Abstract: An embodiment of the present invention is directed to a computer implemented method or system for managing receivables which may involve maintaining a repository for receivables data comprising payment data; applying one or more automated rules to the payment data for identifying an exception wherein the exception represents a discrepancy between an actual payment and an expected payment; forwarding the exception to one or more designated recipients for resolution; tracking the exception; evaluating the exception to determine a root cause of the discrepancy; and storing data associated with the exception in the repository.

Abstract: An ink refill device and method for refilling an ink reservoir(s) of a printer ink cartridge. The ink refill device includes an ink container that defines an internal ink tank(s) containing ink, drain and vent members that are adapted and arranged to replenish the ink reservoir(s) with ink from the ink tank(s), and a pressure varying member configured to vary a pressure condition in the internal ink tank to create ink flow in the drain conduit.

Abstract: An ink refill device and method for refilling an ink reservoir(s) of a printer ink cartridge. The ink refill device includes an ink container that defines an internal ink tank(s) containing ink, drain and vent members that are adapted and arranged to replenish the ink reservoir(s) with ink from the ink tank(s). The drain and vent member are arranged to provide an elongate conduit profile. The drain and vent member may be arranged coaxially, bisectionally, or in some other orientation relative to each other to provide the single elongate conduit profile.

Abstract: A system for refilling a printer cartridge is disclosed herein. The system includes an ink refill device having ink-dispensing tubes. The system also includes a guide that mounts to the printer cartridge and functions to guide the ink-dispensing tubes into ink refill passages formed within the cartridge.

Abstract: An ink refill device and method for refilling an ink reservoir(s) of a printer ink cartridge. The ink refill device includes an ink container that defines an internal ink tank(s) containing ink, drain and vent members that are adapted and arranged to replenish the ink reservoir(s) with ink from the ink tank(s), and a pressure varying member configured to vary a pressure condition in the internal ink tank to create ink flow in the drain conduit.

Abstract: A system for refilling a printer cartridge is disclosed herein. The system includes an ink refill device having ink-dispensing tubes. The system also includes a guide that mounts to the printer cartridge and functions to guide the ink-dispensing tubes into ink refill passages formed within the cartridge.

Abstract: The present invention provides an easy-to-use refill apparatus for refilling a refillable container. The refill apparatus includes a compressible container containing ink and a compression device that holds the compressible container in alignment with the container to be refilled. In use, the compression device compresses the compressible container thereby causing ink to flow from the compressible container to the refillable container. Decompression of the compressible container removes air out of the refillable container to prevent ink from leaking from the refillable container.

Abstract: The present invention provides an easy-to-use refill apparatus for refilling a refillable container. The refill apparatus includes a compressible container containing ink and a compression device that holds the compressible container in alignment with the container to be refilled. In use, the compression device compresses the compressible container thereby causing ink to flow from the compressible container to the refillable container. Decompression of the compressible container removes air out of the refillable container to prevent ink from leaking from the refillable container.

Abstract: Apparatus for refilling an ink cartridge includes an ink container constructed and arranged to be connectable to the bottom portion of a printer ink cartridge. The ink container has interior walls defining at least one internal ink tank. The internal walls include a bottom internal wall, a top internal wall and a end side internal wall. A drain conduit extends downwardly from the ink container. The drain conduit has an upper opening near the bottom internal wall of the ink tank and a lower opening located externally at the ink tank. A vent conduit extends downwardly from the ink container. The vent conduit also has an upper opening near the top internal wall of the ink tank and a lower opening located externally of the ink tank.

Abstract: An ink cartridge opener for use in connection with a flat support surface is provided. The opener includes a cartridge holder adapted to hold a first portion of an ink cartridge. Opening means with the cartridge holder is provided for applying force to a second portion of the ink cartridge. The cartridge holder is formed of separable first and second cartridge holder components. The opening means is a handle arm captured at a pivot point by the first and second cartridge holder components.