KR200282945Y1 - Avinyl printer utilizing the principle of plate printing - Google Patents

Abstract

The present invention completely solved the problem by completely eliminating the existing convex plate printing method and incorporating the more advanced printing technique, the flat printing principle, into the vinyl printing machine. Since it is output to the printing plate, it can suppress the discharge of environmental pollutants, produce a small amount of vinyl prints quickly and inexpensively, and at the same time, use the same machine to produce better quality products (vinyl products) at a lower cost. A vinyl printing machine using a flat plate printing principle to be produced; A roll vinyl holder for supplying the necessary vinyl for printing by rotatably mounting the roll vinyl roll on one side, and the power delivered to the printed vinyl on the other side of the roll vinyl holder Roll vinyl persimmons installed by rolling around A shaft, a dryer installed to dry the printing surface of the vinyl on the front surface of the rolled vinyl winding shaft, and a vinyl conveyed in one direction across the rolled vinyl holder and the rolled vinyl winding shaft within a predetermined angle when operating the print operation lever from the bottom surface. And a variable drive roller which presses the vinyl onto the blanket roller while rotating by the power of the driving motor, and forms ink and a water film on the outer circumferential surface to print on the vinyl interposed by the variable drive of the variable drive roller. A blanket roller which is formed on the surface of the blanket roller, and a plate hanger provided with a printing disc to form a print content formed by ink and a water film on the surface of the blanket roller, and an upper side to form a water film in the margin of the printing disc of the plate hanger roller. Variable rollers are arranged so that water is diffused from the water dish by placing multiple rollers in the Water supply roller unit provided with a mouth roller, and a plurality of rollers are arranged on one side of the horizontal line so that the ink remains on the printed letter surface of the printing plate of the plate hanger roller variable linkage so that the diffusion of ink from the ink plate is made An ink supply roller unit installed with an ink roller,

An output speed controller electrically connected to the blanket roller, the roll vinyl winding shaft, the roll vinyl holder, the plate hanger roller, the variable drive roller, and the like to control the rotational speed of a plurality of motors to transmit rotational power by predetermined information. The vinyl printing machine using the flat printing principle is included to eliminate the plate making of corrosion method and use the flat plate to solve the environmental pollution problem, minimize the plate making cost, increase productivity by reducing plate removal and attaching time and viscosity. By using high quality flat printing ink and UV dryer, it can reduce the volume of the drying process and dramatically reduce the size of the whole machine, so that a small amount of vinyl can be produced at the lowest cost. It is an effective design to make products cheap.

Description

Vinyl printing machine using flat printing principle {AVINYL PRINTER UTILIZING THE PRINCIPLE OF PLATE PRINTING}

The present invention relates to a vinyl printer using a flat plate printing principle for a rolled up vinyl (PP, PE, PVC, etc.) material. The present invention relates to a vinyl printing machine using a flat printing principle of producing and supplying a small amount of vinyl prints at low cost by solving environmental pollution problems, minimizing plate making costs, and easily attaching and detaching printing plates.

Figure 1 is a vinyl printing machine according to the prior art roll vinyl holder 116, ink plate 118, plate hanger roller 119, a plurality of support roller 114, dryer 113, reel vinyl winding shaft 111 In spite of the relatively simple structure of the machine, due to the characteristics of the convex printing press, it is inevitable to use dilute ink. Therefore, the dryer 113 is enlarged, which increases the installation area of the vinyl printing press. As a result, the printing cost is increased and the printing plate manufactured at high cost takes more time to detach and attach than the newly designed printing machine. This also resulted in higher production costs.

In the end, the production of small quantities of vinyl products was a major obstacle to the production of small quantities of vinyl products, which are required by many people, such as printing costs are higher than the value of the product (vinyl products). As the material of plate making, the copper plate, zinc plate, resin plate, etc. are corroded and printed, causing serious environmental problems due to water pollution. In this process, high plate making costs were incurred and productivity was low due to the long time required for removing and attaching plates. As a thin ink suitable for the characteristics of the convex plate was used, the drying process was long and the size of the printing machine became larger.

The purpose of the present invention proposed to solve the problems of the prior art as described above is to completely solve the problem by excluding the conventional convex printing method completely and incorporating the more advanced printing technique, flat printing principle to the vinyl printer. Since the production method of the computer is edited on a computer, the printing machine outputs directly to the printing plate without making a film. Therefore, it suppresses the emission of environmental pollutants and makes a small amount of vinyl prints quickly and inexpensively. Vinyl printing also provides a vinyl printing machine using a flat printing principle to produce a better quality product (vinyl product) at a lower cost. The present invention for realizing this is to mount a roll of vinyl roll on one side of the frame to be rotatable. Scroll Broom Supplies Vinyl for Printing A cradle, a roll vinyl winding shaft installed on the winding frame by rotating the printed vinyl on the other side of the scroll vinyl holder, and a dryer installed on the front of the scroll vinyl winding shaft to dry the printing surface of the vinyl; A variable drive roller which rotates the vinyl conveyed in one direction across the roll vinyl holder and the roll vinyl winding shaft within a certain angle range during operation of the print control lever to rotate and lift the vinyl while being driven by the power of the driving motor. A blanket roller installed to form ink and a water film on the outer circumferential surface to print on the vinyl interposed by the variable drive of the variable drive roller, and formed upon contacting the print content formed by the ink and water film on the surface of the blanket roller A roller hanger with a printed disc installed, and printing of the roller hanger A water supply roller unit installed with a variable interlocking import roller to arrange a plurality of rollers on the upper side to form a water film in the margin of the plate so that the water is diffused from the water supply plate, and printed letters of the printing plate of the plate hanger roller An ink supply roller unit is provided with a variable interlocking ink roller so that a plurality of rollers are arranged on one side of the horizontal line so that ink remains on the surface, and diffusion of ink is supplied from the ink plate, and the blanket roller is rolled. To provide a vinyl printing machine using a flat printing principle consisting of an output speed controller which is electrically connected and installed to control the rotational speed of a motor that transmits rotational power to preset information such as a lattice shaft, a plate hanger roller, and a variable drive roller. The water supply roller part is rectangular and has one side to supply water. A water supply plate that has been cooled, a first water supply roller installed to rotate in contact with the side surface of the water supply plate, and a variable interlocking import roller installed in a variable contact while rotating left and right on one side of the first water supply roller, A second water supply roller is installed at a predetermined interval from the first water supply roller and is arranged to rotate left and right, and the water supply roller is disposed below the second water supply roller and rotates in contact with the plate hanger roller to supply water. The present invention provides a vinyl printing machine using a flat plate printing principle including an imported roller. The ink supply roller portion has a rectangular shape and an ink plate having one side open to supply water, and rotates in contact with the side of the ink plate. The first ink supply roller which is installed so as to variably contact the left and right sides of the first ink supply roller, A variable linked ink supply roller provided, a first ink auxiliary roller disposed on the right side in contact with the variable linked ink supply roller, and a second ink auxiliary roller disposed in contact with the upper side of the first ink auxiliary roller; A first ink diffusion roller of which is arranged at an enlarged diameter on the upper side of the second ink auxiliary roller, a second ink diffusion roller disposed below the first ink diffusion roller and in contact with the first ink auxiliary roller; Third and fourth ink auxiliary rollers symmetrically arranged with respect to the first and second ink auxiliary rollers to contact the first and second ink diffusion rollers, respectively, and the ink diffused in the plate hanger roller while contacting the fourth ink auxiliary rollers. It is to provide a vinyl printing machine using a flat printing principle consisting of a configuration including a second ink supply roller which is installed in contact with the supply.

1 is a view schematically showing the configuration of a vinyl printer according to the prior art.

Figure 2 schematically shows a vinyl printing machine according to the present invention.

Figure 3 is a view showing a plate hanger roller of the vinyl printing machine according to the present invention.

Figure 4 is a view showing a blanket roller of a vinyl printing machine according to the present invention.

5 is a view showing the operating state of the vinyl printing machine according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: rewind vinyl roll 2: output speed controller 3: dryer 4: variable driving roller

5: vinyl 6: scroll vinyl stand 7: blanket 8: blanket roller

9: roller hanger 10: printing disc 11a: import roller 11b: variable linked import roller

12a: second feed roller 12b: first feed roller 14: feed tray 15a: second ink feed roller 15b: fourth ink auxiliary roller 15c: third ink auxiliary roller 15d: first ink diffusion roller 15e: second ink diffusion Roller 15f: 1st ink subsidiary roller 15g: 1st ink supply roller 15h: 2nd ink diffusion roller 16: Variable interlocking ink supply roller 18: Ink plate

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. FIG. 2 is a view schematically showing a vinyl printer according to the present invention, and FIG. 3 is a plate hanger of a vinyl printer according to the present invention. Figure 4 is a view showing a blanket roller of a vinyl printing machine according to the present invention. The vinyl printing machine 30 is largely a rolled vinyl holder (6), a rolled vinyl winding shaft (1), a dryer (3). ), Variable drive roller (4), blanket roller (8), plate hanger roller (9), feed roller (32), ink supply roller (34), output speed controller (2). The roll vinyl holder 6 is mounted on the frame P side of the vinyl printer 30 so as to rotate the roll vinyl roll R to supply the vinyl 5 necessary for printing. (1) is printed on the other side of the scroll vinyl holder (6) It is installed in the frame P of the vinyl printing machine 30 so that the neil 5 can be wound while being rotated by the transmitted power. The dryer 3 has a printing surface of vinyl on the front surface of the roll vinyl winding shaft 1. The variable drive roller 4 has a rolled vinyl support 6 and a rolled vinyl winding shaft 1 and is transported in one direction from the bottom. During operation of the print control lever, the vinyl 5 is pulled up while being rotated within a predetermined angle range while being rotated by the power of the driving motor, which is not shown. The bracket roller 8 is the variable drive roller 4. Ink and a water film are formed on the outer circumferential surface so as to print on the vinyl 5 interposed by the variable drive of the film, and a blanket 7, such as a thin rubber sheet, is fixed to the outer circumferential surface with a screw 36. Doing. The hook roller 9 is formed by installing a printing disc 10 on the surface of the blanket roller 8 so as to form the printing contents formed by the ink and the water film upon contact. The water supply roller part 32 arranges a plurality of rollers on the upper side so as to form a water film in the margin of the printing disc 10 of the plate hanger roller 9, and feeds the water from the water supply plate 14. The variable interlocking import roller 11a is installed to be diffused. The water supply roller part 32 is a rectangular water supply plate 14 having one side open to supply water, and the water supply plate ( The first water feed roller 12b is installed to rotate on contact with the side of the side 14, and the variable interlocking imported roller installed in variable contact with the left and right pivots on one side of the first water feed roller 12b. 11b), and the first water supply roll A second water feed roller 12a, which is spaced apart at regular intervals from (12b) and installed in a variable interlocking import roller 11b, rotates left and right, and is disposed below the second water feed roller 12a and is a plate hanger roller. It is made by installing the import roller 11a so that water may be supplied while rotating in contact with (9). Here, the water supplied by the feed roller portion 32 can be supplied using water or alcoholol. 34 is variable interlocking so that ink may remain on the printed letter surface of the printing original plate 10 of the plate hanger roller 9 on one side of the horizontal line so that diffusion of ink is supplied from the ink dish 18. An ink roller 16 is provided. The ink supply roller 34 has a rectangular shape and an ink plate 18 having one side open to supply water, and is in contact with the side of the ink plate 18. To rotate the first ink supply roller (1) And a variable linked ink supply roller 16 mounted on one side of the first ink supply roller 15g while being variably contacted with the variable linked ink supply roller 16, respectively. ), The first ink subsidiary roller 15f disposed on the right side in contact with each other during rotation, the second ink subsidiary roller 15e disposed in contact with the upper side of the first ink subsidiary roller 15f, and the second ink A first ink diffusion roller 15d disposed at an enlarged diameter on the upper side of the auxiliary roller 15e, and a first ink diffusion roller 15d disposed below the first ink diffusion roller 15d to be in contact with the first ink auxiliary roller 15f. 2 ink diffusion rollers 15h are provided. In addition, the first and second ink diffusion rollers 15d and 15h are symmetrical with respect to the first and second ink auxiliary rollers 15f and 15e, respectively. The third and fourth ink auxiliary rollers 15c and 15b arranged in the contact with the fourth ink auxiliary roller 15b and the plate hanger The second ink supply roller 15a is provided in contact with the ink 9 to supply the diffused ink. The output speed controller 2 includes a blanket roller 8 and a roll-up vinyl winding shaft 1. , The roll vinyl support (6), the plate hanger roller (9), the variable drive roller (4), etc. are made by connecting electrically installed to control the rotational speed of a number of motors not shown to transfer the rotational power by preset information The operation of the vinyl printer 30 using the flat plate printing method as described above will be described with reference to FIG. 5, when the power is supplied to the motor through the power switch shown in the drawing, the ink supply roller unit 34 and the water supply roller. The whole plate hanger roller 9 which can remove and attach the part 32 and the printed disc 10 of the PS plate or the master paper is rotated by the blanket roller 8 within a predetermined angle range. A roller roller (9) sets up a blanket (7) The variable drive roller 4 compresses the blanket 7 and the printing material vinyl 5 when printing, and then rotates in contact with the branquet roller 8 which can be mounted. While drying by the UV type dryer (3) that shortens the process, the roll vinyl holder (6), the roll vinyl winding shaft (1), etc., on one side of the frame (P) of the vinyl printer (30) are driven to rotate by the power of the motor. The supply of vinyl is controlled by the output speed controller 2 by the inputted information. At this time, the variable interlocking ink supply roller 16 from the ink dish 18 through the first ink supply roller 15g. Spreading of ink to the first and second ink auxiliary rollers 15f and 15e, the first and second ink diffusion rollers 15d and 15h, and the third and fourth ink auxiliary rollers 15c and 15b. If it is made through the second ink supply roller (15a) the character portion of the printing disc 10 attached to the plate hanger roller (9) Simultaneously with the supply of the ink, the water in the water supply plate 14 passes through the first feed roller 12b, the variable interlocking import roller 11b, the second feed roller 12a, and the import roller 11a. The contact plate is formed with the margin of the printing disc 10 of the plate hanger roller 9. When ink and a water film get on the printing disc 10 of the plate hanger roller 9, a pre-operated printing operation lever (not shown) And the contact with the plate hanger roller 9 is maintained by the driving of the blanket roller 8, and is raised during printing to press the vinyl material 5, which is a printing material, to the blanket roller 8 side. Continued supply of the material vinyl (5) and the character or figure that is printed on the blanket 7 of the blanket roller 8 is printed on the vinyl side of the printing material. As it passes through the UV type dryer (3), it is quickly dried and wound on the rolled vinyl winding shaft (1) In other words, water or alcohol is transferred to the printing disc 10 of the plate hanger 9 in one rotation by the feed roller 32 in a single rotation so that ink is applied to the printing disc 10. In addition to the portion to be printed, a thin water film is formed and then transferred to the blanket 7 of the blanket roller 8. The variable driving roller 4 is in-placed by a sensor (not shown) and is not shown in the blanket. When creating a gap between (8) and the length of the roll vinyl winding shaft (1) as needed to draw the length of the roll vinyl (6) roll vinyl is released to a moderate tension so as not to sag. At the end, the ink and water already supplied to the printing original plate 10 of the plate hanger roller 9 are transferred back to the blanket 7 so that continuous printing is performed. Printing method The vinyl printer 30 used is a low-cost printing on a rolled up vinyl material by applying a flat plate printing principle applying the chemical principle of water and oil to produce a low cost without environmental pollution. It is possible to produce a small amount of vinyl at the lowest cost by facilitating the removal and attachment of metals (characteristics of flatbed printing machine) and by dramatically reducing the size of the whole machine and increasing productivity through the use of high viscosity ink and UV dryer. .

In the case of multicolor printing, simultaneous printing is possible by increasing the number of rollers of the ink supply roller portion to 2, 3, 4, and the like.

As described above, the vinyl printing machine using the present invention flat printing principle combines the advantages of the conventional roll vinyl printing machine with the advantages of the flat printing method to suppress the emission of environmental pollutants and minimize the plate making cost. This improved productivity by reducing the detachment time of the original printing disc, and innovatively reduced the size of the whole machine by using high viscosity inks and UV dryers, resulting in a reduction of the associated costs, resulting in economical operation. The above-mentioned vinyl printing machine solves the environmental pollution problem by minimizing the plate making of corrosive method and minimizes the plate making cost, improves productivity by reducing plate removing and attaching time, and improves the productivity of plate printing ink and UV with high viscosity. The drier reduces the volume of the drying process and dramatically reduces the size of the whole machine. By reducing the amount of vinyl, a small amount of vinyl can be produced at the lowest cost, and large-capacity vinyl printing can also be used to produce higher quality products at a lower cost by using the same machine. In addition to enabling the printing of a small amount of vinyl that had to be abandoned, the vinyl printing machine industry was able to produce better quality products at a lower cost than the existing ones by using the PS plate, which is a flat plate of large-capacity vinyl printing. It is a very useful design.

Claims (3)

Roll vinyl roll (R) is rotatably mounted on one side of the frame (P) to supply the vinyl (5) necessary for printing, and roll vinyl stand (6), A roll vinyl winding shaft (1) installed on the winding frame (P) by rotating the vinyl (5) printed on the other side of the roll vinyl holder (6) by a transmitted power; A dryer 3 provided to dry the printing surface of the vinyl 5 on the front surface of the rolled vinyl winding shaft 1, The vinyl is blanketed while the vinyl transported on the scroll base 6 and the roll vinyl winding shaft 1 is rotated by a power of a driving motor by rotating the motor in one direction when operating the print control lever from the bottom. A variable drive roller 4 pressurized by the roller 8, A blanket roller 8 installed to form ink and a water film on the outer circumferential surface for printing on the vinyl 5 interposed by the variable driving roller 4; A plate hanger roller (9) provided with a printing disc (10) to be formed upon contact with printing contents formed by ink and a water film on the surface of the blanket roller (8); A variable interlocking import roller (11b) is provided such that a plurality of rollers are arranged on the upper side to form a water film in the margin of the printing plate (10) of the plate hanger (9) so that water is diffused from the water supply plate (14). A water supply roller portion 32 installed by The variable interlocking ink roller is arranged so that a plurality of rollers are arranged on one side of the horizontal line so that ink remains on the printed letter surface of the printing plate 10 of the plate hanger roller 9 so that diffusion of ink is supplied from the ink plate 18. An ink supply roller portion 34 provided with a 16), A plurality of motors for transmitting rotational power to the blanket roller 9, the roll vinyl winding shaft 1, the roll vinyl holder 6, the plate hanger roller 9, the variable drive roller 4, and the like by preset information. Vinyl printing machine using the printing principle of the flat plate, characterized in that consisting of a configuration including an output speed controller (2) electrically connected to control the number of revolutions. According to claim 1, wherein the water supply roller portion 32 is a rectangular water supply plate 14, the one side is opened so that the water supply is made, and the first water supply is installed to rotate in contact with the side of the water supply plate (14) The roller 12b, the variable interlocking import roller 11b which is installed on the one side of the first water feed roller 12b and is variably contacted with each other, and the first water feed roller 12b at regular intervals. The second water supply roller 12a, which is spaced apart and the variable linked import roller 11a is installed to rotate left and right, is disposed below the second water supply roller 12a and rotates in contact with the plate hanger roller 9, Vinyl printing machine using a flat printing principle, characterized in that the configuration including the import roller (11a) installed to supply water. The ink supply roller portion 34 of claim 1, wherein the ink supply roller portion 34 has a rectangular shape and has an ink plate 18 having one side open to supply water, and the ink supply roller portion 34 is rotated in contact with the side surface of the ink plate 18. An ink supply roller 15g, a variable interlocking ink supply roller 16 which is variably contacted to the left and right sides of the first ink supply roller 15g, and the variable linked ink supply roller 16 The first ink subsidiary roller 15f, which is disposed on the right side in contact with the rotating, the second ink subsidiary roller 15e, which is arranged in contact with the upper side of the first ink subsidiary roller 15f, and the second ink subsidiary roller. A first ink diffusion roller 15d disposed at an enlarged diameter above the upper portion 15e, and a second ink disposed below the first ink diffusion roller 15d and provided in contact with the first ink auxiliary roller 15f. First and second inks to contact the ink diffusion roller 15h and the first and second ink diffusion rollers 15d and 15h, respectively. The third and fourth ink auxiliary rollers 15c and 15b disposed symmetrically with respect to the large auxiliary rollers 15f and 15e and the fourth ink auxiliary roller 15b are diffused into the plate hanger roller 9 while being in contact with the fourth ink auxiliary roller 15b. Vinyl printing machine using a flat printing principle, characterized in that the configuration comprising a second ink supply roller (15a) which is installed in contact with the supplied ink.