CN205060983U - Unprocessed food grains stoving storage conveying system - Google Patents
Unprocessed food grains stoving storage conveying system Download PDFInfo
- Publication number
- CN205060983U CN205060983U CN201520777266.7U CN201520777266U CN205060983U CN 205060983 U CN205060983 U CN 205060983U CN 201520777266 U CN201520777266 U CN 201520777266U CN 205060983 U CN205060983 U CN 205060983U
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- Prior art keywords
- storage
- siccative
- scraper plate
- silo
- discharging opening
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Abstract
The utility model discloses an unprocessed food grains stoving storage conveying system, it includes transfer silo system, drying system, production system of processing and warehouse system, wherein two discharge gates of the drier tee bend elephant trunk of drying system put in storage the scraper blade with the raw materials of transfer silo system respectively and link to each other with the production scraper blade that puts in storage, discharge gate and the production system of processing's of production scraper blade the proportioning bins feed inlet of putting in storage passes through the elephant trunk and links to each other, be equipped with the drier discharge opening on adjacent drier silo and the scraper blade that delivers from godown between the wet feed cylinder storehouse in transfer silo system, drier discharge opening below is arranged in to warehouse system's drier warehouse entry scraper blade, and the discharge gate of drier warehouse entry scraper blade is arranged in warehouse system's the storage storehouse. The advantage lies in: it is extravagant to reduce the raw materials, reduces the loss, guarantees the unprocessed food grains quality, improves production efficiency, drying, carrying and store in a warehouse and realized complete automation mechanized operation, the operation organic of just will drying, carry and store in a warehouse combines together, and unprocessed food grains are stored in a warehouse, the transport mode is varied.
Description
Technical field:
The utility model relates to a kind of delivery system, and particularly a kind of raw grain dries storage delivery system.
Background technology:
For the raw grain of good fluidity, as corn, rice, beans, wheat, Chinese sorghum etc., need before storage to carry out drying and processing to raw grain, the wet feed of not drying can only be stacked in place in the open, floor area is large, and ulking thickness is high, the time is slightly long, then go mouldy, run into the inclement weathers such as precipitation, be more prone to cause raw grain to go mouldy; And need, by a large amount of artificial and machinery, wet feed is carried out short range transport and enter drying tower, the raw grain after oven dry again by manually and machinery carry out short range transport, enter storage and deposit; Raw grain is by artificial and mechanical material loading or the operation process deposited, and serious to raw grain waste, loss is large, and broken kernel increases, raw grain Quality Down after drying, impact storage effect and storage time; Hand labor intensity is large, time-consumingly takes a lot of work, and the continuity of operation is dried in impact, and production efficiency is low.
Utility model content:
The purpose of this utility model is to provide a kind of raw grain that is totally-enclosed, full automatic mechanical to dry storage delivery system, this system layout is scientific and reasonable, only needs quality inspection one people to monitor, and the quality of material is consistent, energy consumption reduces greatly, to dry, carry, store in a warehouse and use combination, can according to demand, this system can realize that any multi-aspect output is dry, wet feed, for the production of, form stable continuous prodution, add production capacity, substantially increase production efficiency.
The utility model is implemented by following technical scheme: raw grain dries storage delivery system, it comprises transfer silo system, drying system, production and processing system and warehousing system, and two discharging openings of the siccative threeway elephant trunk of wherein said drying system scraper plate that puts in storage with the raw material of described transfer silo system is respectively produced scraper plate be connected with being put in storage; The described discharging opening producing scraper plate that puts in storage is connected by elephant trunk with the batch bin inlet point of described production and processing system; The scraper plate that delivers from godown in described transfer silo system between adjacent siccative silo and wet feed silo is provided with siccative discharge port, the siccative warehouse-in scraper plate of described warehousing system is placed in below described siccative discharge port, and the discharging opening of described siccative warehouse-in scraper plate is placed in the storage storehouse of described warehousing system.
Described drying system comprises dries spiral, oven dry bucket is carried, drying tower, siccative bucket are carried and described siccative threeway elephant trunk, and the discharging opening of described oven dry spiral is connected with the described inlet point carried that struggles against of drying; The described discharging opening carried that struggles against of drying is connected with the inlet point at described drying tower top; The inlet point that discharging opening bottom described drying tower is carried with described siccative bucket is connected; The discharging opening that described siccative bucket is carried is communicated with described siccative threeway elephant trunk feed end.
Described transfer silo system comprises the surge bunker that feeds intake, screening bucket is carried, screening machine, tramp iron separator, the scraper plate that enters that magazine is carried, raw material threeway elephant trunk, raw material put in storage, put in storage and produce scraper plate, wet feed silo, siccative silo, the scraper plate that delivers from godown, drain separator, wet feed storehouse discharging tee joint, siccative storehouse discharging tee joint, discharge auger and wet feed and to put in storage threeway; Feed intake described in the inlet point that described screening bucket is carried is placed in surge bunker; The discharging opening that described screening bucket is carried is communicated with the inlet point of described screening machine, is provided with described tramp iron separator at the discharging opening of described screening machine; The discharging opening of described tramp iron separator with described enter the inlet point carried of magazine be communicated with; Described enter the discharging opening carried of magazine be connected with the inlet point of described raw material threeway elephant trunk; Two discharging openings of described raw material threeway elephant trunk scraper plate that puts in storage with described raw material is respectively produced scraper plate be connected with described being put in storage; Described wet feed silo and described siccative silo is provided with below described raw material puts in storage scraper plate and the described production scraper plate that puts in storage; The put in storage discharging opening of threeway of inlet point and the described wet feed at described wet feed silo top is connected, and described wet feed two inlet points of threeway scraper plate that puts in storage with described raw material respectively that puts in storage is produced scraper plate be connected with described being put in storage; The described production scraper plate that puts in storage is connected by elephant trunk with the inlet point at described siccative silo top; Deliver from godown described in being provided with in the bottom of described wet feed silo and described siccative silo scraper plate and described drain separator; Discharging opening bottom described wet feed silo is connected with described wet feed storehouse discharging tee joint inlet point, and two discharging openings of described wet feed storehouse discharging tee joint are connected with described drain separator with the described scraper plate that delivers from godown respectively; Discharging opening bottom described siccative silo is connected with described siccative storehouse discharging tee joint inlet point, and two discharging openings of described siccative storehouse discharging tee joint are connected with described drain separator with the described scraper plate that delivers from godown respectively; Described deliver from godown scraper plate discharging opening with described enter the inlet point carried of magazine be connected; Described drain separator discharging opening is connected with the inlet point of described discharge auger.
Described siccative silo is more than one.
Advantage of the present utility model: make material floor area decrease more than 90% because adopting silo storage, wet feed is without the need to place stacking in the open, drying operation material loading is carried out without the need to artificial or machinery, reduce wastage of material, reduce the wastage, in raw grain, broken material content reduces, ensure that raw grain quality, reduce labour intensity, time and labour saving, improves production efficiency; Oven dry, conveying and warehousing operation, without the need to artificial or mechanical, achieve automation mechanized operation completely, and oven dry, conveying and warehousing operation are combined, and raw grain is stored in a warehouse, mode of movement is varied.
Accompanying drawing illustrates:
Fig. 1 is integral structure schematic diagram of the present utility model.
Transfer silo system 1, the surge bunker 101 that feeds intake, screening bucket carry 102, screening machine 103, tramp iron separator 104, the scraper plate 107 that enters that magazine carries 105, raw material threeway elephant trunk 106, raw material put in storage, put in storage produce scraper plate 108, wet feed silo 109, siccative silo 110, the scraper plate 111 that delivers from godown, drain separator 112, wet feed storehouse discharging tee joint 113, siccative storehouse discharging tee joint 114, discharge auger 115, wet feed put in storage threeway 116, siccative discharge port 117
Drying system 2, dry spiral 201, dry that bucket carries 202, drying tower 203, siccative bucket carry 204, siccative threeway elephant trunk 205,
Batch bin 3, siccative warehouse-in scraper plate 401, storage storehouse 402
Detailed description of the invention:
As shown in Figure 1, raw grain dries storage delivery system, and it comprises transfer silo system 1, drying system 2, production and processing system and warehousing system,
Transfer silo system 1 comprises the surge bunker 101 that feeds intake, screening bucket carries 102, screening machine 103, tramp iron separator 104, the scraper plate 107 that enters that magazine carries 105, raw material threeway elephant trunk 106, raw material put in storage, put in storage and produce scraper plate 108, wet feed silo 109, siccative silo 110, the scraper plate 111 that delivers from godown, drain separator 112, wet feed storehouse discharging tee joint 113, siccative storehouse discharging tee joint 114, discharge auger 115 and wet feed and to put in storage threeway 116; The inlet point that screening bucket carries 102 is placed in and feeds intake in surge bunker 101; The discharging opening that screening bucket carries 102 is communicated with the inlet point of screening machine 103, is provided with tramp iron separator 104 at the discharging opening of screening machine 103; The discharging opening of tramp iron separator 104 with enter the inlet point that magazine carries 105 and be communicated with; Be connected with the inlet point of raw material threeway elephant trunk 106 entering the discharging opening that magazine carries 105; Two discharging openings of raw material threeway elephant trunk 106 scraper plate 107 that puts in storage with raw material is respectively produced scraper plate 108 be connected with being put in storage; Wet feed silo 109 and siccative silo 110 is provided with below raw material puts in storage scraper plate 107 and the production scraper plate 108 that puts in storage; The put in storage discharging opening of threeway 116 of inlet point and the wet feed at wet feed silo 109 top is connected, and wet feed two inlet points of threeway 116 scraper plate 107 that puts in storage with raw material respectively that puts in storage is produced scraper plate 108 be connected with being put in storage; The production scraper plate 107 that puts in storage is connected by elephant trunk with the inlet point at siccative silo 110 top; Deliver from godown scraper plate 111 and drain separator 112 is provided with in the bottom of wet feed silo 109 and siccative silo 110; Discharging opening bottom wet feed silo 109 is connected with wet feed storehouse discharging tee joint 113 inlet point, and two discharging openings of wet feed storehouse discharging tee joint 113 are connected with drain separator 112 with the scraper plate 111 that delivers from godown respectively; Discharging opening bottom siccative silo 110 is connected with siccative storehouse discharging tee joint 114 inlet point, and two discharging openings of siccative storehouse discharging tee joint 114 are connected with drain separator 112 with the scraper plate 111 that delivers from godown respectively; Deliver from godown scraper plate 111 discharging opening with enter the inlet point that magazine carries 105 and be connected; Drain separator 112 discharging opening is connected with the inlet point of discharge auger 115;
Drying system 2 comprises dries spiral 201, dry that bucket carries 202, drying tower 203, siccative bucket carry 204, siccative threeway elephant trunk 205;
Dry the discharging opening of spiral 201 and dry the inlet point carrying 202 that struggles against and be connected; Dry the discharging opening that bucket carries 202 to be connected with the inlet point at drying tower 203 top; The inlet point that discharging opening bottom drying tower 203 carries 204 with siccative bucket is connected; The discharging opening that siccative bucket carries 204 is communicated with siccative threeway elephant trunk 205 feed end.
Two discharging openings of siccative threeway elephant trunk 205 scraper plate 107 that puts in storage with raw material is respectively produced scraper plate 108 be connected with being put in storage; The production discharging opening of scraper plate 108 that puts in storage is connected by elephant trunk with batch bin 3 inlet point of described production and processing system;
The scraper plate 111 that delivers from godown between adjacent siccative silo 110 and wet feed silo 109 is provided with siccative discharge port 117, the siccative warehouse-in scraper plate 401 of described warehousing system is placed in below siccative discharge port 117, and the discharging opening of siccative warehouse-in scraper plate 401 is placed in the storage storehouse 402 of described warehousing system.
Claims (4)
1. raw grain dries storage delivery system, it is characterized in that, it comprises transfer silo system, drying system, production and processing system and warehousing system, and two discharging openings of the siccative threeway elephant trunk of wherein said drying system scraper plate that puts in storage with the raw material of described transfer silo system is respectively produced scraper plate be connected with being put in storage; The described discharging opening producing scraper plate that puts in storage is connected by elephant trunk with the batch bin inlet point of described production and processing system; The scraper plate that delivers from godown in described transfer silo system between adjacent siccative silo and wet feed silo is provided with siccative discharge port, the siccative warehouse-in scraper plate of described warehousing system is placed in below described siccative discharge port, and the discharging opening of described siccative warehouse-in scraper plate is placed in the storage storehouse of described warehousing system.
2. raw grain according to claim 1 dries storage delivery system, it is characterized in that, described drying system comprises dries spiral, oven dry bucket is carried, drying tower, siccative bucket are carried and described siccative threeway elephant trunk, and the discharging opening of described oven dry spiral is connected with the described inlet point carried that struggles against of drying; The described discharging opening carried that struggles against of drying is connected with the inlet point at described drying tower top; The inlet point that discharging opening bottom described drying tower is carried with described siccative bucket is connected; The discharging opening that described siccative bucket is carried is communicated with described siccative threeway elephant trunk feed end.
3. raw grain according to claim 1 dries storage delivery system, it is characterized in that, described transfer silo system comprises the surge bunker that feeds intake, screening bucket is carried, screening machine, tramp iron separator, the scraper plate that enters that magazine is carried, raw material threeway elephant trunk, raw material put in storage, put in storage and produce scraper plate, wet feed silo, siccative silo, the scraper plate that delivers from godown, drain separator, wet feed storehouse discharging tee joint, siccative storehouse discharging tee joint, discharge auger and wet feed and to put in storage threeway; Feed intake described in the inlet point that described screening bucket is carried is placed in surge bunker; The discharging opening that described screening bucket is carried is communicated with the inlet point of described screening machine, is provided with described tramp iron separator at the discharging opening of described screening machine; The discharging opening of described tramp iron separator with described enter the inlet point carried of magazine be communicated with; Described enter the discharging opening carried of magazine be connected with the inlet point of described raw material threeway elephant trunk; Two discharging openings of described raw material threeway elephant trunk scraper plate that puts in storage with described raw material is respectively produced scraper plate be connected with described being put in storage; Described wet feed silo and described siccative silo is provided with below described raw material puts in storage scraper plate and the described production scraper plate that puts in storage; The put in storage discharging opening of threeway of inlet point and the described wet feed at described wet feed silo top is connected, and described wet feed two inlet points of threeway scraper plate that puts in storage with described raw material respectively that puts in storage is produced scraper plate be connected with described being put in storage; The described production scraper plate that puts in storage is connected by elephant trunk with the inlet point at described siccative silo top; Deliver from godown described in being provided with in the bottom of described wet feed silo and described siccative silo scraper plate and described drain separator; Discharging opening bottom described wet feed silo is connected with described wet feed storehouse discharging tee joint inlet point, and two discharging openings of described wet feed storehouse discharging tee joint are connected with described drain separator with the described scraper plate that delivers from godown respectively; Discharging opening bottom described siccative silo is connected with described siccative storehouse discharging tee joint inlet point, and two discharging openings of described siccative storehouse discharging tee joint are connected with described drain separator with the described scraper plate that delivers from godown respectively; Described deliver from godown scraper plate discharging opening with described enter the inlet point carried of magazine be connected; Described drain separator discharging opening is connected with the inlet point of described discharge auger.
4. raw grain according to claim 3 dries storage delivery system, and it is characterized in that, described siccative silo is more than one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520777266.7U CN205060983U (en) | 2015-10-08 | 2015-10-08 | Unprocessed food grains stoving storage conveying system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520777266.7U CN205060983U (en) | 2015-10-08 | 2015-10-08 | Unprocessed food grains stoving storage conveying system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205060983U true CN205060983U (en) | 2016-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520777266.7U Withdrawn - After Issue CN205060983U (en) | 2015-10-08 | 2015-10-08 | Unprocessed food grains stoving storage conveying system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205060983U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105293087A (en) * | 2015-10-08 | 2016-02-03 | 内蒙古富川饲料科技股份有限公司 | Unprocessed grain drying, storing and conveying system |
-
2015
- 2015-10-08 CN CN201520777266.7U patent/CN205060983U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105293087A (en) * | 2015-10-08 | 2016-02-03 | 内蒙古富川饲料科技股份有限公司 | Unprocessed grain drying, storing and conveying system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160302 Effective date of abandoning: 20170915 |
|
| AV01 | Patent right actively abandoned |