KR200257383Y1 - Device for automatic manufacturing film papers for coating - Google Patents

Abstract

The present invention relates to an automatic manufacturing apparatus for coating film paper, and in particular, two coating film papers are automatically transferred and separated and operated by respective power during thermal bonding and cutting, so that the work speed is high and the productivity is excellent. And easy to adjust the size, as well as accurate thermal adhesion, can be cut at a certain pressure, and easy to discharge after cutting, the purpose of the film film coated with P · E coating on each side 2 In the automatic manufacturing device of the coated film paper which is automatically heat-bonded and cut and discharged during automatic sorting and overlapping transfer by automatically transporting the dog, a thermal adhesive roller equipped with tension springs is installed at the bottom of both sides above the pedestal formed on one side of the main body. However, the automatic thermal bonding device that is operated up and down by a link to the upper side of the thermal adhesive roller by a motor and has a heating wire To the lower side of the automatic thermal bonding device is coupled to the rack and pinion to install a handle for forward and backward movement adjustment, the other end of the pedestal is operated by a motor and connected to the pulley, clutch, gear, link Install a cutter that is installed up and down mold, the plurality of idle rollers are connected to the spring to the bottom of the cutter, the rotation is driven by a plurality of grooves formed in the support plate of the lower side of the cutter corresponding to the idle roller position It is an automatic manufacturing device for coating film paper that is connected by adjusting handles so that it can be mounted up and down by installing a plurality of rollers, and only one side end is glued for coating various products such as student ID, guide letter, license card, etc. Automatically transfer and heat bond the film film for coating Launch, thermal bonding and cutting are driven by each motor power, so it is connected by one link operation. Therefore, it is faster than the cam driving method by connecting to one motor. It is easy to adjust the size and specification, respectively, and the cutter is a link operation method using the clutch rather than the cam driving method as in the prior art, so the cutting work is accurate because the work is constant, and the cutting operation of the cutter is continuously cut at the same pressure. The present invention relates to an automatic manufacturing apparatus for coating film paper, which is made accurate and convenient by the idle roller of the cutter and the rotary roller installed on the upper side of the support plate.

Description

Device for automatic manufacturing film papers for coating

The present invention relates to an automatic manufacturing apparatus for coating film paper, and in particular, to automatically transfer two coated film papers each coated with P · E coating agent on one side, and to automatically heat-bond and cut and discharge the coated film paper. In the manufacturing apparatus, the two coating film for transfer to one side of the main body is operated up and down by gears and links by the power of the motor during the automatic thermal bonding, as well as the thermal bonding by the tension springs formed at both ends of the thermal bonding roller It is accurate, and it is easy to adjust by the handle when moving forward and backward for installation and size adjustment of coating film paper, and the coated film paper conveyed after automatic thermal bonding by pulley, clutch, worm and worm gear and a pair of links by motor power. The cutter installed with the upper and lower molds operates at a constant pressure and cuts the coating film and simultaneously cuts the idle rollers and cuts on the bottom of the cutter. Automatic manufacturing apparatus for coating film paper, which is convenient to work by discharging coating film paper to one side precisely and quickly by a number of rotation rollers driven by a motor formed on the base plate on the lower side It is about.

In general, for the coating of various products such as student IDs, notices, license cards, etc., one side end is coated with a film for coating.In the production of coating film, two film sheets coated with P · E coating agent on one side In order to solve various problems caused by the automatic transfer and manufacturing, there was a domestic utility model registration No. 209491 by the pre-registration of the applicant, but the pre-registration is two coating film papers on one side end to coat the product. Only the adhesive part is treated, but the two coated film sheets are automatically transferred and automatically aligned with a tension roller, and then transferred to the upper and lower transfer rollers installed on one side of the substrate so that the automatic thermal bonding device is lowered and coated film paper. After heat bonding to a certain width and transferring it to the transfer roller, the static eliminator removes static electricity and then The installed cutter descends and cuts the film for coating and transfers it to the transport roller. At the same time, the automatic air feeder operates to separate and separate the cut film for cutting and transfer it to the conveyor belt as the value entered in the control box. The remaining cut film paper is processed by being wound on the winding roller formed on the other side of the fixing roller through the transfer roller, and there is no excessive loss by accurate adhesion and cutting, and it can be continuously operated automatically without the occurrence of defective products. The present invention relates to an automatic manufacturing apparatus for coating film paper, which is very economical, capable of reducing and mass-producing. However, the conventional problem is solved. Of course, the cam driving method is that the upper and lower operation , Cam driving method has a closed end that cannot be precisely heat-bonded and cut due to the phenomenon that the top dead center is not accurate or constant due to the centrifugal force, and the pressure is not constant. Since the thermal bonding device and the cutting machine are operated at the same time, there is a limitation in speed due to the limitation of the speed, and the installation was inconvenient because the installation of the film film for coating before the operation had to be installed at the bottom of the cutting machine and the cutting machine at the same time. Of course, when the cutting standard of the coating film paper is changed during the operation, the film film for coating should be installed and adjusted in the state of disassembling the parts of the automatic thermal bonding device, there was a very inconvenient problem.

The present invention has been devised to solve and improve the conventional problems as described above, the object of the present invention is to automatically transfer the two coating film paper for thermal bonding and cutting to operate at each power in the cutting operation, so the productivity is faster It is excellent in that it is easy to install and adjust the size of coating film paper, and it has the purpose of precise thermal bonding, cutting at a constant pressure, and convenient discharging after cutting. In the automatic manufacturing device of the coated film paper which is automatically transferred and cut and discharged by automatic alignment and overlapping during transfer by automatically transferring two coated film papers coated with a coating agent, there is tension on both sides of the bottom of the pedestal formed on one side of the main body. Install a spring-loaded thermal adhesive roller, which is operated up and down by a link to the upper side of the thermal adhesive roller by a motor. Install the automatic thermal bonding device with a built-in heating wire, the handle is controlled to move forward and backward by being combined with the rack and pinion to the lower side of the automatic thermal bonding device, and is operated by a motor at the other end of the pedestal and pulley And a cutter installed with a mold that is connected with a clutch, a gear, and a link to operate the upper and lower parts, and a plurality of idle rollers are connected to a spring by a bottom of the cutter, and formed on a support plate below the cutter corresponding to the idle roller position. It is an automatic manufacturing device of coating film paper that is connected to the adjusting handle so that it can be mounted up and down by installing a plurality of rotary rollers driven by a motor in a plurality of grooves, and coating various products such as a student ID, a notice letter and a license card. Automatically transfer and heat bond the coated film paper that is glued to only one side end for When cutting and precisely cutting and transporting automatically, it is a method of linking operation by driving thermal bonding and cutting by each motor power, so it is more productive because work speed is faster than cam driving type by connecting to one motor. Of course, since it is possible to perform the installation of the film film for coating and adjusting the specifications, respectively, and the cutter is a link operation method using the clutch rather than the cam driving method as in the prior art, so the work is constant and the cutting operation is accurate. It is designed for automatic manufacturing of coating film paper so that the lower operation can be continuously cut at the same pressure, and the discharge of coating film paper after cutting is accurate and convenient by the idle roller of the cutter and the rotating roller installed on the upper side of the support plate. It is

1 is an overall perspective view of the present invention

Figure 2 is a perspective view of a portion of the automatic thermal bonding apparatus of the present invention

Figure 3 is a front view of the state before heat-bonded in the present invention

Figure 4 is a front view of the heat-bonded state in the present invention

Figure 5 is a front view showing a state of moving the automatic thermal bonding device in the present invention

Figure 6 shows that the thermal adhesive roller is in a tension state when the thermal bonding in the present invention

Partial illustration

7 is a perspective view showing a cutter portion of the subject innovation

8 is a rear perspective view of FIG. 7;

9 is a front view of the state before the cutter is cut in the present invention

10 is a front view showing a state that the cutter is cut in the present invention

11 is a perspective view showing a cutting machine and a support plate of the present invention

12 is a state in which the film film for coating in the present invention is cut and discharged

Front view shown

<Description of the symbols for the main parts of the drawings>

DESCRIPTION OF SYMBOLS 10 Main body 11 Base 20 Automatic thermal bonding apparatus 21 Tension spring

22: heat seal roller 23: motor 24: gear 25: link 26: shaft

27: rack 28: pinion 29: handle 30: cutting machine with a mold

31 motor 32 pulley 33 clutch 34 shaft 35 worm 36 worm gear

37: link 38: groove 41: idle roller 42: spring 50: support plate

60: rotary roller 61: motor 62: lever 63: adjustment handle

In the automatic manufacturing apparatus of the coating film paper which is automatically transferred and cut and discharged by automatic transfer and two layers of coating film paper 100 of the winding state coated with P.E coating agent on one side automatically. The upper side of the pedestal 11 formed on one side of the main body 10 is provided with a thermal bonding roller 22 mounted with tension springs 21 at both lower ends thereof, and the motor 23 above the thermal bonding roller 22. An automatic thermal bonding device 20 having a built-in heating wire for operating shafts 26 up and down is installed by a connected gear 24 and a link 25, and a lower end of the base 11 of the automatic thermal bonding device 20. It is coupled to the rack 27 and the pinion 28 to one side to install a handle 29 to adjust the automatic thermal bonding device 20 forward, backward, and the motor installed on the other end of the pedestal 11 The pulley 32 and the clutch 33 connected to the 31 are connected to the shaft 34, the worm 35 and the worm gear 36, Link 37 on both sides is connected to install the cutter 30 is installed, the upper and lower molds, grooves to operate by connecting a plurality of idle rollers 41 and the spring 42 to the bottom of the cutter 30 A plurality of rotary rollers installed in the 38 and driven and connected to the motor 61 by a plurality of holes 51 formed in the support plate 50 below the cutter 30 corresponding to the idle roller 41 position ( 60) is installed, but it is a configuration of the automatic manufacturing apparatus of the coated film paper for coupling by installing the adjusting handle 63 to connect the lever 62 for the upper, lower mounting of the rotary roller (60).

'100' is the finished film for coating, '200, 200' is the winding roller, '300, 300' is the transfer roller, '400' is the static eliminator and '500' is It is a conveyor belt.

The present invention configured as described above has only one side edge for coating various products such as student ID, guide letter, license card, etc. After seating the coated film (100) coated with P-E coating agent on one side of the winding rollers (200) and (200 ') positioned in the wound state, the speed, the number of sheets, and the on switch of the power switch are operated. Then, the two film film for coating 100 senses the tension during the transfer through a plurality of transport rollers and adjusts the tension, and then the transfer is carried out by overlapping the upper and lower sides of the transport roller 300 on a regular basis, The film film 100 for coating is tensioned between the thermal adhesion roller 22 on the pedestal 11 installed on one side of the transport roller 300 and the automatic thermal bonding device 20 in which the heating wire is embedded, and at the same time, a driving force to the motor 23. Gears connected to the receiving shaft (24) Rotating and actuating the link 25, the spring rod is inserted into the shaft rod 26 is lowered, the heating wire of the lower end of the automatic thermal bonding device 20 is a film film 100 for coating the upper portion of the thermal bonding roller 22 Figure 4 As shown in FIG. 6, thermal bonding operations are performed without excessive force even in a continuous operation by the elastic force of the tension springs 21 installed at each of the lower ends of the thermal adhesion rollers 22 as shown in FIG. 6. If there is a change in the cutting standard of the film for coating to be rotated as shown in Figure 5 by rotating the handle 29 installed on the front of the automatic thermal bonding device 20 by the rack 27 and the pinion 28 connected to the automatic thermal bonding The body of the device 20 is to be moved.

The film film for coating 100 is heat-bonded to one side by a transfer roller 300 'and removes static electricity while passing through the upper and lower static eliminators 400, and then the mold is installed cutter 30 ) Is operated, the pulley 32 and the clutch 33 connected to the motor 31 at the lower side of the main body 10 are operated while rotating the shaft 34 connected to and operated by the worm 35 and the worm gear 36. While the left and right sides of the link 37 connected thereto are operated to be retracted and the cutter 30 with the mold connected thereto is vertically lowered as shown in FIG. In the original state by the restoring force of the spring connected to one side of the clutch 33, the link 37 is unfolded and the cutter 30 is raised and then the vertical lowering of the cutter 30 is repeatedly repeated as described above. At this time, the cutter (30) A plurality of rotation rollers 60 are operated by the plurality of holes 51 formed in the lower support plate 50, and the adjustment handle 63 installed at one side of the front surface, which is the position of the cutter 30 of the main body 10, is operated. The lever 62 is connected to raise the plurality of rotary rollers 60 to be exposed to the plurality of holes 51 and at the same time the rotary roller 60 is positioned on the surface of the support plate 50 and the cutter 30 is lowered. The film film 100 for coating is to be cut, and at the same time, the motor 61 installed at one side of the lower side of the support plate 50 operates as shown in FIG. 12 while rotating the plurality of rotating rollers 60 to rotate the cutter 30. After the idle roller 41 installed in the groove 38 on the bottom surface 38 is rotated at the same time and transports the finished film film 100 'for coating, the rotary roller 60 stops the rotation operation and cuts the cutter again. (30) is rotated when descending, said section When the short term 30 rises, the idle roller 41 installed in the bottom groove 38 of the cutter 30 is pushed down by the restoring force of the spring 42, and the cutter 30 repeatedly repeats when the cutter 30 is operated up and down. The finished coating film paper 100 'is discharged to the conveyor belt 500 on one side, that is, the automatic transfer alignment.

As described above, the present invention automatically transfers, heat-adheses, cuts, and discharges the coating film paper that only one side end is adhesive so that various products such as student ID, guide letter, photograph of work, menu board, and license card can be coated. By operating the on-switch of the main body 10 in a state in which each of the coating film 100 coated with the P-E coating agent is wound on each side, the two coating film sheets 100 are transferred to the main body 10. ) When the transfer roller 300 is overlapped and transferred from one side, the shaft 26 is operated up and down by the operation of the gear 24 and the link 25 connected by the separate motor 23 and at the same time, the automatic thermal bonding device. 20 is to thermally bond the film film for coating 100 is placed on top of the heat adhesive roller 22, the coating film paper 100 is installed on both sides of the bottom of the heat adhesive roller 22 during thermal bonding. Continuous operation by the elastic force of the tension spring (21) There is no effect on the thermal bonding accurately and perfectly, and also, when changing the standard of the coating film 100, disassemble all automatic thermal bonding apparatus as in the prior art to reassemble the coating film 100 after re-installation Rotating the front handle 29 of the automatic thermal bonding device 20 without any hassle, the body of the automatic thermal bonding device 20 is easily moved forward and backward by the rack 27 and pinion 28 connected thereto. After adjusting the position work is very convenient.

The film film for coating 100 transferred after the automatic thermal bonding as described above is positioned below the cutter 30 in which the mold is installed after the static electricity is removed, wherein the driving force of the motor 31 installed at one side of the lower end of the cutter 30 is pulled ( 32 and the shaft 33 connected to the clutch 33, the worm 35 and the worm gear 36, and the left and right pair of links 37 are both lifted and vertically operated while being unfolded. In addition to being in situ ascending and vertically rising, the cutter 30, which is connected to the mold, is installed to operate the cutter 30 up and down continuously while cutting the film film 100 for coating precisely, very convenient and accurate and constant pressure. The coated film paper 100 'is cut and finished so that the rotary roller 60 moves to a plurality of holes 51 formed in the support plate 50 at the lower end of the cutter 30. The adjustment handle 63 may be operated so that the 62 is operated. When the cutter 30 is lowered and cut, the plurality of rotation rollers 60 are driven by the drive of the motor 61 so that the support plate 50 has a hole. At 51, the conveyor belt 500 of the coating film 100 'is positioned between the two rollers while rotating, while the idle roller 41 installed on the bottom surface of the cutter 30 is contacted and rotated together. There is a very simple and accurate discharge Hyogo that accurately and quickly automatic discharge and align.

As described above, the operation of the automatic thermal bonding device 20 and the cutting machine 30 during the transfer of the film film 100 for coating is operated at the same time by one motor at the same time. (23) (31) work because the working speed is more than twice as fast to work because the productivity is excellent effect, of course, the conventional cam drive method does not have a precise top dead center or constant to use the centrifugal force Since the pressure is not the same, there is a problem that the operation is unstable and it is difficult to produce a perfect product, but the present invention is easy to use because the speed can be adjusted, the operation is continuous at the same pressure effective in production, the cutting machine 30, The lowering of the support plate 50 during the continuous operation has the advantage of less damage, prior to the first installation of the film film 100 for coating prior to the operation, at the same time, the thermal bonding device portion and the lower portion of the cutter at the same time It was inconvenient to hold in the test and if the test work is wrong, there was a lot of loss of coating film paper 100, but it can be installed separately when installing the coating film paper 100, very convenient and useful without the loss of film loss It is an idea.

Claims (1)

In the automatic manufacturing apparatus of the coating film paper which is automatically transferred and cut and discharged by automatic transfer and two layers of coating film paper 100 of the winding state coated with P.E coating agent on one side automatically. The upper side of the pedestal 11 formed on one side of the main body 10 is provided with a thermal bonding roller 22 mounted with tension springs 21 at both lower ends thereof, and the motor 23 above the thermal bonding roller 22. An automatic thermal bonding device 20 having a built-in heating wire for operating shafts 26 up and down is installed by a connected gear 24 and a link 25, and a lower end of the base 11 of the automatic thermal bonding device 20. It is coupled to the rack 27 and the pinion 28 to one side to install a handle 29 to adjust the automatic thermal bonding device 20 forward, backward, and the motor installed on the other end of the pedestal 11 The pulley 32 and the clutch 33 connected to the 31 are connected to the shaft 34, the worm 35 and the worm gear 36, Link 37 of the right side is connected to install the cutter 30 is installed, the mold to operate up and down, the lower surface of the cutter 30 to connect a plurality of idle rollers 41 and the spring 42 to be operated A plurality of rotary rollers installed in the groove 38 and connected to the motor 61 by a plurality of holes 51 formed in the support plate 50 below the cutter 30 corresponding to the idle roller 41 position. 60 is installed, the automatic manufacturing apparatus of the film film for coating, characterized in that coupled by installing the adjusting handle 63 connected to the upper and lower levers 62 for mounting the rotary roller (60).