History of Plasma Display Reflected by Patents
Current Journal of Applied Science and Technology,
Page 68-81
DOI:
10.9734/cjast/2021/v40i1631426
Abstract
The paper is a historical presentation of the development of television and presents chronologically the evolution of the use of plasma in television.
The first inventors who proposed the use of plasmas together with imagined solutions and patents related to plasma display panel - PDP are presented.
The first attempt to accomplish an extra flat display by using a modified cathode tube is also presented. Yet, the technological difficulties stopped its utilization at a large scale in television. The solutions that determined the realization of certain TV displays with applications in other fields of electronics are also introduced. A pioneer invention from the 1960’s, which set the bases of future TV displays, is also specified. The utilization in the 1970’s was the most adequate technological solution for the realization of the first thin displays, a solution which survived even after the appearance of the LCD and LED systems.
Keywords:
- plasma display panel – PDP
- pioneer inventions
- flat screen
- plasma television
- television
How to Cite
References
Schnitger H. Patent, US 2,214,511, Gas discharge device.
Johnson EO. Patent US 2,679,016, Gas discharge device.
Jacoby GE, et al. Patent US 2,929,962 Gas discharge device.
Crowther GO. Patent US 2,823,336, Cold-cathode counter tube circuit arrangement.
Irvine JA, et al. Patent US 2,975,329, Electronic counters.
Collins GG. Patent US 3,019,365 Gas discharge device.
Nolan JF. Gas discharge display panel, 1969 International Electron Devices Meeting, 29-31 Oct; 1969, DOI: 10.1109/iedm.1969.188115.
Lenard WM. Gensler RW, Hall MS. Light-addressable gas-discharge display panel, 1971 Int. Electron Devices Meeting, 11-13 Oct; 1971, DOI: 10.1109/IEDM.1971.188423.
Kurahashi K, Tottori H, Isogai F, Tsuruta N. Plasma display with grayscale, Proc. SID Int. Symp., New York. 1973;72–73.
Slottow HG. Plasma Displays, IEEE Transactions on Electron Devices, 1976;ED-23(7):760-772.
Weber LF. History of the Plasma Display Panel, IEEE Trans. On Plasma Science, 2006;34(2): 268-278.
Uchiike H, Takayoshi H. Historical View and Current Status of Plasma Displays, 2003;41-51:0-7803-7883-0/03/$17.00 © 2003 IEEE.
Edward HW. A History of Color Television Displays, Proceedings of the IEEE, 1976;64(9):1331-1338.
Shinoda T. Plasma display technologies for large area screen and cost reduction, IEEE Transactions on Plasma Science 2006;34(2):279-286, DOI: 10.1109/TPS.2006.872453
Milind KP. Plasma Display Panel, Seminar report, Dr. Babasaheb Ambedkar, Tech. Univ., Lonere; 2012. Available:http://www.hungarianhistory.com/mszh/etihanyi.htm, (accessed April 2021).
Horváth G. Technikatörténet emc kompatíbilis lapos képcsô – anno 1936!, Lix. Évfolyam 2004; 1:52-55.
*** Proposed Television Sets Would Feature Thin Screens, Popular Mechanics, 1954;111.
Aiken WR. "History of the Kaiser-Aiken, thin cathode ray tube," in IEEE Transactions on Electron Devices, 1984;31(11):1605-1608, DOI: 10.1109/T-ED.1984.21758.
*** Thin Tube Foretells Wall TV and Sky View for Air Pilot, Popular Mechanics, 1958;104.
*** Flat Screen TV in 1958, Blog: Modern Mechanix yesterday, Tomorow, Today, Available:http://blog.modernmechanix.com/flat-screen-tv-in-1958/ (accessed Febr. 2021). *** Oral History: William Ross Aiken, Available:https://ethw.org/Oral-History:William_Ross_Aiken, (accessed Mai 2021). *** "Geer Experimental Color CRT". www.earlytelevision.org, Available:https://www.earlytelevision.org/geer_color_crt.html, (accessed April 2021).
Aiken WR. US 2,795,731, Catode Ray Tube.
Aiken WR. US 2,837,691, Electronic Device.
Aiken WR. US 2,850,670, Electronic Device.
Aiken WR., US 2,864,033, Polar Coordinate Tube.
Aiken WR., US 2,864,970, Electronic Device.
Aiken WR., US 2,879,443, Electronic Device.
Aiken WR., US 2,928,014, Electronic Device Ray Tubes.
Aiken WR., US 2,904,722, Electronic Control System.
Aiken WR., US 2,930,930, Electronic Device.
Aiken WR., US 2,955,231, Electronic Selector Device.
Aiken WR., US 2,978,601, Electronic Control System.
Aiken WR., US 3,313,970, Flat Cathode Ray Tube by Tunnel Containing Magnetic deflector.
Aiken WR., US 3,507,020, Method of Making an Electron Gun for Cathode Ray Tube and Jig Assembly therefor.
Dano PK. Patent US 3,356,898, XY Glow lamp display with switch from igniting to holding voltage.
Steinmeyer DJ. Patent US 3,300,581, Flat screen electroluminescent X-Y display.
Hashimoto K. Flat screen television display apparatus.
Bitzer DL, Slottow HG, Willson Robert, R. Patent US 3,559,190, Gaseous display and memory apparatus; 1971.
Baltag O. Current - image transducer, Patent RO 50108; 1967.
Baltag O. Plasma Display – History of a Invention, The XVIII-th International .Exhibition of Inventics, Research and Technological Transfer ”Inventica 2014”; 2014.
Baltag O. Pages from the history of plasma television, Bull. of the Museum of Science and Technology ”Stefan Procopiu”, Iasi. 2020;14:75-82.
Kerstetter RD. Patent US 3,573,531, Plasma panel display devices.
Masanori W. Patent US 3,622,829, Fluorescent screen display panels.
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