mhurhangee/ep-ind-claims huggingface dataset:
A coin detection system, comprising: an excitation coil, a radial magnetic gradiometer and an axial magnetic gradiometer; wherein the excitation coil is configured for providing an axial excitation magnetic field for a to-be-detected coin, in which the excitation magnetic field induces eddy currents inside the to-be-detected coin, and the eddy currents generate an induced magnetic field; the radial magnetic gradiometer comprises at least two radial magnetoresistive sensors (15, 15') and the axial magnetic gradiometer comprises at least two axial magnetoresistive sensors (16, 16'), the radial magnetoresistive sensors and the axial magnetoresistive sensors being symmetrically distributed relative to a central plane or a central point of the excitation coil respectively; the radial magnetic gradiometer is configured for detecting a difference of magnetic field components of the induced magnetic field on two corresponding sides of the excitation coil and along a radial direction of the to-be-detected coin, and the axial magnetic gradiometer is configured for detecting a difference of magnetic field components of the induced magnetic field on two corresponding sides of the excitation coil and along an axial direction of the to-be-detected coin, the two corresponding sides being two opposite sides along an axial direction of the excitation coil; and the excitation coil is positioned such that a surface of the to-be-detected coin is parallel to the central plane of the excitation coil, and a distance between the surface of the to-be-detected coin and the central plane is at least half of the height of the excitation coil. an excitation coil, a radial magnetic gradiometer and an axial magnetic gradiometer;
A method for training a machine learning engine, comprising: obtaining an executable file, and dividing the executable file into a plurality of to-be-extracted parts based on a data directory of the executable file; extracting information entropy features of all the to-be-extracted parts, and performing data transformation on the information entropy features to obtain static features; and training a machine learning engine using the static features; wherein the dividing the executable file into a plurality of to-be-extracted parts based on a data directory of the executable file comprises: dividing the executable file into an executable file header part, an executable file section part, an executable file Overlay data part, and an executable file integral part based on the data directory of the executable file. obtaining an executable file, and dividing the executable file into a plurality of to-be-extracted parts based on a data directory of the executable file; extracting information entropy features of all the to-be-extracted parts, and performing data transformation on the information entropy features to obtain static features; and training a machine learning engine using the static features; wherein the dividing the executable file into a plurality of to-be-extracted parts based on a data directory of the executable file comprises: dividing the executable file into an executable file header part, an executable file section part, an executable file Overlay data part, and an executable file integral part based on the data directory of the executable file.
A system comprising: a peritoneal dialysis cycler having either a combined effluent and infusion line or an infusion line and an effluent line, the peritoneal dialysis cycler further having an infusion pump; a peritoneal dialysate generation flow path fluidly connected to the infusion line or combined effluent and infusion line; the peritoneal dialysate generation flow path comprising: (i) a water source fluidly connected to the peritoneal dialysate generation flow path; (ii) a concentrate source fluidly connected to the peritoneal dialysate generation flow path; (iii) at least a first osmotic agent source fluidly connected to the peritoneal dialysate generation flow path; (iv) an osmotic agent pump positioned on a fluid line between the first osmotic agent source and the peritoneal dialysate generation flow path; and (v) a sterilization module positioned in the peritoneal dialysate generation flow path downstream of the first osmotic agent source and concentrate source; characterised in that the system further comprises at least one sensor, wherein the at least one sensor comprises a blood pressure sensor. a peritoneal dialysis cycler having either a combined effluent and infusion line or an infusion line and an effluent line, the peritoneal dialysis cycler further having an infusion pump; a peritoneal dialysate generation flow path fluidly connected to the infusion line or combined effluent and infusion line; the peritoneal dialysate generation flow path comprising: (i) a water source fluidly connected to the peritoneal dialysate generation flow path; (ii) a concentrate source fluidly connected to the peritoneal dialysate generation flow path; (iii) at least a first osmotic agent source fluidly connected to the peritoneal dialysate generation flow path; (iv) an osmotic agent pump positioned on a fluid line between the first osmotic agent source and the peritoneal dialysate generation flow path; and (v) a sterilization module positioned in the peritoneal dialysate generation flow path downstream of the first osmotic agent source and concentrate source; (i) a water source fluidly connected to the peritoneal dialysate generation flow path; (ii) a concentrate source fluidly connected to the peritoneal dialysate generation flow path; (iii) at least a first osmotic agent source fluidly connected to the peritoneal dialysate generation flow path; (iv) an osmotic agent pump positioned on a fluid line between the first osmotic agent source and the peritoneal dialysate generation flow path; and (v) a sterilization module positioned in the peritoneal dialysate generation flow path downstream of the first osmotic agent source and concentrate source; characterised in that the system further comprises at least one sensor, wherein the at least one sensor comprises a blood pressure sensor.
A reconfigurable system for monitoring the health of a complex system comprising: a plurality of standardized executable application modules, each standardized executable application module containing instructions to perform one of a plurality of different standardized functions; and a plurality of computing nodes (120'-160') arranged in a hierarchical structure comprising multiple layers of the computing nodes, wherein each computing node is configured to execute one or more selected standardized executable application modules of the plurality of standardized executable application modules, and wherein each computing node includes a workflow service module and a loaded configuration file, each workflow service module configured to control execution of the selected standardized executable application modules as directed by the loaded configuration file to perform a specialized function for health monitoring, wherein the plurality of standardized executable application modules are the same and unmodifiable modular software objects that are directed to complete specific tasks via the loaded configuration file after the standardized executable application modules are populated within the hierarchical structure; wherein the loaded configuration file contains data that, when received, configures each standardized executable application module to a special purpose executable application module; and wherein, once configured, the standardized executable application modules within the plurality of computing nodes cooperatively perform a specific set of functions on data collected from the complex system. a plurality of standardized executable application modules, each standardized executable application module containing instructions to perform one of a plurality of different standardized functions; and a plurality of computing nodes (120'-160') arranged in a hierarchical structure comprising multiple layers of the computing nodes, wherein each computing node is configured to execute one or more selected standardized executable application modules of the plurality of standardized executable application modules, and wherein each computing node includes a workflow service module and a loaded configuration file, each workflow service module configured to control execution of the selected standardized executable application modules as directed by the loaded configuration file to perform a specialized function for health monitoring, wherein the plurality of standardized executable application modules are the same and unmodifiable modular software objects that are directed to complete specific tasks via the loaded configuration file after the standardized executable application modules are populated within the hierarchical structure; wherein the loaded configuration file contains data that, when received, configures each standardized executable application module to a special purpose executable application module; and wherein, once configured, the standardized executable application modules within the plurality of computing nodes cooperatively perform a specific set of functions on data collected from the complex system.
Thermal insulation material composed of porous calcium aluminate for use in firing plants with alkaline combustion gases having a temperature of from 1000°C to 1300°C, which has a porosity of over 60% by volume and has an alkali resistance according to a corrosion test in accordance with DIN 51069, where only close-to-the-surface hairline cracks occur, where the thermal insulation material contains at least 90% of the calcium aluminate, a calcium oxide, referred to as C, and an aluminium oxide, referred to as A, in a molar ratio of calcium oxide to aluminium oxide of in each case - either: -- 1:1 corresponding to a crystal form CA, or -- 1.66:1 corresponding to a crystal form C 5 A 3, or -- 1.71:1 corresponding to a crystal form C 12 A 7, and this thermal insulation material is to be installed in-situ as an unfired hydrothermally autoclaved granular material or a shaped granular material body (SGAB) formed therefrom or a hydrothermally autoclaved moulding in the firing plant or in a combustion chamber having a temperature of up to 1300°C, forming a once-fired end product, or - the calcium aluminate is present to an extent of at least 90% in a molar ratio of calcium oxide to aluminium oxide of 3:1, corresponding to a crystal form C 3 A, and this thermal insulation material consists of a hydrothermally autoclaved and fired directly therefrom granular material. - either: -- 1:1 corresponding to a crystal form CA, or -- 1.66:1 corresponding to a crystal form C 5 A 3, or -- 1.71:1 corresponding to a crystal form C 12 A 7, and this thermal insulation material is to be installed in-situ as an unfired hydrothermally autoclaved granular material or a shaped granular material body (SGAB) formed therefrom or a hydrothermally autoclaved moulding in the firing plant or in a combustion chamber having a temperature of up to 1300°C, forming a once-fired end product, or -- 1:1 corresponding to a crystal form CA, or -- 1.66:1 corresponding to a crystal form C 5 A 3, or -- 1.71:1 corresponding to a crystal form C 12 A 7, and this thermal insulation material is to be installed in-situ as an unfired hydrothermally autoclaved granular material or a shaped granular material body (SGAB) formed therefrom or a hydrothermally autoclaved moulding in the firing plant or in a combustion chamber having a temperature of up to 1300°C, forming a once-fired end product, or - the calcium aluminate is present to an extent of at least 90% in a molar ratio of calcium oxide to aluminium oxide of 3:1, corresponding to a crystal form C 3 A, and this thermal insulation material consists of a hydrothermally autoclaved and fired directly therefrom granular material.
A device for implanting in the atrial septum in a heart of a patient, the device comprising: a. a core segment defining a passage, the core segment having a first diameter when deployed; b. a first flexible annular flange at one end of the core segment, the first annular flange 103 extending radially outward from the core segment and configured to lie at a generally parallel angle to and against the atrial septum; and c. a second flexible annular flange at the other end of the core segment, the second annular flange extending radially outward from the core segment and, wherein the device is collapsible, enabling the core segment to have a second diameter less than the first diameter thereby enabling percutaneous delivery of the device to the heart of the patient, and wherein the first and second flanges (103, 102) define an annular gap to accommodate the septum, characterised in that the second annular flange comprises a first section extending from the core segment in which the flange extends away from the atrial septum into the atrium and a second section in which the flange extends from the atrium towards the atrial septum such that the flange extends beyond 90° relative to the centre axis of the core segment. a. a core segment defining a passage, the core segment having a first diameter when deployed; b. a first flexible annular flange at one end of the core segment, the first annular flange 103 extending radially outward from the core segment and configured to lie at a generally parallel angle to and against the atrial septum; and c. a second flexible annular flange at the other end of the core segment, the second annular flange extending radially outward from the core segment and,
Hydraulic arrangement (1, 1') of a motor vehicle, with at least one wheel brake (50, 50', 50'') which is connected to a brake master cylinder, it being possible for the brake master cylinder to be actuated by way of actuation of a brake pedal and, as a result, for a pressure medium for building up a brake pressure to be transferred into a wheel brake cylinder (50c, 50c', 50c'', 50c′′′) of the wheel brake (50, 50', 50'', 50'''), at least one resilient element being arranged in the hydraulic operative connection which exists between the brake master cylinder and the wheel brake (50, 50', 50", 50′′′), which element is in contact with the pressure medium, and there additionally being at least one flow cross-sectional constriction in the hydraulic operative connection which exists between the brake master cylinder and the wheel brake (50, 50', 50'', 50′′′), characterized in that the resilient element and the flow cross-sectional constriction are integrated into a common damping component, the damping component being arranged in a hydraulic operative connection between an electrohydraulic regulating unit and the wheel brake (50, 50', 50'', 50′′′) and being arranged in a rigid connector stub which connects a flexible brake line to a hydraulic feed line of the wheel brake cylinder.
A composite blade comprising: a core including a three-dimensional network of fibers, the core defining an airfoil section and a root section; and a composite skin covering a portion of the core excluding the root section to thereby establish a different impact tolerance on the root section than on the portion of the core that is covered with the composite skin; wherein the airfoil section includes a span extending longitudinally from a 0% span at the root section to a 100% span at a tip, and the composite skin covers the airfoil section excluding 0-10% span; characterised in that the composite skin includes at least three skin plies (38a-d) having reinforcement fibers, the reinforcement fibers of the plies (38a-d) having different tensile moduli, the at least three plies (38a-d) including an inner skin ply with regard to the core, an outer skin ply with regard to the core and one or more intermediate skin plies (38b,c) between the outer and inner plies (38a, 38d), wherein the reinforcement fibers of the at least three plies (38a-d) sequentially increase in tensile modulus from the outer skin ply to the inner skin ply, and wherein the plies (38a-d) progressively terminate in length at a radially inner end (C, D) of the composite skin with the outer skin ply being the shortest to form a non-abrupt termination of the composite skin over the core. a core including a three-dimensional network of fibers, the core defining an airfoil section and a root section; and a composite skin covering a portion of the core excluding the root section to thereby establish a different impact tolerance on the root section than on the portion of the core that is covered with the composite skin; wherein the airfoil section includes a span extending longitudinally from a 0% span at the root section to a 100% span at a tip, and the composite skin covers the airfoil section excluding 0-10% span; characterised in that the composite skin includes at least three skin plies (38a-d) having reinforcement fibers, the reinforcement fibers of the plies (38a-d) having different tensile moduli, the at least three plies (38a-d) including an inner skin ply with regard to the core, an outer skin ply with regard to the core and one or more intermediate skin plies (38b,c) between the outer and inner plies (38a, 38d), wherein the reinforcement fibers of the at least three plies (38a-d) sequentially increase in tensile modulus from the outer skin ply to the inner skin ply, and wherein the plies (38a-d) progressively terminate in length at a radially inner end (C, D) of the composite skin with the outer skin ply being the shortest to form a non-abrupt termination of the composite skin over the core.
A shaped savoury composition comprising: a) 1-70 wt.%, by weight of the composition, of an edible salt selected from sodium chloride, potassium chloride and combinations thereof; b) 1-30 wt.%, by weight of the composition, of savoury taste giving ingredients selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and combinations thereof; c) 0 to 10 wt.%, by weight of the composition, of polar liquid; d) 1 to 20 wt.%, by weight of the composition, of fat component; e) 0.2-10 wt.%, by weight of the composition, of particles of puffed maize endosperm, wherein at least 80 wt.% of the particles of the puffed maize endosperm have an average particle size of less than 3.0 mm, wherein the combination of a) and b) constitutes at least 40 wt.% of the composition. a) 1-70 wt.%, by weight of the composition, of an edible salt selected from sodium chloride, potassium chloride and combinations thereof; b) 1-30 wt.%, by weight of the composition, of savoury taste giving ingredients selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and combinations thereof; c) 0 to 10 wt.%, by weight of the composition, of polar liquid; d) 1 to 20 wt.%, by weight of the composition, of fat component; e) 0.2-10 wt.%, by weight of the composition, of particles of puffed maize endosperm,
A method of fabricating a polishing pad using an additive manufacturing system, the method comprising: receiving data indicative of a desired shape of the polishing pad to be fabricated by droplet ejection, the desired shape defining a profile including a polishing surface and one or more grooves on the polishing pad; generating data indicative of a modified pattern of dispensing feed material to at least partially compensate for distortions of the profile caused by the additive manufacturing system; and dispensing a plurality of layers of the feed material by droplet ejection in accordance to the modified pattern, wherein the desired shape of the polishing pad includes a planar surface defining the polishing surface, and the modified pattern includes a nonplanar portion corresponding to the planar surface, the nonplanar portion configured to at least partially compensate for distortions of the polishing surface caused by the additive manufacturing system. receiving data indicative of a desired shape of the polishing pad to be fabricated by droplet ejection, the desired shape defining a profile including a polishing surface and one or more grooves on the polishing pad; generating data indicative of a modified pattern of dispensing feed material to at least partially compensate for distortions of the profile caused by the additive manufacturing system; and dispensing a plurality of layers of the feed material by droplet ejection in accordance to the modified pattern, wherein the desired shape of the polishing pad includes a planar surface defining the polishing surface, and the modified pattern includes a nonplanar portion corresponding to the planar surface, the nonplanar portion configured to at least partially compensate for distortions of the polishing surface caused by the additive manufacturing system.
Method for producing a security feature for a security element, a security paper or a data carrier, wherein a substrate is provided, the colour of which can be modified by laser radiation, holes that have a specific hole diameter and have a rim are introduced into the substrate by the action of laser radiation of which the intensity is distributed in the beam cross section, wherein at the same time, because of the intensity distribution over the beam cross section, the substrate is modified by the laser radiation in a zone of specific zone width surrounding the rim, so that the rim is coloured, characterized in that the holes perforate an area, wherein, within the area, all the adjacent holes are arranged with a centre-to-centre hole spacing from one another that is no greater than 2.5 times the sum of the maximum hole diameter (C+2B) and twice the zone width.
Inorganic, halogen-free flame retardant produced from modified, carbonised red mud, in particular for the high-temperature range, (MKRS-HT) with a mineral composition of - 10 to 50 % by weight of iron compounds, - 12 to 35 % by weight of aluminium compounds, - 5 to 17 % by weight of silicon compounds, - 2 to 10 % by weight of titanium dioxide, - 0.5 to 6 % by weight of calcium compounds, and - possibly unavoidable impurities, characterised in that the weight ratio of Fe carbonate to the oxides of iron is at least 1. - 10 to 50 % by weight of iron compounds, - 12 to 35 % by weight of aluminium compounds, - 5 to 17 % by weight of silicon compounds, - 2 to 10 % by weight of titanium dioxide, - 0.5 to 6 % by weight of calcium compounds, and - possibly unavoidable impurities, characterised in that the weight ratio of Fe carbonate to the oxides of iron is at least 1.