mhurhangee/ep-ind-claims huggingface dataset:
Rotorcraft provided with at least one motor, the rotorcraft comprising a power transmission box which is moved by the at least one motor, the rotorcraft comprising at least one rotor which is rotated by the power transmission box, the rotor being an aerodynamic member which is involved at least in the lift or the propulsion or the control of the yaw movement of the rotorcraft, the rotorcraft comprising at least one accessory which is not an aerodynamic member, the rotorcraft comprising a mechanical connection which mechanically connects the power transmission box and the at least one accessory, the power transmission box moving the accessory via the mechanical connection, the mechanical connection comprising at least one drive shaft which is connected to the power transmission box, characterised in that the rotorcraft comprises a power optimisation device, the power optimisation device comprising a disconnection device via disconnection of the drive shaft from the power transmission box, the disconnection device being controlled by a control processor, the control processor being configured to activate the disconnection device in order to disconnect the drive shaft from the power transmission box when the at least one motor is unusable.
A method for capturing and executing graphics processing operations, comprising: activating a memory trap function (122, 150) to cause a graphics processing unit (114, 404), GPU, to report memory accesses in executing graphics processing operations; receiving, based on activating the memory trap function and for each of a sequence of executed graphics processing operations executed by the GPU, a sequence of multiple memory accessing commands and associated portions of memory modified based on executing the sequence of executed graphics processing operations, wherein the sequence of multiple memory accessing commands results from executing the sequence of executed graphics processing operations by the GPU; storing, in a repository (146, 414), each of the sequence of multiple memory accessing commands and associated portions of memory; the method characterized by the further step of: providing, to the GPU, at least a portion of the sequence of multiple memory accessing commands and associated portions of memory to emulate re-executing of the sequence of graphics processing operations by the GPU by executing the provided portion of the sequence of memory commands. activating a memory trap function (122, 150) to cause a graphics processing unit (114, 404), GPU, to report memory accesses in executing graphics processing operations; receiving, based on activating the memory trap function and for each of a sequence of executed graphics processing operations executed by the GPU, a sequence of multiple memory accessing commands and associated portions of memory modified based on executing the sequence of executed graphics processing operations, wherein the sequence of multiple memory accessing commands results from executing the sequence of executed graphics processing operations by the GPU; storing, in a repository (146, 414), each of the sequence of multiple memory accessing commands and associated portions of memory; the method characterized by the further step of: providing, to the GPU, at least a portion of the sequence of multiple memory accessing commands and associated portions of memory to emulate re-executing of the sequence of graphics processing operations by the GPU by executing the provided portion of the sequence of memory commands.
Use of a gas container equipped with a tap unit and a protective cowling arranged around at least one portion of said tap unit to dispense a gas or gaseous mixture, said protective cowling, comprising a cowling body forming a protective shell delimiting an inner volume designed to receive all or part of the tap unit, and a hanging device pivoting between several angular positions comprising a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, said hanging device further comprising a three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising two arms (6a, 6b) each carrying a support-fixing notch (11a, 11b), said three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising an inner face shaped to mould the outer profile of the cowling body, when the hanging device is in the rest position, said use being characterised in that the gas or gaseous mixture is selected from among oxygen, air and N 2 O/O 2, He/O 2 and NO/nitrogen mixtures.
A door operator for operating a door leaf of a door set (3, 6), comprising a control unit, a drive unit and a user interface, wherein the control unit is adapted to detect a first mode of receiving a set of set-up parameters, in the first mode detect an external data storage, provide access to the external data storage, and automatically receive, in response to the detecting, a set of set-up parameters from the external data storage, install the set of set-up parameters in the control unit and control the drive unit based on the set of set-up parameters installed in the control unit, wherein the set of set-up parameters comprises parameters that are dependent on the surroundings of the door leaf.. detect a first mode of receiving a set of set-up parameters, in the first mode detect an external data storage, provide access to the external data storage, and automatically receive, in response to the detecting, a set of set-up parameters from the external data storage, detect an external data storage, provide access to the external data storage, and automatically receive, in response to the detecting, a set of set-up parameters from the external data storage, install the set of set-up parameters in the control unit and control the drive unit based on the set of set-up parameters installed in the control unit, wherein the set of set-up parameters comprises parameters that are dependent on the surroundings of the door leaf..
A device (1; 101) for measuring the pressure of a vehicle tire, the device comprising: - a sensor (3; 103) comprising a printed circuit card (4; 104) having a portion that is to be subjected to the pressure for measurement, the printed circuit card having strain detectors (10, 11; 110, 111) mounted on said portion to measure deformation of the printed circuit card under the influence of said pressure, the sensor being designed to be secured to the tire of pressure that it is desired to measure; and - a stationary portion (5; 105) subjected to be secured to the vehicle facing a path of the sensor to receive measurements acquired by the sensor; the printed circuit card having a first main face and a second main face, the components of the sensor that serve as coupling components between the sensor and the stationary portion of the sensor being arranged on the second main face of said printed circuit card outside the portion that is to be subjected to the pressure for measurement. - a sensor (3; 103) comprising a printed circuit card (4; 104) having a portion that is to be subjected to the pressure for measurement, the printed circuit card having strain detectors (10, 11; 110, 111) mounted on said portion to measure deformation of the printed circuit card under the influence of said pressure, the sensor being designed to be secured to the tire of pressure that it is desired to measure; and - a stationary portion (5; 105) subjected to be secured to the vehicle facing a path of the sensor to receive measurements acquired by the sensor;
A method for use in surgical navigation, the method being performed by a computing system and comprising: obtaining first tracking data for a first tracker in a tracking coordinate system, wherein the first tracker is associated with an anatomical object; determining, based on the first tracking data, a first pose of the first tracker in exactly four degrees of freedom, DOF, wherein the four DOF of the first pose comprise two translational DOF and two rotational DOF; obtaining second tracking data for a second tracker in a tracking coordinate system, wherein the second tracker is associated with the anatomical object; determining, based on the second tracking data, a second pose of the second tracker in exactly four DOF, wherein the four DOF of the second pose comprise two translational DOF and two rotational DOF; determining, based on the first pose and the second pose, a third pose of a virtual tracker in six DOF, the virtual tracker having a fixed spatial relationship relative to the anatomical object in the six DOF of the third pose. obtaining first tracking data for a first tracker in a tracking coordinate system, wherein the first tracker is associated with an anatomical object; determining, based on the first tracking data, a first pose of the first tracker in exactly four degrees of freedom, DOF, wherein the four DOF of the first pose comprise two translational DOF and two rotational DOF; obtaining second tracking data for a second tracker in a tracking coordinate system, wherein the second tracker is associated with the anatomical object; determining, based on the second tracking data, a second pose of the second tracker in exactly four DOF, wherein the four DOF of the second pose comprise two translational DOF and two rotational DOF; determining, based on the first pose and the second pose, a third pose of a virtual tracker in six DOF, the virtual tracker having a fixed spatial relationship relative to the anatomical object in the six DOF of the third pose.
A method for validating a new validator for a proof-of-origin, PoO, blockchain comprising receiving an announce message comprising: a unique tag that uniquely identifies one fixed communication line of a subscriber of a fixed communication operator; a peer identifier of the new validator; an identifier of an authorised signer, and a cryptographic signature of the authorised signer over at least the unique tag, and the peer identifier; verifying validity of the announce message; the verifying comprising checking from the PoO blockchain that the authorised signer is registered on the PoO blockchain as an authorised signer; and the verifying comprising checking the cryptographic signature of the authorised signer in the announce message; if each checking of the verifying is positive, then accepting the new validator for the PoO blockchain and mapping in the PoO blockchain the unique tag with at least the peer identifier, otherwise refusing the new validator. receiving an announce message comprising: a unique tag that uniquely identifies one fixed communication line of a subscriber of a fixed communication operator; a peer identifier of the new validator; an identifier of an authorised signer, and a cryptographic signature of the authorised signer over at least the unique tag, and the peer identifier; verifying validity of the announce message; the verifying comprising checking from the PoO blockchain that the authorised signer is registered on the PoO blockchain as an authorised signer; and the verifying comprising checking the cryptographic signature of the authorised signer in the announce message; if each checking of the verifying is positive, then accepting the new validator for the PoO blockchain and mapping in the PoO blockchain the unique tag with at least the peer identifier, otherwise refusing the new validator.
A method of wireless communication, comprising: receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of a plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic and is transmitted before the sounding reference signal. receiving (902; 1002; 1102; 1204) downlink control information in a downlink control region of a slot of a plurality of slots; transmitting (906; 908; 1006; 1012; 1104; 1208; 1210) a sounding reference signal in an uplink region of the slot; transmitting (904; 910; 1008; 1010; 1106, 1108; 1206; 1212) other uplink information in the uplink region of the slot, wherein the other uplink information comprises at least one of additional uplink control information or uplink user data traffic and is transmitted before the sounding reference signal.
An apparatus comprising: decode means to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a first packed data source operand, and an identification of a location of a second packed data source operand, wherein the opcode is to indicate that execution means is to perform, for a particular data element position of the packed data source operands, a comparison of a BF16 data element at that position, and update a flags register based on the comparison; and the execution means to execute the decoded instruction according to the opcode, wherein when one of the BF16 data elements is not-a-number, a zero flag, a parity flag, and a carry flag of the flags register are set to 1, wherein when the comparison indicates the data element of the first source is greater than the data element of the second source, the zero flag, the parity flag, and the carry flag of the flags register are set to 0, wherein when the comparison indicates the data element of the first source is less than the data element of the second source, the zero flag of the flags register is set to 0, the parity flag of the flags register is set to 0, and the carry flag of the flags register is set to 1, wherein when the comparison indicates the data element of the first source is equal to the data element of the second source, the carry flag of the flags register is set to 0, the parity flag of the flags register is set to 0, and the zero flag of the flags register is set to 1. decode means to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a first packed data source operand, and an identification of a location of a second packed data source operand, wherein the opcode is to indicate that execution means is to perform, for a particular data element position of the packed data source operands, a comparison of a BF16 data element at that position, and update a flags register based on the comparison; and the execution means to execute the decoded instruction according to the opcode, wherein when one of the BF16 data elements is not-a-number, a zero flag, a parity flag, and a carry flag of the flags register are set to 1, wherein when the comparison indicates the data element of the first source is greater than the data element of the second source, the zero flag, the parity flag, and the carry flag of the flags register are set to 0, wherein when the comparison indicates the data element of the first source is less than the data element of the second source, the zero flag of the flags register is set to 0, the parity flag of the flags register is set to 0, and the carry flag of the flags register is set to 1, wherein when the comparison indicates the data element of the first source is equal to the data element of the second source, the carry flag of the flags register is set to 0, the parity flag of the flags register is set to 0, and the zero flag of the flags register is set to 1.
Method for cleaning a drilling rod contaminated with pollutant, which rod is a Kelly bar composed of at least two tubular Kelly bar elements arranged inside one another, in which method - the Kelly bar is arranged in a vertical position, - a rinsing connection piece with an outlet opening for large-scale overflowing of the Kelly bar with a cleaning fluid is attached to a top side of the Kelly bar and - the Kelly bar with the Kelly bar elements arranged inside one another is rinsed off on inner and outer sides from above with the cleaning fluid, which is supplied via the rinsing connection piece. - the Kelly bar is arranged in a vertical position, - a rinsing connection piece with an outlet opening for large-scale overflowing of the Kelly bar with a cleaning fluid is attached to a top side of the Kelly bar and - the Kelly bar with the Kelly bar elements arranged inside one another is rinsed off on inner and outer sides from above with the cleaning fluid, which is supplied via the rinsing connection piece.
A method of detecting a fault condition in one or more balers, each of which includes a crop feed system and a bale chamber, wherein each of the one or more balers is configured to bale cut crop, the method comprising: identifying at least one location in the one or more balers, wherein the at least one identified location generates heat during an operation of a component of the baler; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature, a harvester, and a temperature signal transmitter; receiving RF energy at the harvester to energize the harvester, wherein the RF energy is one of ambient RF energy or directed RF energy transmitted by a tag reader; powering the temperature signal transmitter with the harvester; transmitting, to a receiver, temperature data from the powered temperature signal transmitter of the RFID tag; identifying, at the receiver from the transmitted temperature data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value. identifying at least one location in the one or more balers, wherein the at least one identified location generates heat during an operation of a component of the baler; placing a radio frequency identification (RFID) tag at the at least one identified location, wherein the RFID tag includes a temperature sensing feature, a harvester, and a temperature signal transmitter; receiving RF energy at the harvester to energize the harvester, wherein the RF energy is one of ambient RF energy or directed RF energy transmitted by a tag reader; powering the temperature signal transmitter with the harvester; transmitting, to a receiver, temperature data from the powered temperature signal transmitter of the RFID tag; identifying, at the receiver from the transmitted temperature data, a temperature value of the at least one identified location; and providing an indicator based on the identified temperature value.
Shoe sole having a sole body and having a reinforcing layer which is made of synthetic material, follows the course of the sole body with spacing from the sole edge and forks into two lateral branches towards the forefoot region, characterised in that the reinforcing layer comprising an open honeycomb structure is embedded into the sole body made of an elastomeric material, and that the elastomeric material of the sole body passes through the reinforcing layer via the open honeycomb structure.
Electromagnetic suction element, comprising a light source, comprised of a prism-shaped electromagnet housed in a profiled element having a U-shaped cross-section, whose ends are closed by end caps each comprising a shoulder, characterized in that one of the end caps, arranged at the end of the suction element which comprises the light source, is made of a translucent material.
A dielectric material having a rutile crystalline structure, comprising: Ti as a major constituent metal element; and as metal elements other than Ti, a metal element M1 and a metal element M2, characterised in that (i) the metal element M1 includes at least one of Mg, Ni, and Co, and the metal element M2 includes at least one of Nb and Ta or the metal element M1 is Ca, and the metal element M2 is W; and (ii) on a basis of a total amount of Ti, the metal element M1, and the metal element M2, a molar ratio x of the metal element M1 being in a range of 0.008 to 0.018 and a molar ratio y of the metal element M2 being in a range of 0.016 to 0.036. (i) the metal element M1 includes at least one of Mg, Ni, and Co, and the metal element M2 includes at least one of Nb and Ta or the metal element M1 is Ca, and the metal element M2 is W; and (ii) on a basis of a total amount of Ti, the metal element M1, and the metal element M2, a molar ratio x of the metal element M1 being in a range of 0.008 to 0.018 and a molar ratio y of the metal element M2 being in a range of 0.016 to 0.036.
A cosmetic nail care composition in the form of a varnish to be applied to the surface of the nail, characterized in that same contains at least one rhamnogalacturonan and at least one uronic acid.
A polynucleotide comprising a nucleotide sequence encoding a chimeric TGFβ receptor, wherein the receptor comprises an exodomain of TGFβ receptor and a non-TGFβ receptor endodomain from 41BB.
A compound of the formula: wherein: R 1 a and R 1 b are independently selected from H and F, provided that at least one of R 1 a and R 1 b is F, R 2 is selected from the group consisting of optionally substituted benzyl and optionally substituted C 1 -C 6 alkyl, and Het is an optionally-substituted five- or six-membered heterocycle comprising at least one N, O, or S atom. R 1 a and R 1 b are independently selected from H and F, provided that at least one of R 1 a and R 1 b is F, R 2 is selected from the group consisting of optionally substituted benzyl and optionally substituted C 1 -C 6 alkyl, and Het is an optionally-substituted five- or six-membered heterocycle comprising at least one N, O, or S atom.
A method for inspecting a welding defect, comprising: a threshold resistance setting step of measuring a resistance of a welded portion of a sample group and deriving a threshold resistance value which becomes an evaluation standard of a weak welding; a resistance measuring step of measuring a resistance value of a welded portion to be inspected, wherein the welded portion to be inspected is the entire welded portion; and a determination step of determining the welded portion as a weak welding if the resistance value measured in the resistance measuring step exceeds the threshold resistance value, wherein the threshold resistance setting step and the resistance measuring step include measuring a resistance using a microresistance measuring instrument having a resolution of nanoohm to microohm units, characterized in that the resistance measuring step includes measuring a resistance by allowing two resistance measuring probes to contact the welded portion, and measuring a total resistance of the welded portion by allowing one resistance measuring probe to contact one end of the welded portion and allowing another resistance measuring probe to contact an other end of the welded portion. a threshold resistance setting step of measuring a resistance of a welded portion of a sample group and deriving a threshold resistance value which becomes an evaluation standard of a weak welding; a resistance measuring step of measuring a resistance value of a welded portion to be inspected, wherein the welded portion to be inspected is the entire welded portion; and a determination step of determining the welded portion as a weak welding if the resistance value measured in the resistance measuring step exceeds the threshold resistance value, wherein the threshold resistance setting step and the resistance measuring step include measuring a resistance using a microresistance measuring instrument having a resolution of nanoohm to microohm units, characterized in that the resistance measuring step includes measuring a resistance by allowing two resistance measuring probes to contact the welded portion, and measuring a total resistance of the welded portion by allowing one resistance measuring probe to contact one end of the welded portion and allowing another resistance measuring probe to contact an other end of the welded portion.