TW492910B - Multi-color mesh belt extruder - Google Patents

Abstract

The present invention relates to a multi-color mesh belt extruder, in which the injection seat of the extruder is installed with a single feed inlet, and the feed shaft pipe in the extruder is installed with a plurality of feed inlet channels spaced at an equal angle. Each inlet channel is installed with a color opening which is installed with a color machine for providing a color stripe on the extruded mesh belt. The bottom of the feed shaft pipe is installed with a separation seat. The dividing plate of the separation seat is installed in the converge region of the inner mold seat and the outer mold seat which is mainly used for controlling the dissolution degree (such as gradation type or differentiation type) of each color material injected. Thus, the present invention can be used to produce a multi-colored product which is different from a conventional single colored product.

Description

492910 The system of forming a circle and forming a colorful one is still in style. The fixed color system is related to the septum.) Fixed color system] When there are mesh belt machines and only raw materials, the distribution of the above-mentioned custom color system of the color of the disc in the tube of the Chinese people ’s tube, the appearance of the above-mentioned color distribution of the feeding hole color, let the past alone only The invention has a body that has already been established in the country. If it is round, it will make the mesh belt known. The color of the mesh belt is one color. 5. Description of the invention (1) [Invention field] The invention machine is mainly gradual or monotonous. The background of the invention [In the present invention, all the extrusion molding is injection molding, and it is because of the colorfulness on the control panel of the feeding configuration, and it has broken through the limit. To make a manufacturable controllable injecting raw material; if so, to make it have a more single color group, the feed port is pre-configured, and the net belt profit announcement announces the opening of different color bodies on the dry feed empty plate. The body is formed, so the body does not have a gradual mesh belt. In the past, people with a single color layer especially thought about extruding a wider variety of colors and multicolor mesh belts to form the degree of fusion of each color. The mesh belt body is separated from various color changes and effects. It is mainly in all mesh belts, so after the color matching of the mesh belt body is completed, the body in the injection molding machine only displays a single color system. Shown as No. 424686 In the meantime, there is a feeding hole at the bottom edge of the feeding barrel. If so, the controlled raw material guide extruding device, and the mesh belt body is one, and only the color method can be made in the patent case. Make the mesh belt body in the same cross-section or partition; therefore, the patent body, but the change where the breakthrough is divided into a plurality of color system mesh belt mesh belt body from the previous monotonous solid change effect, such as Gradual or

Page 4 492910 V. Description of the Invention (2) Segmentation. [Objective of the invention and the single feed port of the present invention There are several feed channels, each of which is equipped with a dozen color system, and the pressure supply system is arranged in the seat system for the purpose of controlling the injection body on the same cross section. [Explanation of the invention] Please refer to ^, which is at 1 0 1, and the bottom edge of the feed shaft tube 1 1 1 of the feed channel 1 1 coloring port 1 1 2 is provided with a hole (Figure 12) Converging zone means with embossed surface 15 without separators in the illustration] The main purpose is to set the injection seat in the molding machine, and the feed shaft tube in the molding machine is divided at equal angles. Each feeding channel is provided with a coloring port, and the coloring machine is provided on the coloring port, which is to make the mesh belt body after molding have different strips. The bottom edge of the feeding shaft tube is provided with a partition seat, and the partition flower is formed. In the gap between the inner mold base and the outer mold base, it is mainly the degree of compatibility of the colors of the raw materials; in this way, the color on the circumference of the mesh belt can be gradually layered or clearly separated. Figure 1 The molding Machine 1, each of the upper system 1 is the sliding end 1 and the feed is shown), 12 1 (14 1 6 in j, each of the machine in the machine is configured in the 13 shaft tube and the 1, 1, and The injection seat 1 of the present invention is provided on the feed channel 1 of the feeding shaft tube 1 and the coloring machine is provided with an outer mold configuration 11. The aforementioned partition 15 is provided on the lock seat 1 and has one point. Each feeding piece 1 2 1) of the injection seat 0 is set to have 2 0 3 in the partition seat 1 hole two 1 series of inner mold 11 is structured with a single class role mouth, and, 12 11 On the side, the configuration seat 1 and the external view should be divided into one degree, and the corresponding supply pressure 4 and the mold seat should be provided according to the actual supply pressure. As shown in the figure, the feed port is provided with a plurality of two. 1 to 5 flower molds required

Page 5 492910 V. Description of the invention (3) The outer mold lock seat 1 3 is provided with an overflow channel 1 3 1 for discharging part of the raw materials 30 or the pigment 40. Wherein, both sides of the bottom edge of each feeding channel 1 1 1 of the feeding shaft tube 11 can also be directly provided with separators (not shown in the figure) according to actual needs. Please refer to "Figure 2", which is a schematic diagram of the molding operation of the present invention. As shown in the figure, when the raw material 30 is injected into the feed port 1 01 of the injection seat 10 in the molding machine, the raw material 30 will flow into The feed shaft 11 is in each feed channel 11 of the tube. At this time, the operator can adjust the coloring speed of each coloring machine 20 according to actual needs, so that the coloring material 40 is intermittent or continuous. Rapid injection into the raw material 30, at this time, the colored raw material 30 in each of the feeding channels 1 1 1 will flow into the inner mold base 14 φ and the outer mold base 1 through the discharge hole (not shown) on the partition 12 A condensate is made in the confluence area 16 of 5. When the colored raw materials are condensed, the mold base 14 with the embossed surface (141, 15 1) and the outer mold base 15 are used as one. The embossing rotating in the opposite direction makes it a mesh belt body 50 with distinct stripe color separation, and finally it is rolled up by a reclaimer (not shown in the figure). Please refer to "Figure 3", which is a schematic diagram of the adjustment of the gradient effect of the present invention, as shown in the figure: When the stripe color interval of the mesh belt body 50 is preliminarily produced, a gradient of mutual bite can be formed. By changing the size of the partition sheet 1 ′ 21 of the aforementioned partition seat 12 to control the degree of fusion of each colorant injected, when the size of the partition sheet 121 of the partition seat-12 becomes smaller, the inner mold base 14 and the outer mold The confluence area 16 of the seat 15 will become larger, so that the non-ferrous raw materials 3 in each of the feed channels 111 will be condensed earlier than the confluence area 16 to produce a gradual layering of mutual color, and Then by having embossed surface (1 4

Page 6 492910 4 The color of the mesh belt is not shown in the color presentation of the outer mold. The feeding shaft tube of the molding machine is colored so that the lack of the color can be completed. The progress is divided into a plurality of color inlets, each of which has been monotonously separated from the previous monotonous solid layer or zone, and its related applications mentioned in this specification are five, invention description (4) 1, 1 5 1) mold base 1 Rotating embossing to make it last by the take-up machine (as shown in the figure, by the color fixing system of the present invention, it has more of the present invention is mainly in the material mouth, and the material channel in the molding machine, the A coloring machine is juxtaposed on each of the feed channels; if so, the color system is fixed to make it more spaced. The content that has been known to the present invention is that this invention belongs to the protection scope of this patent. In summary, this The invention-type machine makes the mesh belt body more in line with the invention patent application. Please ask the reviewing committee to take time to provide a detailed sense of wisdom .. Block 15 both make a layered mesh belt body 50 in the opposite direction. Close. The body 50 is separated from the previous monotonous solid change effect. The injection in China is at an equal angle, and the effect of the mesh belt body change is completely eliminated. For example, a kind of mesh belt with multiple colors can be produced to extrude a variety of color change effects, which is more practical. Filed a patent application, is still pending, and looks forward to granting a patent soon to encourage inventions,

Page 492910 Brief description of the drawings In order to make your reviewers have a deeper understanding of the structure, efficacy, detailed description and technical content of the present invention, the description with the drawings is as follows: [Illustration of the drawings] Figure 1 is the invention Sectional view of the structure. Figure 2 is a schematic diagram of the molding operation of the present invention. FIG. 3 is a schematic diagram of adjusting the gradient effect of the present invention. [Illustration of drawing number] 1 0 injection base 1 0 1 feed σ 1 1 feed shaft tube 1 1 1 feed channel 1 1 2 coloring port 1 1 3 joint end 1 2 divider 1 2 1 divider 1 3 outside Mold lock base 1 3 1 Overflow channel 1 4 Inner mold base 1 4 1 Embossed surface 1 5 Outer mold base 1 5 1 Embossed surface 1 6 Confluence area 2 0 Coloring machine 3 0 Raw materials

Page 8 492910 Simple illustration of the drawing 4 0 Color material 5 0 Mesh belt body

IBB Page 9

Claims (1)

492910 VI. Scope of patent application 1. A "can be made with a multi-colored injection seat in the molding machine with a single feeding shaft tube in a single number of equal number and is equipped with a coloring port, the coloring port on Each shaft tube is slidably arranged in the outer mold lock seat, and a partition seat is provided. The partition seat is provided with a discharge hole, and two or more of the foregoing discharge holes are provided with a separator, and the separator is In the confluence area of the inner mold base and the outer mold base of the interface, if so, the color of the mesh belt body can be made to have a more variety of color changing effects. 2, such as the belt extrusion molding machine in the scope of patent application. The size can be used to control the dissolution of each coloring material. 3, such as the scope of patent application No. 1 belt extrusion molding machine. "Among them, the injection is equipped with an overflow for the discharge of some raw materials. 4, such as the scope of patent application Item No. 1 Belt Extrusion Molding Machine ", in which the feed side can also be directly configured with a divided mesh one according to the actual needs of the feed configuration and side, for the belt extrusion molding machine", its feeding port , And the forming machine material channel, there are For the coloring machine, the bottom edge joint end of the feeding shaft tube is matched with the aforementioned feeding channel and can be configured with complex embossing according to actual needs. The embossing system has a gradation or partition shape. "Zo and Tao. "" Shaft tube spacers can be used to make multi-colored nets. The aforementioned separators can be used to make multi-colored nets. Outer mold seats can be used to make two-colored nets. Page 10