mhurhangee/ep-ind-claims huggingface dataset:
A control unit for a heavy duty vehicle, the vehicle comprising an electric machine connected to first and second driven wheels (301, 302) via a differential, the control unit comprising a first wheel slip control module associated with the first driven wheel, and a second wheel slip control module associated with the second driven wheel, where each wheel slip control module (210, 220) is arranged to determine an obtainable torque (T 1, T 2) by the respective wheel, wherein the control unit is arranged to determine a required torque (T req) to satisfy a requested acceleration profile (a req) by the vehicle, and to request a torque (T EM) from the electrical machine corresponding to the smallest torque out of the obtainable torques (T 1, T 2) for each driven wheel (301, 302) and the required torque (T req), characterized in that each wheel slip control module (210, 220) is arranged to determine the obtainable torque (T 1, T 2) by the respective wheel based on a comparison between a current wheel slip and a configurable wheel slip limit ( λ LIM).
A vehicle seat comprising: a seatback and a seat cushion; a plurality of airbags for massaging that are provided at least at an interior of the seatback or the seat cushion, and that are configured to inflate and push portions of a body of a seated vehicle occupant; the vehicle seat being characterized in that it further comprises an air supplying/discharging device that has air force-feeding means for feeding air under pressure, and a control valve for supplying and discharging air, that has been fed under pressure from the air force-feeding means, to the plurality of airbags respectively, and the air supplying/discharging device is further configured to inflate and contract the plurality of airbags individually; and a control device that is configured to repeat, in a state in which the air force-feeding means is operated, at a uniform cycle, supplying and discharging of air by switching of the control valve, and to generate vibrations at at least one airbag among the plurality of airbags. a seatback and a seat cushion; a plurality of airbags for massaging that are provided at least at an interior of the seatback or the seat cushion, and that are configured to inflate and push portions of a body of a seated vehicle occupant; the vehicle seat being characterized in that it further comprises an air supplying/discharging device that has air force-feeding means for feeding air under pressure, and a control valve for supplying and discharging air, that has been fed under pressure from the air force-feeding means, to the plurality of airbags respectively, and the air supplying/discharging device is further configured to inflate and contract the plurality of airbags individually; and a control device that is configured to repeat, in a state in which the air force-feeding means is operated, at a uniform cycle, supplying and discharging of air by switching of the control valve, and to generate vibrations at at least one airbag among the plurality of airbags.
A method for producing microcarriers, the method comprising the following steps: (a) providing a wafer having a sandwich structure comprising a bottom layer, a top layer and an insulating layer located between said bottom and top layers (16, 17), (b) structuring the top layer to define at least one three-dimensional structure on the top surface of the top layer, (c) etching away the top layer to delineate lateral walls of bodies of the microcarriers, each body comprising at least one three-dimensional structure on its top surface, characterized in that it comprises the following steps: (d) applying a continuous polymer layer (25, 29) over the top surface of the bodies of the microcarriers, (e) removing the bottom layer and the insulating layer, (f) structuring the bottom surfaces of the bodies of the microcarriers to define at least one three-dimensional structure on the bottom surface of each body, step (e) occurring between step (d) and (f), (g) removing the polymer layer (25, 29) to release the microcarriers. (a) providing a wafer having a sandwich structure comprising a bottom layer, a top layer and an insulating layer located between said bottom and top layers (16, 17), (b) structuring the top layer to define at least one three-dimensional structure on the top surface of the top layer, (c) etching away the top layer to delineate lateral walls of bodies of the microcarriers, each body comprising at least one three-dimensional structure on its top surface, (d) applying a continuous polymer layer (25, 29) over the top surface of the bodies of the microcarriers, (e) removing the bottom layer and the insulating layer, (f) structuring the bottom surfaces of the bodies of the microcarriers to define at least one three-dimensional structure on the bottom surface of each body, step (e) occurring between step (d) and (f), (g) removing the polymer layer (25, 29) to release the microcarriers.
A syringe including a syringe barrel, a plunger rod and a stopper, the stopper comprising: a main body portion defining an open rearward end configured to receive the plunger rod, the main body portion manufactured from a rigid or semi-rigid polymeric material, wherein, when fluid pressure is increased inside the syringe barrel during an injection, the following actions occur: a) a flexible roof of the main body portion is configured to expand in a radial direction toward an inner wall of the syringe barrel; b) a first perimetrical skirt extending around an outer circumference of the main body portion is configured to be forced against the inner wall of the syringe barrel; characterised in that the material of the main body portion has an elastic modulus in the range of 0.01 GPa to 5 GPa; and in that with actions a and b also the following action occurs: c) an engagement between the plunger rod and an engagement portion provided along an inner circumference of the main body portion is configured to force the main body portion to expand in the radial direction toward the inner wall of the syringe barrel, the engagement portion comprising a notch which comprises an upwardly angled portion and a downwardly angled portion. a main body portion defining an open rearward end configured to receive the plunger rod, the main body portion manufactured from a rigid or semi-rigid polymeric material, wherein, when fluid pressure is increased inside the syringe barrel during an injection, the following actions occur: a) a flexible roof of the main body portion is configured to expand in a radial direction toward an inner wall of the syringe barrel; b) a first perimetrical skirt extending around an outer circumference of the main body portion is configured to be forced against the inner wall of the syringe barrel; characterised in that the material of the main body portion has an elastic modulus in the range of 0.01 GPa to 5 GPa; and in that with actions a and b also the following action occurs: c) an engagement between the plunger rod and an engagement portion provided along an inner circumference of the main body portion is configured to force the main body portion to expand in the radial direction toward the inner wall of the syringe barrel, the engagement portion comprising a notch which comprises an upwardly angled portion and a downwardly angled portion. a) a flexible roof of the main body portion is configured to expand in a radial direction toward an inner wall of the syringe barrel; b) a first perimetrical skirt extending around an outer circumference of the main body portion is configured to be forced against the inner wall of the syringe barrel; c) an engagement between the plunger rod and an engagement portion provided along an inner circumference of the main body portion is configured to force the main body portion to expand in the radial direction toward the inner wall of the syringe barrel, the engagement portion comprising a notch which comprises an upwardly angled portion and a downwardly angled portion.
A hub bearing for rotatably supporting a wheel of a car, having a rolling contact portion made of carbon steel for machine structural use, wherein a grease is enclosed in said hub bearing said grease comprising a base oil, a thickener, and an organozinc compound, wherein said organozinc compound is at least one compound selected from dithiozinc carbamate and dithiozinc phosphate, said organozinc compound is contained at 0.1 to 20 mass % for the entire grease, and said thickener is an alicyclic-aromatic urea compound prepared by the reaction between aromatic diisocyanate, alicyclic monoamine and aromatic monoamine, being a diurea compound shown by the following formula and is contained at 1 to 40 mass % for the entire grease, wherein R 2 indicates an aromatic hydrocarbon group having 6 to 15 carbon atoms, and R 1 and R 3 indicate at least one hydrocarbon group selected from an alicyclic hydrocarbon group and an aromatic hydrocarbon group.
A bacitracin-alginate oligomer conjugate comprising a bacitracin-class antibiotic connected covalently to at least one alginate oligomer via a direct covalent bond or a covalent molecular linker, wherein said alginate oligomer has 2 to 50 monomer residues, or a pharmaceutically acceptable salt, solvate, hydrate, diastereoisomer, tautomer or enantiomer thereof.
A silencer panel (104, 104A) comprising: an acoustic absorbing material: and an enclosure surrounding the acoustic absorbing material, the enclosure including at least one plastic, perforated side wall (114A, 114B); and characterised by further comprising a first electrostatic particle removing electrode (150, 250, 350) associated with the enclosure to remove particles from a working fluid in conjunction with a second electrostatic particle removing electrode (152, 252, 352). an acoustic absorbing material: and an enclosure surrounding the acoustic absorbing material, the enclosure including at least one plastic, perforated side wall (114A, 114B); and
An exhaust system for exhaust gases produced by a heat engine, this exhaust system including a duct for circulation of the exhaust gases which is equipped with chemical and/or physical treatment elements for the exhaust gases, including at least one particulate filter housed in the interior of a case placed on the duct, and a selective catalytic reduction system, designated SCRS system, including an injector of a reducing reagent, provided with an outlet in the interior of the exhaust system, and at least one catalytic element, designated SCR element; the SCRS system including at least two distinct SCR elements, including an upstream SCR element and a downstream SCR element, which are placed in series on the duct at a distance from one another, being separated by an intermediate zone of the exhaust system, the upstream and the downstream being defined with respect to the direction of flow of the exhaust gases along the exhaust system; and the particulate filter being placed on the exhaust system in the intermediate zone, being disposed between the upstream SCR element and the downstream SCR element, characterized in that the SCRS system only includes a single injector of reducing reagent, this injector being disposed upstream of the upstream SCR element.
A method for treating a tissue matrix, comprising: Selecting a dermal tissue matrix; and contacting the dermal tissue matrix with alcalase; and treating the tissue matrix with radiation, wherein the alcalase is provided under conditions selected to produce a desired tissue matrix pliability after treatment with radiation. Selecting a dermal tissue matrix; and contacting the dermal tissue matrix with alcalase; and treating the tissue matrix with radiation, wherein the alcalase is provided under conditions selected to produce a desired tissue matrix pliability after treatment with radiation.
A light irradiating unit comprises an illuminant loading member that has a curved illuminant loading face on which a plurality of illuminants are loaded, characterized by a holding frame that holds the illuminant loading member and a tabular heat-dissipating member that has predetermined elasticity and/or flexibility, and wherein the heat-dissipating member is attached to a back face of the illuminant loading face and to a supporting face of the holding frame that faces to the back face of the illuminant loading face respectively by use of said elasticity and/or flexibility.
Device for in situ analysis of radioactive waste containing the chlorine-36 isotope, characterised in that it includes: - a holder for said waste; - an array of at least two detectors configured to detect coincidences of gamma rays of 511 KeV emitted by said waste; - said holder and said array being movable in relation to one another; - measuring means for determining, at least on the basis of the measurement of these coincidences, the chlorine-36 content in said waste, and that - said measuring means comprise at least a processor and a controlling computer that carry out control of said detectors, coincidence acquisition procedures and management, processing of the data collected and display of results, these measuring means being configured to identify and quantify the coincidences of gamma rays emitted by other atomic species than chlorine-36, and to subtract this quantification from the total sum of the coincidences. - a holder for said waste; - an array of at least two detectors configured to detect coincidences of gamma rays of 511 KeV emitted by said waste; - said holder and said array being movable in relation to one another; - measuring means for determining, at least on the basis of the measurement of these coincidences, the chlorine-36 content in said waste, and that - said measuring means comprise at least a processor and a controlling computer that carry out control of said detectors, coincidence acquisition procedures and management, processing of the data collected and display of results, these measuring means being configured to identify and quantify the coincidences of gamma rays emitted by other atomic species than chlorine-36, and to subtract this quantification from the total sum of the coincidences.
A ventilation system for rooms or buildings, in which the ventilation system can be integrated into a building element and the ventilation system has a heat exchanger element that has a first region having a first heat exchanger and a second region having a second heat exchanger, and the first and second heat exchangers are joined together via pipelines, with the formation of a heat exchanger circuit, wherein inner vent openings that connect the first region with the inside of the room, and outer vent openings that connect the first region with the outside environment are provided in the first region, and wherein inner aeration openings that connect the second region with the inside of the room and outer aeration openings that connect the second region with the external environment are provided in the second region wherein a hollow space that makes possible an air flow is provided in the building element at least between the first inner vent opening and the last outer vent opening as well as between the first inner aeration opening and the last outer aeration opening, characterized in, that the inner vent openings being disposed downstream to the outer vent openings relative to the flow direction of a heat transfer medium in the heat exchanger element, and the inner aeration openings being disposed upstream to the outer aeration openings relative to the flow direction of the heat transfer medium.
Model car race track for lane-guided toy cars which are composed of several track parts (10, 11, 12, 13; 23, 24) wherein each track part has at least two end faces on which an end face of a neighboured track part abuts what for on each end face fastener are arranged which engage removable with corresponding fasteners on the adjacent end face, and wherein on each track part guiding grooves are arranged on the upper surface characterized in that the track parts (10, 11, 12, 13; 23, 24) are modularly constructed and have following parts: - A base body consisting preferably of wood and having recesses for placing fasteners in the end faces and further recesses on the upper surface for guiding rails (14, 15; 16, 17; 18, 19) each with a guiding groove and a power supply line, - fasteners which are fixed by frictional- and/or form-fit connection or by a screw fitting on the base bode and which have plug-in connectors (30, 31) for a removal connection on the end face to corresponding plug-in connectors of the adjacent track part, - guiding rails (14, 15; 16, 17; 18, 19) with a groove wherein a power supply line can be removable inserted. - A base body consisting preferably of wood and having recesses for placing fasteners in the end faces and further recesses on the upper surface for guiding rails (14, 15; 16, 17; 18, 19) each with a guiding groove and a power supply line, - fasteners which are fixed by frictional- and/or form-fit connection or by a screw fitting on the base bode and which have plug-in connectors (30, 31) for a removal connection on the end face to corresponding plug-in connectors of the adjacent track part, - guiding rails (14, 15; 16, 17; 18, 19) with a groove wherein a power supply line can be removable inserted.
Fluid injection valve comprising a valve assembly with - a valve body having a longitudinal axis, having an inner circumferential surface defining a cavity which extends axially through the valve body for hydraulically connecting a fluid inlet end to a fluid outlet end of the valve body, and having a valve seat adjacent to the fluid outlet end; - a valve needle movably received in the cavity and operable to sealingly contact the valve seat in a closing position of the valve needle; and wherein - the cavity has a first portion being limited in axial direction towards the fluid outlet end by a bottom surface, - the bottom surface has a central opening from which a second portion of the cavity extends towards the fluid outlet end; - the bottom surface is comprised by a step of the inner circumferential surface of the valve body and represents an interface between the first portion and the second portion, and - a particle retainer element is positioned in the cavity such that it bears on the bottom surface and overlaps with the opening, characterized in that - the fluid injection valve has an electromagnetic actuator assembly comprising an armature being configured and movably arranged in the cavity for displacing the valve needle axially away from the closing position, - the first portion of the cavity accomo-dates the armature, - a shaft of the valve needle extends through the opening into the second portion; and - the particle retainer element circumferentially surrounds the shaft of the valve needle. - a valve body having a longitudinal axis, having an inner circumferential surface defining a cavity which extends axially through the valve body for hydraulically connecting a fluid inlet end to a fluid outlet end of the valve body, and having a valve seat adjacent to the fluid outlet end; - a valve needle movably received in the cavity and operable to sealingly contact the valve seat in a closing position of the valve needle; and - the cavity has a first portion being limited in axial direction towards the fluid outlet end by a bottom surface, - the bottom surface has a central opening from which a second portion of the cavity extends towards the fluid outlet end; - the bottom surface is comprised by a step of the inner circumferential surface of the valve body and represents an interface between the first portion and the second portion, and - a particle retainer element is positioned in the cavity such that it bears on the bottom surface and overlaps with the opening, characterized in that - the fluid injection valve has an electromagnetic actuator assembly comprising an armature being configured and movably arranged in the cavity for displacing the valve needle axially away from the closing position, - the first portion of the cavity accomo-dates the armature, - a shaft of the valve needle extends through the opening into the second portion; and - the particle retainer element circumferentially surrounds the shaft of the valve needle.
A method of diagnosing a patient with eosinophilic esophagitis, the method comprising analyzing a sample obtained from the patient to determine the level of one or more micro RNA (miRNA) molecules in the sample, the miRNA molecules selected from the group consisting of miR-146a, miR-146b, miR-142-3p and miR-223, determining whether the level of the one or more miRNA molecules is higher or lower relative to normal controls, and diagnosing the patient as having EE if the level of the one or more miRNA molecules is higher than the normal controls.
A diffuser plate (100 200 300 400 500 600) for diffusing a fluid flow in a fluid storage vessel (152 352 452 650), comprising: a plate (102 202 302 402 502) having a plurality of holes (104 204 304 404 504) for the fluid flow to pass through; and at least one wall (110 210 310 410 510) that extends away from a surface of the plate (102 202 302 402 502); characterised in that the at least one wall (110 210 310 410 510) has a generally spiral-shaped configuration across the surface of the plate (102 202 302 402 502). a plate (102 202 302 402 502) having a plurality of holes (104 204 304 404 504) for the fluid flow to pass through; and at least one wall (110 210 310 410 510) that extends away from a surface of the plate (102 202 302 402 502); characterised in that the at least one wall (110 210 310 410 510) has a generally spiral-shaped configuration across the surface of the plate (102 202 302 402 502).
An axial fan comprising a hub and a plurality of blades each of which extends away from the hub, wherein each blade defines a blade air moving part which during rotation of the axial fan causes air to be moved relative to the axial fan, and a blade retaining part; wherein the hub defines a plurality of hub retaining sockets each of which is adapted to retain a blade radially by engagement between the hub retaining socket and the respective blade retaining part; wherein each blade retaining part on an outer surface defines a plurality of blade indentations with a first cross-sectional shape, and wherein each hub retaining socket on an inner surface defines a plurality of socket indentations with a second cross-sectional shape, wherein provision of a pitch determining element in one blade indentation and in one socket indentation causes the blade to be retained at a predetermined pitch angle relative to the hub, characterised in that the pitch determining element is non-cylindrical, and wherein the cross-sectional shape of the pitch determining element corresponds to that of two semi-circles which are displaced relative to each other.
A method for receiving aperiodic channel state information, CSI, the method performed by a base station, BS, and comprising: transmitting a downlink control information, DCI, including a CSI request field; and receiving aperiodic CSI through a Physical Uplink Shared Channel, PUSCH, based on a value of the CSI request field, the CSI request field being a multi-bit field, wherein the CSI request field has the value among a first value which triggers an aperiodic CSI report for a first set of reference signals and a second value which triggers an aperiodic CSI report for a second set of reference signals, and wherein the first set of reference signals and the second set of reference signals are configured by a higher layer signal. transmitting a downlink control information, DCI, including a CSI request field; and receiving aperiodic CSI through a Physical Uplink Shared Channel, PUSCH, based on a value of the CSI request field, the CSI request field being a multi-bit field, wherein the CSI request field has the value among a first value which triggers an aperiodic CSI report for a first set of reference signals and a second value which triggers an aperiodic CSI report for a second set of reference signals, and wherein the first set of reference signals and the second set of reference signals are configured by a higher layer signal.