Ultra-high molecular weight polyethylene fiber varicose veins sock and production equipment thereof

Abstract

The invention relates to an ultra-high molecular weight polyethylene fiber varicose veins sock, which comprises a sock body, and is characterized in that a nano antibacterial material is adhered to the inner layer of the sock body, the sock body is made of a special nano antibacterial material and is good in antibacterial effect, at least two mutually parallel soft magnetic strips are arranged onthe outer side of the sock body in the length direction, and every two adjacent soft magnetic strips attract each other. By adopting the structure, when blood flows from the heart to the foot, the sock body is expanded for a certain distance due to the fact that the blood flows into the foot, and the attraction force between the soft magnetic strips is sharply reduced after being separated for a certain distance, so that the overall pressure of the sock body is reduced, and the blood can flow to the foot more easily. The sock body is reduced for a certain distance when the blood flows back, the attraction force between the soft magnetic strips can sharply rise after approaching a certain distance, so that the overall pressure of the sock body is greatly increased, blood can flow back moreeasily, and then the blood is guaranteed to be smoother.

Description

technical field [0001] The invention relates to an ultrahigh molecular polyethylene fiber varicose socks and production equipment thereof. Background technique [0002] Varicose vein socks are indispensable daily necessities in people's life. They are used no matter they are walking, exercising or strolling. Due to the poor air permeability of some varicose vein socks, the feet are often in a humid and airtight microenvironment, which is easy to breed bacteria. Athlete's foot and other hazards to the feet, and general varicose veins socks are basically knitted, the friction coefficient is small and the grip is not high, the anti-slip effect is poor, and ordinary varicose veins socks can only pressurize to prevent further varicose veins , but because it is more difficult for the blood to flow to the soles of the feet after pressurization, it is even more difficult to ensure the smooth flow of blood, which may further aggravate the condition, and the existing varicose socks us...

AI Technical Summary

Problems solved by technology

[0002] Varicose vein socks are indispensable daily necessities in people's life. They are used no matter when walking, exercising or strolling. Due to the poor air permeability of some varicose vein socks, the feet are often in a humid and airtight microenvironment, which is easy to breed bacteria. Athlete's foot and other hazards to the feet, and general varicose veins socks are basically knitted, the friction coefficient is small and the grip is not high, the anti-slip effect is poor, and ordinary varicose veins socks can only pressurize to prevent further varicose veins , but because it is more difficult for the blood to flow to the soles of the feet after pressurization, it is even more difficult to ensure the smooth flow of blood, which may further aggravate the condition, and the existing varicose socks usually need to use a reactor to mix their raw materials during the production process The liquid is stirred rapidly at high temperature. The efficiency of mixing the mixed liquid in the existing reactor for varicose socks is low. The production efficiency is low and the mixing quality is poor at the same time, which cannot meet the production requirements of high uniformity. The low production efficiency increases the production cost in disguise. , It is also prone to material blocking when discharging. Although the vibration motor is used to vibrate to assist the discharge, the existing vibration motor has limited effects and consumes a lot of energy. Therefore, it needs to be improved.

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