CN212357631U

CN212357631U - Liquid accumulating tank of tencel tow washing machine

Info

Publication number: CN212357631U
Application number: CN202020787136.2U
Authority: CN
Inventors: 孟祥玉; 崔永强
Original assignee: SHENYANG FEITE PRECISION MACHINERY & EQUIPMENT CO LTD
Current assignee: SHENYANG FEITE PRECISION MACHINERY & EQUIPMENT CO LTD
Priority date: 2020-05-13
Filing date: 2020-05-13
Publication date: 2021-01-15
Anticipated expiration: 2030-05-13

Abstract

The utility model discloses a tencel tow rinsing machine hydrops groove, it has intensity height, light in weight, low in manufacturing cost, washing liquid fast characteristics that flow. It includes: conveying roller and lower conveying roller on two, it installs the top at tencel silk bundle rinsing machine hydrops groove to go up the conveying roller, lower conveying roller is installed in tencel silk bundle rinsing machine hydrops groove, tencel silk bundle rinsing machine hydrops groove is by last rectangle frame, rectangle frame and four stands constitute the frame down, cell wall and tank bottom are sealed with the metal sheet in the frame, be equipped with the ring flange on the cell wall of tencel silk bundle rinsing machine hydrops groove one side, the outside at the ring flange is installed to washing liquid export flexible coupling flange, the inside at the ring flange is installed to the overflow pipe, the height H of adjacent tencel silk bundle rinsing machine hydrops groove the inside overflow pipe upper surface to tank bottom surface increases in proper order, be equipped with washing liquid entry flange on the opposite side cell wall of tencel silk bundle. The utility model discloses can be used to various tows of rinsing.

Description

Liquid accumulating tank of tencel tow washing machine

Technical Field

The utility model relates to a chemical fibre trade silk bundle washing technical field, it is exactly said, it is a tencel silk bundle rinsing machine hydrops groove.

Background

The tencel is a regenerated cellulose fiber which is spun by a wet method and takes N-methylmorpholine-N oxide (NMMO) as a solvent. After the spinning process, the tencel yarn bundle contains a large amount of NMMO, and the continuous tencel yarn bundle which is not cut needs to be subjected to a plurality of water washing processes to replace the residual NMMO in the tencel yarn bundle. The tencel tow water washing machine is important water washing equipment on a tencel tow production line, and in order to better replace an NMMO solvent in a tencel tow and obtain a high NMMO recovery rate, a continuous rinsing mode consisting of a plurality of tencel tow water washing machines is generally adopted at present to finish a water washing process. At present, the hydrops groove of current tow rinsing machine all adopts the direct welding of thick steel plate to form, though intensity is good but the structure is heavy, heavy in weight, the cost is high, adopt simultaneously to adopt single overflow mouth to carry out overflow rinsing liquid between hydrops groove and the hydrops groove, the speed that leads to rinsing liquid from the hydrops groove overflow of the tow rinsing machine in an district to next district hydrops groove is slow, rinsing liquid in the hydrops groove can not obtain as early as possible update, so NMMO content in the rinsing liquid is higher relatively, and carry out the washing to the tow with such rinsing liquid, the effect is ideal inadequately.

Disclosure of Invention

The utility model discloses a to the technological improvement of current tencel silk rinsing machine, its purpose just provides a simple structure, manufacturing cost background, light in weight, intensity height, especially can accelerate the tencel silk rinsing machine liquid trap of washing liquid speed of flowing.

The utility model aims at realizing the liquid accumulating tank of the tencel tow rinsing machine, include: first last conveying roller, conveying roller and lower conveying roller on the second, the top at tencel silk rinsing machine ponding groove is installed to first last conveying roller and the second of going up the conveying roller, it is rotatory by the drive arrangement drive, lower conveying roller is installed in tencel silk rinsing machine ponding inslot, tencel silk bundle is around in proper order on first last conveying roller, on the conveying roller down on conveying roller and the second, under the drive of conveying roller on first last conveying roller and second, tencel silk bundle gets into in the tencel silk rinsing machine ponding inslot, it is proposed by tencel silk rinsing machine ponding inslot again to walk around lower conveying roller, its characterized in that: the liquid accumulating tank of the tencel tow rinsing machine comprises an upper rectangular frame, a lower rectangular frame and four stand columns, wherein the inner wall and the bottom of the tank of the tencel tow rinsing machine are sealed by metal plates, a flange plate is arranged on the wall of one side of the liquid accumulating tank of the tencel tow rinsing machine, a soft connecting flange for a rinsing liquid outlet is arranged outside the flange plate, an overflow pipe is arranged inside the flange plate, and a rinsing liquid inlet connecting flange is arranged on the wall of the other side of the liquid accumulating tank of the tencel tow rinsing machine. The height difference H from the upper surface of an overflow pipe in the liquid accumulating tank of the adjacent tencel tow rinsing machine to the bottom surface of the tank is increased in sequence. The height difference (H) from the upper surface of the overflow pipe in the liquid accumulating tank of the two adjacent tencel tow rinsing machines to the bottom surface of the tank is 40 mm. Overflow pipes and a rinsing liquid inlet connecting flange II can be additionally arranged on the groove walls of the two sides of the liquid accumulating groove of the tencel tow rinsing machine.

The utility model has the advantages that: the main body has high strength, light weight and low manufacturing cost, and the height difference of the overflow pipe is changed to generate the height difference of the water washing liquid level in the liquid accumulating tank of each tencel tow washing machine so as to achieve the purpose of automatic overflow.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

Fig. 2 is a side plan view of the present invention.

Fig. 3 is a side plan view of the connection of the present invention.

Fig. 4 is a schematic view of the working state of the present invention.

Detailed Description

Example 1

The utility model discloses a frame construction is as supporting, goes up rectangle frame 5, lower rectangle frame 12 and four stands 2 and can adopt metal material to make through welding process, and cell wall and tank bottom 3 should adopt stainless steel material sealed to prevent the corrosion. The washing liquid inlet connecting flange I11, the overflow pipe 3 and the washing liquid inlet connecting flange 10 are also made of corrosion-resistant materials such as stainless steel or plastics. The ring flange 13 is installed on the cell wall of tencel silk washing machine hydrops groove 6 one side, and washing liquid outlet flexible coupling flange 1 installs in the outside of ring flange 13, and overflow pipe 4 installs in the inside of ring flange 13, and washing liquid inlet connection washing liquid inlet coupling flange I11 installs on the cell wall of tencel silk washing machine hydrops groove 6 opposite side.

The utility model discloses generally link together by 6 head and the tail in a plurality of tencel silk washing machine hydrops groove and accomplish the silk bundle washing technology, the structure in every tencel silk washing machine hydrops groove all is completely unanimous at the during operation. Now, the solution collecting tanks of eight tencel tow washing machines are taken as a group for explanation, namely: a rinsing liquid outlet flexible connecting flange of a liquid accumulating groove 67 of the eighth tencel tow rinsing machine is connected with a rinsing liquid inlet connecting flange of a liquid accumulating groove 66 of the seventh tencel tow rinsing machine; a rinsing liquid outlet flexible connecting flange of a liquid accumulating tank 66 of the seventh tencel tow rinsing machine is connected with a rinsing liquid inlet connecting flange of a liquid accumulating tank of the sixth tencel tow rinsing machine; and the rest can be done in the same way until the liquid accumulation groove 6 of the first tencel tow washing machine. Clean water is accessed from a washing liquid inlet connecting flange 107 of the liquid accumulating tank 67 of the eighth tencel tow washing machine and is discharged from a washing liquid outlet soft connecting flange 1 of the liquid accumulating tank 6 of the first tencel tow washing machine; the movement track of the tows 7 is opposite to the direction of water flow, enters from the liquid accumulating tank 6 of the first tencel tow washing machine, is rinsed for eight times, and is finally lifted out from the liquid accumulating tank 67 of the eighth tencel tow washing machine, so that the washing process is completed. From first tencel silk rinsing machine hydrops groove 6 to eighth tencel silk rinsing machine hydrops groove 67, the difference in height (H) of overflow pipe 4 upper surface to tank bottom surface increases progressively in proper order, and 4 upper surfaces of overflow pipe are 40mm to the difference in height (H) of tank bottom surface in two adjacent tencel silk rinsing machine hydrops grooves 6, pours into the rinsing liquid in eighth tencel silk rinsing machine hydrops groove 67 through seven overflows, discharges from the rinsing liquid export flexible coupling flange 1 of first tencel silk rinsing machine hydrops groove 6 at last, changes to next process and uses. Thereby realizing the purpose of automatically replacing the washing liquid.

Example 2

In order to improve rinsing liquid 10 at the speed of flow between the heavy liquid groove of tencel tow rinsing machine, accomplish the quick update of rinsing liquid 10 in each heavy liquid groove, the utility model discloses can increase an overflow pipe 14 and a rinsing liquid entry flange II15, promptly: an overflow pipe 14 is additionally arranged on the side of an overflow port of the liquid accumulating tank 6 of the tencel tow washing machine, and a washing liquid inlet connecting flange II15 is additionally arranged on the side of a water inlet. The two

overflow pipes

4 and 14 are completely consistent in linking mode and structure, and the structures of the washing liquid inlet connecting flange I11 and the washing liquid inlet connecting flange I I15 are also completely consistent.

Claims

1. Tencel tow rinsing machine hydrops groove includes: first last conveying roller (8), conveying roller (81) and lower conveying roller (9) are gone up to the second, the top at tencel silk bundle rinsing machine amasss liquid groove (6) is installed in first last conveying roller (8) and second on conveying roller (81), it is rotatory by the drive arrangement drive, install in tencel silk bundle rinsing machine amasss liquid groove (6) down conveying roller (9), tencel silk bundle (7) are around in proper order on first last conveying roller (8), on conveying roller (81) down and second, under the drive of conveying roller (81) on first last conveying roller (8) and second, tencel silk bundle (7) get into in tencel silk bundle rinsing machine amasss liquid groove (6), walk around lower conveying roller (9) and propose by tencel silk bundle rinsing machine hydrops liquid inslot (6) again, its characterized in that: the liquid accumulating tank (6) of the tencel tow rinsing machine is characterized in that a frame is formed by an upper rectangular frame (5), a lower rectangular frame (12) and four stand columns (2), the wall of the tank and the bottom of the tank are sealed by a metal plate (3) in the frame, a flange plate (13) is arranged on the wall of one side of the liquid accumulating tank (6) of the tencel tow rinsing machine, a soft connecting flange (1) for water washing liquid outlet is installed outside the flange plate (13), an overflow pipe (4) is installed inside the flange plate (13), and a water washing liquid inlet connecting flange I (11) is arranged on the wall of the other side of the liquid accumulating tank (6) of the tencel tow rinsing.

2. The tencel tow washing machine liquid accumulating tank as claimed in claim 1, wherein: the height difference (H) from the upper surface of the overflow pipe (4) in the liquid collecting tank (6) of the adjacent tencel tow rinsing machines to the bottom surface of the tank is increased in sequence.

3. The tencel tow washing machine liquid accumulating tank as claimed in claim 1, wherein: the height difference (H) from the upper surface of the overflow pipe (4) in the liquid collecting tank (6) of two adjacent tencel tow rinsing machines to the bottom surface of the tank is 40 mm.

4. The tencel tow washing machine liquid accumulating tank as claimed in claim 1, wherein: overflow pipes (14) and a washing liquid inlet connecting flange II (15) can be additionally arranged on the groove walls on the two sides of the liquid accumulating groove (6) of the tencel tow washing machine.