CN106586640A - Crack-stopper layer material slice positioning press-bonding and wrapping belt take-up and pay-off device of sheathing machine - Google Patents
Crack-stopper layer material slice positioning press-bonding and wrapping belt take-up and pay-off device of sheathing machine Download PDFInfo
- Publication number
- CN106586640A CN106586640A CN201611202066.4A CN201611202066A CN106586640A CN 106586640 A CN106586640 A CN 106586640A CN 201611202066 A CN201611202066 A CN 201611202066A CN 106586640 A CN106586640 A CN 106586640A
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- Prior art keywords
- bearing block
- twin shaft
- shaft cylinder
- roller
- gear
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H23/00—Registering, tensioning, smoothing or guiding webs
- B65H23/04—Registering, tensioning, smoothing or guiding webs longitudinally
- B65H23/16—Registering, tensioning, smoothing or guiding webs longitudinally by weighted or spring-pressed movable bars or rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/12—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by using adhesives
- B32B37/1284—Application of adhesive
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B38/00—Ancillary operations in connection with laminating processes
- B32B38/18—Handling of layers or the laminate
- B32B38/1825—Handling of layers or the laminate characterised by the control or constructional features of devices for tensioning, stretching or registration
- B32B38/1833—Positioning, e.g. registration or centering
- B32B38/1841—Positioning, e.g. registration or centering during laying up
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H16/00—Unwinding, paying-out webs
- B65H16/02—Supporting web roll
- B65H16/06—Supporting web roll both-ends type
Landscapes
- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The invention relates to a crack-stopper layer material slice positioning press-bonding and wrapping belt take-up and pay-off device of a sheathing machine. The device comprises a rack, a wrapping belt synchronous take-up and pay-off device, a crack-stopper layer material slice positioning mould and a composite backboard press-bonding device. The bottom of the wrapping belt synchronous take-up and pay-off device is fixedly mounted on a bottom framework; the top of the wrapping belt synchronous take-up and pay-off device is fixedly mounted on a middle framework; a crack-stopper layer material slice positioning device is mounted on the middle framework; and the composite backboard press-bonding device is located on the inner side of the top of the wrapping belt synchronous take-up and pay-off device. The sheathing machine with the crack-stopper layer material slice positioning press-bonding and wrapping belt take-up and pay-off device is used for adhering a composite backboard bullet-facing surface and a crack-stopper layer material slice. Operation is easy. Positioning is accurate. Automatic operation is achieved. The adhesion surface is smooth. Entire edges and corners are clear after product finishing, and time and efforts are saved as well as the adhesion is firm. The working efficiency is improved. The product quality is guaranteed. The crack-stopper layer material slice positioning press-bonding and wrapping belt take-up and pay-off device is suitable for application and popularization in equipment and fitting enterprises.
Description
Technical field
The present invention relates to the crack arrest layered material piece positioning pressure viscosity and winding belt-retracting device of a kind of coating machine, belong to harness class and prevent
Play production processing equipment technical field.
Background technology
In equipment harness manufacturing enterprise, especially new-type military bulletproof flashboards production quantity is larger, protects outside bulletproof flashboards
Layer is bonded and made by the out surface and the back of the body bullet face and crack arrest layered material piece of composite back plate, and it is carbonization that the out surface of composite back plate is convex surface
Silicon material, the military is referred to as wood ceramics, and about 7mm is thick, and the back of the body bullet face of composite back plate is that concave surface is multilamellar PE（Super high molecular weight
The abbreviation of polyethylene）Cloth high pressure-temperature pressure viscosity is made, and about 7mm is thick, the crack arrest layer in the out surface of composite back plate and back of the body bullet face
Tablet is monolayer PE cloth；The length of composite back plate is 300mm, and composite back plate is arc, and its arc length is 250 mm, and radian is
35 ° or so.
The bonding manufacturing process prescription of bulletproof flashboards out surface crack arrest layered material piece is high, in manufacturing process, composite back
The out surface of plate has a radian and firm with the bonding of crack arrest layered material piece, and after bonding composite back plate convex surface and crack arrest layered material piece it
Between can not have bubble, the crack arrest layered material piece outer surface after bonding is smooth, and crack arrest layered material piece and composite back plate entirety corner angle are clearly demarcated.But
At present in the bonding of bulletproof flashboards out surface crack arrest layered material piece, the first brush coating on crack arrest layered material piece, then meeting composite back plate are needed
Bullet face is alignd placement with crack arrest layered material piece, then is firmly rolled by hand, so not only high labor intensive, and due to firmly inequality
Even, bubble is more between composite back plate plate face and parting tablet, makes the bulletproof flashboards out surface out-of-flatness of finished product, wastes time and energy, shadow
Product quality is rung, production efficiency is reduced.
The content of the invention
The technical problem to be solved is to provide a kind of easy to operate, accurate positioning, automatic running, gluing of surfaces
It is smooth, the crack arrest layered material piece positioning pressure viscosity of the clearly demarcated and time saving and energy saving coating machine of overall corner angle and winding folding and unfolding band dress after finished product
Put.
The present invention is adopted the following technical scheme that：
The present invention includes frame, winding band Synchronous Radio band take-up device, crack arrest layered material piece jig and composite back plate pressure viscosity
Device；The frame include frame body, be arranged at the top of frame body upper frame, be arranged in the middle part of frame body middle frame, set
Put the bottom framework and the auxiliary frame frame that is arranged between middle frame and bottom framework in frame body bottom；The winding band Synchronous Radio band
Take-up bottom of device is fixedly mounted on bottom framework, and the winding band Synchronous Radio band take-up device top is fixedly mounted on middle frame
On, the crack arrest layered material piece positioner is arranged on middle frame and positioned at winding band Synchronous Radio band take-up device top, described
Composite back plate pressure viscosity device is located at winding band Synchronous Radio band take-up device inside top.
It is of the present invention winding with Synchronous Radio with take-up device include be arranged on bottom framework on tape wrap roller, installed in tape wrap
Gear shaft between roller and the cutting belt roller corresponding with tape wrap roller on middle frame；The gear shaft includes left gear axle
With right gear axle；The tape wrap roller includes left tape wrap roller and right tape wrap roller；The cutting belt roller includes left cutting belt roller and right cutting belt roller；
The left gear axle two ends are installed by left front bearing block A and left back bearing block A, the left front bearing block A and left back bearing block A difference
It is fixedly mounted on the side frame of bottom framework two, left front gear is installed between described left gear axle one end and left front bearing block A,
The left front bearing block A outside is positioned at the left front synchronous pulley A on left gear axle one end, the left gear axle other end and
Left back gear is installed between left back bearing block A, the left side being positioned on the outside of the left back bearing block A on the left gear axle other end
Synchronous pulley A afterwards；The right gear axle two ends are installed by front right axle bearing B and right rear bearing block B, front right axle bearing B and the right side
Rear bearing block B is respectively and fixedly installed on the side frame of bottom framework two, is pacified between described right gear axle one end and front right axle bearing B
Right front gear is filled, the right preamble belt wheel B being positioned on the outside of front right axle bearing B on right gear axle one end, the right side
Right backgear is installed between the gear shaft other end and right rear bearing block B；Right gear is positioned on the outside of the right rear bearing block B
Synchronous pulley B behind the right side on the axle other end；The left front gear is meshed with right front gear, and its gear ratio is 1:1；It is described left back
Gear is meshed with right backgear, and its gear ratio is 1:1；The left front gear, right front gear, left back gear and the right side are back-geared
Modulus and number of teeth all same；Left front bearing block C and left back bearing block C, the left front bearing block C are installed at the left tape wrap roller two ends
It is respectively and fixedly installed on the side frame of bottom framework two with left back bearing block C；Outside the left front bearing block C and left back bearing block C
Side is respectively mounted left front synchronous pulley C and left back synchronous pulley C on left tape wrap roller roll shaft two ends, in the left tape wrap roller
Two ends arrange left mounting flange, and in the left mounting flange outside screw left rotary shaft is arranged, and left rotary shaft outside screw is arranged
Left connecting rod, left connecting rod lower end arranges left balancing weight；The right tape wrap roller two ends are installed by front right axle bearing D and right rear bearing block D, institute
State front right axle bearing D and right rear bearing block D be respectively and fixedly installed on the side frame of bottom framework two, in front right axle bearing D and
Right rear bearing block D outsides are respectively mounted synchronous pulley D behind the right preamble belt wheel D on right tape wrap roller roll shaft two ends and the right side,
Right mounting flange is set at the right tape wrap roller two ends, right spindle is set in the right mounting flange outside screw, turn right
Axle outside screw arranges right connecting rod, and right connecting rod lower end arranges right balancing weight；The left front synchronous pulley A, left back synchronous pulley A,
It is same behind synchronous pulley B, left front synchronous pulley C, left back synchronous pulley C, right preamble belt wheel D and the right side behind right preamble belt wheel B, the right side
Belt wheel D is identical for step；Left front Timing Belt is installed between the left front synchronous pulley A and left front synchronous pulley C, described left back
It is upper between synchronous pulley A and left back synchronous pulley C that left back Timing Belt is installed, in the right preamble belt wheel B and right preamble band
It is upper between wheel D that right preamble band is installed, behind the right side behind synchronous pulley B and the right side between synchronous pulley D on the right side is installed after it is synchronous
Band；Left front bearing block E and left back bearing block E, the left front bearing block E and left back bearing block E are installed at the left cutting belt roller two ends
Middle frame both sides scuncheon is respectively and fixedly installed to, front right axle bearing F and right rear bearing block are installed in the right cutting belt roller two ends
F, front right axle bearing F and right rear bearing block F are respectively and fixedly installed to middle frame both sides scuncheon；On left tape wrap roller and the right side
Winding band is set on tape wrap roller, left cutting belt roller and right cutting belt roller surface, and the two ends of the winding band are separately mounted to left tape wrap roller
On right tape wrap roller mutually corresponding position.
Crack arrest layered material piece positioner of the present invention includes being arranged on middle frame and on winding bandwidth direction
The installation frame of side, the positioning baffle A that is fixedly mounted on below installation frame and on the side frame of middle frame one and twine
Positioning baffle B above strip length direction, the positioning baffle A bottoms and winding band upper surface, the positioning baffle A
The side of control crack arrest layered material piece one keeps appropriately distance and ensures that two sides are parallel with the side of composite back plate one；Installing
Frame ends side is positioned at the positioning baffle B of central rack, and the positioning baffle B is vertical flap, in the positioning
The base plate left and right sides of baffle plate B arranges left adjustment hole and right adjustment hole, is correspondingly arranged in the left adjustment hole and right adjustment hole
Left adjusting nut and right adjusting nut, the positioning baffle B is arranged on central rack by left adjusting nut and right adjusting nut,
The riser face that positioning baffle B is adjusted by left adjustment hole and right adjustment hole control crack arrest layered material piece and composite back plate end away from
From.
Composite back plate pressure viscosity device of the present invention includes twin shaft cylinder and pressure roller；The twin shaft cylinder includes being arranged on a left side
Left front twin shaft cylinder on front air cylinder seat, the left back twin shaft cylinder on left back cylinder block, on right front air cylinder seat
The right side before twin shaft cylinder and behind the right side on right exhaust hood seat twin shaft cylinder；The pressure roller includes being symmetricly set on left band excessively
Left pressure roller and right pressure roller between roller and right cutting belt roller；The left front cylinder block and right front air cylinder seat are arranged on the side of middle frame one
Inframe side, the left back cylinder block and right exhaust hood seat are fixedly mounted on the opposite side scuncheon of middle frame；The left pressure roller
Two ends are arranged in left front bearing block and left back bearing block respectively by left front bearing and left back bearing；Left front bearing block bottom with
It is fixedly connected by left front twin shaft cylinder location and installation plate between the piston rod end of left front twin shaft cylinder, left back bearing block bottom
It is fixedly connected by left back twin shaft cylinder location and installation plate between the piston rod end of left back twin shaft cylinder；The right pressure roller two
Respectively bearing is arranged in front right axle bearing and right rear bearing block after front right axle is held and be right at end；Front right axle bearing bottom and the right side
Be fixedly connected by twin shaft cylinder location and installation plate before right between the piston rod end of front twin shaft cylinder, right rear bearing block bottom with
It is fixedly connected by left back twin shaft cylinder location and installation plate between the piston rod end of twin shaft cylinder behind the right side；Left front twin shaft cylinder with
Twin shaft cylinder is respectively symmetrically downward-sloping setting, left front twin shaft cylinder and the axis of right front twin shaft cylinder and the angle of horizontal plane before right
Spend for 9-10 °；Twin shaft cylinder is respectively symmetrically downward-sloping setting after left back twin shaft cylinder and the right side, double after left back twin shaft cylinder and the right side
The axis of axle cylinder is 9-10 ° with the angle of horizontal plane；Left front twin shaft cylinder, right front twin shaft cylinder, left back twin shaft cylinder and the right side
Model TN25X30S of twin shaft cylinder afterwards.
The positive effect of the present invention is as follows：Present invention winding with take-up device four Timing Belts of Synchronous Radio ensure it is left,
Winding band equivalent on right tape wrap roller is released.Four weight identical balancing weights can make winding band flat-shaped generally in tightening, stretching tight
State, when out surface and the crack arrest layer bonding die of composite back plate are bonded, it is ensured that one, center linear contact lay before this, then from center to
Both sides gradually bond, and can completely squeeze away air, it is ensured that bonding quality is required, due to being that Synchronous Radio band can also ensure multiple
Close center during backboard is pushed not offset, prevent that sliding is produced between crack arrest layered material piece and composite back plate or wrinkle are produced to show
As further ensuring that product quality.Crack arrest layered material piece positioner of the present invention can ensure the cross centre line of composite back plate and stop
The cross centre line of parting tablet overlaps, and the covering amount of crack arrest layered material piece is consistent on four direction, and composite back is ensured to greatest extent
The side sticking effect of plate four is consistent.The left and right pressure roller of the present invention will decline and squeeze through by force the crack arrest of left and right pressure roller using its own resilient
Layered material piece makes the lower mould of composite back plate bonding come downwards to bottom position together with the pressure viscosity of composite back plate both sides when composite back plate is pushed
When, after left and right pressure roller is bonded composite back plate both sides pressure viscosity using winding band under the promotion of four twin shaft cylinders, remaining crack arrest
Layered material piece is shifted onto and pressure viscosity is in the top of composite back plate.
Composite back plate out surface and crack arrest layered material piece are bonded using the coating machine for installing the present invention, it is easy to operate,
Accurate positioning, automatic running, gluing of surfaces is smooth, overall corner angle are clearly demarcated after finished product and time saving and energy saving bonding firmly, improve work
Make efficiency, it is ensured that product quality, being suitable to equipment harness enterprise carries out popularization and application.
Description of the drawings
Accompanying drawing 1 is schematic structural view of the invention；
Accompanying drawing 2 is present invention winding band Synchronous Radio band take-up apparatus structure schematic diagram；
Accompanying drawing 3 is present invention winding band Synchronous Radio band take-up apparatus parts assembling structure schematic diagram；
Accompanying drawing 4 is crack arrest layered material piece jig structural representation of the present invention；
Accompanying drawing 5 is crack arrest layered material piece jig component assembly structural representation of the present invention；
Accompanying drawing 6 is composite back plate pressure viscosity apparatus structure schematic diagram of the present invention；
Accompanying drawing 7 is composite back plate pressure viscosity apparatus parts assembling structure schematic diagram of the present invention；
Accompanying drawing 8 is installation coating machine structural representation of the invention；
Accompanying drawing 9 is installation coating machine composite back plate positioning device structure schematic diagram of the invention；
Accompanying drawing 10 is installation coating machine composite back plate positioner component assembly structural representation of the invention；
Accompanying drawing 11 is drawn and pressure-bearing device structural representation for the coating machine composite back plate for installing the present invention；
Accompanying drawing 12 is drawn and pressure-bearing device component assembly structural representation for the coating machine composite back plate for installing the present invention；
Accompanying drawing 13 is installation coating machine composite back plate transporter structural representation of the invention；
Accompanying drawing 14 is installation coating machine composite back plate transporter component assembly structural representation of the invention；
Accompanying drawing 15 is mould and back pressure apparatus structural representation under the coating machine composite back plate bonding for installing the present invention；
Accompanying drawing 16 is mould and back pressure apparatus component assembly structural representation under the coating machine composite back plate bonding for installing the present invention；
Accompanying drawing 17 is composite back plate and crack arrest layered material chip architecture schematic diagram；
Accompanying drawing 18 is that composite back plate of the present invention bonds flowage structure schematic diagram with crack arrest layered material piece.
Specific embodiment
As shown in Figure 1, the present invention includes frame, winding band Synchronous Radio band take-up device 6, crack arrest layered material piece jig
7 and composite back plate pressure viscosity device 9；Upper frame 101, setting that the frame includes frame body 1, is arranged on the top of frame body 1
Middle frame 102 at the middle part of frame body 1, it is arranged on the bottom framework 104 of the bottom of frame body 1 and is arranged on middle frame 102 and bottom
Auxiliary frame frame 103 between framework 104；The bottom of winding band Synchronous Radio band take-up device 6 is fixedly mounted on bottom framework 104,
The top of winding band Synchronous Radio band take-up device 6 is fixedly mounted on middle frame 102, the crack arrest layered material piece positioner 7
On middle frame 102 and positioned at the top of winding band Synchronous Radio band take-up device 6, the composite back plate pressure viscosity device 9 is located at
The inside top of winding band Synchronous Radio band take-up device 6.
As shown in accompanying drawing 2,3, winding band Synchronous Radio band take-up device 6 of the present invention includes being arranged on bottom framework 104
Tape wrap roller, the gear shaft between tape wrap roller and the cutting belt roller corresponding with tape wrap roller on middle frame 102；
The gear shaft includes left gear axle 601 and right gear axle 602；The tape wrap roller includes left tape wrap roller 603 and right tape wrap roller
604；The cutting belt roller includes left cutting belt roller 605 and right cutting belt roller 606；The two ends of left gear axle 601 are installed by left front bearing block
A607 and left back bearing block A608, the left front bearing block A607 and left back bearing block A608 is respectively and fixedly installed to bottom framework
On 104 liang of side frames, left front gear 609 is installed between described one end of left gear axle 601 and left front bearing block A607, described
Left front bearing block A607 outsides are positioned at the left front synchronous pulley A610 on the one end of left gear axle 601, the left gear axle 601
Left back gear 611 is installed between the other end and left back bearing block A608, on the outside of the left back bearing block A608 left side is positioned at
Left back synchronous pulley A612 on the other end of gear shaft 601；The two ends of right gear axle 602 are installed by front right axle bearing B613 and the right side
Rear bearing block B614, front right axle bearing B613 and right rear bearing block B614 are respectively and fixedly installed to 104 liang of sides of bottom framework
On frame, right front gear 638 is installed between described one end of right gear axle 602 and front right axle bearing B613, holds in the front right axle
Seat B613 outsides are positioned at right preamble belt wheel B615 on the one end of right gear axle 602, the other end of right gear axle 602 and
Right backgear 616 is installed between right rear bearing block B614；Right gear axle 602 is positioned on the outside of the right rear bearing block B614
Synchronous pulley B617 behind the right side on the other end；The left front gear 609 is meshed with right front gear 638, and its gear ratio is 1:1；
The left back gear 611 is meshed with right backgear 616, and its gear ratio is 1:1；The left front gear 609, right front gear 638,
The modulus and number of teeth all same of left back gear 611 and right backgear 616；The left two ends of tape wrap roller 603 are installed by left front bearing block
C618 and left back bearing block C619, the left front bearing block C618 and left back bearing block C619 is respectively and fixedly installed to bottom framework
On 104 liang of side frames；It is respectively mounted positioned at left tape wrap roller 603 on the outside of the left front bearing block C618 and left back bearing block C619
Left front synchronous pulley C620 and left back synchronous pulley C621 on roll shaft two ends, at the left two ends of tape wrap roller 603 left company is arranged
Acting flange disk 622, in the outside screw of left mounting flange 622 left rotary shaft 623 is arranged, and the outside screw of left rotary shaft 623 is arranged
Left connecting rod 624, the lower end of left connecting rod 624 arranges left balancing weight 625；The right two ends of tape wrap roller 604 are installed by front right axle bearing D639
With right rear bearing block D626, front right axle bearing D639 and right rear bearing block D626 are respectively and fixedly installed to 104 liang of bottom framework
On side frame, it is respectively mounted on the outside of front right axle bearing D639 and right rear bearing block D626 positioned at the right roll shaft of tape wrap roller 604
Synchronous pulley D628 after right preamble belt wheel D627 and the right side on two ends, at the right two ends of tape wrap roller 604 right connection method is arranged
Blue disk 629, in the outside screw of right mounting flange 629 right spindle 630 is arranged, and the outside screw of right spindle 630 arranges right company
Bar 631, the lower end of right connecting rod 631 arranges right balancing weight 632；Before the left front synchronous pulley A610, left back synchronous pulley A612, the right side
Synchronous pulley B617, left front synchronous pulley C620, left back synchronous pulley C621, right preamble belt wheel behind synchronous pulley B615, the right side
D627 is identical with synchronous pulley D628 behind the right side；Install between the left front synchronous pulley A610 and left front synchronous pulley C620
Left front Timing Belt 633, between the left back synchronous pulley A612 and left back synchronous pulley C621 on left back Timing Belt is installed
634, between the right preamble belt wheel B615 and right preamble belt wheel D627 on right preamble band 635 is installed, on the right side
It is upper between synchronous pulley D628 behind synchronous pulley B617 and the right side afterwards that Timing Belt 636 behind the right side is installed；The two ends of left cutting belt roller 605 peace
Left front bearing block E640 and left back bearing block E641 is filled, the left front bearing block E640 and left back bearing block E641 is fixed respectively to be pacified
The both sides scuncheon of middle frame 102 is mounted in, front right axle bearing F642 and right rear bearing block are installed in the two ends of right cutting belt roller 606
F643, front right axle bearing F642 and right rear bearing block F643 are respectively and fixedly installed to the both sides scuncheon of middle frame 102；
Winding band 637, the winding are set on left tape wrap roller 603 and right tape wrap roller 604, left cutting belt roller 605 and the surface of right cutting belt roller 606
It is separately mounted on left tape wrap roller 603 and right tape wrap roller 604 mutually corresponding position with 637 two ends.
Left front Timing Belt 633, left back Timing Belt 634, right preamble band 635 are identical with Timing Belt behind the right side 636, at work
Can ensure that winding 637 equivalent of band on left tape wrap roller 603 and right tape wrap roller 604 are released.Two left balancing weights 625 and two right sides are matched somebody with somebody
The weight of pouring weight 632 is identical.Operationally, due to the action of gravity of four balancing weights, winding band 637 can be made generally in tightening,
Taut level state, when out surface and the crack arrest layer bonding die 201 of composite back plate 2 are bonded, it is ensured that one, center linear contact lay before this, so
Hou Cong centers gradually bond to both sides, can completely squeeze away air, it is ensured that bonding quality require, due to be Synchronous Radio band also
Can ensure that composite back plate 2 push during center do not offset, prevent between crack arrest layered material piece 201 and composite back plate 2 produce cunning
Wrinkle phenomenon is moved or produced, product quality is further ensured that.
As shown in accompanying drawing 4,5, crack arrest layered material piece positioner 7 of the present invention includes being arranged on middle frame 102 and position
In winding with the installation frame 701 above 637 widths, the positioning baffle A702 being fixedly mounted on below installation frame 701
And install on the side frame of middle frame 102 1 and positioned at winding with the positioning baffle B703 above 637 length directions, the positioning
Baffle plate A702 bottoms and winding 637 upper surfaces of band, the side of positioning baffle A702 control crack arrest layered material piece 201 1 with it is multiple
Close the side of backboard 2 one to keep appropriately distance and ensure that two sides are parallel；It is positioned in the end side of installation frame 701
The positioning baffle B703 at the middle part of frame 1, the positioning baffle B703 is vertical flap, in the base plate of the positioning baffle B703
The left and right sides arranges left adjustment hole 706 and right adjustment hole 707, is correspondingly arranged in the left adjustment hole 706 and right adjustment hole 707
Left adjusting nut 704 and right adjusting nut 705, the positioning baffle B703 is by left adjusting nut 704 and right adjusting nut 705
Installed in the middle part of frame 1, the riser face for adjusting positioning baffle B704 by left adjustment hole 706 and right adjustment hole 707 controls crack arrest
Layered material piece 201 and the distance of the end of composite back plate 2.
During work, the long side of crack arrest layered material piece 201 is withstood into positioning baffle A702, the end of crack arrest layered material piece 201 is short side
While withstanding the riser face of positioning baffle B704, it is ensured that in the cross centre line of composite back plate 2 and the cross of crack arrest layered material piece 201
Heart line overlaps, and the covering amount of crack arrest layered material piece 201 is consistent on four direction, ensures that effect is pasted on the side of composite back plate 2 four to greatest extent
Fruit is consistent.
As illustrated in 6,7, composite back plate pressure viscosity device 9 of the present invention includes twin shaft cylinder and pressure roller；The twin shaft
Cylinder includes the left front twin shaft cylinder 902 being arranged on left front cylinder block 901, left back double on left back cylinder block 903
Twin shaft cylinder 906 and behind the right side on right exhaust hood seat 907 before axle cylinder 904, the right side on right front air cylinder seat 905
Twin shaft cylinder 908；The pressure roller includes left pressure roller 909 and the right side being symmetricly set between left cutting belt roller 605 and right cutting belt roller 606
Pressure roller 910；The left front cylinder block 901 and right front air cylinder seat 905 are arranged on the side scuncheon of middle frame 102, described left back
Cylinder block 903 and right exhaust hood seat 907 are fixedly mounted on the opposite side scuncheon of middle frame 102；The two ends of left pressure roller 909
It is arranged in left front bearing block 913 and left back bearing block 914 by left front bearing 911 and left back bearing 912 respectively；Left front bearing
Fixed by left front twin shaft cylinder location and installation plate 915 between 913 bottoms of seat and the piston rod end of left front twin shaft cylinder 902 and connected
Connect, by left back twin shaft cylinder location and installation between the piston rod end of the bottom of left back bearing block 914 and left back twin shaft cylinder 904
Plate 916 is fixedly connected；Respectively bearing 918 holds installed in front right axle after front right axle holds 917 and the right side at the two ends of right pressure roller 910
In seat 919 and right rear bearing block 920；Pass through between the piston rod end of the bottom of front right axle bearing 919 and right front twin shaft cylinder 906
Twin shaft cylinder location and installation plate 921 is fixedly connected before right, the piston rod of twin shaft cylinder 908 behind the bottom of right rear bearing block 920 and the right side
It is fixedly connected by left back twin shaft cylinder location and installation plate 922 between end；Left front twin shaft cylinder 902 and right front twin shaft cylinder
906 are respectively symmetrically downward-sloping setting, left front twin shaft cylinder 902 and the axis of right front twin shaft cylinder 906 and the angle of horizontal plane
For 9-10 °；Twin shaft cylinder 908 is respectively symmetrically downward-sloping setting, left back twin shaft cylinder 904 after left back twin shaft cylinder 904 and the right side
It it is 9-10 ° with the angle of the axis of twin shaft cylinder 908 behind the right side and horizontal plane；Left front twin shaft cylinder 902, it is right before twin shaft cylinder 906,
Model TN25X30S of twin shaft cylinder 908 after left back twin shaft cylinder 904 and the right side.
As illustrated in 6,7, when composite back plate pressure viscosity device 9 of the present invention works, left pressure roller 909 and right pressure roller 910
To decline and squeeze through by force 2 liang of the crack arrest layered material piece 201 and composite back plate of left pressure roller 909 and right pressure roller 910 using its own resilient
Side pressure sticks together, when composite back plate 2 is pushed makes the lower mould 807 of composite back plate bonding come downwards to bottom position, left pressure roller 909 and the right side
The twin shaft cylinder 908 behind twin shaft cylinder 906 and the right side before left front twin shaft cylinder 902, left back twin shaft cylinder 904, the right side of pressure roller 910 is pushed away
After winding band 637 is utilized under dynamic by the both sides pressure viscosity bonding of composite back plate 2, remaining crack arrest layered material piece 201 is shifted simultaneously pressure viscosity onto and is being combined
The top of backboard 2.
As shown in Figure 8, install the present invention coating machine also include composite back plate positioner 3, composite back plate draw and
The lower mould of pressure-bearing device 4, composite back plate transporter 5 and composite back plate bonding and back pressure apparatus 8；
As shown in accompanying drawing 9,10, installing the coating machine composite back plate positioner 3 of the present invention includes being fixedly mounted on middle frame 102
The positioning substrate 301 of one end rectangle, the spacing riser A302 being vertically fixedly mounted on positioning substrate 301 both sides, vertical fixation
Spacing riser B303 on positioning substrate 301 two ends and it is fixedly mounted on the middle part of positioning substrate 301 and highly consistent
3-4 roots positioning pillars 304, the positioning pillars 304 of the present embodiment are 4, the spacing riser A302 and spacing riser B303
Base is parallel with the corresponding side of positioning substrate 301 respectively；In each described spacing riser A302 both sides, adjusting screw is set
A305, the adjusting screw A305 are vertical with spacing riser A302 and are threadedly coupled；In the middle part of each described spacing riser B303
Adjusting screw B306 is set, and the adjusting screw B306 is vertical with spacing riser B303 and is threadedly coupled；In the adjusting screw
End on the outside of A305 and adjusting screw B306 is respectively provided with handle 307.
As shown in accompanying drawing 9,10, when the coating machine composite back plate positioner 3 for installing the present invention works, by composite back plate 2
Out surface be placed on the positioning pillars 304 at middle part down above and with four top uniform contacts of positioning pillars 304, make composite back plate
2 keep horizontality, and the out surface of composite back plate 2 is not reached if any positioning pillars 304 when using for the first time, can suitably adjust this and determine
Position pillar 304, makes composite back plate 2 keep horizontality after with four Full connecteds of positioning pillars 304.Then it is compound with hand propelled
Backboard 2, it is necessary to make the long side in side touch two tops of adjusting screw A 305, adjacent minor face withstands adjusting screw B306 tops.
As shown in accompanying drawing 11,12, the absorption of coating machine composite back plate and pressure-bearing device 4 for installing the present invention includes rectangular
Pressure-bearing substrate 401, the left pressure-bearing arc plate 402 for being arranged on 401 liang of long sides of pressure-bearing substrate and right pressure-bearing arc plate 403, pressure-bearing set 404
And vacuum cup 405；The piston rod end of the top surface of the pressure-bearing substrate 401 and the composite back plate lift cylinder 504 and
Guide post A508 lower ends are fixedly connected；Left pressure-bearing arc plate 402 and right pressure-bearing arc plate 403 and the angle of horizontal plane are 9-10 °, and with
The radian in composite back backboard bullet face matches；In the left pressure-bearing arc plate 402 and the both sides pair of the right length direction of pressure-bearing arc plate 403
Claim to arrange four installing holes 406, the top of the vacuum cup 405 is sleeved in pressure-bearing set 404 and top covers 404 Hes through pressure-bearing
Installing hole 406 is fixedly mounted respectively with left pressure-bearing arc plate 402 and right pressure-bearing arc plate 403, and the pressure-bearing set 404 is respectively along left pressure-bearing
The radian of arc plate 402 and right pressure-bearing arc plate 403 is obliquely installed；Model PAFS-35X15-NBR of vacuum cup 405.
As shown in accompanying drawing 11,12, when the absorption of coating machine composite back plate and pressure-bearing device 4 for installing the present invention works, four
Under respective spring effect, pressure-bearing set 404, the horn mouth of vacuum cup 405 are exposed in the bottom of vacuum cup 405 to vacuum cup 405
The back of the body bullet of composite back plate 2 face is first touched, is now connected after vacuum and is kept, gland 404 of entertaining contacts the back of the body bullet of composite back plate 2 face
When, vacuum cup 405 is fully contacted and firmly holds composite back plate with the back of the body bullet of composite back plate 2 face.
As shown in accompanying drawing 13,14, installing the coating machine composite back plate transporter 5 of the present invention includes being fixedly mounted on upper ledge
The linear slide rail 501 of the bottom of frame 101, the slide block 502 being fixedly mounted on the slideway of linear slide rail 501, installed in the bottom of slide block 502
Transition connecting plate 503, be fixedly mounted on the bottom of transition connecting plate 503 composite back plate lift cylinder 504 and connection flap 505
And the composite back plate on the bottom end of upper frame 101 comes and goes cylinder 506；The composite back plate comes and goes the gas of cylinder 506
Cylinder end is connected by cylinder hinged seat 507 with frame 1, and the connection flap 505 is pushed up positioned at the composite back plate lift cylinder 504
End outside, the composite back plate comes and goes the piston rod of cylinder 506 and is fixedly connected with flap 505 is connected；In the composite back plate liter
The other end of sending down the abnormal ascending QI cylinder 504 fixedly mounts guide plate A510, fairlead A509 is installed in the hole of guide plate A510 sides, described
Guide post A508 is installed in fairlead A509；Model SC50X300-S of the composite back plate lift cylinder 504；It is described multiple
Close model SE32X600-S that backboard comes and goes cylinder 506.
As shown in accompanying drawing 15,16, the lower mould of coating machine composite back plate bonding and back pressure apparatus 8 of the present invention are installed positioned at same
Step is put in band take-up device 6, and it includes guide plate B801, fairlead B803, guide post B806 and back pressure cylinder 808, combination socket
The lower mould 807 of plate bonding；The guide plate B801 is arranged on 103 liang of side frames of auxiliary frame frame, on the guide plate B801
Four pilot holes 802 of even setting, arrange centre bore 809 in the middle part of guide plate B801, and on each described pilot hole 802 band is installed
There is the externally threaded fairlead B803, anti-return nut 804 is threadedly coupled on the fairlead B803 lateral walls and stroke is adjusted
Section nut 805, the guide post B806 tops are fixed with the lower bottom of mould 807 of composite back plate bonding, under the guide post B806
Portion passes through stroke adjustment nut 805 and fairlead 803 and slides up and down along fairlead 803 and pilot hole 802；In the guide plate
B801 middle parts lower end fixedly mounts back pressure cylinder 808, and the piston rod of back pressure cylinder 808 is glued by centre bore 809 with composite inserting
Close the lower centre bottom of mould 807 to be fixedly connected, the top surface of mould 807 is and composite back plate out surface under the composite back plate bonding
The arc matched somebody with somebody, the weight body sponge 810 of arc is arranged on the top surface of mould 807 under composite back plate bonding, with two-sided when using
Glue is pasted onto weight body sponge 810 on the lower top surface of mould 807 of composite back plate bonding.The lower top surface arc of mould 807 of composite inserting bonding
Length 4-6 millimeters slightly narrower than the arc length of composite back plate 2, the mould under composite inserting bonding so when by left pressure roller 909 and right pressure roller 910
Have 807 both sides not contact with left pressure roller 909 and right pressure roller 910.Model SC40X150-S of the back pressure cylinder 808.
As shown in accompanying drawing 15,16, the lower mould of coating machine composite back plate bonding and back pressure apparatus 8 for installing the present invention works
When, the lower top surface of mould 807 of composite back plate bonding for arranging weight body sponge 810 withstands composite back plate 2, completes composite back plate 2 and meets bullet
Face adhesion process, asks composite back plate 2 and winding with 637 bondings for completing 2 liang of sides of composite back plate during decline, declines
The viscous pressure for completing the top of composite back plate 2, weight body sponge 810 is coordinated to act primarily as be uniformly distributed bonding in the course of the work during position on earth
Pressure, improves the effect of bonding quality, is not damaged by hard thing it can in addition contain play protection winding band 637 and crack arrest layered material piece 201
Effect.
The coating machine course of work for installing the present invention is sketched with reference to practical operation（By taking a working cell as an example）：
As shown in accompanying drawing 1-18, using before the coating machine work for installing the present invention, first switch on power and source of the gas, check that each cylinder is
It is no that in the original location whether vacuum pump operating normal, it is errorless after the out surface of composite back plate 2 is placed on into the four of composite back plate positioner 3
The top of root positioning pillars 304, with four top uniform contacts of positioning pillars 304, then must make one with hand propelled composite back plate 2
The long side in side touch two tops of adjusting screw A 305, and adjacent minor face withstands adjusting screw B306 tops.Then glue will be coated
The crack arrest layered material piece 201 of water is placed on the side of crack arrest layered material piece positioner 7 and tightens on taut flat winding band 637, makes crack arrest layered material
The side of piece 201 1 is adjacent to positioning baffle A702, and adjacent end is adjacent to positioning baffle B703, completes the preparatory process before driving.
After starting the coating machine switch for installing the present invention, each moving component orderly function, composite back plate is come and gone at cylinder 506
Stretching out, position is i.e. in situ motionless, and composite back plate lift cylinder 504 drives composite back plate absorption and pressure-bearing device 4 to decline, and four true
Under respective spring effect, pressure-bearing set 404 is exposed in bottom to suction disk 405, and the horn mouth of vacuum cup 405 first touches composite back
The back of the body bullet of plate 2 face, now connects after vacuum and keeps, and when gland 404 of entertaining contacts the back of the body bullet face of composite back plate 2, vacuum cup 405 is
Jing is fully contacted and firmly holds composite back plate with the back of the body bullet of composite back plate 2 face.
The horn mouth of four vacuum cups 405 first touches the back of the body bullet face of composite back plate 2（That is concave surface）When, sucker vacuum connects
Lead to and keep, pressure-bearing set 404 is pressed onto on the back of the body bullet face of composite back plate 2, and Jing 1-2 second time delays guarantee vacuum cup 405 by composite back
After plate 2 adsorbs firmly, composite back plate lift cylinder 504 rises to original position with the composite back plate 2 of absorption, and composite back plate comes and goes gas
From stretching out, position is i.e. in situ to retract cylinder 506, and composite back plate 2 is sent to directly over the lower mould of composite back plate bonding and back pressure apparatus 8, multiple
Close backboard lift cylinder 504 to decline with composite back plate 2, the centrage for making the out surface length of composite back plate 2 is first pressed onto and coats glue
On the crack arrest layered material piece 201 of water, in the case where the taut flat cooperation of winding band 637 is tightened, from the line for contacting at first to both sides gradually
Bonding, while the air between the out surface of composite back plate 2 and crack arrest layered material piece 201 is squeezed away completely, until whole composite back
The out surface of plate 2 all sticks together with the corresponding part of crack arrest layered material piece 201, and composite back plate lift cylinder 504 promotes composite back
Plate 2 continues to decline, until being pressed onto the lower mould of composite back plate bonding and the top surface of 8 top weight body sponge of back pressure apparatus 810, composite back plate
Lift cylinder 504 no longer declines and the time delay 3-5 seconds, with all strength that composite back plate 2 is auxiliary in weight body sponge 810 with crack arrest layered material piece 201
Helping down carries out weight, and at utmost ensures that Full connected area upward pressure is evenly distributed, to reach optimum adhesion effect.Time delay is complete
Bi Hou, the pressure release of back pressure cylinder 808, composite back plate lift cylinder 504 promotes composite back plate 2 to press against crack arrest layered material piece 201 and winding
Band 637 and back pressure cylinder 808 head on the lower support of mould 807 of composite inserting bonding composite back plate 2 and together declines.
When the both sides of composite back plate 2 and crack arrest layered material piece 201 and winding band 637 extruded by force left pressure roller 909 and right pressure roller
910, left pressure roller 909 and right pressure roller 910 are using the elastic force of itself by winding band 637 by the both sides of composite back plate 2 and crack arrest layered material
Together, composite back plate lift cylinder 504 promotes composite back plate 2 and the lower row of mould 807 of composite inserting bonding to the back of the body to the pressure viscosity of piece 201
After the bottom position of air cylinder 808 is motionless, twin shaft behind left front twin shaft cylinder 902, left back twin shaft cylinder 904, right front twin shaft cylinder 906 and the right side
Cylinder 908 promotes left pressure roller 909 and right pressure roller 910 to utilize winding band 637 by remaining crack arrest layer after the both sides pressure viscosity of composite back plate 2
Tablet 2 is shifted onto and edge and time delay 1-3 second of the pressure viscosity to composite back backboard bullet face, roll repeatedly it is secondary, it is firm to guarantee bonding
Gu.One compressed air destruction vacuum is cut off and is blown into posterior sucker vacuum, and composite back plate 2 departs from four vacuum cups 405, rises
Sending down the abnormal ascending QI cylinder 504 drives composite back plate to draw and pressure-bearing device 4 rises to original position, and composite back plate comes and goes the piston rod of cylinder 506 and stretches
Go out to original position, back pressure cylinder 808 heads on the composite back plate 2 for having bonded and rises through after left pressure roller 909 and right pressure roller 910 to former
Position, prepares next cycle of operation.
The two ends of composite back plate 2 utilize aid and the pressure viscosity of crack arrest layered material piece 201 using manual.
The out surface of composite back plate 2 and crack arrest layered material piece 201 are bonded using the coating machine for installing the present invention, bonding jail
Gu, surfacing, overall corner angle are clearly demarcated, time saving and energy saving to improve work efficiency, it is ensured that product quality, are suitable to equip harness enterprise
Industry carries out popularization and application.
Finally illustrate, the foregoing is only presently preferred embodiments of the present invention, it is all not to limit the present invention
Any modification, equivalent or improvement for being made within the spirit and principles in the present invention etc., should be included in the guarantor of the present invention
Within the scope of shield.
Claims (4)
1. a kind of crack arrest layered material piece of coating machine positions pressure viscosity and winding belt-retracting device, it is characterised in that it includes frame, twines
Around band Synchronous Radio band take-up device（6）, crack arrest layered material piece jig（7）And composite back plate pressure viscosity device（9）；
The frame includes frame body（1）, be arranged on frame body（1）The upper frame at top（101）, be arranged on frame body（1）In
The middle frame in portion（102）, be arranged on frame body（1）The bottom framework of bottom（104）And it is arranged on middle frame（102）And bottom framework
（104）Between auxiliary frame frame（103）；
The winding band Synchronous Radio band take-up device（6）Bottom is fixedly mounted on bottom framework（104）On, the winding band Synchronous Radio
Band take-up device（6）Top is fixedly mounted on middle frame（102）On, the crack arrest layered material piece positioner（7）Installed in center
Frame（102）Above and positioned at winding band Synchronous Radio band take-up device（6）Top, the composite back plate pressure viscosity device（9）Positioned at winding
Band Synchronous Radio band take-up device（6）Inside top.
2. the crack arrest layered material piece of coating machine according to claim 1 positions pressure viscosity and winding belt-retracting device, and its feature exists
In the winding band Synchronous Radio band take-up device（6）Including installed in bottom framework（104）On tape wrap roller, installed in tape wrap roller it
Between gear shaft and installed in middle frame（102）On cutting belt roller corresponding with tape wrap roller；
The gear shaft includes left gear axle（601）With right gear axle（602）；
The tape wrap roller includes left tape wrap roller（603）With right tape wrap roller（604）；
The cutting belt roller includes left cutting belt roller（605）With right cutting belt roller（606）；
The left gear axle（601）Left front bearing block A is installed at two ends（607）With left back bearing block A（608）, the left front bearing
Seat A（607）With left back bearing block A（608）It is respectively and fixedly installed to bottom framework（104）On two side frames, in the left gear axle
（601）One end and left front bearing block A（607）Between left front gear is installed（609）, in the left front bearing block A（607）Outside peace
Dress is located at left gear axle（601）Left front synchronous pulley A on one end（610）, the left gear axle（601）The other end and left rear axle
Bearing A（608）Between left back gear is installed（611）, in the left back bearing block A（608）Outside is positioned at left gear axle
（601）Left back synchronous pulley A on the other end（612）；
The right gear axle（602）Two ends are installed by front right axle bearing B（613）With right rear bearing block B（614）, the front right axle holds
Seat B（613）With right rear bearing block B（614）It is respectively and fixedly installed to bottom framework（104）On two side frames, in the right gear axle
（602）One end and front right axle bearing B（613）Between right front gear is installed（638）, in front right axle bearing B（613）Outside peace
Dress is located at right gear axle（602）Right preamble belt wheel B on one end（615）, the right gear axle（602）The other end and right rear axle
Bearing B（614）Between right backgear is installed（616）；In the right rear bearing block B（614）Outside is positioned at right gear axle
（602）Synchronous pulley B behind the right side on the other end（617）；
The left front gear（609）With right front gear（638）It is meshed, its gear ratio is 1:1；The left back gear（611）With
Right backgear（616）It is meshed, its gear ratio is 1:1；The left front gear（609）, right front gear（638）, left back gear
（611）With right backgear（616）Modulus and number of teeth all same；
The left tape wrap roller（603）Left front bearing block C is installed at two ends（618）With left back bearing block C（619）, the left front bearing
Seat C（618）With left back bearing block C（619）It is respectively and fixedly installed to bottom framework（104）On two side frames；In the left front bearing
Seat C（618）With left back bearing block C（619）Outside is respectively mounted positioned at left tape wrap roller（603）Left front Timing Belt on roll shaft two ends
Wheel C（620）With left back synchronous pulley C（621）, in the left tape wrap roller（603）Two ends arrange left mounting flange（622）,
The left mounting flange（622）Outside screw arranges left rotary shaft（623）, left rotary shaft（623）Outside screw arranges left connecting rod
（624）, left connecting rod（624）Lower end arranges left balancing weight（625）；
The right tape wrap roller（604）Two ends are installed by front right axle bearing D（639）With right rear bearing block D（626）, the front right axle holds
Seat D（639）With right rear bearing block D（626）It is respectively and fixedly installed to bottom framework（104）On two side frames, hold in the front right axle
Seat D（639）With right rear bearing block D（626）Outside is respectively mounted positioned at right tape wrap roller（604）Right preamble band on roll shaft two ends
Wheel D（627）With synchronous pulley D behind the right side（628）, in the right tape wrap roller（604）Two ends arrange right mounting flange（629）,
The right mounting flange（629）Outside screw arranges right spindle（630）, right spindle（630）Outside screw arranges right connecting rod
（631）, right connecting rod（631）Lower end arranges right balancing weight（632）；
The left front synchronous pulley A（610）, left back synchronous pulley A（612）, right preamble belt wheel B（615）, the right side after synchronous pulley
B（617）, left front synchronous pulley C（620）, left back synchronous pulley C（621）, right preamble belt wheel D（627）With synchronous pulley behind the right side
D（628）It is identical；In the left front synchronous pulley A（610）With left front synchronous pulley C（620）Between upper left front Timing Belt is installed
（633）, in the left back synchronous pulley A（612）With left back synchronous pulley C（621）Between upper left back Timing Belt is installed（634）,
In the right preamble belt wheel B（615）With right preamble belt wheel D（627）Between upper right preamble band is installed（635）, described
Synchronous pulley B behind the right side（617）With synchronous pulley D behind the right side（628）Between upper Timing Belt behind the right side is installed（636）；
The left cutting belt roller（605）Left front bearing block E is installed at two ends（640）With left back bearing block E（641）, the left front bearing
Seat E（640）With left back bearing block E（641）It is respectively and fixedly installed to middle frame（102）Both sides scuncheon,
The right cutting belt roller（606）Two ends are installed by front right axle bearing F（642）With right rear bearing block F（643）, the front right axle holds
Seat F（642）With right rear bearing block F（643）It is respectively and fixedly installed to middle frame（102）Both sides scuncheon；
In left tape wrap roller（603）With right tape wrap roller（604）, left cutting belt roller（605）With right cutting belt roller（606）Winding is set on surface
Band（637）, the winding band（637）Two ends be separately mounted to left tape wrap roller（603）With right tape wrap roller（604）It is mutually corresponding
On position.
3. the crack arrest layered material piece of coating machine according to claim 2 positions pressure viscosity and winding belt-retracting device, and its feature exists
In the crack arrest layered material piece positioner（7）Including installed in middle frame（102）Above and positioned at winding band（637）On width
The installation frame of side（701）, be fixedly mounted on installation frame（701）The positioning baffle A of lower section（702）And installed in middle frame
（102）On one side frame and wind band（637）Positioning baffle B above length direction（703）；
The positioning baffle A（702）Bottom and winding band（637）Upper surface, the positioning baffle A（702）Control crack arrest
The side of layered material piece one and composite back plate（2）One side keeps appropriately distance and ensures that two sides are parallel；In installation frame
（701）End side is positioned at frame（1）The positioning baffle B at middle part（703）, the positioning baffle B（703）For vertical folding
Plate, in the positioning baffle B（703）The base plate left and right sides left adjustment hole is set（706）With right adjustment hole（707）, described
Left adjustment hole（706）With right adjustment hole（707）Inside it is correspondingly arranged left adjusting nut (704) and right adjusting nut（705）, it is described fixed
Position baffle plate B（703）By left adjusting nut (704) and right adjusting nut（705）Installed in frame（1）Middle part, by left regulation
Hole（706）With right adjustment hole（707）Adjustment positioning baffle B（703）Riser face control crack arrest layered material piece and composite back plate（2）End
The distance in portion.
4. the crack arrest layered material piece of coating machine according to claim 3 positions pressure viscosity and winding belt-retracting device, and its feature exists
In the composite back plate pressure viscosity device（9）Including twin shaft cylinder and pressure roller；
The twin shaft cylinder includes being arranged on left front cylinder block（901）On left front twin shaft cylinder（902）, installed in left back cylinder
Seat（903）On left back twin shaft cylinder（904）, installed in right front air cylinder seat（905）On the right side before twin shaft cylinder（906）And installation
In right exhaust hood seat（907）On the right side after twin shaft cylinder（908）；
The pressure roller includes being symmetricly set on left cutting belt roller（605）With right cutting belt roller（606）Between left pressure roller（909）With right pressure
Roller（910）；The left front cylinder block（901）With right front air cylinder seat（905）Installed in middle frame（102）Side scuncheon, institute
State left back cylinder block（903）With right exhaust hood seat（907）It is fixedly mounted on middle frame（102）Opposite side scuncheon；
The left pressure roller（909）Two ends pass through respectively left front bearing（911）With left back bearing（912）Installed in left front bearing block
（913）With left back bearing block（914）It is interior；
Left front bearing block（913）Bottom and left front twin shaft cylinder（902）Piston rod end between it is fixed by left front twin shaft cylinder
Position installing plate（915）It is fixedly connected, left back bearing block（914）Bottom and left back twin shaft cylinder（904）Piston rod end between
By left back twin shaft cylinder location and installation plate（916）It is fixedly connected；
The right pressure roller（910）Held by front right axle respectively at two ends（917）With bearing behind the right side（918）Installed in front right axle bearing
（919）With right rear bearing block（920）It is interior；
Front right axle bearing（919）Bottom and right front twin shaft cylinder（906）Piston rod end between determined by twin shaft cylinder before right
Position installing plate（921）It is fixedly connected, right rear bearing block（920）Twin shaft cylinder behind bottom and the right side（908）Piston rod end between
By left back twin shaft cylinder location and installation plate（922）It is fixedly connected；
Left front twin shaft cylinder（902）With twin shaft cylinder before the right side（906）It is respectively symmetrically downward-sloping setting, left front twin shaft cylinder
（902）With twin shaft cylinder before the right side（906）The angle of axis and horizontal plane be 9-10 °；
Left back twin shaft cylinder（904）With twin shaft cylinder behind the right side（908）It is respectively symmetrically downward-sloping setting, left back twin shaft cylinder
（904）With twin shaft cylinder behind the right side（908）The angle of axis and horizontal plane be 9-10 °；
Left front twin shaft cylinder（902）, it is right before twin shaft cylinder（906）, left back twin shaft cylinder（904）With twin shaft cylinder behind the right side（908）
Model TN25X30S.
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| CN201611202066.4A CN106586640B (en) | 2016-12-23 | 2016-12-23 | The crack arrest layered material piece positioning pressure viscosity and winding belt-retracting device of coating machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108340633A (en) * | 2018-03-13 | 2018-07-31 | 华侨大学 | Be adhesively fixed the crack arrest proximate matter of stacking |
| CN108673962A (en) * | 2018-03-13 | 2018-10-19 | 华侨大学 | Crack arrest proximate matter |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004359369A (en) * | 2003-06-03 | 2004-12-24 | Sumitomo Heavy Industries Techno-Fort Co Ltd | Winder |
| CN102514283A (en) * | 2011-12-16 | 2012-06-27 | 宁波荣溢化纤科技有限公司 | Preparation method of ultrahigh molecular weight polyethylene/silicon carbide composite burster block |
| CN102649340A (en) * | 2011-02-25 | 2012-08-29 | 盐城市路港土工材料有限公司 | Manufacturing machine of multi-width type full-automatic plastic drainage plate |
| CN103123831A (en) * | 2011-11-17 | 2013-05-29 | 阜宁县信威电工设备有限公司 | Intelligent automatic cladding production line of strip-shaped insulation materials |
| CN205373526U (en) * | 2016-01-26 | 2016-07-06 | 山东三达科技发展有限公司 | Clad structure of shellproof picture peg |
| CN106185464A (en) * | 2016-08-30 | 2016-12-07 | 天津长飞鑫茂光缆有限公司 | Layer stranded cable core passive unwrapping wire tensile force adjusting device |
-
2016
- 2016-12-23 CN CN201611202066.4A patent/CN106586640B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004359369A (en) * | 2003-06-03 | 2004-12-24 | Sumitomo Heavy Industries Techno-Fort Co Ltd | Winder |
| CN102649340A (en) * | 2011-02-25 | 2012-08-29 | 盐城市路港土工材料有限公司 | Manufacturing machine of multi-width type full-automatic plastic drainage plate |
| CN103123831A (en) * | 2011-11-17 | 2013-05-29 | 阜宁县信威电工设备有限公司 | Intelligent automatic cladding production line of strip-shaped insulation materials |
| CN102514283A (en) * | 2011-12-16 | 2012-06-27 | 宁波荣溢化纤科技有限公司 | Preparation method of ultrahigh molecular weight polyethylene/silicon carbide composite burster block |
| CN205373526U (en) * | 2016-01-26 | 2016-07-06 | 山东三达科技发展有限公司 | Clad structure of shellproof picture peg |
| CN106185464A (en) * | 2016-08-30 | 2016-12-07 | 天津长飞鑫茂光缆有限公司 | Layer stranded cable core passive unwrapping wire tensile force adjusting device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108340633A (en) * | 2018-03-13 | 2018-07-31 | 华侨大学 | Be adhesively fixed the crack arrest proximate matter of stacking |
| CN108673962A (en) * | 2018-03-13 | 2018-10-19 | 华侨大学 | Crack arrest proximate matter |
| CN108340633B (en) * | 2018-03-13 | 2024-02-27 | 华侨大学 | Adhesive-fixed laminated crack-stop section bar |
| CN108673962B (en) * | 2018-03-13 | 2024-02-27 | 华侨大学 | Crack-stopping section bar |
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| Publication number | Publication date |
|---|---|
| CN106586640B (en) | 2018-01-30 |
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