CN107571511B - Paper film sticking die-cutting forming equipment - Google Patents
Paper film sticking die-cutting forming equipment Download PDFInfo
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- CN107571511B CN107571511B CN201710853933.9A CN201710853933A CN107571511B CN 107571511 B CN107571511 B CN 107571511B CN 201710853933 A CN201710853933 A CN 201710853933A CN 107571511 B CN107571511 B CN 107571511B
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Abstract
The invention discloses a paper film sticking die-cutting forming device, which mainly adopts the technical scheme that: the rack comprises a first moving platform arranged in the rack, a manual adjustment sliding table arranged in the rack and a second moving platform arranged in the rack, wherein a third moving platform is arranged on the second moving platform; the paper feeding mechanism is arranged at the front end of the frame; the paper first positioning transmission mechanism is arranged on the frame and positioned behind the paper feeding mechanism; the film pasting mechanism is arranged on the first moving platform and positioned behind the paper first positioning transmission mechanism; the paper second positioning transmission mechanism is arranged on the manual adjustment sliding table and is positioned behind the film pasting mechanism; the film die cutting mechanism is positioned behind the paper second positioning transmission mechanism; the forming press roll mechanism is positioned behind the film die-cutting mechanism; the paper collecting and positioning mechanism is fixed on the frame and positioned behind the forming press roller mechanism; the paper collecting mechanism is fixed on the frame and is positioned behind the paper collecting positioning mechanism.
Description
Technical Field
The invention relates to the technical field of production equipment for post-printing processing paper glue index pasting in the printing industry, in particular to paper film pasting die-cutting forming equipment
Background
At present, after printing in the printing industry, the film sticking of paper is mainly finished by manually sticking the films one by one on a semi-automatic adhesive index sticking machine; and then die cutting and forming the films on a semi-automatic film indexing machine beer machine one by one. Usually, the production efficiency is low, the manual working strength is high, the length and effect of the film are completely dependent on operators, and the quality is difficult to be ensured. The printed matter is easy to be polluted and damaged when the printed matter is required to be carried once in processing. In view of the above-mentioned drawbacks of the prior art, both film sticking and molding of post-press paper are manually operated, so that it is very necessary to produce a fully automated film sticking and molding machine.
Disclosure of Invention
In view of the above, the embodiment of the invention provides a paper film sticking die-cutting forming device, which mainly aims to solve the problems that in the prior art, paper needs to be manually fed and feeding, automatic sticking and forming of films and automatic collection of finished products are needed in paper film sticking.
In order to achieve the above purpose, the present invention mainly provides the following technical solutions:
The embodiment of the invention provides a paper film sticking, die cutting and forming device, which comprises:
the mobile platform comprises a rack, a first moving platform, a manual adjustment sliding table and a second moving platform, wherein the first moving platform is arranged in the rack;
the paper feeding mechanism is arranged at the front end of the frame and comprises a paper lifting table, a paper lifting table lifting driving mechanism and a paper adsorbing device, wherein the paper lifting table lifting driving mechanism and the paper adsorbing device are connected with the paper lifting table, and the paper adsorbing device is used for adsorbing and conveying paper placed on the paper lifting table to the paper first positioning transmission mechanism;
the paper first positioning transmission mechanism is arranged on the frame and positioned at the rear of the paper feeding mechanism, and is used for positioning the paper conveyed by the paper feeding mechanism for the first time and conveying the paper to the film pasting mechanism;
the film pasting mechanism is arranged on the first moving platform and positioned behind the first paper positioning transmission mechanism, and comprises a film feeding mechanism, a cutter mechanism, a first pressing rod and a pressing roller mechanism, wherein the film feeding mechanism comprises a feeding tray assembly and a feeding transmission mechanism, the feeding tray assembly comprises a feeding tray, a film is arranged on the feeding tray, the feeding transmission mechanism is used for conveying the film to the cutter mechanism, the cutter mechanism is used for cutting off the film positioned at the cutter mechanism, the first paper positioning transmission mechanism drives the first pressing rod to convey the paper and the cut film to the pressing roller mechanism for pasting, and the pasted paper forms semi-finished film paper;
The paper second positioning transmission mechanism is arranged on the manual sliding table and positioned behind the film pasting mechanism and is used for positioning the semi-finished film paper for the second time and conveying the semi-finished film paper to the film die cutting mechanism;
the film die cutting mechanism is positioned behind the paper second positioning transmission mechanism and comprises a die cutting die assembly, a material ejection mechanism, a material pressing mechanism and a conveying mechanism, wherein the die cutting die assembly comprises two sets of die cutting dies, the two sets of die cutting dies are arranged on the third moving platform, each set of die cutting dies comprises an upper blade, the upper blade is used for cutting redundant shapes of semi-finished film paper, the material ejection mechanism is arranged on the side of the upper blade and is used for ejecting the cut semi-finished film paper out of the upper blade, the material pressing mechanism is arranged above the conveying mechanism, and the conveying mechanism is driven by the material pressing mechanism to drive the semi-finished film paper to be conveyed to the forming press roller mechanism;
the forming press roller mechanism is positioned behind the film die-cutting mechanism and comprises a press roller transmission belt, a gear transmission mechanism group connected with the press roller transmission belt through a press roller transmission shaft, and a press roller transmission mechanism connected with the gear transmission mechanism group through a press roller transmission gear, wherein the press roller transmission mechanism comprises a press roller iron roller and a press roller rubber wheel, and the gear transmission mechanism group drives the press roller iron roller to rotate so as to drive the press roller rubber wheel to rotate so as to press the semi-finished film paper between the press roller iron roller and the press roller rubber wheel, so that the semi-finished film paper forms finished film paper, and the finished film paper is conveyed to a paper collecting positioning mechanism;
The paper collecting and positioning mechanism is fixed on the frame and positioned behind the forming press roller mechanism and is used for positioning the finished film paper and conveying the finished film paper to the paper collecting mechanism;
the paper collecting mechanism is fixed on the frame and positioned behind the paper collecting positioning mechanism and comprises a paper collecting table, and the paper collecting table is used for receiving the finished film paper.
As mentioned above, the first moving platform includes a sliding table bottom plate installed on the frame, a guide rail supporting block disposed on the sliding table floor, a guide rail disposed on the guide rail supporting block, a square sliding block disposed on the guide rail, and a sliding table disposed on the square sliding block, where the guide rail supporting block is connected with a first transmission screw, a first adjusting handle is disposed on the first transmission screw, and the first adjusting handle drives the first transmission screw to drive the sliding table to move;
the third moving platform comprises a sliding block fixing plate, two first dovetail sliding blocks, a second transmission screw rod and a second adjusting handle, wherein the two sets of die cutting dies are arranged on the sliding block fixing plate, the sliding block fixing plate is arranged on the two first dovetail sliding blocks, the second transmission screw rod is connected with the sliding block fixing plate, and the second adjusting handle is connected with the second transmission screw rod;
The second moving platform is provided with two first dovetail grooves matched with the two first dovetail sliding blocks, and the second adjusting handle drives the second transmission screw rod to drive the two sets of die cutting dies to slide on the second moving platform.
As mentioned before, the third moving platform further includes four second dovetail sliders, a third transmission screw rod and a third adjusting handle, wherein one set of die-cutting dies is connected with two second dovetail sliders, the other set of die-cutting dies is connected with two other second dovetail sliders, the two sets of die-cutting dies are connected with the third transmission screw rod, the third adjusting handle is connected with the third transmission screw rod, two second dovetail grooves matched with the second dovetail sliders are arranged on the slider fixing plate, and the third adjusting handle drives the third transmission screw rod to drive the two sets of die-cutting dies to slide on the slider fixing plate.
As mentioned above, the lifting driving mechanism of the paper lifting table comprises a guide rail arranged on the frame and a first driving motor arranged below the frame, the paper lifting table is provided with a pulley, the pulley is arranged on the guide rail and can slide on the guide rail, and the first driving motor drives the paper lifting table to slide on the guide rail;
The paper adsorption device comprises a vacuum pump and a suction nozzle, wherein the vacuum pump is arranged below the frame and connected with the suction nozzle, and drives the suction nozzle to adsorb paper and convey the paper to the paper first positioning transmission mechanism.
As described above, the first paper positioning transmission mechanism comprises a second driving motor arranged in the frame, a first transmission mechanism connected with the second driving motor, a second transmission mechanism connected with the first transmission mechanism, a first transmission roller set obliquely arranged, a first positioning fixing block, a first paper pressing guide plate, a plurality of first steel balls and a first positioning adjusting device, wherein one transmission roller is connected with the second transmission mechanism, the first transmission roller set is fixed on the first positioning fixing block, the first paper pressing guide plate is arranged on the first transmission roller set, a plurality of first steel balls are arranged on the first paper pressing guide plate, and the first positioning adjusting device is arranged on the first paper pressing guide plate.
As mentioned before, the feeding tray assembly further comprises a tensioning rod, a first fixing rod, a second fixing rod and a feeding tray height adjusting device, the feeding tray is connected with a connecting piece fixed on the frame through a feeding tray supporting shaft, the feeding tray height adjusting device comprises a fixing ring arranged on the feeding tray supporting shaft and two fourth adjusting handles arranged on the fixing ring, the feeding transmission mechanism comprises a feeding motor fixed on a motor fixing plate, a feeding wheel arranged on the feeding motor and a pressing wheel arranged above the feeding wheel, a small folding wheel arranged on a pressing fixing plate, a large folding wheel arranged on the pressing fixing plate, the film sequentially passes through the tensioning rod, the first fixing rod, the second fixing rod, the small folding wheel, the large folding wheel, the feeding wheel and the pressing wheel to the cutter mechanism, and a spring is arranged on the pressing wheel to press the pressing wheel to enable the pressing wheel and the feeding wheel to press and the pressing wheel to convey the film to the cutter mechanism;
The cutter mechanism comprises a lower cutter plate fixed block arranged on the frame, a lower cutter plate arranged on the lower cutter plate fixed block, a cutter frame fixed block arranged on the lower cutter plate, an upper cutter frame fixed plate arranged on the lower cutter plate, an upper cutter blade fixed block arranged on the upper cutter frame fixed plate, a first detection device arranged on the upper cutter blade fixed block, a first cylinder arranged above the upper cutter blade fixed block, an upper cutter blade connected with the first cylinder through the upper cutter blade fixed block and a lower cutter blade arranged below the upper cutter blade, wherein the first detection device is used for detecting whether paper passes below the upper cutter blade or not, and the first cylinder drives the upper cutter blade to move downwards to cut off a film;
the press roller mechanism comprises a support rod fixed on a frame, an upper press roller set arranged below the support rod, a lower press roller set arranged below the upper press roller set, a first gear transmission mechanism, a second gear transmission mechanism, a third driving motor, a belt transmission mechanism, a conductive frame set and a conductive sleeve set connected with the conductive frame set, wherein one upper press roller is connected with the first gear transmission mechanism through an upper gear shaft, one lower press roller is respectively connected with the first gear transmission mechanism and the second gear transmission mechanism through a lower gear shaft, the third driving motor is connected with the second gear transmission mechanism, the belt transmission mechanism is arranged between the upper press roller set and the lower press roller set and is connected with the second gear transmission mechanism through a belt transmission shaft, a heating rod is arranged in each press roller, the conductive sleeve set comprises conductive sleeves with the same number as the heating rods, and at least one conductive sleeve is connected with at least one heating rod;
The upper press roller group comprises ten sets of press rollers and fixed blocks, wherein two ends of each set of press rollers are fixed on the fixed blocks through sliding blocks, adjusting bolts are arranged on the sliding blocks and used for adjusting the pressure of the press rollers.
As mentioned before, the second paper positioning transmission mechanism comprises a fourth driving motor arranged in the frame, a third transmission mechanism connected with the fourth driving motor, a fourth transmission mechanism connected with the third transmission mechanism, a second transmission roller set obliquely arranged, a second positioning fixing block, a second paper pressing guide plate, a plurality of second steel balls and a second positioning adjustment device, wherein one second transmission roller is connected with the fourth transmission mechanism, the second transmission roller set is fixed on the second positioning fixing block, the second paper pressing guide plate is arranged on the second transmission roller set, the plurality of second steel balls are arranged on the second paper pressing guide plate, and the second positioning adjustment device is arranged on the second paper pressing guide plate.
As mentioned above, each set of die cutting dies further includes an upper die holder, a lower die holder disposed on the third moving platform, and a lower blade disposed on the lower die holder, where the upper blade is fixed on the upper die holder, the upper blade is mounted in cooperation with the lower blade, four guide posts are mounted on the upper die holder, four guide sleeves matched with the four guide posts are disposed on the lower die holder, and the guide posts can slide in the guide sleeves;
The die cutting die assembly further comprises a second detection device, a second air cylinder and a pull rod arranged on the second air cylinder, wherein the second detection device is arranged between the two sets of die cutting dies and is used for detecting whether the semi-finished film paper reaches the lower part of the upper blade or not, the second air cylinder is connected with the upper die holder through the pull rod, and the second air cylinder drives the pull rod to drive the upper die holder to move downwards so as to cut the semi-finished film paper;
the pressing mechanism comprises a pressing cylinder and a pressing wheel arranged below the pressing cylinder and connected with the pressing cylinder, the first transmission mechanism comprises a transmission wheel, and the pressing cylinder moves to enable the pressing wheel to be in contact with the transmission wheel to drive the semi-finished film paper to be transmitted to the forming press roller mechanism.
As described above, the gear transmission group includes a fifth driving motor, a third gear transmission mechanism connected to the fifth driving motor, a fourth gear transmission mechanism connected to the third gear transmission mechanism, a fifth gear transmission mechanism connected to the third gear transmission mechanism, the fourth gear transmission mechanism connected to the press roller transmission belt through a press roller transmission shaft, and the fifth gear transmission mechanism connected to the press roller iron roller through a press roller transmission gear;
The fifth driving motor is connected with the paper collecting mechanism and is used for driving the paper collecting mechanism to drive the paper collecting table to move;
the press roller transmission mechanism further comprises press roller fixing blocks which are arranged at two ends of the press roller iron roller and used for fixing the press roller iron roller, and press roller adjusting handles which are arranged on the press roller fixing blocks, two ends of the press roller rubber wheel are respectively arranged on the press roller fixing blocks through press roller sliding blocks, the third gear transmission mechanism drives the fifth gear transmission mechanism to drive the press roller iron roller to rotate, the press roller adjusting handles drive the press roller iron roller to drive the press roller rubber wheel to rotate, and the semi-finished film paper between the press roller iron roller and the press roller rubber wheel is pressed to form finished film paper, and the finished film paper is transmitted to the paper collecting and positioning mechanism;
as mentioned before, the paper collecting and positioning mechanism includes a sixth gear transmission mechanism connected with the third gear transmission mechanism, a third driving roller set disposed obliquely, a third positioning fixing block, a third paper pressing guide plate, a plurality of third steel balls and a third positioning adjusting device, wherein one third driving roller is connected with the sixth gear transmission mechanism, the third driving roller set is fixed on the third positioning fixing block, the third paper pressing guide plate is disposed on the third driving roller set, the plurality of third steel balls are disposed on the third paper pressing guide plate, and the third positioning adjusting device is disposed on the third paper pressing guide plate.
By means of the technical scheme, the paper film pasting, die cutting and forming equipment has at least the following advantages:
1. according to the paper film pasting die-cutting forming equipment, the lifting driving mechanism of the paper lifting table is arranged, so that the paper lifting table can automatically lift, manual feeding is replaced, and the manual workload is reduced.
2. According to the paper film pasting die-cutting forming device, the film pasting mechanism is arranged on the first moving platform, so that a user can change the film pasting position.
3. According to the paper film sticking die-cutting forming equipment, the second paper positioning transmission mechanism is arranged on the manual sliding table, so that a user can change the left and right positions of the second paper positioning transmission mechanism.
4. According to the paper film pasting die-cutting forming equipment, the gap between the two sets of die-cutting dies can be adjusted through the arrangement of the third moving platform, the length of film die-cutting is changed, and the positions of the two sets of die-cutting dies and the second moving platform can be changed by a user through the arrangement of the third moving platform on the second moving platform.
5. The paper film pasting die-cutting forming equipment provided by the embodiment of the invention has the advantages that the film pasting mechanism comprises the film feeding mechanism, the cutter mechanism, the first material pressing rod and the pressing roller mechanism, so that the automatic film feeding, automatic cutting and automatic paper conveying of films can be realized, the films are automatically pasted, and the semi-finished film paper comprises the functions of automatic positioning, automatic die cutting and automatic conveying, so that the pasting efficiency is high, the quality is stable, the automation degree is high, the film is convenient and quick to adjust, the manual operation is replaced, the cost is reduced, the film pasting and die cutting can be completed on one piece of equipment, the procedures are reduced, the product is improved, and the equipment is suitable for mass production.
The foregoing description is only an overview of the present invention, and is intended to provide a better understanding of the present invention, as it is embodied in the following description, with reference to the preferred embodiments of the present invention and the accompanying drawings.
Drawings
Fig. 1 is a schematic view of the overall perspective structure of a paper film sticking, die-cutting and forming device according to an embodiment of the present invention;
FIG. 2 is a schematic view of a first positioning transmission mechanism for paper according to an embodiment of the present invention;
FIG. 3 is a schematic view of a film sticking mechanism according to an embodiment of the present invention;
FIG. 4 is a schematic view of a film feeding mechanism according to an embodiment of the present invention;
fig. 5 is a schematic structural view of a cutter mechanism according to an embodiment of the present invention;
FIG. 6 is a schematic view of a press roller mechanism according to an embodiment of the present invention;
FIG. 7 is a schematic view showing an exploded structure of a press roller mechanism according to an embodiment of the present invention;
FIG. 8 is a schematic view of a second positioning mechanism for paper according to an embodiment of the present invention;
FIG. 9 is a schematic view of a film die cutting mechanism according to an embodiment of the present invention;
FIG. 10 is a schematic diagram of an exploded view of a die-cut die set according to an embodiment of the present invention;
FIG. 11 is a schematic view of a molding press roller driving mechanism according to an embodiment of the present invention;
Fig. 12 is a schematic structural view of a paper receiving positioning mechanism according to an embodiment of the present invention;
FIG. 13 is a schematic view of a first mobile platform according to an embodiment of the present invention;
fig. 14 is a schematic structural diagram of a third mobile platform according to an embodiment of the present invention.
Detailed Description
In order to further describe the technical means and effects adopted for achieving the preset aim of the invention, the following detailed description refers to the specific implementation, structure, characteristics and effects according to the application of the invention with reference to the accompanying drawings and preferred embodiments. In the following description, different "an embodiment" or "an embodiment" do not necessarily refer to the same embodiment. Furthermore, the particular features, structures, or characteristics of one or more embodiments may be combined in any suitable manner. It should be noted that, in the embodiments of the present invention, the "front" and the "rear" are both in the same direction, and the "front" and the "rear" are opposite directions.
A paper film laminating die-cut forming apparatus comprising:
the mobile platform comprises a rack, a first moving platform, a manual adjustment sliding table and a second moving platform, wherein the first moving platform is arranged in the rack;
The paper feeding mechanism is arranged at the front end of the frame and comprises a paper lifting table, a paper lifting table lifting driving mechanism and a paper adsorbing device, wherein the paper lifting table lifting driving mechanism and the paper adsorbing device are connected with the paper lifting table, and the paper adsorbing device is used for adsorbing and conveying paper placed on the paper lifting table to the paper first positioning transmission mechanism;
the paper first positioning transmission mechanism is arranged on the frame and positioned at the rear of the paper feeding mechanism, and is used for positioning the paper conveyed by the paper feeding mechanism for the first time and conveying the paper to the film pasting mechanism;
the film pasting mechanism is arranged on the first moving platform and positioned behind the paper first positioning transmission mechanism, and comprises a film feeding mechanism, a cutter mechanism, a first pressing rod and a pressing roller mechanism, wherein the film feeding mechanism comprises a film and a film transmission mechanism, the film is transmitted to the cutter mechanism through the film transmission mechanism, the cutter mechanism is used for cutting off the film positioned at the cutter mechanism, and the paper first positioning transmission mechanism drives the first pressing rod to transmit the paper and the cut film to the pressing roller mechanism for pasting, and the pasted paper forms a semi-finished film paper;
The paper second positioning transmission mechanism is arranged on the manual sliding table and positioned behind the film pasting mechanism and is used for positioning the semi-finished film paper for the second time and conveying the semi-finished film paper to the film die cutting mechanism;
the film die cutting mechanism is positioned behind the paper second positioning transmission mechanism and comprises a die cutting die assembly, a material ejection mechanism, a material pressing mechanism and a first transmission mechanism, wherein the die cutting die assembly comprises two sets of die cutting dies, the two sets of die cutting dies are arranged on the third moving platform, each set of die cutting dies is provided with an upper blade, the upper blades are used for cutting redundant shapes of semi-finished film paper, the material ejection mechanism is arranged on the side of the upper blades and is used for ejecting the cut semi-finished film paper out of the upper blades, the material pressing mechanism is arranged above the transmission mechanism, and the material pressing mechanism drives the transmission mechanism to drive the semi-finished film paper to be transmitted to the forming compression roller mechanism;
the forming press roller mechanism is positioned behind the film die-cutting mechanism and comprises a press roller transmission belt, a gear transmission mechanism group connected with the press roller transmission belt through a press roller transmission shaft, and a press roller transmission mechanism connected with the gear transmission mechanism group through a press roller transmission gear, wherein the press roller transmission mechanism comprises a press roller iron roller and a press roller rubber wheel, and the gear transmission mechanism group drives the press roller iron roller to rotate so as to drive the press roller rubber wheel to rotate so as to press the semi-finished film paper between the press roller iron roller and the press roller rubber wheel, so that the semi-finished film paper forms finished film paper, and the finished film paper is conveyed to a paper collecting positioning mechanism;
The paper collecting and positioning mechanism is fixed on the frame and positioned behind the forming press roller mechanism and is used for positioning the finished film paper and conveying the finished film paper to the paper collecting mechanism;
the paper collecting mechanism is fixed on the frame and positioned behind the paper collecting positioning mechanism and comprises a paper collecting table, and the paper collecting table is used for receiving the finished film paper.
As shown in fig. 1, one embodiment of the present invention provides a paper film sticking die-cutting forming apparatus, which includes a frame 10, a paper feeding mechanism 20, a paper first positioning transmission mechanism 40, a film sticking mechanism 50, a paper second positioning transmission mechanism 70, a film die-cutting mechanism 80, a forming press roller mechanism 90, a paper receiving positioning mechanism 110 and a paper receiving mechanism 120.
As shown in fig. 1, a rack 10 comprises a first mobile platform 101 arranged on the rack 10, a manual adjustment sliding table 102 arranged on the rack, and a second mobile platform 103 arranged on the rack, wherein a third mobile platform 104 is arranged on the second mobile platform 103;
as shown in fig. 1, the paper feeding mechanism 20 includes a paper lifting table 201, a paper lifting table lifting driving mechanism 202 and a paper absorbing device 203, wherein the paper lifting table lifting driving mechanism 202 is connected with the paper lifting table 201, the paper lifting table lifting driving mechanism 202 includes a guide rail (not shown in the figure) arranged on the frame 10 and a first driving motor (not shown in the figure) arranged below the frame 10, a pulley (not shown in the figure) is arranged on the paper lifting table 201, the pulley is arranged on the guide rail and can slide on the guide rail, and the first driving motor drives the paper lifting table 201 to slide on the guide rail. The paper suction device 203 comprises a vacuum pump (not shown in the figure) arranged below the frame and a suction nozzle 2031 connected with the vacuum pump, the vacuum pump is arranged below the frame, the vacuum pump drives the suction nozzle 2031 to suck paper 30 and convey the paper 30 to the paper first positioning transmission mechanism 40, the paper lifting table 201 is driven by a first driving motor to automatically lift, manual feeding is replaced, manual workload is reduced, and the first driving motor is a variable frequency motor with adjustable speed.
As shown in fig. 2, the paper first positioning transmission mechanism 40 includes a second driving motor 401 disposed in the frame 10, a first transmission mechanism 402 connected to the second driving motor 401, a second transmission mechanism 403 connected to the first transmission mechanism 402, a first transmission roller set 404 disposed obliquely, a first positioning fixing block 405, a first paper pressing guide plate 406, a plurality of first steel balls 407 and a first positioning adjustment device 408, wherein one transmission roller 4041 is connected to the second transmission mechanism 403, the first transmission roller set 404 is fixed on the first positioning fixing block 405, the first paper pressing guide plate 405 is disposed on the first transmission roller set 404, the plurality of first steel balls 407 is disposed on the first paper pressing guide plate 406, and the first positioning adjustment device 408 is disposed on the first paper pressing guide plate 406; wherein, the first platen guide 406 is a bending plate, the first positioning adjusting device 408 includes a first handle 4081, a first slider 4082, a first slide bar 4083 and a first positioning fixing plate 4084, the first handle 4081 is disposed on the first slider 4082, and the first handle 4081 is used for adjusting the sliding range of the first slider 4082, and the adjusting range is 0mm-200mm. The first slider 4082 is disposed on the first positioning fixing plate 4084 and is connected to the first slide bar 4083.
As shown in fig. 3 to 7, the film attaching mechanism 50 includes a film feeding mechanism 501, a cutter mechanism 502, a first pressing lever 503 and a pressing roller mechanism 504, the film feeding mechanism 501 includes a film 5011, a feed tray assembly 5012 and a feed transmission mechanism 5013, the feed tray assembly 5012 includes a feed tray 50121, a tension lever 50122, a first fixing lever 50123 and a second fixing lever 50124, the feed tray 50121 is connected to a connecting member 50126 fixed to the frame 10 through a feed tray supporting shaft 50125, the film 5011 is provided on the feed tray 50121, the feed transmission mechanism 5013 includes a feed motor 50132 provided on a motor fixing plate 50131, a small folding wheel (not shown in the drawing) provided on the pressing fixing plate 50133, a large folding wheel (not shown in the drawing) provided on the pressing fixing plate 50133, a feed wheel 50134 provided on the feed motor 50132, the film 5011 sequentially passes through the tensioning rod 50122, the first fixing rod 50123, the second fixing rod 50124, the small folding wheel, the large folding wheel, the feeding wheel 50134 and the pressing wheel 50135 to the cutter mechanism 502, wherein the tensioning rod 50132 is capable of tensioning the film 5011, the large folding wheel is an eccentric shaft, the tightness of folding can be adjusted, the film 5011 needs to press the second pressing rod 50136 down before passing through the feeding wheel 50134 and the pressing wheel 50135, the second pressing rod 50136 is released after passing through, a spring (not shown in the figure) is arranged on the pressing wheel 50135, the spring pushes the pressing wheel 50135 to press the pressing wheel 50135 and the feeding wheel 50134 to convey the film 5011 to the cutter mechanism 502, the feeding motor is controlled by an inlet stepping motor, the inlet stepping motor is controlled by an inlet PLC, the length of the film 5011 can be set according to the needs of a user, because the feeding motor is controlled by the inlet stepping motor, the length of the film 5011 is accurate, and the feeding is stable. The cutter mechanism 502 comprises a lower cutter plate fixing block 5021 arranged on the frame 1, a lower cutter plate 5022 arranged on the lower cutter plate fixing block 5021, a cutter frame fixing block 5023 arranged on the lower cutter plate 5022, an upper cutter frame fixing plate 5024 arranged on the lower cutter plate 5022, an upper cutter blade fixing block 5025 arranged on the upper cutter frame fixing plate 5024, a first detection device 5026 arranged on the upper cutter blade fixing block 5025, a first cylinder 5027 arranged above the upper cutter blade fixing block 5025, an upper cutter blade 5028 connected with the first cylinder 5027 through the upper cutter blade fixing block 5025 and a lower cutter blade 5029 arranged below the upper cutter blade 5028, wherein the first detection device 5026 is an infrared laser detector and is used for detecting whether paper 30 passes through or not below the upper cutter blade 5028, and the first cylinder 5027 drives the upper cutter blade 5028 to move downwards to cut off the film 5011. The press roller mechanism 504 comprises a support rod 5041 fixed on a frame, an upper press roller group 5042 arranged below the support rod 5041, a lower press roller group 5043 arranged below the upper press roller group 5042, a first gear transmission mechanism 5044, a second gear transmission mechanism 5045, a third driving motor (not shown in the figure), a belt transmission mechanism 5046, a conductive frame group 5047 and a conductive sleeve group 5048 connected with the conductive frame group 5047, wherein one upper press roller is connected with the first gear transmission mechanism 5044 through an upper gear shaft 50421, one lower press roller is connected with the first gear transmission mechanism 5044 and the second gear transmission mechanism 5045 through a lower gear shaft 50432 respectively, the third driving motor is connected with the second gear transmission mechanism 5045, the belt transmission mechanism 5046 is arranged between the upper press roller group 5042 and the lower press roller group 5043 and is connected with the second gear transmission mechanism 5045 through a belt transmission shaft 50461, the upper press roller group 5042 comprises ten sets of upper press rollers 50422, one upper press roller group 56424 is fixed with two press rollers 50422 and two press rollers 9692 are fixed on two press rollers 50422 and each press roller set of upper press rollers are fixed with two press rollers 5092 and each press roller set of adjusting bolts 9692; the lower press roller set 5043 comprises ten sets of lower press rollers, the press rollers of the press roller structure are arranged to achieve high press roller speed, a heating rod 5049 is arranged in each press roller, the conductive sleeve sets 5048 comprise conductive sleeves 50481 with the same quantity as the heating rods 5049, at least one conductive sleeve 50481 is connected with the at least one heating rod 5049, carbon brushes in the conductive frame sets 5047 are used for supplying power to the conductive sleeve sets 5048, copper sleeves (not shown in the figure) are arranged on the at least one conductive sleeve 50481 and connected with the heating rods 5049, 8 heating rods 5049 are arranged in the upper press roller set 5042, and 8 heating rods 5049 are arranged in the lower press roller set 5043.
The working process of the specific film pasting mechanism is as follows: when the first detecting device 5026 detects that the paper 30 passes below the upper blade 5028, the first detecting device 5026 feeds back detected signals to the PLC controller, the PLC controller controls the feeding motor 50132 to work, the feeding motor 50132 rotates and conveys the film 5011 to the position below the upper blade 5028, the feeding motor 50132 stops working, the first cylinder 5027 moves downwards to enable the upper blade 5028 to cut off the film 5011, the film 5011 stops in situ to wait for the next paper, when the paper 30 passes through again, the first detecting device 5026 feeds back detected signals to the PLC controller again, the PLC controller controls the feeding motor 50132 to work, the feeding motor 50132 rotates and conveys the film 5011 to the position below the upper blade 5028, the feeding motor stops working, the first cylinder 5027 moves downwards to enable the upper blade 5028 to cut off the film 5011, the paper 30 is repeatedly worked in this way under the transmission of the paper first positioning transmission mechanism 40, the film 502 is taken away and conveyed to the press roller mechanism 504 under the action of the first press rod 503, and the finished product film is formed under the pressure of the press roller mechanism 504 and the press roller mechanism and the temperature of the paper 30, and the finished product film 60 is formed.
As shown in fig. 8, the paper second positioning transmission mechanism 70 includes a fourth driving motor (not shown) disposed in the frame 10, a third transmission mechanism 701 connected to the fourth driving motor, a fourth transmission mechanism (not shown) connected to the third transmission mechanism 701, a second driving roller group 702 disposed obliquely, a second positioning fixing block 703, a second paper pressing guide plate 704, a plurality of second steel balls 705 and a second positioning adjustment device 706, wherein one second driving roller 7021 is connected to the fourth transmission mechanism, the second driving roller group 702 is fixed on the second positioning fixing block 703, the second paper pressing guide plate 704 is disposed on the second driving roller group 702, the plurality of second steel balls 705 is disposed on the second paper pressing guide plate 704, the second positioning and adjusting device 707 is arranged on the second paper pressing guide plate 704, wherein the second paper pressing guide plate 704 is a bending plate, the second positioning and adjusting device 706 comprises a second handle 7061, a second sliding block 7062, a second sliding rod 7063 and a second positioning and fixing plate 7064 arranged on the second paper pressing guide plate 704, the second handle 7061 is arranged on the second sliding block 7062, the second handle 7061 is used for adjusting the sliding range of the second sliding block 7062, the adjusting range is 0mm-200mm, the second sliding block 7062 is arranged on the second positioning and fixing plate 7064 and is connected with the second sliding rod 7063, in particular, the semi-finished film paper 60 is conveyed to the paper second positioning and driving mechanism 70 under the action of the pressing roller mechanism 504 and moves backwards under the action of the second driving roller set 702 and a plurality of second steel balls 705, the second positioning of the semi-finished film sheet 60 against the second platen guide 704 is accomplished by the oblique orientation of the second set of drive rollers 702.
As shown in fig. 9 and 10, the film die-cutting mechanism 80 includes a die-cutting die assembly 801, a material ejection mechanism 802, a material pressing mechanism 803 and a conveying mechanism 804, where the die-cutting die assembly 801 includes two sets of die-cutting dies 8011, a second detecting device 8012, a second cylinder 8013, and a pull rod 8014 disposed on the second cylinder 8013, the two sets of die-cutting dies 8011 are disposed on the third moving platform 104, each set of die-cutting dies 8011 includes an upper die holder 8011, an upper blade 80112 disposed on the upper die holder 8011, a lower die holder 8013 disposed on the third moving platform 104, and a lower blade 80114 disposed on the lower die holder 8013, the upper blade 80112 is mounted in cooperation with the lower blade 80111, four guide posts 8015 (not shown in the drawing) are mounted on the upper die holder 8013, and the guide posts can slide in the guide posts 8015; the second detection device 8012 is arranged between the two sets of die cutting dies 8011, the second detection device 8012 is an infrared laser detector and is used for detecting whether the semi-finished film paper 60 reaches the lower part of the upper blade 80112, the second cylinder 8013 is connected with the upper die holder 8013 through a pull rod 8014, the second cylinder 8013 drives the pull rod 8014 to drive the upper die holder 8013 to move downwards so as to cut the semi-finished film paper 60, specifically, the two sets of die cutting dies 8011 are both designed by adopting the structure of the stamping dies, the dies are designed by positive pressure four guide columns, the performance of the dies is stable, the service life is long, the blades of the upper blade 80112 are made of high-quality stamping die materials, the service life is long, the symmetrical design is realized, the left and right sides of the upper blade 80112 can be interchanged, and the service life of the upper blade 80112 is increased by 1 time; the ejection mechanism 802 comprises an ejection cylinder (not shown in the figure) disposed at a side of the upper blade 80112, for ejecting the cut semi-finished film sheet 60 out of the upper blade 80112, the pressing mechanism 803 is disposed above the conveying mechanism 804, the pressing mechanism 803 comprises a pressing cylinder 8031 and a pressing roller 8032 disposed below the pressing cylinder 8031 and connected with the pressing cylinder 8031, the conveying mechanism 804 comprises a conveying wheel (not shown in the figure), and the pressing cylinder 8031 moves to enable the pressing roller 8032 to contact with the conveying wheel to drive the semi-finished film sheet 60 to be conveyed to the forming roller mechanism 90.
As shown in fig. 11, the forming press roller mechanism 90 comprises a press roller driving belt 901, a gear driving mechanism group 903 connected with the press roller driving belt 901 through a press roller driving shaft 902, a press roller driving mechanism 905 connected with the gear driving mechanism group 903 through a press roller driving gear 904, the gear driving mechanism group 903 comprises a fifth driving motor 9031, a third gear driving mechanism 9032 connected with the fifth driving motor 9031, a fourth gear driving mechanism 9033 connected with the third gear driving mechanism 9032, a fifth gear driving mechanism 9034 connected with the third gear driving mechanism 9032, the fourth gear driving mechanism 9033 is connected with the press roller driving belt 901 through a press roller driving shaft 902, the press roller driving mechanism 905 comprises a press roller iron roller 9051 connected with the fifth gear driving mechanism 9034 through a press roller driving gear 904, a press roller rubber wheel 9052, a press roller fixing block 9053 which is arranged at two ends of the press roller 9051 and is used for fixing the press roller 9051, and a press roller adjusting handle 9054 which is arranged on the press roller fixing block 9053 and is used for adjusting the pressure of the press roller 9051, wherein two ends of the press roller rubber wheel 9052 are respectively arranged on the press roller fixing block 9053 through a press roller sliding block 9055, specifically, a third gear transmission mechanism 9032 drives a fifth gear transmission mechanism 9034 to drive the press roller 9051 to rotate, the press roller adjusting handle 9054 drives the press roller 9051 to drive the press roller rubber wheel 9052 to rotate, so that the semi-finished film paper 60 between the press roller 9051 and the press roller rubber wheel 9052 is pressed to form a finished film paper 100, and the finished film paper 100 is conveyed to a paper collecting and positioning mechanism 110;
As shown in fig. 12, the delivery positioning mechanism 110 includes a sixth gear transmission mechanism 1101 connected to a third gear transmission mechanism 9032, a third driving roller group 1102 disposed obliquely, a third positioning fixing block 1103, a third paper pressing guide plate 1104, a plurality of third steel balls 1105 and a third positioning adjustment device 1106, wherein one third driving roller 11021 is connected to the sixth gear transmission mechanism 1101, the third driving roller group 1102 is fixed to the third positioning fixing block 1103, the third paper pressing guide plate 1104 is disposed on the third driving roller group 1102, the plurality of third steel balls 1105 are disposed on the third paper pressing guide plate 1104, the third positioning adjustment device 1106 is disposed on the third paper pressing guide plate 1103, wherein the third paper pressing guide plate 1104 is a bending plate, the third positioning adjusting device 1106 includes a third handle 11061, a third slide 11062, a third slide bar 11063 and a third positioning guide plate 11064 disposed on the third platen guide plate 1103, the third handle 11061 is disposed on the third slide 11062, the third handle 11061 is used for adjusting the sliding range of the third slide 11062, the adjusting range is 0mm-200mm, the third slide 11062 is disposed on the third positioning guide plate 11064 and is connected with the third slide bar 11063, specifically, the finished film paper 100 is transferred to the paper receiving positioning mechanism 110 under the action of the forming press roller mechanism 90, and moves backward under the action of the third driving roller set 1102 and the plurality of third steel balls 1105, and the finished film paper 100 leans against the third platen guide plate 1104 under the action of the tilting direction of the third driving roller set 1102 to complete the third positioning due to the tilting of the third driving roller set 1102.
As shown in fig. 1, the delivery mechanism 120 is connected to a fifth driving motor 9031, the delivery mechanism 120 includes a delivery table 1201, a start switch (not shown in the drawing) and a fourth handle 1202, the delivery table 1201 is used for receiving the finished film sheet 100, the start switch is used for controlling the emergency stop and the start of the delivery mechanism, and the fourth handle 1202 is used for adjusting the position of the delivery table 1201.
Further, as shown in fig. 13, the first moving platform 101 includes a sliding table base plate 1011 installed on the frame 10, a guide rail supporting block 1012 provided on the sliding table base plate 1011, a guide rail 1013 provided on the guide rail supporting block 1012, a square sliding block 1014 provided on the guide rail 1013, and a sliding table 1015 provided on the square sliding block 1014, the guide rail supporting block 1012 is connected with a first transmission screw 1016, a first adjusting handle 1017 is provided on the first transmission screw 1016, the first adjusting handle 1017 drives the first transmission screw 1016 to drive the sliding table 1015 to move, specifically, the guide rail 1013 is composed of a pair of load ball guide rails, the first transmission screw 1016 is a high-precision transmission screw, the precision is ±0.01, and the film pasting position can be changed by rotating the first adjusting handle 1017, and the travel is 0-210 mm.
Further, as shown in fig. 14, the third moving platform 104 includes a slide fixing plate 1041, two first dovetail slides 1042, a second transmission screw 1043 and a second adjustment handle 1044, the two sets of die-cutting dies 8011 are disposed on the slide fixing plate 1041, the slide fixing plate 1041 is disposed on the two first dovetail slides 1042, the second transmission screw 1043 is connected with the slide fixing plate 1041, and the second adjustment handle 1044 is connected with the second transmission screw 1043; the second moving platform 103 is provided with two first dovetail grooves 1031 matched with the two first dovetail sliding blocks 1042, the second adjusting handle 1044 drives the second transmission screw 1043 to drive the two sets of die-cutting dies 8011 to slide on the second moving platform 103, specifically, the integral positions of the third moving platform 104 and the two sets of die-cutting dies are changed by rotating the second adjusting handle 1044, and scales on the second adjusting handle 1044 can be adjusted as required.
Further, as shown in fig. 10 and 14, the third moving platform 104 further includes four second dovetail blocks 1045, a third transmission screw rod 1046 and a third adjustment handle 1047, where one set of die-cutting dies 8011 is connected to two second dovetail blocks 1045, another set of die-cutting dies 8011 is connected to two other second dovetail blocks 1045, the two sets of die-cutting dies 8011 are all connected to the third transmission screw rod 1046, the third adjustment handle 1047 is connected to the third transmission screw rod 1046, two second dovetail grooves 1048 matched with the second dovetail blocks 1045 are provided on the slide fixing plate 1041, the third adjustment handle 1047 drives the third transmission screw rod 1046 to drive the two sets of die-cutting dies 8011 to slide on the slide fixing plate 1041, specifically, the third transmission screw rod 1046 is a forward and backward screw rod, and the forward rotation of the third adjustment handle 1047 can make the gap between the two sets of die-cutting dies small, and the die-cutting length is shortened; conversely, the third adjusting handle 1047 can make the gap between the two sets of die cutting dies become larger, and the die cutting length of the film becomes longer.
Further, for convenience in adjusting the position of the feeding tray, as shown in fig. 4, the feeding tray assembly 5012 further includes a feeding tray height adjusting device 50127, and the feeding tray height adjusting device 50127 includes a fixing ring 501271 disposed on the feeding tray supporting shaft 20125 and two fourth adjusting handles 501272 disposed on the fixing ring 501271.
According to the paper film pasting die-cutting forming equipment, the lifting driving mechanism of the paper lifting table is arranged, so that the paper lifting table can automatically lift, manual feeding is replaced, and the manual workload is reduced; the film pasting mechanism is arranged on the first moving platform, so that a user can change the film pasting position; the second paper positioning transmission mechanism is arranged on one manual adjustment sliding table, so that a user can change the left and right positions of the second paper positioning transmission mechanism; the gap between the two sets of die cutting dies can be adjusted by arranging the third moving platform, the length of die cutting of the film is changed, and the positions of the two sets of die cutting dies and the second moving platform can be changed by arranging the third moving platform on the second moving platform; the film pasting mechanism comprises a film feeding mechanism, a cutter mechanism, a first material pressing rod and a press roller mechanism, so that the automatic film feeding device can realize automatic film feeding, automatic film cutting and automatic paper conveying, and automatic film pasting and semi-finished film paper comprise automatic positioning, automatic die cutting and automatic conveying functions, so that the automatic film pasting device is high in pasting efficiency, stable in quality and high in automation degree, and can enable film adjustment to be convenient and rapid, manual operation is replaced, cost is reduced, film pasting and die cutting can be completed on one device, procedures are reduced, products are improved, and the automatic film pasting device is suitable for mass production.
The foregoing is merely illustrative of the present invention, and the present invention is not limited thereto, and any person skilled in the art will readily recognize that variations or substitutions are within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (9)
1. A paper film sticking die-cutting forming device, comprising:
the mobile platform comprises a rack, a first mobile platform, a manual adjustment sliding table and a second mobile platform, wherein the first mobile platform is arranged on the rack;
the paper feeding mechanism is arranged at the front end of the frame and comprises a paper lifting table, a paper lifting table lifting driving mechanism and a paper adsorbing device, wherein the paper lifting table lifting driving mechanism and the paper adsorbing device are connected with the paper lifting table, and the paper adsorbing device is used for adsorbing and conveying paper placed on the paper lifting table to the paper first positioning transmission mechanism;
the paper first positioning transmission mechanism is arranged on the frame and positioned at the rear of the paper feeding mechanism, and is used for positioning the paper conveyed by the paper feeding mechanism for the first time and conveying the paper to the film pasting mechanism;
The film pasting mechanism is arranged on the first moving platform and positioned behind the first paper positioning transmission mechanism, and comprises a film feeding mechanism, a cutter mechanism, a first pressing rod and a pressing roller mechanism, wherein the film feeding mechanism comprises a feeding tray assembly and a feeding transmission mechanism, the feeding tray assembly comprises a feeding tray, a film is arranged on the feeding tray, the feeding transmission mechanism is used for conveying the film to the cutter mechanism, the cutter mechanism is used for cutting off the film positioned at the cutter mechanism, the first paper positioning transmission mechanism drives the first pressing rod to convey the paper and the cut film to the pressing roller mechanism for pasting, and the pasted paper forms semi-finished film paper;
the paper second positioning transmission mechanism is arranged on the manual sliding table and positioned behind the film pasting mechanism and is used for positioning the semi-finished film paper for the second time and conveying the semi-finished film paper to the film die cutting mechanism;
the film die cutting mechanism is positioned behind the paper second positioning transmission mechanism and comprises a die cutting die assembly, a material ejection mechanism, a material pressing mechanism and a conveying mechanism, wherein the die cutting die assembly comprises two sets of die cutting dies, the two sets of die cutting dies are arranged on the third moving platform, each set of die cutting dies comprises an upper blade, the upper blade is used for cutting redundant shapes of semi-finished film paper, the material ejection mechanism is arranged on the side of the upper blade and is used for ejecting the cut semi-finished film paper out of the upper blade, the material pressing mechanism is arranged above the conveying mechanism, and the conveying mechanism is driven by the material pressing mechanism to drive the semi-finished film paper to be conveyed to the forming press roller mechanism;
The molding press roller mechanism is positioned behind the film die-cutting mechanism and comprises a press roller transmission belt, a gear transmission mechanism group connected with the press roller transmission belt through a press roller transmission shaft, and a press roller transmission mechanism connected with the gear transmission mechanism group through a press roller transmission gear, wherein the press roller transmission mechanism comprises a press roller iron roller and a press roller rubber wheel, and the gear transmission mechanism group drives the press roller iron roller to rotate so as to drive the press roller rubber wheel to rotate so as to press the semi-finished film paper between the press roller iron roller and the press roller rubber wheel, so that the semi-finished film paper forms finished film paper, and the finished film paper is conveyed to a paper collecting and positioning mechanism;
the paper collecting and positioning mechanism is fixed on the frame and positioned behind the forming press roller mechanism and is used for positioning the finished film paper and conveying the finished film paper to the paper collecting mechanism;
the paper collecting mechanism is fixed on the frame and positioned behind the paper collecting positioning mechanism and comprises a paper collecting table, wherein the paper collecting table is used for receiving the finished film paper;
the feeding disc assembly further comprises a tensioning rod, a first fixing rod, a second fixing rod and a feeding disc height adjusting device, the feeding disc is connected with a connecting piece fixed on the frame through a feeding disc supporting shaft, the feeding disc height adjusting device comprises a fixing ring arranged on the feeding disc supporting shaft and two fourth adjusting handles arranged on the fixing ring, the feeding transmission mechanism comprises a feeding motor fixed on a motor fixing plate, a feeding wheel arranged on the feeding motor and a pressing wheel arranged above the feeding wheel, a small folding wheel arranged on a pressing fixing plate, a large folding wheel arranged on the pressing fixing plate, the film sequentially passes through the tensioning rod, the first fixing rod, the second fixing rod, the small folding wheel, the large folding wheel, the feeding wheel and the pressing wheel to the cutter mechanism, and a spring is arranged on the pressing wheel and pushes the pressing wheel and the feeding wheel to convey the film to the cutter mechanism in a pressing mode;
The cutter mechanism comprises a lower cutter plate fixed block arranged on the frame, a lower cutter plate arranged on the lower cutter plate fixed block, a cutter frame fixed block arranged on the lower cutter plate, an upper cutter frame fixed plate arranged on the lower cutter plate, an upper cutter blade fixed block arranged on the upper cutter frame fixed plate, a first detection device arranged on the upper cutter blade fixed block, a first cylinder arranged above the upper cutter blade fixed block, an upper cutter blade connected with the first cylinder through the upper cutter blade fixed block and a lower cutter blade arranged below the upper cutter blade, wherein the first detection device is used for detecting whether paper passes below the upper cutter blade or not, and the first cylinder drives the upper cutter blade to move downwards to cut off a film;
the press roller mechanism comprises a support rod fixed on a frame, an upper press roller set arranged below the support rod, a lower press roller set arranged below the upper press roller set, a first gear transmission mechanism, a second gear transmission mechanism, a third driving motor, a belt transmission mechanism, a conductive frame set and a conductive sleeve set connected with the conductive frame set, wherein one upper press roller is connected with the first gear transmission mechanism through an upper gear shaft, one lower press roller is respectively connected with the first gear transmission mechanism and the second gear transmission mechanism through a lower gear shaft, the third driving motor is connected with the second gear transmission mechanism, the belt transmission mechanism is arranged between the upper press roller set and the lower press roller set and is connected with the second gear transmission mechanism through a belt transmission shaft, a heating rod is arranged in each press roller, the conductive sleeve set comprises conductive sleeves with the same number as the heating rods, and at least one conductive sleeve is connected with at least one heating rod;
The upper press roller group comprises ten sets of press rollers and fixed blocks, wherein two ends of each set of press rollers are fixed on the fixed blocks through sliding blocks, adjusting bolts are arranged on the sliding blocks and used for adjusting the pressure of the press rollers.
2. The paper film sticking die-cutting molding apparatus as claimed in claim 1, wherein,
the first moving platform comprises a sliding table bottom plate, a guide rail supporting block, a guide rail, a square sliding block and a sliding table, wherein the sliding table bottom plate is installed on a rack, the guide rail supporting block is arranged on the sliding table bottom plate, the guide rail is arranged on the guide rail supporting block, the square sliding block is arranged on the guide rail, the sliding table is arranged on the square sliding block, a first transmission screw rod is connected to the guide rail supporting block, a first adjusting handle is arranged on the first transmission screw rod, and the first adjusting handle drives the first transmission screw rod to drive the sliding table to move;
the third moving platform comprises a sliding block fixing plate, two first dovetail sliding blocks, a second transmission screw rod and a second adjusting handle, wherein the two sets of die cutting dies are arranged on the sliding block fixing plate, the sliding block fixing plate is arranged on the two first dovetail sliding blocks, the second transmission screw rod is connected with the sliding block fixing plate, and the second adjusting handle is connected with the second transmission screw rod;
The second moving platform is provided with two first dovetail grooves matched with the two first dovetail sliding blocks, and the second adjusting handle drives the second transmission screw rod to drive the two sets of die cutting dies to slide on the second moving platform.
3. The paper film sticking die-cutting molding apparatus according to claim 2, wherein,
the third moving platform further comprises four second dovetail sliding blocks, a third transmission screw rod and a third adjusting handle, wherein one set of die cutting dies is connected with the two second dovetail sliding blocks, the other set of die cutting dies is connected with the other two second dovetail sliding blocks, the two sets of die cutting dies are connected with the third transmission screw rod, the third adjusting handle is connected with the third transmission screw rod, two second dovetail grooves matched with the second dovetail sliding blocks are formed in the sliding block fixing plate, and the third adjusting handle drives the third transmission screw rod to drive the two sets of die cutting dies to slide on the sliding block fixing plate.
4. The paper film sticking die-cutting molding apparatus as claimed in claim 1, wherein,
the paper lifting table lifting driving mechanism comprises a guide rail arranged on the frame and a first driving motor arranged below the frame, a pulley is arranged on the paper lifting table, the pulley is arranged on the guide rail and can slide on the guide rail, and the first driving motor drives the paper lifting table to slide on the guide rail;
The paper adsorption device comprises a vacuum pump and a suction nozzle, wherein the vacuum pump is arranged below the frame and connected with the suction nozzle, and drives the suction nozzle to adsorb paper and convey the paper to the paper first positioning transmission mechanism.
5. The paper film sticking die-cutting molding apparatus as claimed in claim 1, wherein,
the paper first positioning transmission mechanism comprises a second driving motor arranged in the frame, a first transmission mechanism connected with the second driving motor, a second transmission mechanism connected with the first transmission mechanism, a first transmission roller set obliquely arranged, a first positioning fixing block, a first paper pressing guide plate, a plurality of first steel balls and a first positioning adjusting device, wherein one transmission roller is connected with the second transmission mechanism, the first transmission roller set is fixed on the first positioning fixing block, the first paper pressing guide plate is arranged on the first transmission roller set, the plurality of first steel balls are arranged on the first paper pressing guide plate, and the first positioning adjusting device is arranged on the first paper pressing guide plate.
6. The paper film sticking die-cutting molding apparatus as claimed in claim 1, wherein,
The paper second positioning transmission mechanism comprises a fourth driving motor arranged in the frame, a third transmission mechanism connected with the fourth driving motor, a fourth transmission mechanism connected with the third transmission mechanism, a second transmission roller set obliquely arranged, a second positioning fixing block, a second paper pressing guide plate, a plurality of second steel balls and a second positioning adjusting device, wherein one second transmission roller is connected with the fourth transmission mechanism, the second transmission roller set is fixed on the second positioning fixing block, the second paper pressing guide plate is arranged on the second transmission roller set, the plurality of second steel balls are arranged on the second paper pressing guide plate, and the second positioning adjusting device is arranged on the second paper pressing guide plate.
7. The paper film sticking die-cutting molding apparatus as claimed in claim 5, wherein,
each die cutting die set further comprises an upper die holder, a lower die holder arranged on the third moving platform and a lower blade arranged on the lower die holder, the upper blade is fixed on the upper die holder and is matched with the lower blade, four guide posts are arranged on the upper die holder, four guide sleeves matched with the four guide posts are arranged on the lower die holder, and the guide posts can slide in the guide sleeves;
The die cutting die assembly further comprises a second detection device, a second air cylinder and a pull rod arranged on the second air cylinder, wherein the second detection device is arranged between the two sets of die cutting dies and is used for detecting whether the semi-finished film paper reaches the lower part of the upper blade or not, the second air cylinder is connected with the upper die holder through the pull rod, and the second air cylinder drives the pull rod to drive the upper die holder to move downwards so as to cut the semi-finished film paper;
the pressing mechanism comprises a pressing cylinder and a pressing wheel arranged below the pressing cylinder and connected with the pressing cylinder, the first transmission mechanism comprises a transmission wheel, and the pressing cylinder moves to enable the pressing wheel to be in contact with the transmission wheel to drive the semi-finished film paper to be transmitted to the forming press roller mechanism.
8. The paper film sticking die-cutting molding apparatus as claimed in claim 1, wherein,
the gear transmission group comprises a fifth driving motor, a third gear transmission mechanism connected with the fifth driving motor, a fourth gear transmission mechanism connected with the third gear transmission mechanism, and a fifth gear transmission mechanism connected with the third gear transmission mechanism, wherein the fourth gear transmission mechanism is connected with the press roller transmission belt through a press roller transmission shaft, and the fifth gear transmission mechanism is connected with the press roller iron roller through a press roller transmission gear;
The fifth driving motor is connected with the paper collecting mechanism and is used for driving the paper collecting mechanism to drive the paper collecting table to move;
the press roller transmission mechanism further comprises press roller fixing blocks which are arranged at two ends of the press roller iron roller and are used for fixing the press roller iron roller, and press roller adjusting handles which are arranged on the press roller fixing blocks, two ends of the press roller rubber wheel are respectively arranged on the press roller fixing blocks through press roller sliding blocks, the third gear transmission mechanism drives the fifth gear transmission mechanism to drive the press roller iron roller to rotate, the press roller adjusting handles drive the press roller iron roller to drive the press roller rubber wheel to rotate, and the semi-finished film paper between the press roller iron roller and the press roller rubber wheel is pressed to form finished film paper, and the finished film paper is conveyed to the paper collecting and positioning mechanism.
9. The paper film sticking die-cutting molding apparatus as claimed in claim 8, wherein,
the paper collecting and positioning mechanism comprises a sixth gear transmission mechanism connected with the third gear transmission mechanism, a third driving roller set obliquely arranged, a third positioning fixing block, a third paper pressing guide plate, a plurality of third steel balls and a third positioning adjusting device, wherein one third driving roller is connected with the sixth gear transmission mechanism, the third driving roller set is fixed on the third positioning fixing block, the third paper pressing guide plate is arranged on the third driving roller set, the plurality of third steel balls are arranged on the third paper pressing guide plate, and the third positioning adjusting device is arranged on the third paper pressing guide plate.
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| CN110696370B (en) * | 2019-10-21 | 2021-01-19 | 杭州眠之梦科技有限公司 | Ultrasonic welding method for fabric |
| CN111891817A (en) * | 2020-07-31 | 2020-11-06 | 乐荟文具南通有限公司 | Automatic paper adhesive index pasting machine |
| CN113580670A (en) * | 2021-08-24 | 2021-11-02 | 温州欧博机械有限公司 | Paper knife, fork and spoon forming machine |
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