Abstract: A module for connecting a cable to an electrical connector. The module comprises connecting pins that are able to establish, as such, a contact between conductive wires of the cable and the tracks of a printed circuit board of the connector. A data-transferring device comprising such a module also is disclosed.

Abstract: A module for connecting a cable to an electrical connector. The module comprises connecting pins that are able to establish, as such, a contact between conductive wires of the cable and the tracks of a printed circuit board of the connector. A data-transferring device comprising such a module also is disclosed.

Abstract: A smart module (1) intended to equip a passive panel (12) of a patch enclosure comprising two lateral uprights (16, 17) bearing a series of passive panels. The module (1) comprises a body (2) in the form of a ruler and two fixing tabs (3, 4), each fixing tab (3, 4) comprising at least one hole (21-24) allowing it to be fixed rigidly to an upright (16, 17) by means of a screw, each fixing tab (3, 4) being able to be rigidly secured to an end of the body (2) by snap-fitting.

Abstract: A smart module (1) intended to equip a passive panel (12) of a patch enclosure comprising two lateral uprights (16, 17) bearing a series of passive panels. The module (1) comprises a body (2) in the form of a ruler and two fixing tabs (3, 4), each fixing tab (3, 4) comprising at least one hole (21-24) allowing it to be fixed rigidly to an upright (16, 17) by means of a screw, each fixing tab (3, 4) being able to be rigidly secured to an end of the body (2) by snap-fitting.

Abstract: The invention relates to a parallelepipedal framework (1) of an electrical panel or enclosure comprising: a first rectangular base (b1) and a second rectangular base (b2) each formed by four rails (10, 11), four lateral rails (12, 13, 14, 15) perpendicular to the bases and connecting the two bases together, forming four lateral faces (f1, f2, f3, f4) parallel in twos, two first parallel lateral faces (f1, f3) each comprising an oblique rail (16, 17) fastened along a diagonal of the said face, the four lateral rails (12, 13, 14, 15) and the two oblique rails (16, 17) comprising fastening ends articulated on each of the two bases (b1, b2) arranged to cause the said oblique rails (16, 17) and lateral rails (12, 13, 14, 15) to pivot on two planes formed by the said first lateral faces (f1, f3) so as to be able to maneuver the framework between a folded position and an unfolded position.

Abstract: The invention relates to a method of reading, detecting or quantifying at least one biological reaction, on a support, between either a recognition molecule and a labeled target molecule or between a target molecule and a labeled detection molecule. The inventive method comprises treating the support under physicochemical conditions that allow the following: either the separation of the recognition molecule and the labeled target molecule or the separation of the target molecule and the labeled detection molecule. The inventive method further comprises producing images before and after the physicochemical treatment that can be used to determine the specific and non-specific bindings between the different molecules. The invention also relates to hybrids and complexes used in the inventive method and to a biochip containing the same which is used to carry out the inventive method. The invention is particularly suitable for use in the field of diagnosis.

Abstract: The invention relates to hydraulic device produced from one or several components, for example from a support comprising: an operative cavity, at least two ducts, for example an inlet and outlet for a liquid of interest which communicate with said operative cavity, at least two valve bodies with no moving pieces for control of said cavity. The above is characterised in that said device further comprises two trapping chambers for a gas, for example, air, in communication only and respectively with two ducts, by means of two connecting channels respectively, both pertaining to thermal exchange with a heat source.

Abstract: The invention relates to a method of reading, detecting or quantifying at least one biological reaction, on a support, between either a recognition molecule and a labeled target molecule or between a target molecule and a labeled detection molecule. The inventive method comprises treating the support under physicochemical conditions that allow the following: either the separation of the recognition molecule and the labeled target molecule or the separation of the target molecule and the labeled detection molecule. The inventive method further comprises producing images before and after the physicochemical treatment that can be used to determine the specific and non-specific bindings between the different molecules. The invention also relates to hybrids and complexes used in the inventive method and to a biochip containing the same which is used to carry out the inventive method. The invention is particularly suitable for use in the field of diagnosis.

Abstract: A connector-mounting assembly comprises: a longitudinal mounting shelf provided with fastening means for fastening to at least one rail, and with catch means placed along the length of the shelf; and at least one connector support having a front face, a rear face, a bottom end, and a top end, said support being provided with fixing means co-operating with the catch means of the shelf to fix the support to the shelf, and with reception means adapted to receive a suitable connector that is accessible from the front face, wherein the catch means extend in repeating manner substantially along a single line, and the fixing means of the support are situated at one end of the support so that the support projects vertically from the shelf when the shelf is fastened to a vertical support rail.

Abstract: The invention concerns a device for mixing fluids.

Abstract: A connector-mounting assembly comprises:

Abstract: A low-voltage connector provided with a plurality of pins arranged in pairs, each pin being provided with a contact zone at the front of the connector, which contact zone serves to come into electrical contact when an associated connector is plugged in, and with a connection zone at the rear of the connector, which connection zone normally serves to establish electrical connection with a respective conductor wire, an adapter provided with connection means co-operating, instead of said conductor wires, with the connection zones of the pins and with contact means serving to come into electrical contact with a separate component, wherein said connection zones comprise insulation-displacement contacts provided with slots, and the connection means of the adapter comprise pins inserted into the slots of the insulation-displacement contacts.

Abstract: The invention concerns a device for measuring the position of the fixing point (P') of an eye on a video screen (19) comprising: a mobile support (10) positioned close to the eye and on which first illumination means (12) and a video camera (11) are fixed so as to embody images of the eye, and a fixed support (17) distant from the eye and on which the video screen orientated opposite the eye and a plurality of luminous sources illuminating the eye in alternative with the first illumination means are positioned and disposed around the video screen so as to create on the eye corneal reflections and means (20) for treating the images obtained from the eye.