To provide a baseboard which eliminates waste in manufacturing and storing, and can cope with a plurality of applications.
A baseboard 30 includes a tabular first member 31 and a tabular second member 32. A board thickness T1 of the first member 31 is equal to a thickness T2 of the second member 32. A longitudinal width H1 of the first member 31 is narrower than a longitudinal width H2 of the second member 32. A first protrusion 31a is formed at a lower end 31 of the first member 31 and a second protrusion 32a is formed at an upper end 32c of the second member 32. A thickness obtained by adding a thickness T3 of the first protrusion 31a to a thickness T4 of the second protrusion 32a is approximately equal to the board thickness T1 of the first member 31. When the first member 31 is arranged on an upper side, the baseboard 30 is attached to a lower part of a wall member 15 in a state of overlapping the second protrusion 32a on the first protrusion 31a from an indoor side P. When the first member 31 is arranged on a lower side, the baseboard 30 is attached to the lower part of the wall member 15 in the state of overlapping the second protrusion 32a on the first protrusion 31a from the indoor side P to direct the first protrusion 31a upward and the second protrusion 32a downward.
SAKO KATSUNORI
ARAI TAKAYUKI
| JPH0437745U | 1992-03-30 | |||
| JPS6427343U | 1989-02-16 | |||
| JP2010270509A | 2010-12-02 | |||
| JPH02129543U | 1990-10-25 |
Makiko Iwamoto
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