Vertical cloth washing trough

Abstract

The invention discloses a vertical cloth washing trough. The trough comprises a rectangular trough body with an upper opening, a left conveying mechanism, a right conveying mechanism and a guide mechanism, the left conveying mechanism is arranged at the left side of the rectangular trough body and comprises a left drive roller and a left driven roller, and a left conveying belt winds the left drive roller and the left driven roller; the right conveying mechanism is arranged at the right side of the center of the rectangular trough body and comprises a right drive roller and a right driven roller, and a right conveying belt winds the right drive roller and the right driven roller; a material descending channel is formed between the left conveying belt and the right conveying belt, and a material ascending channel is formed between the right conveying belt and the right trough wall of the rectangular trough body. The vertical cloth washing trough is small in occupied space, cloth is tightly compressed in the trough body through the vertical design of the material ascending channel and the material descending channel and extends into the space among press pipes, the cloth containing capacity in the trough body is further increased, the time of immersing the cloth in the washing trough is prolonged, and the effect of cleaning the cloth is improved.

Description

Technical field [0001] The invention relates to a vertical cloth washing tank, which belongs to the technical field of cloth washing. Background technique [0002] Fabrics such as blankets, carpets, curtains, etc. need to be printed, steamed and fixed. The printed and steamed and fixed fabrics have excess slurry on the back and excess pigment on the surface. Generally, the fabric has a bad feel and has a rough surface effect. The color is not good, the color is dark, and it will affect the processing of the subsequent process when it is serious. Therefore, it is necessary to wash the product after printing, steaming and fixing, to wash off the excess slurry and color, generally according to the ability of different fabrics to absorb colors The difference is that 5-10% of the pigment of the fabric can be washed away after washing. The washed product is not only cleaner and softer, but also brighter and more vivid. In order to make the washing effect better, a variety of methods c...

AI Technical Summary

Problems solved by technology

[0003] At present, the washing line generally includes horizontally arranged dipping tanks, 3-5 flat washing tanks, 1-4 beating tanks, drum tanks, and clear water tanks. There is a rolling car behind each tank to squeeze the sewage The water flows forward sequentially from the clear water tank at the rear. During the water flow process, the fabric in the tank is unstable and easy to run off. There is also the problem that each roller is out of sync in each tank, and the amount of cloth stored in the tank is limited.

Especially in the dipping tank, the cloth is transported in the horizontal and horizontal direction, not only the amount of cloth stored is small, but also the water level of the dipping tank only impregnates the cloth conveyed in the lower part, the soaking time of the cloth in the dipping tank is short, and the cleaning effect of the cloth is not good. There is a problem of easy deviation. In order to ensure the cleaning effect, the equipment of the general washing line is as long as 15 meters. Even if the cleaning efficiency and cloth storage volume of such a long cleaning line cannot meet the requirements of the pre-stage cloth storage volume, the storage volume is less and more It is impossible to achieve the purpose of continuous operation, and the cleaning effect is poor and cannot meet the cleaning requirements

[0004] In order to meet the requirements of continuous water washing and cloth storage, some cleaning lines increase the washing length. Specifically, the above two cleaning lines are combined and connected by a compensator in the middle. Although this method has high cleaning efficiency and relatively fast cleaning speed, The cloth is also relatively clean, which solves the problem of cloth storage and continuous cleaning, but it has the following defects: due to the design of the compensator, the water cannot flow continuously from the back to the front, and the water flow of the back-stage washing line is interrupted at the position of the compensator, and the front-stage The washing line requires additional water supply, resulting in separate water supply for the front and rear stages of cleaning. The water consumption is large, the waste of water is serious, the waste water treatment cost is high, the production cost is increased, and it is not conducive to environmental protection; the energy consumption of the washing line is doubled, but However, the corresponding cleaning effect was not obtained; the lengthening of the washing line made the synchronization of the entire washing line rollers and the problems of fabric deviation more serious; the washing line was as long as 30 meters in width, and the workshop space was limited, which was often limited by the site space; The line length needs at least 6 people, which increases the number of personnel and high labor costs

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