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An iconoscope consists of a camera tube that is a special "an image project is a mosaic of grains separated from a common plate by a thin layer separating the electrically disconnected sensitized material from the storage plate, slightly resemblance of the eyes of people with similar eyes and its photoreceptor arrangement. Each illumination granule forms a small capacitor that collects and stores electrical charge in response to light melt. An electron can breathe across the plate, automatically scanned the image and emits each capacitor so that the electrical output of each capacitor is proportional to the light average intensity in each discharge event in its light. [47] [48]
By the introduction of charge-storage technology by Hungarian engineer Colman Tihani at the beginning of 1925, less sensitivity will be solved in light due to low power generation from transmitting or "camera" tubes. [4 9] Her solution was a camera tube which deposited and stored the electric charge ("photoelectrons") in the tubes across each scan cycle. In a patent application filed in Hungary in March of 1926, the device was first described for a television system called "RadioScope". [50] After further refutation of the patent application of 1928, [42] the patent of Great Britain's Tineyear was announced in 1930, [51] and so he applied for patenting in the United States.
In 1923, Russian-born American engineer Vladimir Zawrinkin presented the project of a complete electronic television system to General Manager of the company, in the appointment of Westinghouse Electric Corporation in Pittsburgh, Pennsylvania. [52] [53] In July 1925, Javirichin submitted a patent application titled Television System, in which a screen (300 mesh) and the image of the electronic composite deposited by the Copodial Depository Depository Material (Aluminum Oxide) (potassium hydride) consists of isolated globules. [54] The following description can be read in line 1 and 9 on page 2: "Potassium hydride is evaporated on the material of matter, aluminum oxide or other insulating medium, and is treated to treat potassium hydride in the minute globes. Mole is very active and all the purpose and purpose of the photo, one minute independent photo of the "Electric Cell" structure It is The first image was sent in the last summer of 1925, [55] and a patent was issued in 1928. [54] However, the quality of the sent image failed to affect HP Davis, General Manager of the Westinghouse, and Jürichin was "something useful to do." In 1923, Joviricon, but this file is not a specific reference, since the patent was reformed 15 years later before publishing patents [44] ] And the file was divided into two patents in 1931. [56] [57]
The first real IconScope was created in 1931 by Sanford SCG, when he accidentally left the furnace in a very long hairstyle. After testing with a microscope, he noticed that silver layers were divided into several parts of small isolated silver globes. [58] He noticed that "small quantities of silver drops will increase the image resolution of the iconoscope by a quantum leap." [5 9] As head of the television development at Radio Corporation of America (RCA), Zurichin submitted a patent application in November 1931 and it was issued in 1935. [48] Nonetheless, Javrecin's group was not the only engineering group that used to operate on a charge-level plate. In 1932, engineer Tedham and McGee under the supervision of EMIIJAC SHENBERG applied for a patent for a new device, which they dubbed "Emitton". [60] A 405-line broadcasting service in Alexxone in 1936 began in the studio in the Alexander Palace in 1946, and patent in the UK in 1934 and patents were provided in the United States in 1937. [61]
Iconoscope was presented to the general public at a press conference in June 1933, [62] and two detailed technical papers were published in September and October of the same year. [63] [64] In contrast to Farnsworth's image separator, the Javirkin Iconoscope was more sensitive to target lighting than between 4 F-C (43 Locks) and 20 F-C (215 Locks). It was easy to produce and produce images very easy. [Citation needed] IconSock was the first camera tube used by RCA broadcasting from 1936 to 1946, when it was replaced by the photo orthographical tube. [65] [66]
By the introduction of charge-storage technology by Hungarian engineer Colman Tihani at the beginning of 1925, less sensitivity will be solved in light due to low power generation from transmitting or "camera" tubes. [4 9] Her solution was a camera tube which deposited and stored the electric charge ("photoelectrons") in the tubes across each scan cycle. In a patent application filed in Hungary in March of 1926, the device was first described for a television system called "RadioScope". [50] After further refutation of the patent application of 1928, [42] the patent of Great Britain's Tineyear was announced in 1930, [51] and so he applied for patenting in the United States.
In 1923, Russian-born American engineer Vladimir Zawrinkin presented the project of a complete electronic television system to General Manager of the company, in the appointment of Westinghouse Electric Corporation in Pittsburgh, Pennsylvania. [52] [53] In July 1925, Javirichin submitted a patent application titled Television System, in which a screen (300 mesh) and the image of the electronic composite deposited by the Copodial Depository Depository Material (Aluminum Oxide) (potassium hydride) consists of isolated globules. [54] The following description can be read in line 1 and 9 on page 2: "Potassium hydride is evaporated on the material of matter, aluminum oxide or other insulating medium, and is treated to treat potassium hydride in the minute globes. Mole is very active and all the purpose and purpose of the photo, one minute independent photo of the "Electric Cell" structure It is The first image was sent in the last summer of 1925, [55] and a patent was issued in 1928. [54] However, the quality of the sent image failed to affect HP Davis, General Manager of the Westinghouse, and Jürichin was "something useful to do." In 1923, Joviricon, but this file is not a specific reference, since the patent was reformed 15 years later before publishing patents [44] ] And the file was divided into two patents in 1931. [56] [57]
The first real IconScope was created in 1931 by Sanford SCG, when he accidentally left the furnace in a very long hairstyle. After testing with a microscope, he noticed that silver layers were divided into several parts of small isolated silver globes. [58] He noticed that "small quantities of silver drops will increase the image resolution of the iconoscope by a quantum leap." [5 9] As head of the television development at Radio Corporation of America (RCA), Zurichin submitted a patent application in November 1931 and it was issued in 1935. [48] Nonetheless, Javrecin's group was not the only engineering group that used to operate on a charge-level plate. In 1932, engineer Tedham and McGee under the supervision of EMIIJAC SHENBERG applied for a patent for a new device, which they dubbed "Emitton". [60] A 405-line broadcasting service in Alexxone in 1936 began in the studio in the Alexander Palace in 1946, and patent in the UK in 1934 and patents were provided in the United States in 1937. [61]
Iconoscope was presented to the general public at a press conference in June 1933, [62] and two detailed technical papers were published in September and October of the same year. [63] [64] In contrast to Farnsworth's image separator, the Javirkin Iconoscope was more sensitive to target lighting than between 4 F-C (43 Locks) and 20 F-C (215 Locks). It was easy to produce and produce images very easy. [Citation needed] IconSock was the first camera tube used by RCA broadcasting from 1936 to 1946, when it was replaced by the photo orthographical tube. [65] [66]
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Some days a motivational quote can provide a quick pick-me-up for employees and even management. They can be a breath of fresh air when it comes to a drab afternoon. These are also a great way to jazz up a newsletter or memo.
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Some days a motivational quote can provide a quick pick-me-up for employees and even management. They can be a breath of fresh air when it comes to a drab afternoon. These are also a great way to jazz up a newsletter or memo.
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