| Patent Number |
Title Of Patent |
Date Issued |
| D286915 |
Air-cooled compact electric lamp |
November 25, 1986 |
|
| D286914 |
Air-cooled compact electric lamp |
November 25, 1986 |
|
| D278462 |
Air-cooled compact electric lamp |
April 16, 1985 |
|
| D277412 |
Compact electric discharge lamp |
January 29, 1985 |
|
| D277033 |
Air-cooled compact electric lamp |
January 1, 1985 |
|
| D275327 |
Compact fluorescent lamp unit |
August 28, 1984 |
|
| D274560 |
Compact fluorescent lamp unit |
July 3, 1984 |
|
| D272653 |
Compact fluorescent lamp |
February 14, 1984 |
|
| D271424 |
Compact fluorescent lamp unit |
November 15, 1983 |
|
| D270480 |
Compact fluorescent lamp or similar article for a lighting unit |
September 6, 1983 |
|
| 4498580 |
Lamp bulb carton, and resulting lamp bulb package |
February 12, 1985 |
| An electric lamp bulb (or similar fragile article) is retained in suspended centralized position within a collapsible open-ended carton of rectangular sleeve-like configuration by a dual-panel liner that extends across the interior of the carton and has apertured medial parts which nesti |
| 4438369 |
Unitary light source comprising compact HID lamp and incandescent ballast filament |
March 20, 1984 |
| Unitary light source comprises compact HID lamp and starting and operating circuit therefor operable from household AC energizing potential. The HID lamp is ballasted by incandescent filament means which also provides the major portion of developed light during HID warm up and after powe |
| 4437039 |
Starting arrangement for high-intensity-discharge sodium lamp |
March 13, 1984 |
| High-intensity-discharge (HID) sodium lamp has a starting aid comprising a conducting ceramic which is hermetically sealed to and extends through an alumina arc tube at least at one end thereof to form an electrically conducting path. The conducting ceramic is fused to the alumina arc tu |
| 4435670 |
Energy conserving instant-start series-sequence fluorescent lamp system with overcurrent protect |
March 6, 1984 |
| An energy-saving instant-start series-sequence fluorescent lamp system includes power-reducing capacitor means connected in series circuit arrangement with one or both lamps in a two-lamp system. A protective device is connected in circuit with a first lamp of the system so that in t |
| 4435669 |
Arc tube construction |
March 6, 1984 |
| An arc tube for a high-pressure sodium (HPS) discharge lamp having an extended seal path to reduce leakage therethrough. The extended seal path is provided by a monolithic arc tube body having circular apertures in the ends thereof of a substantially smaller diameter than the diameter of |
| 4435284 |
Recovery of mercury from scrap glass |
March 6, 1984 |
| A process for removing residual mercury from scrap fluorescent lamp exhaust tubulation or similar scrap glass is disclosed. A very small predetermined amount of finely divided silica or alumina powder is added to the mercury contaminated scrap glass and the mixture is agitated for a very |
| 4431942 |
Color-corrected hid mercury-vapor lamp having good color rendering and a desirable emission colo |
February 14, 1984 |
| Color-corrected HID mercury-vapor lamp provides good color rendition of illuminated objects and also has a commercially desirable emission color. The lamp incorporates the usual arc tube which emits both ultraviolet radiations and visible radiations and the color-correcting phosphor |
| 4414489 |
Compact electric discharge lamp-and-ballast unit, and plug-in ballast module therefor |
November 8, 1983 |
| A single-ended compact fluorescent lamp having an envelope that is partitioned or of multi-U-bent shape and defines a tortuous arc path is combined with a plug-in ballast module which is elongated in a lateral direction but has a low profile and a narrow width. The resulting decrease |
| 4396595 |
Method of enhancing the optical transmissivity of polycrystalline alumina bodies, and article pr |
August 2, 1983 |
| The in-line transmission of a translucent polycrystalline alumina arc tube for a high-pressure sodium discharge lamp is improved by as much as 50% by dipping the "green" tubular compact in an aqueous slurry containing finely-divided alumina particles and, after the slurry-dipped compact |
| 4393330 |
Method for effectively contacting manganese-activated zinc silicate phosphor with antimony oxide |
July 12, 1983 |
| For fluorescent lamps which use a double layer of phosphor with manganese-activated zinc silicate phosphor in the overlying layer, a small predetermined amount of finely-divided antimony oxide is added to the first phosphor layer coating paint which, after application, is lehred at a |
