Abstract: A magnetic attachment for aircraft equipment may attach directly to a surface of an aircraft by targeting ferrous aircraft components within or on the aircraft. The attachment does not rely on straps, buckles, hooks, cords, ropes, pins, or the like. A removable protective barrier for at least one aircraft critical area may include a polymeric body capable of conforming to curvature and geometry of the at least one aircraft critical area; and a magnetic attachment to secure the polymeric body to an aircraft. A conformable covering for an aircraft transparency may include one or more elastomeric materials assembled and temporarily installed on at least one external surface of the aircraft transparency to create a barrier between the aircraft transparency and an external environment, wherein the assembly may be capable of conforming to doubly curved surfaces; and a magnetic attachment capable of securing the assembly to an aircraft.

Abstract: A protective enclosure for a bar of soap that is designed to securely fix a bar of soap to a base, itself exhibiting receiving and securing mechanism, a centralized ventilation port and drain (or drains), and an occlusive top enclosure, wherein, once the soap is fixed to the securing mechanisms, through the application of force, and subsequent to first use, the soap and base of the protective enclosure form an adhesive seal facilitated by said securing mechanisms and drain or drains. The top enclosure and base themselves are reversibly adherable to one another through magnetic, mechanical means or a combination of both. The soap can be used either attached to the base of the protective enclosure or detached from the base of the protective enclosure.

Abstract: A protective enclosure for a bar of soap that is designed to securedly fix a bar of soap to a base, itself exhibiting receiving and securing mechanism, a centralized ventilation port and drain (or drains), and an occlusive top enclosure, wherein, once the soap is fixed to the securing mechanisms, through the application of force, and subsequent to first use, the soap and base of the protective enclosure form an adhesive seal facilitated by said securing mechanisms and drain or drains. The top enclosure and base themselves are reversibly adherable to one another through magnetic, mechanical means or a combination of both. The soap can be used either attached to the base of the protective enclosure or detached from the base of the protective enclosure.

Abstract: A protective enclosure for a bar of soap that is designed to securely fix a bar of soap to a base, itself exhibiting receiving and securing mechanism, a centralized ventilation port and drain (or drains), and an occlusive top enclosure, wherein, once the soap is fixed to the securing mechanisms, through the application of force, and subsequent to first use, the soap and base of the protective enclosure form an adhesive seal facilitated by said securing mechanisms and drain or drains. The top enclosure and base themselves are reversibly adherable to one another through magnetic, mechanical means or a combination of both. The soap can be used either attached to the base of the protective enclosure or detached from the base of the protective enclosure.

Abstract: Autonomously-operated ground and/or water-based transport devices can include a transport device body and mobile connectivity emulator device affixed to the transport device body to track nearby mobile devices with connectivity capabilities to assist with search and/or rescue operations. An on-board or external storage device can store captured emulator data and an on-board or external data processing means can convert the stored emulator data into tracking-related information. An on-board or external wireless communications device can transmit the tracking-related information to one or more communications receivers to assist in search and/or rescue operations of persons in the wilderness and/or disaster areas.