Building construction safety early warning protection system based on BIM
A safety early warning and protection system technology, applied to alarms, instruments, etc., can solve problems affecting the personal safety of construction workers, forgetting to wear helmets, and falling objects from heights
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Embodiment 1
[0100] Embodiment 1: After the two-dimensional model building unit establishes the two-dimensional model of the construction site, the coordinate value assignment unit takes a top angle of the two-dimensional model as the center to establish a plane Cartesian coordinate system, so that the entire two-dimensional model is located at the center of the plane Cartesian coordinate system. In the first quadrant, the coordinate values assigned by the coordinate value assigning unit to the two-dimensional model are all positive, which is convenient for later analysis and calculation. The dangerous area division unit divides the dangerous areas in the two-dimensional model, and the coordinate value assigning unit assigns each The coordinate values of the top corners are (10,10), (10,60), (60,10), (60,60);
[0101] The coordinate value assigning unit performs real-time positioning on the position of the construction personnel in the plane Cartesian coordinate system. The real-time po...
Embodiment 2
[0118] Embodiment two: the tower crane trajectory input unit is based on the two-dimensional model after the establishment and the plane Cartesian coordinate system, and inputs the trajectory coordinates in the tower crane operation process to form the tower crane operation trajectory coordinate value set Q={(M 1 , N 1 ),(M 2 , N 2 ),(M 3 , N 3 ),…,(M q , N q )}, where, q means that t is the time unit in the running track of the tower crane, and q coordinate values have been experienced, and the dangerous area division unit is based on the coordinate value of the running track of the tower crane (M i , N i ) as the center of the circle, and R as the radius, establish the dangerous area on the running track of the tower crane, and the radius R is determined according to the following formula:
[0119]
[0120] Wherein, R=3 represents the distance between two adjacent coordinate values.
[0121] Tower crane construction time unit input tower crane construction time ...
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