mhurhangee/ep-ind-claims huggingface dataset:
An aircraft, comprising: a fuselage comprising a first plurality of structural supports (132a-g), a second plurality of structural supports (132a-g), a first opening disposed between the first plurality of structural supports (132a-g), and a second opening disposed between the second plurality of structural supports (132a-g); a wing member disposed above the first opening and above the second opening, the wing comprising a plurality of ribs, the plurality of ribs comprising a first rib and a second rib; a first fuselage beam coupling the first rib of the wing member to the fuselage, the first fuselage beam comprising an elongated body portion extending across the first plurality of structural supports (132a-g); and a second fuselage beam coupling the second rib of the wing member to the fuselage, the second fuselage beam comprising an elongated body portion extending across the second plurality of structural supports (132a-g); characterised in that the first rib and the first fuselage beam are coplanar; and/or the first rib and the first fuselage beam form a continuous structural element. a fuselage comprising a first plurality of structural supports (132a-g), a second plurality of structural supports (132a-g), a first opening disposed between the first plurality of structural supports (132a-g), and a second opening disposed between the second plurality of structural supports (132a-g); a wing member disposed above the first opening and above the second opening, the wing comprising a plurality of ribs, the plurality of ribs comprising a first rib and a second rib; a first fuselage beam coupling the first rib of the wing member to the fuselage, the first fuselage beam comprising an elongated body portion extending across the first plurality of structural supports (132a-g); and a second fuselage beam coupling the second rib of the wing member to the fuselage, the second fuselage beam comprising an elongated body portion extending across the second plurality of structural supports (132a-g); characterised in that the first rib and the first fuselage beam are coplanar;
An antagonist of TGF-β for use in the treatment of a myocardial infarction in a patient, wherein administration of the antagonist of TGF-β to the patient is commenced within 72 hours of onset of myocardial ischemia, and wherein the TGF-β antagonist is an antibody or antibody fragment that specifically binds to one or more isoforms of TGF-β and wherein the antibody or antigen-binding fragment comprises the PET1073G12 VH domain (SEQ ID NO: 2) and the PET1073G12 VL domain (SEQ ID NO: 7).
A dress cover installable over a seatback of a passenger seat, the dress cover comprising: a fabric outer shell; a seat cushion disposed within the outer shell and configured to support an occupying passenger of the passenger seat; and an interior pocket extending laterally through the dress cover from a left-side slot to a right-side slot, the interior pocket proximate to a lumbar area of the occupying passenger, each of the left-side slot and the right-side slot incorporating a slide fastener comprising: a fastener track extending along the left-side slot or the right-side slot; and a self-closing slider (116;700;800) configured to 1) translate along the fastener track and 2) maintain the slide fastener in a closed configuration; and at least one lumbar support device disposed laterally within the interior pocket and configured to provide lumbar support to the occupying passenger, the lumbar support device being attached to the self-closing sliders of the left-side slot and the right-side slot and adjustable by the occupying passenger via the self-closing sliders. a fabric outer shell; a seat cushion disposed within the outer shell and configured to support an occupying passenger of the passenger seat; and an interior pocket extending laterally through the dress cover from a left-side slot to a right-side slot, the interior pocket proximate to a lumbar area of the occupying passenger, each of the left-side slot and the right-side slot incorporating a slide fastener comprising: a fastener track extending along the left-side slot or the right-side slot; and a self-closing slider (116;700;800) configured to 1) translate along the fastener track and 2) maintain the slide fastener in a closed configuration; and a fastener track extending along the left-side slot or the right-side slot; and a self-closing slider (116;700;800) configured to 1) translate along the fastener track and 2) maintain the slide fastener in a closed configuration; and at least one lumbar support device disposed laterally within the interior pocket and configured to provide lumbar support to the occupying passenger, the lumbar support device being attached to the self-closing sliders of the left-side slot and the right-side slot and adjustable by the occupying passenger via the self-closing sliders.
A touch panel (100; 200; 300) comprising: a touch driving circuit which is configured to supply touch driving pulses and to receive touch sense signals in order to determine the force and location of a touch on the panel; first electrodes (Tx) configured to be supplied with a touch driving pulse during a first sensing mode for determining the force of a touch on the panel, and with a touch driving pulse during a second sensing mode for determining the location of a touch on the panel; second electrodes (Rx, Dxa, Dxb) separated from and intersecting the first electrodes (Tx); an elastic dielectric member disposed between the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb); wherein in the first sensing mode, the second electrodes (Rx, Dxa, Dxb) are configured to sense a first touch sense signal in response to a touch driving pulse, based at least in part on a first capacitance between the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb); wherein in the second sensing mode, a subset (Rx) of the second electrodes (Rx, Dxa, Dxb) is configured to sense a second touch sense signal in response to a touch driving pulse, based at least in part on a second capacitance between the first electrodes (Tx) and the subset (Rx) of the second electrodes (Rx, Dxa, Dxb), the second capacitance being smaller than the first capacitance. a touch driving circuit which is configured to supply touch driving pulses and to receive touch sense signals in order to determine the force and location of a touch on the panel; first electrodes (Tx) configured to be supplied with a touch driving pulse during a first sensing mode for determining the force of a touch on the panel, and with a touch driving pulse during a second sensing mode for determining the location of a touch on the panel; second electrodes (Rx, Dxa, Dxb) separated from and intersecting the first electrodes (Tx); an elastic dielectric member disposed between the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb); wherein in the first sensing mode, the second electrodes (Rx, Dxa, Dxb) are configured to sense a first touch sense signal in response to a touch driving pulse, based at least in part on a first capacitance between the first electrodes (Tx) and the second electrodes (Rx, Dxa, Dxb); wherein in the second sensing mode, a subset (Rx) of the second electrodes (Rx, Dxa, Dxb) is configured to sense a second touch sense signal in response to a touch driving pulse, based at least in part on a second capacitance between the first electrodes (Tx) and the subset (Rx) of the second electrodes (Rx, Dxa, Dxb), the second capacitance being smaller than the first capacitance.
A charged particle beam apparatus comprising: a charged particle optical column for irradiating a sample with a primary charged particle beam in the downward vertical direction; a sample stage; a light-emitting member for emitting light by charged particles that are transmitted through or scattered in the sample; a detector for detecting the light emitted by the light-emitting member; and a light transmission path for guiding light emitted by the light-emitting member to the detector; wherein the light-emitting member is configured such that the sample can be mounted directly on it; the light-emitting member is detachably arranged on the sample stage or is included in a sample support detachably arranged on the sample stage; and characterised in that the detector is arranged at a position such that its detection surface is above the horizontal surface where the sample is placed. a charged particle optical column for irradiating a sample with a primary charged particle beam in the downward vertical direction; a sample stage; a light-emitting member for emitting light by charged particles that are transmitted through or scattered in the sample; a detector for detecting the light emitted by the light-emitting member; and a light transmission path for guiding light emitted by the light-emitting member to the detector; wherein the light-emitting member is configured such that the sample can be mounted directly on it; the light-emitting member is detachably arranged on the sample stage or is included in a sample support detachably arranged on the sample stage; and characterised in that the detector is arranged at a position such that its detection surface is above the horizontal surface where the sample is placed.
A prosthesis or orthosis for a human ankle or knee joint comprising a first body, a second body and an articulated joint between said bodies (2,3), the articulated joint allowing the rotation of said bodies (2,3) with respect to one another, a first elastic element (30,52) and a second elastic element mounted between the bodies (2,3), characterized in that the prosthesis or orthosis comprises a converting mechanism comprising a third body (34,47) arranged movably with respect to the first body, the first elastic element (30,52) arranged between the third body (34,47) and the second body, the converting mechanism adapted for converting an angular change between the first body and the second body into a change of load on the first elastic element (30,52), the second elastic element arranged between the third body (34,47) and the first body and the prosthesis or orthosis further comprising a locking mechanism, which is configured to prevent a displacement or rotation of the third body (34,47) with respect to the first body, in such a way that, in a phase of the gait cycle wherein the third body (34,47) is still kept locked in the first body by means of the locking mechanism, an angular change between the first body and the second body is converted into a change of load on the first elastic element (30,52) with a first conversion ratio which is only defined by the characteristics of the first elastic element (30,52), whereas, in a phase of the gait cycle wherein the third body (34,47) is unlocked from the first body by unlocking the locking mechanism, an angular change between the first body and the second body is converted into a change of load on the first elastic element (30,52) with a second conversion ratio which is defined by the allover stiffness of the elastic system formed by the first elastic element (30,52) and the second elastic element put in series.
A gas supply system that supplies a demander with a mixed gas obtained by mixing a first gas generated by vaporization of a first low-temperature liquefied gas and a second gas generated by vaporization of a second low-temperature liquefied gas that is lower in temperature than the first low-temperature liquefied gas, the gas supply system comprising: a first tank configured to store the first low-temperature liquefied gas; a first path into which the first gas generated by vaporization of the first low-temperature liquefied gas in the first tank flows, a gas boosting mechanism configured to boost the first gas being disposed in the first path; a second path that is a path configured to extract the first low-temperature liquefied gas from the first tank, a pump configured to boost the first low-temperature liquefied gas and a vaporization mechanism configured to vaporize the first low-temperature liquefied gas boosted by the pump being disposed in the second path; and a reliquefaction path that is a path configured to liquefy at least part of the first gas extracted from an upstream side of the gas boosting mechanism in the first path and to cause the liquefied first gas to flow into an upstream side of the pump in the second path, a cooling heat exchanger configured to cool the first gas by the second low-temperature liquefied gas or the second gas being disposed in the reliquefaction path. a first tank configured to store the first low-temperature liquefied gas; a first path into which the first gas generated by vaporization of the first low-temperature liquefied gas in the first tank flows, a gas boosting mechanism configured to boost the first gas being disposed in the first path; a second path that is a path configured to extract the first low-temperature liquefied gas from the first tank, a pump configured to boost the first low-temperature liquefied gas and a vaporization mechanism configured to vaporize the first low-temperature liquefied gas boosted by the pump being disposed in the second path; and a reliquefaction path that is a path configured to liquefy at least part of the first gas extracted from an upstream side of the gas boosting mechanism in the first path and to cause the liquefied first gas to flow into an upstream side of the pump in the second path, a cooling heat exchanger configured to cool the first gas by the second low-temperature liquefied gas or the second gas being disposed in the reliquefaction path.
An arrangement on a flowing body of water in the area of a transverse structure and/or hydropower plant, particularly a fish passage aid, for transporting aquatic animals, especially fish, with at least one transport unit that is movable between the area of the lower water, especially the lower water level, and the area of the upper water, especially the upper water level, wherein the arrangement comprises a cableway with which the transport unit is movable along a travel path between a loading or unloading position of a first station in the area of the lower water and a loading or unloading position of a second station in the area of the upper water, and wherein the arrangement has a device for loading the transport unit arranged in the area of the lower water as well as a device for unloading the transport unit in the area of the upper water, characterized in that the arrangement additionally has a device for loading the transport unit arranged in the area of the upper water as well as a device for unloading the transport unit in the area of the lower water.
A lamp for a vehicle, comprising an array module including a plurality of micro Light Emitting Diode chips, wherein the array module is configured to generate light in a light emission direction, and wherein the array module comprises a plurality of irradiation regions (1010, 1020, 1030, 1040, 1050) each including one or more arrays of micro LED chips, and wherein at least one of the plurality of regions (1010, 1020, 1030, 1040, 1050) comprises arrays (210, 220) stacked on each other in form of layers, a number of which is different from a number of arrays stacked in another of the plurality of regions (1010, 1020, 1030, 1040, 1050), so that each irradiation region provides a different amount of light, and wherein the layers of stacked arrays in a region are so disposed that the micro LED chips (920a, 920b) included in the number of stacked arrays (210, 220) do not overlap in the light emission direction of the array module. and wherein the array module comprises a plurality of irradiation regions (1010, 1020, 1030, 1040, 1050) each including one or more arrays of micro LED chips, and wherein at least one of the plurality of regions (1010, 1020, 1030, 1040, 1050) comprises arrays (210, 220) stacked on each other in form of layers, a number of which is different from a number of arrays stacked in another of the plurality of regions (1010, 1020, 1030, 1040, 1050), so that each irradiation region provides a different amount of light, and wherein the layers of stacked arrays in a region are so disposed that the micro LED chips (920a, 920b) included in the number of stacked arrays (210, 220) do not overlap in the light emission direction of the array module.
A multi-antenna diversity scheduling method, comprising: transmitting pilot signals through x transmit antennas, wherein the pilot signals on 1 to x-1 transmit antennas are a product of pilot symbols and a phase sequence, wherein the phase sequence changes with time, the phase sequence changes more frequently than a user channel, and x is a positive integer greater than or equal to 2, the phase sequence changing with time comprises the phase sequence is generated randomly or changes regularly on a time domain; receiving a transient channel quality information, CQI, value returned by a user according to the pilot signals; and according to the transient CQI value and a scheduling algorithm, scheduling the user to transmit data. transmitting pilot signals through x transmit antennas, wherein the pilot signals on 1 to x-1 transmit antennas are a product of pilot symbols and a phase sequence, wherein the phase sequence changes with time, the phase sequence changes more frequently than a user channel, and x is a positive integer greater than or equal to 2, the phase sequence changing with time comprises the phase sequence is generated randomly or changes regularly on a time domain; receiving a transient channel quality information, CQI, value returned by a user according to the pilot signals; and according to the transient CQI value and a scheduling algorithm, scheduling the user to transmit data.
An exhaust system comprising: a. a NOx storage catalyst; b. an electric heating element; and c. a NOx reduction catalyst comprising an SCR/SCRF catalyst; wherein the heating element is located downstream of the NOx storage catalyst; characterized in that the electrical heating element forms a single unit with the SCR/SCRF catalyst; wherein the SCR/SCRF catalyst is coated on the downstream end of the single unit, with the electrical heating element on the upstream end of the unit; and wherein the NOx storage catalyst comprises a passive NOx adsorber. a. a NOx storage catalyst; b. an electric heating element; and c. a NOx reduction catalyst comprising an SCR/SCRF catalyst; wherein the heating element is located downstream of the NOx storage catalyst; characterized in that the electrical heating element forms a single unit with the SCR/SCRF catalyst; wherein the SCR/SCRF catalyst is coated on the downstream end of the single unit, with the electrical heating element on the upstream end of the unit; and wherein the NOx storage catalyst comprises a passive NOx adsorber. wherein the heating element is located downstream of the NOx storage catalyst; characterized in that the electrical heating element forms a single unit with the SCR/SCRF catalyst; wherein the SCR/SCRF catalyst is coated on the downstream end of the single unit, with the electrical heating element on the upstream end of the unit; and wherein the NOx storage catalyst comprises a passive NOx adsorber.
A method of decoding video data, the method comprising: decoding, from an encoded video bitstream, a sequence parameter set, SPS, referred to by one or more pictures of video data, wherein decoding the SPS comprises: parsing, at a first position in the SPS, a syntax element that indicates whether joint coding of chroma residuals is enabled or disabled for the one or more pictures of the video data referring to the SPS; and parsing, at a second position in the SPS that is after the first position and based on a value of the syntax element that indicates whether joint coding of chroma residuals is enabled or disabled, one or more syntax elements representing a quantization parameter, QP, mapping table; decoding, from the encoded video bitstream, a picture parameter set, PPS, referred to by a picture of the one or more pictures of video data, wherein decoding the PPS comprises: parsing a syntax element that indicates whether a QP offset for jointly coded chroma residuals is included in a chroma QP offset table and whether a syntax element that specifies an offset to a luma quantization parameter Qp' Y used for deriving Qp' CbCr is coded; and decoding the picture based on the SPS and the PPS. decoding, from an encoded video bitstream, a sequence parameter set, SPS, referred to by one or more pictures of video data, wherein decoding the SPS comprises: parsing, at a first position in the SPS, a syntax element that indicates whether joint coding of chroma residuals is enabled or disabled for the one or more pictures of the video data referring to the SPS; and parsing, at a second position in the SPS that is after the first position and based on a value of the syntax element that indicates whether joint coding of chroma residuals is enabled or disabled, one or more syntax elements representing a quantization parameter, QP, mapping table; parsing, at a first position in the SPS, a syntax element that indicates whether joint coding of chroma residuals is enabled or disabled for the one or more pictures of the video data referring to the SPS; and parsing, at a second position in the SPS that is after the first position and based on a value of the syntax element that indicates whether joint coding of chroma residuals is enabled or disabled, one or more syntax elements representing a quantization parameter, QP, mapping table; decoding, from the encoded video bitstream, a picture parameter set, PPS, referred to by a picture of the one or more pictures of video data, wherein decoding the PPS comprises: parsing a syntax element that indicates whether a QP offset for jointly coded chroma residuals is included in a chroma QP offset table and whether a syntax element that specifies an offset to a luma quantization parameter Qp' Y used for deriving Qp' CbCr is coded; and decoding the picture based on the SPS and the PPS.
A control method of a clothing care program of a washing machine for filtering particles as small as pm 2.5, wherein the washing machine comprises a control device, a rotatable drum driven by a motor and a tub disposed around the drum, two ends of an air passage which are separately connected to the tub, a fan and an airborne particle filtering device are disposed in the air passage, and the control method comprises: starting the motor to rotate the drum at a rotational speed lower than a speed making clothing move centrifugally; and starting the fan to make air in the tub pass through the filtering device, characterized in that the airborne particle filtering device comprises a density for filtering particles as small as pm 2.5.
Method for establishing a bidirectional NAS signalization channel according to 3GPP between a secure element cooperating with a terminal and a distant platform through a Network Exposure Function according to 3GPP, said secure element being a UICC, a iUICC or a eUICC, upon request of either said secure element or said distant platform, said method comprising an exchange of containers of data between said distant platform and said secure element through said Network Exposure Function, said containers being attached to downlink and uplink NAS signaling messages during a NAS procedure.