WO/2016/166422 FLUID CONNECTION/HEATING DEVICE, FLUID TRANSFER CIRCUIT INCORPORATING SAID DEVICE, METHOD OF ASSEMBLY OF THE DEVICE AND CIRCUIT||WO||20.10.2016|
The invention relates to a fluid connection and heating device, to the method of assembly thereof, to a fluid transfer circuit, e.g. "SCR", incorporating said device, and to the method of assembly thereof. This device (1) comprises: - an outer connector (40), inside which the following are formed: * a first axial channel (41) from a first port (O1) of the connector for a fluid that is to be heated, and * a second channel (42) that surrounds said first channel, is intended for a coolant and comprises a radial portion (44) and an axial portion (45) that extends said radial portion as far as a second port (O3) of the connector that is coaxial to the first port; and - an insert (50) that is mounted in the connector and connects the first port to a first pipe (20) via the first and second insert ends (51 and 52) that are adjacent to the first and second ports, the insert defining the first channel and the annular axial portion formed between the insert and a tubular wall (46) of the connector as far as the second port. The insert is mounted by sliding (F) through the second port from an intermediate position to a final position in which the second end of said insert is outside and inside the second port, respectively.
WO/2016/166439 DEVICE FOR TRANSPORTING OBJECTS AND CONVEYING AND WEIGHING DEVICE PROVIDED WITH SUCH TRANSPORTING DEVICES||WO||20.10.2016|
||PCT/FR2016/050761||MAF AGROBOTIC||BLANC, Philippe|
The invention relates to a device for transporting objects such as fruits or vegetables, comprising a receptacle suitable for receiving at least one object, a support (22) and a mechanism for linking the receptacle to the support in order to rigidly connect them in longitudinal translation, enable the receptacle to tilt to the side in order to unload to the side each object carried by the receptacle, and allow the receptacle to move in vertical translation in order to weigh the receptacle and the object(s) carried by same. The link mechanism comprises at least one ball (51,61) interposed and trapped between at least one vertical span of the receptacle and at least one vertical span of the support (22) in order to be able to roll without slipping on at least one of said vertical spans. The invention extends to a conveying and weighing device - in particular a sorting device - provided with such transporting devices.
WO/2016/166441 TECHNICAL FRONT FACE STRUCTURE OF A MOTOR VEHICLE, MADE OF A PLASTIC MATERIAL||WO||20.10.2016|
||PCT/FR2016/050769||RENAULT S.A.S.||HOUARI-ZANIROLI, Pascal|
The invention relates to a technical front face structure of a motor vehicle, comprising a single-component frame (1) made of a plastic material and having a front face (2), a rear face (3) and an upper edge (4), as well as a metal reinforcing element (8). According to the invention, the upper edge (4) has a housing (41) extending in a longitudinal direction of the upper edge (4), inside which a metal cross-member (81) forming the metal reinforcing element is inserted, said metal cross-member being held in position in the housing (41) by first fastening elements (83) arranged on each end of the metal cross-member and used to mechanically interconnect the metal cross-member, the frame and a bodywork structure of the vehicle when the frame is attached to the bodywork structure, and by second fastening elements (82) arranged between each of the ends of same and used to mechanically connect the metal cross-member to the frame.
WO/2016/166449 CONTACTLESS MEASUREMENT OF THE CONDUCTIVITY OF SEMICONDUCTORS||WO||20.10.2016|
||PCT/FR2016/050800||CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE - CNRS -||MENCARAGLIA, Denis|
Method of contactless measurement of the conductivity of semiconductors, said method being implemented by: - a first assembly (A) comprising a signal emission/reception system (X, Y) - a second assembly (B) comprising at least one semi-conducting target (4) and an inductor element (3), - a third assembly (C), said method comprising at least the following steps: a) the first assembly (A) emits a multifrequency signal (X), b) the second assembly (B) reflects or transmits at least one part of the multifrequency signal emitted (X), c) the first assembly (A) receives the reflected multifrequency signal (Y) reflected by the second assembly (B), d) the third assembly (C) calculates the coefficient of reflection or of transmission (p, R) of the emitted signal (X), e) the third assembly (C) provides the conductivity of the semiconducting target (4).
WO/2016/166440 EQUIPMENT FOR SUPPLYING OXYGEN COMBINING AN OXYGEN CONCENTRATOR WITH A SELF-CONTAINED GAS LIQUEFACTION DEVICE||WO||20.10.2016|
||PCT/FR2016/050763||L'AIR LIQUIDE, SOCIETE ANONYME POUR L'ETUDE ET L'EXPLOITATION DES PROCEDES GEORGES CLAUDE||BEDNARSKI, David|
The invention relates to a gas liquefaction device (1) comprising a cryogenic cooling system (20) designed to liquefy oxygen contained in a gaseous oxygen stream and produce liquid oxygen (LOX), and a main liquid oxygen reservoir (10) in fluidic communication with the cryogenic cooling system (20) and comprising an internal LOX storage volume (11) and an inlet orifice (12), said main reservoir (10) being arranged to receive via the inlet orifice (12) and store within said internal volume (11), at least one portion of the LOX produced by the cryogenic cooling system (20). According to the invention, the cryogenic cooling system (20) comprises a pulsed gas tube (21) extending at least partially into the main liquid oxygen reservoir (10), said pulsed gas tube (21) being designed to liquefy the oxygen contained in the gaseous oxygen flow. Equipment for supplying oxygen to an individual comprising an oxygen concentrator (30) fluidically coupled to a gas liquefaction device (1) according to the invention.
WO/2016/166434 CONNECTION ASSEMBLY FOR CONNECTING A CYLINDER HOUSING TO A TURBOCHARGER FOR THE LUBRICATION THEREOF||WO||20.10.2016|
||PCT/FR2016/050602||PEUGEOT CITROEN AUTOMOBILES SA||DESSARTHE, Stanislas|
The invention relates to a connection assembly (1) for connecting a cylinder housing to a turbocharger of a heat engine for the lubrication of said turbocharger, the assembly comprising a rigid tube (2) and being characterised in that one of the ends (3) thereof is arranged such that it can be assembled by an insertion-fitting technique, said end (3) comprising a filter element (4) inserted inside the tube (2).
WO/2016/166432 WHEELED REAR AXLE ASSEMBLY INTEGRATING A SKIDDER ENGINE FOR A MOTOR VEHICLE||WO||20.10.2016|
||PCT/FR2016/050478||RENAULT S.A.S.||EJARQUE, Pascal|
The invention relates to a wheeled rear axle assembly (10) of a motor vehicle, said assembly (10) comprising: - a central connection holder (14) intended to be rigidly connected to a body (15) of the vehicle; - two suspension wishbones (24), each of which hingedly connects a steering knuckle (18) associated with the connection holder (14), each x suspension wishbone (24) being mounted on the connection holder (14) so as to be pivotable about a longitudinal axis; - an engine (12) comprising a rigid casing (32) arranged transversely between the two suspension wishbones (24). The invention is characterized in that the connection holder (14) comprises the engine casing (32) which is intended to be attached under the vehicle body (15), at least one first inner end (28) of each suspension wishbone (24) being pivotably mounted directly on the casing (32) of the engine (12).
WO/2016/166430 SYSTEM FOR LUBRICATING AN ENGINE BASED ON THE USE OF A TIMING CHAIN||WO||20.10.2016|
||PCT/FR2016/050090||RENAULT S.A.S||MOULIN, Jean-François|
The invention relates to a system for collecting the lubricating oil of an engine, characterised in that it comprises: an engine casing comprising inner walls and outer walls, said casing comprising a quantity of oil in a low part of said casing; a timing chain comprising links that can bring oil up from a low part of the engine to a high part of the engine; and transfer means arranged in the low part of the casing so as to transfer the oil from said low part of the casing to the links in the timing chain, when the timing chain is moving.
WO/2016/166457 RESILIENT FABRIC INCLUDING NON-RESILIENT CONDUCTIVE YARNS||WO||20.10.2016|
The invention relates to a fabric (1) that is resilient at least in the weft direction, including in the weft direction electrically conductive yarns (3), said fabric having a two-sided structure in which the two sides are separate in local areas to form main sheaths (2) extending in the weft direction, said sheaths receiving said electrically conductive yarns (3). The invention is characterized in that along said main sheaths (2), the fabric comprises areas in which the two sides work with one another to form one or more areas forming secondary sheaths (20, 30) of lesser width than the main sheaths.
WO/2016/166436 ONE-TOUCH CONTROL DEVICE OF AN AUTOMATIC GEARBOX||WO||20.10.2016|
||PCT/FR2016/050727||RENAULT S.A.S||BOULICOT, Arnaud|
The invention proposes a control device comprising a control lever that has a single stable position (H), that can occupy unstable positions for selecting different automatic modes (N, D, R), and that can occupy positions (+, -) for manually selecting different forward gears, characterised in that the device only allows a forward gear (+, -) to be selected when said automatic normal forward mode (D) has been previously selected, when the control lever is held in a position for manually selecting a forward gear for a period shorter than a predefined threshold value (T0), after releasing the control lever (10), the gearbox is in said automatic normal forward mode (D), and when the control lever (10) is held for a period longer than the threshold value (T0), after releasing the lever, the gearbox is in the permanent manual forward gear selection mode (D).