A. Raymond Et Cie

A. Raymond Et Cie Scs

Mansour Mbaye

Urs Grether

Julien Rat

Christian Fräulin

Emile Ferrand

Thierry Guerin

Christian Schoelzel

Jean-Luc Jesslen

Jan Kupfer

An intermediate assembly for a temperature measuring device comprises: a temperature sensor including a measuring cell and two metal branches, two electrical connection pins each having an attachment portion and a connection portion, both of the metal branches respectively being electrically linked to both of the electrical connection pins, at their attachment portion; the attachment portions of the two pins extending in a main plane and an end of the measuring cell occupying a predetermined position with respect to a reference point of the electrical connection pins, a plastic casing formed by at least two inserts positioned against the electrical connection pins, on either side of the main plane, the casing defining a clamp to hold the measuring cell along at least one transverse axis normal to the main plane.

Method for manufacturing a temperature measuring device intended to be connected to a fluid connector, and associated intermediate assembly

A fluid connector comprises a body, an assembly interface arranged on and in the body, a pressure sensor, a cover, and a resilient element positioned between the cover and one face of the pressure sensor. The body has two fluid connection end pieces and an internal duct. The assembly interface comprises an orifice placing the internal duct in communication with the outside of the body, a first receiving area extending around the orifice, a second receiving area extending around the first receiving area, and attachment regions. The pressure sensor is in contact with the first receiving area via a first gasket. The cover is positioned on the pressure sensor and is in contact with the second receiving area via a second gasket to isolate the pressure sensor from the outside environment. The cover comprises side wings configured to cooperate with the attachment regions.

Fluidic connector provided with a pressure sensor

A protective housing for protecting an electronic device includes a plurality of walls defining a casing, a plurality of partitions, and at least one flow groove. One of the walls of the housing, referred to as the main wall, has an opening covered with a membrane for exposing a part of a measuring device to atmospheric pressure. The plurality of partitions are arranged on the outer surface of the main wall and separated from each other by passages. The plurality of partitions are arranged around the opening to completely surround the opening and protect the membrane. The at least one flow groove is arranged next to the opening, in order to allow liquid that may accumulate around the opening and/or against the partitions to be discharged. The present disclosure also concerns a pressure sensor, in particular, for a tank of a motor vehicle, using such a protective housing.

Protective housing for protecting an electronic device from environmental conditions

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Moirans, France

Mansour Mbaye