CN214730000U - Automatic laminating and cutting machine for plates - Google Patents
Automatic laminating and cutting machine for plates Download PDFInfo
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- CN214730000U CN214730000U CN202120881926.1U CN202120881926U CN214730000U CN 214730000 U CN214730000 U CN 214730000U CN 202120881926 U CN202120881926 U CN 202120881926U CN 214730000 U CN214730000 U CN 214730000U
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Abstract
The utility model relates to the technical field of film covering machines, in particular to an automatic film covering cutting machine for plates, which comprises a film covering frame body and a film covering upper frame body, wherein four lower film seat rails which are arranged in parallel are arranged on the lower layer frame body of the film covering frame body, a first lower film seat and a second lower film seat are arranged on the lower film seat rails, lower films are respectively arranged on the first lower film seat and the second lower film seat, two ends of the first lower film seat and the second lower film seat are respectively provided with a stopping buffer cushion, four corners of the top of the film covering frame body are respectively provided with a lifting guide pillar, a lifting transmission rod is arranged between the lifting guide pillars, a lifting speed reducing motor is arranged on the lifting transmission rod, the film covering upper frame body is arranged on the lifting guide pillars, the film covering machine frame body is divided into an upper layer structure and a lower layer structure, the upper film covering roller distance and the lower film covering roller distance are automatically adjusted by adopting a driving motor, the automatic induction detection feeding condition is increased, and the film covering machine not only can adapt to plate materials with various specifications, and can carry out automatic cutout after panel tectorial membrane, degree of automation is high, and application scope is extensive.
Description
The technical field is as follows:
the utility model relates to a laminating machine technical field refers in particular to automatic laminating cutter of panel.
Background art:
the film laminating machine is a special device for laminating films on the surfaces of paper, glass, wood boards, metal plates and other products so as to prevent the abrasion of the board surface from influencing the use. The essential element of laminating machine is the tectorial membrane roller, and present laminating machine function is more single, and the upper and lower tectorial membrane roller distance of laminating machine is fixed unchangeable, can not automatic adjustment, has the limitation to the specification of panel, only can carry out tectorial membrane processing to the plate of single thickness, can't carry out the tectorial membrane to the plate of different thickness, and does not possess the automatic cutout function, leads to the practicality to hang down.
The utility model has the following contents:
the utility model aims at the not enough of above technique, and provide an automatic tectorial membrane cutter of panel, its structural design science, through divide into upper strata and the split type structure of lower floor to the tectorial membrane frame body, adopt driving motor automatic adjustment upper and lower tectorial membrane roller apart from to increase the auto-induction and detect the feeding condition, not only can adapt to the panel of multiple specification and carry out the tectorial membrane, and can carry out automatic cutout behind the panel tectorial membrane, degree of automation is high, and application scope is extensive.
In order to realize the purpose, the utility model discloses an automatic tectorial membrane cutter of panel, including tectorial membrane support body, tectorial membrane upper frame body, be equipped with four parallel arrangement's lower membrane seat track on the support body of tectorial membrane support body's lower floor, be equipped with first lower membrane seat and second lower membrane seat on the lower mould seat track, the bottom of first lower membrane seat and second lower membrane seat all is equipped with the gyro wheel, the top of first lower membrane seat and second lower membrane seat all is equipped with the lower membrane, the both ends head of first lower membrane seat and second lower membrane seat all is equipped with the stopping blotter, the top four corners of tectorial membrane support body all is equipped with the lift guide pillar under the tectorial membrane, be equipped with the lift transfer line between the lift transfer line, be equipped with lift gear motor on the lift transfer line, the top of tectorial membrane lower frame body still is equipped with down feeding roller and lower ejection of compact roller, be equipped with down tectorial membrane roller between lower feeding roller and the lower ejection of compact roller, one side of tectorial membrane support body under the tectorial membrane is equipped with feed sensor, the film covering upper frame body is arranged on the lifting guide pillar.
The first lower film seat and the second lower film seat are arranged in parallel, the lower film and the lower film laminating roller are arranged in parallel, and the lower feeding roller, the lower film laminating roller and the lower discharging roller are arranged in parallel and at the same height.
The two ends of the lower feeding roller, the lower film covering roller and the lower discharging roller are fixed on two corresponding side edges at the top of the lower film covering frame, two corresponding film cutting cylinders are arranged between the lower film covering roller and the lower discharging roller, a heating cutting wire is arranged between the two corresponding film cutting cylinders, and the heating cutting wire and the lower film covering roller are arranged in parallel.
And the same end of the lower feeding roller and the lower discharging roller is provided with a power motor, and the rotating speeds of the lower feeding roller and the lower discharging roller are set to be equal.
The top of tectorial membrane upper bracket body be equipped with first upper film seat and second upper film seat, first upper film seat and second upper film seat are parallel arrangement, all are equipped with the membrane on first upper film seat and the second upper film seat, the support body is equipped with upper frame end extension board wherein two sides that correspond on the tectorial membrane, all is equipped with three groups of upper roll spouts on the upper frame end extension board of each end, is equipped with feed roller, last tectorial membrane roller and last discharge roller in three groups of upper roll spouts respectively, the both ends of going up feed roller and last discharge roller are equipped with elasticity fine setting lead screw, and the both ends of going up the tectorial membrane roller are equipped with tectorial membrane laminating cylinder.
The upper film and the upper film coating roller are arranged in parallel, and the upper feeding roller, the upper film coating roller and the upper discharging roller are arranged in parallel and at the same height.
The lower feeding roller and the upper feeding roller are vertically corresponding and parallel to each other, the lower film coating roller and the upper film coating roller are vertically corresponding and parallel to each other, and the lower discharging roller and the upper discharging roller are vertically corresponding and parallel to each other.
The utility model discloses beneficial effect does: an automatic film laminating and cutting machine for plates comprises a film laminating lower frame body and a film laminating upper frame body, wherein four lower film seat rails which are arranged in parallel are arranged on a lower layer frame body of the film laminating lower frame body, a first lower film seat and a second lower film seat are arranged on the lower film seat rails, lower films are respectively arranged on the first lower film seat and the second lower film seat, two ends of the first lower film seat and the second lower film seat are respectively provided with a backstop buffer cushion, four corners of the top of the film laminating lower frame body are respectively provided with a lifting guide pillar, a lifting transmission rod is arranged between the lifting guide pillars, a lifting speed reducing motor is arranged on the lifting transmission rod, the film laminating upper frame body is arranged on the lifting guide pillars, the film laminating machine frame body is divided into an upper layer structure and a lower layer structure, the upper and lower film laminating roller distances are automatically adjusted by adopting a driving motor, the automatic induction detection feeding condition is increased, the automatic film laminating machine not only can adapt to plates with various specifications, but also can automatically cut off after the film laminating of the plates, high automation degree and wide application range.
Description of the drawings:
fig. 1 is a schematic structural diagram of the present invention;
FIG. 2 is a schematic view of another structure of the present invention;
fig. 3 is a schematic view of another directional structure of the present invention.
The specific implementation mode is as follows:
as shown in fig. 1 to 3: the utility model discloses an automatic tectorial membrane cutter of panel, including tectorial membrane support 1, tectorial membrane upper frame 2, be equipped with four parallel arrangement's lower membrane seat track 10 on the support of lower floor of tectorial membrane support 1, be equipped with first lower membrane seat 11 and second lower membrane seat 12 on the lower mould seat track 10, the bottom of first lower membrane seat 11 and second lower membrane seat 12 all is equipped with gyro wheel 13, the top of first lower membrane seat 11 and second lower membrane seat 12 all is equipped with lower membrane 14, the both ends head of first lower membrane seat 11 and second lower membrane seat 12 all is equipped with stopping blotter 15, the top four corners of tectorial membrane lower frame 1 all is equipped with lift guide pillar 20, be equipped with lift transfer line 40 between lift guide pillar 20, be equipped with lift gear motor 30 on the lift transfer line 40, tectorial membrane lower frame 1's top still is equipped with down feeding roller 16 and lower ejection of compact roller 18, be equipped with lower tectorial membrane roller 17 between lower feeding roller 16 and the ejection of compact roller 18, a feeding sensor 50 is arranged on one side edge of the film covering upper frame body 1, and the film covering upper frame body 2 is arranged on the lifting guide pillar 20.
The first lower film base 11 and the second lower film base 12 are arranged in parallel, the lower film 14 and the lower film covering roller 17 are arranged in parallel, and the lower feeding roller 16, the lower film covering roller 17 and the lower discharging roller 18 are arranged in parallel and at the same height.
Two ends of the lower feeding roller 16, the lower laminating roller 17 and the lower discharging roller 18 are fixed on two corresponding sides of the top of the lower laminating frame body 1, two corresponding film cutting cylinders 19 are arranged between the lower laminating roller 17 and the lower discharging roller 18, a heating cutting wire 190 is arranged between the two corresponding film cutting cylinders 19, and the heating cutting wire 190 and the lower laminating roller 17 are arranged in parallel.
The same end of the lower feeding roller 16 and the lower discharging roller 18 is provided with a power motor 160, and the rotating speeds of the lower feeding roller 16 and the lower discharging roller 18 are set to be equal.
The top of tectorial membrane upper frame body 2 be equipped with first upper film seat 21 and second upper film seat 22, first upper film seat 21 and second upper film seat 22 are parallel arrangement, all be equipped with on first upper film seat 21 and the second upper film seat 22 and membrane 23, frame 2 wherein the side that two correspond on the tectorial membrane is equipped with upper frame end extension board 24, all is equipped with three groups of upper roll chutes 241 on the upper frame end extension board 24 of each end, is equipped with last feeding roller 26 in three groups of upper roll chutes 241 respectively, goes up feeding roller 27 and last discharging roller 28, and the both ends of going up feeding roller 26 and last discharging roller 28 are equipped with elasticity fine setting lead screw 242, and the both ends of going up feeding roller 27 are equipped with tectorial membrane laminating cylinder 243.
The upper film 23 and the upper film covering roller 27 are arranged in parallel, and the upper feeding roller 26, the upper film covering roller 27 and the upper discharging roller 28 are arranged in parallel and at the same height.
The lower feeding roller 16 and the upper feeding roller 26 are vertically corresponding and parallel to each other, the lower laminating roller 17 and the upper laminating roller 27 are vertically corresponding and parallel to each other, and the lower discharging roller 18 and the upper discharging roller 28 are vertically corresponding and parallel to each other.
The working process of the automatic film-coating cutting machine for the plate comprises the following steps: before work, firstly, the lifting transmission rod 40 is driven by the lifting speed-reducing motor 30 to adjust the height of the lifting guide post 20, so that the upper film covering frame body 2 is linked with the upper feeding roller 26, the upper film covering roller 27 and the upper discharging roller 28 to ascend or descend, the height between the lower film covering roller 17 and the upper film covering roller 27 is adjusted to be slightly smaller than the thickness of a plate to be covered with a film, and then the lower film 14 and the upper film 23 extend to penetrate between the lower film covering roller 17 and the upper film covering roller 27 and are conveyed to a heating cutting wire 190; when the film laminating machine works, a plate to be coated is fed into the space between the lower feeding roller 16 and the upper feeding roller 26 by the front end of the plate through the power of the power motor 160 at the end of the lower feeding roller 16, the upper feeding roller 26 slightly moves upwards in the upper roller chute 241 on the end support plate 24 of the upper frame, the plate to be coated is tightly clamped between the lower feeding roller 16 and the upper feeding roller 26 through the elastic force of the elastic fine tuning screw 242 at the end of the upper feeding roller 26, the plate continues to move through the power of the power motor 160 at the end of the lower feeding roller 16, when the front end of the plate enters the space between the lower film laminating roller 17 and the upper film laminating roller 27, the upper film laminating roller 27 slightly moves upwards in the upper roller chute 241 on the end support plate 24 of the upper frame, the plate to be coated is tightly clamped between the lower feeding roller 16 and the upper feeding roller 26 through the force of the film laminating air cylinder 243, so that the lower film 14 and the upper film 23 are tightly adhered to the upper and lower surfaces of the plate, at this time, the sheet material continues to travel by the power of the power motor 160 at the end of the lower feeding roller 16, when the front end of the sheet material enters between the lower discharging roller 18 and the upper discharging roller 28, the upper discharging roller 28 will slightly move upwards in the upper roller chute 241 on the end support plate 24 of the upper frame, and the sheet material after film coating is tightly clamped between the lower discharging roller 18 and the upper discharging roller 28 by the force of the elastic fine tuning screw 242 at the end of the upper discharging roller 28, the power motor 160 at the end of the lower discharging roller 18 also provides the traveling power for the sheet material at the same time, when the tail end of the sheet material passes through the feeding sensor 50, the control system of the machine will calculate the time according to the feeding speed of the sheet material, the traveling power after the tail end of the sheet material leaves the lower feeding roller 16 and the upper feeding roller 26 is completely provided by the power motor 160 at the end of the lower discharging roller 18, when the tail end of the sheet material passes through the heating cutting wire 190, after the control system of the machine calculates time, an instruction is sent to the film cutting cylinder 19, feeding of the power motor 160 is stopped at the same time, the film cutting cylinder 19 pushes the heating cutting wire 190 to upwards cut and separate the film-coated plate from the lower film 14 and the upper film 23 connected with the tail part, then the film cutting cylinder 19 resets, and the power motor 160 at the end of the lower discharging roller 18 continues to work to send the film-coated plate out of the film coating machine; after the film cutting cylinder 19 resets, the plate to be coated can be simultaneously fed into the lower feeding roller 16 and the upper feeding roller 26 to continuously work, the second lower film seat 12 and the second upper film seat 22 can be synchronously placed with lower films and upper films, the lower films on the first lower film seat 11 and the upper films on the first upper film seat 21 are convenient to quickly cut after the consumption is finished, the film pasting work efficiency is improved, and the productivity is improved.
Automatic tectorial membrane cutter of panel adopts driving motor automatic adjustment upper and lower tectorial membrane roller apart from through being divided into upper strata and the split type structure of lower floor to increase the auto-induction and detect the feeding condition, not only can adapt to the panel of multiple specification and carry out the tectorial membrane, and can carry out automatic cutout after the panel tectorial membrane, degree of automation is high, and application scope is extensive.
The above is only the preferred embodiment of the present invention, so all the equivalent changes or modifications made by the structure, features and principles in accordance with the claims of the present invention are included in the claims of the present invention.
Claims (7)
1. Automatic tectorial membrane cutter of panel, frame (2) on frame body (1), the tectorial membrane under the tectorial membrane, its characterized in that: four lower film seat rails (10) which are arranged in parallel are arranged on a lower layer frame body of the film covering lower frame body (1), a first lower film seat (11) and a second lower film seat (12) are arranged on the lower film seat rails (10), rollers (13) are arranged at the bottoms of the first lower film seat (11) and the second lower film seat (12), lower films (14) are arranged on the upper surfaces of the first lower film seat (11) and the second lower film seat (12), stopping buffer cushions (15) are arranged at two ends of the first lower film seat (11) and the second lower film seat (12), lifting guide columns (20) are arranged at four corners of the top of the film covering lower frame body (1), a lifting transmission rod (40) is arranged between the lifting guide columns (20), a lifting speed reducing motor (30) is arranged on the lifting transmission rod (40), a lower feeding roller (16) and a lower discharging roller (18) are further arranged at the top of the film covering lower frame body (1), and a lower film covering roller (17) is arranged between the lower discharging roller (16), a feeding sensor (50) is arranged on one side edge of the lower film covering frame body (1), and the upper film covering frame body (2) is arranged on the lifting guide pillar (20).
2. The automatic laminating and cutting machine for plates according to claim 1, wherein: the first lower film seat (11) and the second lower film seat (12) are arranged in parallel, the lower film (14) and the lower film coating roller (17) are arranged in parallel, and the lower feeding roller (16), the lower film coating roller (17) and the lower discharging roller (18) are arranged in parallel and at the same height.
3. The automatic laminating and cutting machine for plates according to claim 1, wherein: the two ends of the lower feeding roller (16), the lower film covering roller (17) and the lower discharging roller (18) are fixed on two corresponding sides of the top of the film covering frame body (1), two corresponding film cutting cylinders (19) are arranged between the lower film covering roller (17) and the lower discharging roller (18), a heating cutting wire (190) is arranged between the two corresponding film cutting cylinders (19), and the heating cutting wire (190) and the lower film covering roller (17) are arranged in parallel.
4. The automatic laminating and cutting machine for plates according to claim 1, wherein: the same end of the lower feeding roller (16) and the lower discharging roller (18) is provided with a power motor (160), and the rotating speeds of the lower feeding roller (16) and the lower discharging roller (18) are set to be equal.
5. The automatic laminating and cutting machine for plates according to claim 1, wherein: the top of tectorial membrane upper rack body (2) be equipped with first upper membrane seat (21) and second upper membrane seat (22), first upper membrane seat (21) and second upper membrane seat (22) are parallel arrangement, all are equipped with on first upper membrane seat (21) and the second upper membrane seat (22) and go up membrane (23), frame (2) is gone up to the tectorial membrane wherein two sides that correspond are equipped with upper frame end extension board (24), all are equipped with three groups of upper roll spouts (241) on the upper frame end extension board (24) of each end, are equipped with respectively in three groups of upper roll spouts (241) and go up feeding roller (26), go up tectorial membrane roller (27) and go up unloading roller (28), the both ends of going up feeding roller (26) and going up unloading roller (28) are equipped with elasticity fine setting lead screw (242), and the both ends of upper membrane roller (27) are equipped with tectorial membrane laminating cylinder (243).
6. The automatic laminating and cutting machine for plates according to claim 5, wherein: the upper film (23) and the upper film coating roller (27) are arranged in parallel, and the upper feeding roller (26), the upper film coating roller (27) and the upper discharging roller (28) are arranged in parallel and at the same height.
7. The automatic laminating and cutting machine for plate materials according to claim 1 or claim 5, wherein: the lower feeding roller (16) and the upper feeding roller (26) are vertically corresponding and parallel, the lower film coating roller (17) and the upper film coating roller (27) are vertically corresponding and parallel, and the lower discharging roller (18) and the upper discharging roller (28) are vertically corresponding and parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120881926.1U CN214730000U (en) | 2021-04-26 | 2021-04-26 | Automatic laminating and cutting machine for plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120881926.1U CN214730000U (en) | 2021-04-26 | 2021-04-26 | Automatic laminating and cutting machine for plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214730000U true CN214730000U (en) | 2021-11-16 |
Family
ID=78614054
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120881926.1U Active CN214730000U (en) | 2021-04-26 | 2021-04-26 | Automatic laminating and cutting machine for plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214730000U (en) |
-
2021
- 2021-04-26 CN CN202120881926.1U patent/CN214730000U/en active Active
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