CN104707810B - A kind of batch-foamed microperforated sheet apparatus for leveling - Google Patents
A kind of batch-foamed microperforated sheet apparatus for leveling Download PDFInfo
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- CN104707810B CN104707810B CN201510085452.9A CN201510085452A CN104707810B CN 104707810 B CN104707810 B CN 104707810B CN 201510085452 A CN201510085452 A CN 201510085452A CN 104707810 B CN104707810 B CN 104707810B
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- 238000004140 cleaning Methods 0.000 claims abstract description 304
- 230000005540 biological transmission Effects 0.000 claims abstract description 171
- 230000007246 mechanism Effects 0.000 claims abstract description 120
- 238000003490 calendering Methods 0.000 claims description 101
- 230000007704 transition Effects 0.000 claims description 59
- 230000003750 conditioning effect Effects 0.000 claims description 46
- 238000001035 drying Methods 0.000 claims description 34
- 230000033001 locomotion Effects 0.000 claims description 16
- 230000001360 synchronised effect Effects 0.000 claims description 4
- 238000003475 lamination Methods 0.000 claims description 2
- 239000004744 fabric Substances 0.000 claims 1
- 238000000034 method Methods 0.000 abstract description 12
- 238000010276 construction Methods 0.000 abstract description 3
- 239000000463 material Substances 0.000 description 24
- 238000005187 foaming Methods 0.000 description 10
- 238000004804 winding Methods 0.000 description 9
- 239000011148 porous material Substances 0.000 description 6
- 230000008569 process Effects 0.000 description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 4
- 230000001413 cellular effect Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 238000005520 cutting process Methods 0.000 description 2
- 238000007731 hot pressing Methods 0.000 description 2
- 239000012535 impurity Substances 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 239000000047 product Substances 0.000 description 2
- 230000001154 acute effect Effects 0.000 description 1
- 230000036760 body temperature Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000009413 insulation Methods 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 229920000642 polymer Polymers 0.000 description 1
- 239000002994 raw material Substances 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
- 239000013589 supplement Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B1/00—Cleaning by methods involving the use of tools
- B08B1/20—Cleaning of moving articles, e.g. of moving webs or of objects on a conveyor
-
- 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
- B29C53/00—Shaping by bending, folding, twisting, straightening or flattening; Apparatus therefor
- B29C53/16—Straightening or flattening
- B29C53/18—Straightening or flattening of plates or sheets
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Casting Or Compression Moulding Of Plastics Or The Like (AREA)
Abstract
The invention provides a kind of batch-foamed microperforated sheet apparatus for leveling, belong to field of mechanical technique.This batch-foamed microperforated sheet apparatus for leveling includes cleaning device and the leveling transmission mechanism being connected with cleaning device, cleaning device includes the cleaning roller mechanism being loaded with batch-foamed microperforated sheet, cleaning roller mechanism includes cleaning drive bearing, the cleaning underdrive bearing that drive bearing upper with cleaning be arranged in parallel up and down, the upper power transmission shaft of cleaning and the power transmission shaft upper with cleaning that run through the upper drive bearing of cleaning be arranged in parallel up and down and run through the cleaning lower drive shaft of cleaning underdrive bearing, cleaning underdrive bearing is provided with cleaning supporting spring, cleaning supporting spring is connected with leveling transmission mechanism.The advantage that this batch-foamed microperforated sheet apparatus for leveling has simple in construction, range is wide, work efficiency is high.
Description
Technical field
The invention belongs to field of mechanical technique, relate to a kind of apparatus for leveling, particularly a kind of
Batch-foamed microperforated sheet apparatus for leveling.
Background technology
Cellular plastic is a kind of novel foamed plastic, its cell diameter in 0.1～10 μm,
Cell density is 109～1015/cm3Between, the density of material than foaming before reduce 5%～
98%.When the free volume in polymer and defect can be replaced by some small holes, micro-
The stress that can slow down material internal is concentrated by hole, thus optimizes and improve the shock resistance of material
Performance.
Research to cellular plastic was more and more extensive in recent years, and either raw material improves also
Being that process and equipment modification aspect all achieves the biggest achievement in research, cellular plastic is because having
The advantages such as ultralight, heat insulation, sound-absorbing, good toughness, its range of application also becomes more and more wider
General.In view of the easy fold of the microperforated sheet processed, it is impossible to enough directly apply to reality
The production of product, and need the subsequent technique to carry out flattening, press even, so apparatus for leveling
Structure and technique are always the technological difficulties of this based sheet industrial applications.Existing sheet material
Flatten with hot pressing although apparatus for leveling can carry out conveying to sheet material, but before hot pressing
Can not effectively remove the foreign material such as water, oil, sheet material can not be attached on roller well,
Affecting the uniformity of sheet material leveling, production efficiency is low；It is not effective to ensure that sheet material simultaneously
Thickness when entering calender is uniform, can cause sheet material zones of different difference in specific gravity away from relatively greatly with
And the fold on surface；Less it is effective to ensure that sheet material carries before entering calender steady
Property and planarization, have large effect to the calendering technology of calendering below.
In sum, for solving in existing batch-foamed microperforated sheet apparatus for leveling structure
Deficiency, needs the interval designing a kind of simple in construction, range is wide, work efficiency is high
Foaming microperforated sheet apparatus for leveling.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology, it is proposed that a kind of
The batch-foamed microperforated sheet leveling dress that simple in construction, range are wide, work efficiency is high
Put.
The purpose of the present invention can be realized by following technical proposal: a kind of batch-foamed is micro-
Hole sheet material apparatus for leveling, including cleaning device and be connected with cleaning device leveling transmission
Mechanism, described cleaning device includes the cleaning roller mechanism being loaded with batch-foamed microperforated sheet,
It is upper and lower that described cleaning roller mechanism includes cleaning drive bearing drive bearing upper with cleaning
The cleaning underdrive bearing that be arranged in parallel, run through transmission in the cleaning of the upper drive bearing of cleaning
Axle and power transmission shaft upper with cleaning be arranged in parallel up and down and run through the clear of cleaning underdrive bearing
Clean lower drive shaft, described cleaning underdrive bearing is provided with cleaning supporting spring, described cleaning torr
Sheet is connected with leveling transmission mechanism, and described cleaning device also includes solid with cleaning roller mechanism
The fixed cleaning last item spring adjustment mechanism connected, described cleaning last item spring adjustment mechanism bag
Include cleaning and conditioning fixed support, cleaning last item adjusting lever, cleaning and conditioning bar, cleaning slip
Support, cleaning regulation support and be arranged on cleaning regulation support and cleaning sliding support it
Between cleaning elastic component, cleaning last item adjusting lever one end and cleaning and conditioning fixed support screw thread
Connecting, the other end is resisted against on cleaning and conditioning bar, on cleaning sliding support one end and cleaning
Drive bearing is fixing to be connected, and the other end is connected with cleaning and conditioning bar, cleaning regulation support one
Holding be connected fixing with cleaning underdrive bearing, the other end is connected with cleaning and conditioning fixed support.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described cleaning last item
Spring adjustment mechanism also includes the cleaning last item regulation threadeded with cleaning last item adjusting lever
Handle and cleaning and conditioning pin, cleaning and conditioning pin one end is connected with cleaning and conditioning bar, another
End is resisted against on cleaning sliding support.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described cleaning is uploaded
Moving axis is provided with the upper cylinder of cleaning, and described cleaning lower drive shaft is provided with cleaning bottom roll,
In cleaning cylinder with cleaning bottom roll slewing rate identical, cleaning in cylinder with clean under
The rotation direction of cylinder is contrary, and cleaning is provided with PVA on cylinder and cleaning bottom roll
Water-absorbing sponge.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described leveling transmission
Mechanism includes fixing the drying leveling transmission mechanism being connected with cleaning supporting spring, and described drying is whole
Transfer mechanism of flating pass includes baker, some are evenly distributed in baker and are set in parallel
Drying transmission support, some drying pinch rollers and some drying pinch roller bands, each drying
Transmission support is all connected with cleaning supporting spring, and each drying pinch roller is installed in drying transmission
Frame two ends, dry pinch roller band and are arranged in the same drying pinch roller dried on transmission support
On.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described leveling transmission
Mechanism also includes that the output device and the output device that are connected with drying leveling transmission mechanism are put down
The arrangements for speed regulation that are connected with input equipment of input equipment that row is arranged and and arrangements for speed regulation
Connect and in the calendering conveying mechanism arranged that is inclined upwardly.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described output device
Including exporting upper power transmission shaft and passing under the output output that above power transmission shaft be arranged in parallel up and down
Moving axis, described output lower drive shaft is provided with and dries the output torr that transmission support is connected
Sheet, in output, power transmission shaft is identical with the slewing rate of output lower drive shaft, transmission in output
The rotation direction of axle and output lower drive shaft is contrary, and described output device also includes output pressure
Axle spring adjustment mechanism, described output last item spring adjustment mechanism can regulate the upper transmission of output
Spacing between axle and output lower drive shaft.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described input equipment
Including inputting under upper drive bearing and the input input that above drive bearing be arranged in parallel up and down
Drive bearing, run through in the input of the upper drive bearing of input power transmission shaft and upload with input
Moving axis be arranged in parallel up and down and runs through the input lower drive shaft of input underdrive bearing, described
It is provided with on input lower drive shaft and dries the input supporting spring that transmission support is connected, in input
Power transmission shaft with input lower drive shaft slewing rate identical, input in power transmission shaft with input under
The rotation direction of power transmission shaft is contrary, and described input equipment also includes inputting the regulation of last item spring
Mechanism, described input last item spring adjustment mechanism can regulate under the upper power transmission shaft of input and input
Spacing between power transmission shaft.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described arrangements for speed regulation
The mistake be arrangeding in parallel with input lower drive shaft including motor and be connected with input lower drive shaft
The driving shaft crossing axle and be arranged in parallel with transition axis and be connected with transition axis, described motor
Being provided with motor wheels, input lower drive shaft one end is provided with input and synchronizes wheel, the other end
Being provided with transition drive coordination wheel, motor wheels wheel Tong Bu with input is provided with motor in synchrony
Band, transition axis one end is provided with First Transition and synchronizes wheel, and the other end is provided with the second transition and synchronizes
Wheel, transition drive coordination wheel wheel Tong Bu with First Transition is provided with transition Timing Belt, described
Driving shaft is provided with transition active synchronization wheel, and transition active synchronization wheel is Tong Bu with the second transition
Wheel is provided with active synchronization band, and the rotating speed of input lower drive shaft is identical with the rotating speed of driving shaft.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, described calendering conveying
Mechanism includes that overlaminate is passed on transfer mechanism and passes on overlaminate that transfer mechanism is the most parallel to be set
The laminated put passes on transfer mechanism, and overlaminate passes on transfer mechanism and laminated passes on transfer mechanism
All include some calenderings being set in parallel transmission support, some calendering pinch rollers and some
Calendering pinch roller band, calendering transmission support is positioned at below driving shaft, and each calendering pinch roller is all pacified
Being contained in calendering transmission support two ends, calendering pinch roller band is arranged in same calendering transmission
On calendering pinch roller on frame, overlaminate passes on transfer mechanism and laminated is passed on transfer mechanism and also wrapped
Include some calendering carriages being set in parallel and some calendering pull bars, roll carriage
And calendering transmission support is equally spaced setting, calendering pull bar is arranged on calendering carriage
And between calendering transmission support, calendering transmission support and calendering carriage are all in being inclined upwardly
Arrange.
In above-mentioned a kind of batch-foamed microperforated sheet apparatus for leveling, a kind of batch-foamed
Microperforated sheet apparatus for leveling also includes the coiler device being connected with leveling transmission mechanism, described
Coiler device includes winding cradle and the reel being erected on winding cradle, calendering transmission
Support is resisted against on winding cradle.
Compared with prior art, present configuration is simple, and cleaning device cleans last item bullet
Spring governor motion by self mechanism can regulate the upper power transmission shaft of cleaning and cleaning lower drive shaft it
Between spacing, adapt to the batch-foamed microperforated sheet of various thickness, range is wide, with
With PVA water-absorbing sponge, PVA water-absorbing sponge on the upper cylinder of Shi Qingjie and cleaning bottom roll
The foreign material such as the water in batch-foamed microperforated sheet, oil, cylinder and cleaning in cleaning can be sopped up
Bottom roll rotation direction is different but speed is identical, cylinder and the phase of cleaning bottom roll in cleaning
Interaction so that batch-foamed microperforated sheet not cracky and be easier to impurity removing, protects
The planarization of card batch-foamed microperforated sheet and uniformity, work efficiency is high；Dry leveling
Transmission mechanism, batch-foamed microperforated sheet can heat up in transmitting procedure and soften and be dried；
Calendering conveying mechanism uses many group calendering pinch roller bands and calendering carriage to batch-foamed micropore
Sheet material rolls, and work efficiency is high, and can guarantee that the smooth of batch-foamed microperforated sheet
Property and uniformity.
Accompanying drawing explanation
The structural representation of Fig. 1 embodiment of the present invention.
Fig. 2 is the structural representation of cleaning device in the embodiment of the present invention.
Fig. 3 is the structural representation of cleaning roller mechanism in the embodiment of the present invention.
Fig. 4 is the structural representation drying leveling transmission mechanism in the embodiment of the present invention.
Fig. 5 is the structural representation of output device in the embodiment of the present invention.
Fig. 6 is the structural representation of input equipment in the embodiment of the present invention.
Fig. 7 is the structural representation of arrangements for speed regulation in the embodiment of the present invention.
Fig. 8 is the partial enlarged drawing at A.
Fig. 9 is the structural representation that the embodiment of the present invention rolls transmission mechanism at the middle and upper levels.
In figure, 10, cleaning device；11, cleaning roller mechanism；111, transmission in cleaning
Bearing；112, cleaning underdrive bearing；113, power transmission shaft in cleaning；114, under cleaning
Power transmission shaft；115, cylinder in cleaning；116, cleaning bottom roll；12, cleaning last item bullet
Spring governor motion；121, cleaning and conditioning fixed support；122, cleaning last item adjusting lever；
123, cleaning and conditioning bar；124, cleaning sliding support；125, cleaning regulation support；126、
Cleaning elastic component；127, cleaning last item regulation handle；128, cleaning and conditioning pin；20、
Leveling transmission mechanism；30, coiler device；31, winding cradle；32, reel；40、
Dry leveling transmission mechanism；41, baker；42, transmission support is dried；43, dry
Pinch roller；44, pinch roller band is dried；50, output device；53, power transmission shaft in output；54、
Output lower drive shaft；55, output supporting spring；58, output last item spring adjustment mechanism；60、
Input equipment；61, drive bearing in input；62, input underdrive bearing；621, defeated
Enter to synchronize wheel；622, transition drive coordination wheel；63, power transmission shaft in input；64, input
Lower drive shaft；68, input last item spring adjustment mechanism；70, arrangements for speed regulation；71, electricity
Machine；711, motor wheels；712, motor synchronous belt；72, transition axis；721,
One transition synchronizes wheel；722, the second transition synchronizes wheel；723, transition Timing Belt；73、
Driving shaft；731, transition active synchronization is taken turns；732, active synchronization band；80, roll defeated
Send mechanism；81, calendering transmission support；82, calendering pinch roller；83, calendering pinch roller band；
84, calendering carriage；85, calendering pull bar；86, overlaminate passes on transfer mechanism.
Detailed description of the invention
The following is the specific embodiment of the present invention and combine accompanying drawing, the technical side to the present invention
Case is further described, but the present invention is not limited to these embodiments.
Initial batch-foamed microperforated sheet in the present invention is in uneven thickness, air spots
Whole, and on surface, have the impurity such as water, oil, these factors will cause subsequent product to occur
Large-area quality problems, the batch-foamed microperforated sheet apparatus for leveling of the present invention will be for
Batch-foamed microperforated sheet is cleared up by unfavorable phenomenon, makes batch-foamed microperforated sheet table
The smooth thickness in face is uniform, and batch-foamed microperforated sheet apparatus for leveling is applicable to various types of simultaneously
The batch-foamed microperforated sheet of type, and work efficiency is high.
As shown in Figure 1 to Figure 3, this batch-foamed microperforated sheet apparatus for leveling includes cleaning
Device 10 and the leveling transmission mechanism 20 being connected with cleaning device 10, cleaning device 10
Including being loaded with the cleaning roller mechanism 11 of batch-foamed microperforated sheet, cleaning roller mechanism 11
It is arranged in parallel including cleaning upper drive bearing 111 drive bearing about 111 upper with cleaning
Cleaning underdrive bearing 112, run through transmission in the cleaning of the upper drive bearing 111 of cleaning
Axle 113 and power transmission shaft about 113 upper with cleaning be arranged in parallel and run through cleaning underdrive
The cleaning lower drive shaft 114 of bearing 112, cleaning underdrive bearing 112 is provided with cleaning
Supporting spring, cleaning supporting spring is connected with leveling transmission mechanism 20.
This batch-foamed microperforated sheet apparatus for leveling carries cleaning device 10, and batch-foamed is micro-
Hole sheet material is clipped between the upper power transmission shaft 113 of cleaning and cleaning lower drive shaft 114, in cleaning
Gap width between power transmission shaft 113 and cleaning lower drive shaft 114 is consistent, therefore
Batch-foamed microperforated sheet can be extruded into same thickness, it is ensured that batch-foamed micro pore sheet
Material thickness is uniform, batch-foamed microperforated sheet surfacing simultaneously, and batch-foamed is micro-
Hole sheet material is uninterruptedly by the upper power transmission shaft 113 of cleaning and cleaning lower drive shaft 114, work
Efficiency is high.
It is further preferred that cleaning device 10 also includes fixing with cleaning roller mechanism 11
The cleaning last item spring adjustment mechanism 12 connected, cleaning last item spring adjustment mechanism 12 wraps
Include cleaning and conditioning fixed support 121, cleaning last item adjusting lever 122, cleaning and conditioning bar 123,
Cleaning sliding support 124, cleaning regulate support 125 and are arranged on cleaning regulation support
Cleaning elastic component 126 between 125 and cleaning sliding support 124, cleans last item adjusting lever
Threadeding with cleaning and conditioning fixed support 121 in 122 one end, the other end is resisted against cleaning
On adjusting lever 123, cleaning sliding support 124 one end drive bearing upper with cleaning 111 is solid
Fixed connection, the other end is connected with cleaning and conditioning bar 123, cleaning regulation support 125 one end
Fix with cleaning underdrive bearing 112 and be connected, the other end and cleaning and conditioning fixed support 121
Connect.
Cleaning last item spring adjustment mechanism 12 can regulate under the upper power transmission shaft 113 of cleaning and cleaning
Spacing between power transmission shaft 114, cleaning last item adjusting lever 122 one end is solid with cleaning and conditioning
Fixed rack 121 is threaded, and cleaning last item adjusting rod can move up or down by rotating
Dynamic, when cleaning last item adjusting lever 122 and moving down, because of cleaning last item adjusting lever 122
The other end is resisted against on cleaning and conditioning bar 123, and cleaning and conditioning bar 123 moves down, clearly
Clean sliding support 124 one end is connected with cleaning and conditioning bar 123, cleans sliding support 124
Along with cleaning and conditioning bar 123 moves down, cleaning sliding support 124 other end and cleaning
Upper drive bearing 111 is fixing to be connected, and in cleaning, drive bearing 111 props up along with cleaning is slided
Frame 124 moves down, and in cleaning, power transmission shaft 113 runs through the upper drive bearing 111 of cleaning,
Therefore the upper power transmission shaft 113 of cleaning also moves down with the motion of upper drive bearing, cleaning
Regulation support 125 one end is fixing with cleaning underdrive bearing 112 to be connected, and the other end is with clear
Clean adjustment fixed support 121 connects, and cleaning regulation support 125 does not produce movement, cleaning
Spacing between upper power transmission shaft 113 and cleaning lower drive shaft 114 reduces, and cleans elastic component
126 are arranged between cleaning regulation support 125 and cleaning sliding support 124, the most clearly
Clean elastic component 126 is in compressive state；
When cleaning last item adjusting lever 122 and moving up, clean regulation support one end and cleaning
Underdrive bearing 112 is fixing to be connected, and the other end is connected with cleaning and conditioning fixed support 121,
Cleaning regulation support 125 does not produce movement, and cleaning elastic component 126 recovers deformation and produces
Active force jack-up cleaning sliding support 124, cleaning sliding support 124 moves up, band
The upper power transmission shaft 113 of dynamic cleaning and cleaning and conditioning bar 123 move up, and cleaning last item adjusts
Bar 122 is resisted against on cleaning and conditioning bar 123, and cleaning passes under power transmission shaft 113 and cleaning
Spacing between moving axis 114 increases.
By using cleaning last item spring adjustment mechanism 12 to regulate the upper power transmission shaft 113 of cleaning
And the spacing between cleaning lower drive shaft 114, simple and convenient so that cleaning device 10
Being applicable to the batch-foamed microperforated sheet of various thickness, the most once adjusting can be for same
Planting the batch-foamed microperforated sheet of thickness, work efficiency is high；
It is further preferred that cleaning last item adjusting lever 122 is arranged on fixing of cleaning and conditioning
The middle part of frame 121, when operation cleaning last item adjusting lever 122, it is ensured that cleaning last item is adjusted
Whole bar 122, cleaning and conditioning bar 123 and cleaning sliding support 124 moving displacement are identical,
Thus ensure the spacing between the upper power transmission shaft 113 of regulation cleaning and cleaning lower drive shaft 114
The most equal, thus ensure that batch-foamed microperforated sheet thickness is uniform.
It is further preferred that cleaning last item spring adjustment mechanism 12 also includes and cleaning last item
The cleaning last item regulation handle 127 and cleaning and conditioning pin that adjusting lever 122 is threaded
128, cleaning and conditioning pin 128 one end is connected with cleaning and conditioning bar 123, and the other end is resisted against
On cleaning sliding support 124.
Cleaning last item spring adjustment mechanism 12 adds cleaning last item regulation handle 127, rotation
Turn cleaning last item adjusting rod more convenient, improve under the upper power transmission shaft 113 of cleaning and cleaning
Between power transmission shaft 114, the accuracy of spacing, improves work efficiency；
Cleaning last item spring adjustment mechanism 12 adds cleaning last item regulation handle 127, clearly
Clean adjusting pin 128 one end is connected with cleaning and conditioning bar 123, and it is sliding that the other end is resisted against cleaning
On dynamic support 124, cleaning and conditioning bar 123 is shaft-like, to cleaning sliding support 124
When applying active force, cleaning and conditioning bar 123 can be produced the biggest counteracting force, equally
Cleaning sliding support 124 applies active force when cleaning and conditioning bar 123, equally can be to clearly
Clean adjusting lever 123 produces the biggest counteracting force, and increasing cleaning and conditioning pin 128 can subtract
Few impulsive force that cleaning and conditioning bar 123 is produced, it is ensured that cleaning and conditioning bar 123 complete
Good, enhance the service life of cleaning and conditioning bar 123.
Preferably, in cleaning, power transmission shaft 113 is provided with the upper cylinder 115 of cleaning, under cleaning
Power transmission shaft 114 is provided with cleaning bottom roll 116, cylinder 115 and the lower rolling of cleaning in cleaning
The slewing rate of cylinder 116 is identical, cleaning in cylinder 115 and clean bottom roll 116 turn
Dynamic in opposite direction, cleaning is provided with PVA on cylinder 115 and cleaning bottom roll 116
Water-absorbing sponge.
In cleaning, power transmission shaft 113 is provided with the upper cylinder 115 of cleaning, cleans lower drive shaft 114
Being provided with cleaning bottom roll 116, foaming microperforated sheet of having a rest is sandwiched in the upper cylinder 115 of cleaning
And cleaning bottom roll 116 between, prevent batch-foamed microperforated sheet by mechanical failure, with
It is provided with PVA water-absorbing sponge on the upper cylinder of Shi Qingjie 115 and cleaning bottom roll 116,
Can absorb water batch-foamed microperforated sheet, oil etc. is attached to batch-foamed micro pore sheet
Foreign material on material, cleaning of batch-foamed microperforated sheet, it is ensured that batch-foamed further
Microperforated sheet thickness is uniform, batch-foamed microperforated sheet surfacing simultaneously, and interval
Foaming microperforated sheet is uninterruptedly by the upper cylinder 115 of cleaning and cleaning bottom roll 116, work
Make efficiency high；
Meanwhile, in cleaning, cylinder 115 is identical with the slewing rate of cleaning bottom roll 116,
In cleaning, the rotation direction of cylinder 115 and cleaning bottom roll 116 is contrary, cylinder in cleaning
115 and the mutually motion of cleaning bottom roll 116 can more effectively remove and be attached to interval and send out
Foreign material in bubble microperforated sheet, further ensure batch-foamed microperforated sheet thickness uniform,
Batch-foamed microperforated sheet surfacing simultaneously；Batch-foamed microperforated sheet with cleaning on
The movement rate of cylinder 115 and cleaning bottom roll 116 contact position cylinder 115 upper with cleaning
Identical with the movement rate of cleaning bottom roll 116, it is ensured that batch-foamed microperforated sheet flattens
Transport, prevents occurring that during cleaning deformation such as tears to pieces at the phenomenon, it is ensured that batch-foamed
The uniformity of microperforated sheet and planarization.
It is further preferred that in cleaning drive bearing 111 and cleaning underdrive bearing 112
On cropping tool can be set, cutting can be carried out for the edge out-of-flatness of batch-foamed microperforated sheet,
Ensure that batch-foamed microperforated sheet can pass through cleaning device 10 and leveling transmission mechanism
20, improve work efficiency.
Preferably, as shown in Figure 4, leveling transmission mechanism 20 includes fixing with cleaning supporting spring
The drying leveling transmission mechanism 40 connected, dries leveling transmission mechanism 40 and includes baker
41, multiple drying transmission supports being evenly distributed in baker 41 and being set in parallel
42, multiple drying pinch rollers 43 and multiple drying pinch roller band 44, each drying transmission
Frame 42 is all connected with cleaning supporting spring, and each drying pinch roller 43 is installed in drying transmission
Frame 42 two ends, dry pinch roller band 44 and are arranged in same drying on transmission support 42
Dry on pinch roller 43.
Cleaned device 10 process after the uniformity of batch-foamed microperforated sheet and smooth
Property obtained preliminary arrangement, batch-foamed microperforated sheet by cleaning supporting spring enter dry
Transmission support 42, each drying pinch roller 43 is installed in drying transmission support 42 two ends,
Dry pinch roller band 44 and be arranged in the same drying pinch roller 43 dried on transmission support 42
On, dry pinch roller band 44 and form closed circulation, dry pinch roller band 44 dynamic drying pinch roller band
44, dry pinch roller band 44 and drive batch-foamed microperforated sheet to move, dry transmission support
42 are arranged in baker 41, therefore batch-foamed microperforated sheet warp in transmitting procedure
Baker 41 heats, and in the process, after batch-foamed microperforated sheet is heated, moisture evaporates
Becoming dry, temperature has softened batch-foamed microperforated sheet, batch-foamed micro pore sheet simultaneously
Material becomes more smooth, and the calendering for the later stage simultaneously provides good precondition.
Preferably, leveling transmission mechanism 20 also includes and dries leveling transmission mechanism 40 even
The input equipment 60 that the output device 50 connect and output device 50 be arranged in parallel is with defeated
Enter the arrangements for speed regulation 70 of device 60 connection and be connected with arrangements for speed regulation 70 and in updip
The calendering conveying mechanism 80 tiltedly arranged.
Batch-foamed microperforated sheet is further processed so that batch-foamed micro pore sheet
Material is more uniformly distributed with smooth, and output device 50 is by through drying leveling transmission mechanism 40
Batch-foamed microperforated sheet is further extruded and is adjusted batch-foamed microperforated sheet
Position, batch-foamed microperforated sheet enters input equipment 60 subsequently, and input equipment 60 is right
Batch-foamed microperforated sheet further extrudes and adjusts batch-foamed microperforated sheet and enters
The position of arrangements for speed regulation 70, because calendering conveying mechanism 80 is in the setting that is inclined upwardly, in order to
The entrance that batch-foamed microperforated sheet can be smooth can be allowed to roll conveying mechanism 80, arrangements for speed regulation
70 provide enough power to batch-foamed microperforated sheet, improve work efficiency.
Preferably, as it is shown in figure 5, output device 50 include exporting power transmission shaft 53 with
And go up, with output, the output lower drive shaft 54 that power transmission shaft about 53 be arranged in parallel, under output
It is provided with on power transmission shaft 54 and dries the output supporting spring 55 that transmission support 42 is connected, output
Upper power transmission shaft 53 is identical with the slewing rate of output lower drive shaft 54, power transmission shaft in output
53 is contrary with the rotation direction of output lower drive shaft 54, and output device 50 also includes output
Last item spring adjustment mechanism 58, output last item spring adjustment mechanism 58 can regulate in output
Spacing between power transmission shaft 53 and output lower drive shaft 54.
Batch-foamed microperforated sheet is clipped in the upper power transmission shaft 53 of output and output lower drive shaft 54
Between, in output, the gap width between power transmission shaft 53 and output lower drive shaft 54 is one
Causing, therefore batch-foamed microperforated sheet can be extruded into same thickness, it is ensured that intermittently
Foaming microperforated sheet thickness is uniform, batch-foamed microperforated sheet surfacing simultaneously, and
Batch-foamed microperforated sheet is uninterruptedly by the upper power transmission shaft 53 of output and output lower drive shaft
54, work efficiency is high；
Output last item spring adjustment mechanism 58 can regulate under the upper power transmission shaft 53 of output and output
Spacing between power transmission shaft 54, the thickness of batch-foamed microperforated sheet is each when each operation
Differ, can be for the thickness of batch-foamed microperforated sheet power transmission shaft 53 upper to output and defeated
The spacing gone out between lower drive shaft 54 is adjusted, simple and convenient so that output device
The 50 batch-foamed microperforated sheet being applicable to various thickness, the most once adjust can be for simultaneously
The batch-foamed microperforated sheet of thickness of the same race, work efficiency is high；
Meanwhile, in output, power transmission shaft 53 is identical with the slewing rate of output lower drive shaft 54,
In output, the rotation direction of power transmission shaft 53 and output lower drive shaft 54 is contrary, and output is uploaded
The mutually motion of moving axis 53 and output lower drive shaft 54 can more effectively ensure batch-foamed
The most even surfacing of microperforated sheet thickness；Batch-foamed microperforated sheet is being uploaded with output
The movement rate of moving axis 53 and output lower drive shaft 54 contact position power transmission shaft 53 upper with output
Identical with the movement rate of output lower drive shaft 54, it is ensured that batch-foamed microperforated sheet flattens
Transport, the phenomenon such as prevent from occurring in output procedure that deformation is torn to pieces, it is ensured that batch-foamed
The uniformity of microperforated sheet and planarization；
It is further preferred that the upper cylinder of output, output can be arranged on the upper power transmission shaft 53 of output
Can arrange output bottom roll on lower drive shaft 54, foaming microperforated sheet of having a rest is sandwiched in output
Between cylinder and output bottom roll, prevent batch-foamed microperforated sheet by mechanical failure, protect
Having demonstrate,proved batch-foamed microperforated sheet thickness uniform, batch-foamed microperforated sheet surface is put down simultaneously
Whole, and batch-foamed microperforated sheet is uninterruptedly by the upper cylinder of output and output bottom roll,
Work efficiency is high.
Preferably, as shown in Figure 6, input equipment 60 include inputting drive bearing 61,
Input underdrive bearing 62 that drive bearing about 61 upper with input be arranged in parallel, run through
Power transmission shaft 63 and power transmission shaft 63 upper with input in the input of drive bearing 61 in input
It is arranged in parallel up and down and run through the input lower drive shaft 64 inputting underdrive bearing 62, defeated
Enter and be provided with on lower drive shaft 64 and dry the input supporting spring that transmission support 42 is connected, defeated
Enter upper power transmission shaft 63 identical with the slewing rate of input lower drive shaft 64, transmission in input
The rotation direction of axle 63 and input lower drive shaft 64 is contrary, and input equipment 60 also includes defeated
Entering last item spring adjustment mechanism 68, input last item spring adjustment mechanism 68 can regulate input
Spacing between upper power transmission shaft 63 and input lower drive shaft 64.
Batch-foamed microperforated sheet is clipped in the upper power transmission shaft 63 of input and input lower drive shaft 64
Between, in input, the gap width between power transmission shaft 63 and input lower drive shaft 64 is one
Causing, therefore batch-foamed microperforated sheet can be extruded into same thickness, it is ensured that intermittently
Foaming microperforated sheet thickness is uniform, batch-foamed microperforated sheet surfacing simultaneously, and
Batch-foamed microperforated sheet is uninterruptedly by the upper power transmission shaft 63 of input and input lower drive shaft
64, work efficiency is high；
Input last item spring adjustment mechanism 68 can regulate under the upper power transmission shaft 63 of input and input
Spacing between power transmission shaft 64, the thickness of batch-foamed microperforated sheet is each when each operation
Differ, can be for the thickness of batch-foamed microperforated sheet power transmission shaft 53 upper to output and defeated
The spacing gone out between lower drive shaft 54 is adjusted, simple and convenient so that input equipment
The 60 batch-foamed microperforated sheet being applicable to various thickness, the most once adjust can be for simultaneously
The batch-foamed microperforated sheet of thickness of the same race, work efficiency is high；
Meanwhile, in input, power transmission shaft 63 is identical with the slewing rate of input lower drive shaft 64,
In input, the rotation direction of power transmission shaft 63 and input lower drive shaft 64 is contrary, and input is uploaded
The mutually motion of moving axis 63 and input lower drive shaft 64 can more effectively ensure batch-foamed
The most even surfacing of microperforated sheet thickness；Batch-foamed microperforated sheet is being uploaded with input
The movement rate of moving axis 63 and input lower drive shaft 64 contact position power transmission shaft 63 upper with input
Identical with the movement rate of input lower drive shaft 64, it is ensured that batch-foamed microperforated sheet flattens
Transport, the phenomenon such as prevent from occurring in input process that deformation is torn to pieces, it is ensured that batch-foamed
The uniformity of microperforated sheet and planarization；
It is further preferred that in input drive bearing 61 and input underdrive bearing 62
On cropping tool can be set, cutting can be carried out for the edge out-of-flatness of batch-foamed microperforated sheet,
Ensure that batch-foamed microperforated sheet can pass through input equipment 60, improve work efficiency；
It is further preferred that the upper cylinder of input, input can be arranged on the upper power transmission shaft 63 of input
Can arrange input bottom roll on lower drive shaft 64, foaming microperforated sheet of having a rest is sandwiched in input
Between cylinder and input bottom roll, prevent batch-foamed microperforated sheet by mechanical failure, protect
Having demonstrate,proved batch-foamed microperforated sheet thickness uniform, batch-foamed microperforated sheet surface is put down simultaneously
Whole, and batch-foamed microperforated sheet is uninterruptedly by the upper cylinder of input and input bottom roll,
Work efficiency is high.
Preferably, as shown in Figure 7 and Figure 8, arrangements for speed regulation 70 include motor 71 and
The transition axis 72 that input lower drive shaft 64 be arranged in parallel and is connected with input lower drive shaft 64
And the driving shaft 73 be arrangeding in parallel with transition axis 72 and being connected with transition axis 72, motor
71 are provided with motor wheels 711, and input lower drive shaft 64 one end is provided with input and synchronizes wheel
621, the other end is provided with transition drive coordination wheel 622, and motor wheels 711 is same with input
Step wheel 621 is provided with motor synchronous belt 712, and it is same that transition axis 72 one end is provided with First Transition
Step wheel 721, the other end is provided with the second transition and synchronizes wheel 722, transition drive coordination wheel 622
Wheel 721 Tong Bu with First Transition is provided with transition Timing Belt 723, and driving shaft 73 is provided with
Transition active synchronization wheel 731, transition active synchronization wheel 731 and the second Tong Bu wheel of transition 722
It is provided with active synchronization band 732, the rotating speed of input lower drive shaft 64 and driving shaft 73
Rotating speed is identical.
Because calendering conveying mechanism 80 is in the setting that is inclined upwardly, dry leveling transmission mechanism 40
With calendering conveying mechanism 80 not in same level, batch-foamed microperforated sheet is through overbaking
Dry device 41, body temperature raises, and batch-foamed microperforated sheet is at relatively high temperatures, mechanical
Intensity reduces, if only driving the transport may by output device 50 and input equipment 60
The phenomenons such as batch-foamed microperforated sheet deformation tear there are, it is therefore desirable to arrangements for speed regulation 70,
Motor 71 starts drive motor power wheel 711 and rotates, and motor synchronous belt 712 is set in machine
On dynamic power wheel wheel 621 Tong Bu with input, input synchronizes wheel 621 rotation, passes under input
Moving axis 64 one end is provided with input and synchronizes wheel 621, and the other end is provided with transition drive coordination wheel
622, input synchronizes wheel 621 drive and drives input lower drive shaft 64 to rotate, and passes under input
Moving axis 64 drives transition drive coordination wheel 622 rotation, and transition Timing Belt 723 was set in
Cross on drive coordination wheel 622 wheel 721 Tong Bu with First Transition, transition drive coordination wheel 622
Driving transition Timing Belt 723 to rotate, First Transition synchronizes wheel 721 also with rotation, mistake
Crossing axle 72 one end and be provided with First Transition synchronization wheel 721, the other end is provided with the second transition and synchronizes
Wheel 722, therefore transition axis 72 and the second transition synchronize wheel 722 rotation, active synchronization band
732 are set on transition active synchronization wheel 731 wheel 722 Tong Bu with the second transition, actively
Timing Belt 732 and transition active synchronization wheel 731 rotation, transition active synchronization wheel 731 sets
Put on driving shaft 73, driving shaft 73 also concomitant rotation, turning of input lower drive shaft 64
Speed is identical with the rotating speed of driving shaft 73, if the rotating speed of input lower drive shaft 64 and driving shaft
The rotating speed of 73 is different, can produce batch-foamed microperforated sheet and tear, cause batch-foamed
Microperforated sheet is damaged because of external force, improves the uniformity peace of batch-foamed microperforated sheet
Whole property.
Preferably, as it is shown in figure 9, calendering conveying mechanism 80 includes that overlaminate prolongs conveyer
Structure 86 and pass on, with overlaminate, the laminated that transfer mechanism about 86 be arranged in parallel and pass on defeated
Mechanism, overlaminate passes on transfer mechanism 86 and laminated is passed on transfer mechanism and all included multiple in flat
The calendering transmission support 81 that row is arranged, multiple calendering pinch roller 82 and multiple calendering pinch roller
Band 83, driving shaft 73 is positioned at overlaminate and passes on transfer mechanism 86 and laminated passes on transfer mechanism
Between, each calendering pinch roller 82 is installed in calendering transmission support 81 two ends, calendering pressure
Wheel belt 83 is arranged on the calendering pinch roller 82 on same calendering transmission support 81, on
Lamination passes on transfer mechanism 86 and laminated is passed on transfer mechanism and also included multiple being set in parallel
Calendering carriage 84 and multiple calendering pull bar 85, calendering carriage 84 passes with calendering
Defeated support 81 is equally spaced setting, and calendering pull bar 85 is arranged on calendering carriage 84
And between calendering transmission support 81, calendering transmission support 81 and calendering carriage 84 all in
Be inclined upwardly setting.
Batch-foamed microperforated sheet is further processed so that batch-foamed micro pore sheet
Material is more uniformly distributed with smooth, and arrangements for speed regulation 70 are by through drying leveling transmission mechanism 40
Batch-foamed microperforated sheet is delivered to roll conveying mechanism 80, and driving shaft 73 is positioned at upper strata
Calendering transmission mechanism 86 and laminated are passed between transfer mechanism, therefore batch-foamed micro pore sheet
Material entrance overlaminate passes on transfer mechanism 86 and laminated is passed between transfer mechanism, each calendering
Pinch roller 82 is installed in calendering transmission support 81 two ends, and calendering pinch roller band 83 is arranged in place
On calendering pinch roller 82 on same calendering transmission support 81, calendering pinch roller band 83 is formed
Closed loop, calendering pinch roller band 83 is in the dynamic lower motion of calendering pinch roller band 83, intermittently
Foaming microperforated sheet moves forward under calendering pinch roller band 83 drives, and overlaminate prolongs conveyer
Structure 86 and laminated pass on transfer mechanism all calendering pinch roller band 83, has not only transported interval
Foaming microperforated sheet, is pressed the reel 32 being erected on winding cradle 31 simultaneously
Prolong, improve uniformity and the planarization of batch-foamed microperforated sheet；
It is further preferred that overlaminate passes on transfer mechanism 86 and laminated passes on transfer mechanism also
Including multiple calendering carriages 84 being set in parallel, calendering carriage 84 passes with calendering
Defeated support 81 is equally spaced setting, calendering transmission support 81 and calendering carriage 84
All in the setting that is inclined upwardly, batch-foamed microperforated sheet is entered by calendering carriage 84 further
Row calendering, improves uniformity and the planarization of batch-foamed microperforated sheet.
It is further preferred that overlaminate passes on transfer mechanism 86 and laminated passes on transfer mechanism also
Including multiple calendering pull bars 85, calendering pull bar 85 is arranged on calendering carriage 84 and calendering
Between transmission support 81, calendering pull bar 85 is by calendering transmission support 81 and calendering carriage
84 couple together, and strengthen the intensity of calendering conveying mechanism 80, improve work efficiency.
Preferably, a kind of batch-foamed microperforated sheet apparatus for leveling also includes and leveling transmission
Mechanism 20 connect coiler device 30, coiler device 30 include winding cradle 31 and
The reel 32 being erected on winding cradle 31, calendering transmission support 81 is resisted against winding
On frame 31.
Because calendering transmission support 81 and calendering carriage 84 are all in the setting that is inclined upwardly, frame
The reel 32 being located on winding cradle 31 with process after the connecing of batch-foamed microperforated sheet
Feeler degree is acute angle, and beneficially batch-foamed microperforated sheet is closely wound on reel 32
On, improve uniformity and the planarization of batch-foamed microperforated sheet.
Specific embodiment described herein is only to present invention spirit theory for example
Bright.Those skilled in the art can be to described specific embodiment
Make various amendment or supplement or use similar mode to substitute, but without departing from
The spirit of the present invention or surmount scope defined in appended claims.
Claims (9)
1. a batch-foamed microperforated sheet apparatus for leveling, including cleaning device and with clearly
The leveling transmission mechanism that clean device connects, it is characterised in that described cleaning device includes carrying
The cleaning roller mechanism of batch-foamed microperforated sheet, described cleaning roller mechanism is had to include clearly
The cleaning lower drive shaft that clean upper drive bearing and the upper drive bearing of cleaning be arranged in parallel up and down
Hold, run through in the cleaning of the upper drive bearing of cleaning on power transmission shaft and power transmission shaft upper with cleaning
Under be arranged in parallel and run through cleaning underdrive bearing cleaning lower drive shaft, under described cleaning
Drive bearing is provided with cleaning supporting spring, and described cleaning supporting spring is connected with leveling transmission mechanism,
Described cleaning device also includes that fix the cleaning last item spring being connected adjusts with cleaning roller mechanism
Joint mechanism, described cleaning last item spring adjustment mechanism includes cleaning and conditioning fixed support, clear
Clean last item adjusting lever, cleaning and conditioning bar, cleaning sliding support, cleaning regulation support and
It is arranged on the cleaning elastic component between cleaning regulation support and cleaning sliding support, cleaning pressure
Threadeding with cleaning and conditioning fixed support in axial adjustment bar one end, the other end is resisted against cleaning
On adjusting lever, cleaning sliding support one end drive bearing upper with cleaning is fixing to be connected, another
End is connected with cleaning and conditioning bar, and cleaning regulation support one end is fixed with cleaning underdrive bearing
Connecting, the other end is connected with cleaning and conditioning fixed support.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 1,
It is characterized in that, described cleaning last item spring adjustment mechanism also includes adjusting with cleaning last item
The cleaning last item regulation handle and cleaning and conditioning pin, cleaning and conditioning pin one that bar is threaded
End is connected with cleaning and conditioning bar, and the other end is resisted against on cleaning sliding support.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 2,
It is characterized in that, in described cleaning, power transmission shaft is provided with the upper cylinder of cleaning, under described cleaning
Power transmission shaft is provided with cleaning bottom roll, cylinder and the slewing rate of cleaning bottom roll in cleaning
Identical, in cleaning, the rotation direction of cylinder and cleaning bottom roll is contrary, in cleaning cylinder with
It is provided with PVA water-absorbing sponge on cleaning bottom roll.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 3,
It is characterized in that, described leveling transmission mechanism includes fixing, with cleaning supporting spring, the drying being connected
Leveling transmission mechanism, described drying leveling transmission mechanism include baker, some uniform point
Cloth in baker and be set in parallel drying transmission support, some drying pinch rollers and
Some drying pinch roller bands, each drying transmission support is all connected with cleaning supporting spring, each baking
Dry-pressing wheel is installed in drying transmission support two ends, dries pinch roller band and is arranged in same
Dry on the drying pinch roller on transmission support.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 4,
It is characterized in that, described leveling transmission mechanism also includes being connected with drying leveling transmission mechanism
The input equipment that be arranged in parallel with output device of output device be connected with input equipment
Arrangements for speed regulation and be connected with arrangements for speed regulation and in be inclined upwardly arrange calendering conveyer
Structure.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 5,
It is characterized in that, described output device includes exporting power transmission shaft and transmission upper with output
The output lower drive shaft that axle be arranged in parallel up and down, described output lower drive shaft is provided with
Dry the output supporting spring that transmission support connects, power transmission shaft and output lower drive shaft in output
Slewing rate is identical, and in output, the rotation direction of power transmission shaft and output lower drive shaft is contrary,
Described output device also includes exporting last item spring adjustment mechanism, described output last item spring
Governor motion can regulate the spacing between the upper power transmission shaft of output and output lower drive shaft.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 6,
It is characterized in that, described input equipment includes inputting drive bearing and the upper transmission of input
Input underdrive bearing that bearing be arranged in parallel up and down, run through the defeated of the upper drive bearing of input
Enter upper power transmission shaft and power transmission shaft upper with input be arranged in parallel up and down and run through input underdrive
The input lower drive shaft of bearing, described input lower drive shaft is provided with and dries transmission
The input supporting spring that frame connects, power transmission shaft and the slewing rate phase of input lower drive shaft in input
With, in input, the rotation direction of power transmission shaft and input lower drive shaft is contrary, described input dress
Put and also include inputting last item spring adjustment mechanism, described input last item spring adjustment mechanism energy
Spacing between the upper power transmission shaft of regulation input and input lower drive shaft.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 7,
It is characterized in that, described arrangements for speed regulation include that motor be arranged in parallel with input lower drive shaft
And with the input transition axis that is connected of lower drive shaft and be arrangeding in parallel with transition axis and and transition
The driving shaft that axle connects, described motor is provided with motor wheels, inputs lower drive shaft one
End be provided with input synchronize wheel, the other end be provided with transition drive coordination wheel, motor wheels with
Input synchronizes wheel and is provided with motor synchronous belt, and transition axis one end is provided with First Transition and synchronizes wheel,
The other end is provided with the second transition and synchronizes wheel, transition drive coordination wheel wheel Tong Bu with First Transition
Being provided with transition Timing Belt, described driving shaft is provided with transition active synchronization wheel, transition master
The dynamic wheel wheel Tong Bu with the second transition that synchronize is provided with active synchronization band, input lower drive shaft
Rotating speed is identical with the rotating speed of driving shaft.
A kind of batch-foamed microperforated sheet apparatus for leveling the most according to claim 8,
It is characterized in that, described calendering conveying mechanism includes that overlaminate passes on transfer mechanism and with upper
Lamination is passed on the laminated that transfer mechanism be arranged in parallel up and down and is passed on transfer mechanism, and overlaminate is passed on
Transfer mechanism and laminated are passed on transfer mechanism and are all included some calenderings being set in parallel transmission
Frame, some calendering pinch rollers and some calendering pinch roller bands, calendering transmission support is positioned at actively
Below axle, each calendering pinch roller is installed in calendering transmission support two ends, rolls pinch roller band
Being arranged on the calendering pinch roller on same calendering transmission support, overlaminate prolongs conveyer
Structure and laminated pass on transfer mechanism also include some calendering carriages being set in parallel and
Some calendering pull bars, calendering carriage and calendering transmission support are equally spaced setting,
Calendering pull bar is arranged between calendering carriage and calendering transmission support, calendering transmission support
With calendering carriage all in the setting that is inclined upwardly.
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| CN201510085452.9A CN104707810B (en) | 2015-02-16 | 2015-02-16 | A kind of batch-foamed microperforated sheet apparatus for leveling |
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| CN201510085452.9A CN104707810B (en) | 2015-02-16 | 2015-02-16 | A kind of batch-foamed microperforated sheet apparatus for leveling |
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| CN108435620B (en) * | 2018-03-30 | 2020-12-25 | 重庆致昌塑胶制品有限公司 | Cleaning device |
| CN112123743B (en) * | 2020-09-04 | 2022-02-01 | 许昌学院 | Leveling device for Fabry-Perot interferometer transparent substrate |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| IT1244796B (en) * | 1990-09-19 | 1994-09-05 | Pirelli Sapsa Spa | EQUIPMENT AND PROCEDURE FOR WASHING ARTICLES. |
| JP5064876B2 (en) * | 2007-04-02 | 2012-10-31 | 株式会社金丸製作所 | Sponge plate washer |
| CN202503078U (en) * | 2012-03-27 | 2012-10-24 | 深圳市赢合科技股份有限公司 | Flattening processing device |
| CN103143594B (en) * | 2013-03-01 | 2015-01-28 | 佛山市森科能源科技开发有限公司 | Plate pressing and forming device capable of automatically adjusting pressing thickness |
| CN203665930U (en) * | 2013-11-05 | 2014-06-25 | 南京拓思挤出机械有限公司 | Leveling device for extruding degradable plasticfoaming sheets |
| CN104028485A (en) * | 2014-06-19 | 2014-09-10 | 天津捷金金属制品有限公司 | Leveling device with cleaning mechanism |
| CN204523621U (en) * | 2015-02-16 | 2015-08-05 | 宁波格林美孚新材料科技有限公司 | A kind of batch-foamed microperforated sheet apparatus for leveling |
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