WO/2016/079389 EXERCISE AND/OR REHABILITATION APPARATUS||WO||26.05.2016|
||PCT/FR2014/052966||TECHNOLOGIE ET DEVELOPPEMENT INDUSTRIEL ||CAVINATO, Christophe |
The exercise and/or rehabilitation apparatus comprises at least one motor (1) combined with a central unit for controlling and managing a force, a speed and a position and controlled by a programmable processor capable of reading a value of a signal sent by at least one force sensor (2) subject to pulling means (4) that can be actuated by a user in order to control the rotation of the motor (1), said sensor (2) being positioned under a mechanical assembly (5) receiving the motor (1) and the peripherals of same, the motor (1) being equipped with a brake and an encoder capable of knowing the position of the pulling and/or pushing means, and controlled by a PID feedback loop in order to regulate the rotation of same so as to maintain a setpoint force, said pulling means being constituted by a strap (4) transmission member wound on a pulley (3) rotated by the motor (1), said apparatus constituting an independent unit without the use of a counterweight.
WO/2016/079390 TURBOCHARGER INTAKE CONNECTOR WITH EGR AND BLOW-BY CONNECTIONS||WO||26.05.2016|
||PCT/FR2015/052405||RENAULT S.A.S ||CHALMETTE, Bruno |
The invention relates to a heat engine turbocharger intake connector comprising: a fresh air intake, an intake for gases from the recirculation circuit, and an intake for de-oiled gases, characterised in that the connector comprises a supply line with an upstream end connected to the intake for blow-by gases and a downstream end arranged at a level below the intake for the recirculation gases.
WO/2016/079391 ATTACHMENT TO A MOTOR VEHICLE OF AN AIRBAG IMPACT DETECTION DEVICE||WO||26.05.2016|
||PCT/FR2015/052666||PEUGEOT CITROEN AUTOMOBILES SA ||SAREH, Benchabane |
The invention relates to a motor vehicle structure (2) comprising a portion (6), generally extensive, with several screws (101, 102, 103) welded to said portion (3) and intended for the fixing of a device (24) that detects impact and fires (an) airbag(s); the structure (2) further comprising: a ribbed plate (12) fixed to the structure portion (6) between the screws (101, 102, 103) so as to reduce the inertance of at least one of said screws. The invention also relates to a vehicle comprising such a structure (2) and to the ribbed plate (12) of the structure (2).
WO/2016/079400 METHOD FOR CONTROLLING ELECTRICAL LOAD BY PULSE WIDTH MODULATION||WO||26.05.2016|
||PCT/FR2015/053061||LE COULS, Laurent ||LE COULS, Laurent |
The present invention relates to a system for controlling at least one electrical load (3 to 7) by pulse width modulation, comprising a chopper block (2) that modulates the supply voltage, having frames which each comprise a first sequence of N pulses including the binary states Ei,l correspondent to a word of N bits, and a second sequence of N pulses including the binary states Ei,2 corresponding to the word of N complementary bits, the system further comprising a two-wire supply line common to all the supplied loads, and at least one load (4 to 6) controlled by slave circuits (7 to 9). The invention also relates to a control method, a master controller and a slave controller for implementing the control process.
WO/2016/079396 MAKEUP BOX WITH PIVOTING LID||WO||26.05.2016|
||PCT/FR2015/052958||L'OREAL ||MAELSTAF, Luc |
The present invention relates to a cosmetic box, comprising: a base (1), an insert (2) and a lid (3), a hinge (8) connecting the insert (2) to the base (1), the lid (3) being pivotably mounted with respect to the insert (2).
WO/2016/079424 LOW-CONSUMPTIONAL POSITIVE-ENERGY BUILDING AND METHOD FOR REGULATING THE TEMPERATURE AND RELATIVE HUMIDITY IN THIS BUILDING||WO||26.05.2016|
||PCT/FR2015/053115||SERRAS, Edouard ||SERRAS, Edouard |
Method for regulating the temperature and relative humidity of the air in a building, consisting in: - heating or cooling the interior of the building by thermal radiation from the ceilings (30) of at least certain rooms of the building, these ceilings each comprising a closed air-filled space (34, 42) extending over substantially the entire surface area of the ceiling or of the wall and separated from the corresponding room by a panel (36, 44) capable of transmitting thermal radiation, means (38) of heating or cooling the air in this space and means (40) of circulating the air in a closed circuit in this space, - extracting the stale air from at least some rooms and passing it into spaces (24) delimited between thicknesses of thermally insulating material (18) with which the ceilings and/or the floors (32) and/or at least one north-facing wall (16) of the building is/are equipped in order to reduce thermal flux across these ceilings, floors and walls, and then discharging the stale air to outside the building.
WO/2016/079455 METHOD FOR GENERATING AND DISPLAYING A CRYPTOGRAM FOR A PAYMENT CARD, AND PAYMENT CARD||WO||26.05.2016|
||PCT/FR2015/053161||CB INVESTISSEMENTS ||GAUTIER, Serge |
The invention relates to a payment card (1) comprising a display device (10) arranged on a face (1a) of the payment card, the display device comprising a field (10a) for displaying a cryptogram for card verification operations performed by a card verification server (2). The method comprises the operations of: displaying a first value (C1) of the cryptogram in the field of the display device over a first period of time (T1); and displaying a second value (C2) of the cryptogram in the field of the display device over a second period of time (T2) following the first period of time, the first and second periods of time having different durations.
WO/2016/079398 METHOD AND DEVICE FOR CONTROLLING A DISPLAYING MEANS||WO||26.05.2016|
||PCT/FR2015/053018||PEUGEOT CITROEN AUTOMOBILES SA ||SANCIER, Olivier |
The invention relates to a method for controlling a displaying means (14) installed on board a vehicle and connected to an on-board processor, said on-board processor (12) being able to communicate with at least one first piece of nomadic equipment (11) and to receive at least one first and one second control signal delivered by a selecting means (15), said method being characterised in that it includes steps of: creating (201), in a memory, an ordered list of interfaces to be displayed by the first displaying means (14); in response to the reception (205) of the first control signal, displaying (206), on the displaying means (14), the graphical interface preceding in the list the graphical interface currently being displayed; and, in response to the reception (207) of the second control signal, displaying (208), on the displaying means (14), the graphical interface following in the list the graphical interface currently being displayed.
WO/2016/079399 METHODS FOR MANAGING THE LIFE CYCLE OF A CLOUD APPLICATION USING A PLURALITY OF CLOUD INFRASTRUCTURES||WO||26.05.2016|
||PCT/FR2015/053054||FASTCONNECT ||BOUTIER, Luc |
The invention relates to a collaborative platform (10) for managing the life cycle of a cloud application, said collaborative platform comprising means configured to define, in the form of code, a plurality of requirements of the cloud application, in terms of cloud infrastructures.
WO/2016/079415 PLAIN SELF-CENTRING BEARING||WO||26.05.2016|
||PCT/FR2015/053101||SNECMA ||MORREALE, Serge, René |
The present description relates to a mechanical assembly of two mechanical components rotating one with respect to the other making it possible to obtain a self-centring fluid bearing; it comprises a first component provided with a cylindrical cavity, a second component (34) comprising at least one cylindrical portion engaged in the cylindrical cavity of the first component, a space separating the cylindrical portion and the wall of the cylindrical cavity so as to allow relative movement of rotation between the first and the second component (34), and a lubricant distribution network (37, 38) configured to supply said gap with a fluid lubricant so as to form a fluid bearing; a first surface (34s) out of the lower surface of the cylindrical cavity of the first component and the outer surface of the cylindrical portion of the second component is equipped with at least two lubricant inlet orifices (39a, 39b) distant from one another by more than 120° about the main axis (F) of the first surface (34s), and the first surface (34s) also has at least one circumferential groove (40a) extending circumferentially, in the direction of relative rotation of the second of said surfaces with respect to the first surface (34s), from the vicinity of a first lubricant inlet orifice (39a) over at least 100°.