CN208699601U - Divide wind apparatus in a kind of feed bin can be realized stable blanking - Google Patents
Divide wind apparatus in a kind of feed bin can be realized stable blanking Download PDFInfo
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- CN208699601U CN208699601U CN201820989172.XU CN201820989172U CN208699601U CN 208699601 U CN208699601 U CN 208699601U CN 201820989172 U CN201820989172 U CN 201820989172U CN 208699601 U CN208699601 U CN 208699601U
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Abstract
Divide wind apparatus in a kind of feed bin can be realized stable blanking, belongs to apparatus of stock house technical field, be aerated for feed bin.Its technical solution is: dividing wind to be responsible for and wind branch pipe is divided to be the steel-frame structure pipeline of square-section, divide four wall of pipeline of wind supervisor to be covered by steel plate to close, the import of wind supervisor is divided to be connected with air supply duct, divide the pipeline two sidewalls of wind branch pipe to be covered by steel plate to close, divide the hollow opening of pipeline top and bottom sidewall of wind branch pipe, the import of wind branch pipe is divided to be connected with the side wall for dividing wind to be responsible for, the two sides of point wind supervisor have respectively multiple parallel divides wind branch pipe, the axial direction of point wind branch pipe with divide that wind supervisor's is axially vertical, divide wind supervisor and wind branch pipe is divided to be supported respectively by multiple brackets and fixes.The utility model structure is simple, reliable operation is eliminated powder blanking in feed bin and the generation of phenomena such as knot arch bridge, blocking occur, solved the problems such as feed bin timeliness consolidation, bias flowing, ensured the stability of blanking in feed bin after the device.
Description
Technical field
Divide wind apparatus in the feed bin used the utility model relates to a kind of configuration of chemical industry feed bin, belongs to apparatus of stock house technology neck
Domain.
Background technique
Feed bin is the important equipment of Chemical Manufacture, it is not only used as storage process powder material (raw material, product, intermediate production
Product etc.) and supplies (such as catalyst), and be used as in the case of homogenizing material performance, balancing processing logistics and accident
Material such as promptly stores at the facility used.Silo design achieves many research achievements with practical value for many years, but still
The long-standing powder Flowing Hard of feed bin, viscosity arch easy to form (also known as building bridge) or pipe stream (also known as mouse are not can effectively solve
Hole), can not discharging or the problems such as spurt.Therefore how will it is controllable in the feed powder under normal pressure state, realize monolithic stability blanking,
The stability for being effectively improved powder blanking in feed bin becomes the project that technical staff researchs and solves.
Utility model content
The technical problem to be solved by the utility model is to provide divide wind to fill in a kind of feed bin that can be realized stable blanking
It sets, this point of wind apparatus can effectively solve the consolidation of the powder timeliness in feed bin, eccentric the problems such as flowing, and improve powder in feed bin
In blanking stability, realize that powder blanking is controllable, monolithic stability blanking.
The technical solution for solving above-mentioned technical problem is:
Divide wind apparatus in a kind of feed bin can be realized stable blanking, it includes dividing wind supervisor, dividing wind branch pipe, bracket, point
Wind is responsible for and wind branch pipe is divided to be the steel-frame structure pipeline of square-section, and four wall of pipeline for dividing wind to be responsible for is covered by steel plate and sealed
It closes, the import for dividing wind to be responsible for is connected with air supply duct, and the endcapped for dividing wind to be responsible for divides the pipeline two sidewalls of wind branch pipe by steel
Plate covering closing, divides the hollow opening of pipeline top and bottom sidewall of wind branch pipe, the import of wind branch pipe is divided to be connected with the side wall for dividing wind to be responsible for
It is logical, divide the endcapped of wind branch pipe, divide wind branch pipe be it is multiple, divide the axial direction of wind branch pipe and divide that wind supervisor's is axially vertical, divide wind
The two sides of supervisor have respectively it is multiple it is parallel divide wind branch pipe, divide wind to be responsible for and wind branch pipe divided to be supported respectively by multiple brackets, it is multiple
Support vertical is fixed on bin bottom.
Divide wind apparatus in the above-mentioned feed bin that can be realized stable blanking, the top for dividing wind to be responsible for is equipped with sub-material gear
Plate, sub-material baffle are the steel plate pipeline of triangular-section, and for sub-material baffle along the length direction for dividing wind to be responsible for, sub-material baffle is in umbrella
Shape, lower section is hollow, and sub-material baffle interior frame is welded by angle steel, is welded and fixed at the top of sub-material protection screen and bracket,
Cradle top, which is located at, divides wind supervisor top, and the lower openings width of sub-material baffle is greater than the width for dividing wind to be responsible for, in sub-material baffle
Frame middle set brace.
Divide wind apparatus in the above-mentioned feed bin that can be realized stable blanking, ventilation is installed above the pipeline for dividing wind branch pipe
Bulk cargo cover, ventilation bulk cargo cover by top beam, frame, grid section board group at the length direction of, top beam along the length direction for dividing wind branch pipe,
Frame is the right angled triangle that is welded to form of angle steel, two right-angle side lower ends of the right angled triangle of frame and cradle top it is upper
The both ends of crossbeam are connected, and the right angle top of the right angled triangle of multiple frames is connected and fixed by top beam, are arranged at frame hollow
Brace, the angle steel outward opening of frame, grid section plate are the grating board structure that multiple grid sections form in parallel, and grid section plate is placed in frame
Frame angle steel opening, grid section plate are welded and fixed with frame angle steel, form multiple grid sections of grid section plate for the frame set of top beam two sides
At plane integrally cover.
Divide wind apparatus in the above-mentioned feed bin that can be realized stable blanking, the grid section is rectangle lath, and multiple grid sections are suitable
Sequence arrangement, adjacent grid section are placed in parallel up and down, and the plate face of adjacent grid section is parallel up and down and tilts downwards, adjacent grid section
Plate face has gap in-between, is overlapping between adjacent grid section plate face opposite edges.
Divide wind apparatus in the above-mentioned feed bin that can be realized stable blanking, the bracket is by suspension column, column, upper beam, lower cross
Beam composition, two root posts are parallel, and the lower end of column is fixed on feed bin bottom surface by suspension column, and the upper end of column is separately connected upper beam
And lower beam, two root posts and upper beam, lower beam are connected to point wind supervisor and divide two sides and the upper and lower of wind branch pipe, point
Material baffle and bulk cargo cover of divulging information are located at the top of upper beam.
Divide wind apparatus in the above-mentioned feed bin that can be realized stable blanking, it is described to divide wind supervisor, divide in wind branch pipe and have reinforcing rib
It connect support with the steel structure frame of pipeline, has reinforcing rib to be connected between the grid section for bulk cargo cover of divulging information.
The beneficial effects of the utility model are:
The utility model structure is simple, reliable operation, installation and adjustment are convenient, and after the device, powder blanking is very flat
Surely, it eliminates powder blanking in feed bin and the generation of phenomena such as knot arch bridge, blocking occurs, solve feed bin timeliness consolidation, it is eccentric
The problems such as flowing, has ensured the stability of blanking in feed bin.
Detailed description of the invention
Fig. 1 is point structural schematic diagram of wind supervisor；
Fig. 2 is a point structural schematic diagram for wind branch pipe；
Fig. 3 is the structural schematic diagram of sub-material baffle；
Fig. 4 is the structural schematic diagram of ventilation bulk cargo cover；
Fig. 5 is the side view of Fig. 4；
Fig. 6 is point wind supervisor and the integral installation schematic diagram for dividing wind branch pipe.
It is marked in figure as follows: dividing wind supervisor 1, divide wind branch pipe 2, bracket 3, suspension column 4, column 5, upper beam 6, lower beam 7, divide
Expect baffle 8, ventilation bulk cargo cover 9, top beam 10, frame 11, grid section plate 12, grid section 13, feed bin 14.
Specific embodiment
The utility model is by dividing wind supervisor 1, wind branch pipe 2, bracket 3, sub-material baffle 8, ventilation bulk cargo cover 9 being divided to form.
Fig. 1 shows that dividing wind supervisor 1 is the steel-frame structure pipeline of square-section, divides four wall of pipeline of wind supervisor 1 by steel plate
Covering closing, divide wind supervisor 1 import be connected with air supply duct, divide wind supervisor 1 endcapped, divide wind be responsible for 1 play by
Hot wind introduces the effect for dividing wind branch pipe 2 in feed bin 15.There is the connection of the steel structure frame of reinforcing rib and pipeline dividing in wind supervisor 1
Support prevents from deforming because the accumulation extruding of material around makes score wind be responsible for 1.
Fig. 1 is shown, divides wind supervisor 1 to be supported by bracket 3, bracket 3 is vertically fixed on 15 bottom of feed bin.Bracket 3 by suspension column 4,
Column 5, upper beam 6, lower beam 7 form, and two root posts 5 are parallel, and the lower end of column 5 is fixed on 15 bottom surface of feed bin by suspension column 4,
The upper end of column 5 is separately connected upper beam 6 and lower beam 7, and two root posts 5 and upper beam 6, lower beam 7 are connected to a point wind
The two sides of supervisor 1 and upper and lower.
Fig. 2 shows that dividing wind branch pipe 2 is the steel-frame structure pipeline of square-section, divides the pipeline two sidewalls of wind branch pipe 2 by steel
Plate covering closing, divides the hollow opening of pipeline top and bottom sidewall of wind branch pipe 2, divides the import of wind branch pipe 2 and divides the side wall phase of wind supervisor 1
Connection, divides the endcapped of wind branch pipe 2.There is the connection support of the steel structure frame of reinforcing rib and pipeline dividing in wind branch pipe 2, prevents
Score wind branch pipe 2 is deformed because the accumulation of material around squeezes.
Fig. 3 is shown, the top of the upper beam 6 of wind supervisor 1 is divided to be equipped with sub-material baffle 8, and sub-material baffle 8 is triangular-section
Steel plate pipeline, sub-material baffle 8 is in umbrella along the length direction for dividing wind supervisor 1, sub-material baffle 8, and lower section is hollow.Sub-material baffle
8 inner frames are welded by angle steel, and angle steel and the upper beam 6 at 3 top of bracket are welded and fixed, not direct to be responsible for 1 phase with wind is divided
It connects.The lower openings size score wind supervisor 1 of sub-material baffle 8 is big, avoids material extruding that wind is divided to be responsible for 1.It is bored at the top of sub-material baffle 8
Top is directly covered using angle steel, is welded with overcoating steel plate.Brace is set in the frame middle of sub-material baffle 8, to reinforce
The intensity of sub-material baffle.The apex of sub-material baffle 8 is located at the surface for dividing wind supervisor 1.Material is fallen on sub-material baffle 8
It can be slided along two sides behind face, sub-material baffle 8 plays the role of preventing material from dividing accumulation above wind supervisor 1.
Fig. 4,5 displays, divide above the pipeline of wind branch pipe 2 and are equipped with ventilation bulk cargo cover 9.Bulk cargo cover 9 divulge information by top beam 10, frame
Frame 11, grid section plate 12 form.For the length direction of top beam 10 along the length direction for dividing wind branch pipe 2, frame 11 is angle steel welding group
At equilateral right angled triangle shape, the upper beam 6 at 3 top of two right-angle side lower ends of the right angled triangle of frame 11 and bracket
Both ends are connected, and stress is directly conducted to bracket 3, and divulging information, bulk cargo cover 9 is not direct to be connected with sub-material branch pipe 2.Multiple frames
The right angle top of 11 right angled triangle is connected and fixed by top beam 10, is welded to connect between each frame 11 using angle steel, formation side
Frame, brace, reinforced frame intensity is arranged in vacancy in frame 11.Constitute frame 11 angle steel outward opening, grid section plate 12 be for
The grating board structure that multiple grid sections 13 form in parallel, grid section plate 12 are placed in 11 angle steel opening of frame, grid section plate 12 and frame
11 angle steel are welded and fixed, and multiple grid sections 13 of composition grid section plate 12 integrally cover the plane that the frame 11 of 10 two sides of top beam forms
Lid.
Fig. 4,5 displays, grid section 13 are rectangle lath, and multiple 13 parallel sequence of grid section arrangements form grid section plate 12.Each frame
Box is formed by Bolted angle connection between frame 11, grid section plate 12 is placed in the neutral gear box between frame 11, and grid section plate 12 is easy
Part is damaged, replacement can be periodically removed from box.Based on size between each 11 angle steel of frame, it is produced by size grid section plate
12.It is rectangular that 12 periphery of grid section plate uses slab item to surround, and grid section 13 is welded in interior.It is directly placed after the production molding of grid section plate 12
In in box, it is welded and fixed.
Fig. 4,5 displays, the inclination of 12 both ends of grid section plate, the plate face of adjacent grid section 13 is parallel up and down and tilts downwards, phase
Adjacent 13 plate face of grid section has gap in-between, is overlapping between adjacent 13 plate face opposite edges of grid section.
The effect of ventilation bulk cargo cover 9 divides wind branch pipe 2 first is that preventing material from entering, and a point wind branch pipe 2 is avoided to pile with nothing by material
Method plays logical wind action；Second is that material, which is fallen in the plate face of grid section plate 12, to be slid downwards, material accumulation is prevented, damages a point wind by pressure
Branch pipe 2；Third is that the hot wind inside wind branch pipe 2 can will be divided to spread by the gap between grid section 13 as the blast cap for dividing wind branch pipe 2
To dividing in the feed bin 15 of 2 surrounding of wind branch pipe, achieve the purpose that be evenly heated material.
The 13 thickness 16mm of grid section, width 200mm of one embodiment of the utility model, the gap between adjacent grid section 13
20mm。
Fig. 6 shows, divide wind branch pipe 2 be it is multiple, divide the axial direction of wind branch pipe 2 with divide wind be responsible for 1 it is axially vertical, divide wind to be responsible for
1 two sides have respectively multiple parallel divides wind branch pipe 2.Divide wind supervisor and wind branch pipe is divided to be supported respectively by multiple brackets 3, Duo Gezhi
Frame 3 is vertically fixed on 15 bottom of feed bin, and hot wind divides wind branch pipe 2 from dividing wind supervisor 1 to enter, from dividing wind branch pipe 2 to be dispersed into feed bin 15
It is interior.
The sub-material baffle 8 for dividing wind supervisor 1 and dividing 2 top of wind branch pipe, bulk cargo cover 9 of divulging information in Fig. 6 are not drawn, to avoid
It blocks point wind supervisor 1 and divides the connection structure of wind branch pipe 2.
Claims (6)
1. dividing wind apparatus in a kind of feed bin that can be realized stable blanking, it is characterised in that: it includes dividing wind supervisor (1), dividing wind
Branch pipe (2), bracket (3) divide wind supervisor (1) and wind branch pipe (2) are divided to be the steel-frame structure pipeline of square-section, wind is divided to be responsible for
(1) four wall of pipeline is covered by steel plate and is closed, and the import of wind supervisor (1) is divided to be connected with air supply duct, divides the end of wind supervisor (1)
End seal is closed, and is divided the pipeline two sidewalls of wind branch pipe (2) to be covered by steel plate and is closed, divides the pipeline top and bottom sidewall hollow opening of wind branch pipe (2)
It puts, divides the import of wind branch pipe (2) to be connected with the side wall of wind supervisor (1) is divided, divide the endcapped of wind branch pipe (2), divide wind branch pipe
(2) to be multiple, divide the axial direction of wind branch pipe (2) and divide that wind supervisor's (1) is axially vertical, divide wind be responsible for (1) two sides have respectively it is more
It is a it is parallel divide wind branch pipe (2), divide wind supervisor (1) and divide wind branch pipe (2) respectively by multiple brackets (3) support, multiple brackets (3)
It is vertically fixed on feed bin (15) bottom.
2. dividing wind apparatus in the feed bin according to claim 1 that can be realized stable blanking, it is characterised in that: described to divide wind
It is equipped with sub-material baffle (8) above supervisor (1), sub-material baffle (8) is the steel plate pipeline of triangular-section, sub-material baffle (8)
Along the length direction for dividing wind supervisor (1), sub-material baffle (8) is in umbrella, and lower section is hollow, and sub-material baffle (8) inner frame is by angle
Steel is welded, and is welded and fixed at the top of sub-material baffle (8) frame and bracket (3), and cradle top, which is located at, to be divided on wind supervisor (1)
Side, the lower openings width of sub-material baffle (8) are greater than the width for dividing wind supervisor (1), set tiltedly in sub-material baffle (8) frame middle
Lacing wire.
3. dividing wind apparatus in the feed bin according to claim 1 that can be realized stable blanking, it is characterised in that: described to divide wind
Ventilation bulk cargo cover (9) is installed above the pipeline of branch pipe (2), divulges information bulk cargo cover (9) by top beam (10), frame (11), grid section plate
(12), grid section (13) forms, and for the length direction of top beam (10) along the length direction for dividing wind branch pipe (2), frame (11) is angle steel
The right angled triangle being welded to form, two right-angle side lower ends of the right angled triangle of frame (11) and the upper cross at the top of bracket (3)
The both ends of beam (6) are connected, and the right angle top of the right angled triangle of multiple frames (11) is connected and fixed by top beam (10), frame
(11) brace, the angle steel outward opening of frame (11) is arranged in vacancy in, and grid section plate (12) is that multiple grid sections (13) form in parallel
Grating board structure, grid section plate (12) is placed in frame (11) angle steel opening, and grid section plate (12) and frame (11) angle steel weld
Fixed, the multiple grid sections (13) for forming grid section plate (12) integrally cover the plane that the frame (11) of top beam (10) two sides forms.
4. dividing wind apparatus in the feed bin according to claim 3 that can be realized stable blanking, it is characterised in that: the grid section
It (13) is rectangle lath, multiple grid section (13) sequences arrange, and adjacent grid section (13) is placed in parallel up and down, and the two of grid section (13)
The length direction respectively along frame (11) is held to be connected with frame (11), adjacent grid section (13) plate face is parallel and downward up and down
Side's inclination, adjacent grid section (13) plate face have gap in-between, and interlock weight between adjacent grid section (13) plate face opposite edges
It is folded.
5. dividing wind apparatus in the feed bin according to claim 1 that can be realized stable blanking, it is characterised in that: the bracket
(3) be made of suspension column (4), column (5), upper beam (6), lower beam (7), two root posts (5) in parallel, the lower end of column (5) by
Suspension column (4) is fixed on feed bin (15) bottom surface, and the upper end of column (5) is separately connected upper beam (6) and lower beam (7), and two vertical
Column (5) and upper beam (6), lower beam (7) are connected to point wind supervisor (1) and divide two sides and the upper and lower of wind branch pipe (2), point
Material baffle (8) and ventilation bulk cargo cover (9) are located at the top of upper beam (6).
6. can be realized described according to claim 1 or 2 or 3 in the feed bin of stable blanking and divide wind apparatus, it is characterised in that:
Described point of wind supervisor (1) divides wind branch pipe (2) is interior to have the connection support of the steel structure frame of reinforcing rib and pipeline, divulges information bulk cargo cover (9)
Grid section (13) between there is reinforcing rib to be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820989172.XU CN208699601U (en) | 2018-06-26 | 2018-06-26 | Divide wind apparatus in a kind of feed bin can be realized stable blanking |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820989172.XU CN208699601U (en) | 2018-06-26 | 2018-06-26 | Divide wind apparatus in a kind of feed bin can be realized stable blanking |
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| Publication Number | Publication Date |
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| CN208699601U true CN208699601U (en) | 2019-04-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820989172.XU Active CN208699601U (en) | 2018-06-26 | 2018-06-26 | Divide wind apparatus in a kind of feed bin can be realized stable blanking |
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| CN (1) | CN208699601U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111619973A (en) * | 2020-05-29 | 2020-09-04 | 旭彤环保科技南通有限公司 | Arch breaking device of powder medicament storage bin |
-
2018
- 2018-06-26 CN CN201820989172.XU patent/CN208699601U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111619973A (en) * | 2020-05-29 | 2020-09-04 | 旭彤环保科技南通有限公司 | Arch breaking device of powder medicament storage bin |
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