Abstract: Location-based augmented reality systems configured exchange of items based on location sensing and associated triggering icons, and methods and devices related thereto. In one exemplary embodiment, a first, provider user identifies a specific physical location; associates a triggering icon representing a value item with the specific physical location; and, transmits the existence of the triggering icon and specific physical location to a second, mobile recipient user computing device. The second, mobile recipient user receives the triggering icon and specific physical location from the first, provider user computing device, then finds the specific physical location, activates the triggering icon and receives the value item.

Abstract: In certain embodiments, model-based tracking-related prediction for shipped containers may be provided. In some embodiments, scan event information may be obtained. The scan event information may indicate a first-location scan event associated with a first container that occurred at a first location, a first-location scan event associated with a second container that occurred at the first location, and a second-location scan event associated with the first container that occurred at a second location. A prediction model may be used, without a second-location scan event for the second container occurring at the second location, to generate a prediction regarding (i) the second container being at the second location subsequent to being at the first location and (ii) the second container being at a third location subsequent to being at the second location. The prediction may be generated, using the prediction model, based on the scan event information.

Abstract: Location-based augmented reality systems configured exchange of items based on location sensing and associated triggering icons, and methods and devices related thereto. In one exemplary embodiment, a first, provider user identifies a specific physical location; associates a triggering icon representing a value item with the specific physical location; and, transmits the existence of the triggering icon and specific physical location to a second, mobile recipient user computing device. The second, mobile recipient user receives the triggering icon and specific physical location from the first, provider user computing device, then finds the specific physical location, activates the triggering icon and receives the value item.

Abstract: Location-based augmented reality systems configured exchange of items based on location sensing and associated triggering icons, and methods and devices related thereto. In one exemplary embodiment, a first, provider user identifies a specific physical location; associates a triggering icon representing a value item with the specific physical location; and, transmits the existence of the triggering icon and specific physical location to a second, mobile recipient user computing device. The second, mobile recipient user receives the triggering icon and specific physical location from the first, provider user computing device, then finds the specific physical location, activates the triggering icon and receives the value item.

Abstract: Location-based augmented reality systems configured exchange of items based on location sensing and associated triggering icons, and methods and devices related thereto. In one exemplary embodiment, a first, provider user identifies a specific physical location; associates a triggering icon representing a value item with the specific physical location; and, transmits the existence of the triggering icon and specific physical location to a second, mobile recipient user computing device. The second, mobile recipient user receives the triggering icon and specific physical location from the first, provider user computing device, then finds the specific physical location, activates the triggering icon and receives the value item.

Abstract: A portable telescopic lifting apparatus (1) for lifting aerial cables (53). The apparatus (1) comprises a tubular housing (2), first and second telescopic members (3, 4) extendible from and retractable into the housing (2), a drive (5, 60) for extending and retracting the telescopic members (3, 4), and a cable-engaging member (51) attached to the second telescopic member (4) for lifting one or more aerial cables (53). The drive (5, 60) comprises a chain lever block (5) and a pulley arrangement (60). In use, the apparatus (1) is positioned below one or more aerial cables (53), the chain lever block (5) is used to raise the first telescopic member (3), the first telescopic member (3) extends from within the housing (2), the second telescopic member (4) extends from within the first telescopic member (3), and cable-engaging member (51) raises the cable/s (53).