2results about How to "Control density" patented technology

This invention belongs to the field of 3D printing model preprocessing technology, and particularly relates to a method, device, electronic device, and storage medium for generating model edge supports. The method includes: traversing the model; obtaining the minimum model frame; aligning the bottom center point of the minimum model frame to the origin of the zero-plane platform; raising the model by H millimeters; dividing the zero-plane platform into preset squares; obtaining the maximum vertical projection range of the model's bottom plane on the zero-plane platform; obtaining all preset squares within the projection range as candidate squares; obtaining the center points of the boundary squares; sequentially extracting the center points of the boundary squares with a linear interval of L + ΔX millimeters and determining them as extraction points; drawing vertical lines upwards from each extraction point to intersect the bottom of the model as target points; drawing support units downwards from each target point and connecting them between the bottom edge of the model and the zero-plane platform; and storing the 3D data. This method enables the batch automatic generation of support units at the bottom edge of the model.

This invention belongs to the field of 3D printing model preprocessing technology, and particularly relates to a method, device, electronic device, and storage medium for generating support units on a specified plane. The method includes: traversing the model; obtaining the minimum model frame; aligning it to the origin of the zero-plane platform; raising the model; dividing it into preset squares; specifying a plane at the bottom of the model and obtaining the maximum vertical projection range; obtaining all preset squares whose center points fall within the maximum vertical projection range as candidate squares; obtaining the center points of the squares; specifying a clock direction and using one square's center point as the starting extraction point, sequentially extracting square center points in pairs with a straight line interval of L + ΔX millimeters and determining them as extraction points; projecting straight lines vertically upwards from each extraction point, intersecting the bottom of the model as target points; leading support units downwards from each target point and connecting them between the bottom plane of the model and the zero-plane platform; and storing the three-dimensional data. This method enables the automatic batch generation of support units on a specified plane.