CN108297391A - laminator - Google Patents
laminator Download PDFInfo
- Publication number
- CN108297391A CN108297391A CN201711071658.1A CN201711071658A CN108297391A CN 108297391 A CN108297391 A CN 108297391A CN 201711071658 A CN201711071658 A CN 201711071658A CN 108297391 A CN108297391 A CN 108297391A
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- China
- Prior art keywords
- profiling
- cutter
- push
- idler wheel
- plane
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- 238000007667 floating Methods 0.000 claims abstract description 48
- 239000000463 material Substances 0.000 claims abstract description 32
- 230000007246 mechanism Effects 0.000 claims description 280
- 238000005520 cutting process Methods 0.000 claims description 52
- 230000001360 synchronised effect Effects 0.000 claims description 35
- 238000009499 grossing Methods 0.000 claims description 33
- 239000000758 substrate Substances 0.000 claims description 27
- 238000009434 installation Methods 0.000 abstract description 28
- 238000004519 manufacturing process Methods 0.000 abstract description 14
- 230000001681 protective effect Effects 0.000 description 50
- 244000309464 bull Species 0.000 description 13
- 230000033001 locomotion Effects 0.000 description 11
- 230000000903 blocking effect Effects 0.000 description 10
- 230000000694 effects Effects 0.000 description 10
- 230000009471 action Effects 0.000 description 9
- 238000000034 method Methods 0.000 description 8
- 230000008569 process Effects 0.000 description 8
- 239000011248 coating agent Substances 0.000 description 7
- 238000000576 coating method Methods 0.000 description 7
- 238000005096 rolling process Methods 0.000 description 7
- 230000005540 biological transmission Effects 0.000 description 4
- 230000008859 change Effects 0.000 description 4
- 238000004146 energy storage Methods 0.000 description 4
- 239000007787 solid Substances 0.000 description 3
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N Silicium dioxide Chemical compound O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 2
- 230000008828 contractile function Effects 0.000 description 2
- 230000008602 contraction Effects 0.000 description 2
- 230000002950 deficient Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 210000003734 kidney Anatomy 0.000 description 2
- 239000012528 membrane Substances 0.000 description 2
- 230000005012 migration Effects 0.000 description 2
- 238000013508 migration Methods 0.000 description 2
- 238000011176 pooling Methods 0.000 description 2
- 239000000700 radioactive tracer Substances 0.000 description 2
- 239000000741 silica gel Substances 0.000 description 2
- 229910002027 silica gel Inorganic materials 0.000 description 2
- 238000001179 sorption measurement Methods 0.000 description 2
- 238000003786 synthesis reaction Methods 0.000 description 2
- 230000004069 differentiation Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 1
- 230000036316 preload Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C63/0056—Provisional sheathings
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C63/0004—Component parts, details or accessories; Auxiliary operations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C63/0073—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor of non-flat surfaces, e.g. curved, profiled
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C63/00—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor
- B29C2063/006—Lining or sheathing, i.e. applying preformed layers or sheathings of plastics; Apparatus therefor of surfaces having irregularities or roughness
Landscapes
- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The invention discloses a kind of laminators, including babinet, electrical control gear, air control unit, vacuum generating device, cut feeding device, plane floating adhering device, profiling adhering device, electrical control gear is separately mounted to the both sides of babinet with air control unit, vacuum generating device, and air control unit, vacuum generating device are electrically connected with electrical control gear respectively；Cut the top surface that feeding device is mounted on babinet, feeding device is cut with base plate, feeding slide unit, plane smoothes out adhering device installation on the base mounting plate, profiling adhering device is mounted on feeding slide unit, it cuts feeding device, profiling adhering device and air control unit to be connected, plane smoothes out adhering device and is electrically connected with electrical control gear；The surface that the laminator solves the special-shaped wheel profile surface product that surface is rough surface, especially circumference coated product automates pad pasting operation, improves production efficiency, has saved manpower and materials cost.
Description
Technical field
The present invention relates to machinery manufacturing technology field more particularly to a kind of laminators.
Background technology
The laminator for completing product surface pad pasting at present can be only done the product table face paste that outer surface is high smooth finish surface
Film, and produced for the special-shaped wheel profile surface product that surface is rough surface (shining line face), especially circumference coating (shell of such as USB)
Product automate pad pasting operation there are certain difficulty, protective film can not be easily mainly based on manual work in the product surface
Be attached on product surface, waste a lot of manpower and material resources cost.
Invention content
The purpose of the present invention is to provide a kind of laminator, which solves the special-shaped wheel profile surface that surface is rough surface
The surface of product, especially circumference coated product automates pad pasting operation, improves production efficiency, saved manpower and materials at
This.
Its technical solution is as follows：
Laminator, which is characterized in that including babinet, electrical control gear, air control unit, vacuum generating device, sanction
Cut feeding device, plane smoothes out adhering device, profiling adhering device, the electrical control gear and air control unit, vacuum
Generating means is separately mounted to the both sides of babinet, the air control unit, vacuum generating device respectively with the electrical control
Device is electrically connected；
The top surface for cutting feeding device and being mounted on the babinet, the feeding device that cuts is with base plate, feeding
Slide unit, the first vacuum suction table, the plane smooth out adhering device and are mounted on the base plate, the profiling adhering device installation
On the feeding slide unit, first vacuum suction table is mounted on the surface of the feeding slide unit；It is described cut feeding device,
Profiling adhering device is connected with the air control unit, and the plane smoothes out adhering device and electrically connects with electrical control gear
It connects；
The plane smoothes out adhering device and smoothes out attaching mechanism with plane, and the plane, which smoothes out, attaches mechanism positioned at described
The surface of profiling adhering device；
The profiling adhering device has the second vacuum suction table, in second vacuum suction table and first vacuum suction table
Line position is corresponding, and first vacuum suction table, the second vacuum suction table are connected with the vacuum generating device respectively.
It includes translation crossbeam, actuating unit, cantilever beam that the plane, which smoothes out adhering device, and the translation crossbeam has first
Rail plate, the actuating unit is located on first rail plate, and is translatable and is connect with it, the actuating unit with it is described
Electrical control gear is electrically connected；
The end face of the cantilever beam is connect with the side of the translation crossbeam, and the plane, which smoothes out, attaches mechanism mounted on institute
State on the side of cantilever beam, the plane smooth out attach mechanism by cantilever beam extend to the profiling adhering device just on
Side.
The translation crossbeam includes glissile segment, smoothes out section, and first rail plate is located on the side of the glissile segment,
The cantilever beam is located on the side for smoothing out section, and first rail plate is with the cantilever beam in the translation crossbeam
In two opposite sides.
The cantilever beam includes the first cantilever beam, the second cantilever beam, and it includes the first plane that the plane, which smoothes out and attaches mechanism,
It smoothes out and attaches mechanism, the second plane floating attaching mechanism, the first plane floating attaches mechanism and is mounted on first cantilever
Liang Shang, second plane, which smoothes out, attaches mechanism on second cantilever beam, and first plane, which smoothes out, attaches mechanism
It is opposite that attaching mechanism floating direction is smoothed out with second plane.
The side of the glissile segment is equipped with the first sliding recess, and it is recessed that first rail plate imbeds first sliding
Slot is connect with the side of the glissile segment.
The actuating unit include grillage, smooth out motor, driving wheel, the first deflecting roller, the second deflecting roller, the first sliding block,
Synchronous belt, the grillage are equipped with first through hole, and the grillage has the first lateral plates, the second lateral plates, the floating motor
In first lateral plates, the floating motor is electrically connected with the electrical control gear；The floating motor tool
There are machine shaft, the machine shaft to be connect with the driving wheel across the first through hole；
First sliding block is mounted in the second lateral plates of the grillage, and the grillage passes through first sliding block and institute
State the sliding connection of the first rail plate；
The synchronous belt around first deflecting roller, driving wheel, the second deflecting roller, the both ends of the synchronous belt respectively with
The both ends of the glissile segment connect.
There is the first bottom face, the second bottom face, first bottom face to be equipped with the on the bottom surface at the glissile segment both ends
One end of one fixed block, the second fixed block, the synchronous belt is mounted between first fixed block, the second fixed block；It is described
Second bottom face is equipped with third fixed block, the 4th fixed block, and the other end of the synchronous belt is mounted on the third fixed block, the
Between four fixed blocks.
Motor installing hole is additionally provided on the grillage, the motor installing hole is four, and the motor installing hole is kidney-shaped
Hole, the floating motor are mounted on by the motor installing hole on the grillage.
Second lateral plates of the grillage are equipped with the second sliding recess, and it is recessed that first sliding block imbeds second sliding
Slot is connect with the grillage.
It includes smoothing out holder, the first pivoted arm, the second pivoted arm, smoothing out encapsulated idler wheel, first that the plane, which smoothes out and attaches mechanism,
Extension spring, the first spring fixing axle, the both sides for smoothing out holder are respectively equipped with the first support arm, the second support arm, described
The middle part of first pivoted arm, the second pivoted arm middle part be rotatably connected respectively with first support arm, the second support arm；
There is first end, the second end, the both ends of second pivoted arm to have third end at the both ends of first pivoted arm
Portion, the 4th end, the both ends for smoothing out encapsulated idler wheel are connect with the first end, third end respectively, first bullet
The both ends of spring fixing axle are connect with the second end, the 4th end respectively；
Axis connection is fixed in the both ends of first extension spring with the floating holder, the first spring respectively.
The floating holder includes rack body, the first overhanging arm, the second overhanging arm, the side of the rack body and institute
The beginning connection of the first overhanging arm, the second overhanging arm is stated, and forms U-type groove, the other side of the rack body is convex equipped with installing
Platform, first support arm, the second support arm are respectively provided at the middle part of the first overhanging arm, the second overhanging arm.
The middle part of the first spring fixing axle is equipped with the first spring groove, and the floating holder further includes that second spring is solid
Dead axle, the both ends of the second spring fixing axle are connect with the beginning of the first overhanging arm, the second overhanging arm respectively, and described the
The middle part of two spring fixing axles is equipped with second spring groove, and the both ends of first extension spring are recessed with first spring respectively
Slot, the connection of second spring groove.
It is described first overhanging arm end, second overhanging arm end on be respectively equipped with the first limit screw hole, second limit
Screw hole, the first limit screw hole, second limit first be separately installed on screw hole for being limited to the first spring fixing axle
Limit screw, the second Limit screw.
It is respectively equipped with the first supported hole, the second supported hole on first support arm, the second support arm, described first turn
Arm, the second pivoted arm are respectively equipped with the first axis hole, the second axis hole, and bull stick, institute are equipped between first support arm, the second support arm
The both ends for stating bull stick are each passed through first supported hole, the second supported hole is rotatably connected with first axis hole, the second axis hole.
The both ends of the bull stick are respectively equipped with the first card slot, the second card slot, are set respectively on first card slot, the second card slot
There are the first clamp spring, the second clamp spring, first card slot that first supported hole, the first axis hole and first clamp spring is passed through to connect
It connects, second card slot passes through second supported hole, the second axis hole to be connect with second clamp spring.
The both ends of the first spring fixing axle are respectively equipped with third card slot, the 4th card slot, the third card slot, the 4th card
Third clamp spring, the 4th clamp spring are respectively equipped on slot, it She You not the second mounting hole, the 4th on the second end, the 4th end part
Mounting hole, the third card slot are connect across second mounting hole with the third clamp spring, and the 4th card slot passes through described
4th mounting hole is connect with the 4th clamp spring.
The both ends for smoothing out encapsulated idler wheel are respectively equipped with the 5th card slot, the 6th card slot, the 5th card slot, the 6th card slot
On be respectively equipped with the 5th clamp spring, the 6th clamp spring, be respectively equipped on the first end, third end the first mounting hole, third peace
Hole is filled, the 5th card slot connect across first mounting hole with the 5th clamp spring, and the 6th card slot is across described the
Three mounting holes are connect with the 6th clamp spring.
The profiling adhering device includes profiling push plate, outer profile feeler mechanism, the first encapsulated idler wheel, the second encapsulated rolling
Wheel, substrate holder, pneumatic mechanism, the outer profile feeler mechanism are four, and four outer profile feeler mechanisms are installed respectively
In the profiling push plate；
Two outer profile feeler mechanisms form the first feeler mechanism, two outer profile profiling machines with the described first encapsulated idler wheel
Structure forms the second feeler mechanism, and the profiling of first feeler mechanism, the second feeler mechanism with the described second encapsulated idler wheel
Direction is opposite；
Second vacuum suction table is mounted on the substrate holder, and the top surface of second vacuum suction table is equipped with first
Roller groove, the second roller groove, the first encapsulated idler wheel, the second encapsulated idler wheel be each passed through first roller groove,
Second roller groove；
The profiling push plate is mounted on the top of the substrate holder, and the pneumatic mechanism is mounted on the substrate holder
Lower section, the pneumatic mechanism include profiling cylinder, profiling push rod, and the profiling push rod is connect with the profiling push plate, described imitative
Shape cylinder is connected with the air control unit.
First feeler mechanism has the first outer profile feeler mechanism, the second outer profile feeler mechanism, outside described first
Profile tracer mechanism, the second outer profile feeler mechanism are located at the both sides of second vacuum suction table, the first encapsulated idler wheel
Both ends are connect with the first outer profile feeler mechanism, the second outer profile feeler mechanism respectively；
Second feeler mechanism has third outer profile feeler mechanism, the 4th outer profile feeler mechanism, outside the third
Profile tracer mechanism, the 4th outer profile feeler mechanism are located at the both sides of second vacuum suction table, the second encapsulated idler wheel
Both ends are connect with the third outer profile feeler mechanism, the 4th outer profile feeler mechanism respectively.
The first outer profile feeler mechanism, the second outer profile feeler mechanism are respectively equipped with the first idler wheel mounting hole, second
The both ends of idler wheel mounting hole, the first encapsulated idler wheel are each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, and
Rotate connection；
The third outer profile feeler mechanism, the 4th outer profile feeler mechanism are respectively equipped with third idler wheel mounting hole, the 4th
The both ends of idler wheel mounting hole, the second encapsulated idler wheel are each passed through the third idler wheel mounting hole, the 4th idler wheel mounting hole, and
Rotate connection.
The first encapsulated idler wheel, the second encapsulated idler wheel both ends be respectively equipped with bayonet, the first encapsulated idler wheel both ends
Bayonet be each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, the bayonet point at the second encapsulated idler wheel both ends
Not Chuan Guo the third idler wheel mounting hole, the 4th idler wheel mounting hole, the 7th clamp spring is installed on the bayonet.
The side of second vacuum suction table is equipped with pipe fitting, has vacuum chamber in second vacuum suction table, described
Pipe fitting is connected with the vacuum chamber.
The substrate holder includes bottom plate, the first suction unit bearing, the second suction unit bearing, and two middle side part of profiling push plate is set
There are the first empty avoiding notch, the second empty avoiding notch, the first suction unit bearing, the second suction unit bearing to be each passed through the first empty avoiding and lack
Mouthful, the second empty avoiding notch be located on bottom plate, the both sides of second vacuum suction table are separately mounted to the first suction unit bearing, the
On two suction unit bearings.
The bottom surface of the profiling push plate, which is equipped with, is oriented to profiled shaft, and the substrate holder, which is equipped with, is oriented to straight hole, described
Straight hole is oriented to match with the guiding profiled shaft, the guiding profiled shaft across the guiding straight hole, and with its axial direction
It is slidably matched.
The guiding straight hole is equipped with linear bearing, and there is the linear bearing bearing hole, the guiding profiled shaft to wear
Cross the bearing hole, the guiding profiled shaft and the bearing hole axial sliding fit.
The pneumatic mechanism includes profiling cylinder, profiling push rod, and the substrate holder is equipped with first through hole, and the profiling pushes away
Bar is connect across the first through hole with the profiling push plate, and the profiling cylinder is connect with the substrate holder.
The pneumatic mechanism further includes the first speed governing valve, the second speed governing valve, and the profiling cylinder has air inlet pipe, escape pipe,
First speed governing valve, the second speed governing valve are respectively provided at the air inlet pipe, on escape pipe；There is air cavity in the profiling cylinder,
The air inlet pipe, escape pipe and the air cavity unicom.
The outer profile feeler mechanism, including movable head, supporting plate, banking pin, the second extension spring, on the movable head
Equipped with the first pilot hole, stop screw, the supporting plate is equipped with the second pilot hole, screw hole, spring hangering nail, and described second leads
The guide direction of first pilot hole described in Xiang Kongyu is corresponding, and the banking pin passes through second pilot hole, and is slided with it
Cooperation；
The stop screw passes through the screw hole, the first pilot hole, the stop screw to be connect with the supporting plate, institute
Stop screw is stated to be slidably matched with first pilot hole；
The spring hangering nail is located at the movable head in two opposite sides of the supporting plate, second extension spring
Both ends are connect with the banking pin, spring hangering nail respectively, the draw direction of second extension spring and leading for the second pilot hole
It is corresponding to direction.
First pilot hole, the second pilot hole be waist-shaped hole, first pilot hole be it is multiple, the stop screw,
Screw hole is multiple, and first pilot hole is corresponding with the stop screw, screw hole number.
First pilot hole, the second pilot hole are oblique strip-shaped hole, first pilot hole, the second pilot hole and level
The oblique angle of line is 40 degree to 60 degree.
The outer end of the banking pin is equipped with the first limiting groove, and the spring hangering nail is equipped with the second limiting groove,
The both ends of second extension spring are connect with first limiting groove, the second limiting groove respectively.
The outer end of the stop screw is equipped with stop nut, and the stop screw passes through the screw hole, first to be oriented to
Hole is connect with the stop nut.
The bottom end of the supporting plate is equipped with mounting plate, and the mounting plate has top plate face, base surface, the top plate mask
There are interconnecting piece, mounting portion, the interconnecting piece to be connect with the bottom end of the supporting plate, the mounting portion is equipped with rack mounting apertures,
The rack mounting apertures are two, and two rack mounting apertures are located at the both ends of the mounting portion.
The base surface of the mounting plate is equipped with positioning convex platform, and the positioning convex platform is located at the middle part of base surface.
The feeding device that cuts further includes push-up mechanism, feeding machanism, manipulator, upper cutting mechanism, lower cutting mechanism,
The push-up mechanism, lower cutting mechanism, feeding slide unit are mounted on the base plate；The feeding machanism, manipulator, on cut
Mechanism is mounted in the push-up mechanism；
There is the upper cutting mechanism upper cutter, the lower cutting mechanism to have lower cutter, the upper cutter and lower cutter
Corresponding, the manipulator has pneumatic clamps, and the pneumatic clamps, upper cutter, lower cutter are located at the surface of the feeding slide unit；
There is the feeding machanism looping disk, the looping disk to be located at the surface of the upper cutter, lower cutter.
The push-up mechanism include upper push plate, upper push cylinder, two be oriented to upper push shaft, two upper thrust bearings, it is described above to push away
Cylinder, two upper thrust bearings are mounted on the base plate, and upper push cylinder is located between two upper thrust bearings, leads for two and pushes up
Axis is mounted on the bottom surface of the upper push plate, and the upper push plate passes through upper thrust bearing and the base plate slide fit by the upper push shaft of guiding
Connection；There is the upper push cylinder upper push-rod, upper push cylinder cylinder body, the upper push-rod to be connect with the bottom surface of the upper push plate, institute
Push cylinder cylinder body is stated to be connected with the air control unit.
The upper cutting mechanism includes cutter supporter, cutter sliding slot, upper slitter cylinder, and the cutter supporter is mounted on described
In push plate, the cutter sliding slot, upper slitter cylinder are mounted in the cutter supporter；
The cutter sliding slot has cutter groove, and the upper cutter is in the cutter groove, the upper cutter and institute
State the connection of cutter groove slide fit；Upper slitter cylinder has upper slitter push rod, upper slitter cylinder block, the upper slitter push rod and the upper cutter
Connection, the upper slitter cylinder block are connected with the air control unit.
The feeding machanism includes charging tray holder, material axis, charging tray flange, compressed spring, and the charging tray holder is mounted on institute
It states in cutter supporter, there is the charging tray holder charging tray mounting hole, the looping disk to be mounted on the charging tray by the material axis
On mounting hole, expect to be set with looping disk, compressed spring, charging tray flange successively on axis.
The feeding machanism further includes roller bearing, blocking material ring, and the roller bearing is mounted in the cutter supporter, the blocking material ring
It is located at the both ends of the roller bearing.
The manipulator includes sliding rail rack, the second sliding block, the second rail plate, pneumatic handle, the sliding rail rack peace
In the upper push plate, second sliding block is mounted on the sliding rail rack, and second rail plate is mounted on described
It on second sliding block, and is slidably connected with the second sliding block, the pneumatic handle is mounted on the end of second rail plate, described
Pneumatic clamps are mounted on the pneumatic handle.
The manipulator further includes sliding rail cylinder, and the sliding rail cylinder includes sliding rail cylinder block, sliding rail push rod, the sliding rail
Cylinder block is mounted on second rail plate, and the sliding rail push rod is connect with the sliding rail rack.
The manipulator further includes the first locating piece, the second locating piece, and first locating piece is mounted on described second and slides
On dynamic guide rail, second locating piece is mounted on the sliding rail rack.
The lower cutting mechanism includes two cross beam supports, cuts crossbeam, and the cross beam support is mounted on the base plate
On, two cross beam supports are distributed in the both sides of the feeding slide unit, the both ends for cutting crossbeam respectively with two crossbeams
Support connection, the lower cutter are mounted on described cut on crossbeam.
The middle part for cutting crossbeam is equipped with and cuts boss, the lower cutter by it is described cut boss be mounted on it is described under
On knife crossbeam.
It should be noted that：
Aforementioned " first, second ... " does not represent specific quantity and sequence, is only used for the differentiation to title.
Advantages of the present invention or principle are illustrated below：
1, this laminator includes babinet, electrical control gear, air control unit, vacuum generating device, cuts feeding dress
It sets, plane floating adhering device, profiling adhering device, coiled strip protective film is pulled to the first vacuum suction table first, uses electrical control
Device controls vacuum generating device and starts, and controlling the first vacuum suction table by vacuum generating device, coiled strip protective film is sucked, then
Started with electrical control gear control air control unit, cutting feeding device with air control unit control cuts coiled strip protection
Film, then under moving to the coiled strip protective film that has cut just with the profiling adhering device on air control unit control feeding slide unit
Side then controls the second vacuum suction table with air control unit and the coiled strip protective film to be attached cut is sucked, then feeding
Slide unit negative direction moves, and completes coiled strip protective film and cuts feeding process；
Special-shaped wheel profile surface product orientation to be attached is positioned over above coiled strip protective film to be attached, to the bottom surface and a left side of product
Right two sides carry out profiling and attach operation, then use electrical control gear control plane to smooth out adhering device and start, are smeared with plane
The plane of smooth adsorption device smoothes out the upper top surface progress plane floating attaching operation for attaching mechanism to special-shaped wheel profile surface product, completes
The surface of special-shaped wheel profile surface product automates pad pasting operation；
The laminator solves the special-shaped wheel profile surface product that surface is rough surface, the especially surface of circumference coated product certainly
Dynamicization pad pasting operation, improves production efficiency, has saved manpower and materials cost.
2, it includes translation crossbeam, actuating unit, cantilever beam, plane floating attaching mechanism, power that plane, which smoothes out adhering device,
Mechanism is located on the first rail plate of translation crossbeam, and is translatable and is connect with it；It is horizontal by being translatable that the plane smoothes out adhering device
Beam, actuating unit, cantilever beam, plane smooth out the combination for attaching mechanism, and translation of the translation crossbeam on actuating unit is utilized, from
And the surface for solving the special-shaped wheel profile surface product that surface is rough surface automates plane and smoothes out attaching control, improves production effect
Rate has saved manpower and materials cost.
3, translation crossbeam includes glissile segment, smoothes out section, and the first rail plate is located on the side of glissile segment, and cantilever beam is located at
On the side for smoothing out section, the first rail plate is made, in the subsection setup on crossbeam that is translatable, so that plane is smoothed out with cantilever beam and attach
Mechanism is not influenced when carrying out plane floating pad pasting operation by actuating unit, and the first rail plate is horizontal in translation with cantilever beam
Two opposite sides of beam make the plane smooth out adhering device more convenient when carrying out plane and smoothing out pad pasting control.
4, cantilever beam includes the first cantilever beam, the second cantilever beam, and it includes that the first plane smoothes out patch that plane, which smoothes out and attaches mechanism,
Random structure, the second plane, which smooth out, attaches mechanism, and the first plane, which smoothes out, attaches mechanism on the first cantilever beam, and the second plane is smeared
Smooth random structure is mounted on the second cantilever beam, and the first plane smoothes out attaching mechanism and attaches floating side of mechanism with the floating of the second plane
To opposite, so that plane is smoothed out and attach mechanism and carry out back and forth two-way attaching operation.
5, the side of glissile segment is equipped with the first sliding recess, and the first rail plate imbeds the first sliding recess and glissile segment
Side connection, make the first rail plate be translatable crossbeam location and installation it is more firm.
6, actuating unit includes grillage, smoothes out motor, driving wheel, the first sliding block, synchronous belt, smoothes out motor and is mounted on grillage
The first lateral plates on, grillage is slidably connected by the first sliding block and the first rail plate, makes the first sliding block along first
Rail plate slides；Synchronous belt around the first deflecting roller, driving wheel, the second deflecting roller, the both ends of synchronous belt respectively with glissile segment
Both ends connection, actuating unit is by the combination of synchronous belt and the first deflecting roller, driving wheel, the second deflecting roller, for actuating unit
Sliding power is provided, while the first deflecting roller, the second deflecting roller provide transmission for synchronous belt and be oriented to, and make driving wheel in synchronous belt
It rotates more smoothly.
7, one end of synchronous belt is mounted between the first fixed block, the second fixed block, and the other end of synchronous belt is mounted on the
Between three fixed blocks, the 4th fixed block, synchronous belt by the first fixed block, third fixed block, make synchronous belt and translation crossbeam it
Between have trouble free service distance, make the transmission of synchronous belt it is more smoothly, stablize.
8, motor installing hole is additionally provided on grillage, motor installing hole is kidney slot, makes installation of the floating motor on grillage
Fine position can be carried out, installation, the adjustment for smoothing out motor are facilitated.
9, the second lateral plates of grillage are equipped with the second sliding recess, and the first sliding block imbeds the second sliding recess and connects with grillage
It connects, keeps the location and installation of the first sliding block and grillage more firm.
10, plane smoothes out attaching mechanism and is drawn including floating holder, the first pivoted arm, the second pivoted arm, the encapsulated idler wheel of floating, first
Stretch spring, the first spring fixing axle, the middle part of the first pivoted arm, the second pivoted arm middle part respectively with the first support for smoothing out holder
Axis connection is fixed in the both ends of arm, the rotatable connection of the second support arm, the first extension spring with floating holder, the first spring respectively；It should
Plane floating attaching mechanism is simple and practical in structure, and the first extension spring, which is utilized, has the characteristics that energy storage exoergic and lever are former
Reason realizes the precompressed effect for smoothing out encapsulated idler wheel opposing product, and the cylindrical surface for smoothing out encapsulated idler wheel is surrounded by soft silica gel；
Plane, which smoothes out, attaches the generation that mechanism effectively avoids the bubble in coating at work, realizes and is pasted to coating
Attached process bubble-free, bright and clean smooth production engineering specifications greatly reduce the bad defective products damage brought of coating attached process
Cost is consumed, production yield is improved；The surface for solving the special-shaped wheel profile surface product that surface is rough surface automates plane floating
Pad pasting operation.
11, it includes rack body, the first overhanging arm, the second overhanging arm to smooth out holder, and the side of rack body is outstanding with first
The beginning connection for choosing arm, the second overhanging arm, and forms U-type groove, and the first extension spring can be made to be mounted in U-type groove and first
The middle part of spring fixing axle makes the stress of the first pivoted arm, the second pivoted arm more balance；It is convex that the other side of rack body is equipped with installation
Platform is fixed convenient for the installation of rack body.
12, the middle part of the first spring fixing axle is equipped with the first spring groove, and the middle part of second spring fixing axle is equipped with second
The both ends of spring groove, the first extension spring are connect with the first spring groove, second spring groove respectively, make the first extension spring
Connection installation it is more firm.
13, first overhanging arm end, second overhanging arm end on be respectively equipped with the first limit screw hole, second limit spiral shell
Hole, the first limit screw hole, second limit the first limit spiral shell being separately installed on screw hole for being limited to the first spring fixing axle
Bar, the second Limit screw can pass through when needing that the floating attaching height for smoothing out encapsulated idler wheel is adjusted and adjust first
Limit screw, the second Limit screw, and then by the lever principle of the first pivoted arm, the second pivoted arm, drive and adjust the encapsulated rolling of floating
Wheel has the function that adjust limit to smoothing out encapsulated idler wheel.
14, bull stick is equipped between the first support arm, the second support arm, the first pivoted arm, the second pivoted arm are respectively equipped with first axle
Hole, the second axis hole, the both ends of bull stick are rotatably connected with the first axis hole, the second axis hole, make the first pivoted arm, the second pivoted arm respectively with
One support arm, the second support arm rotatable connection more preferably, linkage is more preferable.
15, the both ends of bull stick are respectively equipped with the first card slot, the second card slot, and is respectively equipped on the first card slot, the second card slot
One clamp spring, the second clamp spring make the first pivoted arm, the second pivoted arm be rotatably connected more with the first support arm, the second support arm respectively
Stablize, is reliable, installation is more convenient.
16, the both ends of the first spring fixing axle are respectively equipped with third card slot, the 4th card slot, on third card slot, the 4th card slot
Be respectively equipped with third clamp spring, the 4th clamp spring, make the first spring fixing axle and the first pivoted arm, the second pivoted arm be rotatably connected it is more steady
Fixed, reliable, installation is more convenient.
17, the both ends for smoothing out encapsulated idler wheel are respectively equipped with the 5th card slot, the 6th card slot, divide on the 5th card slot, the 6th card slot
Not She You the 5th clamp spring, the 6th clamp spring, make the encapsulated idler wheel of floating and the first pivoted arm, the second pivoted arm be rotatably connected it is more stable,
Reliably, it installs more convenient.
18, profiling membrane device includes profiling push plate, the first feeler mechanism, the second feeler mechanism, the second vacuum suction table, base
Board mount, pneumatic mechanism, the first feeler mechanism, the second feeler mechanism are separately mounted in the profiling push plate, pneumatic mechanism with
The profiling push plate is pneumatically connected, and there is the first feeler mechanism the first encapsulated idler wheel, the second feeler mechanism to have the second encapsulated rolling
Wheel pushes profiling push plate with pneumatic mechanism, and then pushes the first feeler mechanism, the second feeler mechanism, to which promotion first is encapsulated
Idler wheel, the second encapsulated idler wheel move upwards the profiling attaching operation for completing special-shaped wheel profile surface product protection film；
First feeler mechanism, the profiling direction of the second feeler mechanism are opposite, enable feeler mechanism to product surface pad pasting edge
Left and right both direction to attach, the mechanism have the characteristics that it is cheap, simple in structure, spring energy-storage exoergic and oblique is utilized
Synthesis in face of power and the mechanical performance decomposed, realize the first encapsulated idler wheel, the second encapsulated idler wheel along product well
Contour motion complete profiling attach operation.
19, the first feeler mechanism has the first outer profile feeler mechanism, the second outer profile feeler mechanism, the first encapsulated idler wheel
Both ends connect respectively with the first outer profile feeler mechanism, the second outer profile feeler mechanism, the second feeler mechanism has the
The both ends of three outer profile feeler mechanisms, the 4th outer profile feeler mechanism, the second encapsulated idler wheel are imitative with the third outer profile respectively
Shape mechanism, the connection of the 4th outer profile feeler mechanism, the first encapsulated idler wheel, the second encapsulated idler wheel to be respectively equipped with outer profile imitative at both ends
Shape mechanism makes the first encapsulated idler wheel, the profiling of the second encapsulated idler wheel attaches stress and more balances.
20, the both ends of the first encapsulated idler wheel are each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, and and its
Rotatable connection, the both ends of the second encapsulated idler wheel are each passed through the third idler wheel mounting hole, the 4th idler wheel mounting hole, and are revolved with it
Turn connection；So that the first encapsulated idler wheel, the second encapsulated idler wheel is rolled along the profile of product and completes profiling attaching operation.
21, the first encapsulated idler wheel, the second encapsulated idler wheel both ends be respectively equipped with bayonet, the 7th clamp spring is installed on bayonet,
Be stuck on bayonet with the 7th clamp spring, can defend tenaciously the first encapsulated idler wheel, the second encapsulated idler wheel position and ensure well
One encapsulated idler wheel, the second encapsulated pair of rollers product rolling attach operation.
22, the side of the second vacuum suction table is equipped with pipe fitting, and the convenient unicom with vacuum generating device is installed.
23, substrate holder includes bottom plate, the first suction unit bearing, the second suction unit bearing, the first suction unit bearing, the second suction unit branch
Seat is each passed through the first empty avoiding notch, the second empty avoiding notch is located on bottom plate, and the both sides of the second vacuum suction table are separately mounted to institute
It states the first suction unit bearing, on the second suction unit bearing, makes to form an activity space between the second vacuum suction table and bottom plate, be imitative
Shape push plate provides activity space when pushing up and down.
24, the bottom surface of profiling push plate, which is equipped with, is oriented to profiled shaft, and substrate holder, which is equipped with, is oriented to straight hole, is oriented to profiled shaft
Across the guiding straight hole, and with its axial sliding fit, so that profiling push plate is made linear slide along the direction for being oriented to straight hole
Movement.
25, it is oriented to straight hole and is equipped with linear bearing, be oriented to the bearing hole that profiled shaft passes through linear bearing, be oriented to profiled shaft
With bearing hole axial sliding fit, guiding profiled shaft is set to coordinate with the linear slide for being oriented to straight hole more smoothly.
26, pneumatic mechanism includes profiling cylinder, profiling push rod, and profiling push rod is connect with profiling push plate, profiling cylinder and base
Board mount connects, and profiling cylinder has pooling feature as power, can control the movement rate of profiling push plate well.
27, pneumatic mechanism has air inlet pipe, escape pipe, the first speed governing valve, the second speed governing valve, and the is provided on profiling cylinder
One speed governing valve, the second speed governing valve is for adjusting the attaching rate in running work.
28, outer profile feeler mechanism includes movable head, supporting plate, banking pin, the second extension spring, and movable head is equipped with the
One pilot hole, stop screw, supporting plate be equipped with the second pilot hole, spring hangering nail, banking pin pass through the second pilot hole, and and its
It is slidably matched, stop screw passes through the first pilot hole, and is slidably matched with it, to realize the limit of follower block and supporting plate
Migration；Banking pin, spring hangering nail are tensed with the both ends of the second extension spring, and then realizes the pre- of follower block and supporting plate
Tight effect；It is simple and practical in structure, utilize the effect of spring contraction power so that arbitrary-movement articulator remains stretching on supporting plate
Trend, follower block can arbitrarily be slided along the first pilot hole, the second pilot hole, and be automatically reset under the action of the spring；
Outer profile feeler mechanism solves production by the limit movement of follower block and the contractile function of the second extension spring
Product surface is that the surface of the special-shaped wheel profile surface product of rough surface automates pad pasting operation.
29, the first pilot hole, the second pilot hole are waist-shaped hole, keep the first pilot hole, the guiding of the second pilot hole more suitable
Freely, the first pilot hole is multiple, and stop screw, screw hole are multiple, and follower block is made to be moved more relative to the limit of supporting plate
Accurately, stablize.
30, the first pilot hole, the second pilot hole be oblique strip-shaped hole, the first pilot hole, the second pilot hole with it is horizontal
Oblique angle is 40 degree to 60 degree, keeps the outer profile feeler mechanism more convenient to the pad pasting operation of product side.
31, the outer end of banking pin is equipped with the first limiting groove, and spring hangering nail is equipped with the second limiting groove, makes second
Extension spring and the connection of banking pin and spring hangering nail are more firm.
32, the outer end of stop screw be equipped with stop nut, with stop nut limit follower block drop out stop screw, make with
The connection of motion block and supporting plate is more reliable, stable.
33, the bottom end of supporting plate is equipped with mounting plate, is convenient for the installation of this outer profile feeler mechanism.
34, the base surface of mounting plate is equipped with positioning convex platform, and the installation site of this outer profile feeler mechanism is facilitated to position more
It is accurate.
35, cut feeding device include base plate, push-up mechanism, feeding machanism, manipulator, upper cutting mechanism, under cut
Mechanism, feeding slide unit adjust feeding machanism first when needing to carry out cutting feeding to coiled strip protective film, by coiled strip protective film
It is pulled to adjustment good position at the lower cutter of lower cutting mechanism, then coiled strip protection is cut off by the upper cutter of the upper cutting mechanism of control
Film completes the positioning of coiled strip protective film；
Complete push-up mechanism action after positioning push feeding machanism, manipulator, upper cutting mechanism, on the first vacuum suction table
It rises, the lower cutter of the first vacuum suction table and lower cutting mechanism forms certain drop in the horizontal direction at this time, and coiled strip protective film exists
Cut-off part leak before the first vacuum suction table, leave the material folding space of the pneumatic clamps of manipulator, then pneumatic clamps open and
Manipulator behavior is moved to coiled strip protective film direction, and when moving to the incision of coiled strip protective film, pneumatic clamps are closed and clamp
Leak the coiled strip protective film outside the first vacuum suction table；
Then manipulator negative direction moves, and coiled strip protective film is pulled open certain length, further feeding slide unit action, Xiang La
The coiled strip protective film direction gone out moves, and behind in-position, push-up mechanism moves downward, and the coiled strip protective film of pull-out is attached to feeding
On slide unit, coiled strip protective film is sucked in feeding slide unit；
The upper cutter action cut-out coiled strip protective film of cutting mechanism in next step, then next step pneumatic clamps open and above push away machine
Structure action pushes feeding machanism, manipulator, upper cutting mechanism, the first vacuum suction table to rise；Then feeding slide unit negative direction moves,
That completes coiled strip protective film cuts feeding process；
This cuts feeding device and does not have to open up cutting die and directly cut coiled strip protective film, realizes coiled strip protective film
It is online cut, product pad pasting operation is directly used in after cutting, is greatly improved production efficiency, reduces labor intensity, is saved
About cost.
36, push-up mechanism includes upper push plate, upper push cylinder, the upper push shaft of two guiding, two upper thrust bearings, and upper push cylinder is
It above pushes away machine and power is provided, the upper push plate vertical movement of promotions, two are oriented to upper push shaft and two above thrust bearings coordinate, and ensure that and push away
Plate is more stable, accurate along vertical dynamic direction；Upper push cylinder is located between two upper thrust bearings, and push plate is along Vertical Square in guarantee
To the balance moved.
37, upper cutting mechanism includes cutter supporter, cutter sliding slot, upper slitter cylinder, the upper slitter push rod of upper slitter cylinder with above cut
Knife connects, and upper slitter cylinder cuts for upper cutter and provides power, and there is cutter sliding slot cutter groove, upper cutter to be embedded in cutter groove
Interior, upper cutter is connect with cutter groove slide fit, and the cutter groove of cutter sliding slot provides when being cut for upper cutter cuts direction, is ensured
The accuracy that upper cutter is cut；
Feeding machanism includes charging tray holder, looping disk, material axis, charging tray flange, compressed spring, expects to be set with volume successively on axis
Charging tray, compressed spring, charging tray flange can change the decrement of compressed spring to change by adjusting the position of charging tray flange
Looping disk is to the clamping force of coiled strip protective film, so that with certain tension when coiled strip is drawn out.
38, feeding machanism further includes roller bearing, blocking material ring, and blocking material ring is located at the both ends of roller bearing, and blocking material ring can preferably ensure
Position of the coiled strip protective film on roller bearing is more acurrate.
39, manipulator includes sliding rail rack, the second sliding block, the second rail plate, pneumatic handle, the installation of the second rail plate
It is slidably connected on the second sliding block, and with the second sliding block, the second rail plate is made to be slided along the second sliding block, pneumatic clamps are mounted on gas
On fixed handle, the surface pneumatic clamps that feeding slide unit is extended to convenient for manipulator grip coiled strip protective film.
40, manipulator further includes sliding rail cylinder, and sliding rail cylinder provides motion-promotion force for manipulator.
41, manipulator further includes the first locating piece, the second locating piece, and the first locating piece, the second locating piece are the second sliding
Guide rail provides defined position when being slided on the second sliding block.
42, lower cutting mechanism includes two cross beam supports, cuts crossbeam, and cross beam support is installed on the base mounting plate, and cross is cut
The both ends of beam are connect with two cross beam supports respectively, and lower cutter is mounted on and cuts on crossbeam, two cross beam supports and cut crossbeam
Supporting support is provided for lower cutter.
43, the middle part of crossbeam is cut equipped with boss is cut, and mounting platform is provided for lower cutter.
Description of the drawings
Fig. 1 is the stereogram one of laminator of the embodiment of the present invention.
Fig. 2 is the stereogram two of laminator of the embodiment of the present invention.
Fig. 3 is the front view that laminator of the embodiment of the present invention cuts feeding device.
Fig. 4 is the rearview that laminator of the embodiment of the present invention cuts feeding device.
Fig. 5 is the stereogram one that laminator of the embodiment of the present invention cuts feeding device.
Fig. 6 is the stereogram two that laminator of the embodiment of the present invention cuts feeding device.
Fig. 7 is the stereogram one that laminator plane of the embodiment of the present invention smoothes out adhering device.
Fig. 8 is the stereogram two that laminator plane of the embodiment of the present invention smoothes out adhering device.
Fig. 9 is the side view that laminator plane of the embodiment of the present invention smoothes out adhering device.
Figure 10 is that laminator plane of the embodiment of the present invention smoothes out the stereogram one for attaching mechanism.
Figure 11 is that laminator plane of the embodiment of the present invention smoothes out the stereogram two for attaching mechanism.
Figure 12 is the stereogram of laminator profiling adhering device of the embodiment of the present invention.
Figure 13 is the feeler mechanism detailed perspective of laminator profiling adhering device of the embodiment of the present invention.
Figure 14 is the feeler mechanism side view of laminator profiling adhering device of the embodiment of the present invention.
Figure 15 is the stereogram of laminator outer profile feeler mechanism of the embodiment of the present invention.
Figure 16 is the structural exploded view of laminator outer profile feeler mechanism of the embodiment of the present invention.
Figure 17 is the supporting plate stereogram of laminator outer profile feeler mechanism of the embodiment of the present invention.
Reference sign：
10, babinet, 20, electrical control gear, 30, air control unit, 40, vacuum generating device, 50, cut feeding dress
It sets, 51, base plate, 52, push-up mechanism, 521, upper push plate, 522, upper push cylinder, 523, push shaft in guiding, 524, upper thrust bearing,
53, feeding machanism, 531, looping disk, 532, charging tray holder, 533, material axis, 534, charging tray flange, 535, compressed spring, 536, rolling
Axis, 537, blocking material ring, 54, manipulator, 541, pneumatic clamps, 542, sliding rail rack, the 543, second sliding block, the 544, second sliding is led
Rail, 545, pneumatic handle, 546, sliding rail cylinder, the 547, first locating piece, the 548, second locating piece, 55, upper cutting mechanism, 551,
Upper cutter, 552, cutter supporter, 553, cutter sliding slot, 554, upper slitter cylinder, 56, lower cutting mechanism, 561, lower cutter, 562, horizontal
Beam supports, and 563, cut crossbeam, 564, cut boss, the 57, first vacuum suction table, 58, feeding slide unit, 60, plane smoothes out and attach
Device, 61, translation crossbeam, the 611, first rail plate, the 612, first sliding recess, the 613, first fixed block, 614, second is solid
Determine block, 615, third fixed block, the 616, the 4th fixed block, 62, actuating unit, 621, grillage, the 6211, second sliding recess,
6212, motor installing hole, 622, smooth out motor, 623, driving wheel, the 624, first sliding block, 625, synchronous belt, 626, first turns to
Wheel, the 627, second deflecting roller, the 631, first cantilever beam, the 632, second cantilever beam, the 641, first plane, which smoothes out, attaches mechanism, 642,
Second plane, which smoothes out, attaches mechanism, and 651, smooth out holder, the 6511, first support arm, the 6512, second support arm, 6513, holder master
Body, 6513a, installation base, the 6514, first overhanging arm, 6514a, the first Limit screw, the 6515, second overhanging arm, 6515a, the
Two Limit screws, 6516, second spring fixing axle, 6516a, second spring groove, the 652, first pivoted arm, 6521, first end,
6522, the second end, the 653, second pivoted arm, 6531, third end, the 6532, the 4th end, 654, smooth out encapsulated idler wheel, 6541,
5th card slot, the 6542, the 6th card slot, the 655, first extension spring, the 656, first spring fixing axle, the 6561, first spring groove,
6562, third card slot, the 6563, the 4th card slot, 657, bull stick, the 6571, first card slot, the 6572, second card slot, 70, profiling attaches
Device, 71, profiling push plate, 711, be oriented to profiled shaft, the 721, first encapsulated idler wheel, the 722, first outer profile feeler mechanism, 723,
Second outer profile feeler mechanism, the 724, second encapsulated idler wheel, 725, third outer profile feeler mechanism, the 726, the 4th outer profile profiling
Mechanism, 731, movable head, the 7311, first pilot hole, 7312, banking pin, 732, supporting plate, the 7321, second pilot hole, 7322,
Screw hole, 7323, spring hangering nail, 733, stop screw, 7331, stop nut, the 734, second extension spring, 735, mounting plate,
7351, rack mounting apertures, 7352, positioning convex platform, the 74, second vacuum suction table, the 741, first roller groove, the 742, second idler wheel is recessed
Slot, 743, pipe fitting, 75, substrate holder, 751, bottom plate, the 752, first suction unit bearing, the 753, second suction unit bearing, 754, straight line
Bearing, 76, pneumatic mechanism, 761, profiling cylinder, 762, profiling push rod, 763, air inlet pipe, 764, escape pipe, the 765, first speed governing
Valve, the 766, second speed governing valve.
Specific implementation mode
The embodiment of the present invention is described in detail below.
As shown in Fig. 1 to Figure 17, laminator, including babinet 10, electrical control gear 20, air control unit 30, vacuum
Generating means 40, cut feeding device 50, plane smooth out adhering device 60, profiling adhering device 70, electrical control gear 20 with
Air control unit 30, vacuum generating device 40 are separately mounted to the both sides of babinet 10, and air control unit 30, vacuum fill
40 are set to be electrically connected with electrical control gear 20 respectively；
The top surface that feeding device 50 is mounted on babinet 10 is cut, cuts feeding device 50 with base plate 51, feeding slide unit
58, the first vacuum suction table 57, plane smooth out adhering device 60 and are mounted on base plate 51, and profiling adhering device 70 is mounted on feeding
On slide unit 58, the first vacuum suction table 57 is mounted on the surface of feeding slide unit 58；Cut feeding device 50, profiling adhering device 70
It is connected with air control unit 30, plane smoothes out adhering device 60 and is electrically connected with electrical control gear 20；
Plane smoothes out adhering device 60 and smoothes out attaching mechanism with plane, and plane floating attaches mechanism and is located at profiling attaching dress
Set 70 surface；
Profiling adhering device 70 has the second vacuum suction table 74,57 center line position of the second vacuum suction table 74 and the first vacuum suction table
Set corresponding, the first vacuum suction table 57, the second vacuum suction table 74 are connected with vacuum generating device 40 respectively.
Wherein, it includes translation crossbeam 61, actuating unit 62, cantilever beam that plane, which smoothes out adhering device 60, and translation crossbeam 61 has
Have the first rail plate 611, actuating unit 62 is located on the first rail plate 611, and is translatable and is connect with it, actuating unit 62 with
Electrical control gear 20 is electrically connected；
The end face of cantilever beam is connect with the side of translation crossbeam 61, and plane, which smoothes out, attaches the side that mechanism is mounted on cantilever beam
On, plane, which smoothes out, attaches the surface that mechanism extends to profiling adhering device 70 by cantilever beam；
The crossbeam 61 that is translatable includes glissile segment, smoothes out section, and the first rail plate 611 is located on the side of glissile segment, cantilever beam
It is located on the side for smoothing out section, the first rail plate 611 is with cantilever beam in two opposite sides of translation crossbeam 61；
Cantilever beam includes the first cantilever beam 631, the second cantilever beam 632, and plane smoothes out attaching mechanism and smeared including the first plane
Smooth random structure 641, the second plane, which smooth out, attaches mechanism 642, and the first plane, which smoothes out, attaches mechanism 641 mounted on the first cantilever beam
On 631, the second plane smooth out attach mechanism 642 be mounted on the second cantilever beam 632 on, the first plane smooth out attach mechanism 641 with
It is opposite that second plane smoothes out attaching mechanism 642 floating direction；
The side of glissile segment is equipped with the first sliding recess 612, and the first rail plate 611 imbeds the first sliding recess 612
It is connect with the side of glissile segment；
Actuating unit 62 includes grillage 621, smoothes out motor 622, driving wheel 623, the first deflecting roller 626, the second deflecting roller
627, the first sliding block 624, synchronous belt 625, grillage 621 are equipped with first through hole, and grillage 621 has the first lateral plates, the second side
Plate face smoothes out motor 622 and is mounted in the first lateral plates, smoothes out motor 622 and is electrically connected with electrical control gear 20；Smooth out electricity
There is machine 622 machine shaft, machine shaft to be connect with driving wheel 623 across first through hole；
First sliding block 624 is mounted in the second lateral plates of grillage 621, and institute's grillage 621 passes through the first sliding block 624 and first
Rail plate 611 is slidably connected；
Synchronous belt 625 around first deflecting roller 626, driving wheel 623, the second deflecting roller 627, the two of synchronous belt 625
End is connect with the both ends of glissile segment respectively；
There is the first bottom face, the second bottom face, the first bottom face to be equipped with the first fixed block on the bottom surface at glissile segment both ends
613, one end of the second fixed block 614, synchronous belt 625 is mounted between the first fixed block 613, the second fixed block 614；Second bottom
End face is equipped with third fixed block 615, the 4th fixed block 616, and the other end of synchronous belt 625 is mounted on third fixed block the 615, the 4th
Between fixed block 616；
Motor installing hole 6212 is additionally provided on grillage 621, motor installing hole 6212 is four, and motor installing hole 6212 is waist
Shape hole smoothes out motor 622 and is mounted on grillage 621 by motor installing hole 6212；
Second lateral plates of grillage 621 are equipped with the second sliding recess 6211, and the first sliding block 624 imbeds the second sliding recess
6211 connect with grillage 621；
It includes smoothing out holder 651, the first pivoted arm 652, the second pivoted arm 653, smoothing out encapsulated idler wheel that plane, which smoothes out and attaches mechanism,
654, the first extension spring 655, the first spring fixing axle 656, the both sides for smoothing out holder 651 are respectively equipped with the first support arm
6511, the second support arm 6512, the middle part of the first pivoted arm 652, the second pivoted arm 653 middle part respectively with the first support arm 6511,
Second support arm 6512 is rotatably connected；
The both ends of first pivoted arm 652 have first end 6521, the second end 6522, and the both ends of the second pivoted arm 653 have
Third end 6531, the 4th end 6532, smooth out the both ends of encapsulated idler wheel 654 respectively with first end 6521, third end
6531 connections, the both ends of the first spring fixing axle 656 are connect with the second end 6522, the 4th end 6532 respectively；First stretches
The both ends of spring 655 are connect with floating holder 651, the first spring fixing axle 656 respectively；
It includes that rack body 6513, first overhangs the overhanging arm 6515 of arm 6514, second, rack body to smooth out holder 651
The beginning that 6513 side overhangs arm 6515 with the first overhanging arm 6514, second is connect, and forms U-type groove, rack body 6513
The other side be equipped with installation base 6513a, the first support arm 6511, the second support arm 6512 are respectively provided at the first overhanging arm
6514, the middle part of the second overhanging arm 6515；
The middle part of first spring fixing axle 656 is equipped with the first spring groove 6561, and it further includes second spring to smooth out holder 651
Fixing axle 6516, the both ends of second spring fixing axle 6516 overhang the beginning of arm 6515 with the first overhanging arm 6514, second respectively
The middle part of connection, second spring fixing axle 6516 is equipped with second spring groove 6516a, and the both ends of the first extension spring 655 are distinguished
It is connect with the first spring groove 6561, second spring groove 6516a；
First overhanging arm 6514 end, second overhanging arm 6515 end on be respectively equipped with the first limit screw hole, second
Screw hole is limited, for being limited to the first spring fixing axle 656 is separately installed on the first limit screw hole, the second limit screw hole
One Limit screw 6514a, the second Limit screw 6515a；
It is respectively equipped with the first supported hole, the second supported hole, the first pivoted arm on first support arm 6511, the second support arm 6512
652, the second pivoted arm 653 is respectively equipped with the first axis hole, the second axis hole, is set between the first support arm 6511, the second support arm 6512
There is bull stick 657, the both ends of bull stick 657 are each passed through the first supported hole, the second supported hole and the first axis hole, the rotation of the second axis hole connects
It connects；
The both ends of bull stick 657 are respectively equipped with the first card slot 6571, the second card slot 6572, the first card slot 6571, the second card slot
The first clamp spring, the second clamp spring are respectively equipped on 6572, the first card slot 6571 passes through the first supported hole, the first axis hole and the first clamp spring
Connection, the second card slot 6572 pass through the second supported hole, the second axis hole to be connect with the second clamp spring；
The both ends of first spring fixing axle 656 are respectively equipped with third card slot 6562, the 4th card slot 6563, third card slot
6562, third clamp spring, the 4th clamp spring are respectively equipped on the 4th card slot 6563, the second end 6522, the 4th end 6532 divide not
Equipped with the second mounting hole, the 4th mounting hole, third card slot 6562 is connect across the second mounting hole with third clamp spring, the 4th card slot
6563 connect across the 4th mounting hole with the 4th clamp spring；
The both ends for smoothing out encapsulated idler wheel 654 are respectively equipped with the 5th card slot 6541, the 6th card slot 6542, the 5th card slot 6541,
It is respectively equipped with the 5th clamp spring, the 6th clamp spring on 6th card slot 6542, is respectively equipped on first end 6521, third end 6531
One mounting hole, third mounting hole, the 5th card slot 6541 are connect across the first mounting hole with the 5th clamp spring, and the 6th card slot 6542 passes through
Third mounting hole is connect with the 6th clamp spring；
Profiling adhering device 70 is encapsulated including profiling push plate 71, outer profile feeler mechanism, the first encapsulated idler wheel 721, second
Idler wheel 724, substrate holder 75, pneumatic mechanism 76, outer profile feeler mechanism are four, and four outer profile feeler mechanisms are installed respectively
In profiling push plate 71；
Two outer profile feeler mechanisms and the first encapsulated idler wheel 721 form the first feeler mechanism, two outer profile profiling machines
Structure and the second encapsulated idler wheel 724 form the second feeler mechanism, and the profiling direction phase of the first feeler mechanism, the second feeler mechanism
It is right；
Second vacuum suction table 74 is mounted on substrate holder 75, and the top surface of the second vacuum suction table 74 is recessed equipped with the first idler wheel
Slot 741, the second roller groove 742, the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 be each passed through the first roller groove 741,
Second roller groove 742；
Profiling push plate 71 is mounted on the top of substrate holder 75, and pneumatic mechanism 76 is mounted on the lower section of substrate holder 75, gas
Motivation structure 76 includes profiling cylinder 761, profiling push rod 762, and profiling push rod 762 connect with profiling push plate 71, profiling cylinder 761 and
Air control unit 30 is connected；
First feeler mechanism has the first outer profile feeler mechanism 722, the second outer profile feeler mechanism 723, the first foreign steamer
Wide feeler mechanism 722, the second outer profile feeler mechanism 723 are located at the both sides of the second vacuum suction table 74, the first encapsulated idler wheel 721
Both ends are connect with the first outer profile feeler mechanism 722, the second outer profile feeler mechanism 723 respectively；
Second feeler mechanism has third outer profile feeler mechanism 725, the 4th outer profile feeler mechanism 726, third foreign steamer
Wide feeler mechanism 725, the 4th outer profile feeler mechanism 726 are located at the both sides of the second vacuum suction table 74, the second encapsulated idler wheel 724
Both ends are connect with third outer profile feeler mechanism 725, the 4th outer profile feeler mechanism 726 respectively；
First outer profile feeler mechanism 722, the second outer profile feeler mechanism 723 are respectively equipped with the first idler wheel mounting hole,
Second wheel mounting hole, the both ends of the first encapsulated idler wheel 721 are each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, and with
It is rotatably connected；
Third outer profile feeler mechanism 725, the 4th outer profile feeler mechanism 726 are respectively equipped with third idler wheel mounting hole,
Four idler wheel mounting holes, the both ends of the second encapsulated idler wheel 724 are each passed through third idler wheel mounting hole, the 4th idler wheel mounting hole, and with
It is rotatably connected；
First encapsulated idler wheel 721, the second encapsulated idler wheel 724 both ends be respectively equipped with bayonet, 721 both ends of the first encapsulated idler wheel
Bayonet be each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, the bayonet at 724 both ends of the second encapsulated idler wheel is each passed through
Third idler wheel mounting hole, the 4th idler wheel mounting hole are equipped with the 7th clamp spring on bayonet；
The side of second vacuum suction table 74 is equipped with pipe fitting 743, has vacuum chamber, pipe fitting in the second vacuum suction table 74
743 are connected with vacuum chamber；
Substrate holder 75 includes bottom plate 751, the first suction unit bearing 752, the second suction unit bearing 753,71 both sides of profiling push plate
Middle part is equipped with the first empty avoiding notch, the second empty avoiding notch, and the first suction unit bearing 752, the second suction unit bearing 753 are each passed through first
Empty avoiding notch, the second empty avoiding notch are located on bottom plate 751, and the both sides of the second vacuum suction table 74 are separately mounted to the first suction unit bearing
752, on the second suction unit bearing 753；
The bottom surface of profiling push plate 71, which is equipped with, is oriented to profiled shaft 711, and substrate holder 75, which is equipped with, is oriented to straight hole, is oriented to straight
String holes be oriented to profiled shaft 711 match, be oriented to profiled shaft 711 pass through be oriented to straight hole, and with its axial sliding fit；
It is oriented to straight hole and is equipped with linear bearing 754, linear bearing 754 has bearing hole, is oriented to profiled shaft 711 and passes through axis
Bearing bore is oriented to profiled shaft 711 and the bearing hole axial sliding fit；
Pneumatic mechanism 76 includes profiling cylinder 761, profiling push rod 762, and the substrate holder 75 is equipped with first through hole, profiling
Push rod 762 is connect across first through hole with profiling push plate 71, and profiling cylinder 761 is connect with substrate holder 75；
Pneumatic mechanism 76 further includes the first speed governing valve 765, the second speed governing valve 766, and profiling cylinder 761 has air inlet pipe 763, goes out
Tracheae 764, the first speed governing valve 765, the second speed governing valve 766 are respectively provided at air inlet pipe 763, on escape pipe 764；Profiling cylinder 761
It is interior that there is air cavity, air inlet pipe 763, escape pipe 764 and air cavity unicom；
Outer profile feeler mechanism, including movable head 731, supporting plate 732, banking pin 7312, the second extension spring 734, with
Movable plate 731 is equipped with the first pilot hole 7311, stop screw 733, and supporting plate 732 is equipped with the second pilot hole 7321, screw hole
7322, spring hangering nail 7323, the second pilot hole 7321 is corresponding with the guide direction of the first pilot hole 7311, and banking pin 7312 is worn
The second pilot hole 7321 is crossed, and is slidably matched with it；
Stop screw 733 passes through screw hole 7322, the first pilot hole 7311, stop screw 733 to be connect with supporting plate 732,
Stop screw 733 is slidably matched with the first pilot hole 7311；
Spring hangering nail 7323 is located at movable head 731 in two opposite sides of supporting plate 732, and the two of the second extension spring 734
End is connect with banking pin 7312, spring hangering nail 7323 respectively, the draw direction of the second extension spring 734 and the second pilot hole 7321
Guide direction it is corresponding；
First pilot hole 7311, the second pilot hole 7321 are waist-shaped hole, and the first pilot hole 7311 is multiple, stop screw
733, screw hole 7322 is multiple, and the first pilot hole 7311 is corresponding with stop screw 733,7322 quantity of screw hole；
First pilot hole 7311, the second pilot hole 7321 are oblique strip-shaped hole, the first pilot hole 7311, the second pilot hole
7321 with horizontal oblique angle be 40 degree to 60 degree；
The outer end of banking pin 7312 is equipped with the first limiting groove, and spring hangering nail 7323 is equipped with the second limiting groove,
The both ends of second extension spring 734 are connect with the first limiting groove, the second limiting groove respectively；
The outer end of stop screw 733 is equipped with stop nut 7331, and stop screw 733 passes through screw hole 7322, first to lead
It is connect to hole 7311 with stop nut 7331；
The bottom end of supporting plate 732 is equipped with mounting plate 735, and mounting plate 735 has top plate face, base surface, and top plate face has
Interconnecting piece, mounting portion, interconnecting piece are connect with the bottom end of supporting plate 732, and mounting portion is equipped with rack mounting apertures 7351, holder installation
Hole 7351 is two, and two rack mounting apertures 7351 are located at the both ends of mounting portion；The base surface of mounting plate 735 is equipped with convex
Platform 7352, positioning convex platform 7352 are located at the middle part of base surface；
It further includes push-up mechanism 52, feeding machanism 53, manipulator 54, upper cutting mechanism 55, lower sanction to cut feeding device 50
Mechanism 56 is cut, push-up mechanism 52, lower cutting mechanism 56, feeding slide unit 58 are mounted on base plate 51；Feeding machanism 53, manipulator
54, upper cutting mechanism 55 is mounted in push-up mechanism 52；
There is upper cutting mechanism 55 upper cutter 551, lower cutting mechanism 56 to have lower cutter 561, upper cutter 551 and lower cutter
561 is corresponding, and manipulator 54 has pneumatic clamps 541, and pneumatic clamps 541, upper cutter 551, lower cutter 561 are located at feeding slide unit 58
Surface；There is feeding machanism 53 looping disk 531, looping disk 531 to be located at the surface of upper cutter 551, lower cutter 561；
Push-up mechanism 52 includes 523, two upper push plate 521, the upper push shaft of 522, two guiding of upper push cylinder upper thrust bearings
524, the upper thrust bearing 524 of upper push cylinder 522, two is mounted on base plate 51, and upper push cylinder 522 is located at two upper thrust bearings
Between 524, two are oriented to the bottom surface that upper push shaft 523 is mounted on upper push plate 521, and by guiding, above push shaft 523 passes through for upper push plate 521
Upper thrust bearing 524 is connect with 51 slide fit of base plate；Upper push cylinder 522 have upper push-rod, 522 cylinder body of upper push cylinder, upper push-rod with
The bottom surface of upper push plate 521 connects, and 522 cylinder body of upper push cylinder is connected with air control unit 30；
Upper cutting mechanism 55 includes cutter supporter 552, cutter sliding slot 553, upper slitter cylinder 554, and cutter supporter 552 is mounted on
In upper push plate 521, cutter sliding slot 553, upper slitter cylinder 554 are mounted in cutter supporter 552；
Cutter sliding slot 553 has cutter groove, and upper cutter 551 in cutter groove, with cutter groove slide by upper cutter 551
With connection；There is upper slitter cylinder 554 upper slitter push rod, 554 cylinder body of upper slitter cylinder, upper slitter push rod to be connect with upper cutter 551, upper slitter gas
554 cylinder body of cylinder is connected with air control unit 30；
Feeding machanism 53 includes charging tray holder 532, material axis 533, charging tray flange 534, compressed spring 535, the charging tray branch
Frame 532 is mounted in the cutter supporter 552, and there is the charging tray holder 532 charging tray mounting hole, the looping disk 531 to pass through
The material axis 533 is mounted on the charging tray mounting hole, expects to be set with looping disk 531, compressed spring 535, material on axis 533 successively
Reel flanges 534；
Feeding machanism 53 further includes roller bearing 536, blocking material ring 537, and roller bearing 536 is mounted in cutter supporter 552, blocking material ring
537 are located at the both ends of roller bearing 536；
Manipulator 54 includes sliding rail rack 542, the second sliding block 543, the second rail plate 544, pneumatic handle 545, sliding rail
Holder 542 is mounted in upper push plate 521, and the second sliding block 543 is mounted on sliding rail rack 542, and the second rail plate 544 is mounted on
On second sliding block 543, and it is slidably connected with the second sliding block 543, pneumatic handle 545 is mounted on the end of the second rail plate 544,
Pneumatic clamps 541 are mounted on pneumatic handle 545；
Manipulator 54 further includes sliding rail cylinder 546, and sliding rail cylinder 546 includes 546 body of sliding rail cylinder, sliding rail push rod, sliding rail
546 body of cylinder is mounted on the second rail plate 544, and sliding rail push rod is connect with sliding rail rack 542；
Manipulator 54 further includes the first locating piece 547, the second locating piece 548, and the first locating piece 547 is mounted on the second sliding
On guide rail 544, the second locating piece 548 is mounted on sliding rail rack 542；
Lower cutting mechanism 56 includes two cross beam supports 562, cuts crossbeam 563, and cross beam support 562 is mounted on base plate 51
On, two cross beam supports 562 are distributed in the both sides of feeding slide unit 58, cut the both ends of crossbeam 563 respectively with two cross beam supports
562 connections, lower cutter 561 are mounted on and cut on crossbeam 563；Cut crossbeam 563 middle part be equipped with cut boss 564, lower cutter
561 by cut boss 564 be mounted on cut on crossbeam 563.
The advantages of the present embodiment or principle：
1, this laminator includes babinet 10, electrical control gear 20, air control unit 30, vacuum generating device 40, cuts out
Feeding device 50, plane floating adhering device 60, profiling adhering device 70 are cut, coiled strip protective film is pulled to the first vacuum first and is inhaled
Platform 57, controls vacuum generating device 40 with electrical control gear 20 and starts, and controlling the first vacuum by vacuum generating device 40 inhales
Coiled strip protective film is sucked platform 57, then controls air control unit 30 with electrical control gear 20 and start, and uses air control unit
30 controls cut feeding device 50 and cut coiled strip protective film, then control the profiling on feeding slide unit 58 with air control unit 30 and paste
Adsorption device 70 moves to immediately below the coiled strip protective film cut, then air control unit 30 is used to control the second vacuum suction table 74
The coiled strip protective film to be attached cut is sucked, then 58 negative direction of feeding slide unit moves, and completion coiled strip protective film, which is cut, to be taken
Material process；
Special-shaped wheel profile surface product orientation to be attached is positioned over above coiled strip protective film to be attached, to the bottom surface and a left side of product
Right two sides carry out profiling and attach operation, then use 20 control plane of electrical control gear to smooth out adhering device 60 and start, with flat
The plane floating attaching mechanism that face smoothes out adhering device 60 attaches work to the upper top surface progress plane floating of special-shaped wheel profile surface product
Industry, the surface for completing special-shaped wheel profile surface product automate pad pasting operation；
The laminator solves the special-shaped wheel profile surface product that surface is rough surface, the especially surface of circumference coated product certainly
Dynamicization pad pasting operation, improves production efficiency, has saved manpower and materials cost.
2, plane smoothes out adhering device and smoothes out attaching mechanism including translation crossbeam 61, actuating unit 62, cantilever beam, plane,
Actuating unit 62 is located on the first rail plate 611 of translation crossbeam 61, and is translatable and is connect with it；The plane smoothes out adhering device
The combination for attaching mechanism is smoothed out by the crossbeam 61 that is translatable, actuating unit 62, cantilever beam, plane, and translation crossbeam 61 is utilized dynamic
Translation on force mechanisms 62, the surface to solve the special-shaped wheel profile surface product that surface is rough surface automate plane and smooth out patch
Attached control, improves production efficiency, has saved manpower and materials cost.
3, translation crossbeam 61 includes glissile segment, smoothes out section, and the first rail plate 611 is located on the side of glissile segment, cantilever
Beam is located on the side for smoothing out section, and the first rail plate 611 is made, in the subsection setup on crossbeam 61 that is translatable, to make to put down with cantilever beam
Face, which smoothes out, attaches mechanism when carrying out plane and smoothing out pad pasting operation, is not influenced by actuating unit 62, the first rail plate 611 with
Cantilever beam makes the plane smooth out adhering device and is smoothed out when pad pasting controls more in progress plane in two opposite sides of translation crossbeam 61
It is convenient.
4, cantilever beam includes the first cantilever beam 631, the second cantilever beam 632, and it includes the first plane that plane, which smoothes out and attaches mechanism,
It smoothes out and attaches mechanism 641, the second plane floating attaching mechanism 642, the floating of the first plane attaches mechanism 641 and is mounted on the first cantilever
On beam 631, the second plane, which smoothes out, attaches mechanism 642 on the second cantilever beam 632, and the first plane, which smoothes out, attaches mechanism 641
It is opposite with the second plane floating attaching floating direction of mechanism 642, so that plane is smoothed out attaching mechanism and carries out back and forth two-way attaching
Operation.
5, the side of glissile segment is equipped with the first sliding recess 612, and the first rail plate 611 imbeds the first sliding recess
612 connect with the side of glissile segment, keep the location and installation of the first rail plate 611 and translation crossbeam 61 more firm.
6, actuating unit 62 includes grillage 621, smoothes out motor 622, driving wheel 623, the first sliding block 624, synchronous belt 625,
It smoothes out motor 622 to be mounted in the first lateral plates of grillage 621, grillage 621 passes through the first sliding block 624 and the first rail plate
611 sliding connections, make the first sliding block 624 be slided along the first rail plate 611；Synchronous belt 625 bypasses the first deflecting roller
626, driving wheel 623, the second deflecting roller 627, the both ends of synchronous belt 625 are connect with the both ends of glissile segment respectively, actuating unit 62
By the combination of synchronous belt 625 and the first deflecting roller 626, driving wheel 623, the second deflecting roller 627, cunning is provided for actuating unit 62
Dynamic power, while the first deflecting roller 626, the second deflecting roller 627 are that synchronous belt 625 provides transmission guiding, make driving wheel 623 same
The rotation for walking band 625 is more smoothly.
7, one end of synchronous belt 625 be mounted between the first fixed block 613, the second fixed block 614, synchronous belt 625 it is another
One end is mounted between third fixed block 615, the 4th fixed block 616, and synchronous belt 625 is fixed by the first fixed block 613, third
Block 615, make synchronous belt 625 and translation crossbeam 61 between have trouble free service distance, make the transmission of synchronous belt 625 it is more smoothly,
Stablize.
8, motor installing hole 6212 is additionally provided on grillage 621, motor installing hole 6212 is kidney slot, makes floating motor 622
Installation on grillage 621 can carry out fine position, facilitate installation, the adjustment for smoothing out motor 622.
9, the second lateral plates of grillage 621 are equipped with the second sliding recess 6211, and it is recessed that the first sliding block 624 imbeds the second sliding
Slot 6211 is connect with grillage 621, keeps the location and installation of the first sliding block 624 and grillage 621 more firm.
10, it includes smoothing out holder 651, the first pivoted arm 652, the second pivoted arm 653, smoothing out encapsulated rolling that plane, which smoothes out and attaches mechanism,
Take turns the 654, first extension spring 655, the first spring fixing axle 656, the middle part of the first pivoted arm 652, the second pivoted arm 653 middle part
It is not rotatably connected with the first support arm 6511, the second support arm 6512 for smoothing out holder 651, the both ends of the first extension spring 655
It is connect respectively with floating holder 651, the first spring fixing axle 656；Plane floating attaching mechanism is simple and practical in structure, is utilized
First extension spring 655 has the characteristics that energy storage exoergic and lever principle, realizes and smoothes out encapsulated 654 opposing product of idler wheel
Precompressed acts on, and the cylindrical surface for smoothing out encapsulated idler wheel 654 is surrounded by soft silica gel；
Plane, which smoothes out, attaches the generation that mechanism effectively avoids the bubble in coating at work, realizes and is pasted to coating
Attached process bubble-free, bright and clean smooth production engineering specifications greatly reduce the bad defective products damage brought of coating attached process
Cost is consumed, production yield is improved；The surface for solving the special-shaped wheel profile surface product that surface is rough surface automates plane floating
Pad pasting operation.
11, it includes that rack body 6513, first overhangs the overhanging arm 6515 of arm 6514, second, rack body to smooth out holder 651
The beginning that 6513 side overhangs arm 6515 with the first overhanging arm 6514, second is connect, and forms U-type groove, can make the first drawing
It stretches spring 655 in the U-type groove and the middle part of the first spring fixing axle 656, makes the first pivoted arm 652, the second pivoted arm 653
Stress more balances；The other side of rack body 6513 is equipped with installation base 6513a, solid convenient for the installation of rack body 6513
It is fixed.
12, the middle part of the first spring fixing axle 656 is equipped with the first spring groove 6561, in second spring fixing axle 6516
Portion is equipped with second spring groove 6516a, the both ends of the first extension spring 655 respectively with the first spring groove 6561, second spring
Groove 6516a connections make the connection of the first extension spring 655 install more firm.
13, the end of the first overhanging arm 6514, the second overhanging arm 6515 end on be respectively equipped with the first limit screw hole, the
Two limit screw holes are separately installed with for limiting to the first spring fixing axle 656 on the first limit screw hole, the second limit screw hole
First Limit screw 6514a, the second Limit screw 6515a are highly carried out when needing to attach the floating for smoothing out encapsulated idler wheel 654
It, can be by adjusting the first Limit screw 6514a, the second Limit screw 6515a when adjusting, and then pass through the first pivoted arm 652, the
The lever principle of two pivoted arms 653 drives and adjusts the encapsulated idler wheel 654 of floating, reaches the work for adjusting limit to smoothing out encapsulated idler wheel 654
With.
14, bull stick 657, the first pivoted arm 652, the second pivoted arm are equipped between the first support arm 6511, the second support arm 6512
653 are respectively equipped with the first axis hole, the second axis hole, and the both ends of bull stick 657 are rotatably connected with the first axis hole, the second axis hole, make first
Pivoted arm 652, the second pivoted arm 653 are rotatably connected more preferably with the first support arm 6511, the second support arm 6512 respectively, and linkage is more
It is good.
15, the both ends of bull stick 657 are respectively equipped with the first card slot 6571, the second card slot 6572, the first card slot 6571, second card
The first clamp spring, the second clamp spring are respectively equipped on slot 6572, make the first pivoted arm 652, the second pivoted arm 653 respectively with the first support arm
6511, the rotatable connection of the second support arm 6512 is more stable, reliable, and installation is more convenient.
16, the both ends of the first spring fixing axle 656 are respectively equipped with third card slot 6562, the 4th card slot 6563, third card slot
6562, it is respectively equipped with third clamp spring, the 4th clamp spring on the 4th card slot 6563, makes the first spring fixing axle 656 and the first pivoted arm
652, the rotatable connection of the second pivoted arm 653 is more stable, reliable, and installation is more convenient.
17, the both ends for smoothing out encapsulated idler wheel 654 are respectively equipped with the 5th card slot 6541, the 6th card slot 6542, the 5th card slot
6541, the 5th clamp spring, the 6th clamp spring are respectively equipped on the 6th card slot 6542, make encapsulated 654 and first pivoted arm 652 of idler wheel of floating,
The rotatable connection of second pivoted arm 653 is more stable, reliable, and installation is more convenient.
18, profiling membrane device includes profiling push plate 71, the first feeler mechanism, the second feeler mechanism, the second vacuum suction table
74, substrate holder 75, pneumatic mechanism 76, the first feeler mechanism, the second feeler mechanism are separately mounted in the profiling push plate 71,
Pneumatic mechanism 76 is pneumatically connected with the profiling push plate 71, and the first feeler mechanism has the first encapsulated idler wheel 721, the second profiling machine
Structure has the second encapsulated idler wheel 724, pushes profiling push plate 71 with pneumatic mechanism 76, and then the first feeler mechanism, second is pushed to imitate
Shape mechanism completes special-shaped wheel profile surface product protection to push the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 to move upwards
The profiling of film attaches operation；
First feeler mechanism, the profiling direction of the second feeler mechanism are opposite, enable feeler mechanism to product surface pad pasting edge
Left and right both direction to attach, the mechanism have the characteristics that it is cheap, simple in structure, spring energy-storage exoergic and oblique is utilized
Synthesis in face of power and the mechanical performance decomposed, realize the first encapsulated idler wheel 721,724 edge of the second encapsulated idler wheel well
The contour motion for product completes profiling attaching operation.
19, the first feeler mechanism has the first outer profile feeler mechanism 722, the second outer profile feeler mechanism 723, the first packet
The both ends of rubber-surfaced roll wheel 721 are connect with the first outer profile feeler mechanism 722, the second outer profile feeler mechanism 723 respectively, and second
Feeler mechanism has third outer profile feeler mechanism 725, the 4th outer profile feeler mechanism 726, the both ends of the second encapsulated idler wheel 724
It is connect respectively with the third outer profile feeler mechanism 725, the 4th outer profile feeler mechanism 726, the first encapsulated idler wheel 721,
The both ends of two encapsulated idler wheels 724 are respectively equipped with outer profile feeler mechanism, make the first encapsulated idler wheel 721, the second encapsulated idler wheel 724
Profiling attaches stress and more balances.
20, the both ends of the first encapsulated idler wheel 721 are each passed through the first idler wheel mounting hole, the second idler wheel mounting hole, and
Connection is rotated, the both ends of the second encapsulated idler wheel 724 are each passed through the third idler wheel mounting hole, the 4th idler wheel mounting hole,
And rotate connection；So that the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 is rolled along the profile of product and completes profiling
Attach operation.
21, the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 both ends be respectively equipped with bayonet, be equipped with the 7th on bayonet
Clamp spring is stuck in the 7th clamp spring on bayonet, can defend tenaciously the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 position and
Ensure that the first encapsulated idler wheel 721, the second encapsulated idler wheel 724 attach operation to product rolling well.
22, the side of the second vacuum suction table 74 is equipped with pipe fitting 743, and the convenient unicom with vacuum generating device 40 is installed.
23, substrate holder 75 includes bottom plate 751, the first suction unit bearing 752, the second suction unit bearing 753, the first suction unit bearing
752, the second suction unit bearing 753 is each passed through the first empty avoiding notch, the second empty avoiding notch is located on bottom plate 751, and the second vacuum is inhaled
The both sides of platform 74 are separately mounted to the first suction unit bearing 752, on the second suction unit bearing 753, make the second vacuum suction table 74 with
An activity space is formd between bottom plate 751, and activity space is provided when being pushed for about 71 profiling push plate.
24, the bottom surface of profiling push plate 71, which is equipped with, is oriented to profiled shaft 711, and substrate holder 75, which is equipped with, is oriented to straight hole, leads
To profiled shaft 711 pass through the guiding straight hole, and with its axial sliding fit, make profiling push plate 71 along be oriented to straight hole side
To making linear sliding motion.
25, it is oriented to straight hole and is equipped with linear bearing 754, be oriented to the bearing hole that profiled shaft 711 passes through linear bearing 754,
It is oriented to profiled shaft 711 and bearing hole axial sliding fit, make guiding profiled shaft 711 and is oriented to the linear slide cooperation of straight hole more
It is smooth.
26, pneumatic mechanism 76 includes profiling cylinder 761, profiling push rod 762, and profiling push rod 762 is connect with profiling push plate 71,
Profiling cylinder 761 is connect with substrate holder 75, and profiling cylinder 761 has pooling feature as power, can control profiling well
The movement rate of push plate 71.
27, pneumatic mechanism 76 has air inlet pipe 763, escape pipe 764, the first speed governing valve 765, the second speed governing valve 766, profiling
The first speed governing valve 765 is provided on cylinder 761, the second speed governing valve 766 is for adjusting the attaching rate in running work.
28, outer profile feeler mechanism includes movable head 731, supporting plate 732, banking pin 7312, the second extension spring 734,
Movable head 731 is equipped with the first pilot hole 7311, stop screw 733, and supporting plate 732 is equipped with the second pilot hole 7321, spring
Clothes-hook 7323, banking pin 7312 passes through the second pilot hole 7321, and is slidably matched with it, and stop screw 733 passes through first to be oriented to
Hole 7311, and be slidably matched with it, to realize the limit migration of follower block and supporting plate 732；Bullet is stretched with second
The both ends of spring 734 tense banking pin 7312, spring hangering nail 7323, and then realize preload effect of the follower block with supporting plate 732；
It is simple and practical in structure, utilize the effect of spring contraction power so that arbitrary-movement articulator remains becoming for stretching on supporting plate 732
Gesture, follower block can arbitrarily be slided along the first pilot hole 7311, the second pilot hole 7321, and automatic multiple under the action of the spring
Position；
Outer profile feeler mechanism is solved by the limit movement of follower block and the contractile function of the second extension spring 734
Product surface is that the surface of the special-shaped wheel profile surface product of rough surface automates pad pasting operation.
29, the first pilot hole 7311, the second pilot hole 7321 are waist-shaped hole, make the first pilot hole 7311, the second pilot hole
7321 guiding is more smoothly, and the first pilot hole 7311 is multiple, and stop screw 733, screw hole 7322 are multiple, make follower block
Limit movement relative to supporting plate 732 is more accurate, stablizes.
30, the first pilot hole 7311, the second pilot hole 7321 are oblique strip-shaped hole, and the first pilot hole 7311, second is oriented to
Hole 7321 and horizontal oblique angle are 40 degree to 60 degree, make the outer profile feeler mechanism to the pad pasting operation of product side more
For convenience.
31, the outer end of banking pin 7312 is equipped with the first limiting groove, and it is recessed that spring hangering nail 7323 is equipped with the second limit
Slot keeps the second extension spring 734 and the connection of banking pin 7312 and spring hangering nail 7323 more firm.
32, the outer end of stop screw 733 is equipped with stop nut 7331, and limiting follower block with stop nut 7331 drops out limit
Position screw 733 keeps follower block and the connection of supporting plate 732 more reliable, stable.
33, the bottom end of supporting plate 732 is equipped with mounting plate 735, is convenient for the installation of this outer profile feeler mechanism.
34, the base surface of mounting plate 735 is equipped with positioning convex platform 7352, facilitates the installation site of this outer profile feeler mechanism
Positioning is more accurate.
35, it includes base plate 51, push-up mechanism 52, feeding machanism 53, manipulator 54, upper guillotine to cut feeding device 50
Structure 55, lower cutting mechanism 56, feeding slide unit 58 adjust feeding machine first when needing to carry out cutting feeding to coiled strip protective film
Coiled strip protective film is pulled to adjustment good position at the lower cutter 561 of lower cutting mechanism 56, then passes through the upper cutting mechanism of control by structure 53
55 upper cutter 551 cuts off coiled strip protective film, completes the positioning of coiled strip protective film；
The action of push-up mechanism 52 pushes feeding machanism 53, manipulator 54, upper cutting mechanism 55, first true after completing positioning
Suction platform 57 rises, and the lower cutter 561 of the first vacuum suction table 57 and lower cutting mechanism 56 is formed centainly in the horizontal direction at this time
Drop, coiled strip protective film are leaked in cut-off part before the first vacuum suction table 57, leave the folder of the pneumatic clamps 541 of manipulator 54
Material space, then pneumatic clamps 541 are opened and manipulator 54 is acted and moved to coiled strip protective film direction, when moving to coiled strip protective film
Incision when, pneumatic clamps 541 are closed the coiled strip protective film for simultaneously clamping leakage in the outside of the first vacuum suction table 57；
Then 54 negative direction of manipulator moves, and coiled strip protective film is pulled open certain length, and further feeding slide unit 58 acts,
It is moved to the coiled strip protective film direction of pull-out, behind in-position, push-up mechanism 52 moves downward, and the coiled strip protective film of pull-out is attached
On feeding slide unit 58, coiled strip protective film is sucked in feeding slide unit 58；
The action cut-out coiled strip protective film of upper cutter 551 of cutting mechanism 55 in next step, then next step pneumatic clamps 541 are opened
And the action of push-up mechanism 52 pushes feeding machanism 53, manipulator 54, upper cutting mechanism 55, the first vacuum suction table 57 to rise；Then
58 negative direction of feeding slide unit moves, and that completes coiled strip protective film cuts feeding process；
This cuts feeding device 50 and does not have to open up cutting die and directly cut coiled strip protective film, realizes coiled strip protection
The online of film cuts, and product pad pasting operation is directly used in after cutting, production efficiency is greatly improved, reduces labor intensity,
It is cost-effective.
36, push-up mechanism 52 includes 523, two upper push plate 521, the upper push shaft of 522, two guiding of upper push cylinder upper thrust bearings
524, upper push cylinder 522 provides power above to push away machine, in promotion push plate 521 move vertically, two are oriented to upper push shaft 523 and two
Upper thrust bearing 524 coordinates, and ensure that push plate 521 is more stable, accurate along vertical dynamic direction；Upper push cylinder 522 is located at two
Between a upper thrust bearing 524, in guarantee push plate 521 vertically move dynamic balance.
37, upper cutting mechanism 55 includes cutter supporter 552, cutter sliding slot 553, upper slitter cylinder 554, upper slitter cylinder 554
Upper slitter push rod is connect with upper cutter 551, and upper slitter cylinder 554 cuts for upper cutter 551 and provides power, and cutter sliding slot 553, which has, to be cut
Knife groove, upper cutter 551 is in cutter groove, and upper cutter 551 is connect with cutter groove slide fit, the cutter of cutter sliding slot 553
Groove provides when being cut for upper cutter 551 and cuts direction, ensure that the accuracy that upper cutter 551 is cut；
Feeding machanism 53 includes charging tray holder 532, looping disk 531, material axis 533, charging tray flange 534, compressed spring 535,
It is set with looping disk 531, compressed spring 535, charging tray flange 534 successively on material axis 533, it can be by adjusting charging tray flange 534
Position, change compressed spring 535 decrement to change clamping force of the looping disk 531 to coiled strip protective film so that volume
With certain tension when material is drawn out.
38, feeding machanism 53 further includes roller bearing 536, blocking material ring 537, and blocking material ring 537 is located at the both ends of roller bearing 536, backgauge
Ring 537 can preferably ensure that position of the coiled strip protective film on roller bearing 536 is more acurrate.
39, manipulator 54 includes sliding rail rack 542, the second sliding block 543, the second rail plate 544, pneumatic handle 545, the
Two rail plates 544 are mounted on the second sliding block 543, and are slidably connected with the second sliding block 543, and 544 edge of the second rail plate is made
Second sliding block 543 slides, and pneumatic clamps 541 are mounted on pneumatic handle 545, and feeding slide unit 58 is being extended to just convenient for manipulator 54
Top grips coiled strip protective film with pneumatic clamps 541.
40, manipulator 54 further includes sliding rail cylinder 546, and sliding rail cylinder 546 is that manipulator 54 provides motion-promotion force.
41, manipulator 54 further includes the first locating piece 547, the second locating piece 548, the first locating piece 547, the second locating piece
548 provide defined position for the second rail plate 544 when being slided on the second sliding block 543.
42, lower cutting mechanism 56 includes two cross beam supports 562, cuts crossbeam 563, and cross beam support 562 is mounted on pedestal
On plate 51, the both ends for cutting crossbeam 563 are connect with two cross beam supports 562 respectively, and lower cutter 561 is mounted on and cuts crossbeam 563
On, two cross beam supports 562 are that lower cutter 561 provides supporting support with crossbeam 563 is cut.
43, the middle part of crossbeam 563 is cut equipped with boss 564 is cut, and mounting platform is provided for lower cutter 561.
It these are only specific embodiments of the present invention, protection scope of the present invention do not limited with this；Do not violating this hair
Any replacement and improvement, belong to protection scope of the present invention made by the basis of bright design.
Claims (10)
1. laminator, which is characterized in that including babinet, electrical control gear, air control unit, vacuum generating device, cut
Feeding device, plane smooth out adhering device, profiling adhering device, and the electrical control gear is sent out with air control unit, vacuum
Generating apparatus is separately mounted to the both sides of babinet, and the air control unit, vacuum generating device are filled with the electrical control respectively
Set electric connection；
It is described cut feeding device be mounted on the babinet top surface, it is described cut feeding device with base plate, feeding slide unit,
First vacuum suction table, the plane smooth out adhering device and are mounted on the base plate, and the profiling adhering device is mounted on institute
It states on feeding slide unit, first vacuum suction table is mounted on the surface of the feeding slide unit；It is described to cut feeding device, profiling
Adhering device is connected with the air control unit, and the plane smoothes out adhering device and is electrically connected with electrical control gear；
The plane smoothes out adhering device, and there is plane to smooth out attaching mechanism, and the plane floating attaches mechanism and is located at the profiling
The surface of adhering device；
The profiling adhering device has the second vacuum suction table, second vacuum suction table and the first vacuum suction table center line position
Set corresponding, first vacuum suction table, the second vacuum suction table are connected with the vacuum generating device respectively.
2. laminator as described in claim 1, which is characterized in that the plane smoothes out adhering device and includes translation crossbeam, moves
There is the first rail plate, the actuating unit to be located at first rail plate for force mechanisms, cantilever beam, the translation crossbeam
On, and be translatable and connect with it, the actuating unit is electrically connected with the electrical control gear；
The end face of the cantilever beam is connect with the side of the translation crossbeam, and the plane, which smoothes out, attaches mechanism mounted on described outstanding
On the side of arm beam, the plane, which smoothes out, attaches the surface that mechanism extends to the profiling adhering device by cantilever beam.
3. laminator as claimed in claim 2, which is characterized in that it is characterized in that, the actuating unit includes grillage, smoothes out
Motor, driving wheel, the first deflecting roller, the second deflecting roller, the first sliding block, synchronous belt, the grillage is equipped with first through hole, described
There are grillage the first lateral plates, the second lateral plates, the floating motor to be mounted in first lateral plates, the floating motor
It is electrically connected with the electrical control gear；There is the floating motor machine shaft, the machine shaft to pass through described first
Through-hole is connect with the driving wheel；
First sliding block is mounted in the second lateral plates of the grillage, and the grillage passes through first sliding block and described the
One rail plate is slidably connected；
The translation crossbeam include glissile segment, smooth out section, the synchronous belt around first deflecting roller, driving wheel, second turn
To wheel, the both ends of the synchronous belt are connect with the both ends of the glissile segment respectively.
4. laminator as described in claim 1, which is characterized in that it includes smoothing out holder, that the plane, which smoothes out and attaches mechanism,
One pivoted arm, the second pivoted arm smooth out encapsulated idler wheel, the first extension spring, the first spring fixing axle, the both sides for smoothing out holder point
Not She You the first support arm, the second support arm, the middle part of first pivoted arm, the middle part of the second pivoted arm respectively with described first
Brace, the rotatable connection of the second support arm；
The both ends of first pivoted arm have first end, a second end, and the both ends of second pivoted arm have third end, the
Four ends, the both ends for smoothing out encapsulated idler wheel are connect with the first end, third end respectively, and first spring is fixed
The both ends of axis are connect with the second end, the 4th end respectively；
Axis connection is fixed in the both ends of first extension spring with the floating holder, the first spring respectively.
5. laminator as described in claim 1, which is characterized in that the profiling adhering device includes profiling push plate, outer profile
Feeler mechanism, the first encapsulated idler wheel, the second encapsulated idler wheel, substrate holder, pneumatic mechanism, the outer profile feeler mechanism are four
A, four outer profile feeler mechanisms are separately mounted in the profiling push plate；
Two outer profile feeler mechanisms and the described first encapsulated idler wheel form the first feeler mechanism, two outer profile feeler mechanisms with
The second encapsulated idler wheel forms the second feeler mechanism, and the profiling direction of first feeler mechanism, the second feeler mechanism
Relatively；
Second vacuum suction table is mounted on the substrate holder, and the top surface of second vacuum suction table is equipped with the first idler wheel
Groove, the second roller groove, the first encapsulated idler wheel, the second encapsulated idler wheel are each passed through first roller groove, second
Roller groove；
The profiling push plate is mounted on the top of the substrate holder, and the pneumatic mechanism is mounted under the substrate holder
Side, the pneumatic mechanism includes profiling cylinder, profiling push rod, and the profiling push rod is connect with the profiling push plate, the profiling
Cylinder is connected with the air control unit.
6. laminator as claimed in claim 5, which is characterized in that the outer profile feeler mechanism, including movable head, holder
Plate, stop screw, the second extension spring, the movable head are equipped with the first pilot hole, stop screw, and the supporting plate is equipped with
Second pilot hole, screw hole, spring hangering nail, second pilot hole is corresponding with the guide direction of the first pilot hole, institute
It states stop screw and passes through second pilot hole, and be slidably matched with it；
The stop screw passes through the screw hole, the first pilot hole, the stop screw to be connect with the supporting plate, the limit
Position screw is slidably matched with first pilot hole；
The spring hangering nail is located at the movable head in two opposite sides of the supporting plate, the both ends of second extension spring
It is connect respectively with the stop screw, spring hangering nail, the guiding of the draw direction and the second pilot hole of second extension spring
Direction is corresponding.
7. such as claim 1 to 6 any one of them laminator, which is characterized in that the feeding device that cuts further includes above pushing away
Mechanism, feeding machanism, manipulator, upper cutting mechanism, lower cutting mechanism, the push-up mechanism, lower cutting mechanism, feeding slide unit peace
On the base plate；The feeding machanism, manipulator, upper cutting mechanism are mounted in the push-up mechanism；
There is the upper cutting mechanism upper cutter, the lower cutting mechanism to have lower cutter, the upper cutter opposite with lower cutter
It answers, the manipulator has pneumatic clamps, and the pneumatic clamps, upper cutter, lower cutter are located at the surface of the feeding slide unit；It is described
There is feeding machanism looping disk, the looping disk to be located at the surface of the upper cutter, lower cutter.
8. laminator as claimed in claim 7, which is characterized in that the push-up mechanism include upper push plate, upper push cylinder, two
Push shaft, two upper thrust bearings in guiding, the upper push cylinder, two upper thrust bearings are mounted on the base plate, upper push cylinder
Position is located between two upper thrust bearings, and two are oriented to the bottom surface that upper push shaft is mounted on the upper push plate, and the upper push plate is by leading
Upward push shaft is connect across upper thrust bearing with the base plate slide fit；The upper push cylinder has upper push-rod, upper push cylinder cylinder body,
The upper push-rod is connect with the bottom surface of the upper push plate, and the upper push cylinder cylinder body is connected with the air control unit.
9. laminator as claimed in claim 8, which is characterized in that the upper cutting mechanism include cutter supporter, cutter sliding slot,
Upper slitter cylinder, the cutter supporter are mounted in the upper push plate, and the cutter sliding slot, upper slitter cylinder are mounted on the cutter branch
On frame；
The cutter sliding slot has cutter groove, and the upper cutter in the cutter groove, with described cut by the upper cutter
Knife groove slide fit connects；There is upper slitter cylinder upper slitter push rod, upper slitter cylinder block, the upper slitter push rod to connect with the upper cutter
It connects, the upper slitter cylinder block is connected with the air control unit.
The feeding machanism of stating includes charging tray holder, material axis, charging tray flange, compressed spring, and the charging tray holder is mounted on described
In cutter supporter, there is the charging tray holder charging tray mounting hole, the looping disk to be mounted on the looping disk by the material axis
On mounting hole, expect to be set with looping disk, compressed spring, charging tray flange successively on axis.
10. laminator as claimed in claim 8, which is characterized in that the manipulator includes sliding rail rack, the second sliding block,
Two rail plates, pneumatic handle, the sliding rail rack are mounted in the upper push plate, and second sliding block is mounted on the sliding rail
On holder, second rail plate is mounted on second sliding block, and is slidably connected with the second sliding block, the pneumatic handle
Mounted on the end of second rail plate, the pneumatic clamps are mounted on the pneumatic handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711071658.1A CN108297391A (en) | 2017-11-03 | 2017-11-03 | laminator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711071658.1A CN108297391A (en) | 2017-11-03 | 2017-11-03 | laminator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108297391A true CN108297391A (en) | 2018-07-20 |
Family
ID=62869616
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711071658.1A Pending CN108297391A (en) | 2017-11-03 | 2017-11-03 | laminator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108297391A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109203445A (en) * | 2018-09-06 | 2019-01-15 | 武汉精测电子集团股份有限公司 | A kind of display panel film adhering jig, semi-automatic film sticking apparatus and Semi-automatic film sticking machine |
| CN109263034A (en) * | 2018-11-16 | 2019-01-25 | 蓝思科技（长沙）有限公司 | A kind of film sticking equipment and its coating system for 5D curved slab |
| CN109760297A (en) * | 2019-03-25 | 2019-05-17 | 金继余 | A kind of the multi-panel film sticking apparatus and its working method of aviation subcomponent |
| CN110768099A (en) * | 2018-07-27 | 2020-02-07 | 潍坊华光光电子有限公司 | Semiconductor laser module strip rapid strip-reversing device and strip-reversing method |
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| CN109760297A (en) * | 2019-03-25 | 2019-05-17 | 金继余 | A kind of the multi-panel film sticking apparatus and its working method of aviation subcomponent |
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Application publication date: 20180720 |