Abstract: The present invention relates to a dual-technology detecting system, comprising: -an archway, -a metal detector housed in a first segment of the side panels, -a millimetre-wave body scanner housed in a second segment of the side panels, said body scanner comprising at least one antenna configured to emit radiant energy, wherein, within the first segment, the internal faces of the side panels are separated by a distance at least equal to 800 mm and smaller than or equal to 900 mm, and within the second segment, a maximum distance between the internal faces of the side panels is larger than or equal to 1000 mm and smaller than or equal to 1200 mm.

Abstract: The present invention concerns a measurement system (10) of an individual's body temperature comprising: an archway (11) delimiting a passageway (9) for an individual; a visible spectrum camera (6) fixed onto the archway (11) so that a field of view (31) of the visible spectrum camera (6) covers at least a portion of the passageway (9); an infrared camera (12) fixed onto the archway (11) so that a field of view (32) of the infrared camera (12) covers all or part of the portion of the passageway (9); and a processing unit (15) configured to identify the pixels corresponding to the individual's face in the visible image, to determine the corresponding pixels in the electronic image and to determine a maximum temperature value associated with the pixels corresponding to the face in order to deduce therefrom a body temperature of the individual.

Abstract: The invention concerns a method for inspecting a person by using a detector (100), the detector (100) including a gate (110) and an image capturing device (120) for imaging the person (P) passing through the gate (110), the method comprising: imaging the person (P) when said person (P) is passing through the gate (110), buffering the images taken by the image capturing device (120), and detecting a suspect item (S), wherein the detection of a suspect item (S) sets off an automatic recording of relevant images among the buffered images corresponding to an interval of time starting before the detection of the suspect item (S) and ending after said detection, and wherein the relevant images and the data corresponding to the suspect item (S) detected during the detection step are automatically matched and sent together to an operator in a single output.

Abstract: An identifying process and a booth provided with interblocking doors operated in accordance with the process. The booth is provided with a weighing mechanism and a biometric reader placed inside of the booth, which operates in conjunction with a programmed logic unit. Critical information relating to the person who seeks to pass through the booth to a secured area is transmitted from a data card carried by the person to the programmed logic unit from an identity card reading unit, from a reading of the weight of the person and from reading of biometric data, so that after comparison of the data with that on the person's identify card, the programmed logic unit will verify if the person in transit is to be permitted entry and then command the opening and closing of the interblocking doors of the booth as well as any other desired apparatus.