3D Knitted Material Multi-Planar Loop Structure

The patent applies dimensionality change by forming loops in multiple non-perpendicular planes simultaneously. The knitting needle system uses at least two needles positioned at different angles to the knitting direction, creating loops that extend in multiple spatial dimensions rather than simple perpendicular planes. This enables the formation of three-dimensional complex shapes while maintaining structural regularity through the systematic arrangement of multi-planar loops.

The patent applies dynamics by making the knitting system adjustable and adaptable during the knitting process. The knitting needles can be positioned at variable angles and the loop formation can be dynamically controlled to create different connection patterns between layers. This dynamic capability allows the system to produce regular connections that can be systematically varied to form complex three-dimensional shapes with high manufacturing precision.

The patent applies the nesting principle by creating loops that are formed within and through existing loop structures. The multi-planar loops are nested within the three-dimensional knitted fabric structure, with loops running through multiple layers and planes. This nested loop configuration creates a complex three-dimensional network that enhances filtration properties by providing multiple pathways and surfaces for fluid passage, while the systematic nesting pattern maintains manufacturing feasibility.