A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Photovoltaic support foundation detection device
The invention provides a photovoltaic support foundation detection device. Comprising an installation structure used for being installed on the side face of a photovoltaic pile foundation, a fixing plate fixedly arranged on one side of the installation structure, a spherical cavity arranged in the fixing plate in an embedded mode, a rolling ball rotationally installed in the spherical cavity, a display opening formed in the upper end of the spherical cavity and an opening formed in the lower end of the spherical cavity. Compared with a traditional photovoltaic pile foundation perpendicularity detection device, when the photovoltaic pile foundation perpendicularity detection device is used, the detection device is positioned on the side face of a photovoltaic pile foundation through the installation structure, and under the gravity effect of the balancing weight, the adjustable telescopic rod is perpendicular to the horizontal plane; the rotation condition of the rolling ball in the spherical cavity is judged by observing the scale value of the position, exposed out of the display opening, of the rolling ball, so that the inclination degree of the photovoltaic pile foundation is judged, use is convenient, and the inclination condition of the photovoltaic pile foundation can be judged more accurately.
本发明提供一种光伏支架基础检测装置，包括用于安装在光伏桩基侧面的安装结构、固定设置在所述安装结构一侧的固定板、嵌入设置在所述固定板内的球形空腔、可旋转安装在所述球形空腔内的滚球、开设在所述球形空腔上端的显示口、开设在所述球形空腔下端的开口；本发明与传统的光伏桩基垂直度检测装置相比较，在使用时，将检测装置通过安装结构定位在光伏桩基的侧面，在配重块的重力作用下，使得可调节伸缩杆与水平面垂直，通过观察滚球露出显示口位置的刻度值判断滚球在球形腔体内的旋转情况，从而判断出光伏桩基的倾斜程度，方便使用，且对光伏桩基的倾斜情况能够得到更为准确的判断。
Photovoltaic support foundation detection device
The invention provides a photovoltaic support foundation detection device. Comprising an installation structure used for being installed on the side face of a photovoltaic pile foundation, a fixing plate fixedly arranged on one side of the installation structure, a spherical cavity arranged in the fixing plate in an embedded mode, a rolling ball rotationally installed in the spherical cavity, a display opening formed in the upper end of the spherical cavity and an opening formed in the lower end of the spherical cavity. Compared with a traditional photovoltaic pile foundation perpendicularity detection device, when the photovoltaic pile foundation perpendicularity detection device is used, the detection device is positioned on the side face of a photovoltaic pile foundation through the installation structure, and under the gravity effect of the balancing weight, the adjustable telescopic rod is perpendicular to the horizontal plane; the rotation condition of the rolling ball in the spherical cavity is judged by observing the scale value of the position, exposed out of the display opening, of the rolling ball, so that the inclination degree of the photovoltaic pile foundation is judged, use is convenient, and the inclination condition of the photovoltaic pile foundation can be judged more accurately.
本发明提供一种光伏支架基础检测装置，包括用于安装在光伏桩基侧面的安装结构、固定设置在所述安装结构一侧的固定板、嵌入设置在所述固定板内的球形空腔、可旋转安装在所述球形空腔内的滚球、开设在所述球形空腔上端的显示口、开设在所述球形空腔下端的开口；本发明与传统的光伏桩基垂直度检测装置相比较，在使用时，将检测装置通过安装结构定位在光伏桩基的侧面，在配重块的重力作用下，使得可调节伸缩杆与水平面垂直，通过观察滚球露出显示口位置的刻度值判断滚球在球形腔体内的旋转情况，从而判断出光伏桩基的倾斜程度，方便使用，且对光伏桩基的倾斜情况能够得到更为准确的判断。
Photovoltaic support foundation detection device
一种光伏支架基础检测装置
FENG LI (author) / CHEN LINGHUI (author) / ZHANG XINGHUA (author) / WANG YING (author) / ZHONG YUAN (author) / HUANG PING (author) / MING JINWEN (author)
2023-06-06
Patent
Electronic Resource
Chinese
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