JPS6232052A - Apparatus for multicolor printing of glove - Google Patents

Abstract

PURPOSE:To reduce the cost of the titled apparatus, by forming a plurality of liquid sump parts to the end part of a screen for screen printing by providing partition walls and gradually lowering each of the heights of partition walls from the base part thereof to the leading end part thereof to provide a recessed groove to the lower part of a squeezee while mounting thin pieces for dividing the recessed groove at the positions corresponding to the partition walls. CONSTITUTION:A knitted glove is arranged at the position under a screen 1 and antiskid material respectively colored with yellow, white and pink are put in a supply tank 3 divided into three chambers to be supplied to the corresponding liquid sump parts 8. Next, in the liquid sump part 8 at the left or right end of the screen 1, yellow, white and pink antiskid materials are respectively taken in three divided squeezee recessed grooves 3 and a squeezee 2 is slid on the screen 1 and the antiskid materials are printed on the glove at the center of the screen 1. When each colored antiskid material is taken in the recessed groove 13 of the squeezee, the colored antiskid materials are slightly mixed at the leading end part 10 of each partition wall 7 and, therefore, the antiskid materials are made to flow in the vicinity of a thin piece in a mixed state but comes to one gradually changing in hue during the sliding of the squeezee on the screen 1.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an apparatus for printing anti-slip material on gloves and the like.

[Technical background of the invention and its problems]

Conventional anti-slip gloves were generally manufactured as follows.
An appropriate pattern of anti-slip material was printed on one or both sides of a knitted glove using a planar screen printing method, and the anti-slip material was heated and dried in a soaking oven to adhere to the glove fibers. If an attempt was made to form a non-slip portion consisting of a plurality of colors using this method, the printing process and heating drying process would have to be repeated for the number of colors, resulting in a significant increase in cost. For this reason, the anti-slip portions provided on conventional gloves were often of a single color.

[Purpose of the invention]

The present invention has been devised based on the above-mentioned circumstances, and is a multicolor print that can form a colorful non-slip part with multiple color gamuts and blurred boundaries at almost the same cost as conventional ones. The goal is to provide equipment.

[Summary of the invention]

The outline of the multicolor printing apparatus according to the present invention for achieving the above object is that a partition wall is provided at the end of a hole plate printing screen from the end frame toward the center of the screen to form a plurality of liquid reservoirs. , each liquid reservoir is provided with each supply tank communicating with each other, the height of the partition wall is gradually lowered from the base to the tip, and the squeegee slides on the screen.
The lower part thereof is bifurcated when viewed from the side, and a recessed groove is provided therein, and a thin piece is attached to divide the recessed groove at a position corresponding to the partition wall.

[Embodiments of the invention]

An embodiment of the multicolor printing apparatus according to the present invention will be described in detail with reference to the drawings.
It consists of a screen 1, a squeegee 2, and a supply tank 3 for anti-slip material. The screen 1 has a predetermined printed pattern formed in the center of the screen, and the periphery is attached to a frame 4.As shown in FIG. The partition wall 7 is provided in a comb-teeth shape to form three pairs of liquid reservoirs 8 that open toward the center of the screen, and the height of the partition wall 7 is gradually lowered from the base 9 to the tip 10 as shown in FIG. It is.

The squeegee 2 has handle 11 as shown in Figure 3 (a) and (b).
A brush 12 made of an elastic member is attached to the lower end of the brush.
3, and two thin pieces 14 are provided to separate the groove 13 at a position corresponding to the partition wall 7.

In addition, the supply tank 3 for the non-slip material is divided into royal chambers, each chamber is equipped with a supply pipe 15 for supplying the non-slip material to each liquid reservoir, and the opposing liquid reservoirs are filled with anti-slip material of the same color. Piping is in place for supply.

The printing device according to the present invention has the above-mentioned structure, and the method of using it will be explained below, as shown in FIG. First, the knitted gloves were placed in a predetermined position under the screen 1, and anti-slip materials colored yellow, white, and pink were placed in the supply tank 3, which is divided into the royal rooms in Figure 1, respectively. The liquid is supplied to the liquid reservoir 8. At this time, due to the high viscosity of the anti-slip material and the provision of the partition wall 7, the colored materials hardly mix together, but as the height of the partition wall 7 increases from the base 9 to the tip 10, gradually Since the height is low, adjacent colored materials at the partition wall tip 10 mix slightly. Next, in the liquid reservoir 8 at the left or right end of the screen.

Incorporate yellow, white, and pink anti-slip materials into the squeegee grooves 13 divided into three parts, and then insert the squeegee into the squeegee 2 in that state.
Slide on screen 1 and print the non-slip material on the glove at the center of the screen. By the way, when each colored anti-slip material is taken into the groove 13 of the squeegee 2 in the liquid reservoir 8, the adjacent colored anti-slip materials are mixed to some extent at the tip of each partition wall 10 as described above. The colored anti-slip materials also flow into the vicinity of the thin pieces 14 provided at positions corresponding to the partition walls 7, but as the squeegee 2 slides on the screen 1, the colored anti-slip materials flow into the grooves 13. Each colored non-slip material is kneaded and the color tone of the non-slip material near the flake 14 gradually changes.6For example, No. 11! When a yellow non-slip material is supplied to the upper liquid reservoir 8 and a white anti-slip material is supplied to the middle liquid reservoir 8 in I,
The two are slightly mixed at the tip 10 of the partition wall 7 that separates the two, and when this is taken into the squeegee groove 13, the white non-slip material side of the thin piece 14 provided at the position corresponding to the partition wall 7 is also mixed. Some of the yellow non-slip material is mixed in, resulting in a mottled appearance, but when the squeegee 2 is slid on the screen 1, the non-slip material in the grooves 13 is kneaded, and from the thin piece 14 downward in FIG. The color of the non-slip material changes from pale yellow to white as it moves away from the thin strip 14, and in the same way, the color of the non-slip material changes from pale yellow to yellow on the opposite side of the thin strip 14, and furthermore, near the other thin strip 14, the color of the non-slip material changes from pale yellow to white. gradually changes from white to pink. When the anti-slip material with the above-mentioned color tone distribution is printed in a uniform dot pattern on one side of the glove in the squeegee groove 13, the liquid reservoir 8 (
There is a yellow non-slip part on the fingertip part 17 of the glove at a position corresponding to the position shown in FIG.
A white non-slip part is placed on the lower part of the palm 19 corresponding to the liquid reservoir part 8 on the lower part, a pink non-slip part is placed on the partition wall 7 and the thin piece 14 on the upper part.
In the finger base 20, which corresponds to the part corresponding to the fingertip 17 and the upper palm 18, there is a so-called yellow blurred non-slip part that gradually becomes lighter in yellow from the fingertip side to the upper palm side. At the same time, in the middle part of the palm 21 corresponding to the thin piece 14, a so-called pink-colored blurred non-slip part is formed which gradually becomes lighter in pink from the lower part of the palm to the upper part of the palm. The printed glove is dried and fixed with the anti-slip material in a soaking oven. However, the present invention is not limited to the above embodiment, and the partition wall 7 may be provided only at one end of the screen 1. Although the number of thin pieces 14 is not particularly limited, it is necessary to provide the same number of thin pieces 14 at corresponding positions in the squeegee groove 13, and when providing them at both ends, the same number of partition walls 7 should be provided. They must be placed facing each other. Furthermore, as shown in FIG.
It is also possible to provide each through hole 16 and the supply tank 3 with a pipe, and to supply each colored anti-slip material directly to the groove 13.

〔Effect of the invention〕

As described above, in the printing apparatus according to the present invention, each liquid reservoir at the end of the screen is separated by a partition wall, and the concave groove of the squeegee is also separated by a thin piece provided at the same interval as the partition wall. When anti-slip materials of different colors are supplied to the squeegee and then taken into the concave groove of the squeegee for printing, the colored anti-slip materials hardly mix together due to the high viscosity of the anti-slip materials. In addition, since the height of the partition wall is gradually lowered from the base to the tip, the adjacent colored non-slip materials mix slightly at the tip of the partition wall, and the squeegee takes this in and slides on the screen. Therefore, during sliding, the colored anti-slip materials are mixed well, and the color tone of the areas where the colored anti-slip materials are mixed gradually changes.

In other words, by using the printing device according to the present invention, it is possible to form a colorful non-slip part that consists of multiple color ranges and the color tone of the boundary gradually changes, and the non-slip material only needs to be heated and dried once. Therefore, it is possible to form multi-colored non-slip parts at almost the same cost as conventional single-colored non-slip parts.

[Brief explanation of drawings]

FIG. 1 is a plan view showing an embodiment of a multicolor printing apparatus according to the present invention, FIG. 2 is a longitudinal sectional view of FIG. ) are the side view, front view, and bottom view of the squeegee, and Figures 4 (A), (B), (C), respectively.
D) is a side view, a top view, a partially cutaway front view, and a bottom view showing other embodiments of the squeegee, and FIG. FIG. 3 is a front view of the glove. DESCRIPTION OF SYMBOLS 1... Screen, 2... Squeegee-16... End frame, 7... Partition wall, 9... Base, 10... Tip part, 13... Concave groove, 14... Thin section figure 5

Claims (1)

[Claims] A partition wall 7 is provided at the end of the hole plate printing screen 1 from the end frame 6 toward the center of the screen to form a plurality of liquid reservoirs 8, and each supply tank is connected to each liquid reservoir. 3, the height of the partition wall is gradually lowered from the base 9 to the tip 10, and the lower part of the squeegee 2 that slides on the screen is bifurcated when viewed from the side, and a concave groove 13 is provided. . A multicolor printing device for gloves, etc., characterized in that a thin piece 14 is attached to divide the groove at a position corresponding to the partition wall.