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Ink-Jet Printing System - Analytical Computer Model and Model Verification.

Steven H. Johnson, Ablow,C M, David G. Falconer, Robert L. Kiang, Scott D. Ramsey

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Abstract

An analytical computer model was created to describe performance of an A.B. Dick Company printing head in a specific configuration. The computer model consists of an executive routine that calls on 11 subroutines; each subroutine treats a particular aspect of the ink-jet printing process. The analytical basis for the subroutine was compared with laboratory observations; modifications and refinements were made as necessary. The resulting program is a useful tool over defined ranges of input conditions; output parameters are predicted with modest accuracy. Experimental hardware was constructed for testing the program. Several recommendations for operation of ink-jet printing systems have evolved. The Analytical Computer Model should be tested under additional combinations of input conditions to better define its capabilities and limitations. (Author)

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What this paper is about

An analytical computer model was created to describe performance of an A.B. Dick Company printing head in a specific configuration. The computer model consists of an executive routine that calls on 11 subroutines; each subroutine treats a particular aspect of the ink-jet printing process. The analytical basis for the subroutine was compared with laboratory observations; modifications and refinements were made as necessary. The resulting program is a useful tool over defined ranges of input conditions; output parameters are predicted with modest accuracy. Experimental hardware was constructed for testing the program. Several recommendations for operation of ink-jet printing systems have evolved. The Analytical Computer Model should be tested under additional combinations of input conditions to better define its capabilities and limitations. (Author)

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Available abstract

An analytical computer model was created to describe performance of an A.B. Dick Company printing head in a specific configuration. The computer model consists of an executive routine that calls on 11 subroutines; each subroutine treats a particular aspect of the ink-jet printing process. The analytical basis for the subroutine was compared with laboratory observations; modifications and refinements were made as necessary. The resulting program is a useful tool over defined ranges of input conditions; output parameters are predicted with modest accuracy. Experimental hardware was constructed for testing the program. Several recommendations for operation of ink-jet printing systems have evolved. The Analytical Computer Model should be tested under additional combinations of input conditions to better define its capabilities and limitations. (Author)

Key concepts: Subroutine, Computer science, Process (computing), Computer program, Engineering drawing, Head (geology), Inkwell, Jet (fluid)

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