Fluid distribution device

Abstract

A fluid dispensing device comprising a container (9) having a plurality of inlet tubes (5,6) and a plurality of outlet tubes (7,8) to facilitate the distribution of fluid to A corresponding number of textile processing machines (not shown). Each inlet tube (5, 6) is arranged to receive fluid and deliver the fluid to the container (9). The fluids are mixed in the container (9) and then distributed from the container (9) via outlet pipes (7, 8) to each textile processing machine (not shown).

Description

technical field [0001] The present invention relates to a fluid distribution device, and more particularly to a fluid distribution device for distributing fluid to two or more textile processing machines (but not limited thereto). Background technique [0002] In the dyeing process of a whole batch of yarn packages, usually the number of yarn packages exceeds the capacity of a single dyeing machine. Therefore, it is necessary to divide the yarn packages into smaller batch sizes. Each smaller batch is then usually processed by a different dyeing machine. Differences in color and shade often occur between batches when different dyeing machines are used. [0003] In order to improve the consistency of the color and shade of the dyeing process, a connecting device is usually used to connect the piping systems of the two dyeing machines. Traditional coupling methods and coupling devices are especially suitable for machines with external piping. [0004] According to the conve...

AI Technical Summary

Problems solved by technology

The use of a frequency inverter can reduce the problems associated with uneven fluid height in each dyeing machine, but its use usually results in an increase in the cost of the dyeing machine, which in turn leads to a loss of market competitiveness

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