KR100531587B1 - A vinyl printing system used slat printer - Google Patents

Abstract

The present invention relates to a vinyl printing system using a flatbed printer, and its purpose is to drastically reduce printing costs while using a flatbed printer, and to significantly improve productivity, and to use dark ink, so that the ink dries quickly after printing. As a result, the system is also miniaturized to provide a vinyl printing system using a flatbed printer that can accurately and quickly carry out a small amount of printing as well as mass printing. A roll device; A second roll apparatus for winding the printed vinyl; A printer main body for printing the vinyl from the first roll apparatus by varying the speed at an appropriate timing and releasing the vinyl; A vinyl unwinding speed detecting device installed between the printer main body and the first roll device to maintain the tension of the vinyl conveyed from the first roll device to the printer main body and to sense the unwinding speed of the first roll device; A vinyl winding speed detecting device installed between the printer main body and the first roll device to maintain the tension of the vinyl printed from the printer main body and to sense the winding speed of the second roll device; An operation panel for operating the printing system; Control unit for controlling various driving devices in accordance with the signal of the sensing device is electrically connected to the printer body, the first and second roll device, the vinyl unwinding speed detecting device, the vinyl winding speed detecting device, and various driving and sensing devices of the operation panel, respectively. Characterized in that consists of.

Description

A vinyl printing system used slat printer

The present invention relates to a vinyl printing system using a flatbed printer, and more particularly, by using a flatbed printer, not only can greatly reduce the printing cost but also significantly improve productivity, and can use dark ink, so that the ink after printing can be quickly The present invention relates to a vinyl printing system using a flatbed printing machine, which has a structure that enables the system to be miniaturized and has a structure capable of performing a large amount of printing as well as a very small amount of printing accurately and quickly.

In general, the conventional vinyl printing system adopts a block plate printing method, so that the structure of the printing press is relatively simple, but due to the characteristics of the block plate printing press, only a thin ink is used, so that the dryer is relatively large, and the tension and conveying speed of the conveyed vinyl are increased. Is not controlled properly, especially when printing on the plastic bag that needs to be printed at the correct position, it is difficult to precisely adjust the printing position. High and low productivity.

Accordingly, the present invention has been made in view of the above-described conventional problems, the object of which is to significantly reduce the printing cost by using a flatbed printing machine, as well as to significantly improve productivity, and to use dark ink after printing. As ink dries quickly, the system is also miniaturized to provide a vinyl printing system capable of performing a large quantity of printing as well as a very low printing cost so that a small amount of printing can be performed accurately and quickly.

An object of the present invention is a vinyl printing system, the vinyl printing system comprising: a first roll device for releasing vinyl to be printed; A second roll apparatus for winding the printed vinyl; A printer main body for printing the vinyl from the first roll apparatus by varying the speed at an appropriate timing and releasing the vinyl; A vinyl unwinding speed detecting device installed between the printer main body and the first roll device to maintain the tension of the vinyl conveyed from the first roll device to the printer main body and to sense the unwinding speed of the first roll device; A vinyl winding speed detecting device installed between the printer main body and the first roll device to maintain the tension of the vinyl printed from the printer main body and to sense the winding speed of the second roll device; An operation panel for operating the printing system; Control unit for controlling various driving devices in accordance with the signal of the sensing device is electrically connected to the printer body, the first and second roll device, the vinyl unwinding speed detecting device, the vinyl winding speed detecting device, and various driving and sensing devices of the operation panel, respectively. It can be achieved by a vinyl printing system using a flatbed printer characterized in that the configuration.

In addition, the object of the present invention is a vinyl printing system having the above configuration, the vinyl printing system comprising the steps of turning on the power; Operating the dryer and simultaneously placing the reflector in a blocking position; A preliminary operation step of setting the system by operating the system at a low speed and confirming that the system is normally operated without errors; A normal operation step of setting the system at the normal operation speed when the setting is completed in the preliminary operation step and the normal operation is confirmed; It can be achieved by a vinyl printing system using a flatbed printing machine, characterized in that an emergency stop step of pausing the system when an emergency button is activated when an error occurs during operation of the system is executed.

Hereinafter, a vinyl printing system using a flatbed press according to a preferred embodiment of the present invention with reference to the accompanying drawings will be described.

1 is a front view showing a vinyl printing system using a flatbed printing machine according to the present invention, Figure 2 is a plan view showing a vinyl printing system using a flatbed printing machine according to the present invention, Figure 3 is a flatbed printing machine according to the present invention Figure 4 is a side view showing a roll device of the vinyl printing system used, Figure 4 is a plan view showing a roll device of the vinyl printing system using a flatbed printing machine according to the present invention, Figure 5 is a vinyl printing system using a flatbed printing machine according to the present invention Figure 6 is a front view showing a roll apparatus, Figure 6 is an operating state diagram showing the operating state of the roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention, Figures 7a and 7b is used with a flatbed printing machine according to the present invention Fig. 8 is a sectional view showing the structure and operation of the roll support shaft in the first and second roll apparatuses of the vinyl printing system. Fig. 8 is a planar printer according to the present invention. 9 is a front view showing a vinyl sorting roller of a vinyl printing system, FIG. 9 is a side view showing a vinyl sorting roller of a vinyl printing system using a flatbed press according to the present invention, and FIG. 10 is a vinyl using a flatbed press according to the present invention. FIG. 11 is a rear view showing a vinyl unwinding and a vinyl winding speed sensing apparatus of a printing system, and FIG. 11 is a plan view showing a vinyl unwinding and a vinyl winding speed sensing apparatus of a vinyl printing system using a flatbed press according to the present invention, and FIG. Fig. 13 is an operating state diagram showing the operating state of the vinyl unwinding and vinyl winding speed detecting apparatus of the vinyl printing system using the flatbed printing machine according to the present invention, and Fig. 13 is the unwinding and vinyl winding of the vinyl printing system using the flatbed printing machine according to the present invention. Fig. 14 is a side view showing a speed sensing device, and Fig. 14 shows a printer main body of a vinyl printing system using a flatbed press according to the present invention. 15 is a plan view showing a printer main body of a vinyl printing system using a flatbed printing machine according to the present invention, and FIG. 16 is a view showing a vinyl transfer machine among the main presses of a vinyl printing system using a flatbed printing machine according to the present invention. 17 is a side view showing a vinyl transfer machine among the printer main body of the vinyl printing system using the flatbed printing machine according to the present invention, and FIGS. 18 and 19 are the printer body of the vinyl printing system using the flatbed printing machine according to the present invention. Fig. 20 is a cross-sectional view showing a dryer in a printer main body of a vinyl printing system using a flatbed printing machine according to the present invention, and Figs. 21a and 21b are according to the present invention. An operating state diagram showing a state in which the reflector of the dryer operates in the main body of the printer of the vinyl printing system using the flatbed press. 22 is a block diagram illustrating a system electrically connected and controlled with a control unit of a vinyl printing system using a flatbed printing machine according to the present invention, and FIGS. 23 and 24 are control methods of a vinyl printing system using a flatbed printing machine according to the present invention. A flow chart illustrating an example.

1 to 24, the vinyl printing system 10 using the flatbed printing machine according to the present invention is to quickly and accurately perform a predetermined printing in the correct position of the vinyl 80, the first and second Roll apparatuses 11 and 18, a printer main body 40, a vinyl unwinding speed detecting device 20, a vinyl winding speed detecting device 30, an operation panel 50, and a control unit 60. .

The first roll apparatus 11 is for discharging the vinyl to be printed wound on the vinyl roll and supplying it to the printer main body 40. The pedestal 12, the roll support 13, and the roll support shaft 14 It is composed of

The pedestal 12 is horizontally fixed to the bottom surface to support the roll support 13 to be movable. The pedestal 12a, the support 12b, and a plurality of rails 12f are provided. do.

The support portion 12a is a plate having a predetermined size and is fixed to the bottom surface horizontally, and the plurality of rails 12f are fixedly attached to the upper surface predetermined position of the support portion 12a in parallel.

The support 12b is a flat plate having a predetermined size, including an assembling hole 12c and an adjusting rod 12e, and is vertically fixed on one end of an upper surface of the support 12a.

The assembling hole 12c is formed through a predetermined diameter at a predetermined position on the lower end side of the support 12b, and the adjusting rod 12e is a round bar having a predetermined diameter and length, and is formed on a predetermined section of the outer circumferential surface of one end portion. ) And the assembly part (12d) formed in the other end is integrally rotatably bearing assembly in the assembly hole (12c) so that the assembly part (12d) is projected outwardly.

The roll support 13 is composed of a supporting portion 13a, a plurality of shaft supports 13c and 13d, a driving device 13i, a motor mounting portion 13j, and a driving motor 13m. It is mounted on the pedestal 12 so as to be movable along the rail 12f in conjunction with the forward and reverse rotation of the adjusting rod 12e.

The supporting portion 13a is a plate having a predetermined size, and has a plurality of rail assembling portions 13b which are slidably assembled with the rails 12f of the pedestal 12 at predetermined positions on the lower surface portion.

The plurality of shaft supports 13c and 13d are flat plates having a predetermined size, and are provided on an upper end surface thereof and include a shaft fixing unit 13n for detachably defining one end of the shaft, and on both upper ends of the support part 13a. It is installed vertically and parallel to each other.

The driving device 13i includes an adjusting hole 13e formed through the inner circumferential surface of the driving unit 13i so as to be screwed with the adjusting rod 12e of the pedestal 12 at a predetermined position on the lower end side of the one shaft support 13c, and one end thereof. A drive shaft 13h having a pulley 13f having a predetermined diameter formed in the portion and an assembling hole 13g which is formed in a rectangular shape at the center of the other end surface and is detachably assembled with the assembling portion of the following roll support shaft 14. ) Is fixedly installed at a predetermined position on the upper end side of the other shaft support 13d.

The motor mounting portion 13j is horizontally installed at a cross section of the support portion 13a on which the other shaft support 13d is installed, and the driving motor 13h is fixedly mounted on the motor mounting portion 13j. And connected by the pulley 13f of the drive shaft 13h and the connecting means 13k to drive the drive shaft 13h.

The roll supporting shaft 14 is fixed and assembled at both ends by a round bar formed of a roll assembly portion 14a having a plurality of roll fixing protrusions 14b which are inserted or protruded by pneumatic pressure at a predetermined portion of an intermediate portion of the intermediate portion. Bearing 14c assembled to the shaft fixing unit 13n of the shaft supports 13c and 13d, and an assembling protrusion 14d detachably assembled to an assembly hole 13g of the drive shaft 13h at one end thereof. Both ends are assembled horizontally so as to be rotatable and detachable to the shaft fixing unit 13n of the shaft supports 13c and 13d.

The second roll apparatus 18 passes the main body 40 of the printer and winds the finished vinyl onto the vinyl roll. The pedestal 16, the roll support 17, and the roll support shaft ( 18).

The pedestal 16 is horizontally fixed to the bottom surface to support the roll support 17 in a flowable manner, and includes a support 16a, a support 16b, and a plurality of rails 16f. do.

The support portion 16a is a plate having a predetermined size and is fixed to the bottom surface horizontally, and the plurality of rails 16f are fixedly attached to the upper surface predetermined position of the support portion 16a in parallel.

The support 16b is a flat plate having a predetermined size, and includes an assembling hole 16c and an adjusting rod 16e, and is vertically fixed on one end of an upper surface of the supporting portion 16a.

The assembly hole 16c has a predetermined diameter at a lower end side of the support 16b, and is formed therethrough. ) And the assembly portion (16d) formed on the other end integrally rotatably bearing assembly in the assembly hole (16c) so that the assembly portion (16d) is protruded outward.

The roll support 17 is composed of a supporting portion 17a, a plurality of shaft supports 17c and 17d, a driving device 17i, a motor mounting portion 17j, and a driving motor 17m. It is mounted on the pedestal 16 so as to be movable along the rail 16f in conjunction with the forward and reverse rotation of the adjusting rod 16e.

The supporting portion 17a is a plate having a predetermined size, and has a plurality of rail assembling portions 17b which are slidably assembled with the rail 16f of the pedestal 16 at predetermined positions on the lower surface portion.

The plurality of shaft supports 17c and 17d are plate-shaped having a predetermined size and are provided on an upper end surface thereof and include a shaft fixing unit 17n that detachably defines one end of the shaft, and is provided at both ends of the upper surface of the support part 17a. It is installed vertically and parallel to each other.

The driving device 17i includes an adjusting hole 17e formed through the inner peripheral surface of the driving unit 17i so as to be assembled with the adjusting rod 16e of the pedestal 16 at a predetermined position on the lower end side of the one shaft support 17c, and one end thereof. Drive shaft 17h having a pulley 17f having a predetermined diameter formed in the portion, and an assembling hole 17g that is formed in a rectangular shape at the center of the other end surface and is detachably assembled with the assembling portion of the following roll support shaft 18. ) Is fixedly installed at a predetermined position on the upper end side of the other shaft support 17d.

The motor mounting portion 17j is horizontally installed at a cross section of the support portion 17a on which the other shaft support 17d is installed, and the driving motor 17h is fixedly mounted on the motor mounting portion 17j. And connected by the pulley 17f of the drive shaft 17h and the connecting means 17k to drive the drive shaft 17h.

The roll support shaft 18 is fixed and assembled at both ends by a round bar formed of a roll assembly portion 18a having a plurality of roll fixing protrusions 18b which are inserted or protruded by pneumatic pressure at a predetermined portion of the intermediate portion of the intermediate portion. Bearing 18c assembled to the shaft fixing unit 17n of the shaft supports 17c and 17d, and an assembly protrusion 18d detachably assembled to the assembly hole 17g of the drive shaft 17h at one end thereof. Both ends are assembled horizontally so as to be rotatable and detachable to the shaft fixing unit 17n of the shaft supports 17c and 17d.

The printer main body 40 is to release the vinyl from the first roll apparatus 11 by varying the speed at an appropriate timing and to print on the vinyl. The main body 41 and the vinyl alignment roller 42 And a flatbed vinyl printer 43, a dryer 44, a vinyl transfer machine 45, and a support roller 46.

The main body 41 has a box shape having a predetermined size, and the vinyl sorting roller 42 is mounted to one end of the upper surface of the main body 41 to align the supplied vinyl, and is rotatably horizontally fixed. It is provided with a fixed roller (42a) to be installed, and a flow roller (42b) is installed on the upper side of the roller (42a) so as to rotate and adjust vertically to adjust the distance to the roller (42a).

The flat vinyl printer 43 is mounted on the upper surface of the vinyl sorting roller 42 and the main body 41 spaced a predetermined distance to perform a predetermined printing on the vinyl conveyed through the vinyl sorting roller 42.

The dryer 44 is fixed to the lower side of the upper surface of the main body 41 to dry the vinyl passed through the flat vinyl printer 43, the main body 44a, the UV housing (44g), and a blower ( 44h), UV lamp 44i, reflector 44j, and drive motor 44k.

The main body 44a has an inner hollow and a box shape having one end open, a door opening and closing door 44b for opening and closing an open end face, and a vinyl inlet hole formed in a width direction at a predetermined position on the upper face of the open end face side. (44c), the vinyl discharge hole (44d) which is formed to penetrate the vinyl inlet hole (44c) in a predetermined position on the lower surface of the open end face side, and the plating rod having a predetermined diameter and length and plated on the outer surface thereof. A plurality of plating rods 44e which are fixedly attached along one end of the inlet hole 44c and the vinyl outlet hole 44d to support the printed vinyl so that the printed vinyl can be introduced into the dryer 44 without being damaged; It is provided along the end of the vinyl inlet hole (44c) facing the plating rod (44e) is provided with a blindfold (44f) to block the light leaking through the vinyl inlet (44c).

The UV housing 44g is built in a box shape with one end surface open so as to be movable in a predetermined width in the inner space of the main body 44a.

The blower 44h is connected to communicate with the internal hollow at a predetermined position of one surface portion of the UV housing 44g to discharge heat in the internal hollow.

The UV lamp 44i is embedded inside the UV housing 44g to emit ultraviolet rays.

The reflecting mirror 44j has a semi-circular cross section and covers the outside of the UV lamp 44i and is rotatably installed by 180 ° about the UV lamp 44i.

The drive motor 44k rotates forward and backward under the control of the controller 60 and preferably uses an SPG motor to rotate the reflector 180 °.

The vinyl conveyer 45 is mounted on the other end of the bottom of the main body 41 to pull and transport the vinyl in a predetermined pattern, and includes a driving roller 45a, an idle roller 45b, and a driving motor 45d. It consists of.

The driving roller 45a has a pulley having a predetermined radius at one end thereof and is rotatably fixed horizontally, and the idle roller 45b is installed on the upper side of the fixing roller 45a so as to be vertically flowable and rotatable. The drive motor 45d is connected by the pulley of the drive roller 45a and the connecting means 45c to drive the drive roller 45a, and the drive motor 45d preferably uses a submotor.

The support roller 46 is installed between the dryer 44 and the vinyl transfer machine 45 so as to be rotatable horizontally to support the vinyl being transported.

The vinyl unwinding speed detecting device 20 is installed between the printer main body 40 and the first roll device 11 to maintain the tension of the vinyl conveyed from the first roll device 11 to the printer main body 40. At the same time, by detecting the release speed of the first roll device 11, the main body 21, the arm support shaft 22, the arm 23, the gear member 24, the angle detector 25 And the roller 26.

The main body 21 is a frame having a predetermined height and width and has a shaft coupling hole 21a at predetermined positions at both ends of one surface portion.

The arm support shaft 22 is a rod having a predetermined length, and both ends thereof are rotatably assembled in the shaft coupling hole 21a.

The arm 23 is a rod having a predetermined length, and one end is fixedly coupled in parallel with the arm support shaft 22 at a predetermined position at both ends of the arm support shaft 22 at an outer circumferential surface thereof, and the other end is rotated. It is connected by the roller 23a which is possibly mounted.

The gear member 24 is mounted to one end of the arm support shaft 22 and interlocks with the arm support shaft 22.

The angle detector 25 is engaged with the gear member 24 to detect the pre-rotation angle of the arm 23, the roller 26 is rotatably mounted on the upper surface of the main body 21 is transported Support the vinyl.

The vinyl winding speed detecting device 30 is installed between the printer main body 40 and the first roll device 11 to maintain the tension of the vinyl printed from the printer main body 40 and at the same time the second roll device ( 18, the main body 31, the arm support shaft 32, the arm 33, the gear member 34, the angle detector 35, and the roller 36 by sensing the winding speed of the It is composed.

The main body 31 is a frame having a predetermined height and width and has a shaft coupling hole 31a at predetermined positions at both ends of one surface portion.

The arm support shaft 32 is a rod having a predetermined length, and both ends thereof are rotatably assembled in the shaft coupling hole 31a.

The arm 33 is a rod having a predetermined length, and one end is fixedly coupled in parallel with the arm support shaft 32 at a predetermined position at both ends of the arm support shaft 32 at an outer circumferential surface thereof, and the other end is rotated. It is connected by the roller 33a which is possibly mounted.

The gear member 34 is mounted to one end of the arm support shaft 32 and interlocks with the arm support shaft 32.

The angle detector 35 is engaged with the gear member 34 to detect the pre-rotation angle of the arm 33, the roller 36 is rotatably mounted on the upper surface of the main body 31 is transported Support the vinyl.

The operation panel 50 includes a plurality of adjustment levers and switches and is electrically connected to the control unit 60 to allow an operator to adjust ON / OFF, maintenance and normal operation, emergency stop, and the like of the system 10.

The control unit 60 is a computer main body 40, the first and second roll device 11, 18, the vinyl unwinding speed detecting device 20, the vinyl winding speed detecting device 30 and the operation panel 50 by a computer. Are electrically connected to various driving and sensing devices, respectively, to control various driving devices according to the signal of the sensing device.

Vinyl printing system 10 using a flatbed printing machine according to the present invention having the configuration as described above, as the operator operates the operation panel 50, the power ON step (S100), dryer operation and reflector placement step (S110), The preliminary operation step S120, the normal operation step S130, and the emergency stop step S140 are performed respectively.

In the power ON step (S100), when the operator turns on the power switch of the operation panel 50, power is applied to the system 10, and the dryer operation and the reflector placement step (S110) are executed.

The dryer operation and reflector rearrangement step (S110) is the system 10 is turned on at the same time the dryer 44 is operated to operate the UV lamp 44i and the blower 44h built in the dryer 44 at the same time the UV lamp ( The axis of rotation of the drive motor 44k is 180 ° to prevent the heat of 44i from damaging the vinyl 80 disposed between the vinyl inlet 44c and the vinyl outlet 44d of the dryer 44. It is driven to rotate the reflector (44j) 180 ° to block the heat of the UV lamp (44i) to fit the vinyl (80).

In the preliminary operation step S120, when the operator operates the operation lever of the operation panel 50 in the preliminary operation step S120, the system 10 is operated at a low speed to set the system 10 and at the same time the system 10. It is to allow the operator to check whether the normal operation without this error, this preliminary operation step (S120) is a low-speed operation step (S121), vinyl loosening speed check step (S122), vinyl loosening adjustment step (S123), Vinyl winding speed detecting device check step (S124), vinyl winding adjustment step (S125), variable roller separation check step (S126), vinyl feeder high-speed operation step (S127), and vinyl feeder normal operation step (S128) It is composed of

The low speed operation step (S121) is the first and second roll device 11, 18, the vinyl transfer machine 45 and the flatbed vinyl printing machine when the operator panel 50 is set by the operator to the preliminary operation step (S120). Run (43) at low speed.

The vinyl unwinding speed checking step (S122) checks whether the arm 23 of the vinyl unwinding speed detecting device 20 is below or above a predetermined angle.

The vinyl unwinding adjusting step S123 reduces the operating speed of the first roll apparatus 11 when the angle of the arm 23 is less than the predetermined value in the checking step S122, and the angle of the arm 23 is the predetermined value. In this case, the operating speed of the first roll apparatus 11 is increased to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state.

The vinyl winding speed checking step (S124) checks whether the arm 33 of the vinyl winding speed detecting device 30 is below or above a predetermined angle.

The vinyl winding adjustment step S125 increases the operating speed of the second roll apparatus 18 when the angle of the arm 33 is less than or equal to a predetermined value in the checking step S124, and the angle of the arm 33 is a predetermined value. In this case, the operating speed of the second roll apparatus 18 is decreased to maintain the winding speed of the vinyl wound by the second roll apparatus 18 in a proper state.

The variable roller separation checking step (S126) checks whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller.

The high speed vinyl transfer step (S127) is a high-speed operation of the vinyl transfer machine 45 at a predetermined speed when YES in the check step (S126) to increase the transfer speed of the vinyl to a predetermined speed to the next print start position is Position it at the printing start position of the blanket roller of the flatbed vinyl printer.

In the normal operation of the vinyl transporter (S128), the vinyl transporter 45 is operated at the same speed as the operation speed of the flatbed vinyl printer 43 when it is ON in the confirmation step (S126).

The normal operation step (S130) is the setting is completed in the preliminary operation step (S120), and after the normal operation is confirmed, the operator operates the operation panel 50 to set the system 10 to the normal operation state system 10 It is operated at a normal speed while increasing the operating speed of this, the normal operation step (S130) is a high speed operation step (S131), vinyl release rate checking step (S132), vinyl release adjustment step (S133), and vinyl winding It consists of a speed checking step (S134), the vinyl winding adjustment step (S135), a variable roller separation checking step (S136), a vinyl feeder high speed operation step (S137), and a vinyl feeder normal operation step (S138). do.

The high speed operation step (S131) is the first and second roll device (11) (18), the vinyl transfer machine (45) and the flatbed vinyl printing machine when the operator panel 50 is set to the normal operation step (S130) by the operator. Run (43) at normal operating speed.

The vinyl unwinding speed checking step (S132) checks whether the arm 23 of the vinyl unwinding speed detecting device 20 is below or above a predetermined angle.

The vinyl unwinding adjusting step S133 reduces the operating speed of the first roll apparatus 11 when the angle of the arm 23 is less than the predetermined value in the checking step S122, and the angle of the arm 23 is the predetermined value. In this case, the operating speed of the first roll apparatus 11 is increased to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state.

The vinyl winding speed checking step (S134) checks whether the arm 33 of the vinyl winding speed detecting device 30 is below or above a predetermined angle.

The vinyl winding adjustment step S135 increases the operating speed of the second roll apparatus 18 when the angle of the arm 33 is less than or equal to a predetermined value in the checking step S134, and the angle of the arm 33 is a predetermined value. In this case, the operating speed of the second roll apparatus 18 is decreased to maintain the winding speed of the vinyl wound by the second roll apparatus 18 in a proper state.

The variable roller separation checking step (S136) checks whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller.

The high speed vinyl transfer operation step (S137) is a high-speed operation of the vinyl transfer machine 45 at a predetermined speed when YES in the check step (S136) to increase the conveying speed of the vinyl to a predetermined speed to the next print start position is Position it at the printing start position of the blanket roller of the flatbed vinyl printer.

In the normal operation of the vinyl transporter (S138), the vinyl transporter 45 is operated at the same speed as the operation speed of the flatbed vinyl printer 43 when it is ON in the confirmation step (S126).

The emergency stop step (S140) is an emergency occurs while the system 10 is operating in a preliminary operation step (S120) or a normal operation step (S130), the operator is installed in a predetermined position of the control panel 50 and the system 10 emergency Pause the system 10 when the button is activated.

25 is a front view showing another embodiment of a vinyl printing system using a flatbed press according to the present invention, Figure 26 is a cross-sectional view showing a vinyl processing machine of the vinyl printing system using a flatbed press shown in Figure 25 FIG. 27 is a block diagram illustrating a system electrically connected to and controlled by a control unit of a vinyl printing system using a flatbed printing machine according to the present invention shown in FIG. 25, and FIGS. 28 and 29 are patterns shown in FIG. 25. A flowchart illustrating a control method of a vinyl printing system using a flatbed press according to the present invention.

25 to 29, another embodiment of the vinyl printing system 10 using a flatbed printing machine according to the present invention is printed by directly operating in a plastic bag instead of winding the completed vinyl 80 on a roll again By completing the plastic bag, the first roll apparatus 11, the vinyl processing machine 70, the printer main body 40, the vinyl unwinding speed detecting device 20, the vinyl winding speed detecting device 30, And the operation panel 50 and the control unit 60. That is, the second roll apparatus 18 is removed, and the vinyl processing machine 70 is installed at the position of the second roll apparatus 18 to immediately transfer the vinyl 80 which is printed and transported from the printer main body 40. It can be operated with a plastic bag.

The vinyl processing machine 70 is to process the finished vinyl in a plastic bag, the alignment roller 71, a plurality of support rollers (72), 73, bag length adjusting roller (74), iron ( 75, a vinyl feeder 76, and a cutter 77, and fixedly spaced apart from the vinyl winding speed detecting device 30 at a predetermined interval.

The alignment roller 71 aligns the vinyl passing through the vinyl winding speed detecting device 30, and the plurality of support rollers 72, 73 are rotatably aligned at predetermined intervals with the alignment roller 71. It is installed in parallel with the roller 17.

The bag length adjusting roller 74 is installed in parallel with the support rollers 72 and 73 so as to be vertically flowable and rotatable between the plurality of support rollers 72 and 73. Not only is a constant interval, but also because the operation time of the iron (75) and the cutter 77 is the same, it is not possible to produce a plastic bag having a variety of length freely between the support rollers (72, 73) By adjusting and setting the position of the bag length adjusting roller 74 which is installed to be movable, the length of the vinyl 80 disposed between the iron 75 and the cutter 77 can be variously adjusted. You can make a plastic bag.

The iron 75 is installed up and down between the alignment roller and the support roller 72 to seal the vinyl 80 in an outer line or two lines, and the cutter 77 is rearward of the vinyl transfer machine 76. Installed at predetermined intervals so as to cut the vinyl 80 into a straight or " ㅑ " shape in the width direction, but when the iron 75 seals the vinyl 80 with an outer line, the cutter 77 is behind the sealing line. To cut a plastic bag without a handle, and when the iron 75 seals the vinyl 80 with two lines spaced at predetermined intervals, the cutting line is cut between the sealing lines in a straight line and a plurality of pieces are formed on the rear sealing line. A plastic bag with a handle is made by making a "Ｕ" shaped incision.

The vinyl transporter 76 is installed in parallel between the support roller 73 and the cutter 77 to transport the vinyl (80).

In addition, the vinyl transfer unit 76 is operated in conjunction with the vinyl transfer unit 45 of the printer body 40, the iron 75 and the cutter 77 is a drive motor of the flat vinyl printer 43 It works in conjunction with.

Another embodiment of the vinyl printing system 10 using a flatbed printing machine according to the present invention having the configuration as described above is a power-on step (S200), the dryer operation and the reflector rearrangement step (operation of the operator panel 50) S210, the preliminary operation step S220, the normal operation step S230, and the emergency stop step S240 are executed.

In the power ON step (S200), when the operator turns on the power switch of the control panel 50, power is applied to the system 10, and the dryer operation and the reflector placement step (S210) are executed.

The dryer operation and reflector rearrangement step (S210) is the system 10 is turned on at the same time the dryer 44 is operated to operate the UV lamp 44i and the blower 44h built in the dryer 44 at the same time the UV lamp ( The axis of rotation of the drive motor 44k is 180 ° to prevent the heat of 44i from damaging the vinyl 80 disposed between the vinyl inlet 44c and the vinyl outlet 44d of the dryer 44. It is driven to rotate the reflector (44j) 180 ° to block the heat of the UV lamp (44i) to fit the vinyl (80).

The preliminary operation step (S220) is to set the system 10 by operating the system 10 at a low speed, and check whether the system 10 is normally operated without error. Such a preliminary operation step (S220) is a low speed operation. Step (S221), vinyl unwinding speed checking step (S222), vinyl unwinding adjusting step (S223), variable roller separation checking step (S224), vinyl feeder high speed operation step (S225), and vinyl transporter normal Operation step (S226), variable roller contact confirmation step (S227), and the iron and cutter operation step (S228) of the vinyl processing machine.

The low speed operation step (S221) is the first roll device 11, the vinyl transfer machine (45), 76, the flat vinyl printing machine when the operating panel 50 is set to the preliminary operation step (S220) by the operator's operation 43, the iron 75 and the cutter 77 are operated at a low speed, and the reflecting mirror 44j of the dryer 44 is placed in the reflecting position.

The vinyl unwinding speed checking step (S222) checks whether the arm 23 of the vinyl unwinding speed detecting device 20 is below or above a predetermined angle.

The vinyl unwinding adjusting step (S223) reduces the operating speed of the first roll apparatus 11 when the angle of the arm 23 is less than a predetermined value in the checking step (S222), and the angle of the arm 23 is a predetermined value. In this case, the operating speed of the first roll apparatus 11 is increased to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state.

The variable roller separation checking step (S224) checks whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller.

The vinyl feeder high-speed operation step (S225) is a vinyl transporter 45 (76) so that the next print start position of the vinyl 80 is disposed at the print start position of the blanket roller when YES in the check step (S224). ) To increase the conveying speed of vinyl by operating it at high speed at a predetermined speed.

The vinyl transporter normal operation step (S226) is the vinyl transporter (45) (76) so that the vinyl 80 is transported at the same speed as the blanket roller and printing can be made when it is ON in the confirmation step (S224) Is operated at the same speed as that of the flatbed vinyl printer 43.

The variable roller contact confirmation step (S227) checks whether the variable roller spaced apart from the blanket roller of the flatbed vinyl printer 43 is in contact with the blanket roller.

The plastic bag processing step (S228) when the YES in the check step (S227) to operate the iron 75 and the cutter 77 of the vinyl processing machine 70 to seal and cut the vinyl to process the plastic bag.

The normal operation step (S230) is the setting is completed in the preliminary operation step (S220), and when the normal operation is confirmed to operate the system 10 at the normal operation speed, such a normal operation step (S230) is a high speed operation step ( S231), the vinyl folding speed checking step (S232), the vinyl unwinding adjusting step (S233), the variable roller separation check step (S234), the vinyl feeder high-speed operation step (S235), and the vinyl feeder normal operation step (S236), the variable roller contact confirmation step (S237), and the iron and cutter operation step (S238) of the vinyl processing machine.

The high speed operation step (S231) is the first roll device 11, vinyl transfer machine (45), 76, flat plate vinyl printer (43) when the operating panel 50 is set to the normal operation step (S230) by the operator , The iron 75 and the cutter 77 are operated at the normal operation speed.

The vinyl unwinding speed checking step (S232) checks whether the arm 23 of the vinyl unwinding speed detecting device 20 is below or above a predetermined angle.

The vinyl unwinding adjusting step S233 reduces the operating speed of the first roll apparatus 11 when the angle of the arm 23 is less than a predetermined value in the checking step S232, and the angle of the arm 23 is a predetermined value. In this case, the operating speed of the first roll apparatus 11 is increased to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state.

The variable roller spacing check step (S234) checks whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller.

The vinyl conveyer high speed operation step (S235) is a vinyl conveyer 45 (76) so that the next print start position of the vinyl 80 is disposed at the print start position of the blanket roller when YES in the check step (S234). ) To increase the conveying speed of vinyl by operating it at high speed at a predetermined speed.

The vinyl transporter normal operation step (S236) operates the vinyl transporters 45 and 76 at the same speed as the operation speed of the flatbed vinyl printer 43 when it is ON in the confirmation step (S234).

The variable roller contact confirmation step (S237) checks whether the variable roller spaced apart from the blanket roller of the flatbed vinyl printer 43 is in contact with the blanket roller.

When the plastic bag processing step (S238) is YES in the checking step (S237), the plastic bag is sealed and cut by operating the iron 75 and the cutter 77 of the vinyl processing machine 70 to be processed into a plastic bag.

The emergency stop step (S240) is a temporary failure of the system 10 during the preliminary or normal operation, the operator temporarily pauses the system 10 when the emergency button installed in the control panel 50 or a predetermined position of the system 10 is operated Stop it.

According to the present invention as described above, the transfer speed of the vinyl released or wound on the roll can be automatically adjusted according to the printing speed as well as the tension of the vinyl can be kept uniform, so that printing on the vinyl can be carried out accurately and quickly. The printing quality is very good while the printing cost is low, and the productivity can be remarkably improved, thereby making it possible to perform mass printing as well as small quantity printing.

1 is a front view showing a vinyl printing system using a flatbed press according to the present invention.

Figure 2 is a plan view showing a vinyl printing system using a flatbed printing machine according to the present invention.

Figure 3 is a side view showing the first and second roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 4 is a plan view showing the first and second roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 5 is a front view showing the first and second roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 6 is an assembled state showing the assembly state of the roll support shaft of the first and second roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figures 7a and 7b is a cross-sectional view showing the operating state and structure of the roll support shaft of the first and second roll apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 8 is a front view showing the vinyl sorting roller of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 9 is a side view showing a vinyl sorting roller of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 10 is a rear view showing the vinyl unwinding and vinyl winding speed detection apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 11 is a plan view showing a vinyl unwinding and vinyl winding speed detection apparatus of a vinyl printing system using a flatbed printing machine according to the present invention.

12 is an operating state diagram showing the operating state of the vinyl unwinding and vinyl winding speed detection apparatus of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 13 is a side view showing the vinyl unwinding and the winding speed of the vinyl printing system using a flatbed printing machine according to the present invention.

14 is a front view showing the printer main body of the vinyl printing system using a flatbed printing machine according to the present invention.

15 is a plan view showing a printer main body of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 16 is a front view showing a vinyl transport machine of the printer main body of the vinyl printing system using a flatbed printing machine according to the present invention.

Figure 17 is a side view showing a vinyl transfer machine of the printer main body of the vinyl printing system using a flatbed printing machine according to the present invention.

18 and 19 is a cross-sectional view showing the structure and operating state of the dryer in the printer body of the vinyl printing system using a flatbed printing machine according to the present invention.

20 is a cross-sectional view showing a dryer in a printer main body of a vinyl printing system using a flatbed press according to the present invention.

Figure 21a and Figure 21b is an operating state diagram showing a state in which the reflector of the dryer of the printer main body of the vinyl printing system using a flatbed printing machine according to the present invention.

22 is a block diagram illustrating a system electrically connected and controlled with a control unit of a vinyl printing system using a flatbed press according to the present invention.

23 and 24 are flowcharts illustrating a control method of a vinyl printing system using a flatbed press according to the present invention.

25 is a front view showing another embodiment of a vinyl printing system using a flatbed press according to the present invention.

FIG. 26 is a cross-sectional view of a vinyl processing machine of the vinyl printing system using the flatbed printing machine shown in FIG. 25; FIG.

FIG. 27 is a block diagram illustrating a system electrically connected and controlled with a control unit of a vinyl printing system using a flatbed press shown in FIG. 25.

28 and 29 are flow charts illustrating a control method of a vinyl printing system using a flatbed press according to the present invention shown in FIG.

Explanation of symbols on main parts of drawing

10: vinyl printing system 11: first roll device

18: second roll device 20: vinyl release speed detection device

30: vinyl winding speed detection device 40: the printer main body

50: operation panel 60: control unit

70: plastic bag processing machine

Claims (18)

In a vinyl printing system, the vinyl printing system (10) comprises: a first roll device (11) for releasing vinyl to be printed; A second roll apparatus 18 for winding the printed vinyl; A printer main body (40) which releases the vinyl from the first roll apparatus (11) at a suitable timing and releases the vinyl at the same time; It is installed between the printer main body 40 and the first roll device 11 to maintain the tension of the vinyl conveyed from the first roll device 11 to the printer main body 40 and at the same time Vinyl unwinding speed detecting device 20 for detecting the unwinding speed; Installed between the printer main body 40 and the first roll device 11 to maintain the tension of the vinyl printed from the printer main body 40 while winding the vinyl winding to detect the winding speed of the second roll device 18 A speed sensing device 30; An operation panel 50 for operating the printing system; Various driving and sensing devices of the printer main body 40, the first and second roll devices 11 and 18, the vinyl unwinding speed detecting device 20, the vinyl winding speed detecting device 30, and the operation panel 50; The vinyl printing system using a flatbed printing machine, characterized in that each of the electrical connection is composed of a control unit 60 for controlling various driving devices in accordance with the signal of the sensing device. The first and second roll devices (11) (18) are plate-shaped having a predetermined size, and are supported by the support portions (12a) (16a) horizontally fixed to the bottom surface, and the lower end portion at a predetermined position. A threaded rod 12d '16d' formed at a predetermined section of the outer circumferential surface of one end by an annular rod having a predetermined diameter and length through the assembling holes 12c and 16c formed therethrough, and an assembly portion 12d and 16d formed at the other end thereof. And an adjusting rod 12e and 16e rotatably bearing assembled to the assembly holes 12c and 16c so that the assembly portions 12d and 16d are protruded outwardly, and the support portion 12a is provided. Supports 12b and 16b fixedly installed on one end of the upper surface of 16a and a plurality of rails 12f and 16f fixedly attached and parallel to the predetermined positions of the upper surfaces of the support portions 12a and 16a. Pedestal 12, 16 having a; A base having a predetermined size and having a plurality of rail assembly portions 13b and 17b, each of which is slidably assembled with the rails 12f and 16f of the pedestal 12 and 16 at a predetermined position on the lower surface portion. (13a) (17a) and shaft fixing units (13n) (17n) provided on the upper end surface and detachably predetermined at one end of the shaft, and parallel to each other at both ends of the upper surface of the support (13a) (17a) perpendicularly to each other. A plurality of shaft supports 13c, 13d, 17c, 17d, which are fixedly installed, and adjustment rods 12e of the pedestals 12, 16 at predetermined positions on the lower end side of the one shaft support 13c, 17c. 16e and the adjusting holes 13e and 17e formed through the threaded portion on the inner circumferential surface to be assembled with the screw 16e, the pulleys 13f and 17f of the predetermined diameter formed at one end, and the other end surface in the shape of a rectangle. It has a drive shaft (13h) (17h) formed with a main assembly 13 (13g), 17g (17g) which is formed to be recessed and detachably assembled with the assembly portion of the following roll support shaft (14) (18). End surfaces of the drive units 13i and 17i fixedly installed at predetermined positions on the upper end side of the other shaft supports 13d and 17d, and the supporting portions 13a and 17a provided with the other shaft supports 13d and 17d. Motor mounting portions 13j and 17j that are horizontally mounted on the portion, and are fixedly mounted on the motor mounting portions 13j and 17j, and pulleys 13f and 17f of the drive shafts 13h and 17h. The rail is provided with drive motors 13m and 17m connected by connecting means 13k and 17k to drive the drive shafts 13h and 17h, and interlocked with forward and reverse rotation of the adjusting rods 12e and 16e. Roll supports 13 and 17 mounted on the pedestal 12 and 16 so as to be movable along the 12f and 16f; The rounded section formed by the roll assembly portions 14a and 18a having a plurality of roll fixing protrusions 14b and 18b which are inserted or protruded by pneumatic pressure at predetermined positions on the outer circumferential surface is fixedly assembled at both ends thereof. Bearings 14c and 18c assembled to the shaft fixing units 13n and 17n of the shaft supports 13c, 13d, 17c and 17d, and the assembling holes of the drive shafts 13h and 17h on one end surface thereof ( Both ends are rotated on the shaft fixing units 13n and 17n of the shaft supports 13c, 13d, 17c, and 17d, having assembling protrusions 14d and 18d detachably assembled with 13g) and 17g. And a roll support shaft (14) (18) that is detachably assembled horizontally. The apparatus of claim 1, wherein the vinyl unwinding speed detecting device (20) comprises: a main body (21) having a axial coupling hole (21a) at predetermined positions at both ends of one surface portion as a frame having a predetermined height and width; An arm support shaft 22 having rods having a predetermined length so that both ends thereof are rotatably assembled in the shaft coupling hole 21a; A roller having a predetermined length, one end of which is fixedly coupled in parallel to the arm support shaft 22 at right angles at a predetermined position on both outer sides of the arm support shaft 22, and the other end of which is rotatably mounted. An arm 23 connected by 23a); A gear member 24 mounted to one end of the arm support shaft 22 and interlocked with the arm support shaft 22; An angle detector 25 engaged with the gear member 24 to detect a pre-rotation angle of the arm 23; Vinyl printing system using a flatbed printing machine, characterized in that the upper surface of the main body 21 is rotatably mounted roller 26 for supporting the conveyed vinyl. The apparatus of claim 1, wherein the vinyl winding speed detecting device (30) comprises: a main body (31) having a axial coupling hole (31a) at predetermined positions at both ends of one surface portion as a frame having a predetermined height and width; An arm support shaft (32) having both ends rotatably assembled in the shaft coupling hole (31a) by a rod having a predetermined length; A roller having a predetermined length, one end of which is fixedly coupled in parallel to each other at right angles with the arm support shaft 32 at a predetermined position on the outer circumferential surface of both ends of the arm support shaft 32, and the other end of which is rotatably mounted roller 33a. An arm 33 connected by; A gear member 34 mounted to one end of the arm support shaft 32 and interlocked with the arm support shaft 32; An angle detector (35) engaged with the gear member (34) to detect a pre-rotation angle of the arm (33); Vinyl printing system using a flatbed printing machine, characterized in that consisting of a roller (36) for supporting the vinyl to be transported rotatably mounted on the upper portion of the main body (31). 2. The printer according to claim 1, wherein the printer main body (40) comprises: a box-shaped main body (41) having a predetermined size; A vinyl sorting roller 42 mounted to one end of the upper surface of the main body 41 to align the supplied vinyl; A flat vinyl printer (43) mounted on an upper surface of the main body (41) spaced apart from the vinyl sort roller (42) and performing predetermined printing on a vinyl conveyed through the vinyl sort roller (42); A dryer 44 fixed to an upper side of the upper surface of the main body 41 to dry the vinyl passing through the flat vinyl printer 43; A vinyl conveyer 45 mounted at the other end of the bottom of the main body 41 to pull and convey the vinyl in a predetermined pattern; Vinyl printing system using a flatbed printing machine, characterized in that consisting of a support roller 46 for supporting the conveyed vinyl is rotatably installed horizontally between the dryer (44) and the vinyl transfer machine (45). The roller of claim 5, wherein the vinyl alignment roller (42) is rotatably and horizontally fixed to the fixed roller (42a), and is installed on the upper side of the roller (42a) so as to be rotatable and vertically adjustable. Vinyl printing system using a flatbed printing machine, characterized in that it comprises a flow roller (42b) for adjusting the interval with. 6. The dryer 44 according to claim 5, wherein the dryer 44 has an inner hollow and a box shape having one end open, and has a door opening and closing door 44b for opening and closing an open end face, and a width at a predetermined position on the upper face of the open end face. The vinyl inlet hole 44c to be penetrated, the vinyl outlet hole 44d penetrated to face the vinyl inlet hole 44c at a predetermined position on the lower surface of the open end face side, and an outer surface having a predetermined diameter and length A plurality of plated plated rods are fixedly attached along one end of the vinyl inlet hole 44c and the vinyl outlet hole 44d to support the printed vinyl so that the printed vinyl can be introduced into the dryer 44 without being damaged. A plating rod 44e and a blindfold 44f fixedly attached along an end portion of the vinyl inlet hole 44c facing the plating bar 44e to block light leaking out through the vinyl inlet hole 44c. A main body 44a; A UV housing (44g) having a one end surface formed in a box shape so as to be able to flow in a predetermined width in the inner space of the main body (44a); A blower 44h connected to one surface portion of the UV housing 44g in communication with an internal hollow to discharge heat in the inner hollow; A UV lamp 44i embedded in the UV housing 44g to emit ultraviolet rays; A reflector 44j having a semi-circular cross section and covering the outside of the UV lamp 44i and rotatably installed by 180 ° about the UV lamp 44i; Vinyl printing system using a flatbed printing machine, characterized in that consisting of a drive motor (44k) for forward and reverse rotation under the control of the control unit to rotate the reflector 180 °. The method of claim 5, wherein the vinyl conveyer 45 is a drive roller (45a) is rotatably fixed, the idle roller (45b) is installed on the upper side of the fixed roller (45a) rotatably and rotatably, And a drive motor (45d) connected to the drive roller (45a) by a connecting means (45c) to drive the drive roller (45a). 8. The vinyl printing system according to claim 7, wherein the drive motor (44k) is an SPG motor. Vinyl printing system having a configuration of claim 1, the step of turning on the power (S100); Operating the dryer (44) and simultaneously placing the reflector in a blocking position (S110); A preliminary operation step (S120) of operating the system 10 at a low speed to set the system 10 and confirming whether the system 10 is normally operated without errors; When the setting is completed in the preliminary operation step (S120), and the normal operation is confirmed, the normal operation step (S130) for operating the system 10 at the normal operation speed; Vinyl printing system using a flatbed printing machine, characterized in that to execute the emergency stop step (S140) for stopping the system (10) when the emergency button is operated when an error occurs during the operation of the system (10). 11. The method of claim 10, wherein the preliminary operation step (S120) is the first and second roll device (11) (18), the vinyl feeder (45) and when the operating panel 50 is set to the preliminary operation step (S120). A low speed operation step (S121) of operating the flatbed vinyl printer 43 at a low speed and simultaneously placing the reflector 44j of the dryer 44 in a reflection position; Checking whether the arm 23 of the vinyl release speed detecting device 20 is below or above a predetermined angle (S122); When the angle of the arm 23 is less than the predetermined value in the checking step (S122), the operating speed of the first roll apparatus 11 is reduced, and when the angle of the arm 23 is greater than the predetermined value, the first roll apparatus 11 And a vinyl unwinding adjusting step (S123) of increasing the operating speed of the fan) to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state; Checking whether the arm 33 of the vinyl winding speed detecting device 30 is below or above a predetermined angle (S124); In the checking step (S124), when the angle of the arm 33 is less than the predetermined value, the operating speed of the second roll apparatus 18 is increased, and when the angle of the arm 33 is more than the predetermined value, the second roll apparatus 18 Reducing the operating speed of the vinyl winding adjustment step (S125) for maintaining the winding speed of the vinyl wound by the second roll apparatus 18 in an appropriate state; Checking whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller (S126); Increasing the conveying speed of the vinyl by high-speed operation of the vinyl conveyer 45 at a predetermined speed when YES in the confirming step (S126); The vinyl printing system using a flatbed printing machine comprising a step (S128) of operating the vinyl feeder (45) at the same time as the operation speed of the flatbed vinyl printing machine (43) when it is turned on in the checking step (S126). 11. The method of claim 10, wherein the normal operation step (S130) is the first and second roll device (11) (18), the vinyl feeder (45) and when the operating panel 50 is set to the normal operation step (S130) A high speed operating step (S131) for operating the flatbed vinyl printer 43 at a normal operating speed; Checking whether the arm 23 of the vinyl release speed detecting device 20 is below or above a predetermined angle (S132); In the checking step (S132), when the angle of the arm 23 is less than or equal to a predetermined value, the operating speed of the first roll apparatus 11 is decreased, and when the angle of the arm 23 is greater than or equal to the predetermined value, the first roll apparatus 11 is reduced. A vinyl unwinding adjusting step (S133) of increasing the operating speed of the fan) to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state; Checking whether the arm 33 of the vinyl winding speed detection device 30 is below or above a predetermined angle (S134); In the checking step (S134), when the angle of the arm 33 is less than the predetermined value, the operating speed of the second roll apparatus 18 is increased, and when the angle of the arm 33 is greater than the predetermined value, the second roll apparatus 18 Reducing the operating speed of the vinyl winding adjustment step (S135) for maintaining the winding speed of the vinyl wound by the second roll apparatus 18 in an appropriate state; Checking whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller (S136); Increasing the conveying speed of the vinyl by high-speed operation of the vinyl conveyer 45 at a predetermined speed when YES in the confirming step (S136); The vinyl printing system using a flatbed printing machine comprising a step (S138) of operating the vinyl feeder (45) at the same time as the operation speed of the flatbed vinyl printing machine (43) when it is ON in the checking step (S136). 2. The vinyl printing system (10) according to claim 1, further comprising: a first roll device (11) for releasing vinyl to be printed; A vinyl processing machine (70) for processing the finished vinyl into a plastic bag; A printer main body (40) which releases the vinyl from the first roll apparatus (11) at a suitable timing and releases the vinyl at the same time; It is installed between the printer main body 40 and the first roll device 11 to maintain the tension of the vinyl conveyed from the first roll device 11 to the printer main body 40 and at the same time Vinyl unwinding speed detecting device 20 for detecting the unwinding speed; A vinyl winding speed sensing device installed between the printer main body 40 and the vinyl processing machine 70 to maintain the tension of the vinyl printed from the printer main body 40 and simultaneously detect the vinyl transfer speed of the vinyl processing machine 70. 30; An operation panel 50 for operating the printing system 10; Various driving and sensing devices of the printer main body 40, the first roll device 11, the vinyl unwinding speed detecting device 20, the vinyl winding speed detecting device 30, the operation panel 50 and the vinyl processing machine 70 and The vinyl printing system using a flatbed printing machine, characterized in that each of the electrical connection is composed of a control unit 60 for controlling various driving devices in accordance with the signal of the sensing device. The method of claim 13, wherein the vinyl processing machine 70 is rotatably aligned with the alignment roller 71 and the alignment roller 71 to align the vinyl passed through the vinyl winding speed detecting apparatus 30 at a predetermined interval. Parallel to the support rollers 72 and 73 so as to be vertically flowable and rotatable between the plurality of support rollers 72 and 73 installed in parallel with the roller 17 and the support rollers 72 and 73. Envelope length control roller 74 for adjusting the length of the plastic bag to be installed and manufactured so as to; An iron (75) installed up and down between the alignment roller and the support roller (72) to seal the vinyl in an outer line or two lines; A vinyl conveyer (76) installed in parallel with the support roller (73) at predetermined intervals to convey vinyl; The vinyl transfer system using a flatbed printing machine, characterized in that consisting of a cutter 77 for cutting the vinyl is installed at a predetermined distance to the rear and the vinyl transfer machine (76). 15. The method of claim 5 or 14, wherein the vinyl transfer machine 76 is operated in conjunction with the vinyl transfer machine 45 of the printer body 40, the iron 75 and the cutter 77 is the flat vinyl Vinyl printing system using a flatbed printer, characterized in that it is operated in conjunction with the drive motor of the printer (43). The vinyl printing system 10 having the configuration of claim 13 includes the step of turning on the power (S200); Operating the dryer (44) and simultaneously placing the reflector in a blocking position (S210); A preliminary operation step (S220) of setting the system 10 by operating the system 10 at a low speed and confirming whether the system 10 is normally operated without errors; When the setting is completed in the preliminary operation step (S220), and the normal operation is confirmed, the normal operation step (S230) for operating the system 10 at the normal operation speed; Vinyl printing system using a flatbed printing machine, characterized in that to execute the emergency stop step (S240) for stopping the system (10) when the emergency button is operated when an error occurs during the operation of the system (10). 11. The method of claim 10, wherein the preliminary operation step (S220) is the first roll device 11, vinyl transfer machine (45), 76, flat vinyl printing press when the operating panel 50 is set to the preliminary operation step (S220). (43) a low speed operation step (S221) for operating the soldering iron 75 and the cutter 77 at a low speed and at the same time arranging the reflecting mirror 44j of the dryer 44 in the reflective position; Checking whether the arm 23 of the vinyl release speed detecting device 20 is below or above a predetermined angle (S222); When the angle of the arm 23 is less than the predetermined value in the checking step (S222), the operating speed of the first roll apparatus 11 is reduced, and when the angle of the arm 23 is greater than the predetermined value, the first roll apparatus 11 A vinyl unwinding adjusting step (S223) of increasing the operating speed of the fan) to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state; Checking whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller (S224); When the YES in the step (S224) to increase the conveying speed of the vinyl by high-speed operation of the vinyl transfer machine 45, 76 at a predetermined speed (S225); A step (S226) of operating the vinyl transfer machines 45 and 76 at the same time as the operation speed of the flatbed vinyl printer 43 when it is ON in the checking step (S224); Checking whether the variable roller spaced apart from the blanket roller of the flatbed vinyl printer 43 is in contact with the blanket roller (S227); When YES in the checking step (S227) is characterized in that it comprises a step (S228) of operating the iron 75 and the cutter 77 of the vinyl processing machine 70 to seal and cut the vinyl into a plastic bag (S228) Vinyl printing system using a flatbed printing machine. 11. The method of claim 10, wherein the normal operation step (S230) is the first roll device 11, vinyl transfer machine (45), 76, flat vinyl printing machine when the operating panel 50 is set to the normal operation step (S230) 43, a high speed operation step S231 for operating the iron 75 and the cutter 77 at a normal operation speed; Checking whether the arm 23 of the vinyl release speed detecting device 20 is below or above a predetermined angle (S232); When the angle of the arm 23 is less than the predetermined value in the checking step (S232), the operating speed of the first roll apparatus 11 is reduced, and when the angle of the arm 23 is greater than the predetermined value, the first roll apparatus 11 And a vinyl unwinding adjusting step (S233) of increasing the operating speed of the disk) to maintain the supply speed of the vinyl released from the first roll apparatus 11 in a proper state; Checking whether the variable roller in contact with the blanket roller of the flatbed vinyl printer 43 is spaced apart from the blanket roller (S234); Increasing the conveying speed of the vinyl by high-speed operation of the vinyl conveyers 45 and 76 at a predetermined speed when YES in the confirming step S136; Operating the vinyl transporters 45 and 76 at the same time as the operation speed of the flatbed vinyl printer 43 when the confirmation step S234 is ON; Checking whether the variable roller spaced apart from the blanket roller of the flatbed vinyl printer 43 is in contact with the blanket roller (S237); When YES in the step (S236) is characterized in that it comprises a step (S238) of operating the iron 75 and the cutter 77 of the vinyl processing machine 70 to seal and cut the vinyl into a plastic bag (S238). Vinyl printing system using a flatbed printing machine.