mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a system, for detecting a cause of a handover failure at a second base station, wherein the system comprises: a first base station which is configured to control a first cell; the second base station which is configured to control a second cell; a user equipment, UE; and a third base station connected with the UE after the handover failure at the second base station, the method comprising: transmitting, from the first base station to the second base station, a handover request message including a cell-radio network temporary identifier, C-RNTI, of the UE in the first cell; transmitting a radio link failure, RLF, report from the UE to the third base station, wherein the RLF report includes time information indicating a time elapsed from the handover failure till signalling of the RLF report and a C-RNTI of the UE in the second cell for retrieving a context of the UE, the second cell being a last serving cell before the handover failure; transmitting an RLF indication message including the RLF report from the third base station to the second base station; identifying, at the second base station, the context of the UE and the C-RNTI of the UE in the first cell of the first base station based on the RLF indication message, the first base station being a base station which last triggers a handover before the handover failure; transmitting, to the first base station from the second base station, a handover report message including the identified C-RNTI of the UE in the first cell; and identifying, at the first base station, information on the handover failure at the second base station based on the C-RNTI of the UE in the first cell. transmitting, from the first base station to the second base station, a handover request message including a cell-radio network temporary identifier, C-RNTI, of the UE in the first cell; transmitting a radio link failure, RLF, report from the UE to the third base station, wherein the RLF report includes time information indicating a time elapsed from the handover failure till signalling of the RLF report and a C-RNTI of the UE in the second cell for retrieving a context of the UE, the second cell being a last serving cell before the handover failure; transmitting an RLF indication message including the RLF report from the third base station to the second base station; identifying, at the second base station, the context of the UE and the C-RNTI of the UE in the first cell of the first base station based on the RLF indication message, the first base station being a base station which last triggers a handover before the handover failure; transmitting, to the first base station from the second base station, a handover report message including the identified C-RNTI of the UE in the first cell; and identifying, at the first base station, information on the handover failure at the second base station based on the C-RNTI of the UE in the first cell.
Apparatus for the layer-by-layer production of three-dimensional objects, comprising a construction chamber with an adjustable-height construction platform, with an apparatus for applying, to the construction platform, a layer of a material solidifiable by exposure to electromagnetic radiation, and with irradiation equipment comprising a radiation source which emits electromagnetic radiation, a control unit and a lens which is located in the beam path of the electromagnetic radiation, for irradiating points of the layer corresponding to the object, said apparatus for applying a layer being configured as a doctor blade whose edge facing the layer of a material solidifiable by exposure to electromagnetic radiation has recesses and can be moved perpendicular to the direction of application and parallel to the plane of the construction field, characterized in that the application apparatus has at least two beads, where the beads are configured as peaks and the size of the angle within the peaks of the beads is not more than 150°, and where the recesses are triangular or trapezoidal, which lead to beads which are triangular and which point with their peaks in the direction of the plane of the construction field.
A method for recovering from a disaster at a primary storage site, the method comprising: (a) selecting a target storage site; (b) triggering a consistency check within at least two Disaster Recovery storage sites storing DR enabling data, each DR storage site storing a portion of said DR enabling data, wherein at least one of said DR storage sites is a remote storage site, and wherein said consistency check is performed for a selected flushed generation number; (c) receiving a consistency response from each of said at least two DR storage sites, and, based on said consistency responses, determining, for each of said at least two DR storage sites, consistent DR storage sites of said at least two DR storage sites for said generation number; (d) in case said portions of said DR enabling data stored on said consistent DR storage sites enable recovery of at least a portion of data that is inaccessible in said primary storage site, utilizing said portions of said DR enabling data in order to recover, to said target storage site, at least said portion of said data that is inaccessible in said primary storage site as of said generation number; (e) in case said portions of said DR enabling data stored on said consistent DR storage sites do not enable recovery of at least said portion of said data that is inaccessible in said primary storage site, iteratively executing stages (b) to (d), each time with respect to an earlier flushed generation number than the generation number of the previous iteration, until finding a consistent generation number. (a) selecting a target storage site; (b) triggering a consistency check within at least two Disaster Recovery storage sites storing DR enabling data, each DR storage site storing a portion of said DR enabling data, wherein at least one of said DR storage sites is a remote storage site, and wherein said consistency check is performed for a selected flushed generation number; (c) receiving a consistency response from each of said at least two DR storage sites, and, based on said consistency responses, determining, for each of said at least two DR storage sites, consistent DR storage sites of said at least two DR storage sites for said generation number; (d) in case said portions of said DR enabling data stored on said consistent DR storage sites enable recovery of at least a portion of data that is inaccessible in said primary storage site, utilizing said portions of said DR enabling data in order to recover, to said target storage site, at least said portion of said data that is inaccessible in said primary storage site as of said generation number; (e) in case said portions of said DR enabling data stored on said consistent DR storage sites do not enable recovery of at least said portion of said data that is inaccessible in said primary storage site, iteratively executing stages (b) to (d), each time with respect to an earlier flushed generation number than the generation number of the previous iteration, until finding a consistent generation number.
An ultrasound system comprising: an ultrasound device with a two-dimensional array of ultrasound transducers, the ultrasound device implemented as a handheld device or a wearable patch; and a smartphone or tablet comprising a processor that configures the ultrasound device to obtain at least one first ultrasound image frame, using a scan pattern defining an acoustic beam, automatically updates the scan pattern to optimize a view of a desired anatomy, wherein: when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and configures the ultrasound device to obtain a second ultrasound image frame using the updated scan pattern. configures the ultrasound device to obtain at least one first ultrasound image frame, using a scan pattern defining an acoustic beam, automatically updates the scan pattern to optimize a view of a desired anatomy, wherein: when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and when the ultrasound system is operating in a cardiac imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an azimuthal tilt and an elevational tilt of the acoustic beam, when the ultrasound system is operating in a lung imaging mode, the updating of the scan pattern comprises an adjustment of a combination of an elevational tilt and a translation of an aperture of the two-dimensional array of ultrasound transducers emitting the acoustic beam, and configures the ultrasound device to obtain a second ultrasound image frame using the updated scan pattern.
A top-drive power cable for use on a drilling rig, comprising: a central conductor; a central conductor insulation layer enclosing said central conductor; electromagnetic shielding enclosing said central conductor and said central conductor insulation layer; a first polymeric sheath surrounding said electromagnetic shielding; a reinforcing layer surrounding said polymeric sheath; a second polymeric sheath surrounding said reinforcing layer, characterized in that the reinforcing layer is made of a densely packed braid covering between 95% and 100% of the surface of the first polymeric sheath. a central conductor; a central conductor insulation layer enclosing said central conductor; electromagnetic shielding enclosing said central conductor and said central conductor insulation layer; a first polymeric sheath surrounding said electromagnetic shielding; a reinforcing layer surrounding said polymeric sheath; a second polymeric sheath surrounding said reinforcing layer, characterized in that the reinforcing layer is made of a densely packed braid covering between 95% and 100% of the surface of the first polymeric sheath.
Micromechanical component comprising a substrate, a micromechanical functional layer lying above the substrate, and a capping layer lying above the functional layer, wherein the capping layer has at least one trench, characterized in that a bridging of the trench by at least one electrically insulating connecting web is provided.
A process for the recovery of ammonia contained in a gaseous purging stream produced in a synthesis process of urea, said process comprising the following phases: a) subjecting the gaseous purging stream to a washing with an aqueous acid solution, at a pH ranging from 1 to 6, with the formation of a first purified gaseous stream and an aqueous solution containing an ammonium salt in a concentration ranging from 5 to 50% by weight; b) subjecting the aqueous solution containing the ammonium salt coming from phase a) to stripping, after treatment with a strong base consisting of chronic hydroxide at a temperature ranging from 50 to 250°C and a pressure ranging from 1 to 40 absolute bar, with the formation of a second gaseous stream comprising NH 3, H 2 O and possibly CO 2 and a solution containing a salt of the cation of said strong base; c) subjecting the solution containing the salt of the cation of the strong base coming from phase b) to a Membrane Electrochemical Process with the formation of an aqueous solution of the acid used in phase a), an aqueous solution of the base used in phase b) and possibly a diluted aqueous solution of the cation salt of the strong base; d) recycling said aqueous solution of the acid and aqueous solution of the base to phase a) and to phase b) respectively, and recycling said second gaseous stream coming from phase b) to the urea synthesis process. a) subjecting the gaseous purging stream to a washing with an aqueous acid solution, at a pH ranging from 1 to 6, with the formation of a first purified gaseous stream and an aqueous solution containing an ammonium salt in a concentration ranging from 5 to 50% by weight; b) subjecting the aqueous solution containing the ammonium salt coming from phase a) to stripping, after treatment with a strong base consisting of chronic hydroxide at a temperature ranging from 50 to 250°C and a pressure ranging from 1 to 40 absolute bar, with the formation of a second gaseous stream comprising NH 3, H 2 O and possibly CO 2 and a solution containing a salt of the cation of said strong base; c) subjecting the solution containing the salt of the cation of the strong base coming from phase b) to a Membrane Electrochemical Process with the formation of an aqueous solution of the acid used in phase a), an aqueous solution of the base used in phase b) and possibly a diluted aqueous solution of the cation salt of the strong base; d) recycling said aqueous solution of the acid and aqueous solution of the base to phase a) and to phase b) respectively, and recycling said second gaseous stream coming from phase b) to the urea synthesis process.
A method to identify p11 protein (also known as S100-A10) modulators useful to treat or ameliorate p11/5-HT receptor related disorders, wherein the method comprises: identifying p11 modulators comprising the steps of providing a first sample and a second sample, wherein the sample comprises peripheral blood mononuclear cells, containing equivalent amounts of p11 gene product (e.g., protein or mRNA); contacting the first sample with the candidate p11 modulator; and determining whether the amounts of p11 gene product in the first sample has changed, wherein an increased amount of gene product indicate that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally low level of p11 while a decreased amount indicates that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally high level of p11, or identifying p11 modulators comprising contacting a candidate p11 modulator with a sample comprising peripheral blood mononuclear cells comprising a reporter gene operably linked to a p11 promoter, and using the reporter gene expression level as a proxy for p11 expression, wherein an increased amount of the reporter gene product indicate that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally low level of p11 while a decreased amount indicates that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally high level of p11 identifying p11 modulators comprising the steps of providing a first sample and a second sample, wherein the sample comprises peripheral blood mononuclear cells, containing equivalent amounts of p11 gene product (e.g., protein or mRNA); contacting the first sample with the candidate p11 modulator; and determining whether the amounts of p11 gene product in the first sample has changed, wherein an increased amount of gene product indicate that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally low level of p11 while a decreased amount indicates that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally high level of p11, or identifying p11 modulators comprising contacting a candidate p11 modulator with a sample comprising peripheral blood mononuclear cells comprising a reporter gene operably linked to a p11 promoter, and using the reporter gene expression level as a proxy for p11 expression, wherein an increased amount of the reporter gene product indicate that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally low level of p11 while a decreased amount indicates that the candidate modulators can be useful to treat or ameliorate disorders associated with abnormally high level of p11
A vehicle conveying device, comprising: a conveying platform; and a traction device, releasably connected to the conveying platform, and having a connected state connected to the conveying platform and a disconnected state disconnected from the conveying platform; in the disconnected state, the traction device is configured to drive a vehicle to advance or draw the vehicle onto the conveying platform; in the connected state, the traction device is configured to drive the conveying platform and the vehicle located on the conveying platform to advance or retreat. a conveying platform; and a traction device, releasably connected to the conveying platform, and having a connected state connected to the conveying platform and a disconnected state disconnected from the conveying platform; in the disconnected state, the traction device is configured to drive a vehicle to advance or draw the vehicle onto the conveying platform; in the connected state, the traction device is configured to drive the conveying platform and the vehicle located on the conveying platform to advance or retreat.
A compound needle for a flatbed knitting machine comprising: a needle body which is suitable for being accommodated in a needle groove formed on a needle bed of the flatbed knitting machine in a state where the needle body is capable of sliding movement in a front-rear direction, and has a hook at a front portion, and on which a blade groove is formed at a rear side with respect to the hook, and a slider having a lower portion accommodated in the blade groove of the needle body and provided with two blades (1, 2) in a state where arranged in parallel, the blades (1, 2) having tongues (1a, 2a) at a front portion thereof to open and close an aperture of the hook, the tongues (1a, 2a) being capable of retaining a stitch loop and capable of moving relatively beyond the hook, the two blades (1, 2) of the slider being arranged such that their outside surfaces make slide contact with both outside walls of the blade groove of the needle body respectively, and characterised in that the blades have contacting portions (1f, 2f), being provided on a part of shoulder portions (1c, 2c) formed upward from rear portions of the tongues (1a, 2a), this part being located outside of the blade groove, and get close to each opposite blade (1, 2) to contact each other and keep a state where a space is generated at least between the tongues (1a, 2a). a needle body which is suitable for being accommodated in a needle groove formed on a needle bed of the flatbed knitting machine in a state where the needle body is capable of sliding movement in a front-rear direction, and has a hook at a front portion, and on which a blade groove is formed at a rear side with respect to the hook, and a slider having a lower portion accommodated in the blade groove of the needle body and provided with two blades (1, 2) in a state where arranged in parallel, the blades (1, 2) having tongues (1a, 2a) at a front portion thereof to open and close an aperture of the hook, the tongues (1a, 2a) being capable of retaining a stitch loop and capable of moving relatively beyond the hook, the two blades (1, 2) of the slider being arranged such that their outside surfaces make slide contact with both outside walls of the blade groove of the needle body respectively, and characterised in that the blades have contacting portions (1f, 2f), being provided on a part of shoulder portions (1c, 2c) formed upward from rear portions of the tongues (1a, 2a), this part being located outside of the blade groove, and get close to each opposite blade (1, 2) to contact each other and keep a state where a space is generated at least between the tongues (1a, 2a).
A method of discontinuous reception, DRX, for use in a wireless transmit receive unit, WTRU, the method comprising: the WTRU receiving DRX configuration information in a radio resource control, RRC, message, the DRX configuration information comprising a DRX cycle periodicity and a minimum active period; while in a RRC_CONNECTED state, the WTRU receiving a data indication signal during the minimum active period of a DRX cycle; responsive to receiving the data indication signal, the WTRU remaining in active time; the WTRU receiving a DRX activation signal in a medium access control, MAC, message; and the WTRU resuming DRX using the received DRX configuration information in response to receiving the DRX activation signal in the MAC message. the WTRU receiving DRX configuration information in a radio resource control, RRC, message, the DRX configuration information comprising a DRX cycle periodicity and a minimum active period; while in a RRC_CONNECTED state, the WTRU receiving a data indication signal during the minimum active period of a DRX cycle; responsive to receiving the data indication signal, the WTRU remaining in active time; the WTRU receiving a DRX activation signal in a medium access control, MAC, message; and the WTRU resuming DRX using the received DRX configuration information in response to receiving the DRX activation signal in the MAC message.
An agricultural device for soil processing with two sets (9, 10) of working rollers comprising a supporting frame which comprises a central part, a left wing and a right wing, wherein the left and right wings (4, 5) are rotatably attached to the central part, at least two rows of working units attached to the supporting frame, wherein the working units are arranged in regular distances in every row, a left set of rollers attached to the left wing and a right set of rollers attached to the right wing, wherein the sets (9, 10) of rollers are divided into a front roller (9a, 10a) and a rear roller (9b, 10b), wherein these sets (9,10) of rollers are provided with attachments and discs, the attachments comprising inner attachments and outer attachments, wherein the inner attachments are located closer to the center of the agricultural device than the outer attachments, and wherein the discs on sets (9, 10) are located between these attachments, characterized in that the number of discs of rear rollers (9b, 10b) differs from the number of discs of front rollers (9a, 10a) exactly by one disc, wherein the distances between the individual discs are the same along the whole width of the agricultural device, and wherein the discs of front rollers (9a, 10a) are located in the same plane as the working units.