mhurhangee/patent-ind-claim-en huggingface dataset:
Process for evaluating the capacity of a chemical substance (S) or of a chemical composition (C) for preventing or slowing down the appearance of the signs of aging of human skin or the lips or for eliminating said signs; said process comprising: - a step a) of placing the chemical substance or the chemical composition in contact with "young" human dermal fibroblast cells taken from a culture medium at the R6 passage, - a step b) of placing human senescent dermal fibroblast cells in contact with "young" fibroblast cells obtained from step a), and - a step c) of measuring the entry into senescence of the "young" fibroblast cells and of comparison with a reference value. - a step a) of placing the chemical substance or the chemical composition in contact with "young" human dermal fibroblast cells taken from a culture medium at the R6 passage, - a step b) of placing human senescent dermal fibroblast cells in contact with "young" fibroblast cells obtained from step a), and - a step c) of measuring the entry into senescence of the "young" fibroblast cells and of comparison with a reference value.
A delaminatable container comprising an outer layer and an inner layer , an inner bag composed of the inner layer delaminating from an outer shell composed of the outer layer and being shrunk with a decrease in contents, wherein the inner layer includes an EVOH layer containing an EVOH resin on a container outer surface side, characterized in that the EVOH resin has an ethylene content of 32 mol% or less and 25 mol% or more, and has a modulus of elasticity in bending of 2350 MPa or less and 1800 MPa or more.
A variable-volume injection valve comprising: a stator having a first port (48-1), a second port (48-2), and a contact surface with a groove therein, the first port (48-1) opening into the stator groove ; and a rotor having a contact surface with a groove therein, the contact surface of the rotor being urged against the contact surface of the stator such that the rotor groove opposes the stator groove with one end of the rotor groove overlapping the stator groove and the opposite end of the rotor groove overlapping the second port (48-2) of the stator , the overlapping grooves of the rotor and stator providing a fluidic channel between the first (48-1) and second (48-2) ports of the stator , the rotor rotatable with respect to the stator in known increments to vary a volume of the fluidic channel between the first (48-1) and second (48-2) ports of the stator by varying a length of overlap between the overlapping rotor and stator grooves , wherein each incremental rotation of the rotor exposes a different known length of the rotor groove , thereby varying a volume of injected sample. a stator having a first port (48-1), a second port (48-2), and a contact surface with a groove therein, the first port (48-1) opening into the stator groove ; and a rotor having a contact surface with a groove therein, the contact surface of the rotor being urged against the contact surface of the stator such that the rotor groove opposes the stator groove with one end of the rotor groove overlapping the stator groove and the opposite end of the rotor groove overlapping the second port (48-2) of the stator , the overlapping grooves of the rotor and stator providing a fluidic channel between the first (48-1) and second (48-2) ports of the stator , the rotor rotatable with respect to the stator in known increments to vary a volume of the fluidic channel between the first (48-1) and second (48-2) ports of the stator by varying a length of overlap between the overlapping rotor and stator grooves , wherein each incremental rotation of the rotor exposes a different known length of the rotor groove , thereby varying a volume of injected sample.
An electronic device comprising: at least one communication module ; a processor operatively connected with the at least one communication module ; and a memory operatively connected with the at least one communication module and the processor ; wherein the memory stores instructions configured to, when executed, enable the electronic device to: configure , based on a first communication protocol, through the at least one communication module , a neighbor awareness network, NAN, cluster including the electronic device and a plurality of external electronic devices , identify , based on configuring the NAN cluster, a service target device among the plurality of external electronic devices , while operating with the plurality of external electronic devices based on the first communication protocol, and control, based on identifying the service target device, by transmitting a service group information message through the at least one communication module , at least one external electronic device except for the service target device among the plurality of external electronic devices , to deactivate at least one active function related to the first communication protocol. at least one communication module ; a processor operatively connected with the at least one communication module ; and a memory operatively connected with the at least one communication module and the processor ; wherein the memory stores instructions configured to, when executed, enable the electronic device to: configure , based on a first communication protocol, through the at least one communication module , a neighbor awareness network, NAN, cluster including the electronic device and a plurality of external electronic devices , identify , based on configuring the NAN cluster, a service target device among the plurality of external electronic devices , while operating with the plurality of external electronic devices based on the first communication protocol, and control, based on identifying the service target device, by transmitting a service group information message through the at least one communication module , at least one external electronic device except for the service target device among the plurality of external electronic devices , to deactivate at least one active function related to the first communication protocol. configure , based on a first communication protocol, through the at least one communication module , a neighbor awareness network, NAN, cluster including the electronic device and a plurality of external electronic devices , identify , based on configuring the NAN cluster, a service target device among the plurality of external electronic devices , while operating with the plurality of external electronic devices based on the first communication protocol, and control, based on identifying the service target device, by transmitting a service group information message through the at least one communication module , at least one external electronic device except for the service target device among the plurality of external electronic devices , to deactivate at least one active function related to the first communication protocol.
An aircraft , comprising: a fuselage including a cabin delimited by a cabin floor , the cabin having a passenger section and a galley ; and crew quarters within the galley , the crew quarters having an access opening , an upper portion of the crew quarters above a floor plane defined by the cabin floor , and a lower portion beneath the floor plane, the crew quarters including a seat being adjustable between a sitting configuration and a berthing configuration (14"), the seat being upright in the sitting configuration such that a crew member in the seat is within both the upper and lower portions of the crew quarters . a fuselage including a cabin delimited by a cabin floor , the cabin having a passenger section and a galley ; and crew quarters within the galley , the crew quarters having an access opening , an upper portion of the crew quarters above a floor plane defined by the cabin floor , and a lower portion beneath the floor plane, the crew quarters including a seat being adjustable between a sitting configuration and a berthing configuration (14"), the seat being upright in the sitting configuration such that a crew member in the seat is within both the upper and lower portions of the crew quarters .
A method performed by a wireless power receiver , the method comprising: receiving, from a wireless power transmitter , a first power for initiating a communication unit through a power reception unit of the wireless power receiver ; after initiating the communication unit , establishing a pairing with the wireless power transmitter by transmitting a search signal and receiving a response search signal from the wireless power transmitter in response to the search signal and while receiving the first power, through the communication unit of the wireless power receiver ; based on the pairing, joining, through the communication unit, a wireless power network corresponding to the wireless power transmitter while receiving the first power; receiving, through the communication unit , a command signal indicating a charge start command from the wireless power transmitter ; and based on receiving the command signal, starting charging a battery of the wireless power receiver , by using a second power which is received through the power reception unit from the wireless power transmitter . receiving, from a wireless power transmitter , a first power for initiating a communication unit through a power reception unit of the wireless power receiver ; after initiating the communication unit , establishing a pairing with the wireless power transmitter by transmitting a search signal and receiving a response search signal from the wireless power transmitter in response to the search signal and while receiving the first power, through the communication unit of the wireless power receiver ; based on the pairing, joining, through the communication unit, a wireless power network corresponding to the wireless power transmitter while receiving the first power; receiving, through the communication unit , a command signal indicating a charge start command from the wireless power transmitter ; and based on receiving the command signal, starting charging a battery of the wireless power receiver , by using a second power which is received through the power reception unit from the wireless power transmitter .
Method for mounting a transmission shaft inserted into a differential housing during mounting, said differential housing having a removable protection device for a transmission seal providing tightness between the differential housing and the transmission shaft , the protection device comprising: - a longitudinally slotted cylindrical protection ring which is introduced under the transmission seal to protect it during the insertion of the shaft, - an annular flat bearing flange which flatly bears on the housing, is connected to the ring and has a radial opening following the slot of the ring, and a removal handle , - an abutment projecting axially towards the outside of the housing from the annular flat bearing flange which flatly bears on the housing, in order to arrest the insertion of the shaft in a reference position, the removal handle being attached to the end of the abutment , the method being characterized in that it comprises the following steps: - placing the protection device under the transmission seal , - inserting the transmission shaft as far as a reference position, which is reached when a collar 4b of the shaft has met the outer edge of the abutment, - removing the protection device by pulling on the handle , and in that the abutment of the protection device is disengaged from the collar by being pivoted against the housing while pulling on the handle in the direction of the housing, the protection device being removed after the disengagement of the abutment by pulling on the handle away from the housing. - a longitudinally slotted cylindrical protection ring which is introduced under the transmission seal to protect it during the insertion of the shaft, - an annular flat bearing flange which flatly bears on the housing, is connected to the ring and has a radial opening following the slot of the ring, and a removal handle , - an abutment projecting axially towards the outside of the housing from the annular flat bearing flange which flatly bears on the housing, in order to arrest the insertion of the shaft in a reference position, the removal handle being attached to the end of the abutment , - placing the protection device under the transmission seal , - inserting the transmission shaft as far as a reference position, which is reached when a collar 4b of the shaft has met the outer edge of the abutment, - removing the protection device by pulling on the handle , and in that the abutment of the protection device is disengaged from the collar by being pivoted against the housing while pulling on the handle in the direction of the housing, the protection device being removed after the disengagement of the abutment by pulling on the handle away from the housing.
A method for managing the circulation of a cooling liquid of years an branch of a cooling circuit of a motor vehicle, the branch comprising a device cooling of a combustion engine and a cooling system of a module for recirculating engine exhaust gas to combustion , the method imposing a zero flow rate of coolant in the branch when the combustion engine operating parameters match the first criteria, and imposed ant a circulation of in the branch coolant although the engine operating parameters satisfy the first criteria when module parameters of recirculation gas meet at least one second criterion, characterized in that this at least one second criterion imposing a circulation of the coolant in the branch is : - reaching a maximum critical coolant temperature which is in a cooling architecture of a recirculation valve which allows the distribution of the combustion gases between the exhaust and the recirculation, the cooling architecture of the valve forming part of the cooling system of the recirculation module, - stopping the circulation of gases in the recirculation module for a time less than a second safety period. - reaching a maximum critical coolant temperature which is in a cooling architecture of a recirculation valve which allows the distribution of the combustion gases between the exhaust and the recirculation, the cooling architecture of the valve forming part of the cooling system of the recirculation module, - stopping the circulation of gases in the recirculation module for a time less than a second safety period.
A method of manufacturing an axial flux permanent magnet machine, the machine having a stator comprising a stator housing enclosing a set of coils wound on respective stator bars and disposed circumferentially at intervals about an axis of the machine, and a rotor bearing a set of permanent magnets and mounted for rotation about said axis, and wherein said rotor and stator are spaced apart along said axis to define a gap therebetween in which magnetic flux in the machine is generally in an axial direction, the method comprising: providing ports for flowing coolant through said stator housing around said coils such that said coolant flows between said coils ; the method being characterized by : defining a gap for coolant flow between adjacent said coils by providing each of said coils with a single layer of windings over said stator bar , said layer of windings comprising a ribbon-shaped wire having a greater width across a surface of the ribbon than thickness through the ribbon; wherein said windings are stacked horizontally along said stator bar such that adjacent ribbon surfaces of said ribbon abut one another, wherein said width of said ribbon defines a distance across a said coil perpendicular to a direction in which said windings are stacked, wherein the gap between adjacent coils is for controlling a coolant flow between said coils for cooling said machine. providing ports for flowing coolant through said stator housing around said coils such that said coolant flows between said coils ; the method being characterized by : defining a gap for coolant flow between adjacent said coils by providing each of said coils with a single layer of windings over said stator bar , said layer of windings comprising a ribbon-shaped wire having a greater width across a surface of the ribbon than thickness through the ribbon; wherein said windings are stacked horizontally along said stator bar such that adjacent ribbon surfaces of said ribbon abut one another, wherein said width of said ribbon defines a distance across a said coil perpendicular to a direction in which said windings are stacked, wherein the gap between adjacent coils is for controlling a coolant flow between said coils for cooling said machine.
A device for production of water with reduced heavy water molecule content, including a distillation column operating under vacuum, an evaporator and a condenser, characterized in that the device is provided with a heat pump, the distillation column consists of two coaxial tubes of diameter D1 and D2 (D1> D2) and a layer of the dumped packing placed in the annular gap between them, at that (D1-D2)/2 <300mm, and the liquid distributor at the top of the column has at least 800 irrigation points per square meter of the cross-sectional area of the packing part of the column.
A prosthetic foot comprising: an elongate monolithic foot element extending from a heel end to a toe end and having an arch portion therebetween, wherein the foot element comprising a generally U-shaped cut-out portion at the toe end that is positioned toward a medial side of a longitudinal axis of the foot element , the cut-out portion dividing the toe end into a medial toe and a lateral toe portion, the foot element further comprising a lengthwise split , wherein a first portion of the split runs substantially straight in an anterior/posterior direction and a second portion is curved, characterized in that a ratio of a width of at least a portion of a forefoot portion of the monolithic foot element relative to a length of the foot element is approximately 30%, the medial toe being longer and extending further distally than the lateral toe portion; and a forefoot piece coupled to a bottom surface of at least a portion of the forefoot portion, the forefoot piece generally sized and shaped to correspond to the forefoot portion and the toe portion of the foot element, a distal end of the forefoot piece including a cut-out corresponding in shape and size to the U-shaped cut-out portion of the foot element. a ratio of a width of at least a portion of a forefoot portion of the monolithic foot element relative to a length of the foot element is approximately 30%, the medial toe being longer and extending further distally than the lateral toe portion; and a forefoot piece coupled to a bottom surface of at least a portion of the forefoot portion, the forefoot piece generally sized and shaped to correspond to the forefoot portion and the toe portion of the foot element, a distal end of the forefoot piece including a cut-out corresponding in shape and size to the U-shaped cut-out portion of the foot element.
A surface temperature control system , comprising: - at least one flexible plastic tube , the outer side of which is at least partly surrounded by a first element of a hook-and-loop connection ; - a carrier sheet , wherein a second element of the hook-and-loop connection is arranged on one side of the carrier sheet so that the flexible plastic tube(s) can be releasably attached to the carrier sheet by forming the hook-and-loop connection ; and - a dimensionally stable, flat carrier , which is configured as a heat- and impact-sound-insulating insulation mat having a plurality of stabilising seams (11, 11', 11", 11"'); characterised in that the carrier sheet is secured on one side of the heat- and impact-sound-insulating insulation mat without the stabilising seams (11, 11', 11", 11"') penetrating the carrier sheet . - at least one flexible plastic tube , the outer side of which is at least partly surrounded by a first element of a hook-and-loop connection ; - a carrier sheet , wherein a second element of the hook-and-loop connection is arranged on one side of the carrier sheet so that the flexible plastic tube(s) can be releasably attached to the carrier sheet by forming the hook-and-loop connection ; and - a dimensionally stable, flat carrier , which is configured as a heat- and impact-sound-insulating insulation mat having a plurality of stabilising seams (11, 11', 11", 11"');
A spinal orthosis , comprising: a rear panel having first and second sides; a first belt member having a first end secured to the first side of the rear panel and a second end having a foldable portion adapted to fold over a first surface of the first belt member and secure to the first surface to reduce a length of the first belt member ; a second belt member having a first end secured to the second side of the rear panel and a second end having a foldable portion adapted to fold over a first surface of the second belt member and secure to the first surface to reduce a length of the second belt member ; first and second front closures separable from and securable over the second ends of the first and second belt members , respectively, and arranged for removably securing to one another to form a continuously circumferential loop with the rear panel and the first and second belt members , the first and second front closures defines first and second clamping sections arranged to removably secure to opposed sides of the foldable portion of the first belt member ; wherein the second ends of the first and second belt members each include fasteners extending from an outer side of the spinal orthosis for securing to a surface of the first and second belt members on the outer side of the spinal orthosis. a rear panel having first and second sides; a first belt member having a first end secured to the first side of the rear panel and a second end having a foldable portion adapted to fold over a first surface of the first belt member and secure to the first surface to reduce a length of the first belt member ; a second belt member having a first end secured to the second side of the rear panel and a second end having a foldable portion adapted to fold over a first surface of the second belt member and secure to the first surface to reduce a length of the second belt member ; first and second front closures separable from and securable over the second ends of the first and second belt members , respectively, and arranged for removably securing to one another to form a continuously circumferential loop with the rear panel and the first and second belt members , the first and second front closures defines first and second clamping sections arranged to removably secure to opposed sides of the foldable portion of the first belt member ; wherein the second ends of the first and second belt members each include fasteners extending from an outer side of the spinal orthosis for securing to a surface of the first and second belt members on the outer side of the spinal orthosis.
A drying device comprising: a recessed portion into which a suction nozzle is inserted; an air jetting port that is formed on a bottom surface of the recessed portion ; and a control device that is configured to jet air from the jetting port toward the suction nozzle inserted into the recessed portion , and the drying device includes multiple recessed portions having different inner diameters, characterized in that: depths of the multiple recessed portions differ according to the inner diameters. a recessed portion into which a suction nozzle is inserted; an air jetting port that is formed on a bottom surface of the recessed portion ; and a control device that is configured to jet air from the jetting port toward the suction nozzle inserted into the recessed portion , and the drying device includes multiple recessed portions having different inner diameters, characterized in that: depths of the multiple recessed portions differ according to the inner diameters.