Abstract: An example article includes a baffle to be inserted into a mold cavity of a mold for a midsole of an article of footwear. The baffle is to divide the mold cavity into a first sub-cavity and a second sub-cavity. The baffle is to isolate a first material injected into the first sub-cavity from a second material injected into the second sub-cavity. The second material has a differing material property to the first material.

Abstract: A scanner assembly comprising the following components. A scan module having a first surface and configured to receive an image oriented along the first surface. A carriage having a thickness no thicker than a thickness of the scan module perpendicular to the first surface, the carriage configured to receive the scan module and to move the scan module in a direction of travel. A v-bearing coupled to the carriage proximate to one end of the carriage and protruding from the carriage in a direction perpendicular to the first surface. A scan base having a groove and configured to receive the v-bearing. A belt drive configured to move the v-bearing in the groove of the scan base.

Abstract: A scanner assembly comprising the following components. A scan module having a first surface and configured to receive an image oriented along the first surface. A carriage having a thickness no thicker than a thickness of the scan module perpendicular to the first surface, the carriage configured to receive the scan module and to move the scan module in a direction of travel. A v-bearing coupled to the carriage proximate to one end of the carriage and protruding from the carriage in a direction perpendicular to the first surface. A scan base having a groove and configured to receive the v-bearing. A belt drive configured to move the v-bearing in the groove of the scan base.

Abstract: A method of printing on a household surface can comprise the steps of selecting a household surface for ink-jet printing; preparing the household surface by applying a pre-coat material to the household surface, wherein the pre-coat material can be configured to adhere to the household surface and accept a water-based ink-jet ink composition to a degree greater than the household surface in an uncoated condition; optionally, allowing the pre-coat material to substantially dry on the household surface; and ink-jet printing a color-containing ink-jet ink onto the pre-coat material after the pre-coat material has substantially dried on the household surface.

Abstract: An automatic document feeder (ADF) has a paper path that starts with an input tray, leads to an operational station such as a scanner, and then ends with a substantially vertical output tray. The ADF has a mechanism for picking off an individual media sheet from a stack of sheets in the input tray and propelling the sheet to the operational station where a function is performed on the sheet. Thereafter the ADF propels the sheet partially into the output tray, and momentarily stops or reverses the direction of travel of the media sheet before finally driving the entire sheet into the output tray. This ensures that if the topmost sheet in a stack in the output tray which is being lifted up by the sheet being driven into the output tray, the topmost sheet will be fall back down to a rest position in the output tray and will not spill out of the output tray.

Abstract: An automatic document feeder (ADF) has a paper path that starts with an input tray, leads to an operational station such as a scanner, and then ends with a substantially vertical output tray. The ADF has a mechanism for picking off an individual media sheet from a stack of sheets in the input tray and propelling the sheet to the operational station where a function is performed on the sheet. Thereafter the ADF propels the sheet partially into the output tray, and momentarily stops or reverses the direction of travel of the media sheet before finally driving the entire sheet into the output tray. This ensures that if the topmost sheet in a stack in the output tray which is being lifted up by the sheet being driven into the output tray, the topmost sheet will be fall back down to a rest position in the output tray and will not spill out of the output tray.