Sculpture Structure

Abstract

A sculpted structure includes a plurality of sculpted layers. Each sculpted layer includes a core and a plurality of linear bodies. The core has a central point, and each linear body is obliquely arranged around the core. Each linear body intersects or is tangent to the core to form a point of overlap. The sculpted layers are continuously stacked along an axial direction, and the linear bodies of adjacent sculpted layers have different inclination directions, so that adjacent linear bodies intersect each other to form a plurality of intersection points. By means of mutual support of these intersection points, the support of the linear bodies is improved, preventing them from bending and collapsing due to lack of support, and giving the sculpted structure a fluffy, layered, plush ball-like or needle-like three-dimensional appearance.

Claims

1. A sculpted structure comprising: a plurality of sculpted layers, each sculpted layer comprising: a core having a center point; a plurality of linear bodies obliquely arranged around the core, each linear body intersecting or tangentially intersecting the core to form a coincidence point; wherein, These shaping layers are stacked continuously along an axial direction, and the inclination direction of the linear bodies in every two adjacent shaping layers is different.

2. The structural form of claim 1, wherein each of the linear systems of each structural layer is arranged equidistantly around the center point.

3. The structural form of claim 1, wherein an angle is defined between an extension direction of the linear body forming the coincidence point and a radial direction passing through the coincidence point based on the center point, the angle being not equal to 0 degrees.

4. The structural form of claim 1, wherein in every two adjacent structural layers, the linear system of one structural layer is arranged clockwise around the center point, and the linear system of the other structural layer is arranged counterclockwise around the center point.

5. The shape structure of claim 1, wherein when every two adjacent shape layers are stacked, the center points of the shape layers overlap, and the linear bodies of the shape layers intersect to form a plurality of intersecting points.

6. The shape structure of any one of claims 1 to 5, wherein each of the linear bodies in each shape layer has a plurality of terminal portions, the terminal portions being disposed at an end of the linear body away from the central core, and the terminal portions being dot-shaped.

7. The shape structure of any one of claims 1 to 5, wherein each of the linear bodies in each shape layer has a plurality of terminal portions, the terminal portions being disposed at an end of the linear body away from the central core, and the terminal portions being arc-shaped.

8. The shape structure of any one of claims 1 to 5, wherein the shape structure is formed by a layered manufacturing method.

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