Balancing pressure bearing apparatus

A balancing pressure bearing apparatus, comprising:

• a connecting base, being enclosed, and a material thereinside being any one selected from a volume-incompressible fluid, semifluid and elastic element, and the outside of the connecting base being deformed for adapting to an external pressure to generate a connecting pipe phenomenon and a Pascal (Pa) phenomenon;
• and
• a plurality of bearing components, a material of each of the bearing components being selected from either an elastic material or a rigid material, each of the bearing components being separately arranged above the connecting base, and each of the bearing components comprising an upper layer body and a lower layer body;
• wherein the separately arranged bearing components serve as supportive bearing surfaces for any part of a human body when pressing down in left and right, front and back, or inside and outside asymmetry, or in a tilting asymmetric state, and are capable of pressure reduction, and when the bearing components bear any part of the human body and press down the connecting base, the Pa phenomenon is generated by the volume incompressibility of the fluid, semifluid or elastic element, such that a pressure applied to the fluid, semifluid or elastic element by the bearing components is transmitted equally through the fluid, semifluid or elastic element, and each portion of the fluid, semifluid or elastic element has the same pressure, thereby balancing the pressure on the supportive bearing surfaces pressed by any two parts of the human body.