Hybrid-layered apparatus and bulletproof structure having the same

A hybrid-layered apparatus for receiving and resisting an impact from an object, comprising:

• a first cell, wherein said cell comprises a viscous absorber layer, containing a semi-liquid viscous material;
• a first elastic layer, having a first predetermined toughness, wherein said first elastic layer is carbon fiber or aramid fiber;
• a viscous elastic foundation layer, having predetermined elasticity and compressibility, wherein said first elastic layer is sandwiched between said viscous absorber layer and said viscous-elastic foundation layer, and said viscous elastic foundation layer laminates fixedly to said first elastic layer by opposing said viscous absorber layer;
• and
• a second elastic layer, having a second predetermined toughness and laminated fixedly to said viscous-elastic foundation layer by opposing said first elastic layer, wherein said second elastic layer is metal;
• wherein said viscous absorber layer retards a spinning movement of said object;
• wherein said first elastic layer deforms as said object impacting on said first elastic layer;
• wherein said first elastic layer and said second elastic layer are adhered to opposite sides of said viscous elastic foundation layer for supporting said first elastic layer to resist a deformation from said impact;
• wherein the viscous-elastic foundation layer includes a plurality of first spring elements extending in parallel and individually connecting said first elastic layer and said second elastic layer;
• wherein the viscous-elastic foundation layer includes a plurality of second spring elements disposed in parallel on said first elastic layer or said second elastic layer;
• wherein each of said first spring elements has a first elastic resistance, each of said second spring elements has a second elastic resistance, and said second elastic resistance is higher than said first elastic resistance;
• and
• wherein said first elastic resistance and said second elastic resistance provide an escalated resistance within said viscous elastic foundation layer.