CN106313469A - Double wringing water removal method for tire rubber component - Google Patents
Double wringing water removal method for tire rubber component Download PDFInfo
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- CN106313469A CN106313469A CN201610768150.6A CN201610768150A CN106313469A CN 106313469 A CN106313469 A CN 106313469A CN 201610768150 A CN201610768150 A CN 201610768150A CN 106313469 A CN106313469 A CN 106313469A
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- water
- roll
- sponge
- upper backup
- lower backing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C37/00—Component parts, details, accessories or auxiliary operations, not covered by group B29C33/00 or B29C35/00
- B29C37/0092—Drying moulded articles or half products, e.g. preforms, during or after moulding or cooling
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C48/00—Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor
- B29C48/25—Component parts, details or accessories; Auxiliary operations
- B29C48/27—Cleaning; Purging; Avoiding contamination
- B29C48/274—Cleaning; Purging; Avoiding contamination of the extruded articles
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Tires In General (AREA)
Abstract
The invention relates to a double wringing water removal method for a tire rubber component. The double wringing water removal method comprises the steps of front traction, device reversal, feeding, reversal stop, rear traction, transmission beginning, device water removal and water removal completion. The method can reduce damage to a crawler shaped sponge during mounting of the rubber component and prolongs the service life of a device; a driving device reverses to allow the tire rubber component to pass through a double wringing water removal device; hands are prevented from stretching into the double wringing water removal device; industrial accidents are reduced; an upper and lower surface friction and contact mode of the two crawler shaped sponges and the tire rubber component is adopted; the upper and lower sponges are subjected to wringing treatment; continuous water absorption efficiency of the sponge is ensured; and water on the surface of the rubber component can be wiped efficiently and cleanly.
Description
Technical field:
The present invention relates to rubber tyre production technical field, be specifically related to a kind of double water squeezings for rubber for tire assembly and remove
Water method, by the way of the friction of sponge and tyre surface upper and lower surface, efficiently, wipes the moisture on rubber assembly surface neatly.
Background technology:
In existing tire production process, owing to the rubber assembly such as sidewall and tyre surface temperature after head is extruded is higher, need
Carrying out cooling down, most of tire production producers use water-cooling pattern cooling, and sidewall, tyre surface can be upper after spraying cooling
Lower surface is attached with water droplet, water stain.Because of technological requirement, follow-up carry out each assembly can not have moisture when that laminating assembling, no
Then can affect the laminating effect of tire；On the other hand, the when that the rubber assembly such as tyre surface, sidewall being put in stacking grain bin, moisture again can
Causing being adhered between rubber parts, impact is taken.Therefore, the water droplet on the rubber assembly such as sidewall and tyre surface surface, water stain the most aobvious is removed
Obtain particularly significant.Some producer uses hot blast water-blowing device to carry out except water, and effect is unsatisfactory, and power consumption is very big but sidewall, tyre surface
The most often having moisture, when fitting on forming machine, laminating effect is bad.Chinese patent ZL201120555189.2 announces
A kind of rubber assembly squeezing water, fills including two sponge rollers being made up of sponge, sponge roller transporter and pressure roller water squeezing
Putting, two sponge rollers are driven by sponge roller transporter, and two sponge rollers are disposed vertically up and down, respectively upper strata sponge roller and
Lower floor's sponge roller, rubber assembly is in the middle of upper strata sponge roller and lower floor's sponge roller, and the globule of tyre surface levels is just by sponge roller
Absorb, and be extruded sponge by pressure roller squeezing water.The shortcoming of this patent is that for linear contact lay, contact area is too small, tyre surface
And not having relative displacement between the contact surface of sponge, water-taking efficiency is the highest, the water of upper sponge roller is not carried out extrusion process.
It addition, Chinese patent ZL201020169996.6 discloses a kind of many sponge rollers water absorber, join for tire tread extrusion equipment
Corollary apparatus on moving-wire, including the suction unit being arranged in film transport path, often set suction unit is by the Shanghai lifted
The lower sponge roller of continuous roller and rotation is constituted, and described suction unit is set to more than two sets or two sets, upper in each set suction unit
Sponge roller synchronization lifting, lower sponge roller synchronous axial system, keep equal distance, and adjacent two set water suctions between many set suction units
The length being smaller than film of unit.Increasing a set of above sponge roller on the basis of single sponge roller water absorber, formation is many
The form of sponge roller water suction, extends film and sponge roller time of contact, blots the globule on film.Increase at spray equipment end
Sponge roller water absorber, is made up of upper and lower two sponge rollers, and sidewall tyre surface passes in the middle of two sponge rollers and drives two seas
Continuous roller rotates, water-absorbing sponge roller in use for some time can because water suction is saturated cannot re-absorption moisture, so to arrange
Water processes, and increases by a pressure roller and extrudes lower sponge roller so that the moisture in sponge can be drained below the sponge roller of lower end.Specially
ZL201020169996.6 is compared with patent ZL201120555189.2 for profit, adds the contact area of sponge and rubber assembly,
But still belonging to linear contact lay, contact area is the least.And also without relative between sponge and the contact surface of rubber assembly
Displacement, water-taking efficiency is the highest, the water in upper sponge roller does not the most carry out extrusion process, and time length can cause tyre surface, sidewall
Cannot be absorbed cleanly Deng the upper surface moisture of rubber assembly.At present rubber for tire assembly is installed into the side of sponge water trap
Method is that the hands of employment directly draws and pulls mostly, sponge can be caused damage, the most easily cause industrial accident.
Summary of the invention:
It is an object of the invention to the shortcoming overcoming prior art to exist, it is provided that a kind of squeeze for the double of rubber for tire assembly
Water water-eliminating method, by the way of the friction of sponge and tyre surface upper and lower surface, efficiently, wipes the water on rubber assembly surface neatly
Point.
To achieve these goals, the technical process of the double water squeezing water-eliminating methods in rubber for tire assembly that the present invention relates to
Comprise the following steps:
(1): anterior traction: other transporters before double water squeezing water trap of rubber for tire assembly are drawn to double
The material channel entrance of water squeezing water trap；
(2): device inverts: driving means reversion is set by driving dynamic control device, starts driving means；
(3): feeding: dried by the water of rubber for tire assembly end, rubber for tire assembly is injected crawler belt shape Shanghai tender
Under crawler belt shape in spongiotic intermediate gap, make rubber for tire assembly along with the fortune of sponge under the tender crawler belt shape of crawler belt shape Shanghai
Move and move to material channel outlet；
(4): stop reversion: close driving means by driving dynamic control device；
(5): rear portion is drawn: rubber for tire assembly is drawn other transporters to double water squeezing water trap or leads
Leading-in device；
(6): start transmission；Start other transporters before double water squeezing water trap, below or traction apparatus；
(7): device removes water: arranges driving means rotating forward by driving dynamic control device, starts driving means, start except water；
(8): except water is complete: after a tires rubber assembly completes except water and leaves double water squeezing water trap, by driving
Dynamic control device closes driving means, it is achieved double water squeezing drain functions.
Double water squeezing water trap of rubber for tire assembly, use upper and lower two water squeezing structures, upper and lower with tyre surface by sponge
The mode of mantle friction, efficiently, neatly wipe rubber assembly surface moisture.
The double water squeezing water-eliminating methods for rubber for tire assembly implementing the present invention relates to are real by double water squeezing water trap
Executing, the agent structure of double water squeezing water trap includes frame, the first upper backup roll, the second upper backup roll, supports on the 3rd
Roller, the 4th upper backup roll, the first lower backing roll, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll
Son, water squeezing roller on first, water squeezing roller, bootom couch squeeze roll, up-draught machine, lower hair-dryer, driving means, driving control on second
Sponge, upper accepting water groove and lower accepting water groove under sponge, crawler belt shape in device processed, crawler belt shape；Leave in frame material channel entrance and
Material channel exports；First upper backup roll, second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll, first
Lower backing roll, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll, water squeezing roller on first, on second
Water squeezing roller and bootom couch squeeze roll parallel construction the most respectively are fixedly mounted in frame；First upper backup roll, on second
Support roller, the 3rd upper backup roll, the 4th upper backup roll respectively with first lower backing roll, second lower backing roll, the 3rd
Lower backing roll, the 4th lower backing roll constitute distributed architecture symmetrical above and below up and down, and the first upper backup roll is positioned at first time
Above support roller；First upper backup roll, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll are positioned at same
One horizontal plane；First lower backing roll, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll are positioned at same
Horizontal plane；Gap between first upper backup roll and the first lower backing roll is less than sponge under sponge, crawler belt shape in crawler belt shape
Thickness sum with rubber for tire assembly；Driving means is connected with driving dynamic control device electrical information, and driving dynamic control device can control
The startup of driving means processed, close, rotate forward, invert and velocity of rotation；Driving means selects common motor, and driving means is led to
Cross bel-drivenn mode respectively with the first upper backup roll, water squeezing roller, the first lower backing roll and the 4th time on first
Support roller is in transmission connection；First upper backup roll, water squeezing roller, the first lower backing roll and the 4th lower backing roll on first
Surface distributed has spine, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll, the second lower backing roll, the
Three lower backing rolls, water squeezing roller, the smooth surface of bootom couch squeeze roll on second；First upper backup roll, the second upper backup roll
Son, the 3rd upper backup roll, the 4th upper backup roll, water squeezing roller is identical with the direction of rotation of bootom couch squeeze roll on first, the
The rotation of water squeezing roller on support rollers, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll and second once
Turning direction identical, the direction of rotation of the first upper backup roll is contrary with the direction of rotation of the first lower backing roll；Water squeezing on first
On roller and second, the gap between water squeezing roller is less than in crawler belt shape 0.8 times of sponge thickness；Bootom couch squeeze roll with the 4th time
Gap between support rollers is less than under crawler belt shape 0.8 times of sponge thickness；In crawler belt shape, sponge is sleeved on the first upper backup roll
On son, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll and first on water squeezing roller；Crawler belt shape is plunged into the commercial sea
Silk floss is sleeved on the first lower backing roll, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll；Crawler belt shape
Under upper sponge, crawler belt shape, sponge is put down with the direction of motion of rubber for tire assembly with the direction of motion of rubber for tire component touch part
OK；Under the tender crawler belt shape of crawler belt shape Shanghai, sponge all includes spongy layer and casing ply, and the thickness of casing ply is the 0.9 of spine length
～1.1 times, casing ply and the first upper backup roll, second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll,
First lower backing roll, the second lower backing roll, the 3rd lower backing roll, water squeezing roller on the 4th lower backing roll and on first
Surface directly contact, the surface of water squeezing roller on spongy layer and second, bootom couch squeeze roll and rubber for tire assembly directly contacts；
Up-draught machine is positioned at the top of sponge in crawler belt shape, sponge blowing hot-air in crawler belt shape；Lower hair-dryer is positioned at sponge under crawler belt shape
Lower section, sponge blowing hot-air under crawler belt shape；Upper accepting water groove is positioned on first water squeezing roller gap on water squeezing roller and second
Lower section；Upper accepting water groove shape is the elongated slot of bar shaped, and the long limit of upper accepting water groove is parallel with the axle of water squeezing roller on first, upper accepting water groove
Long limit a length of crawler belt shape on 1.2 times of width of sponge, upper accepting water trench bottom is connected to drain pipe；In time suction there is water
In the crawler belt shape divided, sponge carries out water squeezing, dries up process, it is possible to makes sponge in crawler belt shape be constantly in the state being relatively dried, maintains
Higher water suction, water rem oval；Lower accepting water groove is positioned at the 4th lower backing roll and the lower section in the sub-gap of bootom couch squeeze roll；Lower accepting water groove
Being shaped as the elongated slot of bar shaped, the long limit of lower accepting water groove is parallel with the axle of bootom couch squeeze roll, a length of shoe on the long limit of lower accepting water groove
1.2 times of the width of band-shaped lower sponge, lower accepting water trench bottom is connected to lower drain pipe；This in time to inhaling under the crawler belt shape having moisture
Sponge carries out water squeezing, dries up the design of process, it is possible to makes sponge under crawler belt shape be constantly in the state being relatively dried, maintains higher
Water suction, water rem oval；Squeezed through sponge under sponge in the crawler belt shape of water, crawler belt shape and be there is more hole, compared to tire rubber
Glue assembly, it is bigger with the contact area of air, therefore uses up-draught machine, lower hair-dryer respectively successively to crawler belt shape Shanghai
The dry effect that under silk floss, crawler belt shape, rubber for tire assembly is blown by the drying efficiency of sponge blowing compared to direct hair-dryer
Rate is higher；The diameter of the first upper backup roll, the second upper backup roll, the 3rd upper backup roll and the 4th upper backup roll is to carry out
1.8 times of band-shaped upper sponge thickness；First lower backing roll, the second lower backing roll, the 3rd lower backing roll and the 4th time
The diameter of support roller is 1.8 times of sponge thickness under crawler belt shape；Between between first upper backup roll and the second upper backup roll
Gap, gap between the second upper backup roll and the 3rd upper backup roll, the 3rd upper backup roll are with the 4th upper backup roll
Between gap be all 0.8 times of sponge thickness in crawler belt shape；First lower backing roll and the second lower backing roll between gap,
Second lower backing roll and the 3rd lower backing roll between gap, the 3rd lower backing roll and the 4th lower backing roll between
Gap is all 0.8 times of sponge thickness under crawler belt shape；The direction of motion of rubber for tire assembly is from left to right, when driving means just
When turning, the direction of rotation of the first upper backup roll, the second upper backup roll, the 3rd upper backup roll and the 4th upper backup roll is
Clockwise, making the direction of motion of sponge and rubber for tire component touch part in crawler belt shape is from right to left, with tire rubber
The direction of motion of glue assembly is contrary；The direction of rotation of lower backing roll is counterclockwise, makes sponge and tire rubber under crawler belt shape
The direction of motion of glue component touch part is from right to left, contrary with the direction of motion of rubber for tire assembly；Setting of direction of rotation
Meter increases sponge and sponge under crawler belt shape and the length of rubber for tire assembly CONTACT WITH FRICTION part in crawler belt shape, and crawler belt shape
Upper sponge gradually decreases from left to right with the water content of sponge under crawler belt shape with rubber for tire assembly CONTACT WITH FRICTION part；Tire rubber
The water stain amount of glue assembly surface gradually decreases from left to right, makes to carry out compared with the corresponding water stain less rubber for tire assembly of dry sponge
Except water, carrying out except water compared with moistening the many rubber for tire assemblies of sponge correspondence water content, water-scavenging capability is stronger, it is adaptable to rubber for tire
The water stain amount of assembly upper and lower surface is higher than the situation of normal value.
The present invention is compared with prior art, it is possible to reduce install the rubber assembly damage to crawler belt shape sponge, extension fixture
Service life；Rubber for tire assembly is realized through double water squeezing water trap, it is to avoid hands is stretched into double squeezing by driving means reversion
In water water trap, reduce industrial accident and occur；Rubbed by the upper and lower surface of two crawler belt shape sponges with rubber for tire assembly
The mode wiped, contact, carries out water squeezing process to upper and lower sponge, it is ensured that the lasting water-taking efficiency of sponge simultaneously, it is possible to efficiently, do
The moisture on pure land erasing rubber assembly surface.
Accompanying drawing illustrates:
Fig. 1 is the process chart of the double water squeezing water-eliminating methods that the present invention relates to.
Fig. 2 is the structural principle schematic diagram of the double water squeezing water trap that the present invention relates to.
Fig. 3 is the crawler belt shape sponge that the present invention relates to and the structural representation of driven roller local.
Fig. 4 is the structural principle schematic diagram of the water receiving tank that the present invention relates to.
Detailed description of the invention:
Below by embodiment and combine accompanying drawing the invention will be further described.
Embodiment 1:
The technical process of the double water squeezing water-eliminating methods for rubber for tire assembly that the present embodiment relates to, including following step
Rapid:
(1): anterior traction: by the rubber for tire assembly 9 other transporters traction before double water squeezing water trap to
The material channel entrance 101 of double water squeezing water trap；
(2): device inverts: driving means 601 is set inverts by driving dynamic control device 602, driving means 601 is started；
(3): feeding: the water of rubber for tire assembly 9 end is dried, rubber for tire assembly 9 is injected sponge in crawler belt shape
701 and crawler belt shape under sponge 702 formed intermediate gap in, make rubber for tire assembly 9 along with sponge 701 and crawler belt in crawler belt shape
Under shape sponge 702 motion and move to material channel outlet 102；
(4): stop reversion: close driving means 601 by driving dynamic control device；
(5): rear portion draw: rubber for tire assembly 9 is drawn other transporters to double water squeezing water trap or
Traction apparatus；
(6): start transmission；Start other transporters before double water squeezing water trap, below or traction apparatus；
(7): device removes water: arrange driving means 601 rotate forward by driving dynamic control device 602, starts driving means 601,
Start except water；
(8): except water is complete: when a tires rubber assembly 9 completes except water and leave the material of double water squeezing water trap to lead to
After road outlet 102, close driving means 601 by driving dynamic control device 602, it is achieved double water squeezings remove water function.
The double water squeezing water-eliminating methods for rubber for tire assembly implementing the present invention relates to are real by double water squeezing water trap
Executing, the agent structure of double water squeezing water trap includes frame the 1, first upper backup roll the 201, second upper backup roll the 202, the 3rd
Upper backup roll the 203, the 4th upper backup roll the 204, first lower backing roll the 301, second lower backing roll 302, the 3rd time
Water squeezing roller 402, bootom couch squeeze roll on water squeezing roller 401, second on support roller the 303, the 4th lower backing roll 304, first
403, up-draught machine 501, lower hair-dryer 502, driving means 601, drive sponge 701, crawler belt in dynamic control device 602, crawler belt shape
Sponge 702, upper accepting water groove 801 and lower accepting water groove 802 under shape；Material channel entrance 101 and material channel outlet is left in frame 1
102；First upper backup roll the 201, second upper backup roll the 202, the 3rd upper backup roll the 203, the 4th upper backup roll 204,
First lower backing roll the 301, second lower backing roll the 302, the 3rd lower backing roll the 303, the 4th lower backing roll 304, first
On upper water squeezing roller 401, second, water squeezing roller 402 and bootom couch squeeze roll 403 parallel construction the most respectively are fixedly mounted on frame 1
On；First upper backup roll the 201, second upper backup roll the 202, the 3rd upper backup roll the 203, the 4th upper backup roll 204 points
Not with first lower backing roll the 301, second lower backing roll the 302, the 3rd lower backing roll the 303, the 4th lower backing roll 304 structures
Become distributed architecture symmetrical above and below；First upper backup roll 201 is positioned at above the first lower backing roll 301；First upper backup roll
201, the second upper backup roll the 202, the 3rd upper backup roll the 203, the 4th upper backup roll 204 is positioned at same level；First
Lower backing roll the 301, second lower backing roll the 302, the 3rd lower backing roll the 303, the 4th lower backing roll 304 is positioned at same water
Plane；Gap between first upper backup roll 201 and the first lower backing roll 301 is under sponge 701 in crawler belt shape, crawler belt shape
0.9 times of the thickness sum of sponge 702 and rubber for tire assembly 9；Driving means 601 connects with driving dynamic control device 602 electrical information
Connect, drive dynamic control device 602 and can control the startup of driving means 601, close, rotate forward, invert and velocity of rotation；Driving means
601 select common motor, driving means 601 by bel-drivenn mode respectively with the first upper backup roll 201, first
Upper water squeezing roller the 401, first lower backing roll 301 and the 4th lower backing roll 304 are in transmission connection；First upper backup roll 201,
On second upper backup roll the 202, the 3rd upper backup roll the 203, the 4th upper backup roll 204, first water squeezing roller 401 and lower squeeze
The direction of rotation of damping roller 403 is identical, first lower backing roll the 301, second lower backing roll the 302, the 3rd lower backing roll
303, the 4th lower backing roll 304 is identical with the direction of rotation of water squeezing roller 402 on second, the rotation of the first upper backup roll 201
Turn direction contrary with the direction of rotation of the first lower backing roll 301；Water squeezing roller 402 on water squeezing roller 401 and second on first
Between gap be in crawler belt shape 0.6 times of sponge 701 thickness；Between bootom couch squeeze roll 403 and the 4th lower backing roll 304
Gap is under crawler belt shape 0.6 times of sponge 702 thickness；In crawler belt shape, sponge 701 is sleeved on the first upper backup roll 201, second
On upper backup roll the 202, the 3rd upper backup roll the 203, the 4th upper backup roll 204 and first on water squeezing roller 401；Crawler belt shape
Lower sponge 702 is sleeved on first lower backing roll the 301, second lower backing roll the 302, the 3rd lower backing roll 303, props up for the 4th time
On support roller 304；The direction of motion of sponge 702 and rubber for tire assembly 9 contact portion under sponge 701, crawler belt shape in crawler belt shape
Parallel with the direction of motion of rubber for tire assembly 9；Up-draught machine 501 is positioned at the top of sponge 701 in crawler belt shape, in crawler belt shape
Sponge 701 blowing hot-air；Lower hair-dryer 502 is positioned at the lower section of sponge 702 under crawler belt shape, sponge 702 blowing hot-air under crawler belt shape；On
Water receiving tank 801 is positioned on first the lower section in water squeezing roller 402 gap on water squeezing roller 401 and second；Moisture is had in time to inhaling
Under crawler belt shape, sponge 702 carries out water squeezing, dries up process, it is possible to make sponge 702 under crawler belt shape be constantly in the state being relatively dried, dimension
Hold higher water suction, water rem oval；Squeezed through sponge 702 under sponge 701 in the crawler belt shape of water, crawler belt shape and be there is more hole
Gap, compared to the contact area of rubber for tire assembly 9 with air, in crawler belt shape under sponge 701, crawler belt shape sponge 702 respectively with
The contact area of air is bigger, uses up-draught machine 501, lower hair-dryer 502 respectively successively to sponge 701, crawler belt in crawler belt shape
The drying efficiency that under shape, rubber for tire assembly 9 is blown by the drying efficiency of sponge 702 blowing compared to direct hair-dryer
Higher；First upper backup roll the 201, second upper backup roll the 202, the 3rd upper backup roll 203 and the 4th upper backup roll 204
Diameter be in crawler belt shape 1.8 times of sponge 701 thickness；First lower backing roll the 301, second lower backing roll 302, the 3rd time
The diameter of support rollers 303 and the 4th lower backing roll 304 is under crawler belt shape 1.8 times of sponge 702 thickness；First upper backup roll
The son 201 and second gap between upper backup roll 202, between the second upper backup roll 202 and the 3rd upper backup roll 203
Gap, the 3rd upper backup roll 203 and the 4th gap between upper backup roll 204 are all sponge 701 thickness in crawler belt shape
0.8 times；Gap between first lower backing roll 301 and the second lower backing roll 302, the second lower backing roll 302 and the 3rd
Gap between lower backing roll 303, the gap between the 3rd lower backing roll 303 and the 4th lower backing roll 304 are all to carry out
0.8 times of band-shaped lower sponge 702 thickness.
The direction of motion of the rubber for tire assembly 9 that the present embodiment relates to is from left to right, when driving means 601 rotates forward,
First upper backup roll the 201, second upper backup roll the 202, the 3rd upper backup roll 203 and the rotation of the 4th upper backup roll 204
Turning direction is clockwise, and making the direction of motion of sponge 701 and rubber for tire assembly 9 contact portion in crawler belt shape is from dextrad
A left side, contrary with the direction of motion of rubber for tire assembly 9；The direction of rotation of lower backing roll 202 is counterclockwise, makes crawler belt shape
Lower sponge 702 is from right to left with the direction of motion of rubber for tire assembly 9 contact portion, with the motion side of rubber for tire assembly 9
To on the contrary；The design of direction of rotation increases sponge 702 under sponge 701 in crawler belt shape, crawler belt shape and rubs with rubber for tire assembly 9
The length of contact portion, makes sponge 701 and sponge under crawler belt shape 702 and rubber for tire assembly 9 CONTACT WITH FRICTION part in crawler belt shape
Water content gradually decrease from left to right；The water stain amount in rubber for tire assembly 9 surface gradually decreases from left to right, makes relatively to be dried sea
Continuous corresponding water stain less rubber for tire assembly 9 carries out, except water, entering compared with the rubber for tire assembly 9 moistening sponge correspondence water content many
Row is except water, and water-scavenging capability is stronger, it is adaptable to the water stain amount of rubber for tire assembly 9 upper and lower surface is higher than the situation of normal value.
The operating principle for double water squeezing water trap of rubber for tire assembly 9 that the present embodiment relates to is as follows with process:
Surface speckles with the rubber for tire assembly 9 of water material channel 101 from frame 1 by double water squeezing water trap, crawler belt shape Shanghai
Continuous 701 form a gap being smaller than rubber for tire assembly 9 thickness with sponge 702 under crawler belt shape, and rubber for tire assembly 9 is worn
Cross the intermediate gap that in crawler belt shape, sponge 701 is formed with sponge 702 under crawler belt shape；Driving means 601 drives each roller to rotate, and two
Individual crawler belt shape sponge upper and lower surface of friction pulley tire rubber assembly 9 under the driving of each roller, absorbs rubber for tire assembly 9 simultaneously
The moisture of upper and lower faces；In crawler belt shape, sponge 701 is extruded by water squeezing roller 402 on water squeezing roller 401 and second on first, carries out
In band-shaped upper sponge 701, contained humidity is extruded a part, and the water of extrusion is fallen in upper accepting water groove 801, and from upper draining bank of tubes
Go out；Under crawler belt shape, sponge 702 is by lower backing roll 202 and bootom couch squeeze roll 403 extruding, and under crawler belt shape, in sponge 702, institute is aqueous
Dividing and be extruded a part, the water of extrusion is fallen in lower accepting water groove 802, and discharges from lower drain pipe, it is achieved double water squeezing drain functions.
Embodiment 2:
The double water squeezing water trap for rubber for tire assembly that the present embodiment relates to, its main body composition structure and embodiment
1 is identical, and difference is: water squeezing roller the 401, first lower backing roll 301 and the on the first upper backup roll 201, first
The surface distributed of four lower backing roll 304 has spine 10, on the second upper backup roll the 202, the 3rd upper backup roll the 203, the 4th
Water squeezing roller 402, bootom couch squeeze roll on support rollers the 204, second lower backing roll the 302, the 3rd lower backing roll 303, second
The smooth surface of 403.In crawler belt shape, under sponge 701 and crawler belt shape, sponge 702 all includes spongy layer 703 and casing ply 704, cord
1.1 times that thickness is spine 10 length of layer 704, casing ply 704 and first upper backup roll the 201, second upper backup roll
202, the 3rd upper backup roll the 203, the 4th upper backup roll the 204, first lower backing roll the 301, second lower backing roll 302,
Directly contact with the surface of water squeezing roller 401 on first on 3rd lower backing roll the 303, the 4th lower backing roll 304, spongy layer
703 directly contact with the surface of water squeezing roller 402, bootom couch squeeze roll 403 and rubber for tire assembly 9 on second.
Embodiment 3:
The double water squeezing water trap for rubber for tire assembly that the present embodiment relates to, its main body composition structure and embodiment
1 is identical, and difference is: upper accepting water groove 801 is shaped as the elongated slot of bar shaped, water squeezing on the long limit and first of upper accepting water groove 801
The axle of roller 401 is parallel, and the length on the long limit of upper accepting water groove 801 is more than the width of sponge 701, upper accepting water groove 801 in crawler belt shape
Bottom is connected to drain pipe 803.This have sponge 701 in the crawler belt shape of moisture to carry out water squeezing, dry up setting of process to inhaling in time
Meter, it is possible to make sponge 701 in crawler belt shape be constantly in the state being relatively dried, maintain higher water suction, water rem oval.Lower accepting water groove
802 lower sections being positioned at the 4th lower backing roll 304 and bootom couch squeeze roll 403 gaps；Lower accepting water groove 802 is shaped as the length of bar shaped
Groove, the long limit of lower accepting water groove 802 is parallel with the axle of bootom couch squeeze roll 403, and the length on the long limit of lower accepting water groove 802 is more than crawler belt shape
The width of lower sponge 702, is connected to lower drain pipe 804 bottom lower accepting water groove 802.
Claims (7)
1. the double water squeezing water-eliminating methods for rubber for tire assembly, it is characterised in that:
The technical process of the method comprises the following steps:
(1): anterior traction: other transporters before double water squeezing water trap of rubber for tire assembly are drawn to double water squeezings
The material channel entrance of water trap；
(2): device inverts: driving means reversion is set by driving dynamic control device, starts driving means；
(3): feeding: dried by the water of rubber for tire assembly end, rubber for tire assembly is injected the tender crawler belt in crawler belt shape Shanghai
Under shape in spongiotic intermediate gap, make rubber for tire assembly along with under the tender crawler belt shape of crawler belt shape Shanghai sponge motion and
Move to material channel outlet；
(4): stop reversion: close driving means by driving dynamic control device；
(5): rear portion is drawn: by other transporters after rubber for tire assembly traction to double water squeezing water trap or traction dress
Put；
(6): start transmission；Start other transporters before double water squeezing water trap, below or traction apparatus；
(7): device removes water: arranges driving means rotating forward by driving dynamic control device, starts driving means, start except water；
(8): except water is complete: after a tires rubber assembly completes except water and leaves double water squeezing water trap, controlled by driving
Device processed closes driving means, it is achieved double water squeezing drain functions.
Double water squeezing water-eliminating methods for rubber for tire assembly the most according to claim 1, it is characterised in that: described double crowded
Water water-eliminating method is implemented by double water squeezing water trap, the agent structure of double water squeezing water trap include frame, lower accepting water groove, under
Water squeezing roller, it is characterised in that: also include the first upper backup roll, the second upper backup roll, the 3rd upper backup roll, on the 4th
Support rollers, the first lower backing roll, the second lower backing roll, the 3rd lower backing roll, the 4th lower backing roll, squeeze on first
Damping roller, water squeezing roller, up-draught machine, lower hair-dryer, driving means on second, drive sponge, shoe in dynamic control device, crawler belt shape
Band-shaped lower sponge, upper accepting water groove and lower accepting water groove；Material channel entrance and material channel outlet is left in frame；Support on first
Plunge into the commercial sea less than sponge in crawler belt shape, crawler belt shape the thickness of tender rubber for tire assembly in gap between roller and the first lower backing roll
Sum；On first on water squeezing roller and second gap between water squeezing roller less than in crawler belt shape 0.8 times of sponge thickness；Lower crowded
Gap between damping roller and the 4th lower backing roll is less than under crawler belt shape 0.8 times of sponge thickness；Driving means is controlled with driving
Device electrical information processed connects, and drives dynamic control device and can control the startup of driving means, close, rotate forward, invert and velocity of rotation；
First upper backup roll, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll, on first water squeezing roller and
Bootom couch squeeze roll direction of rotation identical, first lower backing roll, second lower backing roll, the 3rd lower backing roll, the 4th time
Support rollers is identical with the direction of rotation of water squeezing roller on second, the direction of rotation of the first upper backup roll and the first lower backing roll
The direction of rotation of son is contrary；In crawler belt shape, sponge is sleeved on the first upper backup roll, the second upper backup roll, the 3rd upper backup roll
On son, the 4th upper backup roll and first on water squeezing roller；Under crawler belt shape, sponge is sleeved on the first lower backing roll, props up for second time
On support roller, the 3rd lower backing roll, the 4th lower backing roll；Shoe can be positioned at by the up-draught machine of sponge blowing in crawler belt shape
The top of band-shaped upper sponge；The lower section of sponge under crawler belt shape can be positioned at by the lower hair-dryer of sponge blowing under crawler belt shape；On connect
Tank is positioned on first the lower section of water squeezing roller gap on water squeezing roller and second；Lower accepting water groove be positioned at the 4th lower backing roll and
The lower section in the sub-gap of bootom couch squeeze roll.
Double water squeezing water-eliminating methods for rubber for tire assembly the most according to claim 2, it is characterised in that: connect on described
Trough-like shapes is the elongated slot of bar shaped, and the long limit of upper accepting water groove is parallel with the axle of water squeezing roller on first, the long limit of upper accepting water groove
Length is more than the width of sponge in crawler belt shape, and upper accepting water trench bottom is connected to drain pipe；Described lower accepting water groove shape is bar shaped
Elongated slot, the long limit of lower accepting water groove is parallel with the axle of bootom couch squeeze roll, and the length on the long limit of lower accepting water groove is more than sponge under crawler belt shape
Width, lower accepting water trench bottom is connected to lower drain pipe.
Double water squeezing water-eliminating methods for rubber for tire assembly the most according to claim 2, it is characterised in that: described first
The diameter of upper backup roll, the second upper backup roll, the 3rd upper backup roll and the 4th upper backup roll is sponge in crawler belt shape
1.8 times of thickness；First lower backing roll, second lower backing roll, the 3rd lower backing roll and the 4th lower backing roll straight
Footpath is 1.8 times of sponge thickness under crawler belt shape；Gap between first upper backup roll and the second upper backup roll, on second
Gap between support roller and the 3rd upper backup roll, the gap between the 3rd upper backup roll and the 4th upper backup roll are all
In crawler belt shape 0.8 times of sponge thickness；Gap between first lower backing roll and the second lower backing roll, the second lower backing roll
Gap between son and the 3rd lower backing roll, the gap between the 3rd lower backing roll and the 4th lower backing roll are all crawler belts
Under shape 0.8 times of sponge thickness.
5. according to the arbitrary described double water squeezing water-eliminating methods for rubber for tire assembly of claim 2 to 3, it is characterised in that:
Described driving means selects common motor；Driving means by bel-drivenn mode respectively with first upper backup roll,
On first, water squeezing roller, the first lower backing roll and the 4th lower backing roll are in transmission connection.
6. according to the arbitrary described double water squeezing water-eliminating methods for rubber for tire assembly of claim 2 to 3, it is characterised in that:
Described first upper backup roll, the surface distributed of water squeezing roller, the first lower backing roll and the 4th lower backing roll has on first
Spine, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll, the second lower backing roll, the 3rd lower backing roll
Son, water squeezing roller and the smooth surface of bootom couch squeeze roll on second.
Double water squeezing water-eliminating methods for rubber for tire assembly the most according to claim 6, it is characterised in that: described crawler belt
In shape, under sponge, crawler belt shape, sponge all includes spongy layer and casing ply, the thickness of casing ply be described spine length 0.9～
1.1 again；Casing ply and the first upper backup roll, the second upper backup roll, the 3rd upper backup roll, the 4th upper backup roll, the
Support rollers, the second lower backing roll, the 3rd lower backing roll, water squeezing roller on the 4th lower backing roll and on first once
Surface directly contacts, and on spongy layer and second, the surface of water squeezing roller, bootom couch squeeze roll and rubber for tire assembly directly contacts.
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| CN201610768150.6A CN106313469B (en) | 2016-08-30 | 2016-08-30 | Double water squeezing water-eliminating methods for rubber for tire component |
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| CN201610768150.6A CN106313469B (en) | 2016-08-30 | 2016-08-30 | Double water squeezing water-eliminating methods for rubber for tire component |
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| CN108922213A (en) * | 2018-08-28 | 2018-11-30 | 陈涛 | A kind of traffic guidance current failure emergency method |
| CN117841328A (en) * | 2024-03-08 | 2024-04-09 | 江阴电工合金股份有限公司 | Flat ribbon wire bonding equipment and method |
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| CN117841328A (en) * | 2024-03-08 | 2024-04-09 | 江阴电工合金股份有限公司 | Flat ribbon wire bonding equipment and method |
| CN117841328B (en) * | 2024-03-08 | 2024-05-14 | 江阴电工合金股份有限公司 | Flat ribbon wire bonding equipment and method |
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|---|---|
| CN106313469B (en) | 2019-03-26 |
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