Abstract: A method and system are provided wherein captured digital data from an application rendering digital data on a client computing device or downloaded thereto is converted into a secure (encrypted) digital format. Then, certain digital rights are applied to the digital data, such as the right to play and listen to the file x number of times, for a set period of time, unlimited play rights on that computer, the right to transfer to a portable device, or other like license limitations. This technique can build on existing architectures such as a system using the Total Recorder product. Thus, in connection with storage of captured digital data, the present invention converts the file into a secure format and applies DRM rules to the file depending upon the nature of the content and/or default rules for downloading or recording content. One may purchase additional rights to the digital data as well.

Abstract: A method and system are provided wherein captured digital data from an application rendering digital data on a client computing device or downloaded thereto is converted into a secure (encrypted) digital format. Then, certain digital rights are applied to the digital data, such as the right to play and listen to the file x number of times, for a set period of time, unlimited play rights on that computer, the right to transfer to a portable device, or other like license limitations. This technique can build on existing architectures such as a system using the Total Recorder product. Thus, in connection with storage of captured digital data, the present invention converts the file into a secure format and applies DRM rules to the file depending upon the nature of the content and/or default rules for downloading or recording content. One may purchase additional rights to the digital data as well.

Abstract: A disk cartridge has a rotary inner shell, or shutter, to permit access to a data-storage medium disposed within the shell. A driving-access opening is located in a bottom surface of the cartridge's outer shell to allow a drive mechanism to rotate the storage medium. A portion of the inner shell projects into the driving-access opening to aid in the rotational alignment of the shell. The outer shell has a wedge-shaped disk-access opening. The inner shell rotates over a predefined arc to expose the data storage medium via the disk-access opening. A liner is disposed between the inner and outer shells to reduce sliding friction between the shells.

Abstract: A system and a method for determining the density in which fibers are disposed along a planar surface employs a source of irradiance and a detector of irradiance in optical communication. A planar surface is positioned slightly below the optical path between the source and the detector. The fibers disposed along the planar surface interrupt the transmission of irradiance between the source and the detector. This interruption causes a decrease in the quantity of irradiance reaching the detector, resulting in a corresponding drop in the detector's output voltage. The density in which fibers are disposed along the planar surface can be determined by comparing the detector's voltage output with a pre-established baseline relating voltage output to fiber density.