TH3725B - Core-type dyeing machine porous - Google Patents

Abstract

A porous core dyeing apparatus for dyeing or processing textile materials of which the dyeing apparatus consists. operating tank that is installed horizontally and a porous cylindrical dye core that The coaxial was installed inside the said operating tank and was bent. Converted to wrap layers of fabric, cords, yarn and the like. together at the top There will be a primary suction current and a secondary suction current of the liquid medicine. Both of these streams will flow from the laboratory. and will be gathered in the heat exchanger chamber pressure reserve tank installed above the operating tank to control the pressure inside in and causing the bubbles to condense with the flow of the operating fluid

Claims (5)

1.Core-type dyeing machine is porous For dyeing or processing of textile materials consisting of (a) horizontally installed operating tanks with curved end caps. Rounded at one end and posterior wall at opposite ends (b) co-mounted perforated cylindrical dye rod. Inside the said operating tank and at opposite ends will Arranged with a circular edge protruding outward to be defined as The area where the material is wrapped around The fabric will be wrapped around the dye axis (c) the vertical divider with opposite grooves. A pair to be fixed against the rear end wall of the aforementioned dye tank. Become a heat exchange room by separating it from the room. Operating over a large portion of the dye core length (d), a porous flow disc fixed in the groove by Such cycle and will protrude horizontally between the part of the disc and the The entry destination of the aforementioned dye tank and is set against the inside The dye tank is the lower and upper flow transition area, where the flow disc is located off the ground. The outer surface of the fabric on the dye rod (e). Circulating pump for feeding the dye through the tube. Feed the horizontal overhang into the inside of the dye rod and (f) the pressure reservoir attached to the inside of the dye tank and will be supported in a position above the transition area. Formal flow above said 2. Dyeing machine according to claim 1, which the official change sheet The flow takes the form of a tight rail in the groove of the flange section, and there is a non-perforated end at the end. In front of the aforementioned dye tank Which the opposite end will open To allow the flow between the laboratory and the exchange room Change in heat 3. Dyeing machine according to Clause 2, which the official change plate Such porous flows have the amount of porosity per unit area. Increasing towards the non-porous end 4. Dyeing machine according to claim 1, which the tank reserves the pressure It is connected to the dye tank through a number of pipes that are extended. In the upper flow transition area and in the exchange room Such hot heat, respectively. 5. Dyeing machine according to claim 1, which the circulating pump as It works to feed the operating fluid in the reverse direction.