JPS6065104A - Production of home fashion glove - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION In the present invention, the surface side of the backing fabric is dyed and/or printed, and transparent vinyl chloride plastisol or emulsion urethane is coated thereon. This invention relates to a method for manufacturing home fashion gloves in which an odorless film made of urethane, acrylic vinyl chloride graphite, etc. is laminated on the back side of the cloth.

Conventional products are made by attaching knitted gloves or work gloves to a metal or porcelain glove shape, immersing them in vinyl chloride plastisol to form a sol film layer on the surface of the knitted gloves or work gloves, and then heating the product. The vinyl chloride resin film was coated on the surface of knitted gloves or work gloves by gelling and melting them, heating and cooling them, and then removing them from the glove mold to produce the product.

For cooking gloves, a porcelain glove type is immersed in a vinyl chloride-based plastisol bath, then pulled out, gelled and melted to form a porcelain glove type surface between the vinyl chloride resin coatings, and the surface is coated with adhesive. A method is used in which a product is obtained by subjecting the fibers to electro-flocking, then heating and melting the fibers, cooling them, and then inverting and removing the film from the mold.

In both the right method and the drinking method described above, the pigment is added by kneading it into the vinyl chloride sol, and in most cases the pigment is ψ-colored. However, in terms of production, it is necessary to stop production and replace the vinyl chloride plastisol every time the color is changed, resulting in a decrease in productivity and an increase in labor.
In addition, when adding multi-colored patterns, patches and pictures are used, but even in the case of the mouth, it is difficult to say that it is perfect, and boundaries appear at the seams, and even if payment is made, the product value is reduced. It's hard to say that I'm satisfied.

In view of the above-mentioned drawbacks, the present invention has been diligently researched,
After performing desired dyeing and/or printing on the surface of the glove base fabric whose back side is laminated with a plastic film as shown in FIG. By subsequently heating and melting it, it became possible to clearly emboss the desired pattern, and it also made it possible to save labor by avoiding production stoppages when changing colors.

Another object of the present invention is that the above-mentioned cloth gloves and cooking gloves use vinyl chloride sol, so there remains the problem of odor caused by the plasticizer, and customers have requested a solution to this problem. The structure is shaped like a bank. Neutralization and adsorption methods are available as countermeasures to this problem.

Masking methods are being considered, but each method has its advantages and disadvantages, and a complete countermeasure has not been established.However, in the gloves of the present invention, urethane, acrylic graftomer, etc. are used as materials such as lamination of the base fabric. As for odor, it is almost odorless, especially inside the glove. I think this is truly revolutionary for PVC gloves.

The second objective is that the gloves obtained by the present invention are thin and soft, and can be used for cooking.They also avoid contamination and rash caused by the hair flocking on the back of the gloves falling off, which was a drawback of conventional cooking gloves. However, in the present invention, hair removal is eliminated by changing to a backing cloth (nylon, Tetron, polyester, cotton, cotton) instead of hair transplantation.

The problems of rash and detachability are also eliminated, and highly flexible and hygienic gloves can be obtained. The above-mentioned cooking glove method does not yield gloves that look like mouths.

Furthermore, the gloves of the present invention are extremely superior in washability compared to conventional cloth gloves and cooking gloves. Regarding the drinking method, washing is impossible and hair loss is severe. The method on the right also takes time to dry after washing, but the gloves of the present invention are convenient and hygienic because they can be used immediately after washing and dehydrating.
Superior in every aspect compared to traditional gloves.

The present invention is made of nylon, polyester, and cotton.

Dye and/or print on a base fabric such as a towel, then laminate an odorless film such as polyurethane or acrylic salt granodomer on the back side, stack several sheets as shown in Figure 1, and punch out with a cutting blade. Then, sewn into a glove and then sewn into a glove shape.Cera L-L with the film side inside, coated with transparent vinyl chloride sol or transparent emulsion urethane,
This is a method for producing home fashion gloves, which is then heated and melted.

In the present invention, the plastic sol made of donyl chloride resin is a vinyl chloride resin commercially available for Base I, which is easily dispersed in plasticizers, and plasticizers, stabilizers, gelling agents, etc. It is a sol-like mixed fluid that is mixed by adding and applying shear force. In some cases, a part of the paste resin vinyl chloride may be replaced with a general vinyl chloride resin or a base diluent vinyl chloride resin in order to reduce the unit price of the sol or to lower the viscosity. A small amount of mineral turpentine may also be added as a diluent to reduce the viscosity of plastisol.

As can be seen from the above explanation, in the present invention, the inside of the glove is made of a resin other than vinyl chloride resin, that is, urethane.

It is particularly unique in that it uses a base fabric laminated with a film made of acrylic or the like, which solves the problem behind the scenes.

The present invention will be further explained below with reference to examples, but it goes without saying that the present invention is not limited to these examples.

Example 1 Vinyl chloride resin (trade name Sumiritz 1-PX-N (+, manufactured by Sumitomo Chemical Co., Ltd.) 100 (parts by weight) Plasticizer (DOP)
70-1 O# stabilizer (R-69E-1 in the product name)
, manufactured by Kyodo Yakuhin Co., Ltd.) 2 (parts by weight) Gelling agent (trade name Aerosil #200, manufactured by Degussa, Germany) 1 to 2 Mineral turpentine (manufactured by Hakubun Yuka Co., Ltd.) 2 to 5 Plastisol with the above composition Gloves sewn based on the glove base fabric configuration shown in Figure 1 were set in a mold, coated at room temperature, and after the coated plastisol had naturally fallen for 1 () minutes, heat treated in a heat J1 + drying oven at 180°C for 10 minutes, and then cooled. Gloves were obtained by detaching from the flat mold. The vinyl chloride gloves are embossed with various patterns printed on the base fabric, giving them an unprecedented color and temperature sensitivity.They are also extremely flexible compared to conventional gloves, making them suitable for use in all fields. was possible.

Example 2 Vinyl chloride resin (trade name PXNO, parts by weight manufactured by Sumitomo Chemical Co., Ltd.) Vinyl chloride resin (trade name 5XII, //
j 20 // (diluent coarse particles) plasticizer (DOP
I 70-150 // Stabilizer (R-69 in the product name)
1-1) 2 JJ gelling agent (trade name Aerosil #2+10) 1-2 Gloves sewn from plastisol with the above composition based on the glove base fabric configuration shown in Figure 1 are coated with Ceritone at room temperature in a mold and coated with cordon. After allowing the plastisol to fall naturally for 1 minute, it was heat-treated at 180°C for 10 minutes in a hot air drying oven, cooled, and detached from the flat mold to obtain gloves.

These donyl chloride gloves are embossed with various patterns printed on the base fabric, and have a matte formula by using resins with different melting temperatures or melting speeds in the compound composition.
Moreover, the gloves had a non-slip effect and could be used for a wide range of purposes, including light work and cooking.

Example 3 Plastisol (A) hinichloride) I, resin (trade name PXNO) 100
(Parts by weight) Plasticizer ([) Q yen 70-150 pt lower
Fixing agent (product name: R-69E-1) 2 II gel
agent (trade name Aerosil #200J 1-2 Organosol (Bll Coni chloride I, resin (trade name 5X-11170)
Parts by weight) Hinyl chloride resin (trade name PX-NO) 30
/1 Plasticizer (DO yen 50~gQ II stabilizer (product name: R-69E-1121') Gelling agent (product name Aerosil #200) 1~2 n7- Diluent Mineral turpentine 100 (parts by weight) ) Gloves sewn from plastisol of the above composition based on the glove base fabric configuration shown in Figure 1 were set in a mold at room temperature, and the coated plastisol was allowed to fall for 10 minutes and then heated in far-infrared rays for 1 minute. After being immersed in a plastigel bath, the gloves were pulled up and heat-treated in a hot air oven set at 180° C. for 10 minutes, cooled and detached from the flat mold to obtain vinyl chloride gloves having irregularities on the glove surface.

These gloves were not only colorful, but also had excellent anti-slip properties.

Example 4 Urethane resin (trade name Rezamin 5020, manufactured by Dainichiseika Co., Ltd.) 100 (parts by weight) Urethane resin (trade name LIM-
30, // ) 5 //Product name (:at#07 (manufactured by Jinnichiseika) Q, 5 //Product name WHI (1 (u l
lQ // Emulsion type urethane with the above composition as the first
Gloves sewn based on the glove base fabric structure shown in the figure are set in a mold, coated with urethane, allowed to fall naturally until the corded urethane becomes uniform, and then preheated at +10"C-
After that, main heating was performed at 150° C. for 10 8 minutes to obtain gloves. These gloves were not only colorful, but also soft and had excellent oil and solvent resistance.

[Brief explanation of drawings]

FIG. 1 is a regenerated cross-sectional view illustrating the structure of the backing fabric used in the present invention, and FIG. 2 is a perspective view illustrating the state of punching when making gloves. In the figure, 1... Cloth 2... Film 3... Pattern Pattern 1 Figure 2 Procedures Amendment Written on October 14, 1981 Kazuo Wakasugi, Commissioner of the Japan Patent Office 1. Special Application No. 58-169465 No. 2, Title of the invention: Method for manufacturing home fashion gloves 6, Person making the amendment Relationship to the case Patent applicant Location: 252 Kamata-cho, Matsusaka City, Mie Prefecture Name: Representative of Mie Chemical Industry Co., Ltd. Director: Yoshi Yamakawa, 4th year high school student, Agent: 100 Address: 26 Hiiraku Building, 1-4-5 Marunouchi, Chiyoda-ku, Tokyo
Room 4 Telephone number: 214-2861 ■ 6. Subject of amendment ■ Claims column and detailed description of the invention column of the specification ■ Drawings (Figures 1 and 2) Z Contents of the amendment ■ In the description We will correct the following points. (1) The scope of claims on page 1, lines 4 to 16 will be amended as shown in the attached sheet. (2) On page 1, lines 18 to 19, the phrase "on the back side of the back base fabric" will be corrected to "on the front side of the back base fabric." (3) On page 6, lines 9 to 12, the phrase ``The gloves are sewn after doing ... on the back side shown in Figure 1'' is replaced with ``The plastic film shown in Figure 1 is laminated. The gloves are sewn from a base fabric that has already been dyed and printed. (4) On page 4, lines 5 and 6, the words ``urethane/acrylic graftomer'' will be corrected to ``polyurethane, polyacrylic, ]nVA graftomer.'' (5) Page 5, lines 9 to 10, "Polyurethane, acrylic salt graftomer on the back side" is replaced with "Polyurethane, polyacrylic, EVA on the front side."
"Graftomer" will be corrected. (6) On page 5, line 16, the phrase ``Set the film with the film side inside'' has been corrected to ``Set the film with the film side outside.'' ■ Figures 1 and 2 in the drawings will be corrected as shown in the attached drawings. 8. List of attached documents (1) Drawings (Figures 1 and 2) 1 Copy 2 Claim 1 An odorless plastic film is laminated onto a dyed and/or printed base fabric. Gloves are sewn using a sheet-like material, then placed over a hand mold with the film side facing outward, and the front side is coated with highly transparent vinyl chloride plastisol or emulsion urethane and heated and melted. , a method of manufacturing home fashion gloves, in which the gloves are cooled and then released from the mold. Figure 1 Figure 2

Claims (1)

[Claims] 1 Lamination of an odorless plastic film on a dyed and/or printed base fabric] - Gloves are sewn using the processed sheet-like material, and then placed on a flat mold with the film side inside. A method for producing home fashion gloves, in which the surface side is coated with highly transparent vinyl chloride plastisol or emulsion urethane, heated and melted, cooled, and then removed from a mold.