mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (101, 102, 104), comprising: a wireless communication circuitry; a processor operatively connected with the wireless communication circuitry; and a memory, operatively connected with the processor, storing configured network slice selection assistance information, NSSAI, and an application, wherein the memory stores instructions, when executed, causing the processor to: when the electronic device (101, 102, 104) is booted, identify a single-NSSAI, s-NSSAI, candidate group including at least one s-NSSAI, based on configuration information of the application; determine a specified number of s-NSSAIs among the at least one s-NSSAI included in the configured NSSAI as a first requested NSSAI based on a number of s-NSSAIs included in the configured NSSAI and the s-NSSAI candidate group; and transmit a first registration request message including the first requested NSSAI, via the wireless communication circuitry. a wireless communication circuitry; a processor operatively connected with the wireless communication circuitry; and a memory, operatively connected with the processor, storing configured network slice selection assistance information, NSSAI, and an application, wherein the memory stores instructions, when executed, causing the processor to: when the electronic device (101, 102, 104) is booted, identify a single-NSSAI, s-NSSAI, candidate group including at least one s-NSSAI, based on configuration information of the application; determine a specified number of s-NSSAIs among the at least one s-NSSAI included in the configured NSSAI as a first requested NSSAI based on a number of s-NSSAIs included in the configured NSSAI and the s-NSSAI candidate group; and transmit a first registration request message including the first requested NSSAI, via the wireless communication circuitry. when the electronic device (101, 102, 104) is booted, identify a single-NSSAI, s-NSSAI, candidate group including at least one s-NSSAI, based on configuration information of the application; determine a specified number of s-NSSAIs among the at least one s-NSSAI included in the configured NSSAI as a first requested NSSAI based on a number of s-NSSAIs included in the configured NSSAI and the s-NSSAI candidate group; and transmit a first registration request message including the first requested NSSAI, via the wireless communication circuitry.
A method of identifying a patient that is likely to be responsive to treatment with a protein arginine N-methyltransferase 5 (PRMT5) inhibitor or a pharmaceutically acceptable salt thereof or a solvate thereof, comprising: evaluating a biological sample previously obtained from the patient for the presence of a spliceosome alteration, wherein the splicesosome alteration comprises a S34F mutation in U2AF1, wherein the presence of any said alteration indicates a higher likelihood for said patient to be responsive to treatment with said PRMTS inhibitor than in the absence of any said alteration. or a pharmaceutically acceptable salt thereof or a solvate thereof, comprising: evaluating a biological sample previously obtained from the patient for the presence of a spliceosome alteration, wherein the splicesosome alteration comprises a S34F mutation in U2AF1, wherein the presence of any said alteration indicates a higher likelihood for said patient to be responsive to treatment with said PRMTS inhibitor than in the absence of any said alteration.
A method comprising: receiving call event data at a server from an enterprise Private Branch Exchange, PBX, in response to a call to a telephone assigned to a user received from a caller via an enterprise voice channel by the PBX; the server generating a call request responsive to receiving the call event data, the call request comprising caller data including caller data of databases of the enterprise, and a plurality of call response options for participating in the call; the server: i) routing the call request via an enterprise data channel to a target device designated by the user; ii) instructing the PBX to transfer the call to the target device, when the user selects the option of accepting the call at the target device; and iii) cancelling the call request by sending a notification to the target device via the enterprise data channel responsive to determining that the call was answered at the telephone prior to receipt at the server of a user-selected call response option of accepting the call at the target device. receiving call event data at a server from an enterprise Private Branch Exchange, PBX, in response to a call to a telephone assigned to a user received from a caller via an enterprise voice channel by the PBX; the server generating a call request responsive to receiving the call event data, the call request comprising caller data including caller data of databases of the enterprise, and a plurality of call response options for participating in the call; the server: i) routing the call request via an enterprise data channel to a target device designated by the user; ii) instructing the PBX to transfer the call to the target device, when the user selects the option of accepting the call at the target device; and iii) cancelling the call request by sending a notification to the target device via the enterprise data channel responsive to determining that the call was answered at the telephone prior to receipt at the server of a user-selected call response option of accepting the call at the target device. i) routing the call request via an enterprise data channel to a target device designated by the user; ii) instructing the PBX to transfer the call to the target device, when the user selects the option of accepting the call at the target device; and iii) cancelling the call request by sending a notification to the target device via the enterprise data channel responsive to determining that the call was answered at the telephone prior to receipt at the server of a user-selected call response option of accepting the call at the target device.
A shutter locking assembly including: a bolt carriage; a locking bolt slidingly engageable with the bolt carriage between an extended position and a retracted position; a biasing (actuator) means operatively connected to the locking bolt and the bolt carriage; the bolt carriage being inserted into a shutter slat cavity, characterized in that the biasing (actuator) means being a single leaf spring, and the locking bolt being movable by movement of the shutter slat between an up (open) position and a down (locked) position, by action of the single leaf spring within the shutter slat cavity, the shutter slat when in a down (locked) position urges against the single leaf spring to extend the locking bolt to engage with a locking bolt receiving opening adjacent to the shutter slat, and when in an up (open position) the locking bolt is retracted. a bolt carriage; a locking bolt slidingly engageable with the bolt carriage between an extended position and a retracted position; a biasing (actuator) means operatively connected to the locking bolt and the bolt carriage; the bolt carriage being inserted into a shutter slat cavity, characterized in that the biasing (actuator) means being a single leaf spring, and the locking bolt being movable by movement of the shutter slat between an up (open) position and a down (locked) position, by action of the single leaf spring within the shutter slat cavity, the shutter slat when in a down (locked) position urges against the single leaf spring to extend the locking bolt to engage with a locking bolt receiving opening adjacent to the shutter slat, and when in an up (open position) the locking bolt is retracted.
A microscopic system for testing structures and defects on EUV lithography photomasks, comprising: - a stand-alone plasma-based EUV radiation source with an emission spectrum containing at least one dominant free-standing narrowband emission line in the spectral range from 12.5 to 14.5 nm, wherein the narrowband emission line has a relative bandwidth of λ/Δλ > 1,000, - means for illuminating a structured object with the narrowband emission line of the EUV radiation source, the object reflecting the narrowband line radiation, comprising - means (3a, 3b) for suppressing radiation with wavelengths which are outside of the EUV spectral range and are at least longer than 20 nm, - means for broadband spectral filtering λ/Δλ < 50 for selecting the dominant free-standing emission line from the emission spectrum of the EUV radiation source, wherein the means for broadband spectral filtering are arranged at any position in the beam path up to the object, - an objective with a Fresnel zone plate for magnified imaging of the object with a resolution of less than 100 nm and a numerical aperture which is directly dependent on the width of the outermost zone of the zone plate for a given wavelength λ of the narrowband emission line, and - an EUV-sensitive two-dimensional detector array for capturing the magnified image of the structured object. - a stand-alone plasma-based EUV radiation source with an emission spectrum containing at least one dominant free-standing narrowband emission line in the spectral range from 12.5 to 14.5 nm, wherein the narrowband emission line has a relative bandwidth of λ/Δλ > 1,000, - means for illuminating a structured object with the narrowband emission line of the EUV radiation source, the object reflecting the narrowband line radiation, comprising - means (3a, 3b) for suppressing radiation with wavelengths which are outside of the EUV spectral range and are at least longer than 20 nm, - means for broadband spectral filtering λ/Δλ < 50 for selecting the dominant free-standing emission line from the emission spectrum of the EUV radiation source, wherein the means for broadband spectral filtering are arranged at any position in the beam path up to the object, - an objective with a Fresnel zone plate for magnified imaging of the object with a resolution of less than 100 nm and a numerical aperture which is directly dependent on the width of the outermost zone of the zone plate for a given wavelength λ of the narrowband emission line, and - an EUV-sensitive two-dimensional detector array for capturing the magnified image of the structured object.
Control system configured for use in a motor vehicle and intended to recognize motor vehicles ahead based on surroundings data obtained from at least one surroundings sensor assigned to the motor vehicle, wherein the at least one surroundings sensor is configured to provide the surroundings data representing the region ahead of the motor vehicle to an electronic controller of the control system, and wherein the control system is at least configured and intended to detect other motor vehicles in the road scene ahead of the ego motor vehicle using the at least one surroundings sensor, to determine a respective position of the other motor vehicles using the at least one surroundings sensor, to determine a trajectory of the ego motor vehicle from a current speed and a current yaw rate of the ego motor vehicle, to select, from the other motor vehicles, a single motor vehicle that has the shortest distance from the trajectory in order to follow this single motor vehicle with the ego motor vehicle, to detect a relative distance between the ego motor vehicle and the single motor vehicle, to regulate the distance between the ego motor vehicle and the single motor vehicle in accordance with a traffic situation, characterized in that the control system is configured and intended to compare the respective shortest distance of the other motor vehicles from the trajectory of the ego motor vehicle with the shortest distance of the single motor vehicle from the trajectory of the ego motor vehicle, and when the comparison reveals that another motor vehicle is located closer to the trajectory of the ego motor vehicle, to select this other motor vehicle and to follow it and to store the previously selected single motor vehicle for a possible later selection. to detect other motor vehicles in the road scene ahead of the ego motor vehicle using the at least one surroundings sensor, to determine a respective position of the other motor vehicles using the at least one surroundings sensor, to determine a trajectory of the ego motor vehicle from a current speed and a current yaw rate of the ego motor vehicle, to select, from the other motor vehicles, a single motor vehicle that has the shortest distance from the trajectory in order to follow this single motor vehicle with the ego motor vehicle, to detect a relative distance between the ego motor vehicle and the single motor vehicle, to regulate the distance between the ego motor vehicle and the single motor vehicle in accordance with a traffic situation, to compare the respective shortest distance of the other motor vehicles from the trajectory of the ego motor vehicle with the shortest distance of the single motor vehicle from the trajectory of the ego motor vehicle, and when the comparison reveals that another motor vehicle is located closer to the trajectory of the ego motor vehicle, to select this other motor vehicle and to follow it and to store the previously selected single motor vehicle for a possible later selection.
A disc-shaped optical information recording medium comprising: at least three recording layers (L0, L1, L2, L3), each of the at least three recording layers having an optical power control, OPC, area (201 - 204, 901 - 904, 1310, 1320, 1330, 1340, 1910, 1920, 1930, 1940), wherein a first recording layer among the at least three recording layers comprises a permanent information and control data, PIC, area (231, 921, 1350, 1950), a second recording layer and a third recording layer among the at least three recording layers have no PIC area, and the OPC areas of the at least three recording layers are arranged in different radiuses, and the OPC area allocated to the second recording layer that has no PIC area is allocated in a radius to which the PIC area is allocated in the first recording layer, characterised in that the OPC area allocated to the third recording layer is allocated such that it partially overlaps and partially does not overlap the radius to which the PIC area is allocated in the first recording layer. at least three recording layers (L0, L1, L2, L3), each of the at least three recording layers having an optical power control, OPC, area (201 - 204, 901 - 904, 1310, 1320, 1330, 1340, 1910, 1920, 1930, 1940), wherein a first recording layer among the at least three recording layers comprises a permanent information and control data, PIC, area (231, 921, 1350, 1950), a second recording layer and a third recording layer among the at least three recording layers have no PIC area, and the OPC areas of the at least three recording layers are arranged in different radiuses, and the OPC area allocated to the second recording layer that has no PIC area is allocated in a radius to which the PIC area is allocated in the first recording layer, characterised in that the OPC area allocated to the third recording layer is allocated such that it partially overlaps and partially does not overlap the radius to which the PIC area is allocated in the first recording layer.
Method for sealing piles in foundations in the construction field by using a hollow-body formwork element, comprising the steps: 1) applying a barrier layer to the foundation; 2) introducing a pile into the foundation, the pile being arranged so as to penetrate the barrier layer; 3) applying a hollow-body formwork element along the central longitudinal axis of the pile, the hollow-body formwork element surrounding the pile 1; 4) introducing mineral binding agents into the intermediate space between the pile and the hollow-body formwork element; 5) connecting the barrier layer and the hollow-body formwork element; wherein the hollow-body formwork element has on the side facing the pile a contact layer, which comprises a composite layer of a porous material and/or a sealant. 1) applying a barrier layer to the foundation; 2) introducing a pile into the foundation, the pile being arranged so as to penetrate the barrier layer; 3) applying a hollow-body formwork element along the central longitudinal axis of the pile, the hollow-body formwork element surrounding the pile 1; 4) introducing mineral binding agents into the intermediate space between the pile and the hollow-body formwork element; 5) connecting the barrier layer and the hollow-body formwork element;
A microbial production cell genetically engineered to synthesize a product, said microbial cell further comprising: a. a first essential gene operably linked to a first burden-sensing promoter and b. a second essential gene operatively linked to a second burden-sensing promoter, wherein said first burden-sensing promoter is heterologous with respect to said first essential gene, and said second burden-sensing promoter is heterologous with respect to said second essential gene; wherein synthesis of the product confers a burden on said cell, and wherein expression of said first essential genes is up-regulated when said first burden-sensing promoter is induced by said burden relative to a basal level expression of said first essential gene when said first burden-sensing promoter is not induced, and expression of said second essential gene is up-regulated when said second burden-sensing promoter is induced by said burden relative to a basal level expression of said second essential gene when said second burden-sensing promoter is not induced. a. a first essential gene operably linked to a first burden-sensing promoter and b. a second essential gene operatively linked to a second burden-sensing promoter, wherein said first burden-sensing promoter is heterologous with respect to said first essential gene, and said second burden-sensing promoter is heterologous with respect to said second essential gene; wherein synthesis of the product confers a burden on said cell, and wherein expression of said first essential genes is up-regulated when said first burden-sensing promoter is induced by said burden relative to a basal level expression of said first essential gene when said first burden-sensing promoter is not induced, and expression of said second essential gene is up-regulated when said second burden-sensing promoter is induced by said burden relative to a basal level expression of said second essential gene when said second burden-sensing promoter is not induced.
A valve for a system for the application of a coating product, this valve comprising a body comprising an inner central orifice and a chamber, the valve also comprising a piston formed by a rod mounted in the inner central orifice and by a piston head mounted in the chamber, the rod extending outside the body and being intended to move in a bore of the application system in which the valve is intended to be mounted and in which the pressurized coating product or another fluid circulates, the valve comprising a first sealing device formed by a dynamic seal housed in the body around the piston rod on one side of the valve where the piston rod extends outside the body, a part of the chamber being intended to be filled with a pressurized control fluid so as to obtain the movement of the piston against the force of a spring housed in the body, the valve including a second sealing device formed by a dynamic seal housed in the body around the piston rod between the first sealing device and the chamber, characterized in that the valve comprises a vent duct provided in the rod of the piston and communicating with the inner central orifice between the first sealing device and the second sealing device and emerging in the open air or in part of the chamber communicating with the open air.
An expansion sleeve in combination with a planar building component, a fastening element and a third element (150, 160, 165) for connecting said planar building element with the third building element (150; 160, 165) by means of a fastening element, said planar building element configured to incorporate at least one supporting intermediate core layer inserted placed between first and second cover panels (101, 111), with the expansion sleeve including a recess continuously extending therethrough for the reception and passage of the fastening element secured in the third element (150; 160, 165), with - the element including a stepped recess for the reception of the expansion sleeve, - the expansion sleeve, when set, penetrating the first cover panel in a first section of the recess and penetrating the intermediate supporting core layer in a second section of the recess so as to bear against the second cover plate, and - the stepped recess continuing with a reduced diameter in the support zone of the second cover panel for the passage of the fastening element therethrough, characterized in that - the fastening element spreads the expansion sleeve within the section of the recess of the first cover panel by means of a frustroconical or pyramid-shaped head or by an intermediate frustroconical or pyramid-shaped wedge element, such spreading resulting in resilient or plastic deformation at least in parts of said section, and - the expansion sleeve has in the upper portion slip-proofing structure extending at least in the longitudinal direction thereof to engage the wall of the first section of the recess. - the element including a stepped recess for the reception of the expansion sleeve, - the expansion sleeve, when set, penetrating the first cover panel in a first section of the recess and penetrating the intermediate supporting core layer in a second section of the recess so as to bear against the second cover plate, and - the stepped recess continuing with a reduced diameter in the support zone of the second cover panel for the passage of the fastening element therethrough, - the fastening element spreads the expansion sleeve within the section of the recess of the first cover panel by means of a frustroconical or pyramid-shaped head or by an intermediate frustroconical or pyramid-shaped wedge element, such spreading resulting in resilient or plastic deformation at least in parts of said section, and - the expansion sleeve has in the upper portion slip-proofing structure extending at least in the longitudinal direction thereof to engage the wall of the first section of the recess.