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 inclination corrector which can correct an inclination of the column of a house in construction by pressing a beam which is bridged between upper parts of the column, and also by directly pressing corner or face of the column or a corner part at which a plurality of members intersect with each other.SOLUTION: An inclination corrector has: a frame body 3 composed of a box body; an upper rotating shaft 6 which is arranged so as to be rotatable coaxially with a center shaft of an upper end part of the frame body 3; an upper pressor 5 arranged at a tip of the upper rotating shaft 6; a screw hole part 16 which is formed coaxially with a center shaft of a lower end part of the frame body 3; a screw shaft 18 screwed to the screw hole part 16; and a lower pressor 17 arranged at a tip of the screw shaft 18. The upper pressor 5 is constituted of a cube having a V-shaped groove 4 at a center, a holding wall 9 having a support hole which is protrusively formed in a vertical direction with respect to an extension direction of the V-shaped groove 4 is vertically formed at an opposite side face of a V-shaped groove installation face, an upper connecting shaft 11 is inserted into an upper axial hole which laterally penetrates a support hole and the upper rotating shaft 6, and the upper pressor 5 and the upper rotating shaft 6 are pivotally connected to each other.SELECTED DRAWING: Figure 1
【課題】建造中の家屋の柱の傾き修正時に、柱の上部間に架設された梁を押す方法に加え、当該柱の角や面、あるいは複数の部材が交錯する隅部などを押して、直接的に修正も可能な傾き矯正器を提供する。【解決手段】筐体から成るフレーム体３、フレーム体３上端部の中心軸と同軸上で回転自在に設置された上方回転軸６、上方回転軸６の先端に設置された上方押圧具５、フレーム体３下端部の中心軸と同軸上に設置された螺子穴部１６、螺子穴部１６に対し螺合された螺子シャフト１８、螺子シャフト１８の先端に設置された下方押圧具１７、を有する傾き修正器において、上方押圧具５を中央にＶ型溝４を有する立方体で構成し、Ｖ型溝設置面の反対側面において、Ｖ型溝４の延設方向に対し垂直方向に穿設された支持穴を有する保持壁９を垂設し、支持穴および上方回転軸６を横貫する上方軸穴に対し、上方連結軸１１を挿通させ、上方押圧具５と上方回転軸６とを枢結する。【選択図】図１
PROBLEM TO BE SOLVED: To provide an inclination corrector which can correct an inclination of the column of a house in construction by pressing a beam which is bridged between upper parts of the column, and also by directly pressing corner or face of the column or a corner part at which a plurality of members intersect with each other.SOLUTION: An inclination corrector has: a frame body 3 composed of a box body; an upper rotating shaft 6 which is arranged so as to be rotatable coaxially with a center shaft of an upper end part of the frame body 3; an upper pressor 5 arranged at a tip of the upper rotating shaft 6; a screw hole part 16 which is formed coaxially with a center shaft of a lower end part of the frame body 3; a screw shaft 18 screwed to the screw hole part 16; and a lower pressor 17 arranged at a tip of the screw shaft 18. The upper pressor 5 is constituted of a cube having a V-shaped groove 4 at a center, a holding wall 9 having a support hole which is protrusively formed in a vertical direction with respect to an extension direction of the V-shaped groove 4 is vertically formed at an opposite side face of a V-shaped groove installation face, an upper connecting shaft 11 is inserted into an upper axial hole which laterally penetrates a support hole and the upper rotating shaft 6, and the upper pressor 5 and the upper rotating shaft 6 are pivotally connected to each other.SELECTED DRAWING: Figure 1
【課題】建造中の家屋の柱の傾き修正時に、柱の上部間に架設された梁を押す方法に加え、当該柱の角や面、あるいは複数の部材が交錯する隅部などを押して、直接的に修正も可能な傾き矯正器を提供する。【解決手段】筐体から成るフレーム体３、フレーム体３上端部の中心軸と同軸上で回転自在に設置された上方回転軸６、上方回転軸６の先端に設置された上方押圧具５、フレーム体３下端部の中心軸と同軸上に設置された螺子穴部１６、螺子穴部１６に対し螺合された螺子シャフト１８、螺子シャフト１８の先端に設置された下方押圧具１７、を有する傾き修正器において、上方押圧具５を中央にＶ型溝４を有する立方体で構成し、Ｖ型溝設置面の反対側面において、Ｖ型溝４の延設方向に対し垂直方向に穿設された支持穴を有する保持壁９を垂設し、支持穴および上方回転軸６を横貫する上方軸穴に対し、上方連結軸１１を挿通させ、上方押圧具５と上方回転軸６とを枢結する。【選択図】図１
| Engineering Index Backfile | 1943
| European Patent Office | 2022
| Online Contents | 2010