KR20110028192A - Auto steam press for bonding of hot fix - Google Patents

Abstract

PURPOSE: An automatic steam presser for adhering hot fix is provided to minimize the deformation of fabric. CONSTITUTION: An automatic steam presser for adhering hot fix comprises: a frame support(200), a press controller(300), a steam plate(500), and water supply tank(400). The frame support has at least one or more aligned steam plate. The press controller has a pressure plate(320) and pressure device(310). The steam plate comprises a steam generation plate, a steam supply board, and steam eruption plate. The water supply tank stores water supplied to the steam plate through a water pipe.

Description

AUTO STEAM PRESS FOR BONDING OF HOT FIX}

The present invention relates to an automatic steam press for attaching a hot fix, and more particularly, by minimizing deformation of a fabric due to heat by attaching a hot fix attached to a fabric to a fabric, such as a garment, by heating the steam supplied as a medium to one side of the fabric. In addition, the present invention relates to an automatic steam press for hot fix attaching the at least one vapor plate side by side and moving the pressure control while attaching the hot fix to the fabric can be efficiently performed within a short distance.

In general, a hot fix is used to attach a surface of a garment to make the appearance unique and beautiful, and a plurality of hot fixes are attached to a fabric such as a garment by using motifs arranged in various design patterns.

At this time, the motif (motif) is a hot fix formed of various materials such as cubic, gong (stone), or crystal, an adhesive sheet made of a transparent tape attached to the upper outer surface of the hot fix, and the lower back of the hot fix It is configured to include a heat-sealing adhesive that is applied in a solidified state to be attached to the fabric, such as clothing.

As a means for attaching such a hot fix to a surface of a fabric such as clothing in a predetermined pattern, conventionally, heating means capable of heating and melting an adhesive applied to the back surface of the hot fix, and an adhesive force between the back surface of the hot fix and the fabric surface. Hot fix attachment devices have been proposed which are provided with pressurizing means and the like which can be strengthened.

Conventional hot fix attachment device is configured so that the heat generated from the heater located at the bottom of the hot fix is directly heat conduction to the fabric through the heating plate and then heat conduction back to the adhesive on the back of the hot fix to melt the adhesive, or It was common that the heater is provided in the pressurizing means for pressurizing the hot fix in the distal direction so that heat generated from the upper part is directly heat-conducted through the hot fix to melt the adhesive on the back side.

However, such a conventional hot fix device has a problem that the fabric is directly heated by heat generated by a heating means such as a heater, and then heat conduction to the adhesive, causing the corresponding portion to be pressed, causing a deformation of the fiber such as the fabric.

In addition, the conventional hot fix attachment device is composed of a single heating means and a pressing means, after attaching the hot fix to the fabric after removing the finished fabric, and placing the new fabric and hot fix on top of the heating means again Since the hot fix is attached by pressing, the hot fix is very passive and slow, and thus the efficiency of the work is significantly reduced.

The technical problem to be solved by the present invention is to provide a three-layered steam plate that can prevent the vaporized and superheated water droplets are not directly transferred to the fabric by transferring the heat to the steam medium, at least one or more steam After placing the plates side by side, the pressure control unit moves between the steam plates and attaches a hot fix to the fabric placed on each steam plate.The automatic steam press for attaching the hot fix can improve the working efficiency and speed while minimizing the deformation of the fabric. In providing.

In order to solve the above technical problem, an automatic steam press for hot fix attachment may include: a frame support having at least one steam plate disposed side by side; A wide plate-shaped pressure plate for pressurizing a motif to be attached to the fabric surface from the upper side to the original direction, and a pressure means connected to the pressure plate and moving between the steam plates disposed on the frame support part and providing a force for pressing the pressure plate. Pressure control unit comprising; A steam supply plate installed at an upper portion of the frame support part and configured to generate water vapor by receiving water from a water supply tank and heating the steam support plate; and a steam supply plate configured to transfer only steam generated from the steam generation plate to the upper part; At least one steam plate including a steam ejecting plate for transferring heat by ejecting steam supplied through the steam supply plate; And a water supply tank in which water supplied to the steam plate is stored through a water supply pipe connected to a water supply port provided in the steam plate.

In another aspect, the present invention is the frame support is a bottom frame in which a plurality of steam plates side by side; Two supports extending upward from both sides of the bottom frame; It is characterized in that it comprises a guide pipe connected between the support guide to guide the movement of the pressure control unit.

In addition, the present invention is the pressing means is the outer portion and the portion is attached to the pressing plate is extended in the horizontal direction and the end portion is caught in the support pipe is extended in the vertical direction is made of a substantially 'b' shape The edge portion where the horizontally extending portion and the vertically extending portion meet each other may include a housing having a guide hole into which the guide pipe is fitted.

The present invention transmits heat to the fabric and the hot fix via the steam plate of the triple layer structure to melt the adhesive on the back of the hot fix so that moisture does not directly contact the fabric, thereby minimizing the deformation of the fabric. After arranging at least one of the steam plates side by side, the hot fix is attached to the fabric while moving only the pressure control unit between the steam plates, thereby improving work efficiency and speed.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of an automatic steam press for hot fix attachment according to the present invention.

Referring to FIG. 1, the automatic steam press 100 for hot fix attachment according to the present invention moves between a frame support part 200 in which at least one or more vapor plates are arranged side by side, and a steam plate disposed in the frame support part, and moves in a circular unit. Pressure control unit 300 for pressing the placed motif from the top, and at least one steam plate is installed on the upper portion of the frame support portion for ejecting steam which is a medium for transferring heat to the adhesive on the back of the hot fix of the motif ( 500).

In addition, one side or the rear of the frame support portion 200 is provided with a separate stand, a water supply tank 400 for supplying water to the steam plate by hanging on the stand, and steam generation of the steam plate in the water supply tank It is configured to further include a water supply pipe 410 connected to the plate. At this time, the stand for maintaining the position of the water supply tank so that water is easily supplied is preferably installed to reach a position higher than the steam plate, one end of the water supply pipe is provided with a water supply port provided in the steam generating plate It is configured to be connected to. In addition, the water supply port is preferably configured to further include a solenoid valve that is opened and closed to control the supply of water supplied through the water supply pipe.

2 is a perspective view of a frame support according to the present invention.

Referring to FIG. 2, the frame support 200 includes a bottom frame 210 in which a plurality of vapor plates are arranged side by side, two supports 230 extending upward from both sides of the bottom frame, and the support. It is configured to include a guide pipe 220 connected to. In addition, it is preferable that one side of the support 230 is provided with a control panel to express the temperature, pressure, etc. of the automatic steam press.

The bottom frame 210 is formed of a wide plate-shaped plate forming a lower portion of the frame support, or may be configured by interconnecting pipes in a substantially rectangular shape so as to reduce the overall weight. In addition, the pipe forming the bottom frame is preferably formed in a wide plate shape so that the steam plate 500 can be placed stably.

At this time, the bottom frame 210 is a horizontal frame formed to extend in the horizontal direction so as to support the front portion of the plurality of steam plate 500 in the horizontal direction, so as to support each of the plurality of steam plate 500 in the vertical direction. It comprises a plurality of vertical frames formed slightly shorter in the longitudinal direction. In addition, a plurality of vertical frames may be installed to support the bottom surface of the vapor plate 500 as well as to maintain the entire bottom frame firmly.

The support 230 is installed on the rear outer side of the vertical frame located on the outermost side of the bottom frame is formed to extend a predetermined length to the top. At this time, the upper center of the support 230 is preferably provided with a coupling means such as a hole that can be fixed by connecting the guide pipe.

The guide pipe 220 is a pipe connected between the support 230 by a coupling means formed in the upper portion of the support so that the pressure control unit 300 can guide the path to move horizontally between the steam plate 500. It is composed. At this time, the guide pipe 220 is preferably composed of a circular pipe so that the pressure control unit 300 can move smoothly.

In addition, the support pipe 240 is caught in the lower portion of the support 230 is supported by the support groove 312 formed in the lower portion of the pressing means 310 provided in the pressure control unit is configured to be connected to each other. At this time, the support pipe 240 is to prevent the pressure control unit from being separated or restored to its original state as the center of gravity of the pressure control unit is excessively moved forward during the horizontal operation on the guide pipe and the pressing operation of pressing down the pressure plate. It becomes possible.

In addition, it is preferable that the support pipe further includes a proximity switch 250 such as an infrared sensor or a touch sensor that can recognize that the pressure control unit has moved to the corresponding position.

3 is a side configuration diagram of an automatic steam press for hot fix attachment according to the present invention, Figure 4 is a configuration diagram of the pressure control unit according to the present invention, Figure 5 is an internal configuration diagram of the pressure control unit according to the present invention.

3 to 5, the pressure control unit 300 is a wide plate-shaped pressure plate 320 for pressing the motif from the top to the fabric direction so that the back of the hot fix to the fabric surface more firmly, and the pressure plate At least one vapor plate 500 connected to the upper portion and placed on the bottom frame 210 on the guide pipe, and comprises a pressing means 310 for providing a force for pressing the pressure plate. At this time, each of the connecting member 330 is provided at the upper portion of the pressing plate and the lower portion of the pressing means 310, and the connecting member 330 is firmly coupled to each other to be configured to couple the pressing plate to the pressing means 310. Of course you can.

The pressurizing means 310 is a housing 311 forming an external shape, a solenoid valve 313 connected to an outer side of the housing, and housed in the housing, and the pressing plate 320 moves up and down and is placed in a circular unit. Cylinder 314 to pressurize the hot fix, the compressor connection portion 315 connected to the compressor 317 provided outside the pressurizing means, and emergency stop button for forcibly stopping by controlling the pressurization or steam discharge in an emergency ( And 316.

In this case, the housing 311 is a portion to which the pressing plate 320 is attached extends in the horizontal direction and the portion that takes one end to the support pipe 240 extends in the vertical direction to have a substantially '-' shape A guide hole into which the guide pipe 220 is fitted is formed at an edge portion where the inside of the cylinder is empty so that the cylinder and the like can be accommodated, and the horizontally extending portion and the vertically extending portion meet each other.

In addition, a support groove 312 into which the support pipe 240 is fitted is formed at a lower center of the vertically extending portion. The support pipe 240 is inserted into the support groove 312 to move horizontally on the support pipe 240 according to the horizontal movement of the pressure control unit 300.

At this time, the support groove 312 is made of a shape corresponding to the shape of the support pipe. 4 shows that each surface of the support pipe 240 has a quadrangle, and thus, when each surface of the support pipe 240 has a quadrangle, the shaving quadrangle of the support groove 312 is formed. It is preferably configured to be made of cotton. Accordingly, both side surfaces of the support pipe 240 are caught in contact with both sides of the support groove 312, thereby preventing the pressurization means having the center of gravity from being excessively inclined forward.

In addition, as the pressing means 310 is moved horizontally, the bottom surface of the support groove 312 is in contact with the proximity switch 250 provided in the support pipe 240, so that the pressure control unit moves to a corresponding position and vapors from the steam plate. You will be ready to create a.

In addition, the pressing means is further provided with an operation switch for controlling the supply of water to the steam plate and the generation of steam while the pressing process proceeds by pressing the pressure plate 320 down by tilting the housing, the operation switch is a pressure plate It is preferably configured to supply water and generate steam while being pressed together during the pressing process. Therefore, a small amount of water is supplied only when the cylinder 314 is opened by the operation of the operation switch, and is heated by a heating wire to vaporize immediately.

Figure 6 is an exploded perspective view of the steam plate according to the present invention, Figure 7 is a plan view of the steam generating plate according to the present invention, Figure 8 is a rear view of the steam jet plate according to the present invention, Figure 9 is according to the present invention Sectional view of the steam plate. In the figure the movement of steam is shown by arrows.

Referring to FIG. 6, the steam plate 500 receives steam from the water supply container 400 and heats the steam generating plate 510 to generate steam, and only the steam generated from the steam generating plate is transferred upward. It consists of a three-layered plate including a steam supply plate 520 and a steam ejection plate 530 for ejecting the water vapor supplied through the steam supply plate to melt the adhesive on the bottom of the hot fix.

The steam generating plate 510 forms a lower plate of the steam plate 500, and the steam generating plate is provided along a predetermined path of water supplied through the water supply port 512 provided at the rear center as shown in FIG. 7. It consists of a wide plate formed with a water pipe, which is a path for moving inside. At this time, the steam generating plate 510 is provided with a heating wire 513 widely as a heat source for heating the water supplied through the water supply port 512 to generate steam. In addition, it is preferable that the steam generating plate is further provided with a steam pressure discharge pipe for discharging excessively increased steam pressure from the steam generating plate to be forcibly discharged when the internal steam pressure is excessive.

In addition, the steam generating plate 510 is formed in the water moving pipe 511 is formed in a predetermined depth in the upper surface and the water supplied through the water supply port 512 flows through the water moving pipe dug a predetermined depth in this manner It can be configured to generate vapor by vaporizing the heat generated in the, of course, the water moving tube is made of a tube having a constant diameter and this tube shape is spirally installed on the steam generating plate 510 and this spiral water moving tube It may also be configured to vaporize as the water is supplied little by little through the side of.

As described above, when the water pipe 511 is formed in a spiral shape, water pipes are installed at both sides of the water supply port 512, and the water pipes are vertically connected to the horizontal pipes. It is preferable to be configured to be able to specify the region in which the steam is formed to generate only the horizontal pipe or vertical pipe.

In addition, the water transfer pipe is formed with a plurality of water discharge port is discharged, it is preferable that such a water outlet is configured to control the discharge to the area where the water is vaporized while being opened and closed by the cylinder 314.

In addition, the solenoid valve is preferably configured such that a small amount of water is evaporated by opening the water outlet by an operation switch which operates when the pressure plate 320 is moved downward by operating the pressure means.

Further, a water supply timer for automatically controlling the opening and closing of the solenoid valve is further provided by checking the time for supplying water and the time used for attaching the hot fix by steam after the solenoid valve is opened by the operation switch. It is preferable to be.

In addition, by installing a mesh portion made of a mesh structure in the area where the water discharged from the water moving tube is in contact with the vaporized water by preventing the surface of the water droplets discharged from the water outlet is overheated to prevent vaporization and exist in the superheated droplet state It is preferable to be configured to increase the generation efficiency of.

In addition, the steam generating plate is further provided with a steam pressure discharge pipe which is connected to a safety valve that is open and closed so as to control whether the steam is discharged so that the steam is discharged to the outside when the steam pressure inside the steam plate is too high. desirable. For this purpose, the pressure inside the steam plate is measured by a pressure gauge provided separately, and when the measured pressure reaches a predetermined pressure or more, the safety valve is preferably configured to open.

In addition, the heating through the hot wire is preferably configured to maintain a predetermined preheating temperature to generate steam immediately when water is supplied, and thus, the temperature of the water stored in the steam generating plate or the region where steam is generated A temperature sensor capable of measuring the temperature is provided, and the temperature measured by the temperature sensor is expressed through a thermometer provided externally so that the steam press operator can be configured to check whether the preheating state. In addition, it is preferable to be configured to automatically control the power supply to the hot wires so that the temperature of the steam generating plate does not fall below a certain temperature according to the detection result by the temperature sensor.

The steam supply plate 520 is positioned above the steam generating plate 510 to form an intermediate connecting plate of the steam plate, and a steam supply hole 521 for moving steam generated in the steam supply plate to the upper portion is provided. It consists of a plurality of wide plates formed.

In addition, the steam supply port 521 is formed in the upper portion of the region where the steam is generated in the steam generating plate, is composed of a small hole formed to penetrate the steam supply plate 520.

In this case, when the steam generating plate 510 is provided with a mesh unit, not only all vaporized without water droplets that exist in a superheated state, but also a space in which steam is generated in the steam generating plate and the generated steam pass first. Since the size of the steam hole provided in the steam supply port and the steam jet plate becomes smaller and smaller, it is possible to prevent the water droplets from directly contacting the fabric.

The steam ejecting plate 530 is located on the upper part of the steam supply plate 520 to form an upper plate of the steam plate on which the fabric and the motif are placed, and the steam is widely spread through the steam supply plate 520. And a diffusion part 531 and a vapor hole 532 which blows the steam upward to heat the bottom of the hot fix placed in a unit.

As illustrated in FIGS. 8 and 9, the vapor diffusion part 531 is formed such that a bottom surface of the steam jet plate 530 is recessed inward so as to have a height different from that of the outer part, and the steam hole 532. ) Is formed of a plurality of small holes penetrated from the vapor diffusion part 531 to the upper portion of the steam jet plate.

In this case, the steam hole 532 may be formed in the vertical upper portion of the steam supply port, as well as formed at a position spaced a predetermined distance back and forth or left and right, and is transmitted from the steam supply port through the steam diffusion unit. The vaporized vapor is distributed from side to side and evenly discharged from the upper part of the steam jet plate 530.

In addition, the vapor diffusion portion 531 is formed on the inner bottom surface of the steam jet plate 530 and the outer portion is configured to be blocked by the bottom bottom of the stepped steam jet plate, and the vapor supply plate and the steam supply plate is widely distributed It is preferable to be configured to prevent leakage to the outside through the coupling surface of the.

In addition, the steam jet plate 530 is preferably further provided with a heating wire. As such, the heating wire is formed on the entire surface of the steam jet plate, thereby preheating the fabric and the motif placed on the upper surface of the steam jet plate, and preventing the steam supplied through the steam hole 532 from being cooled by an external temperature. You can do it. This improves the attachment efficiency of the hot fix while preventing the fabric from being pressed when the hot fix is attached, causing deformation of the fiber. In addition, in the process of steam diffusion in the steam diffusion unit 531 is again heated by a heating wire provided in the steam jet plate to function as a heat medium to transfer heat to the adhesive on the back of the hot fix located on the upper fabric It becomes possible.

As described above, the steam is supplied to the bottom surface of the fabric through a plurality of steam holes 532 formed in the steam jet plate 530, transferred to the bottom of the hot fix on the top of the fabric, to melt the adhesive, and the pressure plate on the fabric top. The pressure applied from the 320 allows the hot fix bottom to be firmly adhered to the fabric.

Next, the operation of the hot fix attachment steam press according to the embodiment of the present invention configured as described above will be described.

10 and 11 are block diagrams showing before and after pressing of a motif according to the present invention.

10 and 11, the fabric is placed on top of the steam jet plate 530 constituting the upper plate of the steam plate, and the motif is positioned at the position where the hot fix is to be attached to the fabric.

At this time, the motif (motif) 10 is an adhesive sheet consisting of a hot fix 30 formed of various materials such as cubic, gong (stone), or crystal, and a transparent tape attached to the upper outer surface of the hot fix. 20 and a heat-sealable adhesive 40 which is applied in a solidified state to be attached to a fabric such as clothing on the lower rear surface of the hot fix. The hot fix may be formed in a pattern of various designs to be attached to the fabric 50, of course.

Then, the pressure control unit 300 is moved to the steam plate on which the hot fix and the fabric are placed, and then the pressure plate 310 is moved by pressing the pressure plate 310 to press the pressure-sensitive adhesive sheet of the motif in the direction of the fabric. At this time, the operation switch is operated by the operation of the pressurizing means 310, the solenoid valve is opened by the operation of the operation switch, the water stored in the water supply tank to generate the steam forming the lower plate of the steam plate along the water supply pipe Supplied in plates. The opening time of the solenoid valve is automatically controlled by the time calculation in a preset water supply timer so that the valve is closed after a predetermined time.

The water supplied to the steam generating plate is quickly heated by the heat supplied from the heating wire to generate steam. The steam generated in the steam generating plate is moved to the steam jet plate through the steam supply port of the steam supply plate in the upper portion.

At this time, the water droplets having a lot of kinetic energy but not vaporized into water vapor while being heated in the steam generating plate 510 does not pass through the narrow steam supply port and hits the bottom surface of the steam supply plate 520 and then again inside the steam generating plate. To fall.

In addition, when the steam generating plate 510 is provided with a mesh portion and water is supplied over the mesh portion, the superheated water droplets are remarkably reduced so that there is no water droplet delivered to the steam jet plate.

The steam moved through the steam supply port is spread through the steam diffusion part below the steam jet plate 530 and then ejected through the steam hole 532 formed thereon.

As such, the steam blown out through the steam hole is transferred to the adhesive on the rear surface of the hot fix through the fabric placed thereon. At this time, the fabric and the hot fix is heated by the bottom of the pre-heated steam jet plate 530, the heat is transferred to the fabric through the steam it is possible to prevent the deformation of the fiber. In addition, the heat transfer efficiency is greatly improved because heat is transmitted through steam rather than heat conduction through the fabric itself.

The adhesive melts by heat transferred to the fabric 50 and the adhesive 40 on the back of the hot fix, and the hot fix 30 is firmly attached to the fabric 50 by the pressure applied by the pressure plate 220. .

Subsequently, when the pressure plate 220 is raised to the top by operating the pressing means, only the adhesive sheet 20 except for the hot fix firmly attached to the upper surface of the fabric while the adhesive is melted is separated in a state of being attached to the lower surface of the pressing plate. When the pressure plate is separated from the steam jet plate, or after the steam supply for a predetermined time is completed, the generation of steam is stopped to safely separate the fabric from the upper part of the steam jet plate.

The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of example only and not by way of limitation to the present invention. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the scope of the present invention.

1 is a perspective view of an automatic steam press for hot fix attachment according to the present invention.

2 is a perspective view of a bottom frame according to the present invention;

Figure 3 is a side configuration diagram of an automatic steam press for hot fix attachment according to the present invention.

4 is a block diagram of a pressure control unit according to the present invention.

Figure 5 is an internal configuration of the pressure control unit according to the present invention.

Figure 6 is an exploded perspective view of the steam plate according to the present invention.

7 is a plan view of a steam generating plate according to the present invention.

8 is a rear view of the steam jet plate according to the present invention.

9 is a cross-sectional view of a steam plate according to the present invention.

10 and 11 are diagrams showing before and after pressing of a motif according to the present invention.

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

100-automatic steam press 200-frame support

210-Bottom Frame 220-Guide Pipe

230-support pipe 300-pressure regulating part

310-Pressing means 311-Housing

312-Supporting groove 320-Pressure plate

400-Water bottle 410-Water pipe

500-Steam Plate 510-Steam Generator

511-Water Transfer Tube 512-Water Supply Port

513-Hot Wire 520-Steam Supply Plate

521-Steam Supply 530-Steam Jet Plate

531-Steam Diffusion Unit 532-Steam Holes

Claims (10)

A frame support having at least one vapor plate disposed side by side; A wide plate-shaped pressure plate for pressurizing a motif to be attached to the fabric surface from the upper side to the original direction, and a pressure means connected to the pressure plate and moving between the steam plates disposed on the frame support part and providing a force for pressing the pressure plate. Pressure control unit comprising; A steam supply plate installed at an upper portion of the frame support part and configured to generate water vapor by receiving water from a water supply tank and heating the steam support plate; and a steam supply plate configured to transfer only steam generated from the steam generation plate to the upper part; At least one steam plate including a steam ejecting plate for transferring heat by ejecting steam supplied through the steam supply plate; And Hot water attachment automatic steam press, characterized in that it comprises a water supply reservoir for storing the water supplied to the steam plate through a water supply pipe connected to the water supply port provided in the steam plate. The method of claim 1, The frame support portion, A bottom frame on which a plurality of vapor plates are placed side by side; Two supports extending upward from both sides of the bottom frame; The automatic steam press for hot fix attachment characterized in that it comprises a guide pipe connected between the support to guide the movement of the pressure control unit. The method of claim 2, And a support pipe connected to each other at a lower portion of the support and inserted into a support groove formed at a lower portion of the pressing means to prevent separation of the pressing means. The method of claim 3, One side of the support pipe is an automatic steam press for hot fix attachment, characterized in that the bottom of the support groove is in contact with the proximity switch further recognizes that the pressure control unit is approaching. The method of claim 1, The pressing means forms an outer shape, and the portion to which the pressing plate is attached extends in the horizontal direction, and the end portion of the supporting pipe extends in the vertical direction and extends in the vertical direction to have an approximately '-' shape and extends in the horizontal direction. And a housing in which a guide hole into which the guide pipe is fitted is formed at a corner portion where a portion and a portion extending in a vertical direction meet each other. The method of claim 5, The steam generating plate forms a lower plate of the steam plate, and is formed of a wide plate formed with a water moving tube through which water supplied through a water supply port provided at the rear center moves along a predetermined path inside the steam generating plate. An automatic steam press for hot fix attachment, characterized in that a heating wire as a heat source for heating the heat is provided on the entire inner surface. The method of claim 6, The steam generating plate is made of a pipe having a constant diameter of the water moving tube and the tubular shape is installed in the steam generating plate in a spiral, characterized in that the water is supplied little by little through the side of the spiral water moving tube Automatic steam press for hot fix attachment. The method of claim 7, wherein The steam generating plate is provided with water moving pipes on both sides of the water supply port, respectively, and the water moving pipes are formed in a structure in which horizontal pipes and vertical pipes are vertically connected, and water is discharged to the water moving pipes. A plurality of water outlets are formed, the water outlets are automatic steam press for hot fix attachment, characterized in that configured to control the discharge to the area where the water is vaporized while opening and closing by the solenoid valve. The method of claim 8, The steam generating plate is an automatic steam press for hot-fix attachment, characterized in that the mesh portion made of a mesh structure is further provided in the area where the water discharged from the water moving tube is in contact with the vaporization. 10. The method of claim 9, The steam jet plate is located on the upper part of the steam supply plate to form an upper plate of the steam plate on which the fabric and the motif are placed. A vapor diffusion part formed to have a lower surface of the steam jet plate inwardly to have a height different from that of an outer part of the steam jet plate to widen the steam supplied through the steam supply plate; And And a steam hole which is formed at a position spaced before and after a predetermined distance from the vertical upper portion of the steam supply port or is spaced from the left and right to eject the steam to the upper portion.

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