mhurhangee/ep-ind-claims huggingface dataset:
Electric propulsion system able to drive at least two shafts, comprising - at least two electric motors, of which at least one first motor and at least one second motor, each one comprising a stator (S1, S2) and a rotor (R1, R2), and - a fixing system, adapted to lock the stators (S1, S2) of said motors to one another; said first motor is a motor in which the stator (S 1) is arranged in an inner position with respect to the rotor, which is arranged on the outside of said stator, and the second motor is a motor in which the stator is arranged in an outer position with respect to the rotor, which is arranged on the inside of said stator; the stator of the first motor comprises at least one housing, adapted to at least partially house at least one of said at least one second motor said electric propulsion system is characterized in that: • said first motor and said second motor are distinct and independent, in which the stator of said second motor presents an external casing adapted to be at least partially inserted into said housing; • said housing is a through hole with a diameter substantially equal to the external diameter of the external casing of the stator (S 2) of the second motor. - at least two electric motors, of which at least one first motor and at least one second motor, each one comprising a stator (S1, S2) and a rotor (R1, R2), and - a fixing system, adapted to lock the stators (S1, S2) of said motors to one another; • said first motor and said second motor are distinct and independent, in which the stator of said second motor presents an external casing adapted to be at least partially inserted into said housing; • said housing is a through hole with a diameter substantially equal to the external diameter of the external casing of the stator (S 2) of the second motor.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a chamber enclosing a fluid, at least a portion of the chamber being formed from a first polymer material; and a reinforcing element having: a first surface at least partially formed from the first polymer material, and bonded to the chamber, a second surface positioned opposite the first surface and at least partially formed from a second polymer material, the first polymer material being different than the second polymer material, and a plurality of apertures extending through the reinforcing element and from the first surface to the second surface, wherein a portion of the chamber extends into the apertures, each of the second surface of the reinforcing element and the portion of the chamber forming a portion of an exterior surface of the sole structure. a chamber enclosing a fluid, at least a portion of the chamber being formed from a first polymer material; and a reinforcing element having: a first surface at least partially formed from the first polymer material, and bonded to the chamber, a second surface positioned opposite the first surface and at least partially formed from a second polymer material, the first polymer material being different than the second polymer material, and a plurality of apertures extending through the reinforcing element and from the first surface to the second surface, a first surface at least partially formed from the first polymer material, and bonded to the chamber, a second surface positioned opposite the first surface and at least partially formed from a second polymer material, the first polymer material being different than the second polymer material, and a plurality of apertures extending through the reinforcing element and from the first surface to the second surface,
Nickel-base superalloy consisting of, in % by weight: carbon 0.13%-0.17% chromium (Cr) 21%-22% cobalt (Co) 18%-20% tungsten 1.8%-2.2% titanium (Ti) 3.0%-3.4% aluminum (Al) 2.1%-3.0% boron 0.008%-0.012% zirconium (Zr) 0.0025%-0.01% tantalum (Ta) 1.6%-2.5% niobium (Nb) 1.2%-1.6% optionally: yttrium 0.0025%-0.0075% yttrium oxide (Y 2 O 3) 0.25%-1.25% optionally and especially not more than: vanadium 0.01% hafnium (Hf) 0.01% silver (Ag) 0.005% lead (Pb) 0.0003% selenium (Se) 0.0003% oxygen 0.005% gallium (Ga) 0.001% bismuth (Bi) 0.0001% nitrogen 0.005% manganese (Mn) 0.007% tellurium (Te) 0.00005% thallium (Tl) 0.0005% calcium (Ca) 0.0001% potassium 0.0001% silicon (Si) 0.02% manganese (Mn) 0.01% iron (Fe) 0.02% copper (Cu) 0.01% phosphorus 0.005% sulfur 0.001% molybdenum (Mo) 0.1% other impurities 0.1% nickel (Ni) balance.
A method for updating user data on a website, comprising: authenticating a user who is accessing the website via a client; determining whether an operation behavior of the user satisfies a first preset condition, wherein the first preset condition is met when time spent by the user for browsing a web page exceeds a designated threshold; in the event that the first preset condition is satisfied, obtaining user identification information, including a user identifier; determining whether a stored user property that corresponds to the user ID satisfies a second preset condition; and in the event that the second preset condition is satisfied, updating designated service related data of the user, wherein the second preset condition is satisfied when the stored user property corresponding to the user ID indicates that a time period between the time of the previous update of service-related data of the user and the current time exceeds a preset threshold. authenticating a user who is accessing the website via a client; determining whether an operation behavior of the user satisfies a first preset condition, wherein the first preset condition is met when time spent by the user for browsing a web page exceeds a designated threshold; in the event that the first preset condition is satisfied, obtaining user identification information, including a user identifier; determining whether a stored user property that corresponds to the user ID satisfies a second preset condition; and in the event that the second preset condition is satisfied, updating designated service related data of the user, wherein the second preset condition is satisfied when the stored user property corresponding to the user ID indicates that a time period between the time of the previous update of service-related data of the user and the current time exceeds a preset threshold.
Organic electroluminescent device comprising an anode, a cathode, an emission layer, an undoped electron transport layer comprising a first matrix compound, and an electron injection layer comprising a second matrix compound and an alkali organic complex and/or alkali halide, wherein the undoped electron transport layer and the electron injection layer are arranged between the emission layer and the cathode, wherein the reduction potential of the first matrix compound is less negative than the reduction potential of 9,10-di(naphthalen-2-yl)anthracene and more negative than the reduction potential of 4,4'-bis(4,6-diphenyl-1,3,5-triazin-2-yl)biphenyl, wherein the reduction potential in both cases is measured against Fc/Fc + in tetrahydrofurane; and the dipole moment of the first matrix compound is selected ≥ 0 Debye and ≤ 2.5 Debye and the dipole moment of the second matrix compound is selected > 2.5 and < 10 Debye, wherein the second matrix compound comprises a phosphine oxide compound substituted with C 6 -C 40 aryl, C 5 -C 40 heteroaryl and/or C 1 -C 12 alkyl groups, preferably (3-(dibenzo[c,h]acridin-7-yl)phenyl)diphenylphosphine oxide, 3-phenyl-3H-benzo[b]dinaphtho[2,1-d:1',2'-f]phosphepine-3-oxide, phenyldi(pyren-1-yl)phosphine oxide, bis(4-(anthracen-9-yl)phenyl)(phenyl)phosphine oxide, (3-(9,10-di(naphthalen-2-yl)anthracen-2-yl)phenyl)diphenylphosphine oxide, phenyldi(pyren-1-yl)phosphine oxide, diphenyl(5-(pyren-1-yl)pyridin-2-yl)phosphine oxide, diphenyl(4'-(pyren-1-yl)-[1,1'-biphenyl]-3-yl)phosphine oxide, diphenyl(4'-(pyren-1-yl)-[1,1'-biphenyl]-3-yl)phosphine oxide, (3'-(dibenzo[c,h]acridin-7-yl)-[1,1'-biphenyl]-4-yl)diphenylphosphineoxide and/or phenyl bis(3-(pyren-1-yl)phenyl)phosphineoxide.
A method for managing the propulsion power of an aircraft, the aircraft extending longitudinally along an axis X from back to front and comprising at least two thermal side propulsive systems each comprising a fan, each side propulsive system having a fan rotation speed N 2 and at least one back propulsive system configured to ingest a boundary layer of said aircraft, the back propulsive system comprising a fan having a fan rotation speed N 3, which management method is characterised in that it comprises, during a cruise phase P4, a step of adjusting the rotation speed N 3 of the back propulsive system according to the following formula: N 3 = a * N 2 in which a is a constant.
Method of analyzing a region of interest in an object, the method comprising: - providing measurement data by a differential phase contrast X-ray imaging system, the measurement data comprising an at least 2-dimensional set of pixels wherein for each pixel the measurement data comprises three types of image data spatially aligned with each other, including: - absorption representing image data A, - differential phase contrast representing image data D, and - coherence representing image data C, - computerized analyzing of characteristics of the object in the region of interest based, for each pixel, on a combination of at least two of information comprised in the absorption representing image data A and information comprised in the differential phase contrast representing image data D and information comprised in the coherence representing image data C, characterised in that the method further comprises - providing for each pixel an indication on a reliability of information comprised in the absorption representing image data A and differential phase contrast representing image data D based on information comprised in the coherence representing image data C. - providing measurement data by a differential phase contrast X-ray imaging system, the measurement data comprising an at least 2-dimensional set of pixels wherein for each pixel the measurement data comprises three types of image data spatially aligned with each other, including: - absorption representing image data A, - differential phase contrast representing image data D, and - coherence representing image data C, - absorption representing image data A, - differential phase contrast representing image data D, and - coherence representing image data C, - computerized analyzing of characteristics of the object in the region of interest based, for each pixel, on a combination of at least two of information comprised in the absorption representing image data A and information comprised in the differential phase contrast representing image data D and information comprised in the coherence representing image data C, characterised in that the method further comprises - providing for each pixel an indication on a reliability of information comprised in the absorption representing image data A and differential phase contrast representing image data D based on information comprised in the coherence representing image data C.
A vehicle optical unit including a lamp and a set of light emitting diodes which are situated close to one another, and able to deliver respectively first and second lights, said unit including a screen placed in the vicinity of said lamp, characterized in that said screen includes i) a first part placed in the vicinity of the said lamp and arranged to partially mask the latter, and ii) a second part including a main wall, intercalated between said lamp and a portion at least of a base on which the set of light emitting diodes is secured, and a peripheral wall, erected substantially perpendicularly to an internal side of said main wall, oriented towards said internal part of the optical unit; said main wall thus arranged preventing on the one hand the passage of said second light in the internal part of said optical unit, and defining, in conjunction with said first part a heat shield able to protect at least said set of light emitting diodes against the heat produced by said lamp.
Interface module for a unit (1, 2) which is designed to transmit and/or amplify communication signals inside an antenna distribution system, comprising: - a first analogue interface for forwarding and receiving communication signals from mobile terminals, - a second interface for forwarding and receiving communication signals from the antenna distribution system, - at least one signal path (9, 10) for forwarding the received communication signals between the first analogue interface and the second interface, - a controllable digital unit which incorporates the signal path (9, 10) and which is designed for digitizing incoming communication signals on the at least one signal path and for subjecting outgoing communication signals to analogue conversion, and - a separate communication unit connected to the signal path (9, 10), the controllable digital unit being designed - to identify those communication signals which differ in frequency, in the type of modulation and/or in the transmission method in the digitized communication signals in order to distinguish essential communication signals, for communication on frequencies enabled in an emergency, from remaining communication signals, - to mask the remaining signals which have not been identified and - to forward the communication signals identified, and the communication unit being designed to interchange information and control data between a master unit and the digital unit. - a first analogue interface for forwarding and receiving communication signals from mobile terminals, - a second interface for forwarding and receiving communication signals from the antenna distribution system, - at least one signal path (9, 10) for forwarding the received communication signals between the first analogue interface and the second interface, - a controllable digital unit which incorporates the signal path (9, 10) and which is designed for digitizing incoming communication signals on the at least one signal path and for subjecting outgoing communication signals to analogue conversion, and - a separate communication unit connected to the signal path (9, 10), the controllable digital unit being designed - to identify those communication signals which differ in frequency, in the type of modulation and/or in the transmission method in the digitized communication signals in order to distinguish essential communication signals, for communication on frequencies enabled in an emergency, from remaining communication signals, - to mask the remaining signals which have not been identified and - to forward the communication signals identified, and the communication unit being designed to interchange information and control data between a master unit and the digital unit.
A cerumen filter applicator (320, 420) for replacing a cerumen filter (20, 410B) in a sound conduit (17, 105) of a hearing device, comprising: - an insertion tip (100A, 300A, 412), configured to fit inside the sound conduit (17, 105) of the hearing device, and comprising an insertion mechanism configured to engage with an engagement body (23, 123) of the cerumen filter (20, 410B) to provide for inserting and/or positioning the cerumen filter (20, 410B) in the sound conduit (17, 105); and - a removal tip (100B, 300B, 414) configured to fit inside the sound conduit (17, 105) of the hearing device, and comprising a removal mechanism configured to adapt in size and couple with the engagement body (23, 123) of the cerumen filter (20, 410B) to provide for removing the cerumen filter (20, 410B) from the sound conduit (17, 105), characterised in that - the insertion mechanism comprises an insertion cavity comprising a first opening (120A, 120B); - the removal mechanism comprises a removal cavity comprising a second opening; - a section of the insertion cavity has an internal diameter that is less than or equal to an external diameter of a part of the engagement body (23, 123) to provide that in use the section of the insertion cavity holds the engagement body (23, 123) in the insertion cavity; and - the removal cavity is configured to accommodate at least part of the engagement body (23, 123) within the removal cavity. - an insertion tip (100A, 300A, 412), configured to fit inside the sound conduit (17, 105) of the hearing device, and comprising an insertion mechanism configured to engage with an engagement body (23, 123) of the cerumen filter (20, 410B) to provide for inserting and/or positioning the cerumen filter (20, 410B) in the sound conduit (17, 105); and - a removal tip (100B, 300B, 414) configured to fit inside the sound conduit (17, 105) of the hearing device, and comprising a removal mechanism configured to adapt in size and couple with the engagement body (23, 123) of the cerumen filter (20, 410B) to provide for removing the cerumen filter (20, 410B) from the sound conduit (17, 105), characterised in that - the insertion mechanism comprises an insertion cavity comprising a first opening (120A, 120B); - the removal mechanism comprises a removal cavity comprising a second opening; - a section of the insertion cavity has an internal diameter that is less than or equal to an external diameter of a part of the engagement body (23, 123) to provide that in use the section of the insertion cavity holds the engagement body (23, 123) in the insertion cavity; and - the removal cavity is configured to accommodate at least part of the engagement body (23, 123) within the removal cavity.
Construction machine comprising a track wheel suspension, the track wheel suspension including a track wheel engageable to a track, a swing device comprising a first coupling portion, the first coupling portion being arranged for rotatably supporting said track wheel, a swing bar comprising a first bar end, the first bar end being arranged for being mounted to a second coupling portion of said swing device, the swing bar providing a swing axis, wherein said swing axis is offset from a rotation axis of the track wheel such that a swing movement of said swing device enables a movement of said track wheel in a direction which is substantially perpendicular to said rotation axis, and further comprising a restraining mechanism for at least restraining a movement of said second coupling portion about said swing axis in at least a first direction, wherein said restraining mechanism is configured to force-transmittingly connect with at least one of one or more restraining portions (16r1, 16r2, 16r3) of said swing bar so that a movement of said at least one of said one or more restraining portions (16r1, 16r2, 16r3) of said swing bar about said swing axis is restrained, characterized in that the restraining mechanism is configured to releasably lock at least one of said one or more restraining portions (16r1, 16r2, 16r3) of said swing bar into position.
Fastening for internal fixtures of vehicles, in particular rail vehicles in an integral construction mode, wherein a rail which is constructed so as to be integral to a light-metal profile of a wall of the vehicle and comprises a clearance is disposed on an internal side of a wall of a vehicle, and the internal fixture provided for fastening comprises a corresponding moulding which in the installed position of the internal fixture engages in the clearance, characterized in that the moulding is encased by a plastics material shim.
Method for determining a characteristic curve for a photovoltaic string of a PV system having an inverter, which is connected to the PV string on the input side and to a power supply network (15, PSN) on the output side, - wherein the PV string comprises a series connection of multiple PV modules, in which at least one of the PV modules is integrated into the series connection of the PV modules via a DC/DC converter, - wherein the at least one DC/DC converter is designed and configured to operate the PV module assigned thereto in a first operating mode M1 by temporal variation of a conversion ratio of output voltage (U Out) to input voltage (U In) at a maximum power point, and, in a second operating mode M2, to operate the PV module assigned thereto with a temporally constant conversion ratio of output voltage (U Out) to input voltage (U In), comprising the steps of: - operating the at least one DC/DC converter in the second operating mode M2 in response to a current signature for the current (Istr) through the PV string, which current signature is produced by the inverter, wherein the current signature is a time characteristic for the current I Str through the PV string, that is previously known to the DC/DC converter as a signal, and - determining the characteristic curve by variation of the current I Str or the voltage U Str of the PV string by the inverter and detecting values assigned to one another for current I Str and voltage U Str of the PV string in the second operating mode M2 of the DC/DC converter. - wherein the PV string comprises a series connection of multiple PV modules, in which at least one of the PV modules is integrated into the series connection of the PV modules via a DC/DC converter, - wherein the at least one DC/DC converter is designed and configured to operate the PV module assigned thereto in a first operating mode M1 by temporal variation of a conversion ratio of output voltage (U Out) to input voltage (U In) at a maximum power point, and, in a second operating mode M2, to operate the PV module assigned thereto with a temporally constant conversion ratio of output voltage (U Out) to input voltage (U In), - operating the at least one DC/DC converter in the second operating mode M2 in response to a current signature for the current (Istr) through the PV string, which current signature is produced by the inverter, wherein the current signature is a time characteristic for the current I Str through the PV string, that is previously known to the DC/DC converter as a signal, and - determining the characteristic curve by variation of the current I Str or the voltage U Str of the PV string by the inverter and detecting values assigned to one another for current I Str and voltage U Str of the PV string in the second operating mode M2 of the DC/DC converter.
Particle flow deflector device for projectile guided by a connecting wire along a direction of travel of the projectile, the projectile being provided with a fuselage and a thruster capable of producing a propulsive jet ejected by an ejection outlet of the projectile from upstream to downstream in the direction of travel of the projectile, the propulsive jet containing the particle flow, characterised in that the device comprises: - a device support comprising an upper surface and a lower surface, the lower surface corresponding to a surface configured to fix the device support onto the fuselage of the projectile, - a deflecting blade downstream of the ejection outlet, - a module for actuating the deflecting blade making it possible to bring the deflecting blade from a folded position, wherein the deflecting blade is located substantially in the extension of the device support to an unfolded position, wherein the deflecting blade makes an angle with the device support to deviate the particle flow. - a device support comprising an upper surface and a lower surface, the lower surface corresponding to a surface configured to fix the device support onto the fuselage of the projectile, - a deflecting blade downstream of the ejection outlet, - a module for actuating the deflecting blade making it possible to bring the deflecting blade from a folded position, wherein the deflecting blade is located substantially in the extension of the device support to an unfolded position, wherein the deflecting blade makes an angle with the device support to deviate the particle flow.