CN110406084A - Intelligent high-precision coextrusion film blowing printing machine - Google Patents
Intelligent high-precision coextrusion film blowing printing machine Download PDFInfo
- Publication number
- CN110406084A CN110406084A CN201910620674.4A CN201910620674A CN110406084A CN 110406084 A CN110406084 A CN 110406084A CN 201910620674 A CN201910620674 A CN 201910620674A CN 110406084 A CN110406084 A CN 110406084A
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- Prior art keywords
- mounting rack
- roller
- rod
- riser
- lifting
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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
- B29C37/00—Component parts, details, accessories or auxiliary operations, not covered by group B29C33/00 or B29C35/00
- B29C37/0025—Applying surface layers, e.g. coatings, decorative layers, printed layers, to articles during shaping, e.g. in-mould printing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C37/00—Component parts, details, accessories or auxiliary operations, not covered by group B29C33/00 or B29C35/00
- B29C37/0092—Drying moulded articles or half products, e.g. preforms, during or after moulding or cooling
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C55/00—Shaping by stretching, e.g. drawing through a die; Apparatus therefor
- B29C55/28—Shaping by stretching, e.g. drawing through a die; Apparatus therefor of blown tubular films, e.g. by inflation
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F13/00—Common details of rotary presses or machines
- B41F13/54—Auxiliary folding, cutting, collecting or depositing of sheets or webs
- B41F13/56—Folding or cutting
- B41F13/58—Folding or cutting lengthwise
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F19/00—Apparatus or machines for carrying out printing operations combined with other operations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F23/00—Devices for treating the surfaces of sheets, webs, or other articles in connection with printing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F23/00—Devices for treating the surfaces of sheets, webs, or other articles in connection with printing
- B41F23/04—Devices for treating the surfaces of sheets, webs, or other articles in connection with printing by heat drying, by cooling, by applying powders
- B41F23/0403—Drying webs
- B41F23/0423—Drying webs by convection
- B41F23/0426—Drying webs by convection using heated air
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
- B29L2007/00—Flat articles, e.g. films or sheets
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Making Paper Articles (AREA)
Abstract
A kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention, comprising foam holder mounting platform, upper traction mounting rack, bottom mounting rack and winding mounting rack, the guide reel for conducting membranes is provided on above-mentioned upper traction mounting rack, bottom mounting rack and winding mounting rack；Each mounting frame integral mounting rack sets gradually blown film device, foam holder, crimping unit, traction, corona machine, printing equipment, drying unit, automatic rolling device in lifting on integral installation frame；The present apparatus is compact-sized, design is reasonable, is combined using multiple same components, and by guide reel reasonable direction, adjusts different production models according to the different production requirements to film, improve production efficiency, has high practicability.
Description
Technical field
The present invention relates to a kind of inflation film manufacturing machine more particularly to a kind of Intelligent high-precision coextrusion film blowing printing machines, belong to film
Preparation technical field.
Background technique
In daily life, the demand of supermarket, packing factory, Handelsplatz every field to plastic bag product be all it is huge,
With the continuous development of plastic bag product, inflation film manufacturing machine and printing machine are widely used in manufacturing field, at present in plastics
In film and plastic bag product production, inflation film manufacturing machine and printing machine are all separately individually operated, and when production, first passing through inflation film manufacturing machine will
Raw particles are blow molded into film, then will be carried on printing machine stock shelf after semi-finished product film take-up, are thin by printing machine
Film stamps pattern, and such mode production efficiency is low, expends a large amount of labours, virtually increases production cost；Meanwhile it is such
Mode, which produces, to be had a single function, and printing machine can only print single side, the film that film entire volumes such as needs to print if you need to printed on both sides again into
Enter printing machine to its back face printing；Due to inflation film manufacturing machine blowout film bubble through calendering flattening after pouch, and produce film be not required to
When wanting bag making, needs to cut off the flanging on bag-shaped film both sides, cannot achieve aforesaid operations on traditional inflation film manufacturing machine.
Summary of the invention
The purpose of the present invention is to overcome the above shortcomings and to provide a kind of structure is simple, film double-sided can be printed, simultaneously
The Intelligent high-precision coextrusion film blowing printing machine of each device function situation can be rationally adjusted according to different demands.
The object of the present invention is achieved like this:
A kind of Intelligent high-precision coextrusion film blowing printing machine includes integral installation frame, blown film device, foam holder, flanging
Traction, corona machine, printing equipment, drying unit, automatic rolling device on device, lifting, it is characterised in that: the integral installation
Frame includes foam holder mounting platform, upper traction mounting rack, bottom mounting rack and winds mounting rack, above-mentioned upper traction mounting rack,
The guide reel for conducting membranes is provided on bottom mounting rack and winding mounting rack；The blown film device is arranged in foam holder
The lower section of mounting platform；The foam holder is fixedly installed on foam holder mounting platform, and the foam holder is located at blown film device
Above film outlet port；Traction is installed on traction mounting rack in the lifting, and the crimping unit is installed in lifting and draws
Front end；The corona machine is installed on the front end of bottom mounting rack；The printing equipment is installed on the mounting rack of bottom and is located at electricity
Airsick rear；The drying unit is installed on the rear on the mounting rack of bottom and being located at printing equipment；Above-mentioned printing equipment and
Drying unit constitutes a printing die group；The automatic rolling device is installed on winding mounting rack and is located at printing die group rear；
The blown film device includes screw extruder, hopper, co-extrusion die head and the vane being laterally arranged；The Screw Extrusion
The bodies top of machine is provided with hopper, and the feeding inlet of the hopper is connected with the material path of screw extruder；The Screw Extrusion
The extrusion end of machine is provided with vertically arranged co-extrusion die head, is provided with vane at the top die orifice of the co-extrusion die head, described
The air inlet of vane is connected to external hair dryer；
Traction includes lifting support in the lifting, and the lifting support is by multiple between the two pieces of risers in left and right and two risers
Reinforcing rod bar is constituted；Rear inside the right and left of the upper traction mounting rack is respectively equipped with two symmetrically arranged guide rods,
Two pieces of the left and right riser rear end of the lifting support is fixedly installed with vertically arranged casing respectively, and casing is socketed on guide rod
On；The screw lift of two symmetrical settings is fixedly mounted on the inside of front end the right and left of the upper traction mounting rack respectively；
Feed screw nut is provided on the screw rod of the screw lift, two pieces of the left and right riser front end of the lifting support is fixed respectively to be connected
It is connected on feed screw nut；Servo motor is provided on the upper traction mounting rack, the servo motor is located at two screw rod liftings
Between machine, the transmission shaft of the servo motor is connected with screw rod universal driving shaft, the both ends of the screw rod universal driving shaft respectively with left and right
The screw lift of two sides is connected, and above-mentioned servo motor, screw rod universal driving shaft and screw lift constitute one group of linkage elevator
Structure；
The lifting support is disposed with stack, fixing roller, pressing roller and front haulage roller from front to back；The lifting
Two pieces of the left and right riser front end of bracket is respectively arranged with opening sliding slot along its length, and fixing roller is fixedly mounted by fixed block
Between the opening sliding slot on both sides, stack is slideably positioned between the opening sliding slot on both sides, the stack and fixing roller phase
Neighbour's setting；The open end of two opening sliding slots is fixedly installed with calendering cylinder respectively along its length, and two are rolled cylinder
Telescopic rod is fixedly connected with the both ends of stack respectively；The front haulage roller is set to the rear of fixing roller, the front haulage roller
By the driving motor driving being arranged on upper traction mounting rack, the transmission shaft of the driving motor passes through belt and front haulage roller phase
Connection；The pressing roller is set to the top of front haulage roller, is respectively arranged with above the left and right ends of the pressing roller and vertically sets
The compression cylinder set, the compression cylinder are fixedly installed on lifting support, the telescopic rod of two compression cylinders respectively with compression
The both ends of roller are fixedly connected；
Symmetrically and positioned at always there are two being respectively set along its length on two riser of left and right of the lifting support
Slotted hole on line, two ipsilateral slotted holes constitute a slotted hole group, and the slotted hole group on two risers of left and right is symmetrical arranged；Institute
The underface that slotted hole is located at stack and fixing roller is stated, between the gap and stack and fixing roller between two slotted holes
Gap is corresponding；The outboard end of two slotted holes is respectively set there are two fixed block, two slotted holes be located at two fixed blocks it
Between；Upper and lower two slide bars along the setting of lifting support length direction are provided between two fixed blocks, two slide bars are located at same
In plane；Two adjacent sliding blocks are provided on the slide bar, sliding block is connected on two slide bars up and down, and sliding block is sliding along slide bar
It is dynamic；Each corresponding slotted hole of sliding block；On two riser of left and right of the lifting support sliding block of corresponding slotted hole group it
Between be provided with mounting rod, the mounting rod and sliding block are rotatablely connected, and the crimping unit is installed on mounting rod；The flanging dress
It sets comprising collapser, the collapser includes two symmetrically arranged plates, and the top of two plates is fixedly installed in respectively
On the corresponding mounting rod in side；
The printing equipment includes pedestal and the mounting rack being set on the base, and the pedestal is fixedly installed in bottom installation
On frame；The mounting rack includes the two symmetrically arranged risers in left and right, is provided with print roller between two risers, print roller and perpendicular
It is rotatablely connected between plate；One end of the print roller is connected by speed reducer with the transmission shaft of motor, its turn is driven by a motor
It is dynamic；It is provided with ink ware immediately below the print roller, is detachably connected between the ink ware and pedestal；The mounting rack
Two sides riser center has vertical lifting slot；It is respectively arranged on two opposite face inner walls of the lifting groove vertically arranged
Protruding guide rail, elevator is provided in lifting groove, and the cross section of the elevator is in I-shaped, the both ends groove of the elevator
On the protruding guide rail of lifting groove inner wall, elevator is positioned by guide rail and is slidably connected between guide rail；The installation
It is provided with dance roller between the elevator of frame two sides, is rotatablely connected between the dance roller and elevator, the dance roller is located at
The surface of print roller；It is respectively arranged with the first vertically arranged cylinder at the top of the risers of the mounting rack two sides, described first
Cylinder is located at the surface of elevator, and the telescopic rod of first cylinder is connected with elevator；
Drying unit is provided on the bottom mounting rack, the drying unit is located at the rear of printing equipment；The baking
Equipment for drying includes electrocaloric effect and hair dryer；The hair dryer is fixedly installed on the back box lid of electrocaloric effect；Before the electrocaloric effect
Case lid and back box lid are provided with ventilation hole, and the inner cavity of electrocaloric effect is provided with heating wire or electrical bar；
The automatic rolling device includes cutting mechanism and rolling-up mechanism；The rolling-up mechanism is arranged two, two windings
Mechanism is adjacent and arranged symmetrically, and the cutting mechanism is located among two rolling-up mechanisms；The cutting mechanism includes two symmetrical
The column of setting, the column are fixedly installed on the mounting rack of bottom；Two diverting rollers above and below being provided between two columns, two
Cutter mounting rod is provided between a column, the cutter mounting rod is located between two diverting rollers；On the cutter mounting rod
There are two movable sleeve, movable sleeves to be set on cutter mounting rod for setting；Flanging cutter is provided on the movable sleeve；The activity
Set is radially provided with threaded hole, and clamping screw is rotatably connected in threaded hole and movable sleeve is lock on cutter mounting rod；
The rolling-up mechanism includes the rear haulage roller being mounted on winding mounting rack, and driving motor is mounted on rear haulage roller
Side, the drive shaft of driving motor mutually pass through belt or chain drive with the roll shaft of rear haulage roller；The two of the winding mounting rack
Support arm connecting rod is provided between the inner wall of side, the support arm connecting rod is located at the bottom of winding mounting rack and is located at rear haulage
The rear of roller；The left and right ends of the support arm connecting rod are respectively arranged with wind-up roll support arm, two wind-up roll support arms pair
Claim setting and is located at the rear of rear haulage roller；The wind-up roll support arm is hinged with support arm connecting rod；The wind-up roll branch
The center of top of brace is provided with U-shaped groove, and wind-up roll is set up in the U-shaped groove of two sides wind-up roll support arm；The winding
The two sides inner wall of mounting rack is respectively arranged with the second cylinder, and second cylinder is located at the front side of wind-up roll support arm, and described
The telescopic rod of two cylinders is articulated with the middle and lower part of wind-up roll support arm, two the second cylinder synchronization telescopes；
A kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention is disposed on the bottom mounting rack adjacent
Two groups of printing die groups arranged side by side are provided with turn-over roller between two groups of printing die groups；
A kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention, the both sides open side of the collapser are respectively arranged with
Riser, the riser are located among two plates, and the outer ledge of the riser and plate is in same plane；The riser
Top is fixedly installed on lifting support；The outer wall bottom of any riser is provided with fixing seat, vertical in the fixing seat
It is provided with perforative screw hole, fastening screw is rotatably connected in screw hole；Elevator, the lifting are provided with above the fastening screw
Block is located at the outside of riser；It is respectively arranged with support rod between the side of two plates of the elevator and collapser, it is described
One end of support rod and the side of plate are hinged, and the other end and the elevator of the support rod are hinged；Above-mentioned fastening screw
Top elevator bottom is held out against into support；The inside of two risers is respectively arranged with hemmer, two foldings along its length
Side device is symmetrical arranged；The cross section of the hemmer be isosceles triangle, two waists of isosceles triangle respectively with collapser two
Plate corresponds, and the opposite flanging of two hemmers from the bottom to top gradually draw close by inclination；Middle line on the hemmer is vertical,
Middle line on middle line and riser on collapser is vertical are vertical is conllinear；
A kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention, the roll surface side of the print roller is provided with long with roller
Equal scraper is spent, the scraper is fixedly installed on pedestal, the knife face and print roller roll surface gentle touchdown of the scraper；
A kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention, the top rear haulage roller and receipts of the winding mounting rack
Position between winding up roller is provided with mounting rack, and rodless cylinder, the movement of the rodless cylinder are fixedly installed on the mounting rack
Scribing wheel is provided on slide unit；
The two sides inner wall of a kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention, the winding mounting rack is provided with light
Electric switch, the optoelectronic switch be located at the rear of wind-up roll support arm and in wind-up roll support arm and winding mounting rack inner wall it
Between.
Compared with prior art, the beneficial effects of the present invention are:
The present invention is by realizing the blown film in production to film and printing for inflation film manufacturing machine and each component reasonable combination of printing machine
Continuity；Two are set by the printing die group that printing equipment and drying unit are constituted simultaneously, is passed through between two printing die groups
Turn-over roller turn-over realizes printed on both sides to film；The rolling-up mechanism of two adjacent symmetrics is set, is arranged between two rolling-up mechanisms
Cutting mechanism when cutting mechanism is set as not cut state, realizes the winding of bag-shaped film；Cutting mechanism is set as cut state
When, bag-shaped film can be cut in half, realize that two monofilms are wound respectively by diverting roller；The present apparatus is compact-sized, designs
Rationally, it is combined using multiple same components, and by guide reel reasonable direction, is adjusted according to the different production requirements to film
Different production models, improves production efficiency, has high practicability.
Detailed description of the invention
Fig. 1 is a kind of Intelligent high-precision coextrusion film blowing printing machine overall structure diagram of the present invention.
Fig. 2 is a kind of blown film apparatus structure schematic diagram of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Fig. 3 is a kind of crimping unit structural schematic diagram of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Fig. 4 is a kind of crimping unit cross-sectional view of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Fig. 5 is hemmer structural schematic diagram in Fig. 4.
Fig. 6 is traction and crimping unit assembly knot in a kind of lifting of Intelligent high-precision coextrusion film blowing printing machine of the present invention
Structure schematic diagram.
Fig. 7 is Fig. 6 partial enlargement structural representation.
Fig. 8 is traction and crimping unit assembly knot in a kind of lifting of Intelligent high-precision coextrusion film blowing printing machine of the present invention
Structure schematic diagram.
Fig. 9 is to draw mounting structure schematic diagram in a kind of lifting of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Figure 10 is a kind of printing equipment structural schematic diagram of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Figure 11 is a kind of printing equipment cross-sectional view of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Figure 12 is support base and elevating mechanism fit structure schematic diagram in Figure 10.
Figure 13 is a kind of drying unit structural schematic diagram of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Figure 14 is a kind of automatic rolling device structural schematic diagram of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Figure 15 is flanging cutter mounting structure schematic diagram in Figure 14.
Figure 16 is flanging cutter schematic perspective view in Figure 15.
Figure 17 is a kind of automatic rolling device front view of Intelligent high-precision coextrusion film blowing printing machine of the present invention.
Wherein:
Foam holder mounting platform 101, upper traction mounting rack 102, bottom mounting rack 103, winding mounting rack 104, turn-over roller
105, blown film device 1, foam holder 2, crimping unit 3, traction 4 in lifting, corona machine 5, printing equipment 6, drying unit 7, automatic
Wrap-up 8；
Screw extruder 1.1, hopper 1.2, co-extrusion die head 1.3, vane 1.4；
Collapser 3.1, riser 3.2, fixing seat 3.3, fastening screw 3.4, elevator 3.5, support rod 3.6, hemmer
3.7；
Lifting support 4.1, guide rod 4.2, screw lift 4.3, elevator mounting base 4.3.1, servo motor 4.4, silk
Bar universal driving shaft 4.4.1, feed screw nut 4.5, stack 4.6, fixing roller 4.7, calendering cylinder 4.8, pressing roller 4.9, front haulage roller
4.10, compression cylinder 4.11, driving motor 4.12, slotted hole 4.13, fixed block 4.14, slide bar 4.15, sliding block 4.16, mounting rod
4.17；
Pedestal 6.1, mounting rack 6.2, ink ware 6.3, print roller 6.4, elevator 6.5, dance roller 6.6, the first cylinder
6.7, deflector roll 6.8, scraper 6.9；
Electrocaloric effect 7.1, hair dryer 7.2；
Column 8.1, flanging cutter 8.2, cutter mounting rod 8.2.1, movable sleeve 8.2.2, rear haulage roller 8.3, wind-up roll
8.4, wind-up roll support arm 8.5, support arm connecting rod 8.6, the second cylinder 8.7, mounting rack 8.8, rodless cylinder 8.9, cutter
Take turns 8.10, optoelectronic switch 8.11.
Specific embodiment
Referring to Fig. 1~17, a kind of Intelligent high-precision coextrusion film blowing printing machine of the present invention includes integral installation frame
Frame, foam holder 2, crimping unit 3, traction 4 in lifting, corona machine 5, printing equipment 6, drying unit 7, automatic is received blown film device 1
Winding apparatus 8；The integral installation frame includes foam holder mounting platform 101, upper traction mounting rack 102,103 and of bottom mounting rack
Mounting rack 104 is wound, is provided with and is used on above-mentioned upper traction mounting rack 102, bottom mounting rack 103 and winding mounting rack 104
The guide reel of conducting membranes；The lower section of foam holder mounting platform 101 is arranged in the blown film device 1, and the blown film device 1 will modeling
Expect that heating particulates melt again inflation and formed into film bubble, then at the uniform velocity traction rises；The foam holder 2 is fixedly installed in foam holder peace
On assembling platform 101, the foam holder 2 is located above the film outlet port of blown film device 1；The foam holder 2 is used to stablize the film of inflation
Bubble, while guaranteeing that film bubble has stable diameter；Traction 4 is installed on traction mounting rack 102 in the lifting, the flanging dress
3 front ends for being installed on traction 4 in lifting are set, by crimping unit 3 by film bubble flanging, are drawn using the lifting of traction 4 in lifting
To control the thickness of film；The corona machine 5 is installed on the front end of bottom mounting rack 103, two-sided thin by 5 pairs of corona machine moldings
Film surface carries out discharge treatment, and film surface is made to have stronger adhesion strength, prepares for rear road printing process；The printing equipment
6 are installed on bottom mounting rack 103 and are located at the rear of corona machine 5；The drying unit 7 is installed on bottom mounting rack 103
And it is located at the rear of printing equipment 6；Above-mentioned printing equipment 6 and drying unit 7 constitute a printing die group；The automatic rolling device
8 are installed on winding mounting rack 104 and are located at printing die group rear, and film is wound by automatic rolling device 8 and formed；
The blown film device 1 includes screw extruder 1.1, hopper 1.2, co-extrusion die head 1.3 and the vane being laterally arranged
1.4；The bodies top of the screw extruder 1.1 is provided with hopper 1.2, the feeding inlet and screw extruder of the hopper 1.2
1.1 material path is connected；The extrusion end of the screw extruder 1.1 is provided with vertically arranged co-extrusion die head 1.3, described total
Vane 1.4 is provided at the top die orifice of extrusion die head 1.3, the air inlet of the vane 1.4 is connected to external hair dryer, by drying
Machine provides wind regime；
Traction 4 includes lifting support 4.1 in the lifting, and the lifting support 4.1 is by the two pieces of risers in left and right and two risers
Between multiple reinforcing rod bars constitute；Rear inside the right and left of the upper traction mounting rack 102 is respectively equipped with two and symmetrically sets
Two pieces of the left and right riser rear end of the guide rod 4.2 set, the lifting support 4.1 is fixedly installed with vertically arranged casing respectively,
Casing is socketed on guide rod 4.2, and the rear end of the lifting support 4.1 is positioned by guide rod and along guide rod oscilaltion；
The screw rod liter of two symmetrical settings is vertically fixedly mounted in front end the right and left inner sidewall of the upper traction mounting rack 102 respectively
Drop machine 4.3；Feed screw nut 4.5, two pieces of the left and right of the lifting support 4.1 are provided on the screw rod of the screw lift 4.3
Riser front end is respectively fixedly connected on feed screw nut 4.5, and the front end of the lifting support 4.1 passes through by screw lift 4.3
Drive oscilaltion；Servo motor 4.4 is provided on the upper traction mounting rack 102, the servo motor 4.4 is located at two silks
Between bar elevator 4.3, the transmission shaft of the servo motor 4.4 is connected with screw rod universal driving shaft 4.4.1, the screw rod universal driving shaft
4.4.1 both ends are connected with the screw lift 4.3 of the left and right sides respectively, above-mentioned servo motor 4.4, screw rod universal driving shaft
4.4.1 one group of linkage lifting is constituted with screw lift 4.3, and (concretely, servo motor 4.4 passes through screw rod universal driving shaft
4.3 drive the screw-threaded shaft elevator of two sides to make synchronization lifting simultaneously, so that lifting support 4.1 be driven to rise along about 4.2 guide rod
Drop)；
The lifting support 4.1 be disposed with from front to back stack 4.6, fixing roller 4.7, pressing roller 4.9 and before lead
Pick-up roll 4.10；Two pieces of the left and right riser front end of the lifting support 4.1 is respectively arranged with opening sliding slot along its length, fixed
Roller 4.7 is fixedly installed between the opening sliding slot on both sides by fixed block, and stack 4.6 is slideably positioned in the opening sliding slot on both sides
Between, the stack 4.6 is disposed adjacent with fixing roller 4.7；The open end of two opening sliding slots is solid respectively along its length
Dingan County is fixedly connected with the both ends of stack 4.6 respectively equipped with calendering cylinder 4.8, the telescopic rod of two calendering cylinders 4.8, and two
Rolling 4.8 simultaneous retractable of cylinder drives stack 4.6 to be moved forward and backward, between being adjusted between stack 4.6 and fixing roller 4.7 with this
Gap, to carry out calendering flattening processing to the film of different-thickness；After the front haulage roller 4.10 is set to fixing roller 4.7
Side, the front haulage roller 4.10 are driven by the driving motor 4.12 being arranged on upper traction mounting rack 102, the driving motor
4.12 transmission shaft is connected by belt with front haulage roller 4.10, so that front haulage roller 4.10 be driven to rotate；The pressing roller
4.9 are set to the top of front haulage roller 4.10, are respectively arranged with vertically arranged pressure above the left and right ends of the pressing roller 4.9
Tight cylinder 4.11, the compression cylinder 4.11 are fixedly installed on lifting support 4.1, the telescopic rod point of two compression cylinders 4.11
It is not fixedly connected with the both ends of pressing roller 4.9, two 4.9 simultaneous retractables of compression cylinder drive pressing roller 4.9 to move up and down, with this
The gap between pressing roller 4.9 and front haulage roller 4.10 is adjusted, so that the film of different-thickness be driven at the uniform velocity to move forward；
Symmetrically and positioned at same there are two being respectively set along its length on two riser of left and right of the lifting support 4.1
Slotted hole 4.13 on straight line, two ipsilateral slotted holes 4.13 constitute a slotted hole group, the slotted hole group on two risers of left and right
It is symmetrical arranged；The slotted hole 4.13 is located at the underface of stack 4.6 and fixing roller 4.7, between two slotted holes 4.13
Gap between gap and stack 4.6 and fixing roller 4.7 is corresponding；The outboard end of two slotted holes 4.13 is respectively arranged with two
A fixed block 4.14, two slotted holes 4.13 are located between two fixed blocks 4.14；It is provided between two fixed blocks 4.14
Lower two slide bars 4.15 along the setting of 4.1 length direction of lifting support, two slide bars 4.15 are in the same plane；The slide bar
Two adjacent sliding blocks 4.16 are provided on 4.15, upper and lower two slide bars 4.15 pass through sliding block 4.16, and sliding block 4.16 is along slide bar
4.15 sliding；4.16 corresponding slotted holes 4.13 of each sliding block；It is corresponding on two riser of left and right of the lifting support 4.1
Mounting rod 4.17 is provided between the sliding block 4.16 of slotted hole group, the mounting rod 4.17 is rotatablely connected with sliding block 4.16, described
Crimping unit 3 is installed on mounting rod 4.17 (concretely, corresponding slotted hole on two riser of left and right of lifting support 4.1
Mounting rod 4.17 is provided with by sliding block 4.16 between 4.13, two adjacent slotted holes 4.13, i.e. phase are set on unilateral riser
There are two mounting rod 4.17, the moving range of two mounting rods 4.17 is the length of respective slotted hole 4.13 for the setting answered)；
The crimping unit 3 includes collapser 3.1, and the collapser 3.1 includes two symmetrically arranged plates, and two flat
The top of plate is fixedly installed in respectively on the corresponding mounting rod 4.17 in top, between two mounting rods 4.17
Away from the punishment in advance gap between two plates is adjusted, the film of different-thickness can be adapted to；
The printing equipment 6 includes pedestal 6.1 and the mounting rack 6.2 being arranged on pedestal 6.1, and the pedestal 6.1 is fixed
It is installed on bottom mounting rack 103；The mounting rack 6.2 includes the two symmetrically arranged risers in left and right, is set between two risers
It is equipped with print roller 6.4, is rotatablely connected between print roller 6.4 and riser；One end of the print roller 6.4 passes through speed reducer and motor
Transmission shaft be connected, be driven by a motor its rotation；The underface of the print roller 6.4 is provided with ink ware 6.3, ink ware
It is contained with ink in 6.3, is detachably connected between the ink ware 6.3 and pedestal 6.1, the roll surface part of the print roller 6.4
It is infiltrated in ink；The two sides riser center of the mounting rack 6.2 has vertical lifting slot；The lifting groove two opposite
It is respectively arranged with vertically arranged protruding guide rail on the inner wall of face, elevator 6.5 is provided in lifting groove, the elevator 6.5
Cross section is in I-shaped, and the both ends groove of the elevator 6.5 is on the protruding guide rail of lifting groove inner wall, elevator 6.5
It is positioned by guide rail and is slidably connected between guide rail；Dance roller is provided between the elevator 6.5 of 6.2 two sides of mounting rack
6.6, it is rotatablely connected between the dance roller 6.6 and elevator 6.5, the dance roller 6.6 is located at the surface of print roller 6.4；
The first vertically arranged cylinder 6.7,6.7, first cylinder are respectively arranged at the top of the riser of 6.2 two sides of mounting rack
Telescopic rod in the surface of elevator 6.5, first cylinder 6.7 is connected with elevator 6.5；6.2 two sides of mounting rack
6.7 simultaneous retractable of the first cylinder at the top of riser drives the elevator 6.5 of two sides while lifting to make dance roller 6.6 realize
It moves up and down, the gap between dance roller 6.6 and print roller 6.4 is adjusted with this, so that the film to different-thickness compresses
Printing treatment；
Drying unit 7 is provided on the bottom mounting rack 103, the drying unit 7 is located at the rear of printing equipment 6,
Film after 7 face of the drying unit printing；The drying unit 7 includes electrocaloric effect 7.1 and hair dryer 7.2；The blowing
Machine 7.2 is fixedly installed on the back box lid of electrocaloric effect 7.1；The preceding case lid and back box lid of the electrocaloric effect 7.1 are provided with ventilation
Hole, the inner cavity of electrocaloric effect 7.1 are provided with heating wire or electrical bar；The wind that hair dryer 7.2 is blown out enters by back box lid ventilation hole
It is heated in electrocaloric effect 7.1 to be sent out from preceding case lid ventilation hole, flash baking is carried out to the printing surface of film；
The automatic rolling device 8 includes cutting mechanism and rolling-up mechanism；The rolling-up mechanism is arranged two, two windings
Mechanism is adjacent and arranged symmetrically, and the cutting mechanism is located among two rolling-up mechanisms；The cutting mechanism includes two symmetrical
The column 8.1 of setting, the column 8.1 are fixedly installed on bottom mounting rack 103；It is provided between two columns 8.1 up and down
Two diverting rollers, cutter mounting rod 8.2.1 is provided between two columns 8.1, and the cutter mounting rod 8.2.1 is located at two points
It flows between roller；There are two movable sleeve 8.2.2, movable sleeve 8.2.2 to be set in cutter installation for setting on the cutter mounting rod 8.2.1
On bar 8.2.1, moved left and right along cutter mounting rod 8.2.1；Flanging cutter 8.2, the folding are provided on the movable sleeve 8.2.2
The cutter head of side cutter 8.2 is towards film；The movable sleeve 8.2.2 is radially provided with threaded hole, and clamping screw is rotatably connected in spiral shell
It is lock on cutter mounting rod 8.2.1 in pit and by movable sleeve 8.2.2；Flanging is adjusted by the movement of movable sleeve 8.2.2
The position of cutter 8.2, the function that whether packed film flanging can be cut off according to demand；
The rolling-up mechanism includes the rear haulage roller 8.3 being mounted on winding mounting rack 104, and driving motor is led after being mounted on
The side of pick-up roll 8.3, the drive shaft of driving motor mutually pass through belt or chain drive, driving electricity with the roll shaft of rear haulage roller 8.3
Machine drives rear haulage roller 8.3 to rotate；Support arm connecting rod 8.6, institute are provided between the two sides inner wall of the winding mounting rack 104
Support arm connecting rod 8.6 is stated to be located at the bottom of winding mounting rack 104 and be located at the rear of rear haulage roller 8.3；The support arm connects
The left and right ends of extension bar 8.6 are respectively arranged with wind-up roll support arm 8.5, and two wind-up roll support arms 8.5 are symmetrical arranged and are located at
The rear of rear haulage roller 8.3；The wind-up roll support arm 8.5 is hinged with support arm connecting rod 8.6；The wind-up roll support arm
8.5 center of top is provided with U-shaped groove, and wind-up roll 8.4 is set up in the U-shaped groove of two sides wind-up roll support arm 8.5, and can
It is freely rotated；The two sides inner wall of the winding mounting rack 104 is respectively arranged with the second cylinder 8.7, and second cylinder 8.7 is located at
The front side of wind-up roll support arm 8.5, the telescopic rod of second cylinder 8.7 are articulated with the middle and lower part of wind-up roll support arm 8.5, and two
A second cylinder, 8.7 synchronization telescope；Second cylinder 8.7 gives 8.5 1 initial tensile forces of wind-up roll support arm, this pulling force exists
It is remained in wrapup procedure, fits closely wind-up roll 8.4 on rear haulage roller 8.3, as the film roll on wind-up roll 8.4 is got over
Receipts are thicker, and the thrust between film roll and rear haulage roller 8.3 is greater than initial tensile force, connect wind-up roll support arm 8.5 along support arm
Bar 8.6 does circular motion, realizes automatic winding process with this；
Further, the printing die group arranged side by side of adjacent two groups, two groups of prints are disposed on the bottom mounting rack 103
Molding bilayer film two sides is all printed by drying by turn-over roller 105 between brush mould group；
Further, the both sides open side of the collapser 3.1 is respectively arranged with riser 3.2, and the riser 3.2 is located at two
Among a plate, the outer ledge of the riser 3.2 and plate is in same plane；The top of the riser 3.2 is fixedly mounted
In on lifting support 4.1；The outer wall bottom of any riser 3.2 is provided with fixing seat 3.3, vertical in the fixing seat 3.3
It is provided with perforative screw hole, fastening screw 3.4 is rotatably connected in screw hole；The top of the fastening screw 3.4 is provided with elevator
3.5, the elevator 3.5 is located at the outside of riser 3.2；The side of the elevator 3.5 and two plates of collapser 3.1 it
Between be respectively arranged with support rod 3.6, one end of the support rod 3.6 and the side of plate are hinged, the support rod 3.6 it is another
One end is hinged with elevator 3.5；3.5 bottom of elevator is held out against support by the top of above-mentioned fastening screw 3.4, and adjusting holds out against spiral shell
Bar 3.4 rises or falls elevator 3.5, and collapser 3.1 is strutted outward or inwardly closed up by support rod 3.6, to adjust people
Included angle between 3.1 two plates of letter stencil, keeps film bubble more stable in applanation process；The interior lateral edge of two risers 3.2 its
Length direction is respectively arranged with hemmer 3.7, and two hemmers 3.7 are symmetrical arranged；The cross section of the hemmer 3.7 is isosceles
Triangle, two waists of isosceles triangle are corresponded with two plates of collapser 3.1 respectively, the opposite folding of two hemmers 3.7
Gradually inclination is drawn close from the bottom to top on side；Middle line and riser on middle line, collapser 3.1 on the hemmer 3.7 is vertical are vertical
3.2 it is vertical on middle line it is conllinear；
Preferably, the roll surface side of the print roller 6.4 is provided with the scraper 6.9 with roller equal length, the scraper 6.9
It is fixedly installed on pedestal 6.1, the knife face and 6.4 roll surface gentle touchdown of print roller of the scraper 6.1, scraper 6.1 scrape off printing
Superfluous ink, keeps the ink thickness being infected on roll surface uniform on 6.4 roll surface of roller, improves printing quality；
Further, the position setting between the top rear haulage roller 8.3 and wind-up roll 8.4 of the winding mounting rack 104
There is mounting rack 8.8, be fixedly installed with rodless cylinder 8.9 on the mounting rack 8.8, on the Mobile Slide of the rodless cylinder 8.9
Be provided with scribing wheel 8.10, when wind-up roll 8.4 winding after the completion of, scribing wheel 8.10 under the promotion of rodless cylinder 8.9, from
Film is cut off from left to right, completes winding；
Further, the two sides inner wall of the winding mounting rack 8.8 is provided with optoelectronic switch 8.11, the optoelectronic switch
8.11 are located at the rear of wind-up roll support arm 8.5 and are between wind-up roll support arm 8.5 and winding 104 inner wall of mounting rack, when
When the winding of wind-up roll 8.4 drives winding support arm 8.5 to be turned out to optoelectronic switch 8.11 to certain thickness, support arm is wound
8.5 shelter from optoelectronic switch 8.11, and winding at this time reaches requirement thickness, and optoelectronic switch 8.11 transmits a signal to outside after incuding
Control system, control system receive signal and simultaneously control the sliding of rodless cylinder 8.9, thus using scribing wheel 8.10 by rear haulage roller
Film cutting between 8.3 and wind-up roll 8.4, convenient for the handling of subsequent wind-up roll；
Present apparatus working principle:
The present apparatus production requirement different according to film, can adjust different production methods, print when needing to produce single layer
Bag-shaped film when, blown film device 1 squeeze out film bubble, film bubble through foam holder 2 sizing enter this side device 3, by collapser 3.1 by
3.7 both sides of hemmer form flanging, form bag-shaped film through the pressing of stack 4.6 after；Guided roller introduces corona machine 5 to thin
Film surface carries out discharge treatment, increases its surface adhesion；Film through sided corona treatment introduces printing equipment 6 by guide reel, by
Automatic rolling device 8 wherein is introduced through guide reel after any one group of printing die group printing drying, cutting mechanism is adjusted to not at this time
Cut state, rolling-up mechanism complete winding；
When needing that bag-shaped film is divided into two single thin films and is both needed to printing, blown film device 1 squeezes out film bubble, film bubble
Enter this side device 3 through the sizing of foam holder 2, flanging is formed by 3.7 both sides of hemmer by collapser 3.1, through stack after
4.6 pressings form bag-shaped film；Guided roller introduces corona machine 5 and carries out discharge treatment to film surface, increases its surface adhesion
Power；Film through sided corona treatment introduces printing equipment 6 by guide reel, first passes through after first group of printing die group printing is dried through turn-over
Second group of printing die group is imported after 105 turn-over of roller, and its another side is printed into drying；Bag-shaped film after printing drying enters automatic
Wrap-up 8, cutting mechanism is adjusted to cut state at this time, and flanging cutter 8.2 cuts off the flanging on film both sides to form two
Independent film, the rolling-up mechanism that a film imports side through upper diverting roller are wound, and another film is led through lower diverting roller
The rolling-up mechanism for entering the other side is wound；
When needing to produce the bag-shaped film that two sides is printed, blown film device 1 squeezes out film bubble, and film bubble is formed through foam holder 2
Into this side device 3, flanging is formed by 3.7 both sides of hemmer by collapser 3.1, forms bag through the pressing of stack 4.6 after
Shape film；Guided roller introduces corona machine 5 and carries out discharge treatment to film surface, increases its surface adhesion；Through sided corona treatment
Film printing equipment 6 is introduced by guide reel, led after 105 turn-over of turn-over roller after first passing through the printing drying of first group of printing die group
Enter second group of printing die group and its another side is printed into drying, then guided roller introduces automatic rolling device 8, at this time cutting mechanism
It is adjusted to not cut state, rolling-up mechanism completes winding.
In addition: it should be noted that above-mentioned specific embodiment is only a prioritization scheme of this patent, the skill of this field
Any change or improvement that art personnel are done according to above-mentioned design, within the protection domain of this patent..
Claims (6)
1. a kind of Intelligent high-precision coextrusion film blowing printing machine, comprising integral installation frame, blown film device (1), foam holder (2),
(4), corona machine (5), printing equipment (6), drying unit (7), automatic rolling device (8) are drawn on crimping unit (3), lifting,
It is characterized by: the integral installation frame includes foam holder mounting platform (101), upper traction mounting rack (102), bottom installation
Frame (103) and winding mounting rack (104), above-mentioned upper traction mounting rack (102), bottom mounting rack (103) and winding mounting rack
(104) guide reel for conducting membranes is provided on；The blown film device (1) is arranged in foam holder mounting platform (101)
Lower section；The foam holder (2) is fixedly installed on foam holder mounting platform (101), and the foam holder (2) is located at blown film device
(1) above film outlet port；It draws (4) in the lifting to be installed in traction mounting rack (102), crimping unit (3) peace
Loaded on the front end for drawing (4) in lifting；The corona machine (5) is installed on the front end of bottom mounting rack (103)；The printing equipment
(6) it is installed on bottom mounting rack (103) and is located at the rear of corona machine (5)；The drying unit (7) is installed on bottom installation
Rear on frame (103) and positioned at printing equipment (6)；Above-mentioned printing equipment (6) and drying unit (7) constitute a printing die group；
The automatic rolling device (8) is installed in winding mounting rack (104) and is located at printing die group rear；
The blown film device (1) includes screw extruder (1.1), hopper (1.2), co-extrusion die head (1.3) and the wind being laterally arranged
Ring (1.4)；The bodies top of the screw extruder (1.1) is provided with hopper (1.2), the feeding inlet of the hopper (1.2) with
The material path of screw extruder (1.1) is connected；The extrusion end of the screw extruder (1.1) is provided with vertically arranged co-extrusion
Die head (1.3) is provided with vane (1.4) at the top die orifice of the co-extrusion die head (1.3), the air inlet of the vane (1.4)
It is connected to external hair dryer；
It includes lifting support (4.1) that (4) are drawn in the lifting, and the lifting support (4.1) is erected by the two pieces of risers in left and right and two
Multiple reinforcing rod bars are constituted between plate；It is described it is upper traction mounting rack (102) rear inside the right and left be respectively equipped with two it is right
Claim the guide rod (4.2) of setting, two pieces of the left and right riser rear end of the lifting support (4.1) is fixedly installed with vertically arranged respectively
Casing, casing is socketed on guide rod (4.2)；Front end the right and left inner sidewall difference of upper traction mounting rack (102)
The screw lift (4.3) of two symmetrical settings is vertically fixedly mounted；It is provided on the screw rod of the screw lift (4.3)
Two pieces of the left and right riser front end of feed screw nut (4.5), the lifting support (4.1) are respectively fixedly connected in feed screw nut (4.5)
On；It is provided with servo motor (4.4) on the upper traction mounting rack (102), the servo motor (4.4) is located at two screw rod liters
Between drop machine (4.3), the transmission shaft of the servo motor (4.4) is connected with screw rod universal driving shaft (4.4.1), the screw rod linkage
The both ends of axis (4.4.1) are connected with the screw lift of the left and right sides (4.3) respectively, above-mentioned servo motor (4.4), screw rod connection
Moving axis (4.4.1) and screw lift (4.3) constitute one group of linkage lifting；
The lifting support (4.1) be disposed with from front to back stack (4.6), fixing roller (4.7), pressing roller (4.9) and
Front haulage roller (4.10)；Two pieces of the left and right riser front end of the lifting support (4.1) is respectively arranged with opening along its length
Sliding slot, fixing roller (4.7) are fixedly installed between the opening sliding slot on both sides by fixed block, and stack (4.6) is slideably positioned in
Between the opening sliding slot on both sides, the stack (4.6) is disposed adjacent with fixing roller (4.7)；The open end of two opening sliding slots
Be fixedly installed with respectively along its length calendering cylinder (4.8), two calendering cylinder (4.8) telescopic rod respectively with stack
(4.6) both ends are fixedly connected；The front haulage roller (4.10) is set to the rear of fixing roller (4.7), the front haulage roller
(4.10) it is driven by the driving motor (4.12) being arranged on upper traction mounting rack (102), the biography of the driving motor (4.12)
Moving axis is connected by belt with front haulage roller (4.10)；The pressing roller (4.9) is set to the top of front haulage roller (4.10),
Vertically arranged compression cylinder (4.11), the compression cylinder are respectively arranged with above the left and right ends of the pressing roller (4.9)
(4.11) be fixedly installed on lifting support (4.1), the telescopic rod of two compression cylinders (4.11) respectively with pressing roller (4.9)
Both ends are fixedly connected；
It is respectively set on two riser of left and right of the lifting support (4.1) there are two adjacent symmetric and is located at same along its length
Slotted hole (4.13) on one straight line, two ipsilateral slotted holes (4.13) constitute a slotted hole group, the length on two risers of left and right
Circular hole group is symmetrical arranged；The slotted hole (4.13) is located at the underface of stack (4.6) and fixing roller (4.7), and two oval
Gap between hole (4.13) is corresponding with the gap between stack (4.6) and fixing roller (4.7)；Two slotted holes (4.13)
Outside both ends end be respectively set there are two fixed block (4.14), two slotted holes (4.13) be located at two fixed blocks (4.14) it
Between；Two slide bars (4.15) along the setting of lifting support (4.1) length direction up and down are provided between two fixed blocks (4.14),
Two slide bars (4.15) are in the same plane；Two adjacent sliding blocks (4.16), sliding block are provided on the slide bar (4.15)
(4.16) it is connected on two slide bars (4.15) up and down, sliding block (4.16) is slided along slide bar (4.15)；Each sliding block (4.16) phase
A corresponding slotted hole (4.13)；The sliding block of corresponding slotted hole group on two riser of left and right of the lifting support (4.1)
(4.16) it is provided with mounting rod (4.17), is rotatablely connected between the mounting rod (4.17) and sliding block (4.16), the folding between
Side device (3) is installed on mounting rod (4.17)；The crimping unit (3) includes collapser (3.1), the collapser (3.1)
Comprising two symmetrically arranged plates, the top of two plates is fixedly installed in the corresponding mounting rod (4.17) in top respectively
On；
The printing equipment (6) includes the mounting rack (6.2) of pedestal (6.1) and setting on pedestal (6.1), the pedestal
(6.1) it is fixedly installed on bottom mounting rack (103)；The mounting rack (6.2) includes to control two symmetrically arranged risers, and two
It is provided between a riser print roller (6.4), is rotatablely connected between print roller (6.4) and riser；The one of the print roller (6.4)
End is connected by speed reducer with the transmission shaft of motor, its rotation is driven by a motor；The underface of the print roller (6.4) is arranged
Have ink ware (6.3), is detachably connected between the ink ware (6.3) and pedestal (6.1) by bolt and nut；The mounting rack
(6.2) two sides riser center has vertical lifting slot；It is respectively arranged on two opposite face inner walls of the lifting groove perpendicular
It to the protruding guide rail of setting, is provided in lifting groove elevator (6.5), the cross section of the elevator (6.5) is in I-shaped, institute
The both ends groove of elevator (6.5) is stated on the protruding guide rail of lifting groove inner wall, elevator (6.5) is positioned simultaneously by guide rail
It is slidably connected between guide rail；It is provided with dance roller (6.6) between the elevator (6.5) of mounting rack (6.2) two sides, it is described
It is rotatablely connected between dance roller (6.6) and elevator (6.5), the dance roller (6.6) is located at the surface of print roller (6.4)；
Vertically arranged the first cylinder (6.7), first cylinder are respectively arranged at the top of the riser of mounting rack (6.2) two sides
(6.7) it is located at the surface of elevator (6.5), the telescopic rod of first cylinder (6.7) is connected with elevator (6.5)；
It is provided with drying unit (7) on the bottom mounting rack (103), after the drying unit (7) is located at printing equipment (6)
Side；The drying unit (7) includes electrocaloric effect (7.1) and hair dryer (7.2)；The hair dryer (7.2) is fixedly installed in electric heating
On the back box lid of case (7.1)；The preceding case lid and back box lid of the electrocaloric effect (7.1) are provided with ventilation hole, electrocaloric effect (7.1)
Inner cavity is provided with heating wire or electrical bar；
The automatic rolling device (8) includes cutting mechanism and rolling-up mechanism；The rolling-up mechanism is arranged two, two winders
Structure is adjacent and arranged symmetrically, and the cutting mechanism is located among two rolling-up mechanisms；The cutting mechanism includes two and symmetrically sets
The column (8.1) set, the column (8.1) are fixedly installed on bottom mounting rack (103)；It is arranged between two columns (8.1)
There are two diverting rollers up and down, is provided with cutter mounting rod (8.2.1) between two columns (8.1), the cutter mounting rod
(8.2.1) is located between two diverting rollers；There are two movable sleeve (8.2.2), activities for setting on the cutter mounting rod (8.2.1)
Set (8.2.2) is set in cutter mounting rod (on 8.2.1)；Flanging cutter (8.2) are provided on the movable sleeve (8.2.2)；Institute
It states movable sleeve (8.2.2) and is radially provided with threaded hole, clamping screw is rotatably connected in threaded hole and locks movable sleeve (8.2.2)
Tightly on cutter mounting rod (8.2.1)；
The rolling-up mechanism includes the rear haulage roller (8.3) being mounted in winding mounting rack (104), and driving motor is led after being mounted on
The side of pick-up roll (8.3), the drive shaft of driving motor and the roll shaft of rear haulage roller (8.3) mutually pass through belt or chain drive；Institute
It states and is provided with support arm connecting rod (8.6) between the two sides inner wall of winding mounting rack (104), the support arm connecting rod (8.6)
Bottom positioned at winding mounting rack (104) and the rear positioned at rear haulage roller (8.3)；A left side for the support arm connecting rod (8.6)
Right both ends are respectively arranged with wind-up roll support arm (8.5), and two wind-up roll support arms (8.5) are symmetrical arranged and are located at rear haulage roller
(8.3) rear；The wind-up roll support arm (8.5) is hinged with support arm connecting rod (8.6)；The wind-up roll support arm
(8.5) center of top is provided with U-shaped groove, and wind-up roll (8.4) is set up in the U-shaped groove of two sides wind-up roll support arm (8.5)
It is interior；The two sides inner wall of winding mounting rack (104) is respectively arranged with the second cylinder (8.7), and second cylinder (8.7) is located at
The telescopic rod of the front side of wind-up roll support arm (8.5), second cylinder (8.7) is articulated in wind-up roll support arm (8.5)
Lower part, two the second cylinder (8.7) synchronization telescopes.
2. Intelligent high-precision coextrusion film blowing printing machine according to claim 1, it is characterised in that: the bottom mounting rack
(103) it is disposed with the printing die group arranged side by side of adjacent two groups on, is provided with turn-over roller (105) between two groups of printing die groups.
3. Intelligent high-precision coextrusion film blowing printing machine according to claim 1, it is characterised in that: the collapser
(3.1) both sides open side is respectively arranged with riser (3.2), and the riser (3.2) is located among two plates, the riser
(3.2) same plane is in the outer ledge of plate；The top of the riser (3.2) is fixedly installed in lifting support (4.1)
On；The outer wall bottom of any riser (3.2) is provided with fixing seat (3.3), is vertically provided with and is passed through on the fixing seat (3.3)
The screw hole worn, fastening screw (3.4) are rotatably connected in screw hole；Elevator (3.5) are provided with above the fastening screw (3.4),
The elevator (3.5) is located at the outside of riser (3.2)；The side of two plates of the elevator (3.5) and collapser (3.1)
It is respectively arranged between side support rod (3.6), one end of the support rod (3.6) and the side of plate are hinged, the support
The other end of bar (3.6) is hinged with elevator (3.5)；The top of above-mentioned fastening screw (3.4) is pushed up by elevator (3.5) bottom
Compact schemes；The inside of two risers (3.2) is respectively arranged with hemmer (3.7) along its length, and two hemmers (3.7) are right
Claim setting；The cross section of the hemmer (3.7) be isosceles triangle, two waists of isosceles triangle respectively with collapser (3.1)
Two plates correspond, the opposite flanging of two hemmers (3.7) from the bottom to top gradually inclination draw close；The hemmer
(3.7) middle line on middle line and riser (3.2) on middle line, collapser (3.1) on vertical are vertical are vertical is conllinear.
4. Intelligent high-precision coextrusion film blowing printing machine according to claim 1, it is characterised in that: the print roller
(6.4) roll surface side, which is provided with, is fixedly installed in pedestal (6.1) with the scraper of roller equal length (6.9), the scraper (6.9)
On, the knife face and print roller (6.4) roll surface gentle touchdown of the scraper (6.1).
5. Intelligent high-precision coextrusion film blowing printing machine according to claim 1, it is characterised in that: the winding mounting rack
(104) the position between top rear haulage roller (8.3) and wind-up roll (8.4) is provided with mounting rack (8.8), the mounting rack
(8.8) it is fixedly installed on rodless cylinder (8.9), is provided with scribing wheel on the Mobile Slide of the rodless cylinder (8.9)
(8.10)。
6. Intelligent high-precision coextrusion film blowing printing machine according to claim 5, it is characterised in that: the winding mounting rack
(8.8) two sides inner wall is provided with optoelectronic switch (8.11), and the optoelectronic switch (8.11) is located at wind-up roll support arm (8.5)
Rear and in wind-up roll support arm (8.5) with wind mounting rack (104) inner wall between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910620674.4A CN110406084A (en) | 2019-07-10 | 2019-07-10 | Intelligent high-precision coextrusion film blowing printing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910620674.4A CN110406084A (en) | 2019-07-10 | 2019-07-10 | Intelligent high-precision coextrusion film blowing printing machine |
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| Publication Number | Publication Date |
|---|---|
| CN110406084A true CN110406084A (en) | 2019-11-05 |
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|---|---|---|---|
| CN201910620674.4A Withdrawn CN110406084A (en) | 2019-07-10 | 2019-07-10 | Intelligent high-precision coextrusion film blowing printing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111113854A (en) * | 2019-12-13 | 2020-05-08 | 贵州科泰天兴农业科技有限公司 | Mulching film production device and technology thereof |
| CN111497203A (en) * | 2020-04-30 | 2020-08-07 | 福建连众智惠实业有限公司 | Automatic adjusting mechanism that opens and shuts of herringbone splint |
| CN112046137A (en) * | 2020-09-18 | 2020-12-08 | 肖丙 | Double-sided plastic bag color press with auxiliary hot drying capacity |
| CN113119586A (en) * | 2019-12-30 | 2021-07-16 | 山东恒达品牌包装股份有限公司 | Non-woven bag back printing device |
| CN113650275A (en) * | 2021-07-28 | 2021-11-16 | 佛山市弘禾新材料科技有限公司 | Preparation device and preparation method of antibacterial waterproof fresh-keeping bag |
| CN113650276A (en) * | 2021-08-19 | 2021-11-16 | 台山市仕东包装制品有限公司 | Film blowing process and production equipment for biodegradable food packaging bag |
| CN114393908A (en) * | 2022-01-07 | 2022-04-26 | 合肥路明反光材料有限公司 | Material pressing structure capable of achieving double-sided printing based on reflective cloth printing machine |
| CN115149205A (en) * | 2022-06-23 | 2022-10-04 | 中材锂膜(宁乡)有限公司 | Wet method lithium battery diaphragm preparation method and system based on film blowing process |
| CN118254404A (en) * | 2024-04-18 | 2024-06-28 | 昆山驰诺新材料科技有限公司 | Corona device based on polymer film processing |
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2019
- 2019-07-10 CN CN201910620674.4A patent/CN110406084A/en not_active Withdrawn
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111113854A (en) * | 2019-12-13 | 2020-05-08 | 贵州科泰天兴农业科技有限公司 | Mulching film production device and technology thereof |
| CN113119586B (en) * | 2019-12-30 | 2024-05-14 | 山东恒达品牌包装股份有限公司 | Non-woven bag back printing device |
| CN113119586A (en) * | 2019-12-30 | 2021-07-16 | 山东恒达品牌包装股份有限公司 | Non-woven bag back printing device |
| CN111497203A (en) * | 2020-04-30 | 2020-08-07 | 福建连众智惠实业有限公司 | Automatic adjusting mechanism that opens and shuts of herringbone splint |
| CN111497203B (en) * | 2020-04-30 | 2021-10-15 | 福建连众智惠实业有限公司 | Automatic adjusting mechanism that opens and shuts of herringbone splint |
| CN112046137A (en) * | 2020-09-18 | 2020-12-08 | 肖丙 | Double-sided plastic bag color press with auxiliary hot drying capacity |
| CN112046137B (en) * | 2020-09-18 | 2022-03-01 | 广州市威顿彩印有限公司 | Double-sided plastic bag color press with auxiliary hot drying capacity |
| CN113650275A (en) * | 2021-07-28 | 2021-11-16 | 佛山市弘禾新材料科技有限公司 | Preparation device and preparation method of antibacterial waterproof fresh-keeping bag |
| CN113650276A (en) * | 2021-08-19 | 2021-11-16 | 台山市仕东包装制品有限公司 | Film blowing process and production equipment for biodegradable food packaging bag |
| CN114393908B (en) * | 2022-01-07 | 2024-05-03 | 合肥路明反光材料有限公司 | Material pressing structure capable of carrying out double-sided printing based on reflective cloth printing machine |
| CN114393908A (en) * | 2022-01-07 | 2022-04-26 | 合肥路明反光材料有限公司 | Material pressing structure capable of achieving double-sided printing based on reflective cloth printing machine |
| CN115149205A (en) * | 2022-06-23 | 2022-10-04 | 中材锂膜(宁乡)有限公司 | Wet method lithium battery diaphragm preparation method and system based on film blowing process |
| CN118254404A (en) * | 2024-04-18 | 2024-06-28 | 昆山驰诺新材料科技有限公司 | Corona device based on polymer film processing |
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