Folded Terminal Block Structure for Positional Displacement Absorption

The terminal body transitions from a linear braided wire structure to a multi-dimensional folded plate structure with first, second, and third plate portions arranged in different spatial planes. This dimensional transformation allows the terminal to absorb displacement in multiple directions while maintaining a compact footprint, as the folded structure can deform through angular changes rather than requiring extended linear length.

The terminal body's plate portions are folded and nested within each other, with the first plate portion connected to the second, and the second to the third, creating a compact nested arrangement. This nesting allows the terminal to maintain a small overall size while the nested structure can expand and deform to accommodate positional displacement of conductive members.

The terminal body merges multiple functional elements into a single integrated folded structure. The first, second, and third plate portions are all part of one continuous terminal body made from a single belt-like conductive material, eliminating the need for separate braided wire components and multiple assembly steps. This merging reduces device complexity while maintaining the displacement absorption capability.

The terminal body incorporates dynamic flexibility through its folded plate structure, which can deform elastically to accommodate positional displacement. The coupling portions between plate portions allow angular deformation, enabling the terminal to adapt dynamically to misalignment without requiring complex mechanical joints or additional movable components.