Integrated access gateway

Abstract

An improved integrated access gateway and related systems and methods for controlled access to a defined environment including metal detection and at least one thermal imaging device is disclosed. A method for thermal detection of a fever in a human subject as part of the integrated access gateway is further disclosed. For embodiments of the integrated access gateway, information relating to refused access is provided to the individual and employer and/or appropriate governmental agency.

Claims

1. An integrated access gateway comprising, in combination: (a) a walkthrough metal detector comprising a frame; (b) at least one thermal camera mounted on a top portion of the metal detector frame; (c) a secondary thermal reader attached to the metal detector frame; (d) a display panel screen on a front top portion of the metal detector frame; (e) an alarm panel attached to the metal detector frame; (f) two Internet Protocol cameras attached to the metal detector frame; (g) a voice announcement board attached to the metal detector frame; (h) a microphone connected to a Session Initiation Protocol gateway attached to the frame for two-way telephone voice connection; (i) a Human Interface Device reader attached to the metal detector frame; (j) an Input/Output Board connected to the metal detector frame; and (k) a speaker connected to the metal detector frame.

2. The integrated access gateway of claim 1, wherein the thermal camera and secondary temperature detector comprise: (a) signal processing equipment; (b) a fever threshold generator; (c) at least one signal comparator; and (d) at least one signal indicator.

3. The integrated access gateway of claim 1, further comprising a target gate positioned in view of the at least one thermal imaging camera.

4. The integrated access gateway of claim 1, further comprising at least one source of a reference thermal radiation signal having a preset level of thermal radiation.

5. The integrated access gateway of claim 2, further comprising a fever threshold generator that generates a threshold in relation to ambient temperature.

6. The integrated access gateway of claim 2, further comprising at least one source of a reference thermal radiation signal having a preset level of thermal radiation.

7. The integrated access gateway of claim 1, further comprising a position detector attached to the metal detector frame for detecting presence of a human subject within a field of view of the thermal imaging camera.

8. A method for an integrated access gateway system comprising the steps: (a) providing a walk through metal detector comprising a frame, at least one thermal camera mounted on a top portion of the metal detector frame, a secondary thermal reader attached to the metal detector frame, a display panel screen on a front top portion of the metal detector frame, an alarm panel attached to the metal detector frame, two Internet Protocol cameras attached to the metal detector frame, a voice announcement board attached to the metal detector frame, a microphone connected to a Session Initiation Protocol gateway attached to the frame for two-way telephone voice connection, a Human Interface Device reader attached to the metal detector frame, an Input/Output Board connected to the metal detector frame, and a speaker connected to the metal detector frame; (b) positioning a single human candidate for controlled access in an operable zone for the metal detector and non-contact fever detection system which includes a thermal camera and a secondary thermal reader; (c) receiving identifying credential(s) from the human candidate for controlled access; (d) scanning the human candidate for controlled access for concealed threats or fever; (e) receiving the human candidate for controlled access into the controlled area if no alarms are received from the metal detector and non-contact fever detection systems or segregating the human candidate for controlled access upon alarm from either the metal detector and non-contact fever detection system with instruction from a supervisory attendant; (f) providing a segregated human candidate for controlled access with information about the reason for being denied controlled access; and (g) providing human relations or governmental agencies with information regarding denying the human candidate for controlled access.

Description

BRIEF DESCRIPTION OF DRAWINGS

(1) These and other features, aspects, and advantages of the integrated access gateway to a controlled area will become better understood regarding the following description, and drawings as further described.

(2) FIG. 1 is a perspective view of an embodiment of the integrated access gateway to a controlled area.

(3) FIG. 2 is a schematic overview for a method of use of the noncontact fever detection system for an embodiment of the integrated access gateway to a controlled area

BEST MODE FOR CARRYING OUT THE INVENTION

(4) Embodiments of the disclosed integrated access gateway to a controlled area are depicted generally in FIGS. 1-2.

(5) An embodiment of the integrated access gateway to a controlled area includes a standard walkthrough metal detector 10, a thermal camera 12 mounted on top of the metal detector 10, a secondary thermal reader 22, a display panel screen 11 on the front portion of the top of the metal detector 10 frame, an alarm panel 14, two IP cameras 18 and 19, a voice announcement board 15 and microphone 16 connected to a SIP gateway 17 for two-way telephone voice connection, an Human Interface Devices (HID) reader 20, an Input/Output Board, 21, and a speaker 23, FIGS. 1 and 2.

(6) The thermal camera 12 and secondary thermal reader 22 for an embodiment of the integrated access gateway to a controlled area is part of method for the thermal imaging system, FIG. 2 which provides at least one thermal imaging camera 12 mounted on the top of the metal detector 10 frame, signal processing equipment, a fever threshold generator, at least one signal comparator, and at least one indicator.

(7) An embodiment of the integrated access gateway includes a target gate positioned in view of the at least one thermal imaging camera.

(8) An embodiment of the integrated access gateway includes at least one source of a reference thermal radiation signal having a preset level of thermal radiation.

(9) An embodiment of the Integrated access gateway provides a fever threshold generator that generates a threshold in relation to ambient temperature.

(10) An embodiment of the integrated access gateway includes a position detector for detecting presence of a human subject within a field of view of the thermal imaging camera.

(11) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject includes the steps: a) exposing the face of a human subject to a thermal imaging camera; b) taking a thermal image of the face of the human subject by a thermal imaging camera; and c) processing a thermal image to determine the maximum level of thermal radiation from the face of the human subject.

(12) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of comparing the maximum level of a thermal radiation with a pre-selected threshold value.

(13) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of indicating fever if the level of a thermal radiation exceeds the threshold value.

(14) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of positioning a human subject within the opening of a target gate.

(15) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of generating an infrared signal by a reference target positioned within the field of view of the thermal imaging camera.

(16) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of computing a skin temperature of a human subject as function of the maximum level of thermal radiation.

(17) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of computing a core temperature of a human subject including an adjusting of the maximum level of thermal radiation by the value of a reference temperature.

(18) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject where a reference temperature is an ambient temperature.

(19) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject provides a reference temperature as a temperature computed from a thermal radiation detected by an imaging camera from clothing of the human subject.

(20) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of exposing the infrared camera to a reference target and adjusting the pre-selected threshold by the infrared signal from a reference target.

(21) A method of an embodiment of the integrated access gateway system for noncontact detection of a fever in a human subject further includes the step of taking a picture of a human subject by a video camera operating substantially in a visible spectral range and adjusting the position of the thermal imaging camera to position its field of view over the human subject.

(22) A method of an embodiment of the integrated access gateway system includes steps: a) providing at least one walkthrough metal detector 10, a thermal camera 12 mounted on top of the metal detector 10 frame, a secondary thermal reader 22, a display panel screen 11 on the front portion of the top of the metal detector 10 frame, an alarm panel 14, two IP cameras 18 and 19, a voice announcement board 15 and microphone 16 connected to a SIP gateway 17 for two-way telephone voice connection, an HID reader 20, an Input/Output Board, 21, and a speaker 23, FIGS. 1 and 2; b) positioning a single human candidate for controlled access in an operable zone for the metal detector and noncontact fever detection system which includes a thermal camera 12 and a secondary thermal reader 22; c) receiving identifying credential(s) from the human candidate for controlled access; d) scanning the human candidate for controlled access for concealed threats or fever; e) receiving the human candidate for controlled access into the controlled area if no alarms are received from the metal detector and noncontact fever detection systems or segregating the human candidate for controlled access upon alarm from either the metal detector and noncontact fever detection system with instruction from a supervisory attendant 26; f) providing a segregated human candidate for controlled access with information about the reason for being denied controlled access 31; and g) providing human relations or governmental agencies with information regarding denying the human candidate for controlled access.

(23) Apparatus, systems and methods for improved integrated access gateway control are disclosed. Variations of the disclosed apparatus, systems and methods for improved integrated access gateway control would be useful to those with ordinary skill in the art.