TW202221197A - Environment-friendly gauze paper and method for preparing environment-friendly gauze paper which can be applied to stairs or ground with non-slip function - Google Patents

Abstract

The present invention provides an environment-friendly gauze paper and a method for preparing the environment-friendly gauze paper. First, a woven sheet is prepared. The woven sheet is woven with wires and has a rough surface on one side, and then glue is applied to the rough surface. After the glue is hardened into a glue layer covering the rough surface, an environment-friendly gauze paper with a rough surface on one side is obtained.

Description

Environment-friendly gauze paper and method for making environment-friendly gauze paper

The present invention is related to ground anti-slip articles, and more specifically refers to an environment-friendly gauze paper and a method for making the environment-friendly gauze paper.

Conventionally, the anti-slip strips/belts of gold-steel grit attached to stairs and ground to prevent slippage are generally made by coating a layer of resin on a base cloth, and then using sandblasting technology to make the gold-steel grit adhere to the resin. In order to form a rough surface, the friction force of the rough surface can be used to prevent slippage.

The aforementioned conventional anti-slip strips/belts of gold steel grit adhere the gold steel grit to the surface of the resin, and the reluctantly adhered gold steel grit can easily fall off under force, especially when exposed to water or moisture, and a single color cannot attract consumers. . Therefore, some manufacturers have developed and produced gold-steel anti-slip strips/belts with patterns and colors. There are generally two production methods. One is to print the pattern and color on the surface of the base fabric, and then apply resin to make the gold-steel sand grains. Adhering to the surface of the resin, another method is to coat the surface of the gold steel sand with another layer of resin, and then print patterns and colors on the surface of the resin.

In addition to the problem that the gold steel grit of the conventional gold steel grit anti-slip strip/belt is easy to fall off in the first method mentioned above, the patterns and colors printed on the surface of the base fabric will be covered by the gold steel grit, resulting in unclear patterns and colors. Although the second method mentioned above has no problem of easy falling off of gold steel grit, the pattern and color of the resin surface are easy to wear and gradually disappear.

Secondly, it is known that no matter what kind of production method is used for the anti-slip strip/belt made of gold steel, the rough surface must be torn off, discarded and renewed after the rough surface is gradually worn out, so as to maintain the anti-slip effect of the ground, which is not environmentally friendly.

The main purpose of the present invention is to provide an environment-friendly gauze paper and a method for making the environment-friendly gauze paper, which are made of woven sheets and glued, which can be used as anti-slip strips/belts for floors. The gold steel grit of the belt is easy to wear and fall off, and can show a variety of color, pattern or/and text changes, and when the rough surface is gradually worn, it can be easily processed to restore the rough state, and it is very durable without discarding. , low manufacturing cost, good appearance and durability, environmental protection value, better performance than conventional gold steel sand anti-slip strips/belts, and good practical value

The reason is that, in order to achieve the aforementioned purpose, the present invention provides a method for making environmentally friendly gauze paper, the steps of which at least include preparing a woven sheet: one side of the woven sheet has a rough surface; Rough surface; hardening: make the glue harden, so as to obtain the environmental protection gauze paper with rough side.

Preferably, in the step of preparing a woven sheet, a rough surface is generated on the surface of the woven sheet by weaving or/and physical or chemical means such as scraping, brushing, pressing, laser, vacuum attraction, electrostatic attraction, etc.

Preferably, in the step of preparing a woven sheet, the woven sheet is cut from a woven cloth, and the woven cloth comprises two surface materials separated by a suitable distance, a plurality of braided threads, woven and connected to the two surface materials. between the two sides, cut off the The braided lines in between can form two braided sheets, and the rough surface is formed by a plurality of braided wires in the shape of broken lines on one side of each of the braided sheets.

Preferably, in the step of preparing a woven sheet, the rough surface has various colors, patterns or/and characters, and the glue is transparent glue.

Preferably, in the step of gluing, the woven sheet is immersed in glue, so that the glue is applied to the rough surface, and then excess glue is scraped off.

Preferably, in the step of gluing, glue is sprayed on the rough surface.

Preferably, in the step of gluing, a predetermined proportion of diatomite powder is added to the glue and mixed evenly.

Preferably, the addition ratio of diatomite is 5% to 95%.

Preferably, a predetermined proportion of recycled glass powder is added to the glue and mixed evenly.

Preferably, between the steps of gluing and hardening, a laminating step is further included: attaching a foam material on the other side of the woven sheet.

In addition, the present invention further provides an environmentally friendly gauze paper, comprising a woven sheet woven with wires, one side of which has a rough surface; a glue layer is coated on the rough surface and is formed by hardening the glue.

Preferably, an anti-slip pad is attached to the other side of the woven sheet.

100: Manufacturing method of environmentally friendly gauze paper

110: Prepare a woven piece

120: glue

130: Hardened

200: Manufacturing method of environmentally friendly gauze paper

210: Fitting

1: woven sheet

2: Rough surface

3: glue

4: Oven

5: glue layer

6: woven cloth

7: face material

8: Braided wire

9: Anti-slip pad

10, 20: Environmental protection gauze paper

Figure 1 is a flow chart of a preferred embodiment of the present invention.

FIG. 2 is a system diagram of a preferred embodiment of the present invention.

Figure 3 is a schematic diagram of an environmentally friendly gauze paper made by a preferred embodiment of the present invention.

Figure 4 is a schematic diagram of different preparation of rough surfaces of woven sheets in another preferred embodiment of the present invention.

FIG. 5 is a schematic diagram of different gluing methods in another preferred embodiment of the present invention.

FIG. 6 is a flow chart of another preferred embodiment of the present invention.

FIG. 7 is a schematic diagram of the environment-friendly gauze paper made by another preferred embodiment of the present invention.

Hereinafter, several preferred embodiments of the present invention are listed, and further detailed descriptions are done in conjunction with the drawings as follows:

First, as shown in Figures 1 and 2, a preferred embodiment of a method 100 for making environmentally friendly gauze paper of the present invention, the first step is to prepare a knitted sheet 110: the knitted sheet 1 is woven with wires, the The wire material can be any fiber material, and a rough surface 2 is formed on one side of the woven sheet 1 by weaving. The rough surface 2 has various colors, patterns or/and characters, and various colors of wires It is formed by weaving, or printed on the rough surface 2 with color material.

The second step of the present invention is to attach glue 120: the woven sheet 1 is immersed in the glue 3, so that the glue 3 is coated on the rough surface 2, and then the excess glue 3 is scraped off. The glue 3 is transparent or translucent glue .

The final step of the present invention is hardening 130: sending the glued woven sheet 1 into an oven 4 for heating (of course, other heating methods are also available) to make the glue 3. Hardening to form a glue layer 5 covering the rough surface 2, so as to obtain environmental protection gauze paper 10 with one side rough.

Therefore, one side of the environmental protection gauze paper 10 has a rough surface 2 with appropriate hardness, which can produce a very good anti-slip effect, and can be attached to the stairs, floors, etc. where anti-slip is required, and its manufacturing cost is much lower than conventional It is known that the anti-slip strip/belt made of gold steel grit material, and the environmental protection gauze paper 10 does not have the disadvantage of the conventional gold steel sand anti-slip strip/belt that is easy to fall off after a long time of use. The environmental protection gauze paper 10 presents The change of the color, pattern or/and text is formed by weaving the wire of the woven sheet 1 or printing the color material on the rough surface 2, and the glue 3 covering the surface of the rough surface 2 is transparent or translucent, not only Compared with the conventional single-color gold-steel anti-slip strips/belts, it is more beautiful and distinctive, and it does not have the disadvantage that the surface patterns or colors of the conventional gold-steel anti-slip strips/belts are worn away. Therefore, it can be The economic benefits of replacing conventional gold steel grit anti-slip strips/belts.

Of course, the formation of the rough surface 2 is not limited to the previously disclosed weaving method, and physical damage methods such as scraping, brushing, pressing, etc., can also be applied to the surface of the woven sheet 1 with tools, or laser, vacuum suction, electrostatic attraction, etc. Equipment or chemical methods (such as adding an appropriate amount of foaming agent to the glue, so that when the glue is heated, the foaming effect of the foaming agent can cause the surface of the woven cloth to produce an irregular rough surface) to make the surface of the woven sheet 1 produce. Rough surface 2.

Secondly, the rough surface can also be formed by cutting a woven fabric 6 to obtain the woven sheet 1 as shown in FIG. Most braided wire 8, braided It is woven and connected between the two face materials 7 . Thereby, two braided sheets 1 can be produced by cutting the braided wires 8 between the two face materials 7 , and the rough surface 2 is formed by cutting the braided wires 7 on one side of each of the braided sheets 1 .

As shown in FIG. 5 , in the present invention, the glue 3 can also be applied to the rough surface 2 by spraying.

In addition, a predetermined proportion of diatomite powder can be added to the glue 3 of the present invention and mixed evenly, so that the environmental protection gauze paper can have a proper water absorption effect, and it has a better anti-slip strip/belt than the conventional steel sand. Better wet slip resistance. As for the predetermined proportion of diatomite powder added, after testing, it can be about 5% to 95%, as long as the glue 3 is not easy to be brittle.

Furthermore, a predetermined proportion of recycled glass powder can also be added to the glue 3 and mixed evenly (it can also be added to the glue together with the diatomite powder), so that the rough surface 2 can have a proper reflective and flickering effect, and waste glass can be produced. The recycling economy effect of recycling is more environmentally friendly than the disadvantage that the conventional gold steel sand anti-slip strip/belt cannot be recycled.

As shown in FIG. 6 and FIG. 7, another preferred embodiment of the present invention is a method 200 for producing environmentally friendly gauze paper. The steps are basically the same as those of the method 100. The difference is that the steps of gluing 120 and curing 130 further include a The step of laminating 210: a foaming material is attached to the other side of the woven sheet 1, and the foaming material includes natural rubber, foaming agent and other foaming materials to be used with the woven sheet 1 to be glued When heated at the same time, the foaming force generated by the chemical change of the foaming agent can be used to bond with the woven sheet 1 without glue, thereby obtaining another type of environmentally friendly yarn with a non-slip pad 9 The paper 20 can be directly placed on the ground by the anti-slip effect and pseudo-adhesion of the anti-slip pad 9 without using an adhesive to stick to the ground.

In addition, when the environmental protection gauze paper 10 is used for a long time and the rough surface 2 on one side is gradually worn away, it can be returned to the factory for brushing (that is, scratching) or thickening (appropriate brushing after gluing and hardening). It can be easily restored to a rough state, no need to be discarded, and can be used continuously. It is more durable and environmentally friendly than the conventional gold-steel anti-slip strips/belts.

As can be seen from the above, the manufacturing method of the environmental protection gauze paper and the produced environmental protection gauze paper of the present invention, after gluing and hardening the woven sheet with a rough surface on one side, a rough environmental protection gauze paper on one side can be obtained, which can be used as a floor For the purpose of the anti-slip strip/belt, the rough surface of the environmental protection gauze paper can show a variety of colors, patterns or/and text changes, and the bottom side of the environmental protection gauze paper can also be attached with a non-slip pad, which can be directly laid It does not slide on the ground, and does not need to use adhesives to stick to the ground. When the rough surface is gradually worn, it can be brushed or thickened to return to a rough state. It does not need to be discarded, and its service life can be extended. It is very environmentally friendly. Therefore, regardless of the manufacturing cost, appearance and durability, and environmental protection value, the present invention is better than the conventional diamond grit anti-slip strip/belt, and has excellent practical value.

The above are only some preferred embodiments of the present invention, and are not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some modifications, without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention should be determined by the scope of the appended patent application.

100: Manufacturing method of environmentally friendly gauze paper

110: Prepare a woven piece

120: glue

130: Hardened

Claims (10)

A method for making environmentally friendly gauze paper, the steps of which at least include: Prepare a braided sheet: one side of the braided sheet has a rough surface; Gluing: applying glue to the rough surface; and Hardening: To harden the glue, so that one side rough green gauze can be obtained. According to the method for making environmentally friendly gauze paper according to claim 1, wherein, in the step of preparing a woven sheet, weaving or/and physical or chemical methods such as scraping, brushing, pressing, laser, vacuum suction, electrostatic attraction, etc. are used to make weaving A rough surface is produced on the surface of the sheet. The manufacturing method of the environmentally friendly gauze paper according to claim 1, wherein, in the step of preparing a woven sheet, the woven sheet is cut from a woven cloth, and the woven cloth comprises two surface materials separated by an appropriate distance, a plurality of woven threads , weaving and connecting between the two surface materials, cutting the braided wire between the two surface materials to form two braided sheets, and the rough surface is formed by the plurality of braided wires in the shape of broken lines on one side of each braided sheet. According to the method for making environmentally friendly gauze paper according to claim 2 or 3, wherein, in the step of preparing a woven sheet, the woven sheet is immersed in glue, the glue is applied to the rough surface, and the excess glue is scraped off. The method for producing environmentally friendly gauze paper according to claim 2 or 3, wherein, in the step of gluing, glue is sprayed on the rough surface. According to the method for producing environmentally friendly gauze paper according to claim 1, wherein, in the step of gluing, a predetermined proportion of diatomite powder is added to the glue and mixed evenly. The method for producing environmentally friendly gauze paper according to claim 1 or 6, wherein a predetermined proportion of recycled glass powder is added to the glue and mixed evenly. The manufacturing method of the environmentally friendly gauze paper according to claim 1, wherein the steps of gluing and hardening further include a step of laminating: attaching a foam material on the other side of the woven sheet. An environmentally friendly gauze paper, comprising: a braided sheet, woven from wire, one side of which has a rough surface; and A glue layer covers the rough surface and is hardened by glue. The environmentally friendly gauze paper as claimed in claim 9, wherein an anti-slip pad is attached to the other side of the woven sheet.

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