CN204911590U - Processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration - Google Patents

Processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration Download PDF

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Publication number
CN204911590U
CN204911590U CN201520436229.XU CN201520436229U CN204911590U CN 204911590 U CN204911590 U CN 204911590U CN 201520436229 U CN201520436229 U CN 201520436229U CN 204911590 U CN204911590 U CN 204911590U
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CN
China
Prior art keywords
network system
wind network
arranges
winnowing
screen cloth
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Expired - Fee Related
Application number
CN201520436229.XU
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Chinese (zh)
Inventor
张恺翔
陈玮琳
刘栋
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Ningxia Family Financial Situation Is Returned To One's Home Village Agricultural Development Co Ltd
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Ningxia Family Financial Situation Is Returned To One's Home Village Agricultural Development Co Ltd
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Priority to CN201520436229.XU priority Critical patent/CN204911590U/en
Application granted granted Critical
Publication of CN204911590U publication Critical patent/CN204911590U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration, including lifting machine, receiving sieve, shale shaker, wind network system I, wind network system II and rice husk storehouse, the discharge gate of lifting machine is connected with the feed inlet of receiving sieve, the receiving sieve bottom sets up big miscellaneous discarded object export on one side, and the another side sets up the material export, material export below sets up the shale shaker, the end of shale shaker sets up wind network system I, and the bottom sets up little miscellaneous export, and little miscellaneous export sets up wind network system II, thereby through installing the light -duty shell class impurity of wind network system in with two layers of subsieve fraction of unprocessed food grains shale shaker additional, carry on the selection by winnowing remove dust retrieve get into the rice husk storehouse in, carry out shredding and sell as the shell powder, not only make the grain to clean that efficient, as to clean gained grain is clean, the raise dust is few, the environmental protection to ensureing the security of stored grain, having avoided conflagration hidden danger, saved manpower and materials simultaneously, changing waste into valuables has reduced manufacturing cost and has increased the income from sales moreover.

Description

Raw grain removal of impurities classification selection by winnowing extraction process device
Technical field:
The utility model relates to rice processing equipment, particularly a kind of raw grain removal of impurities classification selection by winnowing extraction process device.
Background technology:
The cereal crops such as wheat, cereal are before warehouse entry storage, need to clear up grain, assorted greatly containing the mineral impurity, stalk etc. that are greater than grain in usual grain, and be less than the little assorted of grain, but also has dust in addition and with the organic impurities of the basically identical lighter in weight of grain size or gently mix.By cleaning system, above-mentioned impurity is removed from raw material, obtain clean grain finished product, facilitate following process, the hidden danger such as when also can prevent from storing, grain is inflammable, grain goes mouldy, damage by worms.The Chinese patent of publication number CN203565372U discloses a kind of environment-friendly type compound grain cleaner, comprise multi-layer cylinder sieve, negative pressure dust removal of pneumatic separation device, organic assorted treating apparatus and bag-type dust collector, bag-type dust collector comprises blower fan and sack cleaner, negative pressure dust removal of pneumatic separation device is arranged on grain charging aperture and grain discharge outlet, negative-pressure air duct connects with the inlet ductwork of sack cleaner, it is high that this environment-friendly type compound grain cleaner has grain cleaning efficiency, the grain cleaning gained is clean, airborne dust is few, the features such as environmental protection, and can clear up organic light mixing, guarantee the security of stored grain.
Due to regional differences, the paddy in NORTHWEST CHINA area is containing assorted relatively high, therefore rice processing enterprises generally adopts the impurity in paddy pre-cleaning process paddy then to carry out storing or processing, wherein major part impurity belongs to light-duty shell class impurity, usually need after this type of impurity treatment manually to carry out cleaning transhipment, but there is larger disaster hidden-trouble equally in it, and labor intensive material resources, thus bring unnecessary production cost to rice processing enterprises.
Utility model content:
In order to solve the problems of the technologies described above, the invention provides a kind of raw grain removal of impurities classification selection by winnowing extraction process device, by installing wind network system additional thus by the impurity in the screenings of raw grain vibratory sieve vertical air plenums extract and vibratory sieve, carrying out dust removal of pneumatic separation recovery enters in rice husk storehouse, carry out pulverization process as shell powder, thus add income from sales and reduce production cost.
The technical scheme that the utility model adopts is as follows:
A kind of raw grain removal of impurities classification selection by winnowing extraction process device, comprises elevator, receiving sieve, vibratory sieve, wind network system I, wind network system II and rice husk storehouse; Described elevator charging aperture is connected with the base cone discharging opening of paddy well under raw grain, and the discharging opening of described elevator is connected with the charging aperture of receiving sieve, and arrange large assorted waste outlet bottom described receiving sieve, another side arranges material outlet; Arrange vibratory sieve below described material outlet, described vibratory sieve arranges ground floor screen cloth and second layer screen cloth respectively, and the end of described vibratory sieve arranges wind network system I, and bottom arranges little assorted outlet, and little assorted outlet arranges wind network system II; Described wind network system I arranges cyclone separator I and airlock I, cyclone separator I bottom connect airlock I, arrange pipeline I below the discharge port of airlock I, described pipeline I other end is connected by three-way pipe with the pipeline II of wind network system II; Described pipeline II end arranges the cyclone separator II of wind network system II, and described cyclone separator II exports the airlock II of connection wind network system II and accesses rice husk storehouse;
Described vibratory sieve second layer screen cloth end arranges feed opening; Described feed opening is connected with the feed system in paddy storehouse;
Described vibratory sieve ground floor screen cloth is stainless steel circular hole screen cloth, and its mesh diameter is 1.1cm, is greater than paddy diameter;
Described vibratory sieve second layer screen cloth is the rectangular mesh of stainless steel, and mesh area is 0.14*0.5cm, is slightly less than paddy diameter.
Operation principle: when equipment runs well, raw grain first separates dust and assorted greatly discarded object by receiving sieve, then when raw grain enters into vibratory sieve, light-dutyer impurity is absorbed by vertically-supplying air net and is separated, material enters vibratory sieve ground floor screen cloth, through screening, in assorted (paddy containing band awns) be trapped within ground floor screen cloth upper strata and separated enter thresing machine process after enter elevator charging aperture and carry out continuations and clear up; Paddy and little miscellaneous material are in the process falling into second layer screen cloth, and a part of dust and light impurities enter in cyclone separator I by the wind network system I of end by centrifugal blower, enter in pipeline II after being separated by airlock I; Paddy and little miscellaneous material are after the screening of second layer screen cloth, paddy enters paddy storehouse by the feed opening of second layer screen cloth end, and screenings enters little assorted outlet, the wind network system II that wherein light impurities is arranged by little assorted outlet enters pipeline II, mix with the light impurities processed through cyclone separator I, then entered after cyclone separator II is separated by the centrifugal blower of wind network system II and enter rice husk storehouse, treat following process process.
Beneficial effect is: the utility model is easy to use; By installing wind network system additional thus by the light-duty shell class impurity in two of raw grain vibratory sieve layers of screenings, carrying out dust removal of pneumatic separation recovery enters in rice husk storehouse, carry out pulverization process to sell as shell powder, not only make that grain cleaning efficiency grain that is high, that clean gained is clean, airborne dust is few, environmental protection, and guarantee the security of stored grain, avoid disaster hidden-trouble, save manpower and materials simultaneously, and turn waste into wealth, reduce production cost and add income from sales.
Accompanying drawing illustrates:
Fig. 1 is structural representation of the present utility model;
1-elevator, 11-charging aperture, 12-discharging opening, 2-receiving sieve, 21-receiving sieve charging aperture, 22-large assorted waste outlet 23-material outlet 3-vibratory sieve 31-ground floor screen cloth 32-second layer screen cloth 33-little assorted outlet 4-wind network system I 41-cyclone separator I 42-airlock, I 421-discharge port, 43-pipeline, I 5-wind network system, II 51-pipeline, II 52-cyclone separator, II 53-airlock, II 6-rice husk storehouse, 7-three-way pipe in figure.
Detailed description of the invention:
As shown in Figure 1: a kind of raw grain removal of impurities classification selection by winnowing extraction process device, comprises elevator 1, receiving sieve 2, vibratory sieve 3, wind network system I 4, wind network system II 5 and rice husk storehouse 6; Described elevator 1 charging aperture 11 is connected with the base cone discharging opening of paddy well under raw grain, and the discharging opening 12 of described elevator 1 is connected with the charging aperture 21 of receiving sieve 2, and arrange large assorted waste outlet 22 bottom described receiving sieve 2, another side arranges material outlet 23; Arrange vibratory sieve 3 below described material outlet 23, described vibratory sieve 3 arranges ground floor screen cloth 31 and second layer screen cloth 32 respectively, and the end of described vibratory sieve 3 arranges wind network system I 4, and bottom arranges little assorted outlet 33, and little assorted outlet 33 arranges wind network system II 5; Described wind network system I 4 arranges cyclone separator I 41 and airlock I 42, cyclone separator I 41 bottom connect airlock I 42, arrange pipeline I 7 below the discharge port 421 of airlock I 42, described pipeline I 7 other end is connected by three-way pipe 7 with the pipeline II 51 of wind network system II 5; Described pipeline II 51 end arranges the cyclone separator II 52 of wind network system II 5, and described cyclone separator II 52 exports the airlock II 53 of connection wind network system II 5 and accesses rice husk storehouse 6;
Described vibratory sieve second layer screen cloth 32 end arranges feed opening; Described feed opening is connected with the feed system in paddy storehouse;
Described vibratory sieve ground floor screen cloth 31 is stainless steel circular hole screen cloth, and its mesh diameter is 1.1cm, is greater than paddy diameter;
Described vibratory sieve second layer screen cloth 32 is the rectangular mesh of stainless steel, and mesh area is 0.14*0.5cm, is less than paddy diameter.

Claims (4)

1. a raw grain removal of impurities classification selection by winnowing extraction process device, is characterized in that, comprise elevator, receiving sieve, vibratory sieve, wind network system I, wind network system II and rice husk storehouse; Described elevator charging aperture is connected with the base cone discharging opening of paddy well under raw grain, and the discharging opening of described elevator is connected with the charging aperture of receiving sieve, and arrange large assorted waste outlet bottom described receiving sieve, another side arranges material outlet; Arrange vibratory sieve below described material outlet, described vibratory sieve arranges ground floor screen cloth and second layer screen cloth respectively, and the end of described vibratory sieve arranges wind network system I, and bottom arranges little assorted outlet, and little assorted outlet arranges wind network system II; Described wind network system I arranges cyclone separator I and airlock I, cyclone separator I bottom connect airlock I, arrange pipeline I below the discharge port of airlock I, described pipeline I other end is connected by three-way pipe with the pipeline II of wind network system II; Described pipeline II end arranges the cyclone separator II of wind network system II, and described cyclone separator II exports the airlock II of connection wind network system II and accesses rice husk storehouse.
2. a kind of raw grain removal of impurities classification selection by winnowing extraction process device according to claim 1, it is characterized in that, described vibratory sieve second layer screen cloth end arranges feed opening; Described feed opening is connected with the feed system in paddy storehouse.
3. a kind of raw grain removal of impurities classification selection by winnowing extraction process device according to claim 1, it is characterized in that, described vibratory sieve ground floor screen cloth is stainless steel circular hole screen cloth, and its mesh diameter is 1.1cm.
4. a kind of raw grain removal of impurities classification selection by winnowing extraction process device according to claim 1, it is characterized in that, described vibratory sieve second layer screen cloth is the rectangular mesh of stainless steel, and mesh area is 0.14*0.5cm.
CN201520436229.XU 2015-06-24 2015-06-24 Processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration Expired - Fee Related CN204911590U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520436229.XU CN204911590U (en) 2015-06-24 2015-06-24 Processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520436229.XU CN204911590U (en) 2015-06-24 2015-06-24 Processing apparatus is drawed to categorised selection by winnowing of unprocessed food grains edulcoration

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CN204911590U true CN204911590U (en) 2015-12-30

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107309024A (en) * 2017-07-13 2017-11-03 益阳市佑林米业有限公司 Grain-drying, impurity elimination, dust falling system
CN109174247A (en) * 2018-06-21 2019-01-11 安徽森米诺农业科技有限公司 Grain processing impurity removed system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107309024A (en) * 2017-07-13 2017-11-03 益阳市佑林米业有限公司 Grain-drying, impurity elimination, dust falling system
CN109174247A (en) * 2018-06-21 2019-01-11 安徽森米诺农业科技有限公司 Grain processing impurity removed system

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151230

Termination date: 20180624