Patent ID: 9267967
Filing Date: 2016-02-23
CPC Classification: G01R

Claim Text:
1. A device for the electromagnetic testing of at least one object, comprising: a network of electromagnetic probes for transmission and/or for reception of electromagnetic radiations towards or from the object being tested, a support structure for supporting the network of electromagnetic probes, the support structure comprising anechoic electromagnetic absorbers, and and a support for supporting the object being tested, wherein the support structure for supporting the network of electromagnetic probes comprises at least one conductive wall extending according to the three dimensions of space all around the support for the object being tested, to form a Faraday cage fully closed around the object being tested when the latter is on the support, wherein on its inner side turned towards the object being tested and the support, the anechoic electromagnetic absorbers are located in intervals between the electromagnetic probes, wherein the support structure comprises at least one upright to which the electromagnetic probes and the at least one conductive wall are fixed, wherein the anechoic electromagnetic absorbers are also provided on an inner side of the at least one upright in the intervals between the electromagnetic probes, wherein a closed volume delimited by the support structure contains a relative displacement system for relative displacement of the support relative to the support structure according to at least one degree of liberty, wherein the relative displacement system located inside the support structure is constituted by at least one first relative angular displacement system enabling at least one first determined sliding angular displacement of the support structure relatively to the support about a non-vertical geometric axis, wherein the support structure rests on a lower base, wherein provided between the lower base and the support structure is another angular displacement system enabling to displace the support structure relative to the lower base by a second angle, which is in a same vertical plane as the first determined sliding angular displacement, which is of the same absolute value as the first determined sliding angular displacement and which is opposite to the first determined sliding angular displacement of the first relative angular displacement system of the support relative to the support structure, so that the support for the object being tested retains a prescribed and substantially constant position relative to a vertical axis.