CN207681017U - A kind of clinker fast screening devices - Google Patents
A kind of clinker fast screening devices Download PDFInfo
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- CN207681017U CN207681017U CN201721532577.2U CN201721532577U CN207681017U CN 207681017 U CN207681017 U CN 207681017U CN 201721532577 U CN201721532577 U CN 201721532577U CN 207681017 U CN207681017 U CN 207681017U
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- sieve
- drawer
- spacer
- hanger
- fixed
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Abstract
The utility model is related to a kind of clinker fast screening devices, including：Mounting bracket, the first sieve drawer and the second sieve drawer.Mounting bracket includes：More root posts, more lacing wires and bottom plate；More root posts are vertically fixed on bottom plate；Part lacing wire, which is fixed on column, forms the first spacer for hanger, remaining lacing wire, which is fixed on column, forms the second spacer for hanger；First sieve drawer includes：First sieve and plurality of steel plates；First sieve drawer is slidably arranged on the first spacer for hanger；The maximum web checkerwork cell of first sieve is 18mm；Second sieve drawer includes：Second sieve and plurality of steel plates；Second sieve drawer is slidably arranged on the second spacer for hanger；The maximum web checkerwork cell of second sieve is 6mm.The clinker fast screening devices can improve screening clinker efficiency, ensure that slag granularity is met the requirements, and avoid artificial repeated sampling, reduce inspection assay device failure, be conveniently operated, highly practical.
Description
Technical field
The utility model is related to coking technology field, more particularly to a kind of clinker fast screening devices.
Background technology
Clinker inspection assay system is generally fully automatic system, and the inspection chemical examination of clinker is divided into two sample preparation, chemical examination links, wherein
Sample preparation has a twice broken process, and slag granularity is less than normal to be easy to fall to equipment crack, be adhered to pipeline and broken alms bowl wall, granularity are inclined
It is big to be easy to be stuck in that pipeline be crushed or clamping equipment causes equipment that can not operate, so requiring clinker sample stringent, it is desirable that
Slag granularity 5-20mm, without steel ball.After daily post worker takes clinker, bulk clinker is tapped using hand hammer, after cooling of furnace slag,
Hand picking granularity meets the requirements, the clinker without steel ball carries out inspection.
Manually screening clinker is less efficient in the prior art, and be easy to cause the slag granularity filtered out and be unsatisfactory for requiring,
Influence the normal work of inspection assay device.
Utility model content
A kind of clinker fast screening devices provided by the present application, solve or part solves artificial screening in the prior art
Clinker is less efficient, and be easy to cause the slag granularity filtered out and be unsatisfactory for requiring, and influences the technical issues of inspection is chemically examined, realizes
Screening clinker efficiency is improved, ensures that slag granularity is met the requirements, avoids artificial repeated sampling, reduces inspection assay device failure, side
Convenient to operate, highly practical technique effect.
This application provides a kind of clinker fast screening devices, including：
Mounting bracket, including：More root posts, more lacing wires and bottom plate；The more uprights verticals are fixed on the bottom plate；
The part lacing wire, which is fixed on the column, forms the first spacer for hanger, remaining described lacing wire, which is fixed on the column, forms
Two spacer for hangers；First spacer for hanger, second spacer for hanger are arranged in parallel with the bottom plate；Second spacer for hanger is located at institute
It states between the first spacer for hanger and the bottom plate；
First sieve drawer, including：First sieve and the plurality of steel plates for being fixed on first sieve side；Described first
Sieve drawer is slidably arranged on first spacer for hanger；The maximum web checkerwork cell of first sieve is 18mm；
Second sieve drawer, including：Second sieve and the plurality of steel plates for being fixed on second sieve side；Described second
Sieve drawer is slidably arranged on second spacer for hanger；The maximum web checkerwork cell of second sieve is 6mm.
Preferably, further including：
Waste material drawer, including：Drawer-bottom board and the polylith drawer side for being fixed on the drawer-bottom board side；The waste material
Drawer is slidably arranged on the bottom plate of the mounting bracket.
Preferably, first sieve is identical as the surface area of the second sieve；
The surface area of the drawer-bottom board is not less than the surface area of second sieve.
Preferably, the mounting bracket includes 4 columns at arranged in squares；
The mounting bracket is additionally provided with top plate and two blocks of side plates；
The top plate is fixed on the top of 4 columns；
The side plate is fixedly connected with two columns of respective side.
Preferably, the column is channel steel；
The top plate, the bottom plate and the side plate are steel plate, are all welded and fixed with the column.
Preferably, the mounting bracket includes 8 lacing wires；
First spacer for hanger is formed at the top that wherein 4 lacing wires are fixed on the column；
Second spacer for hanger is formed at the lower part that remaining 4 described lacing wire is fixed on the column.
Preferably, the lacing wire is channel steel；
The lacing wire is welded and fixed with the column.
Preferably, the spacing phase between the top plate, first spacer for hanger, second spacer for hanger and the bottom plate
Together.
Preferably, the first sieve drawer is rectangular, including：First sieve of rectangle and it is fixed on described
4 blocks of steel plates of one sieve side；
The second sieve drawer is rectangular, including：Second sieve of rectangle and it is fixed on second sieve side
4 blocks of steel plates at end；
The first sieve drawer and the second sieve drawer are both provided with knob.
Preferably, 4 blocks of steel plates of the first sieve drawer are fixedly connected by welding；
4 blocks of steel plates of the second sieve drawer are fixedly connected by welding.
One or more technical solutions provided herein, have at least the following technical effects or advantages：
Include the mounting bracket of bottom plate, the first spacer for hanger and the second spacer for hanger as a result of setting, by the first sieve and
The the first sieve drawer for being fixed on the plurality of steel plates composition of the first sieve side is slidably arranged on the first spacer for hanger, by the second sieve
The second sieve drawer that net and the plurality of steel plates for being fixed on the second sieve side form is slidably arranged on the second spacer for hanger；First
The maximum web checkerwork cell of sieve is 18mm, and the maximum web checkerwork cell of the second sieve is 6mm；After clinker sample takes out cooling, slag is put
Enter and screened by the first sieve in the first sieve drawer, the clinker by slag after primary screening more than 18mm is deposited in the
On one sieve, qualified slag falls into the second sieve drawer, then is screened again by the second sieve, and granularity is less than by the second sieve
The clinker and powder of 6mm directly leak into the bottom of mounting bracket, and it is the qualification for sending inspection chemical examination that slag specimen is retained in the second sieve drawer
Sample.In this way, efficiently solving in the prior art, manually screening clinker is less efficient, and be easy to cause the slag granularity filtered out
The technical issues of being unsatisfactory for requiring, influencing inspection chemical examination realizes raising screening clinker efficiency, ensures that slag granularity is met the requirements,
Artificial repeated sampling is avoided, inspection assay device failure is reduced, is conveniently operated, highly practical technique effect.
Description of the drawings
Fig. 1 is the structural schematic diagram of mounting bracket in the clinker fast screening devices that the utility model embodiment provides；
Fig. 2 is the structural representation of the first sieve drawer in the clinker fast screening devices that the utility model embodiment provides
Figure；
Fig. 3 is the structural representation of the second sieve drawer in the clinker fast screening devices that the utility model embodiment provides
Figure；
Fig. 4 is the structural schematic diagram of waste material drawer in the clinker fast screening devices that the utility model embodiment provides.
(component that each label represents in diagram is followed successively by：1 column, 2 first spacer for hangers, 3 second spacer for hangers, 4 bottom plates, 5 sides
Plate, 6 top plates, 7 first sieve drawers, 8 first sieves, 9 second sieve drawers, 10 second sieves, 11 knobs, 12 waste material drawers,
13 drawer-bottom boards)
Specific implementation mode
A kind of clinker fast screening devices provided by the embodiments of the present application, solve or part solves people in the prior art
Work screening clinker is less efficient, and be easy to cause the slag granularity filtered out and be unsatisfactory for requiring, and influences the technical issues of inspection is chemically examined,
Include the mounting bracket of bottom plate, the first spacer for hanger and the second spacer for hanger by setting, by the first sieve and is fixed on the first sieve
First sieve drawer of the plurality of steel plates composition of side is slidably arranged on the first spacer for hanger, by the second sieve and is fixed on second
Second sieve drawer of the plurality of steel plates composition of sieve side is slidably arranged on the second spacer for hanger；Realize raising screening clinker
Efficiency ensures that slag granularity is met the requirements, and avoids artificial repeated sampling, reduces inspection assay device failure, is conveniently operated, practicability
Strong technique effect.
Referring to attached drawing 1~3, this application provides a kind of clinker fast screening devices, including：Mounting bracket, the first sieve are taken out
Drawer 7 and the second sieve drawer 9.
Referring to attached drawing 1, mounting bracket includes：More root posts 1, more lacing wires and bottom plate 4；More root posts 1 are vertically fixed on bottom
On plate 4；Part lacing wire, which is fixed on column 1, forms the first spacer for hanger 2, remaining lacing wire, which is fixed on column 1, forms the second interlayer
Frame 3；First spacer for hanger 2, the second spacer for hanger 3 are arranged in parallel with bottom plate 4；Second spacer for hanger 3 is located at the first spacer for hanger 2 and bottom plate 4
Between.Referring to attached drawing 2, the first sieve drawer 7 includes：First sieve 8 and the plurality of steel plates for being fixed on 8 side of the first sieve；The
One sieve drawer 7 is slidably arranged on the first spacer for hanger 2；The maximum web checkerwork cell of first sieve 8 is 18mm；Referring to attached drawing 3, second
Sieve drawer 9 includes：Second sieve 10 and the plurality of steel plates for being fixed on 10 side of the second sieve；The sliding of second sieve drawer 9 is set
It sets on the second spacer for hanger 3；The maximum web checkerwork cell of second sieve 10 is 6mm.
Wherein, after clinker sample takes out cooling, slag is put into the first sieve drawer 7 and is sieved by the first sieve 8
Choosing, the clinker by slag after primary screening more than 18mm are deposited on the first sieve 8, and qualified slag falls into the second sieve drawer 9,
It is screened again by the second sieve 10 again, clinker and powder of second sieve 10 by granularity less than 6mm directly leak into installation
The bottom of frame, it be the qualified samples for sending inspection and chemically examining that slag specimen is retained in the second sieve drawer 9.First sieve drawer 7 and second sieves
The drawer structure design of net drawer 9 is conveniently manually placed into clinker and takes out qualified samples；Therefore, which can improve screening clinker
Efficiency ensures that slag granularity is met the requirements, and avoids artificial repeated sampling, reduces inspection assay device failure, is conveniently operated, practicability
By force.
Further, since during clinker sieves, the second sieve 10 is direct less than the clinker of 6mm and powder by granularity
The bottom of mounting bracket is leak into, therefore, referring to attached drawing 4, which further includes：Waste material drawer 12, including：Drawer-bottom board 13 and fixation
Polylith drawer side in 13 side of drawer-bottom board；Waste material drawer 12 is slidably arranged on the bottom plate 4 of mounting bracket, in this way, granularity
Clinker and powder less than 6mm are eventually fallen into waste material drawer 12, avoid clinker and powder run out of from the bottom of mounting bracket and
Cause the pollution of production environment.Wherein, the first sieve 8 is identical as the surface area of the second sieve 10；The surface area of drawer-bottom board 13
Not less than the surface area of the second sieve 10, ensure that clinker and powder can be fallen into waste material drawer 12.
Further, referring to attached drawing 1, mounting bracket includes 4 columns 1 at arranged in squares；Mounting bracket is additionally provided with top
Plate 6 and two blocks of side plates 5；Top plate 6 is fixed on the top of 4 root posts 1；Side plate 5 is fixedly connected with the two root posts 1 of respective side.Top
Plate 5 is avoided that the clinker in the first sieve drawer 7 flies out from top in screening process and pollutes production environment.Column 1 is slot
Steel；Top plate 6, bottom plate 4 and side plate 5 are steel plate, are all welded and fixed with column 1, keep selection and manufacture all very convenient.
Further, mounting bracket includes 8 lacing wires；First spacer for hanger is formed at the top that wherein 4 lacing wires are fixed on column 1
2；Second spacer for hanger 3 is formed at the lower part that remaining 4 lacing wire is fixed on column 1.Lacing wire is channel steel；Lacing wire is welded and fixed with column 1.
The lacing wire of channel steel form is played the role of supporting sliding rail, enables the first sieve drawer 7 and the second sieve drawer 9 in the first spacer for hanger
It 2 and second slides on spacer for hanger 3, and ensures supporting ＆ stablizing.Between top plate 6, the first spacer for hanger 2, the second spacer for hanger 3 and bottom plate 4
Spacing it is identical, after the first sieve drawer 7, the second sieve drawer 9 and waste material drawer 12 are put into mounting bracket, by mounting bracket surrounding
Space is all closed.
Further, the first sieve drawer 7 is rectangular, including：First sieve 8 of rectangle and it is fixed on 8 side of the first sieve
4 blocks of steel plates at end；Second sieve drawer 9 is rectangular, including：Second sieve 10 of rectangle and it is fixed on 10 side of the second sieve
4 blocks of steel plates；First sieve drawer 7 and the second sieve drawer 9 are both provided with knob 11, facilitate draw operation.
Wherein, 4 blocks of steel plates of the first sieve drawer 7 are fixedly connected by welding；4 blocks of steel plates of the second sieve drawer 9 are logical
It crosses and is welded and fixed connection, welding structure ensures the structural integrity of the first sieve drawer 7 and the second sieve drawer 9.
Structure feature and the work of the clinker fast screening devices of the application are discussed in detail below by specific embodiment
Principle：
The column 1 of device quadrangle is the channel steel of 700mm, and it is 500*500mm squares to form section, and two sides use steel
Plate is closed, and 700mm is equally divided into three layers using channel steel and is welded, sieve is surrounded drawer-like using steel plate and is welded
(two sieves), a waste material drawer 12 is surrounded using whole steel sheet, and two sieve drawers are respectively put into first layer and the second layer
In shelf, waste material drawer 12 is put into bottom shelf.
When post takes clinker sample, the clinker taken is put into the first sieve drawer 7, under big the retaining of granularity, granularity
Small falls into the second sieve drawer 9, and granularity is minimum to be fallen into bottom waste material drawer 12, wherein the grid of the first sieve 8 is maximum
Gap is 18mm, and the grid maximal clearance of the second sieve 10 is 6mm, and the clinker in the second sieve drawer 9 is collected in post, and is used
Magnet adsorption once steel ball, you can inspection, slag granularity comply fully with inspection assay standard.By the use of the present apparatus, inspection is reduced
Failure 50% is chemically examined, shortens post and fetches and delivers the sample time 10%.
One or more technical solutions provided herein, have at least the following technical effects or advantages：
Include the mounting bracket of bottom plate 4, the first spacer for hanger 2 and the second spacer for hanger 3 as a result of setting, by the first sieve
8 and be fixed on 8 side of the first sieve plurality of steel plates composition the first sieve drawer 7 be slidably arranged on the first spacer for hanger 2, will
Second sieve 10 and be fixed on 10 side of the second sieve plurality of steel plates composition the second sieve drawer 9 be slidably arranged in second every
In layer frame 3；The maximum web checkerwork cell of first sieve 8 is 18mm, and the maximum web checkerwork cell of the second sieve 10 is 6mm；It is taken out in slag sample
After cooling, slag is put into the first sieve drawer 7 and is screened by the first sieve 8, is more than by slag after primary screening
The clinker of 18mm is deposited on the first sieve 8, and qualified slag falls into the second sieve drawer 9, then is carried out again by the second sieve 10
Screening, clinker and powder of second sieve 10 by granularity less than 6mm directly leak into the bottom of mounting bracket, in the second sieve drawer 9
It is the qualified samples for sending inspection chemical examination to retain slag specimen.In this way, efficiently solving in the prior art, manually screening clinker is less efficient,
And the technical issues of be easy to causeing the slag granularity filtered out and be unsatisfactory for requiring, influencing inspection chemical examination, realize raising screening clinker
Efficiency ensures that slag granularity is met the requirements, and avoids artificial repeated sampling, reduces inspection assay device failure, is conveniently operated, practicability
Strong technique effect.
Above-described specific implementation mode, to the purpose of this utility model, technical solution and advantageous effect carried out into
One step is described in detail, it should be understood that the foregoing is merely specific embodiment of the present utility model, is not used to limit
The utility model processed, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done,
It should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of clinker fast screening devices, which is characterized in that including：
Mounting bracket, including：More root posts, more lacing wires and bottom plate；The more uprights verticals are fixed on the bottom plate；Part
The lacing wire, which is fixed on the column, forms the first spacer for hanger, remaining described lacing wire be fixed on the column formed second every
Layer frame；First spacer for hanger, second spacer for hanger are arranged in parallel with the bottom plate；Second spacer for hanger is located at described the
Between one spacer for hanger and the bottom plate；
First sieve drawer, including：First sieve and the plurality of steel plates for being fixed on first sieve side；First sieve
Drawer is slidably arranged on first spacer for hanger；The maximum web checkerwork cell of first sieve is 18mm；
Second sieve drawer, including：Second sieve and the plurality of steel plates for being fixed on second sieve side；Second sieve
Drawer is slidably arranged on second spacer for hanger；The maximum web checkerwork cell of second sieve is 6mm.
2. clinker fast screening devices as described in claim 1, which is characterized in that further include：
Waste material drawer, including：Drawer-bottom board and the polylith drawer side for being fixed on the drawer-bottom board side；The waste material drawer
It is slidably arranged on the bottom plate of the mounting bracket.
3. clinker fast screening devices as claimed in claim 2, which is characterized in that
First sieve is identical as the surface area of the second sieve；
The surface area of the drawer-bottom board is not less than the surface area of second sieve.
4. clinker fast screening devices as described in claim 1, which is characterized in that
The mounting bracket includes 4 columns at arranged in squares；
The mounting bracket is additionally provided with top plate and two blocks of side plates；
The top plate is fixed on the top of 4 columns；
The side plate is fixedly connected with two columns of respective side.
5. clinker fast screening devices as claimed in claim 4, which is characterized in that
The column is channel steel；
The top plate, the bottom plate and the side plate are steel plate, are all welded and fixed with the column.
6. clinker fast screening devices as claimed in claim 4, which is characterized in that
The mounting bracket includes 8 lacing wires；
First spacer for hanger is formed at the top that wherein 4 lacing wires are fixed on the column；
Second spacer for hanger is formed at the lower part that remaining 4 described lacing wire is fixed on the column.
7. clinker fast screening devices as claimed in claim 6, which is characterized in that
The lacing wire is channel steel；
The lacing wire is welded and fixed with the column.
8. clinker fast screening devices as claimed in claim 7, which is characterized in that
Spacing between the top plate, first spacer for hanger, second spacer for hanger and the bottom plate is identical.
9. clinker fast screening devices as described in claim 1, which is characterized in that
The first sieve drawer is rectangular, including：First sieve of rectangle and it is fixed on the 4 of first sieve side
Steel plate described in block；
The second sieve drawer is rectangular, including：Second sieve of rectangle and it is fixed on the 4 of second sieve side
Steel plate described in block；
The first sieve drawer and the second sieve drawer are both provided with knob.
10. clinker fast screening devices as claimed in claim 9, which is characterized in that
4 blocks of steel plates of the first sieve drawer are fixedly connected by welding；
4 blocks of steel plates of the second sieve drawer are fixedly connected by welding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721532577.2U CN207681017U (en) | 2017-11-16 | 2017-11-16 | A kind of clinker fast screening devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721532577.2U CN207681017U (en) | 2017-11-16 | 2017-11-16 | A kind of clinker fast screening devices |
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| Publication Number | Publication Date |
|---|---|
| CN207681017U true CN207681017U (en) | 2018-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721532577.2U Active CN207681017U (en) | 2017-11-16 | 2017-11-16 | A kind of clinker fast screening devices |
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| Country | Link |
|---|---|
| CN (1) | CN207681017U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110643756A (en) * | 2019-05-22 | 2020-01-03 | 广东韶钢松山股份有限公司 | Recovery device and recovery method for steel slag under steel making furnace |
-
2017
- 2017-11-16 CN CN201721532577.2U patent/CN207681017U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110643756A (en) * | 2019-05-22 | 2020-01-03 | 广东韶钢松山股份有限公司 | Recovery device and recovery method for steel slag under steel making furnace |
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