mhurhangee/ep-ind-claims huggingface dataset:
A support material formulation comprising: a non-curable water-miscible polymer; a first water-miscible, curable material; and at least one second water-miscible curable material, wherein said second curable material is selected capable of interfering with intermolecular interactions between polymeric chains formed upon exposing the first water-miscible curable material to curing energy, said second curable material featuring at least two hydrogen bond-forming chemical moieties and is capable of forming hydrogen bonds with said polymeric chains, wherein said first curable material comprises a mixture of a mono-functional poly(alkylene glycol) acrylate and a multi-functional poly(alkylene glycol) acrylate. a non-curable water-miscible polymer; a first water-miscible, curable material; and at least one second water-miscible curable material, wherein said second curable material is selected capable of interfering with intermolecular interactions between polymeric chains formed upon exposing the first water-miscible curable material to curing energy, said second curable material featuring at least two hydrogen bond-forming chemical moieties and is capable of forming hydrogen bonds with said polymeric chains, wherein said first curable material comprises a mixture of a mono-functional poly(alkylene glycol) acrylate and a multi-functional poly(alkylene glycol) acrylate.
An arrangement for monitoring a controlled area containing items (104, 106) associated with radio frequency identification (RFID) tags, comprising: an RFID tag reader having a phased antenna array for generating a multitude of beams to interrogate the tags in the controlled area; characterized by a controller operatively connected to the tag reader for collecting data identifying the type of tag from the interrogated tags, for automatically configuring the beams both in azimuth over a predetermined angular range and in elevation over a predetermined angular spread based on the collected data for processing the configured beams to optimize the monitoring of the controlled area. an RFID tag reader having a phased antenna array for generating a multitude of beams to interrogate the tags in the controlled area; characterized by a controller operatively connected to the tag reader for collecting data identifying the type of tag from the interrogated tags, for automatically configuring the beams both in azimuth over a predetermined angular range and in elevation over a predetermined angular spread based on the collected data for processing the configured beams to optimize the monitoring of the controlled area.
A method of voice-controlled managing of user profiles comprising: calculating, for each speaker model of at least one speaker model, a confidence measure representing a probability that said speaker model represents a speaker of a cluster of audio segments; assigning a user preference to said cluster of audio segments, wherein assigning said user preference comprises: performing automatic speech recognition on said cluster of audio segments to identify said user preference; and assigning said identified user preference to said cluster of audio segments; updating a user profile associated with said speaker model based on the user preference assigned to said cluster of audio segments if said confidence measure calculated for said speaker model represents a probability that is higher than a target probability. calculating, for each speaker model of at least one speaker model, a confidence measure representing a probability that said speaker model represents a speaker of a cluster of audio segments; assigning a user preference to said cluster of audio segments, wherein assigning said user preference comprises: performing automatic speech recognition on said cluster of audio segments to identify said user preference; and assigning said identified user preference to said cluster of audio segments; performing automatic speech recognition on said cluster of audio segments to identify said user preference; and assigning said identified user preference to said cluster of audio segments; updating a user profile associated with said speaker model based on the user preference assigned to said cluster of audio segments if said confidence measure calculated for said speaker model represents a probability that is higher than a target probability.
A system for obtaining a laser speckle contrast image, comprising: a device configured for the acquisition of a raw laser speckle image; a processor configured to receive the raw laser speckle image and further programmed to: select a primary pixel in the raw laser speckle image; determine a direction of a blood flow at said primary pixel; obtain an anisotropic local neighborhood that is aligned along the direction of blood flow; calculate a local speckle contrast value at the primary pixel within the anisotropic local neighborhood; and generate an anisotropic laser speckle contrast image using the local speckle contrast value. a device configured for the acquisition of a raw laser speckle image; a processor configured to receive the raw laser speckle image and further programmed to: select a primary pixel in the raw laser speckle image; determine a direction of a blood flow at said primary pixel; obtain an anisotropic local neighborhood that is aligned along the direction of blood flow; calculate a local speckle contrast value at the primary pixel within the anisotropic local neighborhood; and generate an anisotropic laser speckle contrast image using the local speckle contrast value. select a primary pixel in the raw laser speckle image; determine a direction of a blood flow at said primary pixel; obtain an anisotropic local neighborhood that is aligned along the direction of blood flow; calculate a local speckle contrast value at the primary pixel within the anisotropic local neighborhood; and generate an anisotropic laser speckle contrast image using the local speckle contrast value.
A method, performed by a policy node, for enabling spending limit control for a user equipment in a telecommunication network, wherein the method comprises: obtaining an identifier related to the user equipment, an identifier of a policy counter and a set of policy counter statuses to be monitored by the policy node, wherein the set of policy counter statuses are related to the identifier of the policy counter, sending, to a charging node, a request for reporting of policy counter statuses related to the user equipment for the policy counter, wherein the request comprises the identifier related to the user equipment, the identifier of the policy counter, the set of policy counter statuses and an indication about condition for reporting, wherein the condition for reporting concerns whether reporting is to be performed when the policy counter matches a corresponding policy counter status of the set of policy counter statuses or when the policy counter no longer matches the corresponding policy counter status of the set of policy counter statuses, and receiving, from the charging node, a response to the request, wherein the response comprises a policy counter status of the set of policy counter statuses, wherein the policy counter status has changed as determined by the charging node. obtaining an identifier related to the user equipment, an identifier of a policy counter and a set of policy counter statuses to be monitored by the policy node, wherein the set of policy counter statuses are related to the identifier of the policy counter, sending, to a charging node, a request for reporting of policy counter statuses related to the user equipment for the policy counter, wherein the request comprises the identifier related to the user equipment, the identifier of the policy counter, the set of policy counter statuses and an indication about condition for reporting, wherein the condition for reporting concerns whether reporting is to be performed when the policy counter matches a corresponding policy counter status of the set of policy counter statuses or when the policy counter no longer matches the corresponding policy counter status of the set of policy counter statuses, and receiving, from the charging node, a response to the request, wherein the response comprises a policy counter status of the set of policy counter statuses, wherein the policy counter status has changed as determined by the charging node.
A data processing method, comprising: receiving a service request, wherein the service request is used to request to invoke a meta service, the service request comprises a service parameter that matches metadata of the meta service, and the meta service is a service provided for a user; converting the service request into a cloud service request based on metadata of a cloud service; identifying a target cloud services based on the service parameter, wherein the target cloud services is provided by multiple cloud devices of one or more cloud systems; sending the cloud service request to the target cloud devices, wherein the meta service corresponds to the cloud service; characterized in that the metadata of the meta service has a first preset format, and the metadata of the meta service matches a parameter of the meta service; and the metadata of the cloud service has a second preset format, the metadata of the cloud service matches a parameter of the cloud service, and there is a mapping relationship between the metadata of the cloud service and the metadata of the meta service. receiving a service request, wherein the service request is used to request to invoke a meta service, the service request comprises a service parameter that matches metadata of the meta service, and the meta service is a service provided for a user; converting the service request into a cloud service request based on metadata of a cloud service; identifying a target cloud services based on the service parameter, wherein the target cloud services is provided by multiple cloud devices of one or more cloud systems; sending the cloud service request to the target cloud devices, wherein the meta service corresponds to the cloud service; characterized in that the metadata of the meta service has a first preset format, and the metadata of the meta service matches a parameter of the meta service; and the metadata of the cloud service has a second preset format, the metadata of the cloud service matches a parameter of the cloud service, and there is a mapping relationship between the metadata of the cloud service and the metadata of the meta service.
Method for managing the supply of information to a processor, the processor cooperating with a set of memories including at least one cache memory, a first memory storing at least one first item of information within a first group of information and a second memory storing at least one second item of information within a second group of information, said second item of information including at least one instruction of an interrupt program, the method comprising, - after a first cache miss following a first request for said first item of information coming from the processor, a first supply to the processor of the first item of information coming from the first memory, then - after a second request for said second item of information coming from the processor and a second cache miss following said second request, a second supply to the processor of the second item of information coming from the second memory, even if the first group of information is in the process of transfer from the first memory with a view to loading thereof into the cache memory, - if the second group of information is ready to be loaded in a cache line of the cache memory before the first group of information is ready to be loaded into this same cache line, a prohibition on loading the first group of information into said cache line. - after a first cache miss following a first request for said first item of information coming from the processor, a first supply to the processor of the first item of information coming from the first memory, then - after a second request for said second item of information coming from the processor and a second cache miss following said second request, a second supply to the processor of the second item of information coming from the second memory, even if the first group of information is in the process of transfer from the first memory with a view to loading thereof into the cache memory, - if the second group of information is ready to be loaded in a cache line of the cache memory before the first group of information is ready to be loaded into this same cache line, a prohibition on loading the first group of information into said cache line.
Pneumatic vehicle tyre comprising a tread with shoulder-side blocks, which extend in the axial direction and comprise block edges (5a, 5b) running parallel or substantially parallel to one another, and with central blocks between the shoulder-side blocks, the shoulder-side blocks and the central blocks being provided in each case with at least two sipes (7, 9), which run parallel to one another in plan view and have a width of 0.4 mm to 0.8 mm and a depth at their deepest point of at least 50% of the profile depth, the shoulder-side blocks and the central blocks being provided with multiple micro grooves (8, 10, 10'), in particular at least four micro grooves, which extend parallel to one another in plan view and have a width of 0.2 mm to 0.5 mm and a depth of 0.2 mm to 0.5 mm, the micro grooves (8, 10, 10') extending parallel to the sipes (7, 9) and without crossing, characterized in that, at least over the majority of their extent in plan view, the sipes and the micro grooves (10, 10') formed in the shoulder-side blocks run in each case in the shape of baseless isosceles trapezoids, which adjoin one another and face alternatingly in one circumferential direction and the other, in that the central blocks are substantially parallelogram-shaped in plan view and stand on "tips" in the circumferential direction, and in that the sipes and micro grooves formed in the central blocks run in a wave shape or in a zigzag shape in plan view.
A method for reducing computational resource expenditures by caching subgraphs and integrating the cached subgraphs into graph query results, comprising: receiving (210; 310; 410), at a graph server hosting a graph database, a graph query; querying (220; 320; 420) the graph database according to the graph query; caching (230; 350; 440) a subgraph resulting from querying the graph database, wherein the cached subgraph is identifiable by a characteristic associated with the graph query such that the cached subgraph is retrievable for integration into results for a subsequent graph query associated with the characteristic, characterised by transmitting (240; 360; 460) the cached subgraph; receiving (310; 410) the subsequent graph query; analyzing (320; 420) the subsequent graph query for a subsequent characteristic associated with the subsequent graph query; identifying (330; 430) the cached subgraph, based on the subsequent characteristic, comprising matching the subsequent graph query with the cached subgraph on a level of respective Abstract Syntax Trees, ASTs, associated with the subsequent graph query and the graph query; and transmitting (360; 460) the cached subgraph in response to the subsequent graph query. receiving (210; 310; 410), at a graph server hosting a graph database, a graph query; querying (220; 320; 420) the graph database according to the graph query; caching (230; 350; 440) a subgraph resulting from querying the graph database, wherein the cached subgraph is identifiable by a characteristic associated with the graph query such that the cached subgraph is retrievable for integration into results for a subsequent graph query associated with the characteristic, characterised by transmitting (240; 360; 460) the cached subgraph; receiving (310; 410) the subsequent graph query; analyzing (320; 420) the subsequent graph query for a subsequent characteristic associated with the subsequent graph query; identifying (330; 430) the cached subgraph, based on the subsequent characteristic, comprising matching the subsequent graph query with the cached subgraph on a level of respective Abstract Syntax Trees, ASTs, associated with the subsequent graph query and the graph query; and transmitting (360; 460) the cached subgraph in response to the subsequent graph query.
Rotor of a rotating electrical machine comprising a plurality of alternating north poles and south poles formed from a plurality of permanent magnets arranged in first gaps extending along an axis (X-X') of said rotor and evenly distributed between a circumferential part and a central part of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections, said permanent magnets having a first polygonal radial section and a first axial plane of symmetry, and said circumferential part comprising axial grooves arranged between said polar sections facing said permanent magnets and forming an aperture of said first gaps, characterized in that an aperture ratio (g) of said circumferential part, equal to a first ratio of a first width (a) of said aperture to a second width (w) of said permanent magnets in a circumferential direction, lies substantially between 0.35 and 0.8, and in that said polar sections have a second, externally lobe-forming radial section and a second axial plane of symmetry and in that a second ratio of said second width (w) to a sum of said first width (a) and of a third width (p) of said lobe in said circumferential direction lies substantially between 0.25 and 0.6.
A panel made of wooden material with surface coating, having: - a primer that is applied to the wood material, and - at least two varnish layers that are hardened by means of UV light or by means of electron-beam hardening, wherein the total layer thickness of the at least two varnish layers is less than 120 μm, characterized in that at least one functional component is provided, - that is integrated in at least one varnish layer of the two varnish layers, or - that is applied as outer functional layer, - as a functional layer arranged under the at least two varnish layers, or - as a functional layer arranged between at least two varnish layers, wherein waxes, oils or mixtures thereof and/or mineral substances, in particular fine-grained sand are used as functional component with which the gliding resistance of the surface of the wood material and/or the haptic properties of the surface of the wood material is to be adjusted. - a primer that is applied to the wood material, and - at least two varnish layers that are hardened by means of UV light or by means of electron-beam hardening, wherein the total layer thickness of the at least two varnish layers is less than 120 μm, - that is integrated in at least one varnish layer of the two varnish layers, or - that is applied as outer functional layer, - as a functional layer arranged under the at least two varnish layers, or - as a functional layer arranged between at least two varnish layers,
A surgical stapling instrument for applying one or more surgical staples to tissue, comprising: a handle assembly; a stapling head assembly operably coupled to said handle assembly by a shaft assembly, said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples; an anvil for clamping the tissue against said staple cartridge; a staple driver assembly for engaging and driving the staples from said staple cartridge into the tissue and against said anvil; and a knife movably supported in said stapling head assembly for cutting through the clamped tissue; a drive system for applying drive motions to said staple driver assembly and said knife; and a feedback system (200, 200') comprising at least one sensor configured to transmit a signal to an indicator when said knife has cut through said clamped tissue, characterised in that said feedback system comprises a knife board supported in said anvil and wherein said at least one sensor is supported by said knife board. a handle assembly; a stapling head assembly operably coupled to said handle assembly by a shaft assembly, said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples; an anvil for clamping the tissue against said staple cartridge; a staple driver assembly for engaging and driving the staples from said staple cartridge into the tissue and against said anvil; and a knife movably supported in said stapling head assembly for cutting through the clamped tissue; a staple cartridge for supporting one or more surgical staples; an anvil for clamping the tissue against said staple cartridge; a staple driver assembly for engaging and driving the staples from said staple cartridge into the tissue and against said anvil; and a knife movably supported in said stapling head assembly for cutting through the clamped tissue; a drive system for applying drive motions to said staple driver assembly and said knife; and a feedback system (200, 200') comprising at least one sensor configured to transmit a signal to an indicator when said knife has cut through said clamped tissue, characterised in that said feedback system comprises a knife board supported in said anvil and wherein said at least one sensor is supported by said knife board.
Mobile work machine having a plurality of first hydraulic consumers (11; 13) and a second hydraulic consumer, the first consumers (11; 13) comprising a traction drive and/or a work drive of the mobile work machine, it being possible for a first pump with an adjustable displacement volume to convey hydraulic fluid out of a tank to the first consumers (11; 13), it being possible for a second pump to convey hydraulic fluid out of the tank to the second consumer, an internal combustion engine being provided which is in a rotary drive connection with the first and the second pump (30; 32), the second consumer driving a rotatable fan impeller for cooling the internal combustion engine, a pressure accumulator being provided for storing pressurized hydraulic fluid, the pressure accumulator being fluidically connected to the first consumers (11; 13) in such a way that hydraulic fluid which flows back from at least one first consumer can flow into the pressure accumulator, but not vice versa, with the result that the first consumers (11; 13) are driven exclusively by way of the first pump and not by way of the hydraulic fluid which is stored in the pressure accumulator, the pressure accumulator being fluidically connected to the second consumer in such a way that hydraulic fluid can flow from the pressure accumulator to the second consumer.