JPS6059108A - Winter glove and its production - 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 The present invention relates to a method for manufacturing cold-proof gloves and gloves used for various tasks in freezing chambers and cold regions, as well as for riding bicycles and motorcycles.

Conventional winter gloves include leather gloves and rubber gloves with cloth attached to the inside, as well as waterproof outer gloves and heat-retaining inner gloves that are bonded together using adhesive. Those with a structure bonded together are used. However, leather gloves are water-permeable, so they cannot be used in places where water is present, while rubber gloves can prevent water from passing through, but have the disadvantage of lacking heat retention. For example, if the outer glove has a structure in which the outer glove is made of C stockinette knit fabric and the surface is coated with hynyl chloride resin or rubber, the J inner glove is made of stockinette knit fabric. Using a structure that covers the sleeve, apply adhesive to the surface of the sleeve of the inner glove and apply dots on the outer glove, or apply the desired adhesive on the flat surface. A chlorinated heel resin skin of 11% is formed by heat-treating the resin and applying an adhesive to the surface of the film. These gloves had a structure in which they were manufactured by attaching one bag to the mouth (right and left) and then inverting and peeling it off. If it is too high, productivity will not increase, and the working environment will be poor as adhesives are used for bonding.Furthermore, the adhesive part will peel off while gloves are being used, and the flexibility of the Ijlit stand will be poor. He said there are some drawbacks.

Therefore, the inventors of the present invention have completed intensive research in view of the drawbacks of the conventional cold-proof gloves as described above, and have completed the cold-proof gloves and the manufacturing method thereof according to the present invention.

[! 1j The present invention also has a laminated potted structure consisting of a base fabric of A7 thread knitting on the inside, a luminescent foam layer, a powdered vinyl chloride haze, a vinyl chloride base or a urethane decoy. Cold protection gloves featuring the following characteristics, and gloves made by cutting and sewing the base A1j of A1J with a urethane foam layer on one side and sewing gloves made of aluminum with the A7 side inside. Cover the hand pattern and coat the surface of the glove with 15) wood-like vinyl chloride.6) wood-like salt 1.
Put vinyl chloride 7'lastisol name on top of the vinyl.
Special feature is to produce cold-protective gloves having vinyl chloride or urethane skin on the surface by heat-treating the emulsion-based urethane. The present invention provides a method for manufacturing cold-proof gloves that can take up to 100 minutes.

Hereinafter, the ten cold protection bags and the manufacturing method thereof according to the present invention will be explained based on the drawings.

Figure 1 shows a Meri A Noss knitted chloride with a urethane decoy on one side. Partial cut of gloves sewn from 1
Ji perspective view tAl and IIi side view of the base fabric + Bl, Figure 2 tJ, Powdered salt 1 and vinyl on the surface of a glove that is sewn with a 7-norminilam hand shape with the stockinette side inside] -1.Explanatory diagram of the method of coating (11i-plane structure of gloves coated with Al and O powders)
B+, and FIG. 3 is a partially cutaway view (81) showing the completed product of the cold protection 'J bag according to the present invention.

In the figure, ] indicates 79112 with urethane foam layer 2 on one side.
It is a base fabric for knitting, and it is preferable that the urethane light foam pattern 2σ is between 1.5 and 5 pieces 1 per month. -L.

Tips!・N, sufu, etc. are used. Here, 1.5 to 5 mm is preferable for the thickness of urethane foam 1. If it is less than 5111111, the heat retention effect is small and 5.
If it exceeds 1, the sense of grasping things will become dull, which is not desirable. Fig. 1 is completed by cutting and sewing 1 (shown in Ad).
It is a hand pattern made of cyfluminium that can be worn over a glove with the knitted side of the milii on the inside. 4. Powdered vinyl chloride b is applied to the surface of the glove that has been pressed into the aluminum 1 hand shape.
+ -1- It is a powder fluidized tank shown in Fig. 2 used for scouring, and the powdered salt used in the present invention is mixed with a dry friend and (J chloride heel). It is made by absorbing plasticizer into the resin and coarsening the U particles, which are then swollen and coarsened. This is to prevent the urethane-based urethane from soaking into the urethane foam layer. t [, or urethane direct, and this chloride heel or urethane -6
is obtained by chlorinating powdered vinyl chloride (5) on the surface of a glove coated with nostisol or emulsion yarn urethane (4) and heat-treating it.

Next, a method for manufacturing cold protection gloves according to the present invention will be briefly explained with reference to an embodiment.

Example 1 (1) A urethane light foam circle with a depth of 4 mm is placed on one side.
'Krylic Meri A7 knitted quick b IJ+ 1+'
1f)'1 (Al) Gloves as shown in Figure 1 are made by 4N.

(2) Place the sewn gloves over the Aluminum 1 Jumbo with the knitted side on the inside.

(3) Powdered jM 11S heel of the ingredients listed above on the aluminum bag + h human face.
As shown in the figure, using a powder fluidized tank = 1-l-16, powdered chloride-ru component chloride heel St+S yarn tles i 11! ]! ]
1 part Ij in 1 hinyl chloride Lnn + 1 system Re5in
ri ″i] J plastic agent IJ Of' :+0-1(lt
Add 1L-69L-1 to Lu stabilizer to Kyodo Pharmaceutical 14
, O, ).
A-type vinyl chloride is produced in one step.

t4+t5) The surface of the glove coated with wood-like vinyl chloride [-1.

?Vinyl chloride resin HX-M (manufactured by Sumitomo Kaji Co., Ltd.)?
(+ (parts by weight) 1 yen IL, Hini L resin EX-133
0/J plasticizer [) OP 120 // Add R-69E-1 to the stabilizer! I 0 item (stock)
) 2 // Gelling agent A Rubene P (Haku EiI Co., Ltd.)
Alastisol is prepared by mixing with a crusher such as 5110 (manufactured by Mfg. Co., Ltd.).

1! Gloves coated with Blastisol-1 were heat-treated under the following conditions to coat the surface of powdered vinyl chloride with 1.
By forming a decoy of Fuku IL Hinil and removing it from the hand mold made of Anoshi Mininium, the cold protection gloves are made into 44Fk as shown in Figure 3 (Al).

Heat treatment conditions Heating 180 C; -10 minutes lθIJI Example 2 (1) A urethane foam layer of 2 + 11 m thick on one side.
-1 made of rayon, made of A2-knit fabric made of cotton, and made from JI to obtain gloves as shown in Fig.'1 tAI.

(2) Place the sewn glove over the aluminum hand with the stocked side inside.

(3) On the surface of the glove set in an aluminum hand mold, wood-like vinyl chloride (of the same composition as that used in Example '1) was used in a powder flow manner as shown in Figure 2. hand]
-1・Do.

(4) Apply a mixture of the following ingredients to the surface of the glove that was coated with powdered chloride urethane/4-ml.

Engineering type urethane component water-dispersed polyurethane resin 10 (L1 part 1 rack in 1f)
Crosslinking agent 0.5m Crosslinking accelerator b Material; 3I7 Thickening agent 2) 1) Emulsion urethane was mixed at 16° using an IO propeller stirrer. -T-Cleaned gloves were heat treated under the following conditions. Urethane was formed on the surface of the vinyl chloride photofoam, and the gloves were removed from the aluminum mold to obtain cold-protective gloves as shown in Figure 3 (Al).

Heat Treatment Conditions Heating: 150°C - Cooling for 15 minutes The cold-proof gloves and their manufacturing method according to the present invention as detailed above have the following effects and are practical.
dli III is very large.

As a cold-weather glove, 1) The inside is made of stockinette fabric, so it feels good when inserted into the glove.

21 It has a urethane foam layer on the outside of the base fabric, so it has excellent heat retention.

, 8) External rotation of the urethane foam layer]-1. The powdered vinyl chloride lf layer is mixed with a chlorinated fluorine sol or emulsion type urethane from the outside to form a gel-like mixture. To prevent vinyl brassnasol or emulsion-based urethane from penetrating into the urethane foam layer, and to prevent a decrease in flexibility due to penetration of chlorinated nil plastisol or emulsion-based urethane into the urethane foam layer, thereby providing excellent flexibility.

4) Excellent waterproofness due to the surface being covered with vinyl chloride or urethane decoy (or, if the surface of bamboo is urethane, the foam layer, the surface and the urethane layer will be urethane, so it will not be exposed to low temperatures ( ] It is durable with little decrease in tack softness, and has excellent oil resistance (↑1), so it can be used in a variety of fields.

5) Since the foam layer is made of urethane, unlike the case of chloride heels, there is no bad odor caused by softeners, and it can also be used for cooking.

6) Furthermore, if you reduce the length of the urethane foam cylinder by J9, it becomes Jl.
- Can also be used as anti-vibration gloves when using saws and rock crushers.

Regarding the manufacturing method: 1) Since no adhesive is used, the poor working environment caused by the use of adhesive can be eliminated.

2) Since there is no bonding work, it is possible to significantly reduce labor and costs.

[Brief explanation of the drawing]

Figure 1 is a partially cutaway perspective view of a glove (Al
and a cross-sectional view of the base fabric (81, Fig. 2 is a diagram showing a method of coating powdered vinyl chloride on the surface of the glove shown in Al). FIG. 3 is a partially cutaway perspective view (A) of a finished product of winter gloves according to the present invention and a diagram showing its cross-sectional structure. It is tBl. 1... Base fabric 2... Urethane foam layer 3... Aluminum 1 hand mold 4... Powder fluidized tank 5... Powdered vinyl chloride 6... Vinyl chloride or urethane ■Figure 2 (A) (B) Figure 3 (A)

Claims (1)

[Scope of Claims] 1. Cold protection gloves characterized by having a clean and integrated structure consisting of a stockinette-knitted base fabric from the inside, a urethane foam layer, a powdered vinyl chloride layer, and a layer of vinyl chloride or urethane. 2 Cut a stockinette fabric with a urethane foam layer on one side to sew gloves, place the glove on an aluminum hand mold with the fabric A7 side inside, and apply powdered vinyl chloride to the surface of the glove. ]-1~, and is characterized in that the powdered vinyl chloride soil is heat-treated with vinyl chloride plastisol or emulsion urethane to produce cold protection gloves having a layer of vinyl chloride or urethane on the surface. A manufacturing method for winter gloves.