mhurhangee/ep-ind-claims huggingface dataset:
A method for retransmitting a message, comprising: notifying, by a terminal, a base station that the terminal is a narrowband terminal when sending a random access preamble to the base station; and receiving, by the terminal, a first random access response that is sent by the base station to the terminal according to the random access preamble, and sending a message 3 to the base station according to the first random access response; characterized in that the method further comprises retransmitting, by the terminal, the message 3 to the base station in an active blind retransmission manner after sending the message 3 to the base station according to the first random access response. notifying, by a terminal, a base station that the terminal is a narrowband terminal when sending a random access preamble to the base station; and receiving, by the terminal, a first random access response that is sent by the base station to the terminal according to the random access preamble, and sending a message 3 to the base station according to the first random access response; characterized in that the method further comprises retransmitting, by the terminal, the message 3 to the base station in an active blind retransmission manner after sending the message 3 to the base station according to the first random access response.
Method for the quantification of radionuclides in liquid media comprising the following steps a) Providing a liquid media comprising at least one radionuclide in a measuring cell, wherein a gamma-ray detector is positioned in the measuring cell, b) Measuring a gamma-ray pulse-height spectrum of the liquid media with the gamma-ray detector, characterized in that the method further comprises c) Providing simulated gamma-ray pulse-height spectra templates for radionuclides and calibration factors, wherein the gamma-ray pulse-height spectra templates are corrected for matrix effects, d) Computer-implemented identification and quantification of the at least one radionuclide in the liquid media using a spectral fitting of the measured gamma-ray pulse-height spectrum by a weighted combination of the simulated gamma-ray pulse-height spectra templates for radionuclides and the calibration factors, wherein the spectral fitting corrects temperature effects and background effects, wherein the spectral fitting comprises the transformation of weight-factors from the weighted combination of the simulated gamma-ray pulse-height spectra templates for radionuclides to concentrations of the radionuclides in the liquid media with the calibration factors. a) Providing a liquid media comprising at least one radionuclide in a measuring cell, wherein a gamma-ray detector is positioned in the measuring cell, b) Measuring a gamma-ray pulse-height spectrum of the liquid media with the gamma-ray detector, characterized in that the method further comprises c) Providing simulated gamma-ray pulse-height spectra templates for radionuclides and calibration factors, wherein the gamma-ray pulse-height spectra templates are corrected for matrix effects, d) Computer-implemented identification and quantification of the at least one radionuclide in the liquid media using a spectral fitting of the measured gamma-ray pulse-height spectrum by a weighted combination of the simulated gamma-ray pulse-height spectra templates for radionuclides and the calibration factors, wherein the spectral fitting corrects temperature effects and background effects,
Method for operating a radar sensor for environment sensing for a motor vehicle, wherein reference data describing static features sensible by the radar sensor in respect of at least one route covered by the motor vehicle, taking into account radar data recorded along the route, are determined and saved within the radar sensor, characterised in that, in the event of a repeat traverse of at least one section of a route in respect of which reference data were stored, the evaluation of currently recorded radar data, taking into account the reference data, is performed with reduced input.
A method for monitoring or detecting the conversion of N-(phosphonomethyl)iminodiacetic acid to N-(phosphonomethyl)glycine or another intermediate for N-(phosphonomethyl)glycine in the course of the catalytic oxidation of N-(phosphonomethyl)iminodiacetic acid in an aqueous medium, the method comprising: monitoring the aminomethylphosphonic acid content of said aqueous medium; and determining the conversion or identifying an end point of the reaction based on the aminomethylphosphonic acid content of said medium, and terminating the reaction based upon the identified conversion or end point, thereby producing a glyphosate product having a PMIDA content of less than 6000 ppm. monitoring the aminomethylphosphonic acid content of said aqueous medium; and determining the conversion or identifying an end point of the reaction based on the aminomethylphosphonic acid content of said medium,
A method comprising: collecting flow records of traffic flow segments at both a first middlebox and a second middlebox in a network environment corresponding to one or more traffic flows passing through either or both the first middlebox and the second middlebox, the flow records including one or more transaction identifiers assigned to the traffic flows; identifying sources and destinations of the traffic flow segments in the network environment with respect to either or both the first middlebox or the second middlebox using the flow records; stitching together a subset of the traffic flow segments to form a first stitched traffic flow about the first middlebox in the network environment based on the one or more transaction identifiers assigned to the traffic flow segments and the sources and destinations of the traffic flow segments in the network environment with respect to the first middlebox; stitching together another subset of the traffic flow segments to form a second stitched traffic flow about the second middlebox in the network environment based on the one or more transaction identifiers assigned to the traffic flow segments and the sources and destinations of the traffic flow segments in the network environment with respect to the second middlebox; stitching together the first stitched traffic flow and the second stitched traffic flow to form a cross-middlebox stitched traffic flow across the first middlebox and the second middlebox; and incorporating the cross-middlebox stitched traffic flow as part of network traffic data for the network environment. collecting flow records of traffic flow segments at both a first middlebox and a second middlebox in a network environment corresponding to one or more traffic flows passing through either or both the first middlebox and the second middlebox, the flow records including one or more transaction identifiers assigned to the traffic flows; identifying sources and destinations of the traffic flow segments in the network environment with respect to either or both the first middlebox or the second middlebox using the flow records; stitching together a subset of the traffic flow segments to form a first stitched traffic flow about the first middlebox in the network environment based on the one or more transaction identifiers assigned to the traffic flow segments and the sources and destinations of the traffic flow segments in the network environment with respect to the first middlebox; stitching together another subset of the traffic flow segments to form a second stitched traffic flow about the second middlebox in the network environment based on the one or more transaction identifiers assigned to the traffic flow segments and the sources and destinations of the traffic flow segments in the network environment with respect to the second middlebox; stitching together the first stitched traffic flow and the second stitched traffic flow to form a cross-middlebox stitched traffic flow across the first middlebox and the second middlebox; and incorporating the cross-middlebox stitched traffic flow as part of network traffic data for the network environment.
Carriage for a sliding door leaf, comprising: - a rigid body; - at least one roller (3, 4) which is rotatably mounted relative to the rigid body, in which each roller (3, 4) is guided in rotation by and between two bearings (5, 6, 7, 8) which are securely mounted on the rigid body; the at least one roller (3, 4) having a radial rolling surface groove of the carriage in displacement on a rail of the sliding door leaf, the radial surface groove extending substantially at an equal distance from the longitudinal ends of the roller (3, 4), characterized in that the at least one roller (3, 4) has a generally cylindrical shape of revolution so as to be able to be put in place by transverse sliding of the roller into a slot of the bearings (5, 6, 7, 8) and is capable of being blocked in lateral/transverse movement relative to the rigid body by inserting the rigid body into a recess, the recess being selected from: - a recess which is provided in a horizontal cross-member of a frame of said sliding door leaf; and - a recess which is formed in an intermediate part for securing the carriage and a frame of the sliding door leaf, the intermediate part being adapted to be able to receive the rigid body by insertion into the recess and to be rigidly connected to the frame of the sliding door leaf by means for fastening said intermediate part to the frame. - a rigid body; - at least one roller (3, 4) which is rotatably mounted relative to the rigid body, in which each roller (3, 4) is guided in rotation by and between two bearings (5, 6, 7, 8) which are securely mounted on the rigid body; - a recess which is provided in a horizontal cross-member of a frame of said sliding door leaf; and - a recess which is formed in an intermediate part for securing the carriage and a frame of the sliding door leaf, the intermediate part being adapted to be able to receive the rigid body by insertion into the recess and to be rigidly connected to the frame of the sliding door leaf by means for fastening said intermediate part to the frame.
Drainage element for a plant container (13, 15) that is embodied as a cushion, characterized in that the drainage element is embodied in a disc-shaped manner and comprises a disc-shaped tangled mesh and a filter mat that encases the disc-shaped tangled mesh, wherein the tangled mesh comprises such a rigidity that said tangled mesh maintains its height even when potting soil is lying on it.
A multifunctional polyolefin-metal-solid lubricant composite yarn comprising a) at least one polyolefin, b) at least one ultrafine metal particle with an average particle size of less than 120 microns, c) at least one ultrafine solid lubricant powder with an average particle size of less than 120 microns and d) a coupling agent, and e) a single site catalyst, wherein, the yarn exhibits negative buoyancy, reduced coefficient of friction and reduced micro and macro fouling underwater.
A vehicle wheel structure comprising: a tire and wheel constituting a hollow body with an annular first space; and at least one resonator in which there is formed an elongated second space with a pair of openings (O1; O2) at two ends thereof, each of the pair of openings (O1; O2) comprising an opening that opens inwardly toward an interior of the first space, wherein the at least one resonator is a tube in which said second space is formed; wherein the resonator is disposed in a curve along a circumferential direction of the first space; characterized in that: a ratio of a length of a centerline of the second space to a length of a centerline of the first space is within a range of from 0.45 to 0.55, and wherein the resonator is in a folded shape such that the pair of openings (O1; O2) are displaced from each other in the circumferential direction of the first space. a tire and wheel constituting a hollow body with an annular first space; and at least one resonator in which there is formed an elongated second space with a pair of openings (O1; O2) at two ends thereof, each of the pair of openings (O1; O2) comprising an opening that opens inwardly toward an interior of the first space, wherein the at least one resonator is a tube in which said second space is formed; wherein the resonator is disposed in a curve along a circumferential direction of the first space; characterized in that: a ratio of a length of a centerline of the second space to a length of a centerline of the first space is within a range of from 0.45 to 0.55, and wherein the resonator is in a folded shape such that the pair of openings (O1; O2) are displaced from each other in the circumferential direction of the first space. a ratio of a length of a centerline of the second space to a length of a centerline of the first space is within a range of from 0.45 to 0.55, and wherein the resonator is in a folded shape such that the pair of openings (O1; O2) are displaced from each other in the circumferential direction of the first space.
A grabbing member configured to be connected to a first delivery duct for delivering a pressurised operative fluid and to couple in a releasable manner with a terminal of a second delivery duct for delivering said pressurised operative fluid, so as to define a quick-coupling safety joint, said grabbing member having a longitudinal axis and comprising: - a main body, substantially tubular, coaxial to the longitudinal axis, apt to be connected to said first duct and to axially receive, in releasable coupling, said terminal in an advanced coupling position; - a valve element axially mounted slidingly inside the main body, held by elastic means in a closed position, in which it seals the first duct in a fluid-tight manner from the surrounding environment, and displaceable in an open position, in which it enables the outflow of said pressurised operative fluid from said first duct; - first releasable stopping means configured to constrain the terminal in said advanced coupling position inside the main body, in which the terminal exerts a force opposite and predominant with respect to the force exerted by the elastic means, on said valve element for keeping it in the open position; and - second releasable stopping means configured to cooperate with the terminal for holding it, after the release of the first stopping means and during uncoupling of the terminal from the main body, in a retracted safety position, in which the terminal is mechanically connected to the main body and is separated from the valve element to enable the arrangement of the valve element in the closed position; wherein the second stopping means comprise at least one blocking element defining an axial abutment for the terminal in said retracted safety position, characterised in that the at least one blocking element extends along a circumferential direction around said longitudinal axis so as to define an arc-shaped or half-moon shaped profile. - a main body, substantially tubular, coaxial to the longitudinal axis, apt to be connected to said first duct and to axially receive, in releasable coupling, said terminal in an advanced coupling position; - a valve element axially mounted slidingly inside the main body, held by elastic means in a closed position, in which it seals the first duct in a fluid-tight manner from the surrounding environment, and displaceable in an open position, in which it enables the outflow of said pressurised operative fluid from said first duct; - first releasable stopping means configured to constrain the terminal in said advanced coupling position inside the main body, in which the terminal exerts a force opposite and predominant with respect to the force exerted by the elastic means, on said valve element for keeping it in the open position; and - second releasable stopping means configured to cooperate with the terminal for holding it, after the release of the first stopping means and during uncoupling of the terminal from the main body, in a retracted safety position, in which the terminal is mechanically connected to the main body and is separated from the valve element to enable the arrangement of the valve element in the closed position;
A measurement system comprising: - at least one signal probing hardware circuit configured to provide probed signals resulting from probing at a port of a device under test, DUT, while allowing a signal to flow towards said DUT or while arranged to provide a termination to said DUT, one or more of voltage and current or incident and reflected wave, characterized by - a multi-channel receiver structure comprising a plurality of receivers, configured to receive two probed signals coming from at least one of said signal probing hardware circuits, each of the plurality of receivers comprising a respective digitizer for digitizing a corresponding one of the two probed signals, the respective digitizer having its own sample clock derived from a master clock, - a synchronization block external to the plurality of receivers and comprising a reference clock derived from the master clock, the synchronization block configured to enable the two probed signals to be phase coherently digitized across the plurality of receivers by synchronizing the respective sample clocks of the plurality of receivers while the reference clock is being shared with the plurality of receivers, - a signal processing circuit configured to process the phase coherently digitized probed signals. - at least one signal probing hardware circuit configured to provide probed signals resulting from probing at a port of a device under test, DUT, while allowing a signal to flow towards said DUT or while arranged to provide a termination to said DUT, one or more of voltage and current or incident and reflected wave, characterized by - a multi-channel receiver structure comprising a plurality of receivers, configured to receive two probed signals coming from at least one of said signal probing hardware circuits, each of the plurality of receivers comprising a respective digitizer for digitizing a corresponding one of the two probed signals, the respective digitizer having its own sample clock derived from a master clock, - a synchronization block external to the plurality of receivers and comprising a reference clock derived from the master clock, the synchronization block configured to enable the two probed signals to be phase coherently digitized across the plurality of receivers by synchronizing the respective sample clocks of the plurality of receivers while the reference clock is being shared with the plurality of receivers, - a signal processing circuit configured to process the phase coherently digitized probed signals.
An acoustic panel comprising one or more elongated cavities, wherein each cavity has a first cavity wall, a second cavity wall, a cavity opening between the first cavity wall and the second cavity wall, and a cavity back end, for one or more of the elongated cavities it holds that the elongated cavity accommodates a light source having a light exit surface, the light source is configured to provide light source light that can emanate from the cavity opening, wherein the first cavity wall or the second cavity wall hide the light exit surface of the light source when the acoustic panel is viewed along a normal to the acoustic panel, and the acoustic panel further comprises sound reducing material, characterized in that the acoustic panel further comprises a support frame which holds the light sources at a cavity back end and wherein for one or more of the elongated cavities it holds that the first cavity wall and the second cavity wall taper to the cavity back end and define a cavity opening angle (γ) having a value in the range of 0°< γ <90°.
An electronic system comprising a printed circuit contained in a package and a protection device characterized in that the electronic system comprises: conductive tracks (74, P1, P2) supported by the printed circuit and each having a free end; a first integrated circuit connected to the conductive tracks and capable of detecting a variation of the capacitance seen by each conductive track; and a second integrated circuit, possibly confounded with the first integrated circuit, comprising a memory configurable to select some of the conductive tracks, the second integrated circuit being capable of determining that an authorized or unauthorized access is occurring from the detection of the variation of the capacitance seen by at least one of the selected conductive tracks. conductive tracks (74, P1, P2) supported by the printed circuit and each having a free end; a first integrated circuit connected to the conductive tracks and capable of detecting a variation of the capacitance seen by each conductive track; and a second integrated circuit, possibly confounded with the first integrated circuit, comprising a memory configurable to select some of the conductive tracks, the second integrated circuit being capable of determining that an authorized or unauthorized access is occurring from the detection of the variation of the capacitance seen by at least one of the selected conductive tracks.
A crystal comprising the L-malic acid salt of N-[2-(diethylamino)ethyl]-5-[(5-fluoro-1,2-dihydro-2-oxo-3H-indol-3-ylidene)methyl]-2,4-dimethyl-1H-pyrrole-3-carboxamide, wherein the crystal has characteristic diffraction peaks at 13.2 and 24.2 degrees two-theta in a powder X-ray diffraction pattern, for use as a medicament.