mhurhangee/ep-ind-claims huggingface dataset:
A safety laminate comprising at least one interlayer sheet that is laminated to one or more rigid sheets, one or more other polymeric interlayer sheets, or one or more film layers; said at least one interlayer sheet comprising an ionomer composition; and said ionomer composition comprising a first ionomer that is the neutralized product of a first precursor acid copolymer; wherein (i) the first precursor acid copolymer comprises copolymerized units of a first α-olefin having 2 to 10 carbon atoms and 20 to 30 wt%, based on the total weight of the first precursor acid copolymer, of copolymerized units of a first α,β-ethylenically unsaturated carboxylic acid having 3 to 8 carbon atoms; (ii) the first precursor acid copolymer has a melt flow rate of 70 to 1000 g/10 min, as determined in accordance with ASTM D1238 at 190°C and 2.16 kg; and (iii) the first precursor acid copolymeris neutralized with a sodium ion-containing base to a level of 40% to 90% and produces a sodium ionomer, said sodium ionomer having a melt flow rate of 0.7 to 25 g/10 min and a freeze enthalpy that is not detectable or that is less than 3.0 j/g, when determined by differential scanning calorimetry in accordance with ASTM D3418.
An ophthalmic lens, comprising: an optic having an anterior face and a posterior face, the faces (24, 28) disposed about an optical axis; at least one diffractive region imposed on the anterior face or the posterior face, comprising a plurality of diffractive echelettes having a rotational asymmetry with respect to the optical axis, wherein the phase delays vary tangentially, wherein the stepheights of the echelettes vary tangentially as a function of the rotational angle, wherein the diffractive region is within an angular section that covers between 5 and 66% of the optic, wherein the stepheights within an angular section of the optic transition from the stepheight of one adjacent zone to the stepheight of another adjacent zone. an optic having an anterior face and a posterior face, the faces (24, 28) disposed about an optical axis; at least one diffractive region imposed on the anterior face or the posterior face, comprising a plurality of diffractive echelettes having a rotational asymmetry with respect to the optical axis, wherein the phase delays vary tangentially, wherein the stepheights of the echelettes vary tangentially as a function of the rotational angle, wherein the diffractive region is within an angular section that covers between 5 and 66% of the optic, wherein the stepheights within an angular section of the optic transition from the stepheight of one adjacent zone to the stepheight of another adjacent zone.
Arrangement for determining the contact resistance of electrically conductive layers (3, 4), which comprises: - a layer structure, in which an electrically conductive first layer is applied on an electrically conductive second layer, wherein the first layer contacts the second layer in a contact zone; - two current electrodes (10, 10'), wherein one current electrode is electrically connected to the first layer and the other current electrode is electrically connected to the second layer; - two voltage measurement electrodes (11, 11'), wherein one voltage measurement electrode is connected, in a first measurement zone, to the first layer, wherein the first measurement zone results from a region of the first layer opposite the contact zone and a region of the first layer extending this region in alignment transversely to a straight connecting line between the two current electrodes, and wherein the other voltage measurement electrode is connected, in a second measurement zone, to the second layer, wherein the second measurement zone results from a region of the second layer extending the contact zone in alignment transversely to a straight connecting line between the two current electrodes. - a layer structure, in which an electrically conductive first layer is applied on an electrically conductive second layer, wherein the first layer contacts the second layer in a contact zone; - two current electrodes (10, 10'), wherein one current electrode is electrically connected to the first layer and the other current electrode is electrically connected to the second layer; - two voltage measurement electrodes (11, 11'), wherein one voltage measurement electrode is connected, in a first measurement zone, to the first layer, wherein the first measurement zone results from a region of the first layer opposite the contact zone and a region of the first layer extending this region in alignment transversely to a straight connecting line between the two current electrodes, and wherein the other voltage measurement electrode is connected, in a second measurement zone, to the second layer, wherein the second measurement zone results from a region of the second layer extending the contact zone in alignment transversely to a straight connecting line between the two current electrodes.
Radiator with optimized convection capacity for cooling a headlight of a motor vehicle comprising at least two electronic components (C1, C2) supported and fixed, respectively, on a lower bearing and a upper bearing of the radiator, each having a heat dissipation surface (11a, 11b), said radiator comprising lower openings and upper openings passing through said bearings (1a, 1b) and opening onto each bearing at the level of its heat dissipation surface (11a, 11b), said radiator comprising lateral fins and underlying fins extending perpendicularly and under the lower bearing, the lower openings being formed of parallel slots opening, on the one hand, between the underlying fins and on the other hand, on a projecting part of the lower bearing, characterized in that the lower bearing is spaced from its dissipation surface and is delimited by beveled notches carried by the interior side wall of the radiator and whose enlarged end ends above the dissipation surface in order to support and wedge one of the two electronic components above the dissipation surface.
Coloring product for dyeing or refreshing dyes in textile materials, preferably in a washing machine, comprising a flat, clothlike carrier material, at least one coating applied to the carrier material and at least one indigoid dye in its oxidized form comprised by the coating, wherein the coating further comprises at least one binding agent for the at least one dye, so that the at least one dye can be dispensed into an aqueous solution from a temperature of about 20°C, the coating being at least partially dissolvable in a washing process from the flat carrier material which is added to the textile material to be dyed or to be refreshed in the dyeing.
A leather-like sheet comprising a fibrous substrate and a grain-finished portion covering 10% or more of a surface of the fibrous substrate, wherein the grain-finished portion comprises a surface layer and an optional coating layer, and the surface layer comprises non-modified hollow nanosilica particles having a primary particle size of 50 to 150 nm and an elastic polymer, or comprises modified hollow nanosilica particles and an optional elastic polymer, and wherein the modified hollow nanosilica particles are particles which are surface-modified with at least one compound selected from the group consisting of a compound having isocyanate group, a compound having alkyl group, a compound having aryl group and a compound having UV-sensitive functional group.
Polybutadiene comprising the monomer units derived from 1,3-butadiene and characterized in that the proportion of units of the formula in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 25 to 75 mole percent, the proportion of units of the formula in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 0 to 10 mole percent and the proportion of units of the formula in the entirety of the monomer units derived from 1,3-butadiene present in the polybutadiene is 25 to 75 mole percent, with the proviso that the entirety of the monomer units, and add up to 100 mole percent, and the polybutadiene has a number-average molar mass of 1000 to 3000 g/mol.
A method performed by a policy and charging function, PCF, adapted to operate in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, a wireless local area network, WLAN, selection policy; transmitting, to a network data analytics function, NWDAF, a subscription to analytics related to a WLAN, wherein the subscription to the analytics related to the WLAN includes a target of analytics reporting, analytics filter information, and an analytics target period, and wherein the analytics filter information includes an area of interest, a service set ID, SSID, and a basic service set ID, BSSID; receiving, from the NWDAF, the analytics related to the WLAN in response to the subscription, wherein the analytics related to the WLAN includes the area of interest, and a list of analytics per SSID, and wherein the list of analytics per SSID includes a reference signal strength indicator, RSSI, and a number of UEs observed for the SSID; and updating the WLAN selection policy based on the analytics related to the WLAN. transmitting, to a user equipment, UE, a wireless local area network, WLAN, selection policy; transmitting, to a network data analytics function, NWDAF, a subscription to analytics related to a WLAN, wherein the subscription to the analytics related to the WLAN includes a target of analytics reporting, analytics filter information, and an analytics target period, and wherein the analytics filter information includes an area of interest, a service set ID, SSID, and a basic service set ID, BSSID; receiving, from the NWDAF, the analytics related to the WLAN in response to the subscription, wherein the analytics related to the WLAN includes the area of interest, and a list of analytics per SSID, and wherein the list of analytics per SSID includes a reference signal strength indicator, RSSI, and a number of UEs observed for the SSID; and updating the WLAN selection policy based on the analytics related to the WLAN.
A container assembly comprising a container having an opening for providing access to an interior space for holding a product, and a finish defined by a rim having a sealing surface; a reclosable protective closure over the container opening, configured for suitable registry with the sealing surface to facilitate sealing of the opening; an exterior seal extending over the reclosable protective closure and an upper part of the container; and a RFID tag including a programmable microprocessor electromagnetically coupled with an antenna for selectively receiving, storing, and transmitting digitized information, characterized by: the RFID tag positioned between the exterior seal and the container or the closure wherein the microprocessor is electromagnetically isolated to minimize electromagnetic interference with the receiving, storing, or transmitting of the digitized information. the RFID tag positioned between the exterior seal and the container or the closure wherein the microprocessor is electromagnetically isolated to minimize electromagnetic interference with the receiving, storing, or transmitting of the digitized information.
A method for in vitro genotyping a plasmodium comprising: in a sample containing a plasmodium detecting the presence of an increased copy number of the genomic plasmepsin2-3 cluster, in particular wherein the plasmodium is Plasmodium falciparum.
A method for beamforming training of a multi-antenna system using a baseband module, comprising: sending a triggering message to a plurality of radio frequency, RF, modules to initiate beamforming training; obtaining, from each of the plurality of RF modules, a first information regarding detection of one or more pilot signals via at least one antenna element at a respective one of the plurality of RF modules, wherein the first information is obtained via a beam refinement phase, BRP, report; processing the first information obtained from the plurality of RF modules to generate a second information to synchronize the plurality of RF modules; and providing the second information to the plurality of RF modules. sending a triggering message to a plurality of radio frequency, RF, modules to initiate beamforming training; obtaining, from each of the plurality of RF modules, a first information regarding detection of one or more pilot signals via at least one antenna element at a respective one of the plurality of RF modules, wherein the first information is obtained via a beam refinement phase, BRP, report; processing the first information obtained from the plurality of RF modules to generate a second information to synchronize the plurality of RF modules; and providing the second information to the plurality of RF modules.
Paraglider comprising - a canopy having a top sail and a bottom sail, the canopy being divided into a plurality of elongate chambers having a longitudinal axis, each chamber having a front side with a chamber opening, a closed rear side and sidewalls; and - an uprighting means for the automatic uprighting of the canopy 12) after an at least partial collapse of the canopy; - the uprighting means being provided with - at least one air inlet opening in the top sail; and - a closing cloth associated to said at least one air inlet opening, said cloth being arranged on the bottom side of the top sail and connected to the top sail at least on that side of the air inlet opening that faces the chamber opening, - wherein upon entry of air through the chamber opening of a chamber provided with an air inlet opening, the closing cloth automatically closes the air inlet opening due to the dynamic pressure in the chamber, and - wherein in case of an at least partially collapsed canopy due to a decrease in dynamic pressure in the chamber provided with the air inlet opening, the closing cloth automatically clears the air inlet opening so that air flows in to re-form the chamber. - a canopy having a top sail and a bottom sail, the canopy being divided into a plurality of elongate chambers having a longitudinal axis, each chamber having a front side with a chamber opening, a closed rear side and sidewalls; and - an uprighting means for the automatic uprighting of the canopy 12) after an at least partial collapse of the canopy; - the uprighting means being provided with - at least one air inlet opening in the top sail; and - a closing cloth associated to said at least one air inlet opening, said cloth being arranged on the bottom side of the top sail and connected to the top sail at least on that side of the air inlet opening that faces the chamber opening, - at least one air inlet opening in the top sail; and - a closing cloth associated to said at least one air inlet opening, said cloth being arranged on the bottom side of the top sail and connected to the top sail at least on that side of the air inlet opening that faces the chamber opening, - wherein upon entry of air through the chamber opening of a chamber provided with an air inlet opening, the closing cloth automatically closes the air inlet opening due to the dynamic pressure in the chamber, and - wherein in case of an at least partially collapsed canopy due to a decrease in dynamic pressure in the chamber provided with the air inlet opening, the closing cloth automatically clears the air inlet opening so that air flows in to re-form the chamber.
Carbon black, characterized in that the C-14 content is greater than 0.05 Bq/g and the ΔD50/Dmode ratio of the aggregate size distribution is smaller than 0.7.
A control system of an internal combustion engine using as a fuel a first fuel of ammonia and a second fuel which is easier to burn than ammonia and feeding these two types of fuel into a combustion chamber to burn, wherein a reference ammonia ratio indicating a ratio of an amount of ammonia fed to a total amount of fuels fed is set in advance in accordance with an operating state of the engine, an exhaust purification catalyst able to remove N 2 O is arranged in an engine exhaust passage, an air-fuel ratio sensor is arranged downstream of the exhaust purification catalyst, when feed of the fuels is restarted after feed of the fuels is suspended at the time of deceleration, the combustion air-fuel ratio ((A/F)g) is made the stoichiometric air-fuel ratio, and the ammonia ratio is temporarily made lower than the reference ammonia ratio in accordance with the operating state of the engine during the time in which the air-fuel ratio ((A/F)c) detected by the air-fuel ratio sensor is lean after feed of the fuels is restarted.
A cover component for covering a surface of a display panel, the cover component comprising: a decorative layer that includes a colored region having a frame shape and a transmissive region provided on an inside of the colored region; and a hard coat layer that includes an anti-reflection region and a region having a smooth shape around the anti-reflection region, the anti-reflection region being a region having a fine uneven shape (46a, 46b, 46c) formed on at least one surface of the hard coat layer, wherein the hard coat layer overlaps the decorative layer, and the anti-reflection region covers the transmissive region and protrudes into the colored region over a whole inner peripheral portion of the colored region. a decorative layer that includes a colored region having a frame shape and a transmissive region provided on an inside of the colored region; and a hard coat layer that includes an anti-reflection region and a region having a smooth shape around the anti-reflection region, the anti-reflection region being a region having a fine uneven shape (46a, 46b, 46c) formed on at least one surface of the hard coat layer, wherein the hard coat layer overlaps the decorative layer, and the anti-reflection region covers the transmissive region and protrudes into the colored region over a whole inner peripheral portion of the colored region.
A method for transmitting a signal at a base station, BS, to a mobile station, MS, in a millimeter wave communication system supporting orthogonal frequency division multiplex, OFDM, modulation in a frequency band, the method comprising: transmitting a data modulation symbol generated by modulating a data signal using the OFDM according to a data modulation symbol length; and transmitting reference modulation symbols generated by modulating respective reference signals using the OFDM according to a reference modulation symbol length, wherein the reference modulation symbol length is shorter than the data modulation symbol length, and a number of reference modulation symbols to be transmitted during a period for the reference modulation symbols is determined, wherein a total length of the reference modulation symbols is equal to the data modulation symbol length, wherein each reference signal corresponds to one transmission and reception beam combination to be selected by the MS, wherein a same size guard interval is added before each OFDM symbol that is transmitted in the same cell. transmitting a data modulation symbol generated by modulating a data signal using the OFDM according to a data modulation symbol length; and transmitting reference modulation symbols generated by modulating respective reference signals using the OFDM according to a reference modulation symbol length, wherein the reference modulation symbol length is shorter than the data modulation symbol length, and a number of reference modulation symbols to be transmitted during a period for the reference modulation symbols is determined, wherein a total length of the reference modulation symbols is equal to the data modulation symbol length, wherein each reference signal corresponds to one transmission and reception beam combination to be selected by the MS, wherein a same size guard interval is added before each OFDM symbol that is transmitted in the same cell.
A hydraulic installation for converting energy defining at least one path (4, 5, 6) for a forced flow of water and comprising at least one machine, of the turbine, pump or turbine-pump type, a member provided at least one deformable wall (81, 81', 81") and delimiting at least one closed volume (V 8, V' 8, V" 8) of variable size and means (7, 9, 212, 91, 92) for supplying the closed volume with pressurised fluid characterised in that the member with a deformable wall is mounted in a hydraulic duct situated downstream of a rotating portion of the machine and in that the deformable wall (81, 81', 81") defines, locally and downstream of the rotating portion, an adjustable cross-section (S 63) for the flow in the hydraulic duct.
Purification process of washing waters of a production plant of the cosmetics sector, which provides for subjecting the washing waters to an ultrafiltration treatment in an ultrafiltration section, wherein such ultrafiltration treatment produces an ultrafiltration concentrate (Cuf) and ultrafiltration water (H2Ouf), and subjecting the ultrafiltration water (H2Ouf) to a biological treatment with separation of sludges to be disposed of or further treated and treated water (H2Otb) to be disposed of or to undergo subsequent treatments; - wherein the ultrafiltration concentrate (Cuf) is subjected to an evaporation treatment that produces a waste to be disposed of and evaporation water (H2Oec) that is again fed into the ultrafiltration section UF. - wherein the ultrafiltration concentrate (Cuf) is subjected to an evaporation treatment that produces a waste to be disposed of and evaporation water (H2Oec) that is again fed into the ultrafiltration section UF.
Utensil for securing a roller track to a frame structure of a goods conveyor installation, which comprises fastening means (2,11a,11b,12a,12b) for one end of said track, a holding base for said fastening means (2,11a, 11b,12a,12b), and a clamp for securing said holding base to the aforesaid structure, said clamp being capable of surrounding said structure in order to secure said holding base when said holding base leans on the structure, said track comprises a "U" shaped profile to support conveyors rollers, and said utensil comprises a fastening part configured in the form of a claw to fasten the base of one end of said profile, characterized in that said fastening part comprises a fork having prongs (11a, 11b) for inserting by pressure inside said "U" shaped profile, the prongs (11a, 11b) of said fork fastening the side walls of one end of said "U" shaped profile.