CN106739417B - The composite back plate and crack arrest layer of coating machine position and back pressure pressure viscosity device - Google Patents
The composite back plate and crack arrest layer of coating machine position and back pressure pressure viscosity device Download PDFInfo
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- CN106739417B CN106739417B CN201611201873.4A CN201611201873A CN106739417B CN 106739417 B CN106739417 B CN 106739417B CN 201611201873 A CN201611201873 A CN 201611201873A CN 106739417 B CN106739417 B CN 106739417B
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- back plate
- bearing block
- composite back
- twin shaft
- frame
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- 239000002131 composite material Substances 0.000 title claims abstract description 202
- 239000011248 coating agent Substances 0.000 title claims abstract description 26
- 238000000576 coating method Methods 0.000 title claims abstract description 26
- 230000001360 synchronised effect Effects 0.000 claims abstract description 98
- 239000000463 material Substances 0.000 claims abstract description 65
- 238000004804 winding Methods 0.000 claims abstract description 50
- 238000009434 installation Methods 0.000 claims abstract description 43
- 238000005520 cutting process Methods 0.000 claims description 29
- 239000000758 substrate Substances 0.000 claims description 18
- 230000005540 biological transmission Effects 0.000 claims description 11
- 238000010586 diagram Methods 0.000 description 17
- 239000010410 layer Substances 0.000 description 9
- 230000000694 effects Effects 0.000 description 7
- 238000004519 manufacturing process Methods 0.000 description 7
- 238000010521 absorption reaction Methods 0.000 description 5
- 150000001875 compounds Chemical class 0.000 description 5
- 230000007423 decrease Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 4
- 239000004698 Polyethylene Substances 0.000 description 3
- 230000001174 ascending effect Effects 0.000 description 3
- 239000003292 glue Substances 0.000 description 3
- 238000011065 in-situ storage Methods 0.000 description 3
- 239000004395 L-leucine Substances 0.000 description 2
- 230000003111 delayed effect Effects 0.000 description 2
- 239000004744 fabric Substances 0.000 description 2
- 239000004247 glycine and its sodium salt Substances 0.000 description 2
- 238000003825 pressing Methods 0.000 description 2
- 230000007704 transition Effects 0.000 description 2
- 230000037303 wrinkles Effects 0.000 description 2
- 241000628997 Flos Species 0.000 description 1
- 239000000919 ceramic Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- -1 polyethylene Polymers 0.000 description 1
- 229920000573 polyethylene Polymers 0.000 description 1
- 230000008092 positive effect Effects 0.000 description 1
- 239000002210 silicon-based material Substances 0.000 description 1
- 239000002356 single layer Substances 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 239000002023 wood Substances 0.000 description 1
Classifications
-
- 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
-
- 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
- B32B27/00—Layered products comprising a layer of synthetic resin
- B32B27/06—Layered products comprising a layer of synthetic resin as the main or only constituent of a layer, which is next to another layer of the same or of a different material
-
- 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
- B32B27/00—Layered products comprising a layer of synthetic resin
- B32B27/32—Layered products comprising a layer of synthetic resin comprising polyolefins
-
- 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
- B32B2571/00—Protective equipment
- B32B2571/02—Protective equipment defensive, e.g. armour plates or anti-ballistic clothing
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- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
- Basic Packing Technique (AREA)
Abstract
The present invention relates to a kind of composite back plate of coating machine and the positioning of crack arrest layer and back pressure pressure viscosity devices comprising rack, composite back plate positioning device, crack arrest layered material piece positioning device, winding band Synchronous Radio band take-up device, the lower mold of composite back plate bonding and back pressure apparatus and composite back plate pressure viscosity device；Composite back plate positioning device is mounted on middle frame one end, crack arrest layered material piece positioning device is mounted on middle frame, winding band Synchronous Radio band take-up bottom of device is fixedly mounted on bottom framework, top is fixedly mounted on middle frame, mold and back pressure apparatus are mounted on auxiliary frame frame under the bonding, and composite back plate pressure viscosity device is mounted on middle frame；Composite back plate out surface and crack arrest layered material piece are bonded using the coating machine of the installation present invention, bonding is secured, and surfacing, whole corner angle are clearly demarcated, time saving and energy saving, improve work efficiency, and ensure that product quality, and suitable for equipment harness, enterprise is promoted and applied.
Description
Technical field
The present invention relates to a kind of composite back plate of coating machine and the positioning of crack arrest layer and back pressure pressure viscosity devices, and it is anti-to belong to harness class
Play production processing equipment technical field.
Background technology
In equipment harness manufacturing enterprise, especially new-type military bulletproof flashboards production quantity is larger, is protected outside bulletproof flashboards
Layer is made of the out surface and back of the body bullet face of composite back plate with the bonding of crack arrest layered material piece, and out surface, that is, convex surface of composite back plate is charing
Silicon material, the military are known as wood ceramics, and about 7mm is thick, and back of the body bullet face, that is, concave surface of composite back plate is multilayer 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 of the out surface and back of the body bullet face of composite back plate
Tablet is single layer PE cloth；The length of composite back plate is 300mm, and composite back plate is arc, and arc length is 250 mm, and arc length institute is right
The central angle angle answered is 35.8 °.
The bonding production process quality requirement of bulletproof flashboards out surface crack arrest layered material piece is high, in the production process, composite back
The out surface of plate have radian and to be bonded with crack arrest layered material piece it is secured, and after bonding composite back plate convex surface and crack arrest layered material piece it
Between cannot 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, need first in crack arrest layered material on piece brush coating, then meeting composite back plate
Bullet face is aligned placement with crack arrest layered material piece, then firmly rolls by hand, and not only labor intensity is big in this way, but also due to firmly uneven
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, time-consuming and laborious, shadow
Product quality is rung, production efficiency is reduced.
Invention content
Technical problem to be solved by the invention is to provide a kind of composite back plate and crack arrest layer accurate positioning, automatic running,
Bonding is secured, and surfacing, whole corner angle are clearly demarcated, composite back plate and crack arrest the layer positioning of the high coating machine of production efficiency and back pressure
Pressure viscosity device.
The present invention adopts the following technical scheme that：
The present invention includes rack, composite back plate positioning device, crack arrest layered material piece positioning device, winding band Synchronous Radio band take-up
Device, the lower mold of composite back plate bonding and back pressure apparatus and composite back plate pressure viscosity device；The rack includes frame body, setting
Upper frame at the top of frame body, the middle frame being arranged in the middle part of frame body, be arranged frame body lower part bottom framework and set
Set the auxiliary frame frame between middle frame and bottom framework；The composite back plate positioning device is mounted on middle frame one end, the crack arrest
Layered material piece positioning device is mounted on middle frame, and the winding band Synchronous Radio band take-up device is located at crack arrest layered material piece positioning device
Lower section, the winding band Synchronous Radio band take-up bottom of device are fixedly mounted on bottom framework, the winding band Synchronous Radio band take-up
It is fixedly mounted on middle frame at the top of device, the composite back plate bonds lower mold and back pressure apparatus is mounted on auxiliary frame frame and position
Inside winding band Synchronous Radio band take-up device, the composite back plate pressure viscosity device is located at winding band Synchronous Radio band take-up device top
On the inside of portion, composite back plate pressure viscosity device is mounted on middle frame and is symmetrically distributed in the lower mold of composite back plate bonding and back pressure apparatus
Both sides.
Composite back plate positioning device of the present invention includes the positioning substrate for being fixedly mounted on middle frame one end rectangle, vertical
The limit riser A that is fixedly mounted on positioning substrate both sides, it is vertical be fixedly mounted on position the limit riser B on substrate both ends with
And it is fixedly mounted on positioning substrate middle part and highly consistent 3-4 root positioning pillars, the limit riser A and the bottoms limit riser B
Side corresponding with positioning substrate is parallel respectively on side；In each both sides the limit riser A, adjusting screw A, the adjustment are set
Leading screw A is vertical with limit riser A and is threadedly coupled；Adjusting screw B, the adjustment are set in the middle part of each limit riser B
Leading screw B is vertical with limit riser B and is threadedly coupled；Hand is respectively set in end on the outside of the adjusting screw A and adjusting screw B
Handle；The crack arrest layered material piece positioning device includes the installation frame being mounted on middle frame, is fixedly mounted on installation frame lower section
Positioning baffle A and on the frame of middle frame side and consistent with frame body length direction positioning baffle B, it is described fixed
Position baffle A control crack arrest layered material piece a sides keep appropriately distance with composite back plate a side and ensure that two sides are flat
Row；The positioning baffle B, the positioning baffle B that central rack is positioned in installation frame end side are vertical folded plate,
Left adjustment hole and right adjustment hole are set at left and right sides of the positioning baffle B bottom plates, it is right in the left adjustment hole and right adjustment hole
Left adjusting nut and right adjusting nut should be set, and the positioning baffle B is mounted on machine by left adjusting nut and right adjusting nut
In the middle part of frame, the riser face that positioning baffle B is adjusted by left adjustment hole and right adjustment hole controls crack arrest layered material piece and composite back plate end
The distance in portion.
It is of the present invention winding with Synchronous Radio with take-up device include be mounted on bottom framework on tape wrap roller, be mounted on 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 axis
With right gear axis；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；
Left gear axis both 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 frame of bottom framework both sides, left front gear is installed between left gear axis one end and left front bearing block A,
The left front synchronous pulley A being positioned on the outside of the left front bearing block A on left gear axis one end, the left gear axis other end and
Left back gear is installed between left back bearing block A, the left side on the left gear axis other end is positioned on the outside of the left back bearing block A
Synchronous pulley A afterwards；Right gear axis both ends are installed by front right axle bearing B and right rear bearing block B, the front right axle bearing B and the right side
Rear bearing block B is respectively and fixedly installed on the frame of bottom framework both sides, is pacified between right gear axis 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 the front right axle bearing B on right gear axis one end, the right side
Right backgear is installed between the gear shaft other end and right rear bearing block B；It is positioned at right gear on the outside of the right rear bearing block B
Synchronous pulley B behind the right side on the axis other end；The left front gear is meshed with right front gear, transmission ratio 1:1；It is described left back
Gear is meshed with right backgear, transmission ratio 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 both ends
It is respectively and fixedly installed on the frame of bottom framework both sides with left back bearing block C；Outside the left front bearing block C and left back bearing block C
Side is positioned at left front synchronous pulley C and left back synchronous pulley C on left tape wrap roller roll shaft both ends respectively, in the left tape wrap roller
Left mounting flange is arranged in both ends, and left rotary shaft, the setting of left rotary shaft outside screw is arranged in the left mounting flange outside screw
Left clump weight is arranged in left connecting rod, left connecting rod lower end；The right tape wrap roller both 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 frame of bottom framework both sides, in the front right axle bearing D and
The right preamble belt wheel D on right tape wrap roller roll shaft both ends and synchronous pulley D behind the right side are positioned on the outside of right rear bearing block D respectively,
Right mounting flange is set at the right tape wrap roller both ends, right spindle is set in the right mounting flange outside screw, is turned right
Right connecting rod is arranged in axis outside screw, and right clump weight is arranged in right connecting rod lower end；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
It is identical to walk belt wheel D；The upper left front synchronous belt of installation between the left front synchronous pulley A and left front synchronous pulley C, described left back
The upper left back synchronous belt of installation between synchronous pulley A and left back synchronous pulley C, in the right preamble belt wheel B and right preamble band
Take turns the upper right preamble band of installation between D, it is described it is right after after upper installation is right between synchronous pulley D behind synchronous pulley B and the right side 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 both ends
It is respectively and fixedly installed to middle frame both sides scuncheon, the right cutting belt roller both ends installation front right axle bearing F and right rear bearing block
F, the 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
The both ends of setting winding band on tape wrap roller, left cutting belt roller and right cutting belt roller surface, the winding band are separately mounted to left tape wrap roller
On the right mutual corresponding position of tape wrap roller, the bottoms the positioning baffle A are contacted with winding band upper surface.
Mold and back pressure apparatus are located in winding band Synchronous Radio band take-up device under composite back plate bonding of the present invention,
Lower mold is bonded including guide plate B, guide sleeve B, guide rod B, back pressure cylinder and composite back plate；The guide plate B is mounted on attached
On the frame of frame both sides, it is uniformly arranged four pilot holes on the guide plate B, centre bore is set in the middle part of guide plate B, every
Installation carries the externally threaded guide sleeve B on a pilot hole, and retaining spiral shell is threadedly coupled on the guide sleeve B lateral walls
Female and stroke adjustment nut, the tops the guide rod B bond lower mold bottom with composite back plate and fix, the lower parts the guide rod B
It slides up and down across stroke adjustment nut and guide sleeve B and along guide sleeve B and pilot hole；Lower end is solid in the middle part of the guide plate B
Dingan County fills back pressure cylinder, and the piston rod of back pressure cylinder is fixed and connected by centre bore and the lower mold centre bottom of composite back plate bonding
Connect, the lower die top of composite back plate bonding be with the matched arc of composite back plate out surface, bonded in the composite back plate
The heavy body sponge of arc is set on lower die top；The model SC40X150-S of the back pressure cylinder.
Composite back plate pressure viscosity device of the present invention includes twin shaft cylinder and pressure roller；The twin shaft cylinder includes being mounted on a left side
Left front twin shaft cylinder on front air cylinder seat, is mounted on right front air cylinder seat the left back twin shaft cylinder on left back cylinder block
The right side before twin shaft cylinder and the twin shaft cylinder behind the right side on right exhaust hood seat；The pressure roller includes being symmetricly set on left band excessively
Left pressure roller between roller and right cutting belt roller and right pressure roller；The left front cylinder block and right front air cylinder seat are mounted on middle frame a side
Frame inside, the left back cylinder block and right exhaust hood seat are fixedly mounted on the other side scuncheon of middle frame；The left pressure roller
Both ends are mounted on by left front bearing and left back bearing in left front bearing block and left back bearing block respectively；Left front bearing block bottom with
It is fixedly connected by left front twin shaft cylinder positioning mounting 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 positioning mounting plate between the piston rod end of left back twin shaft cylinder；The right pressure roller two
Bearing is mounted in front right axle bearing and right rear bearing block after end holds by front right axle respectively and is right；Front right axle bearing bottom and the right side
Be fixedly connected by twin shaft cylinder positioning mounting plate before the right side between the piston rod end of preceding twin shaft cylinder, right rear bearing block bottom with
It is fixedly connected by left back twin shaft cylinder positioning mounting plate between the piston rod end of twin shaft cylinder behind the right side；Left front twin shaft cylinder with
Twin shaft cylinder respectively symmetrically tilts down setting, left front twin shaft cylinder and the axis of twin shaft cylinder and the angle of horizontal plane before the right side before the right side
Degree is 9-10 °；Left back twin shaft cylinder and it is right after twin shaft cylinder respectively symmetrically tilt down setting, left back twin shaft cylinder and it is right after pair
The axis of axis cylinder and the angle of horizontal plane are 9-10 °；Twin shaft cylinder, left back twin shaft cylinder and the right side before left front twin shaft cylinder, the right side
The model TN25X30S of twin shaft cylinder afterwards.
The positive effect of the present invention is as follows：The positioning pillars of composite back plate positioning device of the present invention are highly consistent, top with
The out surface that the back of the body closes backboard uniformly contacts, and makes composite back plate that horizontality, the side long side of composite back plate be kept to withstand on two tune
The tops whole leading screw A, adjacent short side withstand on the tops adjusting screw B, make composite back plate accurate positioning；Crack arrest layered material long side top
The live in positioning baffle A of crack arrest layered material piece positioning device, crack arrest layered material piece end, that is, short side withstand the riser of positioning baffle B704
Face, it is ensured that the cross centre line of composite back plate is overlapped with the cross centre line of crack arrest layered material piece, crack arrest layered material on four direction
The covering amount of piece is consistent, ensures that four side sticking effect of composite back plate is consistent to greatest extent.The present invention winds band Synchronous Radio band take-up
Four synchronous belts of device are identical, ensure that the winding band equivalent on left and right tape wrap roller is released.The identical clump weight of four weight can
Make winding band generally in tighten, taut level state, when the out surface of composite back plate and crack arrest layer bonding die bond, it is ensured that before this
The line contact of one, center, then gradually bonds from center to both sides, can squeeze away air completely, ensure that bonding quality is wanted
Ask, due to be Synchronous Radio band can also ensure composite back plate push during center do not deviate, prevent crack arrest layered material piece with it is compound
Sliding is generated between backboard or generates wrinkle phenomenon, further ensures that product quality.
The lower die top of composite back plate bonding of the present invention withstands composite back plate, completes composite back plate out surface adhesion process,
Ask composite back plate and winding with the bonding for completing composite back plate two sides in the process declining, cooperation completion when dropping to bottom position
The viscous pressure of composite back plate top, weight body sponge mainly rises during the work time is uniformly distributed loading pressure, improves bonding quality
Effect is not damaged in addition it can play protection winding band and crack arrest layered material piece by hard object.The left and right pressure roller of the present invention utilizes
Own resilient will decline and squeeze through the crack arrest layered material piece of left and right pressure roller by force together with the pressure viscosity of composite back plate both sides, when compound
When backboard pushing makes the lower mold of composite back plate bonding come downwards to bottom position, left and right pressure roller utilizes under the promotion of four twin shaft cylinders
Band is wound by after the bonding of composite back plate both sides pressure viscosity, 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 of the installation present invention, bonding is secured,
Surfacing, whole corner angle are clearly demarcated, time saving and energy saving, improve work efficiency, and ensure that product quality, are suitable for equipment harness enterprise
It is promoted and applied.
Description of the drawings
Attached drawing 1 is schematic structural view of the invention；
Attached drawing 2 is composite back plate positioning device structure schematic diagram of the present invention；
Attached drawing 3 is composite back plate positioning device component assembly structural schematic diagram of the present invention；
Attached drawing 4 is crack arrest layered material piece positioning device structure schematic diagram of the present invention；
Attached drawing 5 is crack arrest layered material piece positioning device component assembly structural schematic diagram of the present invention；
Attached drawing 6 is present invention winding band Synchronous Radio band take-up apparatus structure schematic diagram；
Attached drawing 7 is present invention winding band Synchronous Radio band take-up apparatus parts assembling structure schematic diagram；
Attached drawing 8 is the lower mold of composite back plate of the present invention bonding and back pressure apparatus structural schematic diagram；
Attached drawing 9 is the lower mold of composite back plate of the present invention bonding and back pressure apparatus component assembly structural schematic diagram；
Attached drawing 10 is composite back plate pressure viscosity apparatus structure schematic diagram of the present invention；
Attached drawing 11 is composite back plate pressure viscosity apparatus parts assembling structure schematic diagram of the present invention；
Attached drawing 12 is the structural schematic diagram of the coating machine of the installation present invention；
Attached drawing 13 is the coating machine composite back plate transmission device structural schematic diagram of the installation present invention；
Attached drawing 14 is the coating machine composite back plate transmission device component assembly structural schematic diagram of the installation present invention；
Attached drawing 15 is the absorption of coating machine composite back plate and the pressure-bearing device structural schematic diagram of the installation present invention；
Attached drawing 16 is the absorption of coating machine composite back plate and the pressure-bearing device component assembly structural schematic diagram of the installation present invention；
Attached drawing 17 is composite back plate and crack arrest layered material chip architecture schematic diagram；
Attached drawing 18 is that composite back plate of the present invention bonds flowage structure schematic diagram with crack arrest layered material piece.
Specific implementation mode
As shown in Fig. 1, the present invention includes rack, composite back plate positioning device 3, crack arrest layered material piece positioning device 7, winding
Band Synchronous Radio band take-up device 6, the lower mold of composite back plate bonding and back pressure apparatus 8 and composite back plate pressure viscosity device 9；The machine
Frame includes frame body 1, is arranged in the upper frame 101 at 1 top of frame body, the middle frame 102 being arranged in the middle part of frame body 1, setting
Bottom framework 104 in 1 lower part of frame body and the auxiliary frame frame 103 that is arranged between middle frame 102 and bottom framework 104；It is described multiple
It closes backboard positioning device 3 and is mounted on 102 one end of middle frame, the crack arrest layered material piece positioning device 7 is mounted on middle frame 102,
The winding band Synchronous Radio band take-up device 6 is located at 7 lower section of crack arrest layered material piece positioning device, the winding band Synchronous Radio band take-up
6 bottom of device is fixedly mounted on bottom framework 104, and 6 top of winding band Synchronous Radio band take-up device is fixedly mounted on center
On frame 102, mold and back pressure apparatus 8 are mounted on auxiliary frame frame 103 and positioned at winding band Synchronous Radio under the composite back plate bonding
Inside band take-up device 6, the composite back plate pressure viscosity device 9 is located at 6 inside top of winding band Synchronous Radio band take-up device, compound
Backboard pressure viscosity device 9 is mounted on middle frame 102 and is symmetrically distributed in the two of the lower mold of composite back plate bonding and back pressure apparatus 8
Side.
As shown in attached drawing 2-5, composite back plate positioning device 3 of the present invention includes being fixedly mounted on 102 one end of middle frame
The positioning substrate 301 of rectangle, the vertical limit riser A302 being fixedly mounted on 301 both sides of positioning substrate, vertical fixed installation
Limit riser B303 on positioning substrate 301 both ends and it is fixedly mounted on 3-4 in the middle part of positioning substrate 301 and highly consistent
Side corresponding with positioning substrate 301 is flat respectively for root positioning pillars 304, the limit riser A302 and the bottom edges limit riser B303
Row；Setting adjusting screw A305, the adjusting screw A305 and limit riser A302 in each both sides the limit riser A302
Vertical and threaded connection；Adjusting screw B306, the adjusting screw B (306) are set in the middle part of each limit riser B303
It is vertical and be threadedly coupled with limit riser B303；End on the outside of the adjusting screw A305 and adjusting screw B306 is set respectively
Set handle 307；The crack arrest layered material piece positioning device 7 includes the installation frame 701 being mounted on middle frame 102, is fixedly mounted
Positioning baffle A702 below installation frame 701 and on 102 side frame of middle frame and with 1 length side of frame body
To consistent positioning baffle B703, described positioning baffle A702 control crack arrest layered material piece a sides are protected with 2 a side of composite back plate
It holds appropriately distance and ensures that two sides are parallel；It is positioned at the positioning of central rack in 701 end side of installation frame
Baffle B703, the positioning baffle B703 are vertical folded plate, are arranged at left and right sides of the bottom plate of the positioning baffle B703 left
Adjustment hole 706 and right adjustment hole 707 are correspondingly arranged left adjusting nut 704 in the left adjustment hole 706 and right adjustment hole 707
With right adjusting nut 705, the positioning baffle B703 is mounted on by left adjusting nut 704 and right adjusting nut 705 in rack
Portion, the riser face that positioning baffle B703 is adjusted by left adjustment hole 706 and right adjustment hole 707 control crack arrest layered material piece and composite back
The distance of 2 end of plate.
As shown in attached drawing 2,3, when composite back plate positioning device 3 of the present invention works, downward by 2 out surface of composite back plate
It is placed on the positioning pillars 304 at middle part above and is uniformly contacted with four 304 tops of positioning pillars, keep 2 holding of composite back plate horizontal
State does not reach 2 out surface of composite back plate if any positioning pillars 304 when first used, can suitably adjust the positioning pillars
304, make composite back plate 2 with keep horizontality after four 304 Full connecteds of positioning pillars.Then composite back plate 2 is moved with hand push,
Side long side must be made to touch two 305 tops adjusting screw A, adjacent short side withstands the tops adjusting screw B306.
As shown in attached drawing 4,5, when work, 201 long side of crack arrest layered material piece is withstood into determining for crack arrest layered material piece positioning device 7
Position baffle A702,201 ends of crack arrest layered material piece, that is, short side withstand the riser face of positioning baffle B703, it is ensured that composite back plate 2
Cross centre line overlapped with the cross centre line of crack arrest layered material piece 201, the covering amount one of crack arrest layered material piece 201 on four direction
It causes, ensures that 2 four side sticking effect of composite back plate is consistent to greatest extent.
As shown in Figures 6, 7, winding band Synchronous Radio band take-up device 6 of the present invention includes being mounted 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 axis 601 and right gear axis 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；601 both ends of left gear axis 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 are respectively and fixedly installed to bottom framework
On 104 both sides frames, left front gear 609 is installed between described 601 one end of left gear axis and left front bearing block A607, described
The left front synchronous pulley A610 being positioned on the outside of left front bearing block A607 on 601 one end of left gear axis, the left gear axis 601
Left back gear 611 is installed between the other end and left back bearing block A608, a left side is positioned on the outside of the left back bearing block A608
Left back synchronous pulley A612 on 601 other end of gear shaft；602 both ends of the right gear axis installation front right axle bearing B613 and the right side
Rear bearing block B614, the front right axle bearing B613 and right rear bearing block B614 are respectively and fixedly installed to 104 two sides of bottom framework
On frame, right front gear 638 is installed between described 602 one end of right gear axis and front right axle bearing B613, is held in the front right axle
Be positioned at right preamble belt wheel B615 on 602 one end of right gear axis on the outside of seat B613,602 other end of right gear axis and
Right backgear 616 is installed between right rear bearing block B614；It is positioned at right gear axis 602 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, transmission ratio 1:1；
The left back gear 611 is meshed with right backgear 616, transmission ratio 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；Left 603 both ends of tape wrap roller 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 are respectively and fixedly installed to bottom framework
On 104 both sides frames；It is positioned at left tape wrap roller 603 respectively on the outside of the left front bearing block C618 and left back bearing block C619
Left company is arranged at left 603 both ends of tape wrap roller in left front synchronous pulley C620 on roll shaft both ends and left back synchronous pulley C621
Left rotary shaft 623, the setting of 623 outside screw of left rotary shaft is arranged in 622 outside screw of left mounting flange in acting flange disk 622
Left clump weight 625 is arranged in left connecting rod 624,624 lower end of left connecting rod；Right 604 both ends of the tape wrap roller installation front right axle bearing D639
It is respectively and fixedly installed to 104 liang of bottom framework with right rear bearing block D626, the front right axle bearing D639 and right rear bearing block D626
On side frame, it is positioned at right 604 roll shaft of tape wrap roller respectively on the outside of the front right axle bearing D639 and right rear bearing block D626
Right connection method is arranged at right 604 both ends of tape wrap roller in synchronous pulley D628 after right preamble belt wheel D627 and the right side on both ends
Right spindle 630 is arranged in 629 outside screw of right mounting flange in blue disk 629, and right company is arranged in 630 outside screw of right spindle
Right clump weight 632 is arranged in bar 631,631 lower end of right connecting rod；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；The upper installation between the left front synchronous pulley A610 and left front synchronous pulley C620
Left front synchronous belt 633, the upper left back synchronous belt of installation between the left back synchronous pulley A612 and left back synchronous pulley C621
634, the upper right preamble band 635 of installation between the right preamble belt wheel B615 and right preamble belt wheel D627, on the right side
Synchronous belt 636 after upper installation is right between synchronous pulley D628 behind synchronous pulley B617 and the right side afterwards；605 both ends of the left cutting belt roller peace
Left front bearing block E640 and left back bearing block E641 are filled, the left front bearing block E640 and left back bearing block E641 fix peace respectively
Mounted in 102 both sides scuncheon of middle frame, 606 both ends of the right cutting belt roller installation front right axle bearing F642 and right rear bearing block
F643, the front right axle bearing F642 and right rear bearing block F643 are respectively and fixedly installed to 102 both sides scuncheon of middle frame；
Setting winding band 637, the winding on 606 surface of left tape wrap roller 603 and right tape wrap roller 604, left cutting belt roller 605 and right cutting belt roller
It is separately mounted on 604 mutual corresponding position of left tape wrap roller 603 and right tape wrap roller with 637 both ends；The positioning baffle
The bottoms A702 are contacted with 637 upper surface of winding band.
Synchronous belt 636 is identical behind left front synchronous belt 633, left back synchronous belt 634, right preamble band 635 and the right side, at work
It can guarantee that 637 equivalent of winding band on left tape wrap roller 603 and right tape wrap roller 604 is released.Two left clump weights 625 and two right sides are matched
632 weight of pouring weight is identical.At work, due to the gravity of four clump weights, can make winding band 637 generally in tighten,
Taut level state, when the out surface of composite back plate 2 and the bonding of crack arrest layer bonding die 201, it is ensured that one, center line contact before this, so
Gradually bond, air can be squeezed away completely from center to both sides afterwards, ensure bonding quality requirement, due to be Synchronous Radio band also
Center does not deviate during can ensureing the pushing of composite back plate 2, prevents to generate cunning between crack arrest layered material piece 201 and composite back plate 2
Wrinkle phenomenon is moved or generated, further ensures that product quality.
As shown in Figures 8 and 9, the lower mold of composite back plate bonding of the present invention and back pressure apparatus 8 are located at winding band Synchronous Radio
In band take-up device 6 comprising guide plate B801, guide sleeve B803, guide rod B806, back pressure cylinder 808 and composite back plate are viscous
Close lower mold 807；The guide plate B801 is mounted on 103 both sides frame of auxiliary frame frame, is uniformly set on the guide plate B801
Four pilot holes 802 are set, centre bore 809 is set in the middle part of guide plate B801, installation is with outer on each pilot hole 802
The guide sleeve B803 of screw thread is threadedly coupled anti-return nut 804 and stroke adjustment spiral shell on the guide sleeve B803 lateral walls
Mother 805, the tops the guide rod B806 bond lower 807 bottom of mold with composite back plate and fix, and the guide rod B806 is worn lower part
Overtravel adjusting nut 805 and guide sleeve B803 are simultaneously slided up and down along guide sleeve B803 and pilot hole 802；In the guide plate
Back pressure cylinder 808 is fixedly mounted in lower end in the middle part of B801, and the piston rod of back pressure cylinder 808 is viscous by centre bore 809 and composite back plate
It closes lower 807 centre bottom of mold to be fixedly connected, lower 807 top surface of mold of composite back plate bonding is and composite back plate out surface
The arc matched, is arranged the weight body sponge 810 of arc on 807 top surface of mold under composite back plate bonding, with two-sided when use
Weight body sponge 810 is pasted onto on lower 807 top surface of mold of composite back plate bonding by glue.The lower 807 top surface arc of mold of composite back plate bonding
Length is slightly 4-6 millimeters narrower than 2 arc length of composite back plate, and composite back plate bonds lower die when by left pressure roller 909 and right pressure roller 910 in this way
Have 807 both sides not contact with left pressure roller 909 and right pressure roller 910.The model SC40X150-S of the back pressure cylinder 808.
As shown in Figures 8 and 9, at work, weight body sea is arranged in the lower mold of composite back plate bonding of the present invention and back pressure apparatus 8
Composite back plate 2 is withstood in lower 807 top surface of mold of composite back plate bonding of silk floss 810, completes 2 out surface adhesion process of composite back plate,
Composite back plate 2 is held in the palm during declining and winds the bonding that band 637 completes 2 two sides of composite back plate, is coordinated when dropping to bottom position
The viscous pressure of 2 top of composite back plate is completed, main rise is uniformly distributed loading pressure to weight body sponge 810 during the work time, improves viscous
The effect for closing quality is not damaged in addition it can play protection winding band 637 and crack arrest layered material piece 201 by hard object.
As shown in attached drawing 10,11, composite back plate pressure viscosity device 9 of the present invention includes twin shaft cylinder and pressure roller；It is described double
Axis cylinder includes the left front twin shaft cylinder 902, left back on left back cylinder block 903 being mounted on left front cylinder block 901
Twin shaft cylinder 904, twin shaft cylinder 906 and the right side on right exhaust hood seat 907 before the right side on right front air cylinder seat 905
Twin shaft cylinder 908 afterwards；The pressure roller includes 909 He of left pressure roller being symmetricly set between left cutting belt roller 605 and right cutting belt roller 606
Right pressure roller 910；The left front cylinder block 901 and right front air cylinder seat 905 are mounted on 102 side scuncheon of middle frame, the left side
Exhaust hood seat 903 and right exhaust hood seat 907 are fixedly mounted on the other side scuncheon of middle frame 102；909 liang of the left pressure roller
End is mounted on by left front bearing 911 and left back bearing 912 in left front bearing block 913 and left back bearing block 914 respectively；Left front axis
It is fixed by left front twin shaft cylinder positioning mounting plate 915 between 913 bottom of bearing and the piston rod end of left front twin shaft cylinder 902
Connection is positioned by left back twin shaft cylinder between 914 bottom of left back bearing block and the piston rod end of left back twin shaft cylinder 904 and is pacified
Loading board 916 is fixedly connected；Bearing 918 is mounted on front right axle after 917 and the right side are held in 910 both ends of right pressure roller by front right axle respectively
In bearing 919 and right rear bearing block 920；Lead between the piston rod end of twin shaft cylinder 906 before 919 bottom of front right axle bearing and the right side
Twin shaft cylinder positioning mounting plate 921 is fixedly connected before crossing the right side, the piston of 920 bottom of right rear bearing block and twin shaft cylinder 908 behind the right side
It is fixedly connected by left back twin shaft cylinder positioning mounting plate 922 between boom end；Left front twin shaft cylinder 902 and twin shaft cylinder before the right side
906 respectively symmetrically tilt down setting, left front twin shaft cylinder 902 and the axis of twin shaft cylinder 906 and the angle of horizontal plane before the right side
It is 9-10 °；Twin shaft cylinder 908 respectively symmetrically tilts down 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 and horizontal plane behind the right side；Left front twin shaft cylinder 902, it is right before twin shaft cylinder 906,
The model TN25X30S of twin shaft cylinder 908 after left back twin shaft cylinder 904 and the right side.
As shown in attached drawing 10,11, composite back plate pressure viscosity device 9 of the present invention at work, left pressure roller 909 and right pressure roller
910 will decline and squeeze through by force the crack arrest layered material piece 201 and composite back plate 2 of left pressure roller 909 and right pressure roller 910 using own resilient
Both sides pressure viscosity together, when the pushing of composite back plate 2 makes the lower mold of composite back plate bonding 807 come downwards to bottom position, 909 He of left pressure roller
Right pressure roller 910 left front twin shaft cylinder 902, left back twin shaft cylinder 904, it is right before twin shaft cylinder 908 behind twin shaft cylinder 906 and the right side
Lower utilize is pushed to wind band 637 by after 2 both sides pressure viscosity bonding of composite back plate, remaining crack arrest layered material piece 201 is shifted onto and pressure viscosity is multiple
Close the top of backboard 2.
As shown in Fig. 12, the coating machine for installing the present invention further includes composite back plate transmission device 5 and is mounted on compound
The composite back plate of 5 lower end of backboard transmission device is drawn and pressure-bearing device 4.
As shown in attached drawing 13,14, the coating machine composite back plate transmission device 5 for installing the present invention includes being fixedly mounted on upper ledge
The linear slide rail 501 of 101 bottom of frame, is mounted on 502 bottom of sliding block at the sliding block 502 being fixedly mounted on 501 slideway of linear slide rail
Transition connecting plate 503, be fixedly mounted on 503 lower part of transition connecting plate composite back plate lifting cylinder 504 and connection folded plate 505
And the round-trip cylinder of composite back plate on 101 bottom end of upper frame 506；Round-trip 506 gas of cylinder of composite back plate
Cylinder end is connect by cylinder hinged seat 507 with rack, and the connection folded plate 505 is located at the composite back plate lifting cylinder 504 top
The piston rod in end outside, the round-trip cylinder of the composite back plate 506 is fixedly connected with folded plate 505 is connect；In the composite back plate liter
Guide plate A510 is fixedly mounted in 504 other end of sending down abnormally ascending cylinder, guide sleeve A509 is installed in the hole of the sides guide plate A510, described
Installation guide rod A508 in guide sleeve A509；The model SC50X300-S of the composite back plate lifting cylinder 504；It is described multiple
Close the model SE32X600-S of the round-trip cylinder of backboard 506.
As shown in attached drawing 15,16, the coating machine composite back plate for installing the present invention is drawn and pressure-bearing device 4 includes rectangular
Pressure-bearing substrate 401 is arranged in the left pressure-bearing arc plate 402 of 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 lifting cylinder 504 and
The lower ends guide rod A508 are fixedly connected；The angle of left pressure-bearing arc plate 402 and right pressure-bearing arc plate 403 and horizontal plane is 9-10 °, and with
The radian in composite back backboard bullet face matches；In the both sides pair of the left pressure-bearing arc plate 402 and right 403 length direction of pressure-bearing arc plate
Claim setting four mounting holes 406,405 top of the vacuum cup is sleeved in pressure-bearing set 404 and top passes through pressure-bearing to cover 404 Hes
Mounting hole 406 is fixedly mounted with left pressure-bearing arc plate 402 and right pressure-bearing arc plate 403 respectively, 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；The model PAFS-35X15-NBR of vacuum cup 405.
As shown in attached drawing 15,16, when the coating machine composite back plate for installing the present invention is drawn and pressure-bearing device 4 works, four
For vacuum cup 405 under the effect of respective spring, pressure-bearing set 404, the horn mouth of vacuum cup 405 are exposed in 405 lower part of vacuum cup
It first touches composite back plate 2 and carries on the back bullet face, connect after vacuum and keep at this time, pressing sleeve 404 of entertaining contacts that composite back plate 2 carries on the back bullet face
When, vacuum cup 405 has carried on the back bullet face with composite back plate 2 and has come into full contact with and composite back plate is firmly sucked.
The coating machine course of work of the installation present invention is sketched by taking a working cell as an example with reference to practical operation：
As shown in attached drawing 1-18, before the coating machine work of the installation present invention, first powers on and air source, check each gas
In situ whether, whether vacuum pump operating is normal for cylinder, and 2 out surface of composite back plate is placed on composite back plate positioning device 3 after errorless
The top of four positioning pillars 304, uniformly contacted with four 304 tops of positioning pillars, it is necessary then to move composite back plate 2 with hand push
Side long side is set to touch two 305 tops adjusting screw A, adjacent short side withstands the tops adjusting screw B306.Then it will apply
The crack arrest layered material piece 201 of good glue is placed on 7 side of crack arrest layered material piece positioning device and tightens on taut flat winding band 637, makes crack arrest
201 a side of layered material piece is adjacent to positioning baffle A702, and adjacent end is adjacent to positioning baffle B703, completes the beam worker before driving
Sequence.
After the coating machine switch for starting the installation present invention, each moving component orderly function, at the round-trip cylinder of composite back plate 506
It is in situ motionless stretching out position, composite back plate lifting cylinder 504 drives composite back plate absorption and pressure-bearing device 4 to decline, and four true
Suction disk 405 is under the effect of respective spring, and pressure-bearing set 404 is exposed in lower part, and the horn mouth of vacuum cup 405 first touches composite back
Plate 2 carries on the back bullet face, connects after vacuum and keeps at this time, and when pressing sleeve 404 of entertaining contacts that composite back plate 2 carries on the back bullet face, vacuum cup 405 is
Through being come into full contact with the back of the body bullet of composite back plate 2 face and composite back plate being firmly sucked.
The horn mouth of four vacuum cups 405 first touch the back of the body bullet face of composite back plate 2 i.e. concave surface when, sucker vacuum is connected
And keep, pressure-bearing set 404 is pressed onto on the back of the body bullet face of composite back plate 2, ensures vacuum cup 405 by composite back plate 2 through delay in 1-2 seconds
After absorption securely, composite back plate lifting cylinder 504 rises to original position, the round-trip cylinder of composite back plate with the composite back plate 2 of absorption
506 are sent to 8 surface of the lower mold of composite back plate bonding and back pressure apparatus from position retraction i.e. in situ is stretched out, by composite back plate 2, compound
Backboard lifting cylinder 504 declines with composite back plate 2, so that the center line of 2 out surface length of composite back plate is first pressed onto and coats glue
Crack arrest layered material piece 201 on, in the case where tightening taut flat winding band 637 and coordinating, gradually glued to both sides from the line contacted at first
It closes, while the air between 2 out surface of composite back plate and crack arrest layered material piece 201 being squeezed away completely, until entire composite back plate 2
Out surface part corresponding with crack arrest layered material piece 201 all sticks together, and composite back plate lifting cylinder 504 pushes composite back plate 2
Continue to decline, until being pressed onto lower 810 top surface of mold and 8 top weight body sponge of back pressure apparatus of composite back plate bonding, composite back plate liter
Sending down abnormally ascending cylinder 504 no longer declines and is delayed 3-5 seconds, with all strength assists composite back plate 2 in weight body sponge 810 with crack arrest layered material piece 201
Lower carry out weight, and utmostly ensure that pressure is evenly distributed on Full connected area, to reach optimum adhesion effect.Delay finishes
Afterwards, 808 pressure release of back pressure cylinder, composite back plate lifting cylinder 504 push composite back plate 2 to press against crack arrest layered material piece 201 and winding band
637 and back pressure cylinder 808 head on lower 807 support of mold of composite back plate bonding and composite back plate 2 and decline together.
When 2 both sides of composite back plate and crack arrest layered material piece 201 and winding band 637 squeezed left pressure roller 909 and right pressure roller by force
910, left pressure roller 909 and right pressure roller 910 utilize the elastic force of itself by winding band 637 by 2 both sides of composite back plate and crack arrest layered material
Together, composite back plate lifting cylinder 504 pushes composite back plate 2 and composite back plate bonding 807 row of lower mold to the back of the body to 201 pressure viscosity of piece
After 808 bottom of air cylinder position is motionless, left front twin shaft cylinder 902, left back twin shaft cylinder 904, it is right before twin shaft behind twin shaft cylinder 906 and the right side
Cylinder 908 pushes left pressure roller 909 and right pressure roller 910 to utilize winding band 637 by remaining crack arrest layer after 2 both sides pressure viscosity of composite back plate
Tablet 2 shift onto and pressure viscosity to composite back backboard bullet face edge and be delayed 1-3 seconds, roll repeatedly it is secondary, with ensure bonding jail
Gu.It is cut off with posterior sucker vacuum and is blown into one compressed air and destroy vacuum, composite back plate 2 and four vacuum cups 405 are detached from, rise
Sending down abnormally ascending cylinder 504 drives that composite back plate is drawn and pressure-bearing device 4 rises to original position, and the piston rod of the round-trip cylinder of composite back plate 506 is stretched
Go out to original position, back pressure cylinder 808 heads on the composite back plate 2 bonded and rises through after left pressure roller 909 and right pressure roller 910 to former
Position, prepares next working cycles.
2 both ends of composite back plate utilize auxiliary tool and 201 pressure viscosity of crack arrest layered material piece using manual.
2 out surface of composite back plate and crack arrest layered material piece 201 are bonded using the coating machine of the installation present invention, bonding jail
Gu surfacing, whole corner angle are clearly demarcated, time saving and energy saving to improve work efficiency, and ensure that product quality, are suitable for equipment harness enterprise
Industry is promoted and applied.
Finally illustrate, the foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all
Any modification, equivalent replacement or improvement etc., should be included in the guarantor of the present invention made by within the spirit and principles in the present invention
Within the scope of shield.
Claims (5)
1. the composite back plate and crack arrest layer of a kind of coating machine position and back pressure pressure viscosity device, it is characterised in that it includes rack, answers
Close backboard positioning device（3）, crack arrest layered material piece positioning device（7）, winding band Synchronous Radio band take-up device（6）, composite back plate it is viscous
Close lower mold and back pressure apparatus（8）And composite back plate pressure viscosity device（9）；
The rack includes frame body（1）, be arranged in frame body（1）The upper frame at top（101）, be arranged in frame body（1）In
The middle frame in portion（102）, be arranged in frame body（1）The bottom framework of lower part（104）And it is arranged in middle frame（102）And bottom framework
（104）Between auxiliary frame frame（103）；
The composite back plate positioning device（3）Mounted on middle frame（102）One end, the crack arrest layered material piece positioning device（7）Peace
Mounted in middle frame（102）On, the winding band Synchronous Radio band take-up device（6）Positioned at crack arrest layered material piece positioning device（7）Lower section,
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 is received
Band device（6）Top is fixedly mounted on middle frame（102）On, mold and back pressure apparatus under the composite back plate bonding（8）Installation
In auxiliary frame frame（103）Above and positioned at winding band Synchronous Radio band take-up device（6）Inside, the composite back plate pressure viscosity device（9）Position
In winding band Synchronous Radio band take-up device（6）Inside top, composite back plate pressure viscosity device（9）Mounted on middle frame（102）It is upper and
It is symmetrically distributed in the lower mold of composite back plate bonding and back pressure apparatus（8）Both sides.
2. the composite back plate and crack arrest layer of coating machine according to claim 1 position and back pressure pressure viscosity device, feature exist
In the composite back plate positioning device（3）Including being fixedly mounted on middle frame（102）The positioning substrate of one end rectangle（301）, hang down
Directly it is fixedly mounted on positioning substrate（301）Limit riser A on both sides（302）, be vertically fixedly mounted on positioning substrate（301）Two
Limit riser B on end（303）And it is fixedly mounted on positioning substrate（301）Middle part and highly consistent 3-4 root positioning pillars
（304）, the limit riser A（302）With limit riser B（303）Bottom edge respectively with positioning substrate（301）Corresponding side is flat
Row；
In each limit riser A（302）Adjusting screw A (305) is arranged in both sides, and the adjusting screw A (305) is vertical with limit
Plate A（302）Vertical and threaded connection；
In each limit riser B（303）Adjusting screw B (306) is arranged in middle part, and the adjusting screw B (306) is vertical with limit
Plate B（303）Vertical and threaded connection；
Handle is respectively set in end on the outside of the adjusting screw A (305) and adjusting screw B (306)（307）；
The crack arrest layered material piece positioning device（7）Including being mounted on middle frame（102）On installation frame（701）, be fixedly mounted
In installation frame（701）The positioning baffle A of lower section（702）And it is mounted on middle frame（102）On the frame of side and and frame body
（1）The consistent positioning baffle B of length direction（703）,
The positioning baffle A（702）Control crack arrest layered material piece a side and composite back plate（2）A side keeps appropriately distance simultaneously
And ensure that two sides are parallel；In installation frame（701）End side is positioned at the positioning baffle B of central rack（703）, institute
State positioning baffle B（703）For vertical folded plate, in the positioning baffle B（703）Bottom plate at left and right sides of left adjustment hole is set
（706）With right adjustment hole（707）, in the left adjustment hole（706）With right adjustment hole（707）Inside it is correspondingly arranged left adjusting nut
(704) and right adjusting nut（705）, the positioning baffle B（703）Pass through left adjusting nut (704) and right adjusting nut（705）
Mounted on central rack, pass through left adjustment hole（706）With right adjustment hole（707）Adjust positioning baffle B（703）Riser face control
Crack arrest layered material piece and composite back plate（2）The distance of end.
3. the composite back plate and crack arrest layer of coating machine according to claim 1 or 2 position and back pressure pressure viscosity device, feature
It is the winding band Synchronous Radio band take-up device（6）Including being mounted on bottom framework（104）On tape wrap roller, be mounted on tape wrap roller
Between gear shaft and be mounted on middle frame（102）On cutting belt roller corresponding with tape wrap roller；
The gear shaft includes left gear axis（601）With right gear axis（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 axis（601）Left front bearing block A is installed at both 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 the frame of both sides, in the left gear axis
（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）Pacify in outside
Dress is located at left gear axis（601）Left front synchronous pulley A on one end（610）, the left gear axis（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 axis
（601）Left back synchronous pulley A on the other end（612）；
The right gear axis（602）Front right axle bearing B is installed at both ends（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 the frame of both sides, in the right gear axis
（602）One end and front right axle bearing B（613）Between right front gear is installed（638）, in the front right axle bearing B（613）Pacify in outside
Dress is located at right gear axis（602）Right preamble belt wheel B on one end（615）, the right gear axis（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 axis
（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, transmission ratio 1:1；The left back gear（611）With
Right backgear（616）It is meshed, transmission ratio 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 both 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 the frame of both sides；In the left front bearing
Seat C（618）With left back bearing block C（619）Outside is positioned at left tape wrap roller respectively（603）Left front synchronous belt on roll shaft both ends
Take turns C（620）With left back synchronous pulley C（621）, in the left tape wrap roller（603）Left mounting flange is arranged in both ends（622）,
The left mounting flange（622）Left rotary shaft is arranged in outside screw（623）, left rotary shaft（623）Left connecting rod is arranged in outside screw
（624）, left connecting rod（624）Left clump weight is arranged in lower end（625）；
The right tape wrap roller（604）Front right axle bearing D is installed at both ends（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 the frame of both sides, held in the front right axle
Seat D（639）With right rear bearing block D（626）Outside is positioned at right tape wrap roller respectively（604）Right preamble band on roll shaft both ends
Take turns D（627）With synchronous pulley D behind the right side（628）, in the right tape wrap roller（604）Right mounting flange is arranged in both ends（629）,
The right mounting flange（629）Right spindle is arranged in outside screw（630）, right spindle（630）Right connecting rod is arranged in outside screw
（631）, right connecting rod（631）Right clump weight is arranged in lower end（632）；
The left front synchronous pulley A（610）, left back synchronous pulley A（612）, right preamble belt wheel B（615）, it is right 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 the upper left front synchronous belt of installation
（633）, in the left back synchronous pulley A（612）With left back synchronous pulley C（621）Between the upper left back synchronous belt of installation（634）,
In the right preamble belt wheel B（615）With right preamble belt wheel D（627）Between the upper right preamble band of installation（635）, described
Synchronous pulley B behind the right side（617）With synchronous pulley D behind the right side（628）Between upper installation it is right after synchronous belt（636）；
The left cutting belt roller（605）Left front bearing block E is installed at both 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）Front right axle bearing F is installed at both ends（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）Both ends be separately mounted to left tape wrap roller（603）With right tape wrap roller（604）It is mutual corresponding
On position；The positioning baffle A（702）Bottom and winding band（637）Upper surface contacts.
4. the composite back plate and crack arrest layer of coating machine according to claim 3 position and back pressure pressure viscosity device, feature exist
Lower mold and back pressure apparatus are bonded in the composite back plate（8）Positioned at winding band Synchronous Radio band take-up device（6）It is interior comprising to lead
To plate B（801）, guide sleeve B（803）, guide rod B（806）, back pressure cylinder（808）Lower mold is bonded with composite back plate（807）；
The guide plate B（801）Mounted on auxiliary frame frame（103）On the frame of both sides, in the guide plate B（801）On be uniformly arranged
Four pilot holes（802）, in guide plate B（801）Centre bore is arranged in middle part（809）, in each pilot hole（802）Upper installation
With the externally threaded guide sleeve B（803）, in the guide sleeve B（803）Anti-return nut is threadedly coupled on lateral wall（804）
And stroke adjustment nut（805）, the guide rod B（806）Top and the lower mold of composite back plate bonding（807）Bottom is fixed, institute
State guide rod B（806）Lower part passes through stroke adjustment nut（805）With guide sleeve B（803）And along guide sleeve B（803）And pilot hole
（802）It slides up and down；
In the guide plate B（801）Back pressure cylinder is fixedly mounted in middle part lower end（808）, back pressure cylinder（808）Piston rod pass through
Centre bore（809）Lower mold is bonded with composite back plate（807）Centre bottom is fixedly connected, the lower mold of composite back plate bonding
（807）Top surface is the mold under composite back plate bonding with the matched arc of composite back plate out surface（807）It is arranged on top surface
The heavy body sponge of arc（810）；
The back pressure cylinder（808）Model SC40X150-S.
5. the composite back plate and crack arrest layer of coating machine according to claim 4 position and back pressure pressure viscosity device, feature exist
In the composite back plate pressure viscosity device（9）Including twin shaft cylinder and pressure roller；
The twin shaft cylinder includes being mounted on left front cylinder block（901）On left front twin shaft cylinder（902）, be mounted on left back cylinder
Seat（903）On left back twin shaft cylinder（904）, be mounted on 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）Mounted on 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）Other side scuncheon；
The left pressure roller（909）Both ends pass through left front bearing respectively（911）With left back bearing（912）Mounted on 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 mounting plate（915）It is fixedly connected, left back bearing block（914）Bottom and left back twin shaft cylinder（904）Piston rod end between
Pass through left back twin shaft cylinder positioning mounting plate（916）It is fixedly connected；
The right pressure roller（910）It is held respectively by front right axle at both ends（917）With bearing behind the right side（918）Mounted on front right axle bearing
（919）With right rear bearing block（920）It is interior；
Front right axle bearing（919）Bottom and twin shaft cylinder before the right side（906）Piston rod end between it is fixed by twin shaft cylinder before the right side
Position mounting plate（921）It is fixedly connected, right rear bearing block（920）Bottom and twin shaft cylinder behind the right side（908）Piston rod end between
Pass through left back twin shaft cylinder positioning mounting plate（922）It is fixedly connected；
Left front twin shaft cylinder（902）With twin shaft cylinder before the right side（906）Respectively symmetrically tilt down setting, left front twin shaft cylinder
（902）With twin shaft cylinder before the right side（906）Axis and horizontal plane angle be 9-10 °；
Left back twin shaft cylinder（904）With twin shaft cylinder behind the right side（908）Respectively symmetrically tilt down setting, left back twin shaft cylinder
（904）With twin shaft cylinder behind the right side（908）Axis and horizontal plane angle be 9-10 °；Left front twin shaft cylinder（902）, it is right before it is double
Axis cylinder（906）, left back twin shaft cylinder（904）With twin shaft cylinder behind the right side（908）Model TN25X30S.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611201873.4A CN106739417B (en) | 2016-12-23 | 2016-12-23 | The composite back plate and crack arrest layer of coating machine position and back pressure pressure viscosity device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611201873.4A CN106739417B (en) | 2016-12-23 | 2016-12-23 | The composite back plate and crack arrest layer of coating machine position and back pressure pressure viscosity device |
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| CN106739417A CN106739417A (en) | 2017-05-31 |
| CN106739417B true CN106739417B (en) | 2018-08-21 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102538589A (en) * | 2011-12-16 | 2012-07-04 | 宁波荣溢化纤科技有限公司 | Ultrahigh molecular weight polyethylene bulletproof plate |
| CN103625083A (en) * | 2013-12-05 | 2014-03-12 | 徐四伟 | Gum pasting device for radiating fin |
| CN206733767U (en) * | 2016-12-23 | 2017-12-12 | 际华三五零二职业装有限公司 | Composite back plate and crack arrest the layer positioning of a kind of coating machine and back pressure pressure viscosity device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20120183716A1 (en) * | 2008-05-20 | 2012-07-19 | Jordan Robert F | Moldable ballistic armor panel |
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2016
- 2016-12-23 CN CN201611201873.4A patent/CN106739417B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102538589A (en) * | 2011-12-16 | 2012-07-04 | 宁波荣溢化纤科技有限公司 | Ultrahigh molecular weight polyethylene bulletproof plate |
| CN103625083A (en) * | 2013-12-05 | 2014-03-12 | 徐四伟 | Gum pasting device for radiating fin |
| CN206733767U (en) * | 2016-12-23 | 2017-12-12 | 际华三五零二职业装有限公司 | Composite back plate and crack arrest the layer positioning of a kind of coating machine and back pressure pressure viscosity device |
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| CN106739417A (en) | 2017-05-31 |
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