Abstract: A cardzi display system has software and related hardware that collects images of cards owned by a user by gift or purchase, organizes and shares them. The system has a load screen, a bottom menu, a tutorial function, a log-in and registration screen, a feed, a library, a capture function, an invitation function, and a viewer. The bottom menu leads to the tutorial, the capture function, the library, the feed, and user profile. The log-in screen has a user register initially and later to enter the invention. The feed provides sharing, organizing, and searching of images, and comment capability. The library stores card images captured by a user's camera and then later displayed on the viewer. Upon seeing a cardzi, a user may have others to view it through the invitation function. The system may include a printer configured to print cardzis remotely.

Abstract: A cardzi display system has software and related hardware that collects images of cards owned by a user by gift or purchase, organizes and shares them. The system has a load screen, a bottom menu, a tutorial function, a log-in and registration screen, a feed, a library, a capture function, an invitation function, and a viewer. The bottom menu leads to the tutorial, the capture function, the library, the feed, and user profile. The log-in screen has a user register initially and later to enter the invention. The feed provides sharing, organizing, and searching of images, and comment capability. The library stores card images captured by a user's camera and then later displayed on the viewer. Upon seeing a cardzi, a user may have others to view it through the invitation function. The system may include a printer configured to print cardzis remotely.

Abstract: A system uses optical signals to monitor real world inputs and convert them to electrical signals for conventional indication and control systems. Optical signals see use where electrical signals cannot and improve reliability of existing control systems. Optical loops extend to peripheral devices which process the light into discrete or analog light signals. A receiving circuit interprets that signal and converts it to a useable electrical signal of discrete or analog form. The system operates within a range of light wavelength from at least as low as 399 nm up to at least as high as 1801 nm. The system replaces electrical conductors for input cards of Programmable Logic Controller systems. The optical sensing devices withstand electrical surges and immersion into water, do not generate electrical noise, allow for maintenance without shock hazard, and lack susceptibility to electrical or magnetic phenomenon.

Abstract: A system uses optical signals to monitor real world inputs and convert them to electrical signals for conventional indication and control systems. Optical signals see use where electrical signals cannot and improve reliability of existing control systems. Optical loops extend to peripheral devices which process the light into discrete or analog light signals. A receiving circuit interprets that signal and converts it to a useable electrical signal of discrete or analog form. The system operates within a range of light wavelength from at least as low as 399 nm up to at least as high as 1801 nm. The system replaces electrical conductors for input cards of Programmable Logic Controller systems. The optical sensing devices withstand electrical surges and immersion into water, do not generate electrical noise, allow for maintenance without shock hazard, and lack susceptibility to electrical or magnetic phenomenon.