mhurhangee/ep-ind-claims huggingface dataset:
Capsule for preparing an edible product on a brewing device, and presenting: - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element, whereby said second construction element comprises a flow entry wall part that presents a disk-like general with a prevailing wall thickness (e 31) between two plane transversal relative to an axial axis of said flow entry wall part, whereby said flow entry wall part is provided in a rigid material, whereby said flow entry wall part comprises a passageway wall provided with a circular shape delimited by a first circumferential alignment and disposed centred relative to an axial axis of said flow entry wall part, whereby said flow passageway wall presents a weakened material region that develops along at least most part of said first circumferential alignment and that is adapted so that breaks under a given upstream flow pressure, whereby said flow entry wall part presents a recess region that develops in the upstream direction from the upstream oriented surface of said flow entry wall part, said capsule being characterized in that said intercalary region between said passageway wall and said recess region, presents an intercalary wall thickness (e 6) that is bigger than the passageway wall thickness (e 4) of said passageway wall and bigger than the recess wall thickness (e 5) of said recess region, preferentially is at least approximately similar to said prevailing wall thickness (e 31). - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element,
Use of an oxalic acid salt of an aminoguanidine compound as a gas generating agent, wherein the oxalic acid salt of the aminoguanidine compound is represented by general formula below: wherein X and Y are each independently a hydrogen atom or an amino group.
A light assembly (10, 10', 10", 10'", 10 IV) having an axis of symmetry comprising: a light source circuit board (20, 20', 20"); a plurality of light-emitting diodes disposed on the light-emitting diode circuit board (20, 20', 20"); characterised by a plurality of light pipes (30, 30', 30") axially extending from and adjacent to each light-emitting diode, each light pipe having a respective first end adjacent to the plurality of light-emitting diodes and a second end opposite to the light-emitting diodes, said plurality of light pipes (30, 30', 30") communicating light from the light-emitting diodes therethrough and defining a cavity therebetween, such that the cavity is the volume between said light pipes; a plurality of thermal vanes forming a heat sink for removing heat from the light-emitting diodes, said plurality of thermal vanes extending adjacent the plurality of light pipes (30, 30', 30"); and a driver circuit board disposed within the cavity. a light source circuit board (20, 20', 20"); a plurality of light-emitting diodes disposed on the light-emitting diode circuit board (20, 20', 20"); characterised by a plurality of light pipes (30, 30', 30") axially extending from and adjacent to each light-emitting diode, each light pipe having a respective first end adjacent to the plurality of light-emitting diodes and a second end opposite to the light-emitting diodes, said plurality of light pipes (30, 30', 30") communicating light from the light-emitting diodes therethrough and defining a cavity therebetween, such that the cavity is the volume between said light pipes; a plurality of thermal vanes forming a heat sink for removing heat from the light-emitting diodes, said plurality of thermal vanes extending adjacent the plurality of light pipes (30, 30', 30"); and a driver circuit board disposed within the cavity.
A separator comprising a substrate having an inner surface and an outer surface, and inorganic particles present on the outer surface and the inner surface of the substrate, wherein the substrate has a porosity of 55% or more and a mean flow pore size of 30 μm or less, the inorganic particles have an average particle size of 1.0 to 4.0 μm, and the inorganic particles comprise 40% by volume or less of particles having a particle size of 1.0 μm or less and 30 to 75% by volume of particles having a particle size of 2.0 μm or more, characterized in that the substrate comprises a laminated nonwoven fabric comprising a first nonwoven fabric layer comprising fibers having a fiber diameter of 4.0 μm or less and a second nonwoven fabric layer comprising fibers having a fiber diameter of more than 4.0 μm and 30.0 μm or less.
A communications system for communication along a drillstring comprising a drillpipe, the system comprising: a communications medium, where at least a portion of the communications medium is disposed within the drillpipe; a processor coupled to the communications medium; at least two sensor modules coupled to the communications medium, where at least one of the sensor modules is on or within one or more portions of the drillpipe; and at least one communications coupler (315; 330; 335) to couple at least one sensor module to the communications medium, wherein the drillstring is provided with at least one sensor module receptacle (305; 510) defined by a recess in one of a pin end of a drillpipe joint or an elongated box joint of the drillpipe, the at least one sensor module receptacle arranged to engage and retain at least a portion of a respective one of the sensor modules, wherein the at least one sensor module receptacle is located in the exterior of the drillpipe joint, and wherein the at least one sensor module receptacle comprises a threaded portion for retaining the respective one of the sensor modules; and wherein the at least one communications coupler comprises a sensor module coupler provided in the at least one sensor module and a drillpipe coupler provided in the drillpipe. a communications medium, where at least a portion of the communications medium is disposed within the drillpipe; a processor coupled to the communications medium; at least two sensor modules coupled to the communications medium, where at least one of the sensor modules is on or within one or more portions of the drillpipe; and at least one communications coupler (315; 330; 335) to couple at least one sensor module to the communications medium, wherein the drillstring is provided with at least one sensor module receptacle (305; 510) defined by a recess in one of a pin end of a drillpipe joint or an elongated box joint of the drillpipe, the at least one sensor module receptacle arranged to engage and retain at least a portion of a respective one of the sensor modules, wherein the at least one sensor module receptacle is located in the exterior of the drillpipe joint, and wherein the at least one sensor module receptacle comprises a threaded portion for retaining the respective one of the sensor modules; and wherein the at least one communications coupler comprises a sensor module coupler provided in the at least one sensor module and a drillpipe coupler provided in the drillpipe.
A method for use in a computerized system, comprising receiving at a data processing device log information from at least one source of log information in the computerized system, detecting based at least in part on said received log information at least one security protocol related event at a first host device, the at least one security protocol related event being initiated by a second host device, and storing information for determination of a trust relationship record based on the detected at least one security protocol related event and information of the second host device, analyzing the log information to identify logins that use public-key authentication, and based on the analyzing, estimating at least one metric relating to the trust relationship, characterized in that said estimating at least one metric comprises estimating at least one of the following: the number of production hosts, development hosts and/or test hosts into which logins are made using public-key authentication; the number of connections into production hosts from test or development hosts using public-key authentication; the number of connections into privileged accounts; the number of connections into superuser accounts; the number of hosts known to be configured to collect sufficient log data for analysis; the number of connections from non-disaster-recovery hosts into disaster recovery hosts; and the number of hosts known to not be configured to collect sufficient log data for analysis. the number of production hosts, development hosts and/or test hosts into which logins are made using public-key authentication; the number of connections into production hosts from test or development hosts using public-key authentication; the number of connections into privileged accounts; the number of connections into superuser accounts; the number of hosts known to be configured to collect sufficient log data for analysis; the number of connections from non-disaster-recovery hosts into disaster recovery hosts; and the number of hosts known to not be configured to collect sufficient log data for analysis.
A hair transplanter comprising: a needle channel bundle comprising a center shaft, and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a first spring configured to push down and move forward one of the plurality of needle channels; and wherein each of the needle channels comprises a body portion having a tubular inner space, a needle coupled to a lower portion of the body portion, and a core shaft disposed in the tubular inner space to be slidable, characterized in that a second spring configured to retract the needle channel in an upward direction, the hair transplanter further comprising a core shaft locking portion which temporarily fixes a position of the core shaft of the needle channel which moves forward by the first spring, wherein, in the state where the core shaft locking portion temporarily fixes the position of the core shaft of the needle channel which moves forward, the hair transplanter is configured to push down the core shaft locking portion by a predetermined distance and to further move forward the core shaft by a predetermined distance. a needle channel bundle comprising a center shaft, and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a first spring configured to push down and move forward one of the plurality of needle channels; and wherein each of the needle channels comprises a body portion having a tubular inner space, a needle coupled to a lower portion of the body portion, and a core shaft disposed in the tubular inner space to be slidable, characterized in that a second spring configured to retract the needle channel in an upward direction, the hair transplanter further comprising a core shaft locking portion which temporarily fixes a position of the core shaft of the needle channel which moves forward by the first spring,
A method for traffic data management, comprising: receiving (802, 902), by a network node (302, 304, 306, 308, 418, 420), traffic data in a wireless network (200, 400) supporting network slicing; dividing (804, 904), by the network node, the traffic data into a plurality of data streams, each data stream corresponding to a workload; and multiplexing (806, 906), by the network node, the data streams onto a plurality of slice segments (312, 314, 316, 318) of the wireless network based on the workloads corresponding to the data streams; characterized in that the multiplexing (806, 906) comprises: partitioning workloads corresponding to the plurality of data streams in a T-dimensional vector space into a plurality of clusters, workloads in a same cluster being correlated with one another, the T-dimensional vector space being formed based on processing times required by historical workloads at the network node in a preceding batch of T time intervals; and assigning the data streams to the plurality of slice segments (312, 314, 316, 318) such that workloads in a same cluster are assigned to different slice segments. receiving (802, 902), by a network node (302, 304, 306, 308, 418, 420), traffic data in a wireless network (200, 400) supporting network slicing; dividing (804, 904), by the network node, the traffic data into a plurality of data streams, each data stream corresponding to a workload; and multiplexing (806, 906), by the network node, the data streams onto a plurality of slice segments (312, 314, 316, 318) of the wireless network based on the workloads corresponding to the data streams; partitioning workloads corresponding to the plurality of data streams in a T-dimensional vector space into a plurality of clusters, workloads in a same cluster being correlated with one another, the T-dimensional vector space being formed based on processing times required by historical workloads at the network node in a preceding batch of T time intervals; and assigning the data streams to the plurality of slice segments (312, 314, 316, 318) such that workloads in a same cluster are assigned to different slice segments.
A method for authenticating a user, operating a web application on a host computer, to a web-based service of a service provider, wherein the method comprises: - redirecting a request to generate a credential from the service provider to an identity provider via a separator executed on a separator server computer (117-C) and operated by a trusted third party, by: transmitting a first request (807, 809, 811) for a credential to the separator; operating the separator to return a second request (813, 815, 817) for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider, the second request is originated from the separator; - operating the identity provider and a security device associated with the user and connected to the host computer: to engage in a privacy-preserving credential creation exchange (819, 821, 823, 825, 827, 829, 831, 833, 835, 837) via the web application and in cooperation with the identity provider; - operating the security device to generate (839, 840, 841) a presentation token from the privacy-preserving credential; and to present via the web application the presentation token to the service provider as proof of an attribute. - redirecting a request to generate a credential from the service provider to an identity provider via a separator executed on a separator server computer (117-C) and operated by a trusted third party, by: transmitting a first request (807, 809, 811) for a credential to the separator; operating the separator to return a second request (813, 815, 817) for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider, the second request is originated from the separator; transmitting a first request (807, 809, 811) for a credential to the separator; operating the separator to return a second request (813, 815, 817) for the credential to the web application, this second request redirecting the web application to an identity provider so that from the perspective of the identity provider, the second request is originated from the separator; - operating the identity provider and a security device associated with the user and connected to the host computer: to engage in a privacy-preserving credential creation exchange (819, 821, 823, 825, 827, 829, 831, 833, 835, 837) via the web application and in cooperation with the identity provider; - operating the security device to generate (839, 840, 841) a presentation token from the privacy-preserving credential; and to present via the web application the presentation token to the service provider as proof of an attribute.
Anti-skid device (4, 404) for wheels of automotive vehicles, including: • a rolling path intended to be affixed onto the tread of a tire of a vehicle wheel, itself including multiple means (2, 3, 402, 403) developing anti-skid properties interlinked by means of joining parts (1, 101, 201, 301, 401), with the joining parts incorporating at least two branches (6, 7, 106, 107, 206, 207, 306, 307) referred to as lateral branches oriented essentially in the principal direction of the rolling path, with the said branches being integral with each other at least in their central part; • radial arms maintaining the said rolling path onto the tread of the said tire, connected to a central component affixed onto the rim of the wheel in question; characterized in that: • the said joining parts have a capacity for distortion allowing the extremities of the said branches to approach or distance themselves to or from each other; • and in that it incorporates a textile bead (40, 140, 240, 340, 405) formed by high-tenacity filaments or at least one metal cable, with the said textile bead or the said metal cable being maintained within each of the joining parts and, more precisely, within each of its branches by appropriate means. • a rolling path intended to be affixed onto the tread of a tire of a vehicle wheel, itself including multiple means (2, 3, 402, 403) developing anti-skid properties interlinked by means of joining parts (1, 101, 201, 301, 401), with the joining parts incorporating at least two branches (6, 7, 106, 107, 206, 207, 306, 307) referred to as lateral branches oriented essentially in the principal direction of the rolling path, with the said branches being integral with each other at least in their central part; • radial arms maintaining the said rolling path onto the tread of the said tire, connected to a central component affixed onto the rim of the wheel in question; • the said joining parts have a capacity for distortion allowing the extremities of the said branches to approach or distance themselves to or from each other; • and in that it incorporates a textile bead (40, 140, 240, 340, 405) formed by high-tenacity filaments or at least one metal cable, with the said textile bead or the said metal cable being maintained within each of the joining parts and, more precisely, within each of its branches by appropriate means.
A high-voltage transformer for supplying an a.c. voltage in the kV range, with at least one secondary winding, which is wound on a coil support surrounding a transformer core, characterized in that there is provided an insulating housing (5, 6) encapsulating the secondary winding for electrical insulation of the secondary winding, which insulated housing is walled by the coil support carrying the secondary winding and by a shell structure made of plastic and surrounding the secondary winding while forming an annular gap, wherein the angular gap between secondary winding and shell structure is filled with an insulating fluid, wherein the annular gap filled with insulating fluid has a gap width of smaller than or equal to 20 mm considered in cross section, wherein the shell structure has a wall thickness of smaller than or equal to 20 mm, wherein the plastic is polypropylene, and wherein no separate expansion volume is provided for the insulating fluid.
Device for the formation of stacks of packagings by stacking infusion bags with a conveying stretch on which infusion bags are conveyed from a bag production device to a removal station, a removal device associated with said removal stations and a stack holding device (122; 300), where said removal device is configured to be adapted to move said infusion bags from said conveying stretch to a stack holding device (122; 300) disposed in an introduction station, and with a buffer store which is disposed upstream of said stack holding device (122; 300) disposed in said introduction station and is configured to be adapted to buffer at least one infusion bag, characterized in that said buffer store comprises a clamping device acting upon oppositely disposed edges of said infusion bag.
A negative electrode active material comprising: negative electrode active material particles which comprise artificial graphite in a form of a secondary particle and a carbon layer formed on a surface of the artificial graphite; and a coating layer which is formed on the negative electrode active material particle and comprises a compound represented by Formula 1: <Formula 1> X a Y b wherein, in Formula 1, X is Cu, Y is Si or Sn, a is 3, and b is 1. negative electrode active material particles which comprise artificial graphite in a form of a secondary particle and a carbon layer formed on a surface of the artificial graphite; and a coating layer which is formed on the negative electrode active material particle and comprises a compound represented by Formula 1: <Formula 1> X a Y b wherein, in Formula 1, X is Cu, Y is Si or Sn, a is 3, and b is 1.
A packaging product, comprising a composition containing a plurality of pluripotent cells and a CO 2 independent medium, and a container holding the composition and comprising a substrate, wherein the substrate comprises a polymer, wherein the container is sealed.
Flat cell for a battery pack, wherein the flat cell is composed of anode foils and cathode foils layered alternately one of top of the other, each being separated by separator foils and being arranged in a foil housing (3, 25), and the foil housing (3, 25) has a tightly closing sealed seam, wherein holding strips (9, 19) are attached to both lateral sealed seams of the foil housing (3, 25), characterised in that the holding strips (9, 19) are composed of two strip parts which are joined together at the sealed seam, wherein the strip parts are provided with a leg orientated towards the flat cell and a gap is formed between the legs of the joined-together strip parts, the sealed seam being received in the gap.