A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Digital coordinate positioning method for special-shaped curtain keel
The invention discloses a digital coordinate positioning method for a special-shaped curtain keel, and relates to the technical field of building curtain construction. According to a conventional setting out method, the space positioning requirement of the special-shaped curtain keel is difficult to meet. The method comprises the following steps of setting an intersection point of an axis net of athree-dimensional model of the special-shaped curtain keel at +/-0.00 positions as a unified coordinate origin, taking the coordinate origin as a reference point, measuring XYZ coordinates of at least three points to be measured of the keel to be mounted relative to the reference point, and performing setting out in a construction site to determine an actual coordinate origin; performing settingout according to the XYZ coordinates of the at least three points to be measured, determining actual spatial positions of at least three end points of the keel to be mounted, enabling the at least three end points of the keel to coincide with the actual spatial positions of the corresponding points to be measured, repeating the steps, and sequentially determining the actual spatial positions of other keels, and splicing and connecting the positioned keels to the top of a connecting device, so that the space form of the spliced keels adapts to the curved surface of the special-shaped curtain keel.
本发明的异形幕墙龙骨的数字化坐标定位方法，涉及建筑幕墙施工技术领域。针对采用现有放样方法难以满足异形幕墙龙骨的空间定位要求的问题。步骤如下：设定异形幕墙龙骨的三维模型的轴网于±0.00位置的交点作为统一坐标原点，以该坐标原点为基准点，测量拟安装龙骨的至少三个待测点相对于基准点的XYZ坐标，在施工现场放样确定实际坐标原点，根据至少三个待测点的XYZ坐标放样确定拟安装龙骨至少三个端点的实际空间位置，使龙骨的至少三个端点与相应的待测点的实际空间位置重合，如此反复，依次确定其他龙骨的实际空间位置，将定位后的龙骨进行拼接并连接于连接装置的顶部，使得龙骨拼接后的空间形态与所述异形幕墙龙骨的曲面相适应。
Digital coordinate positioning method for special-shaped curtain keel
The invention discloses a digital coordinate positioning method for a special-shaped curtain keel, and relates to the technical field of building curtain construction. According to a conventional setting out method, the space positioning requirement of the special-shaped curtain keel is difficult to meet. The method comprises the following steps of setting an intersection point of an axis net of athree-dimensional model of the special-shaped curtain keel at +/-0.00 positions as a unified coordinate origin, taking the coordinate origin as a reference point, measuring XYZ coordinates of at least three points to be measured of the keel to be mounted relative to the reference point, and performing setting out in a construction site to determine an actual coordinate origin; performing settingout according to the XYZ coordinates of the at least three points to be measured, determining actual spatial positions of at least three end points of the keel to be mounted, enabling the at least three end points of the keel to coincide with the actual spatial positions of the corresponding points to be measured, repeating the steps, and sequentially determining the actual spatial positions of other keels, and splicing and connecting the positioned keels to the top of a connecting device, so that the space form of the spliced keels adapts to the curved surface of the special-shaped curtain keel.
本发明的异形幕墙龙骨的数字化坐标定位方法，涉及建筑幕墙施工技术领域。针对采用现有放样方法难以满足异形幕墙龙骨的空间定位要求的问题。步骤如下：设定异形幕墙龙骨的三维模型的轴网于±0.00位置的交点作为统一坐标原点，以该坐标原点为基准点，测量拟安装龙骨的至少三个待测点相对于基准点的XYZ坐标，在施工现场放样确定实际坐标原点，根据至少三个待测点的XYZ坐标放样确定拟安装龙骨至少三个端点的实际空间位置，使龙骨的至少三个端点与相应的待测点的实际空间位置重合，如此反复，依次确定其他龙骨的实际空间位置，将定位后的龙骨进行拼接并连接于连接装置的顶部，使得龙骨拼接后的空间形态与所述异形幕墙龙骨的曲面相适应。
Digital coordinate positioning method for special-shaped curtain keel
异形幕墙龙骨的数字化坐标定位方法
LIAN ZHEN (author) / LIU SHAOYU (author) / LI GONGJI (author) / LI FEN (author) / XIA YONGXIN (author) / XIA YONGFENG (author) / CHEN YONGQUAN (author) / FAN BINGYAO (author) / QIN JIANPING (author)
2020-11-03
Patent
Electronic Resource
Chinese
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