Computer front bezel

A computer front bezel, comprising:

• a bezel body defining an opening therein;
• a holding member pivotably secured on the bezel body for covering the opening of the bezel body when the holding member is in a closed position;
• a sliding member secured on the bezel body, engagement between the holding member and the sliding member blocking the holding member from being pivoted away from the closed position, the sliding member being capable of being pushed from outside of the bezel body to slide along the bezel body to disengage the holding member from the sliding member;
• and
• a resilient member secured on the bezel body for rotating the holding member to leave from the closed position when the holding member is released from the sliding member.

A computer front bezel, comprising:

• a bezel body comprising a plurality of walls any adjacent two of which are perpendicularly connected with each other to cooperatively define a space therebetween, one of the walls defining an opening therethrough;
• a holding member defining a receiving space configured for receiving at least one electronic component therein, the holding member pivotably attached to the bezel body and capable of being pivoted between a closed position in which the holding member is received within the space of the bezel body and covers the opening to cause the receiving space of the holding member to be unaccessible from outside of the bezel body, and an open position in which the holding member is rotated out from the opening of the bezel body to allow the receiving space of the holding member to be accessible from outside of the bezel body, a locking member being formed on the holding member;
• a sliding member slidably attached to the bezel body, a blocking member being formed on the sliding member configured for engaging with the locking member to retain the holding member in the closed position;
• a first resilient member connected between the bezel body and the sliding member for urging the blocking member engaging with the locking member;
• an operating member secured on the bezel body and being operatable from outside of the bezel body to drive the sliding member to slide to thereby disengage the blocking member from the locking member;
• and
• a second resilient member connected between the bezel body and the holding member configured for driving the holding member to pivot from the closed position to the open position when the blocking member is disengaged from the locking member.