Abstract: A housing, preferably configured for computer components, which features a base and a cover. The base preferably includes a series of dimples on its sides, and the cover preferably includes a series of projections that are aligned to mate with the dimples on the base in order to aid in securing the cover to the base. Alternately, the cover may include the dimples and the base may include the projections. In addition to the securing function, the dimples and projections also serve to disturb the electromagnetic waves emitted from the components located within the housing, so that the electromagnetic noise emitted from the housing is reduced. Additionally, the front surfaces of the base and the cover are preferably linked together by a hinge-type connection formed by interlocking tabs located on both surfaces. This hinge-type connection facilitates the alignment of the cover with the base so that the cover may simply be closed upon the base and the dimples/projections are then aligned to mate with each other.

Abstract: A bracket for retaining a component within a housing, where that bracket includes a front face; a first rear flange that is configured and arranged to be affixed to the housing; a second rear flange that is also configured and arranged to be affixed to the housing; a first bridging section for connecting the first rear flange to the front face; and a second bridging section for connecting the second rear flange to the front face. In addition, at least one of the first rear flange and the second rear flange is configured and arranged to maintain at least a portion of the component being retained a slight distance away from the housing. The present bracket provides a way for simply and economically installing a component, such as a fan, within a housing without requiring that the fan be directly riveted or screwed to the housing, which can cause damage to the component's cord due to the contact between the cord and the housing wall.