mhurhangee/ep-ind-claims huggingface dataset:
A method for modifying a surface, the method comprising: generating surface data at a first time by moving a first plurality of sensors over the surface, the first plurality of sensors comprising a first type of height sensor; generating a point cloud comprising height data based on the surface data generated at the first time; generating a sensor specific surface representation by modifying the height data of the point cloud using a Gaussian filter based on characteristics of a sonic tracker; generating surface data at a second time by moving the sonic tracker over the surface; comparing the surface data generated at the second time to the sensor specific surface representation; and modifying the surface based on the comparing. generating surface data at a first time by moving a first plurality of sensors over the surface, the first plurality of sensors comprising a first type of height sensor; generating a point cloud comprising height data based on the surface data generated at the first time; generating a sensor specific surface representation by modifying the height data of the point cloud using a Gaussian filter based on characteristics of a sonic tracker; generating surface data at a second time by moving the sonic tracker over the surface; comparing the surface data generated at the second time to the sensor specific surface representation; and modifying the surface based on the comparing.
Contact line for supplying at least one electrical consumer which is capable of travelling on the contact line in the longitudinal direction thereof, with at least one conductor running in the longitudinal direction with an electrically conducting conductor profile for making contact with a sliding contact of a current collector of the consumer and with at least one elongated slit hollow waveguide running in the longitudinal direction and provided with a longitudinal slit for receiving an antenna movable with the consumer, characterised in that the longitudinal slit is tilted about the longitudinal direction by an angle (α) other than 90° in relation to a travelling plane in which the current collector is movable in the longitudinal direction.
Capacitive measuring device for a hand-held device, particularly an electric hand-held device, for the detection of an approach to the hand-held device comprising at least one sensor electrode, wherein - the capacitive measuring device has a switching device, - the ground of the capacitive measuring device is galvanically connectable with an electrically conductive structure of the hand-held device by means of the switching device during a first measurement cycle, and - the capacitive measuring device has a ground electrode structure that is arranged on the hand-held device with at least one ground electrode (E M), wherein the ground of the capacitive measuring device is galvanically connectable with the at least one ground electrode (E M) being substantially smaller than the electrically conductive structure by means of the switching device during a second measurement cycle; - wherein when switching from the first measurement cycle to the second measurement cycle, sensor signals detected by the at least one sensor electrode undergo a common-mode interference; and - wherein the capacitive measurement device is configured to measure a difference between the sensor signals measured during the first and the second measurement cycle. - the capacitive measuring device has a switching device, - the ground of the capacitive measuring device is galvanically connectable with an electrically conductive structure of the hand-held device by means of the switching device during a first measurement cycle, and - the capacitive measuring device has a ground electrode structure that is arranged on the hand-held device with at least one ground electrode (E M), wherein the ground of the capacitive measuring device is galvanically connectable with the at least one ground electrode (E M) being substantially smaller than the electrically conductive structure by means of the switching device during a second measurement cycle; - wherein when switching from the first measurement cycle to the second measurement cycle, sensor signals detected by the at least one sensor electrode undergo a common-mode interference; and - wherein the capacitive measurement device is configured to measure a difference between the sensor signals measured during the first and the second measurement cycle.
Use of a nucleotide sequence encoding for the enzyme lycopene beta-cyclase Cyc-B characterized by the presence of the missense mutation in the position A949G, induced through mutagenesis to select a mutated tomato plant with a phenotype of resistance to infections by broomrapes, wherein said nucleotide sequence consists in SEQ ID NO:5.
A liner for guiding wire, in particular welding wire, formed from bodies (14, 16) arranged successively so as to form the liner, each of the bodies (14, 16) carrying a set of rolling elements (20, 42), characterized in that the bodies (14, 16) are at least of two different types, wherein the rolling elements held in the bodies of the first type have a distance from a center line of the liner which is smaller than the distance at which the rolling elements held in the bodies of the second type are arranged from the center line.
A device for assessing hyperinflation in a monitored subject, the device comprising: - respiration monitoring means for collecting respiratory data of the subject at different levels of exertion, the respiratory data at least relating to instantaneous lung volume and comprising the end expiratory lung volume (EELV) after expirations; - exertion level monitoring means for collecting exertion level data of the subject at the different levels of exertion, the exertion level data at least relating to instantaneous oxygen demand and comprising heart rate, as measured by a heart rate measuring device, or breathing frequency, obtained from the respiratory data; - computing means for - establishing a parametric relation between the collected respiratory data and the collected exertion level data, the parametric relation being described by one or more parameters; and - assessing the presence of hyperinflation in the subject in terms of the value of the one or more parameters. - respiration monitoring means for collecting respiratory data of the subject at different levels of exertion, the respiratory data at least relating to instantaneous lung volume and comprising the end expiratory lung volume (EELV) after expirations; - exertion level monitoring means for collecting exertion level data of the subject at the different levels of exertion, the exertion level data at least relating to instantaneous oxygen demand and comprising heart rate, as measured by a heart rate measuring device, or breathing frequency, obtained from the respiratory data; - computing means for - establishing a parametric relation between the collected respiratory data and the collected exertion level data, the parametric relation being described by one or more parameters; and - assessing the presence of hyperinflation in the subject in terms of the value of the one or more parameters. - establishing a parametric relation between the collected respiratory data and the collected exertion level data, the parametric relation being described by one or more parameters; and - assessing the presence of hyperinflation in the subject in terms of the value of the one or more parameters.
A cosmetic item comprising: i. A casing, ii. A reservoir housed within the casing, containing a thixotropic cosmetic composition, and having an opening to deliver said cosmetic composition, iii. A mesh covering said opening of the reservoir, configured to be impermeable to the cosmetic composition when the latter is not subjected to a shear stress, and permeable to the cosmetic composition when the latter is subjected to a shear stress. i. A casing, ii. A reservoir housed within the casing, containing a thixotropic cosmetic composition, and having an opening to deliver said cosmetic composition, iii. A mesh covering said opening of the reservoir, configured to be impermeable to the cosmetic composition when the latter is not subjected to a shear stress, and permeable to the cosmetic composition when the latter is subjected to a shear stress.
A computerised method for monitoring the status of an aircraft comprising: sending, from an output module of an aircraft monitoring system, a reporting contract request to the aircraft's avionics, the reporting contract request defining one or more report criteria upon which the aircraft's avionics are required to provide a data signal response to the aircraft monitoring system; monitoring, at an input module of the aircraft monitoring system, for received data signal response sent from the aircraft's avionics to the aircraft monitoring system; determining, at a processor of the aircraft monitoring system, if one or more alert criteria have been satisfied by received data signal responses; and generating, at an alerting module of the aircraft monitoring system, an alert based on the determination; wherein the report criteria defines a first interval at which the aircraft's avionics are required to provide a data signal response, the alert criteria defines a second interval and wherein an alert is generated, at the alerting module of the aircraft monitoring system, in the absence of a required data signal response being received during both the first interval and the second interval. sending, from an output module of an aircraft monitoring system, a reporting contract request to the aircraft's avionics, the reporting contract request defining one or more report criteria upon which the aircraft's avionics are required to provide a data signal response to the aircraft monitoring system; monitoring, at an input module of the aircraft monitoring system, for received data signal response sent from the aircraft's avionics to the aircraft monitoring system; determining, at a processor of the aircraft monitoring system, if one or more alert criteria have been satisfied by received data signal responses; and generating, at an alerting module of the aircraft monitoring system, an alert based on the determination; wherein the report criteria defines a first interval at which the aircraft's avionics are required to provide a data signal response, the alert criteria defines a second interval and wherein an alert is generated, at the alerting module of the aircraft monitoring system, in the absence of a required data signal response being received during both the first interval and the second interval.
A method performed by a transmitter device of a base station for signaling a control message in a wireless communication system, the method comprises generating a section extension type field indicating a section extension type used when there is at least one set of resource elements, REs, in a physical resource block, PRB, wherein REs in a set of REs use a same power scaling; generating a RE mask field indicating a position of REs in the set of REs; generating a scale field indicating a power scaling value used for the set of REs; generating a downlink and uplink, DL/UL, control message including the section extension type field, the RE mask field, and the scale field; transmitting the DL/UL control message via a fronthaul interface of the base station. generating a section extension type field indicating a section extension type used when there is at least one set of resource elements, REs, in a physical resource block, PRB, wherein REs in a set of REs use a same power scaling; generating a RE mask field indicating a position of REs in the set of REs; generating a scale field indicating a power scaling value used for the set of REs; generating a downlink and uplink, DL/UL, control message including the section extension type field, the RE mask field, and the scale field; transmitting the DL/UL control message via a fronthaul interface of the base station.
A humid curable composition comprising: an organic polymer having reactive silicon group(s); a bivalent tin carboxylate; an amine compound having no reactive silicon group; and silica, wherein the main chain of the component is at least one polymer selected from the group consisting of polyoxyalkylene polymers and (meth)acrylic acid ester polymers. an organic polymer having reactive silicon group(s); a bivalent tin carboxylate; an amine compound having no reactive silicon group; and silica,
A sole structure for an article of footwear, the sole structure comprising: an outer member; a plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) extending away from a base portion of the sole structure, the plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) including a first ground engaging member (122, 200 242, 244, 246, 248, 250, 252), a free end of the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) being an apex (204, 266, 268, 270); the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) including a first configuration and a second configuration, wherein the apex (204, 266, 268, 270) has a first height with respect to the base portion in the first configuration, wherein the apex (204, 266, 268, 270) has a second height with respect to the base portion in the second configuration, wherein the first height is greater than the second height, wherein the second height is approximately zero, such that the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) is substantially flat in the second configuration; and wherein the sole structure at least partially comprises an auxetic structure, and wherein the plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) are arranged on the outer member to provide the sole structure with the auxetic structure. an outer member; a plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) extending away from a base portion of the sole structure, the plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) including a first ground engaging member (122, 200 242, 244, 246, 248, 250, 252), a free end of the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) being an apex (204, 266, 268, 270); the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) including a first configuration and a second configuration, wherein the apex (204, 266, 268, 270) has a first height with respect to the base portion in the first configuration, wherein the apex (204, 266, 268, 270) has a second height with respect to the base portion in the second configuration, wherein the first height is greater than the second height, wherein the second height is approximately zero, such that the first ground engaging member (122, 200 242, 244, 246, 248, 250, 252) is substantially flat in the second configuration; and wherein the sole structure at least partially comprises an auxetic structure, and wherein the plurality of ground engaging members (122, 200 242, 244, 246, 248, 250, 252) are arranged on the outer member to provide the sole structure with the auxetic structure.
A method in user equipment, UE, the method comprising: in a cooperation mode, in which the UE acts as a cooperating UE, CUE, in a cooperating group of UEs for a target UE, TUE: receiving a group-specific common-parameters configuration, CPC, message from a transmit point, TP, over a first spectrum band, the group-specific CPC message comprising information related to a priority class index associated with traffic intended for the TUE; receiving traffic intended for the TUE from the TP over the first spectrum band; and accessing a second spectrum band as frame based equipment, FBE, in accordance with a priority class index-specific set of channel access parameters corresponding to the priority class index associated with the traffic intended for the TUE to relay the traffic to the TUE via device-to-device, D2D, sidelink transmission over the second spectrum band. receiving a group-specific common-parameters configuration, CPC, message from a transmit point, TP, over a first spectrum band, the group-specific CPC message comprising information related to a priority class index associated with traffic intended for the TUE; receiving traffic intended for the TUE from the TP over the first spectrum band; and accessing a second spectrum band as frame based equipment, FBE, in accordance with a priority class index-specific set of channel access parameters corresponding to the priority class index associated with the traffic intended for the TUE to relay the traffic to the TUE via device-to-device, D2D, sidelink transmission over the second spectrum band.
Front module for a passenger car, with an adapter element, whereby a trim part of the front module is supported on a front module structure located behind, wherein the adapter element is supported towards the bottom by an associated supporting element, characterised in that the supporting element is U-shaped in design, having a lower leg extending in the transverse direction of the vehicle and respective lateral legs, wherein the supporting element is supported with the lower leg on the top of the bending crossmember of a bumper assembly, and wherein the adapter element is thus also supported towards the bottom on the bending crossmember by way of the lateral legs, and in that an adjustable covering device of a cooling opening of a cooling device of the passenger car is integrated into the adapter element.
A method of verifying the operational status of a neutron detecting device, the method characterized by: a. at least partially enclosing a neutron detecting device (210, 310) including a neutron detector (220, 320) in a container (230, 330) having outer walls comprising a thermal neutron absorber material; b. determining an attenuated neutron count rate of the neutron detecting device (210, 310); c. removing the neutron detecting device (210, 310) from the container (230, 330); d. exposing the neutron detecting device (210, 310) to neutron radiation originating from cosmic ray background; e. determining an operational neutron count rate of the neutron detecting device (210, 310); f. determining a ratio between the operational neutron count rate and the attenuated neutron count rate; and g. verifying the operational status of the neutron detecting device (210, 310) if the operational neutron count rate is higher than the attenuated neutron count rate by at least a predetermined amount and the ratio is in a predetermined range. a. at least partially enclosing a neutron detecting device (210, 310) including a neutron detector (220, 320) in a container (230, 330) having outer walls comprising a thermal neutron absorber material; b. determining an attenuated neutron count rate of the neutron detecting device (210, 310); c. removing the neutron detecting device (210, 310) from the container (230, 330); d. exposing the neutron detecting device (210, 310) to neutron radiation originating from cosmic ray background; e. determining an operational neutron count rate of the neutron detecting device (210, 310); f. determining a ratio between the operational neutron count rate and the attenuated neutron count rate; and g. verifying the operational status of the neutron detecting device (210, 310) if the operational neutron count rate is higher than the attenuated neutron count rate by at least a predetermined amount and the ratio is in a predetermined range.
A method for demodulation and decoding of a received signal modulated on Q states by frequency-shift-keying with Gaussian filtering, said signal being received from a communication channel and comprising a message consisting of message symbols, said method being characterized in that, to determine a message symbol, - a plurality of possible phase increments are estimated by application of a linear filter to a plurality of sequences of M products of modulation on Q states by phase-shift-keying of possible consecutive message symbols, - a cumulated phase of the preceding iterations of the method is added to each of said possible phase increments to give an estimated phase, - the message symbol is determined by selection of the possible consecutive symbols whereof the estimated phase is the closest to the received signal, wherein a new cumulated phase is determined by addition to the cumulated phase of the preceding iterations of the method of the phase increment corresponding to phase-shift-keying of the message symbol as determined, said new cumulated phase being the cumulated phase for the subsequent iteration of the method, characterised in that - when modulation by frequency-shift-keying is modulation by frequency-shift-keying with Gaussian filtering with two states, phase-shift-keying modulation is binary phase-shift-keying BPSK, or - when modulation by frequency-shift-keying is modulation by frequency-shift-keying with Gaussian filtering with four states, phase-shift-keying modulation is quaternary phase-shift-keying QPSK. - a plurality of possible phase increments are estimated by application of a linear filter to a plurality of sequences of M products of modulation on Q states by phase-shift-keying of possible consecutive message symbols, - a cumulated phase of the preceding iterations of the method is added to each of said possible phase increments to give an estimated phase, - the message symbol is determined by selection of the possible consecutive symbols whereof the estimated phase is the closest to the received signal, - when modulation by frequency-shift-keying is modulation by frequency-shift-keying with Gaussian filtering with two states, phase-shift-keying modulation is binary phase-shift-keying BPSK, or - when modulation by frequency-shift-keying is modulation by frequency-shift-keying with Gaussian filtering with four states, phase-shift-keying modulation is quaternary phase-shift-keying QPSK.
A photovoltaic device comprising a mixed-anion perovskite, characterized in that the mixed-anion perovskite comprises two or more different anions selected from halide anions and chalcogenide anions.
A multiwall via structure in a substrate for carrying a signal having multiple conductive layers, comprising: an outer via for coupling to a pair (108, 110) of conductive layers of the substrate, the outer via creating a first signal path between the pair of conductive layers; an inner via within the outer via, for coupling to the pair (108, 110) of conductive layers, the inner via creating a second signal path between the pair of conductive layers; and a dielectric layer between the inner via and the outer via; characterised in that the substrate has one or more additional spaced apart conductive layers (104, 106), at least some of which are coupled to the outer via. an outer via for coupling to a pair (108, 110) of conductive layers of the substrate, the outer via creating a first signal path between the pair of conductive layers; an inner via within the outer via, for coupling to the pair (108, 110) of conductive layers, the inner via creating a second signal path between the pair of conductive layers; and a dielectric layer between the inner via and the outer via; characterised in that the substrate has one or more additional spaced apart conductive layers (104, 106), at least some of which are coupled to the outer via.