Ballasted lamp socket for a compact fluorescent lamp
View Patent ↗A ballasted lamp socket for a gas discharge lamp, such as a compact fluorescent lamp, is adapted to replace an Edison screw-in lamp socket in a ceiling mounted light fixture, or a table or floor lamp. The ballasted lamp socket comprises a lamp-receiving portion adapted to be coupled to the gas discharge lamp, an enclosure mechanically coupled to the lamp-receiving portion, a dimming ballast circuit electrically coupled to the lamp-receiving portion and housed within the enclosure, and first and second electrical connections. The ballast portion is adapted to receive an AC line voltage and to generate a high-frequency AC voltage for driving the gas discharge lamp and controlling the light intensity of the gas discharge lamp between a high-end intensity and a low-end intensity. The first and second electrical connections are operable to receive the AC line voltage and to provide the AC line voltage to the ballast circuit.
1. A ballasted lamp socket for a compact fluorescent lamp for use in a ceiling mounted light fixture, the ballasted lamp socket comprising:
a socket portion structured to accommodate the compact fluorescent lamp such that the compact fluorescent lamp is mounted in the socket portion;
a ballast enclosure mechanically connected to the socket portion on an end opposite the compact fluorescent lamp;
a dimming ballast circuit housed in the ballast enclosure and electrically connected to the socket portion for driving the compact fluorescent lamp; and
a mounting clip structured to attach the ballasted lamp socket to the light fixture.
2. The ballasted lamp socket of claim 1 , wherein the mounting clip is positioned between the socket portion and the ballast enclosure.
3. The ballasted lamp socket of claim 2 , wherein the mounting clip is U-shaped such that a flat portion of the mounting clip is positioned between the socket portion and the ballast enclosure.
4. The ballasted lamp socket of claim 1 , wherein the ballast enclosure further comprises a front element mechanically connected to the socket portion, a rear element, and a ballast printed circuit board mounted between the front element and the rear element, the dimming ballast circuit mounted on the ballast printed circuit board.
5. The ballasted lamp socket of claim 4 , wherein the front element further comprises at least one wire opening formed therein, wherein the wire opening is structured to allow a wire to extend from the socket portion through the front element and to the ballast circuit on the ballast printed circuit board.
6. The ballasted lamp socket of claim 5 , wherein the wire opening is substantially funnel-shaped such that a first area of the wire opening on a first end adjacent to the socket portion is larger than a second area of the wire opening on a second end opposite the first end.
7. The ballasted lamp socket of claim 6 , wherein the second end of the wire opening is positioned such that the wire that passes through the wire opening is aligned with a desired contact point of the ballast printed circuit board.
8. The ballasted lamp socket of claim 6 , wherein the wire that passes through the wire opening passes between the socket portion and the front element of the ballast enclosure at a point adjacent to a flat portion of the mounting clip.
9. The ballasted lamp socket of claim 8 , wherein the ballast circuit provides a driving voltage to the socket portion via the wire to energize the compact fluorescent lamp mounted in the socket portion.
10. A light fixture for a compact fluorescent lamp, the light fixture adapted to be mounted in a ceiling, the light fixture comprising:
a housing adapted to be mounted in the ceiling;
a bracket connected to the housing;
a ballasted lamp socket mechanically attached to the bracket; and
wherein the ballasted lamp socket comprises:
a socket portion structured to accommodate a compact fluorescent lamp such that the compact fluorescent lamp is mountable in the socket portion;
a ballast enclosure mechanically connected to the socket portion on an end opposite the end structured to accommodate the compact fluorescent lamp;
a dimming ballast circuit housed in the ballast enclosure and electrically connected to the socket portion for driving the compact fluorescent lamp; and
a mounting clip structured to attach the ballasted lamp socket to the bracket of the light fixture.
11. The light fixture of claim 10 , wherein the bracket further comprises a plurality of slots structured to accommodate a portion of the mounting clip of the ballasted lamp socket such that the ballasted lamp socket is connected to the bracket in one of a plurality of positions based on a connection between the mounting clip and a selected slot of the plurality of slots.
12. The light fixture of claim 10 , wherein the bracket further comprises at least one slot structured to accommodate a portion of the mounting clip of the ballasted lamp socket such that the ballasted lamp socket is connected to the bracket.
13. The light fixture of claim 12 , wherein the bracket further comprises a top opening formed in a top portion of the bracket to allow the ballasted lamp socket to be moved up and down relative to the light fixture.
14. The light fixture of claim 13 , wherein the ballast enclosure further comprises a front element mechanically connected to the socket portion, a rear element, and a ballast printed circuit board mounted between the front element and the rear element, the dimming ballast circuit mounted on the ballast printed circuit board.
15. The light fixture of claim 14 , wherein the front element further comprises at least one wire opening formed therein, wherein the wire opening is structured to allow a wire to extend from the socket portion through the front element and to the ballast circuit on the ballast printed circuit board.
16. The light fixture of claim 15 , wherein the wire opening is substantially funnel-shaped such that a first area of the wire opening on a first end adjacent to the socket portion is larger than a second area of the wire opening on a second end opposite the first end.
17. The light fixture of claim 15 , wherein the second end of the wire opening is positioned such that the wire that passes through the wire opening is aligned with a desired contact point of the ballast printed circuit board.
18. The light fixture of claim 17 , wherein the wire that passes through the wire opening passes between the socket portion and the front element of the ballast enclosure at a point adjacent to the flat portion of the mounting clip.
19. The light fixture of claim 13 , wherein the mounting clip is U-shaped and has a flat portion that is positioned between the socket portion and the ballast enclosure.