mhurhangee/ep-ind-claims huggingface dataset:
A method for subject-specific assessment of neurological disorders, the method comprising: - receiving 3D image data representative of a subject's brain; - identifying subject-specific anatomical structures in the 3D image data; - using the 3D image data to perform surface based analysis of the subject's brain, yielding a flattened representation of the subject's brain, wherein the surface based analysis comprises: generating a surface mesh of the subject's brain, applying an inflation process to the surface mesh to yield an inflated mesh, and applying a flattening process to the inflated mesh to yield the flattened representation of the subject's brain; - imposing a grid on the flattened representation of the subject's brain using the subject-specific anatomical structures; - creating a subject-specific model for electrical dynamics based on the 3D image data and the subject-specific anatomical structures, wherein the subject-specific model for electrical dynamics is created using the grid; - computing one or more functional indicators of neurological disorder using the subject-specific model for electrical dynamics. - receiving 3D image data representative of a subject's brain; - identifying subject-specific anatomical structures in the 3D image data; - using the 3D image data to perform surface based analysis of the subject's brain, yielding a flattened representation of the subject's brain, wherein the surface based analysis comprises: generating a surface mesh of the subject's brain, applying an inflation process to the surface mesh to yield an inflated mesh, and applying a flattening process to the inflated mesh to yield the flattened representation of the subject's brain; generating a surface mesh of the subject's brain, applying an inflation process to the surface mesh to yield an inflated mesh, and applying a flattening process to the inflated mesh to yield the flattened representation of the subject's brain; - imposing a grid on the flattened representation of the subject's brain using the subject-specific anatomical structures; - creating a subject-specific model for electrical dynamics based on the 3D image data and the subject-specific anatomical structures, wherein the subject-specific model for electrical dynamics is created using the grid; - computing one or more functional indicators of neurological disorder using the subject-specific model for electrical dynamics.
An improved method for producing biaxially oriented polypropylene film comprising a. selecting a multi-reactor homopolymer propylene based polymer having a Mw/Mn greater than 5 and having a xylene soluble content of from 5 to 8 percent by weight; b. extruding the propylene based polymer into a flat sheet c. forming a film using a tenter biaxially oriented film process. a. selecting a multi-reactor homopolymer propylene based polymer having a Mw/Mn greater than 5 and having a xylene soluble content of from 5 to 8 percent by weight; b. extruding the propylene based polymer into a flat sheet c. forming a film using a tenter biaxially oriented film process.
A wave energy absorber for use in extracting energy from a fluid wave medium such as water, the wave energy absorber comprising: a central column with a first end which, when the device is deployed is positioned at or above the surface of the wave medium and a second end positioned at a depth below the surface; an expandable shell having an internal cavity for receiving fluid, the expandable shell being connected to the column and to a shell connector, the connections from the expandable shell to the central column and to the shell connector being at opposing ends of the expandable shell, wherein, an arrangement of valves comprises one or more inlet valve positioned to allow fluid into the expandable shell and one or more outlet valve to allow fluid to leave the expandable shell to allow the movement of the fluid in the wave medium and assists with pumping fluid into the internal cavity of the expandable shell to inflate the expandable shell with fluid and maintain a positive pressure internal to the expandable shell with respect to the pressure outside the expandable shell and where, the expandable shell, undergoes local deformation by movement of fluid waves across the outer surface of the expandable shell and one or more pressure gradient is created inside the expandable shell which induces fluid flow within the expandable shell to assist pumping and the maintenance of a positive pressure internal to the expandable shell. a central column with a first end which, when the device is deployed is positioned at or above the surface of the wave medium and a second end positioned at a depth below the surface; an expandable shell having an internal cavity for receiving fluid, the expandable shell being connected to the column and to a shell connector, the connections from the expandable shell to the central column and to the shell connector being at opposing ends of the expandable shell, wherein, an arrangement of valves comprises one or more inlet valve positioned to allow fluid into the expandable shell and one or more outlet valve to allow fluid to leave the expandable shell to allow the movement of the fluid in the wave medium and assists with pumping fluid into the internal cavity of the expandable shell to inflate the expandable shell with fluid and maintain a positive pressure internal to the expandable shell with respect to the pressure outside the expandable shell and where, the expandable shell, undergoes local deformation by movement of fluid waves across the outer surface of the expandable shell and one or more pressure gradient is created inside the expandable shell which induces fluid flow within the expandable shell to assist pumping and the maintenance of a positive pressure internal to the expandable shell.
An operation management apparatus comprising: correlation model storage means for storing a transform function for each combination of two different performance metrics among a plurality of performance metrics with respect to each of a plurality of target apparatuses to be monitored, said transform function indicating a correlation between said two performance metrics; failure detection means for obtaining measured values of said plurality of performance metrics with respect to each of said plurality of target apparatuses to be monitored that are connected to a common apparatus, and for detecting said combination of said two performance metrics as an abnormal item when a difference between a value obtained by inputting a measured value of one of said two performance metrics among said plurality of performance metrics in said transform function corresponding to said two performance metrics and a measured value of the other is equal to or greater than a predetermined value; spread determination means for extracting the abnormal item that is common to all the target apparatus to be monitored, and for outputting remaining abnormal item; and abnormality score calculation means for calculating an abnormality score for each of said plurality of target apparatuses to be monitored based on the number of said remaining abnormal items, and outputting said abnormality score to a terminal that displays a screen including said plurality of target apparatuses arranged according to said abnormality score. correlation model storage means for storing a transform function for each combination of two different performance metrics among a plurality of performance metrics with respect to each of a plurality of target apparatuses to be monitored, said transform function indicating a correlation between said two performance metrics; failure detection means for obtaining measured values of said plurality of performance metrics with respect to each of said plurality of target apparatuses to be monitored that are connected to a common apparatus, and for detecting said combination of said two performance metrics as an abnormal item when a difference between a value obtained by inputting a measured value of one of said two performance metrics among said plurality of performance metrics in said transform function corresponding to said two performance metrics and a measured value of the other is equal to or greater than a predetermined value; spread determination means for extracting the abnormal item that is common to all the target apparatus to be monitored, and for outputting remaining abnormal item; and abnormality score calculation means for calculating an abnormality score for each of said plurality of target apparatuses to be monitored based on the number of said remaining abnormal items, and outputting said abnormality score to a terminal that displays a screen including said plurality of target apparatuses arranged according to said abnormality score.
A modified nucleoside triphosphate transporter from Phaeodactylum tricornutum (PtNTT2) comprising a deletion, wherein the modified nucleoside triphosphate transporter has at least 95% sequence identity to SEQ ID NO: 4.
A layered polyester film comprising a polyester film and a covering layer, wherein the polyester film is a biaxially oriented polyester film including a dicarboxylic acid component containing mainly a furandicarboxylic acid and a glycol component containing mainly ethylene glycol, the covering layer is formed on at least one surface of the polyester film, the layered polyester film has a plane orientation coefficient ΔP of not less than 0.100 and not more than 0.160, wherein the plane orientation coefficient ΔP is calculated in accordance with the equation ΔP = {(n x + n y) - 2n z}/2, the refractive indices n x, n y and n z being measured in accordance with JIS K 7142-1996 5.1 (method A), and a thickness of the layered polyester film is not thinner than 5 μm and not thicker than 200 μm, and the layered polyester film has a heat shrinkage rate of not less than 0.01% and not more than 30% when heated at 150°C for 30 minutes in a machine direction and in a transverse direction perpendicular to the machine direction.
A support structure for an article of footwear having an upper and an outsole, the support structure comprising: a torsion element having a central hub fixed for movement with the upper and an outer ring attached to the central hub, the outer ring being selectively rotatable relative to the central hub; and a compression element including a first ring fixed for movement with the outer ring, a second ring fixed for movement with the outsole, and a plurality of springs extending between and joining the first ring and the second ring, the plurality of springs permitting selective relative movement between the first ring and the second ring. a torsion element having a central hub fixed for movement with the upper and an outer ring attached to the central hub, the outer ring being selectively rotatable relative to the central hub; and a compression element including a first ring fixed for movement with the outer ring, a second ring fixed for movement with the outsole, and a plurality of springs extending between and joining the first ring and the second ring, the plurality of springs permitting selective relative movement between the first ring and the second ring.
A Near Field Communication -enabled device (102, 104, 300) comprising: a demodulator configured to extract a polling command from a polling signal received from a NFC device (102, 104, 300), the polling command including one or more characteristic; and a memory configured to store a list of a plurality of NFC targets; and a processor configured to search the list to select a first NFC target from among the plurality of NFC targets that first matches the one or more characteristic included in the polling command; wherein the one or more characteristic comprises an identity restriction on which a NFC target emulated on the NFC-enabled device (102, 104, 300) is selected. a demodulator configured to extract a polling command from a polling signal received from a NFC device (102, 104, 300), the polling command including one or more characteristic; and a memory configured to store a list of a plurality of NFC targets; and a processor configured to search the list to select a first NFC target from among the plurality of NFC targets that first matches the one or more characteristic included in the polling command; wherein the one or more characteristic comprises an identity restriction on which a NFC target emulated on the NFC-enabled device (102, 104, 300) is selected.
A communication device that is connected with a plurality of terminals via a wireless line and delivers content stored in an external device connected to the communication device via a wired line to the terminals, characterized in that the communication device comprising: a first transmission and reception processing unit that performs a connection process with respect to at least one of the terminals in order to deliver the content stored in the external device; a second transmission and reception processing unit that performs communication with the external device; a terminal information managing unit that identifies each of the terminals, and stores and manages terminal information representing a delivery status of the content with respect to the each of the terminals; and a terminal connection determining unit that determines, from among a plurality of terminals in which terminal information is managed in the terminal information managing unit and to which the content has not been delivered yet, a terminal that is to perform the connection process through the first transmission and reception processing unit based on estimation values of remaining times during which the each of the terminals is able to stay in a communication area connectable via the wireless line, wherein the first transmission and reception processing unit and the second transmission and reception processing unit deliver the content stored in the external device to the terminal. a first transmission and reception processing unit that performs a connection process with respect to at least one of the terminals in order to deliver the content stored in the external device; a second transmission and reception processing unit that performs communication with the external device; a terminal information managing unit that identifies each of the terminals, and stores and manages terminal information representing a delivery status of the content with respect to the each of the terminals; and a terminal connection determining unit that determines, from among a plurality of terminals in which terminal information is managed in the terminal information managing unit and to which the content has not been delivered yet, a terminal that is to perform the connection process through the first transmission and reception processing unit based on estimation values of remaining times during which the each of the terminals is able to stay in a communication area connectable via the wireless line, wherein
An optical device comprising: - a casing having a waterproof structure; - a cover provided on a side or an upper or lower surface of the casing; - a light transmission part provided on the casing; - an air blow port to blow air to the light transmission part; - a flow path through which the air flows to the air blow port and which is formed with maintaining the waterproof structure of the casing and has a through flow path that is a part passing through an interior side of an outer shape of the casing; - an air intake port (1in, 1inA), through which the air flows into the flow path; - a blower part to generate an air flow from the air intake port to the air blow port; - an observation unit accommodated in the casing and receiving light from an outside through the light transmission part; and - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a cooler to cool the heat-generating portion having the fin to which heat from the heat-generating portion of the observation unit is transferred, wherein at least one of a frame body of the casing and the cover is provided with a packing made from rubber or silicon, wherein the casing has the waterproof structure when the cover is closed. - a casing having a waterproof structure; - a cover provided on a side or an upper or lower surface of the casing; - a light transmission part provided on the casing; - an air blow port to blow air to the light transmission part; - a flow path through which the air flows to the air blow port and which is formed with maintaining the waterproof structure of the casing and has a through flow path that is a part passing through an interior side of an outer shape of the casing; - an air intake port (1in, 1inA), through which the air flows into the flow path; - a blower part to generate an air flow from the air intake port to the air blow port; - an observation unit accommodated in the casing and receiving light from an outside through the light transmission part; and - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a heat-generating portion is arranged in the casing having the waterproof structure; - a fin provided in the flow path and arranged on an outer side of the casing having the waterproof structure; - a cooler to cool the heat-generating portion having the fin to which heat from the heat-generating portion of the observation unit is transferred,
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, control channel resource allocation information as a specific pattern on a frequency domain and a time domain for at least one control channel resource through higher layer signaling; receiving, from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for a rate matching; and receiving, from the base station, the downlink data based on the DCI, wherein in case that the indicator indicates that a resource corresponding to the specific pattern is not available for the downlink data, the terminal identifies that the downlink data is rate-matched, and decodes the downlink data based on excluding the resource corresponding to the specific pattern from resources indicated by the resource allocation information of the downlink data. receiving, from a base station, control channel resource allocation information as a specific pattern on a frequency domain and a time domain for at least one control channel resource through higher layer signaling; receiving, from the base station, downlink control information, DCI, including resource allocation information of downlink data and an indicator for a rate matching; and receiving, from the base station, the downlink data based on the DCI, wherein in case that the indicator indicates that a resource corresponding to the specific pattern is not available for the downlink data, the terminal identifies that the downlink data is rate-matched, and decodes the downlink data based on excluding the resource corresponding to the specific pattern from resources indicated by the resource allocation information of the downlink data.
A method of automatic execution of an application on a receiving station, comprising receiving a signal comprising a plurality of streams, each stream being associated with a channel on the receiving station and comprising a content portion (103, 104, 105) and zero or more application portions (106, 107, 108), receiving a channel selection from a user, displaying the content portion (103, 104, 105) of the stream associated with the selected channel, and when execution of applications is enabled, executing an application present in the application portion (106, 107, 108), if any, of the stream associated with the selected channel, characterized in that execution of applications is disabled in response to a user selecting a channel, and execution of applications is enabled in response to the occurrence of an enabling event, showing that the user has not interacted with the receiving station for a certain amount of time.
A method of detecting a cancer in a subject in need thereof, comprising: (a) identifying a biosignature of a vesicle population isolated from a bodily fluid from the subject, wherein the biosignature comprises a presence or level of matrix metalloproteinase 7 protein; and (b) comparing the biosignature to a non-disease reference, wherein an increased level of the MMP7 protein compared to the reference is used to detect the cancer. (a) identifying a biosignature of a vesicle population isolated from a bodily fluid from the subject, wherein the biosignature comprises a presence or level of matrix metalloproteinase 7 protein; and (b) comparing the biosignature to a non-disease reference, wherein an increased level of the MMP7 protein compared to the reference is used to detect the cancer.
A low yield ratio and high-strength steel having excellent stress corrosion cracking resistance and low temperature toughness, comprising: by weight percent, 0.02 to 0.10% of carbon, 0.5 to 2.0% of manganese (Mn), 0.05 to 0.5% of silicon (Si), 0.05 to 1.0% of nickel (Ni), 0.005 to 0.1% of titanium (Ti), 0.005 to 0.5% of aluminum (Al), 0.003% or less of niobium (Nb), 0.015% or less of phosphorus, 0.015% or less of sulfur, a balance of Fe and other inevitable impurities, wherein a microstructure includes, in area percent (%), 60% or more of acicular ferrite and the balance including at least one phase of bainite, polygonal ferrite and martensite-austenite constituent, wherein a size of the acicular ferrite measured in terms of the equivalent of a circle diameter is 30μm or less, wherein the bainite has a 30 area% or less, wherein the MA phase is 10 area% or less and wherein the steel has a thickness of 6 mm or greater. The measurement methods of all claimed parameters are disclosed in the description. by weight percent, 0.02 to 0.10% of carbon, 0.5 to 2.0% of manganese (Mn), 0.05 to 0.5% of silicon (Si), 0.05 to 1.0% of nickel (Ni), 0.005 to 0.1% of titanium (Ti), 0.005 to 0.5% of aluminum (Al), 0.003% or less of niobium (Nb), 0.015% or less of phosphorus, 0.015% or less of sulfur, a balance of Fe and other inevitable impurities, wherein a microstructure includes, in area percent (%), 60% or more of acicular ferrite and the balance including at least one phase of bainite, polygonal ferrite and martensite-austenite constituent, wherein a size of the acicular ferrite measured in terms of the equivalent of a circle diameter is 30μm or less, wherein the bainite has a 30 area% or less, wherein the MA phase is 10 area% or less and wherein the steel has a thickness of 6 mm or greater. The measurement methods of all claimed parameters are disclosed in the description.
A method of generating an image, the method comprising: inverting values of a pixel characteristic to establish inverted values of the pixel characteristic for a number of first samples; upsampling the inverted values of the pixel characteristic to determine upsampled inverted values of the pixel characteristic; and multiplying pixel data for a number of second samples by the upsampled inverted values of the pixel characteristic to generate image data modulator signals to generate an image, wherein the number of first samples is fewer than the number of second samples. inverting values of a pixel characteristic to establish inverted values of the pixel characteristic for a number of first samples; upsampling the inverted values of the pixel characteristic to determine upsampled inverted values of the pixel characteristic; and multiplying pixel data for a number of second samples by the upsampled inverted values of the pixel characteristic to generate image data modulator signals to generate an image, wherein the number of first samples is fewer than the number of second samples.