Abstract: Described herein are embodiments of a system and method for network data characterization and/or classification that overcome the defects of the prior art. These and other advantages are achieved by a method for network data characterization.

Abstract: Described herein are embodiments of a system and method for network data characterization and/or classification that overcome the defects of the prior art. These and other advantages are achieved by a method for network data characterization.

Abstract: Embodiments of the present disclosure provide methods, apparatuses, and systems for repairing of abnormalities such as cracks and/or breaks in substrates such as glass and/or plastics.

Abstract: Embodiments of the present invention provide methods and apparatuses for testing the structural integrity of glass. Embodiments of the present invention provide a method and apparatus for testing glass by applying one or more stresses to the glass in a controlled manner. Embodiments of the invention may hold a sheet of glass and may subject the glass to a variety of stresses by flexing, twisting, vibrating, etc.

Abstract: Embodiments of the present disclosure provide methods, apparatuses, and systems for repairing of abnormalities such as cracks and/or breaks in substrates such as glass and/or plastics.

Abstract: Embodiments of the present invention provide methods and apparatuses for testing the structural integrity of glass. Embodiments of the present invention provide a method and apparatus for testing glass by applying one or more stresses to the glass in a controlled manner. Embodiments of the invention may hold a sheet of glass and may subject the glass to a variety of stresses by flexing, twisting, vibrating, etc.

Abstract: A system for removing scratches from glass windows, windshields and the like utilizing a compound applied to a powered polishing disk/pad which effectively “scrubs” away the scratches. Liquid needs to be applied during the process. To enable the operator to use both hands to maneuver the tool while also controlling the liquid application procedure, a hand piece is mounted to the tool which functions both as a second handle for the operator and also places a finger/thumb actuated liquid spray control accessible to the operator. A nozzle connected to the control and receiving liquid from the control is mounted for directing spray onto the glass surface outboard of the periphery of the pad.

Abstract: The invention includes an apparatus for curing resin in glass. The lamp system includes a light bulb, where the light bulb has a substantially annular shape configured to accommodate a resin injection system. The apparatus also includes a bulb housing having a substantially annular shape that substantially corresponds to the shape of the light bulb to facilitate accommodation of the light bulb within the bulb housing. The bulb housing has a hole, proximately at a center of the substantially annular shape of the bulb housing, configured to accommodate the resin injection system. As a result, the light bulb and the bulb housing surrounding the resin injection system in a relatively tight diameter, thereby facilitating uniform curing of the resin.

Abstract: The invention includes an apparatus for curing resin in glass. The lamp system includes a light bulb, where the light bulb has a substantially annular shape configured to accommodate a resin injection system. The apparatus also includes a bulb housing having a substantially annular shape that substantially corresponds to the shape of the light bulb to facilitate accommodation of the light bulb within the bulb housing. The bulb housing has a hole, proximately at a center of the substantially annular shape of the bulb housing, configured to accommodate the resin injection system. As a result, the light bulb and the bulb housing surrounding the resin injection system in a relatively tight diameter, thereby facilitating uniform curing of the resin.

Abstract: A low-pressure valve enabling precise control of a fluid flow rate through the valve during cyclical operation of the valve. The valve is useful for controlling air delivery to a patient as part of a portable ventilator. The valve comprises a housing having an inlet 16 and two outlets 18 and 20. A wiper plate 22 and an orifice plate 24 are disposed inside of the housing. Transverse movement of the wiper plate 22 relative to the orifice plate 24, powered for example by a servomotor 34, simultaneously and alternatively covers and uncovers various openings 26 in the orifice plate 24. The total flow through the valve is thereby divided between the two outlets 78 and 20.

Abstract: A low-pressure valve enabling precise control of a fluid flow rate through the valve during cyclical operation of the valve. The valve is useful for controlling air delivery to a patient as part of a portable ventilator. The valve comprises a housing having an inlet 16 and two outlets 18 and 20. A wiper plate 22 and an orifice plate 24 are disposed inside of the housing. Transverse movement of the wiper plate 22 relative to the orifice plate 24, powered for example by a servomotor 34, simultaneously and alternatively covers and uncovers various openings 26 in the orifice plate 24. The total flow through the valve is thereby divided between the two outlets 78 and 20.