Abstract: A device that is mounted on the back underside of a toilet seat to serve as a Toilet Backsplash Guard by accommodating a protective, replaceable tissue paper barrier for the back area of the toilet porcelain and toilet seat from the majority of backsplash soiling.

Abstract: Toilet armrest support system comprises a removable armrest platform having a centrally disposed opening that conforms to the opening over an existing toilet bowl rim. The removable armrest platform supports detachable armrests configured to provide a wider area under the armrests for larger individuals requiring more space. The relatively thin and rigid platform slides underneath an existing toilet seat and engages a docking sub-system fastened to existing hinge openings with toilet seat fasteners on the rear of the toilet. The docking sub-system is of unitary construction comprising docking bar, docking ports at each end of the docking bar, and an anchor block between the docking ports. The removable platform easily slides into the docking ports and under the elevated anchor block. A locking mechanism on the anchor block locks the removable platform securely in place which can then be removed just as easily and quickly.

Abstract: A Toilet Armrest Support System fitted over an existing toilet bowl having centrally disposed opening with a rim, the armrest support system comprising at least one or more armrests supported by a removable platform placed over the rim underneath an existing toilet seat and slideably engaged to a docking sub-system, which in turn is fastened to existing hinge openings with toilet seat fasteners on the rear of a standard toilet system; the removable platform providing a combination of different armrest attachments, thus giving a wide range of seating arrangements for individuals of different body sizes.

Abstract: A method is provided to assign component I/O (input/output, the interface area between levels of physical packaging) pins for all components at each level of the computer system. In a hierarchical, top-down design methodology, the I/O pins for each computer system component are assigned to nets (a net is an interconnection of pins on a level of packaging, or between levels of packaging) based on wire length, electrical limits and timing. Parameters that are considered are net priority (the importance of this net to the system, relative to other nets in the system), location of physical components, location of physical component I/Os at all computer system levels of physical packaging hierarchy, and I/O pin characteristics. An iterative method is used to assign and reassign I/O pins at each level based on timing. As I/Os are reassigned at each lower component level, new assignments are made at all higher levels of the system packaging hierarchy based on the changed parameters at the lower level.