CN205549819U - Double dynamical dewatering system - Google Patents
Double dynamical dewatering system Download PDFInfo
- Publication number
- CN205549819U CN205549819U CN201620203431.2U CN201620203431U CN205549819U CN 205549819 U CN205549819 U CN 205549819U CN 201620203431 U CN201620203431 U CN 201620203431U CN 205549819 U CN205549819 U CN 205549819U
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- Prior art keywords
- roll
- cylinder mould
- conveyer belt
- breast roll
- dewatering
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Abstract
The utility model belongs to the technical field of thick liquids dehydration techniques and specifically relates to a double dynamical dewatering system is related to. Include: the natural drying zone, vacuum dehydration district, cylinder mould couch roll drying zone, the 2nd vacuum dehydration district and the base press forming machine that set gradually, include still that it changes rollers and wind the water permeability conveyer belt of establishing on turning around roller, breast roll and respectively changeing the roller a plurality of of each interval to set up dewatering system rotary roller, breast roll, the setting of setting on the base press forming machine of dewatering system least significant end foremost, the gyration roller is drive roll, all the other with the breast roll change the roller and be the driven voller, and the output speed conduct of breast roll end motor the input rotational speed of gyration roller end motor. The utility model discloses a double dynamical transport for the atress of conveyer belt is more even, and transport efficiency improves greatly, the dewatering effect of conveyer belt is all relatively more even everywhere to guaranteed that the panel moisture content everywhere that makes is also comparatively close, prolonged the life of conveyer belt simultaneously.
Description
Technical field
This utility model relates to de-watering of slurries technical field, especially relates to a kind of double dynamical de-
Water system.
Background technology
Existing in the production technologies such as construction material, papermaking, chemical industry, usually can there is a need to
The operation that moisture in solution is separated with solute or slag charge.Such as at fiber cement tile, plate
During industrialization at present produces, it is big much more relatively de-watering of slurries and blank-making technology employing are generally divided into two
Class: one is to use to copy to follow the example of blank-making technology, and another kind of is to use slurry flowing process blank-making technology.
Also have a kind of emerging technique collection slurry processes blank-making technology at present, mainly can solve
Have fibre cement corrugated tile, Slab require the expenditure of energy many, need use structure more multiple
Plant issue miscellaneous, that occupation of land is bigger.
But, whether copy and follow the example of dewatering system, slurry flowing process dewatering system still collect slurry processes take off
Water system, is all the least significant end employing single-power conveying in system, and conveyer belt generally uses
The preferable woollen blanket of aqueous, but cause the damage of woollen blanket serious owing to pulling force is excessive, in some instances it may even be possible to
Can make woollen blanket deformation or break, this is to totally unfavorable when producing, and the life-span of woollen blanket is general only
There are 140 hours.Especially slurry flowing process blank-making technology, the linear velocity of woollen blanket reaches per minute
When 100 meters, will often be pulled off, have a strong impact on manufacturing schedule.
Utility model content
The purpose of this utility model is to provide a kind of double dynamical dewatering system, existing to solve
The technical problem that present in technology, conveyor belt damage is serious, service life is short.
The double dynamical dewatering system that this utility model provides, including: set gradually is naturally de-
Pool, the first vacuum dehydration district, cylinder mould couch roll drying zone, the second vacuum dehydration district and system
Base press-forming machine；
Also include arranging described dewatering system revolving roll foremost, be arranged on described dehydration system
Breast roll on the base press-forming machine of system least significant end, be arranged on some transfer rollers in each interval with
And around the water penetration conveyer belt being located on revolving roll, breast roll and each transfer roller, described water penetration passes
Send band pass sequentially through described natural-dehydration district, the first vacuum dehydration district, cylinder mould couch roll drying zone,
Second vacuum dehydration district and compressing drying zone；
Described revolving roll and described breast roll are drive roll, respectively by revolution roller end motor and breast
Roller end motor drives, and remaining described transfer roller is driven voller.
Using double dynamical conveying so that being more uniformly stressed of conveyer belt, transfer efficiency is significantly
Improve；The dehydrating effect of conveyer belt the most all ratios are more uniform, thus ensure that prepared plate
Material moisture content everywhere is also closer to, and extends the service life of conveyer belt simultaneously.
Further, described revolution roller end motor passes sequentially through revolution roller end reductor and first
Universal drive shaft is connected with revolving roll, and described breast roll end motor passes sequentially through breast roll end reductor
And second universal drive shaft be connected with breast roll.
Further, also set up at least one sluicing pipe at described cylinder mould couch roll drying zone, right
Cylinder mould is carried out；Conveyer belt between compressing drying zone to natural-dehydration district returns
Section arranges and makes cloth device, and arranges at least one sluicing pipe near cloth device, to described described beating
Water penetration conveyer belt is carried out.
Further, described double dynamical dewatering system also includes arc dewatering box；Described arc
Dewatering box is arranged on described cloth device of beating between natural-dehydration district, to the water penetration through over cleaning
Conveyer belt carries out vacuum dehydration process.
Further, described first vacuum dehydration district and the second vacuum dehydration district the most at least wrap
Include a vaccum dewatering box；The some dense arrangement of surface configuration of described vaccum dewatering box saturating
Water hole, and the bottom of described vaccum dewatering box is connected with vacuum pump.
Make the operation of water penetration conveyer belt be obstructed owing to condition of high vacuum degree can produce high suction, reduce
In the service life of water penetration conveyer belt, therefore generally use multiple vaccum dewatering box, share one
Individual vacuum pump, to reduce vacuum.
Further, described cylinder mould couch roll drying zone mainly includes cylinder mould and couch roll；
Described cylinder mould is columnar structured, is arranged on main stand by bearing；
Described couch roll is arranged on couch roll arm by bearing, and described couch roll arm is installed by bearing pin
On main stand；
Described couch roll is close on the outer wall of cylinder mould, and described water penetration conveyer belt from couch roll with
Pass through between cylinder mould.
Cylinder mould is stainless steel, is made up of backing wire and outer net.Wherein the effect of backing wire is to make
The smooth pressure with dispersion couch roll of wire side, outer net mainly allows the slurry flowed through take off further
Water, it is easy to form wet mat.
Cylinder mould couch roll section utilize the pressure between cylinder mould and water penetration conveyer belt and couch roll with
Extruding between cylinder mould realizes filtering means dehydration.
Further, the central shaft of described couch roll is parallel with the central shaft of cylinder mould, and in couch roll
Angle between mandrel and the plane at cylinder mould central shaft place and horizontal plane is-45 °～167.75 °.
The central shaft of couch roll is parallel with the central shaft of cylinder mould, it is ensured that wet mat is leaving net
Flatness during cage and the concordance of each several part attribute.
Further, described arc dewatering box is one, and the tubular for cross section semicircular in shape is tied
Structure, upper surface arranges the permeable hole of some dense arrangement, and the bottom of described arc dewatering box
It is connected with vacuum pump.
Compared to the vacuum dehydration district combined by multiple vaccum dewatering box, arc dewatering box only sets
Putting one, its vacuum is higher, and the dehydration of the conveyer belt after cleaning, for ensuing
Sizing process is prepared.
Further, described base press-forming machine also includes forming tube；Described forming tube and
A holding in described breast roll rotates in situ, and another can lift and rotate；
When described breast roll can lift and rotate, the concrete structure of base press-forming machine
For: forming tube is arranged on main frame wallboard by bearing；Breast roll is arranged on pressure by bearing
On the arm of force, and leave gap with forming tube assembly；Pressure arm is by the way of employing is hinged
Being connected with main frame wallboard, one end of pressure arm is provided with air bag, is used for regulating breast roll assembly
And the gap length between forming tube assembly.On pressure arm away from air bag the other end also
Oil cylinder is set；The upper end of oil cylinder is hinged with main frame wallboard, and lower end is hinged with pressure arm.And
And, breast roll end motor together lifts with breast roll.
Further, the output speed of described breast roll end motor is as described revolution roller end motor
Input speed, and the output speed negative feedback of described breast roll end motor to described breast roll end electricity
As institute after the input of machine, with the initial input rotating speed comparison process of described breast roll end motor
State the input speed that breast roll end motor is new；The output speed negative feedback of described revolution roller end motor
To the input of described revolution roller end motor, turn with the initial input of described revolution roller end motor
As the input speed that described revolution roller end motor is new after speed comparison process, so that described time
Transfer roller end motor is followed the rotation of described breast roll end motor and is realized synchronous axial system.
The beneficial effects of the utility model are:
(1) double dynamical conveying is used so that being more uniformly stressed of conveyer belt, conveying effect
Rate is greatly improved；The dehydrating effect of conveyer belt the most all ratios are more uniform, thus ensure that system
The sheet material obtained moisture content everywhere is also closer to, and makes conveyer belt (employing woollen blanket) simultaneously
Can reach service life about 200 hours, can be widely applied to copy follow the example of, slurry flowing process
And collection slurry processes blank-making technology；
(2), under double dynamical feed status, the rotating speed of conveyer belt is significantly improved, from
And in the case of ensureing dehydration quality, improve yield；
(3) consumed energy is little: extrude with cylinder mould owing to have employed dependence water penetration conveyer belt
The method of draining, reduces energy consumption；
(4) this utility model will scrape water dehydration, vacuum draw dehydration and extrusion dehydration naturally
Combining, dehydrating effect is more preferable.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model detailed description of the invention or of the prior art
Technical scheme, below by use required in detailed description of the invention or description of the prior art
Accompanying drawing is briefly described, it should be apparent that, the accompanying drawing in describing below is this utility model
Some embodiments, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
The front view of the dewatering system that Fig. 1 provides for this utility model embodiment；
Fig. 2 is the top view of the dewatering system shown in Fig. 1；
Fig. 3 is the dewatering system control principle schematic diagram shown in Fig. 1.
Reference:
1-revolving roll；2-woollen blanket deflector roll；
3-natural-dehydration district；4-the first vacuum dehydration district；
5-arc dewatering box；6-the first sluicing pipe；
7-cylinder mould；8-couch roll fixes seat；
9-couch roll；10-couch roll arm；
11-couch roll arm mounting seat；12-the second vacuum dehydration district；
13-tightening device；14-makes cloth device；
15-the second sluicing pipe；16-main stand；
17-base press-forming machine；18-head box；
101-the first universal drive shaft；102-turns round roller end reductor；
103-turns round roller end motor；201-the second universal drive shaft；
202-breast roll end reductor；203-breast roll end motor.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely retouched
State, it is clear that described embodiment is a part of embodiment of this utility model rather than complete
The embodiment in portion.Based on the embodiment in this utility model, those of ordinary skill in the art exist
Do not make the every other embodiment obtained under creative work premise, broadly fall into this reality
By novel protected scope.
In description of the present utility model, it should be noted that term " " center ", " on ",
The orientation of the instruction such as D score, "left", "right", " vertically ", " level ", " interior ", " outward " or position
Relation of putting, for based on orientation shown in the drawings or position relationship, is for only for ease of this reality of description
Describe with novel and simplification rather than indicate or imply that the device of indication or element must have
Specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to this practicality
Novel restriction.Additionally, term " first ", " second ", " the 3rd " are only used for describing purpose,
And it is not intended that indicate or hint relative importance.
In description of the present utility model, it should be noted that unless otherwise clear and definite regulation
And restriction, term " is installed ", " being connected ", " connection " should be interpreted broadly, for example, it is possible to
It it is fixing connection, it is also possible to be to removably connect, or be integrally connected；Can be that machinery connects
Connect, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to indirect by intermediary
It is connected, can be the connection of two element internals.For those of ordinary skill in the art
Speech, can understand above-mentioned term concrete meaning in this utility model with concrete condition.
And take off the dewatering process in blank-making technology below by a specific embodiment
Water system is described in detail.
The front view of the dewatering system that Fig. 1 provides for this utility model embodiment；Fig. 2 is figure
The top view of the dewatering system shown in 1.
This dewatering system includes: the 3, the first vacuum dehydration district of natural-dehydration district set gradually
4, cylinder mould couch roll drying zone, the second vacuum dehydration district 12 and compressing drying zone.Its
In, compressing drying zone uses base press-forming machine 17.
Also include the 12 woollen blanket deflector rolls 2 being arranged on each interval and around being located on each transfer roller
Water penetration conveyer belt, and described water penetration conveyer belt pass sequentially through described natural-dehydration district 3,
First vacuum dehydration district 4, cylinder mould couch roll drying zone, the second vacuum dehydration district 12 and pressure
Make type drying zone.
Water penetration conveyer belt uses woollen blanket.
Described base press-forming machine 17 specifically includes that forming tube, breast roll, main frame wall
A few major part of plate, pressure arm and air bag.
Main frame wallboard is divided into two pieces, left and right, is each attached on bottom surface.Between two blocks of main frame wallboards
Supported by distance sink tube and connect, and be arranged to type tube bearing block on the top of main frame wallboard, with
Time be mounted to type tube.
Pressure arm is arranged on two blocks of main frame wallboards in articulated manner by pressure arm swivel pin
Between position on the lower.Pressure arm forms the lever construction with pressure arm swivel pin as fulcrum.
On the one arm of pressure arm, by backing plate, breast roll bearing block is installed, and breast roll is installed.
Breast roll is positioned at the underface of forming tube or the most inclined position.
The end of the arm of breast roll is installed at pressure arm, air bag is set.The upper end of air bag and pressure
The arm of force connects, and lower end is fixed on main frame wallboard.
So, the lifting of breast roll can be realized by the harmomegathus controlling air bag, thus regulate
Produced force value between breast roll and forming tube.
During regulation, forming tube position is motionless, and the position being adjusted merely by breast roll is come
Regulation briquetting pressure, regulation process is convenient simply；Breast roll is controlled by air bag
Lifting, response speed is fast, briquetting pressure can be made to reach desired value in very short time.
At pressure arm, oil cylinder can also be set away from one end of air bag.Oil cylinder typically uses vertically
The mode arranged, its upper end is hinged with main frame wallboard, and lower end is hinged with pressure arm.
Oil cylinder uses as auxiliary pressurized equipment.The pressure of the compressing needs of general conventional plate
Force value is 25t, only with air bag；And need about 80t during low-density and high-strength plate
Force value, now need by air bag and oil cylinder with the use of, thus improve the force value upper limit,
Reach process requirements.
When breast roll is positioned at the most inclined position of forming tube, the central shaft of forming tube with
Spacing between the projection in the horizontal plane of the central shaft of breast roll is typically taken as
-20mm～150mm, wherein, negative value represents that the central shaft of breast roll is positioned in forming tube
Between mandrel and pressure arm swivel pin, it is positioned at forming tube on the occasion of the central shaft representing breast roll
Between central shaft and air bag.
The lifting of harmomegathus with breast roll in order to make air bag preferably coordinates, need according to breast roll with
Eccentric situation between forming tube carries out the further setting of setting angle.It is set as type tube center
It is a with the line at breast roll center and the angle of vertical direction, the centrage of air bag and level
The angle in direction is b, then need a Yu b complementary.
Under normal circumstances, according to central shaft and the center of breast roll of the forming tube be above given
Spacing between axle projection in the horizontal plane, the span arranging angle a is
-1.04 °～7.72 °, wherein, negative value represents that the central shaft of breast roll is positioned at the central shaft of forming tube
And between pressure arm swivel pin, it is positioned at the center of forming tube on the occasion of the central shaft representing breast roll
Between axle and air bag.
For ensureing oil cylinder and the co-ordination of air bag, need the position of oil cylinder and air bag is carried out
Arrange.If the distance between the central shaft of described oil cylinder and pressure arm swivel pin is L0, described pressure
Distance between the vertical plane at arm of force swivel pin and breast roll central shaft place is L1, in described breast roll
Distance between the vertical plane at mandrel place and air bag 1706 upper surface central point is L2；Then lead to
In the case of Chang, set L0: L1: L2=1:1:1.
Natural-dehydration district 3 includes two natural-dehydration casees being sequentially arranged；Natural-dehydration case
Upper surface arranges the windshield wiper blade that multiple pieces of glass is made, and casing uses angle steel material.Glass slicker
Row is divided to be arranged in parallel, all coming to inclination to conveyer belt.The front end of glass slicker is sharp-pointed, on
Surface be frontal plane backward under inclined plane shape.During installation, the plane of glass slicker upper surface
Contact with woollen blanket lower surface.The downward slope at glass slicker upper surface rear portion, it is possible to make
Produce negative pressure between glass slicker and the lower surface of woollen blanket, thus scrape off the attachment of woollen blanket lower surface
Most of moisture, natural-dehydration rate typically can reach 11%～16%.
First vacuum dehydration district 4 and the second vacuum dehydration district 12 arrange three vacuum respectively
Dewatering box.Wherein, the first vacuum dehydration district 4 is arranged on natural-dehydration district 3 and cylinder mould couch roll
Between drying zone；Second vacuum dehydration district 12 is arranged on cylinder mould couch roll drying zone and base pressure
On main stand 16 between forming machine 17 processed.
Vaccum dewatering box is square cone cylinder structure, array arrangement that the dewatering plate of end face gathers
'sDewatering hole, the bottom of vaccum dewatering box connects with vacuum pump.Dewatering hole is equal
Even layout, it is ensured that the vacuum of each position is basically identical, advantageously ensures that the surface of woollen blanket
Quality and each several part attribute are identical.
Three vaccum dewatering box in the first vacuum dehydration district 4 and the second vacuum dehydration district 12
Three vaccum dewatering box each share a vacuum pump, thus reduce in each vaccum dewatering box
Vacuum, woollen blanket is run and brings resistance, thus protects by the high suction preventing condition of high vacuum degree from producing
Demonstrate,prove the service life of woollen blanket.
Cylinder mould couch roll drying zone mainly includes cylinder mould 7 and couch roll 9；Cylinder mould 7 is tied for cylindrical shape
Structure, fixes seat by cylinder mould and bearing is arranged on main stand 16；Couch roll 9 is by volt
Roller fixes seat 8 and bearing is arranged on couch roll arm 10, and described couch roll arm 10 is by couch roll arm
Bearing pin is arranged on main stand 16.Couch roll 9 is close on the outer wall of cylinder mould 7, and hair
Blanket passes through between couch roll 9 and cylinder mould 7.
Cylinder mould 7 is rustless steel cylinder mould, is made up of backing wire and outer net.Wherein, the effect of backing wire
Being to make wire side smooth and the pressure of dispersion couch roll 9, outer net mainly allows the slurry flowed through enter one
Step dehydration, it is easy to form mixed slab, due to the squeezing action between cylinder mould 7 and woollen blanket, can
So that moisture therefrom departs from.
For ensureing the wet mat flatness when leaving cylinder mould and the concordance of each several part attribute,
The central shaft of couch roll 9 needs to be arranged in parallel with the central shaft of cylinder mould 7, and couch roll 9 central shaft
And the angle between the plane at cylinder mould 7 central shaft place and horizontal plane is-45 °～167.75 °.
In the present embodiment, couch roll 9 central shaft and the plane at cylinder mould 7 central shaft place and level
Angle between face elects 100.78 ° as.
Near cylinder mould 7, also set up at least one first sluicing pipe 6, cylinder mould 7 is carried out clearly
Wash.Angle between couch roll 9 central shaft and the plane at cylinder mould 7 central shaft place and horizontal plane
When being 100.78 °, the first sluicing pipe 6 is arranged on cylinder mould 7 not by the side of woollen blanket cincture,
It is about 45 °, it is ensured that the dregs on cylinder mould 7 clean up with the angle of horizontal plane.
Conveyer belt return phase between base press-forming machine 17 to natural-dehydration district is arranged
Make cloth device 14, and described beating, the second sluicing pipe 15 is set near cloth device 14, on woollen blanket
Dregs be carried out.
Also set up tightening device 13 at conveyer belt return phase, be used for regulating certain or multiple hair
The position of blanket deflector roll 2, thus regulate the degree of tightness of woollen blanket.
An arc dewatering box 5 is also set up between cloth device 14 to natural-dehydration district 3 beating:
Arc dewatering box 5 is the tubular construction of cross section semicircular in shape, and its upper surface is some close for arranging
The dewatering plate of the permeable hole of collection arrangement, and the bottom of described arc dewatering box is with vacuum pump even
Connect.
The vacuum of arc dewatering box 5 is higher than vaccum dewatering box, it is possible to wash through second
The woollen blanket washing pipe 15 cleaning carries out vacuum dehydration process.
In the front end in natural-dehydration district 3, revolving roll 1 is set.Wherein, revolving roll 1 and base
The breast roll of press-forming machine 17 is drive roll, and remaining woollen blanket deflector roll 2 and couch roll 9 etc. are equal
For driven voller.Revolution roller end motor 103 passes sequentially through revolution roller end reductor 102 and first
Universal drive shaft 101 is connected with revolving roll 1, and breast roll end motor 203 passes sequentially through breast roll end
Reductor 202 and the second universal drive shaft 201 are connected with breast roll.
Using the form of double drive roll, the operation that can make woollen blanket is more steady, fluctuates less.
Revolving roll 1 and breast roll are rubber roll, rely on frictional force to provide the power of operating for woollen blanket.
Use the concretely comprising the following steps of dewatering process of this system:
Being applied to above woollen blanket by head box 18 by slurry cloth, the concentration of initial slurry is
16%～20%.Sequentially pass through natural-dehydration district 3 as the woollen blanket of conveyer belt with slurry to carry out
Scrape water dehydration, carry out vacuum draw dehydration for the first time, process through the first vacuum dehydration district 4
Cylinder mould couch roll drying zone carries out first time extrusion dehydration, enters through the second vacuum dehydration district 12
Row second time vacuum draw is dehydrated and carries out final extruding through compressing drying zone
Dehydration forming, makes the final water content of slurry reach 24%～28%, reaches making sheet requirement.
For ensureing the rotational speed matches of revolving roll and breast roll, need revolving roll and breast roll are turned
Speed is controlled.Fig. 3 is the dewatering system control principle schematic diagram shown in Fig. 1.
The output speed W of breast roll end motor 2031Input as revolution roller end motor 103
Rotating speed, and the output speed W of breast roll end motor1Negative feedback the first controller, with breast roll end
The initial input rotating speed W of motor 2030As breast after the difference of the first controller processes
The input speed that roller end motor 203 is new；The output speed W of revolution roller end motor 1032Negative
Feedback second controller, with the initial input rotating speed W of revolution roller end motor 1031Through
The input speed that the difference of two controllers is new as turning round roller end motor 103 after processing, thus
The rotation making described revolution roller end motor 103 follow described breast roll end motor 203 realizes synchronizing
Rotate, in the case of there is external interference, also can realize Synchronization Control, i.e. achieve revolution
The output of breast roll end motor 203 followed by roller end motor 103.
It is last it is noted that various embodiments above is only in order to illustrate technology of the present utility model
Scheme, is not intended to limit；Although this utility model being carried out with reference to foregoing embodiments
Detailed description, it will be understood by those within the art that: it still can be to aforementioned
Technical scheme described in each embodiment is modified, or to the most some or all of skill
Art feature carries out equivalent；And these amendments or replacement, do not make appropriate technical solution
Essence depart from this utility model each embodiment technical scheme scope.
Claims (10)
1. a double dynamical dewatering system, it is characterised in that including: set gradually from
So drying zone, the first vacuum dehydration district, cylinder mould couch roll drying zone, the second vacuum dehydration district with
And base press-forming machine；
Also include arranging described dewatering system revolving roll foremost, be arranged on described dehydration system
Breast roll on the base press-forming machine of system least significant end, be arranged on some transfer rollers in each interval with
And around the water penetration conveyer belt being located on revolving roll, breast roll and each transfer roller, described water penetration passes
Send band pass sequentially through described natural-dehydration district, the first vacuum dehydration district, cylinder mould couch roll drying zone,
Second vacuum dehydration district and compressing drying zone；
Described revolving roll and described breast roll are drive roll, respectively by revolution roller end motor and breast
Roller end motor drives, and remaining described transfer roller is driven voller.
Double dynamical dewatering system the most according to claim 1, it is characterised in that institute
State revolution roller end motor to pass sequentially through revolution roller end reductor and the first universal drive shaft and return
Transfer roller connects, and described breast roll end motor passes sequentially through breast roll end reductor and the second Universal drive
Axle is connected with breast roll.
Double dynamical dewatering system the most according to claim 1, it is characterised in that
Described cylinder mould couch roll drying zone also sets up at least one sluicing pipe, is carried out cylinder mould；?
Compressing drying zone arranges to the conveyer belt return phase between natural-dehydration district and makes cloth device, and
At least one sluicing pipe is set near cloth device described beating, described water penetration conveyer belt is carried out
Clean.
Double dynamical dewatering system the most according to claim 3, it is characterised in that also
Including arc dewatering box；
Described arc dewatering box is arranged on described cloth device of beating between natural-dehydration district, to process
The water penetration conveyer belt cleaned carries out vacuum dehydration process.
Double dynamical dewatering system the most according to claim 1, it is characterised in that institute
State the first vacuum dehydration district and the second vacuum dehydration district and the most at least include a vacuum dehydration
Case；The permeable hole of the some dense arrangement of surface configuration of described vaccum dewatering box, and described very
The bottom of empty dewatering box is connected with vacuum pump.
Double dynamical dewatering system the most according to claim 1, it is characterised in that institute
State cylinder mould couch roll drying zone and mainly include cylinder mould and couch roll；
Described cylinder mould is columnar structured, is arranged on main stand by bearing；
Described couch roll is arranged on couch roll arm by bearing, and described couch roll arm is installed by bearing pin
On main stand；
Described couch roll is close on the outer wall of cylinder mould, and described water penetration conveyer belt from couch roll with
Pass through between cylinder mould.
Double dynamical dewatering system the most according to claim 6, it is characterised in that institute
The central shaft stating couch roll is parallel with the central shaft of cylinder mould, and couch roll central shaft and cylinder mould central shaft
Angle between the plane at place and horizontal plane is-45 °～167.75 °.
Double dynamical dewatering system the most according to claim 4, it is characterised in that institute
Stating arc dewatering box is one, for the tubular construction of cross section semicircular in shape, if upper surface is arranged
Do the permeable hole of dense arrangement, and the bottom of described arc dewatering box is connected with vacuum pump.
Double dynamical dewatering system the most according to claim 1, it is characterised in that institute
State base press-forming machine and also include forming tube；In described forming tube and described breast roll one
Keeping rotating in situ, another can lift and rotate；
When described breast roll can lift and rotate, described breast roll end motor the most together rises
Fall.
Double dynamical dewatering system the most according to claim 1, it is characterised in that institute
State revolution roller end motor to rotate with described breast roll end motor in synchrony.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620203431.2U CN205549819U (en) | 2016-03-16 | 2016-03-16 | Double dynamical dewatering system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620203431.2U CN205549819U (en) | 2016-03-16 | 2016-03-16 | Double dynamical dewatering system |
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| Publication Number | Publication Date |
|---|---|
| CN205549819U true CN205549819U (en) | 2016-09-07 |
Family
ID=56818105
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620203431.2U Withdrawn - After Issue CN205549819U (en) | 2016-03-16 | 2016-03-16 | Double dynamical dewatering system |
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| Country | Link |
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| CN (1) | CN205549819U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105749614A (en) * | 2016-03-16 | 2016-07-13 | 柳州市杰特建材有限责任公司 | Dual-power dewatering system and control method thereof |
-
2016
- 2016-03-16 CN CN201620203431.2U patent/CN205549819U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105749614A (en) * | 2016-03-16 | 2016-07-13 | 柳州市杰特建材有限责任公司 | Dual-power dewatering system and control method thereof |
| CN105749614B (en) * | 2016-03-16 | 2019-01-04 | 柳州市杰特建材有限责任公司 | Double dynamical dewatering system and its control method |
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Granted publication date: 20160907 Effective date of abandoning: 20190104 |