JP4541106B2 - Seal baseboard method - Google Patents

Description

  The present invention relates to a construction method for a baseboard formed at a corner where an indoor wall surface and a floor surface intersect.

  When finishing indoors, dust, dust, and the like were likely to accumulate in the corners of the room, which is a joint between the wall surface and the floor surface. Especially in a clean room or the like, airtightness and cleanliness are regarded as important, and in order to prevent the accumulation of dust and the like, as shown in Utility Model Registration No. 3077866 in FIG. The baseboard A, which is formed, is installed.

  However, the baseboard A on which the rounded surface B is formed is manufactured in advance as a member using a hard material such as aluminum or plastic, so that the member is not flexible, and the bottom surface C of the baseboard A and concrete A gap E was formed between the floor surface D and the like, which was uneven, such as a floor surface, and dust or the like was accumulated in the gap E. In addition, dust or the like was easily collected at the joint portion between the wall plate F and the baseboard A, and cracks were easily generated.

In order to solve the above-mentioned drawbacks, a method of filling a caulking material in a portion that becomes a gap E between the baseboard A and the floor surface D or a wall plate F has been performed. Since it is thin or has few contact portions with the wall surface or floor surface, the fixed state is poor, and it is peeled off or chipped to become a place for collecting dust and causing dirt.
Utility Model Registration No. 3077766

  The present invention solves the above-mentioned drawbacks, by adopting a construction method in which strength is increased by filling the bottom of the wall surface with a baseboard that becomes a joint portion between the wall surface and the floor surface, and no gap is generated. The present invention provides a seal baseboard method that does not collect dust.

  In the present invention, as a specific means for solving the above-described problems, a base plate and a surface wall plate are attached to the indoor surface side of the standing structure material, and the surface wall plate has a lower end portion and a floor surface. A gap or gap is formed and attached, and a silicone-based or urethane-based resin is filled in the gap so that the surface side is substantially flush with the surface wall plate, and then a top coat coating is applied to the resin surface. It is characterized by a seal baseboard method.

  In addition, a base plate and a surface wall plate are attached by polymerization to the indoor surface side of the standing structure material, and the surface wall plate is attached by forming a gap between the lower end portion and the floor surface. Is filled with a silicone-based or urethane-based resin so that the surface side is substantially flush with the surface wall plate, and then a top coat is applied to the resin surface, and the side of the top coat that is in contact with the floor surface It is characterized by a seal baseboard method in which is coated with a floor coating material.

  The seal baseboard method of the present invention is a baseboard that is filled with a silicone-based or urethane-based resin in the gap between the lower end of the wall surface and the floor surface. There is no need to cut and adjust to match the dimensions, and there is no longer any dimensional crawl.

  Moreover, since the upper end side surface of the baseboard is formed substantially flush with the surface of the wall finishing layer, the finishing fit is good. At the same time, there was no right-angled projecting part as a baseboard, and there was no fear that a chipping would occur when hitting an object, and the durability was remarkably increased.

  Furthermore, since the baseboard made of resin is formed so as to seal the recess, the airtightness is increased, and waterproofing can be easily performed between the lower end of the wallboard and the baseboard, so that the water resistance is also improved. Increased.

  In addition, even if unevenness has occurred on the floor surface, a baseboard is formed by filling the resin, so that it can sufficiently cope with the unevenness, and a gap may be generated between the floor surface and the baseboard. lost.

  Furthermore, since the resin is filled in the concave portion, the base plate is formed by adhering the resin by the three surfaces of the lower end of the wall plate, the lower edge portion side surface of the base material, and the floor corner portion. It became possible to obtain a good baseboard.

  The present invention will be described in detail with reference to examples.

  FIG. 1 is a side sectional view of one side wall of a room constructed by employing the seal baseboard method of the present invention. 2 is an enlarged cross-sectional view of the baseboard portion, and FIG. 3 is a perspective view of the wall surface.

The interior of the room is a concrete floor 1, and a frame 2 such as a stud or a column and a ceiling frame is constructed on the floor 1 with a lightweight steel frame. A ceiling plate 3 and a wall plate 4 are attached to the frame 2 on the indoor side of the frame 2. Attach.
First, a ceiling plate 3 made of a decorative calcium silicate plate (hereinafter referred to as a decorative silica plate) is attached to the ceiling side frame 2. Thereafter, a superposition calcium silicate plate (hereinafter referred to as a silicate plate) 4a and a finished decorative silicate plate 4b are attached to the wall side frame 2 by polymerization.
In this embodiment, two sheets of quartz plates 4a and 4a are attached as a base, and one sheet of decorative quartz plate 4b is attached as a finish.

The silica plate 4a serving as the base is attached to the wall side frame from the floor 1 to the floor or ceiling surface of the upper floor or its proximity by overlapping with a screw or an adhesive.
A decorative silicate board 4b as a finishing material is attached to the surface side of the silicate board 4a serving as a base in a state of being separated from the floor 1 by a predetermined distance H. In this embodiment, the interval H is about 25 mm. The decorative quartz plate 4b is attached to the underlying quartz plate 4a so that the lower ends are aligned. Therefore, a space 5 is formed between the lower end portion of the quartz plate 4 a serving as the base, the lower end portion of the decorative quartz plate 4 b serving as the finish, and the floor 1.

On the other hand, a space 6 is also formed between the upper side of the base made of the silicate board 4a or other material, the upper end of the decorative silicate board 4b, and the ceiling board 3.
The joint sealing material 7 is packed into the upper space 6 of the decorative quartz plate 4b. As the joint seal material 7, a one-component modified silicone sealant high modulus type is used.

  The space 5 between the floor 1 and the decorative quartz plate 4b is filled with a baseboard sealing material 8. As the baseboard sealing material 8, a silicone-based or urethane-based sealing material is used. When applying the top coat as the optimum material, the same polyurethane-based material is preferable.

  When the baseboard sealing material 8 is packed, the adhesive surface is cleaned and primer is applied. The edge is also applied in the same manner, and the bottom end of the decorative silicate board 4b is waterproofed 9, so that water enters the joint between the decorative silicate board 4b and the baseboard sealing material 8 after the baseboard is completed. Can be prevented.

  Further, a curved surface 10 is formed on the surface side of the baseboard sealing material 8. By setting it as the curved surface 10, a dust is hard to collect and cleaning with a mop etc. can be performed smoothly.

  In addition to the curved surface 10, an inclined surface 11 can also be formed as shown by the arrow in FIG. As an example of the inclined surface 11, a smooth inclined surface can be obtained by setting W / H to about 14/25.

  After the filling of the baseboard sealing material 8 into the space 5, about 7 to 10 days later, the surface is smoothed and a top coat coating 12 is performed with a urethane-based material in order to give gloss.

Thereafter, the floor finishing material 13 is applied to the entire floor surface with a urethane-based coating material. In the portion of the floor finishing material 13 in contact with the baseboard on the indoor end side, the flooring sealing material 8 is coated so as to cover the topcoat coating 12 so that the finishing material is covered.
In the above-mentioned embodiment, the construction method for constructing the seal baseboard in a general room has been described. In particular, in the floor finish 13 such as a clean room, a chemical-resistant urethane-based coating material is used. .

It is sectional drawing which shows one side wall part of a room | chamber interior. It is an expanded sectional view of the baseboard part constructed by the seal baseboard method of the present invention. It is a perspective view which shows the state which attached the base material to the frame. It is sectional drawing which shows the example of a conventional baseboard construction.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Floor 2 Frame 3 Ceiling board 4 Wall board 4a Calcium silicate board 4b Calcium silicate board 5 Space 6 Space 7 Joint seal material 8 Baseboard seal material 9 Waterproof treatment 10 Curved surface 11 Inclined surface 12 Top coat coating 13 Floor finish material

Claims (2)

  A base plate and a surface wall plate are attached by polymerization to the indoor surface side of the standing structure material, and the surface wall plate is attached by forming a gap between the lower end portion and the floor surface. A seal baseboard method, characterized in that a resin or urethane resin is filled so that the surface side is substantially flush with the surface wall plate, and then a top coat is applied to the resin surface.   A base plate and a surface wall plate are attached by polymerization to the indoor surface side of the standing structure material, and the surface wall plate is attached by forming a gap between the lower end portion and the floor surface. Or a urethane-based resin is filled so that the surface side is substantially flush with the surface wall plate, and then a top coat coating is applied to the resin surface, and further, the side in contact with the floor surface of the top coat coating is placed on the floor. A seal baseboard method characterized by being coated with a surface coating material.

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