Abstract: A transmission cable includes a first plug including a housing. A slot is formed inside the housing. The first plug further includes an E-SATA terminal set disposed on a side of the slot for transmitting E-SATA signals, and a power terminal set disposed on the other side of the slot for receiving electricity. The transmission cable further includes an E-SATA signal line electrically connected to the E-SATA terminal set for transmitting the E-SATA signals, a second plug connected to the E-SATA signal line for inserting into a signal receptacle of a E-SATA peripheral device, a power line electrically connected to the power terminal set for transmitting the electricity, and a third plug connected to the power line for inserting into a power receptacle of the E-SATA peripheral device so as to transmit the electricity to the E-SATA peripheral device.

Abstract: Method for connecting mass storage device(s) with data connection device(s) connecting to data port(s) with the same data interface type(s) as that of the mass storage device(s) for data transmission and with power connection device(s) connecting to power port(s), for power supply, on a bus of technologies with power management capabilities and facilities in computer-related or computer-controlled or operating-system-controlled machines or devices for using and swapping the mass storage device(s).

Abstract: Method for ‘Cool-Swap’, ‘Warm-Swap’ and ‘Hot-Swap’ of ‘Fixed’ ‘System’ hard disk(s) in and out of the computer and for re-cycling the computer between ‘diskly’ state to ‘diskless’ state by combining the following features in one way or the other: separating the power supply of the ‘Fixed’ ‘System’ hard disk(s) from the internal power supply that is supplying power to other components of the computer, in particular the motherboard; taking the operating system, capable of being taken to run as ramdisk-based operating system, in control of the computer to run as ramdisk-based operating system; putting the computer into different power management states; and issuing commands or instructions for logical disconnection and/or re-connection of hard disk(s).

Abstract: A method for fabricating a floating gate memory device comprises using thin buried diffusion regions with increased encroachment by a buried diffusion oxide layer into the buried diffusion layer and underneath the tunnel oxide under the floating gate. Further, the floating gate polysilicon layer has a eight than the buried diffusion height. The increased step height of the gate polysilicon layer to the buried diffusion layer, and the increased encroachment of the buried diffusion oxide, can produce a higher GCR, while still allowing decreased cell size using a virtual ground array design.

Abstract: A method, resulting in producing a customized running image of files, is provided for running, through customized booting process. Microsoft Windows 95/98/ME on ramdisk in protected WINDOWS mode with additional advantages of either freedom of choice of access to non-volatile rewriteable storage medium or flexibility of preserving user configuration in User Drive(s). The method and the booting process include the steps of producing a customized copy of configuration files used by Microsoft Windows 95/98/ME; copying these configuration files, system files provided by Microsoft for setting up Windows 95/98/ME, other device drivers and programs to storage medium/media to be used in computer system(s) or device(s) capable of running Microsoft Windows 95/98/ME; and with the use of these files from the storage medium/media, booting up in real DOS mode, preparing for and running off Microsoft Windows 95/98/ME on ramdisk in protected WINDOWS mode in the computer system(s) or device(s).

Abstract: A method, resulting in producing a customized running image of files, is provided for running, through customized booting process. Microsoft Windows 95/98/ME on ramdisk in protected WINDOWS mode with additional advantages of either freedom of choice of access to non-volatile rewriteable storage medium or flexibility of preserving user configuration in User Drive(s). The method and the booting process include the steps of producing a customized copy of configuration files used by Microsoft Windows 95/98/ME; copying these configuration files, system files provided by Microsoft for setting up Windows 95/98/ME, other device drivers and programs to storage medium/media to be used in computer system(s) or device(s) capable of running Microsoft Windows 95/98/ME; and with the use of these files from the storage medium/media, booting up in real DOS mode, preparing for and running off Microsoft Windows 95/98/ME on ramdisk in protected WINDOWS mode in the computer system(s) or device(s).

Abstract: Methods and compositions for treatment of animal feed or silage by treatment with a mixed culture of heterofermentive lactic acid bacteria and homofermentive lactic acid bacteria of the proper ratio. Bacterial strains for such treatment are also provided.

Abstract: A computer system in which various system peripherals are automatically re-initialized after being hot-swapped. The reinitialization includes accommodation of any required master/slave relationships between the peripherals.