mhurhangee/ep-ind-claims huggingface dataset:
Method for inspecting the internal structure of a refractory part made of a fused material that consists, for more than 90% of its weight, of one or more oxides chosen from the group made up of ZrO 2, Al 2 O 3, SiO 2, Cr 2 O 3, Y 2 O 3, and CeO 2, said method including the following steps: a) transmitting, by means of an emitting antenna, at least one electromagnetic wave, called the "pulse", into the refractory part to be inspected; b) receiving, by means of a receiving antenna, said pulse after it has been reflected by a reflecting zone of the refractory part; and c) analysing the time shift between the two preceding steps in order to deduce therefrom the position, in the refractory part, of the reflecting zone, said pulse having a duration shorter than or equal to 0.5 nanoseconds. a) transmitting, by means of an emitting antenna, at least one electromagnetic wave, called the "pulse", into the refractory part to be inspected; b) receiving, by means of a receiving antenna, said pulse after it has been reflected by a reflecting zone of the refractory part; and c) analysing the time shift between the two preceding steps in order to deduce therefrom the position, in the refractory part, of the reflecting zone,
An immunoassay method for detecting or determining compounds of Structure I comprising contacting a solution or an in vitro sample taken from an individual suspected of containing compounds of Structure I with an antibody which binds to one or more epitopes of a molecule of Structure I; and one or more detecting agents; measuring the signal produced by the one or more detecting agent; and deducing from a calibrator the presence of, or amount of, compounds of Structure I. wherein X is H or a halogen; Y is N or CH; Z is H or OH; and wherein the one or more detecting agents are of Structure II wherein X is a crosslinking group and Y is a detectable label.
A base for a powder coating booth, the base comprising: • a base structure, through which the booth is intended to rest on a floor, the base structure being configured to support a powder coating compartment of the booth; and • a floor, which is supported by the base structure and is configured to delimit the bottom of the powder coating compartment; wherein: • the floor comprises two oblique panels, which are inclined with respect to the horizontal (X4, Y4) and which is configured to delimit the bottom of the powder coating compartment of the booth, these oblique panels each having an upper edge and being joined to their respective upper edge; and • the two oblique panels are porous so as to be air permeable and impermeable to residual powder from a powder coating of an article within the powder coating compartment. • a base structure, through which the booth is intended to rest on a floor, the base structure being configured to support a powder coating compartment of the booth; and • a floor, which is supported by the base structure and is configured to delimit the bottom of the powder coating compartment; • the floor comprises two oblique panels, which are inclined with respect to the horizontal (X4, Y4) and which is configured to delimit the bottom of the powder coating compartment of the booth, these oblique panels each having an upper edge and being joined to their respective upper edge; and • the two oblique panels are porous so as to be air permeable and impermeable to residual powder from a powder coating of an article within the powder coating compartment.
A corrosion-resistant terminal material (1, 101) comprising a substrate made of copper or a copper alloy and a film layered on the substrate, wherein a planned core wire contact part which is in contact with a core wire of an electric wire when a terminal is formed and a planned contact part to be a contact part are formed; the film (8, 81) formed in the planned core wire contact part has a tin layer made of tin or a tin alloy and a metallic zinc layer formed on the tin layer; characterized in that, the film formed in the planned contact part has a tin layer made of tin or a tin alloy but does not have the metallic zinc layer. a planned core wire contact part which is in contact with a core wire of an electric wire when a terminal is formed and a planned contact part to be a contact part are formed; the film (8, 81) formed in the planned core wire contact part has a tin layer made of tin or a tin alloy and a metallic zinc layer formed on the tin layer; characterized in that, the film formed in the planned contact part has a tin layer made of tin or a tin alloy but does not have the metallic zinc layer.
An endoscope apparatus comprising: a laser light source that generates laser light; a light-guiding section that guides the laser light inputted to a proximal end, and applies the laser light to a subject from a distal end; a conductive portion provided in close contact with the light guiding section; a drive section provided at a distal end portion of the conductive portion, the drive section swinging a distal end portion of the light-guiding section; the conductive portion being connected to the drive section; a generation section that generates a drive signal for driving the drive section, the drive signal being conducted by the conductive portion; characterized by a detection section that detects a current value of a current flowing in the conductive portion when the generation section generates the drive signal, and detects that the conductive portion is broken, based on the detected current value; and a light amount control section that controls an amount of the illuminating light based on a result of detection of whether or not the conductive portion is broken in the detection section. a laser light source that generates laser light; a light-guiding section that guides the laser light inputted to a proximal end, and applies the laser light to a subject from a distal end; a conductive portion provided in close contact with the light guiding section; a drive section provided at a distal end portion of the conductive portion, the drive section swinging a distal end portion of the light-guiding section; the conductive portion being connected to the drive section; a generation section that generates a drive signal for driving the drive section, the drive signal being conducted by the conductive portion; characterized by a detection section that detects a current value of a current flowing in the conductive portion when the generation section generates the drive signal, and detects that the conductive portion is broken, based on the detected current value; and a light amount control section that controls an amount of the illuminating light based on a result of detection of whether or not the conductive portion is broken in the detection section.
A device for control of a spherical motion of a body connected with a frame through a spherical joint arranged on a shank connecting the body with the frame, where the shank is divided into two parts (7, 8) and the spherical joint with at least two rotational degrees of freedom is arranged between the first part of the shank, which is firmly fixed to the frame and the second part of the shank, which is firmly fixed to the body, and by means of actuating arms with linear actuators arranged on the frame, characterized in that the number of parallel arms with linear actuators is three and at least one arm is connected to the linear actuator through a rotational joint, whereas other arm/s is/are connected to the linear actuator/s through a spherical joint.
A thermocouple probe comprising a first pair of thermocouple wires joined to form a first thermocouple junction at a sensing tip of the thermocouple probe and a cooling arrangement defining a coolant pathway adjacent to a cooled portion of the probe, the sensing tip projecting beyond the cooling arrangement and being cooled during use by conduction to the cooled portion of the probe, characterized in that the probe further comprises a second pair of thermocouple wires joined to form a second thermocouple junction in the cooled portion of the probe adjacent to the sensing tip.
A double walled container comprising - an inner container having a sidewall provided with a shoulder or a bead (80, 80') and a base connected thereto, Lnsected into - an outer container having a sidewall with an inwardly formed curl and a base connected thereto and arranged to accommodate the inner container, whilst defining a gap therebetween, characterised in that the inside of the curl contacts the inner can just above the shoulder, thereby securing the inner container within the outer container and the cut edge of the outer container is safely hidden within the curl. - an inner container having a sidewall provided with a shoulder or a bead (80, 80') and a base connected thereto, Lnsected into - an outer container having a sidewall with an inwardly formed curl and a base connected thereto and arranged to accommodate the inner container, whilst defining a gap therebetween,
A system to locate and map a smart sensor included with the system comprising: at least one image included with at least one of a subsystem and a component monitored by the system; at least one smart sensor configured to detect a stimulus and to capture the at least one image, and configured to output an image signal indicating the at least one image; and a main control module in electrical communication with the at least one smart sensor, the main control module configured to determine the image based on the image signal, compare the at least one image to a stored image, and to authenticate the at least one image in response to the at least one image matching the stored image, wherein the main control module determines a location of the image based on the image signal generated by the at least one smart sensor, and determines that the location of the at least one sensor is incorrect when the at least one image does not match the stored image. at least one image included with at least one of a subsystem and a component monitored by the system; at least one smart sensor configured to detect a stimulus and to capture the at least one image, and configured to output an image signal indicating the at least one image; and a main control module in electrical communication with the at least one smart sensor, the main control module configured to determine the image based on the image signal, compare the at least one image to a stored image, and to authenticate the at least one image in response to the at least one image matching the stored image, wherein the main control module determines a location of the image based on the image signal generated by the at least one smart sensor, and determines that the location of the at least one sensor is incorrect when the at least one image does not match the stored image.
Decoder configured to decode a bitstream signaling one of supported partitioning patterns for a current block of a picture, the decoder being configured to if the signaled one of the supported partitioning patterns specifies a subdivision of the current block into two or more block partitions (50, 60), for each of the block partitions except a first block partition of the bock partitions of the current block in a coding order, determine, for the respective block partition of the current block, a set of coding parameter candidates, wherein at least some coding parameters candidates are adopted from the coding parameters of merely one previously decoded block partition so that the at least some coding parameter candidates are equal to the coding parameters of said merely one previously decoded block partition, and remove from the set of coding parameter candidates for the respective block partition, coding parameter candidates which equal coding parameters associated with any of the block partitions, which would, when being merged with the respective block partition, result in one of the supported partitioning patterns, characterized in that the determination of the set of coding parameter candidates of the respective block partition of the current block further comprises deriving at least some further coding parameter candidates from a combination of coding parameters of more than one previously decoded block partitions, or from - by modification - coding parameters of one previously decoded partition. determine, for the respective block partition of the current block, a set of coding parameter candidates, wherein at least some coding parameters candidates are adopted from the coding parameters of merely one previously decoded block partition so that the at least some coding parameter candidates are equal to the coding parameters of said merely one previously decoded block partition, and remove from the set of coding parameter candidates for the respective block partition, coding parameter candidates which equal coding parameters associated with any of the block partitions, which would, when being merged with the respective block partition, result in one of the supported partitioning patterns, from the set of coding parameter candidates for the respective block partition, coding parameter candidates which equal coding parameters associated with any of the block partitions, which would, when being merged with the respective block partition, result in one of the supported partitioning patterns, from a combination of coding parameters of more than one previously decoded block partitions, or from - by modification - coding parameters of one previously decoded partition.
A method of measuring a hypoxic session index as a measure of the response of a patient to hypoxic training, with measurement of an index that characterizes the oxygen saturation in the patient's blood, having the steps: I. Supplying the patient with a normoxic gas mixture in an initial phase over a defined first period; II. Determining the mean value of the index in the initial phase; III. Supplying the patient with a hypoxic gas mixture in a hypoxic phase over a defined hypoxic period; IV. Supplying the patient with the normoxic or hyperoxic gas mixture in a reoxygenation phase over a defined hyperoxic period and in a subsequent predetermined concluding period; V. Plotting the index against time in the initial phase, the hypoxic phase and the reoxygenation phase in the form of a data curve (46, 46a, 46b); VI. Determining the hypoxic session index from a difference between the data curve (46, 46a, 46b) and a predetermined reference curve, wherein the reference curve is a data curve (46, 46a, 46b) which is determined for a reference person after steps I to V, or a data curve (46, 46a, 46b) which is calculated by averaging data curves (46, 46a, 46b) of a plurality of reference persons, wherein the data curves (46, 46a, 46b) are determined after steps I to V for the reference persons. I. Supplying the patient with a normoxic gas mixture in an initial phase over a defined first period; II. Determining the mean value of the index in the initial phase; III. Supplying the patient with a hypoxic gas mixture in a hypoxic phase over a defined hypoxic period; IV. Supplying the patient with the normoxic or hyperoxic gas mixture in a reoxygenation phase over a defined hyperoxic period and in a subsequent predetermined concluding period; V. Plotting the index against time in the initial phase, the hypoxic phase and the reoxygenation phase in the form of a data curve (46, 46a, 46b); VI. Determining the hypoxic session index from a difference between the data curve (46, 46a, 46b) and a predetermined reference curve, wherein the reference curve is a data curve (46, 46a, 46b) which is determined for a reference person after steps I to V, or a data curve (46, 46a, 46b) which is calculated by averaging data curves (46, 46a, 46b) of a plurality of reference persons, wherein the data curves (46, 46a, 46b) are determined after steps I to V for the reference persons.
An apparatus for absorbing CO 2 from a gas stream of flue gas comprising a stationary casing having a longitudinal axis, a gas stream inlet and a gas stream outlet, said casing comprising at least one drum being rotatable about the longitudinal axis, said drum having: - at least one absorption section arranged within the drum provided with spray means for spraying absorption liquid into the stream of flue gas containing CO 2 to form a cross-flow of absorption liquid droplets to the flow direction of the gas stream by aid of centrifugal force, and having means for disintegration of droplets, wherein said means for disintegration of droplets comprises a plurality of coaxially arranged cylinders provided to rotate about the longitudinal axis, said cylinders being provided with perforated mantle surfaces; - at least one droplet removal section arranged after the absorption section in the flow direction of the gas stream; - at least one washing section arranged after the droplet removal section in the flow direction of the gas stream; and - said apparatus having means for rotating the drum such that the absorption section, the droplet removal section and the washing section rotate about the longitudinal axis together. - at least one absorption section arranged within the drum provided with spray means for spraying absorption liquid into the stream of flue gas containing CO 2 to form a cross-flow of absorption liquid droplets to the flow direction of the gas stream by aid of centrifugal force, and having means for disintegration of droplets, wherein said means for disintegration of droplets comprises a plurality of coaxially arranged cylinders provided to rotate about the longitudinal axis, said cylinders being provided with perforated mantle surfaces; - at least one droplet removal section arranged after the absorption section in the flow direction of the gas stream; - at least one washing section arranged after the droplet removal section in the flow direction of the gas stream; and - said apparatus having means for rotating the drum such that the absorption section, the droplet removal section and the washing section rotate about the longitudinal axis together.
A method of operating a test instrument to compensate for near end cross talk (NEXT) and far end cross talk (FEXT) in measurement signals under test provided by a connector comprising a first, a second, a third, a fourth, a fifth, a sixth, a seventh and a eighth signal line, comprising the step of compensating for NEXT by use of software techniques, characterized in that it further comprises the step of compensating for FEXT by use of a hardware technique, the compensating for FEXT by use of a hardware technique comprising performing the following steps: providing a first capacitance connected between the first and the third of said signal lines (1 to 8); providing a second capacitance connected between the sixth and the eighth of said signal lines (1 to 8); providing a third capacitance connected between the third and the fifth of said signal lines (1 to 8); providing a fourth capacitance connected between the fourth and the sixth of said signal lines (1 to 8); providing a first inductance in series between an input and output of said third signal line; providing a second inductance in series between an input and output of said fifth signal line; providing a third inductance in series between an input and output of said fourth signal line; and providing a fourth inductance in series between an input and output of said sixth signal line. providing a first capacitance connected between the first and the third of said signal lines (1 to 8); providing a second capacitance connected between the sixth and the eighth of said signal lines (1 to 8); providing a third capacitance connected between the third and the fifth of said signal lines (1 to 8); providing a fourth capacitance connected between the fourth and the sixth of said signal lines (1 to 8); providing a first inductance in series between an input and output of said third signal line; providing a second inductance in series between an input and output of said fifth signal line; providing a third inductance in series between an input and output of said fourth signal line; and providing a fourth inductance in series between an input and output of said sixth signal line.
A pull-on wearable article comprising: a main portion including an outer cover, the main portion defining a front waist region, a rear waist region, and a crotch region extending between and connecting the front and rear waist regions (38, 40); first and second extendable side panels (14, 16) extending between and connecting the main portion front waist region and the main portion rear waist region to form the article in a closed waist configuration, at least a portion of each side panel (14, 16) being extendable between a relaxed state and an extended state; the article defining first and second side regions (100, 102), each side region including one of the first and second side panels (14, 16) and a transverse region (104, 106) of the main portion bordering the respective side panel (14, 16); said pull-on wearable article being characterized in that it further comprises an informational image disposed in at least the first side region; and a texture feature formed in an outer surface of the article and positioned proximate to the informational image to form a composite image, wherein the informational image is legible or more legible when the side panels are in the relaxed state; the informational image is disposed on one of: an outer layer of non-woven material of a zero-stretch laminate, an elastomeric film layer, and an outer layer of a pre-stretch laminate; and the texture feature comprises projections (156, 168) formed in the outer surface, recesses (158, 166) formed in the outer surface, or smooth regions formed in the outer surface. a main portion including an outer cover, the main portion defining a front waist region, a rear waist region, and a crotch region extending between and connecting the front and rear waist regions (38, 40); first and second extendable side panels (14, 16) extending between and connecting the main portion front waist region and the main portion rear waist region to form the article in a closed waist configuration, at least a portion of each side panel (14, 16) being extendable between a relaxed state and an extended state; the article defining first and second side regions (100, 102), each side region including one of the first and second side panels (14, 16) and a transverse region (104, 106) of the main portion bordering the respective side panel (14, 16); said pull-on wearable article being characterized in that it further comprises an informational image disposed in at least the first side region; and a texture feature formed in an outer surface of the article and positioned proximate to the informational image to form a composite image, wherein the informational image is legible or more legible when the side panels are in the relaxed state; the informational image is disposed on one of: an outer layer of non-woven material of a zero-stretch laminate, an elastomeric film layer, and an outer layer of a pre-stretch laminate; and the texture feature comprises projections (156, 168) formed in the outer surface, recesses (158, 166) formed in the outer surface, or smooth regions formed in the outer surface.