mhurhangee/ep-ind-claims huggingface dataset:
A method for logging radio resource control, RRC, connection setup failure performed by a user equipment, UE, in a communication system, the method comprising: transmitting, to a base station, at least one preamble for a random access; receiving, from the base station, a random access response as a response to the at least one preamble for the random access; starting (540, 710) a first timer and transmitting (530, 705), to the base station, a first RRC connection request message for requesting an RRC connection setup; in case that the RRC connection setup is not completed before the first timer expires, logging first information indicating whether a maximum power level was used for a last transmitted preamble among the at least one transmitted preamble; starting (540, 715) a second timer and transmitting (530, 705), to the base station, a second RRC connection request message for requesting an RRC connection setup; receiving, from the base station, an RRC connection setup message before the second timer expires; transmitting, to the base station, an RRC connection setup complete message including an indicator informing that the UE has failure information; receiving, from the base station, a UE information request message including information for requesting the failure information; and transmitting, to the base station, a UE information response message including the failure information, the failure information including the first information. transmitting, to a base station, at least one preamble for a random access; receiving, from the base station, a random access response as a response to the at least one preamble for the random access; starting (540, 710) a first timer and transmitting (530, 705), to the base station, a first RRC connection request message for requesting an RRC connection setup; in case that the RRC connection setup is not completed before the first timer expires, logging first information indicating whether a maximum power level was used for a last transmitted preamble among the at least one transmitted preamble; starting (540, 715) a second timer and transmitting (530, 705), to the base station, a second RRC connection request message for requesting an RRC connection setup; receiving, from the base station, an RRC connection setup message before the second timer expires; transmitting, to the base station, an RRC connection setup complete message including an indicator informing that the UE has failure information; receiving, from the base station, a UE information request message including information for requesting the failure information; and transmitting, to the base station, a UE information response message including the failure information, the failure information including the first information.
Chassis of a commercial vehicle, in particular truck, trailer or semi-trailer, with a front end, a rear end and two side edges, wherein at least two longitudinal members extending at least substantially in the direction of travel are provided, wherein at least one transverse member extending transversely to the direction of travel is provided, wherein the at least one transverse member extends from a central section between the at least two longitudinal members into at least one edge section between a side edge and the longitudinal member assigned to the side edge, wherein the at least one transverse member engages from the central section into the edge section at least partially through a recess of the longitudinal member assigned to the edge section, characterised in that the height of the at least one transverse member in the edge section averaged over the longitudinal extension of the at least one transverse member in the edge section is arranged higher the height of the transverse member in the central section averaged over the longitudinal extension of the at least one transverse member in the central section.
A pharmaceutical composition for use in forming a cushion in endoscopic procedures, wherein the pharmaceutical composition is in the form of an oil in water emulsion or microemulsion, comprising: a) an aqueous phase; b) an oily phase; c) at least one surfactant; d) at least one inverse thermosensitive polymer; and e) optionally at least one physiologically acceptable excipient; wherein the composition exhibits flowability for injection; and wherein the composition further comprises at least one dye and said dye is selected from Lugol's solution, methylene blue, toluidine blue, crystal violet, indigo carmine, congo red and phenol red; preferably methylene blue or indigo carmine. a) an aqueous phase; b) an oily phase; c) at least one surfactant; d) at least one inverse thermosensitive polymer; and e) optionally at least one physiologically acceptable excipient;
Drive for a starter for a combustion engine, the drive comprising: - a bushing mounted with the ability to move translationally along a drive shaft, the bushing comprising a first portion and a second portion of greater diameter than the first portion, - a pinion mounted on the first portion of the bushing between the end of the first portion of the bushing and the second portion, the pinion being able to move translationally with respect to the bushing between an initial position and an offset position in which the pinion is further away from the end of the first portion of the bushing than in the initial position, - an elastic element mounted on the first portion and positioned between the pinion and the second portion of the bushing and configured to force the pinion into the initial position, characterized in that the drive also comprises: - a protective sleeve mounted around the elastic element and forming a chamber between the pinion and the second portion of the bushing, and in which the protective sleeve is able to slide on the exterior periphery of the pinion or on the second portion of the bushing when the pinion moves between the initial position and the offset position. - a bushing mounted with the ability to move translationally along a drive shaft, the bushing comprising a first portion and a second portion of greater diameter than the first portion, - a pinion mounted on the first portion of the bushing between the end of the first portion of the bushing and the second portion, the pinion being able to move translationally with respect to the bushing between an initial position and an offset position in which the pinion is further away from the end of the first portion of the bushing than in the initial position, - an elastic element mounted on the first portion and positioned between the pinion and the second portion of the bushing and configured to force the pinion into the initial position, - a protective sleeve mounted around the elastic element and forming a chamber between the pinion and the second portion of the bushing, and in which the protective sleeve is able to slide on the exterior periphery of the pinion or on the second portion of the bushing when the pinion moves between the initial position and the offset position.
A method for producing dried pasta comprising a step of preparing dough from a raw powder containing wheat flour having a protein content of 8 to 18 mass%, a step of extruding the dough under a vacuum pressure of 0 to -65 kPa at an extrusion pressure of 60 to 160 kgf/cm 2 to form pasta, and a step of drying the pasta, the method comprising a GV adjustment step in which the gluten vitality of the extruded pasta is adjusted to 10 to 30%, wherein the GV adjustment step is performed after the extrusion step by any one of the following methods to: immersing pasta in water or an aqueous liquid with a pH adjusted to 1 to 6 or 9 to 14, exposing pasta to high temperature steam of 105° to 160°C, or allowing pasta to stand to dry in a space having a temperature of 80° to 130°C and a relative humidity of 50% to 80% for 100 to 480 minutes. the method comprising a GV adjustment step in which the gluten vitality of the extruded pasta is adjusted to 10 to 30%, wherein the GV adjustment step is performed after the extrusion step by any one of the following methods to: immersing pasta in water or an aqueous liquid with a pH adjusted to 1 to 6 or 9 to 14, exposing pasta to high temperature steam of 105° to 160°C, or allowing pasta to stand to dry in a space having a temperature of 80° to 130°C and a relative humidity of 50% to 80% for 100 to 480 minutes. immersing pasta in water or an aqueous liquid with a pH adjusted to 1 to 6 or 9 to 14, exposing pasta to high temperature steam of 105° to 160°C, or allowing pasta to stand to dry in a space having a temperature of 80° to 130°C and a relative humidity of 50% to 80% for 100 to 480 minutes.
An apparatus for producing a scattering signature from a coin, comprising: a platform (107; 507) configured to hold the coin (105; 505); a sled movable over an area of a coin's surface, the sled including an electromagnetic radiation source (103; 503) configured to direct electromagnetic radiation onto a coin surface; and the sled further including a plurality of scattering detectors positioned to collect over a plurality of detection events a scattering signature unique to an individual coin (105; 505) from the coin surface. a platform (107; 507) configured to hold the coin (105; 505); a sled movable over an area of a coin's surface, the sled including an electromagnetic radiation source (103; 503) configured to direct electromagnetic radiation onto a coin surface; and the sled further including a plurality of scattering detectors positioned to collect over a plurality of detection events a scattering signature unique to an individual coin (105; 505) from the coin surface.
Use of D- Napropamide as a herbicide for the selective control of a dicotyledonous weed at a locus, wherein a monocotyledonous plant species is present at said locus or is planted at said locus after the application of D- Napropamide, and wherein said D-Napropamide exhibits no control, or less control, of said monocotyledonous plant species as compared with the control exhibited against the dicotyledonous weed.
A method of controlling the exposure of a three-dimensional, 360-degree camera system, comprising: determining respective exposure settings for each camera of a plurality of cameras (210a-d, 212,214;260,265) each having a respective field of view of a portion of a local area, so that a combined field of view spans 360 degrees of the local area, wherein the respective exposure settings are determined from data received by a camera controller; determining a minimum shutter speed and a maximum shutter speed from the determined exposure settings; determining a set of test exposure settings using the determined minimum shutter speed and maximum shutter speed, wherein the test exposure settings are determined from one or more test exposure settings distributed between a minimum shutter speed and a maximum shutter speed; capturing a set of test images using the plurality of cameras (210a-d, 212,214;260,265) at each test exposure setting in the set, wherein each set of test images includes images from each of the plurality of cameras (210a-d, 212,214;260,265) that are captured using a same respective test exposure setting; selecting a global exposure setting based on the captured sets of test images, wherein the global exposure setting is selected based on intensity distributions of the test images captured by the plurality of cameras (210a-d, 212,214;260,265) using the test exposure settings and selection criteria; and applying the selected global exposure setting to each camera of the plurality of cameras (210a-d, 212,214;260,265). determining respective exposure settings for each camera of a plurality of cameras (210a-d, 212,214;260,265) each having a respective field of view of a portion of a local area, so that a combined field of view spans 360 degrees of the local area, wherein the respective exposure settings are determined from data received by a camera controller; determining a minimum shutter speed and a maximum shutter speed from the determined exposure settings; determining a set of test exposure settings using the determined minimum shutter speed and maximum shutter speed, wherein the test exposure settings are determined from one or more test exposure settings distributed between a minimum shutter speed and a maximum shutter speed; capturing a set of test images using the plurality of cameras (210a-d, 212,214;260,265) at each test exposure setting in the set, wherein each set of test images includes images from each of the plurality of cameras (210a-d, 212,214;260,265) that are captured using a same respective test exposure setting; selecting a global exposure setting based on the captured sets of test images, wherein the global exposure setting is selected based on intensity distributions of the test images captured by the plurality of cameras (210a-d, 212,214;260,265) using the test exposure settings and selection criteria; and applying the selected global exposure setting to each camera of the plurality of cameras (210a-d, 212,214;260,265).
Device for simultaneous resetting-to-zero of two time counters, in particular for a chronograph, of which the pivot spindles are fixed relative to respective heart-shaped zero-resetting cams (7, 8), comprising a zero-resetting lever, a part with two hammers (6c, 6d), articulation means (2d, 2e, 6a, 6b) forming part of the zero-resetting lever and of said part with two hammers and articulating the zero-resetting lever and said part with two hammers with respect to each other, and means to selectively exert on the zero-resetting lever a torque to apply the two hammers (6c, 6d) against the zero-resetting cams (7, 8) respectively, designed in such a way that the articulation means comprise first and second pins (2d, 2e), a limited-amplitude slide-way in which the first pin is engaged to drive the part with two hammers by the zero-resetting lever and an opening in which the second pin is engaged with play, in such a way that the limited-amplitude slide-way is oriented in order that during the zero-resetting, the direction of the force exerted by the zero-resetting lever on the part with two hammers intersects the straight line joining the spindles (7a, 8a) of the zero-resetting cams (7, 8) at a point closer to one of the cams (7, 8) than if the first pin was engaged in an opening only allowing a simple pivoting of the part with two hammers with respect to the zero-resetting lever, in order to improve the distribution of said torque transmitted to these cams (7, 8), and in such a way that the engagement of the second pin in the corresponding opening makes it possible for said slide-way to rotate to a limited degree about the first pin.
Pipette for the volumetric metering of powder, in particular powdered medication, comprising an outer metering shell enclosing a metering chamber in the circumferential direction, wherein the metering shell has an opening at a free end of the pipette, wherein the metering chamber is bounded by an air-permeable retaining element on the side opposite the opening, wherein the retaining element is designed as a flexible filter and wherein the filter is supported on the rear side remote from the metering chamber by means of an air-permeable supporting core, which is rigid transversely to the plane of the filter, characterised in that an assembly sleeve, at the end of which facing the metering chamber the filter is secured by means of a union nut, is provided within the metering chamber.
Method for correcting local geometrical variations that have occurred in a first set of image data Z, said first set Z resulting from the distortion by said local geometrical variations of a second set of image data which comprises a reference pattern X, characterised in that it comprises the following steps: - modelling the local geometrical variations by means of a Markov model using an index variable J, said variable being able to match each item of data from said first set with an item of data from said second set, - determining the value of the index variable J maximising the conditional probability P(J/Z,X) of the index variable J given said first set of image data Z and given said reference pattern X, said probability P(J/Z,X) being calculated recursively for each of said indices, - correcting the local geometrical variations in said first set of data using said determined index variable J. - modelling the local geometrical variations by means of a Markov model using an index variable J, said variable being able to match each item of data from said first set with an item of data from said second set, - determining the value of the index variable J maximising the conditional probability P(J/Z,X) of the index variable J given said first set of image data Z and given said reference pattern X, said probability P(J/Z,X) being calculated recursively for each of said indices, - correcting the local geometrical variations in said first set of data using said determined index variable J.
An information processing method, implemented by a user equipment, UE, comprising: receiving, from a next generation NodeB, gNB, system information block, SIB, information comprising physical random access channel, PRACH, resource configuration information, the SIB information configured to distinguish PRACH resources configured for the UE having a reduced capability from PRACH resources configured for a UE having a non-reduced capability; and sending, to the gNB, a reduced capability UE information corresponding to the reduced capability of the UE as compared to the UE having the non-reduced capability, the reduced capability UE information determined based on the SIB information; and wherein the PRACH resource configuration information includes uplink BWP configuration information configured to send the reduced capability UE information using the uplink BWP configuration information, and wherein the sending of the reduced capability UE information comprises: sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value. receiving, from a next generation NodeB, gNB, system information block, SIB, information comprising physical random access channel, PRACH, resource configuration information, the SIB information configured to distinguish PRACH resources configured for the UE having a reduced capability from PRACH resources configured for a UE having a non-reduced capability; and sending, to the gNB, a reduced capability UE information corresponding to the reduced capability of the UE as compared to the UE having the non-reduced capability, the reduced capability UE information determined based on the SIB information; and wherein the PRACH resource configuration information includes uplink BWP configuration information configured to send the reduced capability UE information using the uplink BWP configuration information, and wherein the sending of the reduced capability UE information comprises: sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value. sending a random access message 1 having a random access preamble representing the reduced capability UE information, the UE being identified as having the reduced capability based on the random access preamble; or sending a random access message 3 indicating the reduced capability UE information by using a reserved value.
A composition comprising: (a) 21.5% by weight of HFC-32 (b) 75.5% by weight of 2,3,3,3-tetrafluoropropene; and (c) 3% by weight of CO2, (a) 21.5% by weight of HFC-32 (b) 75.5% by weight of 2,3,3,3-tetrafluoropropene; and (c) 3% by weight of CO2,
A mechanochemical method for obtaining organoclays from smectites containing clay, comprising the following steps: (i) mixing smectites containing clay with onium organic derivative, (ii) adding from 15 to 25% water (m/m) to the mixture obtained at step (i), wherein the weight ratio of the smectites containing clay, onium organic derivative and water is (6 to 4):(4 to 2):(3 to 1), (iii) processing the mixture in planetary ball mill or mixer mill, (iv) drying the mixture and crushing into powder. (i) mixing smectites containing clay with onium organic derivative, (ii) adding from 15 to 25% water (m/m) to the mixture obtained at step (i), wherein the weight ratio of the smectites containing clay, onium organic derivative and water is (6 to 4):(4 to 2):(3 to 1), (iii) processing the mixture in planetary ball mill or mixer mill, (iv) drying the mixture and crushing into powder.
A medical imaging system, comprising: a masking unit configured to construct a mask for each reconstructed volumetric phase image of a plurality of reconstructed volumetric phase images that masks portions of a corresponding image external to an anatomical model fitted to a segmented at least one anatomical structure, wherein the plurality of reconstructed volumetric phase images include a target phase and a plurality of temporal neighboring phases reconstructed from projection data; an image registration unit configured to register the masked reconstructed volumetric phase images; a motion estimator configured to estimate motion between the target phase and the plurality of temporal neighboring phases according to the model based on the registered masked reconstructed volumetric phase images; and a motion compensating reconstructor configured to reconstruct a motion compensated medical image from the projection data using the estimated motion of the registered masked reconstructed volumetric phase images. a masking unit configured to construct a mask for each reconstructed volumetric phase image of a plurality of reconstructed volumetric phase images that masks portions of a corresponding image external to an anatomical model fitted to a segmented at least one anatomical structure, wherein the plurality of reconstructed volumetric phase images include a target phase and a plurality of temporal neighboring phases reconstructed from projection data; an image registration unit configured to register the masked reconstructed volumetric phase images; a motion estimator configured to estimate motion between the target phase and the plurality of temporal neighboring phases according to the model based on the registered masked reconstructed volumetric phase images; and a motion compensating reconstructor configured to reconstruct a motion compensated medical image from the projection data using the estimated motion of the registered masked reconstructed volumetric phase images.