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Henry N Heinemann, 85Lakewood, NJ

Henry Heinemann Phones & Addresses

Lakewood, NJ   

14 Blauvelt Ave, Monsey, NY 10952    845-3529046    845-3567573   

322 Blauvelt Ave, Monsey, NY 10952    845-3529046    845-3567573   

62 Blauvelt Ave, Monsey, NY 10952    845-3567573   

Camden, NJ   

62 Blauvelt Rd, Monsey, NY 10952    845-3529046   

Work

Position: Production Occupations

Mentions for Henry N Heinemann

Henry Heinemann resumes & CV records

Resumes

Henry Heinemann Photo 12

Professor

Location:
Monsey, NY
Industry:
Higher Education
Work:
Fairleigh Dickinson University
Professor
Henry Heinemann Photo 13

Henry Heinemann

Henry Heinemann Photo 14

Professor

Location:
Monsey, NY
Work:

Professor

Publications & IP owners

Wikipedia

Henry Heinemann Photo 15

Ed Heinemann

Edward Henry Heinemann, (14 March 1908 26 November 1991) was a noted military ... The Naval Air Systems Command awards the "Edward H. Heinemann Award" ...

Us Patents

Convergent Beam Scanner Linearizing Method And Apparatus

US Patent:
5874733, Feb 23, 1999
Filed:
Oct 16, 1997
Appl. No.:
8/951748
Inventors:
Alan G. Silver - Monroe NY
Henry Heinemann - Monsey NY
Assignee:
Raytheon Company - Lexington MA
International Classification:
G01D 534
US Classification:
25023118
Abstract:
A method of position encoding in convergent beam scanned imaging systems (10) is provided that reduces distortion. Distortion of a scanned image is introduced in convergent beam systems through the application of mirror "pullback" at the limits of the scanning sector, which is required to retain focus over the field of view or scanning sector. The rotational position of a scanner mirror (14) is not proportional to the spatial scanned angle or object space angle (. delta. ) due to this pullback, and thus introduces distortion. Various components of the pullback motion are utilized to provide the compensation required to overcome this distortion. A process is provided that determines the position of a mirror position detector such that the pullback translation motion of the scanner mirror (14) is used to compensate for the nonlinear rotational motion of the scanner mirror (14). This is accomplished by locating the mirror position detector (16) at a predetermined radial distance and angular position with respect to the scanner mirror (14) point of rotation and sensing the rotation of the scanner mirror (14) and pullback. By appropriately selecting the angular position of the mirror position detector (16) with respect to the scanner mirror (14) center of rotation and the direction of pullback, the output of the mirror position detector becomes a substantially linearized representation of the object space angle (. delta. ).

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