JPS5953705A - Production of anti-slip rubber coated working 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 This invention 1 relates to a method for manufacturing rubberized working gloves that avoid forming a mulberry pattern on the surface.

The surface of the gloves has been made with uneven surfaces. j public Ill
The method described in No. 55-45641 has been proposed.

In this method, a rubber sheet 1- is placed on the surface of the glove fabric, and the back side of the fabric is placed on a heated press table using pj and tiff, and an upper mold is used to carve a concave and convex shape from the rubber sheet 1x7'j. It applies pressure. Then, the rubber sheet J- is softened by heating and permeated into the fibers of the glove fabric, and at the same time, anti-slip irregularities are formed on the surface of the rubber sheet.

However, according to the above method, the dough and rubber seams 1~
Although it has the advantage of strong adhesion and durability of 1 ohm, it requires a compression stand equipped with heating means, a pressurizing device, etc., and is not necessarily suitable for continuous operation.
^) It's not something you should step on.

This invention is a method for manufacturing rubberized gloves in a continuous manner.
The RI method was used to immerse the compounded rubber RALAX, and the surface of the rubber coating obtained by this method was extremely high! i] It may have been made for the purpose of providing a method for preventing the formation of anti-slip textured patterns on stool.

i11'% Straw This invention forms a wet gelatinous coating on the surface of the glove fabric by applying it to the glove shape, and this f! i+! After pressing a mold with 4.11 irregularities on the surface of the gelled rubber film in a wet state, a non-slip pattern of Iζ irregularities corresponding to the mold was formed on the surface of the rubber film. (This is a method for manufacturing work gloves with a non-slip finish that is resistant to water and 92% drying.

This invention will be described in detail below with reference to the embodiments shown in the drawings)
Ru.

In the first step (2) of this invention method v1, a gelled rubber film 3 in a wet state is formed on the surface of the glove fabric 1 shown in FIG. let

! ! 111 There are conventionally known methods for forming a VI-like gelled rubber film on the surface of glove fabric.
Q' + immersion method or heat sensitivity) interrogative method is adopted.

a) I doubt U n 2in Ho Senbukuro (Glove fabric 1 that was carried in 2 is shown in Table 1 as 21
Is it pre-soaked in 1? i L/Tanomo was immersed in a compounded rubber latex having the composition shown in Table 912 (>7, , ti) for 0920 seconds (:'II
ifl P+k sa 已る. Thickness approx. 1.5 depending on Jt
m m's moist group (14:f 11 his thighs are 4'
7.

Table 1: Composition of blended coagulating liquid + Calcium acid 11'j acid 50 parts (weight) Methanol 90 parts Water 10 parts Nonionic surfactant 0.05 part 2nd person: Blended gel\latex layer 11 Composition: f mushi ) Tsukusu (solid content) 100 parts (ko seal) sulfur
2 parts didi A carbamate system adjunct 6H general rules 1 part zinc f11 1 part al-1-naphthalene sulfone 0, 5 parts non-ane 11 interface i, 5 bamboo agent 0.5 part 1)) Heat-sensitive coagulation Glove fabric 1 is waved onto a glove mold 2 preheated to 30 to 100°C, and then poured into a compounded rubber latex having the composition shown in Table 3) and allowed to stand there for about 20 seconds. This yields 1 g of a wet glued rubber coating with a wall thickness of about 1.5 mm.

Table 3: Composition of compounded rubber latex (heat-sensitive coagulation method) 1 Mlux (solid content) 100 parts (weight) Sulfur
2 parts Dibou A carbamate based vulcanization (;P general rules 1 part sulfuric acid 1 part aluminum 1゛naphthalene sulfonate 0,5 parts formalin 1.5 parts polyvinyl methyl ether 1.6 parts nonionic surfactant Agent 0.5 parts" - Note i +) Makoha 1)) h: J to people, irritable I
2) On the surface of the gelatinized gel film 3 in a wet state, a press mold 4 having an uneven shape as shown in FIG. 2 is pressed as shown in FIG. , 9′! As shown in Figure 4, the surface of the rubber coating is provided with an uneven surface corresponding to the mold 4.
It is possible to form a shuttle 5.

Pressure mold 4 has a slight pressure of 40 to 80 g/cm2? By pressing it for 2 to 3 seconds, you can reliably form an uneven shape on the surface of the rubber coating.

Dry at about 120℃ for 45 minutes in the condition shown in Figure 1! After this,
Pulling the glove mold 2 from the glove fabric 1] 1 to 7 rubberized gloves with an uneven anti-slip pattern on the surface are made.

From the explanation of -1- below, if the method of the present invention is applicable to the method of the present invention, then the method of curdling and heat-sensitive coagulation that has been commonly used in the past/I-equipment i: 1, 4I, use So,
By adding a pressed culm (41), you can easily form a non-slip surface on the rubber coating surface.
1 In addition, there is a publication that says that because the pressed culm requires a little machining, the mounting δ is also small in the cylinder.

[Brief explanation of drawings]

FIGS. 1, 2, 3, and 4 are explanatory drawings C that schematically show sequentially the steps of the method of this invention. 1... Glove fabric, 2... Child bag bag (, 3... Rubber mixed, 4... Embossed, 5... Anti-slip pattern. Special processing' [Applicant Kugo Sangyo Co., Ltd. Clothing fee) Rito tail mata row Yudo
Shigemi (1st Tomonosuke Araki, Figure 2, Figure 3, Prisoner 4), 23

Claims (1)

[Claims] 1. A gelled rubber coating in a wet state is formed on the surface of a glove fabric attached to a glove shape, and an uneven shape is carved on the surface of the gelled rubber coating in the ♀a'q state. After pressing the stamp to form a pattern on the surface of the rubber coating (with irregularities corresponding to the stamp), the surface of the rubber coating is soaked with IB2 water and dried to prevent slipping. I! Rubberized work gloves with 2 added! A sending method.