mhurhangee/ep-ind-claims huggingface dataset:
A method at a network server (120, 230, 418), the method comprising: monitoring a plurality of geofences representing physical locations of interest to a user defined in a user account stored on the network server (120, 230,418); receiving, from a mobile device, mobile device location data indicating a present location of the mobile device; determining, based on the location data received from the mobile device, whether the mobile device is within a monitored geofence, including receiving multiple location data over time from the mobile device, analyzing the location data to determine a trajectory of the mobile device, and using the trajectory to determine when the mobile device enters the monitored geofence; if the mobile device is determined to be within a monitored geofence, selecting, based on detecting entry into the monitored geofence, a mobile application configuration; and transmitting mobile application configuration instructions to the mobile device to cause the mobile device to configure an application on the mobile device based on the transmitted mobile application configuration instructions. monitoring a plurality of geofences representing physical locations of interest to a user defined in a user account stored on the network server (120, 230,418); receiving, from a mobile device, mobile device location data indicating a present location of the mobile device; determining, based on the location data received from the mobile device, whether the mobile device is within a monitored geofence, including receiving multiple location data over time from the mobile device, analyzing the location data to determine a trajectory of the mobile device, and using the trajectory to determine when the mobile device enters the monitored geofence; if the mobile device is determined to be within a monitored geofence, selecting, based on detecting entry into the monitored geofence, a mobile application configuration; and transmitting mobile application configuration instructions to the mobile device to cause the mobile device to configure an application on the mobile device based on the transmitted mobile application configuration instructions.
A method for the automated classification of Alzheimer's disease using magnetic resonance imaging signal from ventricular zone contour of a brain, wherein the method comprises determining first order and second order topological indices of a cognitive dementic brain, the method comprising the steps of: i) obtaining a gray scale MRI image of a brain slice from said brain, ii) applying a contour edge-detecting algorithm to the image so as to produce a binary image of the contour of the ventricular zone, and iii) employing a box counting algorithm to calculate the first order and second order topological metric indices of the contour of the ventricular zone by iv) analyzing the contour of the ventricular zone by superimposition on a succession of square grids of increasing edge length wherein a metric grid square is counted only once if the square is encountered by the border, v) plotting the log of the number of metric grid squares encountered against the log of the edge length of the grid square, wherein the gradient of the plot is the first order topological metric index, vi) plotting the log of the number of grid squares covering the contour against the log of the number of grid squares encompassing the area to obtain the second order topological metric index, wherein the gradient of the plot is the second order topological metric index. i) obtaining a gray scale MRI image of a brain slice from said brain, ii) applying a contour edge-detecting algorithm to the image so as to produce a binary image of the contour of the ventricular zone, and iii) employing a box counting algorithm to calculate the first order and second order topological metric indices of the contour of the ventricular zone by iv) analyzing the contour of the ventricular zone by superimposition on a succession of square grids of increasing edge length wherein a metric grid square is counted only once if the square is encountered by the border, v) plotting the log of the number of metric grid squares encountered against the log of the edge length of the grid square, wherein the gradient of the plot is the first order topological metric index, vi) plotting the log of the number of grid squares covering the contour against the log of the number of grid squares encompassing the area to obtain the second order topological metric index, wherein the gradient of the plot is the second order topological metric index.
Kit of parts for determining quantitatively the biologically active parathyroid hormone in a sample of the body fluid by means of a sandwich immunoassay for intact human parathyroid hormone peptide chains and N-terminally intact fragments thereof, comprising antibodies which bind at or adjacent the PTH receptor binding structure within the N-terminally region of the human parathyroid hormone and antibodies binding to an epitope, which consists at least of an oxidized methionine group at position 8 and/ or 18 of the human parathyroid hormone.
An ice cream machine for making a liquid or semi-liquid food product of the frozen type, comprising: - a container for processing the liquid or semi-liquid product, provided with a loading opening; - a stirrer positioned inside said container; - a refrigeration system, provided with a heat carrying fluid, and comprising a heat exchanger, associated with said container; - said container, stirrer and heat exchanger forming a batch freezing unit, - a supplying unit for supplying a basic liquid product, associated with said container for releasing a basic liquid product designed to be mixed with a basic powder; - closing means for the supplying unit, operatively acting on the supplying unit and capable of being activated and deactivated to allow supplying of the basic liquid product; the machine being characterized in that it further comprises: - a control unit, designed to control the refrigeration system, the stirrer and the closing means, - a sensor for detecting the insertion of a powdered basic mixture in the container and wherein the control unit is connected to the sensor and is designed to command opening of the closing means for supplying the basic liquid through the supplying unit when the sensor detects an insertion of basic mixture. - a container for processing the liquid or semi-liquid product, provided with a loading opening; - a stirrer positioned inside said container; - a refrigeration system, provided with a heat carrying fluid, and comprising a heat exchanger, associated with said container; - said container, stirrer and heat exchanger forming a batch freezing unit, - a supplying unit for supplying a basic liquid product, associated with said container for releasing a basic liquid product designed to be mixed with a basic powder; - closing means for the supplying unit, operatively acting on the supplying unit and capable of being activated and deactivated to allow supplying of the basic liquid product; the machine being characterized in that it further comprises: - a control unit, designed to control the refrigeration system, the stirrer and the closing means, - a sensor for detecting the insertion of a powdered basic mixture in the container and wherein the control unit is connected to the sensor and is designed to command opening of the closing means for supplying the basic liquid through the supplying unit when the sensor detects an insertion of basic mixture. - a control unit, designed to control the refrigeration system, the stirrer and the closing means, - a sensor for detecting the insertion of a powdered basic mixture in the container and wherein the control unit is connected to the sensor and is designed to command opening of the closing means for supplying the basic liquid through the supplying unit when the sensor detects an insertion of basic mixture.
Operating head with electro spindles, comprising a central structure rotating orthogonally to a work plane, said central structure supporting a plurality of electro spindles distributed on a circumference with the same angular distance, the axis of rotation of each electro spindle disposed radially with respect to the axis of rotation of the central structure, the central structure comprising a substantially polygonal prismatic turret provided on each side face with a flanged seat designed to receive and support a cylindrical casing of each electro spindle, wherein: - the rotor and the stator of each electro spindle belong to a synchronous motor with permanent magnets, the permanent magnets mounted on the rotor surface or inserted inside the rotor, the stator installed around the rotor with a space between the rotor and the stator, with coils wound around the stator, so that when an electric current is applied to the coils, the rotor is rotated by a force applied in a certain direction; - the central structure allows housing inside it a plurality of wirings for the transmission and distribution of electrical and electronic power; - the operating head comprises at least one pneumatic device with a vertical approach connected to the central structure to balance a certain overall mass and maintain the operating head with electro spindles in a floating condition. - the rotor and the stator of each electro spindle belong to a synchronous motor with permanent magnets, the permanent magnets mounted on the rotor surface or inserted inside the rotor, the stator installed around the rotor with a space between the rotor and the stator, with coils wound around the stator, so that when an electric current is applied to the coils, the rotor is rotated by a force applied in a certain direction; - the central structure allows housing inside it a plurality of wirings for the transmission and distribution of electrical and electronic power; - the operating head comprises at least one pneumatic device with a vertical approach connected to the central structure to balance a certain overall mass and maintain the operating head with electro spindles in a floating condition.
Wind gearbox with a mounting of an intermediate shaft, wherein the intermediate shaft has a first shaft end and a second shaft end, wherein there is a toothing element (19, 20, 21) between the first shaft end and the second shaft end, characterized in that there is a first radial bearing at the first shaft end, there is a second radial bearing at the second shaft end, there is a first axial bearing at the first shaft end and there is a second axial bearing at the second shaft end.
A sheet processing method of a sheet processing apparatus having a plurality of processing modes, comprising: a) taking in sheets one by one from a bundle of sheets in which a batch card having identification information (531, 532), and the sheets as mediums to be inspected are piled, the batch card having a color; b) conveying the sheets which have been taken in; c) detecting a color of the batch card, discriminating a kind of the batch card based on the color of the batch card, reading an image of the batch card and recognising the identification information of the batch card; d) switching the processing mode of the sheet processing apparatus based on the kind of the batch card which has been discriminated; e) discriminating and counting the sheets subsequent to the batch card; f) storing a count result of the sheets in correlation with the identification information (531, 532); and g) sorting the sheets into a stacker based on a discrimination result of the sheet. a) taking in sheets one by one from a bundle of sheets in which a batch card having identification information (531, 532), and the sheets as mediums to be inspected are piled, the batch card having a color; b) conveying the sheets which have been taken in; c) detecting a color of the batch card, discriminating a kind of the batch card based on the color of the batch card, reading an image of the batch card and recognising the identification information of the batch card; d) switching the processing mode of the sheet processing apparatus based on the kind of the batch card which has been discriminated; e) discriminating and counting the sheets subsequent to the batch card; f) storing a count result of the sheets in correlation with the identification information (531, 532); and g) sorting the sheets into a stacker based on a discrimination result of the sheet.
Filling station for filling and transporting blister sheets, with a filling device for filling blister pads with products, more particularly pills or tablets, and a conveying device for conveying the blister sheet in a conveying direction wherein the conveying direction is perpendicular to a vertical direction, wherein the filling device comprises a filling shaft unit with several filling shafts which extend substantially in the vertical direction and have lower filling shaft ends, and wherein discharge elements are attached to the filling shaft unit and are mounted for pivotal movement or are configured elastically pivotable so that at least a lower end of each discharge element can be moved in at least one direction substantially perpendicular to the vertical direction, characterised in that the discharge elements are attached to the filling shaft unit in the region of the lower filling shaft ends; and the discharge elements are movable in a direction which is both perpendicular to the conveying direction and also perpendicular to the vertical direction.
A device for holding a material, comprising: (a) a lower part comprising at least two engagement points, (b) at least one elongated, flexible tensioning element which is suspended between the two engagement points, (c) tensioning means which are attached to the tensioning element or are a part of the tensioning element, (d) wherein the tensioning element is connected to, comprises or carries the material, (e) the device is constructed so that all tensioning means can be simultaneously pulled in direction of the lower part with identical or varying tensile force, wherein at least one carrier is provided, whereby each tensioning means is connected to the carrier. (a) a lower part comprising at least two engagement points, (b) at least one elongated, flexible tensioning element which is suspended between the two engagement points, (c) tensioning means which are attached to the tensioning element or are a part of the tensioning element, (d) wherein the tensioning element is connected to, comprises or carries the material, (e) the device is constructed so that all tensioning means can be simultaneously pulled in direction of the lower part with identical or varying tensile force,
A toner comprising toner particles containing at least a binder resin and a colorant, and fatty acid metal salt particles, wherein the fatty acid metal salt particles have a volume-based median diameter (D50s) of 0.15 μm or more and 0.65 μm or less, a liberation ratio of the fatty acid metal salt particles in the toner measured according to the description is 1.0% or more and 25.0% or less, a content of the fatty acid metal salt particles is 0.02 part by mass or more and 0.50 part by mass or less with respect to 100 parts by mass of the toner particles, a Span value B of the fatty acid metal salt particles is 1.75 or less, where the Span value B is defined by the following equation: Span value B = D 95 s − D 5 s / D 50 s where D5s is the 5% accumulated diameter on a volume basis of the fatty acid metal salt particles, and D95s is the 95% accumulated diameter on a volume basis of the fatty acid metal salt particles, and the toner has a ratio (Span value A/Span value B) of 0.25 or more and 0.75 or less, where the Span value A is defined by the following equation: Span value A = D 95 t − D 5 t / D 50 t where D5t is the 5% accumulated diameter on a number basis of the toner, D50t is the 50% accumulated diameter on a number basis of the toner, and D95t is the 95% accumulated diameter on a number basis of the toner.
A nanofluidic device for geometrical particle immobilization and trapping, preferably but not limited to, for rapid and multiplexed serological antibody detection, comprising: a) a channel wall defining by its surrounding structure a channel having a trapping section of decreasing cross-sectional area as seen in a flow direction of a fluid comprising the particles to be trapped dependent on their geometry; b) said trapping section being penetrated by a plurality of support columns; said columns supporting the channel wall from collapsing; c) said plurality of column supports are formed as free-standing columns in the material of the channel wall. a) a channel wall defining by its surrounding structure a channel having a trapping section of decreasing cross-sectional area as seen in a flow direction of a fluid comprising the particles to be trapped dependent on their geometry; b) said trapping section being penetrated by a plurality of support columns; said columns supporting the channel wall from collapsing; c) said plurality of column supports are formed as free-standing columns in the material of the channel wall.
A recombinant arylsulfatase A formulation comprising an effective amount of a glycoform of recombinant arylsulfatase A comprising an amount of exposed mannose-6-phosphate which allows efficient endocytosis of the recombinant arylsulfatase A in vivo via the mannose-6-phosphate pathway for use in reducing the levels of galactosyl sulphatide within cells within the central nervous system in a subject suffering from and/or being diagnosed with metachromatic leukodystrophy, wherein the formulation does not comprise any of the following: a) a vehicle for delivery of recombinant arylsulfatase A into the central nervous system, b) a component capable of causing opening or disruption of the blood brain barrier, and c) an intact cell, wherein the formulation is suitable for systemic administration. a) a vehicle for delivery of recombinant arylsulfatase A into the central nervous system, b) a component capable of causing opening or disruption of the blood brain barrier, and c) an intact cell,
A portable electric welding and/or cutting device, comprising an electric power section that is mounted in a housing which is formed as a portable container and on which operating instruments assigned to the power section are attached, and which is provided with inputs and/or outputs for cables and/or lines assigned to the power section, wherein the portable container forming the housing is enlarged beyond the power section and comprises a compartment which is assigned to the power section and in which the power section is fixedly installed, and comprises a region formed as a storage space for accessories or auxiliary means, wherein the compartment which is assigned to the power section is arranged in the lower region close to the bottom of the container forming the housing and is separated by an intermediate bottom from the region of the inner space of the container forming the housing, which region is arranged above said container and forms the storage space for the accessories and/or the auxiliary means, characterized in that a cable drum, which is provided with a retracting mechanism, for an electric connecting cable is provided adjacent to the power section in the compartment which is assigned to the power section, which cable drum is associated with a cable output provided on a side wall of the housing, which cable output comprises a funnel for catching a connector provided at the end of the connecting cable, and wherein the upper region of the container forming the housing, which region forms a storage space for accessories or auxiliary means, is subdivided by intermediate walls into several partitions (4a, b, c) which are accessible from above, and wherein the upper side of the container forming the housing can be closed by a pivotable lid, which has a trough-shaped or groove-shaped cross-sectional configuration and is provided in the region of its exterior side with a carrying handle.
A multi-phase power generation system comprising: a plurality of sets of inverters (221, 222, 223, 224, 225, 226, 227, 228, 229) for converting DC power generated by photovoltaic cells into AC power; a plurality of ac current combiners (211, 212, 213), each combiner for combining power outputs from one set of inverters from the plurality of sets of inverters into a combined ac power output for one phase of the multi-phase power generation system; voltage and current sensors sensing the current and voltage of the combined ac power output of the phase; and a plurality of reactive power compensators (241, 242, 243), each reactive power compensator comprising a set of reactive elements, each reactive element switchable to be connected in parallel each other to said combined ac power output for performing power factor adjustment for one phase of the multi-phase power generation system based on the current measurement and the voltage measurement. a plurality of sets of inverters (221, 222, 223, 224, 225, 226, 227, 228, 229) for converting DC power generated by photovoltaic cells into AC power; a plurality of ac current combiners (211, 212, 213), each combiner for combining power outputs from one set of inverters from the plurality of sets of inverters into a combined ac power output for one phase of the multi-phase power generation system; voltage and current sensors sensing the current and voltage of the combined ac power output of the phase; and a plurality of reactive power compensators (241, 242, 243), each reactive power compensator comprising a set of reactive elements, each reactive element switchable to be connected in parallel each other to said combined ac power output for performing power factor adjustment for one phase of the multi-phase power generation system based on the current measurement and the voltage measurement.
An endoscopic instrument, comprising: a) a tubular member having proximal and distal ends; b) a control member having proximal and distal ends and extending through said tubular member; c) a proximal handle assembly for moving said control member and said tubular member relative to each other; d) a clevis coupled said distal end of said tubular member, said clevis defining a longitudinal axis (A B); e) first and second end effectors (322, 324) rotatably mounted on said clevis at an axle; f) a push rod fixed to said distal end of said control member and extending through said clevis, said push rod coupled to said end effectors such that longitudinal displacement of said push rod relative to said clevis moves said end effectors between open and closed configurations, characterised in that the said push rod is provided with a distal, forked, alignment guide that is advanced relative to said end effectors to extend about said axle to centre itself thereabout when said first and second end effectors are moved to said open configuration to guide movement of said push rod relative to said axle such that said end effectors open symmetrically about said longitudinal axis (A B). a) a tubular member having proximal and distal ends; b) a control member having proximal and distal ends and extending through said tubular member; c) a proximal handle assembly for moving said control member and said tubular member relative to each other; d) a clevis coupled said distal end of said tubular member, said clevis defining a longitudinal axis (A B); e) first and second end effectors (322, 324) rotatably mounted on said clevis at an axle; f) a push rod fixed to said distal end of said control member and extending through said clevis, said push rod coupled to said end effectors such that longitudinal displacement of said push rod relative to said clevis moves said end effectors between open and closed configurations, characterised in that the said push rod is provided with a distal, forked, alignment guide that is advanced relative to said end effectors to extend about said axle to centre itself thereabout when said first and second end effectors are moved to said open configuration to guide movement of said push rod relative to said axle such that said end effectors open symmetrically about said longitudinal axis (A B).