公开(公告)号：WO2008149165A3

公开(公告)日：2009-07-23

申请号：PCT/GR2008000045

申请日：2008-05-30

Applicant: TSILIPANIS AIMILIOS ,  TSIMBOURLAS GERASIMOS

Inventor： TSILIPANIS AIMILIOS ,  TSIMBOURLAS GERASIMOS

IPC: E04B1/04 ,  B28B7/18 ,  E04B1/61

CPC classification number: E04B1/04 ,  B28B7/0032 ,  B28B7/186 ,  B28B7/28 ,  B28B23/0056 ,  E04B1/41 ,  E04B1/4121 ,  E04B1/6125 ,  E04B2001/4192

Abstract: Prefabricated concrete buildings according to a complete building system that gives the possibility to prefabricate the elements (walls, storey slabs) at an industrial site and subsequently to assemble them at their final site assuring the permanent and secure jointing between each other. The building designing method is applied at a grid of s predetermined pitch. Prior to the concrete pouring, at predetermined points on the walls,, metallic fittings are placed at the predicted jointing points. The slabs (19) are fabricated by formworks that carry open holes (15) at corresponding positions with temporary plugs (23); by removing the latter and placing pins (27), holes are formed through which the jointing with the walls (21) takes place with screws (7) or connectors (14). The walls (4), (18), (21) are fabricated by formworks that have holes (15) with centers that coincide with the grid nodes. Sleeve joints (11) and cones are fixed on them and the concrete pouring follows. The advantages of the present invention are the short construction time, the excellent aesthetics of the jointing points and consequently of the whole building, as well as the safe manner of permanent jointing of the building elements at the accurately predetermined points as these come out of the adopted designing methodology.

Abstract translation: 预制混凝土建筑根据一个完整的建筑系统，可以在工业现场预制元素（墙壁，层板），并随后将其组装在最终位置，确保彼此之间永久和牢固的连接。 建筑设计方法以预定间距的网格应用。 在混凝土浇注之前，在墙壁上的预定点，将金属配件放置在预测的接合点处。 板坯（19）由在具有临时塞子（23）的对应位置处承载开孔（15）的模板制造; 通过移除后者并放置销（27），形成有用螺钉（7）或连接件（14）与壁（21）接合的孔。 墙壁（4），（18），（21）由具有孔（15）的模板制造，其中心与网格节点重合。 套管接头（11）和锥体固定在其上，混凝土浇注如下。 本发明的优点是施工时间短，连接点和整个建筑物的优良美观性以及建筑元件在精确预定点处永久接合的安全方式，因为这些来自 采用设计方法。

公开(公告)号：WO2008149165A2

公开(公告)日：2008-12-11

申请号：PCT/GR2008/000045

申请日：2008-05-30

Applicant: TSILIPANIS, Aimilios ,  TSIMBOURLAS, Gerasimos

Inventor： TSILIPANIS, Aimilios ,  TSIMBOURLAS, Gerasimos

IPC: E04B1/04

CPC classification number: E04B1/04 ,  B28B7/0032 ,  B28B7/186 ,  B28B7/28 ,  B28B23/0056 ,  E04B1/41 ,  E04B1/4121 ,  E04B1/6125 ,  E04B2001/4192

Abstract: Prefabricated concrete buildings according to a complete building system that gives the possibility to prefabricate the elements (walls, storey slabs) at an industrial site and subsequently to assemble them at their final site assuring the permanent and secure jointing between each other. The building designing method is applied at a grid of s predetermined pitch. Prior to the concrete pouring, at predetermined points on the walls,, metallic fittings are placed at the predicted jointing points. The slabs (19) are fabricated by formworks that carry open holes (15) at corresponding positions with temporary plugs (23); by removing the latter and placing pins (27), holes are formed through which the jointing with the walls (21) takes place with screws (7) or connectors (14). The walls (4), (18), (21) are fabricated by formworks that have holes (15) with centers that coincide with the grid nodes. Sleeve joints (11) and cones are fixed on them and the concrete pouring follows. The advantages of the present invention are the short construction time, the excellent aesthetics of the jointing points and consequently of the whole building, as well as the safe manner of permanent jointing of the building elements at the accurately predetermined points as these come out of the adopted designing methodology.

Abstract translation: 预制混凝土建筑根据一个完整的建筑系统，可以在工业现场预制元素（墙壁，层板），并随后将其组装在最终位置，确保彼此之间永久和牢固的连接。 建筑设计方法以预定间距的网格应用。 在混凝土浇注之前，在墙壁上的预定点，将金属配件放置在预测的接合点处。 板坯（19）由在具有临时塞子（23）的相应位置处承载开孔（15）的模板制造; 通过移除后者并放置销（27），形成有用螺钉（7）或连接件（14）与壁（21）接合的孔。 墙壁（4），（18），（21）由具有孔（15）的模板制造，其中心与网格节点重合。 套管接头（11）和锥体固定在其上，混凝土浇注如下。 本发明的优点是施工时间短，连接点和整个建筑物的优良美观性以及建筑元件在精确预定点处永久接合的安全方式，因为这些来自 采用设计方法。