CN110252514A - Total cross-section gas-lifting type micro-bubble flotation machine and its operating method - Google Patents
Total cross-section gas-lifting type micro-bubble flotation machine and its operating method Download PDFInfo
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- CN110252514A CN110252514A CN201910544674.0A CN201910544674A CN110252514A CN 110252514 A CN110252514 A CN 110252514A CN 201910544674 A CN201910544674 A CN 201910544674A CN 110252514 A CN110252514 A CN 110252514A
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- water storage
- storage box
- docking
- catch basin
- cage plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03D—FLOTATION; DIFFERENTIAL SEDIMENTATION
- B03D1/00—Flotation
- B03D1/14—Flotation machines
- B03D1/1443—Feed or discharge mechanisms for flotation tanks
- B03D1/1462—Discharge mechanisms for the froth
Abstract
The present invention discloses a kind of total cross-section gas-lifting type micro-bubble flotation machine, including water storage box, rotor segment, first deck, dock tube head and fixed link, first deck is fixedly mounted on the upper end outer surface of water storage box, the docking tube head is fixedly attached to the leading exterior surface of water storage box, fixation is docked by fastening bolt between docking tube head and the water storage box, the lower end outer surface of the docking tube head is fixedly installed with cambered surface snap ring, the upper end outer surface of the docking tube head is fixedly installed with seal washer, the outside movable sleeve of the docking tube head is connected to rotary clip, and fixing groove is offered on the inside of rotary clip, the rotor segment is movably arranged on the top of water storage box, and fixation is docked by rotating bar between rotor segment and water storage box；A kind of total cross-section gas-lifting type micro-bubble flotation machine of the present invention, so that it using more flexible, increase its scope of application, enable it more convenient using operating, promote its flotation efficiency, increase its safety.
Description
Technical field
The invention belongs to floatation equipment technical fields, and in particular to a kind of micro-bubble flotation machine is arrived, it is more particularly a kind of complete
Section gas-lifting type micro-bubble flotation machine and its operating method.
Background technique
Flotation device is rotated by motor V -- belt Drive impeller, is generated centrifugal action and is formed negative pressure, on the one hand sucks
Sufficient air mix with ore pulp, and one side stirring ore pulp is mixed with drug, while refining foam, make mineral adhesive foam it
On, it floats to mineral slurry level and re-forms mineralized froth, adjust flashboard height, scrape useful foam by scraper plate.
A kind of flotation device disclosed in documents CN1256972A, including fixing shell, bottom, rotation inner cylindrical wall and
The cylinder tank of at least one ring chamber in its axis portion, stoste input unit purify the output device of liquid, and sludge is received
Acquisition means and the device for forming microbubble, stoste input unit and purification device for output of liquid are formed by combination arm, it and rotation
Inner cylindrical wall interconnection, and input cavity and output cavity are divided by vertical isolation wall, input cavity and input port interconnect, output cavity and output
Mouth interconnection combines arm in cylinder pot bottom, compared with the present invention, does not have scraper plate adjustment structure, and flexibility ratio is poor, while its
Without transmission supplementary structure, safety is poor.
There is certain drawbacks, traditional total cross-section gas lift in use in existing total cross-section gas-lifting type micro-bubble flotation machine
The scraper plate of formula micro-bubble flotation machine does not have lateral adjustments structure, so that the scraper plate of total cross-section gas-lifting type micro-bubble flotation machine can only be to solid
The blister for determining liquid level carries out scraping off operation, when the liquid level in total cross-section gas-lifting type micro-bubble flotation machine is inadequate, scrapes
Plate can not carry out scraping off operation；Traditional total cross-section gas-lifting type micro-bubble flotation machine uses belt-type drive mechanism simultaneously so that its
Obscission is easy to produce in long-time use process；Safety is poor, while traditional total cross-section gas-lifting type micro-bubble flotation machine is not
With docking supplementary structure, the difficulty of its pipeline docking operation is increased, its pipeline is made to be easy to appear segregation phenomenon, gives user
Bring certain adverse effect.
Summary of the invention
In order to overcome the scraper plate of traditional total cross-section gas-lifting type micro-bubble flotation machine not have lateral adjustments structure, so that total cross-section
The scraper plate of gas-lifting type micro-bubble flotation machine can only carry out scraping off operation to the blister of fixed liquid level, when total cross-section gas-lifting type microvesicle
When liquid level in flotation device is inadequate, scraper plate can not carry out scraping off operation；Traditional total cross-section gas-lifting type microfoam flotation simultaneously
Machine uses belt-type drive mechanism, so that it is easy to produce obscission in long-time use process；Safety is poor, simultaneously
Traditional total cross-section gas-lifting type micro-bubble flotation machine does not have docking supplementary structure, increases the difficulty of its pipeline docking operation, makes it
Pipeline is easy to appear the technical issues of segregation phenomenon, the purpose of the present invention is to provide total cross-section gas-lifting type micro-bubble flotation machine and its
Operating method.
The purpose of the present invention is achieved through the following technical solutions:
A kind of total cross-section gas-lifting type micro-bubble flotation machine, including water storage box, rotor segment, the first deck, docking tube head and solid
Fixed pole, first deck are fixedly mounted on the upper end outer surface of water storage box, and the docking tube head is fixedly attached to water storage box
Leading exterior surface docks fixation, the lower end appearance of the docking tube head by fastening bolt between docking tube head and the water storage box
Face is fixedly installed with cambered surface snap ring, and the upper end outer surface of the docking tube head is fixedly installed with seal washer, the docking tube head
Outside movable sleeve be connected to rotary clip, and fixing groove is offered on the inside of rotary clip, the rotor segment is movably arranged on
The top of water storage box, and fixation, one end outer surface of the rotating bar are docked by rotating bar between rotor segment and water storage box
Equal fixing sleeve is connected to rotation axis, and the other end outer surface fixing sleeve of the rotating bar is connected to the first driving wheel, the rotor segment
Inside middle position offer in set slot, the snap-gauge that stretches between the rotor segment and rotating bar dock fixation, described to stretch
The inner surface movable sleeve of snap-gauge is connected to first set plate, and the inner surface of flexible snap-gauge is socketed with close to the top movable of the first cage plate
The inner surface of second cage plate, first cage plate and the second cage plate offers several groups limit card slot, first cage plate with
Second cage plate passes through limit card slot and limit snib docking is fixed, and the inner surface of first cage plate and the second cage plate is close to limit
The side of position card slot, which is run through, offers docking circular groove, and the outer surface fixing sleeve of the docking circular groove is connected to retaining collar, described
Fixed link is fixedly attached on the first driving wheel, and docks fixation by fixed disk between fixed link and the first driving wheel, described
The upper end of fixed link is movably installed with rotation card cap, by docking fixation, institute to outbound between the fixed link and rotation card cap
The outer surface fixing sleeve for stating fixed link is connected to outer sleeve, and the front inner of the fixed link offers fixed circular groove.
As further scheme of the invention, the upper inner middle position of the water storage box is fixedly installed with demarcation plate,
The top of the water storage box is equipped with the first catch basin close to the side of demarcation plate, and the top of the water storage box is close to the another of demarcation plate
Side is equipped with the second catch basin, and the inside of first catch basin and the second catch basin is movably installed with turbine vane.
As further scheme of the invention, the leading exterior surface fixing sleeve of the water storage box is connected to the first adapter tube, described
The leading exterior surface of water storage box is connected to the second adapter tube, first adapter tube and the second adapter tube close to the side fixing sleeve of the first adapter tube
The equal fixing sleeve in one end outer surface be connected to connecting tube, the first adapter tube penetrates through company with standpipe is docked by connecting tube with the second adapter tube
It connects, the side outer surface for docking standpipe is connected to gas-guide tube close to the top fixing sleeve of the second adapter tube.
As further scheme of the invention, the upper end outer surface of the water storage box is fixedly installed with first motor, and
Fixation is docked by the first transmission belt between one motor and the first driving wheel, the upper end of the water storage box is close to the one of the first deck
Side is fixedly installed with the second deck, and the water storage box docks fixation with the second motor by the second deck, first deck
Upper end is movably installed with the second driving wheel, is sequentially connected between second driving wheel and the second motor by the second transmission belt.
As further scheme of the invention, the inside of the outer sleeve is fixedly installed with snib, and the outer sleeve passes through
Snib and the docking of the fixation circular groove of fixed link are fixed, and the overall structure of the fixed link is cylindrical body stretching structure, the rotation
Snap ring is fixed with docking to dock between tube head by screw thread, and the outer surface of the cambered surface snap ring is arcuate structure.
As further scheme of the invention, the inside of first deck and the second deck is fixedly installed with triangle card
Plate, first deck passes through fixed frame with the second deck and water storage box docks fixation.
As further scheme of the invention, the lower end outer surface of the water storage box is fixedly installed with four groups of foots pad, described
One side external surface of water storage box is fixedly installed with docking and gets stuck, and the side outer surface of the rotary clip offers arc-shaped slot.
As further scheme of the invention, first deck with dock between standpipe by flange dock fix, and
Fixation is docked by cornue between docking standpipe and gas-guide tube.
As further scheme of the invention, the overall structure of the flexible snap-gauge is oblong hollow-core construction, and flexible
The inside middle position of snap-gauge is fixedly installed with spacing pad, and the side inner surface of flexible snap-gauge is through offering rectangular notch,
Fixation is docked by sliding slot between first cage plate and the second cage plate and flexible snap-gauge, passes through card between the rotation axis and water storage box
Set docking is fixed.
A kind of operating method of total cross-section gas-lifting type micro-bubble flotation machine, the specifically used step of the operating method are as follows:
Step 1 is taken over second by the first adapter tube and injects raw material and medicament into water storage box, so that raw material and medicament
It injects in the first catch basin and the second catch basin simultaneously, starts first motor, driven using the second motor by the second transmission belt
Second driving wheel stirs the raw material in the first catch basin and the second catch basin so that the second driving wheel drives docking standpipe rotation
With medicament, gas is injected into the first catch basin and the second catch basin by gas-guide tube and generates bubble, so that flotation object passes through gas
Bubble is floating to raw material surface；
Step 2 pulls rotor segment according to liquid level, so that work of the rotor segment in the first cage plate and the second cage plate
It is displaced outwardly under, so that rotor segment is attached to liquid surface, limiting card bolt, starting is inserted into the first cage plate and the second cage plate
First motor, so that first motor drives rotor segment rotation by the first transmission belt, using rotor segment by the gas on liquid level
Bubble scrapes off water storage box；
Step 3, pressing rotation card cap, so that rotation card cap moves down under the action of fixed link, so that rotation card cap
It is stuck on the first transmission belt of the first driving wheel, the fixation circular groove of fixed link is docked by outer sleeve, is connect by butt tube headgear
Pipeline, so that water storage box is discharged in the first catch basin and the second water storage tank liquid.
Beneficial effects of the present invention:
1, by the way that flexible snap-gauge is arranged, when user needs to adjust the width of rotor segment, user can be pulled outwardly
Dynamic rotor segment utilizes the first cage plate and second so that the first cage plate in flexible snap-gauge is displaced outwardly simultaneously with the second cage plate
Cage plate transverse shifting rotor segment, while by the limit snib length of fastening bolt insertion the first cage plate and the second cage plate, fix the
One cage plate and the second cage plate, avoid the first cage plate from moving inward with the second cage plate, adjustable using the first cage plate and second set
The distance between rotor segment and liquid level enable it can be with so that section rotation is scraped and can be useful on different height liquid level
Blister is carried out to the liquid level of different height and scrapes off operation, to effectively increase its scope of application, enables the total cross-section gas-lifting type microvesicle
Flotation device using more flexible, while the docking for cooperating retaining collar that can make rotor segment is stronger, it is avoided to go out
Existing loose phenomenon.
2, by setting docking tube head, when user needs to the original in water storage box in the first catch basin and the second catch basin
When material carries out emissions operation, using that can remove the sealing cover for docking tube head, pipeline is socketed in docking using cambered surface snap ring
On tube head, while rotary clip is rotated counterclockwise, so that rotary clip is displaced outwardly in butt tube head surface, utilizes rotary clip
Fixing groove by connecting tube be connected to docking tube head and rotary clip between, avoid pipeline from obscission occur, effectively increase it
Safety, while being designed using the arcuate structure of cambered surface snap ring, the docking operation of its pipeline can be made more convenient, cambered surface card
The cambered surface of ring can reduce resistance when pipeline docking, so that the pipeline docking operation of total cross-section gas-lifting type micro-bubble flotation machine is more
It is smooth.
3, by setting rotation card cap, user can use fixed link stretching structure and made by pressing rotation card cap
Rotation card cap moves down, and rotation card cap is attached on the first transmission belt of the first driving wheel, when the first driving wheel drives first
When transmission rotation, rotation card cap is driven using making it do synchronous rotary operation in the first drive belt surface outbound to first
The first transmission belt on wheel plays fixed function, and the first transmission belt is avoided to be detached from during rotation on the first driving wheel
Phenomenon, to promote the stability of the total cross-section gas-lifting type micro-bubble flotation machine drive mechanism.
4, the setting for setting slot in by demarcation plate, the first catch basin and second are separated out using demarcation plate in water storage box
Catch basin can inject different flotation objects from the second catch basin using the first catch basin in water storage box, while cooperate rotation
Slot is set in scraper plate, rotor segment can be divided into two, so that rotor segment is during primary rotation, it can be right simultaneously
The blister of first catch basin and the second catch basin carries out scraping off operation, to effectively promote the total cross-section gas-lifting type micro-bubble flotation machine
Working efficiency.
Detailed description of the invention
The present invention will be further described below with reference to the drawings.
Fig. 1 is the overall structure diagram of total cross-section gas-lifting type micro-bubble flotation machine of the present invention.
Fig. 2 is the local structural graph of total cross-section gas-lifting type micro-bubble flotation machine of the present invention.
Fig. 3 is the overall structure figure of total cross-section gas-lifting type micro-bubble flotation machine turbine vane of the present invention.
Fig. 4 is the overall structure figure of total cross-section gas-lifting type micro-bubble flotation machine rotor segment of the present invention.
Fig. 5 is the internal structure chart of the flexible snap-gauge of total cross-section gas-lifting type micro-bubble flotation machine of the present invention.
Fig. 6 is the internal structure chart of total cross-section gas-lifting type micro-bubble flotation machine docking tube head of the present invention.
Fig. 7 is the local structural graph of first driving wheel of total cross-section gas-lifting type micro-bubble flotation machine of the present invention.
In figure: 1, docking tube head；2, the first catch basin；3, the first adapter tube；4, water storage box；5, demarcation plate；6, rotor segment；
7, the second adapter tube；8, the first driving wheel；9, fixed disk；10, the first transmission belt；11, first motor；12, the first deck；13,
Two decks；14, the second motor；15, the second transmission belt；16, the second driving wheel；17, connecting tube；18, turbine vane；19, it docks
Standpipe；20, gas-guide tube；21, slot is set in；22, rotating bar；23, stretch snap-gauge；24, rotation axis；25, the first cage plate；26, fixed
Lantern ring；27, circular groove is docked；28, limit card slot；29, the second cage plate；30, snib is limited；31, cambered surface snap ring；32, fixing groove；
33, rotary clip；34, seal washer；35, fastening bolt；36, fixed circular groove；37, card cap is rotated；38, to outbound；39, housing
Ring；40, fixed link；41, the second catch basin.
Specific embodiment
Below in conjunction with the embodiment of the present invention, technical scheme in the embodiment of the invention is clearly and completely described,
Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, all other embodiment obtained by those of ordinary skill in the art without making creative efforts, all
Belong to the scope of protection of the invention.
As shown in figs. 1-7, total cross-section gas-lifting type micro-bubble flotation machine, including water storage box 4, rotor segment 6, the first deck 12,
Tube head 1 and fixed link 40 are docked, the first deck 12 is fixedly mounted on the upper end outer surface of water storage box 4, and docking tube head 1 is fixedly attached
In the leading exterior surface of water storage box 4, docks and fixation is docked by fastening bolt 35 between tube head 1 and water storage box 4, docking tube head 1
Lower end outer surface is fixedly installed with cambered surface snap ring 31, can reduce resistance when docking tube head 1 docks using cambered surface snap ring 31, right
The upper end outer surface of pipe joint 1 is fixedly installed with seal washer 34, and the outside movable sleeve of docking tube head 1 is connected to rotary clip 33,
And the inside of rotary clip 33 offers fixing groove 32, rotor segment 6 is movably arranged on the top of water storage box 4, and rotor segment 6
Fixation is docked by rotating bar 22 between water storage box 4, the equal fixing sleeve in one end outer surface of rotating bar 22 is connected to rotation axis 24, turns
The other end outer surface fixing sleeve of lever 22 is connected to the first driving wheel 8, the inside middle position of rotor segment 6 offer in set slot
21, leakproofness when docking tube head 1 docks can be promoted using seal washer 34, is stretched between rotor segment 6 and rotating bar 22
The docking of snap-gauge 23 is fixed, and the inner surface movable sleeve of flexible snap-gauge 23 is connected to first set plate 25, and the inner surface of flexible snap-gauge 23 leans on
The top movable of nearly first cage plate 25 is socketed with the second cage plate 29, and the inner surface of the first cage plate 25 and the second cage plate 29 offers
Several groups limit card slot 28, the first cage plate 25 dock fixation by limit card slot 28 and limit snib 30 with the second cage plate 29,
First cage plate 25 runs through to offer close to the side of limit card slot 28 with the inner surface of the second cage plate 29 docks circular groove 27, docking
The outer surface fixing sleeve of circular groove 27 is connected to retaining collar 26, and fixed link 40 is fixedly attached on the first driving wheel 8, and fixed link 40
Fixation is docked by fixed disk 9 between the first driving wheel 8, fixed disk 9 plays fixed function to fixed link 40, avoids fixed link
40 there is obscission, and the upper end of fixed link 40 is movably installed with rotation card cap 37, leads between fixed link 40 and rotation card cap 37
It crosses to dock outbound 38 and fix, the outer surface fixing sleeve of fixed link 40 is connected to outer sleeve 39, and the front inner of fixed link 40 opens up
There is fixed circular groove 36, outer sleeve 39 plays limit fixed function to fixed link 40, and fixed link 40 is avoided loose phenomenon occur.
The upper inner middle position of water storage box 4 is fixedly installed with demarcation plate 5, and the top of water storage box 4 is close to demarcation plate 5
Side is equipped with the first catch basin 2, and the top of water storage box 4 is equipped with the second catch basin 41, the first water storage close to the other side of demarcation plate 5
The inside of slot 2 and the second catch basin 41 is movably installed with turbine vane 18, can be by raw material using the rotation of turbine vane 18
Mixing, demarcation plate 5 can play compartmentation to the space in water storage box 4, enable it more flexible using operating.
The leading exterior surface fixing sleeve of water storage box 4 is connected to the first adapter tube 3, and the leading exterior surface of water storage box 4 connects close to first
The side fixing sleeve of pipe 3 is connected to the second adapter tube 7, and the first adapter tube 3 is connected to the equal fixing sleeve in one end outer surface of the second adapter tube 7 and connect
Pipe 17, the first adapter tube 3 are connected by connecting tube 17 with the perforation of standpipe 19 is docked with the second adapter tube 7, dock the side of standpipe 19
Outer surface is connected to gas-guide tube 20 close to the top fixing sleeve of the second adapter tube 7, can be to the first catch basin 2 and using gas-guide tube 20
Two catch basins 41 inject gas, so that generating bubble in the first catch basin 2 and the second catch basin 41.
The upper end outer surface of water storage box 4 is fixedly installed with first motor 11, and between first motor 11 and the first driving wheel 8
It is docked and is fixed by the first transmission belt 10, the upper end of water storage box 4 is fixedly installed with the second deck close to the side of the first deck 12
13, water storage box 4 docks fixation with the second motor 14 by the second deck 13, and the upper end of the first deck 12 is movably installed with the second biography
Driving wheel 16 is sequentially connected between second driving wheel 16 and the second motor 14 by the second transmission belt 15, the second deck 13 and first
Deck 12 makes water storage box 4 have combination fixed structure, enables its attended operation more convenient.
The inside of outer sleeve 39 is fixedly installed with snib, and outer sleeve 39 is right by the fixation circular groove 36 of snib and fixed link 40
Connect fixation, the overall structure of fixed link 40 is cylindrical body stretching structure, and rotary clip 33 passes through screw thread pair with dock between tube head 1
Fixation is connect, the outer surface of cambered surface snap ring 31 is arcuate structure, and it is right that the arcuate structure of cambered surface snap ring 31 can reduce cambered surface snap ring 31
Resistance when connecing.
The inside of first deck 12 and the second deck 13 is fixedly installed with triangle snap-gauge, the first deck 12 and the second deck
13 are fixed by fixed frame and the docking of water storage box 4, and triangle snap-gauge can promote the intensity of the first deck 12 and the second deck 13,
It is avoided metaboly occur.
The lower end outer surface of water storage box 4 is fixedly installed with four groups of foots pad, and a side external surface of water storage box 4 is fixedly installed with pair
It connects and gets stuck, the side outer surface of rotary clip 33 offers arc-shaped slot, and arc-shaped slot can make the gripping of rotary clip 33
It is stronger, avoid it from phenomenon of slipping out of the hand occur.
First deck 12 is fixed with docking to dock between standpipe 19 by flange, and is docked between standpipe 19 and gas-guide tube 20
It is docked and is fixed by cornue, cornue plays docking fixed function to gas-guide tube 20, gas-guide tube 20 is avoided loose phenomenon occur.
The overall structure of flexible snap-gauge 23 is oblong hollow-core construction, and peace is fixed in the inside middle position of flexible snap-gauge 23
Equipped with spacing pad, and the side inner surface of flexible snap-gauge 23 is through offering rectangular notch, the first cage plate 25 and the second cage plate 29
It is docked and is fixed by sliding slot between flexible snap-gauge 23, fixation is docked by cutting ferrule between rotation axis 24 and water storage box 4, stretch card
The length of the adjustable rotor segment 6 of plate 23, to increase its scope of application.
A kind of operating method of total cross-section gas-lifting type micro-bubble flotation machine, the specifically used step of the operating method are as follows:
Step 1 injects raw material and medicament into water storage box 4 by the first adapter tube 3 and the second adapter tube 7, so that raw material and medicine
Agent is injected in the first catch basin 2 and the second catch basin 41 simultaneously, starts first motor 14, is passed using the second motor 11 by second
Dynamic band 15 drives the second driving wheel 16, so that the second driving wheel 16 drives docking standpipe 19 to rotate, stirs the first catch basin 2 and the
Raw material and medicament in two catch basins 41 inject gas production by gas-guide tube 20 into the first catch basin 2 and the second catch basin 41
Anger bubble, so that flotation object is by bubble floating to stock chart face；
Step 2 pulls rotor segment 6 according to liquid level, so that rotor segment 6 is in the first cage plate 25 and the second cage plate
It is displaced outwardly under the action of 29, so that rotor segment 6 is attached to liquid surface, limit is inserted into the first cage plate 25 and the second cage plate 29
Position snib 30, starts first motor 11, so that first motor 11 drives rotor segment 6 to rotate by the first transmission belt 10, utilizes
Bubble on liquid level is scraped off water storage box 4 by rotor segment 6；
Step 3, pressing rotation card cap 37, so that rotation card cap 37 moves down under the action of fixed link 40, so that turning
Dynamic card cap 37 is stuck on the first transmission belt 10 of the first driving wheel 8, and the fixation circular groove 36 of fixed link 40 is docked by outer sleeve 39,
It is socketed pipeline by docking tube head 1, so that water storage box 4 is discharged in liquid in the first catch basin 2 and the second catch basin 41.
The purpose of the present invention is to provide a kind of total cross-section gas-lifting type micro-bubble flotation machines, by the way that flexible snap-gauge 23 is arranged, when
When user needs to adjust the width of rotor segment 6, user can pull out rotor segment 6, so that in flexible snap-gauge 23
The first cage plate 25 be displaced outwardly simultaneously with the second cage plate 29, using the first cage plate 25 and 29 transverse shifting of the second cage plate rotation scrape
Plate 6, while fastening bolt 35 being inserted into 30 length of limit snib of the first cage plate 25 and the second cage plate 29, fix the first cage plate 25 and
Second cage plate 29 avoids the first cage plate 25 from moving inward with the second cage plate 29, adjustable using the first cage plate 25 and second set
The distance between rotor segment 6 and liquid level enable it can be with so that section rotation is scraped and can be useful on different height liquid level
Blister is carried out to the liquid level of different height and scrapes off operation, to effectively increase its scope of application, enables the total cross-section gas-lifting type microvesicle
Flotation device using more flexible, while the docking for cooperating retaining collar 26 that can make rotor segment 6 is stronger, avoids it
There is loose phenomenon, tube head 1 is docked by setting, when user needs to the first catch basin 2 and the second catch basin in water storage box 4
It when raw material in 41 carries out emissions operation, is removed using the sealing cover that can will dock tube head 1, using cambered surface snap ring 31 by pipeline
It is socketed on docking tube head 1, while rotating counterclockwise rotary clip 33, so that rotary clip 33 is outside on docking 1 surface of tube head
It is mobile, connecting tube 17 is connected between docking tube head 1 and rotary clip 33 using the fixing groove 32 of rotary clip 33, avoids pipe
There is obscission in road, effectively increases its safety, while designing using the arcuate structure of cambered surface snap ring 31, can make its pipe
The docking operation in road is more convenient, and the cambered surface of cambered surface snap ring 31 can reduce resistance when pipeline docking, so that total cross-section gas lift
The pipeline docking operation of formula micro-bubble flotation machine is more smooth, rotates card cap 37 by setting, user passes through pressing rotation card cap
37, it can use 40 stretching structure of fixed link and rotation card cap 37 moved down, rotation card cap 37 is attached to the first driving wheel 8
The first transmission belt 10 on, when the first driving wheel 8 drives the first transmission rotation, rotation card cap 37 is using making it to outbound 38
Synchronous rotary operation is done on 10 surface of the first transmission belt, fixed function is played to the first transmission belt 10 on the first driving wheel 8, is kept away
Exempt from the first transmission belt 10 and break-off occur on the first driving wheel 8 during rotation, to promote the total cross-section gas-lifting type
The stability of micro-bubble flotation machine drive mechanism sets the setting of slot 21 by demarcation plate 5, using demarcation plate 5 in water storage box 4 in
It is separated out the first catch basin 2 and the second catch basin 41, it can be in water storage box 4 using the first catch basin 2 and the second catch basin 41
Different flotation objects is injected, while cooperating and setting slot 21 in rotor segment 6, rotor segment 6 can be divided into two, so that rotation
Scraper plate 6 can carry out scraping off behaviour to the blister of the first catch basin 2 and the second catch basin 41 simultaneously during primary rotation
Make, to effectively promote the working efficiency of the total cross-section gas-lifting type micro-bubble flotation machine.
When in use, raw material and medicament are injected into water storage box 4 by the first adapter tube 3 and the second adapter tube 7 so that raw material with
Medicament injects in the first catch basin 2 and the second catch basin 41 simultaneously, starts first motor 14, passes through second using the second motor 11
Transmission belt 15 drives the second driving wheel 16 so that the second driving wheel 16 drives docking standpipe 19 to rotate, the first catch basin 2 of stirring with
Raw material and medicament in second catch basin 41 inject gas into the first catch basin 2 and the second catch basin 41 by gas-guide tube 20,
So that gas rises, bubble is generated at liquid level and is drawn so that flotation object rises to raw material surface by bubble according to liquid level
Dynamic rotor segment 6, so that rotor segment 6 is displaced outwardly under the action of the first cage plate 25 is with the second cage plate 29, so that rotation is scraped
Plate 6 is attached to liquid surface, and limiting card bolt 30 is inserted into the first cage plate 25 and the second cage plate 29, starts first motor 11, so that
First motor 11 drives rotor segment 6 to rotate by the first transmission belt 10, and the bubble on liquid level is scraped off storage using rotor segment 6
Water tank 4 completes flotation of material operation, and user is by pressing rotation card cap 37, so that work of the rotation card cap 37 in fixed link 40
It moves down under, so that rotation card cap 37 is stuck on the first transmission belt 10 of the first driving wheel 8, the first transmission belt 10 is carried out
It is fixed, the fixation circular groove 36 of fixed link 40 is docked by outer sleeve 39, pipeline is socketed by docking tube head 1, so that the first water storage
Water storage box 4 is discharged in liquid in slot 2 and the second catch basin 41.
Present invention disclosed above preferred embodiment is only intended to help to illustrate the present invention.There is no detailed for preferred embodiment
Describe all details body embodiments.Obviously, it according to the content of this specification, can make many modifications and variations.This explanation
These embodiments are chosen and specifically described to book, is principle and practical application in order to better explain the present invention, thus belonging to making
Technical field technical staff can better understand and utilize the present invention.The present invention only by claims and its full scope and waits
Imitate the limitation of object.
Claims (10)
1. total cross-section gas-lifting type micro-bubble flotation machine, which is characterized in that including water storage box (4), rotor segment (6), the first deck
(12), docking tube head (1) and fixed link (40), first deck (12) are fixedly mounted on the upper end outer surface of water storage box (4),
Docking tube head (1) is fixedly attached to the leading exterior surface of water storage box (4), between the docking tube head (1) and water storage box (4)
It is docked and is fixed by fastening bolt (35), the lower end outer surface of docking tube head (1) is fixedly installed with cambered surface snap ring (31), described
The upper end outer surface of docking tube head (1) is fixedly installed with seal washer (34), and the outside movable sleeve of docking tube head (1) is connected to
Rotary clip (33), and fixing groove (32) are offered on the inside of rotary clip (33), the rotor segment (6) is movably arranged on storage
The top of water tank (4), and fixation is docked by rotating bar (22) between rotor segment (6) and water storage box (4)；
The equal fixing sleeve in one end outer surface of the rotating bar (22) is connected to rotation axis (24), outside the other end of the rotating bar (22)
Surface fixing sleeve is connected to the first driving wheel (8), the inside middle position of the rotor segment (6) offer in set slot (21), institute
It states snap-gauge (23) flexible between rotor segment (6) and rotating bar (22) and docks fixation, the inner surface of the flexible snap-gauge (23) is living
It is dynamic to be socketed with the first cage plate (25), and the inner surface of flexible snap-gauge (23) is socketed with the close to the top movable of the first cage plate (25)
Two cage plates (29), first cage plate (25) and the inner surface of the second cage plate (29) offer several groups limit card slot (28),
First cage plate (25) docks fixation by limit card slot (28) and limit snib (30) with the second cage plate (29)；
The inner surface of first cage plate (25) and the second cage plate (29) runs through close to the side of limit card slot (28) to be offered
It docks circular groove (27), the outer surface fixing sleeve of docking circular groove (27) is connected to retaining collar (26), and the fixed link (40) is solid
Surely it is socketed on the first driving wheel (8), and docks fixation by fixed disk (9) between fixed link (40) and the first driving wheel (8),
The upper end of the fixed link (40) is movably installed with rotation card cap (37), leads between the fixed link (40) and rotation card cap (37)
It crosses to dock outbound (38) and fix, the outer surface fixing sleeve of the fixed link (40) is connected to outer sleeve (39), the fixed link
(40) front inner offers fixed circular groove (36).
2. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that the water storage box (4) it is upper
Middle position is fixedly installed with demarcation plate (5) on the inside of portion, and the top of the water storage box (4) is equipped with close to the side of demarcation plate (5)
The top of first catch basin (2), the water storage box (4) is equipped with the second catch basin (41) close to the other side of demarcation plate (5), described
The inside of first catch basin (2) and the second catch basin (41) is movably installed with turbine vane (18).
3. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that before the water storage box (4)
End outer surface fixing sleeve is connected to the first adapter tube (3), and the leading exterior surface of the water storage box (4) is close to the side of the first adapter tube (3)
Fixing sleeve is connected to the second adapter tube (7), and the equal fixing sleeve in one end outer surface of first adapter tube (3) and the second adapter tube (7) is connected to company
It takes over (17), the first adapter tube (3) is connected by connecting tube (17) with standpipe (19) perforation is docked with the second adapter tube (7), docking
The side outer surface of standpipe (19) is connected to gas-guide tube (20) close to the top fixing sleeve of the second adapter tube (7).
4. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that the water storage box (4) it is upper
End outer surface is fixedly installed with first motor (11), and passes through the first transmission between first motor (11) and the first driving wheel (8)
Band (10) docking is fixed, and the upper end of the water storage box (4) is fixedly installed with the second deck close to the side of the first deck (12)
(13), the water storage box (4) docks fixation with the second motor (14) by the second deck (13), first deck (12) it is upper
End is movably installed with the second driving wheel (16), passes through the second transmission belt between second driving wheel (16) and the second motor (14)
(15) it is sequentially connected.
5. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that the outer sleeve (39) it is interior
Portion is fixedly installed with snib, and the outer sleeve (39) is docked by snib and the fixation circular groove (36) of fixed link (40) fixes, institute
The overall structure for stating fixed link (40) is cylindrical body stretching structure, and the rotary clip (33) passes through between tube head (1) with docking
Screw thread docking is fixed, and the outer surface of the cambered surface snap ring (31) is arcuate structure.
6. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that first deck (12) with
The inside of second deck (13) is fixedly installed with triangle snap-gauge, and first deck (12) and the second deck (13) are by solid
Determine frame and water storage box (4) docking is fixed.
7. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that under the water storage box (4)
End outer surface is fixedly installed with four groups of foots pad, and a side external surface of the water storage box (4) is fixedly installed with docking and gets stuck, the rotation
The side outer surface for turning snap ring (33) offers arc-shaped slot.
8. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that first deck (12) with
It docks to dock between standpipe (19) by flange and fix, and dock and docked admittedly between standpipe (19) and gas-guide tube (20) by cornue
It is fixed.
9. total cross-section gas-lifting type micro-bubble flotation machine according to claim 1, which is characterized in that the flexible snap-gauge (23)
Overall structure is oblong hollow-core construction, and the inside middle position of flexible snap-gauge (23) is fixedly installed with spacing pad, and flexible
The side inner surface of snap-gauge (23), which runs through, offers rectangular notch, the first cage plate (25) and the second cage plate (29) and flexible snap-gauge
(23) it is docked and is fixed by sliding slot between, fixation is docked by cutting ferrule between the rotation axis (24) and water storage box (4).
10. the operating method of total cross-section gas-lifting type micro-bubble flotation machine, which is characterized in that the specifically used step of the operating method
Are as follows:
Step 1, by the first adapter tube (3) and the second adapter tube (7) to injection raw material and medicament in water storage box (4) so that raw material with
Medicament injects in the first catch basin (2) and the second catch basin (41) simultaneously, starts first motor (14), utilizes the second motor (11)
The second driving wheel (16) are driven by the second transmission belt (15), so that the second driving wheel (16) drives docking standpipe (19) rotation,
The raw material and medicament in the first catch basin (2) and the second catch basin (41) are stirred, by gas-guide tube (20) to the first catch basin (2)
Bubble is generated with injection gas in the second catch basin (41), so that flotation object is by bubble floating to stock chart face；
Step 2 pulls rotor segment (6) according to liquid level, so that rotor segment (6) is the first cage plate (25) and second set
Plate is displaced outwardly under the action of (29), so that rotor segment (6) is attached to liquid surface, in the first cage plate (25) and the second cage plate
(29) limiting card bolt (30) are inserted into, are started first motor (11), so that first motor (11) passes through the first transmission belt (10) band
Dynamic rotor segment (6) rotation, scrapes off water storage box (4) for the bubble on liquid level using rotor segment (6)；
Step 3, pressing rotation card cap (37), so that rotation card cap (37) moves down under the action of fixed link (40), so that
Rotation card cap (37) is stuck on the first transmission belt (10) of the first driving wheel (8), docks fixed link (40) by outer sleeve (39)
Fixation circular groove (36), pipeline is socketed by docking tube head (1), so that the first catch basin (2) and the second catch basin (41) interior liquid
Water storage box (4) are discharged in body.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910544674.0A CN110252514A (en) | 2019-06-21 | 2019-06-21 | Total cross-section gas-lifting type micro-bubble flotation machine and its operating method |
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|---|---|---|---|
| CN201910544674.0A CN110252514A (en) | 2019-06-21 | 2019-06-21 | Total cross-section gas-lifting type micro-bubble flotation machine and its operating method |
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| CN110252514A true CN110252514A (en) | 2019-09-20 |
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| CN201910544674.0A Pending CN110252514A (en) | 2019-06-21 | 2019-06-21 | Total cross-section gas-lifting type micro-bubble flotation machine and its operating method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112958288A (en) * | 2021-02-23 | 2021-06-15 | 平顶山华兴浮选工程技术服务有限公司 | Intelligent non-transmission flotation tank |
| CN115518774A (en) * | 2022-09-28 | 2022-12-27 | 昆明理工大学 | Flotation machine for improving flotation quality |
| CN115518774B (en) * | 2022-09-28 | 2024-04-26 | 昆明理工大学 | Flotation machine for improving flotation quality |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1250512A (en) * | 1997-03-18 | 2000-04-12 | 乌波诺尔创新股份公司 | Method for making a pipe connection, and a pipe connection |
| CN203656077U (en) * | 2013-10-18 | 2014-06-18 | 江阴市四方游泳设备有限公司 | Adjuster for tensioning force of tightening wire |
| WO2015068096A1 (en) * | 2013-11-06 | 2015-05-14 | Technological Resources Pty. Limited | Flotation cell lids |
| CN206215382U (en) * | 2016-11-18 | 2017-06-06 | 安徽理工大学 | A kind of flotation device with adjustable scraper plate |
| CN109107774A (en) * | 2018-09-12 | 2019-01-01 | 淮北市大金矿山机器有限责任公司 | A kind of telescopically adjustable scraper plate on flotation device |
| CN208894409U (en) * | 2018-08-20 | 2019-05-24 | 江西省通源选矿设备制造有限公司 | A kind of flotation device with air blower |
-
2019
- 2019-06-21 CN CN201910544674.0A patent/CN110252514A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1250512A (en) * | 1997-03-18 | 2000-04-12 | 乌波诺尔创新股份公司 | Method for making a pipe connection, and a pipe connection |
| CN203656077U (en) * | 2013-10-18 | 2014-06-18 | 江阴市四方游泳设备有限公司 | Adjuster for tensioning force of tightening wire |
| WO2015068096A1 (en) * | 2013-11-06 | 2015-05-14 | Technological Resources Pty. Limited | Flotation cell lids |
| CN206215382U (en) * | 2016-11-18 | 2017-06-06 | 安徽理工大学 | A kind of flotation device with adjustable scraper plate |
| CN208894409U (en) * | 2018-08-20 | 2019-05-24 | 江西省通源选矿设备制造有限公司 | A kind of flotation device with air blower |
| CN109107774A (en) * | 2018-09-12 | 2019-01-01 | 淮北市大金矿山机器有限责任公司 | A kind of telescopically adjustable scraper plate on flotation device |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112958288A (en) * | 2021-02-23 | 2021-06-15 | 平顶山华兴浮选工程技术服务有限公司 | Intelligent non-transmission flotation tank |
| CN115518774A (en) * | 2022-09-28 | 2022-12-27 | 昆明理工大学 | Flotation machine for improving flotation quality |
| CN115518774B (en) * | 2022-09-28 | 2024-04-26 | 昆明理工大学 | Flotation machine for improving flotation quality |
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