| A Major German Inventor of the Modern Age |
|
The technical accomplishments and achievements of inventor, engineer, and entrepreneur Dr.-Ing. Rudolf Hell continue to have a lasting impact on today’s media world. Hell invented facsimile transmission and pioneered key telecommunications technologies. He is an honorary citizen of the city of Kiel. Recently, Kiel also honored him with his own street: the former ”Siemenswall” leading to Heidelberg’s plant in Kiel is now called ”Dr.-Hell-Strasse”. |
| - Key Events and Distinctions in the Life of Dr.-Ing. Rudolf Hell |
|
Hell, born in Eggmühl in Bavaria, is regarded as one of the greatest inven- tors of the modern age. His avid interest in the natural sciences became apparent while he was still very young. About his years at school, Hell remarked: ”I was always the best in physics, and in mathematics too. I was mediocre in languages, and poor in the subjects that required me to study a lot.” With an unfaltering sense of purpose, he completed his studies of telecommunications technology at Munich Technical University. In 1927, he and his professor, Max Dieckmann, jointly presented the first television transmission and reception station at the Trade Exposition in Munich. That same year, he received a doctoral degree for a dissertation describing a ”directly indicating radio position-finding device” - a precursor of today’s autopilots - and two years later he invented the ”Hell writing telegraph system”, or Hell Recorder. This ”device for electrically transmitting written characters” was adopted for use by the post office, press agencies, the police, and weather services. Never Give Up - and Keep Starting Over Again The end of the Second World War temporarily halted the young inventor’s meteoric career, after he had successfully built up his first company in Berlin. Then, on January 1, 1947, he ventured a fresh start in Kiel-Dietrichsdorf, having always felt drawn to the sea. His first employee, Christian Sütel, recalls: ”At that time I took care of everything - I was the service engineer, salesman, designer, purchaser, and marketer, all rolled into one.” Hell himself later commented: ”I have never done anything just to earn money. I was interested in progress and practical applications.” As early as 1948, Hell developed the first device for remotely transmitting images, thus laying the foundation for today’s fax machines. Hell’s inven- tions were based on the simple but ingenious approach of breaking down letters and characters into digital elements such as dots and lines. In 1951, Hell began the first tests of his "Klischograph", a device for electromecha- nical engraving of printing blocks that was to revolutionize the print media industry. The "Klischograph" was ready for market in 1954, when it began its victorious march into newspaper publishing houses. It was first presen- ted to the public at drupa 1954. There, Christian Sütel engraved printing blocks for Heidelberg’s booth, which were then used to print its trade show newspaper. Even German President Heuss was enthusiastic when he saw his photograph in print just 30 minutes after it was taken. Additi- onal new inventions then followed in rapid succession: the "Colorgraph" scanner in 1963, and in 1964 the "Digiset" for digital reproduction of text and pictures and the "Pressfax" for remote transmission of entire newspaper pages. Many Awards for a Talented Inventor In 1967, Dr.-Ing. Rudolf Hell received the Grand Cross for Distinguished Service of the Federal Republic of Germany, in 1968 he was awarded the Ullstein Ring and the Culture Award of the city of Kiel. In 1971, he began developing the world’s first fax machines for office applications. Because his company had meanwhile grown too large to continue operating as a general commercial partnership, on April 1, 1971, he converted it into a limited-liability corporation with Siemens AG as the majority stakeholder. Hell has received numerous other distinctions, such as honorary citizenship of the city of Kiel in 1979 and the Grand Cross for Distinguished Service with Star of the Federal Republic of Germany in 1980. That same year, he unveiled his "Chromacom" electronic image-processing system. In 1981, his company, Dr.-Ing. Rudolf Hell GmbH, was acquired by Siemens AG as a wholly owned subsidiary. Hell himself, who had until that time been the chairman of the company’s supervisory board, then served as honorary chairman of the supervisory board. Rudolf Hell was not only an ingenious inventor but also an entrepreneur committed to serving society. For example, he built housing for his employees and set up a retirement insurance scheme for all of them. Says Christian Sütel: ”Working for a man like Dr. Hell, whose head and desk drawers were full of ideas, was a real pleasure for me and most of my colleagues,” thus characterizing the ”Hell family”. In 1990 Hell, who had been admitted to the Inventors’ Gallery of the German Patent Office in Munich three years before, withdrew from active involve- ment in his company’s business activities. That same year, his company merged with Linotype AG in Eschborn near Frankfurt to form Linotype-Hell AG, which was later acquired by Heidelberger Druckmaschinen AG (Heidelberg) in 1997. Since then, Heidelberg’s digital heart has been beating in Kiel; it is there that prepress and workflow products are made and the NexPress 2100 digital color printing system is assembled. Dr.-Ing. Rudolf Hell died March, 11 2002 in Kiel. |
| Key Events and Distinctions |
| 1901 Rudolf Hell is born in Eggmühl, Bavaria on December 1901 1919 Studies of electrical engineering at Munich Technical University 1923 Assistant to Prof. Dr. Max Dieckmann in Munich (until 1929) 1925 Invention of the ”photoelectric scanning tube” for television 1927 - Presentation of a television reception and transmission station (together with Prof. Dr. Dieckmann) at the Trade Exposition in Munich - Doctoral dissertation on a "directly indicating radio position-finding device for aviation” 1929 - Founding of his own company in Neubabelsberg near Berlin - "Device for electrically transmitting written characters" (Hell Recorder) - Patenting of the Hell Recorder 1931 - Development of new Morse code devices - The Hell Recorder is mass-produced by Siemens - The company moves to Berlin-Dahlem 1934 - Use of the Hell Recorder by news media 1939-1945 The company is completely destroyed in the Second World War 1947 Fresh start in Kiel-Dietrichsdorf 1949 Start of work to develop image transmission systems 1950 Development and manufacture of image transmission devices for the post office, press, police, and weather services 1951 The first trials of the "Klischograph" printing block and engraving machine usher in a reorientation of the graphic arts industry 1954 - Introduction of the Klischograph to newspaper publishing houses - Development of the Vario-Klischograph 1956 Hell launches the small KF 108 fax machine on the market 1958 - The Vario-Klischograph is unveiled at drupa 1958 - Colorgraph 1960 Image transfer equipment is used at the Olympic Games in Rome 1961 - Hell invents the Helio-Klischograph (scanning and electromechanical engraving machine for gravure cylinders) - The Hell Factory II is established in Kiel-Gaarden 1962 Gold medal of the Vienna Photographic Society 1963 Chromagraph (scanner) 1964 The first TM 830 remote image receiver with automatic development of pictures received 1965 - The public is acquainted for the first time with the electronic photocomposition systems with digital storage. This initiates a new era of typesetting technology. - Start of typeface development at Hell 1966 In July 1965 Hell presents the Digiset - a typesetting machine that works with digitally assembled typefaces 1967 - Receipt of the grand cross for distinguished service of the Federal Republic of Germany - Gold Medal of the Society for Printing of the CSSR - Hell takes over the Siemens production plant in Kiel-Suchsdorf 1968 Hell receives the Ullstein Ring and the Culture Award of the city of Kiel 1969 Segnatura AIGEC from the Union Italienne des Exports et Conseilleurs Graphiques 1971 - The company of Dr.-Ing. Rudolf Hell KG is converted into Dr.-Ing. Rudolf Hell GmbH with Siemens AG owning a majority stake - The launch of the DC 300 marks a global breakthrough in scanner technology 1972 Dr. Hell withdraws from actively managing his company and becomes chairman of the supervisory board 1973 Bestowal of an honorary doctorate by Munich Technical University on February 9, 1973 |