CN207275732U - A kind of rice husk removal of impurities storage transport system - Google Patents

Abstract

It the utility model is related to processing system and warehouse exit system in a kind of rice husk removal of impurities storage transport system, including processing system of putting in storage, storehouse；The processing system of putting in storage is included in melt pit and storehouse, and melt pit is by positive pressure conveying pipeline (2) with being connected in storehouse；The melt pit includes two melt pit hoppers (1) and the conveying fan (3) being connected by positive pressure conveying pipeline (2) with melt pit hopper (1), and the melt pit hopper includes hopper (11), electric gate valve (12), positive pressure airlock (13) and induction type feeder (14)；Hopper (11) is located at the top of positive pressure airlock (13), and electric gate valve (12) is equipped between hopper (11) and positive pressure airlock (13)；Induction type feeder (14) is located at the lower section of positive pressure airlock (13), and induction type feeder (14) is connected with force feed pipeline (2).The rice husk removal of impurities storage transport system of the utility model, can reduce recruitment, reduce labor intensity, securely and reliably.

Description

A kind of rice husk removal of impurities storage transport system

Technical field

The utility model specifically relates to a kind of rice husk removal of impurities storage transport system.

Background technology

Wine Co., Ltd need to convey existing rice husk and impurity removed system is designed and transforms because production needs, it is desirable to By the use of the southern seat in existing workshop as dressing shop, removal of impurities and steamed process equipment are arranged, utilizes the northern seat in existing workshop As rice husk storehouse in bulk.In impurity removal process, since rice husk unit weight is low, easy adhesion, surface texture are complicated, it cleans relative to original Grain, mineral matter etc. are difficult many.

It is this in order to solve the problems, such as, the utility model is proposed hereby.

The content of the invention

The purpose of this utility model, is to provide a kind of rice husk removal of impurities storage transport system, to reduce recruitment, mitigate and work Intensity, safe and reliable, non-environmental-pollution problem, improve the capacity utilization rate in rice husk storehouse, cost-effective, technology maturity as far as possible It is high.

In order to realize these purposes, adopt the following technical scheme that：

Processing system and warehouse exit system in a kind of rice husk removal of impurities storage transport system, including processing system of putting in storage, storehouse, institute State warehouse exit system and further include impurity removed system and steamed system.

Further, the processing system of putting in storage is connected by Pneumatic conveying pipeline with processing system in storehouse；

The processing system of putting in storage includes two melt pit hoppers and is connected by Pneumatic conveying pipeline with melt pit hopper 1 Conveying fan, the melt pit hopper includes hopper, electric gate valve, positive pressure airlock and induction type feeder；Hopper is located at The top of positive pressure airlock, is equipped with electric gate valve between hopper and positive pressure airlock；Induction type feeder is located at positive pressure airlock Lower section, induction type feeder is connected with force feed pipeline.

Melt pit double-edged fine-toothed comb is equipped with above the hopper；

The conveying fan uses Roots blower；The electric gate valve is hermetic motor gate；

The force feed pipeline uses seamless steel pipe material.

Some nozzles, discharging pit and some two-way valves, the nozzle and discharging pit are equipped with the storehouse in processing system It is corresponding, switched over by two-way valve, blanking is dumped into the nozzle specified, and by nozzle in discharging pit；It is all to unload Expect that the top in hole corresponds to material sucking mouth pipe in a storehouse；The nozzle plane direction is swung.

The nozzle, the number of discharging pit are 8.

The processing system of putting in storage is connected with processing system in storehouse by positive pressure conveying pipeline, in storehouse in processing system Positive pressure conveying pipeline is equipped with main two-way valve, and positive pressure conveying pipeline extends to form the first force feed pipeline and the second force feed pipeline, The closing and conducting of the first force feed pipeline, the second force feed pipeline are controlled by main two-way valve；Set successively along the first force feed pipeline There are the 3rd nozzle, second nozzle and first jet；The 6th nozzle, the 8th nozzle, the are equipped with successively along the second force feed pipeline Five nozzles, the 7th nozzle, the 4th nozzle.

Lead to the 3rd nozzle on the first force feed pipeline, be equipped with two-way valve on second nozzle passage, pass through two-way valve control Make the first force feed pipeline leads to the 3rd nozzle, the passage of second nozzle is turned on and off；Lead on the second force feed pipeline Six nozzles, the 8th nozzle, the 5th nozzle, be equipped with two-way valve on the 7th nozzle, controls the second force feed pipeline to lead to by two-way valve It is turned on and off to the passage of the 6th nozzle, the 8th nozzle, the 5th nozzle, the 7th nozzle.

The processing system of putting in storage is connected by main output pipe with warehouse exit system；Main output pipe is equipped with first pair Road valve, the second two-way valve and the 3rd two-way valve；By the first two-way valve, the second two-way valve and the 3rd two-way valve unlatching or Closing sequentially forms the first output pipe, the second output pipe, the 3rd output pipe and the 4th output pipe；

First output pipe, second output pipe, the 3rd output pipe, the 4th output pipe are equipped with Discharging pit.

The processing system of putting in storage is also associated with warehouse entry dust-extraction unit, and the warehouse entry dust-extraction unit is the 3rd pulse dust collector And Roots blower.

The warehouse exit system includes material sucking mouth pipe, the first pulse dust collector and the second pulse dust collector in storehouse；Described One pulse dust collector and the second pulse dust collector are respectively connected with Roots blower；The impurity removed system includes self-balance vibrating screen.

Beneficial effect：

Rice husk removal of impurities storage transport system provided by the utility model, can reduce recruitment, reduce labor intensity, safely may be used Lean on, non-environmental-pollution problem, the capacity utilization rate for improving rice husk storehouse as far as possible, it is cost-effective, technology maturity is high.Meanwhile this System not only can guarantee that rice husk is steamed in clear soup thoroughly, effectively remove rice husk in influence former wine quality harmful substance, while to rice husk into Row dedusting and vibrating screen removal of impurities, reduce the harmful effect that impurity ferments fermented grain in rice husk, and the system is by the production of mechanization Mode has been brought into traditional solid-state liquor brewing production, is not only effectively improved the quality of wine brewing auxiliary material, be ensure that quality of white spirit Stablize, while be of great significance to promoting conventional brew technology to be strided forward towards mechanical times.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or skill this programme of the prior art Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, drawings in the following description are only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, other attached drawings can also be obtained according to these attached drawings.

Fig. 1 is the processing system Facad structure figure described in the utility model that puts in storage.

Fig. 2 is the processing system construction profile described in the utility model that puts in storage.

Fig. 3 is processing system structure chart in storehouse described in the utility model.

Fig. 4 is warehouse exit system structure chart described in the utility model.

Fig. 5 is processing and warehouse exit system construction profile in storehouse described in the utility model.

Fig. 6 is processing and warehouse exit system other direction construction profile in storehouse described in the utility model.

Fig. 7 is the processing system flow chart described in the utility model that puts in storage.

Fig. 8 is warehouse exit system flow chart described in the utility model.

Fig. 9 is the partial enlarged view of Fig. 4.

Figure 10 is the partial enlarged view of Fig. 6.

Figure 11 is the partial enlarged view of Fig. 5.

Embodiment

Here exemplary embodiment will be illustrated in detail, its example is illustrated in the accompanying drawings.Following description is related to During attached drawing, unless otherwise indicated, the same numbers in different attached drawings represent the same or similar key element.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the utility model.On the contrary, they be only with such as The example of the consistent apparatus and method of some aspects be described in detail in the appended claims, the utility model.

It is only merely for the purpose of description specific embodiment in the term that the utility model uses, and is not intended to be limiting this reality With new.In " one kind " of the utility model and singulative used in the attached claims, " described " and "the" It is intended to include most forms, unless context clearly shows that other implications.It is also understood that term used herein " and/ Or " refer to and any or all may be combined comprising the associated list items purposes of one or more.

It will be appreciated that though various information may be described using term first, second, third, etc. in the utility model, But these information should not necessarily be limited by these terms.These terms are only used for same type of information being distinguished from each other out.For example, not In the case of departing from the scope of the utility model, the first information can also be referred to as the second information, and similarly, the second information can also It is referred to as the first information.Depending on linguistic context, word as used in this " if " can be construed to " ... when " or " when ... " or " in response to determining ".

The utility model will be described in detail by embodiment below.

With reference to Fig. 1-8, a kind of a kind of rice husk removal of impurities storage transport system, rice husk removal of impurities storage transport system includes place of putting in storage Processing system and warehouse exit system in reason system, storehouse, the warehouse exit system further include impurity removed system and steamed system.

With reference to Fig. 1-2, the processing system of putting in storage is connected by Pneumatic conveying pipeline 2 with processing system in storehouse.

The processing system of putting in storage includes two melt pit hoppers 1 and is connected by Pneumatic conveying pipeline 2 with melt pit hopper 1 The conveying fan 3 connect, the melt pit hopper 1 include hopper 11, electric gate valve 12, positive pressure airlock 13 and induction type feeder 14.Hopper 11 is located at the top of positive pressure airlock 13, and electric gate valve 12 is equipped between hopper 11 and positive pressure airlock 13.Induction type Feeder 14 is located at the lower section of positive pressure airlock 13, and induction type feeder 14 is connected with force feed pipeline 2.The top of hopper 11 Equipped with melt pit double-edged fine-toothed comb 15.

The conveying fan 3 uses Roots blower.The electric gate valve 12 is hermetic motor gate.

The Pneumatic conveying pipeline 2 uses seamless steel pipe material, and Pneumatic conveying pipeline 2 is set at the appropriate position of conveyance conduit Quick operating valve, solves the problems, such as the artificial unimpeded of pipeline under fortuitous event.

With reference to Fig. 3, processing system be storehouse interior sealing space in storehouse, and the door and window in storehouse, which uses sponge or knits, to be sealed, separately Set up defences dirt wind net, to prevent flour dust overflow during rice husk warehouse entry.

8 nozzles, 8 discharging pits and some two-way valves, the nozzle and discharging are equipped with the storehouse in processing system Cheat corresponding, switched over by two-way valve, blanking is dumped into the nozzle specified, and by nozzle in discharging pit.

The nozzle plane direction is swung, pivot angle up to 107.2 degree, can preferably for discharging pit, to realize storehouse Nei Chu Cloth in the storehouse of reason system.

The top of all discharging pits corresponds to material sucking mouth pipe in a storehouse.Material sucking mouth pipe subtube part suction nozzle sleeve in storehouse Pipe.Suction nozzle casing includes suction nozzle, and suction nozzle corresponds to discharging pit, devises eight, be distributed in storehouse, and the aperture of each suction nozzle can be certainly It is dynamic to adjust；The blanking port of suction nozzle is designed using sinking cone, easy to feed；Grid is set on heavy hole, plays protective action.

Suction ozzle is moved up and down by electric pushrod adjustable suction nozzle casing, it can be achieved that switching and adjusting feeding coal in storehouse Function, near melt pit during the high heap of rice husk, can realize normal conveying.

For suction nozzle at totally 8, two-way valve is used for the switching between the extraction pipe road of chaff storehouse in storehouse, and two-way valve is driven by motor, is used YFB dust explosion-proof motors.

The utility model, using double melt pit interval dischargings, sets 8 emptying points, each spray material port, which is set, can turn to nozzle in storehouse In favor of cloth.

Specifically, processing system of putting in storage is connected with processing system in storehouse by positive pressure conveying pipeline 2, the processing system in storehouse Positive pressure conveying pipeline 2 is equipped with main two-way valve 40 in system, and positive pressure conveying pipeline 2 extends to form the first force feed pipeline 41 and second Force feed pipeline 42, the closing and conducting of the first force feed pipeline 41, the second force feed pipeline 42 are controlled by main two-way valve 40.

Main two-way valve is realized using electronic two-way valve, specifically can refer to [Henan section mirror word 2013 the 1320th].

The 3rd nozzle 43, second nozzle 44 and first jet 45 are equipped with successively along the first force feed pipeline 41.First Lead to the 3rd nozzle 43 on force feed pipeline 41, be equipped with two-way valve on 44 passage of second nozzle, pass through the first pressure of two-way valve control Pipeline is sent to lead to the 3rd nozzle 43, the passage of second nozzle 44 is turned on and off.

The 6th nozzle 46, the 8th nozzle 47, the 5th nozzle 48, the 7th nozzle are equipped with successively along the second force feed pipeline 42 49th, the 4th nozzle 50.

Lead on the second force feed pipeline 42 the 6th nozzle 46, the 8th nozzle 47, the 5th nozzle 48, on the 7th nozzle 49 Equipped with two-way valve, by two-way valve control the second force feed pipeline 42 lead to the 6th nozzle 46, the 8th nozzle 47, the 5th nozzle 48, The passage of 7th nozzle 49 is turned on and off.

Processing system is connected by main output pipe 51 with warehouse exit system 52 in the storehouse.Set on main output pipe 51 There are the first two-way valve 53, the second two-way valve 54 and the 3rd two-way valve 55.By the first two-way valve 53, the second two-way valve 54 with And the 3rd two-way valve 55 be turned on and off sequentially forming the first output pipe 56, the second output pipe 57, the 3rd output pipe 58 and the 4th output pipe 59.

The 7th discharging pit 60, the 8th discharging pit 61 are equipped with first output pipe 56 successively.

The 6th discharging pit 62, the 6th discharging pit 62 are equipped with second output pipe 57 successively.

The 3rd discharging pit 64, the 4th discharging pit 65 are equipped with 3rd output pipe 58 successively.

The second discharging pit 66, the first discharging pit 67 are equipped with 4th output pipe 59 successively.

The processing system of putting in storage is also associated with warehouse entry dust-extraction unit, and the warehouse entry dust-extraction unit is the 3rd pulse dust collector 68 and Roots blower 69.

The warehouse exit system 52 includes material sucking mouth pipe, the first pulse dust collector 77 and the second pulse dust collector 24 in storehouse. First pulse dust collector, 77 and second pulse dust collector 24 is respectively connected with Roots blower.

The warehouse exit system further includes impurity removed system and steamed system.

Since rice husk unit weight is low, easy adhesion, surface texture are complicated, it cleans wants difficulty to be permitted relative to raw grain, mineral matter etc. More, the impurity removed system adds the unit equipment of selection by winnowing using the vibrosieve of big sifting surface.

The impurity removed system includes self-balance vibrating screen, and the self-balance vibrating screen exit sets aggregate bin, for collecting rice husk To the feed system of force feed conveying, iron remover is set respectively in aggregate bin two sides.

Preferably, the self-balance vibrating screen used in impurity removed system, selects prosperous first grain machine patented product TQLZ-180,200 pairs The self-balance vibrating screen of passage, number of patent application are：ZL201420047469.6.

The self-balance vibrating screen has larger sifting surface, can fully meet need of the rice husk free-running property difference to sifting surface Will.

For the self-balance vibrating screen on the sieve platform that shakes, the sieve platform that shakes meets sieve branch of shaking by the use of 20# channel steels as body frame The hardness of steel of support needs.

The self-balance vibrating screen is equipped with feed inlet, and the top of the feed inlet is equipped with the first unloading rotary feeder 32 and first Discharging Asta-3746 31.First unloading rotary feeder 32 is used to coordinate with the first discharging Asta-3746 31, unloads out of storehouse in processing system The rice husk of coming is inhaled, falls on the feed inlet of self-balance vibrating screen 35,1 leaf sword of unloading rotary feeder is adjustable, and the feed inlet is equipped with anti-snap-gauge.

The warehouse exit system 52 further includes the 3rd pulse dust collector 15, dedusting air hose net 26, thin miscellaneous outlet 34, accelerator 37, positive pressure airlock 36, the second discharging Asta-3746 29, the second unloading rotary feeder 28, swing belt conveyor 73.3rd pulse dust collector 68 be underbalance pulse deduster.

In figure 6, it is divided into north storage workshop 80 and south processing workshop 81.

With reference to Fig. 7, the workflow of the processing system of putting in storage be poured into after supplied materials rice husk is unpacked melt pit hopper it One, conveyed by electric gate valve, positive pressure airlock 36 and induction type feeder into Pneumatic conveying pipeline.8 in storehouse Nozzle, is switched over by two-way valve, makes blanking to the nozzle discharging specified.During work, warehouse entry dust pelletizing system should carry in storehouse Preceding unlatching, to prevent that dust is excessive.

Self-balance vibrating screen entrance sets homocline elephant trunk, and exporting the sub-material adjustable plate of lower setting with it is engaged, it can be achieved that arriving The material of sieve of shaking is divided equally,

System dust removing sifts out material mouth and surge bunker discharge port air inducing pulse dust removal from shaking respectively using the centrifugal blower separately set Device 2, prevents that dust is excessive.

The feed system of the force feed of steamed system is made of positive pressure airlock 36 and accelerator 37, and two for clear rear rice husk Secondary lifting conveying；The rice husk of second lift conveying can be distributed to two steamers by two-way Vavle switching.

Vacuum pressure conveying discharging platform, above the sieve platform that shakes, by the use of 20# channel steels as body frame, meets unloading rotary feeder, stops Cron and part conveying, the weight of exhaust pipe.

Discharging Asta-3746 sets conveniently replaced sprue resistance to solve charging impact site using thick 3 steels of Q345 Mill problem.

The steamed system includes spreading for cooling, is fit to do steaming, cool coordination, that is, every pot of rice husk is just covered with spreading for cooling after steaming Then aeration-cooling on carrier chain trigger, batch production, so can not only reduce buffering bucket size when rice husk is toppled over, but also carry High spreading for cooling effect, save energy consumption.

Arranged due to steamed with cleaning in same workshop, steam and steam caused by steamed and spreading for cooling, it is necessary to completely vertical Discharge, must not be diffused in workshop.

Transport system, since rice husk unit weight is small, the easy adhesion of intergranular, dustiness are big, using tradition machinery transfer efficiency it is low, set Standby high failure rate, equipment dust removal problem are more, and Geldart-D particle is with equipment dosage is few, occupied space is few, good leak tightness, craft cloth Put the advantages that flexible, therefore the conveying into and out of storehouse uses pneumatic conveying mode.Due to warehouse entry for it is single into and require injection to put in storage, Using positive pressure mode of movement, export is multiple feed, it is contemplated that positive pressure conveying can only single-point feed, therefore use vacuum pressure conveying, Due to the link that also cleans, after suction and conveying discharging cleaning, same wind turbine force feed is recycled to complete conveying of the clear miscellaneous rear rice husk to steaming storehouse.

Using Geldart-D particle, the dust in rice husk is also can remove, is conducive to rice husk cleaning.

The impurity removed system is realized using screening removal of impurities, magnetic separator iron removaling and wind fortune auxiliary ash disposal.

The wind fortune auxiliary ash disposal refers to that the wind that conveying uses send mode, after conveying discharging twice, can all isolate rice husk In dust, so as to play the role of ash disposal.

Magnetic separator iron removaling refers to that purchasing rice husk inevitably contains magnetic impurity, and putting in storage, pipeline and automatic shake are sifted out in material adapter High magnetic flux iron remover is set respectively, achievees the purpose that to remove magnetic impurity in rice husk.

Conveying fan uses Roots blower, unloads to put in storage and is designed using positive pressure, and export and the laggard steamer of cleaning use Blending transportation mode.

Two melt pit hoppers 1 of Processing System Design of putting in storage, and 4 meters of layouts of spacing, can reduce the shifting train number during unloading Number.

Warehouse exit system and impurity removed system share a wind regime, share a Roots blower, i.e., using suction and conveying export, discharging To the sieve that shakes, tail gas, rice husk to the blending transportation of steamer, can save power consumption and province after pulse dust collector purifies and after force feed screen Fall a Roots blower and a pulse dust collector；So invested easy to safeguard and reduce system equipment.

Pneumatic conveying pipeline uses seamless steel pipe material, sets quick operating valve in the suitable position of conveyance conduit, solution stops suddenly Manual nest's unimpeded difficult problem of pipeline under the fortuitous events such as electricity；Conveying stream observation, which uses, regards cup.

Discharging Asta-3746 sets conveniently replaced sprue resistance to solve charging impact site using thick 3 steels of Q345 Mill problem.Appropriate mechanism design, be also allowed to be conducive to ash disposal and meet discharging close phoenix device have one's face covered with blanking, to reduce abrasion uneven.

Discharging closes phoenix device and uses the product designed exclusively for rice husk discharging, using prosperous first grain machine number of patent application： Product described in ZL201220026855.8, can preferably solve the problems, such as that rice husk blanking is slow.

Positive pressure conveying feeding technology (including the positive pressure phoenix device specially developed using prosperous first grain machine to the force feed of steamer ZL201220026855.8, rice husk positive pressure conveying accelerator ZL201120497774.1, system ZL2012 10054024.6 3 Patent), feeding condition can be significantly improved, reduce system energy consumption.

Set swing belt conveyor at the blanking of steamer, manual operation uses 304 to one of two steamers feed, belt body Stainless steel making.

Rice husk storehouse requires closed processes, while the system is provided when dust pelletizing system is to ensure warehouse entry operation in a set of storehouse in storehouse In negative pressure state, avoid dust excessive.

With reference to Fig. 8, the flow of the warehouse exit system, impurity removed system and steamed system is to pass through two-way Vavle switching suction and conveying Route one of to suction nozzle, after rice husk suction and conveying to the sieve top that shakes by the first discharging Asta-3746 and the first discharging close phoenix device be dumped into from Weighing apparatus vibrating screen 35 sieves, and tail gas completes export conveying by pulse dust collector suction and conveying to Roots blower.After sieve rice husk further through Second closes the wind pipe of phoenix device and rice husk positive pressure airlock conveying accelerator feeding Roots blower, and then is lifted, be transported to The second discharging Asta-3746 on steamer, closes phoenix device through the second discharging and is dumped into 73 hopper of swing belt conveyor, then passes through swinging belt Machine 73 falls into steamer (71,72).

Tail gas after the second discharging Asta-3746 discharging, is discharged after being sent into pulse dust collector dedusting.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this The spirit of utility model and any modification, equivalent substitution, improvement and etc. within principle, done, should be included in the utility model Within the scope of protection.

Claims (9)

1. a kind of rice husk removal of impurities storage transport system, it is characterised in that including processing system in processing system of putting in storage, storehouse and go out Storehouse system, the warehouse exit system further include impurity removed system and steamed system；The processing system of putting in storage passes through Pneumatic conveying pipeline (2) it is connected with processing system in storehouse；

The processing system of putting in storage includes two melt pit hoppers (1) and is connected by Pneumatic conveying pipeline (2) with melt pit hopper (1) The conveying fan (3) connect, the melt pit hopper (1) include hopper (11), electric gate valve (12), positive pressure airlock (13) and lure Conduction feeder (14)；Hopper (11) is located at the top of positive pressure airlock (13), between hopper (11) and positive pressure airlock (13) Equipped with electric gate valve (12)；Induction type feeder (14) is located at the lower section of positive pressure airlock (13), induction type feeder (14) with Force feed pipeline (2) is connected.

2. rice husk removal of impurities storage transport system according to claim 1, it is characterised in that be equipped with above the hopper (11) Melt pit double-edged fine-toothed comb (15)；

The conveying fan (3) uses Roots blower；The electric gate valve (12) is hermetic motor gate；

The force feed pipeline (2) uses seamless steel pipe material.

3. rice husk removal of impurities storage transport system according to claim 1, it is characterised in that set in the storehouse in processing system There are some nozzles, discharging pit and some two-way valves, the nozzle is corresponding with discharging pit, is switched over by two-way valve, makes Blanking is dumped into discharging pit to the nozzle specified, and by nozzle；The top of all discharging pits corresponds to suction in a storehouse Mouth pipe；The nozzle plane direction is swung.

4. rice husk removal of impurities storage transport system according to claim 3, it is characterised in that the nozzle, of discharging pit Number is 8.

5. rice husk removal of impurities storage transport system according to claim 1, it is characterised in that processing system and the storehouse of putting in storage Interior processing system is connected by positive pressure conveying pipeline (2), is equipped with main pair in processing system on positive pressure conveying pipeline (2) in storehouse Road valve (40), positive pressure conveying pipeline (2) extend to form the first force feed pipeline (41) and the second force feed pipeline (42), by main double Road valve (40) controls the closing and conducting of the first force feed pipeline (41), the second force feed pipeline (42)；Along the first force feed pipeline (41) the 3rd nozzle (43), second nozzle (44) and first jet (45) are equipped with successively；Along the second force feed pipeline (42) according to It is secondary to be equipped with the 6th nozzle (46), the 8th nozzle (47), the 5th nozzle (48), the 7th nozzle (49), the 4th nozzle (50).

6. rice husk removal of impurities storage transport system according to claim 5, it is characterised in that on the first force feed pipeline (41) Lead to the 3rd nozzle (43), be equipped with two-way valve on second nozzle (44) passage, control the first force feed pipeline to lead to by two-way valve It is turned on and off to the passage of the 3rd nozzle (43), second nozzle (44)；Lead to the 6th spray on the second force feed pipeline (42) Mouth (46), the 8th nozzle (47), the 5th nozzle (48), be equipped with two-way valve on the 7th nozzle (49), passes through two-way valve control the Two force feed pipelines (42) lead to the passage of the 6th nozzle (46), the 8th nozzle (47), the 5th nozzle (48), the 7th nozzle (49) It is turned on and off.

7. rice husk removal of impurities storage transport system according to claim 1, it is characterised in that the processing system of putting in storage passes through Main output pipe (51) is connected with warehouse exit system (52)；Main output pipe (51) be equipped with the first two-way valve (53), second pair Road valve (54) and the 3rd two-way valve (55)；Pass through the first two-way valve (53), the second two-way valve (54) and the 3rd two-way valve (55) be turned on and off sequentially forming the first output pipe (56), the second output pipe (57), the 3rd output pipe (58) with And the 4th output pipe (59)；

First output pipe (56), second output pipe (57), the 3rd output pipe (58), the 4th efferent duct Road (59) is equipped with discharging pit.

8. rice husk removal of impurities storage transport system according to claim 7, it is characterised in that the processing system of putting in storage also connects Warehouse entry dust-extraction unit is connected to, the warehouse entry dust-extraction unit is the 3rd pulse dust collector (68) and Roots blower (69).

9. rice husk removal of impurities storage transport system according to claim 7, it is characterised in that warehouse exit system (52) is included in storehouse Material sucking mouth pipe, the first pulse dust collector (77) and the second pulse dust collector (24)；First pulse dust collector (77) and Two pulse dust collectors (24) are respectively connected with Roots blower；The impurity removed system includes self-balance vibrating screen (35).