Abstract: An electronic device for volatilizing organic matter is described. The electronic device includes a housing, a removable transparent tube, a heating element, a setting profile, a memory and a processor. The removable transparent tube has a chamber distal end within the housing. The heating element is proximate to the chamber distal end of the transparent tube. The chamber distal end holds vaporizable organic matter. The settings profile includes a first wattage setting and a first timer setting for the heating element and the heating element vaporizes the vaporizable material. The memory stores the settings profile. The processor is operatively coupled to the memory module and controls the heating element according to the settings profile.

Abstract: A method and system for employing client interfaces for packages. In one embodiment, an access object associated with a service provided by a first package is located, where the service is seeking to access content residing at a second package. A client interface is then created at the second package using the access object. The client interface is used to provide access to the content by exposing the content to the service via the client interface.

Abstract: A method and system for object generation in packages. In one embodiment, the process for generating an object in a package is initiated. The package is created and is associated with a target package. The object is generated into the package.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: A method and system for executing calls and return calls using client interfaces for packages. In one embodiment, a service at a service package is called using a client interface at a client package. The return call is then made on object using the client interface at the client package as performed by the service at the service package.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connector that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: A uni-planar focal adjustment system involving no reflector housing rotation for use in high-intensity discharge (HID) lighting systems. A simple mechanical drive system allows a user to manually adjust the focal point by turning a focal adjustment ring, which in turn moves a HID lamp assembly back and forth along an optical axis relative to a stationary reflector. The system utilizes only linear motion along the optical axis and does not involve rotational reflector movement. The system allows for a significantly smaller reflector through-hole, which increases the percentage of HID generated light capable of being reflectively used in the focused light beam. A smaller through-hole also improves heat management, as less HID generated light passes through the through-hole into ballast portions of the lighting system. Furthermore, user safety is improved because focal adjustment does not involve a user physically handling and/or rotating a hot reflector housing.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: A dual function switching system for use individually or in combination with a lighting system. Both a reed switch and a pressure switch connect to a lighting system's ballast circuitry and allows manual ON/OFF switching of the light without compromising the water-tight sealed ballast housing. The disclosed switching system also promotes a default-on design that allows a controlled light to continue to produce light even if the switching system is accidentally or intentionally removed or damaged.

Abstract: The present invention is directed to lighting systems and illumination devices, and more particularly to a removable handle and battery pack for a portable lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The battery pack includes a 360 degree ballast connector, a locking, water-proof, recharge connector and plug, and a four-function back switch. The battery pack fits tightly into the redundantly sealed, water-proof handle, which includes a specially designed knurling system around the handle to improve a user's comfort and grip during extreme conditions and a rotatable D-ring connecter that locks in place and provides covert sound protection. The 360 degree ballast connector connects to a number of sealed connectors formed within a sealed ballast assembly.

Abstract: A lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The lighting system is comprised of a HID lamp, a reflector, and a filter. The lamp is an ultra compact high efficacy lamp that is ideal for tight-beam light applications because it utilizes a short arc gap that produces a highly collimated beam and because the short overall length of the lamp is robust enough to meet the shock requirements of handheld and vehicle mounted applications. The lamp also uses a unique combination of xenon gas, mercury and halides to generate an intense beam of light in the visible and near-infrared regions. The reflector is a uniquely cut or cleaved and coated aluminum alloy that creates a highly reflective surface with minimal diffuse reflection and heat build up.

Abstract: A lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The lighting system is comprised of a HID lamp, a reflector, a lens, and a filter. The lamp utilizes a short arc gap and a unique combination of xenon gas, mercury and metal halides that produce a highly collimated beam of light in the visible and near-infrared regions. The reflector is a uniquely cut or cleaved and coated aluminum alloy that creates a highly reflective surface with minimal diffuse reflection and heat build up. The lens is coated on both sides with an antireflective coating that reflects ultraviolet light and enhances the transmission of visible and infrared light. The lens is also coated on its outer surface with a hydroscopic material that protects the glass lens and the second antireflective coating from abrasion while facilitating the dispersion of water on the outer surface.

Abstract: A lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The lighting system is comprised of a HID lamp, a reflector, and a filter. The lamp is an ultra compact high efficacy lamp that is ideal for tight-beam light applications because it utilizes a short arc gap that produces a highly collimated beam and because the short overall length of the lamp is robust enough to meet the shock requirements of handheld and vehicle mounted applications. The lamp also uses a unique combination of xenon gas, mercury and halides to generate an intense beam of light in the visible and near-infrared regions. The reflector is a uniquely cut or cleaved and coated aluminum alloy that creates a highly reflective surface with minimal diffuse reflection and heat build up.

Abstract: A lighting system that produces a high intensity beam of light in the visible and infrared spectral regions that can be used for non-covert and ultra-covert operations. The lighting system is comprised of a HID lamp, a reflector, and a filter. The lamp utilizes a short arc gap and a unique combination of xenon gas, mercury and metal halides that produce a highly collimated beam of light in the visible and near-infrared regions. The reflector is a uniquely cut or cleaved and coated aluminum alloy that creates a highly reflective surface with minimal diffuse reflection and heat build up. The filter is formed of a red glass substrate with a multi-layer dichroic coating on the inner surface of the filter, which is effective at blocking visible light while allowing a high percentage of infrared light to be transmitted. The combination of the lamp, reflector and filter results in an ultra covert night vision illuminator system that closely matches the radiant sensitivity of Generation III night vision systems.

Abstract: A method and system for employing client interfaces for packages. In one embodiment, an access object associated with a service provided by a first package is located, where the service is seeking to access content residing at a second package. A client interface is then created at the second package using the access object. The client interface is used to provide access to the content by exposing the content to the service via the client interface.

Abstract: A method and system for executing calls and return calls using client interfaces for packages. In one embodiment, a service at a service package is called using a client interface at a client package. The return call is then made on object using the client interface at the client package as performed by the service at the service package.

Abstract: A method and system for object generation in packages. In one embodiment, the process for generating an object in a package is initiated. The package is created and is associated with a target package. The object is generated into the package.