CN208824035U - A kind of filter device for metal ore pulp Particle Size Analyzer - Google Patents
A kind of filter device for metal ore pulp Particle Size Analyzer Download PDFInfo
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- CN208824035U CN208824035U CN201821112098.XU CN201821112098U CN208824035U CN 208824035 U CN208824035 U CN 208824035U CN 201821112098 U CN201821112098 U CN 201821112098U CN 208824035 U CN208824035 U CN 208824035U
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- filter screen
- ore pulp
- particle size
- filtering body
- filter
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Abstract
The utility model belongs to ore pulp index analysis apparatus field, is a kind of filter device for metal ore pulp Particle Size Analyzer, including cabinet, filter screen, cabinet once Rose Box, secondary filter case, has logistics corridor between the two；The measurement pipeline section of secondary filter lower box part outlet Particle Size Analyzer；Filter screen has upper filter screen, lower filter screen, and upper filter screen includes main filtering body, hanging plate, and hanging plate bottom edge is connected with main filtering body, and hanging plate top is held on the side wall of a Rose Box；Lower filter screen equally has main filtering body, main filtering body connection hanging plate, and edge is even buckled on the side wall of secondary filter case on hanging plate, is placed with lower cover plate on lower filter screen.The utility model has the advantages that reasonable cabinet design and double filter screen are good to filtering foreigns effects such as bulky grain ore particles in tested ore pulp.Upper filter screen and lower filter screen are detachable, easy to clean.
Description
Technical field
The utility model belongs to the auxiliary device of Particle Size Analyzer, is related to a kind of tool for metal ore pulp Particle Size Analyzer
There are double filter screen, removable filter device.
Background technique
The non-ferrous metals such as cupro-nickel its ore pulp in ore dressing process has the characteristics that high viscosity, easily adherency and deep-etching, a kind of
Based on the pulp granularity analyzer of ultrasonic attenuation principle, live operational effect is bad in its use process, is primarily present following
Problem:
The sundries such as remaining bulky grain, big gun skin are taken away mainly by backwash after slurry filtration in conventional closed filter,
Frequent plugging causes Particle Size Analyzer host measurement window to be easy to produce a large amount of bubbles.(2) ore pulp current-carrying pipeline, row's end pipe
More with ore pulp overflow pipe setting valve, ore pulp is sticky and corrosivity is strong, be easy to cause ball valve detent and valve positioner circuit
Plate corrodes so as to cause failsafe valve.(3) single-layer filter filter effect is bad, causes bulky grain in analyzer measurement pipeline section solid
Body impurity is more, analyzer failure.(5) design of conventional filtration web frame is unreasonable, and filter screen is non-dismountable or disassembly difficulty is big, no
Impurity can be cleared up in time, and the analyzer downtime is long.
Utility model content
The utility model is in order to solve the above technical problems, propose that a kind of filtering for metal ore pulp Particle Size Analyzer fills
It sets,
The technical scheme adopted by the utility model is a kind of filter device for metal ore pulp Particle Size Analyzer, packet
Cabinet, filter screen are included, it is characterized in that: cabinet once Rose Box, secondary filter case, one time Rose Box upper edge is higher than secondary mistake
Filter box upper edge, a Rose Box bottom plate inclination, inclined floor a part protrude into secondary filter case, and one of a Rose Box
Side wall a part protrudes into secondary filter case, which is not connected to inclined floor bottom edge, constitutes a Rose Box and secondary mistake
The logistics corridor of filter box；Secondary filter lower box part is funneling outlet, the measurement pipeline section of funneling outlet Particle Size Analyzer,
There is transition ramp between secondary filter case upright side walls and funneling outlet；Filter screen has upper filter screen, lower filter screen, upper filter screen
Including main filtering body, hanging plate, hanging plate bottom edge is connected with main filtering body, and hanging plate top is connected with L-square or transverse slat, L-square or
Transverse slat is connected with handle, and L-square or transverse slat are held on the upper edge of two opposing sidewalls of a Rose Box, and main filtering body is located at
In Rose Box, upper cover plate is placed on the L-square or transverse slat of upper filter screen, upper cover plate is fed through feed pipe is equipped with
Tube bottom mouth is above main filtering body；Lower filter screen equally has main filtering body, main filtering body connection hanging plate, different from upper filter screen
Be hanging plate only one, along being connected with L-square on hanging plate, L-square is connected with handle, Right-angle snap in secondary filter case one
A side wall upper edge, main filtering body are located above transition ramp inside secondary filter case, and main filtering body does not connect hanging plate
Side docked with inclined floor, accept the material from inclined floor, be placed with lower cover plate on lower filter screen.
The main filtering body of the upper filter screen is V-shaped.
There are two the feed pipes, 38 mm of bore, 32 mm of bore.
The main filtering body of the lower filter screen is V-shaped.
Overflow pipe is set in the middle part of the cabinet.
The mesh aperture of the main filtering body of the upper filter screen is 3mm, and the mesh aperture of the main filtering body of lower filter screen is 2
mm。
The upper filter screen, lower filter screen material are 316L stainless steel.
The cabinet material is polyvinyl chloride, cabinet entire length 700mm, overall width 525mm, whole height 885mm.
Liquid-level switch mounting base is set in the middle part of the cabinet, and liquid-level switch mounting base installs liquid-level switch, before feed pipe
There are solenoid valve, liquid-level switch and electromagnetic valve linking.
Beneficial effect acquired by the utility model is: reasonable cabinet design and double filter screen are to big in tested ore pulp
The filtering foreigns such as particle ore particle effect is good.Upper filter screen and lower filter screen are detachable, easy to clean, reduce in high viscosity ore pulp
Particulate matter blocks the failure frequency of analyzer measurement pipeline section.
Detailed description of the invention
Fig. 1 is the utility model integral installation distribution structure schematic diagram；
Fig. 2 is upper filter screen structure figure；
Fig. 3 is lower filter screen structure figure；
Fig. 4 is upper cover plate main structure figure；
Fig. 5 is upper cover plate overlooking structure figure；
Fig. 6 is lower cover plate main structure figure；
Fig. 7 is lower cover plate overlooking structure figure.
Specific embodiment
A kind of filter device for metal ore pulp Particle Size Analyzer, including cabinet, filter screen, cabinet once Rose Box
1, secondary filter case 2,1 upper edge of Rose Box are higher than 2 upper edge of secondary filter case, and 1 bottom plate of a Rose Box inclination is played
The effect of buffer fluid, 3 a part of inclined floor protrude into secondary filter case 2, and side wall a part for a Rose Box 1 is stretched
Enter in secondary filter case 2, which is not connected to 3 bottom edge of inclined floor, constitutes the object of a Rose Box 1 and secondary filter case 2
Circulation road 4；2 lower part of secondary filter case is funneling outlet 5, the measurement pipeline section of funneling 5 connection Particle Size Analyzer of outlet, secondary
There is transition ramp 6 between 2 upright side walls of Rose Box and funneling outlet, transition ramp 6 slows down flow velocity, keeps the measurement of next step more quasi-
Really；Filter screen has upper filter screen 7, lower filter screen 8, and upper filter screen 7 includes main filtering body 13, hanging plate 14,14 bottom edge of hanging plate and master
Filtering body 13 is connected, and 14 top of hanging plate is connected with L-square 15 or transverse slat 16, and L-square 15 or transverse slat 16 are connected with handle 17, directly
Gusset 15 or transverse slat 16 are held on the upper edge of two opposing sidewalls of a Rose Box 1, and main filtering body 13 is located at a Rose Box 1
It is interior, upper cover plate 9 is placed on the L-square 15 or transverse slat 16 of upper filter screen 7, upper cover plate 9 is fed through feed pipe 9-1 is equipped with
Pipe 9-1 base opening is above main filtering body 13；Lower filter screen 8 equally has main filtering body 13, main filtering body 13 to connect hanging plate 14, and upper
Hanging plate 14 unlike filter screen 7 only one, along L-square 15 is connected on hanging plate 14, L-square 15 is connected with handle 17,
L-square 15 is buckled in a side wall upper edge of secondary filter case 2, and main filtering body 13 was located inside secondary filter case 2
6 top of ramp is crossed, the side that main filtering body 13 does not connect hanging plate is docked with inclined floor 3, accepts the object from inclined floor 3
Expect, is placed with lower cover plate 10 on lower filter screen 8.
The main filtering body 13 of V-shaped, the lower filter screen 8 of main filtering body 13 of preferably upper filter screen 7 is V-shaped, V-arrangement folder
Preferably 110 degree of angle, v-shaped structure increase effective filtration area, and form the filtering of slope formula, slow to filter, and filter more abundant.
There are two feed pipe 9-1,38 mm of bore, 32 mm of bore.
Overflow pipe 11 is set in the middle part of cabinet, and when mineral slurry flux is big, ore pulp arranges tail through overflow pipe overflow.
The mesh aperture of the main filtering body 13 of upper filter screen 7 is 3mm, the mesh aperture of the main filtering body 13 of lower filter screen 8
For 2 mm, double filtration, effect is good.
Upper filter screen 7,8 material of lower filter screen use 316L stainless steel, easy cleaning, stainless.
The attached deep-etching easy to stick of the non-ferrous metals ore pulp such as cupro-nickel, the preferred polyvinyl chloride of cabinet material, cabinet entire length
700mm, overall width 525mm, whole height 885mm, further increase depth-width ratio, and the residual bubble in ore pulp to be measured is made to the greatest extent may be used
It can release.
Liquid-level switch mounting base 12 is set in the middle part of the cabinet, and liquid-level switch mounting base 12 installs liquid-level switch, and liquid level is opened
Pass in real time measures tested mineral pulp level, has solenoid valve, liquid-level switch and electromagnetic valve linking before feed pipe 9-1, according to
Height of liquid level controls opening and closing, the opening size of solenoid valve, and then controls feed pipe flow.
In use, material enters from feed pipe 9-1, upper filter screen 7 is first filtered, and is filtered lower object and was flowed to through inclined floor 3
Strainer 8, lower filter screen 8 carry out secondary filter, filter lower object from funneling 5 outflow of outlet, into the measurement pipeline section of Particle Size Analyzer.
Upper filter screen 7, lower filter screen 8 be all it is demountable, pick up upper cover plate 9, lower cover plate 10, hold respective handle 17, will be upper
Filter screen 7, lower filter screen 8 are proposed, are rinsed.
Claims (10)
1. a kind of filter device for metal ore pulp Particle Size Analyzer, including cabinet, filter screen, it is characterized in that: cabinet has one
Secondary Rose Box (1), secondary filter case (2), Rose Box (1) upper edge is higher than secondary filter case (2) upper edge, primary to filter
The inclination of case (1) bottom plate, inclined floor (3) a part protrude into secondary filter case (2), a side wall one of a Rose Box (1)
Partially protrude into secondary filter case (2), which is not connected to inclined floor (3) bottom edge, constitute a Rose Box (1) with it is secondary
The logistics corridor (4) of Rose Box (2)；Secondary filter case (2) lower part is funneling outlet (5), and funneling outlet (5) is connected to granularity
The measurement pipeline section of analyzer has transition ramp (6) between secondary filter case (2) upright side walls and funneling outlet；On filter screen has
Filter screen (7), lower filter screen (8), upper filter screen (7) include main filtering body (13), hanging plate (14), hanging plate (14) bottom edge and main mistake
Filter body (13) is connected, and hanging plate (14) top is connected with L-square (15) or transverse slat (16), L-square (15) or transverse slat (16) connection
Have handle (17), L-square (15) or transverse slat (16) are held on the upper edge of two opposing sidewalls an of Rose Box (1), main filtering
Body (13) is located in a Rose Box (1), places upper cover plate (9) on the L-square (15) or transverse slat (16) of upper filter screen (7),
Upper cover plate (9) is through being equipped with feed pipe (9-1), and feed pipe (9-1) base opening is above main filtering body (13)；Lower filter screen (8)
Equally there are main filtering body (13), main filtering body (13) connection hanging plate (14), hanging plate (14) only has unlike upper filter screen (7)
One, along being connected with L-square (15) on hanging plate (14), L-square (15) is connected with handle (17), and L-square (15) is buckled in secondary
One side wall upper edge of Rose Box (2), main filtering body (13) is internal in secondary filter case (2), and is located on transition ramp (6)
Side, the side that main filtering body (13) does not connect hanging plate are docked with inclined floor (3), accept the material for coming from inclined floor (3),
Lower cover plate (10) are placed on lower filter screen (8).
2. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: the upper filtering
The main filtering body (13) of net (7) is V-shaped.
3. the filter device according to claim 2 for metal ore pulp Particle Size Analyzer, it is characterized in that: the feed pipe
There are two (9-1), 38 mm of bore, 32 mm of bore.
4. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: the lower filtering
The main filtering body (13) of net (8) is V-shaped.
5. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: being set in the middle part of cabinet
Set overflow pipe (11).
6. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: the upper filtering
The mesh aperture of the main filtering body (13) of net (7) is 3mm, and the mesh aperture of the main filtering body (13) of lower filter screen (8) is 2 mm.
7. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: the upper filtering
Net (7), lower filter screen (8) material are 316L stainless steel.
8. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: the cabinet material
Matter is polyvinyl chloride, cabinet entire length 700mm, overall width 525mm, whole height 885mm.
9. the filter device according to claim 1 for metal ore pulp Particle Size Analyzer, it is characterized in that: in the cabinet
Liquid-level switch mounting base (12) are arranged in portion, and liquid-level switch mounting base (12) installs liquid-level switch, there is electromagnetism before feed pipe (9-1)
Valve, liquid-level switch and electromagnetic valve linking.
10. the filter device according to claim 2 or 4 for metal ore pulp Particle Size Analyzer, it is characterized in that: main filtering
The angle of body (13) V-arrangement is 110 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821112098.XU CN208824035U (en) | 2018-07-13 | 2018-07-13 | A kind of filter device for metal ore pulp Particle Size Analyzer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821112098.XU CN208824035U (en) | 2018-07-13 | 2018-07-13 | A kind of filter device for metal ore pulp Particle Size Analyzer |
Publications (1)
| Publication Number | Publication Date |
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| CN208824035U true CN208824035U (en) | 2019-05-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821112098.XU Active CN208824035U (en) | 2018-07-13 | 2018-07-13 | A kind of filter device for metal ore pulp Particle Size Analyzer |
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| CN (1) | CN208824035U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113828036A (en) * | 2021-07-27 | 2021-12-24 | 汉特节能系统(昆山)有限公司 | Emulsion collecting device for die casting machine and using method |
-
2018
- 2018-07-13 CN CN201821112098.XU patent/CN208824035U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113828036A (en) * | 2021-07-27 | 2021-12-24 | 汉特节能系统(昆山)有限公司 | Emulsion collecting device for die casting machine and using method |
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