KR100643266B1 - Forming apparatus for emboss of vinyl paper and method the forming of the same - Google Patents

Abstract

An embossing apparatus for vinyl paper and an embossing method thereof are provided to uniformly and clearly emboss a synthetic resin film by using a molding roller or a guide roller equipped with a heater and a press roller coated with sheets of paper or textile material. An embossing apparatus comprises an extruder(10) equipped with an inflation die(20) for extruding a tube type synthetic resin film(40); lifting rollers(51,51') for lifting the synthetic resin film; a first guide roller(61) and a second guide roller(62,62') for rolling the tube type synthetic resin film into a two-ply film; a molding roller(81) for embossing the two-play film; a press roller(82) coated with sheets of paper or textile material so as to press the molding roller; a cooling roller(71) for cooling the embossed synthetic resin film; a stretching roller(83) for stretching the embossed film in a horizontal direction; a cut roller(65) for cutting both ends of the embossed film; a separation roller(64) for separating the two-ply embossed film into one-ply films; an upper guide roller(63) and a lower guide roller(63') for guiding the separated embossed films; and an upper winding roller(84) and a lower winding roller(84') for winding the embossed films into rolls. A heater pipe is arranged in the second guide roller or the molding roller, or a spiral heater pipe is arranged to cover an outer surface of the inner roller.

Description

Forming apparatus for emboss of vinyl paper and Method the forming of the same}

1 is a process chart showing an embossing molding process of a vinyl sheet using a conventional heater.

Figure 2 is a process chart showing the embossing molding process of the vinyl sheet using a conventional heating roller.

Figure 3 is a side view showing an embossing molding apparatus and molding operation of a conventional laminate paper.

Figure 4 is a molding apparatus according to the present invention for molding the embossed pattern on the synthetic resin film produced by the inflation method.

5 is a molding apparatus according to the present invention for molding an embossed pattern on a synthetic resin film produced by the T-die method.

Figure 6 is a cross-sectional view showing a state in which a linear heating tube is arranged in the form of a columnar inside the mold roller is embossed pattern according to the present invention.

Figure 7a is a side view showing in detail the interior of FIG.

Figure 7b is a perspective view showing a state in which the spiral heating tube is arranged in the form of a columnar inside the mold roller according to the present invention.

8 is a perspective view showing a state in which the embossed pattern is molded in the synthetic resin film passing between the mold roller 91 and the pressure roller 92 according to the present invention.

Figure 9 is a picture taken a state in which the embossed pattern is uniformly and clearly molded on the vinyl sheet produced according to the present invention.

10 is a photograph of a state in which the embossed pattern is not formed clearly on the vinyl sheet produced by a conventional method.

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

10: extruder 20: inflation die

30: T-die 40: synthetic resin film

51, 52: take-up roller 61, 62, 63: guide roller

71, 72: cooling roller 81: mold roller

82: pressure roller 83: expansion roller

84: winding roller 91: straight heating tube

92: spiral heating tube

The present invention relates to an embossing molding apparatus for a vinyl sheet and a molding method thereof, and more particularly, to manufacturing a vinyl sheet attached to an outer surface thereof to protect Soviet dough mixed with rubber and various compounding agents. The resin extruded by the inflation method or the T-die method is made of synthetic resin using a mold roller or a guide roller with an embossed pattern embedded with a heating means, and a pressure roller coated with a paper or fiber material having a low elasticity to a certain thickness. An embossing molding apparatus for a vinyl sheet, and a molding method thereof, wherein an embossing pattern is formed on a film so as to be uniformly and clearly formed.

In general, manufacturing plants that produce various rubber products such as tires, dustproof rubbers, rubber hoses or rubber belts, rolls of Soviet dough mixed with rubber and various compounding agents to produce such rubber products. It can be rolled up or piled up on the shop floor. If the Soviet dough is stored in roll form or stacked in the field, the adhesive Soviet dough is entangled with each other, or foreign substances are attached to the Soviet dough, which can cause deterioration of the properties of rubber products. To do this, a film is attached to the outer surface of the Soviet dough. Thus, the film for protecting the Soviet dough is called vinyl board, and in order to protect the sticky Soviet paper, the tensile strength must be excellent, and the air layer is evenly distributed on the contact surface with the embossed pattern on the vinyl board. The air flow passages should be formed so that the attached film can be easily separated from the Soviet dough.

As shown in FIG. 1 in Korean Patent Publication No. 87-1802 (October 13, 1987) as a manufacturing method of such a conventional vinyl sheet, the plastic paper fabric 2 of the supply roller 1 is a resistance roller 3 After being uniformly supplied through the heating and heating in the heater (4) to stretch the vinyl paper fabric stretched in the stretch plate (9) through the compression roller (6) and the rubber roller (7) equipped with a water-cooled cooler (5) The embossing molding method of vinyl mount is known, in which the embossed molded on the pressing roller 6 is formed and the auxiliary roller 8 is brought into close contact with the pressing roller 6 to completely cool it. The vinyl sheet produced by the film is blown by the hot air applied to the film from the lower heater 4 while the film passing through the resistance roller 3 passes through the stretched plate 9 or the hot air is blown onto the film. This film is not evenly applied so that the whole film The film is cooled when the embossed pattern reaches the stamped roller 6 because it is not sufficiently preheated. Moreover, the embossed pattern is a rubber material having a strong elastic force of the lower roller 7 engaged with the roller 6. Since it is not easily imprinted on the lower roller, not only the embossing pattern is clearly and uniformly formed in the synthetic resin film, but also there is a problem that the thickness of the film cannot be freely adjusted by the stretch plate 9.

Therefore, the Republic of Korea Patent Publication No. 10-318197 (registered on Dec. 7, 2001) as a way to improve the above problems, as shown in Figure 2, the upper mold embossing pattern stamped in the roller 31 and the lower embossing pattern The stamped mold roller 32, the outer circumferential surface of the upper mold roller 31 is formed on the entire outer circumferential surface of the embossed forming protrusions of the egg plate shape, the lower side embossed formed on the upper mold roller 31 A lower mold roller 32 having an emboss molding protrusion to be molded and formed on an outer circumferential surface thereof is provided, and several heating heaters 33 are disposed in the upper mold roller 31 and the lower mold roller 32 at regular intervals. Background Art A double-sided emboss forming apparatus for a vinyl mount for tire production, which is inserted and installed, is known. The vinyl sheet produced by the above method is directly heated by several heating heaters 33 inside the upper mold roller 31 and the lower mold roller 32 on the synthetic resin film, but the upper and lower mold rollers 31 and 32. ) Both the molds of the embossed patterns are imprinted, so that the synthetic resin film is easily damaged by being imprinted by the molds of the embossed patterns that interlock with each other when the synthetic film passes between the upper and lower mold rollers 31 and 32. Due to the physical properties of the embossed pattern is not properly molded or in the case of the embossed pattern molded on the synthetic film, the problem is easily restored to a flat form again.

On the other hand, the Republic of Korea Patent Publication No. 10-561714 (March 9, 2006) as a method for engraving the embossed pattern on the surface of the laminated paper which is widely used for the cover of advertising paper, wrapping paper or books as a different purpose than the vinyl sheet of the present invention As shown in FIG. 3, the laminated paper 20 manufactured by passing the adhesive film between the upper bonding roller 15 and the lower bonding roller 16 and the synthetic resin film 22 and the paper 23 is passed through the upper portion. Forming methods and molding apparatuses are known in which an embossing pattern is engraved on a laminated paper by passing between an embossing marking roller 11 and a lower paper roller 12. In the case of the above method, the embossed pattern formed on the laminated paper is prevented from being damaged by the paper adhered to the synthetic resin film and the paper having excellent moldability, but in the case of the patent, the vinyl according to the present invention. When the paperboard is applied, the thickness of the vinyl paper film is thin. Therefore, unlike laminated paper that is bonded to a synthetic resin film, the embossed pattern is not clearly formed or the embossed pattern formed on the vinyl paper is easily restored. .

The present invention for solving the above problems according to the thickness of the synthetic resin film The film is heated to a temperature of 30 ~ 400 ℃ depending on the thickness of the synthetic resin film by using the internal heat that is not completely cooled inside the film or by embedding a heating means in the mold roller or guide roller that is embossed. The film is not damaged, the embossing pattern can be molded uniformly and vividly, and the purpose of providing an embossing molding apparatus and a molding method of vinyl mount, characterized in that to improve the tensile strength of the synthetic resin film. have.

And the present invention is embossed pattern is formed by treating the embossed pattern with a built-in heating means stamped mold roller or guide roller and the roller contacting the guide roller with a Teflon coating or a hard chrome plating of 40 ~ 60 ㎛ thickness Another object of the present invention is to provide an embossing molding apparatus for a vinyl sheet and a molding method thereof, wherein the film is not entangled with a roller having a heating means.

In addition, the present invention is by pressing and rotating the pressure roller coated with a paper or fiber material with a small elastic force to a certain thickness on the mold roller stamped on the upper embossed pattern, the embossed pattern of the mold roller stamped on the upper embossed pattern of the pressure roller The embossing molding apparatus for vinyl sheet and its embossing device, characterized in that the embossed pattern can be formed uniformly and clearly on the film without being damaged since the thin film is not easily restored to a flat state because it is imprinted deeply and clearly on the circumferential surface. Another object is to provide a molding method.

In addition, the present invention is a pair of guide rollers formed on the front surface of the mold roller embossed pattern is less than the diameter of the lower roller diameter of the upper roller, the synthetic film is lowered as the synthetic film passes through the pair of guide rollers When it comes in contact with the roller, the position of the upper roller can be adjusted up and down according to the change of the diameter of the lower roller, and the rotation speed of the roller can be freely adjusted according to the thickness of the synthetic resin film to be supplied. Another object of the present invention is to provide an embossing molding apparatus for a vinyl sheet, and a molding method thereof.

Therefore, the present invention for solving the above problems is a mold roller or a guide roller with a built-in heating means for attaching the vinyl mount to the outer surface in order to protect the Soviet dough mixed with rubber and various compounding agents; The present invention relates to an embossing molding apparatus for a vinyl sheet, and a method for forming the vinyl sheet, characterized in that a vinyl sheet having a uniform and clear embossing pattern is produced by using a pressure roller coated with a paper or fiber material having a low elastic force.

In the present invention, the vinyl base is used to protect the Soviet dough produced by mixing rubber and various compounding agents to produce various rubber products such as tires, dustproof rubbers, rubber hoses or rubber belts. It refers to a thin film to be attached to, and may be used as a film for protecting the surface of a metal material as another use.

In the present invention, the synthetic resin film refers to a product having a thickness of 0.25 mm or less, and a product having a thickness of 0.25 mm or more means a synthetic resin sheet.

Hereinafter, an embossing molding apparatus and a molding method of a vinyl sheet according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The vinyl sheet embossing molding apparatus according to the present invention is classified into an inflation method and a T-die method according to the type of the die for producing the synthetic resin film.

Figure 4 shows a schematic view of a molding apparatus according to the present invention for molding an embossed pattern on a synthetic resin film produced by the inflation method, the configuration is as follows.

In the embossed molding apparatus of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the inflation method,

An extruder 10 equipped with an inflation die 20 for extruding the tubular synthetic film 40,

Take up rollers (51, 51 ') for pulling up the tube-type synthetic resin film, and

A first guide roller 61 and a second guide roller 62 and 62 'for guiding the tube-type synthetic resin film into a two-ply flat film;

A mold roller 81 for forming an embossed pattern on the two-ply planar synthetic resin film, and a pressure roller 82 for pressing the mold roller;

Cooling roller 71 for cooling the synthetic resin film molded embossed pattern,

An expansion roller (83) for straightening the two-ply embossed film formed by embossing patterns in a transverse direction;

Cutting roller 65 for cutting both ends of the two-layer embossed film,

Separation roller 64 for separating the expanded two-ply embossing film in one layer,

The upper and lower guide rollers 63 and 63 'for inducing the separated embossing film and the upper and lower winding rollers 84 and 84' for winding the induced embossing film in a roll form.

Typically, the synthetic resin film manufactured by the inflation method is blown with strong air to the synthetic resin that is melted and extruded from the extruder using the inflation die 20, thereby forming the synthetic resin in a bubble form to have a tube shape.

When the tube-type synthetic resin film passes between the stamping roller 81 in which the embossed pattern is imprinted and the pressure roller 82 coated with a material of paper or fiber, the embossing pattern of the mold roller 81 is obtained. The embossing pattern is imprinted on the pressure roller 82 coated with paper or fiber material, and the embossing pattern is also uniformly and clearly molded on the synthetic resin film. Preferably, the fiber material is wool. In addition, the thickness of the material of the paper or fiber material coated on the outside of the pressure roller is not particularly limited, so long as the embossed pattern of the mold roller 81 can be sufficiently stamped to the outside of the pressure roller (82).

Therefore, the two-ply embossed film in which the embossed pattern is molded is stretched laterally to remove wrinkles formed in the embossed film by the expansion roller 83, and both sides of the expanded two-ply embossed film in the cutting roller 65 The end is cut and the two-layer embossed film is separated into one-ply using the separation roller 64. Then, the upper film and the lower film are separated and passed through the upper and lower guide rollers 63 and 63 ', respectively, and the embossed film is wound using the upper and lower winding rollers 84 and 84', respectively.

5 is a schematic view of a molding apparatus according to the present invention for molding an embossed pattern on a synthetic resin film produced by a T-die method, the configuration of which is as follows.

In the embossed molding apparatus of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the T-die method,

Extruder 10 equipped with a T-die 30 for extruding the sheet-like synthetic film 40,

A first cooling roller (71, 71 ') and a second cooling roller (72, 72') for cooling the sheet-shaped synthetic resin film,

A first guide roller 61 for guiding the sheet film passing through the cooling roller,

A pair of take-out rollers 51 and 51 'for pulling the sheet-shaped synthetic film;

Second guide rollers 62 and 62 'for guiding the sheet-shaped film passing through the take-out rollers 51 and 51',

A mold roller 81 for forming an embossed pattern on a sheet-shaped synthetic resin film, and a pressure roller 82 for pressing the mold roller;

Cooling roller 72 for cooling the embossed film molded embossed pattern,

A pair of take-out rollers 52 and 52 'for taking out the cooled embossing film,

It consists of a cutting roller 68 for cutting both ends of the embossed film passed through the take-up roller and a winding roller 84 for winding the guided embossed film in the form of a roll.

The present invention is a molding apparatus for molding an embossed pattern on the synthetic resin film produced by the inflation method or the T-die method, and in general, the embossing pattern is stamped mold mold so that the embossed pattern is uniformly and clearly formed on the synthetic film The synthetic resin film passing between the 81 and the pressure roller 82 is heated. Therefore, the heating means for heating the synthetic resin film is embedded in the second guide roller 62 or the mold roller 81 located on the front surface of the mold roller 81 with the embossed pattern imprinted thereon.

The heating means built in the roller is a cross-sectional view showing a state in which the linear heating tube 91 is arranged in a columnar shape inside the mold roller 81 in which the embossed pattern is imprinted as shown in FIG. 7A is a side view showing in detail the interior of FIG. 6 in which a straight heating tube 91 is arranged in a columnar shape, and FIG. 7B is an outer circumferential surface of an inner roller embedded in an inside of a mold roller in which an embossed pattern is imprinted. It relates to a perspective view showing a state in which the spiral heating tube 92 is wrapped. In this figure, although the heating means is embedded in the mold roller 81 in which the embossed pattern is imprinted, the heating means may be embedded in the second guide roller.

The heating medium flows along the direction of the arrow inside the heating tube built to heat the mold roller or the second guide roller, and the heating medium uses water or a thermal medium oil having a high thermal conductivity, or the mold roller or the second guide roller. Inside the guide roller, several heater rods that can be heated by electricity can be arranged in a columnar arrangement. The number of the heater rods in the above is preferably 4 to 10, but is not necessarily limited to the above number, the number can be adjusted according to the size of the roller.

At this time, depending on the thickness of the synthetic film The film is heated to a temperature of 30 ~ 400 ℃ depending on the thickness of the synthetic resin film by using the internal heat that is not completely cooled inside the film or by embedding a heating means in the mold roller or guide roller that is embossed. According to the film is not damaged, the embossed pattern can be molded uniformly and clearly, to improve the tensile strength of the synthetic resin film. If heat is not embedded in the film according to the thickness of the resin film, heating is performed by means of a heating means. If the heating temperature is less than 30 ° C, embossing patterns may not be clearly formed on the resin film. And, if it exceeds 400 ℃ there is a fear that the embossed pattern is not molded clearly as the synthetic film is damaged due to the high temperature.

And the present invention is embossed pattern is formed by treating the embossed pattern with a built-in heating means stamped mold roller or guide roller and the roller contacting the guide roller with a Teflon coating or a hard chrome plating of 40 ~ 60 ㎛ thickness The film was prevented from adhering to the roller having the heating means.

In addition, the pressing roller 82 is coated with a paper or fiber material with a small elastic force to a certain thickness by pressing and rotating on the mold roller stamped with the embossed pattern, the embossed pattern of the upper mold roller is deep in the circumferential surface of the pressure roller As it is clearly engraved and not easily restored, the thin film of synthetic resin is not damaged and the embossing pattern is formed on the film uniformly and vividly.

On the other hand, the molding method using the embossing molding apparatus of the vinyl sheet according to the present invention is classified as follows according to the manufacturing method of the synthetic resin film.

In the embossing molding method of vinyl sheet for molding the embossing pattern on the synthetic resin film produced by the inflation method

Iii) a molding process of molding the synthetic resin melted in the extruder into a tube-shaped film using an inflation die;

Ii) a guide process of guiding the synthetic resin film formed into a tube in a planar shape by a guide roller;

Iii) a molding process in which the embossed pattern is stamped while the synthetic resin film passes between the mold roller stamped with the embossed pattern and the pressure roller pressurizing the mold roller.

Iii) a cooling process of cooling the embossed film with the embossed pattern imprinted by a cooling roller,

Iii) an extension process that pulls in the transverse direction to remove wrinkles of the cooled embossing film;

Iii) a separation process of cutting both ends of the expanded two-ply embossing film and separating it into one-ply upper and lower film;

Iii) The cut and separated embossing film is produced by a winding process for rolling the rolled up and down by the upper and lower winding rollers.

And in the embossed molding apparatus of vinyl mount for molding the embossed pattern on the synthetic resin film produced by the T-die method

Iii) a molding process of molding the synthetic resin melted in the extruder into a sheet form using a T-die;

Ii) a cooling step of cooling the synthetic resin film in the form of a sheet by a cooling roller;

Iii) a guide process of drawing a synthetic resin film in the form of a sheet and guiding it to a molding process by a guide roller;

Iii) a molding process for molding the embossed pattern while the synthetic resin film passes between the mold roller in which the embossed pattern is imprinted and the pressure roller pressurizing the mold roller.

Iii) a cooling step of cooling the embossed film formed with the embossed pattern by a cooling roller;

Iii) a cutting process of cutting and finishing both ends of the cooled embossing film;

Iii) It is manufactured by taking the cooled embossing film and then winding it to roll it into a roll by a winding roller.

Synthetic resin film produced by the inflation method and the T-die method is the embossed pattern on the synthetic resin film when the synthetic resin film is heated by embedding a heating means inside the guide roller of step iii) or the mold roller of step iii), respectively. Is molded.

And in the step iii), the pressure roller is coated with a paper or fiber material with a small elastic force to a certain thickness and pressed to rotate the mold roller, the thin synthetic resin film is not damaged, the embossed pattern is formed on the film uniformly and vividly Lose. Preferably, the fiber material is wool.

In both of the above methods, as shown in FIG. 8, when the synthetic resin film 40 passes between the mold roller 81 having the embossed pattern imprinted thereon and the pressure roller 82 coated with a predetermined thickness of paper or fiber material, The roller 82 presses the mold roller 81 to form a clear and uniform embossing pattern on the synthetic resin film.

In the embossing molding method of the vinyl sheet, when comparing the embossed pattern formed on the synthetic resin film according to the present invention and the embossed pattern imprinted on the synthetic resin film according to the conventional method, a vinyl sheet prepared according to the present invention as shown in FIG. The embossed pattern imprinted on the embossed pattern imprinted on the vinyl sheet manufactured by using the hot air of the heater and the pressure roller of the rubber material by the conventional method as shown in the picture of FIG. It can be seen that the molded product is not clear.

Therefore, in the embossing molding method of vinyl sheet according to the present invention, the method of applying heat to the synthetic resin film is applied directly to the synthetic resin film, unlike the conventional method, in which heat is applied indirectly by using hot air of a heater. Unlike conventional pressure rollers using rubber or silicone material, which can be easily restored to the embossed pattern, the embossed pattern is not easily restored. It can be seen that the embossed pattern is uniformly and clearly molded on the film.

The embossing molding method of the vinyl sheet according to the present invention has been described in detail through the above embodiment. However, the present invention is not necessarily limited to the synthetic resin film as described in the above embodiments, and various modifications can be made by those skilled in the art, such as application to a synthetic resin sheet. .

The present invention having the above configuration according to the thickness of the synthetic resin film The film is heated to a temperature of 30 ~ 400 ℃ depending on the thickness of the synthetic resin film by using the internal heat that is not completely cooled inside the film or by embedding a heating means in the mold roller or guide roller that is embossed. The film is not damaged, and the pressing roller, which is coated with a small thickness of paper or fiber material with a constant thickness, is pressed and rotated on the upper mold roller, so that the embossing pattern of the mold roller in which the upper embossing pattern is engraved is pressed. Deep and clear inscribed on the circumferential surface of the film, it is not easily restored to a flat state, so that the thin-walled synthetic film is not damaged and the embossed pattern is formed on the film uniformly and vividly. Guide roller has a diameter of the upper roller is smaller than the diameter of the lower roller, When the resin film touches the lower roller while the resin film passes through the pair of guide rollers, the position of the upper roller can be adjusted up and down according to the change of the diameter of the lower roller, so that the roller rotates according to the thickness of the supplied synthetic resin film. It is supplied so that a uniform embossing pattern can be formed by freely adjusting the speed, and a Teflon coating having a predetermined thickness on the outside of the mold roller or guide roller and the roller contacting the guide roller with the embossing pattern embedded therein. The hard chrome plating treatment prevents the film embossed from being entangled in the roller with the heating means, and has a high production efficiency of vinyl sheet.

Claims (9)

In the embossed molding apparatus of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the inflation method, An extruder 10 equipped with an inflation die 20 for extruding the tubular synthetic film 40, Take up rollers (51, 51 ') for pulling up the tube-type synthetic resin film, and A first guide roller 61 and a second guide roller 62 and 62 'for guiding the tube-type synthetic resin film into a two-ply flat film; A mold roller 81 for forming an embossed pattern on the two-ply planar synthetic resin film, and a pressure roller 82 coated with a predetermined thickness of a paper or fiber material having a low elastic force to press the mold roller; Cooling roller 71 for cooling the synthetic resin film molded embossed pattern, An expansion roller (83) for straightening the two-ply embossed film formed by embossing patterns in a transverse direction; Cutting roller 65 for cutting both ends of the two-layer embossed film, Separation roller 64 for separating the expanded two-ply embossing film in one layer, It consists of upper and lower guide rollers (63, 63 ') for inducing the separated embossing film and upper and lower winding rollers (84, 84') for winding the induced embossing film in the form of a roll, A linear heating tube is arranged in the form of a cylinder in the roller inside the second guide roller or the mold roller, or a spiral heating tube is wrapped around the outer circumference of the inner roller built in the roller or is a heat transfer means. An embossing molding apparatus for vinyl mount, characterized in that 4 to 10 heater rods have a heating means arranged in a circumferential form. In the embossed molding apparatus of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the T-die method, Extruder 10 equipped with a T-die 30 for extruding the sheet-like synthetic film 40, A first cooling roller (71, 71 ') and a second cooling roller (72, 72') for cooling the sheet-shaped synthetic resin film, A first guide roller 61 for guiding the sheet film passing through the cooling roller, A pair of take-out rollers 51 and 51 'for pulling the sheet-shaped synthetic film; Second guide rollers 62 and 62 'for guiding the sheet-shaped film passing through the take-out rollers 51 and 51', A mold roller 81 for forming an embossed pattern on a sheet-type synthetic resin film, and a pressure roller 82 coated with a predetermined thickness of a paper or fiber material having a low elastic force to press the mold roller; Cooling roller 72 for cooling the embossed film molded embossed pattern, A pair of take-out rollers 52 and 52 'for taking out the cooled embossing film, It consists of a cutting roller 68 for cutting both ends of the embossed film passed through the take-up roller and a winding roller 84 for winding the guided embossed film in the form of a roll, A linear heating tube is arranged in the form of a cylinder in the roller inside the second guide roller or the mold roller, or a spiral heating tube is wrapped around the outer circumference of the inner roller built in the roller or is a heat transfer means. An embossing molding apparatus for vinyl mount, characterized in that 4 to 10 heater rods have a heating means arranged in a circumferential form. In the embossing molding method of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the inflation method Iii) a molding process of molding the synthetic resin melted in the extruder into a tube-shaped film using an inflation die; Ii) a guide process of guiding the synthetic resin film formed into a tube in a planar shape by a guide roller; Iii) a molding process in which the embossed pattern is imprinted while the synthetic resin film is interposed between the mold roller imprinted with the embossed pattern and the press roller coated with a certain thickness of paper or fiber material having a low elastic force to press the mold roller. Iii) a cooling process of cooling the embossed film with the embossed pattern imprinted by a cooling roller, Iii) an extension process that pulls in the transverse direction to remove wrinkles of the cooled embossing film; Iii) a separation process of cutting both ends of the expanded two-ply embossing film and separating it into one-ply upper and lower film; Iii) the cut and separated embossing film is manufactured through a winding process for rolling the rolled up and down by the upper and lower winding rollers. The guide roller of step iii) or the mold roller of step iii) has a linear heating tube arranged in a cylindrical shape inside the roller, or a spiral heating tube wrapped around the outer circumferential surface of the internal roller built in the roller. Embossing molding method of vinyl mount, characterized in that the heating means arranged in a columnar form of 4 to 10 heater rods or heat transfer means. In the embossed molding apparatus of vinyl sheet for molding the embossed pattern on the synthetic resin film produced by the T-die method, Iii) a molding process of molding the synthetic resin melted in the extruder into a sheet form using a T-die; Ii) a cooling step of cooling the synthetic resin film in the form of a sheet by a cooling roller; Iii) a guide process of drawing a synthetic resin film in the form of a sheet and guiding it to a molding process by a guide roller; Iii) a molding process for molding the embossing pattern while the synthetic resin film is interposed between the mold roller in which the embossing pattern is imprinted and the pressing roller coated with a certain thickness of paper or fiber material having a low elastic force to press the mold roller. Iii) a cooling step of cooling the embossed film formed with the embossed pattern by a cooling roller; Iii) a cutting process of cutting and finishing both ends of the cooled embossing film; Iii) it is manufactured by taking the cooled embossing film through a winding process to roll it into a roll form by a winding roller, The guide roller of step iii) or the mold roller of step iii) has a linear heating tube arranged in a cylindrical shape inside the roller, or a spiral heating tube wrapped around the outer circumferential surface of the internal roller built in the roller. Embossing molding method of vinyl mount, characterized in that the heating means arranged in a columnar form of 4 to 10 heater rods or heat transfer means. delete delete delete delete delete

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