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Pillow inner with loofah sponge functional modules and pillow with pillow inner

A functional module and loofah technology, applied in the field of bedding, can solve the problems of poor air permeability, poor permeability, easy breeding of mites and bacteria, etc., and achieve the effect of ensuring dryness and comfort and improving hygroscopicity

Pending Publication Date: 2019-07-19
ANHUI AGRICULTURAL UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The present invention aims to overcome the deficiencies of the latex pillows and memory pillows currently on the market, such as poor air permeability, poor permeability, easy to produce stuffy feeling, easy to breed mites and bacteria, and provide a kind of automatic adjustment of temperature, humidity, hardness, and can help Sleeping and antibacterial loofah function module pillow core and its pillow

Method used

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  • Pillow inner with loofah sponge functional modules and pillow with pillow inner
  • Pillow inner with loofah sponge functional modules and pillow with pillow inner
  • Pillow inner with loofah sponge functional modules and pillow with pillow inner

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0049] Referring to the accompanying drawings, the loofah functional module pillow in this embodiment includes a pillow body 2, and counterbores 22 are arranged on the pillow body 2, and a melon functional module 4 is placed in the counterbore 22, wherein the loofah functional module 4 consists of Cylindrical outer coat fabric 41 and inner filling loofah 42 are formed. The upper surface of the loofah functional module placed in the counterbore 22 is preferably slightly lower than the upper surface of the deep hole. The inner filling loofah is preferably loofah velvet or loofah tendon block. The upper surface of the pillow body has a B-shaped streamline shape, and the radian of the streamline is 45° from the horizontal, and one end is 3-5cm higher than the other end; the lower surface of the pillow body is horizontal.

[0050] In this embodiment, the pillow body is made of latex or memory foam, and there are through air holes 21 distributed on the pillow body; if the pillow bo...

Embodiment 2

[0055] A loofah functional modular pillow, comprising a pillow core 2 and an outer pillow case 1 for accommodating the pillow core. The pillow core is the loofah functional modular pillow core described in Embodiment 1.

[0056] Wherein, the upper surface of the outer pillowcase is made of inner and outer fabrics 11 and 13 to form a double-layer structure, and the lower surface is a single-layer fabric structure. The loofah filling material 12 is filled between the inner and outer fabrics 11 and 13; Stitches are evenly spaced and spaced.

[0057] The pillow in this embodiment also includes a number of height adjustment modules 5, which are located at the bottom of the pillow core and are accommodated together with the pillow core in the outer pillow case.

[0058] Wherein, the height adjustment module 5 includes fabrics and loofah filling materials. The loofah filling material of the height adjustment module is a composite material obtained by mixing loofah fiber velvet and l...

Embodiment 3

[0064] Embodiment 3 high-density loofah preparation and softening method

[0065] The loofah velvet in the embodiment of the present invention 1-2, the loofah tendon block raw material are all high-density loofah (density range is 31-65Kg / m 3 ). Studies have shown that high-density loofah (density range of 31-65Kg / m 3 ) fibroblasts have more abundant methylene groups, relatively low crystallinity of cellulose, and low content of fibroblast parenchyma, all of which indicate that loofah fibrous cells are soft and have good resilience. But because the diameter of high-density loofah fiber bundle is larger, the wall layer is thicker, and the hardness of high-density loofah fiber bundle is larger. Therefore, it must be softened through softening treatment to make the fiber bundles loose, so that the characteristics of the loofah fiber cells can be fully exerted and the loofah becomes soft and comfortable.

[0066] The present invention is to high-density loofah (density scope is...

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Abstract

The invention discloses a pillow inner with loofah sponge functional modules and a pillow with the pillow inner. The pillow inner is characterized in that counter bores are arranged in a pillow innerbody, the loofah sponge functional modules are arranged in the counter bores, and each loofah sponge functional module comprises cylindrical outer sleeve fabric and an internal filling loofah sponge.The pillow comprises the pillow inner, an outer pillow case for accommodating the pillow inner and a height adjusting module. The pillow inner and the pillow have the advantages that the moisture absorption, dampness dispersing performance and breathability of the pillow are increased, heat and dampness energy exchanging between a person and the pillow is benefited, and the dryness and comfortableness of the pillow surface are guaranteed.

Description

technical field [0001] The invention relates to bedding, in particular to a loofah functional module pillow core and a pillow thereof. Background technique [0002] The pillows currently on the market mainly include latex pillows and memory foam pillows. Among them, natural latex materials are limited, while synthetic latex and memory foam are petrochemical products and are non-renewable resources. At the same time, latex and memory have poor air permeability and permeability, and it is easy to breed mites and bacteria after a long time of use. Exposure to the sun is the best way to eliminate bacteria and mites, but both latex and memory foam should not be exposed to the sun. For example, latex is easy to powder and emit an unpleasant smell when exposed to the sun, while memory foam is prone to aging and even spontaneous combustion. In addition, latex pillows and memory foam pillows tend to feel stuffy when used in summer, mainly because people sweat and wick moisture ever...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A47G9/10A47G9/00
CPCA47G9/1027A47G9/007
Inventor 陈玉霞任林燕石云娇郭勇张婷婷朱珍珍苏勤
Owner ANHUI AGRICULTURAL UNIVERSITY
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