Interlock/Connector System for a Replaceable Item for an Image Forming Device

A replaceable item for use in an image forming device, the image forming device having a magnet and an electrical contact positioned within the image forming device adjacent to an operating position of the replaceable item, the replaceable item comprising:

• a housing having an exterior surface;
• an electrical connector on the exterior surface of the housing comprising:
• a support loosely retained by the housing allowing the support to move away from the exterior surface of the housing and remain attached to the housing;
• an electrical contact on an outer surface of the support;
• and
• at least a portion of the electrical connector being magnetically attractable to the magnet of the image forming device,
• wherein when the replaceable item is installed in the operating position, a magnetic field of the magnet of the image forming device draws the support of the electrical connector of the replaceable item away from the exterior surface of the housing and the electrical contact of the electrical connector into operational contact with the electrical contact of the image forming device.

A replaceable item for use in an image forming device, the image forming device having an electrical connector that includes an electrical contact and a magnet positioned within the image forming device adjacent to an operating position of the replaceable item, the replaceable item comprising:

• a housing;
• a retainer mounted on the housing and having an opening therein, the opening having an undersurface forming a catch, and
• an electrical connector comprising:
• a support having a top surface and a bottom surface;
• an electrical contact mounted on the top surface;
• a pair of opposed spaced legs depending from the bottom surface of the support, at least one leg of the pair of legs having a latch formed thereon, the pair of legs sized to be loosely received by the opening of the retainer with the latch spaced apart from the catch when the bottom surface of the support is in contact with the retainer;
• and
• at least one of a magnet and a ferromagnetic plate on the support;
• wherein, when the electrical connector of the replaceable item is attached to the retainer and the replaceable item is in the operating position, a magnetic field of the magnet acts upon the at least one of the magnet and the ferromagnetic plate to draw the support toward the electrical connector of the image forming device and the electrical contact of the electrical connector of the replaceable item into operational contact with the electrical contact of the image forming device with the latch being moved to a position adjacent the catch.

A connector system for an image forming device having a replaceable item installable therein, the connector system comprising:

• a first electrical connector positioned on a frame of the image forming device adjacent an operating position of the replaceable item when the replaceable item is installed in the image forming device, the first electrical connector having a support received within a recess in the frame, the support having at least two electrical contacts each in electrical communication with a controller of the image forming device;
• a magnet positioned adjacent the support of the first electrical connector;
• and
• a second electrical connector mounted on a housing of the replaceable item, the second electrical connector having a support having a top surface having an electrical contact thereon, the support of the second electrical connector having a portion loosely retained within an opening in the housing of the replaceable item allowing the support of the second electrical connector to move apart from the housing and remain attached to the housing, the second electrical connector including at least one of a magnet and a ferromagnetic plate mounted on the support of the second electrical connector;
• wherein when the replaceable item is in the operating position, a magnetic field of the magnet adjacent the support of the first electrical connector acts upon the at least one of the magnet and the ferromagnetic plate of the second electrical connector to draw the support of the second electrical connector toward the support of the first electrical connector and the electrical contact of the second electrical connector into operational contact with the at least two electrical contacts of the first electrical connector thereby shorting the at least two electrical contacts of the first electrical connector and completing a signal path to the controller.