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Dive into the research topics where Stephen F. Pond is active.

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Featured researches published by Stephen F. Pond.


IS&T/SPIE's Symposium on Electronic Imaging: Science & Technology | 1995

Whither ink jet? Current patent trends

Stephen F. Pond; Robert S. Karz

The status and potential of ink jet technology is discernible in its major technical literature forum: worldwide patents. Most ink jet technical activity is focused in commercial research and development laboratories where proprietary considerations make patents the norm for publication. Currently there are about 2,000 ink jet disclosures issued annually with over 200 enterprises represented. Ink jet patent activity is increasing about 25% per year driven by a rapidly expanding base of products, applications, and revenue. An analysis of the ink jet patent literature reveals a few major themes (i.e. continuous ink jet, piezoelectric drop-on-demand, and thermal ink jet) and numerous minor ones (i.e. electrohydro-dynamic extraction, magnetic drop-on-demand, Hertz continuous, acoustic ink printing). Patents bear witness to transformations in the industry as dominant players of the 1970s have given way to new leaders in the 1990s. They also foretell important commercial developments in ink jets near term future. When studied in aggregate, the patent record reveals patterns for the industry in general as well as for individual companies. It becomes possible to use the patent data base not only to identify technical approaches and problems for specific firms, but also to track progress and monitor changing strategies. In addition, international filing patterns can provide insights into industry priorities. This paper presents an overview of ink jet technology as revealed by the patent literature. It will include a 25 year perspective, a review of trends over the past five years, and a survey of todays most active companies and their technical approaches. With this analysis, it will be shown that the information inherent in the patent record is more than the sum of its individual disclosures. Indeed, by using it, we can outlook whither goes ink jet.


Archive | 1997

Magnetically actuated ink jet printing device

Frank C. Genovese; Joel A. Kubby; Eric Peeters; Jingkuang Chen; Dan A. Hays; Stephen F. Pond


Archive | 1990

Modular partial bars and full width array printheads fabricated from modular partial bars

Stephen F. Pond; Donald J. Drake; Robert P. Altavela; Gary A. Kneezel; Ivan Rezanka


Archive | 1987

Thermal ink jet printhead fabricating process

Donald J. Drake; William G. Hawkins; Stephen F. Pond; Michael R. Campanelli; Pamela J. Hartman; Raymond E. Bailey


Archive | 1990

Method and apparatus for the electronic detection of air inside a thermal inkjet printhead

John H. Slowik; Stephen F. Pond


Archive | 1989

Use of sequential firing to compensate for drop misplacement due to curved platen

Gary A. Kneezel; Stephen F. Pond


Archive | 1988

Thermal ink jet printer having printhead transducers with multilevelinterconnections

William G. Hawkins; Stephen F. Pond


Archive | 1996

Method for applying an adhesive layer to a substrate surface

Ram S. Narang; Stephen F. Pond; Timothy J. Fuller


Archive | 1995

Ink supply cartridge with ink jet printhead having improved fluid seal therebetween

Ram S. Narang; Stephen F. Pond


Archive | 1992

Ink jet printer with selective nozzle priming and cleaning

Stephen F. Pond; David G. Anderson

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