CN204154562U - Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant - Google Patents
Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant Download PDFInfo
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- CN204154562U CN204154562U CN201420577891.2U CN201420577891U CN204154562U CN 204154562 U CN204154562 U CN 204154562U CN 201420577891 U CN201420577891 U CN 201420577891U CN 204154562 U CN204154562 U CN 204154562U
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- feeding warehouse
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- discharging bin
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Abstract
Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, for the incompatible fluid sampling pulp of solid-liquid, detection.The utility model forms automatic turning mixing de-bubble system by feed pipe (1), upset sampling cabinet (2), upset dividing plate (3), bath solenoid valve (4), jet water spout (5); Automatic clearance system is formed by bath solenoid valve (4), jet water spout (5), Pneumatic emptying valve (6), bottom drain (8).Upset dividing plate (3) will overturn sampling cabinet (2) and be isolated into feeding warehouse (10) and discharging bin (9), and feeding warehouse (10) and discharging bin (9) bottom adopt inclined design.Feed pipe (1) is vertically inserted in feeding warehouse (10) top position along feeding warehouse (10) inwall.Be connected with bath solenoid valve (4) jet water spout (5) coordinated to be distributed on feeding warehouse (10) bottom bevel.The utility model structure is simple, easy to operate, has the incompatible fluid automatic turning of solid-liquid, mixing, de-bubble and clearing function, and automatic control function realizes by the field control system such as DCS, PLC or single-chip microcomputer, and access is simple, compatible strong.
Description
Technical field
The utility model belongs to metallurgical and technical field of beneficiation, and what relate generally to is solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant.
Background technology
Often can relate in metallurgical and Mineral Processing Industry and the incompatible fluid ore pulp of solid-liquid is sampled and detected, but the bubble in the incompatible fluid ore pulp of solid-liquid, and ore pulp mixing is uneven, all can have influence on the effect of sampling and detection.For dragon ore dressing district, space Mu Ye little Miao ridge, Luanchuan, at present online particle-size analyzer and on-stream analyzer for ore grade are mainly contained to the equipment that solid-liquid incompatible fluid ore pulp samples and detects.Online particle-size analyzer analyzes the grade of particle in ore pulp by ultrasonic sensor.On-stream analyzer for ore grade is by the content of various metal in X-ray analysis ore pulp.Two cover on-line analysis systems are all higher to the requirement of ore pulp, the bubble in ore pulp and the uneven result that all directly can have influence on analysis of ore pulp mixing.And execute-in-place workman is according to the detection analysis result of this two covers on-line analysis equipment to regulate produced on-site, so the deviation of analysis result directly will have influence on the quality of stable, the quality of production effect of production procedure, the control of production target and final products.
In order to solve bubble in solid-liquid incompatible fluid ore pulp and ore pulp mixing uneven to sampling, detect, analyze and produce the harmful effect caused.Inventor is by having carried out investigating widely and contrasting to the ore dressing district of Luanchuan Area, Luoyang, and the main method solving this kind of problem at present has following three kinds:
First method is, above sampling pond, increase annular conduit, water pipe is dispersed with a series of aperture, the production water of certain pressure goes out to be formed shower water by the small hole injection on water pipe, utilize the scouring force of shower water, dispose the bubble in the incompatible fluid ore pulp of solid-liquid.But this method can only eliminate a part of bubble on surface, cannot process the bubble in whole ore pulp, the bubble of the inside ore pulp especially required for sampler cannot be removed.
Second method is, on the basis of first method, newly increases stirring apparatus, is thrown away by the bubble of ore pulp inside.But, due to sampler filter screen can be installed in sampler, so additional stirring apparatus cannot be installed again.If really install, then sampling cabinet must be widened, half is stirring apparatus, second half is sampler filter screen, so, inherently strengthens the capacity of sampling cabinet, after capacity increases, the floorage of sampler can increase, thus causes particle in ore pulp at sampling cabinet bottom settlings, and in using so actual, effect is also undesirable.
The third method is, traditional upset sampling cabinet, and this upset sampling cabinet entirety is rectangular parallelepiped, and bottom is plane, under the self power effect of ore pulp, realizes upset in upset sampling cabinet inside, makes the bubble in ore pulp overflow surface.In actual applications, although upset, mixing and de-bubble function can be realized, but because bottom is plane, and there is no auto-flushing and automatic evacuation function, so be easy to desilting bottom upset sampling cabinet, and after each desilting, all need manually to use special spade to be dug out by bottom desilting.So not only do not realize self-turnover, increase the labour intensity of surfaceman on the contrary, so practical effect is also not satisfactory.
Utility model content
For the deficiency existing for existing solid-liquid incompatible fluid ore pulp automatic turning, mixing, bubble removing and Removal Technology, the utility model proposes and disclose one and realize solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, to solve and to overcome in prior art, bubble removing is not thorough, stirring apparatus installation site is restricted, the factors such as maintenance workload is large, and ore pulp mixing is uneven are on the sampling of the incompatible fluid ore pulp of solid-liquid and detect the impact produced.
For realizing above-mentioned utility model object, the concrete technical scheme that the utility model is taked is: solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, and this device is mainly made up of feed pipe, upset sampling cabinet, upset dividing plate, bath solenoid valve, jet water spout, Pneumatic emptying valve, discharge nozzle, bottom drain, discharging bin and feeding warehouse; Wherein feed pipe, upset sampling cabinet, upset dividing plate, bath solenoid valve, jet water spout composition automatic turning mixing de-bubble system; Bath solenoid valve, jet water spout, Pneumatic emptying valve, bottom drain composition Automatic clearance system;
Upset sampling cabinet adopts 8mm steel plate to be welded, and is fixed on support, and by upset dividing plate, upset sampling cabinet is isolated into feeding warehouse and discharging bin, the bottom of feeding warehouse and discharging bin is inclined design; Feed pipe is vertically inserted in the top position of feeding warehouse along feeding warehouse inwall, and insertion depth is of a size of 500mm; Upset dividing plate is welded on feeding warehouse and discharging bin centre position, and the inclined-plane bottom upset dividing plate bottom feeding warehouse leaves 70mm gap; Three jet water spouts adopting coating steel pipe to make are distributed on feeding warehouse bottom bevel, are connected with bath solenoid valve; Bottom drain is positioned at the bottom of discharging bin, the centre position of boundary line bottom feeding warehouse and discharging bin, bottom drain diameter dimension 80mm; Pneumatic emptying valve is contained in the below of the bottom drain of upset sampling cabinet; Discharge nozzle is arranged on discharging bin outer wall, has the centre position of 400mm apart from discharging bin top; Bath solenoid valve is contained in the top position of feeding warehouse bottom bevel, is connected with the jet water spout be distributed on feeding warehouse bottom bevel, and bath solenoid valve is set as automatic control by the field control system such as DCS, PLC or single-chip microcomputer.
Described solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, wherein the bottom of feeding warehouse is 45 ° of inclined-planes, and the bottom of discharging bin is 15 ° of inclined-planes; Described solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, the length dimension being wherein distributed on jet water spout on feeding warehouse bottom bevel is 250mm; Described solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, wherein feed pipe, discharge nozzle all adopt DN100 wear-resistant pipe to make.
Solid-liquid described in the utility model incompatible fluid automatic turning mixing de-bubble cleaning plant, solves the bubble in ore pulp and the uneven harmful effect caused sampling, detection, analysis and production of ore pulp mixing.For the industries such as metallurgical and ore dressing provide that a kind of structure is simple, easy to operate, sampling and testing result reliably, possess the device of the incompatible fluid automatic turning of solid-liquid, mixing, de-bubble and clearing function, automatic control function completes by the field control system such as DCS, PLC or single-chip microcomputer, access is simple, compatible strong.
Accompanying drawing explanation
Fig. 1 is upset of the present utility model mixing de-bubble cleaning plant structural representation;
Fig. 2 overturns sampling cabinet front schematic view in the utility model;
Fig. 3 overturns sampling cabinet vertical view in the utility model.
In figure: 1, feed pipe; 2, sampling cabinet is overturn; 3, dividing plate is overturn; 4, bath solenoid valve; 5, jet water spout; 6, Pneumatic emptying valve; 7, discharge nozzle; 8, bottom drain; 9, discharging bin; 10, feeding warehouse.
Embodiment
Embodiment of the present utility model is provided as follows below in conjunction with accompanying drawing:
As shown in Figure 1, Figure 2, Figure 3 shows, solid-liquid described in the utility model incompatible fluid automatic turning mixing de-bubble cleaning plant is formed primarily of feed pipe 1, upset sampling cabinet 2, upset dividing plate 3, bath solenoid valve 4, jet water spout 5, Pneumatic emptying valve 6, discharge nozzle 7, bottom drain 8, discharging bin 9, feeding warehouse 10; Wherein feed pipe 1, upset sampling cabinet 2, upset dividing plate 3, bath solenoid valve 4, jet water spout 5 form automatic turning mixing de-bubble system; Bath solenoid valve 4, jet water spout 5, Pneumatic emptying valve 6, bottom drain 8 form Automatic clearance system.Upset sampling cabinet 2 adopts 8mm steel plate to be welded, and is fixed on support, by upset dividing plate 3, upset sampling cabinet 2 is isolated into feeding warehouse 10 and discharging bin 9.The bottom of feeding warehouse 10 and discharging bin 9 all adopts inclined design, is 45o inclined-plane bottom feeding warehouse 10, is 15o inclined-plane bottom discharging bin 9.Feed pipe 1 is vertically inserted in the top position of feeding warehouse 10 along feeding warehouse 10 inwall, and insertion depth is of a size of 500mm.Feed pipe 1 one aspect provides ore pulp for automatic turning mixing de-bubble cleaning plant, utilize the self gravitation of the inner ore pulp of feed pipe 1 on the other hand, add feeding warehouse 10 and discharging bin 9 bottom angled bottom surface, form certain impulsive force, ore pulp is forced to form automatic turning in upset sampling cabinet 2, automatic mixing, a part of bubble is racked, and another part bubble spills into ore pulp surface automatically.Upset dividing plate 3 adopts 8mm steel plate to make, be welded on feeding warehouse 10 and discharging bin 9 centre position, overturn bottom dividing plate 3 and leave 70mm gap between feeding warehouse 10 bottom bevel, upset dividing plate 3 can isolate feeding warehouse 10 and discharging bin 9, and the ore pulp of feeding warehouse 10 also can be made to enter discharging bin 9 smoothly.Three jet water spouts 5 adopting coating steel pipe to make are distributed on feeding warehouse 10 bottom bevel, length dimension is 250mm, jet water spout 5 one aspect coordinates with bath solenoid valve 4, for ore pulp increases upset power, coordinate with bath solenoid valve 4, Pneumatic emptying valve 6 and bottom drain 8 on the other hand, the inner desilting of Automatic clearance upset sampling cabinet 2.Pneumatic emptying valve 6 is air-operated bi-directional valve door or the one-way cock of DN80, be arranged on upset sampling cabinet 2 bottom drain 8 below.Owing to often having ore pulp to trickle down bottom upset sampling cabinet 2, adopt operated pneumatic valve to have better adaptive faculty than electrically operated valve, the electric short circuit fault because ore pulp causes can be reduced, prevent from safeguarding and maintainer's electric shock.Pneumatic emptying valve 6 coordinates with jet water spout 5, solenoid valve 4 of washing by water, and can realize by bottom drain 8 object removing desilting bottom upset sampling cabinet 2.Discharge nozzle 7 adopts DN100 wear-resistant pipe to make, and the position of 400mm is arranged at outer span discharging bin 9 top being contained in discharging bin 9, for getting rid of ore pulp unnecessary in upset sampling cabinet 2.Bath solenoid valve 4 is contained in the top position of feeding warehouse 10 bottom bevel, be connected with the jet water spout 5 be distributed on feeding warehouse 10 bottom bevel, bath solenoid valve is the solenoid valve of DC24V, DN25, can be arranged to automatic control by the field control system such as DCS, PLC or single-chip microcomputer.The operation use procedure of solid-liquid of the present utility model incompatible fluid automatic turning mixing defoaming device is as follows: when ore pulp is by the vertical feed pipe 1 inserted above the feeding warehouse 10 overturning sampling cabinet 2, ore pulp is in self gravitation effect, just downward kinetic energy is defined, bottom 45 ° of inclined-planes that the ore pulp with certain kinetic energy utilizes feeding warehouse 10 and bottom 15 ° of inclined-planes of discharging bin 9, form automatic turning in upset sampling cabinet 2 inside smoothly.Because feeding warehouse 10 and discharging bin 9 are separated by upset dividing plate 3 by upset sampling cabinet 2, so automatic turning can only carry out at discharging bin 9, thus ore pulp is forced to realize automatic mixing at discharging bin 9.Simultaneously, if because exist ore pulp particle comparatively thick and overturn to there is precipitation bottom sampling cabinet 2 time, the automatic flushing system that can consist of bath solenoid valve 4 and jet water spout 5, strengthens the automatic turning mixed of upset sampling cabinet 2, alleviates desilting bottom upset sampling cabinet 2.Automatic flushing system can be arranged to manual operation, is also arranged to automatic control by the field control system such as DCS, PLC or single-chip microcomputer, and the visual on-the-spot actual selection of control mode is washed by water or a flushing at regular time and quantity.When ore pulp particle is thicker, auto-flushing cannot full scale clearance upset sampling cabinet 2 bottom desilting time, can by the Automatic clearance cleaned system of bath solenoid valve 4, jet water spout 5, Pneumatic emptying valve 6 and bottom drain 8 composition, desilting bottom upset sampling cabinet 2 is drained by bottom drain 8, realizes thoroughly clearing up.Automatic clearance system can be arranged to manual operation on the spot, also can be arranged to automatic control by field control systems such as existing DCS, PLC or single-chip microcomputers, and control mode is arranged to timing cleaning according to the actual conditions of production scene.
Claims (4)
1. solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant, is characterized in that: solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant is mainly made up of feed pipe (1), upset sampling cabinet (2), upset dividing plate (3), bath solenoid valve (4), jet water spout (5), Pneumatic emptying valve (6), discharge nozzle (7), bottom drain (8), discharging bin (9), feeding warehouse (10); Wherein form upset, mixing, de-bubble system by feed pipe (1), upset sampling cabinet (2), upset dividing plate (3), bath solenoid valve (4), jet water spout (5); Automatic clearance system is formed by bath solenoid valve (4), jet water spout (5), Pneumatic emptying valve (6), bottom drain (8); Upset sampling cabinet (2) adopts 8mm steel plate to be welded, and is fixed on support, will overturn sampling cabinet (2) be isolated into feeding warehouse (10) and discharging bin (9) by upset dividing plate (3); The bottom of feeding warehouse (10) and discharging bin (9) all adopts inclined design; Feed pipe (1) is vertically inserted in the top position of feeding warehouse (10) along feeding warehouse (10) inwall, and insertion depth is 500mm; Upset dividing plate (3) adopts 8mm steel plate to make, and is welded on the centre position of feeding warehouse (10) and discharging bin (9), leaves 70mm gap between the bottom of upset dividing plate (3) and feeding warehouse (10) bottom bevel; Three jet water spouts (5) are distributed on the inclined-plane of feeding warehouse (10) bottom, be connected coordinate with bath solenoid valve (4); Pneumatic emptying valve (6) is arranged on the below of the bottom drain (8) of upset sampling cabinet (2) bottom, and adopt DN80 air-operated bi-directional valve door or one-way cock, Pneumatic emptying valve (6) coordinates with jet water spout (5), solenoid valve (4) of washing by water; Discharge nozzle (7) is contained on the outer wall of discharging bin (9), has the position of 400mm apart from discharging bin (9) top; Bath solenoid valve (4) is contained in the top position of feeding warehouse (10) bottom bevel, can be set as automatic control by DCS, PLC or single-chip microcomputer field control system.
2. solid-liquid according to claim 1 incompatible fluid automatic turning mixing de-bubble cleaning plant, it is characterized in that: feeding warehouse (10) bottom bevel is 45o, discharging bin (9) bottom bevel is 15o.
3. solid-liquid according to claim 1 incompatible fluid automatic turning mixing de-bubble cleaning plant, is characterized in that: the length dimension being distributed on the jet water spout (5) on feeding warehouse (10) bottom bevel is 250mm.
4. solid-liquid according to claim 1 incompatible fluid automatic turning mixing de-bubble cleaning plant, is characterized in that: feed pipe (1), discharge nozzle (7) all adopt DN100 wear-resistant pipe to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420577891.2U CN204154562U (en) | 2014-10-09 | 2014-10-09 | Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420577891.2U CN204154562U (en) | 2014-10-09 | 2014-10-09 | Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204154562U true CN204154562U (en) | 2015-02-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420577891.2U Withdrawn - After Issue CN204154562U (en) | 2014-10-09 | 2014-10-09 | Solid-liquid incompatible fluid automatic turning mixing de-bubble cleaning plant |
Country Status (1)
| Country | Link |
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| CN (1) | CN204154562U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104251793A (en) * | 2014-10-09 | 2014-12-31 | 栾川龙宇钼业有限公司 | Automatic solid-insoluble fluid overturning, mixing, debubbling and cleaning device |
-
2014
- 2014-10-09 CN CN201420577891.2U patent/CN204154562U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104251793A (en) * | 2014-10-09 | 2014-12-31 | 栾川龙宇钼业有限公司 | Automatic solid-insoluble fluid overturning, mixing, debubbling and cleaning device |
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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: 20150211 Effective date of abandoning: 20161005 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |