Oil intelligent-blending system for nylon production

Abstract

The invention discloses an oil intelligent-blending system for nylon production and belongs to the technical field of nylon production. According to the requirements of the production process, the required amounts of water and oil are input by technical personnel into a computer; after being softened, tap water enters a softening water tank; oil passes through an oil metering pump according to therequired amount input into a controller; softened water and the oil enters an oil blending tank for being stirred sufficiently; an ultrasonic conductivity sensor is mounted above the oil blending tank, and used for measuring and detecting a solution; the entry into an oil storage tank is controlled by an electromagnetic valve; after being applied to a spinning process, the oil enters a water return system for being recycled; furthermore, an impurity removing module is utilized for efficiently removing waste silk and single-body impurities in the oil, the purpose of oil purification is fulfilled, it is guaranteed that the oil enters the softening water tank again after meeting the recycling standard, and the recycling effect is achieved; and the emission pollution caused by waste oil sewage is avoided when the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of nylon production, and more specifically relates to an intelligent blending system of oil agent for nylon production. Background technique [0002] Nylon was developed by Carothers, an outstanding scientist in the United States, and a scientific research team under his leadership. It is the first synthetic fiber that appeared in the world. Nylon is a term for polyamide fiber (nylon). The emergence of nylon has brought a new look to textiles. Its synthesis is a major breakthrough in the synthetic fiber industry and a very important milestone in polymer chemistry. [0003] Oiling is a necessary process in spinning production. Its purpose is to improve the cohesion between the individual filaments in the sliver, and improve the lubrication between the sliver and the metal component and the yarn guide in the drawing and winding process. Sex and antistatic properties, reduce fuzz, improve the full volume rate ...

AI Technical Summary

Problems solved by technology

[0004] If the temperature of the oil agent in the oil storage tank is too high, it will be corrupted, and the produced silk is prone to white powder.

However, the existing oil storage tanks cannot control the temperature of the oil agent. Generally, the temperature is regularly tested manually. The feedback is not timely, the labor intensity is high, and it consumes manpower. However, there will be waste silk and monomer impurities in the oil agent after spinning. And other pollutants, the longer the spinning time, the higher the impurity content of the oil agent, the more serious the pollution degree of the oil agent, it is difficult to directly reuse, and most of them are directly discharged into the environment, which not only causes waste of oil agent, but also is harmful to the environment. a kind of pollution

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