mhurhangee/ep-ind-claims huggingface dataset:
An abnormality detection device comprising: a characteristic extraction unit that stores first frames of video data obtained by imaging a normal work operation of a subject and a plurality of first characteristic amounts, each of the first characteristic amount representing a characteristic for each of a first frame among the first frames in a storage unit and that stores second frames of video data obtained by imaging a work operation of the subject and a second characteristic amount representing a characteristic of a second frame among the second frames in the storage unit; and a determination unit that chooses the second characteristic amount of the second frame, compares the chosen second characteristic amount with the first characteristic amount associated with each first frame in which a time of each first frame is included in a time range, specifies the first characteristic amount that is the closest to the chosen second characteristic amount, and determines whether the work operation is abnormal on the basis of the specified first characteristic amount and the chosen second characteristic amount, wherein the time range is a time range including a time of the second frame of the chosen second characteristic amount. a characteristic extraction unit that stores first frames of video data obtained by imaging a normal work operation of a subject and a plurality of first characteristic amounts, each of the first characteristic amount representing a characteristic for each of a first frame among the first frames in a storage unit and that stores second frames of video data obtained by imaging a work operation of the subject and a second characteristic amount representing a characteristic of a second frame among the second frames in the storage unit; and a determination unit that chooses the second characteristic amount of the second frame, compares the chosen second characteristic amount with the first characteristic amount associated with each first frame in which a time of each first frame is included in a time range, specifies the first characteristic amount that is the closest to the chosen second characteristic amount, and determines whether the work operation is abnormal on the basis of the specified first characteristic amount and the chosen second characteristic amount, wherein the time range is a time range including a time of the second frame of the chosen second characteristic amount.
A computer-implemented method of measuring seismic data quality, comprising: acquiring (2, 72) pre-stack seismic data for a seismic survey for an area of interest; comparing (4, 24) predicted attributes (32, 58, 68) to related attributes (20, 34, 56, 66) associated with the pre-stack seismic data to generate data quality measurements for each of a plurality of locations (46, 62, 64) within the seismic survey, wherein the predicted attributes (32, 58) are geophysically or geologically constrained; and displaying the data quality measurements to a user to illustrate differences in seismic data quality for the plurality of locations (46, 62, 64) within the seismic survey, the method being characterized in that: the related attributes are obtained from the pre-stack seismic data; and the predicted attributes and the related attributes are seismic amplitude and angle of incidence, or seismic amplitude and offset, attributes, and wherein comparing (2, 24) the predicted attributes to the related attributes comprises comparing a predicted relationship between attributes to a measured relationship between the related attributes obtained from the seismic data. acquiring (2, 72) pre-stack seismic data for a seismic survey for an area of interest; comparing (4, 24) predicted attributes (32, 58, 68) to related attributes (20, 34, 56, 66) associated with the pre-stack seismic data to generate data quality measurements for each of a plurality of locations (46, 62, 64) within the seismic survey, wherein the predicted attributes (32, 58) are geophysically or geologically constrained; and displaying the data quality measurements to a user to illustrate differences in seismic data quality for the plurality of locations (46, 62, 64) within the seismic survey, the method being characterized in that: the related attributes are obtained from the pre-stack seismic data; and the predicted attributes and the related attributes are seismic amplitude and angle of incidence, or seismic amplitude and offset, attributes, and wherein comparing (2, 24) the predicted attributes to the related attributes comprises comparing a predicted relationship between attributes to a measured relationship between the related attributes obtained from the seismic data. the related attributes are obtained from the pre-stack seismic data; and the predicted attributes and the related attributes are seismic amplitude and angle of incidence, or seismic amplitude and offset, attributes, and wherein comparing (2, 24) the predicted attributes to the related attributes comprises comparing a predicted relationship between attributes to a measured relationship between the related attributes obtained from the seismic data.
A method of automatically configuring a Service Instance Identifier, I-SID, in a Generalized Multiprotocol Label Switching, GMPLS, controlled network, the method comprising the steps of: identifying a specific I-SID for a specific service in the GMPLS controlled network; and automatically configuring the identified I-SID within a Backbone Edge Bridge, BEB, (102, 104) with a Resource Reservation Protocol-Traffic Engineering, RSVP-TE, extension, wherein the step of automatically configuring the identified I-SID includes: - carrying the I-SID in a new TLV in an LSP_ATTRIBUTES or CALL_ATTRIBUTES object. identifying a specific I-SID for a specific service in the GMPLS controlled network; and automatically configuring the identified I-SID within a Backbone Edge Bridge, BEB, (102, 104) with a Resource Reservation Protocol-Traffic Engineering, RSVP-TE, extension, wherein the step of automatically configuring the identified I-SID includes: - carrying the I-SID in a new TLV in an LSP_ATTRIBUTES or CALL_ATTRIBUTES object. - carrying the I-SID in a new TLV in an LSP_ATTRIBUTES or CALL_ATTRIBUTES object.
A swivel nut assembly configured to adaptively secure a first component to a second component, the swivel nut assembly comprising: a socket nut comprising a first portion having a first internal threading, and a second portion defining a swivel chamber; and a swivel connector comprising a ball having a first external threading, wherein the swivel connector is moved into the swivel chamber via the first external threading threadably engaging the first internal threading to move the ball into the swivel chamber, wherein the ball is rotationally captured within the swivel chamber after the ball is moved into the swivel chamber; wherein the swivel connector includes at least one internal wall that defines a central passage, wherein the internal wall is configured to threadably engage a fastener that passes into the central passage. a socket nut comprising a first portion having a first internal threading, and a second portion defining a swivel chamber; and a swivel connector comprising a ball having a first external threading, wherein the swivel connector is moved into the swivel chamber via the first external threading threadably engaging the first internal threading to move the ball into the swivel chamber, wherein the ball is rotationally captured within the swivel chamber after the ball is moved into the swivel chamber; wherein the swivel connector includes at least one internal wall that defines a central passage, wherein the internal wall is configured to threadably engage a fastener that passes into the central passage.
A module (200; 300; 400) for slurrifying drill cuttings comprising: a skid; a programmable logic controller disposed on the skid; and a blender (201; 301; 401) disposed on the skid, the blender (201; 301; 401) comprising: a feeder (202; 302; 402) for injecting drill cuttings; a gate (203; 303; 403) disposed in fluid communication with the feeder (202; 302; 402) for controlling a flow of the drill cuttings; and an impeller (205; 405) for energizing a fluid; characterized in that the module (200; 300; 400) is configured to be removably connected to a cuttings storage vessel located at a work site to slurrify drill cuttings. a skid; a programmable logic controller disposed on the skid; and a blender (201; 301; 401) disposed on the skid, the blender (201; 301; 401) comprising: a feeder (202; 302; 402) for injecting drill cuttings; a gate (203; 303; 403) disposed in fluid communication with the feeder (202; 302; 402) for controlling a flow of the drill cuttings; and an impeller (205; 405) for energizing a fluid; a feeder (202; 302; 402) for injecting drill cuttings; a gate (203; 303; 403) disposed in fluid communication with the feeder (202; 302; 402) for controlling a flow of the drill cuttings; and an impeller (205; 405) for energizing a fluid;
Upper garment (1A; 1B) consisting of several parts comprising a front part (3; 3L, 3R), a left and a right side part (4L, 4R), a left and a right upper arm part (5L, 5R) and a one-piece back part, wherein the back part has a vertically extending central section and laterally extending left and right arm parts (6L, 6R), each arm part (6L, 6R) having a top side (60L, 60R) for connection to the left and right upper arm part (5L, 5R), respectively, and a bottom side (61L, 61R) for connection to the left and right side part (4L, 4R), respectively, and wherein the left and right top sides (60L, 60R) each comprise a lateral inner starting point (60L 1, 60R 1) and a lateral outer end point (60L 2, 60R 2) and the left and right bottom sides (61L, 61R) each have a laterally inner starting point (61L 1, 61R 1) and a laterally outer end point (61L 2, 61R 2), characterized in that the lateral outer end points (60L 2, 60R 2) of the left and right top side (60R, 60L) respectively coincide with the end points (61L 2, 61R 2) of the left and right bottom side (61L, 61R), respectively, and in that the arm sections (6L, 6R) extend in lateral direction so far that they cover at least 1/3 of the length of an upper arm of a person wearing the upper garment (1A, 1B).
A device for amplifying a laser beam along an axis Ox, comprising: - an amplifying bar structure of index n c, with a fluorescence wavelength λ, delimited by a surface ∑ connecting the input S 1 and output S2 faces of said amplifying bar structure, and having a dimension e between 2 cm and 5 cm in the direction Ox, and a dimension Φ in a direction of the plane Oyz perpendicular to Ox, with e<Φ, and being designed to be pumped along said axis Ox so as to become a gain medium of diameter D centred on said axis Ox, the optical gain having a maximum along a face S1 or S2 of said amplifying bar structure, referred to as maximum gain face, and - a liquid of index n A that surrounds the amplifying bar structure in relation to its surface ∑, said liquid being water or a water-ethylene glycol mixture, characterised in that said surface ∑ comprises a first tooth in the form of a chamfer over all or part of its junction with said maximum gain face, oriented at an angle α1 between 30° and 50° relative to Ox, and having a length e1' located along said axis Ox, with e1' being greater than a predetermined threshold length and lower than e/6, so as to avoid causing parasitic transverse lasing, in that said liquid of index n A has a calorific capacity of more than 3,000 Joules per kilogram per degree Kelvin so as to dissipate the thermal power induced by the pumping, in that the difference between n A and n c is of the order of 0.3 and can reach 0.43, and in that a density that is absorbent at the fluorescence wavelength λ of the amplifying bar structure and/or an element that is absorbent at this wavelength is immersed in said liquid. - an amplifying bar structure of index n c, with a fluorescence wavelength λ, delimited by a surface ∑ connecting the input S 1 and output S2 faces of said amplifying bar structure, and having a dimension e between 2 cm and 5 cm in the direction Ox, and a dimension Φ in a direction of the plane Oyz perpendicular to Ox, with e<Φ, and being designed to be pumped along said axis Ox so as to become a gain medium of diameter D centred on said axis Ox, the optical gain having a maximum along a face S1 or S2 of said amplifying bar structure, referred to as maximum gain face, and - a liquid of index n A that surrounds the amplifying bar structure in relation to its surface ∑, said liquid being water or a water-ethylene glycol mixture,
A method in a network switching device, the method comprising: detecting that an unidentified client device joins a network, wherein an unidentified client device is a client device that has not accessed the network previously or has not accessed the network for a time period; retrieving information related to a device property of the unidentified client device from network traffic to and/or from the unidentified client device; sending a query based on the information to a fingerprinting server; receiving the device property of the unidentified client device in response to the query, characterised in that the method comprises: configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device. detecting that an unidentified client device joins a network, wherein an unidentified client device is a client device that has not accessed the network previously or has not accessed the network for a time period; retrieving information related to a device property of the unidentified client device from network traffic to and/or from the unidentified client device; sending a query based on the information to a fingerprinting server; receiving the device property of the unidentified client device in response to the query, characterised in that the method comprises: configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device. configuring a timeout of a port to which the unidentified client device is connected based on the device property of the unidentified client device, wherein the timeout specifies a period of time whereby if no communications are received from the unidentified client device on the port, or sent to the unidentified client device through the port, during that period of time, the unidentified client device is considered disconnected, disassociated or deauthenticated from the network switching device.
A storage-class memory, SCM, wherein the SCM is included in a computer system comprising a hybrid memory, wherein the hybrid memory comprises a dynamic random access memory, DRAM and the SCM, and the SCM comprises: an SCM controller, configured to receive a first access instruction sent by a memory controller of the computer system, wherein the first access instruction carries a first address, and the first address is used to point to a to-be-accessed first memory cell set of the DRAM; and a content addressable memory, CAM, configured to determine that the first memory cell set comprises a memory cell whose retention time is shorter than a refresh cycle of the DRAM, and obtain a second address having a mapping relationship with the first address, wherein the refresh cycle of the DRAM is longer than a standard refresh cycle, and the second address is used to point to a second memory cell set of the SCM, wherein the SCM controller is further configured to convert the first access instruction into a second access instruction according to the second address, and access a memory cell in the second memory cell set according to the second access instruction, wherein the second access instruction comprises the second address; and memory cells, configured to store data. an SCM controller, configured to receive a first access instruction sent by a memory controller of the computer system, wherein the first access instruction carries a first address, and the first address is used to point to a to-be-accessed first memory cell set of the DRAM; and a content addressable memory, CAM, configured to determine that the first memory cell set comprises a memory cell whose retention time is shorter than a refresh cycle of the DRAM, and obtain a second address having a mapping relationship with the first address, wherein the refresh cycle of the DRAM is longer than a standard refresh cycle, and the second address is used to point to a second memory cell set of the SCM, wherein the SCM controller is further configured to convert the first access instruction into a second access instruction according to the second address, and access a memory cell in the second memory cell set according to the second access instruction, wherein the second access instruction comprises the second address; and memory cells, configured to store data. the SCM controller is further configured to convert the first access instruction into a second access instruction according to the second address, and access a memory cell in the second memory cell set according to the second access instruction, wherein the second access instruction comprises the second address; and memory cells, configured to store data.
A urethane (meth)acrylate comprising residual isocyanate groups, which is obtained from the reaction of: a) at least one di- or poly-isocyanate, and b) at least one hydroxyl-functional (meth)acrylic acid ester of at least one polymer chain which comprises: at least one (meth)acryloyl group, at least one free hydroxyl group and at least one polymer chain, wherein the equivalent ratio of OH groups to NCO groups is 0.05:1 to 0.66:1. a) at least one di- or poly-isocyanate, and b) at least one hydroxyl-functional (meth)acrylic acid ester of at least one polymer chain which comprises: at least one (meth)acryloyl group, at least one free hydroxyl group and at least one polymer chain,
A formulation comprising (a) a first active agent which replenishes, or decreases a loss of, functional glutathione, wherein the first active agent comprises N-acetylcysteine, cysteine, homocysteine, N-acetyl-cysteine-amide, or a combination thereof, and (b) a second active agent comprising a manganese complex selected from the group consisting of (i) a calcium manganese mixed metal complex of N,N'-bis-(pyridoxal-5-phosphate)-ethylenediamine-N,N'-diacetic acid (DPDP) having a molar ratio of calcium to manganese in a range of from 1 to 10, or a pharmaceutically acceptable salt thereof, (ii) a mixture of manganese DPDP (MnDPDP), or a pharmaceutically acceptable salt thereof, and a non-manganese-containing DPDP compound, or (iii) a mixture of manganese pyridoxyl ethylenediamine (MnPLED), or a pharmaceutically acceptable salt thereof, and a non-manganese-containing pyridoxyl ethylenediamine (PLED) compound. (a) a first active agent which replenishes, or decreases a loss of, functional glutathione, wherein the first active agent comprises N-acetylcysteine, cysteine, homocysteine, N-acetyl-cysteine-amide, or a combination thereof, and (b) a second active agent comprising a manganese complex selected from the group consisting of (i) a calcium manganese mixed metal complex of N,N'-bis-(pyridoxal-5-phosphate)-ethylenediamine-N,N'-diacetic acid (DPDP) having a molar ratio of calcium to manganese in a range of from 1 to 10, or a pharmaceutically acceptable salt thereof, (ii) a mixture of manganese DPDP (MnDPDP), or a pharmaceutically acceptable salt thereof, and a non-manganese-containing DPDP compound, or (iii) a mixture of manganese pyridoxyl ethylenediamine (MnPLED), or a pharmaceutically acceptable salt thereof, and a non-manganese-containing pyridoxyl ethylenediamine (PLED) compound.
A voltammetric sensor for detecting an analyte in a sample solution, said sensor comprising: a working electrode comprising a substrate coated with a matrix material comprising a cross-linked polymer; a redox active material non-covalently entrapped within the matrix material and comprising at least one of an analyte sensitive material and an analyte insensitive material; a reference electrode; a counter electrode comprising an electrically conductive carbon-fiber or stainless steel tube having a hollow inner lumen; firmware and electronics for voltammetry and signal processing, comprising a preamplifier module electrically coupled to said carbon-fiber or stainless steel tube and configured to apply a voltage to the sample solution via the counter electrode; and a communications interface. a working electrode comprising a substrate coated with a matrix material comprising a cross-linked polymer; a redox active material non-covalently entrapped within the matrix material and comprising at least one of an analyte sensitive material and an analyte insensitive material; a reference electrode; a counter electrode comprising an electrically conductive carbon-fiber or stainless steel tube having a hollow inner lumen; firmware and electronics for voltammetry and signal processing, comprising a preamplifier module electrically coupled to said carbon-fiber or stainless steel tube and configured to apply a voltage to the sample solution via the counter electrode; and a communications interface.
A solid-dosage-form printing apparatus comprising: i) a 3D printer suitable for printing solid-dosage-forms, said 3D printer comprising an interchangeable print head selected from the group consisting of: a fused deposition modelling print head, a semi-solid extrusion print head and a direct powder extrusion print head; ii) a build platform iii) a balance for measuring the mass of the printed solid-dosage-forms, said balance being integrated into said build platform; and optionally iv) means for performing in-line near-infra-red and/or raman spectroscopy on the solid-dosage-form; wherein said solid-dosage-form comprises at least one active-ingredient and at least one excipient. i) a 3D printer suitable for printing solid-dosage-forms, said 3D printer comprising an interchangeable print head selected from the group consisting of: a fused deposition modelling print head, a semi-solid extrusion print head and a direct powder extrusion print head; ii) a build platform iii) a balance for measuring the mass of the printed solid-dosage-forms, said balance being integrated into said build platform; and optionally iv) means for performing in-line near-infra-red and/or raman spectroscopy on the solid-dosage-form;