A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the field of buildings, in particular to an intelligent wall building auxiliary device, which can adjust the height of a springboard along with the increase of the height of a wall, is convenient for workers to build the wall, automatically rotate upwards and cement, improves the efficiency and reduces the labor cost, and comprises a feeding device, a springboard device, a position switching device and a lifting transmission device, a seventh motor is started to drive a ruler to move forwards, drive a fifth gear to rotate, drive a fifth connecting column to rotate, drive an eighth motor to rotate, drive a second outer frame to rotate, drive a long rod to rotate and then drive a storage box to rotate, a ninth motor is started to drive a first outer frame to move backwards and drive the storage box to move backwards, and then the storage box is adjusted to the position over a second conveying belt; an eighth motor is started to drive a second outer frame to move downwards and drive the storage box to fall on a second conveying belt, and a fourth motor is started to drive a first bent rod to rotate, drive a first connecting plate to move, drive two fifth connecting rods to push forwards and drive a push plate to push the storage box on the second conveying belt to the platform.
本发明涉及一种建筑领域，更具体的说是一种智能化墙体建造辅助装置，可以随着墙体的高度增加，可调整跳板的高度方便工人砌墙，自动上转和水泥，提高效率并减少人工成本，包括送料装置、跳板装置、位置切换装置、升降传动装置，启动电机七带动直尺向前运动，带动齿轮五转动，带动连接柱五转动，带动电机八转动，带动外框架二转动，带动长杆转动，进而带动储物箱转动，启动电机九带动外框架一向后运动，带动储物箱向后运动，进而将储物箱调整到传送带二正上方，启动电机八带动外框架二向下运动，带动储物箱落在传送带二上，启动电机四带动弯杆一转动，带动连接板一运动，带动两个连接杆五向前推动，带动推板将传送带二上的储物箱推到平台上。
The invention relates to the field of buildings, in particular to an intelligent wall building auxiliary device, which can adjust the height of a springboard along with the increase of the height of a wall, is convenient for workers to build the wall, automatically rotate upwards and cement, improves the efficiency and reduces the labor cost, and comprises a feeding device, a springboard device, a position switching device and a lifting transmission device, a seventh motor is started to drive a ruler to move forwards, drive a fifth gear to rotate, drive a fifth connecting column to rotate, drive an eighth motor to rotate, drive a second outer frame to rotate, drive a long rod to rotate and then drive a storage box to rotate, a ninth motor is started to drive a first outer frame to move backwards and drive the storage box to move backwards, and then the storage box is adjusted to the position over a second conveying belt; an eighth motor is started to drive a second outer frame to move downwards and drive the storage box to fall on a second conveying belt, and a fourth motor is started to drive a first bent rod to rotate, drive a first connecting plate to move, drive two fifth connecting rods to push forwards and drive a push plate to push the storage box on the second conveying belt to the platform.
本发明涉及一种建筑领域，更具体的说是一种智能化墙体建造辅助装置，可以随着墙体的高度增加，可调整跳板的高度方便工人砌墙，自动上转和水泥，提高效率并减少人工成本，包括送料装置、跳板装置、位置切换装置、升降传动装置，启动电机七带动直尺向前运动，带动齿轮五转动，带动连接柱五转动，带动电机八转动，带动外框架二转动，带动长杆转动，进而带动储物箱转动，启动电机九带动外框架一向后运动，带动储物箱向后运动，进而将储物箱调整到传送带二正上方，启动电机八带动外框架二向下运动，带动储物箱落在传送带二上，启动电机四带动弯杆一转动，带动连接板一运动，带动两个连接杆五向前推动，带动推板将传送带二上的储物箱推到平台上。
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| European Patent Office | 2021
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| European Patent Office | 2023