Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
INNER LINING HEAT INSULATION METHOD AND PIN STOPPER CAP USED THEREFOR
PROBLEM TO BE SOLVED: To provide an inner lining heat insulation method using a heat insulative ceiling board which is durable against earthquake and reliably supporting ceiling board, and is capable of being easily installed in a short time with a low cost.SOLUTION: The heat insulative ceiling board is stopped by a ceiling board stopper means which includes: a pin 3 in which a stopper 2 having a permanent magnet 6 is fixed to a base end part 5; a heat insulating spacer 7 which is disposed below the stopper by inserting the pin 3; a stopper plate 15 formed with a through-hole 16 penetrated by the pin 3 and hook punctures 17; and a pin stopper cap 20 which is fixed to the front end of the pin 3. By piercing hook punctures 17 into the heat insulative ceiling board 10, the stopper plate 15 is securely fixed to the upper plane of the heat insulative ceiling board 10. The pin 3 is penetrated through the heat insulative ceiling board 10 via the through-hole 16, and the cap 20 is fixed to the front end of the pin protruding from the low plane. The stopper 2 is attached to a roof material 25 by means of a magnet force of the permanent magnet 6.SELECTED DRAWING: Figure 2
【課題】地震に強く、しっかりと支えることができ、しかも短期間で簡単に施工することができ、コストを軽減し得る断熱性天井板の内貼り断熱工法を提供する。【解決手段】永久磁石６を有する留め具２が基端部５に固設されたピン３と、ピン３を串刺することで留め具の下側に配設される断熱性スペーサ７と、ピン３が貫通し得る透孔１６および鉤状突刺部１７が形成されたズレ止用板片１５と、ピン３の先端部に固着されるピン止め用キャップ２０とを備え、断熱性天井板１０に鉤状突刺部１７を突刺することでズレ止用板片１５を断熱性天井板１０の上面に移動不能に固着し、透孔１６からピン３を断熱性天井板１０に貫通させ下面に突出した該ピン先端部に前記キャップ２０を固着し、永久磁石６の磁力で留め具２を屋根材２５に磁着する。【選択図】図２
INNER LINING HEAT INSULATION METHOD AND PIN STOPPER CAP USED THEREFOR
PROBLEM TO BE SOLVED: To provide an inner lining heat insulation method using a heat insulative ceiling board which is durable against earthquake and reliably supporting ceiling board, and is capable of being easily installed in a short time with a low cost.SOLUTION: The heat insulative ceiling board is stopped by a ceiling board stopper means which includes: a pin 3 in which a stopper 2 having a permanent magnet 6 is fixed to a base end part 5; a heat insulating spacer 7 which is disposed below the stopper by inserting the pin 3; a stopper plate 15 formed with a through-hole 16 penetrated by the pin 3 and hook punctures 17; and a pin stopper cap 20 which is fixed to the front end of the pin 3. By piercing hook punctures 17 into the heat insulative ceiling board 10, the stopper plate 15 is securely fixed to the upper plane of the heat insulative ceiling board 10. The pin 3 is penetrated through the heat insulative ceiling board 10 via the through-hole 16, and the cap 20 is fixed to the front end of the pin protruding from the low plane. The stopper 2 is attached to a roof material 25 by means of a magnet force of the permanent magnet 6.SELECTED DRAWING: Figure 2
【課題】地震に強く、しっかりと支えることができ、しかも短期間で簡単に施工することができ、コストを軽減し得る断熱性天井板の内貼り断熱工法を提供する。【解決手段】永久磁石６を有する留め具２が基端部５に固設されたピン３と、ピン３を串刺することで留め具の下側に配設される断熱性スペーサ７と、ピン３が貫通し得る透孔１６および鉤状突刺部１７が形成されたズレ止用板片１５と、ピン３の先端部に固着されるピン止め用キャップ２０とを備え、断熱性天井板１０に鉤状突刺部１７を突刺することでズレ止用板片１５を断熱性天井板１０の上面に移動不能に固着し、透孔１６からピン３を断熱性天井板１０に貫通させ下面に突出した該ピン先端部に前記キャップ２０を固着し、永久磁石６の磁力で留め具２を屋根材２５に磁着する。【選択図】図２
INNER LINING HEAT INSULATION METHOD AND PIN STOPPER CAP USED THEREFOR
内貼り断熱工法およびその工法に使用するピン止め用キャップ
KONDO NOBUO (Autor:in)
12.08.2016
Patent
Elektronische Ressource
Japanisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
| Europäisches Patentamt | 2017
HEAT INSULATION SANDWICH PANEL AND CURING COMPOSITION USED THEREFOR
| Europäisches Patentamt | 2020