KR200292827Y1 - Gauze clothes used in pillow - Google Patents

Abstract

The pillow mesh fabric according to the present invention is a mesh fabric used for pillows, which is fabricated into a mesh shape by mixing a common yarn, which is one of woolen yarn, cotton yarn, chemical fiber and synthetic fiber, and silver coated with silver on the surface of a synthetic resin. It consists of one thing.

Therefore, the present invention emits silver ions due to the silver, so that the antibacterial function, deodorizing function and the insect repellent function are easily improved, and the antistatic function is excellent due to the electrical conductivity of the silver, and the heat is reflected by the infrared ray because of the silver. The advantage is increased functionality.

Description

Mesh fabric for pillow {GAUZE CLOTHES USED IN PILLOW}

The present invention relates to a mesh fabric used for the pillow, and more particularly, to the mesh fabric of the pillow to be able to easily improve the antistatic, antibacterial, deodorant, insect repellent and thermal insulation function of the mesh fabric itself.

The pillow installed on the seat of the vehicle is composed of a cushion composed of a piece of cloth inside and a mesh fabric covering the cushion as a whole, and if necessary, jade powder or charcoal powder may be included in the cushion. Refreshes people

Conventional pillows have elasticity to provide a comfortable bed for the lying person, and in particular, in the summer it is breathable to provide a refreshing bed for the lying person.

In particular, the outer skin of the pillow is composed of a mesh-like mesh fabric, and a cushion piece of excellent breathability is built into the inside to improve overall breathability, and surface of jade or bioceramic emitting infrared rays to add functionality. By attaching to the cushion or the built-in jade powder or charcoal powder, the pillow propagation suppression and sterilization function of the head of the person who cut the pillow is added to the pillow.

However, in the past, antistatic and insect repellent functions were not added to the mesh fabric itself, and thus, the pillow structure was changed, and another additional accessory was placed at a necessary position, and the functionality of the pillow mesh fabric itself was added. There is a drawback to this.

The present invention is devised to solve the problems of the prior art as described above, the object of the present invention is to add antistatic, antibacterial, deodorant, insect repellent and insulation functions to the mesh fabric itself, these functions can be easily distributed as a whole To provide a mesh of pillows.

In order to realize this, the present invention is a mesh fabric used for pillows, which is fabricated into a mesh shape by intermixing silver yarns coated with silver on the surface of synthetic yarn and synthetic resin, which are one of woolen yarn, cotton yarn, chemical fiber and synthetic fiber. Provides a mesh fabric of a pillow characterized by.

1 is a perspective view showing an example of a pillow to which the mesh fabric according to the present invention is applied;

Figure 2 is an extract for explaining the pillow mesh fabric according to the present invention.

<Explanation of symbols for main parts of drawing>

1: pillow

1a: mesh fabric

2: general history

3: gift

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 and 2 is a view showing the mesh fabric of the pillow according to the present invention, the mesh fabric (1a) used for the outer cover, the endothelial, etc. for the pillow (1) is a mixture of the general yarn (2) and the silver (3) It is woven into a mesh shape.

Here, the general yarn (2) used for the mesh fabric (1a) of the present invention is one of woolen yarn, cotton yarn, hwaseomsa and haptic yarn, which is the same as that used in conventional mesh fabric.

The silver yarn 3 is obtained by plating silver on a synthetic resin, and by coating silver on a synthetic resin film as an example.

That is, the silver yarn 3 is formed of a synthetic resin, that is, a vacuum film of silver on a polyester film having a thickness of 9 μm to form a 0.1 μm silver film, and then the silver coated film is cut to a thickness of 150 μm.

Here, the vacuum deposition method is to deposit a thin film, it is possible to grow a thin film of high quality without defects by periodically repeating the deposition of the silver atom layer from the surface of the film to a thin film of a desired thickness.

In other words, the silver is stored in a container, and then vaporized by applying a temperature, and the vaporized silver is alternately supplied to the film inside the vacuum reaction chamber, and thermally and chemically bonded on the film to keep the supplied material at a constant temperature. The monoatomic layer is deposited one by one.

As another example, the silver yarn 3 is manufactured by depositing silver on a transparent polyester film to bond another polyester film and then cutting it in the longitudinal direction. It is released continuously to exhibit semi-permanent antibacterial properties.

The silver yarn 3 may be manufactured to a thickness of 150 μm by vacuum depositing silver on a surface of a conventional synthetic resin yarn, that is, a synthetic yarn.

Of course, after the vacuum deposition of silver on the surface of the synthetic yarn, it may be coated with the surface of the synthetic resin again.

Anyway, the mesh fabric 1a of the present invention can be fabricated into a mesh shape by weaving with a weaving machine (not shown), which is a common loom, by using a common yarn (2) and a silver yarn (3). And silver (3) may be mixed and knitted in a knitting machine (not shown) to be woven into a mesh shape.

Meanwhile, in the present invention, it is preferable that the general yarn consists of 80% by weight to 90% by weight and 10% by weight to 20% by weight of silver yarn.

In other words, when silver (3) is mixed less than 10% by weight, the amount of silver ions released is insufficient to exhibit the excellent function of silver. When more than 20% by weight, the amount of light reflected from the mesh fabric is high, so The quality is reduced.

The thickness of the silver yarn is preferably formed to 150㎛, which is considering the suitable thickness for easy weaving into a net shape with a loom or knitting machine, bar thickness can be changed according to the development of the loom or knitting machine. .

The mesh fabric (1a) of the pillow made in this way is used for the whole or part of the pillow (1) bar, the general yarn (2) and the silver yarn (3) mixed to weave into a mesh shape with a loom or knitting machine The pillow is manufactured using the mesh fabric 1a.

Accordingly, the silver 3 may be evenly distributed throughout the pillow 1, and the silver contained in the silver 3 may release silver ions to the user.

In the Herb River, it is recorded that if you have silver in your body, your five intestines will be comfortable, your mind and body will be stable, you will be able to cast out bad energy and lighten your body to maintain a healthy life. It is recorded to prevent.

In medieval Europe, the death of the Black Death and the death of 10 million people, or half of all European populations, is said to have been unaffected by royal families and nobles who used silver and silverware.In India, when war broke out, soldiers were injured. It is said that silver was supplied to soldiers for disinfection.

Thus, the mesh fabric 1a of the pillow according to the present invention has a deodorizing effect by inhibiting bacteria that grow from sweat or waste secreted by the body by the sterilizing effect of silver ions released semi-permanently. This makes the user comfortable with the insect repellent effect.

In addition, since the silver has excellent electrical conductivity, it prevents shock and stress caused by static electricity by flowing static electricity generated inside the vehicle and removes dust and dirt.

In addition, because the silver blocks the heat due to the synthetic resin and the heat conduction by the silver is excellent, it is cool in the summer and warm in the winter, which reflects infrared rays, the source of heat, and radiates far infrared rays toward the body.

Thus, the present invention is to increase the functionality of the pillow is used for the manufacture of the pillow mesh fabric (1a) woven into a mesh shape with a silver coated silver.

As described above, the pillow made of the mesh fabric according to the present invention releases silver ions due to the silver, so the antibacterial function, the deodorizing function and the insect repellent function are easily improved to comfort the occupants and the like. Due to this, the antistatic function is excellent, and because of the reflection of infrared rays due to the gift, there is an advantage of increasing the thermal insulation function to psychologically stabilize the occupants.

Claims (3)

In the fabric used for the pillow, A pillow mesh fabric characterized in that weaving a general yarn (2), one of woolen yarn, cotton yarn, chemical fiber and synthetic yarn, and a silver yarn (3) coated with silver on the surface of a synthetic resin to form a woven mesh. The method of claim 1, Pillow mesh fabric consisting of 80% to 90% by weight of general yarn (2) and 10% to 20% by weight of silver yarn (3). The method according to any one of claims 1 and 2, The thickness of the silver yarn (3) is a pillow mesh fabric, characterized in that 150㎛.