Abstract: An adjustable polar blind assembly for window includes a 90-degrees polarization filter, an adjustable shade unit, a 0-degrees polarization filter. The 90-degrees polarization filter, which is positioned adjacent to a window, is mounted offset of the adjustable shade unit. The 0-degrees polarization filter is mounted offset of the adjustable shade unit, opposite of the 90-degrees polarization filter. Moreover, the angles of polarization for the 0-degrees polarization filter and the 90-degrees polarization filter are oriented perpendicular to one another. The adjustable shade unit includes a retractable roller mechanism, a 45-degrees polarization filter, and a transparent filter. The 45-degrees polarization filter that has an angle of polarization of 45 degrees relative to the perpendicularly oriented filters is connected to the retractable roller mechanism by the transparent filter.

Abstract: The present invention relates to a method of displaying an artwork, comprising the steps of: i) providing a complete image, a first substrate, and a second substrate; ii) dividing the complete image into a first image segment and at least one subsequent image segment; iii) imposing the first image segment on the first substrate; iv) imposing the at least one subsequent image segment on the second substrate; and v) positioning the first substrate parallel to the second substrate such that the complete image is revealed with a perception of depth when the first substrate and the second substrate are viewed from a predetermined angle.

Abstract: The present invention relates to a method of displaying an artwork, comprising the steps of: i) providing a complete image, a first substrate, and a second substrate; ii) dividing the complete image into a first image segment and at least one subsequent image segment; iii) imposing the first image segment on the first substrate; iv) imposing the at least one subsequent image segment on the second substrate; and v) positioning the first substrate parallel to the second substrate such that the complete image is revealed with a perception of depth when the first substrate and the second substrate are viewed from a predetermined angle.

Abstract: The present invention relates to a method of displaying an artwork, comprising the steps of: i) providing an artwork comprising an image, real or virtual; ii) dividing and separating the image into a plurality of segments; iii) arranging the plurality of segments in parallel planes, while keeping the segments oriented in their respective original positions within the image; iv) viewing the plurality of segments from one or more viewpoints; and v) changing the viewpoint to a predetermined angle such that the segments reveal a complete image with a surprising perception of depth.

Abstract: The present invention relates to a method of displaying an artwork, comprising the steps of: i) providing an artwork comprising an image, real or virtual; ii) dividing and separating the image into a plurality of segments; iii) arranging the plurality of segments in parallel planes, while keeping the segments oriented in their respective original positions within the image; iv) viewing the plurality of segments from one or more viewpoints; and v) changing the viewpoint to a predetermined angle such that the segments reveal a complete image with a surprising perception of depth.

Abstract: Disclosed is an apparatus for the knotless connecting and disconnecting of sections of fly line or fly line and leader line comprising complimentary female and male interlocking portions. Each portion permanently attached in the core of different sections of fly lines or leader lines.

Abstract: A high frequency generator system with a computer graphic two-dimensional user-interactable interface is achieved to allow selection of menus associated with the function, state, and output parameters of the high frequency generator system. A two-dimensional graphics display is coupled directly or remotely to a high frequency power source system which is further connected to electrodes in contact or proximity to the tissue of a patient's body. A two-dimensional display allows the user to see, in a compact, convenient, and comprehensive way, selection menus for use of the high frequency generator system, control of its parameters, monitoring of its processes during clinical application, and graphics displays related to historic or current image scan data and real-time monitoring of output parameters related to the application. Pre-set or user-selectable arrays of parameters can be selected through the two-dimensional user interface to the high frequency generator system.

Abstract: A high frequency generator system with a computer graphic two-dimensional user-interactable interface is achieved to allow selection of menus associated with the function, state, and output parameters of the high frequency generator system. A two-dimensional graphics display is coupled directly or remotely to a high frequency power source system which is further connected to electrodes in contact or proximity to the tissue of a patient's body. A two-dimensional display allows the user to see, in a compact, convenient, and comprehensive way, selection menus for use of the high frequency generator system, control of its parameters, monitoring of its processes during clinical application, and graphics displays related to historic or current image scan data and real-time monitoring of output parameters related to the application. Pre-set or user-selectable arrays of parameters can be selected through the two-dimensional user interface to the high frequency generator system.