WO/2016/170235 IMPACT-DETECTION DEVICE, IN PARTICULAR FOR A MISSILE||WO||27.10.2016|
||PCT/FR2016/000073||MBDA FRANCE||GREINER, Bernard|
The invention relates to an impact-detection device (4) which includes at least one waveguide (6) provided at each of the two ends (7, 8) thereof with a connector (19), and a ring (15) with a curved outer contour, said ring (15) forming a separate part (16) with planar radial surfaces, said waveguide (6) being built into the body of the ring (15) about said ring (15), and the two ends (7, 8) of the waveguide (6) being arranged on the outside of the ring (15).
WO/2016/170236 METHOD FOR MANUFACTURING A HAIRSPRING OF A TIMEPIECE MOVEMENT, MANUFACTURING EQUIPMENT FOR IMPLEMENTING THE METHOD, AND HAIRSPRINGS THUS MADE||WO||27.10.2016|
||PCT/FR2016/000080||RHUL, Philippe||RHUL, Philippe|
The invention relates to a method for manufacturing a hairspring (S) of a timepiece movement from a glass leaf spring, comprising a step of shaping this leaf spring followed by a step of treating said thus-shaped leaf spring such as to obtain a hairspring. During the shaping step, the leaf spring is wound about a heating element (P) enabling the shaping thereof; the leaf spring is thus heated by conduction from the heat source provided by this heating element (P). The temperature of the surface in contact with the leaf spring is near that of the glass transition temperature (Tg) of the glass material.
WO/2016/170237 ATTACHMENT DEVICE COMPRISING TWO RINGS||WO||27.10.2016|
||PCT/FR2016/000081||BOUDET, Eric||BOUDET, Eric|
The present invention relates to an attachment device comprising two rings, namely an inner ring (23-24) inserted within an outer ring (21-22), this outer ring being made up of two half-rings (21, 22) each of which is hinged at the two ends thereof to the inner ring. The device is characterized in that the inner ring is made up of two half-rings (23, 24) hinged one to the other by hinge means (27, 28).
WO/2016/170239 LUG FOR ATTACHING A BUMPER TO A MOTOR VEHICLE BODY SHELL||WO||27.10.2016|
||PCT/FR2016/050608||PEUGEOT CITROEN AUTOMOBILES SA||THOR, Tou|
Assembly (5) comprising: a panel (6) having a primary face (10) and a secondary face (11) which are opposite one another; a bumper (7) fixed to the panel (6) by means of a fixing lug (12), the bumper (7) extending facing the secondary face (11), the fixing lug (12) having an extreme upper part (13) by means of which the fixing lug (12) is fixed to the primary face (10) and an extreme lower part (14) by means of which the fixing lug (12) is secured to the bumper (7); the fixing lug (12) comprising, between the extreme lower part (14) and the extreme upper part (13), a C-shaped portion (15) which extends in a plane PO parallel to the primary face (10).
WO/2016/170240 DEVICE FOR GUIDING A WINDOW ON A MOTOR VEHICLE||WO||27.10.2016|
||PCT/FR2016/050609||PEUGEOT CITROEN AUTOMOBILES SA||NESPOULOUS, Marc|
The invention relates to a device (9) for guiding a window (3) which is movable inside a side door (2) of a motor vehicle, said guiding device (9) comprising a sliding guide (27) capable of guiding the the window (3) along a primary axis, the guiding device (9) also comprising a mounting (37) integral with the sliding guide (27), having a tilted bottom, an outer longitudinal wall and an inner longitudinal wall, jointly defining a groove capable, when the window (3) is installed on the side door (2), of guiding the window (3) towards the sliding guide (27) along a tertiary axis separate from the primary axis.
WO/2016/170238 DEVICE FOR MEASURING THE FLOW RATE OF A FLUID, SAID DEVICE COMPRISING ONE OR MORE ULTRASONIC TRANSDUCERS||WO||27.10.2016|
The invention relates to a device for measuring the flow rate of a fluid, said device comprising a body (20) and at least one ultrasound transducer (23) having a first end that is called the proximal end (25), which end is flush fitted into said body, and extending, while projecting from said body, in a longitudinal direction as far as a second end, which is called the distal end (26), of the transducer. The distal end (26) fits into a rabbet (31) of the body (20), the rabbet rigidly fastening the distal end with respect to the body (20) in at least one direction orthogonal to said longitudinal direction.
WO/2016/170241 DEVICE FOR INSTALLING A PART IN A VEHICLE AND ASSOCIATED INSTALLATION METHOD||WO||27.10.2016|
||PCT/FR2016/050770||RENAULT S.A.S.||FABRE, Jean Michel|
The invention relates to a device for installing a first part (1) in a vehicle by means of securing to a second part (15). The main feature of a device according to the invention is that it includes at least one open fastening member (12) secured to the first part (1), and in that said member (12) closes around the second part (15) when placed in contact with said second part (15).
WO/2016/170242 METHOD FOR TREATING THE SURFACE OF A MOVING FILM, AND FACILITY FOR IMPLEMENTING SAID METHOD||WO||27.10.2016|
||PCT/FR2016/050792||COATING PLASMA INDUSTRIE||GAT, Eric|
This method is carried out in a facility comprising an enclosure (10), a support (20) for the substrate, a counter-electrode, at least one head (30) provided with at least one electrode (8) suitable for creating an electrical discharge, means (42) for diffusing an inert gas and means (7) for injecting at least one active gas mixture towards said support, comprising a reactive gas capable of being activated by said electrical discharge, the injection means being positioned between the diffusing means and the support, the head and the support defining at least one outlet for the inert gas and/or the active gas mixture. Said method involves continuously introducing both the inert gas and the active gas mixture towards said support, continuously activating the reactive gas in said electrical discharge and treating the surface of said moving substrate, continuously discharging, via said outlet, the gaseous atmosphere from the inner volume comprising a fraction of the inert gas and the active gas mixture, adjusting the effective cross-section of the outlet and/or adjusting the total flow rate of the inert gas and the active gas mixture, such that the inner volume of each head is at a slight overpressure relative to the inner volume of the enclosure.
WO/2016/170243 DEVICE FOR COVERING A LUGGAGE COMPARTMENT OF A MOTOR VEHICLE||WO||27.10.2016|
||PCT/FR2016/050803||CERA APS||BRILLON, Eric|
The invention relates to a device (1) comprising: a housing (2) inside which is arranged a winding shaft that extends along a transverse axis (4) and the winding of which is actuated by a spring means; a covering curtain (5) of which one front edge (6) is rigidly connected to said shaft; a guard (7) for stiffening a rear edge (8) of said curtain; two ends (9) nested, respectively, inside each of the side ends (10) of said housing, each of said ends comprising: an interface portion (11) with said housing, said portion forming a ring having a central recess (12) and a first peripheral surface (13) for nesting with one of said ends; a functional portion (14) comprising a base (15) and a rod (16) for rotatably receiving an end of said shaft, said base having a second peripheral surface (17) for nesting within said recess.
WO/2016/170244 VERTEBRAL DECOMPRESSION DEVICE||WO||27.10.2016|
||PCT/FR2016/050810||JAPET MEDICAL DEVICES||BRATIC, Damien|
The invention relates to a vertebral decompression device (10) configured to surround the trunk of a user, comprising: upper support means (12) configured to surround a first portion of the trunk; lower support means (14) configured to surround a second portion of the trunk; elongation means (16) mounted on the upper support means (12) and on the lower support means (14) and configured to exert a spreading force on the lower and upper support means to move apart same. The invention is characterized in that the device further comprises an electronic control system (18) for controlling the elongation means (16) such as to maintain a determined distraction force on the spine of the user.