Abstract: Tuning a programmable power line filter, the power line filter including a live line, a neutral line, and a ground line connected to input terminals of the filter on an input side of the filter, the live line and the neutral line connected through inductors in the filter to output terminals on an output side of the filter, X-capacitors selectably connected through tuning switches between the live line and the neutral line, Y-capacitors selectably connected through tuning switches between the live line and ground and/or between the neutral line and ground, and a tuning control circuit connected to the tuning switches and selectably connected through one or more programming switches to the load, including measuring by the tuning control circuit the input impedance of the load and programming by the tuning control circuit the tuning switches in dependence upon the input impedance of the load.

Abstract: Tuning a programmable power line filter, the power line filter including a live line, a neutral line, and a ground line connected to input terminals of the filter on an input side of the filter, the live line and the neutral line connected through inductors in the filter to output terminals on an output side of the filter, X-capacitors selectably connected through tuning switches between the live line and the neutral line, Y-capacitors selectably connected through tuning switches between the live line and ground and/or between the neutral line and ground, and a tuning control circuit connected to the tuning switches and selectably connected through one or more programming switches to the load, including measuring by the tuning control circuit the input impedance of the load and programming by the tuning control circuit the tuning switches in dependence upon the input impedance of the load.

Abstract: An apparatus for shielding a human eye of a patient while allowing the human eye contact with the air. A lens of the apparatus is fashioned to one or both of the eyes and is optically clear and optically correct in that it does not distort the patient's vision. The optically correct aspect of the lens is achieved by either polishing a mold for the lens or alternatively, by die-cutting the lens from an optically correct material. The lens may be held in place by an adjustable strap. A plurality of vents to allow the eye contact with the air are a plurality of apertures in the lens or a plurality of spaces or holes in a cushioning structure, where the cushioning structure is coupled to the perimeter of the surface of the lens facing the eye.

Abstract: An apparatus for shielding a human eye of a patient while allowing the human eye contact with the air. A lens of the apparatus is fashioned to one or both of the eyes and is optically clear and optically correct in that it does not distort the patient's vision. The optically correct aspect of the lens is achieved by either polishing a mold for the lens or alternatively, by die-cutting the lens from an optically correct material. The lens may be held in place by an adjustable strap. A plurality of vents to allow the eye contact with the air are a plurality of apertures in the lens or a plurality of spaces or holes in a cushioning structure, where the cushioning structure is coupled to the perimeter of the surface of the lens facing the eye.

Abstract: An apparatus for shielding a human eye of a patient while allowing the human eye contact with the air. A lens of the apparatus is fashioned to one or both of the eyes and is optically clear and optically correct in that it does not distort the patient's vision. The optically correct aspect of the lens is achieved by either polishing a mold for the lens or alternatively, by die-cutting the lens from an optically correct material. The lens may be held in place by an adjustable strap. A plurality of vents to allow the eye contact with the air are a plurality of apertures in the lens or a plurality of spaces or holes in a cushioning structure, where the cushioning structure is coupled to the perimeter of the surface of the lens facing the eye.

Abstract: An apparatus for shielding a human eye of a patient while allowing the human eye contact with the air. A lens of the apparatus is fashioned to one or both of the eyes and is optically clear and optically correct in that it does not distort the patient's vision. The optically correct aspect of the lens is achieved by either polishing a mold for the lens or alternatively, by die-cutting the lens from an optically correct material. The lens may be held in place by an adjustable strap. A plurality of vents to allow the eye contact with the air are a plurality of apertures in the lens or a plurality of spaces or holes in a cushioning structure, where the cushioning structure is coupled to the perimeter of the surface of the lens facing the eye.

Abstract: Clip-on sunglasses and an apparatus for custom cutting the clip-on sunglasses. The system includes a holder which assists in positioning the sunglasses on the system. The sunglasses include a pair of lenses interconnected by a bridge specifically dimensioned to be received by the holder. The bridge and holder are intended to be used in combination to produce custom clip-on sunglasses which can form in shape and size to the frame of the eyeglasses.

Abstract: Clip-on sunglasses and an apparatus for custom cutting the clip-on sunglasses. The system includes a holder which assists in positioning the sunglasses on the system. The sunglasses include a pair of lenses interconnected by a bridge specifically dimensioned to be received by the holder. The bridge and holder are intended to be used in combination to produce custom clip-on sunglasses which can form in shape and size to the frame of the eyeglasses.

Abstract: An apparatus for custom cutting clip-on sunglasses includes a stop which assists in positioning the eyeglasses or sunglasses on the holder. A centerer is associated with said apparatus for centering the eyeglasses or sunglasses.

Abstract: An apparatus for custom cutting clip-on sunglasses includes a first holder for securely holding eyeglasses and a second holder for securely holding clip-on sunglasses. A first locator assists in positioning the eyeglasses on the first holder. A second locator is used for positioning the sunglasses on the second holder. A support carries a guide for tracing the perimeter of the eyeglasses and a cutter for cutting the clip-on sunglasses. To custom cut the clip-on sunglasses, the eyeglasses are positioned on the holder and each lens of the eyeglasses is marked at a point aligned with a respective locator on the holder. The clip-on sunglasses are then clipped onto the eyeglasses, and the points on the sunglasses positioned over the marks on the eyeglasses are marked. The clip-on sunglasses are then positioned on a second holder. The guide is then moved around the perimeter of the eyeglasses. The cutter moves with the guide such that the cutter cuts the sunglasses into the shape of the eyeglasses.