mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring the integrity of one or more freight containers along a transport route, wherein at least one freight container has a monitoring device associated therewith that has at least one monitoring sensor monitoring the integrity of the freight container, wherein the sensing of an event violating the freight container integrity by the monitoring sensor is followed by event data, representing the integrity violation, being transmitted to a remote analysis center, particularly an analysis device associated with the analysis center, wherein the analysis center, particularly the analysis device associated therewith, rates the transmitted event data using predetermined criteria in respect of either a sanctioned - authorized - or an unsanctioned - unauthorized - integrity violation of the freight container, and wherein opening or closing of the freight container is rated as a sanctioned or authorized integrity violation if an electronic authorization code representing the sanction for the opening operation or the closing operation is sent to the analysis center for the event data representing this integrity violation, characterized in that different types of opening operations and/or different types of closing operations are distinguished by using respective authorization codes from different function groups - function codes -, as result of which the analysis center can use the type of respectively received function code to determine what type of opening operation and/or what type of closing operation has taken place or is meant to take place.
An excavation teaching device for a construction machine for carrying out excavation to shape a three-dimensional landform into a three-dimensional target landform with operation of an operating mechanism for excavation, said device comprising: position measuring means (43, 44) for measuring a three-dimensional position of an operating mechanism of said construction machine, and display means for displaying a positional relationship between the three-dimensional target landform and said operating mechanism in accordance with a measured result of said position measuring means, wherein said display means is adpated to display, as an image in a first screen area, a plurality of small flat surfaces constituting the three-dimensional target landform and an illustration of the whole or a part of said construction machine including at least a fore-end portion of said operating mechanism, characterised in that said display means is adapted to further discriminatively display in said first screen area, as a target excavation surface, one of the plurality of small flat surfaces constituting the three-dimensional target landform, which satisfies that the direction normal to said one small flat surface is parallel, within a range of allowable error, to a plane in which said operating mechanism operates. position measuring means (43, 44) for measuring a three-dimensional position of an operating mechanism of said construction machine, and display means for displaying a positional relationship between the three-dimensional target landform and said operating mechanism in accordance with a measured result of said position measuring means, wherein said display means is adpated to display, as an image in a first screen area, a plurality of small flat surfaces constituting the three-dimensional target landform and an illustration of the whole or a part of said construction machine including at least a fore-end portion of said operating mechanism, characterised in that said display means is adapted to further discriminatively display in said first screen area, as a target excavation surface, one of the plurality of small flat surfaces constituting the three-dimensional target landform, which satisfies that the direction normal to said one small flat surface is parallel, within a range of allowable error, to a plane in which said operating mechanism operates.
Coating device for coating components with a coating agent, in particular for painting motor vehicle body components, with a) a printhead with a1) at least one nozzle for delivering a coating agent jet to the component to be coated, and a2) at least one printhead valve for controlling the release of coating agent through the nozzle, b) a multi-axis coating robot which guides the printhead over the surface of the component to be coated, as well as c) a robot control which controls the coating robot, wherein the robot control controls the coating robot with a specific first cycle time in a clocked manner, d) a printhead control that controls the printhead valve, wherein the printhead control controls the printhead valve of the printhead in a clocked manner with a specific second cycle time, characterized in that e) the second cycle time of the printhead control is shorter than the first cycle time of the robot control. a) a printhead with a1) at least one nozzle for delivering a coating agent jet to the component to be coated, and a2) at least one printhead valve for controlling the release of coating agent through the nozzle, a1) at least one nozzle for delivering a coating agent jet to the component to be coated, and a2) at least one printhead valve for controlling the release of coating agent through the nozzle, b) a multi-axis coating robot which guides the printhead over the surface of the component to be coated, as well as c) a robot control which controls the coating robot, wherein the robot control controls the coating robot with a specific first cycle time in a clocked manner, d) a printhead control that controls the printhead valve, wherein the printhead control controls the printhead valve of the printhead in a clocked manner with a specific second cycle time, characterized in that e) the second cycle time of the printhead control is shorter than the first cycle time of the robot control.
A printer comprising: a frame having a pair of side walls (73, 73); a head support member holding a thermal head; a platen roller rotatably supported on the pair of side walls (73, 73); a pair of elastic members (35, 36) arranged along a longitudinal direction of the head support member to bring the thermal head into contact with a peripheral surface of the platen roller under predetermined loads; and feeding means (23, 26) for feeding an unwound part of a printing medium while positioning a side edge of the unwound part near one end of the thermal head according to a width of the printing medium selected from among a plurality of printing media having different widths, wherein the predetermined loads by the pair of elastic members (35, 36) are determined such that a load exerted on the one end of the thermal head is larger than a load exerted on the other end of the thermal head; characterized in that a resultant force of the pair of elastic members (35, 36) acts on a position displaced, by a distance obtained by multiplying an entire length of the thermal head by a value in a range of 0.004 to 0.029, from a center of the thermal head in the longitudinal direction toward the one end of the thermal head. a frame having a pair of side walls (73, 73); a head support member holding a thermal head; a platen roller rotatably supported on the pair of side walls (73, 73); a pair of elastic members (35, 36) arranged along a longitudinal direction of the head support member to bring the thermal head into contact with a peripheral surface of the platen roller under predetermined loads; and feeding means (23, 26) for feeding an unwound part of a printing medium while positioning a side edge of the unwound part near one end of the thermal head according to a width of the printing medium selected from among a plurality of printing media having different widths, wherein the predetermined loads by the pair of elastic members (35, 36) are determined such that a load exerted on the one end of the thermal head is larger than a load exerted on the other end of the thermal head; characterized in that a resultant force of the pair of elastic members (35, 36) acts on a position displaced, by a distance obtained by multiplying an entire length of the thermal head by a value in a range of 0.004 to 0.029, from a center of the thermal head in the longitudinal direction toward the one end of the thermal head.
A method, in a network node, of monitoring packets, the method comprising steps of: a) obtaining a basic key from a packet, the basic key comprising a first number a of parameters charactering the packet, the first number a being a natural number; b) determining a first specification comprising a second number d of entries, each entry indicating a parameter comprised in the basic key, and a granularity corresponding to the parameter, the second number d being a natural number and not bigger than the first number d ≤ a; c) generating a third number H of extended keys for the packet based on the basic key and the first specification, each of the extended keys comprising a modified basic key and an indication of a location of an aggregation, wherein, in the modified basic key, bits from the least significant bit to the location indicated in the extended key are unified, the location of the aggregation indicated in each of the extended keys being different from each other, the third number H indicating a number of all possible locations of the aggregation according to the first specification; d) updating, a first result related to heavy hitter determination for each of the extended keys based on a Heavy Hitter algorithm. a) obtaining a basic key from a packet, the basic key comprising a first number a of parameters charactering the packet, the first number a being a natural number; b) determining a first specification comprising a second number d of entries, each entry indicating a parameter comprised in the basic key, and a granularity corresponding to the parameter, the second number d being a natural number and not bigger than the first number d ≤ a; c) generating a third number H of extended keys for the packet based on the basic key and the first specification, each of the extended keys comprising a modified basic key and an indication of a location of an aggregation, wherein, in the modified basic key, bits from the least significant bit to the location indicated in the extended key are unified, the location of the aggregation indicated in each of the extended keys being different from each other, the third number H indicating a number of all possible locations of the aggregation according to the first specification; d) updating, a first result related to heavy hitter determination for each of the extended keys based on a Heavy Hitter algorithm.
A magnetic logic unit -based accelerometer comprising: at least one MLU cell comprising a tunnel barrier layer between a first magnetic layer having a fixed first magnetization direction and a second magnetic layer having a second magnetization direction that can be varied; a proof-mass comprising a ferromagnetic material having a proof-mass magnetization inducing a proof-mass field, the proof-mass being elastically suspended such as to be capable of being deflected in at least one direction when subjected to an acceleration vector, the proof-mass being magnetically coupled to said at least one MLU cell via the proof-mass field; characterized in that the MLU-based accelerometer further comprises, a read module configured for determining a magnetoresistance of each of said at least one MLU cell such as to determine an acceleration vector from the deflection of the proof-mass relative to any one of said at least one MLU cell wherein said read module comprises means for switching the second magnetization to a highly sensitive and linear state in which the second magnetization is in an intermediary state between parallel and antiparallel to the first magnetization direction; and means for determining a degree of alignment between the second magnetization direction and the first magnetization direction. at least one MLU cell comprising a tunnel barrier layer between a first magnetic layer having a fixed first magnetization direction and a second magnetic layer having a second magnetization direction that can be varied; a proof-mass comprising a ferromagnetic material having a proof-mass magnetization inducing a proof-mass field, the proof-mass being elastically suspended such as to be capable of being deflected in at least one direction when subjected to an acceleration vector, the proof-mass being magnetically coupled to said at least one MLU cell via the proof-mass field; characterized in that the MLU-based accelerometer further comprises, a read module configured for determining a magnetoresistance of each of said at least one MLU cell such as to determine an acceleration vector from the deflection of the proof-mass relative to any one of said at least one MLU cell
Tyre-changing machine for removing a bead-broken tyre from the rim of a wheel, comprising: - at least a bed for resting on the ground; - at least a spindle which extends from said bed and on which is mountable at least a wheel having a rim and a tyre with a first flank and a second flank, said spindle being configured to tighten said rim on it so as to fix an imaginary axis of rotation of the wheel, with said first flank arranged in a distal position with respect to said bed and said second flank arranged in a proximal position with respect to said bed; and - at least a demounting tool having a non-rolling contact surface able to contact and push said second flank in the direction of moving away from said bed until extracting said first flank from said rim, said spindle and said demounting tool being reciprocally movable along a direction substantially parallel to said axis with a stroke that extends between two ends, so as to push said tyre out of said rim during the stroke; characterized by the fact that said non-rolling contact surface is substantially curved with the concavity thereof facing said axis. - at least a bed for resting on the ground; - at least a spindle which extends from said bed and on which is mountable at least a wheel having a rim and a tyre with a first flank and a second flank, said spindle being configured to tighten said rim on it so as to fix an imaginary axis of rotation of the wheel, with said first flank arranged in a distal position with respect to said bed and said second flank arranged in a proximal position with respect to said bed; and - at least a demounting tool having a non-rolling contact surface able to contact and push said second flank in the direction of moving away from said bed until extracting said first flank from said rim, said spindle and said demounting tool being reciprocally movable along a direction substantially parallel to said axis with a stroke that extends between two ends, so as to push said tyre out of said rim during the stroke;
A method, comprising: determining, at a user equipment, access point name information of a packet data network based on at least one of a mission critical organization name, a registered public land mobile network (RPLMN) identifier, or a home public land mobile network (HPLMN) identifier currently associated with the UE, wherein determining the APN information comprises: storing, at the UE, configured APN information for at least one mission critical organization name and public land mobile network (PLMN) identifiers associated with each of the at least one mission critical organization name; and identifying a match between the mission critical organization name and the PLMN identifier currently associated with the UE and a mission critical organization name and a PLMN identifier in the configured APN information; and in response to identifying the match, retrieving by the UE the configured APN information for the mission critical organization name and the PLMN identifier; connecting to the PDN based on the determined APN information. storing, at the UE, configured APN information for at least one mission critical organization name and public land mobile network (PLMN) identifiers associated with each of the at least one mission critical organization name; and identifying a match between the mission critical organization name and the PLMN identifier currently associated with the UE and a mission critical organization name and a PLMN identifier in the configured APN information; and in response to identifying the match, retrieving by the UE the configured APN information for the mission critical organization name and the PLMN identifier; connecting to the PDN based on the determined APN information.
A method for laser processing of silicon, comprising the steps of: providing a silicon substrate, said silicon substrate includes a top surface; providing a Kerr material and placing said Kerr material into engagement with said top surface of said silicon substrate forming an interface there between; applying a laser beam having at least one subpulse in a burst envelope, said burst envelope includes 1-50 subpulses, said subpulses in said envelope operating at a first wavelength, from a laser source through a distributive-focus lens focusing assembly and to said Kerr material; and, modifying said first wavelength of said subpulses as said subpulses travel through said Kerr material such that said subpulses are emitted from Kerr material at said interface between said Kerr material and said top surface of said silicon substrate at a plurality of second wavelengths, said plurality of second wavelengths being white light; a portion of said plurality of said second wavelengths of said subpulses being greater than or equal to 1.3 μm; photoacoustic compression processing is produced by said portion of said plurality of said second wavelengths being greater than or equal to 1.3 μm delivered through said interface and to said silicon substrate which initiates Kerr Effect self-focusing which is propagated in said silicon substrate by additional energy input to said silicon thus producing a filament within said silicon substrate. providing a silicon substrate, said silicon substrate includes a top surface; providing a Kerr material and placing said Kerr material into engagement with said top surface of said silicon substrate forming an interface there between; applying a laser beam having at least one subpulse in a burst envelope, said burst envelope includes 1-50 subpulses, said subpulses in said envelope operating at a first wavelength, from a laser source through a distributive-focus lens focusing assembly and to said Kerr material; and, modifying said first wavelength of said subpulses as said subpulses travel through said Kerr material such that said subpulses are emitted from Kerr material at said interface between said Kerr material and said top surface of said silicon substrate at a plurality of second wavelengths, said plurality of second wavelengths being white light; a portion of said plurality of said second wavelengths of said subpulses being greater than or equal to 1.3 μm; photoacoustic compression processing is produced by said portion of said plurality of said second wavelengths being greater than or equal to 1.3 μm delivered through said interface and to said silicon substrate which initiates Kerr Effect self-focusing which is propagated in said silicon substrate by additional energy input to said silicon thus producing a filament within said silicon substrate.
A ceiling panel for a pod room, the ceiling panel comprising: one or more cover components movable between an open configuration and a closed configuration and wherein the one or more cover components are adapted to acoustically insulate the pod room in the closed configuration, wherein the one or more cover components comprise a plurality of pivotable louvres, the louvres being pivotable between contacting positions in which the louvres contact one another to define the closed configuration, and non-contacting positions which define the open configuration, wherein the louvres further comprise flanges (410a, 410b) which contact and overlap one another to define the closed configuration, each flange further comprising a nib (412a, 412b) which protrudes in a direction substantially perpendicular to the flange, characterised in that in the closed configuration each nib directly abuts the flange of the adjacent louvre so that the flanges and the nibs of two adjacent louvres together define an acoustic insulating cavity in the closed configuration. one or more cover components movable between an open configuration and a closed configuration and wherein the one or more cover components are adapted to acoustically insulate the pod room in the closed configuration, wherein the one or more cover components comprise a plurality of pivotable louvres, the louvres being pivotable between contacting positions in which the louvres contact one another to define the closed configuration, and non-contacting positions which define the open configuration, wherein the louvres further comprise flanges (410a, 410b) which contact and overlap one another to define the closed configuration, each flange further comprising a nib (412a, 412b) which protrudes in a direction substantially perpendicular to the flange, characterised in that in the closed configuration each nib directly abuts the flange of the adjacent louvre so that the flanges and the nibs of two adjacent louvres together define an acoustic insulating cavity in the closed configuration.
An implantable medical device comprising: a sensing module configured to obtain electrical signals from one or more electrodes (24, 26, 28); and a control module configured to process the electrical signals from the sensing module in accordance with a tachyarrhythmia detection algorithm to monitor for a tachyarrhythmia, detect initiation of a pacing train delivered by a second implantable medical device, determine a type of the detected pacing train, and modify the tachyarrhythmia detection algorithm based on the type of the detected pacing train. a sensing module configured to obtain electrical signals from one or more electrodes (24, 26, 28); and a control module configured to process the electrical signals from the sensing module in accordance with a tachyarrhythmia detection algorithm to monitor for a tachyarrhythmia, detect initiation of a pacing train delivered by a second implantable medical device, determine a type of the detected pacing train, and modify the tachyarrhythmia detection algorithm based on the type of the detected pacing train.
Solar protection or wind protection device having a plurality of longitudinal rods which have longitudinally coupled longitudinal sub-rods, having a plurality of transverse rods which have longitudinally coupled transverse sub-rods (66, 66a, 66b), having at least one covering unit which is stretched between the longitudinal rods, wherein the transverse rods at least partially connect the longitudinal rods to one another, and wherein at least one transverse rod has at least one tension adjusting device for adjusting the tension of the covering unit in the transverse direction (q), characterised in that the tension adjusting device apart from the longitudinal rods is arranged between two transverse sub-rods (66, 66a, 66b) of the transverse rod (66, 66a, 66b) and that the tension adjusting device comprises a bushing which couples two transverse sub-rods (66, 66a, 66b) to one another longitudinally, and the bushing has at least one thread for connection to a corresponding thread of a first transverse sub-rod of the two transverse sub-rods.