A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide an ancillary structure connected to a building unit that allows a skylight and other openings to be made freely, without degrading the structural resistance of a ceiling surface.SOLUTION: A small ancillary structure 10 for enlarging an internal space, which is connected to an elevation of a rectangular parallelepiped building unit 1 that constitutes a unit building, is configured as a rectangular parallelepiped having four columns 11, four lower beams 12, 13 that horizontally connect the lower end of the columns, and four upper beams 14, 15 that horizontally connect the upper end of the columns. Of two elevations that face each other, either the upper beams or the lower beams are rigidly connected to two columns and the others are connected to the two columns with a fixture. With the other two elevations that face each other, two columns and the upper and lower beams located in between the two columns are connected using bolts, nuts and other fixtures, with a joint member in between. A ceiling surface configured with the four upper beams has a rectangular frame 40 configured with four members that are parallel to the four upper beams.
【課題】建物ユニットに連結される小型の付帯構造物において、天井面の構造耐力を低下させることなく、天窓等の開口部を自由に設けることができる付帯構造物を提供する。【解決手段】ユニット建物を構成する直方体状の建物ユニット１の立面に連結され、内部空間を拡大させる小型の付帯構造物１０は、４本の柱材１１と、柱材の下端部を水平方向に連結する４本の下梁１２，１３と、柱材の上端部を水平方向に連結する４本の上梁１４，１５とから直方体状に構成され、対向する２つの立面は、上梁又は下梁の一方が２本の柱材に剛接合され、その他方が固定具により２本の柱材に連結され、対向する他の２つの立面は２本の柱材と、２本の柱材間に位置する上梁及び下梁がボルトナット等の固定具によりジョイント部材を介して連結され、４本の上梁で構成された天井面に、４本の上梁と平行の４本の部材で構成した矩形フレーム４０を備える。【選択図】図２
PROBLEM TO BE SOLVED: To provide an ancillary structure connected to a building unit that allows a skylight and other openings to be made freely, without degrading the structural resistance of a ceiling surface.SOLUTION: A small ancillary structure 10 for enlarging an internal space, which is connected to an elevation of a rectangular parallelepiped building unit 1 that constitutes a unit building, is configured as a rectangular parallelepiped having four columns 11, four lower beams 12, 13 that horizontally connect the lower end of the columns, and four upper beams 14, 15 that horizontally connect the upper end of the columns. Of two elevations that face each other, either the upper beams or the lower beams are rigidly connected to two columns and the others are connected to the two columns with a fixture. With the other two elevations that face each other, two columns and the upper and lower beams located in between the two columns are connected using bolts, nuts and other fixtures, with a joint member in between. A ceiling surface configured with the four upper beams has a rectangular frame 40 configured with four members that are parallel to the four upper beams.
【課題】建物ユニットに連結される小型の付帯構造物において、天井面の構造耐力を低下させることなく、天窓等の開口部を自由に設けることができる付帯構造物を提供する。【解決手段】ユニット建物を構成する直方体状の建物ユニット１の立面に連結され、内部空間を拡大させる小型の付帯構造物１０は、４本の柱材１１と、柱材の下端部を水平方向に連結する４本の下梁１２，１３と、柱材の上端部を水平方向に連結する４本の上梁１４，１５とから直方体状に構成され、対向する２つの立面は、上梁又は下梁の一方が２本の柱材に剛接合され、その他方が固定具により２本の柱材に連結され、対向する他の２つの立面は２本の柱材と、２本の柱材間に位置する上梁及び下梁がボルトナット等の固定具によりジョイント部材を介して連結され、４本の上梁で構成された天井面に、４本の上梁と平行の４本の部材で構成した矩形フレーム４０を備える。【選択図】図２
ANCILLARY STRUCTURE AND UNIT BUILDING
付帯構造物及びユニット建物
YODA YASUHIRO (author)
2015-11-12
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Online Contents | 2008
Online Contents | 2006