CN214821227U - Full-automatic shaping device - Google Patents
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- CN214821227U CN214821227U CN202022297355.5U CN202022297355U CN214821227U CN 214821227 U CN214821227 U CN 214821227U CN 202022297355 U CN202022297355 U CN 202022297355U CN 214821227 U CN214821227 U CN 214821227U
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Abstract
The utility model relates to a paper pile arrangement equipment technical field especially relates to full-automatic shaping device, include: frame, paper pile conveyer belt, branch buttress subassembly, transport subassembly, break paper subassembly and ejection of compact conveyer belt off with fingers and thumb, the paper pile conveyer belt set up at the frame front end, divide the setting of buttress subassembly in the top of feeding subassembly and be located the feed inlet department of transport subassembly, the setting of transport subassembly is breaking both sides around the paper subassembly off with fingers and thumb, ejection of compact conveyer belt sets up the discharge gate department at the transport subassembly. The utility model has the advantages that: this application begins all to adopt intelligent control from the feeding of paper pile, realizes respectively breaking off each step of paper off with the fingers and thumb by mechanical equipment, and this design improve equipment's precision and degree of automation to reduce the manpower and materials of producer, improve equipment's production efficiency and product quality.
Description
Technical Field
The utility model relates to a paper pile arrangement equipment technical field especially relates to full-automatic shaping device.
Background
In the production process of hard paper boxes (such as hard small cigarette labels), the hard paper boxes after die cutting are printed and subjected to die cutting quality inspection through a product inspection machine or are pasted in a box pasting machine in many times. Because the high-speed product inspection machine and the box pasting machine both adopt friction type conveying, paper can be fed only after the paper needs to be bent, otherwise, the problems of paper jam and the like can occur. At present, a large hard paper box stack needs to be divided into a plurality of small hard paper box stacks by a large amount of manpower, then the angle is broken off by workers, the subsequent equipment is convenient to process, the labor intensity is high, and the workers are easy to be injured.
The applicant has seen the shortcomings of the conventional fully automatic shaping device, inherits the spirit of research innovation and lean refinement, combines production practice, and provides a practical solution by using a professional scientific method, thereby providing the application of the scheme.
Disclosure of Invention
An object of the utility model is to current technical situation, provide full-automatic shaping device, adopt automation equipment to carry out the branch buttress of paper pile and break paper off with the fingers and thumb, the carton processing and the manufacturing of the epilogue of being convenient for.
Full-automatic shaping device includes: frame, paper pile conveyer belt, branch buttress subassembly, transport subassembly, break paper subassembly and ejection of compact conveyer belt off with fingers and thumb, the paper pile conveyer belt set up at the frame front end, divide the setting of buttress subassembly in the top of feeding subassembly and be located the feed inlet department of transport subassembly, the setting of transport subassembly is breaking both sides around the paper subassembly off with fingers and thumb, ejection of compact conveyer belt sets up the discharge gate department at the transport subassembly.
Specifically, the branch buttress subassembly mainly by lift cylinder subassembly, first horizontal propelling movement cylinder, the horizontal propelling movement cylinder of second, divide buttress clamp plate cylinder and paper buttress lift drive assembly to constitute, the paper pile conveyer belt sets up in the frame, the lift cylinder subassembly passes through the support mounting in the frame, the lift cylinder subassembly drives first horizontal propelling movement cylinder and does vertical linear displacement along the guide arm, first horizontal propelling movement cylinder drives both sides branch buttress fork displacement from beginning to end through the push rod, the horizontal propelling movement cylinder of second is installed at the support and is located first horizontal propelling movement cylinder below, the horizontal propelling movement cylinder of second passes through the push rod and drives in the motion branch buttress fork displacement from beginning to end, divide buttress clamp plate cylinder to install on the support and be located branch buttress top, divide buttress clamp plate cylinder to drive and divide the displacement from beginning to end of buttress clamp plate, paper buttress lift drive assembly sets up the discharge end at the paper pile conveyer belt.
Specifically, paper pile conveyer belt one side be equipped with the paper pile baffle, paper pile conveyer belt opposite side paper pile arrangement push pedal, paper pile arrangement push pedal sets up the discharge end at the paper pile conveyer belt, the push pedal cylinder is installed in the frame and promotes paper pile arrangement push pedal through the push rod and draws close to paper pile conveyer belt one side, paper pile lift drive assembly mainly by lift paper pile fork, elevator motor, ball screw and guide arm are constituteed, lift paper pile fork both sides cover is on the guide arm, elevator motor drives lift paper pile fork and moves about along both sides guide arm through ball screw, paper pile conveyer belt constitute by the conveyer belt of two parallels, lift paper pile fork front end outwards extends and forms the paper pile support bar, three paper pile support bars and two conveyer belts arrange that stagger each other.
Specifically, lift paper pile fork top be equipped with check and keep off the cylinder, the push rod that check kept off the cylinder drives check and keeps off the round bar and do vertical linear displacement, two check keep off the round bar and install perpendicularly at check and keep off the cylinder, check keep off horizontal cylinder and drive the displacement around check keep off the cylinder, the side divide the buttress fork to be located well branch buttress fork left and right sides, both sides divide the buttress front end all to be equipped with an inclined plane, well branch buttress fork front end is most advanced and upper surface front end is two inclined planes.
The paper breaking assembly mainly comprises a supporting mold and a pressing mold, the pressing mold is arranged above the supporting mold, the supporting mold is installed on a supporting fixing plate, the supporting fixing plate is inserted with a plurality of limiting cylinders, the limiting cylinders are located on the outer edge of the supporting mold and clamp the supporting mold, a supporting three-axis cylinder and a pressing three-axis cylinder are arranged on a rack, the supporting three-axis cylinder drives the supporting mold to move up and down through the supporting fixing plate, the pressing three-axis cylinder drives the pressing mold to move up and down, a paper stack supporting plate is arranged between the supporting mold and the pressing mold, the paper stack supporting plate arranged on the rack is provided with a groove position for the supporting mold to pass through, and the upper surface of the supporting mold and the lower surface of the pressing mold are provided with rubber pads.
Specifically, the bed die divide two inclined pressing plates and arc clamp plate around, two inclined pressing plates set up both ends around the bed die connecting plate respectively, install arc clamp plate cylinder on the bed die connecting plate and connect in the arc clamp plate, be located the downward protruding cambered surface that forms in the arc clamp plate bottom in the middle of two inclined pressing plates, inclined pressing plate all by inside to outside downward sloping formation inclined plane, two inclined pressing plates are symmetrical arrangement around, are equipped with photoelectric switch on the inclined pressing plate, the round pin axle setting that the cover has the spring is in photoelectric switch's U type groove below, the supporting plate on be equipped with two supporting die, the cambered surface that the supporting die top is the undercut, be equipped with two rectangular trench on the paper buttress layer board, two supporting die can run through two rectangular trench.
Specifically, the support mould divide into about two support moulds, the upper surface that the mould was supported in the left side is upwards protruding, the upper surface that the mould was supported on the right side is undercut, and the mould that pushes down divide into about two and pushes down the mould, and the lower surface that the mould was pushed down in the left side is upwards sunken, supports mould and pushes down the mould one-to-one, about two support moulds between be equipped with the bottom suspension fagging, be equipped with the bottom suspension fagging between the mould that pushes down, the bottom suspension fagging is installed on the mould connecting plate that pushes down through four fulcrums that the cover has the spring, both ends are equipped with the plane and support the mould around the mould was supported in the left side.
The carrying assembly mainly comprises carrying clamp plates, carrying push cylinders and a driving device, the two carrying clamp plates are symmetrically arranged, the two carrying push cylinders drive the carrying clamp plates to be close to the middle and to be separated outwards, the driving device drives the carrying push cylinders to do transverse reciprocating motion through a support, the carrying clamp plates are arranged on two sides of the paper stack supporting plate, and the inner side surfaces of the carrying clamp plates are provided with groove positions matched with the shape of the paper stack.
Specifically, ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base and along the slide rail displacement.
The utility model has the advantages that: the device conveys the paperboards of the whole folded box body forwards through the paper pile conveying belt, then the paper pile is pushed upwards by the paper pile lifting driving assembly, the side pile dividing fork and the middle pile dividing fork are matched with each other to divide a part of paper piles, and the paper piles are independently conveyed upwards to a specified position, so that the paper piles are conveniently and orderly arranged; the supporting die and the pressing die extrude the paper stack to break the paper corner edges of the paper stack, so that subsequent gluing and folding of the paper boards are facilitated; when the supporting die is replaced, the limiting cylinder can be used for limiting, so that the bolt hole of the supporting die is aligned to the hole position of the supporting fixing plate, the rapid replacement of the die is realized, the design improves the accuracy and the automation degree of equipment, the time for replacing the die is saved, and the replacement is extremely convenient and rapid; this application begins all to adopt intelligent control from the feeding of paper pile, realizes respectively breaking off each step of paper off with the fingers and thumb by mechanical equipment, and this design improve equipment's precision and degree of automation to reduce the manpower and materials of producer, improve equipment's production efficiency and product quality.
Drawings
FIG. 1 is a perspective view of the present invention;
FIG. 2 is a partial enlarged view of the present invention;
fig. 3 is a side view of the present invention;
FIG. 4 is a perspective view of the paper severing assembly of the present invention;
fig. 5 is a side view of the paper severing assembly of the present invention.
Description of the labeling: the paper stacking and conveying device comprises a frame 1, a paper stacking and conveying belt 2, a stacking component 3, a carrying component 4, a paper breaking component 5 and a discharging and conveying belt 6; a paper stack baffle 21 and a paper stack arrangement push plate 22; the paper pile stacking device comprises a lifting cylinder assembly 31, a first transverse pushing cylinder 32, a second transverse pushing cylinder 33, a pile separating pressing plate cylinder 34, a paper pile lifting driving assembly 35, a side pile separating fork 36, a pile separating fork 37, a pile separating pressing plate 38 and a lifting paper pile fork 351; a conveying clamping plate 41, a conveying pushing cylinder 42 and a driving device 43; a supporting die 51, a lower pressing die 52, a supporting three-axis cylinder 53, a lower pressing three-axis cylinder 54, an inclined pressing plate 55, an arc pressing plate 56, a paper stack supporting plate 57, a lower supporting plate 58, a lower pressing supporting plate 59 and a slot 571; a paper stack clamping plate 61, a paper stack clamping cylinder 62 and a paper stack clamping base 63.
Detailed Description
The drawings are for illustrative purposes only and are not to be construed as limiting the patent; for the purpose of better illustrating the embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted. The positional relationships depicted in the drawings are for illustrative purposes only and are not to be construed as limiting the present patent.
Referring to fig. 1-5, the structure of the present invention is schematically shown, and the fully automatic shaping device includes: frame, paper pile conveyer belt, branch buttress subassembly, transport subassembly, break paper subassembly and ejection of compact conveyer belt off with fingers and thumb, the paper pile conveyer belt set up at the frame front end, divide the setting of buttress subassembly in the top of feeding subassembly and be located the feed inlet department of transport subassembly, the setting of transport subassembly is breaking both sides around the paper subassembly off with fingers and thumb, ejection of compact conveyer belt sets up the discharge gate department at the transport subassembly.
According to the scheme, the stack separating component mainly comprises a lifting cylinder component, a first transverse pushing cylinder, a second transverse pushing cylinder, a stack separating pressing plate cylinder and a paper stack lifting driving component, the paper stack conveying belt is arranged in the frame, the lifting cylinder component is arranged on the frame through a support, the lifting cylinder component drives the first transverse pushing cylinder to do longitudinal linear displacement along a guide rod, the first transverse pushing cylinder drives the front and back displacement of the stack separating fork on two sides through a push rod, the second transverse pushing cylinder is arranged on the support and located below the first transverse pushing cylinder, the second transverse pushing cylinder drives the front and back displacement of the stack separating fork through the push rod, the stack separating pressing plate cylinder is arranged on the support and located above a stack separating part, the stack separating pressing plate cylinder drives the front and back displacement of the stack separating pressing plate, and the paper stack lifting driving component is arranged at the discharging end of the paper stack conveying belt.
Above-mentioned scheme, paper pile conveyer belt one side is equipped with the paper pile baffle, paper pile conveyer belt opposite side paper pile arrangement push pedal, paper pile arrangement push pedal sets up the discharge end at the paper pile conveyer belt, the push pedal cylinder is installed in the frame and promotes paper pile arrangement push pedal through the push rod and draws close to paper pile conveyer belt one side, paper pile lift drive assembly mainly comprises lift paper pile fork, elevator motor, ball screw and guide arm, lift paper pile fork both sides cover is on the guide arm, elevator motor drives lift paper pile fork and shifts from top to bottom along both sides guide arm through ball screw, the paper pile conveyer belt constitute by the conveyer belt of two parallels, lift paper pile fork front end outwards extends formation paper pile support bar, three paper pile support bars and two conveyer belts arrange that stagger each other. The utility model discloses a paper pile fork, including lift paper pile fork, check and stop cylinder, the push rod that the check kept off the cylinder drives check and keeps off the round bar and do vertical linear displacement, two check keep off the round bar and install perpendicularly, check keep off horizontal cylinder and drive the displacement around check fender cylinder, the side divide the buttress fork to be located in divide the buttress fork left and right sides, both sides divide the buttress front end all to be equipped with an inclined plane, divide buttress fork front end to be most advanced and upper surface front end for two inclined planes.
According to the scheme, break paper subassembly off with fingers and thumb mainly comprises supporting die and push down the mould, and the push down mould setting is in the top that supports the mould, supports the mould and installs on supporting the fixed plate, supports the fixed plate and inserts a plurality of spacing cylinders, and spacing cylinder is located and supports the mould outward flange and block and support the mould, is equipped with in the frame and supports triaxial cylinder and push down triaxial cylinder, supports triaxial cylinder and drives through supporting the fixed plate and support the mould displacement from top to bottom, pushes down triaxial cylinder and drive and push down mould displacement from top to bottom, supporting die and push down the mould between be equipped with the paper buttress layer board, the paper buttress layer board of installing in the frame is equipped with the trench that supplies to support the mould to pass through, supports the mould upper surface and all is equipped with the cushion with push down the mould lower surface.
This equipment is equipped with two sets of paper subassemblies of breaking off with fingers and thumb, and two oblique clamp plates and arc clamp plate around the holding-down die that the paper subassembly was broken off with fingers and thumb are divided to first group, and two oblique clamp plates set up both ends around the holding-down die connecting plate respectively, and the arc clamp plate cylinder of installing on the holding-down die connecting plate is connected in the arc clamp plate, and the arc clamp plate bottom that lies in the middle of two oblique clamp plates is protruding downwards and forms an cambered surface, oblique clamp plate all form an inclined plane by inside to outside downward sloping, two oblique clamp plates are symmetrical arrangement around, are equipped with photoelectric switch on the oblique clamp plate, and the round pin axle that the cover has the spring sets up in photoelectric switch's U type groove below.
Two supporting dies are arranged on a supporting fixing plate of the second group of paper breaking assemblies, the tops of the supporting dies are cambered surfaces of downward grooves, two rectangular groove positions are arranged on the paper stack supporting plate, and the two supporting dies can penetrate through the two rectangular groove positions. The supporting die is divided into a left supporting die and a right supporting die, the upper surface of the left supporting die is upwards convex, the upper surface of the right supporting die is downwards concave, the lower pressing die is divided into a left lower pressing die and a right lower pressing die, the lower surface of the left lower pressing die is upwards concave, the supporting die and the lower pressing die are in one-to-one correspondence, a lower supporting plate is arranged between the left supporting die and the right supporting die, a lower pressing supporting plate is arranged between the lower pressing dies, the lower pressing supporting plate is arranged on a lower pressing die connecting plate through four support shafts sleeved with springs, and the left supporting die is provided with plane supporting dies at the front end and the rear end.
The pressing three-axis cylinder drives the pressing die to move downwards, the supporting three-axis cylinder drives the supporting die to move upwards, the supporting die and the pressing die are matched with each other, the paper stack is clamped, and corners of the paper stack are bent by using a special shape structure, so that the subsequent process is facilitated.
When the staff need the installation to support the mould, only need to support the two sides of mould and withstand spacing cylinder, at this moment, the screw hole that supports the mould just aims at the screw hole on the supporting fixed plate, and the rethread bolt will support the mould and fix on the supporting fixed plate, and its installation supports the mould extremely convenient and fast with changing, the supporting mould of applicable multiple different shapes moreover.
Above-mentioned scheme, the transport subassembly mainly comprises transport splint, transport propelling movement cylinder and drive arrangement, and two transport splint symmetrical arrangement, two transport propelling movement cylinders drive transport splint and draw close and outwards part to the centre, and drive arrangement drives transport propelling movement cylinder through the support and is horizontal back and forth movement, and transport splint set up in paper buttress layer board both sides, and the inboard surface of transport splint is equipped with the trench that matches with the paper buttress shape. Ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, the paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base and along the slide rail displacement.
A paper pile stacking and feeding process: firstly, a plurality of paper piles are placed on a rack by workers, a controller starts a paper pile conveying belt to drive the whole paper pile to be conveyed to the lower part of a lifting cylinder component, a push plate cylinder drives a paper pile arranging push plate to approach to one side of a paper board, and the paper pile arranging push plate is matched with a paper pile baffle plate on the other side to arrange the paper pile; then the lifting cylinder assembly drives the first transverse pushing cylinder to move downwards along the guide rod, the grid blocking cylinder drives the grid blocking round rod to move downwards to block the inner side of the paperboard stack, and the stack pressing plate cylinder drives the stack separating pressing plate to press the outer side of the paperboard stack through the push rod to tidily arrange the paperboard stack; and finally, the second transverse pushing cylinder drives the middle stack-dividing fork to be inserted between the two paper boards, the first transverse pushing cylinder drives the side stack-dividing fork to be inserted between the two paper boards, and the lifting driving assembly and the paper stack baffle move upwards to complete reset.
A paper breaking and conveying process: the paper stack conveying device comprises a driving device, a paper stack conveying cylinder, a paper stack pushing cylinder, a paper stack conveying cylinder, a paper stack pushing cylinder and a paper stack pushing cylinder, wherein the driving device is arranged at the front end of the motor and drives the two conveying clamp plates to be located at the front end of the motor through transmission, the conveying pushing cylinder is started to push the conveying clamp plates to be close to the middle, the paper stack is clamped and held by the paper stack pushing cylinder, the driving device is started again to convey the paper stack to the next station through the motor, the conveying device is conveyed to a first group of paper breaking assemblies, the paper breaking assemblies are analogized in sequence, the paper breaking assemblies are conveyed to a second group after the paper breaking is carried out for the first time, the paper stack is conveyed to an ejection conveying belt finally, the paper stack is conveyed to an appointed position through the ejection conveying belt, the paper stack pushing cylinder is started again to drive the paper stack clamping plate to close to the middle, and the paper stack is clamped to the same place to be stacked.
It is obvious that the above embodiments of the present invention are only examples for clearly illustrating the present invention, and are not limitations to the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the claims of the present invention.
Claims (9)
1. Full-automatic shaping device includes: frame, paper pile conveyer belt, branch buttress subassembly, transport subassembly, break paper subassembly and ejection of compact conveyer belt off with fingers and thumb, its characterized in that: the paper pile conveyer belt set up in the frame front end, divide buttress subassembly setting in the top of feeding subassembly and be located the feed inlet department of transport subassembly, the transport subassembly sets up both sides around breaking paper subassembly off with the fingers and thumb, ejection of compact conveyer belt sets up the discharge gate department at the transport subassembly.
2. The fully automatic shaping device according to claim 1, wherein: the paper pile conveying belt is arranged on the frame, the lifting cylinder component is arranged on the frame through a support, the lifting cylinder component drives the first transverse pushing cylinder to do longitudinal linear displacement along a guide rod, the first transverse pushing cylinder drives the front and back displacement of the two side pile separation forks through a push rod, the second transverse pushing cylinder is arranged on the support and located below the first transverse pushing cylinder, the second transverse pushing cylinder drives the front and back displacement of the pile separation forks through the push rod, the pile separation pressing plate cylinder is arranged on the support and located above the middle pile, the pile separation pressing plate cylinder drives the front and back displacement of the pile separation pressing plate, and the paper pile lifting driving component is arranged at the discharge end of the paper pile conveying belt.
3. The fully automatic shaping device according to claim 2, wherein: paper pile conveyer belt one side be equipped with the paper and pile the baffle, paper pile conveyer belt opposite side paper pile arrangement push pedal, paper pile arrangement push pedal sets up the discharge end at the paper pile conveyer belt, the push pedal cylinder is installed in the frame and promotes paper pile arrangement push pedal through the push rod and draws close to paper pile conveyer belt one side, paper pile lift drive assembly mainly comprises lift paper pile fork, elevator motor, ball screw and guide arm, lift paper pile fork both sides cover is on the guide arm, elevator motor drives lift paper pile fork through ball screw and shifts from top to bottom along both sides guide arm, the paper pile conveyer belt constitute by the conveyer belt of two parallels, lift paper pile fork front end outwards extends formation paper pile support bar, three paper pile support bars and two conveyer belts stagger each other and arrange.
4. The fully automatic shaping device according to claim 3, wherein: the utility model discloses a paper pile fork, including lift paper pile fork, check and fender cylinder, the push rod that the cylinder was kept off to the check drives the check and keeps off the round bar and do vertical linear displacement, two check keep off the round bar and install perpendicularly at check fender cylinder, the check keep off horizontal cylinder and drive the displacement around the check fender cylinder, the side divide the buttress fork to be located well branch buttress fork left and right sides, both sides divide the buttress front end all to be equipped with an inclined plane, well branch buttress fork front end is most advanced and upper surface front end is two inclined planes.
5. The fully automatic shaping device according to claim 1 or 4, wherein: the assembly of breaking off with fingers and thumb mainly constitute by supporting the mould and push down the mould, push down the mould setting in the top that supports the mould, support the mould and install on supporting the fixed plate, support the fixed plate and insert a plurality of spacing cylinders, spacing cylinder is located and supports the mould outward flange and block and support the mould, is equipped with in the frame and supports triaxial cylinder and push down triaxial cylinder, supports triaxial cylinder and drives through supporting the fixed plate and support the mould displacement from top to bottom, push down triaxial cylinder and drive and push down mould displacement from top to bottom, support mould and push down and be equipped with the paper buttress layer board between the mould, install the paper buttress layer board in the frame and be equipped with the trench that supplies to support the mould and pass through, support mould upper surface and push down the mould lower surface and all be equipped with the cushion.
6. The fully automatic shaping device according to claim 5, wherein: the lower pressing die is divided into a front inclined pressing plate, a rear inclined pressing plate and an arc pressing plate, the two inclined pressing plates are respectively arranged at the front end and the rear end of a lower pressing die connecting plate, an arc pressing plate cylinder arranged on the lower pressing die connecting plate is connected to the arc pressing plate, the bottom of the arc pressing plate positioned between the two inclined pressing plates protrudes downwards to form a cambered surface, the inclined pressing plates are inclined downwards to form an inclined surface from inside to outside, the front inclined pressing plate and the rear inclined pressing plate are symmetrically arranged, a photoelectric switch is arranged on the inclined pressing plates, a pin shaft sleeved with a spring is arranged below a U-shaped groove of the photoelectric switch, two supporting dies are arranged on the supporting fixing plate, the top of each supporting die is a cambered surface of a downward groove, two rectangular groove positions are arranged on the paper stack supporting plate, and the two supporting dies can penetrate through the two rectangular groove positions.
7. The fully automatic shaping device according to claim 6, wherein: the supporting die is divided into a left supporting die and a right supporting die, the upper surface of the left supporting die is upwards convex, the upper surface of the right supporting die is downwards concave, the lower pressing die is divided into a left lower pressing die and a right lower pressing die, the lower surface of the left lower pressing die is upwards concave, the supporting die and the lower pressing die are in one-to-one correspondence, a lower supporting plate is arranged between the left supporting die and the right supporting die, a lower pressing supporting plate is arranged between the lower pressing dies, the lower pressing supporting plate is arranged on a lower pressing die connecting plate through four support shafts sleeved with springs, and the left supporting die is provided with plane supporting dies at the front end and the rear end.
8. The fully automatic shaping device according to claim 7, wherein: the carrying assembly mainly comprises carrying clamp plates, carrying push cylinders and a driving device, the two carrying clamp plates are symmetrically arranged, the two carrying push cylinders drive the carrying clamp plates to be close to the middle and to be separated outwards, the driving device drives the carrying push cylinders to do transverse reciprocating motion through a support, the carrying clamp plates are arranged on two sides of a paper stack supporting plate, and the inner side surfaces of the carrying clamp plates are provided with groove positions matched with the paper stack shape.
9. The fully automatic shaping device according to claim 8, wherein: ejection of compact conveyer belt one end connect in the discharge gate department of transport subassembly, ejection of compact conveyer belt other end both sides all are equipped with the paper buttress grip block, two paper buttress centre gripping cylinders drive two paper buttress grip blocks and draw close and outwards part to the centre, the paper buttress centre gripping cylinder is installed on paper buttress centre gripping base, the push rod of paper buttress propelling movement cylinder is connected in two paper buttress centre gripping bases and is driven paper buttress centre gripping base and along the slide rail displacement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022297355.5U CN214821227U (en) | 2020-10-15 | 2020-10-15 | Full-automatic shaping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022297355.5U CN214821227U (en) | 2020-10-15 | 2020-10-15 | Full-automatic shaping device |
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| Publication Number | Publication Date |
|---|---|
| CN214821227U true CN214821227U (en) | 2021-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202022297355.5U Active CN214821227U (en) | 2020-10-15 | 2020-10-15 | Full-automatic shaping device |
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| Country | Link |
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| CN (1) | CN214821227U (en) |
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2020
- 2020-10-15 CN CN202022297355.5U patent/CN214821227U/en active Active
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