Abstract: One aspect of the invention provides for a user application and interface that unifies communication and features to allow users to interact with one another within a single, comprehensive and integrated environment or platform specifically intended to work on mobile devices and desktop computing devices alike, that provides a secure, controllable user interface that may be customized with a suite of holistic productivity. commerce and collaboration applications.

Abstract: An aspect of the present invention relates to an active noise cancelling or an active noise gating system that applies an algorithm for reducing ambient noise. The active noise cancelling system may be used to cancel undesired background noise but for an audio signal which is desired to be heard by the user. The present invention acts as a noise gate, wherein the algorithm(s) actively senses ambient noise levels and the algorithm stored in system memory instructs the device to mute a microphone at or above certain preset noise levels.

Abstract: One aspect of the invention provides for a user application and interface that unifies communication and features to allow users to interact with one another within a single, comprehensive and integrated environment or platform specifically intended to work on mobile devices and desktop computing devices alike, that provides a secure, controllable user interface that may be customized with a suite of holistic productivity. commerce and collaboration applications.

Abstract: An LED lighting system is described that is comprised of an LED ribbon strip having LEDs to emit light and an LED lighting cover having a top section, an internal channel and a cavity; wherein said internal channel will house the LED strip; said cavity will be located in the top section and positioned above the internal channel such that the LEDs being housed in said internal channel will emit the light to enter the cavity and shine through the top section of the LED lighting cover. The LED lighting system as recited in claim 16 further comprising a sleeve; said sleeve being flexible and encapsulates said LED ribbon strip in an interior channel; said interior channel large enough to allow said LED ribbon strip to twist within said interior channel when said sleeve is flex from side to side.

Abstract: An LED cooling system comprising of a Peltier cooler. The Peltier cooler comprising of a top cooling plate and bottom heating plate. The top cooling plate is capable of directly contacting an LED housing such that heat generated by an LED in the LED housing can be transferred from the LED housing by said Peltier cooler; A control circuit electrically connected to said Peltier cooler to control the amount of power is supplied to said Peltier cooler; said amount of power supplied to said Peltier cooler is determined by the temperature of said LED housing.

Abstract: An LED housing unit is described wherein the housing unit will have a chambered section connected to a mounting section. The mounting section will be mountable onto a base, such as a PCB mounting in a light fixture. The chambered section will have a plurality of chambers that have separating walls and each chamber will be able to hold an LED chip and liquid. The housing unit will also have a heat sink within the housing that extends outside of the housing. Electrical conduits will lead to the LED chips within each chamber and will lead to locations outside of the housing. All the positive leads will lead to one side of the housing while the negative leads will lead to the other side of the housing.

Abstract: An LED housing unit is described wherein the housing unit will have a chambered section connected to a mounting section. The mounting section will be mountable onto a base, such as a PCB mounting in a light fixture. The chambered section will have a plurality of chambers that have separating walls and each chamber will be able to hold an LED chip and liquid. The housing unit will also have a heat sink within the housing that extends outside of the housing. Electrical conduits will lead to the LED chips within each chamber and will lead to locations outside of the housing. All the positive leads will lead to one side of the housing while the negative leads will lead to the other side of the housing.

Abstract: An LED lighting device is described that has a strip of LEDS located on a housing. The LEDs will be in groups such that the light from the plurality of LEDs will be evenly blended in with the light from the other LEDs in the group. The light will be blended evenly on a plastic lens cap located above the group of LEDs. A diffusion gel and/or holographic paper can also add to the even spread of the LED light. The LEDs contained in the group will basically be a warm white LED, a cool white LED and a colored LED. The colored LED can be an amber or red LED.

Abstract: An LED cooling system comprising of a Peltier cooler. The Peltier cooler comprising of a top cooling plate and bottom heating plate. The top cooling plate is capable of directly contacting an LED housing such that heat generated by an LED in the LED housing can be transferred from the LED housing by said Peltier cooler; A control circuit electrically connected to said Peltier cooler to control the amount of power is supplied to said Peltier cooler; said amount of power supplied to said Peltier cooler is determined by the temperature of said LED housing.

Abstract: An LED lighting device is described that comprises of a housing. The housing is capable of engaging with a leg of a table via a hole in the center of the housing. The housing also contains a first LED light source, a power source to power said first LED light. The LED lighting device can also have a second or multiple LED lighting sources housed within the housing.

Abstract: The present invention provides an orthopedic wrist rest where accessories and extensions are reversibly attached, to provide heat, vibration, or structural aspects as light, fans or ionizers.

Abstract: An illumination device that is highly durable, wireless, programmable, inexpensive emits little to no heat, is shockproof, water-resistant, energy efficient, is multidirectional, responds to a multitude of stimulus and adapts for a multitude of purposes. The programmable device provides varying amounts of light in accordance with programmed instructions.

Abstract: A light stick is formed from an elongated, light-transmitting member having a plurality of grooves formed in its exterior surface and an aperture at one end for receiving a light source, such as a light-emitting diode (LED). The light from the LED is directed into the interior of the elongated member. The grooves or other recesses, reflect the light traveling along the length of the elongated member, radiating the light outwardly to enhance the brightness of the light emitted from the exterior surface along the longitudinal axis of the elongated member.

Abstract: A compact, battery-powered LED lighting device having manual and/or magnetically actuatable switches, a microprocessor and timer is used in a retaining system that includes a first retaining pouch for receiving the lighting device and a second retaining pouch for holding a magnet, the retainers being secured to opposing sidewalls of a container, such as a ladies handbag or a briefcase, so that when the container is opened a magnetic switch in the lighting device closes the circuit actuating the LED to illuminate the interior contents of the container for a predetermined period of time. The manual switch can be used to override the timed illumination and to turn the LED on or off at any time.

Abstract: A combination fastener and separate, manually operable lighting device includes a pair of complimentary fastener members for releasably securing portions of a portable carrying case, such as a lady's handbag, in a closed position when mating surfaces of the complementary members are placed in contact with each other. The lighting device includes a light emitting diode (LED), battery and switch, and an optional programmed microprocessor controller, that is removably secured to a first member of the pair of fastener members. The lighting device is deactivated when the mating surfaces are placed proximate to each other and is activated to illuminate an interior of the accessory when the surfaces are separated. The lighting device utilizes a reed switch which responds to a proximate magnetic force and the complimentary member includes a magnet so that the powers to the LED is turned off when the mating surfaces are brought into contact with each other.

Abstract: A light stick is formed from an elongated, light-transmitting member having a plurality of grooves formed in its exterior surface and an aperture at one end for receiving a light source, such as a light-emitting diode (LED). The light from the LED is directed into the interior of the elongated member. The grooves or other recesses, reflect the light traveling along the length of the elongated member, radiating the light outwardly to enhance the brightness of the light emitted from the exterior surface along the longitudinal axis of the elongated member.

Abstract: A combination fastener and separate, manually operable lighting device includes a pair of complimentary fastener members for releasably securing portions of a portable carrying case, such as a lady's handbag, in a closed position when mating surfaces of the complementary members are placed in contact with each other. The lighting device includes a light emitting diode (LED), battery and switch, and an optional programmed microprocessor controller, that is removably secured to a first member of the pair of fastener members. The lighting device is deactivated when the mating surfaces are placed proximate to each other and is activated to illuminate an interior of the accessory when the surfaces are separated. The lighting device utilizes a reed switch which responds to a proximate magnetic force and the complimentary member includes a magnet so that the powers to the LED is turned off when the mating surfaces are brought into contact with each other.