Abstract: A fan stator cover structure including a main body having a front face and a back face. The main body is formed with at least one through hole and chucking sections respectively disposed on the front and back faces of the main body. The through hole is formed through the main body from the front face to back face. A protrusion body is disposed on the back face and protrudes therefrom to cover the through hole. The protrusion body has at least one open side in communication with the through hole. The main body defines a receiving space and is further formed with a perforation in communication with the receiving space. Wires can be extended through the perforation into the receiving space and chucked in the chucking sections of the front face and then extended through the through hole to the back face and chucked in the chucking sections thereof.

Abstract: A fan stator cover structure including a main body having a front face and a back face. The main body is formed with at least one through hole and chucking sections respectively disposed on the front and back faces of the main body. The through hole is formed through the main body from the front face to back face. A protrusion body is disposed on the back face and protrudes therefrom to cover the through hole. The protrusion body has at least one open side in communication with the through hole. The main body defines a receiving space and is further formed with a perforation in communication with the receiving space. Wires can be extended through the perforation into the receiving space and chucked in the chucking sections of the front face and then extended through the through hole to the back face and chucked in the chucking sections thereof.

Abstract: A fan blade structure includes a case, a rotor and a fan blade unit. The case has a top portion and a sidewall portion connected to an outer periphery of the top portion to thereby define a receiving space therein. The rotor is mounted in the receiving space to contact with an inner wall surface of the sidewall portion in a tight-fit relation. The fan blade unit is formed by stamping a metal material, and includes an annular top face bearing on the top portion of the case, and a plurality of blades equally spaced along the annular top face. The annular top face defines a large-area central opening, which effectively reduces an overall weight of the fan blade unit and thereby lowers the load of the rotor and allows a fan motor in operation to reach its high limit of rotary speed and enable an upgraded fan rotating speed.