Abstract: A liquid collecting cutting board for collecting liquids includes a cutting board having a top side, a bottom side, a front side, a rear side, a left side, and a right side. The top side has a pair of drain apertures extending through the bottom side. The pair of drain apertures is configured to allow a liquid to pass through from the top side of the cutting board. A plurality of feet is coupled to the bottom side of the cutting board. A collector is coupled to the bottom side of the cutting board beneath the pair of drain apertures. The collector is configured to collect the liquid that passes through the pair of drain apertures.

Abstract: A liquid collecting cutting board for collecting liquids includes a cutting board having a top side, a bottom side, a front side, a rear side, a left side, and a right side. The top side has a pair of drain apertures extending through the bottom side. The pair of drain apertures is configured to allow a liquid to pass through from the top side of the cutting board. A plurality of feet is coupled to the bottom side of the cutting board. A collector is coupled to the bottom side of the cutting board beneath the pair of drain apertures. The collector is configured to collect the liquid that passes through the pair of drain apertures.

Abstract: A software management structure is disclosed. A software application package is made up of several linked replaceable units (RU). Each RU is serviceable without adversely effecting the other RUs. The RUs are linked together in a hierarchical fashion in a series of levels. In the preferred embodiment, five levels are used: Application Group level (AG), Loadable Code Group level (LCG), Primary Functional Group level (PFG), Secondary Functional Group level (SFG), and Operational Code Group level (OCG). The AG level defines a group of computer programs combined to perform a high level application tailor fit to meet the needs of the user. The LCG level defines individual programs each created to perform a general task. The PFG level refines the common programs defined in the LCG level to a more specific set of primary functions. The SFG level refines the primary functions defined in the PFG level to an even more specialized set of secondary functions tailored closely to fit a specific user's needs.

Abstract: A software management structure is disclosed. A software application package is made up of several linked replaceable units (RU). Each RU is serviceable without adversely effecting the other RUs. The RUs are linked together in a hierarchical fashion in a series of levels. In the preferred embodiment, five levels are used: Application Group level (AG), Loadable Code Group level (LCG), Primary Functional Group level (PFG), Secondary Functional Group level (SFG), and Operational Code Group level (OCG). The AG level defines a group of computer programs combined to perform a high level application tailor fit to meet the needs of the user. The LCG level defines individual programs each created to perform a general task. The PFG level refines the common programs defined in the LCG level to a more specific set of primary functions. The SFG level refines the primary functions defined in the PFG level to an even more specialized set of secondary functions tailored closely to fit a specific user's needs.