Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
CONNECTOR, CONNECTION STRUCTURE, AND CONNECTION METHOD
Provided are a connector, a connection structure, and a connection method that can connect members to be connected in a framework method to assemble a post member and a horizontal member at a higher strength than a connection structure that uses conventional connectors. A connector 2 comprises: a hollow structure body 21 that is formed with a specific rigid material, that has a bottom plate 211 and four side plates 212a-d formed to be erect from the bottom plate 211, that has an opening 215 enclosed by the side plates 212a-d and formed opposite to the bottom plate 211, and that has a connection section to which a connection member 3 can connect on the outside faces of the bottom plate 211 and the side plates 212a-d; and a support body 23 that is formed with a specific rigid material, thatcan be housed inside the body 21, that has a connection section to which the connection member 3 can connect on the outside face exposed to the exterior while being housed, and that can be fixed by abutting the bottom plate 211, the side plates 212a-d, or both.
本发明提供一种在组合柱构件和横架构件的轴架施工方法中，与使用了以往的接合件的接合构造相比，能够以较高的强度接合被接合部件间的接合件、接合构造以及接合方法。接合件(2)具备：中空构造的主体(21)，其由规定的刚性材料形成，具有底板部(211)以及从底板部(211)立起形成的四个面的侧板部(212a～d)，在底板部(211)的相对方向上形成有由侧板部(212a～d)围成的开口部(215)，并且在底板部(211)以及上述侧板部(212a～d)的外表面具有能够供接合部件(3)接合的接合部；和支承体(23)，其由规定的刚性材料形成，能够收容在主体(21)的内部，在收容状态下在暴露于外部的外表面具有能够供接合部件(3)接合的接合部，能够与底板部(211)或侧板部(212a～d)、或者与底板部(211)和侧板部两者抵接而固定。
CONNECTOR, CONNECTION STRUCTURE, AND CONNECTION METHOD
Provided are a connector, a connection structure, and a connection method that can connect members to be connected in a framework method to assemble a post member and a horizontal member at a higher strength than a connection structure that uses conventional connectors. A connector 2 comprises: a hollow structure body 21 that is formed with a specific rigid material, that has a bottom plate 211 and four side plates 212a-d formed to be erect from the bottom plate 211, that has an opening 215 enclosed by the side plates 212a-d and formed opposite to the bottom plate 211, and that has a connection section to which a connection member 3 can connect on the outside faces of the bottom plate 211 and the side plates 212a-d; and a support body 23 that is formed with a specific rigid material, thatcan be housed inside the body 21, that has a connection section to which the connection member 3 can connect on the outside face exposed to the exterior while being housed, and that can be fixed by abutting the bottom plate 211, the side plates 212a-d, or both.
本发明提供一种在组合柱构件和横架构件的轴架施工方法中，与使用了以往的接合件的接合构造相比，能够以较高的强度接合被接合部件间的接合件、接合构造以及接合方法。接合件(2)具备：中空构造的主体(21)，其由规定的刚性材料形成，具有底板部(211)以及从底板部(211)立起形成的四个面的侧板部(212a～d)，在底板部(211)的相对方向上形成有由侧板部(212a～d)围成的开口部(215)，并且在底板部(211)以及上述侧板部(212a～d)的外表面具有能够供接合部件(3)接合的接合部；和支承体(23)，其由规定的刚性材料形成，能够收容在主体(21)的内部，在收容状态下在暴露于外部的外表面具有能够供接合部件(3)接合的接合部，能够与底板部(211)或侧板部(212a～d)、或者与底板部(211)和侧板部两者抵接而固定。
CONNECTOR, CONNECTION STRUCTURE, AND CONNECTION METHOD
接合件、接合构造以及接合方法
NAKAHARA YOSHIMITSU (Autor:in) / NAKAHARA YUJIRO (Autor:in)
15.01.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
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