JP3243834U - cleaning tools - Google Patents

Abstract

[Problem] Foams such as melamine and urethane that can remove deposits and polish and coat the surfaces of products such as stainless steel, glass, mirrors, leather, artificial marble, plastics, ceramics, and chrome plating without damaging them. We provide cleaning tools using [Solution] A cleaning tool 10 has a foam 11 for cleaning the surface of a product, in which white alumina, green silicon carbide, micro powder, micro silica, fluorine, and silicon are kneaded using an acrylic emulsion as a binder. The kneading member K is contained in, impregnated with, or attached to the foam 11. The cleaning tool 10 can clean, polish, and coat the surface of the product, and when melamine is used, it can last more than 10 times longer than regular melamine, is less prone to scratches, has a smooth luster, It has antifouling properties and can be shaped into any shape. [Selection diagram] Figure 1

Description

The present invention relates to cleaning tools.

A bag-shaped storage body in which a sponge made of polyurethane foam is enclosed in a bag-like storage body has been disclosed as a device for cleaning deposits on the surface.

Jito No. 3072482 Publication

Conventional cleaning tools for cleaning products have a problem in that it is difficult to remove stains from stainless steel, glass, mirrors, leather, artificial marble, plastic, ceramics, chrome plating, etc. without damaging the surfaces. When cleaning products, there was a need for something that would be effective as a polishing, stain-proofing, rust-proofing, polishing, and coating agent without causing scratches.

This invention was developed to solve these problems and removes deposits without damaging the surfaces of products such as stainless steel, glass, mirrors, leather, artificial marble, plastic, ceramics, and chrome plating. The present invention also provides a cleaning tool using foam such as melamine or urethane sponge whose surface can be polished and coated.

In order to solve the above problems, the cleaning tool according to the present invention is a cleaning tool using foam for cleaning the surface of a product, and includes white alumina, green silicon carbide, micro powder, micro silica, fluorine ( A kneading member made by kneading PTFE, PFOA-free (the same applies hereinafter) and silicone with an acrylic emulsion as a binder is included, impregnated, or attached to a foam to clean, polish, and coat the surface of the product. shall be.

Regarding the aspect of the cleaning tool according to the present invention, the kneading member preferably has micro artificial diamonds, cleaning, polishing and coating are preferably performed by containing water, and the foam is preferably made of melamine. It is preferable that the material is a sponge or a urethane sponge.

According to the present invention, melamine and urethane can be used to remove deposits without damaging the surfaces of products such as stainless steel, glass, mirrors, leather, artificial marble, plastics, ceramics, and chrome plating, as well as to polish and coat the surfaces. A cleaning tool using a foam such as a sponge can be provided.

It is a schematic diagram showing a cleaning tool of an embodiment.

Hereinafter, an embodiment of the present invention will be described using FIG. 1.

A cleaning tool according to an embodiment will be described. The cleaning tool 10 can clean, polish, remove oxides, and polish the surface of products such as stainless steel, glass, mirrors, leather, artificial marble, plastic, ceramics, and chrome plating, and It has excellent functions such as antifouling and antirust coating.

The cleaning tool 10 having such a function uses a foam 11 that cleans the surface of the product, and white alumina, green silicon carbide, micro powder, micro silica, fluorine, and silicon are kneaded with an acrylic emulsion as a binder. By incorporating, impregnating, or adhering the kneading member K into the foam 11, the surface of these products can be cleaned, polished, and coated.

The above-mentioned kneading member K is not limited to an acrylic emulsion of white alumina, green silicon carbide, micro powder, micro silica, fluorine, and silicon, and may include, for example, micro artificial diamonds. In this way, for example, by including micro-artificial diamonds in the kneading member K, more effective polishing etc. can be performed, and as described above, the kneading member K used in the cleaning tool 10 of the present invention can be suitably optimized. You can choose one.

The cleaning tool 10 is preferably used for cleaning, polishing, coating, etc. by containing water, and the cleaning, polishing, polishing, coating, etc. use is preferably carried out by containing water, i.e., a small amount of water. etc. Further, the foam 11 may be, for example, melamine or urethane sponge.

In the cleaning tool 10 having such a function, as described above, the kneading member K in which white alumina, green silicon carbide, micro powder, micro silica, fluorine, and silicon are kneaded using an acrylic emulsion as a binder is added to the foam 11. white alumina has a polishing function, green silicon carbide has a polishing function, micro powder is a small powder, micro silica has a polishing function, fluorine has a coating function.

For example, the cleaning tool 10 can be used by applying or adhering a small amount of water to the surface of the stainless steel to be cleaned, and then wiping the surface of the stainless steel while the cleaning tool 10 contains water to remove dirt and oxidation on the surface. The film can be removed and polished to give it a polished luster, and by being coated it can provide remarkable effects such as antifouling and rust prevention. In addition, it is difficult to remove adhered hand dirt, fingerprints, etc. with detergent, and it is remarkable that such stains can be easily removed with only a small amount of water and that re-adhesion can be prevented. It has a great effect. The surface coated in this way is scratch resistant, stain resistant, and rust resistant due to the lubrication and waterproof effects of fluororesin, silicone resin, etc., and this work is easy and can be done in a short time. .

As mentioned above, the cleaning tool 10 removes stains from stainless steel and the like, and at the same time, the fluororesin and silicone resin are transferred and coated onto the surface of the product, and the fluororesin and silicone resin can be coated in ultra-trace amounts. Accordingly, cleaning and coating can be performed repeatedly using the cleaning tool 10.

The above-mentioned acrylic emulsion is made by emulsifying and dispersing acrylic resin in water, and is generally used widely in food cases, etc., is not harmful, and has a function as a binder. Fluororesin is used in food processing machines, such as for non-stick frying pans, and has no safety problems, and has the function of a film that protects the surface of products. Aluminum oxide, silicon carbide, and the like are ceramics that are used as various abrasives in sandpaper, have no safety problems, and have a physical polishing function. Furthermore, silicone resin is used in food antifoaming agents, cosmetics, etc., has no safety problems, and is nonvolatile and provides good slippage.

The urethane sponge, which is an example of the foam 11, is a urethane resin foam product that has excellent spreadability and strength, and can easily impregnate fine-mesh emulsified members and hold them well. In addition, melamine, which is an example of the foam 11, is excellent in removing dirt and the like with just water, but its weak points are that it tends to sag and tear during use, is subject to heavy wear, and is prone to scratches. It has the advantage of being easy to get into.

The cleaning tool 10 of the present invention solves the above problems by impregnating the cells with acrylic resin silicone, fluororesin, GC aluminum oxide, etc. with melamine, urethane foam products, etc., thereby causing problems such as sagging and tearing. After the stains are eliminated and there are no noticeable scratches and dirt is removed, an antifouling effect that makes the surface smooth is obtained by replacing it with fluorine or other materials.

As the above-mentioned effects, the cleaning tool 10 can last more than 10 times longer than general melamine products, is resistant to scratches, has a smooth gloss, is stain resistant, and is easy to use due to its size and shape. For example, since the melamine firm is impregnated with the kneading member K, the material is firm and can be manufactured to an appropriate hardness.

In addition, the following functions are used to address the problems of the conventional system. It is very durable and has greatly improved functionality without becoming loose, cracking, or falling apart. It does not leave noticeable scratches and can be used on most objects and material surfaces with just water.It uses a stain displacement method, and at the same time removes stains, it also replaces and coats the surface with functional agents such as fluorine.

In addition, it can powerfully remove water scale, oil stains, tea stains, and light rust, and has a water-repellent effect due to fluorine and silicone, and the GC agent has a hardness in the micro order that is second only to diamond, and has a great sharpening effect. All kinds of dirt can be removed with just water and an anti-fouling coating can be applied, and no chemicals are used and there is no effect on the other surface. A clean revolution can be achieved by impregnating it with highly functional materials (fluorine, GC, spherical microsilica, silicon, etc.). It can be used as a product related to the SDGs movement, does not generate sewage, uses only water, and has little impact on living things.

In addition, by applying a small amount of tap water and rubbing lightly, you can wipe it off with a cloth and no sewage will be generated, making it possible to use it anywhere. After wiping, it has great benefits such as a polishing effect, water repellency, stain resistance, and rust prevention functions. It is easy to use and anyone can safely use it without getting rough hands. It has great abrasive power against dirt and other deposits, but the functional material is spherical or micro-order, so it is difficult to get noticeable scratches, and has a smooth polishing effect, water repellency, and stain resistance. Even if it re-attaches, it is easy to remove and has good workability. Since it is integrated into the cells of melamine foam, it has a moderate gripping power and can fit and remove deposits strongly. Through repeated research to solve the problems of melamine foam, we were able to overcome problems such as durability, and we developed a new manufacturing method in-house.

As mentioned above, the features and advantages of the present invention have been described in the above embodiments, but within the scope of the principle of the present invention, the terms used in the claims of the utility model registration of the present application are widely used in general. It can be expanded to a more practical meaning.

In addition, various embodiments are possible with respect to the size, shape, material thickness, weight, etc. of the cleaning tool of the present invention, and implementation in a form different from this embodiment is within the technical scope of the present invention. included.

10 Cleaning tool 11 Foam K Kneading member

Claims (5)

A cleaning tool using a foam for cleaning the surface of a product,
A kneading member in which white alumina, green silicon carbide, micropowder, microsilica, fluorine, and silicone are kneaded using an acrylic emulsion as a binder is contained, impregnated, or attached to the foam, so that the surface of the product is A cleaning tool characterized by cleaning, polishing and coating. The cleaning tool according to claim 1, wherein the kneading member has micro artificial diamonds. The cleaning tool according to claim 2, wherein the cleaning, polishing and coating are performed by including water. The cleaning tool according to claim 3, wherein the foam is melamine. The cleaning tool according to claim 3, wherein the foam is a urethane sponge.