A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONNECTION STRUCTURE OF CEILING
To provide a connection structure of a ceiling which can suppress bending and which does not damage stacking property by reinforcing via a muntin member to connect, even with a thin ceiling panel.SOLUTION: A first ceiling panel 2 and a second ceiling panel 3 comprise a connection portion 9 with which a first muntin member 21 and a second muntin member 22 engage in their joining part 8. The first muntin member 21 and the second muntin member 22 comprise a standing face 27. In the standing face 27, a slit portion 28 is provided. The connection portion 9 comprises: an insertion portion 16 inserted into the slit portion 28; a folded portion 12 formed in a substantial U-shape; and a hook-shaped cutout portion 13. The first muntin member 21 and the second muntin member 22 comprise an engaged portion 23 engaged with the folded portion 12. The first muntin member 21 and the second muntin member 22 are connected with each other by a screw 32, to connect the first ceiling panel 2 with the second ceiling panel 3.SELECTED DRAWING: Figure 5
【課題】天井パネルを薄くしても、桟材を介して補強して連結することで、撓みを抑制可能とし、スタック性を損なうことのない天井の連結構造を実現する。【解決手段】第１の天井パネル２および第２の天井パネル３は、その連結部分８に、第１の桟材２１および第２の桟材２２が係合する接続部９を備え、第１の桟材２１および第２の桟材２２は、立ち面２７を備え、立ち面２７にはスリット部２８が設けられており、接続部９は、スリット部２８に差し込みされる挿入部１６と、略コの字状に形成された折り返し部１２と、カギ状の切り欠き部１３を備えており、第１の桟材２１および第２の桟材２２は、折り返し部１２に嵌合される嵌合部２３を備え、第１の桟材２１および第２の桟材２２同士をネジ３２で結合し、第１の天井パネル２および第２を天井パネル３接続する。【選択図】図５
CONNECTION STRUCTURE OF CEILING
To provide a connection structure of a ceiling which can suppress bending and which does not damage stacking property by reinforcing via a muntin member to connect, even with a thin ceiling panel.SOLUTION: A first ceiling panel 2 and a second ceiling panel 3 comprise a connection portion 9 with which a first muntin member 21 and a second muntin member 22 engage in their joining part 8. The first muntin member 21 and the second muntin member 22 comprise a standing face 27. In the standing face 27, a slit portion 28 is provided. The connection portion 9 comprises: an insertion portion 16 inserted into the slit portion 28; a folded portion 12 formed in a substantial U-shape; and a hook-shaped cutout portion 13. The first muntin member 21 and the second muntin member 22 comprise an engaged portion 23 engaged with the folded portion 12. The first muntin member 21 and the second muntin member 22 are connected with each other by a screw 32, to connect the first ceiling panel 2 with the second ceiling panel 3.SELECTED DRAWING: Figure 5
【課題】天井パネルを薄くしても、桟材を介して補強して連結することで、撓みを抑制可能とし、スタック性を損なうことのない天井の連結構造を実現する。【解決手段】第１の天井パネル２および第２の天井パネル３は、その連結部分８に、第１の桟材２１および第２の桟材２２が係合する接続部９を備え、第１の桟材２１および第２の桟材２２は、立ち面２７を備え、立ち面２７にはスリット部２８が設けられており、接続部９は、スリット部２８に差し込みされる挿入部１６と、略コの字状に形成された折り返し部１２と、カギ状の切り欠き部１３を備えており、第１の桟材２１および第２の桟材２２は、折り返し部１２に嵌合される嵌合部２３を備え、第１の桟材２１および第２の桟材２２同士をネジ３２で結合し、第１の天井パネル２および第２を天井パネル３接続する。【選択図】図５
CONNECTION STRUCTURE OF CEILING
天井の連結構造
ARAI DAISUKE (author) / GOTO HIROAKI (author)
2020-08-06
Patent
Electronic Resource
Japanese
CEILING BACKING STRUCTURE AND CEILING BACKING CONNECTION MEMBER
| European Patent Office | 2016