Illumination – Supports – Standard-type support
Reexamination Certificate
2001-10-15
2003-07-29
Cariaso, Alan (Department: 2875)
Illumination
Supports
Standard-type support
C362S413000, C362S411000, C362S231000
Reexamination Certificate
active
06599000
ABSTRACT:
CROSS REFERENCE TO RELATED APPLICATIONS
None
I. BACKGROUND OF THE INVENTION
1. Field of Invention
The invention is a low voltage LED interior lamp for residential and commercial confined area lighting, having a plurality of high lumen white LED lights incorporated within the lamps, a colorized diffusion panel and a household current to low voltage DC converter providing power to the lamp to convert the AC current to low voltage DC current, saving on the cost of power required to provide illumination for the resident or commercial application and virtually eliminating the need to replace incandescent or fluorescent bulbs, the LED lights having an average duration of over 150,000 hours.
2. Description of Prior Art
The following United States patents and publications were discovered and are incorporated and disclosed within this application for utility patent. All relate to LED lighting devices and technology.
In U.S. Pat. No. 6,149,283 to Conway, et al., an LED lamp with a reflector and a multi-color adjuster is disclosed, the bulb having an Edison bulb base, which allows for the choice of color by turning knobs located on the sides of the bulb. A multi-colored LED lighting array is disclosed in U.S. Pat. No. 6,016,038 to Mueller, et al., this device having an LED light array of red, blue and green LEDs controlled by a computer programming means.
A low-tension lighting device is provided with one or more LEDs having a control circuit to produce a low consumption, long-life lighting source, the device having a conventional screw-type mounting base for connection to a standard light socket. In U.S. Pat. No. 5,848,837, an LED is included in a integrally formed linear strip, which would mainly be used for marking paths or to define a low lumen decorative edge lighting, but marginally useful for actual area illumination.
A method and apparatus for retrofitting a traffic signal lamp with an LED lamp module is disclosed in U.S. Pat. No. 6,268,801 to Wu and. This patent discloses a high lumen variation of an LED as traffic control devices must be seen in daylight from a fairly good distance. Two more LED light bulbs are disclosed in U.S. Pat. Nos. 6,227,679 to Zhang, et al., and 5,655,830 to Ruskouski, these bulbs replacing conventional bulbs with arrays of LED lights. A luminaire is disclosed in U.S. Pat. No. 6,250,774 to Begemann, et al., which describes the use of LEDs for exterior illumination. It mentions specifically using LED arrays for street lights, floodlights and other types of outdoor lighting, describing specific types and styles of fixtures and their general design. This patent discloses that LEDs can be used for high-lumen lighting, referencing only the quantity of illuminating lumens without specifics as to quality of illumination, mainly concerning with spot lighting illumination.
A white light-emitting diode and method of manufacture is disclosed in U.S. Pat. No. 6,163,038 to Chen, et al. This type of white light LED is preferred as the LED utilized in the present invention, which incorporates a plurality of white light LEDs into each fixture variation of the present invention.
Several other publications refer to LED technology and lighting, although not addressing the specific nature of the present invention. In an educational article found at http://www.Irc.rpi.edu/futures/LF-LEDs/index.html by the Rensselaer Polytechnic Institute in Lighting Futures “LEDs: From Indicators to Illumination?”, Volume 3 Number 4, 1998, a discussion is held regarding the future use of LED's for general purpose lighting, if only the bright white LEDs would ever become available.
In Technology Review, September/October 2000, an article entitled “LEDs Light the Future”, by Neil Savage, future use of LEDs for general lighting is also discussed. However, at that time, high lumen output LEDs produced a very bland white light. Unlike normal white light, which is a combination of all the light of the visible spectrum, white LEDs produce only a very narrow band of visible light output, resulting in a very dull and grey white light. Color perception under this lighting is quite poor.
A bright light LED desk lamp is displayed in an advertisement for a photon lamp, the web site located at http://www.photonlamp.com/. This lamp uses bright white LED lighting using a Nickel Metal Hydride battery pack with a solar module recharger allowing the lamp to be used for up to 3 hours per charge, with a 100,000 hours of usage on the light bulbs, with an optional 115 VAC wall cube operation and recharger for the batter pack.
Ultrabright Light Emitting Diodes are used for railroad lighting replacements of incandescent bulbs in an article for RailwayLights.com, wherein LED light arrays are used to replace conventional railway lights supplied in blue, yellow, red and green light replacements, focusing on the lowered radiation output, the longer life and the lowered electrical usage of these replacement lights.
II. SUMMARY OF THE INVENTION
The primary objective of the invention is to provide an indoor lighting device utilizing a plurality of bright white LEDs to produce a high lumen output tabletop lighting device utilizing a small portion of the electricity required to illuminate a conventional lamp fixture.
A secondary objective of the invention is to provide the indoor lighting device utilizing a plurality of bright white LEDs to produce a high lumen output area and spot light fixture which does not require replacement of any bulbs or lighting tubes during the reasonable life of the fixture.
A third objective of the invention is to provide the light device with an AC/DC power converter in the lamp having an input for an emergency power supply including an automobile battery or other DC battery backup source, allowing for several lamps and light fixtures to be daisy-chained for full residential and commercial illumination in the event of a power outage or shortage. Additionally, these devices can be run from less expensive power source, including solar cells, wind turbines and water wheels, these fixtures requiring low voltage DC power which is easily supplied by less costly means than AC power, including rechargeable battery cells.
LED lighting has several advantages over conventional lighting, including incandescent and fluorescent lighting. With incandescent bulbs, almost 85% of the energy used in the bulb is given off as heat, making such incandescent light bulbs very inefficient as a light source. Due to their design, these bulbs have a very short lifespan and require frequent replacement. A great deal of light fixture design is concerned with protection from heat or low wattage bulbs, due to the excessive heat produced by conventional incandescent bulbs. Dimmer switches used on incandescent fixtures have a high level of resistance and, as result, also can give off huge amounts of heat due to the resistance of the 115 volt household current. Fires and electrocutions are possible with conventional lighting fixtures and wiring and accidents and electrical shorts are common occurrences.
With fluorescent lamps, 110 or 220 volt current is still required and they are operated by very expensive ballasts, which die not withstand time or exposure to heat. They are long and cumbersome to replace, and if they explode due to slight contact, they can become quite dangerous, with sharp, flying glass fragments. Fluorescent bulbs generally cannot be dimmed, although some are equipped with a dimmer, tend to flicker, which is disturbing to a user. Some fluorescent bulbs are equipped with Edison light bulb attachments, but these are usually bigger than their incandescent replacement subjects and can disrupt the fixture to which they are applied.
With the present invention, the advantages associated with the incorporation of the bright white LEDs into the lamp lie in the energy efficiency of the lighting, producing the same amount of visible area lighting using a mere fraction of the energy as incandescent and fluorescent bulbs and without the heat associated with spot lighting of an area. Using the color spectrum di
Hebert Donald R.
Nolan Steven T.
Cariaso Alan
Hamburg Randal D.
Negron Ismael
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