KR20150087501A - Rapid dyeing machine have discharger of dyeing liquid - Google Patents

Abstract

The present invention relates to a rapid dyeing machine having a dyeing liquid discharging hole, including a storage part formed by surrounding a header, a staying pipe, a transferring pipe and a discharging ball; a water supplying part which has a dyeing liquid hole, a dyeing liquid storage tank, a dyeing liquid supplying motor, a heat exchanger and is connected to the heat exchanger to supply water to the heat exchanger; a filter part which is connected to the other side of the heat exchanger and has a filter to remove foreign materials included in a dyeing liquid; a circulating part whose one side is connected to the filter part and the other side is connected to the staying pipe to supply the dyeing liquid to the inside of the staying pipe; and a main motor and a main pump which are consecutively connected to the circulating part to enable the dyeing liquid to flow in a certain speed.

Description

Technical Field [0001] The present invention relates to a rapid dyeing machine having a dye-

The present invention relates to a rapid dyeing machine having a salt solution outlet, and more particularly, to a dyeing machine for dyeing a dyeing solution by circulating inside a dyeing dyeing machine and controlling the rate at which the dyeing dye is circulated in the dyeing dyeing machine, The present invention relates to a rapid dyeing machine having a dye-discharging port for preventing a tangling of a fabric to be charged with a dye-containing salt solution while allowing the fabric to easily dye.

In general, the fabric dyeing machine used for dyeing a fabric having a long length is mainly a Rapid dyeing machine, which is a circulation type fabric dyeing machine. Such a dyeing machine is capable of shortening the dyeing time by dyeing at high temperature and high pressure And it has been widely used for dyeing various kinds of fabrics due to its advantage of dyeing quality of the salt.

The conventional rapid dyeing machine includes an elongated cylindrical retention tube which is dyed with a saline solution while the fabric stays, and a drain pipe connected to one side of the retention pipe and supplied through a saline supply line for forced transfer of the fabric. A header provided with a feed roller for spraying at a high pressure and a guide roller made of a porous body for switching the direction of the fabric to be forcedly fed by the injection pressure of the saline solution so as to circulate the fabric; A transfer tube for transferring the fabric by injection of a salt solution so that the fabric can be circulated, a salt pump for supplying the salt solution stored in the salt solution tank to the retention pipe through a salt solution supply line, A heat exchanger for heating the saline solution to a predetermined temperature, and a circulation pump for circulating the saline solution The first nozzle and the second nozzle are provided symmetrically so that the salt liquid can be injected alternately at high pressure on both sides of the outer circumferential surface of one end of the retention tube connected to one end of the transfer tube, 2 nozzle is connected to a saline solution supply line for supplying a saline solution to each nozzle so as to control the supply of saline solution to the saline solution supply line, Lt; RTI ID = 0.0 > 1323031. < / RTI >

However, in the above-mentioned technique, when the fabric circulating in the retention pipe and the transfer pipe is circulated from the transfer pipe to the retention pipe, the circulation speed of the fabric is not controlled by the salt solution filled in the transfer pipe, There is a problem in that the fabric which is ascending and circulating upward is clumped or the dyeing of the fabric is not uniform.

Accordingly, there is a demand for a rapid dyeing machine having a salt solution outlet that solves the above-described conventional problems.

Japanese Patent Application Laid-Open No. 10-1323031

SUMMARY OF THE INVENTION It is an object of the present invention to provide a sewing machine and a method of manufacturing the same. It is possible to prevent the problem that the circulation speed of the fabric is prevented from being controlled due to the discharge of the saline solution while preventing the problem that the fabric upwardly circulated to the retention tube is clogged or the dyeing of the fabric is not uniform, To provide a rapid dyeing machine.

In order to accomplish the above object, the present invention provides a method of manufacturing an image forming apparatus, comprising a header having a space formed on an inner side thereof and having a charging port formed at one side thereof through which a fabric is charged or discharged, A spraying nozzle connected to a lower portion of the header and spraying a salt solution at a high pressure for forced transfer of the fabric; A transfer pipe formed in a cylindrical shape and connected to one side of the injection nozzle, the other side being connected to the other side of the retention pipe, the inside of the transfer pipe being formed so as to be able to circulate the fabric, A plurality of exhaust holes formed radially through the outer circumferential surface to allow the saline solution to be discharged to the outside, A discharge port formed to surround the discharging hole, a cylindrical discharging pipe connected to one side of the receiving part, and a discharge lever provided on the discharging pipe for controlling the discharging amount of the discharging hole; And a salt solution supply pipe connected to the retention pipe so that the salt solution contained in the inner side is supplied to the inner side of the support, and a saline solution reservoir connected to the saline solution supply pipe of the saline solution reservoir, A salt liquid supply motor provided to supply a saline solution to the retention tube, a heat exchanger connected to one side of the injection nozzle and provided for heating the saline solution to a predetermined temperature, and a heater connected to the heat exchanger, A water supply unit provided at one side of the heat exchanger and connected to the other side of the heat exchanger, A circulation part connected to one side of the filter part and connected to the other side of the retention pipe to supply the saline solution inside the retention pipe to the inside of the filter part, And a main pump connected in series to the circulation unit and each of the main motors and the main pump being provided so that the saline solution is moved at a constant flow rate.

In the rapid dyeing machine having the salt solution outlet according to the present invention, the salt solution outlet is provided in the transfer tube to discharge the salt solution filled in the transfer tube to the outside, thereby preventing the circulation rate of the fabric from being controlled due to the salt solution have.

Also, since the fabric upwardly circulating in the conveyance pipe is circulated at a proper speed according to the degree of discharge of the saline solution, problems such as stagnation of the fabric, circulation at high speed, and uneven dyeing of the fabric are prevented There is an advantage to be.

1 is a front view of a rapid dyeing machine having a salt solution outlet according to the present invention,
2 is a front view of a salt solution discharge port according to the present invention,
3 is a partial cross-sectional perspective view of a salt solution outlet according to the present invention.

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

1 to 3, a rapid dyeing machine having a saline solution outlet according to the present invention comprises a header 10 having an inner space formed therein, a retention pipe (not shown) having a cylindrical shape formed in the header 10, A spray nozzle 22 connected to a lower portion of the header 10 and a transfer pipe 30 formed in a cylindrical shape and connected to one side of the spray nozzle 22; A plurality of discharge holes 42 are formed radially through the outer circumferential surface to discharge the salt solution to the outside and discharge holes 42 are formed on the outer side spaced apart from the discharge holes 42 A cylindrical discharge pipe 46 is connected to one side of the receiving portion 44 and a discharge lever 47 for controlling the discharge amount of the salt liquid is provided in the discharge pipe 46 (10), and a drain port A saline solution supply motor 54 connected to the saline supply pipe 52 of the saline solution reservoir 50 and a heat exchanger 60 connected to one side of the spray nozzle 22, A water supply unit 70 connected to the heat exchanger 60 and a filter unit 80 having one side connected to the other side of the heat exchanger 60; And a main motor 92 and a main pump 94 which are sequentially connected to the circulation unit 90. [

First, a header 10 having a space portion formed on the inner side thereof and having a charging port 12 through which a fabric is inserted or discharged is formed on one side.

At this time, a fabric for dyeing is inserted into the inlet port 12 of the header 10, and the fabric input through the inlet port 12 circulates inside the conveyance pipe 30 and the retention pipe 20, While being dyed by the saline solution inside the transfer tube 30 and the retention tube 20.

The fabric which has passed through the conveyance pipe 30 and the retention pipe 20 and has been dyed is discharged to the discharging roller 16 which is spaced apart from the upper portion of the header 10 through the charging port 12, The roller 16 is driven by a motor 18 provided in association with the discharge roller 16.

A header 20 is connected to one side of the header 10 and is connected to the inside of the header 10, and a retention tube 20 is provided to allow the fabric to be supplied to the inside of the header 10 to pass therethrough while being dyed by a saline solution.

At this time, a salt solution for dyeing the fabric is filled in the retention pipe 20, and the fabric supplied through the conveyance pipe 30 to be described later is supplied to the other side of the retention pipe 20.

And an injection nozzle 22 connected to a lower portion of the header 10 and spraying the salt solution at a high pressure for forced transfer of the fabric.

The injection nozzle 22 is provided below the header 10 to forcibly transfer the fabric supplied through the header 10 to the transfer pipe 30 and the retention pipe 20, And the fabric is naturally moved to the transfer pipe (30) and the retention pipe (20) along the pressure of the saline solution and the flow of the saline solution.

A transfer tube 30 formed in a cylindrical shape and connected to one side of the injection nozzle 22, the other side being connected to the other side of the retention pipe 20 and the inside being formed to be able to circulate the fabric, Respectively.

At this time, the inside of the transfer pipe (30) is filled with the salt solution for dyeing the fabric, and the fabric supplied to the inside of the transfer pipe due to the high-pressure salt solution supplied through the injection nozzle (22) And is then supplied to the retention pipe 20 through the transfer pipe 30.

A plurality of discharge holes 42 are radially formed on the outer circumferential surface of the transfer pipe 30 so that the salt liquid is discharged to the outside. A cylindrical discharge pipe 46 is connected to one side of the receiving part 44 and a discharging pipe 46 is connected to the discharge pipe 46 to regulate the discharge amount of the salt liquid. And a drain port 40 having a drain lever 47 is provided.

A discharge motor 48 is connected to one side of the discharge pipe 46 of the salt solution discharge port 40 to discharge the salt solution uniformly and a cylindrical circulation pipe 49 is connected to the other side of the discharge motor 48 And the other side of the circulation pipe 49 is connected to the later described saline solution reservoir 50 so that the saline solution can be circulated.

When the fabric is circulated from the transfer pipe 30 to the retention pipe 20, the flow rate of the fabric is not controlled due to the salt solution filled in the transfer pipe 30, The fabric is vertically raised and supplied at a high speed to the retention pipe 20 or at a low speed so that the fabric can not be stained uniformly or the fabric stagnates at a specific point of the conveyance pipe 30, In order to prevent such a problem, the salt solution outlet 40 is provided with a salt solution outlet 40 for easily supplying the fabric supplied from the transfer tube 30 to the retention tube 20, A plurality of discharge holes 42 are formed in the outer circumferential surface of the discharge port 42 so as to discharge the saline solution to the outside so that the saline solution discharged through the discharge hole 42 is collected in the receiving portion 44, 4 And the drain pump 47 is connected to the drain pipe 46 and the drain motor 48 is connected to the drain pipe 46 to discharge the salt solution to the outside through the drain pipe 46. [ So that the speed at which the fabric is circulated can be controlled by adjusting the speed.

The saline solution discharged through the discharge motor 48 is supplied to a saline solution storage tank 50 to be described later through a circulation pipe 49 connected to the other side of the discharge motor 48, The supplied salt solution is supplied to the retention pipe 20 and used again.

A saline solution supply pipe 52 connected to the retention pipe 20 so as to be supplied with the saline solution accommodated in the inside of the header 10, (50). ≪ IMAGE >

At this time, the saline solution supply pipe 52 of the saline solution reservoir 50 is provided with a saline solution supply motor 54 to easily supply the saline solution to the retention pipe 20.

A heat exchanger 60 is provided at one side of the injection nozzle 22 to heat the dyeing solution to a predetermined temperature so that the fabric is easily stained in the salt solution. The upper part of the heat exchanger 60 is provided inside the heat exchanger 60 A water supply unit 70 for supplying water is provided.

The filter unit 80 includes a filter 82 having one side connected to the other side of the heat exchanger 60 and a filter 82 disposed on the inner side to remove impurities contained in the salt solution. An opening / closing port 84 is formed at a side of the filter unit 80 so that the filter 82 hinged to the filter unit 80 can be easily replaced.

The filter 82, which is provided inside the filter unit 80, is used to prevent impurities contained in the fabric from being mixed with the salt solution and reused after the fabric is dyed with the salt solution to prevent the impurities from mixing with the fabric. .

A circulation unit 90 connected to the filter unit 80 and connected to the other end of the retention pipe 20 to supply the saline solution inside the retention pipe 20 to the inside of the filter unit 80, .

A main motor 92 and a main pump 94 are sequentially connected to the circulation unit 90 so that the saline solution can be flown at a constant flow rate to the circulation unit 90. In the upper part of one side of the circulation unit 90, A water supply portion 96 is formed to receive water or a salt solution from the outside.

The rapid dyeing machine 2 having the salt solution outlet according to the present invention as described above has the salt solution outlet 40 in the transfer tube 30 to discharge the salt solution inside the transfer tube 30 to the outside, So that the circulation speed of the fabric can be prevented from being adjusted due to the salt solution filled in the transfer pipe 30. [

Also, since the fabric upwardly circulating from the transfer tube 30 to the retention tube 20 is circulated at an appropriate speed, there is an advantage that problems such as stagnation of the fabric and uneven dyeing of the fabric are prevented.

2: Rapid dyeing machine 10: Header
12: Inlet 14: Lamp
16: discharge roller 18: motor
20: retention tube 22: injection nozzle
30: Transfer tube 40: Salt solution outlet
42: Exhaust hole 44:
46: discharge pipe 47: discharge lever
48: exhaust motor 49: circulation pipe
50: Salt solution tank 52: Salt solution supply pipe
54: Salt solution supply motor 60: Heat exchanger
70: Water supply part 80: Filter part
82: Filter 84:
90: circulation part 92: main motor
94: main pump 96: water supply unit

Claims (5)

A header (10) having a space formed on an inner side thereof and having a charging port (12) formed at one side thereof through which a fabric is charged or discharged;
A retention tube 20 connected to one side of the header 10 which is formed in a cylindrical shape, the inside of which is formed to penetrate, and a fabric supplied to the inside is retained and stained by a saline solution;
A spray nozzle 22 connected to a lower portion of the header 10 and spraying a salt solution at a high pressure for forced transfer of the fabric;
A transfer tube 30 formed in a cylindrical shape and connected to one side of the injection nozzle 22, the other side connected to the other side of the retention pipe 20, the inside thereof being formed to pass through and the fabric being circulated;
A plurality of discharge holes 42 are formed radially through the outer peripheral surface of the transfer pipe 30 so as to discharge the salt liquid to the outside, A cylindrical discharge pipe 46 is connected to one side of the accommodating portion 44 and the discharge pipe 46 is provided with a discharge lever 46 for regulating the discharge amount of the salt liquid, A salt solution outlet 40 provided with a drain passage 47;
A saline solution supply pipe 52 connected to the retention pipe 20 so as to be supplied with the saline solution accommodated in the inside of the header 10, (50);
A saline solution supply motor 54 connected to the saline solution supply pipe 52 of the saline solution storage tank 50 and adapted to supply the saline solution to the retention pipe 20;
A heat exchanger (60) connected to one side of the injection nozzle (22) and provided for heating the saline solution to a predetermined temperature;
A water supply unit 70 connected to the heat exchanger 60 and adapted to supply water to the inside of the heat exchanger 60;
A filter unit 80 having one side connected to the other side of the heat exchanger 60 and having a filter 82 for removing impurities contained in the salt solution;
A circulation unit 90 connected to the filter unit 80 and connected to the other end of the retention pipe 20 to supply the saline solution inside the retention pipe 20 to the inside of the filter unit 80, ;
And a main pump (94) connected in series to the circulation unit (90), the main motor (92) and the main pump (94) being respectively provided to move the saline solution at a constant flow rate. The method according to claim 1,
And a discharge motor (48) is connected to one side of the discharge pipe (46) of the salt solution discharge port (40) so as to discharge the salt solution uniformly. 3. The method of claim 2,
A circulation pipe (49) is connected to the other side of the discharge motor (48), and the other side of the circulation pipe (49) is connected to a saline solution reservoir (50) A rapid dyeing machine having an outlet. The method according to claim 1,
And a water supply unit (96) is formed at an upper portion of one side of the circulation unit (90) to receive water from the outside. The method according to claim 1,
And an opening and closing port 84 formed at the other side of the filter unit 80 so as to be easily hingeable with the filter 82 provided inside the filter unit 80 by being hinged to the filter unit 80 is provided And a drainage port for discharging the salt solution.

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