Actuating breathable material structure

An actuating breathable material structure, comprising:

• a supporting main body made of a supporting matrix;
• a plurality of actuating breathable units;
• and
• a plurality of micro processing chips,
• wherein the plurality of actuating breathable units and the plurality of micro processing chips are compounded in the supporting matrix and integrally formed with the supporting matrix in one piece, wherein the plurality of actuating breathable units are controlled by the plurality of micro processing chips to perform gas transportation in a specific direction,
• wherein each of the actuating breathable units comprises an outlet aperture on the supporting main body, and a gas is discharged out through the outlet aperture to perform a breathing effect of the supporting main body, and wherein each of the actuating breathable units comprises:
• an inlet layer
• comprising an inlet aperture;
• a flow channel layer stacked on and connected with the inlet layer, and having a communication channel in fluid communication with the inlet aperture;
• a resonance layer stacked on and connected with the flow channel layer, and having a central aperture spatially corresponding to the communication channel;
• a chamber layer stacked on and connected with the resonance layer and having a resonance chamber spatially corresponding to the central aperture;
• an actuating layer stacked on and connected with the chamber layer, and comprising an outer region, a vibration region and an actuator, wherein the actuator is disposed on a surface of the vibration region, for being driven in response to an applied voltage to undergo a bending deformation to drive the vibration region to vibrate in a reciprocating manner;
• and
• an outlet layer stacked on and connected with the outer region of the actuating layer to cover the actuator, and having the outlet aperture, wherein an outlet chamber is formed between the outlet layer and the actuator, and the outlet aperture is in fluid communication with the resonance chamber;
• and
• a plurality of valves, each of which disposed in the inlet aperture and the outlet aperture to control communication of the inlet aperture and the outlet aperture,
• wherein when the actuator is driven to generate vibration in a reciprocating manner for transporting gas in the resonance chamber, and the plurality of valves are controlled to enable the fluid communication of the inlet aperture and the outlet aperture, the gas is inhaled through the inlet aperture, flows to the resonance chamber, and is discharged out through the outlet aperture, so that the gas is transported in the specific direction, and the breathing effect of the supporting main body is performed.