Textile-Reinforced Module Connection for Freeform Concrete Shapes

The patent applies the dynamics principle by replacing the rigid, fixed grating substructure with a dynamic, adjustable system. The forming table includes movable and deformable elements that can be repositioned and reconfigured to create various freeform shapes. The substructure allows for continuous adjustment during the forming process, enabling the production of complex doubly curved surfaces and freeform geometries that were previously impossible with static formwork.

The patent implements parameter changes by modifying the physical state and geometric parameters of the forming table components. The substructure elements can change their spatial arrangement, angle, and position to adapt to different freeform shape requirements. This dynamic parameter adjustment allows the same forming table to produce multiple different freeform geometries, resolving the contradiction between structural support and shape adaptability.

The patent applies dynamics by enabling the base frame and forming table to transition from a rigid, flat configuration to a deformable, curved configuration. The system allows the textile reinforcement to maintain tensile strength while the supporting structure dynamically adapts to freeform shapes during the forming process, enabling both strength and shape complexity.

The patent implements dimensionality change by transitioning the forming process from a two-dimensional flat base frame to a three-dimensional freeform structure. The base frame can be deformed and reconfigured in multiple spatial dimensions, allowing the textile reinforcement to conform to complex curved surfaces while maintaining its tensile properties throughout the transformation.

The patent applies the merging principle by integrating the reinforcement laying function directly into the formwork table system. The forming table and base frame are designed to accommodate textile reinforcement placement and forming operations within the same integrated structure, eliminating the need for separate reinforcement laying equipment and subsequent component joining operations.

The patent implements multi-functionality by designing the forming table and base frame to perform multiple functions simultaneously: providing structural support, enabling freeform shape formation, and facilitating textile reinforcement integration. This universal system consolidates what would otherwise require separate specialized equipment, improving productivity while managing complexity through functional integration.