Abstract Replacement radio receiving apparatus for ''''aftermarket,'''' indash installation is disclosed including a faceplate from which a nosepiece and control elements project. The control elements are mounted in slots in the faceplate whereby the center-to-center distance between the control elements may be adjusted to align them with existing apertures in the instrument panel. A generally rectangular adapter frame is further disclosed for filling the gap between the nosepiece and the edges of an existing cutout in the instrument panel for receiving the nosepiece. Each control element has a knob shaft having a D-shaped crosssection and a longitudinal slot to accommodate various types of original equipment control element knobs.
For use with a replacement radio receiving apparatus adapted to be mounted in an automobile instrument panel having a generally rectangular nosepiece cutout and control element apertures in recessed portions of the instrument panel bilaterally adjacent the cutout, the receiving apparatus having a faceplate and a nosepiece and control elements bilaterally adjacent the nosepiece projecting from the faceplate: a generally rectangular adapter frame for filling a gap defined by the nosepiece and the instrument panel cutout, the adapter frame including top, bottom and side walls having front extremities, a flange directed inwardly from the front extremities of the walls and defining an inner, rectangular opening adapted to receive the nosepiece in a close fit, the flange defining a front surface having an outer rectangular margin dimensioned to engage the portion of the instrument panel around the cutout, the frame further including a lug projecting laterally from each side wall, each lug having a horizontally oriented slot for receiving one of the control elements and permitting lateral adjustment thereof, each lug being attached to the side wall rearward of the front surface of the frame to provide clearance for the recessed portion of the instrument panel.
Claim 2
Dependent Claim
195 words
For use with a replacement radio receiving apparatus adapted to be mounted in an automobile instrument panel having a generally rectangular nosepiece cutout and control element apertures in recessed portions of the instrument panel bilaterally adjacent the cutout, the receiving apparatus having a faceplate and a nosepiece and control elements bilaterally adjacent the nosepiece projecting from the faceplate: a generally rectangular adapter frame for filling a gap defined by the nosepiece and the instrument panel cutout, the adapter frame including top, bottom and side walls having front extremities, a flange directed inwardly from the front extremities of the walls and defining an inner, rectangular opening adapted to receive the nosepiece in a close fit, the flange defining a front surface having an outer rectangular margin dimensioned to engage the portion of the instrument panel around the cutout, the frame further including a lug projecting laterally from each side wall, each lug having a horizontally oriented slot for receiving one of the control elements and permitting lateral adjustment thereof, each lug being attached to the side wall rearward of the front surface of the frame to provide clearance for the recessed portion of the instrument panel.