**Here are some reference materials and specific solutions that can help you better understand how to achieve foldable and expandable designs: Foldable design: Container-style housing design based on folding principles: This design uses foldable walls and roofs to reduce the volume of the housing from 40 feet to 20 feet to meet the size of the container. The specific implementation method is to use foldable wall panels and roofs, and to store them by hiding metal tracks inside the wall panels and roofs. Expandable housing design: This design uses a structure that is foldable and expandable, allowing the housing to have different sizes in different states. The specific implementation method is to use walls and roofs composed of multiple folding components, and to achieve expansion by moving the connecting rods and tracks between components. Expandable design: Spiral expandable structure design: This design uses a spiral structure to make the structure expandable. The specific implementation method is to divide the walls and roofs into multiple panels and rotate them along the central axis to achieve the expansion of the structure. Stretchable expandable structure design: This design uses a structure composed of multiple expandable units, and achieves the expansion of the entire structure by stretching the connecting rods and bearings between the units. The specific implementation method is to divide the walls and roofs into multiple units, and to achieve the expansion and contraction between units by stretching the connecting rods and bearings. When implementing foldable and expandable designs, it is necessary to consider issues such as structural stability, safety, and waterproofness, and to choose suitable materials and technical solutions according to specific [...]** - Upscaled by <@1086305111866867822> (fast)
Here are some reference materials and specific solutions that can help you better understand how to achieve foldable and expandable designs Foldable design Containerstyle housing design based on folding principles This design uses foldable walls and roofs to reduce the volume of the housing from 40 feet to 20 feet to meet the size of the container. The specific implementation method is to use foldable wall panels and roofs, and to store them by hiding metal tracks inside the wall panels and roofs. Expandable housing design This design uses a structure that is foldable and expandable, allowing the housing to have different sizes in different states. The specific implementation method is to use walls and roofs composed of multiple folding components, and to achieve expansion by moving the connecting rods and tracks between components. Expandable design Spiral expandable structure design This design uses a spiral structure to make the structure expandable. The specific implementation method is to divide the walls and roofs into multiple panels and rotate them along the central axis to achieve the expansion of the structure. Stretchable expandable structure design This design uses a structure composed of multiple expandable units, and achieves the expansion of the entire structure by stretching the connecting rods and bearings between the units. The specific implementation method is to divide the walls and roofs into multiple units, and to achieve the expansion and contraction between units by stretching the connecting rods and bearings. When implementing foldable and expandable designs, it is necessary to consider issues such as structural stability, safety, and waterproofness, and to choose suitable materials and technical solutions according to specific ...