INTRUDER IMAGING AND IDENTIFICATION SYSTEM

• US 20130057693A1
• Filed: 07/30/2012
• Published: 03/07/2013
• Est. Priority Date: 09/02/2011
• Status: Abandoned Application

• Current Assignee: John Baranek
• Original Assignee: John Baranek
• Inventors: Baranek, John
• Application Number:
  US13/562,134
• Publication Number:
  US 20130057693A1
• Time in Patent Office: Days
• US Class Current: 348/152
• CPC Class Codes: G06V 20/52 Surveillance or monitoring of activities, e.g. for recognising suspicious objects recognising microscopic objects G06V20/69
• CPC Class Codes: G06V 40/166 using acquisition arrangements

Abstract

An intruder identification system for capturing a digital image in a field of view generally comprising an image capturing device and one or a plurality of sound emitters for attracting a gaze of an intruder and a turning of their face to an image capturing position in the field of view. A preferred image capturing position being when both eyes of the intruder are viewable in the field of view of the image capturing device, detectable by the employment of facial recognition software adapted at the task and thereafter digitally storing the image. The identity of the intruder may be determined using software adapted to identify individuals from the captured facial image. The system may also employ means for electronic communication for transmitting the digital image to a video display operatively connected with a users receiving device, such as a smart phone.

Claims

1. An intruder identification system comprising;

means for capturing a digital image of a field of view;

a sound emitter, said sound emitter providing means to attract a gaze of an intruder and a turning of their face to an image capturing position, wherein both eyes of said intruder are viewable in said field of view; and

means to capture a facial image of said intruder while in said image capturing position;

means to digitally store said facial image; and

whereby an intruder viewable within said field of view is induced to turn their head to said image capturing position by said means to produce a sound, whereafter an identity of said intruder may be determined using software adapted to identify individuals from said facial image.

2. The intruder identification system of claim 1 wherein said means for attracting the gaze of an intruder comprises;

a plurality of sound emitters, a first of said sound emitters positioned adjacent to a first side of said field of view;

a second of said sound emitters positioned adjacent to an opposite side of said field of view;

means to sequentially activate each respective sound emitter to emit sequential sounds;

a first of said sounds attracting said gaze of said intruder toward said first side of said field of view;

a second of said sounds attracting said gaze of said intruder toward said opposite side;

said facial image being a series of said facial images taken between a time of said first sound and said second sound; and

said facial image captured being a panoramic said facial image.

3. The intruder identification system of claim 1 wherein means to capture said digital image of a field of view, comprises:

a digital camera, said digital camera communicating a digital image reproducible upon a video screen, said digital image comprising all or portions of said field of view.

4. The intruder identification system of claim 2 wherein means to capture said digital image of a field of view, comprises:

a digital camera, said digital camera communicating a digital image reproducible upon a video screen, said digital image comprising all or portions of said field of view.

5. The intruder identification system of claim 3 additionally comprising:

means for electronic communication of said digital image over a network;

said means for electronic communication having an electronic identifier;

said electronic identifier providing means to pair said means for electronic communication to a receiving device in communication with said network;

said means for electronic communication transmitting said digital image to a video display operatively connected with said receiving device; and

whereby said field of view or said portions thereof including said facial image is viewable at a remote location upon said digital display.

6. The intruder identification system of claim 4 additionally comprising:

means for electronic communication of said digital image over a network;

said means for electronic communication having an electronic identifier;

said electronic identifier providing means to pair said means for electronic communication to a receiving device in communication with said network;

said means for electronic communication transmitting said digital image to a video display operatively connected with said receiving device; and

whereby said field of view or said portions thereof including said facial image is viewable at a remote location upon said digital display.

7. The intruder identification system of claim 5 additionally comprising:

said intruder identification system employing battery power for operation thereof;

control software running on a microprocessor, said control software configured to determine if a said facial image has been captured by said digital camera;

an

said control software energizing said means for electronic communication over said network to operate, only upon a determination said facial image has been captured, thereby providing means to conserve said battery power by a minimizing of employment of said means for electronic communication over said network.

8. The intruder identification system of claim 6 additionally comprising:

said intruder identification system employing battery power for operation thereof;

control software running on a microprocessor, said control software configured to determine if a said facial image has been captured by said digital camera;

an

said control software energizing said means for electronic communication over said network to operate, only upon a determination said facial image has been captured, thereby providing means to conserve said battery power by a minimizing of employment of said means for electronic communication over said network.

9. The intruder identification system of claim 5 additionally comprising electronic means for aiming, comprising:

communicating indicia to said video display operatively connected with said receiving device;

said indicia superimposing aiming lines upon a said digital image of said field of view; and

said lines providing means to aim said digital camera while viewing said video display.

10. The intruder identification system of claim 6 additionally comprising electronic means for aiming, comprising:

communicating indicia to said video display operatively connected with said receiving device;

said indicia superimposing aiming lines upon a said digital image of said field of view; and

said lines providing means to aim said digital camera while viewing said video display.

11. The intruder identification system of claim 9 additionally comprising:

software adapted to monitor pixels in said field of view and activate said digital camera to capture images of said field of view if movement of said pixels is determined; and

said lines defining portions of said field of view where said moment in said pixels is ignored.

12. The intruder identification system of claim 10 additionally comprising:

software adapted to monitor pixels in said field of view and activate said digital camera to capture images of said field of view if movement of said pixels is determined; and

said lines defining portions of said field of view where said moment in said pixels is ignored.

13. A method for capturing digital identifiable facial images of an intruder employing a intruder identification system comprising intruder detection means, means for capturing a digital image of a field of view, means for attracting the gaze of an intruder toward a line of sight extending forward of said means for capturing a digital image, means to capture a facial image of said intruder during said gaze, and a data storage means, comprising the steps of;

employing said intruder detection means to detect an intruder entering said field of view;

employing said means for attracting said gaze of said intruder while in said field of view;

capturing a said facial image within said field of view, during said gaze; and

storing said captured image in a remote data storage location remote to said means for capturing said digital image as a means to prevent destruction thereof by said intruder.