mhurhangee/ep-ind-claims huggingface dataset:
A machine-readable medium encoding a computer program product operable to cause data processing apparatus to perform operations comprising: obtaining an ECG signal; applying a Hilbert transform to the ECG signal to obtain an analytical pair, the analytical pair including the ECG signal and the transformed ECG signal, and the analytical pair together form a partial state space trajectory; determining a speed-amplitude from the analytical pair;, wherein the speed-amplitude is the product of the amplitude of the analytical pair and the amplitude of the speed of the analytical pair within the partial state space trajectory; and characterized by: identifying an onset of a ventricular fibrillation event based on at least one of a value of a cost function of the speed-amplitude over a window, wherein the cost function is an additive information cost function calculated by taking the sum of the absolute values, for each point in the window, of the difference of the speed-amplitude from the mean speed-amplitude over that window and being normalized over that window and the value of the cost function of the speed-amplitude signal determines the energy of the speed-amplitude signal and the value of the cost function is lower when the speed-amplitude signal is less noisy and larger when the speed-amplitude signal is more noisy, and a quantity of occurrences that the speed-amplitude crosses a threshold over the window, and the noise of the speed-amplitude signal is used to distinguish noise from a ventricular fibrillation event. obtaining an ECG signal; applying a Hilbert transform to the ECG signal to obtain an analytical pair, the analytical pair including the ECG signal and the transformed ECG signal, and the analytical pair together form a partial state space trajectory; determining a speed-amplitude from the analytical pair;, wherein the speed-amplitude is the product of the amplitude of the analytical pair and the amplitude of the speed of the analytical pair within the partial state space trajectory; and characterized by: identifying an onset of a ventricular fibrillation event based on at least one of a value of a cost function of the speed-amplitude over a window, wherein the cost function is an additive information cost function calculated by taking the sum of the absolute values, for each point in the window, of the difference of the speed-amplitude from the mean speed-amplitude over that window and being normalized over that window and the value of the cost function of the speed-amplitude signal determines the energy of the speed-amplitude signal and the value of the cost function is lower when the speed-amplitude signal is less noisy and larger when the speed-amplitude signal is more noisy, and a quantity of occurrences that the speed-amplitude crosses a threshold over the window, and the noise of the speed-amplitude signal is used to distinguish noise from a ventricular fibrillation event.
An elastomer, comprising: an amino group-containing silicone polymer represented by a general formula: wherein X is an alkyl group having 1 to 18 carbons, and R and R' are an alkyl group; m is a number between 20 and 2000 and n is a number between 1 and 100; at least one polymer selected from a group consisting of a carboxyl group-containing silicone polymer wherein said silicone polymer is represented by a general formula and has a carboxyl group equivalent of 1000 g/mol to 40000 g/mol: wherein at least one of R 1 and R 2 is a group represented by a following general formula, the rest of R 1 and R 2 is at least one group selected from a group consisting of a methyl group and said group represented by said general formula, the total number of said groups R 1 and R 2 is 1 to 100 per molecule, and y represents an integer of 1 to 50000: and a polymer selected from carboxyl group-containing acrylamide polymers represented by a general formula which has a carboxyl group equivalent of 200 g/mol to 1000 g/mol and fulfils the condition of m/(m + n) = 0 to 0.5: wherein a molar ratio between amino groups of said polymer and carboxyl groups of said polymer in said elastomer, which is / is within a range of 0.1 to 1.2. an amino group-containing silicone polymer represented by a general formula: wherein X is an alkyl group having 1 to 18 carbons, and R and R' are an alkyl group; m is a number between 20 and 2000 and n is a number between 1 and 100; at least one polymer selected from a group consisting of a carboxyl group-containing silicone polymer wherein said silicone polymer is represented by a general formula and has a carboxyl group equivalent of 1000 g/mol to 40000 g/mol: wherein at least one of R 1 and R 2 is a group represented by a following general formula, the rest of R 1 and R 2 is at least one group selected from a group consisting of a methyl group and said group represented by said general formula, the total number of said groups R 1 and R 2 is 1 to 100 per molecule, and y represents an integer of 1 to 50000: and a polymer selected from carboxyl group-containing acrylamide polymers represented by a general formula which has a carboxyl group equivalent of 200 g/mol to 1000 g/mol and fulfils the condition of m/(m + n) = 0 to 0.5: wherein a molar ratio between amino groups of said polymer and carboxyl groups of said polymer in said elastomer, which is / is within a range of 0.1 to 1.2.
A sterilized thermogelling composition comprising a substituted chitosan having N-acetyl-D-glucosamine units, D-glucosamine units, and substituted D-glucosamine units other than the N-acetyl-D-glucosamine units and optionally substituted N-acetyl-D-glucosamine units.
Medical device comprising a fastening system to at least one part of a bone, the fastening system including at least one fastening element, the medical device also comprising an elongated portion that is non-expandable and designed to be inserted into the bone, particularly into the medullary canal and/or the proximal or distal ends of the bone, the elongated portion having a wall formed by meshes defined by a lattice made of a plurality of rigid strands woven and independent from one another at the intersections between the different strands, such that the meshes are configured to be traversed by the at least one fastening element, in a non-predefined position and orientation, while exerting, through elastic, plastic, or elasto-plastic deformation, a transverse and/or axial compressive force on said fastening element, the fastening element being configured to also pass through the bone portion to ensure a rigid fixation between the bone and the medical device.
A multiband antenna comprising: a conductive antenna element portion and a conductive ground element portion which are on an insulating film, wherein the antenna element portion is an inverted F-antenna having a plurality of resonance frequency bands and includes a first antenna element having a length corresponding to a first resonance frequency band, and a second antenna element having a length corresponding to a second resonance frequency band; the ground element portion includes a first side having a length to resonate at the first resonance frequency band, wherein the first side of the ground element portion has a length equal to or larger than λ/4 of a center frequency of the first resonance frequency band, wherein λ denotes a wavelength of a radio wave; and wherein the antenna element portion and the ground portion are connected to a radio communication unit for feeding electric power, characterized in that the ground element portion includes a second side having a length to resonate at the second resonance frequency band, wherein the second side, which is a shorter side, of the ground element portion has a length equal to or larger than λ/4 of a center frequency of the second resonance frequency band, and by further comprising a dielectric portion having a plate-like shape and a round-shaped edge portion, wherein the antenna element portion is arranged around and attached to the dielectric portion along a surface shape thereof including a surface of the edge portion, using a double-faced tape or dual-glue film. a conductive antenna element portion and a conductive ground element portion which are on an insulating film, wherein the antenna element portion is an inverted F-antenna having a plurality of resonance frequency bands and includes a first antenna element having a length corresponding to a first resonance frequency band, and a second antenna element having a length corresponding to a second resonance frequency band; the ground element portion includes a first side having a length to resonate at the first resonance frequency band, wherein the first side of the ground element portion has a length equal to or larger than λ/4 of a center frequency of the first resonance frequency band, wherein λ denotes a wavelength of a radio wave; and wherein the antenna element portion and the ground portion are connected to a radio communication unit for feeding electric power,
An apparatus for performing encryption or decryption of data in a portable terminal, the apparatus comprising: a memory for storing data blocks and metadata blocks of a file system; a file system analyzer for analyzing metadata stored in the metadata blocks of the file system and, through the analysis of the metadata, extracting information of a data block, in which actual user data is stored among data blocks stored in the file system, and generating a data block list comprising the extracted information of the data block, wherein the metadata contains managing information indicating general information of the file system together with an indication of whether actual user data is stored in a corresponding data block; and a journaling manager for controlling such that a data block corresponding to the data block list among data blocks stored in the memory is extracted from the memory and is stored in a journaling storage unit, and the data block stored in the journaling storage unit is deleted when an encryption or decryption operation on the data stored in the data block stored in the journaling storage unit is completed. a memory for storing data blocks and metadata blocks of a file system; a file system analyzer for analyzing metadata stored in the metadata blocks of the file system and, through the analysis of the metadata, extracting information of a data block, in which actual user data is stored among data blocks stored in the file system, and generating a data block list comprising the extracted information of the data block, wherein the metadata contains managing information indicating general information of the file system together with an indication of whether actual user data is stored in a corresponding data block; and a journaling manager for controlling such that a data block corresponding to the data block list among data blocks stored in the memory is extracted from the memory and is stored in a journaling storage unit, and the data block stored in the journaling storage unit is deleted when an encryption or decryption operation on the data stored in the data block stored in the journaling storage unit is completed.
A dynamic resource allocation method for a multicarrier wireless communication system including at least one base station allocating resources to a plurality of subscribers stations according to channel status information received from the plurality of subscriber stations, the method characterized by comprising: transmitting a downlink MAP, to the plurality of subscriber stations for access to downlink information, wherein the downlink MAP includes a downlink MAP information element for each subchannel; receiving channel status information on each subchannel from the plurality of subscriber stations according to information of the downlink MAP; and dynamically allocating resources on a subchannel basis to bursts to be delivered to the plurality of subscriber stations according to the channel status information and the downlink MAP information, wherein the downlink MAP information element has a MAP structure determined by a MAP type field, and wherein bits of the MAP type field represent a Common Traffic Channel, CTCH, allocation, a periodic allocation, a subchannel selection - adaptive modulation and coding bit, and an extended Connection IDentifier, CID, which are sequentially in an order from a most significant bit, MSB, to a least significant bit, LSB. transmitting a downlink MAP, to the plurality of subscriber stations for access to downlink information, wherein the downlink MAP includes a downlink MAP information element for each subchannel; receiving channel status information on each subchannel from the plurality of subscriber stations according to information of the downlink MAP; and dynamically allocating resources on a subchannel basis to bursts to be delivered to the plurality of subscriber stations according to the channel status information and the downlink MAP information,
Application method for applying a sealing agent to the inner surface of a pneumatic tyre; the method of application comprises the steps of: rotating, by means of a support device, the pneumatic tyre about an axis of rotation; applying a layer of sealing agent to the inner surface of the pneumatic tyre by means of a dispensing head arranged within the pneumatic tyre itself; pressing, by means of a pressure roller, the layer of just applied sealing agent against the inner surface of the pneumatic tyre; and pushing the pressure roller against the layer of just applied layer of sealing agent by means of an actuator device which generates a force having a desired value (F DES); the method of application is characterized in that it comprises the further steps of: determining, by means of a force sensor, a measured value (F MSR) of the force generated by the actuator device; and cyclically varying the force generated by the actuator device as a function of the measured value (F MSR) of the force. rotating, by means of a support device, the pneumatic tyre about an axis of rotation; applying a layer of sealing agent to the inner surface of the pneumatic tyre by means of a dispensing head arranged within the pneumatic tyre itself; pressing, by means of a pressure roller, the layer of just applied sealing agent against the inner surface of the pneumatic tyre; and pushing the pressure roller against the layer of just applied layer of sealing agent by means of an actuator device which generates a force having a desired value (F DES); the method of application is characterized in that it comprises the further steps of: determining, by means of a force sensor, a measured value (F MSR) of the force generated by the actuator device; and cyclically varying the force generated by the actuator device as a function of the measured value (F MSR) of the force. determining, by means of a force sensor, a measured value (F MSR) of the force generated by the actuator device; and cyclically varying the force generated by the actuator device as a function of the measured value (F MSR) of the force.
One-piece component (17, 27, 37, 41, 42, 43, 44, 45, 47) including an electroformed metal body comprising trapped hydrogen, characterized in that the entire external surface of the body includes, only to a predetermined depth (E 1) that lies in the range 0.1% to 10% of the total thickness (E T) of the one-piece component (17, 27, 37, 41, 42, 43, 44, 45, 47), a depletion of trapped hydrogen causing a hardening relative to the rest of the body in order to improve the wear resistance of the one-piece component (17, 27, 37, 41, 42, 43, 44, 45, 47) while preserving a relative magnetic permeability ( μ R) of less than 10 and the ability to be driven.
A chemical mechanical polishing process using a polishing pad for chemically mechanically polishing a semiconductor wafer comprising an insulation layer that has trenches formed in the insulation layer a metal layer disposed over the insulating layer and filling the trenches, comprising: a first step of chemically mechanically polishing the metal layer applying a first polishing pressure downforce, thereby removing an upper portion of the metal layer at a corresponding first step metal layer removal rate, and leaving a first step polished metal surface exposed; and a second step of continuing the chemical mechanical polishing of the metal layer applying a second polishing pressure downforce, thereby removing a lower portion of the metal layer at a corresponding second step metal layer removal rate that is lower than the first step metal layer removal rate and leaving exposed individual metal lines unconnected through the metal of said lower metal portion of said metal layer; characterized in that the second polishing pressure downforce is smaller than the first polishing pressure downforce, and a point in time to stop the first step of chemically mechanically polishing of the metal layer and to begin the second step of chemically mechanically polishing is determined based on a drop in polishing pad temperature on a curve of polishing time versus polishing pad temperature. a first step of chemically mechanically polishing the metal layer applying a first polishing pressure downforce, thereby removing an upper portion of the metal layer at a corresponding first step metal layer removal rate, and leaving a first step polished metal surface exposed; and a second step of continuing the chemical mechanical polishing of the metal layer applying a second polishing pressure downforce, thereby removing a lower portion of the metal layer at a corresponding second step metal layer removal rate that is lower than the first step metal layer removal rate and leaving exposed individual metal lines unconnected through the metal of said lower metal portion of said metal layer;
An anti-interleukin-4-receptor (IL-4R) antibody for use in a method of treating moderate-to-severe atopic dermatitis in a patient, the method comprising administering an initial dose of the antibody followed by at least eight secondary doses of the antibody, wherein: - the initial dose is a loading dose of 300mg or 600mg, followed by the secondary doses which are maintenance doses of 300mg; - each secondary dose is administered to the patient 1 to 2 weeks after the immediately preceding dose; and - the antibody comprises an HCVR having the amino acid sequence of SEQ ID NO: 162 and an LCVR having the amino acid sequence of SEQ ID NO: 164. - the initial dose is a loading dose of 300mg or 600mg, followed by the secondary doses which are maintenance doses of 300mg; - each secondary dose is administered to the patient 1 to 2 weeks after the immediately preceding dose; and - the antibody comprises an HCVR having the amino acid sequence of SEQ ID NO: 162 and an LCVR having the amino acid sequence of SEQ ID NO: 164.
A battery pack assembly for providing electrical power comprising: a battery pack including an upper stack extending along a cell axis and including more than one cell and defining an air path for cooling; each of said cells having a cell wall; said battery pack including a casing having a front and a back and enclosing said upper stack and defining an air inlet chamber for receiving a flow of air and an upper slot for dispensing the flow of air; and said battery pack defining a gap between said cell wall and said casing for channeling the flow of air therethrough; characterized by a plurality of flow interrupters disposed in said gap on at least said cell wall, or on at least said casing, and being circumferentially spaced from each other and extending toward said casing, respectively toward said cell wall, for disrupting the flow of air from said air inlet chamber to said upper slot; and at least one of said flow interrupters extends from said cell wall, respectively from said casing, into said gap to engage said casing, respectively said cell wall. a battery pack including an upper stack extending along a cell axis and including more than one cell and defining an air path for cooling; each of said cells having a cell wall; said battery pack including a casing having a front and a back and enclosing said upper stack and defining an air inlet chamber for receiving a flow of air and an upper slot for dispensing the flow of air; and said battery pack defining a gap between said cell wall and said casing for channeling the flow of air therethrough; characterized by a plurality of flow interrupters disposed in said gap on at least said cell wall, or on at least said casing, and being circumferentially spaced from each other and extending toward said casing, respectively toward said cell wall, for disrupting the flow of air from said air inlet chamber to said upper slot; and at least one of said flow interrupters extends from said cell wall, respectively from said casing, into said gap to engage said casing, respectively said cell wall.
An illumination device with at least one light source, with at least one circuit carrier for the light source, with a glass panel which is configured to be transparent at least in sections, with a ballast for controlling the light source and with a multi-part housing, wherein a first housing part is at least in sections spaced apart from a second housing part, and wherein at least one support element is provided between the first housing part and the second housing part for applying and/or positioning the first housing part to the second housing part, characterized in that the at least one support element is formed on one of the two housing parts, that the at least one support element protrudes into the other housing part, and that the other housing part accommodating the at least one support element is cast with a curing material at least in a receiving region for the at least one support element, such that the curing material surrounds the at least one support element at least in sections and that the two housing parts (4, 5) are joined to one another in a material- and/or form-fitting manner after the material has cured.
Brake system for a vehicle, wherein the brake system has a plurality of brakes (16, 18, 20, 22) for braking and/or arresting wheels (4, 6, 8, 10) of the vehicle, a plurality of sensor devices (36, 38, 40, 42) for measuring the rotational speed at the wheels (4, 6, 8, 10) and signal-transmitting brake electronics which are connected to the sensor devices (36, 38, 40, 42) and are for the purpose of performing open-loop and/or closed-loop control of the brakes (16, 18, 20, 22) taking into account signals of the sensor devices (36, 38, 40, 42), wherein at least one sensor device (40, 42) of the sensor devices (36, 38, 40, 42) has a passive, in particular inductive, sensor (66, 68) for passively sensing the rotation of the pole wheel (62, 64), wherein at least one sensor device (38, 40) has a sensor carrier (46, 50), in particular a rod, having a sensor (82, 84), wherein the sensor carrier (46, 50) can be clamped in the region of the wheel (4, 6), in particular in a securing opening (78, 80), in order to sense the rotation of a pole wheel (58, 60), rotating along with the wheel (4, 6), by means of the sensor (82, 84) for measuring the rotational speed, wherein the sensor (82, 84) is an active sensor for actively sensing the rotation of the pole wheel (58, 60), wherein the sensor carrier can be clamped so as to be displaceable along its sensor carrier axis, in particular a rod axis, and the sensor carrier is embodied in a radially symmetrical fashion about the sensor carrier axis and can therefore be clamped independently of position with respect to rotations about the sensor carrier axis in order to sense the rotation of the pole wheel.