Cooling fan mounting arrangement with vibration isolation member

A cooling fan assembly comprising:

• a cooling fan comprising a fan frame forming a mounting flange of a generally square shape;
• a support member to which the cooling fan is attached, the support member defining a surface corresponding to the mounting flange;
• a plurality of vibration isolation members each comprising a resilient body pressingly sandwiched between the mounting flange and the surface when the cooling fan is attached to the support member, an engaging unit extending downwardly from the resilient body for being engaged with the mounting flange;
• wherein
• the vibration isolation members are attached to corners of the mounting flange;
• and wherein the mounting flange defines a plurality of through apertures at the corners of the mounting flange, and each of the resilient bodies defines a through hole being in alignment with a corresponding through aperture, and
• wherein the mounting flange defines a plurality of slots therein, the engaging unit comprises a locking leg extending through a corresponding slot to an opposite side of the mounting flange, and the locking leg engages with the mounting flange at the opposite side of the mounting flange to retain the vibration isolation member to the mounting flange.

A cooling fan assembly comprising:

• a cooling fan comprising a fan frame forming a mounting flange of a generally square shape;
• a support member to which the cooling fan is attached, the support member defining a surface corresponding to the mounting flange;
• a plurality of vibration isolation members each comprising a resilient body pressingly sandwiched between the mounting flange and the surface when the cooling fan is attached to the support member, an engaging unit extending downwardly from the resilient body for being engaged with the mounting flange;
• wherein
• the vibration isolation members are attached to corners of the mounting flange;
• and wherein the mounting flange defines a plurality of through apertures at the corners of the mounting flange, and each of the resilient bodies defines a through hole being in alignment with a corresponding through aperture,
• wherein the engaging unit comprises another body located at a side of the mounting flange that is opposite to the surface of the support member, and a connecting wall to join said resilient body and said another body, and
• wherein the mounting flange defines a plurality of slots therein, and each of the vibration isolation members comprises a protrusion formed on said resilient body and engaged into one corresponding slot.