Freeware concept for Student Media Center Pocket Book; With videophone.
by Loris Erik Kent Hemlof
2011 September 21st.

Folding open length ways to reveal on the top half 2 x side by side 4 inch [diagonal] 6high:9wide ratio 1080p screens for video phone. Also on the bottom half a tactile custom display key keyboard with with 4 or 5 shift keys. Each key 1.5 cm x 1.5cm for easy fast tactile typing by fat fingers. Also fold down 4cm wide by 3.5 cm high touch pad (mouse) integrated into a fold down panel. The Student Pocket; [ 20cm wide x 7cm deep when closed (14cm deep when open) x 5 cm thick (4cm thick bottom part with 12 front function selector buttons, volume control, headphones socket and stereo speakers) and (1cm thick opening out monitor and external lid surface for normal voice telephone calls while shut) ] Being able to fit in a school blazer pocket would help prevent the Pocket from being lost or stolen. Power module; 3cm deep x 3cm thick 20cm wide battery/power supply mains cable socked on back. Coms module; 5cm wide x 5 cm deep x 4cm high communications module on left. Drive module bay on right side; 5cm wide x 5cm deep for hdd, and ssd drives and SDXC. Motherboard bay; on underside a hatch cover for 5cm high (top to bottom) 9cm wide (left to right side) x 3.5cm deep for motherboard 5cm x 3.5cm screwed to left side of bay with 5 miniPCe slots for 5 vertical cards, each 7cm wide (left to right edge x 3 cm wide (interface width) 1 slot for 1 primary energy efficient multi-function Nvidia Tegra cpu/3d/video/audio/ram/in-out chip set card, 1 slot for 4 cores each with 8 x multi hypertheads 64 bit Intel Atom cpu chipset card, 1 slot for second 1080p video card, 1 slot for ram.

[BLACK in color]

The cheap component $200 version;
Operating system; Linux (PCLinuxOS).- Free.
Motherboard and chip-set $40 for 1 x singe core 32 bit Nvidia Tegra CPU and GPU chip-set. Each function having a separate chip-set. 1watt per Ghz.
On-board 6 AA cell rechargeable battery pack on board plus external clip on power supply for (110v or 240v ) power cord to every bolted down desk in the class room.
RAM $20 for 512mb ram.
BIOS $10 1GB single BIOS chip with kernel.
Storage $10 for SDXC card reader x 2.
Keyboard $10 for simple keyboard.
Display 1 x $30 for larger upper LCD display $15 for lower touch pad.
Plastic case and monitor frame $10,
Communications module - Zero admin WiFi only.
Simple camera and mics on center bar $20.
Sound - Headphones socket.


The maximum performance component $4,000 version;

Microsoft Media Center, MS Office, Explorer, and other student programs pack,- $1,000.
4 core x 8 multi/hyper threads Intel Atom.
Battery [old technology] $500 for 2 xMPKCO Litroenergy Power Cells or BettaBatt inc Direct Energy Conversion cells. Betavoltaic batteries able to provide constant power for 10 years [ half life of 12 years ] nuclear decay illumination solar battery; Litroenergy Power Cells will generate enough electricity to power the device with 10 year half life starting from 5 watts to 2.5 watts in 10 years [ 250kwh ] with no radioactive polution or waste. Litroenergy light emitting micro particles (Litrospheres) and/or sheets are not affected by heat or cold and produce constant light. Used in combination with solar cells to create light weight, non-toxic, non-radioactive, durable, solid-state, long life, low cost electrical power.
Battery [new device]-ERR Fluxgenerator by Noah's Ark Research Foundation. 3kw brief case system lights up three 800-Watt bulbs. Inventor, James B. Schwartz of the Philippines. Another suit case sized device containing 4kg of components puts out six kilowatts of electricity drawn from the surroundings, using a solid state with solid state aluminum-bismuth layers of "left-handed materials" Aluminum and Bismuth and interwoven coils. Tapping into Earth radiation frequencies. Undergoing testing and refinement, new left hand materials may produce an 8x improvement in power output per unit of weight. http://www.freewebs.com/narfschwartz/ Based on similar technology by Moray, Tesla, and Tom Bearden except that it doesn't need an external power supply to switch the magnetic fields. It uses a very powerful magnet with a special circuit board that contains a new hi-tech chip to switch the magnetic fields. It also contains ultra-thin graphite sheets called graphene. Using a very sensitive technique to separate the individual sheets of carbon atoms that are layered on top of one another in graphite. These layers are electrically conducting because they contain electrons that are free to roam across each layer. In the graphene, the charge carrying particles act as if they're without mass, or weight. In this respect they're more like photon particles that convey light than like electrons. Progress is being made and arrangements are in place to move toward the realization of genuine usable power production, but there are still steps ahead that must not be rushed to ensure the success of this technology (Aug 8, 2009). In one device three plates have a solid plate of aluminum on one side, [followed by] a sheet of bismuth, [followed by] another aluminum plate with six cut-outs; which coils into; covered by another sheet of bismuth, another aluminium plate with cut out for coils on top of that, then another sheet of bismuth, then another solid plate of aluminium, form 1 panel. The activator causes alternating frequencies in these plates to produce electrons. The device hones into the correct frequencies to interact with the plates interaction with the earths radiation fields. Other research teams around the world are doing similar experiments that also backup this theory. This device uses materials that support this type of effect for light and other electromagnetic waves. The experimental Flux Power Station uses A special frequency generator to induce a series of alternating frequencies to create a flow of electrons when activating the magnetic flux field. The theory is still in the experimental stages which requires a lot of research and testing for safety and other factors. The secret is in the material used, the size of the wire and the number of turns plus the frequency and how you alternate that frequency. There are many combinations that will allow you to get small amounts of electrons to flow. A 160,000 watt power station being built. A smaller model worked very well so bigger one should work when built and tested. This ERR Flux Power Station is designed to run a large house or you can add more Flux Power Vaults each of 10,000 watts if you need more power. First prototype in the basement of house in the Philippines. In an airtight chamber a special gas is pressurized to 1.5 psi. Each of 10 chambers will be produce 10 to 18,000 Watts DC power. The new Flux Power Plates should be maintenance free for many years. As newer Power Plates are developed the older Plates can be easily replaced by shutting down one chamber at a time. After the frequency generator is shut down to go into the chamber. The chamber holds ten Flux Power Plates that are 48” X 48” X 4” to produce 1,000 to as high 8,000 watts each depending on the Plates. As newer left-handed materials that support electromagnetic wave propagation are made power output may increase. Any oxygen in the chamber has caused flash burns between the plates. Each inner aluminium plates has 144 slots that are cut to 10 ½ X 2 ½ cm where 144 special coils are inserted. Noah’s Ark Research facility planning to move from Japan to Arizona to join the new Ranch Project of Bill Alek. Also planning to put Noah’s Ark Research facilities in India and the Fiji Islands with partner Company: New Ark Power.
Motherboard and chip-set $1,000 for 4 chips x 4 core x 4 hyper/multi threads 64 bit Atom CPU ad GPU chip-sets.
RAM $500 for 10GB RAM.
BIOS $200 for 2 x 10gb combined BIOS, kernel and operating system flash chips, for fast boot, interrupt-able, reverse-able, easy BIOS up-grade.
Storage $50 for 256gb MicroSDHC card reader $200 for 2 x 64gb MicroSDXC card, plus $1,000 for 250gb Solid State Drive
Keyboard $200 for zero power consumption E-Ink keyboard with display on each key. Keyboard changing with software. With 4 hift keys. For: 1-Upper (case) QWERTY roman alphabet, 2-Lower case, 3-Maths, 4-other symbols including phonetic alphabet.
Upper lazer pointer displays - 2 x side by side 1080p non glossy (matte) displays. For use with lazer pointer with left ad right click. Also wireless connection to external television display for function as a media center controller via coms module.
Lower magnified view touch screen display with left click being a tap on the left 45% of touch screen and right click being a tap on the right 45% of touchscreen (Lasting for less than .5 second and moving less than 10mm)
Kevlar or carbon fiber case $100 and monitor frame.
Communications module - Bluetooth 3+ with wireless connection range selector 5meters or 100meters, pre-paired, or mouse, camera, and speakers automatic set up unless blocked or limited by software, With no password or password access selected by physical witch, for connection of wireless headphones, wireless speakers each with amplifier and connection to mains power, Plus 5 pre-paired Bluetooth 3+ to USP port adapters for zero setup wireless usb connection of mouse, external hard drive, Single CD/DVD/BluRay optical disc MP3, MP4 re-writer, Also 400 MP3/video blu-ray disc changer, and/or other storage device for to function as a wireless media center controller, Plus 2 wireless high speed bluetooth 3+ pre-pared to HDMI plug for plugging into HDMI socket of 1080p digital television sets or external monitor. Bluetooth also able to transpond using Wireless Personal Area Network (WPAN) on 3 channels [so as to offer 2 alternatives if a neighbors have already chosen the other channel/s] 6 ghz on 18 ghz from 50ghz to 68ghz [ 3 x NICTA’s Gigabit Wireless Project. Normally 1 channels of 7ghz from 57GHz to 64GHz, to comply with the emerging IEEE 802.15.3b/c/g standard for high-speed wireless communications, 10 meter range, for 5gbit/s extremely high transfer rate] WiFi, WiMax, LTE, and NextG Bluetooth extensions.
Good camera and mikes on center bar $100 for videophone.
Front panel; Sound stereo speakers, volume control, plus wired headphones socket.

Recognition and response unit with next word or step learning from monitoring trial and error, rules, the Internet or similar robots. With variable randomness selection from all successful moves within failure tolerance able to compute weighted by chance of success x random number between 0 and 1 x the total number of viable options + the number of seconds past the minute or failing all that the best move.

Television

GALLERY

Calendar Clock Screen saver

Phonetics based alphabet

Excess key positions for currencies,X,Q and other special characters

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