Apparatus and method for refurbishing used cartridges for ink jet type imaging devices
A method and apparatus for refurbishing used ink jet cartridges. The apparatus utilizes an interchangeable cradle attachment arrangement that can hold virtually any type of ink jet cartridge. After the ink jet cartridge is placed in an ink jet cartridge cradle, a vacuum is applied to the print head of the cartridge to drain any excess ink. After draining excess ink, the ink jet cartridge can be replenished using the fill gun that is included in the ink jet cartridge refurbishing system.
1. An ink jet cartridge refurbishing system including: (a) first vacuum source for operating air pressure driven components of the system; (b) a supporting surface; (c) a receiving feature secured to the supporting surface; and (d) an ink jet cartridge cradle having an attachment feature adapted to cooperate with the receiving feature to secure the ink jet cartridge cradle in an operating position with respect to the supporting surface and further including: (a) an ink fill tube; (b) a second vacuum source and a third vacuum source; (c) an ink jet cartridge clean and fill cradle having an ink fill sealing element connected to the ink fill tube, a maze vacuum sealing element connected to the second vacuum source, and a cartridge print head sealing element connected to the third vacuum source.
2. The ink jet cartridge refurbishing system of claim 1 wherein the ink jet cartridge clean and fill cradle includes a sliding component and a fixed component, the maze vacuum sealing element being positioned on the sliding component, the cartridge print head sealing element and the ink fill sealing element being positioned on the fixed component.
3. The ink jet cartridge refurbishing system of claim 2 wherein the maze vacuum sealing element includes a permeable, resilient surface which lines one side of the sliding component.
4. An ink jet cartridge refurbishing system including: (a) first vacuum source for operating air pressure driven components of the system; (b) a supporting surface; (c) a receiving feature secured to the supporting surface; and (d) an ink jet cartridge cradle having an attachment feature adapted to cooperate with the receiving feature to secure the ink jet cartridge cradle in an operating position with respect to the supporting surface and further including: (a) an ink pump assembly having an ink intake, an ink outlet, and a control input, the ink outlet being connected to a proximal end of an ink supply line; and (b) a fill gun having a fill needle, a handle connected to the fill needle, and a fill trigger switch provided on the handle, the fill needle being connected to receive fluid directed through the ink supply line, and the fill trigger switch being operatively connected to the control input so as to selectively apply a control signal to the control input.
5. The ink jet cartridge refurbishing system of claim 4 further including a skill switch located on the fill gun and operatively connected to the ink pump assembly, the kill switch being operable when activated to turn off the ink pump assembly.
6. The ink jet cartridge refurbishing system of claim 4 further including a timer, the timer being operatively connected to the ink pump assembly, the timer being operable to remove the control signal from the control input after a period of operation set by the timer.
7. The ink jet cartridge refurbishing system of claim 4 further including: (a) a housing having the ink pump assembly mounted in a interior thereof; and (b) a fill gun holster mounted on an exterior surface of the housing.
8. The ink jet cartridge refurbishing system of claim 7 wherein the fill gun holster includes a containment end adapted to collect excess ink flowing from the fill needle when the fill gun is in a holstered position.
9. The ink jet cartridge refurbishing system of claim 4 wherein the ink pump assembly includes a peristaltic pump.
10. A method of refurbishing an ink jet cartridge, the method including the steps of: (a) selecting an ink jet cartridge cradle to accept the ink jet cartridge; (b) attaching an attachment feature on the ink jet cartridge cradle to a receiving feature on a support surface; (c) inserting the ink jet cartridge into the ink jet cartridge cradle; and (d) applying a vacuum to an orifice of the ink jet cartridge through a vacuum sealing element mounted on the ink jet cartridge and further including the steps of: (a) inserting a fill needle of a fill gun into the ink jet cartridge; (b) activating a fill trigger switch on the fill gun to activate an ink pump assembly to transfer ink from an ink supply line to the fill needle and into the ink jet cartridge; and (c) deactivating the pump assembly.