JPH0651306B2 - Manufacturing method of synthetic resin gloves with picture pattern - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a method for manufacturing general household gloves such as synthetic resin or rubber used for washing or cooking, and particularly to a film on the instep side of the glove for animals and flowers. The present invention relates to a method for producing a synthetic resin glove with a picture pattern, in which a picture pattern on which a pattern, characters, etc. are printed is welded.

(Prior Art) Conventionally, as a method for manufacturing gloves of this kind with a picture pattern, a glove molding die is made of vinyl chloride sol or rubber or the like.
A first layer transparent thin film of about 1 to 0.03 is formed. This thin film is heated and gelled, and a sticker with a picture pattern printed on the surface of the paper while it is still heated is adhered by hand with an adhesive, or a transfer tape by a machine is rotated by a rotating roller. Imprinting is generally practiced.

However, in these cases, the printed sticker is easily peeled off from the glove and the process is troublesome, and at the same time, there is a defect that it takes time to join the printed sticker before bonding and the boundary between the glove body and the printed sticker. Since there is a step, there is a drawback that the step portion is easily torn. Further, the transfer of the seal by a machine has the drawbacks that expensive equipment is required and the structure becomes very complicated and causes a failure or the like.

(Problems to be Solved by the Invention) The present invention solves the above-mentioned conventional problems, and significantly simplifies the manufacturing process of gloves with a patterned pattern, and does not use an adhesive in the glove mold. The point is that a transparent thin film with a picture pattern is directly joined to the temporary attachment so as to be integrated into a tough, thin-walled glove with a picture pattern easily.

However, no gloves with a picture pattern satisfying these demands have been found so far, and their appearance has been desired. The present invention is proposed to meet the conventional demand.

(Means for Solving Problems) In order to solve all of the above-mentioned problems, the glove with a patterned pattern of the present invention has a glove forming die made of (a) ceramic or aluminum. (B) A glaze having good slipperiness is applied to the outer peripheral surface of the glove forming mold, and the glaze layer is formed into a slippery surface by baking means. (C) On the back surface of the glove body, for example, on the back surface of the transparent film that has the same effect as the glove body, at the position of the back surface of this sliding surface, write various pattern patterns, and press the surface of this pattern pattern onto the sliding surface. To do. (D) Next, the glove forming die is immersed in vinyl chloride resin plastisol or organosol up to the wrist, and the glove forming die is lifted to coat the glove forming die with the glove body. (E) Thereafter, the gloves are heated and molded, and then cooled, and the glove body is inverted and peeled from the glove forming die to complete the gloves.

(Embodiment) Explaining an embodiment of the present invention with reference to the drawings, a glove forming die (1) is made of ceramic or aluminum and is hollow. Since the surface of this glove mold (1) has good lubricity, the one made of ceramics is coated with glaze on the surface of the core (2), and this is applied from the glaze layer by baking means. To form a smooth surface (3).

Next, the glove body (5) is molded into each color by using constituent materials such as natural rubber, synthetic rubber and synthetic resin.

The soft transparent film (6), which is pressure-bonded to the slippery surface (3) at an appropriate position, is made of a constituent material having the same effect as the glove body (5). On the transparent film (6), animals, flowers, characters, etc. are printed or transferred on the back surface thereof to draw a desired picture pattern (7). The transparent film (6) on which the pattern (7) is drawn is die-cut into various shapes such as a circular shape and a square shape to form a seal (8).

Next, the manufacturing method of the present invention will be explained. On the smooth surface (3) of the surface of the glove mold (1) made of ceramics or aluminum shown in FIG. 1, at the predetermined position of the back part shown in FIG. Fifth
The transparent film (6) shown in FIGS. 6 and 6 having a circular shape, a rectangular shape, or the like is printed with a pattern (7) on the back surface, and the non-printed surface of the stamp (8) die-cut to a predetermined size has the smoothness. Crimp on surface (3). By this pressure bonding, the seal (8) is joined to the glove mold (1) in an adhered state without using an adhesive.
The reason for this is, for example, that the plasticizer of the soft PVC film migrates to the surface of the transparent film (6), the plasticizer present on the surface has a viscosity, and the "wet" peculiar to the plasticizer is further added.
This causes a blocking phenomenon in combination with the factors described above, and exerts adhesiveness, so adhesives etc. are not required to bond the seal (8) to the sliding surface (3) of the glove forming mold (1). is there. As described above, the smoother the surface, the easier the crimping of the seal (8), but the heating of the glove mold (1) at room temperature 30 ° C.-40 ° C. further facilitates the crimping.

Next, make the surface of the seal (8) the smooth surface of the glove mold (1).
After crimping to (3) as shown in Fig. 2, the glove forming mold (1) is dipped in vinyl chloride resin plastisol or organosol up to the wrist and then lifted up.
The glove body (5) is coated on (1), and then heated to form gel by molding. At this time, since the seal (8) is a material having the same effect as the compounded sol, the seal (8) is easily integrated at the time of melting and gelling, and the glove body
The glove mold is attached to (5) as a single body and then cooled
It is manufactured by reversing and peeling from (1) and beautifully expressing a picture pattern (7) on the surface of the glove body (5).

(Effect of the Invention) According to the glove manufacturing method of the present invention, a film with a picture pattern printed on the surface of a glove body used for conventional washing or cooking in general households is pasted with an adhesive. As described above, it does not easily come off or wears away, and it has an excellent effect that a design pattern appears as if it protrudes from the inner surface of the glove body and retains its aesthetic appearance for a long period of time.
This has the effect of simplifying the work process by reducing the dipping process of the glove mold. And by forming a smooth sliding surface on the surface of the glove mold, temporary attachment can be done very simply by crimping a seal made of a transparent film, and the work of attaching an adhesive becomes unnecessary, resulting in remarkable workability. There is an effect that it is simple and that even if the seal is attached to the glove forming die at an inclined position or at a wrong position, the adhesive is not used and the sticking can be easily changed. Further, since the transparent film of the seal uses the same material as that of the glove body, when the glove body is in a gel state, the seal having the design pattern is also completely melted to surely unite the two and strengthen them. effective. Furthermore, since the pattern pattern was drawn on the back surface of the transparent film and the surface was pressed against the slippery surface, it was reverse peeled from the glove mold and printed on a sticker on the surface of the finished glove body. Since the printed surface of the picture pattern is not exposed, it is possible to obtain an excellent glove with a picture pattern which can be beautifully expressed for a long period of time without abrasion of various picture patterns.

[Brief description of drawings]

FIG. 1 is a front view of a glove forming die in which a part of the present invention is omitted,
FIG. 2 is a front view showing a state in which a seal is temporarily attached, and FIG.
Similarly, the figure is a front view of a state in which the glove body, which is also partially cut away, is coated on a glove forming mold, FIG. 4 is a front view of the glove body that is also commercialized, and FIG. 5 is a sloped view with a circular seal. Sixth
The figure is a perspective view in which the seal is die-cut into a rectangular shape. Sign
(1) is a glove mold, (3) is a slippery surface, (5) is a glove body, (6) is a transparent film, (7) is a picture pattern, and (8) is a seal.

Claims (1)

[Claims] 1. A glove molding die (1) is hollowly made of ceramic or aluminum, and a glazed layer having good lubricity is applied to the outer peripheral surface of the glove molding die (1) to form a smooth surface ( 3) is formed, and the soft transparent film (6) which is pressure-bonded to the slippery surface (3) at an appropriate position is composed of a constituent material having the same effect as that of the glove body (5). In 6), print or transfer animals, flowers, letters, etc. on the back side of the pattern
Form a seal (6) of a predetermined size on which (7) is drawn, and attach the seal.
(8) is adhered to the glove forming mold (1) by a method without using an adhesive, and the surface of the seal (8) is the sliding surface (3) of the glove forming mold (1).
The glove body (5) is attached to the glove mold (1) by dipping the glove mold (1) up to the wrist in vinyl chloride resin plastisol or organosol while being crimped onto the glove mold (1).
And then gelled by heating, and at this time, the seal (8) is compatible with the compounding sol at the time of melting and gelling because it is a material having the same effect, and the surface of the glove body (5) is beautifully formed. A method for producing synthetic resin gloves with a picture pattern, which is characterized by expressing the picture pattern (7).