Abstract: A bezel fastening structure includes a computer enclosure (10), a fixing member (60) and a computer bezel (100). A pair of protrusions (37, 51) is formed at one side of the enclosure. A pair of openings (40, 54) is defined in an opposite side of the enclosure. A receiving hole (59) is defined in the opposite side of the enclosure. The fixing member includes a base (62) and a lock (64). A pair of catches (72) extends away from the base. A button portion (78) is formed between the catches, and is movably received in the receiving hole. The lock has a backplate (84) for controlling movement of the button portion. A pair of hooks (102) and a pair of clasps (106) are rearwardly formed at opposite sides of the bezel. The hooks are engaged with the protrusions, and the clasps are engaged in the openings and with the catches.

Abstract: A bezel fastening structure includes a computer enclosure (10), a fixing member (60) and a computer bezel (100). A pair of protrusions (37, 51) is formed at one side of the enclosure. A pair of openings (40, 54) is defined in an opposite side of the enclosure. A receiving hole (59) is defined in the opposite side of the enclosure. The fixing member includes a base (62) and a lock (64). A pair of catches (72) extends away from the base. A button portion (78) is formed between the catches, and is movably received in the receiving hole. The lock has a backplate (84) for controlling movement of the button portion. A pair of hooks (102) and a pair of clasps (106) are rearwardly formed at opposite sides of the bezel. The hooks are engaged with the protrusions, and the clasps are engaged in the openings and with the catches.