JPH06327747A - Antimicrobial treatment and antimicrobial treating means for tile joint - Google Patents

Abstract

PURPOSE:To provide the antimicrobial treatment and antimicrobial treating jig for tile joints for preventing the contamination, discoloration, etc., of the tile joint parts which occur due to the growth of bacteria, yeasts, or fungi. CONSTITUTION:This antimicrobial treating means consists of a coating material tank 2A which contains an antimicrobial coating material having an antimicrobial property to the bacteria, yeasts, or fungi and having the viscosity within a 300 to 3000 poise range and consists of a deformable or foldable blank material having a shape to permit clamping with one hand and having an inside volume to permit a coating operation and has an aperture on one side end thereof and a cap part 2B which is freely attachable and detachable to and from the aperture of this coating material tank. A pressurizing taper 22b is formed on the inner side of this cap part toward a coating roll 2C arranging slit formed in the central part of the cap part from the bottom end of the cap part. In addition, the coating roll, the outer peripheral part of which consists of an elastic material and, the outside surface of which is roughened, is journaled within this coating roll arranging slit in such a manner that the part corresponding to its half arc projects to the outer side of the cap part and that the roll is rotatable. The coating roll is moved rotating along the tile joint lines by the antimicrobial treating means constituted in such a manner to coat the tile joints with the coating material.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to an antibacterial treatment method and antibacterial method for tile joints for preventing stains and discoloration of tile joints caused by the growth and reproduction of bacteria, yeasts and fungi. It concerns processing tools.

[0002]

2. Description of the Prior Art In general households, such as kitchens, bathrooms, toilets, kitchens and baths of hotel / inns, etc., are generally tiled from the hygienic point of view that they are water resistant, stain resistant and easy to clean. However, in tile construction, the tile itself is firmly adhered and fixed to the base, and the tiles are regularly adhered to each other to form joints with white cement or mortar to enhance the design and aesthetics. .

By the way, in our living space, an extremely large amount and variety of bacteria, yeasts, fungi, etc. are scattered or adherently grown, and these bacteria, yeasts, fungi, etc. Breeding is markedly increased depending on the growth conditions such as temperature, moisture (humidity), nutrient source and oxygen. Especially, such breeding conditions are maintained in kitchens, kitchens, bathrooms, bathhouses and other water supply facilities. Due to the environment that is easily affected, it is a good breeding place for bacteria, yeasts and fungi.

[0004]

[Problems to be Solved by the Invention] And such bacteria,
Even if yeasts or molds are abnormally propagated, the tiles used in the water supply facility have hydrophobicity, extremely high hardness, and excellent surface smoothness, so it is easy to wash and wipe with a detergent. Although it can be removed to prevent stains and discoloration, it is water-absorbing (hygroscopic) at the joints of the tile because it is made of white cement or mortar, and there are many fine recesses on the surface. Combined with the fact that it is exposed and roughened, it is easy for nutrients to adhere, which makes bacteria, yeasts and molds extremely prone to breeding, and accompanying the breeding, washing and wiping with detergent. Even if the work is performed, bacteria, yeasts, molds, etc. invading the minute recesses cannot be completely removed and remain, resulting in stains and discoloration in a short period of time or even the remaining portion. It has also become cause of recurrence breeding.

The present invention has been made in view of the above problems, and has an antibacterial property capable of preventing the growth and reproduction of bacteria, yeasts and molds which are responsible for stains and discoloration of tile joints. And a tile joint that can be easily applied along the tile joint line while grasping with one hand, an antibacterial coating material with a viscosity that can firmly adhere to the tile joint and efficiently perform the coating work. It is intended to provide an antibacterial treatment method and an antibacterial treatment tool.

[0006]

[Means for Achieving the Object] The technical means used by the present invention to achieve the above-mentioned object retains an antibacterial property capable of preventing the growth and propagation of bacteria, yeasts or fungi. Moreover, an antibacterial coating material having a viscosity in the range of 300 to 3000 poise is filled into a coating material tank of a lightweight antibacterial treatment tool which can be held by one hand and can be applied, and the coating material tank is An antibacterial coating material is transferred while being pressed or deformed or folded from its edge, and is applied to a tile joint through a coating roll formed to project outside the lid to be mounted. An antibacterial treatment method, and further, a coating material tank having a shape capable of being grasped with one hand and having a shape and an inner volume capable of being deformed or folded, and having an opening at one end, and the coating material. Inside the tank and the lid that can be attached, the center from the bottom of the lid A pressure taper is formed toward the inside of the coating roll arranging slit, and at least the outer peripheral portion of the coating roll arranging slit is made of an elastic material and its outer surface is a rough surface. Further, the coating roll whose roll width and roll diameter are slightly smaller than the width and length of the coating roll arranging slit can be rotated so that its semicircular arc-corresponding portion is projected to the outside of the lid. An antibacterial treatment tool for tile joints, which is characterized by being pivotally attached.

[0007]

[Operation] The technical means of the present invention has the following actions. That is, the antibacterial coating material has antibacterial properties against bacteria, yeasts and fungi, and has a viscosity of 300.
Since it has a porosity in the range of 3,000 to 3,000 poise, the adhesive strength is strongly exerted and good adhesion is achieved with the tile joint portion, and at the same time, it penetrates into the minute recesses appearing on the tile joint surface and is firm. A coating layer is formed.

The antibacterial treatment tool used for applying the antibacterial coating material is formed such that the coating material tank has a shape that can be grasped by one hand and has an inner volume capable of performing the coating operation. Since it is made of a material that can be folded from the edge and has an opening at one end, it can be applied with one hand, and it is also extremely easy to apply to ceilings, high-rise walls, etc. Becomes In addition, the antibacterial coating material filled in by appropriately pressing and deforming the coating material tank or folding it from its edge is transferred to the opening side.

Furthermore, a pressure taper is formed from the lower end of the lid toward the coating roll arranging slit formed in the central portion of the lid which is detachably attached to the opening of the coating material tank. In addition, at least the outer peripheral portion of the coating roll disposing slit is made of an elastic material and the outer surface thereof is roughened, and the roll width and roll diameter are smaller than the width and length of the coating roll disposing slit. Since the coating roll is slightly smaller than the cover roll, the portion corresponding to the semi-circular arc is rotatably attached to the lid so that the antibacterial coating material transferred from the coating material tank is not supported. A uniform pressure is applied to the coating roll and it is re-transferred to the coating roll, and at the same time, it is attached to the roughened portion of the outer surface of the coating roll and the tile joint portion that comes into contact with the rotation of the coating roll. Will be. Further, in the rotation coating of the coating roll, the coating roll is deformed by adjusting the pressing force applied to the tile joint portion, and the coating width can be changed appropriately.

[0010]

EXAMPLES Examples of the present invention will now be described in detail with reference to the drawings. The antibacterial coating material (1) includes bacteria such as Staphylococcus aureus and Escherichia coli, and yeasts such as Candida and Black yeast. , And a coating material or a paint which retains antibacterial properties such that the growth and reproduction of the fungi, such as rust mold, red mold, blue mold, black mold, and black mold, can be suppressed or prevented for 6 months or more. As a specific example of the coating material, types such as product names Warglades PW-1 and PW-5 manufactured by British Wall Glaze Co., Ltd. are listed as the coating material, and as the coating material, for example, Kansai Paint Co. The product name is Super Cabinone. And it is important that the antibacterial coating material (1) can sufficiently penetrate into many fine recesses appearing on the surface by white cement or mortar like tile joints, and the coating work can be performed. The antibacterial treatment tool (2) used at that time has a viscosity that can prevent leakage from the shaft-attached part of the coating roll and an adhesive force that can be well adhered to the tile joint part. It is essential to limit the range to 300 to 3000 poise.

The antibacterial treatment tool (2) used for applying the antibacterial coating material (1) is detachably attached to the coating material tank (2A) and the coating material tank (2A) as shown in FIG. It is composed of a lid part (2B) to be mounted and a coating roll (2C) rotatably attached to the lid part (2B), and the coating material tank (2A) is held by one hand. And the internal volume that allows for coating work,
More specifically, it is convenient that the diameter is about 2 to 4 cm, the length is about 10 to 20 cm, and the cross-sectional shape is circular, hexagonal, or elliptical, and the material is gripped while gripping. Formed from a polyethylene or polypropylene resin material that can be deformed by pressing, or formed from an aluminum tube material or the like that can be folded from its edge, and an opening (20A) is provided at one end thereof. There is.

The opening (20) of the coating material tank (2A)
As shown in FIG. 2, a lid (2B) is detachably attached to A), and the shape of the lid (2B) is not particularly limited, but is usually a half-bowl so-called cap-shaped object. However, since it is necessary to firmly and rotatably attach the coating roll (2C) to the coating roll, a strong metal material such as stainless steel or aluminum, or a polyester or polyamide synthetic resin material is used as the material. Inside the lid (2B) thus formed,
The coating roll arranging slit (2
0B), so that the antibacterial coating material (1) transferred from the coating material tank (2A) is uniformly pressurized and transferred again to the coating roll (2C), from the lower end (21B) of the lid portion. A pressure taper (22B) is formed.

Then, the coating roll arranging slit (20
As shown in FIG. 3, in B), at least the outer peripheral portion (20C) is an elastic material made of synthetic rubber, natural rubber, polyurethane resin or the like, and the outer surface (21C) is an antibacterial coating material such as embossed. The surface is roughened so that the transfer area for coating with (1) becomes large, and the roll width and roll diameter are formed slightly smaller than the width and length of the coating roll disposition slit (20B). Naru coating roll (2
C) is rotatably and axially mounted (2D) (2D) such that the portion corresponding to the semicircular arc is projected to the outside of the lid portion (2B). If the radius of curvature of the coating roll (2C) is too small, it will be difficult for the coating roll (2C) to rotate during rotational coating with tile joints, so it is desirable to form the coating roll with a diameter of about 1.5 to 3 cm. Further, the width of the tile joint is usually in the range of about 2 to 4 mm and the fluctuation range thereof is about 20 to 30%. Therefore, the roll width is preferably 1.5 mm and 2.5 mm.
And it is convenient to prepare a material of about 3.5 mm.

FIG. 4 shows an embodiment for carrying out the antibacterial treatment method for tile joints of the present invention. The antibacterial treatment tool (2) coated with the antibacterial coating material (1) is applied. While holding the material tank (2A) portion with one hand, the tile joint (3) portion is brought into contact with the coating roll (2C) to rotate and move, whereby the antibacterial coating material (1) becomes the coating roll (2).
The antibacterial coating layer (4) is formed by being applied to the tile joint (3) through the outer surface (21C) of C). In particular, when the coating place is the ceiling surface or the wall surface at a high place, the coating roll (2C) is directed upward, and the coating material tank (2A) is pressed and deformed in this case as well. By folding the edges, the antibacterial coating material (1) in the coating material tank (2A) is coated with the coating roll (2).
It can be transferred to C) and coated.

[0015]

The present invention using the above-mentioned technical means exhibits the following unique effects. That is, the tile joint surface has an antibacterial property that can prevent and prevent the growth and reproduction of bacteria, yeasts and molds that cause stains and discoloration of tile joints for at least 6 months or more. An antibacterial coating material with a viscosity that can sufficiently penetrate into a large number of minute recesses appearing on the tile and has an adhesive force that can make a good adhesion with the tile joint is applied along the joint line of the tile. Since the antibacterial coating layer is formed, it can be removed almost completely by washing or wiping even if the growth propagation of bacteria, yeasts and fungi, let alone the growth propagation of tentative growth. In the present invention, since the work of rotating the coating roll along the tile joint line can be performed, the antibacterial treatment can be performed very easily and efficiently, and even when the joint line width changes, Since the coating can be performed by appropriately changing the width of the coating roll only by adjusting the pressure, the work efficiency is very good and the accurate coating can be performed. Moreover, since it has a shape that can be grasped with one hand and the internal volume is so-called weight, it is possible to easily perform coating work at high places,
Even when work is performed with the coating roll facing upward, the antibacterial coating material can be transferred to the coating roll for coating simply by appropriately pressing and deforming the coating material tank or folding the edges of the coating material tank. It can be said that the antibacterial treatment method and antibacterial treatment tool for tile joints have many characteristics such as

[Brief description of drawings]

FIG. 1 is an explanatory view of an antibacterial treatment tool

FIG. 2 is an explanatory cross-sectional view of an antibacterial treatment tool.

FIG. 3 is an explanatory view of a coating roll.

FIG. 4 is an embodiment diagram of an antibacterial treatment method.

[Explanation of symbols]

 1 Antibacterial Coating Material 2 Antibacterial Treatment Tool 2A Coating Material Tank 20A Opening 2B Lid 20B Coating Roll Arrangement Slit 21B Lid Lower End 22B Pressure Taper 2C Coating Roll 20C Coating Roll Outer Side 21C Coating Roll Outer Surface 2D Shafting 3 Tile joint 4 Antibacterial coating layer

Claims (2)

[Claims] 1. An antibacterial coating material having an antibacterial property against bacteria, yeasts or fungi and having a viscosity in the range of 300 to 3000 poise, and a shape and an internal volume that can be applied by gripping with one hand. And an antibacterial coating material is applied to the inside of the coating material tank having an opening formed at one end by a deformable or foldable material, and the lid portion detachably attached to the coating material tank by appropriate means. A pressure taper for transferring to the coating roll with a uniform pressure is formed from the lower end of the lid toward the coating roll arranging slit formed in the central portion of the lid, and the outer periphery thereof is formed in the coating roll arranging slit. The coating roll whose part is made of an elastic material and whose outer surface is roughened is composed of an antibacterial treatment tool which is rotatably supported and has a semicircular arc-corresponding part projecting outside the cover part and is axially attached. Gripping a coating material tank filled with a flexible coating material and applying pressure deformation Or, it should be folded from the edge, and while the antibacterial coating material is transferred to the coating roll, the antibacterial coating material is applied to the joint by rotating and moving the coating roll along the tile joint line, and further the joint width. When the fluctuation of the, the coating roll width is deformed and enlarged by pressing the coating roll,
A method for antibacterial treatment of tile joints characterized by applying a coating corresponding to the joint width 2. A coating material tank having a shape capable of being held by one hand for coating work, made of a material having an internal volume and capable of being deformed or folded, and having an opening formed at one end thereof, and a coating material tank of the coating material tank. The antibacterial coating material transferred from the coating material tank is applied to the central portion of the lid portion inside the lid portion which is detachably attached by fitting or screwing with the opening portion. A pressure taper is formed from the lower end of the lid portion toward the coating roll arranging slit so as to be concentrated in the roll arranging slit, and at least the outer peripheral portion is formed of an elastic material in the coating roll arranging slit. Further, the coating roll whose outer surface is roughened and whose roll width and roll diameter are slightly smaller than the width and length of the coating roll arrangement slit has a lid portion covering the portion corresponding to the half arc. Rotatably so that it is projected to the outside of the shaft An antibacterial treatment tool for tile joints, which is characterized by being worn.