Abstract: There are provided a laser joining head assembly and a laser joining method for simultaneously performing joint tracking and seam inspection of a joint while said joining head assembly is in relative motion along the joint. The laser joining head assembly comprises integrated tracking laser line projecting means and integrated inspection laser line projecting means for respectively projecting a tracking laser line and an inspection laser line on the joint, thereby allowing to respectively generate successive joint transverse profiles and seam transverse profiles. These profiles are processed to respectively provide joint data and seam data, thereby allowing to perform said joint tracking and said seam inspection of said joint during said motion.

Abstract: A hybrid compact sensing apparatus for generating signals usable for guiding a process robot as a function of an object detected in a scene. The apparatus comprises a laser light generator, two optical sensors, one or more ultrasound sensors, and a control unit, all integrated in a same housing. The laser light generator and the optical sensors form a detection arrangement having a limited detection range compared to that of the ultrasound sensors. The control unit has a processing circuit monitoring the distance of the object measured by the ultrasound sensors, and triggering on the laser light generator and triggering use of the depth profile signals produced by the optical sensors among the signals usable for guiding the process robot when the distance measured by the ultrasound sensors falls within the limited detection range. Integration of an audio and video sensing unit to the apparatus enables remote monitoring.

Abstract: A hybrid compact sensing apparatus for generating signals usable for guiding a process robot as a function of an object detected in a scene. The apparatus comprises a laser light generator, two optical sensors, one or more ultrasound sensors, and a control unit, all integrated in a same housing. The laser light generator and the optical sensors form a detection arrangement having a limited detection range compared to that of the ultrasound sensors. The control unit has a processing circuit monitoring the distance of the object measured by the ultrasound sensors, and triggering on the laser light generator and triggering use of the depth profile signals produced by the optical sensors among the signals usable for guiding the process robot when the distance measured by the ultrasound sensors falls within the limited detection range. Integration of an audio and video sensing unit to the apparatus enables remote monitoring.

Abstract: There are provided a laser joining head assembly and a laser joining method for simultaneously performing joint tracking and seam inspection of a joint while said joining head assembly is in relative motion along the joint. The laser joining head assembly comprises integrated tracking laser line projecting means and integrated inspection laser line projecting means for respectively projecting a tracking laser line and an inspection laser line on the joint, thereby allowing to respectively generate successive joint transverse profiles and seam transverse profiles. These profiles are processed to respectively provide joint data and seam data, thereby allowing to perform said joint tracking and said seam inspection of said joint during said motion.

Abstract: The light pinpointing device is for producing a pinpointing light signal at an operative center point of a robot tool. The pinpointing light signal is useful to properly position the robot tool during the teaching phase. The light pinpointing device comprises a frame having first and second opposite ends, the first end being provided with a fastener for fastening the frame to an end of the robot tool. A light source assembly is provided to produce a pair of light beams inside the frame. A lens in front of the light source assembly is provided for directing the light beams through the second end of the frame in converging directions so that the light beams intersect with each other at a distance from the end of the robot tool corresponding to the operative center point thereof, thereby providing the pinpointing light signal.

Abstract: A fuse cartridge specifically designed to resist axial compressive forces is disclosed. The tubular body of the cartridge is reinforced by an insulating spacer between the heads of the cartridge which is capable of resisting such compressive forces. The spacer is normally located on the axis of the cartridge but may itself be tubular and surround the fusible elements if desired. The cartridge is particularly designed for mounting radially on a rotatable support with its outer end secured thereto and a fixing lug may be provided for this purpose. To compensate for the mass of the lug, a lateral cutaway is formed in the head from which it extends.

Abstract: In a fuse cartridge the indicator button, normally retained within a head of the cartridge and adapted to protrude outwardly when the latter has "blown", is disposed axially to the said head and the contact blade corresponding to the latter has a notch formed in its inner transverse edge (the edge connected to the head) in order to define a space which may receive the indicator button. Moreover the lateral sides of the blade have laterally projecting ribs to limit the portion of said blade which may be inserted into the clamp of a cartridge support, thus preventing such a clamp from hindering the protruding movement of the indicator button.