Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide a construction support fastener capable of changing the angle of a mounting body with respect to a body to be mounted with a simple structure, and capable of coping with so-called fine adjustment when changing the angle.SOLUTION: A construction support fastener 1 includes a proximal member 2, a distal member 3, a connecting member 4, a proximal protrusion 6 protruding from the proximal member 2, a proximal recess 10 provided in the connecting member 4 for engaging and receiving the proximal protrusion 6, a distal protrusion 8 protruding from the connecting member 4, and a distal recess 11 provided in the distal member 3 for engaging and receiving the distal protrusion 8. The proximal protrusion 6 has a proximal point 7. The distal protrusion 8 has a distal point 9. The side surface of the proximal protrusion 6 connecting adjacent proximal points 7 is flat or recessed inward. The side surface of the distal protrusion 8 connecting the adjacent distal points 9 is also flat or recessed inward. The number of proximal points 7 and the number of distal points 9 are relatively prime.SELECTED DRAWING: Figure 1
【課題】簡単な構造で被取付体に対する取付体の角度を変更させることができ、その角度変更の際にいわゆる微調整にも対応することができる建築用支持ファスナーを提供する。【解決手段】建築用支持ファスナー１は、基端部材２と、先端部材３と、連結部材４と、基端部材２から突出している基端側凸部６と、基端側凸部６を係止して受け入れるための連結部材４に設けられている基端側凹部１０と、連結部材４から突出している先端側凸部８と、先端側凸部８を係止して受け入れるための先端部材３に設けられている先端側凹部１１とを備え、前記基端側凸部６は基端側点７を有し、先端側凸部８は先端側点９を有し、隣り合う基端側点７を結ぶ基端側凸部６の側面は平面又は内側に凹んでいて、隣り合う先端側点９を結ぶ先端側凸部８の側面もまた平面又は内側に凹んでいて、基端側点７の数と先端側点９の数とは互いに素である。【選択図】 図１
To provide a construction support fastener capable of changing the angle of a mounting body with respect to a body to be mounted with a simple structure, and capable of coping with so-called fine adjustment when changing the angle.SOLUTION: A construction support fastener 1 includes a proximal member 2, a distal member 3, a connecting member 4, a proximal protrusion 6 protruding from the proximal member 2, a proximal recess 10 provided in the connecting member 4 for engaging and receiving the proximal protrusion 6, a distal protrusion 8 protruding from the connecting member 4, and a distal recess 11 provided in the distal member 3 for engaging and receiving the distal protrusion 8. The proximal protrusion 6 has a proximal point 7. The distal protrusion 8 has a distal point 9. The side surface of the proximal protrusion 6 connecting adjacent proximal points 7 is flat or recessed inward. The side surface of the distal protrusion 8 connecting the adjacent distal points 9 is also flat or recessed inward. The number of proximal points 7 and the number of distal points 9 are relatively prime.SELECTED DRAWING: Figure 1
【課題】簡単な構造で被取付体に対する取付体の角度を変更させることができ、その角度変更の際にいわゆる微調整にも対応することができる建築用支持ファスナーを提供する。【解決手段】建築用支持ファスナー１は、基端部材２と、先端部材３と、連結部材４と、基端部材２から突出している基端側凸部６と、基端側凸部６を係止して受け入れるための連結部材４に設けられている基端側凹部１０と、連結部材４から突出している先端側凸部８と、先端側凸部８を係止して受け入れるための先端部材３に設けられている先端側凹部１１とを備え、前記基端側凸部６は基端側点７を有し、先端側凸部８は先端側点９を有し、隣り合う基端側点７を結ぶ基端側凸部６の側面は平面又は内側に凹んでいて、隣り合う先端側点９を結ぶ先端側凸部８の側面もまた平面又は内側に凹んでいて、基端側点７の数と先端側点９の数とは互いに素である。【選択図】 図１
CONSTRUCTION SUPPORT FASTENER
建築用支持ファスナー
TOMOE KATSUTO (Autor:in)
06.07.2023
Patent
Elektronische Ressource
Japanisch
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden