Adjustable reflector socket
View Patent ↗An adjustable reflector socket is provided having a bulb socket, a mounting member and a mounting plate. The mounting member has an exterior sidewall, a first end having an end plate, and a second end adjacent to the bulb socket. The sidewall has at least one groove formed therein, with the groove having a plurality of apertures formed therein. The mounting plate preferably has a planar component with at least one mounting aperture through which a fastener passes to attach the plate to the lighting reflector, and a mounting member aperture configured to permit the mounting member to be inserted therethrough. The plate also has at least one flange member extending generally perpendicularly from the juncture of the plate and the mounting member aperture, with the flange member dimensioned to be slidably adapted in the sidewall groove, and with it having formed therein at least one flange aperture. A flange fastener at the flange aperture secures the flange member to the mounting member at one of the apertures formed in the groove. A method for adjusting the socket in actual use is also disclosed.
1. An adjustable reflector socket for use in conjunction with a lighting reflector and light bulb, said socket comprising
a bulb socket,
a mounting member, said mounting member having an exterior sidewall, a first end and a second end, said first end having an end plate, said second end being adjacent to said bulb socket, said sidewall having at least one groove formed therein, said sidewall groove having a plurality of apertures formed therein, and
a mounting plate, said mounting plate having a planar component, said planar component having at least one mounting aperture through which a mounting fastener passes to attach said mounting plate to the lighting reflector, and a centrally located mounting member aperture, said mounting member aperture configured to permit said mounting member to be inserted therethrough, said mounting plate also having at least one flange member, said flange member extending generally perpendicularly from the juncture of said mounting plate and said mounting member aperture, said flange member dimensioned to be slidably adapted in said sidewall groove, said flange member having formed therein at least one flange aperture, a flange fastener at said flange aperture securing said flange member to said mounting member at one of said apertures formed in said groove of said mounting member.
2. The adjustable reflector socket according to claim 1 wherein at least a portion of said end plate is detachable from said mounting member.
3. The adjustable reflector socket according to claim 1 wherein said mounting member comprises a pair of grooves.
4. The adjustable reflector socket according to claim 3 wherein each of said grooves is located on opposite sides of said mounting member.
5. The adjustable reflector socket according to claim 3 wherein said mounting plate comprises two flanges, each of said flanges being engaged in said grooves.
6. The adjustable reflector socket according to claim 5 wherein said flanges are located on opposite sides of said mounting plate.
7. The adjustable reflector socket according to claim 1 wherein said flange has more than one flange aperture formed therein.
8. The adjustable reflector socket according to claim 5 wherein each of said flanges has more than one flange aperture formed therein.
9. The adjustable reflector socket according to claim 1 wherein said groove extends from said first end to said second end of said mounting member.
10. The adjustable reflector socket according to claim 1 wherein said mounting plate comprises a mounting aperture in the same plane as said groove, and another mounting aperture in the form of a slot, said mounting plate having a peripheral edge, said slot extending centrally from said peripheral edge.
11. The adjustable reflector socket according to claim 1 wherein said groove has a width and a depth and said flange has a width and a thickness, said groove width being greater than said flange width, and said groove depth being approximately the same as said flange width.
12. The adjustable reflector socket according to claim 1 wherein said groove has four apertures formed therein, and said flange has two apertures formed therein.
13. The adjustable reflector socket according to claim 5 wherein each groove has four apertures formed therein and each flange has two apertures formed therein.
14. The method for obtaining the maximum emitted light from a bulb through the use of a lighting reflector having an adjustable reflector light socket comprising the steps of:
securing a mounting plate to the sidewall of a lighting reflector, said mounting plate having a centrally located mounting member aperture, said mounting member aperture configured to permit said mounting member to be inserted therethrough, said mounting plate also having at least one flange member, said flange member extending generally perpendicularly from the juncture of said mounting plate and said mounting member aperture,
inserting a mounting member through said mounting member aperture in said mounting plate, said mounting member having at least one groove formed therein with a bulb socket being secured to one end of said mounting member, and
securing said mounting member to said mounting plate at a predetermined location on said mounting member dependant on the type of bulb and type of lighting reflector being used.
15. The method according to claim 14 wherein said flange member is dimensioned to be slidably adapted in said mounting member groove, said flange member having formed therein a plurality of flange apertures, said groove having formed therein a plurality of groove apertures, said method including the additional step of selecting the flange aperture and groove aperture for attachment thereat of a flange fastener, said flange fastener securing said flange member to said mounting member at a location to maximize the emitted light given the choice of the bulb and the lighting reflector.