A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Opening and closing type positioning mechanism for thermal insulation decorative plate
The invention provides an opening and closing type positioning mechanism for a heat preservation decorative plate, and relates to the technical field of heat preservation decorative plate installation and positioning. The lifting part is mounted on the ground; the inclined part is mounted at the upper end of the lifting part through a bolt; the rotating piece is mounted on the inclined piece; the partition plate is mounted at the upper end of the clamping shaft; a first hydraulic rod is controlled to contract so that three sets of clamping blocks can clamp the lower end of a clamping shaft, a motor is controlled to rotate so that a connecting shaft can be driven to rotate, and therefore a clamping cylinder can rotate, the clamping shaft can rotate, the heat preservation decoration plate can rotate, a worm can rotate by rotating an adjusting shaft, and the inclination angle of a rotating base can be adjusted; the inclination of the heat-preservation decorative plate is adjusted, and the heat-preservation decorative plate is convenient to install and use; the lower end face of the heat-preservation decorative plate makes contact with the suction cups, the fixation degree of the heat-preservation decorative plate is improved, and the height of the suction cups at the upper ends of third hydraulic rods can be adjusted by controlling the third hydraulic rods to stretch.
本发明提供一种保温装饰板开合式定位机构，涉及保温装饰板安装定位技术领域，包括：升降件、倾斜件、转动件和隔板；所述升降件安装在地面上；所述倾斜件通过螺栓安装在升降件的上端；所述转动件安装在倾斜件上；所述隔板安装在夹轴的上端；控制一号液压杆收缩能够使三组夹块对夹轴的下端进行夹紧，通过控制电动机转动使其带动连接轴转动，从而能够使夹筒转动，实现夹轴转动，使保温装饰板旋转，通过转动调节轴使蜗杆转动，实现转动座倾斜角度的调节，实现保温装饰板倾斜度的调节，便于保温装饰板的安装，使用方便；保温装饰板的下端面与吸盘接触，提高保温装饰板的固定度，并且控制三号液压杆伸长能够对三号液压杆上端的吸盘的高度进行调节。
Opening and closing type positioning mechanism for thermal insulation decorative plate
The invention provides an opening and closing type positioning mechanism for a heat preservation decorative plate, and relates to the technical field of heat preservation decorative plate installation and positioning. The lifting part is mounted on the ground; the inclined part is mounted at the upper end of the lifting part through a bolt; the rotating piece is mounted on the inclined piece; the partition plate is mounted at the upper end of the clamping shaft; a first hydraulic rod is controlled to contract so that three sets of clamping blocks can clamp the lower end of a clamping shaft, a motor is controlled to rotate so that a connecting shaft can be driven to rotate, and therefore a clamping cylinder can rotate, the clamping shaft can rotate, the heat preservation decoration plate can rotate, a worm can rotate by rotating an adjusting shaft, and the inclination angle of a rotating base can be adjusted; the inclination of the heat-preservation decorative plate is adjusted, and the heat-preservation decorative plate is convenient to install and use; the lower end face of the heat-preservation decorative plate makes contact with the suction cups, the fixation degree of the heat-preservation decorative plate is improved, and the height of the suction cups at the upper ends of third hydraulic rods can be adjusted by controlling the third hydraulic rods to stretch.
本发明提供一种保温装饰板开合式定位机构，涉及保温装饰板安装定位技术领域，包括：升降件、倾斜件、转动件和隔板；所述升降件安装在地面上；所述倾斜件通过螺栓安装在升降件的上端；所述转动件安装在倾斜件上；所述隔板安装在夹轴的上端；控制一号液压杆收缩能够使三组夹块对夹轴的下端进行夹紧，通过控制电动机转动使其带动连接轴转动，从而能够使夹筒转动，实现夹轴转动，使保温装饰板旋转，通过转动调节轴使蜗杆转动，实现转动座倾斜角度的调节，实现保温装饰板倾斜度的调节，便于保温装饰板的安装，使用方便；保温装饰板的下端面与吸盘接触，提高保温装饰板的固定度，并且控制三号液压杆伸长能够对三号液压杆上端的吸盘的高度进行调节。
Opening and closing type positioning mechanism for thermal insulation decorative plate
一种保温装饰板开合式定位机构
XU CHANGHAI (author) / LEI JIAFU (author) / MA HAIFENG (author)
2023-08-25
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
| European Patent Office | 2020
Building external wall thermal insulation decorative plate
| European Patent Office | 2023