Computerized system and method for managing injection of resources into a flow of multiple resource utilization events

A computerized system for managing injection of resources into a flow of multiple resource utilization events, the system comprising:

• a resource utilization events receiver operative for receiving computerized data including a flow of base resource utilization events each including a digital representation of a basic date on which at least one externally managed resource is to be supplied by a resource supplier to a resource utilizer;
• a resource utilization event splitter deriving first and second resource utilization events from each base resource utilization event and storing said first and second resource utilization events as two unrelated computer database records including:
• a first computer database record storing a digital representation of the first resource utilization event, according to which the externally managed resource is to be supplied by a first resource supplier by a first date wherein said first date is a parameter whose initial value is said basic date;
• and
• a second computer database record storing a digital representation of the second resource utilization event, according to which the externally managed resource is to be supplied to an individual resource utilizer by a second date wherein said second date is a parameter whose initial value is said basic date;
• a computerized internal resource management subsystem for managing internal resources, including authorization of injection of internal resources into resource utilization events without exceeding available amounts of the internal resources and recording said injections so authorized;
• and
• a resource injection manager operative for changing at least an individual date from among said first and second dates, in at least one of said computer database records, so to define a temporal gap between said individual date and said basic date and recording at least one resource injection authorized by said internal resource management subsystem to bridge said temporal gap.

A computer program product, comprising a computer usable medium having a computer readable program code embodied therein, said computer readable program code adapted to be executed to implement a method for managing injection of resources into a flow of multiple resource utilization events, the method comprising:

• receiving computerized data including a flow of base resource utilization events each including a digital representation of a basic date on which at least one externally managed resource is to be supplied by a resource supplier to a resource utilizer;
• deriving first and second resource utilization events from each base resource utilization event and storing said first and second resource utilization events as two unrelated computer database records including:
• a first computer database record storing a digital representation of the first resource utilization event, according to which the externally managed resource is to be supplied by a first resource supplier by a first date wherein said first date is a parameter whose initial value is said basic date;
• and
• a second computer database record storing a digital representation of the second resource utilization event, according to which the externally managed resource is to be supplied to an individual resource utilizer by a second date wherein said second date is a parameter whose initial value is said basic date;
• providing a computerized internal resource management subsystem for managing internal resources, including authorization of injection of internal resources into resource utilization events without exceeding available amounts of the internal resources and recording said injections so authorized;
• and
• changing at least an individual date from among said first and second dates, in at least one of said computer database records, so to define a temporal gap between said individual date and said basic date and recording at least one resource injection authorized by said internal resource management subsystem to bridge said temporal gap.