JPH01291913A - Manufacture of rubber coated fabric with pattern - Google Patents

Abstract

PURPOSE:To manufacture a rubber sheet of 0.08-0.2mm with psychodelic patterns mixed with a plurality of kinds of colors by specifying the blending ratio of rubber as a matrix and colored rubber, feeding said colored rubber into a roller while being preheated and preparing a rubber surface with patterns. CONSTITUTION:When rubber as a matrix is rolled by a roller to form a rubber sheet of 0.1-0.2mm thickness, the ratio of matrix rubber and blending rubber is set 100:50-95. Colored blended rubber is overlapped on the rubber as a matrix fed into a rubber storage of the roller and fed in. The blended rubber pushes away the matrix rubber to occupy the distribution area of the blended rubber, and particles of blended rubber come into the distribution area of matrix and are dispersed in the surrounding section of the blended rubber to form up a complicated distribution area of two rubbers in respective surrounding sections of matrix and blended rubbers and also forms color patterns of complicated tint surfaces. When the blended rubber is 50 or less, the tint surface 2 appears clearly. When 95 or more, respectively rubber particles are uniformly dispersed and distributed to form a completely mixed single tint.

Description

Detailed Description of the Invention [Industrial Field of Application] The present invention is applied to rubber coated fabrics in which a base fabric is coated with an extremely thin rubber layer of 0.08 to 0.2 m/m, i.e., raincoats, windshields, etc. BREAKER-1 This invention relates to a method of applying a pattern to a rubberized cloth used for winter clothing or fashion clothing, etc., and particularly to a method of manufacturing a rubberized cloth having a psychedelic pattern.

[Prior art] Conventionally, rubberized cloth for clothing is produced by rolling a rubber ribbon using a rolling machine to form a rubber sheet with a thickness of 0.08 to 0.2 m/m, and then applying a base glue to the rubber sheet in advance. It is well known that it is formed by coating a drawn base fabric and then subjecting it to vulcanization.

[Problems to be Solved by the Invention] However, in order to create a psychedelic pattern in which many colors are mixed on the rubber layer of a rubberized fabric, it is necessary to supply a large number of colored compounded rubbers. The base material rubber is rolled to a thickness of 0.08 to 0.2 mm/W.
When forming a rubber sheet, colored compounded rubber is supplied to the rubber material that is fed to the rubber layer of the rolling machine, and when the compounded rubber overlaps the base material rubber and is passed through the rolling machine. , the compounded rubber pushes aside the base material rubber and occupies its own distribution area, and this distribution area occupies a narrow band-like rubber surface pattern in the rotation direction of the rolling mill rollers, forming a rolled rubber sheet. .

The rubber surface pattern as shown in L is determined by the supply ratio of colored compounded rubber to the base material rubber, or by using multiple types of compounded rubber each having a single color that is different from the base material rubber. There were various difficult problems in the relationship with the color tone and the relationship with the state of the hue interface of the rubber surface pattern, and it was difficult to obtain the desired psychedelic rubber surface pattern. Therefore, 0.0%, such as rubberized cloth for clothing.
Even though it has been common practice to color ultra-thin rubber layers of 0.8 to 0.2 m/-, the coloring is limited to a single hue, and the coloring is limited to a single color combination of many different colors. It has been considered impossible to supply rubber to provide a rubberized fabric that exhibits a psychedelic pattern with a mixture of multiple colors.

The present invention has been made in view of the point L, and uses a rolling process to supply a plurality of colored compounded rubbers to the rubber that will become the Et material, thereby creating a psychedelic-like mixture of a plurality of colors. It is possible to process rubber sheets of 0.08 to +1.2 m/m that exhibit patterns, and patterns.

In particular, it has been realized to provide a rubberized cloth for clothing having a psychedelic pattern in which many colors are mixed.

[Means for Solving the Problems] In order to achieve the above object, as a method for manufacturing a rubberized cloth having a pattern, a base material of rubber is rolled to a thickness of 0.08 to 0.2 cm. form a la rubber sheet,
In a rubberized cloth made by covering this rubber sheet on a pre-starched base cloth, the proportion of colored compounded rubber is 50 to 95 to 100 of the base material rubber, and while the colored rubber is preheated, This is a method of feeding it to a rolling machine.

[Function] In the method for manufacturing a rubberized cloth having a pattern configured as described above, when colored compound rubber is supplied over the base material rubber supplied to the rubber reservoir of the rolling machine,
The compound rubber enters the rolling machine while overlapping the base material rubber, and at that time, the compound rubber pushes aside the base material rubber and occupies the distribution area of the compound rubber itself, and this distribution area is covered by the rollers of the rolling machine. It is occupied by a narrow strip in the direction of rotation. Therefore, the blending ratio is 50 to 95% of the blended rubber to 100% of the BJ material rubber.
, particles of the compounded rubber are scattered into the base rubber in the peripheral part of the distribution area of the compounded rubber, and a complicated striped pattern is formed in the longitudinal direction at the mutual hue interface between the base material rubber and the compounded rubber. It exhibits a pattern of Therefore, by adding several types of single-colored compounded rubber, each compounded rubber occupies a distribution area, and the rubber particles are scattered around each other's distribution areas, resulting in a large number of rubber particles at each other's color interface. This creates a striped pattern with mixed colors, forming a rubber surface with an overall psychedelic pattern.

[Example] To explain an example below, when a rubber serving as a base material is formed into a rubber sheet with a thickness of 0.08 to 0.2 m/s by a rolling machine, the rubber sump of the rolling machine is of the supplied base material rubber. When a compound rubber colored in a single color is supplied to L, and when the compound rubber is applied to the base material rubber and is passed through a rolling mill, the compound rubber pushes away the base material rubber and expands the distribution area of the compound rubber itself. The rubber sheet 3 is formed by rolling the rubber sheet 3 by occupying the distribution area of this compounded rubber in the form of a narrow strip in the direction of rotation of the rollers of the rolling mill.

In this case, in the amount of compounded rubber supplied, the ratio of base material rubber to compounded rubber is 5% compounded rubber to 100% base material rubber.
0 or less, as shown in Figure 1, the peripheral part of the distribution area l occupied by the compounded rubber exhibits a state in which the boundary between the base material rubber and the compounded rubber is clearly demarcated, and the hue of the compounded rubber changes. Interface 2 clearly appears.

Next, in the amount of compounded rubber supplied, the ratio of base material rubber to compounded rubber is 50 to 100 parts of base material rubber.
55, as shown in Figure 2, the compounded rubber pushes out the base rubber and occupies the distribution area l of the compounded rubber itself, and in the surrounding area of the compounded rubber, the particles of the compounded rubber displace the base material rubber. The particles enter the area and are scattered, and the distribution areas of the base material rubber and the compound rubber are intricately intertwined with each other in the surrounding areas of each other, and the hue interface 2 of the compound rubber has a slightly complicated color pattern. Sometimes it shows.

Therefore, the supply ratio of compounded rubber is 56 to 100% of the base rubber, 60 to 65.68 to 701%. ,．． 90
When compounded rubber is supplied stepwise in a range such as Particles of the compounded rubber enter the distribution area of the base material rubber and are scattered, and the distribution areas of the Bl material rubber and the compounded rubber are complicatedly intertwined in the surrounding areas of each other, especially when the compounded rubber is supplied. As the amount increases, the state of the surrounding parts of the compounded rubber becomes even more complex over a wide range, and the supply ratio of compounded rubber is 90 to 90%.
5, as shown in FIG. 3, the hue interface 2 of the compounded rubber exhibits a wide range of colors and an extremely complex pattern.

In other words, the higher the mixing ratio of the compounded rubbers, the more the W particles become mixed and disordered in a complicated manner around the distribution area of each compounded rubber, and the range in which they are mixed becomes wider, and the hue interface 2 of the mixed rubber becomes wider and more complex. The lower the mixing ratio of the compounded rubber, the less scattering of particles in the peripheral portion of the compounded rubber, so the pattern at the hue interface 2 becomes monotonous.

Therefore, we have developed a compound rubber consisting of multiple single colors.

For example, if multiple types of compounded rubbers each having a single color of blue, red, or solid color are supplied at a ratio of 50 to 85 to 100 parts of the base material rubber, each color of compounded rubber will individually occupy its own distribution area 1.
At the same time, the rubber particles are scattered in a wide range around each other in the areas surrounding each other, creating an even more complex mixture of a large number of colors, resulting in the color layer spines 2a and 2b of each color.
, 2c becomes a very complex color pattern over a wide range,
The overall appearance is psychedelic.

Furthermore, the mixing ratio of the base material rubber and the compounded rubber.

When the ratio is 100:100, the rubber particles are uniformly scattered and distributed, resulting in a completely mixed single hue.

Therefore, a rubberized fabric for clothing having a psychedelic pattern is formed by covering a base fabric with a psychedelic pattern as shown in L on a base fabric which has been pre-glued and then undergoing a vulcanization process.

Furthermore, it goes without saying that the rubber used in the present invention may be natural rubber, synthetic rubber, or a mixture thereof.
These rubbers are vulcanizing agents and fillers.

A rubber composition is prepared by kneading a reinforcing material and the like, and after being coated on a base fabric using a rolling machine, a rubberized fabric is obtained through a vulcanization process.

[Effects of the Invention] Therefore, in the present invention, when forming a rubber sheet having a thickness of 0.1 to 0.2 m/m by subjecting the base material rubber to a rolling machine, the compounded rubber 50 ~95%, and when the colored compound rubber is fed in layers on top of the rubber that is fed into the rubber sump of the rolling machine, the compound rubber pushes away the base rubber and develops its own compound rubber. At the same time as occupying the distribution area, the particles of the compound rubber enter the distribution area of the I4 material rubber and scatter in the peripheral area of the compound rubber,
In the surrounding areas of the base rubber and compound rubber, the distribution areas of each other's rubbers are intricately intertwined, and the hue interface exhibits a complex color pattern. A rubber sheet is formed in which the peripheral part of the distribution area of the compounded rubber is mixed in a wide range in a complicated manner, and the hue interface appears in a wide and complex pattern, creating a psychedelic-like pattern as a whole. By providing a rubberized fabric with a psychedelic pattern by coating it on a glued base fabric and then going through a vulcanization process, and by providing a rubberized fabric with such a pattern for clothing, we are able to overcome the conventional simple method. Introducing fashion to raincoats, raincoats, and windbreakers that were previously only available in one color.

Furthermore, it has the advantage that it can be applied to various fashion clothing.

[Brief explanation of the drawing]

Figures 1 to 3 are main part views of a rubber sheet showing the state in which patterns appear when the mixing ratio of compound rubber to base rubber is increased in stages, and Figure 4 is a view of the main parts of a rubber sheet. FIG. 3 is a cross-sectional view of a main part showing a state of a pattern that appears when a plurality of colored compound rubbers are supplied. 1181 Distribution area 2112 Hue interface patent Applicant Toyo Rubber Industries Co., Ltd. 11' 2
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Claims (1)

[Claims] The base material rubber is rolled through a rolling machine to a thickness of 0.08~
In a rubberized fabric made by forming a 0.2 m/m rubber sheet and covering this rubber sheet with a pre-starched base fabric, 50 to 50 to 50 to 50 of colored compounded rubber is added to 100 of the base material rubber. A method for producing a rubberized cloth having a pattern, characterized in that the colored rubber is supplied to a rolling machine while being preheated at a ratio of 95% to obtain a rubber surface with a pattern.