mhurhangee/patent-ind-claim-en huggingface dataset:
A method for predicting motion of a target using imaging, the method comprising: receiving image data, acquired using an imaging system, corresponding to a region of interest ROI, in a subject; generating a set of reconstructed images from the image data, wherein the set of reconstructed images include multi-rate images, and the set of multi-rate images comprises a first set of images and a second set of images, wherein a temporal rate of the second set of images is higher than the temporal rate of the first set of images and a spatial resolution of the second set of images is lower than the spatial resolution of the first set of images; processing the set of reconstructed images to obtain motion information associated with a target in the ROI including generating a first motion waveform using the first set of images and a second motion waveform using the second set of images, wherein the second motion waveform is delayed in time relative to the first motion waveform; and utilizing the motion information in a motion prediction framework to estimate a predicted motion of the target including performing a multi-rate adaptive filtering technique, using the first motion waveform and the second motion waveform, to estimate a motion state variable; and generating a report based on the predicted motion. receiving image data, acquired using an imaging system, corresponding to a region of interest ROI, in a subject; generating a set of reconstructed images from the image data, wherein the set of reconstructed images include multi-rate images, and the set of multi-rate images comprises a first set of images and a second set of images, wherein a temporal rate of the second set of images is higher than the temporal rate of the first set of images and a spatial resolution of the second set of images is lower than the spatial resolution of the first set of images; processing the set of reconstructed images to obtain motion information associated with a target in the ROI including generating a first motion waveform using the first set of images and a second motion waveform using the second set of images, wherein the second motion waveform is delayed in time relative to the first motion waveform; and utilizing the motion information in a motion prediction framework to estimate a predicted motion of the target including performing a multi-rate adaptive filtering technique, using the first motion waveform and the second motion waveform, to estimate a motion state variable; and generating a report based on the predicted motion.
A stent graft , comprising: a stent portion including a bare section and a main section ; and a graft tube fixed on the main section , wherein the main section includes a plurality of stent sections along its axial direction, the stent graft further comprises a plurality of circumferential bosses arranged on an outer circumference of the graft tube along the axial direction, and the circumferential bosses and the stent sections are alternately arranged in the axial direction, characterized in that an outer diameter (W2) of the circumferential boss is larger than an outer diameter (W1) of the graft tube by 1 mm-3 mm, and an axial size of the circumferential boss measured along the axial direction is between 0.5 mm and 1.5 mm, the main section further includes a small wave section , which is arranged close to the bare section , and the small wave section is made of filaments having a diameter of 0.2032-0.254 millimeter, the waveform of the small wave section is designed as a height-changing structure. the stent graft further comprises a plurality of circumferential bosses arranged on an outer circumference of the graft tube along the axial direction, and the circumferential bosses and the stent sections are alternately arranged in the axial direction, characterized in that an outer diameter (W2) of the circumferential boss is larger than an outer diameter (W1) of the graft tube by 1 mm-3 mm, and an axial size of the circumferential boss measured along the axial direction is between 0.5 mm and 1.5 mm, the main section further includes a small wave section , which is arranged close to the bare section , and the small wave section is made of filaments having a diameter of 0.2032-0.254 millimeter, the waveform of the small wave section is designed as a height-changing structure.
A determination method of determining whether or not an attack on a server by an attack code has succeeded, comprising: an attack type determination step of determining an attack type of an attack code included in an attack request on the server; a feature extraction step of carrying out emulation of an attack by the attack code on the server in accordance with the determined attack type, and in a case of succeeding in an attack on the server as a result of the emulation, extracting a feature appearing in a response from the server; and a success/failure determination step of examining whether a plurality of responses respectively corresponding to a plurality of requests to the server after the attack request each have the extracted feature, and in a case where at least any one of the plurality of responses has the extracted feature, determining that an attack by the attack code has succeeded. an attack type determination step of determining an attack type of an attack code included in an attack request on the server; a feature extraction step of carrying out emulation of an attack by the attack code on the server in accordance with the determined attack type, and in a case of succeeding in an attack on the server as a result of the emulation, extracting a feature appearing in a response from the server; and a success/failure determination step of examining whether a plurality of responses respectively corresponding to a plurality of requests to the server after the attack request each have the extracted feature, and in a case where at least any one of the plurality of responses has the extracted feature, determining that an attack by the attack code has succeeded.
A process for forming a laminate with capacitance, comprising: providing a substrate ; applying a conductive foil anode to said substrate ; forming a dielectric on said conductive foil ; forming a first isolation dam on at least one region of said dielectric ; forming a layer of solid electrolyte consisting of a conductive polymer or manganese dioxide that is applied from a solution or suspension and optionally carbon and conductive metal layers on at least one region of said dielectric wherein said first isolation dam circumvents said layer of solid electrolyte to form a cathode region; and treating said conductive foil to electrically isolate a region of said conductive foil containing said layer of solid electrolyte from additional conductive foil forming the anode. providing a substrate ; applying a conductive foil anode to said substrate ; forming a dielectric on said conductive foil ; forming a first isolation dam on at least one region of said dielectric ; forming a layer of solid electrolyte consisting of a conductive polymer or manganese dioxide that is applied from a solution or suspension and optionally carbon and conductive metal layers on at least one region of said dielectric wherein said first isolation dam circumvents said layer of solid electrolyte to form a cathode region; and treating said conductive foil to electrically isolate a region of said conductive foil containing said layer of solid electrolyte from additional conductive foil forming the anode.
An ultrasonic surgical instrument , comprising: an ultrasonic waveguide defining a blade at a distal end portion thereof, the ultrasonic waveguide configured to transmit ultrasonic energy therealong to the blade, the blade defining a top surface , a bottom surface opposite the top surface, and first and second side surfaces connecting the top and bottom surfaces; and a jaw member pivotable relative to the blade between an open position and a clamping position for clamping tissue between the jaw member and the top surface of the blade, characterized in that the blade further defines at least one lumen extending transversely through the blade, the at least one lumen establishing a flow path through the blade extending from a first open end on the top surface of the blade to a second open end on the bottom surface of the blade, the at least one lumen configured to urge fluid through the blade along the flow path from the one surface to the different surface without a pumping or other flow system. an ultrasonic waveguide defining a blade at a distal end portion thereof, the ultrasonic waveguide configured to transmit ultrasonic energy therealong to the blade, the blade defining a top surface , a bottom surface opposite the top surface, and first and second side surfaces connecting the top and bottom surfaces; and a jaw member pivotable relative to the blade between an open position and a clamping position for clamping tissue between the jaw member and the top surface of the blade, characterized in that the blade further defines at least one lumen extending transversely through the blade, the at least one lumen establishing a flow path through the blade extending from a first open end on the top surface of the blade to a second open end on the bottom surface of the blade, the at least one lumen configured to urge fluid through the blade along the flow path from the one surface to the different surface without a pumping or other flow system.
A straddled vehicle comprising: a handle ; a headlight disposed in front of the handle with regard to a back-and-forth direction of the vehicle; a handle cover covering the handle and the headlight from front and behind with regard to the back-and-forth direction of the vehicle; a first support section fixed to the handle , the first support section supporting the headlight ; a second support section fixed to the handle , the second support section supporting the headlight on a lower side than the first support section with regard to an up-and-down direction of the vehicle; and a meter unit disposed behind the headlight with regard to the back-and-forth direction of the vehicle, characterized in that the first support section supports the meter unit . a handle ; a headlight disposed in front of the handle with regard to a back-and-forth direction of the vehicle; a handle cover covering the handle and the headlight from front and behind with regard to the back-and-forth direction of the vehicle; a first support section fixed to the handle , the first support section supporting the headlight ; a second support section fixed to the handle , the second support section supporting the headlight on a lower side than the first support section with regard to an up-and-down direction of the vehicle; and a meter unit disposed behind the headlight with regard to the back-and-forth direction of the vehicle, characterized in that the first support section supports the meter unit .
Electropneumatic device for an electronically controllable pneumatic brake system, comprising a compressed air supply for providing a supply pressure (pV); an electropneumatic brake pressure modulator which receives supply pressure (pV) from the compressed air supply and controls a brake pressure (pB) at a brake pressure connection on the basis of electronic brake request signals (SB); characterized by a protection valve unit having a protection valve inlet (10.1), a first protection valve outlet (10.2) and a second protection valve outlet (10.3), the protection valve inlet (10.1) being connected to the brake pressure connection of the brake pressure modulator , receiving the brake pressure (pB) and being able to provide it to the first and second protection valve outlets (10.2, 10.3); a first brake pressure line connected to the first protection valve outlet (10.2) and a second brake pressure line connected to the second protection valve outlet (10.3); and at least one brake actuator connected to the first and second brake pressure lines for receiving the brake pressure (pB), the protection valve unit being designed to throttle or prevent the brake pressure control at the first protection valve outlet (10.2) in the event of a leak in the first brake pressure line , and to throttle or prevent the brake pressure control at the second protection valve outlet (10.3) in the event of a leak in the second brake pressure line . a compressed air supply for providing a supply pressure (pV); an electropneumatic brake pressure modulator which receives supply pressure (pV) from the compressed air supply and controls a brake pressure (pB) at a brake pressure connection on the basis of electronic brake request signals (SB); characterized by a protection valve unit having a protection valve inlet (10.1), a first protection valve outlet (10.2) and a second protection valve outlet (10.3), the protection valve inlet (10.1) being connected to the brake pressure connection of the brake pressure modulator , receiving the brake pressure (pB) and being able to provide it to the first and second protection valve outlets (10.2, 10.3); a first brake pressure line connected to the first protection valve outlet (10.2) and a second brake pressure line connected to the second protection valve outlet (10.3); and at least one brake actuator connected to the first and second brake pressure lines for receiving the brake pressure (pB), the protection valve unit being designed to throttle or prevent the brake pressure control at the first protection valve outlet (10.2) in the event of a leak in the first brake pressure line , and to throttle or prevent the brake pressure control at the second protection valve outlet (10.3) in the event of a leak in the second brake pressure line .
A chimeric molecule comprising a cancer marker-binding aptamer domain and an inhibitory nucleic acid domain that inhibits the expression of the gene MCL1, wherein the cancer marker is EpCAM or EphA2.
An end effector for a surgical clip applier, comprising: an elongate body ; a clip track provided within the body and containing one or more surgical clips , wherein each surgical clip includes a crown and a pair of legs extending longitudinally from the crown and diverging from each other at an obtuse opening angle ; and first and second jaw members positioned at a distal end of the body; wherein the end effector is characterized by : a pre-forming region provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state. an elongate body ; a clip track provided within the body and containing one or more surgical clips , wherein each surgical clip includes a crown and a pair of legs extending longitudinally from the crown and diverging from each other at an obtuse opening angle ; and first and second jaw members positioned at a distal end of the body; wherein the end effector is characterized by : a pre-forming region provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state. a pre-forming region provided within the body and arranged to receive and deform the one or more surgical clips from a first state, where the pair of legs diverge at the obtuse opening angle, and a second state, where the obtuse opening angle is minimized; wherein the first and second jaw members are arranged to receive the one or more surgical clips from the pre-forming region in the second state.
A network comprising at least two dynamic nodes , wherein the at least two dynamic nodes each comprise a multiple radio access technology architecture , the multiple radio access technology architecture comprising: an access layer configured to provide wireless network access to one or more wireless devices using at least two radio access technologies for providing access to a core network; an abstraction layer communicatively coupled to the access layer, the abstraction layer being configured to receive data over the at least two radio access technologies and convert the received data into protocol agnostic data; and a control layer communicatively coupled to the abstraction layer , the control layer being configured to determine routing through either of the at least two radio access technologies for the protocol agnostic data, wherein the at least two dynamic nodes are configured to: in response to a query regarding environmental conditions from a computing cloud component , send an environmental condition to the computing cloud component , receive an instruction from the computing cloud component in response to the computing cloud component having processed the environmental condition, and change an operational parameter in response to the received instruction. an access layer configured to provide wireless network access to one or more wireless devices using at least two radio access technologies for providing access to a core network; an abstraction layer communicatively coupled to the access layer, the abstraction layer being configured to receive data over the at least two radio access technologies and convert the received data into protocol agnostic data; and a control layer communicatively coupled to the abstraction layer , the control layer being configured to determine routing through either of the at least two radio access technologies for the protocol agnostic data, wherein the at least two dynamic nodes are configured to: in response to a query regarding environmental conditions from a computing cloud component , send an environmental condition to the computing cloud component , receive an instruction from the computing cloud component in response to the computing cloud component having processed the environmental condition, and change an operational parameter in response to the received instruction. in response to a query regarding environmental conditions from a computing cloud component , send an environmental condition to the computing cloud component , receive an instruction from the computing cloud component in response to the computing cloud component having processed the environmental condition, and change an operational parameter in response to the received instruction.
An information processing apparatus comprising: a processing unit configured to, in response to receiving a reading request including a data reading command and information indicating a region of a recording medium from which data is read, encrypt data corresponding to the region indicated by the reading request by using an encryption key corresponding to the region indicated by the reading request and transmit the encrypted data.
A method for validating a putative chromosome copy number in a genomic sample, the method comprising: sequencing a genomic sample amplified by FAST-SeqS to obtain sequencing reads; enumerating read counts from the sequencing reads; calculating putative chromosome copy numbers of the genomic sample based on the read counts; obtaining allele fractions for SNPs in a region covered by the sequencing reads; and comparing the allele fractions to the putative chromosome copy numbers to validate the putative chromosome copy numbers. sequencing a genomic sample amplified by FAST-SeqS to obtain sequencing reads; enumerating read counts from the sequencing reads; calculating putative chromosome copy numbers of the genomic sample based on the read counts; obtaining allele fractions for SNPs in a region covered by the sequencing reads; and comparing the allele fractions to the putative chromosome copy numbers to validate the putative chromosome copy numbers.
Motor vehicle with a device for levelling sled runs, said motor vehicle comprising a drivetrain , said device comprising a truss attached to a chassis of the motor vehicle , at least two screw conveyors attached to the device truss, and shielded from the side of the motor vehicle by an open chute , wherein each screw conveyor comprises a shaft having an internal end connected to the drivetrain and an external end attached to the truss, wherein each screw conveyor is arranged to perform a rotation around its axis of rotation so that the accumulated snow is moved towards internal end of screw conveyors , and wherein a compacting plate is attached to the motor vehicle chassis behind the open chute from the side of the motor vehicle , wherein the snow accumulated by the screw conveyors is compacted by the compacting plate .
A device for RF skin treatment comprising: an outer electrode arranged on an operational side of the device and having an annular or equilateral polygonal shape; an inner electrode arranged on the operational side of the device at a center of the outer electrode and surrounded by the outer electrode ; an RF generator arranged to supply an RF treatment voltage between the inner electrode and the outer electrode ; characterised in that a skin contact surface of the inner electrode has a largest cross-sectional dimension in a range of 200 - 500 μm, and in that the RF treatment voltage is less than 50 V. an outer electrode arranged on an operational side of the device and having an annular or equilateral polygonal shape; an inner electrode arranged on the operational side of the device at a center of the outer electrode and surrounded by the outer electrode ; an RF generator arranged to supply an RF treatment voltage between the inner electrode and the outer electrode ; characterised in that a skin contact surface of the inner electrode has a largest cross-sectional dimension in a range of 200 - 500 μm, and in that the RF treatment voltage is less than 50 V.
Method for performing a coating process of a workpiece , comprising the steps of: - providing the workpiece in a coating unit ; - prefilling (S2) the coating unit with a coating medium using a pump ; - filling (S3) the coating unit with the coating medium by a dosing unit , wherein a predetermined amount of coating medium is applied to the coating unit by the dosing unit as soon as the coating medium level has reached a given reference level (R) in the chamber , - wherein prefilling is performed up to a filling level of the chamber of the coating unit which is below the reference level (R), characterised in that prefilling is stopped by closing a valve cutting the pump from the coating unit , and - wherein a pumping rate of the pump is higher than the pumping rate of the dosing unit . - providing the workpiece in a coating unit ; - prefilling (S2) the coating unit with a coating medium using a pump ; - filling (S3) the coating unit with the coating medium by a dosing unit , wherein a predetermined amount of coating medium is applied to the coating unit by the dosing unit as soon as the coating medium level has reached a given reference level (R) in the chamber , - wherein prefilling is performed up to a filling level of the chamber of the coating unit which is below the reference level (R), - wherein a pumping rate of the pump is higher than the pumping rate of the dosing unit .