KR200205481Y1 - Liquid-flow circulating dyeing machine for fabric - Google Patents

Liquid-flow circulating dyeing machine for fabric Download PDF

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KR200205481Y1
KR200205481Y1 KR2020000016973U KR20000016973U KR200205481Y1 KR 200205481 Y1 KR200205481 Y1 KR 200205481Y1 KR 2020000016973 U KR2020000016973 U KR 2020000016973U KR 20000016973 U KR20000016973 U KR 20000016973U KR 200205481 Y1 KR200205481 Y1 KR 200205481Y1
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fabric
pipe
curved portion
salt
retention
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KR2020000016973U
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Korean (ko)
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정희도
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정희도
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    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06BTREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
    • D06B9/00Solvent-treatment of textile materials
    • D06B9/02Solvent-treatment of textile materials solvent-dyeing
    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06BTREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
    • D06B3/00Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating
    • D06B3/10Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating of fabrics

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Treatment Of Fiber Materials (AREA)

Abstract

본 고안은 액류순환형 포직물염색기에 관한 것이다. 포직물체류관(10)의 하측에 직경이 작은 포직물이송관(12)이 배치되어 포직물이송관(12)의 상류측 선단만곡부(14)와 하류측 후단만곡부(16)가 각각 포직물체류관(10)의 하류측과 상류측에 연결되고, 포직물체류관(10)의 하류측 상부에 안내롤(18)이 배치되며 포직물이송관 (12)의 상류측 선단만곡부(14)에 포직물안내호퍼(24)가 착설되고, 포직물체류관 (10)에 염액공급관(26)이 착설되어 열교환기(28)가 연결된 염액순환펌프(30)로 연장되는 염액공급라인(32)에 연결된다. 본 고안에 따라서, 포직물체류관(10)의 상류측에 연결되는 포직물이송관(12)의 하류측 후단만곡부(16)에 다수의 염액흡입공 (34)이 형성되고 그 둘레에 염액흡입배출관(36)이 연결되어 염액순환펌프(30)에 연결되며 포직물체류관(10)의 상류측에 포직물인양롤(38)이 배치된다.The present invention relates to a liquid circulation type textile dyeing machine. A small diameter fabric conveying pipe 12 is disposed below the fabric retaining pipe 10 so that the upstream end curved portion 14 and the downstream rear end curved portion 16 of the fabric conveying pipe 12 are each fabric. It is connected to the downstream side and the upstream side of the staying tube 10, the guide roll 18 is disposed on the upper downstream side of the fabric retention tube 10 and the upstream side curved portion 14 of the fabric transfer tube 12 A fabric guide hopper 24 is installed in the salt solution supply line 32 extending to the salt solution circulation pump 30 to which the salt solution supply pipe 26 is installed in the fabric retention pipe 10 connected to the heat exchanger 28. Is connected to. According to the present invention, a plurality of salt suction holes 34 are formed in the downstream rear end curved portion 16 of the fabric transfer pipe 12 connected to an upstream side of the fabric retention pipe 10 and the salt suction is circumscribed therein. The discharge pipe 36 is connected to the salt circulating pump 30 and the fabric lifting roll 38 is disposed upstream of the fabric retention pipe 10.

Description

액류순환형 포직물염색기 {LIQUID-FLOW CIRCULATING DYEING MACHINE FOR FABRIC}Liquid Circulation Dyeing Machine {LIQUID-FLOW CIRCULATING DYEING MACHINE FOR FABRIC}

본 고안은 액류순환형 포직물염색기에 관한 것으로, 특히 기다란 포직물의 단부를 연결한 엔드리스형태의 포직물이 원활하게 순환되면서 염색될 수 있도록 하여 염색과정에서 포직물에 고정주름이 잡히지 않도록 하고 수축성과 벌키성이 우수하도록 고품질의 염색처리가 이루어질 수 있도록 한 액류순환형 포직물염색기에 관한 것이다.The present invention relates to a fluid circulation type fabric dyeing machine, and in particular, endless type fabrics connecting the ends of elongated fabrics can be smoothly circulated while being dyed to prevent fixed wrinkles from being caught in the fabric during dyeing and shrinkage The present invention relates to a liquid circulation type textile dyeing machine that enables high quality dyeing treatment to be excellent in bulkiness.

종래 이와 같은 형태의 액류순환형 포직물염색기는 포직물이 체류되면서 염액에 의하여 집중적으로 염색되게 하는 기다란 원통형의 포직물체류관과, 포직물의 기계적인 이송을 위하여 안내롤이 구비된 수직형의 헤더(header)를 통하여 포직물체류관에 연결되고 염액의 분사로 포직물을 이송하는 포직물이송관으로 구성된다. 이와 같은 형태의 액류순환형 포직물염색기는 포직물체류관에서는 포직물이 폭방향으로는 거의 완전히 펼쳐지나 길이방향으로는 상하 지그재그의 형태로 겹치면서 서서히 이송될 수 있게 되어 있고 포직물이송관에서는 포직물이 폭방향으로는 좁아져 겹치게되고 길이방항으로는 거의 그 길이대로 펼쳐진 상태에서 빠르게 이송된다. 이러한 종래기술의 액류순환형 포직물염색기는 높이가 높은 수직형 헤더의 하측에 포직물체류관의 하류측이 연결되고 안내롤이 배치된 수직형 헤더의 상측에 포직물이송관의 상류측이 연결되며 이 포직물이송관의 하류측이 하측으로 경사져 포직물체류관의 상류측에 연결되어 포직물이 포직물이송관을 따라 하측으로 이송되어 포직물체류관에 이르고 포직물이 이 포직물체류관에서 집중염색되면서 수직형 헤더측으로 이송된다. 여기에서 포직물은 안내롤의 수직견인력에 의하여 수직형 헤더의 상측으로 이송되어 다시 포직물이송관으로 이송되는 것이 연속순환된다.Conventionally, the liquid circulation type textile dyeing machine of this type has an elongated cylindrical fabric retaining tube which allows the fabric to stay concentrated and is dyed by salt solution, and a vertical roll provided with a guide roll for mechanical conveying the fabric. It consists of a fabric conveying pipe which is connected to the fabric retaining pipe through a header and conveys the fabric by spraying the salt solution. This type of fluid circulation type textile dyeing machine can be conveyed slowly while overlapping the fabric in the width direction in the fabric direction, but overlapping in the form of vertical zigzag in the length direction. The fabric is narrowed in the width direction and overlapped, and is conveyed quickly in the unfolded direction almost in its length. The conventional liquid-circulating textile dyeing machine is connected to the downstream side of the high-height vertical header and the upstream side of the fabric conveying pipe is connected to the upper side of the vertical header where the guide roll is disposed. The downstream side of the fabric conveying pipe is inclined downward and connected to the upstream side of the fabric retaining pipe so that the fabric is transported downward along the fabric conveying pipe to the fabric retaining pipe, and the fabric is the fabric retaining pipe. Concentrated staining at and is transferred to the vertical header side. Herein, the fabric is continuously circulated by being transferred to the upper side of the vertical header by the vertical pulling force of the guide roll and then back to the fabric conveying pipe.

그러나 이러한 종래기술의 액류순환형 포직물염색기는 특히 수직형 헤더에서 안내롤을 통하여 포직물을 수직이송하는데 많은 동력이 소요되며 포직물의 수직이송에 따른 인양력에 의하여 포직물이 크게 신장되어 변형되거나 손상되는 결점이 있으며 포직물에 고정주름이 잡히는 문제가 있다.However, the conventional fluid circulation type dyeing machine of the prior art takes a lot of power to vertically convey the fabric through the guide roll in the vertical header, and the fabric is greatly extended and deformed by the lifting force due to the vertical transport of the fabric. There is a defect that can be damaged or damaged, there is a problem that the wrinkles are caught in the fabric.

본 고안에 있어서는 종래의 이와 같은 점을 감안하여 안출한 것으로, 포직물의 집중염색이 이루어지는 포직물체류관의 하측에 포직물이송관을 배치하여 이들의 단부를 연결함으로서 엔드레스형태의 포직물이 연속순환하면서 염색될 수 있도록 하되 포직물체류관의 하류측에서 포직물이 액류를 따라 자연스럽게 포직물이송관으로 이송될 수 있도록 하고 포직물체류관의 상류측에 연결되는 포직물이송관의 하류측에 인접하여 포직물이송관에 다수의 염액흡입공을 형성하고 그 둘레에 염액흡입배출관을 연결하여 염액순환펌프에 연결하며 포직물체류관의 상류측에 포직물인양롤을 배치하여 포직물이송관에서 포직물체류관으로 포직물이 원활하게 인양안내될 수 있도록 한 것이다.In the present invention, it is conceived in view of such a conventional situation, and the endless fabric is continuously connected by arranging the end portions of the fabric conveying pipes below the fabric staying pipes where concentrated dyeing of the fabrics occurs. It can be dyed while being circulated, but on the downstream side of the fabric retention pipe, the fabric can be naturally transferred to the fabric transport pipe along the liquid flow, and on the downstream side of the fabric transport pipe connected to the upstream side of the fabric retention pipe. Form a number of salt suction holes in the fabric transfer pipe adjacent to it, connect the salt suction suction pipe around it, connect it to the salt circulating pump, and arrange the fabric lifting roll upstream of the fabric stay pipe in the fabric transport pipe. It is a fabric shelter that allows the fabric to be guided smoothly.

이를 위하여, 본 고안에 있어서는 포직물체류관의 하측에 직경이 작은 포직물이송관을 배치하여 포직물이송관의 상류측 선단만곡부와 하류측 후단만곡부를 각각 포직물체류관의 하류측과 상류측에 연결하고, 포직물체류관의 하류측 상부에 안내롤을 배치하며 포직물이송관의 상류측 선단만곡부에 포직물안내호퍼를 착설하고, 포직물체류관에 염액공급관을 착설하여 열교환기가 연결된 염액순환펌프로 연장되는 염액공급라인을 연결한 액류순환형 포직물염색기를 제공하는 바, 본 고안에 따라서, 포직물체류관의 상류측에 연결되는 포직물이송관의 하류측 후단만곡부에 다수의 염액흡입공을 형성하고 그 둘레에 염액흡입배출관을 연결하여 염액순환펌프에 연결하며 포직물체류관의 상류측에 포직물인양롤을 배치하여구성된다.To this end, in the present invention, by placing a small diameter fabric conveying pipe at the lower side of the fabric retaining pipe, the upstream end curved portion and the downstream end curved portion of the fabric conveying pipe are respectively downstream and upstream side of the fabric retaining pipe. To the top of the downstream side of the fabric retention pipe, install the fabric guide hopper at the upstream end bend of the fabric transport pipe, and install the salt supply pipe at the fabric retention pipe. According to the present invention, a plurality of saline solution is provided in a downstream end curved portion of a fabric conveying pipe connected to an upstream side of a fabric retention pipe according to the present invention. It forms a suction hole, connects the salt suction suction pipe around it, and connects it to the salt circulating pump, and arranges the fabric lifting roll upstream of the fabric retention pipe.

본 고안을 첨부도면에 의거하여 보다 상세히 설명하면 다음과 같다.Referring to the present invention in more detail based on the accompanying drawings as follows.

도1은 본 고안의 액류순환형 포직물염색기를 보인 개략단면도.Figure 1 is a schematic cross-sectional view showing a liquid circulation type textile dyeing machine of the present invention.

도면의 주요부분에 대한 부호설명Explanation of Signs of Major Parts of Drawings

10... 포직물체류관 12... 포직물이송관10 ... fabric logistics tube 12 ... fabric transportation tube

16... 후단만곡부 34... 염액흡입공16 ... trailing bend 34 ... salt suction

36... 염액흡입배출관 38... 포직물인양롤36. Salt suction pipe 38 ... Fabric lifting roll

포직물체류관(10)의 하측에 직경이 작은 포직물이송관(12)을 배치하여 포직물이송관(12)의 상류측 선단만곡부(14)와 하류측 후단만곡부(16)를 각각 포직물체류관(10)의 하류측과 상류측에 연결하고, 포직물체류관(10)의 하류측 상부에 안내롤(18)이 배치된 헤더(header)(20)를 일체로 구성하며, 안내롤(18)의 전방에 경사진 안내망판(22)을 배치하고 포직물이송관(12)의 상류측 선단만곡부(14)에 포직물안내호퍼(24)를 착설하고, 포직물체류관(10)에 염액공급관(26)을 착설하여 열교환기(28)가 연결된 염액순환펌프(30)로 연장되는 염액공급라인(32)을 연결한 것에 있어서, 포직물체류관(10)의 상류측에 연결되는 포직물이송관(12)의 하류측 후단만곡부(16)에 다수의 염액흡입공(34)을 형성하고 그 둘레에 염액흡입배출관(36)을 연결하여 염액순환펌프(30)에 연결하며 포직물체류관(10)의 상류측에 포직물인양롤(38)을 배치하여서 된 구조이다.A small diameter fabric transfer pipe 12 is disposed below the fabric retention pipe 10 to fabricate the upstream end curved portion 14 and the downstream rear end curved portion 16 of the fabric transfer pipe 12, respectively. It is connected to the downstream side and the upstream side of the staying tube 10, integrally constitutes a header (20) in which the guide roll 18 is disposed on the upper downstream side of the fabric retention tube 10, the guide roll The fabric guide hopper 24 is installed on the upstream end curved portion 14 of the fabric conveying pipe 12 by arranging the inclined guide net plate 22 in front of the fabric conveying pipe 10. In the installation of the salt solution supply pipe 26 to connect the salt solution supply line 32 extending to the salt circulating pump 30 connected to the heat exchanger 28, which is connected to the upstream side of the fabric retention pipe 10 A plurality of salt suction holes 34 are formed at the downstream rear end curved portion 16 of the fabric transfer pipe 12, and the salt suction suction discharge pipes 36 are connected to the circumference to connect the salt circulation pump 30 to the fabric. visit The fabric lifting roll 38 is arranged on an upstream side of the pipe 10.

이와 같은 본 고안은 포직물(A)을 헤더(20)를 통하여 안내롤(18)에서 포직물이송관(12)과 포직물체류관(10)으로 통과시켜 단부와 단부를 연결한 후에 염색작업을 수행하는 것으로, 이러한 염색과정에서 염액은 열교환기(28)를 통하여 연결된 염액공급관(26)으로 포직물체류관(10)에 공급되며 그 공급량은 안내롤(18)의 바로 아래에서 포직물안내호퍼(24)가 잠기는 위치까지 염액이 채워진 상태가 유지될 수 있도록 한다. 이러한 염액은 포직물체류관(10)의 상류측에 연결되는 포직물이송관(12)의 하류측 후단만곡부(16)에 다수의 염액흡입공(34)이 형성되고 그 둘레에 염액흡입배출관(36)이 연결되어 염액순환펌프(30)에 연결되어 있으므로 이 염액순환펌프(30)를 통하여 연속순환된다. 포직물(A)은 안내롤(18)의 반시계방향 회전으로 포직물안내호퍼(40)측으로 안내되고 여기에서 사각단면형태로서 포직물(A)이 이동시 꼬이지 않도록 하는 이 포직물안내호퍼(40)로 유동하는 염액의 액류에 의하여 포직물이송관(12)으로 이송된다. 그리고 이러한 포직물이송관(12)에서는 그 하류측에 착설된 염액흡입배출관(36)을 통하여 염액이 배출되므로 적극적인 액류이동으로 포직물(A)이 길이방향으로 주름잡히는 일이 없이 이송될 수 있다.This invention devises the dyeing work after connecting the end and the end by passing the fabric (A) from the guide roll 18 to the fabric transfer pipe 12 and the fabric retention tube 10 through the header 20 In this dyeing process, the salt solution is supplied to the fabric retention pipe 10 to the salt supply pipe 26 connected through the heat exchanger 28 and the supply amount of the fabric directly under the guide roll 18 The saline filled state can be maintained until the hopper 24 is locked. Such a saline solution is formed with a plurality of saline suction holes 34 in the downstream rear end curved portion 16 of the fabric conveying pipe 12 connected to an upstream side of the fabric retention pipe 10, and a saline suction discharge pipe (a 36) is connected to the salt circulating pump 30 so that the continuous circulation through the salt circulating pump (30). The fabric A is guided to the fabric guide hopper 40 in the counterclockwise rotation of the guide roll 18, where the fabric guide hopper 40 has a square cross-sectional shape to prevent the fabric A from twisting during movement. It is conveyed to the fabric conveying pipe 12 by the liquid flow of the salt solution flowing in the). In addition, since the salt solution is discharged through the salt suction suction discharge pipe 36 installed on the downstream side of the fabric transport pipe 12, the fabric A can be transported without wrinkles in the longitudinal direction by active liquid flow. .

이와 같이 포직물이송관(12)의 하류측 후단만곡부(16)를 통과한 포직물(A)은 포직물체류관(10)의 상류측에 배치된 포직물인양롤(38)에 의하여 포직물체류관(10)의 상류측으로 안내되며 이러한 포직물체류관(10)의 상류측으로부터 포직물체류관(10)의 하류측까지는 염액의 액류에 의하여 이송되면서 유속이 낮아져 체류하는 현상을 보이며 포직물(A)이 상하로 지그재그형태가 되게 겹치면서 이송되고 이 포직물체류관(10)에서 집중적인 염색과정이 수행된다.In this way, the fabric A which has passed through the downstream rear end bent portion 16 of the fabric transport pipe 12 is a fabric by the fabric lifting roll 38 disposed upstream of the fabric stay pipe 10. It is guided to the upstream side of the staying tube 10. From the upstream side of the fabric staying tube 10 to the downstream side of the fabric staying tube 10, the flow rate is lowered while being transported by the liquid flow of salt solution, and the fabric remains. (A) is transferred while overlapping in a zigzag shape up and down, and the intensive dyeing process is performed in the fabric retention pipe (10).

이와 같이 본 고안은 엔드리스형태의 포직물이 순환시 신장되거나 손상되는 것을 방지하고 가능한 한 자연스러운 상태에서 액류에 따라 순환되면서 염색될 수 있도록 하여 염색과정에서 포직물에 고정주름이 잡히지 않도록 하고 수축성과 벌키성이 우수하도록 고품질의 염색처리가 이루어질 수 있다.As such, the present invention prevents the endless fabric from being stretched or damaged during circulation, and can be dyed while being circulated according to the liquid flow in a natural state as possible, so that the wrinkles are not caught in the fabric during the dyeing process. High-quality dyeing treatment can be made to be excellent in keyness.

Claims (1)

포직물체류관(10)의 하측에 직경이 작은 포직물이송관(12)을 배치하여 포직물이송관(12)의 상류측 선단만곡부(14)와 하류측 후단만곡부(16)를 각각 포직물체류관(10)의 하류측과 상류측에 연결하고, 포직물체류관(10)의 하류측 상부에 안내롤(18)을 배치하며 포직물이송관(12)의 상류측 선단만곡부(14)에 포직물안내호퍼 (24)를 착설하고, 포직물체류관(10)에 염액공급관(26)을 착설하여 열교환기(28)가 연결된 염액순환펌프(30)로 연장되는 염액공급라인(32)을 연결한 것에 있어서, 포직물체류관(10)의 상류측에 연결되는 포직물이송관(12)의 하류측 후단만곡부(16)에 다수의 염액흡입공(34)을 형성하고 그 둘레에 염액흡입배출관(36)을 연결하여 염액순환펌프(30)에 연결하며 포직물체류관(10)의 상류측에 포직물인양롤(38)을 배치하여서 된 액류순환형 포직물염색기.A small diameter fabric transfer pipe 12 is disposed below the fabric retention pipe 10 to fabricate the upstream end curved portion 14 and the downstream rear end curved portion 16 of the fabric transfer pipe 12, respectively. Connected to the downstream side and the upstream side of the retention tube 10, the guide roll 18 is disposed on the upper downstream side of the fabric retention tube 10, and the upstream side curved portion 14 of the fabric transfer tube 12 The fabric guide hopper 24 is installed in the fabrication solution, and the salt solution supply pipe 26 is installed in the fabric retention pipe 10. The salt solution supply line 32 extends to the salt solution circulation pump 30 to which the heat exchanger 28 is connected. In the connection, a plurality of salt suction holes 34 are formed in the downstream rear end curved portion 16 of the fabric conveying pipe 12 connected to an upstream side of the fabric retaining pipe 10, and the salt solution around A liquid circulation type textile dyeing machine which connects the suction discharge pipe 36 to the salt circulating pump 30 and arranges the fabric lifting roll 38 upstream of the fabric retention pipe 10.
KR2020000016973U 2000-06-15 2000-06-15 Liquid-flow circulating dyeing machine for fabric KR200205481Y1 (en)

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