A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a high-precision control building construction support column auxiliary mechanism and a control method thereof. The mechanism comprises an adjusting plate, a tumbler base bodyand a clamping mechanism; an upper supporting plate is horizontally and fixedly connected with a position right above the adjusting plate; a tubular level meter is horizontally arranged at the centerof the lower end face of the upper supporting plate; a lower supporting plate is horizontally arranged right under the adjusting plate; the lower side of the lower supporting plate is fixedly connected with a remote control electric car; a balance weight cavity is formed in the bottom of the tumbler base body; and a heavy metal weight block is arranged at the inner side of the balance weight cavity in a matched mode. According to the high-precision control building construction support column auxiliary mechanism and the control method thereof, the heavy metal weight block is placed inside thebalance weight cavity of the tumbler base body; and meanwhile, after the heavy metal weight block is placed, an electric telescopic rod is started, so that the heavy metal weight block is pressed against the inner side wall of the supporting end of the tumbler base body. Therefore, the tumbler base body which is butted with a building support column and is positioned at an inclined position is concentrated on the right side due to gravity and drives the building support column to tilt.
本发明公开了一种高精度操控建筑施工支柱辅助机构及其操控方法，该装置包括调节板、不倒翁座体和夹持机构，所述调节板的正上方水平固定连接有上支撑板，所述上支撑板的下端面中心位置水平设置有管式水平仪，所述调节板正下方水平设置有下支撑板，所述下支撑板的下侧固定连接有遥控电车，所述不倒翁座体的底部设置有配重腔体，所述配重腔体内侧配设有重金属砝码块。本发明向不倒翁座体的配重腔体内放置重金属砝码块，同时在放置好重金属砝码块后，启动电动伸缩杆，使其将重金属砝码块抵压在不倒翁座体支撑端内侧壁上，这样对接着建筑支柱且处于倾斜位置的不倒翁座体便由于重力集中在右侧而带着建筑支柱翘起。
The invention discloses a high-precision control building construction support column auxiliary mechanism and a control method thereof. The mechanism comprises an adjusting plate, a tumbler base bodyand a clamping mechanism; an upper supporting plate is horizontally and fixedly connected with a position right above the adjusting plate; a tubular level meter is horizontally arranged at the centerof the lower end face of the upper supporting plate; a lower supporting plate is horizontally arranged right under the adjusting plate; the lower side of the lower supporting plate is fixedly connected with a remote control electric car; a balance weight cavity is formed in the bottom of the tumbler base body; and a heavy metal weight block is arranged at the inner side of the balance weight cavity in a matched mode. According to the high-precision control building construction support column auxiliary mechanism and the control method thereof, the heavy metal weight block is placed inside thebalance weight cavity of the tumbler base body; and meanwhile, after the heavy metal weight block is placed, an electric telescopic rod is started, so that the heavy metal weight block is pressed against the inner side wall of the supporting end of the tumbler base body. Therefore, the tumbler base body which is butted with a building support column and is positioned at an inclined position is concentrated on the right side due to gravity and drives the building support column to tilt.
本发明公开了一种高精度操控建筑施工支柱辅助机构及其操控方法，该装置包括调节板、不倒翁座体和夹持机构，所述调节板的正上方水平固定连接有上支撑板，所述上支撑板的下端面中心位置水平设置有管式水平仪，所述调节板正下方水平设置有下支撑板，所述下支撑板的下侧固定连接有遥控电车，所述不倒翁座体的底部设置有配重腔体，所述配重腔体内侧配设有重金属砝码块。本发明向不倒翁座体的配重腔体内放置重金属砝码块，同时在放置好重金属砝码块后，启动电动伸缩杆，使其将重金属砝码块抵压在不倒翁座体支撑端内侧壁上，这样对接着建筑支柱且处于倾斜位置的不倒翁座体便由于重力集中在右侧而带着建筑支柱翘起。
High-precision control building construction support column auxiliary mechanism and control method thereof
一种高精度操控建筑施工支柱辅助机构及其操控方法
LI YANG (author)
2021-01-26
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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