Abstract: An electronic device and method provide automated creation of shipments using image-capture-based information gathering and electronic scanning for ingesting data analyzed by a processor and an AI engine to generate relevant shipment detail that provides enhanced security with the shipment lifecycle, including during shipment creation, pickup from an origination point, route selection, and subsequent transportation of the shipment to its intended destination. One aspect includes presenting an image capture user interface that prompts image-based entry of one or more shipment details and security details. In response to detecting capture of an image or video of a shipping entity, the device/AI: assigns the captured image content to the shipment; processes the captured image content to determine relevant data for inclusion in/with the shipment; and generates a shipment record to include a combination of user entered data, the captured image content, and relevant data determined from the captured image content.

Abstract: A faucet mountable toiletry holding assembly includes a mount that has an opening extending therethrough for receiving a faucet. A securing member is engaged with the mount and is configured to tighten the mount on the faucet. A first arm is attached to and extends laterally outwardly from the mount. The first arm has an outer end. A plurality of containers is attached to the outer end of the first arm. Each of the containers has an open top end. A second arm is attached to and extends laterally away from the mount in an opposite direction relative to the first arm. The second arm has a distal end relative to the mount. A vessel is attached to the distal end of the arm and has an open upper end.

Abstract: A system and method for sensing vehicle global pitch angle and rate that uses global velocities measured from a single antenna global positioning system (GPS) receiver together with sensor fusion algorithms involving sensor signals and other computed signals. This constructed, or computed, vehicle body's pitch angle may replace the role of a pitch rate sensor in an integrated stability control system. Namely, it achieves enhanced vehicle state estimation without the need for a pitch rate sensor.

Abstract: A system and method for sensing vehicle global pitch angle and rate that uses global velocities measured from a single antenna global positioning system (GPS) receiver together with sensor fusion algorithms involving sensor signals and other computed signals. This constructed, or computed, vehicle body's pitch angle may replace the role of a pitch rate sensor in an integrated stability control system. Namely, it achieves enhanced vehicle state estimation without the need for a pitch rate sensor.