HEAT DISSIPATING PAD

1 . A heat dissipating pad comprising:

a pad body having a hollow accommodating recess and a first fixing structure disposed on a side of the hollow accommodating recess; and

a fan comprising a fan frame, the fan frame being detachably disposed in the hollow accommodating recess and having a second fixing structure, when the fan frame is disposed at a predetermined position in the hollow accommodating recess, the first fixing structure and the second fixing structure being fixed with each other so as to prevent the fan frame from coming off the hollow accommodating recess.

2 . The heat dissipating pad of claim 1 , wherein the pad body is made of sponge, rubber or plastic.

3 . The heat dissipating pad of claim 1 , wherein the first fixing structure protrudes toward an inside of the hollow accommodating recess and the second fixing structure is a recess or a protrusion.

4 . The heat dissipating pad of claim 1 , wherein a thickness of the first fixing structure varies gradiently.

5 . The heat dissipating pad of claim 1 , wherein the first fixing structure is a U-shaped recess made of rubber and the second fixing structure is a pillar corresponding to the U-shaped recess.

6 . The heat dissipating pad of claim 1 , wherein the first fixing structure is a recess, the second fixing structure comprises an engaging member and a resilient member, the engaging member is movably disposed in the fan frame, opposite ends of the resilient member are fixed on the engaging member and the fan frame, when the fan frame is disposed at the predetermined position in the hollow accommodating access, an end of the engaging member is engaged in the recess.

7 . The heat dissipating pad of claim 1 , wherein the first fixing structure is a recess, the second fixing structure comprises a ball and a resilient plate, the resilient plate fixes the ball in the fan frame, the ball is exposed out of the fan frame, when the fan frame is disposed at the predetermined position in the hollow accommodating access, the ball is engaged in the recess.

8 . The heat dissipating pad of claim 1 , wherein the first fixing structure is a recess, the second fixing structure is an Q-shaped resilient plate, the Q-shaped resilient plate is fixed in the fan frame, an end of the Q-shaped resilient plate is exposed out of the fan frame, when the fan frame is disposed at the predetermined position in the hollow accommodating access, the exposed end of the Q-shaped resilient plate is engaged in the recess.

9 . The heat dissipating pad of claim 1 , wherein one of the first fixing structure and the second fixing structure is a magnet, and another one of the first fixing structure and the second fixing structure is a magnet or a magnetic induction material.

10 . The heat dissipating pad of claim 1 , wherein the fan further comprises a support member connected to the fan frame.

11 . The heat dissipating pad of claim 1 , wherein a blowhole is formed on a bottom of the pad body and communicates with the hollow accommodating recess.

12 . The heat dissipating pad of claim 1 , wherein the pad body further comprises a folding line for folding the pad body.

13 . The heat dissipating pad of claim 1 , wherein the fan further comprises a fan wheel and a driving device, the fan wheel and the driving device are disposed in the fan frame, and the driving device is connected to the fan wheel and used for driving the fan wheel to rotate.

14 . The heat dissipating pad of claim 13 , wherein the driving device is further connected to a USB cable.

15 . The heat dissipating pad of claim 13 , wherein the driving device is further connected to a control circuit.