KR101952891B1 - Vinyl roll mounting module for vinyl covering apparatus - Google Patents

Abstract

The present invention relates to a vinyl roll mounting module for a vinyl covering apparatus. A vinyl roll mounting module (100), which is mounted on a rear frame (110) having a horizontal bar (111) hinged to a connection frame (200) of a vinyl covering apparatus connected to the rear of a prime mover, an upper bar (112) coupled to both sides of the horizontal bar, and a lower bar (113) coupled to the upper bar, disposed towards the ground, and having a soil covering unit (170) mounted thereon, includes a vinyl roll (114) mounted thereon, and is provided to unwind the wound vinyl and supply the unwound vinyl to the soil covering unit (170). The vinyl roll mounting module (100) comprises: first and second brackets (121, 122) coupled on both sides of the upper bar (112) of the rear frame (110) to face each other, and having a plurality of upper shaft holes (123) and lower shaft holes (124) formed in a U-shaped arrangement on an upper end; a guiding bar (130) having both ends hinged at a lower side of the first and second brackets (121, 122) to be disposed in a lateral direction; a pair of first and second mounting rollers (141, 142) having both ends axially coupled to the lower shaft holes (124) of the first and second brackets (121, 122), and disposed in parallel to each other in a lateral direction to rotate; and a pair of first and second auxiliary bars (151, 152) disposed on an upper portion of the first and second mounting rollers (141, 142), having both ends axially coupled to the upper shaft holes (123) of the first and second brackets (121, 122), and disposed in parallel to each other in a lateral direction. Accordingly, a vinyl roll can be easily and stably mounted and unwound.

Description

Vinyl roll mounting module for vinyl coating machine {VINYL ROLL MOUNTING MODULE FOR VINYL COVERING APPARATUS}

The present invention relates to a vinyl roll mounting module for a vinyl coater, and more particularly, in a vinyl coater connected to a prime mover and covering the vinyl while moving along the torso, the vinyl roll mounting module is mounted on an upper portion of the rear frame. The present invention relates to a vinyl roll mounting module capable of stably and easily mounting and unrolling a roll.

In general, the pits on which crops are sown are coated with vinyl on the surface of the soil to prevent water evaporation and erosion of the soil and to protect the crops during sowing.

Recently, the vinyl coating work has been mechanized to provide various types of vinyl coating machines, which can be largely classified into a non-power type and a power type.

The non-powered vinyl sheathing machine is to pull the vinyl of the vinyl roll wound on the winding device while towing the worker and to coat it on the toe.

The power vinyl sheathing machine is towed by connecting with a quench provided at the rear of a prime mover such as a tractor or cultivator and extracts the vinyl of the vinyl roll wound on the winding device and coats it on the toe. In most farms, the power vinyl has high working efficiency. The coater is used for coating work.

Looking at the schematic configuration through the conventionally known vinyl coating machine technology as follows.

As an example, the vinyl coating apparatus of Korean Patent Registration No. 10-1169320 includes a connection frame installed at a rotary mounted on a tractor so as to connect a sprayer and a coating means for vinyl coating, and the shape of a ridge formed by the rotary. Pressing means for making a pressurizing and flattening, making it connected to the connecting frame, sprayer for spraying fertilizers and nutrients necessary for the growth of insects or crops for pest control on the toads formed in the connection to the connecting frame, and the outside of the toad connected to the connecting frame It comprises a covering means for substantially covering the vinyl on the surface, and a dust collecting means for collecting the surrounding soil in the direction of the rotary so as to be attached to the front both sides of the rotary to facilitate the molding of the patina.

As another example, the agricultural vinyl coating machine of Korea Patent Registration No. 10-0637046 is towed by an agricultural tow vehicle and moved through the furrows of a ridged field, covering the vinyl on both sides of the ridge and simultaneously covering the coated vinyl. A vinyl covering machine to be fixed, the connector being detachably connected to the rear of the tow vehicle, the front frame provided at the front side so that the connector and the power input unit are mounted on the upper side thereof, and extending from the lower side of the front frame to the rear side. The rotary bucket is rotated so that the soil is continuously crypted to dig the furrows and throws to the rear side, and the rotary cover to be covered on both sides of the cover covered with vinyl, and the rotary cover is provided on both sides of the lower side of the rotary cover Consists of vinyl mounting means provided on the support base and mounted on the vinyl mounting means according to the driving Constitute the plastic contains both side portions puleojyeo plastic supply being supplied to the coating on the patter from the plastic roll in a roll state.

Korea Patent Registration No. 10-1169320 (2012.07.30) Korea Patent Registration No. 10-0637046 (2006.10.23) Korean Patent Publication No. 10-2017-0049657 (2017.05.11) Korean Utility Model Registration No. 20-0200298 (2000.10.16)

The vinyl coating machine to which the prior art as described above is applied is configured to include a vinyl mounting means on one side of the cover portion to cover the vinyl while unsealing it, and to be fixed by the cover portion.

However, the vinyl coating machine of the prior art is provided with vinyl mounting means on the lower side of the coating machine, i.e., inside the cover portion, to form a structure in which the vinyl can be fixed by the cover portion while being unsealed close to the ground surface. As a result of such a structure, such a structure causes the following problems during vinyl coating.

First of all, the vinyl mounting means having the same structure as the conventional vinyl coater should be mounted by the operator to lean on both sides of the vinyl roll to the vinyl mounting means, or to mount the coater by lifting it from the ground. It is very difficult to mount a vinyl roll.

In addition, since the vinyl coater moves along the furrow between the pits where the crops are planted, the height of the pits according to the environment of the arable land, such as soil and crop types, and the specifications of the vinyl rolls used vary widely. In the process of mounting the vinyl roll, or during the coating operation, the vinyl roll has no choice but to easily contact the ground surface.

In addition, during the coating process, various soils, gravel, etc. are scattered directly on the vinyl roll, causing problems such as damaging the vinyl or detaching the vinyl roll from the vinyl mounting means.

Therefore, the present invention is invented to solve the problems of the prior art as described above,

Horizontal bar 111 hinged to the connecting frame 200 of the plastic coater to be connected to the rear of the prime mover, the upper bar 112 to be coupled to both sides of the horizontal bar, and coupled to the upper bar to cover the ground It is mounted on the rear frame 110 having a lower bar 113 for mounting the unit 170, the vinyl roll mounting module for mounting the vinyl roll 114 and unsealing the wound vinyl to supply to the cover section 170 In 100,

The first and second coupling to face each other at both sides of the upper bar 112 of the rear frame 110, a plurality of upper shaft hole 123 and the lower shaft hole 124 in the 'U' arrangement on the top Brackets 121 and 122,

A guide bar (130) provided laterally by hinged both ends at the lower sides of the first and second brackets (121, 122),

First and second seating rollers 141 and 142 which rotate in parallel to each other so as to be parallel to each other in a lower shaft hole 124 of the first and second brackets 121 and 122 to be parallel to each other;

First and second subsidiary horizontally provided with a pair of axially coupled both ends to the upper shaft hole 123 of the first and second brackets 121 and 122 at the top of the first and second seating rollers 141 and 142. By including the bars 151 and 152, the purpose of stably and easily mounting and unsealing the vinyl roll can be achieved.

The present invention provides a vinyl roll mounting module for mounting the vinyl roll in a manner of unsealing by mounting the vinyl roll on the upper side of the rear frame of the vinyl coater.

Therefore, as compared with the structure having the vinyl mounting means on the lower side of the vinyl coater, that is, the inside of the cover portion, as in the prior art, there is an advantage that the operator can mount the vinyl roll stably and easily.

In addition, the present invention prevents the vinyl rolls from being directly exposed to various soils, gravel, and the like that rub against the surface of the surface during the coating operation regardless of the height of the toe or the specification of the vinyl roll, and thus the vinyl roll is damaged or separated. There is an advantage to exclude the possibility of becoming.

1 is a perspective view of a vinyl roll mounting module for a vinyl coater according to the present invention.
Figure 2 is a front view of the vinyl roll mounting module for vinyl coating machine according to the present invention.
Figure 3 is a left side view of the vinyl roll mounting module for a vinyl coater according to the present invention.
4 is a cross-sectional view taken along the line AA of FIG.
Figure 5 is an exploded perspective view of the vinyl roll mounting module for a vinyl coater according to the present invention.
6 is an enlarged perspective view of a main portion of FIG. 5;
Figure 7 is an exemplary state of use of the vinyl roll mounting module for a vinyl coater according to the present invention.

Hereinafter, the configuration and operation according to a preferred embodiment of the vinyl roll mounting module for a vinyl coating machine of the present invention will be described in detail with reference to the accompanying drawings. In the following description, a detailed description of parts that can be easily implemented by those skilled in the art may be omitted.

1 is a perspective view of a vinyl roll mounting module for a vinyl coater according to the present invention, Figure 2 is a front view of a vinyl roll mounting module for a vinyl coater according to the present invention, Figure 3 is a vinyl roll mounting module for a vinyl coater according to the present invention Figure 4 is a cross-sectional view taken along the line AA of Figure 2, Figure 5 is an exploded perspective view of the vinyl roll mounting module for a vinyl coating machine according to the present invention, Figure 6 is an enlarged perspective view of the main portion of Figure 5, Figure 7 is Illustrates a state of use of the vinyl roll mounting module for a vinyl coater according to the present invention.

The vinyl roll mounting module 100 for a vinyl coater to which the technology of the present invention is applied is connected to a rear of a prime mover such as a tractor or a tiller, and moves along the torso, and in a vinyl coater that coats vinyl, on the upper portion of the rear frame 110. Note that the mounting of the vinyl roll mounting module 100 relates to a technology for stably and easily mounting and unsealing the vinyl roll 114.

The vinyl roll mounting module 100 for a vinyl coater of the present invention for this purpose is coupled to the connecting frame 200 of the vinyl coater to be connected to the rear of the prime mover as shown in FIG. Mounted on the upper portion of the frame 110, the vinyl roll 114 is mounted, and the rolled up vinyl is configured to supply to the cover portion 170.

The connecting frame 200 of the vinyl coater is equipped with a rotary machine for mounting the coater on the prime mover, pressurizing means for forming the toad, and a sprayer for spraying various chemicals on the soil during the vinyl coating process.

The rear frame 110 of the vinyl sheathing machine is hinged to the connecting frame 200 to form a structure that can be lifted from the ground surface.

As shown in FIG. 1, the rear frame 110 includes a horizontal bar 111 hinged to an upper portion of the connection frame 200, an upper bar 112 coupled to both sides of the horizontal bar 111, and The lower bar 113 is coupled to the upper bar 112 and provided toward the ground to mount the cover portion 170.

The horizontal bar 111 is provided with a pivoting bar hinged to the connecting frame 200, and a predetermined cylinder means is mounted between the connecting frame 200 and the horizontal bar 111. Therefore, the cylinder is rotated up and down by a predetermined angle starting from the tip of the pivoting bar.

The upper bar 112 extends to the rear of the rear frame 110 by coupling the respective tips to both sides of the horizontal bar 111. The rear end of the upper bar 112 is coupled to the lower bar 113 for mounting the cover portion 170.

The upper bar 112 and the lower bar 113 are provided to have a predetermined height difference so that the first and second brackets 121 and 122 are spaced apart from the ground by a predetermined distance.

The cover part 170 coupled to the lower bar 113 is composed of a pressure roller and a cover wheel that rotate along the ridge at the rearmost portion of the rear frame 110, that is, at the rearmost portion of the vinyl coating machine. The presser roller presses the vinyl that is unsealed by the vinyl roll 114 on the ground surface, and the cover wheel operates to cover the soil of the pike on the vinyl. Since the presser roller and the covering wheel are generally applied to a vinyl coating machine, detailed description thereof will be omitted.

1 and 2, the first and second brackets 121 and 122 are coupled to both upper bars 112 so as to face each other.

3 to 4, a plurality of upper shaft holes 123 and lower shaft holes 124 are formed on the upper ends of the first and second brackets 121 and 122 in a 'U' arrangement. The first and second mounting rollers 141 and 142 and the first and second auxiliary bars 151 and 152 are mounted.

The plurality of upper shaft holes 123 are formed at the same height with respect to the ground surface, and the plurality of lower shaft holes 124 are formed at the same height with each other at a position lower than the upper shaft holes 123.

The interval between the upper shaft hole 123 is formed wider than the interval between the lower shaft hole 124, spaced apart by a length greater than the maximum outer diameter of the vinyl roll (114).

The lower shaft hole 124 is formed so that the shaft of the first and second seating rollers 141 and 142 can be detached by opening one side.

The lower ends of the first and second brackets 121 and 122 form a coupling hole to hinge-couple both ends of the guide bar 130.

The guide bar 130 is provided laterally from the lower side of the first and second brackets 121 and 122 to guide the vinyl dissolved in the vinyl roll 114 to the rear lower cover portion 170.

One side of the guide bar 130 is provided with tension adjusting means 131 for fixing both ends between the first and second brackets 121 and 122 and the guide bar 130. Therefore, the guide bar 130 is elastically rotated from the coupling hole as a starting point to give tension to the vinyl to be dissociated.

Meanwhile, the first and second mounting rollers 141 and 142 and the first and second auxiliary bars 151 and 152 are provided between the first and second brackets 121 and 122.

The first and second seating rollers 141 and 142 are horizontally provided with a pair to axially couple both ends to the lower shaft holes 124 of the first and second brackets 121 and 122 to seat the vinyl roll 114. Configure to rotate in state.

The plurality of lower shaft holes 124 to which the first and second seating rollers 141 and 142 are coupled are formed to be spaced apart from each other at the same height and open at one side. Therefore, the first and second seating rollers 141 and 142 are also provided to be parallel to each other at a predetermined distance between the first and second brackets 121 and 122 to seat the vinyl roll 114 on the top.

In addition, the first and second seating rollers 141 and 142 are provided to be easily detachable without using a separate tool through the opening of the lower shaft hole 124 as necessary.

A predetermined protective cover is attached to the outer circumferential surfaces of the first and second seating rollers 141 and 142 to prevent damage during rotational friction of the vinyl roll 114. The space between the plurality of lower shaft holes 124 is configured to maintain the spaced apart state even when the protective cover is attached to the first and second seating rollers 141 and 142 so that the seat and the rotation of the vinyl roll 114 are made. do.

The first and second auxiliary bars 151 and 152 may mutually couple a pair of shafts coupled to the upper shaft holes 123 of the first and second brackets 121 and 122 at an upper portion of the first and second seating rollers 141 and 142. It is provided horizontally so that it may be parallel.

The plurality of upper shaft holes 123 to which the first and second auxiliary bars 151 and 152 are coupled may be formed to be spaced apart from each other at wider intervals than the lower shaft holes 124 at the same height. Therefore, the first auxiliary bar 151 is provided in a diagonal direction on the front upper side of the first mounting roller 141, the second auxiliary bar 152 is provided in a diagonal direction on the rear upper side of the second mounting roller 142. do.

Accordingly, the first and second auxiliary bars 151 and 152 prevent the front and rear separation of the vinyl rolls 114 seated on the first and second seating rollers 141 and 142 and guide the outer circumference. As described above, the interval between the upper shaft holes 123 is spaced apart by a length greater than the maximum outer diameter of the vinyl roll 114, so that the outer circumferential surface of the vinyl roll 114 is in contact with or inside the first and second auxiliary bars 151 and 152. It is located at.

On the other hand, as shown in Figure 5, the first and second brackets (121, 122) inside the first and second roll supporting plate provided to be coupled to any position of the first and second auxiliary bars (151, 152) to face each other ( 161 and 162, a holder shaft 181 coupled to the first auxiliary bar 151, a holder bar 182 detachable from the second auxiliary bar 152, a holder shaft 181 and a holder bar ( 182 includes a roll holder 180 consisting of a half arc holding means (183) for coupling both ends.

As shown in FIG. 1 or FIG. 5, the roll holder 180 uses the holding means 183 and the holder bar 182 based on a holder shaft 181 coupled to the first auxiliary bar 151. Rotating the vinyl roll 114 to the first and second seating rollers 141 and 142, and in particular, the rear frame 110 in the state in which the vinyl roll 114 is seated on the first and second seating rollers 141 and 142. The vinyl roll 114 is prevented from leaving during rotation. The holder bar 182 is provided with a predetermined detachable means 184 detachable from the second sub-bar 152.

The first and second roll supporting plates 161 and 162 support both sides of the vinyl rolls 114 seated on the first and second seating rollers 141 and 142, which may inevitably occur during the rotation of the vinyl rolls 114. It prevents the right side pull phenomenon in advance so that the vinyl is in a straight line along the ridge.

As shown in FIG. 6, the first and second roll supporting plates 161 and 162 may include a roll fixing plate 163 and a roll fixing plate 163 forming a hinge portion 164 and a locking portion 165 on the front and rear sides. Composed of a roll rotating plate 167 to be coupled.

The hinge portion 164 is axially coupled to the first auxiliary bar 151 on one side of the roll fixing plate 163, and moves the left and right positions of the roll fixing plate 163 around the first auxiliary bar 151, It is provided to rotate the upper and lower angles. Accordingly, the positions of the first and second roll support plates 161 and 162 are fixed and fixed according to the size (width) of the vinyl roll 114, and the first and second roll support plates 161 and 162 are rotated when the vinyl roll 114 is replaced. To replace it.

The hinge part 164 is fastened to a predetermined fixing member 168 to fix the hinge part 164 to the first auxiliary bar 151, thereby fixing the position and angle of the roll fixing plate 163.

The locking part 165 is provided to be attached to or detached from the second sub-bar 152 on the other side of the roll fixing plate 163. In the exemplary embodiment of the present invention, the locking portion 165 is configured in a ring shape to form a groove having an inner diameter corresponding to the outer diameter of the second auxiliary bar 152 to maintain a fixed state of the roll fixing plate 163.

The roll rotating plate 167 is formed in a disc shape and axially coupled to the front side of the roll fixing plate 163, and is provided with an elastic member 166 to rotate while elastically pressing the side of the vinyl roll 114.

That is, the roll rotating plate 167 is provided to be rotatable by coupling the central axis to the roll fixing plate 163, by coupling the elastic member 166 such as a spring between the roll rotating plate 167 and the roll fixing plate 163 The side of the vinyl roll 114 to be released is configured to rotate while being in close contact.

Looking at the operating state of the vinyl roll mounting module 100 for a vinyl coater applied to the technology of the present invention made of a configuration as described above are as follows. The following description is to be given by the preferred embodiment of the present invention, the present invention is not limited by the following examples and it will be obvious that various modifications can be provided within the scope without departing from the scope of the invention. .

As is well known, the vinyl coater is towed by connecting the connecting frame 200 of the vinyl coater to the rear of the prime mover such as a tractor or tiller as shown in FIG. 7.

The vinyl coater is composed of a connecting frame 200 and the rear frame 110, the rear frame 110 is provided with a cover portion 170 including a pressure roller and a cover wheel.

In the present invention, as described above, the vinyl roll mounting module 100 is mounted on the rear frame 110 by mounting the vinyl roll 114.

The operator may use the vinyl rolls on the upper side of the first and second seating rollers 141 and 142 to be coupled between the first and second brackets 121 and 122 provided on the upper bar 112 of the rear frame 110 in the vinyl roll mounting module 100. Seat 114).

The first and second auxiliary bars 151 and 152 are provided at the front and rear sides of the vinyl rolls 114 seated as described above, and the vinyl rolls 114 may be formed by various vibrations generated during the coating process. 2 It prevents rocking or detachment from the seating rollers 141 and 142.

In addition, the operator may use the hinge rolls 164 of the first and second roll supporting plates 161 and 162 provided inside the first and second brackets 121 and 122 to the first and second sub bars 151 and 152 with the vinyl rolls 114 as the axes. Move to touch both sides of the Of course, the first and second roll support plates 161 and 162 may be moved to the first and second brackets 121 and 122 before the vinyl rolls 114 are seated on the first and second seating rollers 141 and 142.

When the roll rotating plates 167 of the first and second roll supporting plates 161 and 162 move to closely contact both sides of the vinyl roll 114, the second auxiliary bar is rotated by the locking unit 165 starting from the hinge part 164. 152, and the fixing member 168 is fixed between the hinge portion 164 and the first auxiliary bar 151 to fix the position.

When the vinyl roll 114 is stably mounted on the vinyl roll mounting module 100 as described above, the operator unleashes the end of the vinyl roll 114 between the first and second seating rollers 141 and 142 and mounts the first and second seats. It is supplied to the cover portion 170 via a guide bar 130 provided on the lower side of the roller (141, 142).

When the worker advances the prime mover, it is unsealed by the push roller from the end of the vinyl roll 114. When the vinyl roll 114 is unsealed, the first and second seating rollers 141 and 142 for seating the vinyl roll 114 rotate the lower shaft hole 124 together with the shaft to smooth the sea area.

In addition, the roll rotating plate 167 of the first and second roll support plates 161 and 162 fixed to both sides of the vinyl roll 114 also rotate together with the vinyl roll 114 to be unsealed. Accordingly, the phenomenon in which the vinyl rolls 114 swing to the left and right sides of the first and second seating rollers 141 and 142 by the vibration generated in the vinyl coater and the rotational force of the vinyl rolls 114 itself is excluded.

In addition, since the vinyl roll 114 to be unsealed is supplied to the cover portion 170 while maintaining a constant tension by the guide bar 130 provided with the tension adjusting means 131, the speed of the sea roll or vinyl of the vinyl roll 114 Minimize the effect of the shape of the covering surface to be formed neatly.

When all of the vinyl rolls 114 are unsealed, the operator releases the fixing member 168 of the hinge portion 164 of the first and second roll support plates 161 and 162, and the hinge portion 164 is hung by the shaft 165. ) Is removed from the second sub-bar 152, and then the hinge portion 164 is moved toward the first and second brackets 121 and 122 with respect to the first sub-bar 151.

As described above, the first and second roll supporting plates 161 and 162 are separated from both sides of the vinyl roll 114, and the roll cores of the vinyl rolls 114 seated on the first and second seating rollers 141 and 142 are removed. When replacing the vinyl roll 114 to the vinyl roll mounting module 100, it can be easily replaced by mounting in the above order.

The vinyl roll mounting module 100 for a vinyl coater according to the present invention as described above is mounted on both ends of the vinyl roll 114 on the lower side of the vinyl coater, that is, inside the cover portion 170 as in the prior art. Unlike the structure having a mounting means, it is configured to be unsealed after mounting in a manner of seating the vinyl roll 114 on the rear frame 110 of the vinyl coater.

Therefore, compared to the prior art, the operator can mount the vinyl roll 114 easily and stably easily, and in particular, the vinyl roll 114 in the process of performing the coating operation irrespective of the height of the ridge or the size of the vinyl roll 114. Since there are various advantages such as the possibility of being damaged or dislodged, it is expected that the efficiency of vinyl coating operation can be significantly improved.

100: vinyl roll mounting module 110: rear frame
111: horizontal bar 112: upper bar
113: bottom bar 114: vinyl roll
121,122: 1st, 2nd bracket 123: Upper shaft hole
124: lower shaft ball 130: guide bar
131: tension adjusting means 141, 142: first and second seating roller
151, 152: first and second sub bar 161, 162: first and second roll support plate
163: roll fixing plate 164: hinge portion
165: engaging portion 166: elastic member
167: roll rotating plate 168: fixing member
170: cover portion 180: roll holder
181: holder shaft 182: holder bar
183: holding means 200: connecting frame

Claims (3)

Horizontal bar 111 hinged to the connecting frame 200 of the plastic coater to be connected to the rear of the prime mover, the upper bar 112 to be coupled to both sides of the horizontal bar, and coupled to the upper bar to cover the ground It is mounted on the rear frame 110 having a lower bar 113 for mounting the unit 170, the vinyl roll mounting module for mounting the vinyl roll 114 and unsealing the wound vinyl to supply to the cover section 170 In 100,
The rear frame 110 is coupled to both sides of the upper bar 112 to face each other, a plurality of upper shaft hole 123 and the lower shaft hole 124 is formed in the 'U' array at the top and the coupling hole at the bottom First and second brackets 121 and 122 to form a,
A guide bar 130 provided in the side by hinge-couple both ends to the coupling hole at the lower side of the first and second brackets 121 and 122;
First and second seating rollers 141 and 142 which rotate in parallel to each other so as to be parallel to each other in a lower shaft hole 124 of the first and second brackets 121 and 122 to be parallel to each other;
First and second subsidiary horizontally provided with a pair of axially coupled both ends to the upper shaft hole 123 of the first and second brackets 121 and 122 at the top of the first and second seating rollers 141 and 142. Vinyl roll mounting module for a vinyl coater comprising a bar (151, 152). The method of claim 1,
Inside the first and second brackets 121 and 122,
First and second roll supporting plates 161 and 162 provided at both ends of the first and second sub bars 151 and 152 so as to be opposed to each other;
Both ends of the holder shaft 181 coupled to the first auxiliary bar 151, the holder bar 182 detachable from the second auxiliary bar 152, and the holder shaft 181 and the holder bar 182 Vinyl roll mounting module for a vinyl coating machine comprising a roll holder 180 made of a half arc holding means (183) to rotate based on the first auxiliary bar (151). The method of claim 2,
The first and second roll support plates (161, 162),
On one side of the roll fixing plate 163 is coupled to the first sub-bar 151, the left and right position of the roll fixing plate 163 by rotating the first sub-bar 151 to rotate the upper and lower angles Hinge portion 164,
A catching part 165 detachable to the second sub-bar 152 from the other side of the roll fixing plate 163,
Formed in the shape of a disc and axially coupled to the front side of the roll fixing plate 163, it is characterized in that it comprises a roll rotating plate 167 that rotates while elastically pressing the side of the vinyl roll 114 by embedding the elastic member 166 Vinyl roll mounting module for vinyl coater.

Images