U.S. patents available from 1976 to present.
U.S. patent applications available from 2005 to present.

Visualization system and method for a web inspection assembly

Patent 6236429 Issued on May 22, 2001. Estimated Expiration Date: Icon_subject January 23, 2018. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.

Patent References

3618063

3779649

3835332

3843890

Optical-electrical web inspection system
Patent #: 3958127
Issued on: 05/18/1976
Inventor: Faulhaber ,   et al.

Binary patterned web inspection
Patent #: 4166541
Issued on: 09/04/1979
Inventor: Smith, Jr.

Optical web inspection system
Patent #: 4170419
Issued on: 10/09/1979
Inventor: Van Tyne ,   et al.

Web inspection system and method therefor
Patent #: 4173441
Issued on: 11/06/1979
Inventor: Wolf

Inspection of elongated material
Patent #: 4232336
Issued on: 11/04/1980
Inventor: Henry

On-line web inspection system
Patent #: 4237539
Issued on: 12/02/1980
Inventor: Piovoso ,   et al.

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Inventor

Assignee

Application

No. 012342 filed on 01/23/1998

US Classes:

348/88, Web, sheet or filament250/559.05, With imaging348/125, Flaw detector348/128, Of surface (e.g., texture or smoothness, etc.)356/238.2, Elongated textile product (e.g., thread, yarn, etc.)382/141Manufacturing or product inspection

Examiners

Primary: Britton, Howard W.

Attorney, Agent or Firm

International Class

H04N 007/18

Abstract

A web inspection apparatus (20) and method for use in identifying surface anomalies (26) on a moving material web (21) including a scanning device (22) and data processing circuitry (23) for monitoring and analyzing the output data of the scanning device (22). The scanning device (22) is configured to continuously scan a surface (25) of the moving web (21) and generates output data representative of the surface of the web. The data processing circuitry (23) is responsive to selected output data representing at least one type of surface anomaly (26) such that Region Of Interest (ROI) data are automatically recorded. This ROI data represents the detected anomaly (26) and an immediate surrounding region (27) including the detected anomaly. The hands-free data processing circuitry (23) continuously monitors and analyzes the output data generated by the scanning device (22) while the ROI data is being stored. A storage device (28) is coupled to the data processing circuitry (23) for storage of the selected ROI data.

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