mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a bioactive coral bone graft substitute, the method comprising: growing a coral in a coral farm in an aqueous based growth medium comprising at least one nutrient, the nutrient being a silicium based compound added to provide a silicium concentration between 0.1 mg/liter and 100 mg/liter, the nutrient being absent from the coral natural habitat or is present in the coral natural habitat at a low concentration, and harvesting the coral and treating the coral, to obtain a bioactive BGS. growing a coral in a coral farm in an aqueous based growth medium comprising at least one nutrient, the nutrient being a silicium based compound added to provide a silicium concentration between 0.1 mg/liter and 100 mg/liter, the nutrient being absent from the coral natural habitat or is present in the coral natural habitat at a low concentration, and harvesting the coral and treating the coral, to obtain a bioactive BGS.
A composition for the detection of the regulation status of IL-6/STAT3 signaling pathway in a cell sample or sample derived from a subject, the composition comprising primers for the amplification of genes for the detection of the regulation status of the IL-6/STAT3 signaling pathway, said primers consisting of those that amplify at least 5 of the genes selected from the group consisting of STAT3, SOCS3, IFITM2, CEBPD, JUNB, TUBB2A, IL-6ST, CASP4, PROS1, TNFRSF1A, PVRL2, PHF21A, BCL3, NRP1, GLRX, and TGM2.
A method for using a pharmaceutical composition for endogenous urine sample marking, wherein the pharmaceutical composition contains no active ingredient, but merely a combination of at least two marker substances, and wherein the marker substances are polyethylene glycols with different molecular weights, characterised by the following steps: - registering, in a blockchain, each individual dose of the pharmaceutical composition during its preparation and subsequent packaging, wherein all relevant actions of the parties involved in the process regarding this pharmaceutical composition are registered in the blockchain for complete logging from the time of preparation to the time of ingestion of the pharmaceutical composition; - marking an outer packaging with a first digital code; - scanning the first digital code from a dispensary; - linking patient data of a patient with data of an authorised person, wherein the blockchain links the units involved so that a coherent information chain is created; - starting an application software by the patient; - scanning the first digital code by the application software; - starting a video capture; - demonstrating that the outer packaging is intact; - removing a container containing the pharmaceutical composition from the outer packaging; - scanning a second digital code, which is located on the container containing the pharmaceutical composition; - opening the container; - removing the pharmaceutical composition from the container; - ingesting the pharmaceutical composition; - ending the video capture; - transmitting the video capture to the authorised person and by the application software to the blockchain; - validating the documented ingestion by the authorised person. - registering, in a blockchain, each individual dose of the pharmaceutical composition during its preparation and subsequent packaging, wherein all relevant actions of the parties involved in the process regarding this pharmaceutical composition are registered in the blockchain for complete logging from the time of preparation to the time of ingestion of the pharmaceutical composition; - marking an outer packaging with a first digital code; - scanning the first digital code from a dispensary; - linking patient data of a patient with data of an authorised person, wherein the blockchain links the units involved so that a coherent information chain is created; - starting an application software by the patient; - scanning the first digital code by the application software; - starting a video capture; - demonstrating that the outer packaging is intact; - removing a container containing the pharmaceutical composition from the outer packaging; - scanning a second digital code, which is located on the container containing the pharmaceutical composition; - opening the container; - removing the pharmaceutical composition from the container; - ingesting the pharmaceutical composition; - ending the video capture; - transmitting the video capture to the authorised person and by the application software to the blockchain; - validating the documented ingestion by the authorised person.
A flexible valve (100, 200) for a connector, comprising: a head (110, 210) having a top section (112, 212), a column section (118, 218) having an outer circumferential surface and defining an axial center (101, 201) of the head (110, 210), and at least one discontinuity disposed on the column section (118, 218) such that the at least one discontinuity does not include at least a portion of the outer circumferential surface with respect to a cross-sectional plane perpendicular to the axial center (101, 201), wherein the top section (112, 212) includes a singular top planar surface (116, 216) having a positive non-perpendicular angle (α) between approximately 1° to approximately 30° with respect to a cross-section perpendicular to the axial center (101, 201) in a resting or unutilized state separate from the connector; a primary seal portion (120, 220) coupled to the head (110, 210); and a lower portion (130, 230) coupled to the primary seal portion (120, 220). a head (110, 210) having a top section (112, 212), a column section (118, 218) having an outer circumferential surface and defining an axial center (101, 201) of the head (110, 210), and at least one discontinuity disposed on the column section (118, 218) such that the at least one discontinuity does not include at least a portion of the outer circumferential surface with respect to a cross-sectional plane perpendicular to the axial center (101, 201), wherein the top section (112, 212) includes a singular top planar surface (116, 216) having a positive non-perpendicular angle (α) between approximately 1° to approximately 30° with respect to a cross-section perpendicular to the axial center (101, 201) in a resting or unutilized state separate from the connector; a primary seal portion (120, 220) coupled to the head (110, 210); and a lower portion (130, 230) coupled to the primary seal portion (120, 220).
A gyrostabilized projectile comprising a body and at least one part separable in rotation with respect to the body, such that: the separable part is able to longitudinally move with respect to the body with an axial clearance, until abutting against a stop surface of the body, wherein the separable part can rotate, when it does not abut against the stop surface thereof, with respect to the body around the longitudinal axis of roll of the projectile and comprising at least one circular surface transverse to the projectile and directed rearwards and able to act as a ball bearing seat for balls, the stop surface located opposite the ball bearing seat of the separable part comprises an annular groove, the projectile being characterized in that said annular groove receives a ring having at least three housings each intended to hold a ball, the housings radially extending towards the exterior of the ring and opening on each face thereof, the bottom of the groove comprising a conical surface the greatest depth of which, with respect to the stop surface, is located towards the axis of the projectile, the taper of this surface and the diameter of the balls being chosen such that, when the balls are arranged at the most axial end of their housing, the balls are entirely within the groove and the separable part abuts against the stop surface thereof and, when the balls are arranged at the most outer end of their housing, the balls partially exit the groove and abut against the ball bearing seat. the separable part is able to longitudinally move with respect to the body with an axial clearance, until abutting against a stop surface of the body, wherein the separable part can rotate, when it does not abut against the stop surface thereof, with respect to the body around the longitudinal axis of roll of the projectile and comprising at least one circular surface transverse to the projectile and directed rearwards and able to act as a ball bearing seat for balls, the stop surface located opposite the ball bearing seat of the separable part comprises an annular groove, the projectile being characterized in that said annular groove receives a ring having at least three housings each intended to hold a ball, the housings radially extending towards the exterior of the ring and opening on each face thereof, the bottom of the groove comprising a conical surface the greatest depth of which, with respect to the stop surface, is located towards the axis of the projectile, the taper of this surface and the diameter of the balls being chosen such that, when the balls are arranged at the most axial end of their housing, the balls are entirely within the groove and the separable part abuts against the stop surface thereof and, when the balls are arranged at the most outer end of their housing, the balls partially exit the groove and abut against the ball bearing seat.
A method for generating entries for a database, which database is used for supporting a positioning of a mobile terminal, said method comprising: - calculating positions of a mobile terminal in a cell of a cellular network based on satellite signals, wherein said cellular network provides a notification to said mobile terminal when said mobile terminal enters a new cell of said cellular network together with an identification of said new cell, wherein a first position of said mobile terminal is calculated when a notification is provided that said mobile terminal enters said cell, and wherein a second position of said mobile terminal is calculated when a notification is provided that said mobile terminal enters another cell; - determining geographical information on said cell based on said at least two calculated positions of said mobile terminal in said cells, wherein said geographical information is determined to correspond to the mean of the coordinates of said first position and said second position; - said method being characterized by estimating a cell range for said cell and providing said estimated cell range together with said geographical information and said identification of said cell for storage in said database, and wherein said cell range is estimated to correspond to half of the distance between said first position and said second position. - calculating positions of a mobile terminal in a cell of a cellular network based on satellite signals, wherein said cellular network provides a notification to said mobile terminal when said mobile terminal enters a new cell of said cellular network together with an identification of said new cell, wherein a first position of said mobile terminal is calculated when a notification is provided that said mobile terminal enters said cell, and wherein a second position of said mobile terminal is calculated when a notification is provided that said mobile terminal enters another cell; - determining geographical information on said cell based on said at least two calculated positions of said mobile terminal in said cells, wherein said geographical information is determined to correspond to the mean of the coordinates of said first position and said second position; - said method being characterized by estimating a cell range for said cell and providing said estimated cell range together with said geographical information and said identification of said cell for storage in said database, and wherein said cell range is estimated to correspond to half of the distance between said first position and said second position.
The method of non-destructive imaging of the internal structure for safe and intuitive operator work characterized in that it comprises the following steps: a) At least part of the object is placed in a scanning area; b) At least part of the surface of the object placed in the scanning area is electronically scanned to create a virtual image of the surface, while setting the direction of the scanning angle of the surface of the object and the currently scanned part of the surface of the object by manipulating said virtual image by voice or movement of at least part of the operator's body; c) At the same time, the virtual image of the surface is projected into a visualization tool for visualizing the virtual image to the operator; d) For projected virtual image of the surface, a virtual image of at least part of the internal structure of the object is created at the same angle of scanning by non-destructive imaging; e) The virtual image of the internal structure in the projection in the visualisation tool is combined with the projected virtual image of the surface. a) At least part of the object is placed in a scanning area; b) At least part of the surface of the object placed in the scanning area is electronically scanned to create a virtual image of the surface, while setting the direction of the scanning angle of the surface of the object and the currently scanned part of the surface of the object by manipulating said virtual image by voice or movement of at least part of the operator's body; c) At the same time, the virtual image of the surface is projected into a visualization tool for visualizing the virtual image to the operator; d) For projected virtual image of the surface, a virtual image of at least part of the internal structure of the object is created at the same angle of scanning by non-destructive imaging; e) The virtual image of the internal structure in the projection in the visualisation tool is combined with the projected virtual image of the surface.
A method for manufacturing a composite part comprising a stack of pultruded plates and a fiber mat, the stack of pultruded plates and the fiber mat having a longitudinal direction and a transverse direction, the method characterized in comprising: providing tension to the fiber mat; placing the stack of pultruded plates on the tensioned fiber mat; and descending the fiber mat and stack of pultruded plates to a mold. providing tension to the fiber mat; placing the stack of pultruded plates on the tensioned fiber mat; and descending the fiber mat and stack of pultruded plates to a mold.
A computer-implemented method for performing air quality maintenance, the computer-implemented method comprising: receiving an air quality dataset, wherein the air quality dataset comprises pollutant concentration data associated with respective time data; generating a quality tendency projection based upon the air quality dataset, wherein the quality tendency projection comprises a quality rate of change; in an instance in which the quality tendency projection exceeds a prediction threshold and the quality rate of change exceeds a pollutant rate increase threshold, performing air degradation analysis comprising: generating a pollutant increase forecast; and determining a critical time based upon the pollutant increase forecast, wherein the critical time comprises a time in which pollutant concentration is projected to exceed a critical threshold; and in an instance in which the quality rate of change exceeds a pollutant rate decrease threshold, performing ventilation analysis comprising: generating a pollutant decrease forecast; and determining a safe time based upon the pollutant decrease forecast, wherein the safe time comprises a time in which the pollutant concentration is projected to satisfy a safety threshold. receiving an air quality dataset, wherein the air quality dataset comprises pollutant concentration data associated with respective time data; generating a quality tendency projection based upon the air quality dataset, wherein the quality tendency projection comprises a quality rate of change; in an instance in which the quality tendency projection exceeds a prediction threshold and the quality rate of change exceeds a pollutant rate increase threshold, performing air degradation analysis comprising: generating a pollutant increase forecast; and determining a critical time based upon the pollutant increase forecast, wherein the critical time comprises a time in which pollutant concentration is projected to exceed a critical threshold; and in an instance in which the quality rate of change exceeds a pollutant rate decrease threshold, performing ventilation analysis comprising: generating a pollutant decrease forecast; and determining a safe time based upon the pollutant decrease forecast, generating a pollutant increase forecast; and determining a critical time based upon the pollutant increase forecast, wherein the critical time comprises a time in which pollutant concentration is projected to exceed a critical threshold; and in an instance in which the quality rate of change exceeds a pollutant rate decrease threshold, performing ventilation analysis comprising: generating a pollutant decrease forecast; and determining a safe time based upon the pollutant decrease forecast, wherein the safe time comprises a time in which the pollutant concentration is projected to satisfy a safety threshold.
A common mode noise sensor with a single amplification path comprising: first and second terminals for receiving respective first and second signals from a power supply; an amplifier stage connected to the first and second terminals and having an output; and a resistor network (R 1, R 2, R 3, R 4) connected to the amplifier stage, the resistor network arranged such the amplifier stage Is configured to provide an output signal in which a differential mode noise In the first and second signals is suppressed in preference to a common mode noise In the first and second signals; wherein the amplifier stage has an Inverting Input and a non-inverting input, wherein the Inverting input is connected to the first terminal via a filter capacitor (C 1); wherein the resistor network comprises a first resistor (R 1), a second resistor (R 2), a third resistor (R 3) and a fourth resistor (R 4), the first resistor connected in series with the filter capacitor between the first terminal and the inverting Input, the second resistor connected between the output and the Inverting input, the third resistor is connected between the non-inverting Input and earth, and the fourth resistor Is connected between the non-Inverting Input and the second terminal, wherein the resistance, R 1, of the first resistor is: R 1 = 2 R 2 R 3 + R 2 R 4 R 4, where R 2 is the resistance of the second resistor, R 3 Is the resistance of the third resistor and R 4 is the resistance of the fourth resistor. first and second terminals for receiving respective first and second signals from a power supply; an amplifier stage connected to the first and second terminals and having an output; and a resistor network (R 1, R 2, R 3, R 4) connected to the amplifier stage, the resistor network arranged such the amplifier stage Is configured to provide an output signal in which a differential mode noise In the first and second signals is suppressed in preference to a common mode noise In the first and second signals; wherein the amplifier stage has an Inverting Input and a non-inverting input, wherein the Inverting input is connected to the first terminal via a filter capacitor (C 1); wherein the resistor network comprises a first resistor (R 1), a second resistor (R 2), a third resistor (R 3) and a fourth resistor (R 4), the first resistor connected in series with the filter capacitor between the first terminal and the inverting Input, the second resistor connected between the output and the Inverting input, the third resistor is connected between the non-inverting Input and earth, and the fourth resistor Is connected between the non-Inverting Input and the second terminal, wherein the resistance, R 1, of the first resistor is: R 1 = 2 R 2 R 3 + R 2 R 4 R 4, where R 2 is the resistance of the second resistor, R 3 Is the resistance of the third resistor and R 4 is the resistance of the fourth resistor.
A method performed by a user equipment, UE, the method comprising: receiving one or more parameters which indicates an association between an altitude range and a cell carrier frequency, wherein the one or more parameters comprises information to enable the UE to determine whether it is allowed to perform a measurement on a reference signal associated with the cell based on the altitude of the UE; and restricting the reporting of a radio measurement performed on the reference signal to when the UE is determined to be within the altitude range where the UE is allowed to perform the measurement, the measurement report further comprising reporting an information about the altitude of the UE at which the UE performed the radio measurement. receiving one or more parameters which indicates an association between an altitude range and a cell carrier frequency, wherein the one or more parameters comprises information to enable the UE to determine whether it is allowed to perform a measurement on a reference signal associated with the cell based on the altitude of the UE; and restricting the reporting of a radio measurement performed on the reference signal to when the UE is determined to be within the altitude range where the UE is allowed to perform the measurement, the measurement report further comprising reporting an information about the altitude of the UE at which the UE performed the radio measurement.