TW201404576A - Auto film attaching apparatus - Google Patents

Abstract

An auto film attaching apparatus is configured to attach film to work piece. The work piece includes a top wall and a sidewall extending downward from the top wall. The auto film attaching apparatus includes a work stage, a work platform placed on the work stage, a film attaching station, a pressing and cutting station, a film hanging device, a film attaching device, and pressing and cutting device. The film attaching station and the pressing and cutting station are positioned on the work platform. The film hanging device and the film attaching device are placed above the film attaching station. The pressing and cutting device is placed above the pressing and cutting station. The film is wound around the file hanging device, and passes through the film attaching device. The film is placed between the film attaching device and the top wall of the work piece, and the film attaching device resists against the work piece, when the work piece passes through the film attaching station. The pressing and cutting device presses the film on the sidewall away from the pressing and cutting station and move to the pressing and cutting station along the sidewall for attaching the film to the sidewall, when the work piece is positioned on the pressing and cutting station.

Description

Automatic film machine

The invention relates to a processing device, in particular to a film laminating machine.

Before the existing plastic parts are used, the staff needs to apply a film to the plastic parts to prevent the plastic parts from being scratched. The existing filming method needs to be performed manually, and the operation is cumbersome. And if the plastic parts need to be filmed on multiple sides, the film can be applied on one side at a time, and the efficiency is low.

In view of this, it is necessary to provide a multi-face film laminating machine.

An automatic film laminating machine for coating a workpiece. The workpiece includes a top surface and a side surface extending from the top surface. The automatic film machine includes a machine table, a work table disposed on the machine table, a laminating station and a press cutting film station disposed on the work table, and a film hanging device and a film device disposed on the work table and Pressure cutting film device. The film hanging device is wound around a film strip, and the film strip enters the film sticking device from a side of the film sticking device close to the film hanging device and protrudes from the side of the film sticking device away from the film hanging device. The film strip is located between the top surface and the film sticking device when the processing member moves from the side of the film sticking station to the side of the film hanging device and away from the other side of the film hanging device, the filming device and the top Face to face. When the workpiece is located at the press-cutting film station, the pressure-cutting film device presses the film strip on the side away from the end of the press-cutting film station, and moves along the side to the press-cutting film station to take the film strip Attached to this side.

The above automatic laminating machine can simultaneously apply a multi-face film to improve the filming efficiency.

Please refer to FIG. 1 and FIG. 2, which are perspective views of the automatic film laminating machine. The automatic laminating machine cuts and coats the workpiece 99. The workpiece 99 includes a rectangular top surface 990, two parallel first sides 991 extending from four edges of the top surface 990, and two parallel second sides 992, and extending from a first side 991 The removal portion 993 outside the surface 990. Wherein, the top surface 990, the first side surface 991 and the second side surface 992 need to be filmed. The automatic film laminating machine includes a machine table 10, a carrier 20 placed on the machine table 10, a film hanging device 40, a film coating device 50, a pressure cutting film device 60, an operation box 70, and a control box 80.

The carrier 20 is provided with two symmetrical positioning portions 21 side by side. Each positioning portion 21 is for fixing one workpiece 99. A first through hole 210 is defined in each positioning portion 21 . The machine table 10 includes a top frame 11, a work frame 12, a carrier 13, two first legs 14, two second legs 15, a table 16, and a carrier 17. The top frame 11, the work frame 12 and the carrier 13 are all rectangular frames and are arranged parallel to each other. The work frame 12 is located between the top frame 11 and the carrier 13. The work frame 12 and the carrier 13 are the same size. The top frame 11 has the same length as the length of the work frame 12 and a width smaller than the width of the work frame 12. The two first legs 14 are respectively connected to the same side of the top frame 11, the work frame 12 and the carrier 13, for supporting the top frame 11, the work frame 12 and the carrier 13. Two second legs 15 are respectively connected to the other side of the work frame 12 and the carrier 13 for supporting the work frame 12 and the carrier 13. The table 16 and the carrier 17 are placed on the work frame 12 and the carrier 13, respectively.

Referring to FIG. 3 in combination, the table 16 is substantially in the shape of a rectangular parallelepiped. Two first dams 160, two second ribs 161 and a third dam 162 are disposed on one side of the table 16 away from the carrying platform 17. The two first bars 160 are disposed on the table 16 in parallel, and the two second bars 161 are disposed in parallel on the table 16 and are respectively connected between the first bars 160 so as to be enclosed on the table 16 A rectangular operating area 163. The third bar 162 is disposed in parallel with the two first bars 160 and spaced apart from the two first bars 160 and the two second bars 161. Specifically, the third bar 162 is located at an intermediate position of the operation area 163, thereby dividing the operation area 163 into two symmetrical processing areas 1630 and a pending area 1632 along the direction of the second bar 161 for the carrier 20 to be slide. The processing zone 1630 is adjacent to the side of the table 16 that is connected to the first leg 14. The processing zone 1630 includes a first end 1631 and a second end 1633 at both ends of the processing zone 1630. The pending zone 1632 includes a third end 1635 and a fourth end 1637 at both ends of the pending zone 1632. The first end portion 1631 is opposite to and in communication with the third end portion 1635. The second end 1633 and the fourth end 1637 are opposite and in communication such that the carrier 20 can enter the processing zone 1630 through the third end 1635 of the pending zone 1632 and enter the pending zone from the second end 1633 of the processing zone 1630. 1632.

The table 16 is further provided with a filming station 164a, a press-cutting film station 164b, a first opening 165a, a second opening 165b, a third opening 165c, a fourth opening 165d, and a fixing member 166. The filming station 164a and the press-cutting film station 164b are sequentially disposed in the processing zone 1630. The filming station 164a and the press-cutting film station 164b are each capable of accommodating a carrier 20. The press-cut film station 164b is located on the second end 1633. A carrier 20 can be housed between the filming station 164a and the first end portion 1631. In other instant modes, the film station 164a can be coupled to the first end 1631. The first opening 165a is a rectangular opening at the first end portion 1631. The first opening 165a is opened in a direction parallel to the first dam 160. The second opening 165b is disposed in the press-cut film station 164b. The second opening 165b is opened in a direction parallel to the second bar 161. The third opening 165c is adjacent to a side where the table 16 is connected to the second leg 15, and is opposed to the first opening 165a. The fourth opening 165d is disposed at the fourth end portion 1637. The fixture 166 is a plate that is vertically affixed to the side of the table 16 adjacent the first leg 14 and extends from the film station 164a to the press film station 164.

Referring to FIGS. 4 and 5, the table 16 is further provided with a first driving device 167, a second driving device 168 and an inductor 169.

The first driving device 167 and the second driving device 168 are respectively used to drive the carrier 20 to move in a direction parallel to the first bar 160 and in a direction along the second bar 161.

The first driving device 167 and the second driving device 168 are respectively disposed on one side of the table 16 away from the top frame 11. The first driving device 167 includes a first cylinder body 1670, a first cylinder arm 1671, and a first driving block 1672. The first cylinder body 1670 is located on one side of the first opening 165a. The first cylinder arm 1671 is located at the first opening 165a. The first driving block 1672 is fixed to the first cylinder arm 1671 and away from the first cylinder body 1670. The first cylinder body 1670 is configured to drive the first cylinder arm 1671 to move back and forth relative to the first cylinder body 1670 to drive the first driving block 1672 from the first end portion 1631 away from the side of the second end portion 1633 to the second end portion 1633. mobile. When the carrier 20 is located at the first end portion 1631, the first driving block 1672 can withstand the side of the carrier 20 away from the second end portion 1633 and pull the carrier 20 to move toward the second end portion 1633.

The second drive unit 168 includes a second cylinder body 1680, a second cylinder arm 1681, and a second drive block 1682. The second cylinder body 1680 is located on one side of the second opening 165b. The second cylinder arm 1681 is located at the second opening 165b. The second driving block 1682 is fixed to the second cylinder arm 1681 and away from the second cylinder body 1680. The second cylinder body 1680 is configured to drive the second cylinder arm 1681 to move back and forth relative to the second cylinder body 1680 to drive the second driving block 1682 to move. When the carrier 20 is at the third end 1635, the second drive block 1682 can withstand the side of the carrier 20 remote from the fourth end 1637 and pull the carrier 20 toward the fourth end 1637.

The sensor 169 is disposed at the fourth opening 165d for sensing whether the carrier 20 is placed at the fourth end 1637 for the carrier 20 or other object.

The film hanging device 40, the film coating device 50, and the pressure slit film device 60 are sequentially arranged from the first end portion 1631 to the second end portion 1633 in the processing region 1630.

Referring to Figures 1, 2 and 6, the film-hanging device 40 includes a suspension member 41 and a support member 42 disposed on the fixing member 166. The suspension member 41 includes a support portion 410 and a suspension portion 412. The support portion 410 extends upward from a side of the fixing member 166 away from the table 16 . The hanging portion 412 has a substantially rectangular parallelepiped shape, and one end thereof is connected to a side of the supporting portion 410 away from the fixing member 166, and the other end extends into the table 16 in a direction perpendicular to the fixing member 166. Ribs 4120 extending along the extending direction of the hanging portion 412 are respectively provided on the four side surfaces of the hanging portion 412. The two ends and the middle portion of the hanging portion 412 are respectively provided with protrusions 4121 to partition the hanging portion 412 into the first hanging portion 4122 and the second hanging portion 4123. The first suspension portion 4122 and the second suspension portion 4123 are respectively provided with two film strips 413 wound in a cylindrical shape.

The support member 42 includes a first support portion 420 , a second support portion 421 , and a connecting portion 423 . The first supporting portion 420 and the second supporting portion 421 are respectively cylindrical bodies having substantially the same size. The central portions of the first supporting portion 420 and the second supporting portion 421 are provided with grooves 4201 and 4211 surrounding the first supporting portion 420 and the second supporting portion 421. One ends of the first supporting portion 420 and the second supporting portion 421 are respectively fixed to one side of the fixing member 166 facing the table 16; the other ends respectively extend along the extending direction of the hanging portion 412. The central axis of the first supporting portion 420 is aligned with the central axis of the hanging portion 412 , and the second supporting portion 421 is located between the first supporting portion 420 and the hanging portion 412 , and is located at the first supporting portion 420 near the first end portion 1631 . One side. The connecting portion 423 includes a first base portion 4230 having a rectangular parallelepiped shape and a second base portion 4231 extending from one end of the first base portion 4230. The first base portion 4230 is connected to the other end of the first support portion 420. The second base portion 4231 is connected to the other end of the second support portion 421. The film strip 413 can be stretched from the hanging portion 412 to the side away from the first end portion 1631 through the first supporting portion 420 and the second supporting portion 421, respectively, because the second supporting portion 421 is located at the hanging portion 412 near the first end. One side of the portion 1631, and the first supporting portion 420 is opposed to the hanging portion 412, so that the film strip 413 is tightened. In addition, since the central portion of the first supporting portion 420 and the second supporting portion 421 is provided with the groove 4201, the two film strips 413 can be spaced apart on the first supporting portion 420 and the second supporting portion 421.

Referring to FIG. 7, the film sticking device 50 includes a first fixing plate 51, two first connecting members 52, a second connecting member 56, a mounting box 53, and five first rotating shafts 54. The first fixing plate 51 is substantially a rectangular plate, and one side thereof is fixed to the fixing member 166 by screwing and is opposite to the filming station 164a. One end of the first connecting member 52 and the second connecting member 56 are fixed to one side of the first fixing plate 51 away from the table 16 and the other end passes through the first fixing plate 51. The first connector 52 and the second connector 56 are substantially cylindrical, and the first connector 52 has a larger diameter than the second connector 56. The first connecting member 52 and the second connecting member 56 are arranged in a line, and the two first connecting members 52 are symmetrically disposed on both sides of the second connecting member 56. The mounting box 53 includes a rectangular top portion 530 and two side walls 531 extending from the top portion 530. The two side walls 531 are respectively parallel to the fixing member 166. The side of the top portion 530 away from the side wall 531 is fixed to the first connecting member 52 and the second connecting member 56, and the center of the top portion 530 is connected to the second connecting member 56, so that the mounting box 53 is at the two first connecting members 52. Maintain balance under the action. The five first rotating shafts 54 are cylindrical bodies of the same size, and each of the first rotating shafts 54 is rotatably fixed to the two side walls 531, respectively, so that each of the first rotating shafts 54 is perpendicular to the fixing member 166. The rotating shafts 54 are located on the same plane, and the circumferential wall 540 of each of the first rotating shafts 54 protrudes from the two side walls 531 opposite to the filming station 164a. The carrier 20 for carrying the workpiece 99 between the first shaft 54 and the filming station 164a slides therethrough, and the circumferential wall 540 of the first shaft 54 abuts the top surface 990 of the workpiece 99.

Referring to FIGS. 8 and 9, the die cutting film device 60 includes a second fixing plate 61, a third driving device 62, two third connecting members 68, a mounting groove 63, a shield 64, and four second rotating shafts 65. The shroud 64 includes two parallel first baffles 641 and a second baffle 642 coupled between the two first baffles 641. The two first baffle 641 are vertically fixed to the fixing member 166 by screwing, and the second baffle 642 is located on a side of the first baffle 641 away from the fixing member 166 and parallel to the fixing member 166. The second fixing plate 61 is substantially a rectangular plate parallel to the table 16 , the two ends of which are fixed to the middle of the two first baffles 641 , and the second fixing plate 61 is fixed to the fixing member 166 by screwing. Up and opposite the pressure cutting film station 164b. The third drive unit 62 includes a third cylinder body 620 and a third cylinder arm 621 coupled to the third cylinder body 620. The third cylinder body 620 is fixed to a side of the second fixing plate 61 away from the table 16 . The third cylinder arm 621 passes through the second fixing plate 61. One end of the two third connecting members 68 is fixed to a side of the second fixing plate 61 away from the table 16 and passes through the second fixing plate 61. The two third connecting members 68 are respectively located on two sides of the third cylinder arm 621 and are arranged in line with the third cylinder arm 621. The mounting groove 63 is located in the shield 64 and includes a rectangular first substrate 630 parallel to the second fixing plate 61 and two parallel second substrates 631 extending perpendicularly from both ends of the first substrate 630. The second substrate 631 is perpendicular to the fixing member 166. The first substrate 630 is fixed to the third cylinder arm 621 and the two third connecting members 68, and the third cylinder arm 621 is located at the middle of the first substrate 630, so that the mounting groove 63 can function in the two third connecting members 68. Keep under balance. Four bearings 632 are respectively disposed on the two second substrates 631, and the bearings 632 on the two second substrates 631 are respectively in one-to-one correspondence. The four bearing 632 bearings 632 are divided into two pairs, wherein the interval between the pair of bearings 632 is equal to the interval between the other pair of bearings 632, and a rectangular block-shaped pressing block 66 is provided between each pair of bearings 632. A blade 634 is further disposed on the second substrate 631 adjacent to the filming device 50. The blade 634 protrudes from the bearing 632. The four second rotating shafts 65 are substantially identical cylinders. The two ends of each of the second rotating shafts 65 are respectively rotatably fixed to the bearings 632 corresponding to the two second substrates 631, and are respectively divided into two pairs. The four second rotating shafts 65 are respectively parallel to the fixing members 166, that is, the axes of the second rotating shafts 65 are perpendicular to the first rotating shafts 54, respectively. Each pair of second rotating shafts 65 and each pair of pressing blocks 66 constitute a hollow laminated portion 67. The third cylinder body 620 can drive the third cylinder arm 621 to move away from the third cylinder body 620, thereby driving the mounting groove 63 to move toward the table 16 with the second rotating shaft 65.

Referring again to Figure 2, the control box 80 is located on the carrier 17 for controlling the operation of the automatic film applicator. Specifically, the control box 80 is used to control the operation of the first driving device 167, the second driving device 168, the film coating device 50, and the pressure cutting film device 60. In the present embodiment, the control box 80 stops operating when the sensor 169 senses an object.

The operation box 70 is disposed at the position of the third opening 165c for the worker to manipulate the control box 80. The operation box 70 is provided with a start button 71, a stop button 72, and an indicator lamp 73. After the start button 71 is pressed, the control box 80 can be activated to control the automatic film laminator to be in an operating state. After the stop button 72 is pressed, the control box 80 is closed to control the automatic film laminator to stop working. The indicator light 73 is used to indicate whether the automatic film laminating machine is in a normal working state or an abnormal working state. If the automatic film laminator is in an abnormal working state, the worker can stop the automatic laminating machine by pressing the stop button 72.

In the initial state, the carrier 20 is filled in the undetermined area 1632, which is four in the present embodiment. Two workpieces 99 are placed on each carrier 20. No carrier 20 is placed in the processing zone 1630. The first driving block 1672 is located at one end of the first end portion 1631 away from the second end portion 1633, and the second driving block 1682 is located at the second end portion 1633 away from the fourth end portion 1637. One end. The film tape 413 is passed through the first support portion 420, the second support portion 421, the film sticking device 50, and the pressure slit film device 60 from the suspension portion 412 in this order. Next, the operation of the automatic film laminator 100 will be described by taking the process of cutting and laminating the workpiece 99 on the first carrier 20 as an example.

First, the first carrier 20 is moved from the third end 1635 of the pending zone 1632 to the first end 1631 of the processing zone 1630, the start button 71 is pressed, and the control box 80 begins to control the operation of the first driving device 167. A cylinder arm 1671 is moved a predetermined first distance toward the first cylinder body 1670 such that the first drive block 1672 pushes the first carrier 20 between the film station 164a and the first end 1631. Next, the second carrier 20 is moved from the third end 1635 of the to-be-determined area 1632 to the first end 1631 of the processing area 1630, the start button 71 is pressed, and the control box 80 begins to control the operation of the first driving device 167. A cylinder arm 1671 is moved to the first cylinder body 1670 by a predetermined first distance, and the second carrier 20 pushes the first carrier to move a predetermined first distance to move the first carrier 20 to the filming station 164a. At this time, the first rotating shaft 54 respectively presses the two film strips 413 to the top surface 990 of the workpiece 99, so that the two film strips 413 are respectively attached to the top surface 990, and the second carrier 20 is located at the filming station. Between the 164a and the first end 1631. Next, the third carrier 20 is moved from the third end 1635 of the to-be-determined area 1632 to the first end 1631 of the processing area 1630, the start button 71 is pressed, and the control box 80 begins to control the operation of the first driving device 167. The first cylinder arm 1671 is moved to the first cylinder body 1670 by a predetermined first distance, the third carrier 20 pushes the second carrier 20 to the filming station 164a, and the first carrier 20 is pushed to the second end On 1633. Then, the control box 80 controls the operation of the pressure cutting film device 60. Specifically, the third driving device 62 operates to extend the third cylinder arm 621 away from the third cylinder body 620 to drive the mounting groove 63 to move the table 16 quickly. a predetermined second distance such that each pair of second rotating shafts 65 and each pair of pressing blocks 66 presses a film strip 413 to one end of the two first side surfaces 991 and the two second side surfaces 992 away from the table 16 respectively, and Moving along the two first side faces 991 and the two second side faces 992 toward the table 16, so that the two first side faces 991 and the two second side faces 992 of the workpiece 99 are respectively filmed, and at the same time, the blade 634 takes the film strip The 413 is cut so that the film tape attached to the workpiece 99 is separated from the film tape 413 which is not attached to the workpiece 99. Finally, the control box 80 controls the second driving device 168 to operate such that the second cylinder arm 1681 pushes the first carrier 20 to move a predetermined third distance to move the first carrier 20 to the fourth end portion 1637, thereby facilitating operation. The person takes the processed piece 99 of the film.

By repeating the above operation, the processing member 99 on the second, third, ... nth carrier 20 can be sequentially subjected to a filming operation.

The above automatic laminating machine 100 does not need to manually apply the processed member 99 to the film, which is convenient. In addition, the above automatic laminating machine can simultaneously apply the two processed members 99, and the above automatic laminating machine 100 can simultaneously improve the filming efficiency by multi-face filming.

In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are It should be covered by the following patent application.

100. . . Automatic film machine

99. . . Machined parts

990. . . Top surface

991. . . First side

992. . . Second side

10. . . Machine

20. . . vehicle

40. . . Film hanging device

50. . . Filming device

60. . . Pressure cutting film device

70. . . Operation box

80. . . control box

twenty one. . . Positioning department

11. . . Top frame

12. . . Work frame

13. . . Carrier

14. . . First leg

15. . . Second foot

16. . . Workbench

17. . . Carrying platform

160. . . First barrier

161. . . Second barrier

162. . . Third barrier

163. . . Operating area

1630. . . Processing Zone

1632. . . Pending area

1631. . . First end

1633. . . Second end

1635. . . Third end

1637. . . Fourth end

164a. . . Film station

164b. . . Pressure cutting film station

165a. . . First opening

165b. . . Second opening

165c. . . Third opening

165d. . . Fourth opening

166. . . Fastener

167. . . First drive

168. . . Second drive

169. . . sensor

1670. . . First cylinder body

1671. . . First cylinder arm

1672. . . First drive block

1680. . . Second cylinder body

1681. . . Second cylinder arm

1682. . . Second drive block

41. . . Suspension

42. . . Support

410. . . Support

412. . . Suspension

4120. . . rib

4121. . . Bulge

4122. . . First suspension

4123. . . Second suspension

413. . . Film strip

420. . . First support

421. . . Second support

423. . . Connection

4201, 4211. . . Groove

4230. . . First base

4231. . . Second base

51. . . First fixing plate

52. . . First connector

56. . . Second connector

53. . . Mounting box

54. . . First shaft

530. . . top

531. . . Side wall

61. . . Second fixing plate

62. . . Third drive

63. . . Mounting slot

64. . . Shield

65. . . Second shaft

641. . . First baffle

642. . . Second baffle

620. . . Third cylinder body

621. . . Third cylinder arm

630. . . First substrate

631. . . Second substrate

632. . . Bearing

66. . . Briquetting block

67. . . Laminating department

634. . . blade

71. . . start up button

72. . . stop button

73. . . Indicator light

1 is a perspective view of a film dispenser with a carrier placed in a preferred embodiment.

2 is a schematic view showing the separation of the film laminating machine and the carrier shown in FIG. 1.

Fig. 3 is a perspective view of the table of the film laminating machine shown in Fig. 1.

Fig. 4 is another perspective view of the film laminator shown in Fig. 1.

Fig. 5 is another perspective view of the film laminator shown in Fig. 1.

Fig. 6 is an exploded view of the film laminating machine, the film coating apparatus, and the pressure cutting film apparatus shown in Fig. 1.

Fig. 7 is another perspective view of the film sticking apparatus shown in Fig. 6.

Fig. 8 is another perspective view of the pressure slit film apparatus shown in Fig. 6.

Fig. 9 is another perspective view of the pressure slit film apparatus shown in Fig. 8.

100. . . Automatic film machine

10. . . Machine

40. . . Film hanging device

50. . . Filming device

60. . . Pressure cutting film device

70. . . Operation box

80. . . control box

99. . . Machined parts

71. . . start up button

72. . . stop button

73. . . Indicator light

12. . . Work frame

16. . . Workbench

17. . . Carrying platform

413. . . Film strip

Claims (10)

An automatic film laminating machine for coating a workpiece, the workpiece comprising a top surface and a side extending from the top surface, wherein the automatic film machine comprises a machine table and is arranged on the machine a workbench, a laminating station and a press-cutting film station disposed on the workbench, and a film-hanging device, a film-laying device and a pressure-cutting film device disposed on the workbench; the film-hanging device is wound around the film The film strip enters the film sticking device from a side of the film sticking device adjacent to the film hanging device and protrudes from the side of the film sticking device away from the film hanging device; when the processing member is approached from the filming station The film strip is located between the top surface and the film sticking device when the film hanging device is moved away from the other side of the film hanging device, and the film sticking device is opposite to the top surface; when the workpiece is located at the pressure In the slitting station, the press-cutting membrane device presses the film strip against the side of the side of the press-cutting film station and moves along the side to the press-cutting film station to attach the film strip to the side. The automatic film laminating machine according to claim 1, wherein the pressure cutting film device comprises a fixing plate fixed to the machine table, a first driving device, a mounting groove, and a pressing film portion disposed on the mounting groove. The first driving device is configured to drive the mounting slot to move a predetermined first distance, so that the processing member passes through the pressing portion, and a side of the processing member abuts the pressing portion to attach the film strip to the side on. The automatic film laminating machine of claim 2, wherein the side of the workpiece comprises two parallel first sides and two parallel second sides, the two second sides being connected to the two Between a side surface, the pressing portion includes a pair of rotating shafts and a pair of pressing blocks connected to opposite ends of the pair of rotating shafts, the pair of rotating shafts abutting the two first side surfaces, and the pair of pressing blocks respectively abut the two second side surfaces . The automatic film laminating machine of claim 2, wherein the filming station and the press-cutting film station respectively accommodate two processing members, and the pressure-cutting film device is provided with two of the pressing portions. The automatic film laminating machine of claim 2, wherein the press-cutting film device further comprises a blade disposed on the mounting groove, the blade being disposed on a side of the mounting groove adjacent to the laminating device, When the workpiece passes through the lamination portion, the film strip is cut. The automatic film laminating machine of claim 1, wherein the workbench is provided with two parallel first baffles, two parallel second baffles, and a third baffle; The second baffle is connected between the two first baffles and encloses an operation area with the two first baffles, the third baffle is parallel with the first baffle, and the operation zone is divided into a processing zone And a pending zone; the processing zone and the to-be-determined zone are for sliding the workpiece within the processing zone, and the filmer is located in the processing zone. The automatic film laminating machine of claim 6, wherein the processing zone comprises a first end and a second end located at both ends of the processing zone, the undetermined zone further comprising two ends located in the to-be-determined zone The third end portion and the fourth end portion are opposite to each other and communicate with each other, and the second end portion and the fourth end portion are opposite and communicate with each other. The automatic film laminating machine of claim 7, wherein the automatic film laminating machine further comprises a carrier for loading the workpiece, the carrier being movable in the processing zone and the to-be-determined zone, The carrier can enter the first end from the fourth end, and the carrier can enter the third end from the second end. The automatic film laminating machine of claim 8, wherein the automatic film laminating machine further comprises a second driving device, wherein the second driving device is configured to drive the carrier at the first end toward the second end Department moves. The automatic film laminating machine of claim 8, wherein the automatic film laminating machine further comprises a third driving device, wherein the third driving device is configured to drive the carrier at the second end to move to the fourth end unit.