He wrote a series of articles on polyphase polycyclic static converters which were published in the General Electric Review and presented a paper on the effect of circuits on arc backs to the Mercury Congress at Paris in He was also on the fellowship list of the Institute of Electrical and Electronics Engineers.
His inventions in electricity had a great impact on the development of 20th Century technology. The main ingredients for solar power are the ubiquitous sand which is used to make solar cells and the strong sun for powering them. In , he declared that he would return to the Middle East and transform the Arabian Desert into a paradise. He intended to use the desert to generate and power the solar cells thus producing enormous amounts of energy.
Al - Sabbah 's inventions and patents have contributed to applied technology in North America and the entire world. His patents in highly intricate systems, instruments and equipment are classified over six main categories as follows: 1-Space Industry The Solar Power 27 patents awarded between and These are widely used for space as a main source of power for vehicles and satellites.
A careful review of aircraft, spaceship, and satellite electric systems reveal that many electronic instruments and equipments such as integrators, regulators, inverters, timers, transmitters, and sensors were developed from his original inventions of rectifiers and converters. In , he performed experiments on his own car to electrify it.
He worked to make the idea of the electric car a useful and practical possibility. His early experiments gave GE the unique position as a pioneer in developing the solar cell and sodium-sulphur battery as well. GE research engineers developed the liquid crystal display LCD instrument system based on Al - Sabbah 's original patents. It is a panel for aircrafts and presents information in color, with twice the sharpness of a home TV screen.
The display owes its high resolution to the large number of pixels that are activated to form an image on its screen. LCD images are normally black and green filters. Further development and modifications of Al - Sabbah 's cathode ray tube formulated new types of CRT used in electronic systems.
The television could not have been further developed without these. Another 24 patents dealt with electric power conversion and excitation systems. After his death he left a great technical legacy of useful methods, procedures and formulas.
GE engineers recently developed several electronic equipments based on the original patents of Hasan Kamel Al - Sabbah. Many pressure and temperature devices used in the control of steam, reheat stages such as indicators, Inventor from Lebanon transmitters, switches, sensors, detectors and controllers are based on his original patents. Several major pressure and temperature electronic gauge manufacturers signed mutual agreements with GE to produce and further develop his inventions.
These inventions are the cornerstone of the arc-welding machines and were introduced to the market in Heavy industry, ships, submarines, tanks and turbo-generators could not progress without the development of the new arc welding machinery.
In the early years of the Second World War, many welding machine manufacturers further developed the welding machine to meet the military industry requirements by using the rectifying system of Hasan Kamel Al - Sabbah.
As far as great inventors go, Hassan Kamal Al-Sabbah is one of the most under-appreciated. That his origin is Lebanon may, sadly, account for some of the reasons why this is the case. He was a Lebanese electrical and electronics research engineer, mathematician and inventor and was born in Nabatieh , Lebanon in where he studied at the American University of Beirut. He was an incredibly influential figure in his research and has over 70 US and International patents for his work. So, with that said, here are a few areas that you might not have known that he influenced.
In , he traveled to the United States and for a short time studied at the Massachusetts Institute of Technology before joining the University of Illinois in Among the patents were reported innovations in television transmission. This is quite an extraordinary fact given that, with his death coming in a tragic car accident in , it was just shy of 40 years later that man landed on the moon.
However, with 27 patents in space industries, this was a big field for him, particularly relating to solar power. Solar power has become extremely important in recent years, with the acknowledgment of global warming. Solar cells, that Al-Sabbah tested were the prototypes for the ones used today in space exploration.
This is an example of his extraordinary impact on invention even all these years later. To continue his work from solar energy and its uses in space, Al-Sabbah has patents in transforming car circuitry to make early designs for electric cars. Again, his early designs have become extremely prescient for the modern age, where electric cars are being turned to as a replacement for fueling cars with petrol.
Al-Sabbah experimented on his own car to try and crack practically powering a car with solar energy which is an incredibly early attempt at something which is today the focus of huge companies like Tesla. In heavy industries such as the development of wind farms, ships, tanks, turbos, and other heavy-duty building, arc-welding is crucial.
Al-Sabbah developed a rectifying system which was absolutely vital to the development of the arc welding machine. This is a really important development where-by welding for huge pieces of metal that are required for heavy industries is facilitated by, what turns out to be something of an obsession of Al-Sabbah, the use of electricity to heat up the metal to the required temperature to weld it effectively to the other parts of the heavy items.
In fact, so impactful were his patents that when the, now ubiquitous, LCD liquid crystal display screens were introduced they were created directly out of patents that belonged to Al-Sabbah.
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