mhurhangee/patent-ind-claim-en huggingface dataset:
A compound for use in a method of treating polycystic kidney disease, wherein the method comprises administering the compound to a subject in need thereof, and wherein the compound comprises a modified oligonucleotide consisting of 9 linked nucleosides, wherein the modified oligonucleotide has the following nucleoside pattern in the 5' to 3' orientation: N S N S N M N F N F N F N M N S N S wherein nucleosides followed by subscript "M" are 2'-O-methyl nucleosides, nucleosides followed by subscript "F" are 2'-fluoro nucleosides, nucleosides followed by subscript "S" are S-cEt nucleosides, and all linkages are phosphorothioate linkages; and wherein the nucleobase sequence of the modified oligonucleotide is 5'-AGCACUUUG-3', wherein each cytosine is independently selected from a non-methylated cytosine and a 5-methylcytosine; or a pharmaceutically acceptable salt thereof. wherein nucleosides followed by subscript "M" are 2'-O-methyl nucleosides, nucleosides followed by subscript "F" are 2'-fluoro nucleosides, nucleosides followed by subscript "S" are S-cEt nucleosides, and all linkages are phosphorothioate linkages; and wherein the nucleobase sequence of the modified oligonucleotide is 5'-AGCACUUUG-3', wherein each cytosine is independently selected from a non-methylated cytosine and a 5-methylcytosine; or a pharmaceutically acceptable salt thereof.
A cable tie having a head piece and a strap, which can be pushed into the head piece, thereby fixing itself in a latching manner, the cable tie having a compensation piece , which is threaded onto the strap and which can be positioned in the region of the head piece in order to bound a hollow space together with the strap , and wherein the compensation piece has a wedge-shaped cross section in the plane of the perimeter of the hollow space , with two long arms and a short base , characterized in that the compensation piece has a surface, which forms a long arm and is designed planar as an abutment for the head piece .
A method of correcting a single-molecule image, comprising: acquiring a first target simplified matrix corresponding to a first image according to an intensity matrix corresponding to each of pixels of the first image; acquiring a second target simplified matrix corresponding to a second image according to the intensity matrix corresponding to each of the pixels of the second image; wherein the intensity matrix corresponding to each of the pixels is a matrix with the intensity of the pixel as a center and intensities of neighboring pixels of a preset number of rows and a preset number of columns around said center pixel performing a two-dimensional discrete Fourier transform (DFT) to the first target simplified matrix and the second target simplified matrix respectively to acquire a first Fourier matrix corresponding to the first target simplified matrix and a second Fourier matrix corresponding to the second target simplified matrix; acquiring an offset of the second image with respect to the first image according to the first Fourier matrix and the second Fourier matrix; and correcting the second image according to the offset. acquiring a first target simplified matrix corresponding to a first image according to an intensity matrix corresponding to each of pixels of the first image; acquiring a second target simplified matrix corresponding to a second image according to the intensity matrix corresponding to each of the pixels of the second image; wherein the intensity matrix corresponding to each of the pixels is a matrix with the intensity of the pixel as a center and intensities of neighboring pixels of a preset number of rows and a preset number of columns around said center pixel performing a two-dimensional discrete Fourier transform (DFT) to the first target simplified matrix and the second target simplified matrix respectively to acquire a first Fourier matrix corresponding to the first target simplified matrix and a second Fourier matrix corresponding to the second target simplified matrix; acquiring an offset of the second image with respect to the first image according to the first Fourier matrix and the second Fourier matrix; and correcting the second image according to the offset.
A fan nacelle for a gas turbine engine comprising: a leading edge region that defines a flow path between an intake region in a nacelle outer surface and an exhaust region in a nacelle inner surface ; a throat region , which is a radially narrow-most portion of the nacelle; and a tertiary region within said inner surface and within, or axially forward of the throat region , and wherein said tertiary region includes a porous structure and wherein the tertiary region is within said inner surface forward of said exhaust region . a leading edge region that defines a flow path between an intake region in a nacelle outer surface and an exhaust region in a nacelle inner surface ; a throat region , which is a radially narrow-most portion of the nacelle; and a tertiary region within said inner surface and within, or axially forward of the throat region , and wherein said tertiary region includes a porous structure and wherein the tertiary region is within said inner surface forward of said exhaust region .
A method of fabricating a bipolar battery plate for a bipolar battery , comprising: providing a frame ; positioning a substrate within the frame , the substrate having a plurality of perforations ; positioning a first lead layer on one side of the substrate within the frame; positioning a second lead layer on another side of the substrate , the first and second lead layers electrically connected to each other through the plurality of perforations ; positioning a positive active material, PAM, on a surface of the first lead layer after the first lead layer is positioned on the substrate ; and positioning a negative active material, NAM, on a surface of the second lead layer after the second lead layer is positioned on the substrate . providing a frame ; positioning a substrate within the frame , the substrate having a plurality of perforations ; positioning a first lead layer on one side of the substrate within the frame; positioning a second lead layer on another side of the substrate , the first and second lead layers electrically connected to each other through the plurality of perforations ; positioning a positive active material, PAM, on a surface of the first lead layer after the first lead layer is positioned on the substrate ; and positioning a negative active material, NAM, on a surface of the second lead layer after the second lead layer is positioned on the substrate .
A method for producing a body component for a vehicle, wherein at least one sample portion of the body component arranged in a region of the body component which can be predetermined is separated from the rest of the component , leaving at least one connecting element which is designed as a predetermined breaking point and connects the sample portion in one piece to the rest of the component , characterised in that at least one coherent peripheral portion of the sample portion is separated from the rest of the component by a separation method. characterised in that at least one coherent peripheral portion of the sample portion is separated from the rest of the component by a separation method.
A composition comprising: a polycarbonate component comprising a repeating unit comprising an electrophilic side chain the repeating unit having a structure wherein R 1 has the structure: wherein each R 2 is independently chosen from: and -H, wherein at least one R 2 is an ester, and wherein R 3 is (C 1 -C 10 ) alkyl; a carbon fiber component comprising an activated surface wherein the activated surface comprises a nucleophilic group selected from the group consisting of, a hydroxy group, a carboxyl group, an amino group, and a combination thereof; and an interface between the polycarbonate component and the carbon fiber component. a polycarbonate component comprising a repeating unit comprising an electrophilic side chain the repeating unit having a structure wherein R 1 has the structure: wherein each R 2 is independently chosen from: and -H, wherein at least one R 2 is an ester, and wherein R 3 is (C 1 -C 10 ) alkyl; a carbon fiber component comprising an activated surface wherein the activated surface comprises a nucleophilic group selected from the group consisting of, a hydroxy group, a carboxyl group, an amino group, and a combination thereof; and an interface between the polycarbonate component and the carbon fiber component.
A catalyst for glycerin dehydration, comprising a composite metal oxide represented by the following Chemical Formula 1: [Chemical Formula 1] (Ma) p (Mb) q WA r O x wherein A is phosphorus or sulfur, either one of Ma and Mb is B, the other is Ce, and p and q are real numbers of more than 0 and 3 or less, r is a real number of 1 to 3, and x is a real number of 1 to 20. wherein A is phosphorus or sulfur, either one of Ma and Mb is B, the other is Ce, and p and q are real numbers of more than 0 and 3 or less, r is a real number of 1 to 3, and x is a real number of 1 to 20.
An air data probe (12a-12n) comprising: a probe head ; a port within the probe head in fluid communication with external airflow (A); and a pneumatic pressure sensor mounted within the port (20... 68); wherein the pneumatic pressure sensor includes a diaphragm and an optical fiber connected to the diaphragm such that the optical fiber extends through the probe head ; and characterized in that the pneumatic pressure sensor is flush-mounted within the port (20...68) such that an exterior surface of the diaphragm is flush with an inlet of the probe head or an exterior surface of the probe head . a probe head ; a port within the probe head in fluid communication with external airflow (A); and a pneumatic pressure sensor mounted within the port (20... 68); wherein the pneumatic pressure sensor includes a diaphragm and an optical fiber connected to the diaphragm such that the optical fiber extends through the probe head ; and characterized in that the pneumatic pressure sensor is flush-mounted within the port (20...68) such that an exterior surface of the diaphragm is flush with an inlet of the probe head or an exterior surface of the probe head .
A vehicle display device comprising: a display configured to display a video; a first concave mirror having a reflecting surface formed in a concave shape configured to reflect the video displayed in the display ; and a second concave mirror having a reflecting surface formed in a concave shape configured to reflect the video reflected on the first concave mirror , wherein a display surface of the display is positioned within a composite focal length of the first concave mirror and the second concave mirror ; and a distance from eye point of occupant of vehicle to a reflecting image formed by the second concave mirror is optically extended such that it becomes longer than a distance from the eye point of the occupant to a display surface of the display ; characterized in that R1 and R2 satisfy 1.1<R2/R1<2 wherein R1 represents a curvature radius of the reflecting surface of the first concave mirror and R2 represents a curvature radius of the reflecting surface of the second concave mirror ; i1 and i2 satisfy 30°≤i1+i2≤70° wherein i1 represents an incidence angle of central ray from the display onto the first concave mirror and i2 represents an incidence angle of central ray from the first concave mirror onto the second concave mirror . a display configured to display a video; a first concave mirror having a reflecting surface formed in a concave shape configured to reflect the video displayed in the display ; and a second concave mirror having a reflecting surface formed in a concave shape configured to reflect the video reflected on the first concave mirror , wherein a display surface of the display is positioned within a composite focal length of the first concave mirror and the second concave mirror ; and a distance from eye point of occupant of vehicle to a reflecting image formed by the second concave mirror is optically extended such that it becomes longer than a distance from the eye point of the occupant to a display surface of the display ; characterized in that R1 and R2 satisfy 1.1<R2/R1<2 wherein R1 represents a curvature radius of the reflecting surface of the first concave mirror and R2 represents a curvature radius of the reflecting surface of the second concave mirror ; i1 and i2 satisfy 30°≤i1+i2≤70° wherein i1 represents an incidence angle of central ray from the display onto the first concave mirror and i2 represents an incidence angle of central ray from the first concave mirror onto the second concave mirror .
A switched-capacitor power converter configured to actively control a power loss involved in converting an input voltage to an output voltage, comprising: one or more switched-capacitor blocks, SCBs, wherein each SCB includes a first capacitor and a set of switching devices configured to couple a constant-potential terminal and a time-varying-potential terminal of the first capacitor between the input voltage, the output voltage and a reference voltage; a clocking circuit arranged to receive a clocking circuit input voltage and configured to produce gate drive signals for switching transistors in the one or more SCBs; an optimizer configured to determine a set-point voltage for the input voltage of the clocking circuit based on a predetermined function to minimise the power loss for the switched-capacitor power converter; and a converter configured to control the input voltage of the clocking circuit according to the set-point voltage to actively control a voltage of the gate drive signals from the clocking circuit to minimise the power loss for the switched-capacitor power converter. one or more switched-capacitor blocks, SCBs, wherein each SCB includes a first capacitor and a set of switching devices configured to couple a constant-potential terminal and a time-varying-potential terminal of the first capacitor between the input voltage, the output voltage and a reference voltage; a clocking circuit arranged to receive a clocking circuit input voltage and configured to produce gate drive signals for switching transistors in the one or more SCBs; an optimizer configured to determine a set-point voltage for the input voltage of the clocking circuit based on a predetermined function to minimise the power loss for the switched-capacitor power converter; and a converter configured to control the input voltage of the clocking circuit according to the set-point voltage to actively control a voltage of the gate drive signals from the clocking circuit to minimise the power loss for the switched-capacitor power converter.
An aerosol generating article comprising; a combustible heat source having an upstream portion and a downstream portion, an aerosol-forming substrate downstream of the heat source , a wrapper circumscribing an upstream portion of the aerosol-forming substrate and the downstream portion of the combustible heat source , and a non-combustible coating provided on the longitudinal outer surface of the upstream portion of the combustible heat source and not on the downstream portion of the combustible heat source , the non-combustible coating having a thickness of between about 30 micrometres and about 250 micrometres. a combustible heat source having an upstream portion and a downstream portion, an aerosol-forming substrate downstream of the heat source , a wrapper circumscribing an upstream portion of the aerosol-forming substrate and the downstream portion of the combustible heat source , and a non-combustible coating provided on the longitudinal outer surface of the upstream portion of the combustible heat source and not on the downstream portion of the combustible heat source , the non-combustible coating having a thickness of between about 30 micrometres and about 250 micrometres.
An aerial bomb arming assembly, which comprises an air driven arming device , and the air driven arming device comprises a turbine which is arranged to rotate and generate an electrical current when exposed to atmosphere, and the turbine arranged for transition from a stowed condition to a deployed condition, and the assembly further comprising a lever arm which comprises a first end , a second end and an arm portion , and the first end is connected to the arm portion by way of a pivotable connection, and the first end is arranged for translational movement along a guide , and the second end of the arm portion arranged to provide a pulling force to the device when the first end translates on the guide, wherein the first end is arranged to be located within the internal space of the bomb, which internal space is defined within an outer casing.
A method of a user equipment, UE, in a communication system, the method comprising: receiving, from a base station , system information including information on an inter vehicle-to-everything, V2X, frequency, the information on the inter V2X frequency including a public land mobile network, PLMN, for the inter V2X frequency, a V2X carrier frequency and information on transmission and reception resource pools corresponding to the inter V2X frequency; transmitting, to the base station , UE capability information; and transmitting, to the base station , sidelink UE information including information on interested V2X frequencies on which the UE is to receive or transmit a V2X communication, wherein the UE capability information includes first band combination information indicating a V2X carrier capable of being used by the UE for simultaneous transmission with the base station, and second band combination information indicating a V2X carrier capable of being used by the UE for simultaneous reception with the base station. receiving, from a base station , system information including information on an inter vehicle-to-everything, V2X, frequency, the information on the inter V2X frequency including a public land mobile network, PLMN, for the inter V2X frequency, a V2X carrier frequency and information on transmission and reception resource pools corresponding to the inter V2X frequency; transmitting, to the base station , UE capability information; and transmitting, to the base station , sidelink UE information including information on interested V2X frequencies on which the UE is to receive or transmit a V2X communication, wherein the UE capability information includes first band combination information indicating a V2X carrier capable of being used by the UE for simultaneous transmission with the base station, and second band combination information indicating a V2X carrier capable of being used by the UE for simultaneous reception with the base station.
A manufacturing process, comprising: arranging a tubular body with a mandrel , the tubular body circumscribing an outer surface of the mandrel and comprising a panel and a sheet , the panel comprising a porous first skin , a second skin and a cellular core between and connected to the porous first skin and the second skin , and the sheet configured with the second skin to form a pressure vessel, wherein the first skin and the cellular core are located within the pressure vessel, and at least a portion of the outer surface of the mandrel comprises an axially convex geometry; heating the panel ; and shaping the heated panel to at least partially conform to the outer surface by pressurizing fluid within the pressure vessel. arranging a tubular body with a mandrel , the tubular body circumscribing an outer surface of the mandrel and comprising a panel and a sheet , the panel comprising a porous first skin , a second skin and a cellular core between and connected to the porous first skin and the second skin , and the sheet configured with the second skin to form a pressure vessel, wherein the first skin and the cellular core are located within the pressure vessel, and at least a portion of the outer surface of the mandrel comprises an axially convex geometry; heating the panel ; and shaping the heated panel to at least partially conform to the outer surface by pressurizing fluid within the pressure vessel.
Liquid tank for a liquid system of a vehicle, comprising a tank housing for the storage of a liquid of the liquid system , wherein the tank housing is designed to be multi-shelled and features at least two tank housing shells connected to each other and at least one flow channel of the liquid system integrated in the tank housing , wherein at least one of the at least one flow channel integrated in the tank housing is formed by means of two interconnected tank housing shells of the at least two tank housing shells and a first valve designed as a check valve is arranged in at least one of the at least one integrated flow channel , characterized in that the tank housing is designed at the same time as a valve housing for at last one second valve of the liquid system for controlling at least one liquid flow of the liquid in the liquid system .
A gateway device coupled between a client device and a server , wherein the gateway device is configured to receive communications from the client device , the communications comprising payload data output by the client device in response to entry of interface field data into fields displayed at the client device , the gateway device comprising: an input configured to receive the communications from the client device ; a mapping engine configured to, when the gateway device is configured to operate in a training mode: generate one or more unique values and to send the one or more unique values to the client device for entry into each of the one or more fields; receive a communication from the client device that includes payload data including said one or more unique values; identify a portion of the received payload data corresponding to each of one or more of the unique data values; identify a location within the received communication of each identified portion corresponding to each of the one or more unique values; generate a mapping between the identified location(s) within the communication and the field(s) in which the corresponding unique data value(s) were entered; and store the generated mapping in a non-transitory computer-readable storage medium. an input configured to receive the communications from the client device ; a mapping engine configured to, when the gateway device is configured to operate in a training mode: generate one or more unique values and to send the one or more unique values to the client device for entry into each of the one or more fields; receive a communication from the client device that includes payload data including said one or more unique values; identify a portion of the received payload data corresponding to each of one or more of the unique data values; identify a location within the received communication of each identified portion corresponding to each of the one or more unique values; generate a mapping between the identified location(s) within the communication and the field(s) in which the corresponding unique data value(s) were entered; and store the generated mapping in a non-transitory computer-readable storage medium. generate one or more unique values and to send the one or more unique values to the client device for entry into each of the one or more fields; receive a communication from the client device that includes payload data including said one or more unique values; identify a portion of the received payload data corresponding to each of one or more of the unique data values; identify a location within the received communication of each identified portion corresponding to each of the one or more unique values; generate a mapping between the identified location(s) within the communication and the field(s) in which the corresponding unique data value(s) were entered; and store the generated mapping in a non-transitory computer-readable storage medium.