Cooling-down air conditioner facing

Abstract

The invention provides a temperature reducing air conditioning fabric and a manufacture method thereof. The temperature reducing air conditioning fabric comprises a miniature ultra audible sound atomizer chip array fixed inside the common fabric and a micropower supply in electric connection with the miniature ultra audible sound atomizer chip array. The invention introduces the technical mode of the micron/nanometer ultra audible sound atomizer chip for the first time, thereby realizing the reinforced convection and the evaporating radiation of the human body local body surface heat quantity and fulfilling the aims of preventing sunstroke and reducing the temperature. In addition, the temperature reducing air conditioning fabric has a compact structure and high cost performance and can be made into trousers, underwear, coats, and even daily products such as waistbands, caps and shoes.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

The present invent describes a cooler system called Ultrasound Micromilevel Antenna (UMMA) Microjet Nebulator®). These tiny electronic components inside have been developed over recent years due to their ability to break down complex materials like saliva without causing damage. They allow for better control over how much liquid enters the person's body during respiratory inspections while still maintaining good thermal conductivity. By utilizing UMMEGA™ crystal oscillators, they create minute vibrations within the area where blood comes out of contact. Overall, Ultimately, this innovation allows for improved cooling efficiency and comfortability for wearable garments used throughout our bodies.

Problems solved by technology

The problem addressed during these experiments relates to prevention or acceleration of excessive perspiration caused by overheated environments like firefightings, road construction workers, military officers working underwater, etc., which causes poor blood circulations and increased risk of hypothermia when exposed to low temperatures. This issue has been identified with previous methods involving adding clothes made of synthetic fiber material around the footwear, making them slippery against each other causing pressure points where they could get stuck together.

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