Abstract: Egg laying device for flies, the device comprising: —a fly cage (20) comprising a container (22) comprising: —a base wall (26) which defines a base surface (30) which is orientated towards the interior of the cage (20), and —a lateral wall (28) which surrounds the base surface (30) and which defines a lateral surface (33) which is orientated towards the interior of the cage, and —a laying nest (50) which is intended to receive eggs laid by flies (M) which are enclosed in the cage (20), in which device the base surface and/or the lateral surface has/have, over more than 90% of the area(s) thereof, a radius of curvature greater than 0.5 cm, wherein the base surface (30) extends in a plane in an uninterrupted manner as far as the junction zone with the lateral surface (33).

Abstract: Egg laying device for flies, the device comprising:—a fly cage (20) and—a laying nest (50) which is intended to receive the eggs laid by flies which are enclosed in the cage (20), in which device the cage (20) is passed through by at least one egg laying aperture (54) which opens towards the exterior of the cage via an external opening (56), and wherein the laying nest (50) is arranged outside the cage and defines an egg laying zone (52) which extends opposite the external opening (56).

Abstract: An inspection device for inspecting tangential recesses in a rotor disk by means of eddy currents is disclosed. The device includes a probe containing a plurality of sensors arranged to acquire a plurality of data series during a scan stroke, and the probe is mounted on moving equipment that is slidable in a support that is provided with two positioning members for co-operating with recesses neighboring the recess for inspection.

Abstract: An inspection device for inspecting tangential recesses in a rotor disk by means of eddy currents. The device comprises a probe containing a plurality of sensors arranged to acquire a plurality of data series during a scan stroke, and the probe is mounted on moving equipment that is slidable in a support that is provided with two positioning members for co-operating with recesses neighboring the recess for inspection.

Abstract: A hand-operated feeler includes a rod on a crossed movement table mounted on a support fitted with an immobilization device at a fixed reference as compared to the part to be measured and a processing unit configured to store and process the results. Such a device results in rapidly measuring the contours of parts including deep and sunken honeycomb cells.

Abstract: A hand-operated feeler comprises a rod 8 on a crossed movement table 6, itself mounted on a support 5 fitted with immobilization means at a fixed reference as compared to the part to be measured 1; a processing unit 7 stores and processes the results. Such a device results in rapidly measuring the contours of parts comprising deep and sunken honeycomb cells.