Abstract: A device operating method includes saving initial state information of an electronic device. Next, transferring control of the electronic device to a principal operating system. After transferring control and upon receiving an operating system shut down indication signal, transferring control of the electronic device to an alternate operating system without performing a power on self test. An electronic device includes a processor and at least one memory. The memory maintains instructions, in the form of program code, that when executed by the processor causes the processor to save the initial state information of the electronic device. Next, control of the electronic device is transferred to a principal operating system. After the principal operating system has been launched and upon receiving an operating system shut down indication signal, transfer control of the electronic device to an alternate operating system without performing a power on self test.

Abstract: A device operating method includes saving initial state information of an electronic device. Next, transferring control of the electronic device to a principal operating system. After transferring control and upon receiving an operating system shut down indication signal, transferring control of the electronic device to an alternate operating system without performing a power on self test. An electronic device includes a processor and at least one memory. The memory maintains instructions, in the form of program code, that when executed by the processor causes the processor to save the initial state information of the electronic device. Next, control of the electronic device is transferred to a principal operating system. After the principal operating system has been launched and upon receiving an operating system shut down indication signal, transfer control of the electronic device to an alternate operating system without performing a power on self test.

Abstract: An automatically controlled seed dryer of the present invention is adapted to efficiently and precisely dry seed by automatically controlling the temperatures directions and air flow rate; of air flow through the seed within the bin. The invention includes an upper plenum for supplying a source of hot airs a lower plenum for supplying a source of ambient air, and a mixing plenum for mixing various proportions of hot and ambient air from the upper and lower plenums. The mixing plenum has upper and lower supply doors formed between the mixing plenum and the bin for supplying the mixed air to the bin either above or below the seed. Upper and lower exhaust doors are formed in the bin above and below the seed such that by controlling the operation of the supply and exhaust doors, the direction and air flow rate of the mixed air through the seed can be precisely controlled by an electronic controller. A plurality of linear actuators control the operation of the doors.