WO/2015/028723 METHOD FOR DEFINING PARAMETER VALUES FOR CONTROLLING THE TRANSMISSION POWER OF A PIECE OF USER EQUIPMENT||WO||05.03.2015|
||PCT/FR2013/000223||CASSIDIAN SAS||GRUET Christophe|
The invention concerns a method for defining a parameter value for controlling the transmission power of a set of user equipment served by a cell defined by a base station of a cellular telecommunication network. The method comprises, for the base station, the steps of: - receiving (El), from the set of user equipment located in the cell defined by the base station, a set of attenuation values comprising, respectively by piece of equipment, an attenuation value of a signal transmitted by the base station and received by the piece of user equipment and, if the piece of user equipment is also located in at least one non-serving cell, an attenuation value of a signal transmitted by the base station of the non-serving cell and received by the piece of user equipment; - determining (E2), from the set of received attenuation values, a value of at least one parameter for controlling the transmission power; and - sending (E3), to the set of user equipment served by the cell defined by the base station, the value of the control parameter defined to adapt the transmission power of the set of user equipment.
WO/2015/028725 DEVICE FOR GENERATING ICE, USING A DOUBLE-WALLED CYLINDRICAL EXCHANGER, OF WHICH AN INNER WALL IS A BI-MATERIAL WALL||WO||05.03.2015|
||PCT/FR2014/051344||GEA RÉFRIGÉRATION FRANCE||VIDAL, Serge|
The invention concerns a device for generating ice, in particular ice in the form of flakes, comprising: - a double-walled exchanger (1) having an inner wall (13) and an outer wall (12) between which a refrigerant flows, the inner wall (13) being cylindrical and being in contact with the refrigerant and being intended to carry the ice that is being formed; - and a mechanical assembly (2), (20), (21 ), (22), (23) mounted inside the exchanger, intended to detach the ice formed on the second surface of the inner wall, characterised in that the inner wall is made from two distinct materials, of which a first material forms a first surface (130) suitable for food contact, intended to carry the ice that is being formed, and a second material that forms a second surface (131) in contact with the refrigerant.
WO/2015/028727 SILENCER INTENDED TO BE FITTED TO AN EXHAUST LINE OF A HEAT ENGINE||WO||05.03.2015|
The invention concerns a silencer (S1) intended to be fitted to an exhaust line (L) of a heat engine (M), and that comprises one or a plurality of envelope(s) that delimit three volumes (1 a,1 b, 2), referred to as upstream (1 a), intermediate (1 b) and downstream (2), traversed by a plurality of conduits, including: - a supply conduit (10) conveying the exhaust gases from the engine (M) to the intermediate volume (1b), passing through the upstream volume (1 a), - a so-called "outward" journey conduit (12) taking the exhaust gases from the intermediate volume (1 b) to the downstream volume (2), - a so-called "return" journey conduit (13) taking the exhaust gases from the downstream volume (2) towards the upstream volume (1 a), passing through the intermediate volume (1 b), and - a discharge conduit (14) taking the exhaust gases out of the silencer, either by means of a so-called "outward" journey from the upstream volume (1 a) to the downstream volume (2) from which it opens to the outside, or by means of a so-called "outward-return" journey from the upstream volume (1 a) to the downstream volume (2) and then once more to the upstream volume (1 a) from which it opens to the outside.
WO/2015/028737 FRONT COVER FOR A TURBOJET ENGINE NACELLE COMPRISING A MANOEUVRING SYSTEM||WO||05.03.2015|
||PCT/FR2014/051990||AIRCELLE||VAUCHEL, Guy, Bernard|
A front cover for a turbojet engine nacelle, which slides forwards on a guide system (8) linked to the fixed rear structure (4), in order to provide, in the open position, a space between said cover and said structure, characterised in that it comprises a manoeuvring system (10) comprising a linking device that links a handle (12) actuated by an operator to the rear structure (4), and that moves the cover (2) along the complete travel path of same when said handle is manoeuvred, with a demultiplication of the movement applied by the operator.
WO/2015/028734 HAND ORTHOSIS FOR SUPPORTING THE THUMB, IN PARTICULAR IN CASE OF RHIZARTHROSIS||WO||05.03.2015|
||PCT/FR2014/051980||MILLET INNOVATION||GRANGE, Odile|
The invention concerns a hand orthosis for supporting the thumb, the orthosis comprising a main part (1) comprising: a first portion (2) in the form of a sleeve fitted to a portion of the thumb extending to the fold area between the thumb and the palm of the hand, a second portion (4) assembled by a seam line in the form of a sleeve fitted to the wrist, a third portion (3) linking the first and second portions, shaped so as to envelop an area of the hand extending along the thumb metacarpal between the back of the hand and the palm, and comprising an opening to allow the palm of the hand to pass therethrough, the main part being shaped so as not to cover the fold area between the thumb and the palm of the hand and being made from an elastic material having a Young's modulus of between 0.5Mpa and 1Mpa in a direction corresponding to a longitudinal axis of the first portion.
WO/2015/028735 THRUST REVERSER OF A TURBOJET NACELLE, COMPRISING GRIDS AND CYLINDERS FIXED UPSTREAM OF MOBILE HOODS||WO||05.03.2015|
||PCT/FR2014/051985||AIRCELLE||VAUCHEL, Guy Bernard|
The invention relates to a thrust reverser of a turbojet nacelle, comprising mobile hoods (10) which retract in relation to a front frame (2) under the effect of cylinders (14), driving, by means of connecting links (24), the tilting of flaps (8) initially tucked away inside said hoods, in order to substantially close the annular cold air stream (4), and opening grids (12) arranged around said stream, which grids receive the cold air flow in order to send it back towards the front. The invention is characterised in that the rear ends of the grids (12) and the cylinders (14) are fixed upstream of the mobile hoods (10) and slide therewith, said grids and said cylinders being returned to inside a casing (18) of the front frame (2) when the reverser is closed.
WO/2015/028732 DEVICE FOR CONTAINING GAS LEAKS OCCURRING AT A RUPTURE DISC OF A COMPARTMENT OF A GAS INSULATED ELECTRIC SUBSTATION OR HIGH-VOLTAGE CIRCUIT BREAKER||WO||05.03.2015|
A device for containing gas leaks occurring at a rupture disc of a compartment of a gas insulated electric substation or high-voltage circuit breaker. The invention concerns a device for containing gas leaks occurring at a rupture member, such as a disc (21) or a membrane, of a compartment of a gas insulated electric substation or a gas insulated high-voltage circuit breaker. According to the invention, such a containment device (10) comprises a sealed enclosure (101) arranged so as to be able to completely enclose the outer surface of said rupture member, said enclosure having a sealed closing portion (105) intended to be secured around a substantially tubular element (14) of said compartment and comprising means for rupturing under pressure that are capable of breaking under a gas pressure lower than the rupture pressure of said rupture member.
WO/2015/028729 FASTENING DEVICE WITH TWO USE MODES AND MOTOR VEHICLE COMPRISING SUCH A DEVICE||WO||05.03.2015|
||PCT/FR2014/051669||RENAULT S.A.S.||HENRY, Nicolas|
The invention concerns a device for fastening a first plate (5) to a second plate (6) joined to each other, one of the plates being provided with a window (7) while the other plate comprises a guide port (8) positioned facing the window (7). The device comprises a screw (9) and a nut (10) inserted through the window (7) and the port (8) to a stop position in which a collar (11) adjacent to the screw head (9) rests against one of the plates, while the nut (10) comprises clipping parts (12) that engage in abutment with the other plate in order to prevent the screw-nut assembly from being extracted. The nut (10) comprises a quarter-turn system that is mobile, under the influence of a rotation imparted to the screw (9), between an initial angular position in which the nut (10) is inserted into the window (7) and the port (8) to clamp the plates (5; 6) to each other transverse to the longitudinal direction of the port (8) while allowing relative sliding between the plates (5; 6), and an end angular position in which the nut (10) engages in abutment against the corresponding edges of the window (7) and the port (8) to limit the rotation of the nut (10), the screw (9) and the nut (10) thus being capable of being clamped so as to completely fasten the two plates (5; 6) together.
WO/2015/028730 ARRANGEMENT OF A SLIDING PARTITION INSIDE A VEHICLE||WO||05.03.2015|
||PCT/FR2014/051684||PEUGEOT CITROEN AUTOMOBILES SA||HAYAT, David|
The invention concerns an arrangement (1) of a partition for an internal storage space (2) of a utility vehicle, said arrangement (1) comprising a movable mesh panel (6) configured to separate said internal storage space (2) from the passenger compartment (3), characterised in that the movable mesh panel (6) is capable of sliding from a position behind a second seat row (5), to another position behind a first seat row (15), in order to increase the loading space (2) of the vehicle.
WO/2015/028733 CONTROLLED DISPENSING OF A COSMETIC MAKE-UP COMPOSITION||WO||05.03.2015|
The invention relates to a device for packaging a make-up composition and for applying said composition to keratin materials, especially the skin, said device comprising: a container containing a cosmetic make-up composition having a viscosity of less than 0.2 Pa.s measured at 25°C, said container being a flexible-walled tube; and a dispenser head comprising a dispenser opening. The device is characterised in that the area with the smallest cross-section for the passage of the composition between the container and the dispenser opening is between 0.2 mm2 and 3 mm2, preferably 0.5 mm2 and 2 mm2, more preferably between 0.8 and 1.7 mm2, and more preferably still, between 1 mm2 and 1.2 mm2.