KR900004237B1 - Continuous washing apparatus for cloth - Google Patents

Abstract

A continuous washing appts. for cloths includes a washing tank (1), guide rolls (6) which lead the cloths in zig-zag way, a washing chamber (3) with the guide rolls, a recycling pathway (11), an electronic valve (9) for supplying water from a watersupply gate (8) to the washing chamber, a counter water pathway, filters (12,14) and pumps (13, 15).

Description

Continuous cleaning device of fabric

Explanatory drawing which shows the Example of the washing | cleaning apparatus which consists of this invention.

* Explanation of symbols for main parts of the drawings

1: washing liquid tank 2: washing water

3: upright washing room 4: fabric

5: guide roller 6: guide roller

7: hot water dish plate 8: water inlet

9: solenoid valve 10: counter channel

11: self-circulating path 12: filter

13: pump 14: filter

15: Pump

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a continuous cleaning apparatus for fabrics capable of effectively eliminating the amount of water, impurities, and the like adhering to the surface of a long fabric such as woven fabrics and knitted fabrics.

In order to remove impurities adhering to the surface of the fabric after removing the industrially produced long cloth, or dyeing, refining, or bleaching, it is continuously washed during transportation of the mounting fabric. There is a need. However, in the conventional washing of this fabric, since it was a simple washing | cleaning means of passing this cloth through the inside of the washing tank which just filled with the washing water, and contacting with the washing water in this tank, It is well known that the washing tank and the large amount of water put in the washing tank are consumed. Due to the lack of water resources, it is necessary to save the washing water at the time of washing cloth or reduce the equipment cost of the washing apparatus. It is becoming. However, in the conventional washing machine, since a large number of washing tanks are required until the washing of the fabric is completed, not only the equipment cost but also the washing water is not saved, and a large amount of equipment cost and a large amount of water resources are still consumed. It also took a long time to complete the cleaning.

The present invention has been made in view of the above, and in order to continuously wash the cloth by bringing the washing water into contact with the fabric which is continuously driven, in order to reduce the water consumption used for the cleaning and to be able to effectively wash the treatment in a short time, A washing apparatus for imparting washing water to a fabric from an upper portion of the upright washing chamber while moving up and down from the bottom thereof in the upright washing chamber, wherein the water accumulated in the inner bottom of the washing tank is placed upright with the clear water. Providing a cloth continuous cleaning device that forms a self-circulating path for flowing down from the upper part of the cleaning chamber, increases the amount of water given to the fabric per unit to be transported, and reduces water consumption so that effective continuous cleaning can be performed. It is for the purpose.

EMBODIMENT OF THE INVENTION Below, this invention is demonstrated in detail based on the Example shown to drawing. (1) is a washing | cleaning liquid tank in which the upper surface was opened, The washing | cleaning water tank 2 is filled in this washing liquid tank 1. (3) The lower surface is opened, and an opening diameter is larger than the diameter of the said liquid tank 1. As an upright washing chamber formed small, the lower opening edge of the standing washing chamber 3 is immersed in the washing liquid 2 of the washing liquid tank 1, and the inside of the standing washing chamber 3 is kept airtight. Inside the cleaning liquid tank 1, a plurality of guide rollers 5 are arranged in two stages up and down for moving the fabric 4 up and down in a zigzag shape. In addition, inside the upright washing chamber 3, a plurality of guide rolls 6 for shifting the fabric 4 to the left and right zigzag shape are arranged in the upper and lower stages, and in the left and right two rows. In addition, each hot water washing dish 7 is disposed under each guide roll 6, but in each of the hot water washing dish 7, water that is gradually drawn down from the water inlet 8 causes the fabric 4 to be removed. Therefore, or to drain the water from the upper hot water dish.

(9) is a solenoid valve for supplying fresh water to the upright washing chamber from the water inlet (8), (10) is a counter water for supplying washing water overflowed in a subsequent washing tank (not shown), ( 11 is a self-circulating path for allowing a part of the washing water 2 of the washing liquid tank 1, which is its washing tank, to flow out from the water supply port 8 via the filter 12 and the pump 13. (14) is a filter for removing impurities contained in the washing water (2) overflowed in the liquid tank (1), and the washing water treated in this filter is installed at the front position by the driving of the pump (15). It is to be supplied gradually to a cleaning device (not shown).

As described above, the operation of the present embodiment will be described below. Each guide roll 5 in which the fabric 4 to be cleaned first is first supplied into the cleaning liquid tank 1 and disposed in the cleaning liquid tank 1. The inside of the washing water (2) is transferred in a zigzag shape by means of), and pre-cleaning is performed in the meantime. Thus, the fabric 4 pre-cleaned in the cleaning liquid tank 1 is guided to each guide roller 6 in the upright washing chamber 3 to correspond to the upright washing chamber from side to side in a zigzag shape. In this case, the washing water flowing down from the water inlet 8 repeatedly contacts the fabric 4 conveyed along each of the guide rollers 6 and the hot water washing dish 7, and the washing is completed as a result. In the example, since the amount of washing water supplied from the water supply port 8 into the washing apparatus is a total amount supplied from the counter channel 10 and the self-circulating passage 11 together with the new water, the amount of washing water, that is, the consumption of new water, is reduced per unit time. A large amount of washing water can be brought into contact with the fabric 4. Therefore, it is possible to effectively clean the fabric by reducing the consumption of fresh water, thereby making it possible to save water resources and to significantly increase the economics of cloth cleaning.

As described above, the present invention has an upright washing chamber which is installed in the washing liquid tank and the upper portion of the washing liquid tank, and has a guide roller for conveying the fabric in a zigzag shape from the bottom to the top, and is washed from the top of the upright washing chamber. A washing apparatus for imparting water, comprising: a self-circulating circulation path for flowing water accumulated at an inner bottom of the washing tank together with fresh water from an upper portion of a washing chamber of an upright washing chamber. Device.

Therefore, according to this invention, since the amount of washing water supplied into the washing apparatus from the water supply port formed in the upper part of the upright washing chamber is a total amount supplied from the self circulation along with the new water, the consumption amount, that is, the new water consumption amount, is reduced per unit time. A large amount of washing water can be brought into contact with the fabric 4. As a result, the consumption of fresh water can be reduced to effectively clean the fabric, thereby saving water resources and greatly improving the economics of cleaning the fabric.

Claims (1)

It has a washing | cleaning liquid tank 1 and the upright type washing | cleaning chamber 3 arrange | positioned at the upper part of the washing | cleaning liquid tank 1, and the guide roller 6 which transfers the fabric 4 to a zigzag form from the bottom upward. In the washing apparatus for supplying the washing water (2) to the fabric (4) from the top in the upright washing chamber (3), the water accumulated in the inner bottom of the washing liquid tank (1) together with clear water A continuous bleaching and cleaning device, characterized in that a self-circulating path (11) is formed for flowing down from the top of (3).

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