Abstract:
A first inkjet printer spit cup assembly includes a spit cup having a mounting hole and inner teeth, includes a cylindrical post attached to a base portion and positioned in the mounting hole, and includes a wing. The wing and inner teeth are adapted to permit rotation, and to prevent counter-rotation, of the spit cup about the cylindrical post. A second inkjet printer spit cup assembly includes a spit cup having a mounting hole and bottom teeth, includes a cylindrical post attached to a base portion and positioned in the mounting hole, and includes a top tooth extending from the base portion. The top tooth and bottom teeth are adapted to permit rotation, and to prevent counter-rotation, of the spit cup about the cylindrical post.
Abstract:
A method for registering a printing plate includes supporting the printing plate on a support surface. A plurality of registration members adapted to register an edge of the printing plate is provided. The first printing plate is moved over the support surface along a first direction to a position where the edge of the printing plate contacts a first registration member of the plurality of registration members. The first registration member is moved along a second direction that intersects the first direction while maintaining contact between the first registration member and the edge of the printing plate at a location on the edge that does not substantially vary as the first registration member moves along the second direction. Contact is established between the printing plate and a second registration member of the plurality of registration members after the first registration member has commenced moving along the second direction.
Abstract:
Expandable bag assemblies and associated methods are disclosed herein. Certain aspects of the invention are directed toward an expandable bag assembly that includes a flexible bag with closed and open ends and collapsible sidewalls disposed between the ends. The assembly beneficially includes an integrated support structure provided with stiffeners and a mechanism for attachment to help hold a mouth of the bag in an open position while filling the bag. The assembly can be compressed for easy packaging and storage and be expanded into a self-supported, open position without memory folds. The assembly is also configured to retract during closure of the open end of the bag.
Abstract:
A method for positioning a printing plate includes supporting the printing plate on a support surface. A first force is applied to the printing plate to move the printing plate over the support surface along a path. A second force is applied to the printing plate to alter the movement of the printing plate along the path. The printing plate is pivoted on the support surface while applying the first force and the second force to the printing plate, wherein the printing plate is pivoted about a pivot point located on the printing plate at a location different from each of the locations on the printing plate to which the first and second forces are applied.
Abstract:
Spill-resistant cups for consuming beverages with delivery systems for simultaneously dispensing one or more agents which can reduce the rate of beverage-induced tooth decay and/or enamel erosion are disclosed herein. In one embodiment, the spill-resistant cup can include a hollow cup body defining a beverage holding chamber. The spill-resistant cup also includes a lid assembly with a drinking spout having one or more spaced-apart drinking holes. The drinking spout is configured to be engaged by a consumer's mouth. The lid assembly can positively engage the cup body to enclose the beverage holding chamber. The spill-resistant cup can also include an agent delivery system for controlled delivery of the active ingredient to the consumer's mouth. Further, the spill-resistant cup can include a flow control element configured to limit a flow rate of the beverage from the beverage holding chamber to the drinking holes disposed in the drinking spout.
Abstract:
An audio system includes a first unit and a second unit. The first unit includes a radio frequency (RF) front-end, a channel decoder, a first wireless interface, a content decoder and a digital-to-analog converter (DAC). The second unit includes a second wireless interface, a source decoder and a content encoder.