WO/2015/124835 METHOD FOR PREPARING AN ELECTRODE COMPOSITION OR A COMPOSITION HAVING MAGNETIC PROPERTIES, MIXTURE AND COMPOSITION OBTAINED BY SAID METHOD, AND SAID ELECTRODE||WO||27.08.2015|
The invention relates to a method for preparing a polymer composition, particularly one useful for making a lithium-ion, sodium-ion, or supercapacitor battery electrode or for providing magnetic properties, to such a polymer composition obtained by said method, to a precursor mixture of the composition obtained by a first mixing step of the method, and to said electrode. The method for preparing said composition includes: a) solvent-less, hot molten mixture of at least one active material, a binder-forming polymer phase and a sacrificial polymer phase, in order to obtain a mixture; and b) the removal, at least partially, of said sacrificial polymer phase so as to obtain said composition containing the active material(s) in a mass fraction greater than 80%. According to the invention, the sacrificial phase is used in Step a) in a mass fraction of no lower than 15% in the mixture.
WO/2015/124848 MACHINE FOR COOLING WITH DRY ICE||WO||27.08.2015|
||PCT/FR2015/050349||EREIE - ENERGY RESEARCH INNOVATION ENGINEERING||CLODIC, Denis|
A method for cooling a product by means of a cooling machine (1) comprising: - a source (4) supplying a refrigerant; - a vent (32) for discharging the refrigerant; - a cooling chamber for receiving the product to be cooled; machine (1) within which the product is contained in a container (2), said container (2) being disposed within the cooling chamber, in which said method comprises an operation: - of cooling the cooling chamber by means of the refrigerant; - discharging the refrigerant fluid by means of the vent (32); the container (2) being in direct contact with the refrigerant.
WO/2015/124851 METHOD AND KIT FOR DETERMINING THE PROBABILITY THAT A PATIENT WILL DEVELOP A SEVERE CASE OF DENGUE||WO||27.08.2015|
The invention relates to a method for determining, in vitro from a blood sample, the probability that a patient will develop a severe case of dengue, wherein: a) the amount of at least one marker, olfactomedin 4, is determined in the blood sample; b) the amount of olfactomedin 4 determined in step a) is compared with a reference amount of said marker obtained from a group of individuals who have been diagnosed with a non-severe case of dengue, and if the amount of olfactomedin 4 determined in step a) is greater than the reference amount in step b), it is determined that the patient will develop a severe case of dengue.
WO/2015/124844 DEVICE FOR PACKAGING AND DISPENSING A PRODUCT HAVING A DOSING NOZZLE||WO||27.08.2015|
The device for packaging and dispensing a generally fluid product comprises a rigid container (1) intended to contain the product (11) and a dosing assembly made up of a nozzle (3) with a flexible part engaging with a rigid seat. A movable actuating portion (35), reinforced by an external layer (40) in order to be rendered non-deformable, allows the product to be dispensed when a force is applied to said actuating portion (35), compressing a dosing chamber (34). The dosing assembly (2) comprises a rigid portion (41) to which the external layer (40) is connected in an articulated manner and/or with a return action towards the outside of the external layer (40) when the application of a force to the actuating portion (35) stops. Application to the packaging and dispensing of sterile products, in particular pharmaceutical or cosmetology products.
WO/2015/124867 COMPOSITIONS FOR PREVENTING AND/OR TREATING PATHOLOGICAL CONDITIONS ASSOCIATED WITH ALPHA-GLUCOSIDASE||WO||27.08.2015|
||PCT/FR2015/050397||UNIVERSITÉ DE LA ROCHELLE||MAUGARD, Thierry|
The invention relates to a composition comprising at least one XAP peptide, in which X is the empty set or a valine, for use thereof in preventing and/or treating pathological conditions associated with alpha-glucosidase. The invention also relates to the use of a hydrolysate of at least one protein, said protein comprising or consisting of at least 0.05% to <5% or of at least 5% of XAP units, in which X is the empty set or a valine, for use thereof in preventing and/or treating pathological conditions associated with alpha-glucosidase.
WO/2015/124838 METHOD FOR PREPARING A FUEL CELL ELECTRODE MEMBRANE ASSEMBLY BY MEANS OF ELECTRODEPOSITION||WO||27.08.2015|
||PCT/FR2015/050137||COMMISSARIAT A L'ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES||FOUDA-ONANA, Frédéric|
The invention relates to a method for preparing a fuel cell electrode membrane assembly by means of electrodeposition, which includes the following steps: depositing a composition containing at least one transition metal precursor and electronically conductive particles, on a main surface of a proton exchange membrane; drying the deposit; positioning the proton exchange membrane in an electrodeposition cell; reducing the transition metal precursor to transition metal particles having a degree of oxidation equal to 0, by causing an electric current to flow in the electrodeposition cell; and obtaining an electrode membrane assembly, the proton exchange membrane of which includes a main surface containing transition metal particles having a degree of oxidation equal to 0.
WO/2015/124840 ANNULAR TURBINE ENGINE COMBUSTION CHAMBER||WO||27.08.2015|
The invention relates to an annular turbine engine combustion chamber having an axial direction (X), a radial direction, and an azimuthal direction. Said chamber includes a first annular wall (12) and a second annular wall (14). Each wall defines at least part of the enclosure of the annular combustion chamber. The first and second walls (12, 14) have complementary interlocking elements (12d, 14d). The first wall (12) has at least one first through-hole (12f), while the second wall (14) has at least one second through-hole (14f). The combustion chamber also includes at least one pin inserted into a pair of holes that include a first hole (12f) and a second hole (14f). Said pin (18) is formed by an injector and securely interlocks the first and second walls (12, 14).
WO/2015/124841 METHOD FOR PREPARING A SURFACE BEFORE THERMAL SPRAY-COATING||WO||27.08.2015|
||PCT/FR2015/050237||COMAU FRANCE||FIORONI, Claude|
The invention relates to a method for preparing the surface of a substrate (100) for the purpose of accepting and holding a coating sprayed by a plasma torch. Said method includes a machining phase and is characterized that it includes the following phases: producing, by means of a machining tool (200), at least one groove having at least one angled edge; offsetting the tool (200) by moving the tool relative to the surface of the substrate (100) in a direction perpendicular to the longitudinal axis of the groove and along a path shorter than the projected length of the angled edge; and using said tool (200) on the angled edge of the groove such as to subject said edge to stress and create another offset groove, and so on and so forth, such that the tool (200) irreversibly changes the shape of the ribs (111, 112, 113, 114) finally obtained between each groove, and said ribs adopt undercut surfaces.
WO/2015/124839 IMPROVED PLASMA CHEMICAL REACTOR||WO||27.08.2015|
||PCT/FR2015/050143||LOHR ELECTROMECANIQUE||MUSIN, Nail|
The invention relates to a plasma chemical reactor (1) which operates at atmospheric pressure without supplying gas and without external heating or cooling of the chamber. Water vapor is injected into the electrodes (5) that produce the plasma. The water vapor cools the electrodes (5), and then at least partially converts into plasma. The plasma, rich in hydroxyl radicals, flows in a loop by means of ventilation means (13) and rapidly breaks down the carbon material into high-yield synthetic gas. Said breakdown is carried out at a controlled temperature of 300°C to 900°C, such as to promote the production of any one of hydrogen, methane, carbon dioxide, or carbon monoxide.
WO/2015/124871 HARNESS FOR ELECTRICAL CONNECTION BETWEEN A PLURALITY OF DEVICES||WO||27.08.2015|
||PCT/FR2015/050401||LABINAL POWER SYSTEMS||KOLIATENE, Flavien|
The invention relates to a harness (100) for electrical connection between a plurality of devices, which includes a bundle (110) consisting of one or more electrical cables (111) surrounded by a protective sheath (120). The harness (100) includes a plurality of electromagnetic attenuation cores or cords (131) extending along the bundle (110) into the protective sheath (120). Each electromagnetic attenuation core or cord at least partially consists of a magnetic material. The cores or cords separate the electrical cables from the bundle or are positioned between the bundle and the protective sheath.