KR20100098059A - The integrated auto dyeing machine for natural dye - Google Patents

Abstract

PURPOSE: An integrated automatic dyeing machine is provided to easily dye a material by performing mordanting, dyeing, dehydrating, washing, and drying processes with one machine. CONSTITUTION: An integrated automatic dyeing machine comprises the following: a holding unit(10) formed with a front plate(11), an outer drum(12), and an inner drum(13); a circulating line(20) including circulation pipes(21,21') connected to each circulation pump(22); a raw material feeding unit formed with multiple sections; a drying unit(40) supplying heated air heated by a heater(41), to the outer drum; and a dye mixing unit(50) including a chamber(50') connected to the outer drum using supply pipes(54,54') and a supply pump(55).

Description

Integrated auto dyeing machine for natural dye

The present invention relates to an integrated automatic natural dyeing machine, which is coupled to a cylindrical outer drum having one side open to a front plate on which an opening is formed, an opening and closing door that is opened and closed to the opening of the front part is assembled, and a plurality of inside the outer drum. Receiving portion of the structure in which the inner drum forming the two holes to rotate in the motor; A circulation line having a circulation pipe connected to upper and lower portions of the external drum, and a pump connected to each circulation pipe; A material supply part configured to have partitions having a plurality of divided spaces, to pipe pipes to the respective partition parts, and to connect the partition parts to the external drums; A drying unit for supplying air heated to the external drum by a heater; A steam line for supplying steam to the chamber, a water supply line for supplying water, and a steam outlet for discharging steam are installed, and an automatic dyeing machine including a dye mixing unit having a structure connected to a supply pipe and a pump from the chamber to an external drum is provided. Supplying the natural dyeing material to the material supply unit, and supplying steam and water to the dye mixing unit, the receiving unit to accommodate the fiber, circulating the liquid in the receiving unit by the circulation line, the natural dyeing The process of refining, mortar, dyeing, dehydration, washing and drying can be automatically handled, so dyeing is convenient, easy to manage, and good for productivity.

In general, dyeing refers to penetrating and fixing dyes in fabrics, yarns, etc. using dyes dissolved and dispersed in an aqueous dyeing solution or a paste, and dyeing by traditional manual work, Alternatively, dyeing machines may be used for bulk operations, and the dyes may be natural dyes extracted from natural materials and artificial dyes produced by the chemical industry.

General natural dyes are classified into vegetable dyes, animal dyes, and mineral dyes according to their kinds, and the vegetable dyes are divided into monochromatic dyes and polychromatic dyes, and monochromatic dyes refer to one color as one kind of dye. The polychromatic dye refers to a dye that can be dyed in various other colors by using a variety of mordants (chemicals that help the color) even if one dye is used. Gardenia, gardenia, barberry, persimmon, persimmon, 칡, painting tree, noble tree, tender tree.

Animal dyes are dyes, which are the main raw materials of animal origin, such as cochineal, gall bladder, purple clam (small), ringworm, murex, chemise, and rock, and are mostly mordant dyes that need to be buried.

In addition, mineral dyes, such as navy blue, Bengala, podium, tapping, rosin, ocher, etc., the general mineral pigments are easily peeled off just by using them, so the electrodeposition agents such as glutinous rice taste, glue, animal oil (pigment to ensure that Substance), and in modern times, mainly juice.

In addition, natural dyeing is required in addition to the natural dyes mordant, the mordant, to help the dyeing well, general mordants, there are alum, lye, iron, etc., alum in the pharmacy, lye iron chemicals It can be obtained at the market, and the iron mordant can be used by boiling water with iron products such as rusty nails in vinegar, and the general mordant method is mordant which is mixed with mordant before dyeing, simultaneous dyeing with dye and mordant, There is a post-mortem, which is dyed and then treated.

Looking at the method of dyeing the fabric (fabric) using the natural dyes and mordants as described above, first, the refining operation is to clean the prepared fibers (fabric paper, non-woven fabric, thread, etc.), to remove impurities attached to the fibers The work is to ensure that the dye solution is well absorbed by the fabric and dyes well.

In addition, the natural dye solution is extracted from the materials of the natural dyes provided above, and the natural dye solution is extracted by leaving water mixed with the materials of most natural dyes. Extract the liquid.

Thus, the fiber dipped in the natural dye solution is immersed, rubbed to some extent, or soaked for a predetermined time so that the fiber is sufficiently dyed, and in this process, the natural dye solution is heated to a certain amount. It may be maintained at a temperature or may be steamed and aged.

In addition, depending on the type of fiber and the material of the natural dye, prior to the dyeing, using a mordant, the pre-solding process to mordish the fiber after the refining process, or the fiber dyed fiber after the refining process After the mordant treatment, or after the pre-salt treatment, dyeing, and post-salt treatment, the fibers are sequentially dyed, and after the dyeing and mortar treatment, the dyeing, or, Repeating the treatment is repeated to adjust the dyeing density of the desired fiber.

Finally, after the dyeing and mordant treatment, the natural dyeing process is completed by sufficiently washing and drying in clean or flowing water.

However, since the general natural dyeing process is generally carried out by hand, it takes a lot of time, there is a problem that the cost for production increases, the yield is low.

In addition, most of the dyeing machine for natural dyeing is large in size and scale, it takes a lot of initial installation cost, there was a problem that is not suitable for a small-scale workshop.

In addition, a conventional dyeing machine, rather than a dyeing process, washing process, drying process in one device, provided with a dyeing device, a washing device, a drying device separately constitute a dyeing machine, each fabric (fabric) Since dyeing is carried out by moving each device corresponding to the process, it takes a lot of time and money to dye for a small amount of cloth or a sample dyeing cloth, and a lot of costs are also required to manage and maintain the dyeing machine. While moving each of these devices, there is a problem that is likely to be contaminated by the surrounding environment.

In addition, since natural dyeing is different from the natural dyeing method and conditions depending on the type of fiber and the material of the natural dye, there is a need for a dyeing machine capable of varying the program of the dyeing process for any fiber or natural dye.

Therefore, in order to solve the above problems, a cylindrical outer drum having one side is opened to the front plate on which the opening is formed, and an opening / closing door capable of opening and closing is opened in the opening of the front portion, and the inside of the outer drum has a plurality of openings. Receiving portion of the structure in which the inner drum forming the two holes to rotate in the motor; A circulation line having a circulation pipe connected to upper and lower portions of the external drum, and a pump connected to each circulation pipe; A material supply part configured to have partitions having a plurality of divided spaces, to pipe pipes to the respective partition parts, and to connect the partition parts to the external drums; A drying unit for supplying air heated to the external drum by a heater; A steam line for supplying steam to the chamber, a water supply line for supplying water, and a steam outlet for discharging steam are installed, and an automatic dyeing machine including a dye mixing unit having a structure connected to a supply pipe and a pump from the chamber to an external drum is provided. Supplying the natural dyeing material to the material supply unit, and supplying steam and water to the dye mixing unit, the receiving unit to accommodate the fiber, circulating the liquid in the receiving unit by the circulation line, the natural dyeing The process of refining, mortar, dyeing, dehydration, washing and drying can be automatically handled, so dyeing is convenient, easy to manage, and to increase productivity.

In addition, the receiving portion further comprises a discharge pipe that falls outside, the discharge pipe is configured with a solenoid valve, so that the liquid of the receiving portion is discharged directly to the outside by the discharge pipe, the steam in the receiving portion Further configured to supply a steam pipe, the steam pipe is provided with a solenoid valve to supply steam directly to the receiving portion by the steam pipe, the receiving portion is provided with a heater, the desired liquid inside the receiving portion Allow the temperature to be set.

In addition, the drying unit blows hot air toward the lower portion of the outer drum and the lower portion of the outer drum so that drying is effectively performed.

Thus, in the present invention, a cylindrical outer drum having one side is coupled to a front plate having an opening hole, and an opening and closing door capable of opening and closing is assembled in the opening hole of the front portion, and a plurality of through holes are formed inside the outer drum. Receiving portion of the structure in which the inner drum rotates on the motor; A circulation line having a circulation pipe connected to upper and lower portions of the external drum, and a pump connected to each circulation pipe; A material supply part configured to have partitions having a plurality of divided spaces, to pipe pipes to the respective partition parts, and to connect the partition parts to the external drums; A drying unit for supplying air heated to the external drum by a heater; A steam line for supplying steam to the chamber, a water supply line for supplying water, and a steam outlet for discharging steam are installed, and an automatic dyeing machine including a dye mixing unit having a structure connected to a supply pipe and a pump from the chamber to an external drum is provided. Supplying the natural dyeing material to the material supply unit, and supplying steam and water to the dye mixing unit, the receiving unit to accommodate the fiber, circulating the liquid in the receiving unit by the circulation line, the natural dyeing Because it can automatically process the process of refining, mortar, dyeing, dehydration, washing, and drying necessary, the dyeing of the dye is convenient, easy to manage, and good productivity.

In addition, the receiving portion further comprises a discharge pipe that falls outside, the discharge pipe is configured with a solenoid valve, so that the liquid of the receiving portion is discharged directly to the outside by the discharge pipe, the steam in the receiving portion Further configured to supply a steam pipe, the steam pipe is provided with a solenoid valve to supply steam directly to the receiving portion by the steam pipe, the receiving portion is provided with a heater, the desired liquid inside the receiving portion It is easy to set the temperature.

In addition, the drying unit, by blowing hot air toward the lower portion of the outer drum and the lower outer drum, the drying is fast and there is an effect of minimizing wrinkles and damage of the dyed fibers.

The present invention relates to an integrated automatic natural dyeing machine, which is coupled to a cylindrical outer drum having one side open to a front plate on which an opening is formed, an opening and closing door that is opened and closed to the opening of the front part is assembled, and a plurality of inside the outer drum. Receiving portion of the structure in which the inner drum forming the two holes to rotate in the motor; A circulation line having a circulation pipe connected to upper and lower portions of the external drum, and a pump connected to each circulation pipe; A material supply part configured to have partitions having a plurality of divided spaces, to pipe pipes to the respective partition parts, and to connect the partition parts to the external drums; A drying unit for supplying air heated to the external drum by a heater; A steam line for supplying steam to the chamber, a water supply line for supplying water, and a steam outlet for discharging steam are installed, and an automatic dyeing machine including a dye mixing unit having a structure in which a supply pipe and a pump are connected to the external drum from the chamber is provided. Natural material is supplied to the material supply part, steam and water are supplied to the dye mixing part, fibers are received to the receiving part, and the liquid can be circulated by the circulation line. The process of refining, embedding, dyeing, dehydration, washing and drying required for dyeing can be automatically handled, so that dyeing is convenient, easy to manage, and good for productivity.

Integrated automatic natural dyeing machine according to the present invention is largely composed of a receiving portion, a circulation line, a material supply portion, a drying portion, a dye mixing portion, each part will be described in detail with reference to the drawings as follows.

First, as shown in Figs. 1 and 2, the receiving portion 10 is composed of a front plate 11, an outer drum 12 and the inner drum 13, the front plate 11 is a plate-like, A circular through-hole 11a is formed, the outer drum 12 is hollow inside, one end is formed in a cylindrical shape, the inner drum 13 is hollow and one end is a cylindrical shape, It is formed in a structure that forms a plurality of through-holes 13 'penetrated along the outer circumference.

So when the open part of the outer drum 12 is integrally assembled into the opening hole 11a of the front plate 11, the inner drum 13 is assembled inside the outer drum to form the accommodating part 10. The inner drum 13 is configured to rotate by the motor 14 on the other side of the front plate (11).

In addition, as shown in Figure 3, inside the inner drum 13, the stirring hole 13a of the rod shape is fixed along the longitudinal direction of the inner drum 13, the stirring hole (installed as described above ( 13a) are formed along the inner circumference of the inner drum 13 in the circumferential direction, and the stirring hole 13a has a flat cross section, a hollow square inside, or a drawing. As shown in the figure, the inside is formed into a hollow cross section, and the stirring hole 13a preferably forms a plurality of through holes 13a '.

And the rotation of the inner drum 13 is made by the motor 14, the inner drum 13 is connected to the reducer rather than directly connected to the motor 14 can adjust the rotational speed of the inner drum 13 In addition, it is also desirable to be connected by power transmission means such as pulleys and belts.

In addition, the external drum 12 is installed on the (off), off (off) a variety of sensors according to the state of the inside of the external drum 12, the humidity sensor to check the humidity, the drying sensor to check the dryness, It is preferable to install a temperature sensor for checking the temperature, the inlet 12a is formed in the upper portion of the outer drum 12, the outlet 12b is formed in the lower portion of the outer drum 12, the inlet ( A shower 12a 'is installed in the downward direction inside the outer drum 12 of 12a, and a shower 12a' having an area larger than that of the inlet 12a is installed. A through hole is formed so that the liquid (water, natural dye, mordant, natural dye liquid, etc.) introduced into the inlet 12a is spread out in a large area by the shower.

In addition, the accommodating part 10 further includes a gas discharge part 16, a drain pipe 17, and a steam supply pipe 18, and the gas discharge part 16 is disposed above the accommodating part 10. It is configured to allow the steam or steam inside the receiving portion 10 to be discharged to the outside, the drain pipe 17 is configured in the lower portion of the receiving portion 10, so that the liquid in the inside can be discharged, The steam supply pipe 18 is a pipe for supplying steam to the accommodating part, and the steam supply pipe 18 is installed to supply steam from the outside, and the drain pipe 17 and the steam supply pipe 18 are provided in the steam supply pipe 18. Install a solenoid valve to control opening and closing.

1, the circulation pipes 21 and 21 'are connected to the inlet 12a and the outlet 12b of the outer drum 12, respectively, as shown in FIG. A pump 22 is connected to the pipes 21 and 21 ′ so that the water (or dye, or dye aqueous solution) of the external drum 12 is circulated by the pump 22, and the discharge port 12b A filter is preferably installed between the pump and the pump 22, which filters out debris or impurities contained in the liquid.

On the other hand, in order to install the filter in the circulation pipe (21 '), it is preferable to install the filter unit 23, for this purpose to form a main body that can open and close the lid, to form the inlet and the outlet When the circulation pipe 21 ′ is connected to the inlet and outlet of the main body, water (or dye, or dye aqueous solution) exiting from the outlet 12b of the external drum 12 is filtered through the filter unit 23. After entering the inlet through the filter and passing through the filter, the water (or dye, or the dye aqueous solution) filtering out the foreign matter or impurities passes through the outlet of the main body and passes through the circulating pipe 21 again to the inlet 12a of the external drum 12. It is injected into).

In addition, the material supply unit 30, as shown in Figure 4, for supplying a variety of materials for supplying a dye, a partition portion having a structure in which a plurality of spaces for accommodating liquid or powder is divided first And forming a water inlet at an upper portion of one side of each space of the partition portion 31 or an upper side of each of the compartments 31, and a mixing outlet at the bottom of the other side of the respective water inlets or at a lower side of the side. do.

Each inlet of the material supply unit 30 is provided with a pipe for supplying water, and each of the pipes are provided with a solenoid valve 34 (solenoid), it is possible to control the water supply through the solenoid valve 34. Make sure

In addition, the upper portion of the partition 31 is provided with a cover that can be opened and closed, the water inlet in each of the partition 31 to form a cover of the letter 'A' cross-section, which is introduced into the partition 31 Water is prevented from being fired directly to the opposite side, so that the material supplied to the water supply portion is uniformly mixed, and the hopper 32 is integrally coupled to the lower portion of the partition 31, and the hopper 32 The bottom of the outer drum 12 is connected by a pipe, so that the material mixed in the water is mixed into the outer drum 12.

Next, as shown in FIG. 1, the drying unit 40 blows hot air into the inner drum 13, and includes a heater 41 for generating heat and a blower 42 for blowing air. The blower 42 blows hot air generated by the heater 41 into the inner drum 13, and according to a pipe position for blowing the hot air into the inner drum 13, the lower heater line ( 43 and the front heater line 44.

First, the lower heater line 43 connects the hot air generated in the heater 41 and the blower 42 to the lower part of the lower drum by piping a pipe between the blower 42 and the lower part of the lower drum. It blows hot air to the bottom.

In addition, the front heater line 44 is piped to blow hot air into the blower 42 and the lower side of the opening hole 11a of the front plate 11, but the opening and closing door 15 is provided in the opening hole 11a. Since it is assembled, it is not easy to blow hot air into the lower part of the opening hole 11a.

’의 단면으로 원형을 형성하는 가이드덕트(45)를 형성하고, 상기 가이드덕트(45)가 상기 전면판(11)의 개방홀(11a)의 가장자리로 조립되어 밀폐된 구조로 형성되고, 상기 가이드덕트(45)의 원주면에는 관통된 통공을 다수개 형성하며, 상기 가이드덕트(45) 상부와 상기 블로어(42)는 파이프로 배관되어, 상기 히터(41) 및 블로어(42)에 발생한 열풍을 하부드럼 하부와 연결하여, 하부드럼 하부로 열풍을 불어내는 방식이다.Thus, the front heater line 44, '

A guide duct 45 is formed to form a circle in the cross section of ', the guide duct 45 is assembled to the edge of the opening hole (11a) of the front plate 11 is formed in a sealed structure, the guide A plurality of through holes are formed on the circumferential surface of the duct 45, and the upper portion of the guide duct 45 and the blower 42 are piped to each other so that the hot air generated in the heater 41 and the blower 42 is formed. It is connected to the lower part of the lower drum and blows hot air to the lower part of the lower drum.

On the other hand, the front heater line 44 is coupled to the opening and closing door 15 of the receiving portion 10, for this purpose, the outer periphery of the opening and closing door 15 is a guide duct 45 of the front heater line 44 ) Is formed integrally with the protrusion projecting into the guide duct 45, in fact, when the hot air moves to the front heater line 44, the hot air escapes the through hole of the guide duct 45 It blows into the outer drum 12 while hitting the outer periphery of the protrusion of the opening and closing door 15.

Finally, as shown in FIG. 1, the dye mixing unit 50 supplies a dye solution to the inner drum 13. First, the dye mixing unit 50 includes a chamber 50 'capable of accommodating the liquid. The upper part of the chamber 50 'is formed with a plurality of openings which are partially open, and each opening is provided with a cover 50 ″ that can be opened and closed.

In addition, a steam line 52 for supplying steam and a water supply line 51 for supplying water are formed in the chamber 50 ', and steam for preventing excessive pressure rise is provided in the upper portion of the chamber 50'. A steam outlet 53 for discharging is provided, and a drain 58 is provided at one lower side of the chamber 50 'to discharge the residues inside the chamber 50', and the chamber 50 '. In order to check the state inside, the chamber 50 'is provided with a water level sensor and a temperature sensor.

In addition, the chamber 50 'and the external drum 12 are connected with a supply pipe 54, 54' and a supply pump 55, and the dye inside the chamber 50 'is supplied by the supply pump 55. The aqueous solution is introduced into the inner drum 13 of the outer drum 12, and the supply pipe 54 'and the chamber 50' between the supply pump 55 and the outer drum 12 form a recovery line again. The recovery line is connected to the supply pipe between the supply pump 55 and the external drum 12, the solenoid valve 57 (solenoid valve) recovery pipe 56 is connected, the recovery pipe 56 is again the chamber (50 '), the dye solution introduced into the outer drum 12 is collected back to the chamber (50').

Thus, the receiving unit 10 that can accommodate the fibers to be dyed, the circulation line 20 for circulating the dye through the pump to the receiving unit 10, the material supply unit for supplying material and water to the receiving unit 10 30, a natural dyeing automatic dyeing machine composed of a drying unit 40 for applying hot air into the receiving unit 10, a dye mixing unit 50 for supplying and collecting the dye in the receiving unit 10 do.

Looking at the method of natural dyeing through a dyeing machine through the automatic dyeing machine configured as described above, first, to wash the fibers to be dyed, first, the fibers are put into the receiving portion, water is added, and then rotate the inner drum (11) After removing the impurities and other chemicals of the fiber, and after washing for a certain time, the drain pipe 17 is used to drain the water inside, and the inner drum 11 is rotated again to dehydrate the fiber, and the washing The fiber is refined (washed cleanly) after a great deal of dehydration.

Subsequently, a method of constituting the natural dye solution and the mordant for natural dyeing or mordant treatment is as follows.

First, a natural dye or a mordant is introduced into each compartment 31 according to the order through the material supply unit, and the refined fiber is put into the inner drum 13 of the accommodating part 10, and the door 15 is opened and closed. Close and seal.

When water is supplied to water and the water is introduced into the partition part 31, the natural supply dye is supplied into the outer drum 12 in a state where the material supply part 30 is mixed with water. Make up liquid and mordant.

In addition, the supply of the natural dye liquid and mordant, after emptying the interior of the receiving portion 10, after supplying the natural dye and mordant through the material supply unit 30 with water, and mixed in the receiving portion 10, After moving to the chamber 50 ', the refined fiber is put into the receiving portion 10, and then water in the chamber 50' is moved to the containing portion 10, whereby natural dyeing or mordant treatment can be performed.

In addition, the supply of the natural dye liquid and mordant, leaving the refined fibers in the receiving portion 10 as it is, open the cover 50 ″ of the chamber 50 ', and the natural dye or mordant is added, After the supplied water and steam is supplied, the natural dye solution or the mordant of the dye mixture part can be pumped to the receiving part.

In addition, in the natural dyeing process or mordant treatment, according to the type of fiber and the type of natural dyes and mordant, natural dye solution and mordant should provide the appropriate temperature, for this purpose, the temperature through the temperature of the water to supply Matching or raising the water temperature of the chamber 50 'by steam while supplying the water supplied to the receiving portion 10 through the chamber 50', or inside the receiving portion 10, or A heater is provided in the chamber 50 'to directly raise the water by the heater.

When the natural dye solution or mordant is supplied to the receiving portion 10 as described above, the inner drum 13 is rotated together with the fiber to operate the pump of the circulation line 20 to circulate the natural dye solution or mordant. 20, the inner drum 13 is rotated, while minimizing the entanglement between the fibers while stirring uniformly by the stirring port (13a) of the inner drum 13, the circulation line 20 And dyes are uniformly injected into the fiber as the dye is uniformly sprayed from the top by the shower, and each dye is supplied through the inner drum 13 and the stirring port 13a, so that the dye and the fiber By minimizing the friction of the fiber, the damage of the fiber is minimized, and in the above process, according to the type accommodated in the accommodating part 10, the natural dyeing process, or the mordging process of the fiber.

After the natural dyeing or mordant treatment, the liquid of the accommodating part 10 is moved to the chamber 50 'through a recovery line, and the inner drum 13 is rotated to remove water remaining on the fiber as much as possible by centrifugal force. Perform dehydration work.

In addition, the natural dyeing and mordant treatment, depending on the type of fiber and the type of natural dye, cross-repeating or repeating a plurality of times, after the natural dyeing and dyeing process is finished, washing and dehydration process is repeated, Water is supplied to the outer drum 12 to supply an appropriate amount of water, and while rotating the drum, the water is circulated through the circulation line 20 to wash the fibers, and the washed water is the chamber 50. After draining through the recovery line of ′), and the water is sufficiently drained, the inner drum 13 is rotated to dehydrate the fibers as much as possible by centrifugal force.

Then, the hot air is blown into the inner drum 13 through the drying part 40, and when the fiber is completely dried, the natural dyeing of the fiber is completed.

Since the automatic dyeing machine is dyed, embedded, dehydrated, washed and dried at the same time in one device, it is convenient, easy to manage, and it is easy to produce a small amount of fiber, Accordingly, the order of the process can be adjusted, it is possible to natural dyeing in a variety of ways depending on the type of fiber and the type of natural dye material.

1 is an assembled perspective view of an automatic dyeing machine according to the present invention.

2 is a partially assembled perspective view of the automatic dyeing machine according to the present invention.

Figure 3 is a cross-sectional view of the inner drum of the automatic dyeing machine according to the present invention.

Figure 4 is a perspective view of the material supply unit of the automatic dyeing machine according to the present invention.

[Description of Code for Major Parts of Drawing]

10: accommodating part 20: circulation line

30: material supply part 40: drying part

50: dye supply unit

Claims (6)

A cylindrical outer drum having one side is coupled to the front plate on which the opening is formed, and an opening and closing door capable of opening and closing is assembled in the opening of the front part. An inner drum having a plurality of through holes is rotated in the outer drum. Receiving portion of the structure; A circulation line having a circulation pipe connected to upper and lower portions of the external drum and a pump connected to each circulation pipe; A material supply part configured to have partitions having a plurality of divided spaces, to pipe pipes to the respective partition parts, and to connect the partition parts to the external drums; A drying unit for supplying air heated to the external drum by a heater; A steam line for supplying steam to the chamber, a water supply line for supplying water, and a steam outlet for discharging steam are installed, and an automatic dyeing machine including a dye mixing unit having a structure connected to a supply pipe and a pump from the chamber to an external drum is provided. , The automatic dyeing machine, an integrated automatic natural dyeing machine, characterized in that to provide a natural dyed fiber in the process of dyeing, drying, washing, drying. The method of claim 1, The drying unit, Piping the heat of the heater to the lower heater line and the front heater line that blows hot air to the external drum by a blower, The lower heater line is piped to blow the hot air to the bottom of the outer drum, The front heater line is

Guide duct forming a circular cross section of the front plate is formed in a sealed structure by assembling the edge of the opening of the front plate, a plurality of through holes are formed in the lower circumferential surface of the guide duct, Pipe to blow in, The outer circumferential edge of the opening and closing door integrally forms a protrusion projecting into the guide duct while covering the guide duct of the front heater line. An integrated automatic natural dyeing machine, characterized in that the drying effect is fast. The method of claim 1, In the circulation line, the filter is installed in the circulation pipe connected to the pump from the external drum, In the dye mixing unit, the supply pipe is provided with a solenoid valve and a recovery pipe, and constitutes a recovery line through which the recovery pipe leads to the chamber. The chamber is provided with a drain, An integrated automatic natural dyeing machine characterized by facilitating the transfer of dyes. The method according to any one of claims 1 to 3, Install a solenoid valve on each pipe for supplying water to the material supply unit, A water inlet is formed in an upper portion of one side of each of the compartments, or an upper side of each of the compartments, and a mixing outlet is formed in the other lower portion of the respective water inlets or in the lower side of the compartment, The water inlet of each of the compartments to form a 'b' shaped cross section, the lower portion of the compartment is integrally coupled to the hopper, the bottom of the hopper and the outer drum is composed of a structure connected to the pipe, Integrated automatic natural dyeing machine, characterized in that the material is easily added to the dye. The method according to any one of claims 1 to 3, In the external drum, a humidity sensor, a drying sensor, a temperature sensor is installed, The chamber is provided with a temperature sensor and a water level sensor, Integrated automatic natural dyeing machine, characterized in that the operation of the automatic dyeing machine is made easily. The method according to any one of claims 1 to 3, The upper portion of the receiving portion is provided with a gas discharge unit for discharging the steam or steam inside the receiving portion to the outside, It is configured in the lower part of the accommodating part, and constitutes a drain pipe from which the liquid inside the accommodating part is drained. Further configured to the steam supply pipe for supplying steam to the receiving portion, The drain pipe and the steam supply pipe is provided with a solenoid valve, An integrated automatic natural dyeing machine characterized by facilitating fluid movement inside the receptacle.

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