Abstract: A thermal protection device includes a cover including a wall, according to a longitudinal axis, with a rear portion adapted to be mounted on the connector so as to surround it at least partially and with a front portion adapted to be mounted on the tubular element and to hold it by a mechanical connection.

Abstract: The quick-connect device for the assembly of first and second fluidic transport elements includes a female connector and a male lock-ring connector configured to cooperate with the female connector and to relatively immobilize axially and in rotation the first element with the female connector. The male connector and the female connector respectively include first and second complementary positioning members configured to define a plurality of predefined discrete positions of assembly of the two male and female connectors, distributed angularly around the main axis, such that in any one of these angular positions, the two connectors are immobilized in rotation relative to one another.

Abstract: The system includes a thermal probe with a heat-sensitive element, a fluid-tight plunger body, shaped to completely wrap the heat-sensitive element of the probe, a probe support including two orifices for joining the system to the duct, linked by an inner channel substantially axially extending in a main flow direction of the fluid in the support and including a radial opening through which the plunger body is configured to be at least partially submerged inside the inner channel. More particularly, the inner channel is delimited by a tubular wall having an inner surface with a depression located facing the opening in order to limit singular pressure losses of the fluid likely to be generated by the presence of the plunger body in the fluid by defining a flow pathway of the fluid around the plunger body.

Abstract: The quick-connect device for the assembly of first and second fluidic transport elements includes a female connector and a male lock-ring connector configured to cooperate with the female connector and to relatively immobilize axially and in rotation the first element with the female connector. The male connector and the female connector respectively include first and second complementary positioning members configured to define a plurality of predefined discrete positions of assembly of the two male and female connectors, distributed angularly around the main axis, such that in any one of these angular positions, the two connectors are immobilized in rotation relative to one another.

Abstract: The manifold includes a column provided according to a longitudinal axis with a plurality of fluid outlet orifices spaced apart from each other. The column is removably mounted from a plurality of modular sections, each column section being provided with at least one female tubular axial fitting and/or with at least one male tubular axial fitting and featuring a radial opening delimiting the outlet orifice. Furthermore, a male tubular fitting is adapted to nest into and slide in a tight manner inside a female tubular fitting to enable a translational displacement of the sections relative to each other in directions of extension and retraction of the manifold in order to vary the spacing between two outlet orifices.

Abstract: The system includes a thermal probe with a heat-sensitive element, a fluid-tight plunger body, shaped to completely wrap the heat-sensitive element of the probe, a probe support including two orifices for joining the system to the duct, linked by an inner channel substantially axially extending in a main flow direction of the fluid in the support and including a radial opening through which the plunger body is configured to be at least partially submerged inside the inner channel. More particularly, the inner channel is delimited by a tubular wall having an inner surface with a depression located facing the opening in order to limit singular pressure losses of the fluid likely to be generated by the presence of the plunger body in the fluid by defining a flow pathway of the fluid around the plunger body.

Abstract: The connecting device for connecting a cable fitted with a conductive shell to a case having a receiving portion, a contact portion, and a conductive joint. The contact portion includes electrical contacts, which are adapted to be joined with the receiving portion and with a printed circuit board. The conductive joint is crimped together with a shielding element of the case, between the receiving and contact portions, with the receiving portion allowing passage of the cable and fitted shell until it is located in abutment with the conductive joint.

Abstract: An electrical contact assembly holder includes a body having a cable interface. A contact holder is attached to the body on a side opposite from the cable interface and is provided with a plurality of contacts arranged in rows. Each of the contacts has a base that secures the contact to the contact holder. At least one electrically conductive plate is disposed inside the body and extends substantially parallel to the contacts from the cable interface to the base of the contacts. The electrically conductive plate is electrically connected to the contacts and has recesses that receive the contacts to separate the rows of the contacts. A resilient tab extends from the electrically conductive plate to an outside of the electrical contact assembly holder. The resilient tab is electrically conductive and is configured to engage a shielding shell of a connector that receives the electrical contact assembly holder.

Abstract: The connecting device for connecting a cable fitted with a conductive shell to a case having a receiving portion, a contact portion, and a conductive joint. The contact portion includes electrical contacts, which are adapted to be joined with the receiving portion and with a printed circuit board. The conductive joint is crimped together with a shielding element of the case, between the receiving and contact portions, with the receiving portion allowing passage of the cable and fitted shell until it is located in abutment with the conductive joint.

Abstract: An electrical contact assembly holder includes a body having a cable interface. A contact holder is attached to the body on a side opposite from the cable interface and is provided with a plurality of contacts arranged in rows. Each of the contacts has a base that secures the contact to the contact holder. At least one electrically conductive plate is disposed inside the body and extends substantially parallel to the contacts from the cable interface to the base of the contacts. The electrically conductive plate is electrically connected to the contacts and has recesses that receive the contacts to separate the rows of the contacts. A resilient tab extends from the electrically conductive plate to an outside of the electrical contact assembly holder. The resilient tab is electrically conductive and is configured to engage a shielding shell of a connector that receives the electrical contact assembly holder.