EXHIBIT 1055
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`Article entitled “Imaging Computer” in the
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`Quality Today publication dated July 1993
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`TRW Automotive U.S. LLC: EXHIBIT 1055
`PETITION FOR INTER PARTES REVIEW
`OF U.S. PATENT NUMBER 8,599,001
`IPR2015-00436
`
`

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`New Reichert MEF4 Widefield Microscope
`Setting the standards for inverted metallography
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`Circle Ref 44 on Service Card for rnore data
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`Leica UK Ltd Davy Avenue Knowlhill Milton Keynes MK5 8LB Tel:
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`0903 666663
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`1055-001
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`

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`
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`NON-CONTACT
`
`l:i:? “
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`Finlay PM Videoscope with high definition screen.
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`med to perform a wide range of
`functions, from industrial in-
`spection tasks to inultimedia
`uses. The arrival of the imputer
`(imaging
`computer) means
`that vision product develop-
`ment has suddenly become
`accessible to all product de-
`
`
`
`
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`Miniature imaging compnterfrom
`VSLI.
`
`velopers, instead of being ex-
`pensive, highly specialised and
`available to only a few com-
`panies.
`The imputer is not tied to
`any particular vision applica-
`tion, but is a completely gener-
`ic development platform for
`vision products. The unlimited
`range of applications includes
`inspection,
`process
`control,
`smart
`surveillance,
`traffic
`monitoring and control, num-
`ber plate recognition, multi-
`media, character recognition,
`biometrics,
`rnetrology,
`fluid-
`flow dynamics,
`automotive,
`navigation aids, robotics and
`vision toys.
`Circle Ref 132
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`3-D roughness
`conference
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`An international workshop
`was convened as a result of a
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`research project being con-
`ducted at the Centre for Met-
`rology at
`the University of
`Birmingham (UK) and l’Ecole
`Centrale de Lyon (France) — in
`conjunction with a number of
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`other programs and devices. It
`is ideal for repetitive or non-
`repetitive
`sampling applica-
`tions.
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`The system is set up by the
`user who can choose various
`
`patterns such s Raster, Circu-
`lar, Snake patterns or user de-
`fined paths. Random patterns
`statistical
`sampling are
`under computer control. Each
`scan area can be accurately
`repeated for any number of
`pre—defined
`slide positions.
`The user can select auto focus
`
`focus.
`(Z plane) or manual
`Lighting adjustment can be
`manual or automatic.
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`The whole system is control-
`led using a computer mouse.
`The movement of the stage can
`also be set to follow the move-
`ment of the mouse if required.
`The screen shows the selected
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`path or pattern and tracks the
`relative position of the micro-
`scope scan.
`Multiple fields of view are
`available on multiple slides
`without any programming and
`the system can automatically
`set focus and light
`level for
`each field of view to obtain
`consistent results.
`Circle Ref 130
`_m.?m
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`High definition screen
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`The new F.M. Videoscope
`from Finlay Microvision of
`Southarn has a built-in zoom in
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`monitor screen. The user be-
`nefits of the F.M. Videoscope
`include fatigue free viewing; a
`wide range of magnification
`and a large field of view.
`It can be built up in many
`configurations and the facility
`to provide a TV image at a long
`distance from the scope means
`that it is ideal for group discus-
`sions and training use.
`The system includes — CCD
`colour video camera/PAL stan-
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`dard signal; 15" colour video
`monitor with more than 450
`line horizontal resolution.
`Circle Ref 131
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` ém_é
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`Imaging computer
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`the magnification range 10x to
`500x. Easy to operate with only
`focus
`and
`zoom controls
`needed to produce very high
`definition imaging on a TV
`Data Cell computer controlled stage works with almost any microscope.
`
`lmputer from VLSI Vision is
`the first miniature imaging
`computer
`that
`can analyse
`what it sees. This tiny smart
`camera, measuring only 107 X
`53 X 24mm, can be program-
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`1055-002
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`Quality Today, lllly i993
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`1055-002
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`1055-002