JP3228506U - Cloth products - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cloth product which gives a cool feeling to heat when it touches a body and has a beautiful and varied appearance. A cloth product 1 comprises a knitted fabric having a first surface 2 suitable for printing in which cotton yarn or polyester filamentous yarn appears, and a second surface in which yarn having polyethylene having high thermal conductivity appears. A printed surface 4 on which a printed pattern appears is provided on the surface 2, and the second surface is a cold surface that comes into contact with the user's body. [Selection diagram] Fig. 1

Description

The invention relates to fabric products that diffuse heat and give a cool feeling when touched by the body, such as towels, masks, arm covers, towel mufflers and the like.

Polyethylene yarn has high thermal conductivity and diffuses body temperature when it touches the body, giving the user a feeling of coldness. Patent Document 1 describes a towel cloth composed of weft threads, ground warp threads, and pile warp threads, which is woven with a single-sided pile structure or a double-sided pile structure, and a cold-feeling towel cloth in which at least a part of the pile warp threads is made of ultra-high molecular weight polyethylene fibers. Are listed. Further, Patent Document 2 describes the first knitted fabric, the second knitted fabric which is different from the first knitted fabric and has substantially the same shape as the first knitted fabric, and the first knitted fabric and the second knitted fabric. It is described that by having a sewn portion for sewing around the fabric, different functions are provided on both sides thereof, and further, it is described that a knitted fabric knitted with polyethylene thread is used for the second knitted fabric. Has been done.

Utility Model Registration No. 3175126 Utility Model Registration No. 3223692

The cold feeling towel cloth described in Patent Document 1 has a high thermal conductivity of the ultra-high molecular weight polyethylene yarn used, and therefore, a cool contact feeling can be obtained by using it for the pile of the towel cloth. However, it cannot represent a printed pattern and has only a monotonous appearance in a single color.

On the other hand, in the case of the composite handkerchief described in Patent Document 2, by using the knitted fabric knitted with polyethylene yarn for the second knitted fabric, it is possible to have a cold feeling function that feels cold when touched, and further, the first 1 A beautiful appearance can be obtained by making the knitted fabric a knitted fabric suitable for printing and providing a printed pattern. However, if two or more knitted fabrics are manufactured separately and sewn together, the overall thickness becomes thick and it becomes difficult to make a thin cloth product.

An object of this invention is to provide a cloth product that gives a cool feeling to heat when it touches the body and has a beautiful and varied appearance.

In order to solve the above-mentioned problems, the cloth product of the present invention comprises a knitted fabric having a first surface in which cotton yarn or polyester filamentous yarn appears and a second surface in which yarn having polyethylene appears, and the first surface is printed. There is a printed surface on which the pattern is displayed. The second surface is a cooling surface that comes into contact with the user's body, and is particularly suitable for towels, masks, arm covers, towel mufflers, and the like.

In the cloth product of this invention, a knitted fabric having a first side suitable for printing in which cotton yarn or polyester long fiber yarn appears and a second side having a cooling sensation function in which yarn having polyethylene appears can be knitted at the same time, and a thin knitted fabric can be knitted. You can also get it. When it touches the body, it gives a cool feeling to the heat, and the printed surface can realize a beautiful and varied appearance.

It is a top view which shows the cloth product.

A mode for carrying out this device will be described. FIG. 1 is a plan view showing a cloth product, and shows a state in which one corner is folded back. In this example, the cloth product 1 is a handkerchief. The fabric of the cloth product 1 is a knitted fabric. Cotton yarn or polyester long fiber yarn appears on the first surface 2. A thread having polyethylene appears on the second surface 3 opposite to the first surface 2. The first side 2 is a side suitable for printing, and a printed side on which a printed pattern appears is formed.

What appears on the first surface 2 is cotton yarn or polyester long fiber yarn. In the case of cotton yarn, for example, a single yarn having a count of 20 to 40 is suitable, and in the case of a polyester long fiber yarn, 75 to 150 d (denier) is suitable. When applied to a towel or the like, a pile may be formed on the first surface 2, but the handkerchief of this example does not form a pile. This surface is soft and feels good, and has excellent water absorption. No thread having polyethylene appears on the first surface 2.

What appears on the second surface 3 is a thread having polyethylene. Polyethylene yarn may be used, or a combination of polyethylene and polyester or polyethylene and rayon may be used. For example, threads such as 75d / 36f and 150d / 110f can be used. Since a thread having polyethylene having excellent thermal conductivity appears, heat is easily diffused. When it touches the user's body, the body heat of that part flows out, which has the effect of giving the user a feeling of coldness.

The manufacturing method of this cloth product will be described. A knitted fabric can be obtained by knitting the above-mentioned yarns by cross weaving. This knitting can be done with popular knitting machines. In the case of towels and towel handkerchiefs, a pile is formed on the first surface side, but in the case of other cloth products, it is not necessary to form a pile.

Printing is performed on the first surface to form a printed surface. Printing with either pigment or dye may be used.

Dry after printing. Here, in the present invention, the product is dried at a temperature of 105 ° C. or higher and 110 ° C. or lower. For example, it is dried at 105 ° C. for 12 minutes or 110 ° C. for 9 minutes. If the temperature exceeds this, the yarn will shrink or melt due to the temperature characteristics of polyethylene. It was found that under the conditions of 105 ° C. for 12 minutes or 110 ° C. for 9 minutes, the quality of polyethylene was not impaired and the printed surface could be effectively dried. In particular, it is preferable to dry at 105 ° C. Particular attention should be paid to the drying temperature. Therefore, it is preferable to control the room environment and the air flow so that the temperature of the dryer becomes constant.

In the case of printing with a dye, the drying temperature is set to 105 ° C. and the drying time is about 5 minutes. After that, post-treatment (removal of excess dye) is performed. Further, the dough is dried at about 100 ° C. for a time during which the dough can be dried.

In the case of printing with pigments, the drying temperature is set to 105 ° C. and drying for about 5 minutes is performed twice. It is possible to dry for 10 minutes at a time, but in this case, it is necessary to pay attention to the shrinkage of the dough.

A knitted fabric having a printed surface can be obtained by the above production method. Since polyethylene shrinks and melts when heated, it has been impossible to print on cloth products containing polyethylene by conventional manufacturing methods. For the first time, the present invention has made it possible to form a printed surface on a fabric having polyethylene. After producing the knitted fabric printed by this production method, it is preferable to inspect the fastness of the knitted fabric to confirm that there is no problem in the fastness.

In addition to handkerchiefs, the cloth products of this invention are suitable for applications that come into contact with the human body, and towels, masks, arm covers, mufflers (neck coolers), and the like can be selected. In the case of a muffler, the heat of the neck is dissipated by wrapping the second surface so that it hits the neck. If it is a mask, the second side should be on the side that touches the face. As a result, the heat inside the mask is quickly dissipated to the outside, which is comfortable and prevents heat stroke in the summer. By making the first side outside, the printed side can be seen from the outside, and gorgeousness is produced. The passage of dust and droplets can be reduced by using polyester Microsoft fiber.

In the case of an arm cover, make it tubular so that the second surface is on the inside. By passing the arm through this, the heat of the arm is diffused and a cool feeling is given. A printed surface appears on the outer circumference of the cylinder.

1. 1. Cloth products (handkerchiefs)
2. First side 3. Second side 4. Printed surface

Claims (2)

A cloth product composed of a knitted fabric having a first surface in which cotton yarn or polyester long fiber yarn appears and a second surface in which yarn having polyethylene appears, and a printed surface on which a printed pattern appears is provided on the first surface. The cloth product according to claim 1, wherein the second surface is a cold surface that comes into contact with the user's body and is either a towel, a mask, an arm cover, or a towel muffler.

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