粮食（益阳）有限公司 | A kind of processing method of rice processing tail dirt |
| CN108499633A (en) * | 2018-04-11 | 2018-09-07 | 李亚辉 | Grain husking system and decortication process |
| CN108499633B (en) * | 2018-04-11 | 2019-09-10 | 宁波梁桥米业有限公司 | Grain husking system and decortication process |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110511 Termination date: 20110927 |