Anti-fatigue antibacterial neck-protecting pillow combined pad and manufacturing method thereof

Abstract

The invention discloses an anti-fatigue antibacterial neck-protecting pillow combined pad and a manufacturing method thereof. The pillow comprises a first pillow part and a second pillow part which can be separated. The first pillow part is of an integrated structure arranged in a stacked mode. The first pillow part comprises a base layer, a head supporting layer and a neck supporting layer whichare arranged from bottom to top; at least part of the upper surface of the head supporting layer is a concave part, the lower surface of the neck supporting layer is matched with the upper surface ofthe concave part, the upper surface of the neck supporting layer is an arc-shaped protruding face with the face vertex higher than the upper surface of the head supporting layer, and an arc-shaped transition face is formed between the arc-shaped protruding face and the head supporting layer. The length of the second pillow part is set in the length direction of the first pillow part, the second pillow part is close to the neck supporting layer of the first pillow part, and the side, away from the length direction of the first pillow part, of the second pillow part is provided with an outwards-lowered arc-shaped face. The pillow combined pad effectively supports the back, the head and the neck of a human body, and the rebound resilience and the buffering performance are reflected through aspecial three-dimensional net structure.

Description

technical field [0001] The invention relates to the field of plastic pillows, in particular to an anti-fatigue and antibacterial neck protection pillow combination pad and a manufacturing method thereof. Background technique [0002] The pace of modern life is getting faster and faster, and more and more people are suffering from chronic diseases such as cervical spondylosis and insomnia. Experiments have confirmed that cushioning cushions, mattresses, and pillows can improve these chronic diseases. Most of the cushions, mattresses, and pillows on the market are made of latex and PU, and most of them are made of foam. However, the open-cell foam as a cushion, mattress, and pillow can easily absorb sweat from the body, and it is not easy to discharge, reducing the product quality. Service life; if a closed-cell foam is used, the air permeability becomes poor, and the skin that contacts the closed-cell foam cannot breathe, and it cannot be sterilized at high temperature, nor c...

AI Technical Summary

Problems solved by technology

Most of the cushions, mattresses, and pillows on the market are made of latex and PU, and most of them are made of foam. However, the open-cell foam as a cushion, mattress, and pillow can easily absorb sweat from the body, and it is not easy to discharge, reducing the product quality. Service life; if a closed-cell foam is used, the air permeability will deteriorate, and the skin that touches the closed-cell foam cannot breathe, and it cannot be sterilized at high temperature, nor can it be washed with water

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