WO2010011029A1

WO2010011029A1 - Color expressing apparatus

Info

Publication number: WO2010011029A1
Application number: PCT/KR2009/003470
Authority: WO
Inventors: 윤인석
Original assignee: 크로다 우방 주식회사
Priority date: 2008-07-23
Filing date: 2009-06-26
Publication date: 2010-01-28

Abstract

The present invention relates to a color expressing apparatus that includes: a main body for receiving a fabric from a printing apparatus for applying dye ink to directly express or print characters or patterns of a variety of colors onto the surface of the fabric; a heater unit built into the main body, which applies heat to the fabric being transferred to the main body to sublimate the dye ink applied onto the surface of the fabric and to firmly fix the dye onto the fabric to achieve a clear color expression; a dust collection unit arranged above the heater unit, which sucks vapor consisting of water or additives, but not the dye ingredients in the dye ink being sublimated during the color expressing process, filters off water or additives through the use of a filter, and discharges the water or additives to the outside; and a transfer roller for forcedly transferring, to a winding unit, the fabric for which the color expressing process is completed.

Description

Color expression device

The present invention relates to a color expression apparatus, and more particularly, to simplify the structure of the heater unit, and to form the dust collector unit integrally with the color expression apparatus, the operation and maintenance is easy, and the size of the device is transported and installed Out of space constraints, by using a lamp that emits light and heat as a heat generating means, the preheating time is shortened to 90 ~ 140 ℃, which is the color that can be expressed, to improve productivity and work efficiency, thereby increasing the product's price competitiveness. It relates to a color expression apparatus that can be.

In general, when the dye ink is applied to directly print or print various colors of letters or patterns on the surface of the fabric through a printing apparatus, the color of the dye ink by applying heat to the dye ink applied to the surface of the fabric This is a device to make the color appear vividly and vividly.

Looking at the structure of such a conventional color expression device, as shown in Figure 1, the fabric (6) supplied from the printing device for applying a dye ink to directly print or print a character or pattern of various colors on the surface of the fabric (6) ) By subliming the dye ink applied to the surface of the fabric (6) by applying heat to the body (1) and the fabric (6) that is embedded in the body (1) and transferred to the body (1) Water or additives other than the dye component in the dye ink that is firmly adhered to the dye (6) to enable vivid color expression, and formed on top of the heater part 2 and sublimed in the color development process It consists of a structure including a dust collecting part (3) for sucking the steam consisting of the filter to discharge the water or additives to the outside, and the conveying roller (5) for forcibly conveying the finished fabric to the winding portion (4) .

Here, the main heat source of the heater unit 2 uses a dream heater or a heat transfer heater. Looking at the structure in detail, as shown in FIG. 2, the dream heater 10, the reduction motor 20, and the flat belt 30 and a plurality of driven rollers 40, the dream heater 10 is a heater and a temperature sensor is installed therein, the heat of the heater heated to an appropriate temperature is transferred to the surface, the axis of the inner center While rotating around the center, heat is applied to the fabric to express colors vividly. The reduction motor 20 connects the chain 50 to the shaft of the dream heater 10 to rotate the dream heater 10, and the plurality of driven rollers 40 are drum heaters (around the drum heater 10). 10) is installed in parallel with the upper and lower portions of the height and rotates slightly, the flat belt 30 is installed in a zigzag shape on the outer surface of the plurality of driven rollers 40 to rotate the driven rollers 40 As a result, the predetermined region is engaged with the predetermined region of the drum heater 10, and the remaining predetermined region is configured to travel in a planar manner.

However, as described above, the heater unit 2 is very complicated in construction, as well as installation, fabrication, operation management and maintenance is difficult, and the size of the structure is complicated, so the size of the problem is limited severe installation space There was this.

In addition, since the heater unit 2 takes a long time to preheat up to a temperature capable of color expression from 90 to 140 ° C, not only work efficiency and productivity decrease, but also the color development work during the time that the drum heater or the electric heater is preheated. There was a problem that the work time and power was wasted because it can not proceed.

In addition, the fabric 6 printed by the printing apparatus is often supplied to the color expression apparatus in a crumpled state, in which case there is no separate means to straighten the wrinkled fabric 6, resulting in a defective product of the finished product There was a problem of lowering the quality.

In addition, looking at the structure of the dust collecting part 3, as shown in Figure 3, the collecting unit 60 for collecting the vapor of the dye ink sublimed in the color development process, and collected by the collecting unit 60 A filter unit 70 for sucking and purifying the vapor of the dye ink, a connection hose 80 connecting the collecting unit 60 and the filter unit 70, and an outlet 71 of the filter unit 70. It is formed to include a suction fan 90 to provide a suction force to suck the vapor of the dye ink to the collecting unit 60.

However, the dust collecting part 3 is not a device standardized in the color expression device, and various problems occur.

First, since the dust collecting part 3 is a separate device separate from the color expressing device, it is cumbersome to separately transport the color expressing device and the dust collecting part 3 when the color expressing device is transferred. In addition to the installation space, there was a problem that the installation space is severely limited because a separate installation space for the dust collector 3 is required.

Second, since the suction fan 90 is formed at the outlet 71 of the filter unit 70, the dust collecting unit 3 sucks the dye ink vapor due to a weak suction force for collecting the dye ink vapor from the collecting unit 60. The ability to do this is poor, and this structure has the problem that the efficiency of energy use is also low.

Third, as shown in FIG. 4, the vapor of the dye ink sucked through the collecting unit 60 is naturally cooled in the suction process so that the vapor liquid 7 is buried on the inner wall of the collecting unit 60. The vapor liquid 7 freely falls to the fabric 6 transported to the lower part of the collecting part 60 to increase the defective rate of the finished product, but there is no separate means for collecting the vapor liquid 7 to lower the quality of the finished product. There was a problem.

The present invention has been proposed in order to solve the above-mentioned problems, the purpose of which is to simplify the structure of the heater, and to form the dust collector integrally with the color expression device, easy operation and maintenance, size of the device Is reduced in the size of transport and installation space, and by using a lamp that emits light and heat as a heat generating means, the preheating time is shortened to a temperature where color can be expressed, which is 90 to 140 ℃, thereby improving productivity and work efficiency. It is to provide a color expression device that can increase the price competitiveness of the product.

In addition, by installing the tension adjusting means in front of the main body to be unfolded by the tension adjusting means even if the fabric printed in the printing device is wrinkled, to provide a color expression device that can further improve the quality of the finished product. .

In addition, by incorporating one or more separate fans in the suction unit, to provide a color expression apparatus excellent in the ability to absorb the vapor of the dye ink sublimed in the color expression process.

In addition, by installing a collecting unit for collecting and collecting the vapor liquid that naturally cools the vapor in the process of inhaling the dye ink vapor into the suction unit, the quality of the finished product is prevented by preventing the vapor liquid from buried in the fabric. It is to provide a color expression apparatus that can be increased.

The color expression apparatus according to the present invention for achieving the above object is a main body provided with a fabric supplied from a printing device for applying a dye ink to directly print or print characters or patterns of various colors on the surface of the fabric, and the A heater part which is embedded in the main body and heats to the fabric to be transferred to the main body to sublimate the dye ink applied to the surface of the fabric to firmly adhere the dye to the fabric to enable vivid color expression, and is formed on the heater part The dust collecting part of water or additives excluding the dye component in the dye ink which is sublimed during the color development process, and collects the water or additives through the filter and discharges them to the outside, and the conveying roller forcibly conveying the finished fabric to the winding part. In the color expression apparatus configured to include,

The heater unit has one or more lamps that generate a large amount of light and heat when electricity is applied to the heater unit, the reflector is positioned below the lamp, and emits light and heat emitted from the lamp upwards, and has a space therein. The lamp and the reflector are built into the space, the upper part of the case is opened, and coupled to the open upper part of the case to close the inner space of the case, the upper surface is formed of roughness to transfer heat, but Temperature control to control the heat generation temperature of the lamp to maintain the temperature of 90 to 160 ℃ capable of color expression by measuring the temperature of the heat transfer plate formed to suppress the transmission and the heat transfer plate receiving the heat emitted from the lamp It consists of a sensor,

The dust collecting part is coupled to the upper part of the main body, is formed to be relatively rotatable with respect to the main body, and the suction part for sucking the vapor of the dye ink sublimed in the fabric passing through the heater part in the color development process, and the lower part of the main body Located in, the filter unit for communicating with the suction unit to clean the vapor of the dye ink sucked in the suction unit, the connection hose connecting the suction unit and the filter unit in communication, and the vapor of the dye ink at the suction unit In the process of inhaling the steam is characterized in that it comprises a collecting unit for collecting the vapor liquid generated by the natural cooling to release to the outside.

In addition, the lamp of the heater unit is characterized in that formed of at least one selected from halogen, near-infrared, far-infrared lamp.

In addition, the heat transfer plate material of the heater unit is characterized in that it is formed of any one selected from tempered glass plate, ceramic glass plate, quartz glass plate.

In addition, the suction part of the dust collecting unit is located in the upper portion of the main body is coupled to the main body by a rotating shaft formed in the longitudinal direction of the main body, and relatively rotated relative to the rotating shaft, the housing is open and lower, It is placed inside the housing, has a space therein, the lower one side is formed with one or more first inlet through which the vapor of the dye ink is sublimated during the color expression process, the upper one side is the vapor of the dye ink introduced A first chamber in which at least one first outlet is formed and a second inlet in which the vapor of the dye ink flowing out into the first outlet of the first chamber is introduced into the first chamber, having a space therein. The second chamber is formed to correspond to the number of the first outlet, the second chamber is formed in the rear is a second outlet for the vapor of the dye ink flows out; The first outlet of the first chamber and the second inlet of the second chamber are connected to each other, and a fan is formed in the center thereof to easily suck the vapor of the dye ink in the first chamber, and to suck the vapor of the dye ink sucked in. It characterized in that it comprises a suction pipe to be easily sent to the second chamber.

In addition, the steam is naturally cooled in the process of the flow of the dye ink into the first chamber, the vapor liquid buried in the inner wall of the first chamber to prevent the flow back to the first inlet of the first chamber The upper portion of the first inlet of the inner wall of the room is characterized in that the "b" shaped backflow prevention portion is formed.

In addition, it is formed in the lower portion of the housing, and when the housing is open, characterized in that it further comprises a first distance sensor for detecting the operation of the color expression device.

In addition, the filter unit of the dust collecting unit is located in the lower portion of the main body, the rear is formed with a third inlet for the vapor of the dye ink flowing out to the second outlet of the second chamber is formed, the front side of the dye ink A filter case in which a third outlet for vapor flows is formed, a medium filter for collecting particulate matter having a particle size of 1 to 3 μm in the filter case, a carbon filter for removing odor components and odors ), A HEPA filter for collecting a substance having fine particles is sequentially installed to clean the vapor of the dye ink, and the filter member is installed at the third outlet of the filter case. And a fan for easily purifying the vapor of the dye ink introduced into the third inlet through the filter member and then easily flowing out to the third outlet. The color expression device.

In addition, the collecting part of the dust collecting unit is connected to the first chamber and the second chamber to communicate with each other, the transfer pipe is formed on the lower side of the first chamber and the second chamber, the collection tube is in communication with the transfer tube, extending downward And, having a space therein, the upper portion has an inlet, the first and second chambers, including the collecting and the receiving end is inserted or coupled to the end of the collection tube, the settled portion is placed The vapor liquid buried in the inner wall of the descending on the inner wall is introduced into the transfer pipe, the introduced vapor liquid is characterized in that it is collected through the collection tube to the collecting tube.

The apparatus may further include tension adjusting means for supplying the fabric to the front of the main body to be fed to the heater while maintaining a taut state without being wrinkled.

In addition, the tension adjusting means is coupled to the first frame and the first frame of the "b" shape, respectively formed on both front sides of the main body, the first frame is formed in the center of the first frame A first connecting pin configured to be rotatable with respect to the center, a first roller connected to each of the first frames, coupled to one end of the first frame, and formed at one side of the main body; A front part including a second distance sensor for detecting a movement of the other end of one frame and transmitting a signal corresponding thereto;

A drive motor for supplying or stopping rotational force by receiving a signal transmitted from the second distance sensor, which is replaced by the transfer roller, and located at the rear of the main body, one end of which is combined with the axis of the drive motor to drive the drive; Rotating roller which is rotated by the rotational force of the motor, the second roller which is located on the top of the rotary roller, in close contact with the rotary roller is rotated when the rotary roller is rotated, and both ends of the second roller, respectively The second frame is coupled to, and one end of each of the second frame and the main body, the rear portion including a second connecting pin to enable the second frame is rotatable based on one end of the second frame ,

After being printed in the printing apparatus, the fabric supplied to the front of the main body is pressed by the weight of the first roller and the fabric is conveyed to the heater unit without wrinkles, and when the fabric is continuously supplied from the printing apparatus to the main body. The first roller is gradually lowered, at which time the other end of the first frame is raised, the second distance sensor detects this and sends a signal, and the driving motor receiving the signal of the second distance sensor is rotated. The rotating roller coupled to the driving motor rotates to force the fabric to be moved backwards so that the first roller is lifted, so that the first roller is continuously pressed to press the fabric supplied from the printing apparatus. ,

The outer surface of the rotary roller and the second roller is wrapped with a cushion member having a cushion, and the fabric passing between the rotary roller and the second roller is characterized in that to prevent the sliding by the frictional force of the roller.

In addition, it is formed on one side of the second frame, and further comprising a fixing means consisting of an elastic projection having a predetermined elastic force, and the insertion groove is inserted and withdrawn the elastic projection, the insertion groove is formed in the main body, When the second frame is rotated, an elastic protrusion formed in the second frame is inserted into an insertion groove formed in the main body to fix the position of the second frame.

In addition, the fixing bolt is formed in the lower portion of each of the second frame, and the fixing bolt is fastened to the fixed bolt, the upper and lower conveyance of the fixing bolt is composed of, when the second frame is lowered, the adjusting nut is the main body It further comprises a bending preventing means for preventing the bending of the second roller coupled to the second frame by supporting the weight of the second frame in contact with the upper surface of the.

In addition, by installing a wheel on the lower portion of the main body, it is characterized in that the device is easily transported.

According to the color expression apparatus according to the present invention as described above, by simplifying the structure of the heater unit, by forming the dust collecting unit integrally with the color expression apparatus, it is easy to operate and maintain, the size of the device is transported and installed Out of space constraints, by using a lamp that emits light and heat as a heat generating means, the preheating time is shortened to 90 ~ 140 ℃, which is the color that can be expressed, to improve productivity and work efficiency, thereby increasing the product's price competitiveness. It can be effective.

In addition, by installing the tension adjusting means in front of the main body to be unfolded by the tension adjusting means even if the fabric printed in the printing device is wrinkled, there is an effect that can further improve the quality of the finished product.

In addition, by incorporating one or more separate fans in the suction unit, the ability to absorb the vapor of the dye ink that is sublimed in the color development process has an excellent effect.

In addition, by installing a collecting unit for collecting and collecting the vapor liquid that naturally cools the vapor in the process of inhaling the dye ink vapor into the suction unit, the quality of the finished product is prevented by preventing the vapor liquid from buried in the fabric. It can increase the effect.

1 is a conceptual diagram of a conventional color expression apparatus

2 is a cross-sectional view of the heater unit of the conventional color expression apparatus shown in FIG.

3 is a conceptual diagram of a dust collecting part of the conventional color expression apparatus shown in FIG.

4 is a cross-sectional view of a collecting part of the dust collecting part of the conventional color expression apparatus shown in FIG.

Figure 5 is a perspective view showing the front of the color expression apparatus according to an embodiment of the present invention

6 is a perspective view showing a rear side of the color expression apparatus shown in FIG.

FIG. 7 is an exploded perspective view of a heater unit of the color developing apparatus illustrated in FIG. 5;

8 is an exploded perspective view of the suction part and the collecting part of the dust collecting part of the color developing apparatus shown in FIG. 5;

9 is a longitudinal cross-sectional view of the suction unit shown in FIG.

10 is a cross-sectional view of the filter unit of the dust collecting part of the color developing apparatus shown in FIG.

11 is an exploded perspective view of the tension adjusting means of the color expression device shown in FIG.

12, 13 and 14 are views for explaining the operation of the tension adjusting means shown in FIG.

15 is a front view of the fixing means of the color developing apparatus shown in FIG.

16 is a view showing a state in which the fixing means of the color expression device shown in FIG.

17 and 18 are diagrams for explaining the bending prevention means of the color expression apparatus shown in FIG.

1. Body 2. Heater

3. Dust collection section 4. Winding section

5. Feeding roller 6. Fabric

7. Vapor liquid 8. Support member

10. Drum Heater 20. Reduction Motor

30. Flat belt 40. Driven roller

50. Chain 60. Collector

70. Filter section 71. Outlet

80. Connection hose 90. Suction fan

100. Heater unit 110. Lamp

120. Reflector 130. Case

140. Heat transfer plate 141. Roughness

150. Temperature control sensor 200. Dust collector

210. Suction part 211. Housing

211a. Rotary shaft 212. First chamber

212a. First inlet 212b. Outlet 1

212c. Interior wall 213. Second room

213a. Second inlet 213b. 2nd outlet

214. Suction tube 214a. Pan

220. Filter unit 221. Filter case

221a. Third inlet 221b. 3rd outlet

222. Filter element 222a. Medium filter

222b. Carbon filter 222c. HEPA Filter

223. Fan 230. Connection hose

240. Collector 241. Transfer pipe

242. Collector 243. Collector

243a. 244 Entrance

300. Backflow prevention unit 400. First distance sensor

500. Tension adjusting means 510. Front part

511. First frame 512. First connecting pin

513. First roller 514. Distance sensor

520. Rear part 521. Drive motor

521a. Axis 522. Rotary roller

523. Second roller 524. Second frame

525. Second connecting pin 526. Cushion member

600. Fastening means 610. Elastic protrusions

620. Insertion groove 700. Bending prevention means

710. Fixing bolt 720. Adjusting nut

800. Wheel 1000. Color Appearance Device

On the basis of the accompanying drawings a color expression apparatus according to a preferred embodiment of the present invention will be described in detail.

5 to 17 and 18 show a color developing apparatus according to an embodiment of the present invention, Figure 5 is a perspective view showing a front of the color developing apparatus according to an embodiment of the present invention, Figure 6 is shown in Figure 5 7 is an exploded perspective view of the heater unit of the color developing apparatus shown in FIG. 5, and FIG. 8 is an exploded perspective view of the suction unit and the collecting unit of the dust collecting unit of the color developing apparatus shown in FIG. 9 is a longitudinal cross-sectional view of the suction unit shown in FIG. 8, FIG. 10 is a cross-sectional view of the filter unit of the dust collecting unit of the color developing apparatus shown in FIG. 5, and FIG. 11 is a tension adjusting means of the color developing apparatus shown in FIG. 5. 12, 13 and 14 are views for explaining the operation of the tension adjusting means shown in FIG. 11, FIG. 15 is a front view of the fixing means of the color developing apparatus shown in FIG. 5 is a view showing a state in which the fixing means of the color expression device shown in Figure 5 rotated , Figure 17 and 18 shows a view for explaining the bending preventing means of the device shown in Figure 5, each color expression.

As shown in the drawings, the color developing apparatus according to an embodiment of the present invention is a fabric supplied from a printing device for applying a dye ink to directly print or print characters or patterns of various colors on the surface of the fabric ( 6) by subliming the dye ink applied to the surface of the fabric 6 by applying heat to the body 1 to be provided, and the fabric (6) embedded in the main body 1 and transferred to the main body (1) The heater unit 2 firmly adheres the dye to the fabric 6 to enable vivid color development, and water except the dye component in the dye ink formed on the heater unit 2 and sublimed during the color development process. A dust collecting part 3 for sucking the steam made of the additive and filtering the water or the additive out to the outside, and a conveying roller 5 for forcibly conveying the fabric 6 whose color expression is completed to the winding part 4; In the color expression apparatus constituted,

As shown in Figure 6 and 7, the heater unit 100,

One or more lamps 110, in which a large amount of light and heat are generated when electricity is applied, and a reflecting plate positioned below the lamps 110 and allowing the light and heat emitted from the lamps 110 to radiate upward. 120, and has a space therein, the lamp 110 and the reflecting plate 120 is built into the space, the upper part is coupled to the case 130 and the open upper portion of the case 130 The inner space of the case 130 is closed, but the upper surface has a roughness is formed to transfer heat, but is transmitted to suppress the transmission of light, and the heat receiving the heat emitted from the lamp 110 It is configured to include a temperature control sensor 150 for controlling the heat generated temperature of the lamp 110 to maintain the temperature of the heat transfer plate 140 to the temperature of 90 to 160 ℃ capable of color expression,

As shown in FIG. 5, the dust collecting part 200 is

It is coupled to the upper portion of the main body 1, is formed to be relatively rotatable with respect to the main body 1, and the vapor of the dye ink that is sublimed in the fabric (6) passing through the heater unit 2 in the color development process Suction unit 210 to suction and the filter unit 220 which is located below the main body 1, communicates with the suction unit 210 to purify the vapor of the dye ink sucked in the suction unit 210 to clean ), A connection hose 230 for connecting the suction unit 210 and the filter unit 220 in communication with each other, and steam generated by natural cooling in the process of sucking the vapor of the dye ink from the suction unit 210. It characterized in that it comprises a collecting unit 240 for collecting the vapor liquid (7) to discharge to the outside

Here, the heater unit 100 is configured to include at least one lamp 110 that generates heat immediately upon application of the current, the lamp 110 is the lamp 110, the amount of light and heat divergence adjustable according to the amount of current applied And the temperature control sensor 150 measures the temperature of the heat transfer plate material 140 to maintain the temperature for effective color expression of the dye ink printed on the fabric 6. To control continuously.

In addition, the fabric 6 is a color expression process is made so that the bottom surface is in contact with the heat transfer plate 140, not the top surface to which the dye ink is applied to prevent damage to the printed letters and patterns.

As described above, by using the lamp 110 as the main heat source of the heater unit 100, the time of preheating to a temperature capable of color expression is shortened, thereby improving productivity and work efficiency, and further, the heater unit 100. Simplify the structure, and by forming the dust collector 200 integrally with the color expression apparatus 1000, the operation management and maintenance is efficient, and the size of the color expression apparatus 1000 is reduced in size and transport and installation space There is an effect that can get out of the constraint.

In addition, the lamp 110 is configured of a lamp 110 that dissipates in proportion to the heat applied in proportion to the amount of current applied than the light emitting lamps generally used, as well as halogen, near-infrared, far-infrared as such lamp 110 It may be formed of any one or more of the lamps, it is most preferably used as a halogen lamp.

In addition, the heat transfer plate 140 is preferably formed of any one selected from a tempered glass plate, ceramic glass plate, quartz glass plate.

Generally, the endurance temperature of tempered glass plate is around 200 ℃, the endurance temperature of ceramic glass plate is around 800 ℃, and the endurance temperature of quartz glass plate is around 1500 ℃. Is too expensive, the heat transfer plate material 140 of the color expression apparatus 1000 according to an embodiment of the present invention uses a ceramic glass plate excellent in price-cost stability, but is not limited to this.

Here, the upper surface of the heat transfer plate 140 is formed by a roughness 141 through a sending process to suppress the light emitted from the lamp 110 is transmitted through the heat transfer plate 140 to the outside to be lost. The heat transfer plate 140 is configured to have a high thermal efficiency by being preheated more quickly by the light attracted inside the case 130.

In addition, when the dust generated in the upper portion of the heater unit 100 is formed in order to suck the vapor of the dye ink sublimated in the color expression process, the light generated by the lamp 110 is exposed, the dust collector ( 200 is overheated by receiving the light emitted from the lamp 110, the dust collecting part 200 is so overheated can be easily damaged so that the roughness 141 is formed on the surface of the heat transfer plate 140 to the lamp ( It is very desirable to suppress the light emitted from 110).

In addition, as shown in FIGS. 8 and 9, the suction part 210 of the dust collecting part 200 is positioned above the main body 1, and is formed on the rotating shaft 211a formed to extend in the longitudinal direction of the main body 1. It is coupled to the main body 1 by being rotated relative to the rotating shaft (211a) is possible to open and close, the lower part is placed in the housing 211 and the housing 211, but has a space therein On the lower side, one or more first inlets 212a through which the dye ink vaporized during the color expression process is introduced are formed. On the upper side, one or more first outlets 212b through which the vapor of the dye ink is introduced are formed. The first chamber 212 to be formed, and the inside of the housing 211, but has a space therein, one side of the dye ink vapor flowing out to the first outlet 212b of the first chamber 212 is Inflow of the second inlet 213a corresponds to the number of the first outlet 212b And a second chamber 213 having a second outlet 213b through which the vapor of the dye ink flowed out, and a first outlet 212b of the first chamber 212 and a second chamber (2). The second inlet 213a of the 213 is connected in communication with each other, a fan 214a is formed in the center thereof to easily suck the vapor of the dye ink in the first chamber 212, the vapor of the dye ink sucked It characterized in that it comprises a suction pipe 214 to easily send to the second chamber (213).

Here, the suction unit 100 by installing a fan 214a in the center of the suction pipe 214 connecting the first chamber 212 and the second chamber 213, the vapor of the dye ink sublimated during the color development process It can be absorbed with excellent absorption capacity.

In addition, as shown in FIG. 9, while the steam is naturally cooled in the process of introducing the dye ink into the first chamber 212, the vapor liquid buried in the inner wall 212c of the first chamber 212 ( In order to prevent 7 from flowing back to the first inlet 212a of the first chamber 212, an upper portion of the inner wall 212c and the first inlet 212a of the first chamber 212 has a “b” shape. The backflow prevention part 300 is characterized in that it is formed.

In addition, as shown in Figure 6 is formed in the lower portion of the housing 211, when the housing 211 is rotated and opened, the first distance detection sensor 400 for detecting this to indicate the operation of the color expression device It further comprises, to further enhance the stability of the device.

In addition, as shown in FIG. 10, the filter part 220 of the dust collecting part 200 is located under the main body 1 and flows out to the second outlet 213b of the second chamber 213 at the rear thereof. A third inlet 221a through which the vapor of the dye ink is introduced is formed, and a filter case 221 having a third outlet 221b through which the vapor of the dye ink flowed out is formed at one front side thereof, and the filter case ( 221, a medium filter 222a for collecting particulate matter having a particle size of 1 to 3 µm, a carbon filter 222b for removing odor components and odors, and a hepa filter 222c for collecting a substance having fine particles in sequence. A filter member 222 which is built-in to clean the vapor of the dye ink, and is installed at the third outlet 221b side of the filter case 221 to the third inlet 221a of the filter case 221. After the vapor of the dye ink introduced is purified while passing through the filter member 222, the third oil It characterized in that it includes a fan 223 to be readily discharged to obtain (221b).

Here, the filter unit 220 extends downward from the main body 1 and is firmly fixed to the support member 8 supporting the main body 1, and the wheels are disposed below the support member 8. It is desirable to have a device 800 so that the device is simply transported.

In addition, as shown in FIG. 8, the collection part 240 of the dust collecting part 200 is connected to the first chamber 212 and the second chamber 213 so as to communicate with each other, and the first chamber 212. A transfer tube 241 formed below the second chamber 213, a collection tube 242 communicating with the transfer tube 241 and extending downward, and having a space therein; 243a, including an inlet 243a at which an end of the collection tube 242 is inserted or coupled, and a settling portion 244 in which the collection cylinder 243 is placed. The vapor liquid 7 buried in the inner wall 212c of the first chamber 212 and the second chamber 213 descends on the inner wall and flows into the transfer pipe 241. It is characterized in that the collection tube 242 to be collected in the collecting container 243.

The transfer pipe 241 of the color expression apparatus 1000 according to the embodiment of the present invention is configured to be formed on both sides of the first chamber 212 and the second chamber 213, but is not limited to this. .

Here, the settled portion 244 in which the collection container 243 is placed is preferably fixed to one side of the support member 8 extending downward from the main body 1.

In addition, as shown in FIG. 11, after being printed in the printing apparatus, the tension of the fabric 6 supplied to the front of the main body 1 is supplied to the heater unit 100 while maintaining a taut state without being wrinkled. Further provided with an adjusting means 500, such a tension adjusting means 500,

The first frame 511 of the "b" shape formed on both front sides of the main body 1 and the first frame 511 and the main body 1 are combined, but the first frame 511 of the A first connection pin 512 formed at the center and allowing the first frame 511 to be rotatable with respect to the center and the first frame 511 to be connected to each other, the first frame 511 of the first frame 511 The first roller 513, which is coupled to the inner side, and a second distance sensor formed at one side of the main body 1 and detecting a movement of the other end of the first frame 511 and transmitting a signal corresponding thereto ( A front portion 510 comprising a 514,

A drive motor 521 for receiving or transmitting a signal transmitted from the second distance sensor 514 instead of the feed roller 5 and a rear side of the main body 1; One end is coupled to the shaft 521a of the drive motor 521 and is rotated by the rotational force of the drive motor 521 and is positioned above the rotation roller 522 and the rotation A second roller 523 that is in close contact with the roller 522 and rotates together when the rotating roller 522 is rotated, a second frame 524 that is respectively coupled to both ends of the second roller 523, and the A second connection pin 525 coupled to one end of each second frame 524 and the main body 1 to allow the second frame 524 to be rotatable based on one end of the second frame 524. Consists of a rear portion 520 comprising a,

As shown in FIG. 12, after being printed in the printing apparatus, the fabric 6 supplied to the front of the main body 1 is pressed by the weight of the first roller 513, and the fabric 6 is not wrinkled. The first roller 513 is gradually lowered when the fabric is supplied to the heater unit 100 and the fabric is continuously supplied from the printing apparatus to the main body 1 as shown in FIG. The other end of the 511 is raised, the second distance sensor 514 detects this and transmits a signal, and the driving motor 521 that receives the signal of the second distance sensor 514 rotates, As the rotary roller 522 coupled to the drive motor 521 rotates, the first roller 513 is lifted by forcibly conveying the fabric 6 to the rear as shown in FIG. The roller 513 is operated to continue to press the fabric (6) supplied from the printing apparatus to be taut, the rotation The fabric 6 wrapped around the outer surface of the roller 522 and the second roller 523 with a cushion member 526 having a cushion to pass between the rotating roller 522 and the second roller 523 is the

rollers

522 and 523. It is characterized by preventing the sliding by the frictional force of the).

That is, by further installing the tension adjusting means 500 in the main body 1, even if the fabric (6) printed in the printing apparatus is crumpled and supplied by the tension adjusting means 500 to be unfolded tightly, the quality of the finished product There is an effect that can be further improved.

In addition, as shown in FIG. 15, an elastic protrusion 610 formed at one side of the second frame 524 and having a predetermined elastic force, and an insertion groove 620 into which the elastic protrusion 610 is inserted and drawn out. Further comprising a fixing means 600, the insertion groove 620 is formed in the main body 1, as shown in Figure 16, the second frame 524 when rotating the second frame The elastic protrusion 610 formed at 524 is inserted into the insertion groove 620 formed at the main body 1, so that the position of the second frame 524 is fixed.

In addition, as shown in Figure 18 is fastened to the fixed bolt 710 and the fixed bolt 710 formed on the lower portion of each of the second frame 524, the fixed bolt 710 is sent to Shanghai When the second frame 524 is lowered, the adjusting nut 720 is in contact with the upper surface of the main body 1 to support the weight of the second frame 524 It characterized in that it further comprises a bending preventing means 700 for preventing the bending of the second roller 523 coupled to the second frame (524).

That is, as shown in FIG. 17, the second roller 523 is coupled to both ends of the second roller 523 when the second roller 523 is lowered to be in close contact with the rotary roller 522. ) Is downward, and since both ends of the second roller 523 are pressurized downward by the weight of the second frame 524 in the downward direction, both ends of the second roller 523. Is bent toward the bottom and the center is bent toward the upper side, as shown in FIG. 18 to form a fixing bolt 710 on the second frame 524, fastening to the fixing bolt 710 The adjustment nut 720 can easily prevent the second roller 523 from bending by relieving the pressure that may be received at both ends of the second roller 523 by contacting the upper surface of the main body 1. It is.

Here, according to the degree of bending of the second roller 523 or the wear of the surface of the second roller 523 is transferred to the upper and lower of the adjustment nut 720 to adjust to the appropriate height is of course used.

The color developing apparatus 1000 according to the embodiment of the present invention having the configuration as described above operates as follows.

First, the surface of the heater unit 100 is preheated to a temperature capable of color expression by applying electricity to the lamp 110, wherein the temperature control sensor 150 is the surface of the heater unit 100, that is, The temperature of the heat transfer plate 140 is measured, and the heating temperature of the lamp 110 is controlled according to the measurement result.

Then, when the preheating of the surface of the heater unit 100 is completed, the fabric 6 printed by the printing apparatus is introduced to the front of the main body 1, the introduced fabric 6 is the tension adjusting means 500 While passing through it is supplied to the heater unit 100 while maintaining a flat state.

Then, the bottom surface of the supplied fabric (6) is passed in contact with the heat transfer plate material 140 of the heater unit 100, at this time, the heat transfer material (6) received the heat from the heat transfer plate material 140 is a color appearance As the process proceeds, the dye ink printed on the fabric 6 is sublimed.

At this time, the vapor of the dye ink to be sublimated is sucked in the suction unit 210 of the dust collector 200.

Here, since one or more separate fans 214a are built into the suction unit 210, the suction unit 210 may suck the vapor of the dye ink with a high suction force.

Then, the vapor of the sucked dye ink is transferred to the filter unit 220 in communication with the suction unit 210, the steam of the transferred dye ink is purified and discharged to the outside while passing through the filter unit 220. .

Here, due to the suction force of the fan 223 installed in the third outlet 221b of the filter unit 220, the vapor of the dye ink sucked from the suction unit 210 is easily sucked into the filter unit 220. And to be discharged.

In this case, the vapor liquid 7 is buried in the inner wall 212c of the first chamber 212 and the second chamber 213 of the suction unit 210 while the steam of the dye ink is sucked naturally. , The vapor liquid 7 is discharged to the outside through the collecting unit 240 is collected.

Finally, the fabric 6, which has completed the color development through the heater unit 100, is forcibly transported and wound up to the winding unit 4 to complete the color development process.

Although the present invention has been described with reference to the embodiments illustrated in the accompanying drawings, this is by way of example and not limited to the above-described embodiments, various modifications and equivalent embodiments are possible from those skilled in the art. You will understand the point. In addition, modifications by those skilled in the art can be made without departing from the scope of the present invention. Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description, but will be defined by the following claims and the technical spirit thereof.

The structure of the heater unit is simplified, and the dust collecting unit is formed integrally with the color expression device, so that the operation and maintenance are easy, and the size of the device is reduced, thereby freeing the constraints of the transport and installation space, and generating light and heat as a heat generating means. By using a lamp that emits light, the preheating time can be shortened to 90 to 140 ° C., which is the temperature at which color can be expressed, thereby improving productivity and efficiency of work, thereby increasing the price competitiveness of the product.

Claims

A main body 1 provided with a fabric 6 supplied from a printing apparatus that applies dye ink to directly print or print characters or patterns of various colors on the surface of the fabric 6, and embedded inside the body 1 The heater unit which sublimates the dye ink applied to the surface of the fabric 6 by applying heat to the fabric 6 transferred to the main body 1 to firmly adhere the dye to the fabric 6 to enable vivid color expression. (2) and a dust collecting part which is formed on the heater part 2 and sucks steam made of water or additives except the dye component in the dye ink that is sublimed during the color expression process, and filters the water or additives to the outside and discharges them to the outside. (3) and a color developing apparatus comprising a conveying roller (5) for forcibly conveying the fabric (6) having completed color expression to the winding portion (4),

The heater unit 100,

One or more lamps 110 that generate a large amount of light and heat when electricity is applied,

A reflector plate 120 positioned below the lamp 110 and configured to emit light and heat emitted from the lamp 110 upward;

The case has a space therein, the lamp 110 and the reflecting plate 120 is built into the space, the upper portion of the case 130,

Coupled to the open upper portion of the case 130 to close the internal space of the case 130, the upper surface is formed with a roughness is formed so as to transmit heat but suppress the transmission of light, and

Temperature control sensor for controlling the heat generated temperature of the lamp 110 to maintain a temperature of 90 to 160 ℃ possible color expression by measuring the temperature of the heat transfer plate 140 receives the heat emitted from the lamp 110 Consists of 150,

The dust collector 200,

It is coupled to the upper portion of the main body 1, is formed to be relatively rotatable with respect to the main body 1, and the vapor of the dye ink that is sublimed in the fabric (6) passing through the heater unit 2 in the color development process Suction unit 210 to suck,

Located in the lower portion of the main body 1, the filter unit 220 is in communication with the suction unit 210 to clean the vapor of the dye ink sucked in the suction unit 210, and

A connection hose 230 connecting the suction part 210 and the filter part 220 to communicate with each other;

In the process of inhaling the vapor of the dye ink in the suction unit 210, the steam generator (7) is characterized in that it comprises a collecting unit 240 for collecting and discharging the vapor liquid (7) generated to the outside .
The method of claim 1,

The lamp 110 of the heater unit 100,

Color-generating device, characterized in that formed with at least one selected from halogen, near-infrared, far-infrared lamp.
The method of claim 1,

The heat transfer plate 140 of the heater unit 100,

Color developing apparatus, characterized in that formed of any one selected from the tempered glass plate, ceramic glass plate, quartz glass plate.
The method of claim 1,

The suction part 210 of the dust collecting part 200,

Located on the upper part of the main body 1, coupled to the main body 1 by a rotation shaft 211a formed long in the longitudinal direction of the main body 1, it is relatively rotated with respect to the rotation shaft 211a to be opened and closed. The lower part of the housing 211 is opened,

It is placed inside the housing 211, has a space therein, the lower one side is formed with one or more first inlet (212a) is introduced into the vapor of the dye ink is sublimated during the color development process, the upper side of the dye introduced A first chamber 212 in which one or more first outlets 212b through which the vapor of ink flows are formed;

The second inlet 213a into which the vapor of the dye ink, which flows into the first outlet 212b of the first chamber 212, is placed inside the housing 211 but has a space therein. A second chamber 213 formed to correspond to the number of first outlets 212b and having a second outlet 213b through which the vapor of the dye ink flowed out;

The first outlet 212b of the first chamber 212 and the second inlet 213a of the second chamber 213 are connected to each other, and a fan 214a is formed at the center of the first chamber 212. And a suction tube (214) for easily sucking the vapor of the dye ink at 212 and easily sending the vapor of the sucked dye ink to the second chamber (213).
The method of claim 4, wherein

As the steam is naturally cooled in the process of introducing the dye ink into the first chamber 212, the vapor liquid 7 buried in the inner wall 212c of the first chamber 212 is the first chamber 212. In order to prevent the flow back to the first inlet (212a) of the inner wall (212c) of the first chamber 212, the "b" shaped backflow prevention portion 300 is formed on the upper portion Color expression apparatus, characterized in that.
The method according to claim 4 or 5,

It is formed in the lower portion of the housing 211, when the housing 211 is opened, the color expression device further comprises a first distance detecting sensor 400 for detecting this to indicate the operation of the color expression device .
The method of claim 1,

The filter unit 220 of the dust collecting unit 200,

Located in the lower part of the main body 1, a third inlet (221a) is formed at the rear of the dye inlet vapor flowing out to the second outlet (213b) of the second chamber 213, the front one side A filter case 221 in which a third outlet 221b through which the vapor of the dye ink flowed out is formed;

Medium filter (222a: Medium filter) for collecting particulate matter having a particle size of 1 to 3㎛ inside the filter case 221, Carbon filter (222b: Carbon filter) for removing odor components and odors, Material having fine particles Hepa filter (222c: HEPA Filter) for collecting the filter member 222 to clean the vapor of the dye ink is sequentially embedded, and

It is installed at the third outlet (221b) side of the filter case 221 and the vapor of the dye ink introduced into the third inlet (221a) of the filter case 221 is purified while passing through the filter member 222 And a fan 223 for easily flowing out to the third outlet 221b.
The method of claim 1,

The collecting unit 240 of the dust collecting unit 200,

A transfer pipe 241 connected to the first chamber 212 and the second chamber 213 so as to communicate with each other, the lower side of the first chamber 212 and the second chamber 213;

A collection tube 242 communicating with the transfer tube 241 and extending downward;

It has a space therein, the upper portion has an inlet (243a), the inlet (243a) and the collection tube (243) is inserted into or coupled to the end of the collection pipe 242,

Including a settled portion 244, the collection container 243 is placed,

The vapor liquid 7 buried in the inner wall 212c of the first chamber 212 and the second chamber 213 descends on the inner wall and flows into the transfer pipe 241, and the introduced vapor liquid 7 flows in. The color expression unit is formed integrally with the dust collector, characterized in that to be collected in the collection tube (243) through the collection pipe (242).
The method of claim 1,

After printing in the printing apparatus, further comprising a tension adjusting means 500 to be supplied to the heater unit 100 while maintaining the tension of the fabric (6) supplied to the front of the main body 1 is not wrinkled Color expression apparatus, characterized in that.
The method of claim 9,

The tension control means 500,

The first frame 511 of the "b" shape formed on both front sides of the main body 1 and the first frame 511 and the main body 1 are combined, but the first frame 511 of the A first connection pin 512 formed at the center and allowing the first frame 511 to be rotatable with respect to the center and the first frame 511 to be connected to each other, the first frame 511 of the first frame 511 The first roller 513, which is coupled to the inner side, and a second distance sensor formed at one side of the main body 1 and detecting a movement of the other end of the first frame 511 and transmitting a signal corresponding thereto ( A front portion 510 comprising a 514,

A drive motor 521 for receiving or transmitting a signal transmitted from the second distance sensor 514 instead of the feed roller 5 and a rear side of the main body 1; One end is coupled to the shaft 521a of the drive motor 521 and is rotated by the rotational force of the drive motor 521 and is positioned above the rotation roller 522 and the rotation A second roller 523 that is in close contact with the roller 522 and rotates together when the rotating roller 522 is rotated, a second frame 524 that is respectively coupled to both ends of the second roller 523, and the A second connection pin 525 coupled to one end of each second frame 524 and the main body 1 to allow the second frame 524 to be rotatable based on one end of the second frame 524. Consists of a rear portion 520 comprising a,

After being printed by the printing apparatus, the fabric 6 supplied to the front of the main body 1 is pressed by the weight of the first roller 513 and the fabric 6 is not wrinkled, and the heater unit 100 is tightened. The first roller 513 is gradually lowered when the raw material is continuously supplied from the printing apparatus to the main body 1, and the other end of the first frame 511 is raised, and the second distance sensor 514 detects this and transmits a signal, and the driving motor 521 that receives the signal of the second distance sensor 514 rotates, and the rotating roller 522 coupled to the driving motor 521 rotates. Rotate to force the fabric (6) to the rear to raise the first roller 513, so that the first roller 513 to continue to press the fabric (6) supplied from the printing apparatus to be taut. It works,

The fabric 6 wrapped around the outer surface of the rotary roller 522 and the second roller 523 with a cushion member 526 having a cushion to pass between the rotary roller 522 and the second roller 523 is the roller. (522, 523) to prevent the slipping caused by the frictional force.
The method of claim 10,

An elastic protrusion 610 formed on one side of the second frame 524 and having a predetermined elastic force;

Further comprising a fixing means 600 consisting of an insertion groove 620 into which the elastic protrusion 610 is inserted and withdrawn,

The insertion groove 620 is formed in the main body 1, and when the second frame 524 is rotated, the insertion groove in which the elastic protrusion 610 formed in the second frame 524 is formed in the main body 1. 620 is inserted into the color expression apparatus, characterized in that for fixing the position of the second frame (524).
The method of claim 10 or 11,

Fixing bolts 710 formed in the lower portion of each of the second frame 524,

It is fastened to the fixing bolt 710, consisting of a control nut 720 is sent to Shanghai by the fixing bolt 710,

When the second frame 524 is lowered, the adjusting nut 720 is coupled to the second frame 524 by contacting the upper surface of the main body 1 to support the weight of the second frame 524. Color developing apparatus further comprises a bending preventing means (700) for preventing the bending of the second roller (523).
The method of claim 1,

The lower part of the main body (1) by installing a wheel 800, the color expression apparatus characterized in that the device is easily transported.