mhurhangee/ep-ind-claims huggingface dataset:
A neutron dosimeter with (a) a neutron moderator, (b) a first radiation detector, - being arranged in the neutron moderator and - being surrounded by a first metal body, that comprises a silver foil, (c) a second radiation detector, that is - arranged in the neutron moderator right next to the first radiation detector and - is surrounded by a second metal body, that comprises a tin foil, (d) the first metal body and the second metal body being designed so that they fundamentally have the same absorption of photons and (e) an evaluation circuit, that is connected to the radiation detectors, characterized by the fact that (f) the evaluation circuit is fitted to receive energy pulses from the radiation detectors (14,16) and to suppress electrical impulses caused by ionizing radiation with a pulse height that is below a predefined pulse height threshold. (a) a neutron moderator, (b) a first radiation detector, - being arranged in the neutron moderator and - being surrounded by a first metal body, that comprises a silver foil, - being arranged in the neutron moderator and - being surrounded by a first metal body, that comprises a silver foil, (c) a second radiation detector, that is - arranged in the neutron moderator right next to the first radiation detector and - is surrounded by a second metal body, that comprises a tin foil, - arranged in the neutron moderator right next to the first radiation detector and - is surrounded by a second metal body, that comprises a tin foil, (d) the first metal body and the second metal body being designed so that they fundamentally have the same absorption of photons and (e) an evaluation circuit, that is connected to the radiation detectors, characterized by the fact that (f) the evaluation circuit is fitted to receive energy pulses from the radiation detectors (14,16) and to suppress electrical impulses caused by ionizing radiation with a pulse height that is below a predefined pulse height threshold.
A pressure pad having a base body, wherein the base body has a first surface and a second surface opposite the first surface, wherein the first surface of the base body has pressure cushions (10,20,30,40,50), characterized in in that the first surface of the base body has exactly five pressure cushions (10, 20, 30, 40, 50), wherein the first pressure cushion is located in the center of a rectangle that is formed by the second pressure cushion, the third pressure cushion, the fourth pressure cushion and the fifth pressure cushion.
A portable electronic device, comprising: a first conductive section having a first inner surface and a first side wall; a second conductive section having a second inner surface and a second side wall; a first bracket attached to the first inner surface; an electrical contact member (520, 540) attached to the first bracket; a second bracket attached to the second inner surface; and a knuckle constructed from an insulating material overmolding the first and second brackets and partially encapsulating the contact member (520, 540) such that the first and second conductive sections are mechanically coupled together; wherein the first conductive section and the second conductive section are connected to different electrical circuits. a first conductive section having a first inner surface and a first side wall; a second conductive section having a second inner surface and a second side wall; a first bracket attached to the first inner surface; an electrical contact member (520, 540) attached to the first bracket; a second bracket attached to the second inner surface; and a knuckle constructed from an insulating material overmolding the first and second brackets and partially encapsulating the contact member (520, 540) such that the first and second conductive sections are mechanically coupled together; wherein the first conductive section and the second conductive section are connected to different electrical circuits.
An integrated system for providing nitrogen to a temporary industrial service application, comprising: at least one mobile pressure swing adsorption unit for providing a baseload of nitrogen fluid having a first specification to a nitrogen service application; at least one mobile liquid N 2 fed system for providing supplemental nitrogen at a second specification to the nitrogen service application, wherein the combined baseload and supplemental nitrogen provide a product nitrogen stream at a predetermined flow rate, temperature, pressure, and purity as required by the industrial service application; the system further comprising a mobile product conditioning unit for receiving a product stream from the at least one pressure swing adsorption unit to manipulate the pressure, temperature or purity of the baseload nitrogen fluid and a mixing device downstream for combining the baseload of nitrogen fluid having a first specification with the supplemental nitrogen having a second specification to form a product stream of the requisite nitrogen specifications necessitated by the service application; further comprising: at least one mobile air compressor disposed upstream of the at least one pressure swing adsorption apparatus for receiving an air feed stream, to form a compressed air stream and feeding the compressed air stream to the at least one pressure swing adsorption apparatus; wherein the baseload of nitrogen fluid has a nitrogen purity of at least 95%. at least one mobile pressure swing adsorption unit for providing a baseload of nitrogen fluid having a first specification to a nitrogen service application; at least one mobile liquid N 2 fed system for providing supplemental nitrogen at a second specification to the nitrogen service application, wherein the combined baseload and supplemental nitrogen provide a product nitrogen stream at a predetermined flow rate, temperature, pressure, and purity as required by the industrial service application; the system further comprising a mobile product conditioning unit for receiving a product stream from the at least one pressure swing adsorption unit to manipulate the pressure, temperature or purity of the baseload nitrogen fluid and a mixing device downstream for combining the baseload of nitrogen fluid having a first specification with the supplemental nitrogen having a second specification to form a product stream of the requisite nitrogen specifications necessitated by the service application; further comprising: at least one mobile air compressor disposed upstream of the at least one pressure swing adsorption apparatus for receiving an air feed stream, to form a compressed air stream and feeding the compressed air stream to the at least one pressure swing adsorption apparatus; wherein the baseload of nitrogen fluid has a nitrogen purity of at least 95%.
A body member for a slide cassette comprising a first duct and a second duct, wherein each duct is suitable for forming an inner linear portion of a respective bearing ball track; and a first concave channel and a second concave channel, wherein each concave channel is suitable for forming an inside edge of an outer linear portion of a respective bearing ball track; wherein the body member is formed from extruded material; characterised in that the first duct comprises at least one groove. a first duct and a second duct, wherein each duct is suitable for forming an inner linear portion of a respective bearing ball track; and a first concave channel and a second concave channel, wherein each concave channel is suitable for forming an inside edge of an outer linear portion of a respective bearing ball track; wherein the body member is formed from extruded material; characterised in that the first duct comprises at least one groove.
An apparatus to assist a user with holding a mobile device having (i) a front-facing display screen and (ii) a case with a rear-facing back portion, wherein the back portion of the case has an exterior surface, an interior surface, a hole through the back portion of the case, and one or two notches or indentations (1210, 1220) in the exterior surface of the back portion of the case, the apparatus comprising: (a) a finger brace having a first end that can be inserted into the one or two notches or indentations (1210, 1220) with a second end spaced from the case; and (b) a flexible member of an elastic material (i) anchored to the interior surface of the back portion of the case, (ii) extending through the hole, and (iii) coupled to the finger brace at an intermediate point between the first end and the second end of the finger brace; (c) wherein the finger brace is sized and shaped to brace at least one finger on each of two opposed sides of the intermediate point; and (d) wherein the length of the flexible member of an elastic material between the hole and the finger brace is such that at least two fingers of one hand of the user can press against the finger brace to brace the mobile device when the one hand is holding the mobile device and at least two fingers of the one hand are between the finger brace and the exterior surface of the back portion of the case; whereby the apparatus both facilitates one-handed use of the mobile device by allowing the user to hold the mobile device while leaving a thumb of the user's one hand free to operate the mobile device and forms a stand. (a) a finger brace having a first end that can be inserted into the one or two notches or indentations (1210, 1220) with a second end spaced from the case; and (b) a flexible member of an elastic material (i) anchored to the interior surface of the back portion of the case, (ii) extending through the hole, and (iii) coupled to the finger brace at an intermediate point between the first end and the second end of the finger brace; (c) wherein the finger brace is sized and shaped to brace at least one finger on each of two opposed sides of the intermediate point; and (d) wherein the length of the flexible member of an elastic material between the hole and the finger brace is such that at least two fingers of one hand of the user can press against the finger brace to brace the mobile device when the one hand is holding the mobile device and at least two fingers of the one hand are between the finger brace and the exterior surface of the back portion of the case; whereby the apparatus both facilitates one-handed use of the mobile device by allowing the user to hold the mobile device while leaving a thumb of the user's one hand free to operate the mobile device and forms a stand.
A method of operating an electronic device, comprising: providing a plurality of antenna elements (152,154); determining that a change is to be made to at least one of the plurality of antenna elements (152,154); and scheduling the change to the at least one of the plurality of antenna elements (152,154) during a time interval that a transmission power amplifier has a power level below a threshold; wherein determining that a change is to be made comprises determining that a first one of the plurality of antenna elements (152,154) assigned to a main wireless signal reception path is to be changed to a diversity wireless signal reception path and a second one of the plurality of antenna elements (152,154) assigned to the diversity wireless signal reception path is to be changed to the main wireless signal reception path. providing a plurality of antenna elements (152,154); determining that a change is to be made to at least one of the plurality of antenna elements (152,154); and scheduling the change to the at least one of the plurality of antenna elements (152,154) during a time interval that a transmission power amplifier has a power level below a threshold; wherein determining that a change is to be made comprises determining that a first one of the plurality of antenna elements (152,154) assigned to a main wireless signal reception path is to be changed to a diversity wireless signal reception path and a second one of the plurality of antenna elements (152,154) assigned to the diversity wireless signal reception path is to be changed to the main wireless signal reception path.
A Parkinson's disease diagnosing apparatus, comprising: an image acquiring unit which acquires a multi-echo magnitude and phase image from an MRI obtained by capturing a brain of a patient; an image processing unit which post-processes the acquired image so as to observe only a substantia nigra and a nigrosome-1 region proposed as imaging biomarkers of the Parkinson's disease; an image analyzing unit which analyzes the processed image to classify an image including the nigrosome-1 region and detects the nigrosome-1 region from the classified image; and a diagnosing unit which diagnoses whether the patient has the Parkinson's disease by determining whether the nigrosome-1 region is normal in each of the classified images, wherein the image processing unit applies a quantitative susceptibility map mask to the image acquired in the image acquiring unit based on a quantitative susceptibility mapping algorithm for visualizing the nigrosome-1 region, and wherein the diagnosing unit diagnoses whether the patient has the Parkinson's disease by analyzing whether the nigrosome-1 region detected in the analyzing unit is normal through machine learning. an image acquiring unit which acquires a multi-echo magnitude and phase image from an MRI obtained by capturing a brain of a patient; an image processing unit which post-processes the acquired image so as to observe only a substantia nigra and a nigrosome-1 region proposed as imaging biomarkers of the Parkinson's disease; an image analyzing unit which analyzes the processed image to classify an image including the nigrosome-1 region and detects the nigrosome-1 region from the classified image; and a diagnosing unit which diagnoses whether the patient has the Parkinson's disease by determining whether the nigrosome-1 region is normal in each of the classified images, wherein the image processing unit applies a quantitative susceptibility map mask to the image acquired in the image acquiring unit based on a quantitative susceptibility mapping algorithm for visualizing the nigrosome-1 region, and wherein the diagnosing unit diagnoses whether the patient has the Parkinson's disease by analyzing whether the nigrosome-1 region detected in the analyzing unit is normal through machine learning.
Apparatus comprising: a radiation pumped heater comprising a ceramic substrate which is heated by a laser beam to a steady state temperature; and a laser emitter adapted to produce the laser beam, which in use heats the ceramic substrate; the apparatus being adapted to heat an optical fiber which is heated by conduction and radiation emitted from the ceramic substrate. a radiation pumped heater comprising a ceramic substrate which is heated by a laser beam to a steady state temperature; and a laser emitter adapted to produce the laser beam, which in use heats the ceramic substrate; the apparatus being adapted to heat an optical fiber which is heated by conduction and radiation emitted from the ceramic substrate.
A cliché for offset printing comprising: a groove pattern, wherein a depth of at least a partial region of the groove pattern is different from a depth of a residual region, the cliché for offset printing comprises the groove pattern of a linear pattern and the groove pattern of a closed figure, the groove pattern of a linear pattern satisfies the following Relationship Equation 1, and the groove pattern of a closed figure satisfies the following Relationship Equation 2: D ≥ 42.9 ⁢ exp − P − W / P / 0.35 − 1.5 wherein D is the depth of the groove pattern, P is a pitch, W is the line width of the groove pattern, and all of units thereof are micrometers, D ≥ 33.8 ⁢ exp − P − W / P / 0.235 + 0.82 wherein D is the depth of the groove pattern, P is the pitch, W is the line width of the groove pattern, and all of units thereof are micrometers. a groove pattern, wherein a depth of at least a partial region of the groove pattern is different from a depth of a residual region, the cliché for offset printing comprises the groove pattern of a linear pattern and the groove pattern of a closed figure, the groove pattern of a linear pattern satisfies the following Relationship Equation 1, and the groove pattern of a closed figure satisfies the following Relationship Equation 2: D ≥ 42.9 ⁢ exp − P − W / P / 0.35 − 1.5 wherein D is the depth of the groove pattern, P is a pitch, W is the line width of the groove pattern, and all of units thereof are micrometers, D ≥ 33.8 ⁢ exp − P − W / P / 0.235 + 0.82 wherein D is the depth of the groove pattern, P is the pitch, W is the line width of the groove pattern, and all of units thereof are micrometers.
Turbomachine, comprising - a rotor which is mounted rotatably about an axis of rotation, rotor blades which are arranged on the rotor, - a casing (8, 9) which is arranged about the rotor, guide vanes which are attached inside the casing (8, 9), - a flow duct which is formed between the rotor and the casing (8, 9), - a supply line which is arranged in the casing (8, 9) and is formed for supplying steam, - an inflow segment which is arranged in the casing (8, 9), - inflow segment guide vanes which are arranged in the inflow segment, bores which are arranged in the inflow segment and which establish a fluidic connection between the supply line and a relief space which is arranged between the inflow segment and the rotor, characterized in that the bores are inclined, with respect to a radial direction through the axis of rotation, by an angle α in the circumferential direction of between 40° and 80°. - a rotor which is mounted rotatably about an axis of rotation, rotor blades which are arranged on the rotor, - a casing (8, 9) which is arranged about the rotor, guide vanes which are attached inside the casing (8, 9), - a flow duct which is formed between the rotor and the casing (8, 9), - a supply line which is arranged in the casing (8, 9) and is formed for supplying steam, - an inflow segment which is arranged in the casing (8, 9), - inflow segment guide vanes which are arranged in the inflow segment,
A case (201, 301, 401) for an aerosol-generating device, the case comprising: a housing (202, 302, 402); a holder (206, 306, 406) for receiving a portion of an aerosol-generating device, the holder (206, 306, 406) being movably couplable to the housing (202, 302, 402) and movable relative to the housing (202, 302, 402) between an open position for receiving an aerosol-generating device and a closed position for storing an aerosol-generating device; and a holder position detector adapted to detect whether the holder (206, 306, 406) is in the open position or the closed position, wherein the holder position detector comprises circuitry (204, 304, 404) adapted to determine the position of the holder (206, 306, 406) relative to the housing (202, 302, 402) and the case (201, 301, 401) further comprises: a power supply (203, 303, 403); an electrical connector (213, 313, 413) configured to electrically connect the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406); and power supply control circuitry (204, 304, 404) configured to control the supply of power from the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406) and connected to the electrical connector (213, 313, 413). a housing (202, 302, 402); a holder (206, 306, 406) for receiving a portion of an aerosol-generating device, the holder (206, 306, 406) being movably couplable to the housing (202, 302, 402) and movable relative to the housing (202, 302, 402) between an open position for receiving an aerosol-generating device and a closed position for storing an aerosol-generating device; and a holder position detector adapted to detect whether the holder (206, 306, 406) is in the open position or the closed position, wherein the holder position detector comprises circuitry (204, 304, 404) adapted to determine the position of the holder (206, 306, 406) relative to the housing (202, 302, 402) and the case (201, 301, 401) further comprises: a power supply (203, 303, 403); an electrical connector (213, 313, 413) configured to electrically connect the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406); and power supply control circuitry (204, 304, 404) configured to control the supply of power from the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406) and connected to the electrical connector (213, 313, 413). a power supply (203, 303, 403); an electrical connector (213, 313, 413) configured to electrically connect the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406); and power supply control circuitry (204, 304, 404) configured to control the supply of power from the power supply (203, 303, 403) to an aerosol-generating device received in the holder (206, 306, 406) and connected to the electrical connector (213, 313, 413).
A method of operating a telemetry system, the method comprising: implementing an event ingestion pipeline to shuttle events through components of the telemetry system, wherein an event includes an instantiation of a set of data described in an event definition, the set of data being logged and transmitted to the telemetry system, wherein the event definition is a description of a specific event in an instrumented application and includes a list of fields set forth in multiple schema sections, wherein the event definition is created by an event author; automatically populating a first set of fields in a first section schema of the multiple schema sections using a logging library of the telemetry system; and populating a second set of fields (424, 426) in a second section schema of the multiple schema sections, wherein the second section schema is selected by the event author, wherein the multiple schema sections are employed for declaring and populating the data from the event. implementing an event ingestion pipeline to shuttle events through components of the telemetry system, wherein an event includes an instantiation of a set of data described in an event definition, the set of data being logged and transmitted to the telemetry system, wherein the event definition is a description of a specific event in an instrumented application and includes a list of fields set forth in multiple schema sections, wherein the event definition is created by an event author; automatically populating a first set of fields in a first section schema of the multiple schema sections using a logging library of the telemetry system; and populating a second set of fields (424, 426) in a second section schema of the multiple schema sections, wherein the second section schema is selected by the event author, wherein the multiple schema sections are employed for declaring and populating the data from the event.