JPH034643B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a method of manufacturing work gloves used for cooking and other tasks.

PRIOR ART Gloves commonly used for cooking and other tasks are often made of vinyl chloride, and some are even known to have pile flocked on the inside for heat retention.

Problems to be Solved by the Invention When working with gloves made of vinyl chloride and having pile flocked on the inside, animal proteins such as sweat and dirt from the hands build up on the inside pile. There is a problem in that staining occurs, and when this is decomposed and putrefied by bacteria such as Staphylococcus aureus, unpleasant substances such as ammonia, mercaptans, and hydrogen sulfide are generated.

The present invention solves these problems,
The object of the present invention is to provide a method for manufacturing work gloves that suppresses the proliferation of bacteria and prevents the generation of bad odors due to sweat and dirt.

Means for Solving the Problem In order to solve this problem, the present invention immerses a glove mold in vinyl chloride sol, pulls it up, and then heats the vinyl chloride sol adhering to the surface of the glove mold. The vinyl chloride is semi-gelled, then immersed in an adhesive, pulled up and a pile treated with antibacterial treatment is implanted on this surface, then heated again to completely gel the vinyl chloride, and an antibacterial agent is applied to this surface. After spraying the solution, the mold is inverted and released.

Effect: With this structure, even if sweat and grime from hands adhere to the inner pile when gloves are used, the pile is treated with antibacterial treatment and the growth of bacteria is suppressed, thereby preventing the animal proteins in the sweat and grime from decomposing. This can prevent the occurrence of bad odors. Moreover, even though the antibacterial effect of the pile is reduced due to the heating temperature required to completely gelatinize the vinyl chloride that is the material of the gloves, the antibacterial effect is maintained by the antibacterial solution sprayed after the vinyl chloride is completely gelatinized. It is replenished and the desired antibacterial effect can be obtained.

Example An embodiment of the present invention will be described below.

First, a glove mold is immersed in vinyl chloride sol and pulled up, and then the vinyl chloride adhering to the surface of the glove mold is heated to semi-gel. Next, the glove shape, on which the vinyl chloride sol on the surface has become semi-gelled, is dipped into an acrylic emulsion serving as an adhesive, and then pulled up to electro-flock a pile onto the surface. This pile is treated with an electrodeposition treatment agent to which NIKKANO AB (manufactured by NICCA CHEMICAL INDUSTRY CO., LTD.) is added as an antibacterial agent at a concentration of 2% owf.
That is, the pile used is antibacterially treated with an antibacterial agent contained in the electrodeposition treatment agent. Next, the vinyl chloride on which the pile has been flocked is heated at about 200°C for 10 minutes to completely gel the vinyl chloride and to completely bond the vinyl chloride layer and the adhesive layer. Improves pile adhesion strength. By the way, if the pile is heated at such a high temperature after flocking, the effect of the antibacterial treatment applied to the pile will be reduced. Therefore, in the embodiment of the present invention, after heating at about 200°C, once the glove shape reaches 120-130°C, a 2% solution of antibacterial agent [NIKKANO AB] is uniformly sprayed over the entire surface by spraying or the like. After drying the moisture using glove-shaped heat, the work gloves were completed by inverting and releasing the mold. Spraying the antibacterial solution in this manner replenishes the antibacterial effect, suppresses the generation of bad odor, and provides work gloves that are comfortable to use.

Furthermore, by mixing the same antibacterial agent as mentioned above into the adhesive, a further long-term deodorizing effect can be expected.

Effects of the Invention As described above, according to the present invention, even if sweat and grime from hands adhere to the inner pile when gloves are used, the pile is treated with antibacterial treatment to suppress the proliferation of bacteria. This prevents the animal proteins in the dirt from decomposing and prevents the generation of bad odors. Moreover, even though the antibacterial effect of the pile is reduced due to the high temperature heating to completely gel the vinyl chloride that is the material of the gloves,
The antibacterial effect is replenished by the antibacterial agent solution sprayed after the vinyl chloride is completely gelled, and the desired antibacterial effect can be obtained.

Claims (1)

[Claims] 1. Dip the glove mold into vinyl chloride sol, pull it up, heat the vinyl chloride sol adhering to the surface of the glove mold to semi-gel it, then dip it into adhesive, pull it up, and remove the vinyl chloride sol. A method for manufacturing work gloves in which the surface is flocked with antibacterial-treated pile, then heated again to completely gel the vinyl chloride, and the surface is sprayed with an antibacterial solution and then inverted and released.