CN206395470U - Flour intellectuality positive pneumatic transport puts in storage system - Google Patents
Flour intellectuality positive pneumatic transport puts in storage system Download PDFInfo
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- CN206395470U CN206395470U CN201621446285.2U CN201621446285U CN206395470U CN 206395470 U CN206395470 U CN 206395470U CN 201621446285 U CN201621446285 U CN 201621446285U CN 206395470 U CN206395470 U CN 206395470U
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Abstract
Put in storage system the utility model discloses a kind of intelligent positive pneumatic transport of flour, including preceding road powder, air draught powder put in storage unit, powder put in storage unit, semolina in Road puts in storage unit.The utility model is compared with existing negative pressure inhales fortune Geldart-D particle, with fed distance length, transportation concentration be bigger than high, conveying capacity, low power consumption and other advantages.Flexibly, blanking puts in storage does not need optional equipment to the discharging point of the system simultaneously.In addition, the system uses low-pressure delivery, compared with existing high pressure air-transport system, with device structure is simple, investment cost is low, install, operation, maintenance it is easy.
Description
Technical field
The utility model is related to flour and conveys system of putting in storage, and being put in storage more particularly, to the intelligent positive pneumatic transport of flour is
System.
Background technology
Existing flour conveys the equipment in the method for putting in storage that mostly machinery conveying and Geldart-D particle are combined of putting in storage, this method
Cross-reference is more, easily alters kind, and because the flour temperature just produced is higher, the easy moisture cake of plant equipment is infested, and fault rate is high,
Safeguard that intensity is big, and above-mentioned mode of movement can not add on-line intelligenceization detection measuring apparatus, it is necessary to manually inspect periodically, and take
When it is laborious, be unfavorable for realizing automation, intelligent.
The content of the invention
The utility model purpose is to provide a kind of intelligent positive pneumatic transport of flour and put in storage system.
To achieve the above object, the utility model takes following technical proposals：
The intelligent positive pneumatic transport of flour described in the utility model puts in storage system, including preceding road powder, air draught powder put in storage
Unit, put in storage unit, semolina of Road powder puts in storage unit；
The preceding road powder, air draught the powder unit that puts in storage include the feeding warehouse and first that is connected with the first pulse dust collector suction opeing
Drag conveyor, the charging bin discharge port external is through vibration discharger, the first conveying worm, trace mineral supplement machine and the second scraper plate
The first charging aperture connection of conveyer, the first drag conveyor discharging opening is defeated through first party sieve apparatus and second scraper plate
The second charging aperture of machine is sent to connect, the first discharging opening of the second drag conveyor is connected by pipeline and the first magnetic separator charging aperture
It is logical, it is provided with online pink colour on the pipeline between the first magnetic separator charging aperture and second the first discharging opening of drag conveyor
Detection means, On-line near infrared analyzer detection means and metering device, the first magnetic separator discharging opening enter with first pressure gate-type wind stopping device
Material mouth is connected, and the first pressure gate-type wind stopping device discharging opening puts in storage pipeline communication with first, and first pressure gate-type wind stopping device is arranged
Gas port is connected with the second pulse dust collector suction opeing, and the described first put in storage pipeline air inlet and the first roots blower air outlet connects
Logical, the first pipeline air outlet that puts in storage is connected by two-way valve with multiple preceding road powder storage bins respectively, is put in storage and is set on pipeline first
It is equipped with the first on-line period machine, the first entoleting machine；
The Road powder puts in storage unit including the 3rd drag conveyor, and the 3rd drag conveyor discharging opening is through second party
Sieve apparatus, the second conveying worm are connected with the 3rd charging aperture of second drag conveyor, and the of the second drag conveyor
Two go out charging aperture is connected through the second magnetic separator discharging opening with second pressure gate-type wind stopping device charging aperture, and the second pressure gate-type is closed
Wind device discharging opening and second puts in storage pipeline communication, and second pressure gate-type wind stopping device exhaust outlet and the 3rd pulse dust collector suction opeing connect
Logical, the described second pipeline air inlet that puts in storage is connected with the second roots blower air outlet, and the second pipeline air outlet that puts in storage passes through respectively
Two-way valve is connected with multiple Road powder storage bins, is put in storage second and the second on-line period machine is provided with pipeline, second is hit and kill
Worm machine；Go out on the pipeline between charging aperture and the second magnetic separator charging aperture to be provided with first the second of the second drag conveyor near
Infrared detecting device and the first optical detection apparatus；
The semolina puts in storage unit including the 4th drag conveyor, and the 4th drag conveyor discharging opening is through the 3rd magnetic
Device discharging opening is selected to be connected with the 3rd pressure gate-type wind stopping device charging aperture, the 3rd pressure gate-type wind stopping device discharging opening enters with the 3rd
Storehouse pipeline communication, the 3rd pressure gate-type wind stopping device exhaust outlet is connected with the 4th pulse dust collector suction opeing, and the described 3rd enters storekeeper
Road air inlet is connected with the 3rd roots blower air outlet, and the 3rd puts in storage pipeline air outlet respectively by two-way valve and multiple semolinas
Storage bin is connected, and going out on the pipeline between charging aperture and the 3rd magnetic separator charging aperture for the 4th drag conveyor is provided with second
Near-infrared detection apparatus and the second optical detection apparatus.
The utility model is compared with existing negative pressure inhales fortune Geldart-D particle, with fed distance length, transportation concentration than high, defeated
The amount of sending is big, low power consumption and other advantages.Flexibly, blanking puts in storage does not need optional equipment to the discharging point of the system simultaneously.In addition, the system
Using low-pressure delivery, compare, with device structure is simple, investment cost is low, install, behaviour with existing high pressure air-transport system
Make, repair easy.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Embodiment
Embodiments of the invention are elaborated below in conjunction with the accompanying drawings, the present embodiment using technical solution of the present invention before
Put and implemented, give detailed embodiment and specific operating process, but protection scope of the present invention is not limited to down
State embodiment.
The system as shown in figure 1, the intelligent positive pneumatic transport of flour described in the utility model puts in storage, including preceding road powder,
Air draught powder puts in storage unit 1, and powder put in storage unit 2, semolina in Road puts in storage unit 3；
The preceding road powder, air draught powder put in storage unit 1 include the feeding warehouse 5 that is connected with the suction opeing of the first pulse dust collector 4 and
First drag conveyor 6, the discharging opening of feeding warehouse 5 is through vibration discharger and the first conveying worm 7, trace mineral supplement machine 8 and
The first charging aperture connection of two drag conveyors 9, the discharging opening of the first drag conveyor 6 is through the scraper plate of first party sieve apparatus 10 and second
The second charging aperture connection of conveyer 9, the first discharging opening of the second drag conveyor 9 is fed by pipeline with the first magnetic separator 11
It is provided with mouth connection, the pipeline between the first discharging opening of the first magnetic separator charging aperture and the second drag conveyor 9 online
Pink colour detection means, On-line near infrared analyzer detection means and metering device 12, the discharging opening of the first magnetic separator 11 and first pressure gate-type
The charging aperture of wind stopping device 13 is connected, and the discharging opening of first pressure gate-type wind stopping device 13 is connected with first pipeline 14 that puts in storage, first pressure
The exhaust outlet of formula wind stopping device 13 is connected with the suction opeing of the second pulse dust collector 15, and first puts in storage the air inlet of pipeline 14 and first Roots's wind
The air outlet of machine 16 is connected, and first air outlet of pipeline 14 that puts in storage is connected by two-way valve with multiple preceding road powder storage bins 17 respectively,
First, which puts in storage, is provided with the first on-line period machine 18, the first entoleting machine 19 on pipeline 14；
The Road powder puts in storage unit 2 including the 3rd drag conveyor 20, and the discharging opening of the 3rd drag conveyor 20 is through second
Square sieve apparatus 21, the second conveying worm 22 are connected with the 3rd charging aperture of the second drag conveyor, the second drag conveyor 9
Second goes out charging aperture connects through the discharging opening of the second magnetic separator 23 with the charging aperture of second pressure gate-type wind stopping device 24, second pressure gate-type
The discharging opening of wind stopping device 24 and second puts in storage pipeline communication 25, the exhaust outlet of second pressure gate-type wind stopping device 24 and the 3rd pulse dust collector
26 suction opeings are connected, and second air inlet of pipeline 26 that puts in storage is connected with the air outlet of the second roots blower 27, and second pipeline 25 that puts in storage goes out
Air port is connected by two-way valve with multiple Road powder storage bins 28 respectively, is put in storage second and is provided with second on pipeline 25 and takes online
Model machine 29, the second entoleting machine 30；The second of the second drag conveyor 9 go out charging aperture and the charging aperture of the second magnetic separator 23 it
Between pipeline on be provided with the first near-infrared detection apparatus 31 and the first optical detection apparatus 32；
The semolina puts in storage unit 3 including the 4th drag conveyor 33, and the discharging opening of the 4th drag conveyor 33 is through the 3rd
The discharging opening of magnetic separator 34 is connected with the charging aperture of the 3rd pressure gate-type wind stopping device 35, the discharging opening of the 3rd pressure gate-type wind stopping device 35 and
Three pipelines 36 that put in storage are connected, and the exhaust outlet of the 3rd pressure gate-type wind stopping device 35 is connected with the suction opeing of the 4th pulse dust collector 37, and the 3rd
The air inlet of pipeline 36 that puts in storage is connected with the air outlet of the 3rd roots blower 38, and the 3rd puts in storage the air outlet of pipeline 36 respectively by two-way valve
Connected with multiple semolina storage bins 39, in going out between charging aperture and the charging aperture of the 3rd magnetic separator 34 for the 4th drag conveyor 33
Pipeline on be provided with the second near-infrared detection apparatus 40 and the second optical detection apparatus 41.
Claims (1)
- The system 1. a kind of intelligent positive pneumatic transport of flour puts in storage, including preceding road powder, air draught powder put in storage unit, and Road powder puts in storage Unit, semolina put in storage unit；It is characterized in that：The preceding road powder, air draught the powder unit that puts in storage include the feeding warehouse and the first scraper plate that are connected with the first pulse dust collector suction opeing Conveyer, the charging bin discharge port external is conveyed through vibration discharger, the first conveying worm, trace mineral supplement machine and the second scraper plate The first charging aperture connection of machine, the first drag conveyor discharging opening is through first party sieve apparatus and second drag conveyor Second charging aperture connection, the first discharging opening of the second drag conveyor connected by pipeline with the first magnetic separator charging aperture, Online pink colour detection is provided with pipeline between the first magnetic separator charging aperture and second the first discharging opening of drag conveyor Device, On-line near infrared analyzer detection means and metering device, the first magnetic separator discharging opening and first pressure gate-type wind stopping device charging aperture Connection, the first pressure gate-type wind stopping device discharging opening and first puts in storage pipeline communication, first pressure gate-type wind stopping device exhaust outlet Connected with the second pulse dust collector suction opeing, the described first pipeline air inlet that puts in storage is connected with the first roots blower air outlet, The one pipeline air outlet that puts in storage is connected by two-way valve with multiple preceding road powder storage bins respectively, is put in storage first and is provided with pipeline One on-line period machine, the first entoleting machine；The Road powder puts in storage unit including the 3rd drag conveyor, and the 3rd drag conveyor discharging opening is set through second party sieve Standby, the second conveying worm is connected with the 3rd charging aperture of second drag conveyor, and the second of the second drag conveyor goes out Charging aperture is connected through the second magnetic separator discharging opening with second pressure gate-type wind stopping device charging aperture, the second pressure gate-type wind stopping device Discharging opening and second is put in storage pipeline communication, and second pressure gate-type wind stopping device exhaust outlet is connected with the 3rd pulse dust collector suction opeing, The described second pipeline air inlet that puts in storage is connected with the second roots blower air outlet, and second puts in storage pipeline air outlet respectively by two-way Valve is connected with multiple Road powder storage bins, is put in storage second and is provided with the second on-line period machine, the second entoleting machine on pipeline； Go out the second of the second drag conveyor on the pipeline between charging aperture and the second magnetic separator charging aperture and be provided with the first near-infrared Detection means and the first optical detection apparatus；The semolina puts in storage unit including the 4th drag conveyor, and the 4th drag conveyor discharging opening is through the 3rd magnetic separator Discharging opening is connected with the 3rd pressure gate-type wind stopping device charging aperture, and the 3rd pressure gate-type wind stopping device discharging opening and the 3rd enters storekeeper Road is connected, and the 3rd pressure gate-type wind stopping device exhaust outlet connects with the 4th pulse dust collector suction opeing, and the described 3rd pipeline that puts in storage enters Air port is connected with the 3rd roots blower air outlet, and the 3rd puts in storage pipeline air outlet respectively by two-way valve and multiple semolina storings Storehouse is connected, the 4th drag conveyor to go out on the pipeline between charging aperture and the 3rd magnetic separator charging aperture to be provided with second near red Outer detection means and the second optical detection apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621446285.2U CN206395470U (en) | 2016-12-27 | 2016-12-27 | Flour intellectuality positive pneumatic transport puts in storage system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621446285.2U CN206395470U (en) | 2016-12-27 | 2016-12-27 | Flour intellectuality positive pneumatic transport puts in storage system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206395470U true CN206395470U (en) | 2017-08-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621446285.2U Active CN206395470U (en) | 2016-12-27 | 2016-12-27 | Flour intellectuality positive pneumatic transport puts in storage system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109484872A (en) * | 2018-12-29 | 2019-03-19 | 无锡东谷工程科技有限公司 | A kind of grain powder bulk reception device |
| CN111470332A (en) * | 2020-04-08 | 2020-07-31 | 无锡东谷工程科技有限公司 | Positive pressure powder supply system for on-line screening and weighing |
-
2016
- 2016-12-27 CN CN201621446285.2U patent/CN206395470U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109484872A (en) * | 2018-12-29 | 2019-03-19 | 无锡东谷工程科技有限公司 | A kind of grain powder bulk reception device |
| CN111470332A (en) * | 2020-04-08 | 2020-07-31 | 无锡东谷工程科技有限公司 | Positive pressure powder supply system for on-line screening and weighing |
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