Gregorj S.r.l

The present invention refers to a device for personal protection against ionizing radiation (1), in particular against X-rays, wearable by a user and comprising:- an outer layer (2) forming an outer surface of the device for personal protection against ionizing radiation,- an inner layer (3) forming an inner surface opposed to the outer surface, under conditions of use of the device the inner surface being intended to face, and/or come into contact with, the user,- a protective core (23), in particular a shielding foil, suitable for shielding against ionizing radiation, the protective core being arranged between the outer layer and the inner layer.The device (1) also comprises a drainage insert (4) configured to drain water and/or other liquids which may possibly have accumulated between the outer layer and the inner layer. The drainage insert (4) is cross-linked.

The present invention refers to an apparatus (1, 1') for checking, by means of artificial intelligence, the integrity of radioprotective personal protective equipment (21, 21', 21"). The apparatus (1, 1') comprises: a checking chamber (2), personal protective equipment supporting means (3, 3'), X-ray emission means (4), X-ray detection means (5), a control unit (6) implementing artificial intelligence. The control unit (6) is configured to perform the following operations:∘ obtaining, by artificial intelligence, an index of suitability (IN) for the radioprotective personal protective equipment,∘ based on the obtained index of suitability (IN), assessing, preferably by means of artificial intelligence, whether the radioprotective personal protective equipment is defective or potentially defective.

The present invention refers to a system (1) for training personnel in charge of interventional-radiological activities. The system (1) comprises: - an apparatus (2) simulating a radiological-type apparatus, preferably the apparatus (2) having at least one "C-shaped" operative portion (8), - a dummy (5) adapted to simulate a patient, - a simulating operating table (3) provided with an abutment plane (4), the table (3) being configured to support the dummy (5), At least one between the apparatus (2) and dummy (5) comprises at least one light source (6, 7) configured to: - simulate different types of radiological emission, and - emit light radiation according to different frequencies.

Lighting device (1) comprising: a support structure (2) extending along a longitudinal direction (X); a first (10) and a second projecting wall (20) extending transversely from such support structure (2) and being mutually opposed; an LED lighting module positioned in the support structure (2); a first detection unit (31) placed at the first projecting wall (10); a second detection unit (32) placed at the second projecting wall (20). The detection units (31, 32) are oriented opposite each other and define a detection zone (J) between said projecting walls (10, 20) to detect an object (40) interposed between said projecting walls. The first detection unit (31) provides first input data to a main control unit and the second detection unit (32) provides second input data to the main control unit, so that said main control unit, based on said input data, provides command data to the LED lighting module. The first input data represent a distance between the object (40) and the first detection unit (31) and the second input data represent a distance between the object (40) and the second detection unit (32).

Shelf support system (1) comprising a shelf (2) comprising: a main body (20), a lighting device, a first (21) and a second connection elements (22). Each connection element (21, 22) comprises a conductive element (23) that includes a coupling portion (25) and a power supply portion (26), and an insulating element (24) that includes a fulcrum portion (27). Said connection elements (21, 22) are connected to the main body (20) in such a way that the fulcrum portion (27) is interposed between the coupling portion (25) and the main body (20). Each power supply portion (26) is electrically connected to the power supply device. The shelf support system (1) comprises a support structure (3) comprising a central housing (30), in which a first (41) and a second central electrified rails (42) are housed, and comprising a central opening (31) through which the connection elements (21, 22) of the shelf (2) are inserted into the central housing (30), so that the coupling portion (25) of the first connection element (21) abuts the first central electrified rail (41) and the coupling portion (25) of the second connection element (22) abuts the second central electrified rail (42), and that the fulcrum portions (27) of the first (21) and the second connection elements (22) both abut a first wall (32) delimiting such central housing (30), each power supply portion (26) being electrifiable via said abutment between the coupling portions (25) and the central electrified rails (41, 42), to power the lighting device.

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …