mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: a) storing electrical data representing electrical activity measured non-invasively at a plurality of surface measurement locations on a patient's body; b) storing geometry data representing the surface measurement locations and geometry of patient anatomy including an anatomic envelope within the patient's body; c) determining at least one boundary condition using supplemental information associated with at least one selected location associated with the anatomic envelope within the patient's body; and d) computing reconstructed electrical activity for a plurality of locations residing on the anatomic envelope within the patient's body based on the electrical data and the geometry data, the least one boundary condition being imposed to improve the computing; characterized in that e) the supplemental information includes information related to a location of a scar/lesion from at least one of an imaging modality, a direct vision, or a physical probe. a) storing electrical data representing electrical activity measured non-invasively at a plurality of surface measurement locations on a patient's body; b) storing geometry data representing the surface measurement locations and geometry of patient anatomy including an anatomic envelope within the patient's body; c) determining at least one boundary condition using supplemental information associated with at least one selected location associated with the anatomic envelope within the patient's body; and d) computing reconstructed electrical activity for a plurality of locations residing on the anatomic envelope within the patient's body based on the electrical data and the geometry data, the least one boundary condition being imposed to improve the computing; characterized in that e) the supplemental information includes information related to a location of a scar/lesion from at least one of an imaging modality, a direct vision, or a physical probe.
A vaporization injector for gas chromatographs, of the type comprising a fixed part constituting a block having a heating element and a removable part constituting an injector body, designed to receive the injected sample, directly or in a replaceable liner of the injector body, said injector body comprising - a housing head for a replaceable septum, having a detachable covering element; - means for the supply of carrier gas and for the evacuation of splitting gas and/or purge gas from the septum, characterised in that a) said injector body is mountable with its counter-surface on a surface of the block in a detachable manner, wherein said injector body consists of a cylindrical element designed to be inserted in the heating element of the block and terminating at the top in a wider area comprising the counter-surface resting on said surface of the block; b) said gas supply and evacuation means consist of channels (34, 35, 38, 43), provided said injector body, and corresponding channel apertures defining inlets and outlets (26, 30, 31) provided on said counter surface of the injector body so that, when said injector body is mounted in said block, said inlets and outlets (26, 30, 31) coincide with channel apertures (25, 28, 29) provided on the surface of said block; c) pneumatic seal means are provided at the interface between the coinciding apertures of the channels of the injector body and those of the block, and d) pneumatic seal means are provided to separate the paths of the gases inside said injector body. - a housing head for a replaceable septum, having a detachable covering element; - means for the supply of carrier gas and for the evacuation of splitting gas and/or purge gas from the septum, a) said injector body is mountable with its counter-surface on a surface of the block in a detachable manner, wherein said injector body consists of a cylindrical element designed to be inserted in the heating element of the block and terminating at the top in a wider area comprising the counter-surface resting on said surface of the block; b) said gas supply and evacuation means consist of channels (34, 35, 38, 43), provided said injector body, and corresponding channel apertures defining inlets and outlets (26, 30, 31) provided on said counter surface of the injector body so that, when said injector body is mounted in said block, said inlets and outlets (26, 30, 31) coincide with channel apertures (25, 28, 29) provided on the surface of said block; c) pneumatic seal means are provided at the interface between the coinciding apertures of the channels of the injector body and those of the block, and d) pneumatic seal means are provided to separate the paths of the gases inside said injector body.
Method for mechanical sequential insertion of separate connectors in grooves of constructions panels, comprising the following method steps: (a) the connectors are received by a rotary conveyor, are temporarily held therein and are oriented therein with their long edge in parallel with the thrust direction of the construction panels which are moved one after another; (b) the connectors are removed one after another from the rotary conveyor with the aid of an application head moved to and fro perpendicular to the thrust direction and are pressed sequentially into the grooves of the construction panels passing by; (c) the rotary conveyor is rotated by an angle (α) which corresponds to the position of a subsequent connector lying on a periphery of the rotary conveyor and provided for insertion into the groove, characterised in that the position of the connectors inserted in the groove is corrected with the aid of at least one pressing roller corrected downstream of the application head. (a) the connectors are received by a rotary conveyor, are temporarily held therein and are oriented therein with their long edge in parallel with the thrust direction of the construction panels which are moved one after another; (b) the connectors are removed one after another from the rotary conveyor with the aid of an application head moved to and fro perpendicular to the thrust direction and are pressed sequentially into the grooves of the construction panels passing by; (c) the rotary conveyor is rotated by an angle (α) which corresponds to the position of a subsequent connector lying on a periphery of the rotary conveyor and provided for insertion into the groove, characterised in that the position of the connectors inserted in the groove is corrected with the aid of at least one pressing roller corrected downstream of the application head.
A method for detecting pulsed laser radiation with two-dimensional resolution of the direction of incidence, characterized in that - a CCD sensor with imaging optics is used for the detection, - in a first signal processing having a sampling frequency of at least 5 kHz, single images are generated by reading out each pixel of the CCD sensor at least every 200 μs and comparing it to a threshold value, and storing the pixel value for further processing only if it exceeds the particular threshold value, - in the first signal processing, the average value or peak value of these stored pixel values of a single image is determined pixel by pixel over at least 10 samples, wherein the number of samples is selected as a function of the selected sampling frequency in order to achieve a reduction in the data for image processing hardware, - the signal image thus obtained in the first signal processing is provided at an image frequency of 10 Hz to 500 Hz to further signal processing, - in the further signal processing, signal pixel(s) representing the incident laser radiation is/are identified from the signal image, wherein the direction of incidence of the laser radiation results from the position of the signal pixels on the signal image. - a CCD sensor with imaging optics is used for the detection, - in a first signal processing having a sampling frequency of at least 5 kHz, single images are generated by reading out each pixel of the CCD sensor at least every 200 μs and comparing it to a threshold value, and storing the pixel value for further processing only if it exceeds the particular threshold value, - in the first signal processing, the average value or peak value of these stored pixel values of a single image is determined pixel by pixel over at least 10 samples, wherein the number of samples is selected as a function of the selected sampling frequency in order to achieve a reduction in the data for image processing hardware, - the signal image thus obtained in the first signal processing is provided at an image frequency of 10 Hz to 500 Hz to further signal processing, - in the further signal processing, signal pixel(s) representing the incident laser radiation is/are identified from the signal image, wherein the direction of incidence of the laser radiation results from the position of the signal pixels on the signal image.
The method of calcium nitrate production in the solid form of flakes by treating limestone with nitric acid, and evaporation of the calcium nitrate solution, followed by cooling and crystallization of the product at the solid stage, characterized in that the method includes the steps of: - the reaction between nitric acid and the limestone carried out in a continuous process in flow columns with a packing where the packing is limestone at a rate of nitric acid flow in the range of Reynolds number 0.5-10; to form a calcium nitrate solution; and then - the concentration of the calcium nitrate solution by evaporation in evaporators with the addition of ammonium nitrate at the weight ratio of 0.6 - 0.8% N-NH 4: 26.8 - 27.2% CaO carried out until crystalline seeds are produced to obtain crystallization suspension; followed by - cooling the obtained crystallization suspension and crystallization on a continuously operated belt crystallizer, to obtain the end product in the solid form of flakes. - the reaction between nitric acid and the limestone carried out in a continuous process in flow columns with a packing where the packing is limestone at a rate of nitric acid flow in the range of Reynolds number 0.5-10; to form a calcium nitrate solution; and then - the concentration of the calcium nitrate solution by evaporation in evaporators with the addition of ammonium nitrate at the weight ratio of 0.6 - 0.8% N-NH 4: 26.8 - 27.2% CaO carried out until crystalline seeds are produced to obtain crystallization suspension; followed by - cooling the obtained crystallization suspension and crystallization on a continuously operated belt crystallizer, to obtain the end product in the solid form of flakes.
A motor-driven compressor comprising: a compression unit that performs a compression operation; an electric motor that drives the compression unit; a housing that accommodates the compression unit and the electric motor and includes an accommodating chamber and a wiring connection port, which communicates the accommodating chamber and the exterior of the housing; a motor driving circuit that controls driving of the electric motor and includes a substrate, which is arranged in the accommodating chamber; and wiring electrically connected to the substrate and extending out of the housing through the wiring connection port, wherein the wiring includes a primary conductor (65, 66), which has a first end connected to the substrate and a second end, the motor driven compressor being characterized in that the wiring includes a secondary conductor, which is connected to the second end of the primary conductor (65, 66) and arranged outside the housing, the secondary conductor includes a wire portion and a sheath that is made of an insulating material and covers the wire portion, a resin sealing member covers the sheath and a junction between the primary conductor (65, 66) and the secondary conductor, the sealing member is fitted to the wiring connection port, and the sealing member includes a mount, which supports the primary and secondary conductors (65, 66, 70), and a cover, which cooperates with the mount to cover the junction and the sheath. a compression unit that performs a compression operation; an electric motor that drives the compression unit; a housing that accommodates the compression unit and the electric motor and includes an accommodating chamber and a wiring connection port, which communicates the accommodating chamber and the exterior of the housing; a motor driving circuit that controls driving of the electric motor and includes a substrate, which is arranged in the accommodating chamber; and wiring electrically connected to the substrate and extending out of the housing through the wiring connection port, wherein the wiring includes a primary conductor (65, 66), which has a first end connected to the substrate and a second end, the motor driven compressor being characterized in that the wiring includes a secondary conductor, which is connected to the second end of the primary conductor (65, 66) and arranged outside the housing, the secondary conductor includes a wire portion and a sheath that is made of an insulating material and covers the wire portion, a resin sealing member covers the sheath and a junction between the primary conductor (65, 66) and the secondary conductor, the sealing member is fitted to the wiring connection port, and the sealing member includes a mount, which supports the primary and secondary conductors (65, 66, 70), and a cover, which cooperates with the mount to cover the junction and the sheath.
A method for producing a portable data carrier with a chip, characterized by the steps that: - a module carrier band is made available which carries at least one module, wherein the module has at least one contact area element and at least one chip, - one contact of the contact area element in each case is connected electroconductively to respectively one connector of the chip, - a data carrier body is printed onto the module carrier band, so that the chip is surrounded by the data carrier body and the contact area element is disposed on the surface of the data carrier body, - wherein into the module carrier band at least one gap is introduced in order to improve an adhesive power of the printed data carrier body to the module carrier band, wherein the gap penetrates the module carrier band completely or forms a depression in the module carrier band. - a module carrier band is made available which carries at least one module, wherein the module has at least one contact area element and at least one chip, - one contact of the contact area element in each case is connected electroconductively to respectively one connector of the chip, - a data carrier body is printed onto the module carrier band, so that the chip is surrounded by the data carrier body and the contact area element is disposed on the surface of the data carrier body, - wherein into the module carrier band at least one gap is introduced in order to improve an adhesive power of the printed data carrier body to the module carrier band, wherein the gap penetrates the module carrier band completely or forms a depression in the module carrier band.
A method for managing alerts during at least one of patient evaluation, diagnosis, and treatment, the method comprising: receiving patient data using an interface; obtaining, at a processor, a classification decision from a classifier executing a classification model (162, 163), wherein the classification decision is based on the patient data; determining, using a processor executing instructions stored on a memory (130, 160), whether the classification decision is a borderline classification decision; applying, using the processor, at least one alert filter (165, 166) to the patient data upon determining the classification decision is a borderline classification decision, wherein the at least one alert filter (165, 166) is applied to determine whether to issue a contextual data alert to a clinician to prompt the clinician to consider contextual data related to the patient, characterized in that applying the at least one alert filter (165, 166) includes analyzing the patient data to determine whether at least one alert filter condition contradicts the obtained borderline classification decision; and further characterized in that the method comprises the step of issuing a contextual data alert to the clinician upon the processor determining an alert filter condition contradicts the obtained borderline classification decision. receiving patient data using an interface; obtaining, at a processor, a classification decision from a classifier executing a classification model (162, 163), wherein the classification decision is based on the patient data; determining, using a processor executing instructions stored on a memory (130, 160), whether the classification decision is a borderline classification decision; applying, using the processor, at least one alert filter (165, 166) to the patient data upon determining the classification decision is a borderline classification decision, wherein the at least one alert filter (165, 166) is applied to determine whether to issue a contextual data alert to a clinician to prompt the clinician to consider contextual data related to the patient, characterized in that applying the at least one alert filter (165, 166) includes analyzing the patient data to determine whether at least one alert filter condition contradicts the obtained borderline classification decision; and further characterized in that the method comprises the step of issuing a contextual data alert to the clinician upon the processor determining an alert filter condition contradicts the obtained borderline classification decision.
A method of wireless communications, comprising: transmitting, by a first wireless communications device, a plurality of reference signals; receiving the plurality of reference signals at a receiver chain of the first wireless communications device; performing echo cancellation on the plurality of reference signals received at the receiver chain; determining, for each reference signal of the plurality of reference signals, a value of a first echo cancellation metric; and providing each first echo cancellation metric to a scheduling entity for scheduling full duplex, FD, or half duplex, HD, communication resources for the first wireless communications device, characterized in that the plurality of reference signals are transmitted at a corresponding plurality of transmit power levels; the first echo cancellation metric is indicative of a first amount of echo cancellation achieved by performing the echo cancellation on the reference signal; and each first echo cancellation metric is provided to the scheduling entity in a full duplex capability matrix that maps each transmit power level of the plurality of transmit power levels to the value of the first echo cancellation metric corresponding to each reference signal. transmitting, by a first wireless communications device, a plurality of reference signals; receiving the plurality of reference signals at a receiver chain of the first wireless communications device; performing echo cancellation on the plurality of reference signals received at the receiver chain; determining, for each reference signal of the plurality of reference signals, a value of a first echo cancellation metric; and providing each first echo cancellation metric to a scheduling entity for scheduling full duplex, FD, or half duplex, HD, communication resources for the first wireless communications device, characterized in that the plurality of reference signals are transmitted at a corresponding plurality of transmit power levels; the first echo cancellation metric is indicative of a first amount of echo cancellation achieved by performing the echo cancellation on the reference signal; and each first echo cancellation metric is provided to the scheduling entity in a full duplex capability matrix that maps each transmit power level of the plurality of transmit power levels to the value of the first echo cancellation metric corresponding to each reference signal.
A method of operating a centrifugal compressor, wherein the centrifugal compressor comprises a sensor (160, 166) and a control panel, the centrifugal compressor further comprising an electric motor powered by a variable speed drive, the method comprising the steps of: measuring an electric current by the sensor (160, 166); comparing the measured electric current to a predetermined threshold electric current, the predetermined threshold electric current corresponding to an electric current occurring during stable operation of the centrifugal compressor; indicating by the control panel an occurrence of a surge condition corresponding to a complete reversal of flow in the compressor, in response to only the measured electric current being less than the predetermined threshold electric current; and adjusting an operating parameter of the centrifugal compressor by the control panel to remediate the surge condition in response to the occurrence of the surge condition being indicated. measuring an electric current by the sensor (160, 166); comparing the measured electric current to a predetermined threshold electric current, the predetermined threshold electric current corresponding to an electric current occurring during stable operation of the centrifugal compressor; indicating by the control panel an occurrence of a surge condition corresponding to a complete reversal of flow in the compressor, in response to only the measured electric current being less than the predetermined threshold electric current; and adjusting an operating parameter of the centrifugal compressor by the control panel to remediate the surge condition in response to the occurrence of the surge condition being indicated.