mhurhangee/ep-ind-claims huggingface dataset:
A flooring arrangement for a cabin of an aircraft, the flooring arrangement comprising: at least one insulating layer for insulating the cabin; a wire mesh disposed above the at least one insulating layer; a carpet layer disposed above the wire mesh, the carpet layer and the wire mesh being in electrically conductive contact; and at least one resistive element (154, 156) connected to the wire mesh, the wire mesh being structured and arranged for being electrically connected to a conductive structure of the aircraft via the at least one resistive element (154, 156); and wherein the at least one resistive element (154, 156) comprises: a first resistor electrically connected at a first location on the wire mesh; and a second resistor electrically connected at a second location on the wire mesh, the first location and the second location being disposed on opposite ends of the wire mesh. at least one insulating layer for insulating the cabin; a wire mesh disposed above the at least one insulating layer; a carpet layer disposed above the wire mesh, the carpet layer and the wire mesh being in electrically conductive contact; and at least one resistive element (154, 156) connected to the wire mesh, the wire mesh being structured and arranged for being electrically connected to a conductive structure of the aircraft via the at least one resistive element (154, 156); and a first resistor electrically connected at a first location on the wire mesh; and a second resistor electrically connected at a second location on the wire mesh, the first location and the second location being disposed on opposite ends of the wire mesh.
A method for the adaptation of the driving of a vehicle on a roadway in association with taking a curve, comprising the steps: to determine continuously the current lateral acceleration, to compare, based on a maximum permitted lateral acceleration of the vehicle that has been determined, the current lateral acceleration with the maximum permitted lateral acceleration; and characterised by the step: in the case in which the current lateral acceleration lies below the maximum permitted lateral acceleration, to apply an automatic limitation of the longitudinal acceleration of the vehicle, in order to avoid that the current lateral acceleration exceeds the maximum permitted lateral acceleration.
A dental glass ionomer cement composition comprising: a polymer of α-β unsaturated carboxylic acid, or a copolymer of α-β unsaturated carboxylic acid and one or more kinds selected from a group of acrylamide, acrylonitrile, methacrylic acid ester, acrylates, vinyl chloride, allyl chloride and vinyl acetate, wherein the number of molecules of α-β unsaturated carboxylic acid occupies 50% or more of the total number of molecules; a fluoroaluminosilicate glass powder; water; and a compound containing a sulfur atom in one molecule, including a carboxylic group and an amino group and not including a polymerizable group. a polymer of α-β unsaturated carboxylic acid, or a copolymer of α-β unsaturated carboxylic acid and one or more kinds selected from a group of acrylamide, acrylonitrile, methacrylic acid ester, acrylates, vinyl chloride, allyl chloride and vinyl acetate, wherein the number of molecules of α-β unsaturated carboxylic acid occupies 50% or more of the total number of molecules; a fluoroaluminosilicate glass powder; water; and a compound containing a sulfur atom in one molecule, including a carboxylic group and an amino group and not including a polymerizable group.
Device for charging a battery, in particular a battery for an electric-drive automotive vehicle, from a three-phase power supply network, comprising a first filtering stage that is intended to be connected to the three-phase network, a voltage buck stage connected to the filtering stage, a voltage boost stage that is intended to be connected to the battery and coupled to the voltage buck stage via an inductive component, and at least one regulating unit that is designed to impose chopping duty cycles on the voltage buck stage, characterized in that it comprises means for comparing the operating temperature of the regulating unit with a first threshold value and means for controlling the charging operation so that it takes place via two phases only of the three-phase network when the operating temperature of the regulating unit exceeds said first threshold value.
A food bar having a first end and a second end and a length defined from the first end to the second end; the food bar comprising a plurality of strands of foodstuff; wherein at least one strand of foodstuff extends from the first end to the second end and at least one strand of foodstuff is transversely convoluted, and wherein at least one strand is irregularly convoluted.
A method for forming an optical device, the method comprising: etching a crystalline silicon substrate disposed on an insulator to form both a right crystalline silicon waveguide and a left crystalline silicon waveguide, wherein the right and left waveguides (205, 215) have respective lower surfaces contacting the insulator; and after forming the right and left waveguides (205, 215), forming a silicon dioxide layer on a surface of each waveguide in a vertical gap between the right and left waveguides (205, 215), and depositing a dielectric material in the vertical gap between the right and left waveguides (205, 215), wherein the left waveguide is doped a first conductivity type and the right waveguide is doped a second, different conductivity type, and wherein the dielectric material is a different dielectric to the silicon dioxide layer. etching a crystalline silicon substrate disposed on an insulator to form both a right crystalline silicon waveguide and a left crystalline silicon waveguide, wherein the right and left waveguides (205, 215) have respective lower surfaces contacting the insulator; and after forming the right and left waveguides (205, 215), forming a silicon dioxide layer on a surface of each waveguide in a vertical gap between the right and left waveguides (205, 215), and depositing a dielectric material in the vertical gap between the right and left waveguides (205, 215), wherein the left waveguide is doped a first conductivity type and the right waveguide is doped a second, different conductivity type, and wherein the dielectric material is a different dielectric to the silicon dioxide layer.
An electric brake system comprising a rotary shaft driven by an electric motor, a linear motion member, a linear motion mechanism for converting a rotary motion of the rotary shaft to a linear motion of the linear motion member, a caliper body formed with a receiving hole in which the linear motion member is axially slidably received, and a friction pad arranged at an axial front end of the linear motion member, wherein the linear motion member is configured to press the friction pad against a brake disk, characterized in that the electric brake system further comprises a reaction force receiving member provided axially rearwardly of the linear motion member for receiving an axially rearward reaction force applied to the linear motion member when the friction pad is pressed by the linear motion member, and a displacement sensor for detecting a pressing force of the friction pad by measuring a displacement of the reaction force receiving member.
A method for hierarchically requesting content in a Hypertext Transfer Protocol, HTTP, streaming system, comprising: transmitting, by a client, a service information obtaining request; receiving, by the client, a service information obtaining request response comprising media presentation description information, wherein the media presentation description information comprises Uniform Resource Locator, URL, corresponding to multi-level service content and URL construction rule; wherein the multi-level service content comprises segment and Segment Aggregate, SA; and the URL corresponding to the multi-level service content comprised in the media presentation description information specifically is allocated to the SA; determining, by the client, a Segment Aggregate, SA, corresponding to a segment and the URL corresponding to the SA according to a service requirement and the media presentation description information; determining, by the client, a corresponding serial number of the segment in the SA; constructing, by the client, the URL corresponding to the segment according to the URL construction rule in the media presentation description information, the serial number of the segment and the URL corresponding to the determined SA; transmitting, by the client, a service request message being a GET message, wherein the service request message comprises the constructed URL; and receiving, by the client, a service request message response comprising the service content corresponding to the URL comprised in the service request message. transmitting, by a client, a service information obtaining request; receiving, by the client, a service information obtaining request response comprising media presentation description information, wherein the media presentation description information comprises Uniform Resource Locator, URL, corresponding to multi-level service content and URL construction rule; wherein the multi-level service content comprises segment and Segment Aggregate, SA; and the URL corresponding to the multi-level service content comprised in the media presentation description information specifically is allocated to the SA; determining, by the client, a Segment Aggregate, SA, corresponding to a segment and the URL corresponding to the SA according to a service requirement and the media presentation description information; determining, by the client, a corresponding serial number of the segment in the SA; constructing, by the client, the URL corresponding to the segment according to the URL construction rule in the media presentation description information, the serial number of the segment and the URL corresponding to the determined SA; transmitting, by the client, a service request message being a GET message, wherein the service request message comprises the constructed URL; and receiving, by the client, a service request message response comprising the service content corresponding to the URL comprised in the service request message.
A projector device comprising: a projection unit configured to project a projection image on a projection surface; a stereo camera configured to capture an image of an imaging region including the projection surface by two spaced imaging elements (30a, 30b); a distance acquiring unit configured to acquire distance information indicating distances between the image capturing unit and the projection surface and between the image capturing unit and an object imposed between the stereo camera and the projection surface and present in the imaging region, based on a correspondence relationship between two images output from the respective imaging elements (30a, 30b); an input unit detecting unit configured to detect, based on the distance information, the object as an input unit performing an input operation with respect to the projection image when and only when the object is present only within a predetermined range of distance from the projection surface so that it is near to or touching the projection surface; and an analyzing unit configured to analyze the input operation based on at least one of a position and a movement of the input unit on the projection image projected on the projection surface. a projection unit configured to project a projection image on a projection surface; a stereo camera configured to capture an image of an imaging region including the projection surface by two spaced imaging elements (30a, 30b); a distance acquiring unit configured to acquire distance information indicating distances between the image capturing unit and the projection surface and between the image capturing unit and an object imposed between the stereo camera and the projection surface and present in the imaging region, based on a correspondence relationship between two images output from the respective imaging elements (30a, 30b); an input unit detecting unit configured to detect, based on the distance information, the object as an input unit performing an input operation with respect to the projection image when and only when the object is present only within a predetermined range of distance from the projection surface so that it is near to or touching the projection surface; and an analyzing unit configured to analyze the input operation based on at least one of a position and a movement of the input unit on the projection image projected on the projection surface.
An antibody-drug conjugate comprising an antibody binding to human AXL for use in treating cancer resistant to at least one therapeutic agent selected from the group consisting of a tyrosine kinase inhibitor, a serine/threonine kinase inhibitor and a chemotherapeutic agent, wherein the ADC comprises least one binding region that comprises a VH region comprising the CDR1, CDR2, and CDR3 sequences of SEQ ID Nos.: 36, 37, and 38, respectively; and a VL region comprising the CDR1, CDR2, and CDR3 sequences of SEQ ID Nos.: 39, GAS, and 40, respectively.
A heat exchanger comprising: a first additively manufactured layer including axial fins extending in a first direction and transverse fins extending in a second direction transverse to the first direction, the first layer defining a flow path in the first direction; and a second additively manufactured layer including axial fins extending in the second and transverse fins extending in the first direction, the second layer defining a second flow path in the second direction. a first additively manufactured layer including axial fins extending in a first direction and transverse fins extending in a second direction transverse to the first direction, the first layer defining a flow path in the first direction; and a second additively manufactured layer including axial fins extending in the second and transverse fins extending in the first direction, the second layer defining a second flow path in the second direction.
An impact tool (1, 101) comprising: a housing; a motor disposed in the housing; a motion converting portion configured to convert a rotating motion of the motor into a reciprocating motion; an output portion configured to output the reciprocating motion of the motion converting portion as an impact force; a power supply portion configured to supply a driving power to the motor; a load detecting portion (71, 74, 75, 179) configured to detect a load imposed on the motor; and a control portion configured to control the power supply portion to: increase the driving power supplied to the motor during a prescribed period when the load detected by the load detecting portion (71, 74, 75, 179) exceeds a prescribed value, and wherein the control portion is configured to restore the driving power supplied to the motor to an ordinary driving power after increasing the driving power supplied to the motor for the prescribed period, even when the load detected by the load detecting portion (71, 74, 75, 179) exceeds the prescribed value within the prescribed period, wherein the prescribed period is a time period during which at least a single impacting action is performed. a housing; a motor disposed in the housing; a motion converting portion configured to convert a rotating motion of the motor into a reciprocating motion; an output portion configured to output the reciprocating motion of the motion converting portion as an impact force; a power supply portion configured to supply a driving power to the motor; a load detecting portion (71, 74, 75, 179) configured to detect a load imposed on the motor; and a control portion configured to control the power supply portion to: increase the driving power supplied to the motor during a prescribed period when the load detected by the load detecting portion (71, 74, 75, 179) exceeds a prescribed value, and wherein the control portion is configured to restore the driving power supplied to the motor to an ordinary driving power after increasing the driving power supplied to the motor for the prescribed period, even when the load detected by the load detecting portion (71, 74, 75, 179) exceeds the prescribed value within the prescribed period, increase the driving power supplied to the motor during a prescribed period when the load detected by the load detecting portion (71, 74, 75, 179) exceeds a prescribed value, and wherein the control portion is configured to restore the driving power supplied to the motor to an ordinary driving power after increasing the driving power supplied to the motor for the prescribed period, even when the load detected by the load detecting portion (71, 74, 75, 179) exceeds the prescribed value within the prescribed period, wherein the prescribed period is a time period during which at least a single impacting action is performed.
A humidity control apparatus including a refrigerant circuit configured such that a compressor, an expansion mechanism, and two adsorption heat exchangers (31, 32) on each of which an adsorbent is supported are connected together through a pipe, a refrigerant circulation direction is reversible, and a vapor compression refrigeration cycle is performed, and an air passage configured such that an air flow path switches, depending on the refrigerant circulation direction in the refrigerant circuit, so as to cause one of room air or outdoor air taken into the air passage to pass through one of the adsorption heat exchangers (31, 32) serving as a moisture-desorption adsorption heat exchanger functioning as a condenser and cause the other one of the room air or the outdoor air to pass through the other one of the adsorption heat exchangers (31, 32) serving as a moisture-absorption adsorption heat exchanger functioning as an evaporator, in which a humidification operation is performed, in which the outdoor air is supplied to an inside of a room through the moisture-desorption adsorption heat exchanger, and the room air is discharged to an outside through the moisture-absorption adsorption heat exchanger, the humidity control apparatus characterized in that that it further comprises: a preheat heat exchanger connected to the refrigerant circuit and in the humidification operation, positioned upstream of the moisture-desorption adsorption heat exchanger in a flow of the outdoor air in the air passage and serving as a condenser to heat the outdoor air; and a heat-recovery heat exchanger connected to the refrigerant circuit and in the humidification operation, positioned downstream of the moisture-absorption adsorption heat exchanger in a flow of the room air in the air passage and serving as an evaporator to recover heat from the room air. a preheat heat exchanger connected to the refrigerant circuit and in the humidification operation, positioned upstream of the moisture-desorption adsorption heat exchanger in a flow of the outdoor air in the air passage and serving as a condenser to heat the outdoor air; and connected to the refrigerant circuit and in the humidification operation, positioned upstream of the moisture-desorption adsorption heat exchanger in a flow of the outdoor air in the air passage and serving as a condenser to heat the outdoor air; and a heat-recovery heat exchanger connected to the refrigerant circuit and in the humidification operation, positioned downstream of the moisture-absorption adsorption heat exchanger in a flow of the room air in the air passage and serving as an evaporator to recover heat from the room air. connected to the refrigerant circuit and in the humidification operation, positioned downstream of the moisture-absorption adsorption heat exchanger in a flow of the room air in the air passage and serving as an evaporator to recover heat from the room air.
A method for estimating a mechanical property based on a transformation of magnetic resonance elastography data, comprising: receiving displacement data from an MRE data source, wherein the displacement data represents displacements of tissue in vivo; providing the displacement data to a trained artificial neural network, wherein the trained ANN was trained using a plurality of noisy input datasets as training data, each of the plurality of noisy input datasets corresponding to a function of a plurality of functions, and using one or more derivative datasets corresponding to the noisy input datasets to evaluate performance of the ANN during training, such that the trained ANN provides one or more output datasets corresponding to an analytical solution to a derivative of a function represented in an unlabeled input dataset thereby transforming the unlabeled input dataset into one or more derivatives of the unlabeled input dataset; receiving, from the trained ANN, an output dataset indicative of a derivative of the displacement data; and estimating stiffness of the tissue based on the derivative of the displacement data. receiving displacement data from an MRE data source, wherein the displacement data represents displacements of tissue in vivo; providing the displacement data to a trained artificial neural network, wherein the trained ANN was trained using a plurality of noisy input datasets as training data, each of the plurality of noisy input datasets corresponding to a function of a plurality of functions, and using one or more derivative datasets corresponding to the noisy input datasets to evaluate performance of the ANN during training, such that the trained ANN provides one or more output datasets corresponding to an analytical solution to a derivative of a function represented in an unlabeled input dataset thereby transforming the unlabeled input dataset into one or more derivatives of the unlabeled input dataset; receiving, from the trained ANN, an output dataset indicative of a derivative of the displacement data; and estimating stiffness of the tissue based on the derivative of the displacement data.
A security device provided on a substrate and comprising one or more printed or transferred first areas, each first area having one or more first colours; and one or more printed or transferred second areas, characterized in that the one or more printed or transferred second areas are on the same side of the substrate as the first area(s), each second area having one or more second colours, wherein at least one of the first and second areas (5, 4) comprises a discontinuous pattern over a background, and wherein the first area or areas surrounds the second area or areas, each first area being distinguishable from the second area or areas; in that the first area(s) and/or second area(s) define an image; and in that, a camouflage pattern is provided over the image and at least an adjacent region surrounding the image on the same side of the substrate as the first and second areas (5, 4), the camouflage pattern having a colour and pattern such that in combination with the first and second areas (5, 4), the camouflage pattern renders the image substantially invisible under reflected light but visible when viewed in transmission, wherein elements making up the camouflage pattern and background areas between the elements of the discontinuous pattern are approximately the same size or the elements of the camouflage pattern have a line width of a similar size to the line widths of the elements of the discontinuous pattern.