Google, YAHOO! or United States of America Keyboardless Computers, Laptops, Cellphones, Smart Phones, iPods, Landlines and All Others

                                                                                                                               Back to Homepage                                         

      These are new  YAHOO! computers, laptops, iPods, iPhones and all others,  YAHOO! ATM machines and all others, remote controls, TV remote controls, DVD remote controls, any appliances remote controls, toys remote controls, robots remote controls and all others, Google appliances, TV, internet TV, DVD players and all others, Google kitchen appliances, Google keyboards, musical keyboards, piano, drums, musical instruments and all others, Google Toilet bowls and all others, Google machines and all others, Google tools and equipments and all others, Google kitchen sink drainers and all others, Google games, gaming gadgets and appliances, gaming machines and all others, light switches and all others, elevator controls and all others, door controls and all others, all in the Google Cars and Traffic Lights, Ship, Airplanes and All Others article and all others wherein the Google typing (texting, dialing, drawing, sketching and all others including or not including the mouse arrow/s <hands, fingers and all others> movement/s, rotating page navigator, automatic mouse arrow <hands, fingers and all others>, page up, page down, scrolling, screen <display, monitor and all others> movements, depositing, withdrawing, transacting and all others, turning on, turning off, changing channels, volumes, loading, ejecting, flushing, draining, operating, surfing, playing, rewinding, stopping, accelerating, changing speeds,  movements, changing gears, walking, running, directions, breaking, flying, landing, moving in waters, moving on land, moving up and/or down, opening and/or closing, changing temperatures, changing heat levels and all others and any number/s of their combination/s including one and zero) is done on any Google surface/s (air, area, location, water, wood, papers, cartoons, books, notebooks, all replicas, all drawings, all illustrations, all pictures, all photos, all prints, rubbers, foam, boards, dashboards, car dashboards and all others, control pads and all others, dictionaries, folders, envelopes, band papers, card boards, plywood, lumbers, clothes, shirts, pants, shoes, belts, jewelries, watches, wristwatches, plates, glasses, kitchen wares, tables, chairs, bottles, containers, tiles, stones, soil, sands, fences, typewriters, cellphones, smartphones, computers, gadgets, mirrors, cellophaneplastic, metal, cement, glass, groceries, biscuits, bags, floor, walls, ceilings, plants, human, animals, houses, buildings, roads streets, cars, ships, airplanes, sea, ocean, rivers, TV, appliances, bags, pouches, sachets and all others and any number/s of their combination/s including one and zero), touching or not, without (or with) the usual real keyboard/s or screen keyboard/s and all others, using only Google camera/s (any number/s including one and zero, Google attached and/or detached and all others, attached on Google walls, stands, tables, chairs,  ceilings, rooms, appliances and all others or not) and all others to detect the Google intended key/s, command/s and all others from any Google distance/s (close, near, far, remote and all others). The Google keyboards are only used or accessed (and all others) when the Google user or subject forgets the correct placement of keys, commands and all others (or not, or anytime). All the above could also be done through Google voice or voice commands, sounds, Morse Code, Semaphore, Sign Languages, hand signalling, hand gestures, head gestures, body gestures and all others. I have very little knowledge and experience when it comes to programming (in college) but I believe that the above Google surface typing (and all others) could be done by giving Google letter/s, number/s, punctuation mark/s, symbol/s, command/s, function/s and all others, cursor movement/s, computer arrow (hand/s and all others) movement/s <any number/s of clicking, left and/or right clicking and all others>, all others above inside the ( ) and all others Google values for every Google finger/s position/s (or movement/s and all others) (any number/s including one and zero) individually and/or independently and/or in relation with any number/s of fingers which may or may not include hand/s position/s (movement/s) and/or hand/s position/s and/or arm/s position/s and/or leg/s position/s and/or hand/s movement/s and/or any number/s of finger/s movement/s or navigation/s <for Google mouseless use and all others> and/or all others (the advantage of this is that the Google user or subject could type and all others on any Google surface and/or in a surface with the corresponding Google replica/s <or the real one connected or not, damaged or not, working or not>, prints, pictures, drawings and all others above. I also believe that it could be achieved by giving the above said Google values to square/s (of any size/s) and/or giving the said values to any number/s of letters, numbers, symbols, punctuation marks, commands, functions and all others that disappears (or blocked and all others in full and/or any fractional proportion/s) one (or any number/s) after the other/s and/or in any order/s and all others in relation or not to said values to any number/s of letters, numbers, symbols, punctuation marks, commands, functions and all others (and/or square/s of any size/s) that disappears (or blocked and all others in full and/or any fractional proportion/s) one (or any number/s) after the other/s and/or in any order/s and all others (and all others). I'm not so sure anymore if pixels (or if that is the right term) are in still in use when it comes to programming nowadays but if it is, these pixels could be small enough to accommodate every key on the keyboards for each is not uniformly sized (like one key could be composed of any number/s of pixels to represent its value/s and all others and could be recognized by any number/s of pixel/s in relation or not to any number/s of pixel/s on any location and all others) (or not and done the usual way and all others, if it was or is) but if it could be given any of the above values per keyboards keys with its current size/s (key/s) (and could be recognized in relation or not to any number/s of key/s on any location and all others) nowadays then that would be best and much easier done. All the above could also be done by any number/s of its possible Google variation/s and all others. The above could be done in any other possible Google Ways. All the above could also be by done using only the two (or any number/s) Google forefingers and/or any finger/s and all others. The Google users could also type looking at the keyboards, keys and all others using the correct finger/s, the time will come that they would learn how to touch type without looking, a little easier and/or not so discouraging but of course Google typing lessons in schools and all others is advisable and will do good. All the above could also be achieved by any number/s of their Google combinations (and all others) including one and zero. All the Google Lists of Descriptions and Restrictions in all my other Google articles also applies here. In typing, with the elbows resting on the side of the body (the J is positioned to the center of  the body) , the left four fingers starting from the small finger is resting and used on ASDF keys while the right four fingers are starting from the small finger is resting and used on JKL; keys. The letters above and below ASDF is reached by inclining the fingers to the right and the letters above and below (to the right with exception for N) JKL; is reached by inclining the fingers to the left . The finger for F which is the left forefinger is assigned to TGVB while the finger for J which is the right forefinger is assigned to JUYNM (the shift keys are assigned to the corresponding small fingers and the space bar is to the right thumb) (the F finger is for 5 and 6 and J finger is for 7 and 8; for the number keypad the right forefinger rest on 4. That's as far as i could remember, you could check on typing books or online if you like). I hope this Google article is helpful to you........