Abstract: A device including a base body and a resin feed device to fill the base body with resin. The base body includes an area not to be filled by the resin and an opening at a level of an upper end, the area not to be filled being situated at the upper end of the base body and extending inside the base body. The resin feed device includes an injection column coinciding with the opening and extending inside the base body so that, during the filling, resin enters the interior of the base body via the injection column. The injection column extends more deeply inside the base body than the area to be filled, wherein when, during the filling, the resin reaches the injection column, air trapped in the base body is compressed, whereby the filling is stopped automatically, so that the area not to be filled is not filled.

Abstract: A device including a base body and a resin feed device to fill the base body with resin. The base body includes an area not to be filled by the resin and an opening at a level of an upper end, the area not to be filled being situated at the upper end of the base body and extending inside the base body. The resin feed device includes an injection column coinciding with the opening and extending inside the base body so that, during the filling, resin enters the interior of the base body via the injection column. The injection column extends more deeply inside the base body than the area to be filled, wherein when, during the filling, the resin reaches the injection column, air trapped in the base body is compressed, whereby the filling is stopped automatically, so that the area not to be filled is not filled.

Abstract: A device including: an actuation unit that is a rotatable ring including a permanent magnet affixed to an inner periphery of the ring, wherein the ring is capable of assuming several predetermined angular positions and the permanent magnet moves with the ring; an integrally closed enclosure on which the actuation unit is mounted enabling adjustment of a parameter or operating mode of the device, wherein the ring surrounds the enclosure; one or more sensors that can be guided by magnetic effect according to an angular position of the ring, each sensor being capable of sending at least one signal corresponding to a modification of the parameter or of the operating mode of the device; and means for processing each signal and for changing the parameter or the operating mode of the device depending on each signal.

Abstract: The invention relates to a device comprising an integrally closed enclosure (10) on which an actuation unit (6) is mounted enabling contactless adjustment of a parameter or operating mode of the device, the device comprising: a magnet (4) driven in its movement by the actuation unit and capable of assuming several predetermined positions; one or more sensors (2) that can be guided by magnetic effect during movement of the actuation unit, each sensor (2) being associated with one or more parameter values or with one or more operating modes of the device; processing means (50) allowing the device to be adjusted according to the parameter value or according to the actuation mode corresponding to one or more sensors (2) controlled by the magnet (4).

Abstract: A photoelectric detector includes an electronic card connected to an emit member and a receive member, the emit member emits at least a first light signal, and the receive member receives at least a second light signal reflected from the first light signal; a cap that includes an emit lens and a receive lens made of a translucent material and positioned in front of the emit member and the receive member, respectively; and a fixing support made of an opaque material to which the card and the cap are fixed. The support has a protruding central blade that is inserted into a separating slot in the cap, between the emit lens and the receive lens.

Abstract: A photoelectric detector includes an electronic card connected to an emit member and a receive member, the emit member emits at least a first light signal, and the receive member receives at least a second light signal reflected from the first light signal; a cap that includes an emit lens and a receive lens made of a translucent material and positioned in front of the emit member and the receive member, respectively; and a fixing support made of an opaque material to which the card and the cap are fixed. The support has a protruding central blade that is inserted into a separating slot in the cap, between the emit lens and the receive lens.