mhurhangee/ep-ind-claims huggingface dataset:
A system for managing a plurality of clusters of distributed file systems, the plurality of clusters having cluster files, the system comprising: at least one processing unit; and a non-transitory memory communicatively coupled to the at least one processing unit and comprising computer-readable program instructions executable by the at least one processing unit for: receiving a request to create a new cluster file from an application on a user device; creating a cluster management file corresponding to the new cluster file; assigning a logical file name to the cluster management file and a physical file name to the new cluster file; assigning a physical file location for the new cluster file in the plurality of clusters; storing metadata in the cluster management file mapping the cluster management file to the new cluster file, the metadata comprising the physical file name and the physical file location; transmitting the request to create the new cluster file, using the physical file name, to one of the clusters corresponding to the physical file location; and acknowledging creation of the new cluster file to the application using the logical file name. at least one processing unit; and a non-transitory memory communicatively coupled to the at least one processing unit and comprising computer-readable program instructions executable by the at least one processing unit for: receiving a request to create a new cluster file from an application on a user device; creating a cluster management file corresponding to the new cluster file; assigning a logical file name to the cluster management file and a physical file name to the new cluster file; assigning a physical file location for the new cluster file in the plurality of clusters; storing metadata in the cluster management file mapping the cluster management file to the new cluster file, the metadata comprising the physical file name and the physical file location; transmitting the request to create the new cluster file, using the physical file name, to one of the clusters corresponding to the physical file location; and acknowledging creation of the new cluster file to the application using the logical file name. receiving a request to create a new cluster file from an application on a user device; creating a cluster management file corresponding to the new cluster file; assigning a logical file name to the cluster management file and a physical file name to the new cluster file; assigning a physical file location for the new cluster file in the plurality of clusters; storing metadata in the cluster management file mapping the cluster management file to the new cluster file, the metadata comprising the physical file name and the physical file location; transmitting the request to create the new cluster file, using the physical file name, to one of the clusters corresponding to the physical file location; and acknowledging creation of the new cluster file to the application using the logical file name.
Modular machine for preparing beverages from capsules, comprising: - a unit to supply electric and hydraulic services; characterized in that said machine comprises: - a plurality of modules for the automatic preparation of beverages from capsules that are equal to each other, each of which is in itself without its own electric and hydraulic feed and is respectively removably connected to an electric circuit and to a hydraulic circuit respectively connected to a single outlet electric connector and to an outlet hydraulic collector of said unit to supply electric and hydraulic services so that each module is electrically and hydraulically connected to said unit to supply electric and hydraulic services, each module being electrically and hydraulically autonomous with respect to every other module. - a unit to supply electric and hydraulic services; characterized in that said machine comprises: - a plurality of modules for the automatic preparation of beverages from capsules that are equal to each other, each of which is in itself without its own electric and hydraulic feed and is respectively removably connected to an electric circuit and to a hydraulic circuit respectively connected to a single outlet electric connector and to an outlet hydraulic collector of said unit to supply electric and hydraulic services so that each module is electrically and hydraulically connected to said unit to supply electric and hydraulic services, each module being electrically and hydraulically autonomous with respect to every other module.
A communication method, characterized by comprising: receiving first information from a network device, wherein the first information is used to indicate a first group of search spaces and a second group of search spaces; receiving second information from the network device, wherein the second information comprises indication information, and the indication information is used to indicate the first group of search spaces or the second group of search spaces; when the received indication information indicates the first group of search spaces, starting monitoring a physical downlink control channel PDCCH in the first group of search spaces, and stopping monitoring a PDCCH in the second group of search spaces; and when the received indication information indicates the second group of search spaces, monitoring a PDCCH in the second group of search spaces, and skipping monitoring a PDCCH in the first group of search spaces. receiving first information from a network device, wherein the first information is used to indicate a first group of search spaces and a second group of search spaces; receiving second information from the network device, wherein the second information comprises indication information, and the indication information is used to indicate the first group of search spaces or the second group of search spaces; when the received indication information indicates the first group of search spaces, starting monitoring a physical downlink control channel PDCCH in the first group of search spaces, and stopping monitoring a PDCCH in the second group of search spaces; and when the received indication information indicates the second group of search spaces, monitoring a PDCCH in the second group of search spaces, and skipping monitoring a PDCCH in the first group of search spaces.
An introducer tool kit for implantation of a subcutaneous lead for use in a cardiac therapy apparatus, the tool kit comprising: a first insertion tool for use in creating a first subcutaneous tunnel along a first line, having a distal end for insertion into a patient with an opening at or near the distal end; a first support member for placement through the first insertion tool during creation of the first subcutaneous tunnel; and a second insertion tool and a steerable insertion tool for use in creating a second subcutaneous tunnel at an angle relative to the first subcutaneous tunnel by passage through the first insertion tool and out of the opening, wherein the second insertion tool is configured to curve in a location at the opening of the first insertion tool. a first insertion tool for use in creating a first subcutaneous tunnel along a first line, having a distal end for insertion into a patient with an opening at or near the distal end; a first support member for placement through the first insertion tool during creation of the first subcutaneous tunnel; and a second insertion tool and a steerable insertion tool for use in creating a second subcutaneous tunnel at an angle relative to the first subcutaneous tunnel by passage through the first insertion tool and out of the opening, wherein the second insertion tool is configured to curve in a location at the opening of the first insertion tool.
An influenza hemagglutinin stem domain polypeptide comprising the amino acid sequence: wherein X 1 is K, X 2 is K, X 3 is F, X 4 is T, X 5 is M, X 6 is Y, X 7 is I, X 8 is Y, and X 9 is S.
An in vitro method for assessing whether a human patient has periodontitis, wherein the method comprises: - detecting, in a sample of saliva from said human patient, the concentrations of the Free Light Chain κ protein and/or the Free Light Chain λ protein; - determining a testing value reflecting the concentration or joint concentrations determined for said protein or proteins; - comparing said testing value with a threshold value reflecting in the same manner the concentration or joint concentrations associated with periodontitis, so as to assess whether the testing value is indicative for periodontitis in said patient. - detecting, in a sample of saliva from said human patient, the concentrations of the Free Light Chain κ protein and/or the Free Light Chain λ protein; - determining a testing value reflecting the concentration or joint concentrations determined for said protein or proteins; - comparing said testing value with a threshold value reflecting in the same manner the concentration or joint concentrations associated with periodontitis, so as to assess whether the testing value is indicative for periodontitis in said patient.
An access device, comprising: at least one hardware processor; and a non-transitory computer-readable storage medium (1030, 1040) coupled to the at least one hardware processor and storing programming instructions for execution by the at least one hardware processor, wherein the programming instructions, when executed, cause the at least one hardware processor to perform operations, characterized in that the operations comprise: receiving, at the access device and from a user equipment, UE, a Radio Resource Control, RRC, connection setup complete message, wherein the RRC connection setup complete message includes a Non-Access Stratum, NAS, extended service request; in response to the RRC connection setup complete message, forwarding the NAS extended service request to a Mobility Management Entity, MME; receiving, at the access device and from the MME, a S1 context setup message, wherein the S1 context setup message identifies a location area that the UE is registered in; selecting a circuit switched network cell belonging to the location area identified by the S1 context setup message; and instructing the UE to transfer to the selected circuit switched network cell. at least one hardware processor; and a non-transitory computer-readable storage medium (1030, 1040) coupled to the at least one hardware processor and storing programming instructions for execution by the at least one hardware processor, wherein the programming instructions, when executed, cause the at least one hardware processor to perform operations, characterized in that the operations comprise: receiving, at the access device and from a user equipment, UE, a Radio Resource Control, RRC, connection setup complete message, wherein the RRC connection setup complete message includes a Non-Access Stratum, NAS, extended service request; in response to the RRC connection setup complete message, forwarding the NAS extended service request to a Mobility Management Entity, MME; receiving, at the access device and from the MME, a S1 context setup message, wherein the S1 context setup message identifies a location area that the UE is registered in; selecting a circuit switched network cell belonging to the location area identified by the S1 context setup message; and instructing the UE to transfer to the selected circuit switched network cell.
An electrical switchboard comprising at least two electrical cabinets, the electrical cabinets being assembled together by at least one assembling system, including: - a fastening flange at each of two vertical ridges of a rear face of each electrical cabinet, said fastening flange extending vertically along said rear face of said electrical cabinet, - one or more assembling rails, each comprising an inserting opening extending vertically along the assembling rail, each assembling rail being able to be slid vertically along the assembly formed by joining two fastening flanges of two adjacent electrical cabinets, said two fastening flanges being located inside the inserting opening, characterised in that each assembling rail is formed by vertically assembling a plurality of rail elements (4a, 4b, 4c), each rail element (4a, 4b, 4c) including, at one of its vertical ends, a snap-on tab and, at the other of its vertical ends, a snap-on opening, each snap-on tab of a rail element (4a, 4b, 4c) being able to be inserted into a snap-on opening of another rail element (4a, 4b, 4c). - a fastening flange at each of two vertical ridges of a rear face of each electrical cabinet, said fastening flange extending vertically along said rear face of said electrical cabinet, - one or more assembling rails, each comprising an inserting opening extending vertically along the assembling rail,
A stacked-plate heat exchanger, in particular for a motor vehicle, comprising: a plurality of exchanger plates that are connected to form a stack and sealingly brazed to each other, at least one main channel of a fluid, extending in the stacking direction, being formed by aligned apertures of the individual exchanger plates, and a cover plate, which is brazed to an upwardly curved outer edge of the uppermost exchanger plate and an edge of the main channel in a fluid-tight manner, a reinforcement plate being secured from the outside to the cover plate by way of brazing, characterized in that a curvature protruding into the main channel is provided in the cover plate, wherein a molded extension overlapping with the curvature of the cover plate being formed in the reinforcement plate and being brazed to the curvature of the cover plate in particular in at least one edge region.
A method for manufacturing a steel pipe, the method comprising: a first pipe expanding step of expanding a steel pipe by positioning pipe expanding dies in a pipe expansion start position and moving a pull rod back from the pipe expansion start position to displace each of the pipe expanding dies in the radial direction by way of a wedge action within a range of a pipe expanding ratio having a lower limit at a pipe expanding ratio at which a predetermined roundness is obtained and an upper limit at a maximum value of a pipe expanding ratio at which an equipment load of a pipe expanding machine falls in an allowable range when the steel pipe is expanded; and a second pipe expanding step of expanding the steel pipe by positioning the pipe expanding dies again at the pipe expansion start position and moving back again the pull rod from the pipe expansion start position to displace each of the pipe expanding dies in the radial direction by way of a wedge action after the first pipe expanding step at a pipe expanding ratio at which a pipe diameter of the steel pipe reaches a target value. a first pipe expanding step of expanding a steel pipe by positioning pipe expanding dies in a pipe expansion start position and moving a pull rod back from the pipe expansion start position to displace each of the pipe expanding dies in the radial direction by way of a wedge action within a range of a pipe expanding ratio having a lower limit at a pipe expanding ratio at which a predetermined roundness is obtained and an upper limit at a maximum value of a pipe expanding ratio at which an equipment load of a pipe expanding machine falls in an allowable range when the steel pipe is expanded; and a second pipe expanding step of expanding the steel pipe by positioning the pipe expanding dies again at the pipe expansion start position and moving back again the pull rod from the pipe expansion start position to displace each of the pipe expanding dies in the radial direction by way of a wedge action after the first pipe expanding step at a pipe expanding ratio at which a pipe diameter of the steel pipe reaches a target value.
A method for protecting the untrimmed edge of paperboard or paper, wherein two adjacent untrimmed edges of paperboard or paper (1, 5) are protected and attached abuttingly together by sealing a separate profile on both sides of the abutment of the edges characterized in that the sealing is achieved by means of ultrasound, and that the edge of the paperboard or paper (1, 5) is sealed separately with the profile so that a strip is formed at the edge, and after this, two adjacent edges are attached together by sealing these strips to the edge of the adjacent paperboard or paper (1, 5) by means of ultrasound.
A power control method, comprising: detecting a first traveling state of a vehicle; determining according to the first traveling state of the vehicle that the vehicle obtains an assisting power from an outside of the vehicle; determining a second traveling state of the vehicle resulted from the assisting power from the outside; controlling, according to the second traveling state, the vehicle to generate a first compensation power configured to compensate for a power for the traveling of the vehicle; and controlling the vehicle to travel based on the generated first compensation power, characterized in that, controlling the vehicle to travel based on the generated first compensation power comprises: controlling the vehicle to perform decelerated traveling based on the generated first compensation power, and when the decelerated traveling meets a power stop condition, controlling the vehicle to stop generating the power, wherein an initial velocity for the decelerated traveling is the traveling velocity during the period when the vehicle obtains the assisting power from the outside, and the decelerated traveling manner comprises uniformly decelerated traveling and non-uniformly decelerated traveling, wherein the power stop condition comprises at least one of: a traveling time reaches a predetermined duration; or a traveling mileage reaches a predetermined mileage. detecting a first traveling state of a vehicle; determining according to the first traveling state of the vehicle that the vehicle obtains an assisting power from an outside of the vehicle; determining a second traveling state of the vehicle resulted from the assisting power from the outside; controlling, according to the second traveling state, the vehicle to generate a first compensation power configured to compensate for a power for the traveling of the vehicle; and controlling the vehicle to travel based on the generated first compensation power, characterized in that, controlling the vehicle to travel based on the generated first compensation power comprises: controlling the vehicle to perform decelerated traveling based on the generated first compensation power, and when the decelerated traveling meets a power stop condition, controlling the vehicle to stop generating the power, wherein an initial velocity for the decelerated traveling is the traveling velocity during the period when the vehicle obtains the assisting power from the outside, and the decelerated traveling manner comprises uniformly decelerated traveling and non-uniformly decelerated traveling, wherein the power stop condition comprises at least one of: a traveling time reaches a predetermined duration; or a traveling mileage reaches a predetermined mileage. a traveling time reaches a predetermined duration; or a traveling mileage reaches a predetermined mileage.
An apparatus comprising: a rotating shaft coupled to a set of rotor blades; a non-rotating tube at least partially disposed within the rotating shaft and coupled to the rotating shaft, wherein the non-rotating tube comprises a first end and a second end; a rotating standpipe disposed between the rotating shaft and the non-rotating tube such that the non-rotating tube is coupled to the rotating standpipe and the rotating standpipe is coupled to the rotating shaft; a control actuator coupled proximate to the first end of the non-rotating tube, wherein the control actuator is configured to selectively move the non-rotating tube along a longitudinal axis of said non-rotating tube; and characterised in that the apparatus further comprises: a sensor mount disposed within the non-rotating tube proximate to the second end of the non-rotating tube; and one or more sensors disposed within the non-rotating tube and attached to the sensor mount, wherein the one or more sensors detect one or more parameters associated with the rotating shaft or the set of rotor blades. a rotating shaft coupled to a set of rotor blades; a non-rotating tube at least partially disposed within the rotating shaft and coupled to the rotating shaft, wherein the non-rotating tube comprises a first end and a second end; a rotating standpipe disposed between the rotating shaft and the non-rotating tube such that the non-rotating tube is coupled to the rotating standpipe and the rotating standpipe is coupled to the rotating shaft; a control actuator coupled proximate to the first end of the non-rotating tube, wherein the control actuator is configured to selectively move the non-rotating tube along a longitudinal axis of said non-rotating tube; and characterised in that the apparatus further comprises: a sensor mount disposed within the non-rotating tube proximate to the second end of the non-rotating tube; and one or more sensors disposed within the non-rotating tube and attached to the sensor mount, wherein the one or more sensors detect one or more parameters associated with the rotating shaft or the set of rotor blades. a sensor mount disposed within the non-rotating tube proximate to the second end of the non-rotating tube; and one or more sensors disposed within the non-rotating tube and attached to the sensor mount, wherein the one or more sensors detect one or more parameters associated with the rotating shaft or the set of rotor blades.
An integrated circuit (100, 200, 300) comprising: a first metal layer; a dielectric layer; and a second metal layer (110, 235) capacitively coupled to the first metal layer through the dielectric layer, wherein the second metal layer (110, 235) comprises a bulk electron portion, and an adjacent portion acting as electrical ground, the bulk electron portion and the adjacent portion of the second metal layer separated by an intermediate portion which includes an electron leakage path, characterised in that the electron leakage path comprises at least one metal stringer connecting the bulk electron portion to the adjacent portion and providing for leakage of charge from the bulk electron portion to the adjacent portion in a predetermined leak time period. a first metal layer; a dielectric layer; and a second metal layer (110, 235) capacitively coupled to the first metal layer through the dielectric layer, wherein the second metal layer (110, 235) comprises a bulk electron portion, and an adjacent portion acting as electrical ground, the bulk electron portion and the adjacent portion of the second metal layer separated by an intermediate portion which includes an electron leakage path, characterised in that the electron leakage path comprises at least one metal stringer connecting the bulk electron portion to the adjacent portion and providing for leakage of charge from the bulk electron portion to the adjacent portion in a predetermined leak time period.
An artificial stool comprising a base material and hemoglobin, the artificial stool further comprising one or more types of sugar alcohols and a fragmented product of hemoglobin.
Wheel tray for receiving a wheel of a two-wheeler, in particular of a bicycle, having a wheel tray body which in the fitted state is held on a carrier section of a two-wheeler carrier unit, a flexible ratchet strap and a ratchet lock for the ratchet strap being associated with the wheel tray body, characterized in that the ratchet strap is held at one end on a securing flap which is swivelably mounted on the wheel tray body, on a side adjacent to a receiving area for the wheel, about a swivel axis which is extended in the longitudinal direction of the wheel tray body such that the securing flap is swivelable between a release position swung away from the receiving area and a securing position swung towards the receiving area.