A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Equipment support and embedded part positioning template and positioning method
The invention relates to the technical field of equipment installation, and provides an equipment support and embedded part positioning template and a positioning method.The positioning template comprises a positioning template body, and square holes in one-to-one correspondence with equipment supports and embedded parts are formed in the positioning template body; the square holes vertically penetrate through the positioning template body and are evenly distributed in the circumferential direction of the positioning template body, three adjusting plates fixed to the surface of the positioning template body are arranged on the circumferential sides of at least part of the square holes, jackscrews are connected to the adjusting plates in a threaded mode, and the jackscrews are used for making contact with the side faces, penetrating through the corresponding square holes, of equipment supports and adjusting the position of the positioning template body. The square hole corresponding to the position of the embedded part is formed in the positioning template main body, so that the positioning template main body and the equipment support are preassembled, and the equipment support is subjected to finish machining by measuring the gap between the square hole of the positioning template main body and the equipment support, so that the equipment support can correspond to the embedded part and is fixedly connected with the embedded part; therefore, the embedded part and the equipment support do not need to be preassembled in a factory.
本发明涉及设备安装技术领域，并提供了一种设备支撑与预埋件定位模板及定位方法，该定位模板包括定位模板主体，定位模板主体上设有与设备支撑和预埋件一一对应的方孔，方孔上下贯穿定位模板主体并沿定位模板主体的周向均匀分布，至少部分方孔的周侧设有固定于定位模板主体表面的三块调整板，调整板上螺纹连接有顶丝，顶丝用于与穿过对应方孔的设备支撑的侧面接触并调整定位模板主体位置。通过在定位模板主体上设置与预埋件方位对应的方孔，使定位模板主体与设备支撑进行预装，通过测量定位模板主体的方孔与设备支撑之间的间隙，对设备支撑进行精加工，可使设备支撑能够与预埋件对应并连接固定，从而无需预埋件与设备支撑在厂内预装。
Equipment support and embedded part positioning template and positioning method
The invention relates to the technical field of equipment installation, and provides an equipment support and embedded part positioning template and a positioning method.The positioning template comprises a positioning template body, and square holes in one-to-one correspondence with equipment supports and embedded parts are formed in the positioning template body; the square holes vertically penetrate through the positioning template body and are evenly distributed in the circumferential direction of the positioning template body, three adjusting plates fixed to the surface of the positioning template body are arranged on the circumferential sides of at least part of the square holes, jackscrews are connected to the adjusting plates in a threaded mode, and the jackscrews are used for making contact with the side faces, penetrating through the corresponding square holes, of equipment supports and adjusting the position of the positioning template body. The square hole corresponding to the position of the embedded part is formed in the positioning template main body, so that the positioning template main body and the equipment support are preassembled, and the equipment support is subjected to finish machining by measuring the gap between the square hole of the positioning template main body and the equipment support, so that the equipment support can correspond to the embedded part and is fixedly connected with the embedded part; therefore, the embedded part and the equipment support do not need to be preassembled in a factory.
本发明涉及设备安装技术领域，并提供了一种设备支撑与预埋件定位模板及定位方法，该定位模板包括定位模板主体，定位模板主体上设有与设备支撑和预埋件一一对应的方孔，方孔上下贯穿定位模板主体并沿定位模板主体的周向均匀分布，至少部分方孔的周侧设有固定于定位模板主体表面的三块调整板，调整板上螺纹连接有顶丝，顶丝用于与穿过对应方孔的设备支撑的侧面接触并调整定位模板主体位置。通过在定位模板主体上设置与预埋件方位对应的方孔，使定位模板主体与设备支撑进行预装，通过测量定位模板主体的方孔与设备支撑之间的间隙，对设备支撑进行精加工，可使设备支撑能够与预埋件对应并连接固定，从而无需预埋件与设备支撑在厂内预装。
Equipment support and embedded part positioning template and positioning method
一种设备支撑与预埋件定位模板及定位方法
HAN JIE (author) / SUN YONGGANG (author) / SHI YONGLI (author) / ZHANG YANQIAN (author) / WANG PENG (author) / BI ZHENJUN (author)
2024-08-30
Patent
Electronic Resource
Chinese
| European Patent Office | 2022
| European Patent Office | 2022