Abstract: A a charging kit is provided for charging a mobile electronic device from a battery or other DC power source. The charging kit is housed within a portable case and includes multiple cables including an input cable for connecting to the battery or other DC power source and an output cable for connecting to the mobile electronic device. Power conversion circuitry is provided within the housing for converting DC power to a recharging signal for the mobile electronic device.

Abstract: A charging kit is provided for charging a mobile electronic device from a battery or other DC power source. The charging kit is housed within a portable case and includes multiple cables including an input cable for connecting to the battery or other DC power source and an output cable for connecting to the mobile electronic device. Power conversion circuitry is provided within the housing for converting DC power to a recharging signal for the mobile electronic device.

Abstract: An electronic device for the sealing of shipping containers is accessible through an RFID system controlled by a microprocessor having an internal memory. The device consists of a small case with a tamper and spoof proof security cable. One end of the cable is permanently attached to the case while the other end is threaded across the center door joint and around the two inner vertical locking rods of the container. The loose end is then inserted and locked into a port on the case, thereby activating the microprocessor. Attempts to access or enter the container through the rear doors will result in severing the cable, causing the time of this event to be logged in the memory of the electronic seal device. A separate electronic reader will access the logged memory of the device, and then transmit the logged data to a central database. The device has a unique and invariant electronic identification number that will be transmitted to a reader on demand.