WO/2016/151203 TOOL FOR SUPPORTING AND GUIDING ELECTRICAL CABLES OF A VEHICLE||WO||29.09.2016|
||PCT/FR2015/053455||RENAULT S.A.S.||BAILLY, Thierry|
The invention relates to a tool (20) for supporting and guiding a set of electrical cables that are intended to be mounted between a passenger compartment and an engine compartment of a vehicle by passing through an opening (23) in a fire wall of said vehicle, characterised in that said tool comprises a supporting portion arranged so as to support said set of electrical cables, and a guiding portion intended to be positioned at least opposite said opening in the fire wall so as to allow guiding and thus to facilitate the passage of said set of electrical cables through the opening in the fire wall of the vehicle.
WO/2016/151217 CHANGE OF CONNECTION OF A NODE IN A PLC NETWORK||WO||29.09.2016|
||PCT/FR2016/050593||ELECTRICITE RESEAU DISTRIBUTION FRANCE||LAVENU, Cédric|
The invention relates to a method for maintaining the connection of a node (1) of a Power-line Communication (PLC) network, the method comprising changing the connection of said node from a first PLC network (A) to a second PLC network (B) when a change is detected in the topology of an electrical network on which the first and/or second PLC network relies.
WO/2016/151258 INTERMODAL CONTAINER REDUCING THE POLLUTION OF THE ENVIRONMENT||WO||29.09.2016|
||PCT/FR2016/050667||NUMA-BEAUJOUR, Sylvia||NUMA-BEAUJOUR, Sylvia|
The invention relates to a device forming a stackable container which can be used to transport products, comprising: a portion forming a crate (1) defining a base (3) and four side walls (6, 8) and a top wall, secured to one another in a sealed manner, made mainly of a plastic material; a door (2) for sealingly closing the crate, forming with the crate, when closed onto same, a sealed box; a system (11) for drawing and compressing gases contained in the closed box; and at least one tight casing (13) for storing the drawn and compressed gases, rigidly connected to the box and forming a bracing frame during transport and a flotation buoy when the container is immersed in water.
WO/2016/151259 COMMUNICATION METHOD WITHIN A DYNAMIC-DEPTH CLUSTER OF COMMUNICATING ELECTRONIC DEVICES, COMMUNICATING ELECTRONIC DEVICE IMPLEMENTING SAID METHOD AND ASSOCIATED SYSTEM||WO||29.09.2016|
The invention relates to a communication method (P100) within a network (NI) of wireless communicating electronic devices (10, 10i) making it possible to dynamically and automatically control the propagation of enrolment messages (MH, MH') during the creation of clusters (C11, C12, C13). The invention also relates to any electronic device implementing said communication method and to any system comprising such a device. Such a communicating electronic device (10, 10i) comprises a processing unit (11) cooperating with a program memory (14) comprising instructions of a program (P), of which the execution or interpretation by said processing unit (11) causes the communication method (P100) to be implemented.
WO/2016/151260 METHOD FOR DETECTING A DEFECT IN A METAL WIRE OF A SET OF METAL WIRES, IN PARTICULAR FOR AN ANCHORING AREA OF A CIVIL ENGINEERING STRUCTURE||WO||29.09.2016|
||PCT/FR2016/050671||SOLETANCHE FREYSSINET||LAGUERRE, Laurent|
The invention relates to a method for detecting defects of at least one metal wire of a set of metal wires, in particular in a cable, the method including: a step of emitting a high-frequency ultrasound signal around a so-called specific frequency in the metal wire; a step of reflecting said ultrasound signal in the metal wire; and a step of receiving the reflected ultrasound signal. The emitted ultrasound signal enables the energisation of at least one high-frequency wave capable of propagating in a longitudinal direction of the metal wire and having a phase velocity that is slightly higher than a compression volume wave velocity in the metal from which the metal wire is made.
WO/2016/151262 NOVEL METHOD FOR PROMOTING NODULATION IN PLANTS||WO||29.09.2016|
||PCT/FR2016/050674||UNIVERSITE TOULOUSE III-PAUL SABATIER||COMBIER, Jean-Philippe|
The present invention relates to the use of micropeptides (peptides encoded by microARNs or "miPEPs") for promoting nodulation between a plant and a bacterium.
WO/2016/151239 METHOD AND DEVICE FOR PROTECTING A POWER GRID||WO||29.09.2016|
||PCT/FR2016/050633||LABINAL POWER SYSTEMS||BENHAMZA, Gilles|
The present invention primarily relates to a method for protecting a power grid (100) from an electrical fault, the electrical fault generating a first signal type and a second signal type that is different from the first signal type, the power grid (100) comprising an electrical power supply (110) and an electrical device (120) between which a contactor (133) is arranged, the contactor (133) being able to be placed in two states: - an open state (0), for which the electrical power supply (110) is not electrically connected to the electrical device (120); - a closed state (1), for which the electrical power supply (110) is electrically connected to the electrical device (120). The method is characterized in that it comprises the following steps: - detecting (210) a signal of the first type; - placing (220) the contactor in the open state (0); - verifying (230), during a predetermined time period referred to as "decided opening time (Tdod)", whether a signal of the second type appears; - keeping (240) the contactor in the open state (0) if a signal of the second type appears during the decided opening time (Tdod); placing (250) the contactor in the closed state (1) if no signal of the second type appears during the decided opening time (Tdod).
WO/2016/151216 MANUAL PUMP||WO||29.09.2016|
||PCT/FR2016/050592||APTAR FRANCE SAS||JOURDIN, Gilles|
Manual pump (P) intended to be associated with a reservoir of fluid product (R), the pump (P) comprising a pump body (B) defining a sliding barrel (F) and comprising a pump chamber (C), the pump (P) comprising an outlet valve (V) and an inlet (E1) for admitting the fluid product into the pump chamber (C) from the reservoir (R), characterised in that: - the pump chamber (C) has no inlet valve, and - one part of the dose of fluid product stored in the pump chamber (C) is pumped through the outlet valve (V) to the dispensing port (O) and the other part of the dose of fluid product stored in the pump chamber (C) is pumped into the reservoir (R) through the inlet (E1).
WO/2016/151252 PIEZOELECTRIC SENSOR AND INSTRUMENT INCLUDING SUCH A SENSOR||WO||29.09.2016|
||PCT/FR2016/050650||UNIVERSITÉ DE LORRAINE||ROUXEL, Didier|
A piezoelectric sensor includes: a body (10) with a central cavity (12); and a membrane (11) extending over the cavity (12), which membrane is fastened to the body (10) via its periphery and includes a carrier layer (111) made of polymer and a sensitive layer (113) made of piezoelectric polymer, the membrane (11) being able to deform or vibrate. The sensitive layer (113) is made of a material comprising a polymer filled with inorganic nanomaterials. Instrument including such a sensor.
WO/2016/151253 METHOD FOR PRODUCING OXYGEN BY VPSA||WO||29.09.2016|
||PCT/FR2016/050651||L'AIR LIQUIDE, SOCIETE ANONYME POUR L'ETUDE ET L'EXPLOITATION DES PROCEDES GEORGES CLAUDE||MONEREAU, Christian|
The invention relates to a method for producing oxygen by adsorbing a stream of atmospheric air, using a VPSA unit comprising at least one adsorber, each adsorber undergoing a single pressure cycle comprising the following steps: a) producing a first stream of gas having an oxygen content T1 while loading the adsorber of the stream of atmospheric air upstream; b) producing a second stream of gas comprising an oxygen content T2 < T1; c) producing a third stream of gas comprising an oxygen content T3 < T2 < T1 while simultaneously extracting a nitrogen-enriched residual stream; d) eluting the adsorber, from which the three streams of gas produced in steps a), b) and c) are taken, exclusively via the second stream of gas produced in step b); e) repressuring the adsorber that underwent the elution of step d) consecutively with at least two streams, first and second repressuring streams, with increasing oxygen content, the first repressuring stream being the third stream of gas produced in step c) and the second repressuring stream being the second stream of gas produced in step b).