CN208549992U - Feed Manufacturing send cooling device with wind - Google Patents
Feed Manufacturing send cooling device with wind Download PDFInfo
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- CN208549992U CN208549992U CN201820560993.1U CN201820560993U CN208549992U CN 208549992 U CN208549992 U CN 208549992U CN 201820560993 U CN201820560993 U CN 201820560993U CN 208549992 U CN208549992 U CN 208549992U
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Abstract
The utility model relates to a kind of Feed Manufacturings to send cooling device with wind, the discharge port of the feed inlet connection pipe bundle drier of force one wind air supply tube, the discharge port connection level-one of force one wind air supply tube enters the wind general pipeline, level-one air inlet general pipeline is connected to the air inlet of the air inlet of the first discharger and the second discharger respectively, the air outlet of the air outlet of first discharger and the second discharger is connected to by level-one discharge pipe, the air inlet of level-one discharge pipe connection level-one air-introduced machine, the discharge port of first discharger is connect with the discharge port of the second discharger by level-one discharge nozzle, level-one discharge nozzle passes through the feed inlet of the first feeder pipe and the second feeder pipe connection feed bin respectively, the discharge port of feed bin is connected to packaging facilities.The utility model is conveyed and is cooled down to the material after pipe bundle drier is dry using wind-force, of simple structure and low cost, can effectively reduce Feedstuff Enterprises equipment investment and occupied area, good cooling results, and maintenance maintenance is at low cost.
Description
Technical field
The utility model relates to the powders such as vinasse albumen feed, the conveying of particulate species bulk material and cooling equipment and technologies
Field, and in particular to a kind of Feed Manufacturing send cooling device with wind.
Background technique
DDGS(English name: Distillers Dried Grains with Solubles, Chinese name: full vinasse drying is raised
Material), it is that poor liquid is separated into filter residue and filtrate two parts with centrifuge, filtrate is made after being concentrated by evaporation with filter residue together drying
At pipe bundle drier is the drying equipment mainly used in current DDGS production, after being dried due to material by pipe bundle drier
The temperature of discharge is higher, it usually needs send through bucket elevator to cooler and is cooled down after material completes drying, after cooling
It send again through bucket elevator and embedded scraper transporter to packaging storehouse.Current this complex process, number of devices is more, equipment investment
Greatly, energy consumption is high, and cooling effect is poor, takes up a large area, and maintenance cost is high.
Utility model content
In conclusion in order to overcome the shortcomings of that prior art problem, the utility model provide a kind of Feed Manufacturing wind
Cooling device is sent, it is that the material after pipe bundle drier is dry is conveyed and cooled down using wind-force, and structure is simple, cost
It is cheap, Feedstuff Enterprises equipment investment and occupied area can be effectively reduced, good cooling results, maintenance maintenance is at low cost.
In order to solve the above technical problems, the technical solution adopted by the utility model is:
A kind of Feed Manufacturing send cooling device with wind, in which: including force one wind air supply tube, the first discharger, the second discharging
Device and level-one air-introduced machine, the discharge port of the feed inlet connection pipe bundle drier of the force one wind air supply tube, the force one wind
The discharge port connection level-one of air supply tube enters the wind general pipeline, the described level-one air inlet general pipeline respectively with the air inlet of the first discharger and the
The air inlet of two dischargers is connected to, and the air outlet of first discharger and the air outlet of the second discharger pass through level-one outlet air
Pipe connection, the air inlet of the level-one discharge pipe connection level-one air-introduced machine, the discharge port and second of first discharger
The discharge port of discharger is connected by level-one discharge nozzle, and the level-one discharge nozzle passes through the first feeder pipe and the second blanking respectively
Pipe is connected to the feed inlet of feed bin, and the discharge port of the feed bin is connected to packaging facilities, on the first feeder pipe and the second feeder pipe
It is provided with discharge valve.
Further, the level-one discharge nozzle is connected to light breeze air supply tube, and the light breeze air supply tube connection two is grading
Wind general pipeline, second level air inlet general pipeline are connected to the air inlet of the air inlet of third discharger and the 4th discharger respectively, and described the
The air outlet of the air outlet of three dischargers and the 4th discharger is connected to by second level discharge pipe, the second level discharge pipe connection two
Grade air-introduced machine, the discharge port of the third discharger and the discharge port of the 4th discharger are connected to the feed inlet of feed bin, institute
Discharge valve is provided on the discharge port for the third discharger stated and the discharge port of the 4th discharger.
Further, on the discharge port of first discharger, on the discharge port of the second discharger, third discharger goes out
Wind stopping device is provided in material mouth and on the discharge port of the 4th discharger.
Further, the discharge valve is gate valve.
Further, the feed bin is twin-bucket feed bin, and the lower part of feed bin is arranged two broach hoppers, the first discharger and the
Three dischargers correspond to a broach hopper, and the second discharger and the 4th discharger correspond to another broach hopper, two conical materials
A discharge port is respectively arranged in bucket lower end, and the discharge port of two broach hoppers is separately connected a set of packaging facilities.
Further, first discharger, the second discharger, third discharger and the 4th discharger are whirlwind discharging
Device.
The utility model has the following beneficial effects:
1, the utility model is that the material after pipe bundle drier is dry is conveyed and cooled down using wind-force, structure letter
It is single, low in cost, Feedstuff Enterprises equipment investment and occupied area, good cooling results, maintenance maintenance can be effectively reduced
It is at low cost.
2, the utility model send material progress First air by the first discharger being set side by side and the second discharger cold
But, material enters the first discharger and the second discharger under the action of level-one air-introduced machine, and material spiral declines from discharger
Discharge port enters feed bin, carries out First air to material and send, and air-flow and material carry out heat exchange, the cooling drop of material during wind is sent
Temperature.When temperature of charge is higher, and First air send cooling that cooling purpose is not achieved, close on the first feeder pipe and the second feeder pipe
Discharge valve, material enters third discharger and the 4th discharger under the action of two-stage air draft machine, along light breeze air supply tube, in wind
First air send material after cooling to send cooling by wind again during sending, finally from the discharging of third discharger and the 4th discharger
Mouth enters feed bin.Two-stage wind send cooling, can effectively improve cooling efficiency, guarantees cooling effect.Moreover, the utility model is adopted
It is sent with wind and the mode cooled down carries out conveyer cooling to feed material, eliminated other complicated coolconveyer tools, save
Equipment investment and occupied area, good cooling results, maintenance cost are low.It is further right using cold wind during wind is sent simultaneously
Material is dried, and reduces drying machine pressure, improves product quality.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Force one wind air supply tube 1；First discharger 2；Second discharger 3；Level-one air-introduced machine 4；Level-one enters the wind general pipeline 5；Level-one
Discharge pipe 6；Level-one discharge nozzle 7；First feeder pipe 8；Second feeder pipe 9；Feed bin 10；Packaging facilities 11；Light breeze air supply tube 12；
Second level enters the wind general pipeline 13；Third discharger 14；4th discharger 15；Second level discharge pipe 16；Two-stage air draft machine 17.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
As shown in Figure 1, a kind of Feed Manufacturing send cooling device, including force one wind air supply tube 1, the first discharger 2, with wind
Two dischargers 3 and level-one air-introduced machine 4, the discharge port of the feed inlet connection pipe bundle drier of the force one wind air supply tube 1 are described
The discharge port connection level-one of force one wind air supply tube 1 enter the wind general pipeline 5, the described level-one air inlet general pipeline 5 respectively with the first discharger 2
Air inlet and the second discharger 3 air inlet connection, the air outlet of first discharger 2 and the second discharger 3 go out
Air port is connected to by level-one discharge pipe 6, and the level-one discharge pipe 6 is connected to the air inlet of level-one air-introduced machine 4, the first discharger 2
Discharge port on, on the discharge port of the second discharger 3 be provided with wind stopping device, the discharge port of first discharger 2 and
The discharge port of two dischargers 3 is connected by level-one discharge nozzle 7, and the level-one discharge nozzle 7 passes through the first feeder pipe 8 and the respectively
Two feeder pipes 9 are connected to the feed inlet of feed bin 10, and the discharge port of the feed bin 10 is connected to packaging facilities 11, the first feeder pipe 8 and
Discharge valve is provided on second feeder pipe 9, discharge valve is gate valve.
The level-one discharge nozzle 7 is connected to light breeze air supply tube 12, and the light breeze air supply tube 12 is connected to second level air inlet
General pipeline 13, second level air inlet general pipeline 13 are connected to the air inlet of the air inlet of third discharger 14 and the 4th discharger 15 respectively, institute
The air outlet for the third discharger 14 stated and the air outlet of the 4th discharger 15 are connected to by second level discharge pipe 16, the second level
Discharge pipe 16 is connected to two-stage air draft machine 17, the discharge port of the discharge port of the third discharger 14 and the 4th discharger 15 with
The feed inlet of feed bin 10 is connected to, and is provided on the discharge port of third discharger 14 and on the discharge port of the 4th discharger 15 and is closed wind
Discharge valve is provided on device, the discharge port of the third discharger 14 and the discharge port of the 4th discharger 15.Described unloads
Material valve is gate valve.Feed bin 10 is twin-bucket feed bin 10, and the lower part of feed bin 10 is arranged two broach hoppers, the first discharger 2 and the
Three dischargers 14 correspond to a broach hopper, the second discharger 3 and another corresponding broach hopper of the 4th discharger 15, two cones
A discharge port is respectively arranged in shape hopper lower end, and the discharge port of two broach hoppers is separately connected a set of packaging facilities 11.
First discharger 2, the second discharger 3, third discharger 14 and the 4th discharger 15 is whirlwind discharging
Device.
In use, starting level-one air-introduced machine 4, under the suction function that level-one air-introduced machine 4 generates, after pipe bundle drier is dry
Material enter force one wind air supply tube 1, along force one wind air supply tube 1 enter level-one enter the wind general pipeline 5, then respectively enter the first discharging
Device 2 and the second discharger 3, material decline discharging in the first discharger 2 and 3 inside spin of the second discharger, and wind is from level-one discharge pipe 6
It is discharged through level-one air-introduced machine 4, material enters feed bin 10, and when temperature of charge is excessively high, force one wind send cooling not to be able to satisfy cooling requirement
When, start two-stage air draft machine 17, and close the discharge valve of the first feeder pipe 8 and 9 lower end of the second feeder pipe, through the first discharger 2
And second discharger 3 discharge port discharge material through level-one discharge nozzle 7 enter light breeze air supply tube 12, through light breeze air supply tube
12 wind send cooling to enter the wind general pipeline 13 through second level, third discharger 14 and the 4th discharger 15 are respectively enterd, in third discharger 14
And 15 inside spin of the 4th discharger declines discharging, into feed bin 10, is finally packaged the packaging of equipment 11.
It should be noted that embodiment described above be to the illustrative and not limiting of technical solutions of the utility model, it is affiliated
The equivalent replacement of technical field those of ordinary skill or the other modifications made according to the prior art, as long as unpractical beyond this
The thinking and range of new technique scheme, should be included within interest field required by the utility model.
Claims (6)
1. a kind of Feed Manufacturing send cooling device with wind, it is characterised in that: including force one wind air supply tube (1), the first discharger
(2), the feed inlet of the second discharger (3) and level-one air-introduced machine (4), the force one wind air supply tube (1) connects pipe bundle drier
Discharge port, discharge port connection level-one air inlet general pipeline (5) of the force one wind air supply tube (1), the level-one enters the wind general pipeline
(5) it is connected to respectively with the air inlet of the air inlet of the first discharger (2) and the second discharger (3), first discharger (2)
Air outlet and the air outlet of the second discharger (3) pass through level-one discharge pipe (6) and be connected to, described level-one discharge pipe (6) connection
The discharge port of the air inlet of level-one air-introduced machine (4), the discharge port and the second discharger (3) of first discharger (2) passes through
Level-one discharge nozzle (7) connection, the level-one discharge nozzle (7) are connected to by the first feeder pipe (8) and the second feeder pipe (9) respectively
The discharge port of the feed inlet of feed bin (10), the feed bin (10) is connected to packaging facilities (11), under the first feeder pipe (8) and second
Expects pipe is provided with discharge valve on (9).
2. Feed Manufacturing according to claim 1 send cooling device with wind, it is characterised in that: the level-one discharge nozzle
(7) light breeze air supply tube (12) are connected to, light breeze air supply tube (12) connection second level air inlet general pipeline (13), second level air inlet is always
Pipe (13) is connected to the air inlet of the air inlet of third discharger (14) and the 4th discharger (15) respectively, the third discharging
The air outlet of the air outlet of device (14) and the 4th discharger (15) is connected to by second level discharge pipe (16), the second level discharge pipe
(16) two-stage air draft machine (17) are connected to, the discharge port of the third discharger (14) and the discharge port of the 4th discharger (15) are equal
It is connected to the feed inlet of feed bin (10), on the discharge port of the third discharger (14) and the discharge port of the 4th discharger (15)
It is provided with discharge valve.
3. Feed Manufacturing according to claim 2 send cooling device with wind, it is characterised in that: first discharger
(2) on discharge port, on the discharge port of the second discharger (3), on the discharge port of third discharger (14) and the 4th discharger
(15) wind stopping device is provided on discharge port.
4. Feed Manufacturing according to claim 2 send cooling device with wind, it is characterised in that: the discharge valve is plate
Valve.
5. Feed Manufacturing according to claim 2 send cooling device with wind, it is characterised in that: the feed bin (10) is double
Struggle against feed bin, and two broach hoppers, the first discharger (2) and the corresponding cone of third discharger (14) is arranged in the lower part of feed bin (10)
Another corresponding broach hopper of shape hopper, the second discharger (3) and the 4th discharger (15), two broach hopper lower ends are respectively arranged
One discharge port, the discharge port of two broach hoppers are separately connected a set of packaging facilities (11).
6. Feed Manufacturing according to claim 2 send cooling device with wind, it is characterised in that: first discharger
(2), the second discharger (3), third discharger (14) and the 4th discharger (15) are whirlwind discharger.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820560993.1U CN208549992U (en) | 2018-04-19 | 2018-04-19 | Feed Manufacturing send cooling device with wind |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820560993.1U CN208549992U (en) | 2018-04-19 | 2018-04-19 | Feed Manufacturing send cooling device with wind |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208549992U true CN208549992U (en) | 2019-03-01 |
Family
ID=65480576
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820560993.1U Active CN208549992U (en) | 2018-04-19 | 2018-04-19 | Feed Manufacturing send cooling device with wind |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208549992U (en) |
-
2018
- 2018-04-19 CN CN201820560993.1U patent/CN208549992U/en active Active
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