mhurhangee/ep-ind-claims huggingface dataset:
A radionuclide detection apparatus for detecting the radionuclide labeled at a subject that can be subjected to HPLC and exists in a fluid flowing in a tube, comprising: a chamber through which the tube penetrates; a conversion means provided in the chamber and converting the energy of a charged particle emitted from the radionuclide into Cerenkov light; and a light detection means detecting the light converted by the conversion means, wherein the tube has a diameter of 0.1-10 mm, has a light transmitting portion made of any transparent material allowing penetration of light and conversion of the energy of the charged particle into light by the conversion means, and is formed at a position facing the conversion means, wherein the conversion means is made from a material having refractive index of at least 1.33 through which material light can pass, wherein the conversion means converts the energy of the charged particle passing through the light transmitting portion, and wherein the radionuclide emits a charged particle having energy with a threshold T satisfying Equation 1 during radioactive decay: T keV = 511 1 / 1 − 1 / n 2 1 / 2 − 1, where n is refractive index of a medium.
Impulse wire module, comprising - a module housing which defines a housing chamber, - a wire winding which is formed by a winding wire and which is arranged at least partially within the housing chamber, - an impulse wire which extends at least in part within the wire winding, and - a contacting device for external electrical contacting of the impulse wire module, which is fastened to the module housing and is electrically connected to the wire winding, wherein the winding wire is connected to the contacting device via a material bond, characterized in that the contacting device comprises a main body which is at least partially overmolded by the module housing, and wherein the contacting device comprises a connecting element which is formed integrally with the main body, which projects out of the module housing and on which the material bond is arranged. - a module housing which defines a housing chamber, - a wire winding which is formed by a winding wire and which is arranged at least partially within the housing chamber, - an impulse wire which extends at least in part within the wire winding, and - a contacting device for external electrical contacting of the impulse wire module, which is fastened to the module housing and is electrically connected to the wire winding, wherein the winding wire is connected to the contacting device via a material bond, characterized in that the contacting device comprises a main body which is at least partially overmolded by the module housing, and wherein the contacting device comprises a connecting element which is formed integrally with the main body, which projects out of the module housing and on which the material bond is arranged.
A method for producing a molded body from electrically melted synthetic quartz glass comprising: providing synthetically produced quartz-glass granules and heating the quartz-glass granules in an electrically heated melting vessel so as to form a softened quartz glass mass and molding the softened quartz-glass mass into the molded body, characterized in that the synthetically produced quartz glass granules are of granular particles that have helium entrapped therein, whereby said providing of said granular particles comprises the following steps: (a) granulation of pyrogenically produced silicic acid so as to form a SiO 2 granulate of porous granulate particles; (b) vitrifying the SiO 2 granulate in a rotary kiln having a rotary tube consisting at least in part of ceramic material, and in a treatment gas which contains at least 30% by vol. of helium so as to form the granular particles with entrapped helium and (c) cooling the vitrified granular particles so as to entrap helium in the granular particles, wherein the helium entrapped in the granular particles occupies a volume of at least 0.5 cm 3 /kg during outgassing at 25°C and atmospheric pressure. (a) granulation of pyrogenically produced silicic acid so as to form a SiO 2 granulate of porous granulate particles; (b) vitrifying the SiO 2 granulate in a rotary kiln having a rotary tube consisting at least in part of ceramic material, and in a treatment gas which contains at least 30% by vol. of helium so as to form the granular particles with entrapped helium and (c) cooling the vitrified granular particles so as to entrap helium in the granular particles, wherein the helium entrapped in the granular particles occupies a volume of at least 0.5 cm 3 /kg during outgassing at 25°C and atmospheric pressure.
A method for producing a halohydantoin compound, comprising the steps of: (a) providing, in a dryer, a composition containing (i) at least one component selected from the group consisting of water, an organic solvent, and elemental halogen and (ii) a halohydantoin compound; and (b) drying the composition under reduced pressure in the dryer, the reduced pressure being reduced to a pressure lower than atmospheric pressure while introducing an inert gas from an outside source into the dryer, wherein a rate of introduction of the inert gas is not less than 0.01 mol% equivalent/min and not greater than 5.0 mol% equivalent/min, with respect to a total molar quantity of one component selected from the group consisting of water, an organic solvent, and elemental halogen prior to the drying, wherein the dryer encompasses any one of a rotary container vacuum dryer, a rotary drum vacuum dryer (drum vacuum dryer), a vacuum belt dryer, and a tray vacuum dryer. (a) providing, in a dryer, a composition containing (i) at least one component selected from the group consisting of water, an organic solvent, and elemental halogen and (ii) a halohydantoin compound; and (b) drying the composition under reduced pressure in the dryer, the reduced pressure being reduced to a pressure lower than atmospheric pressure while introducing an inert gas from an outside source into the dryer, wherein a rate of introduction of the inert gas is not less than 0.01 mol% equivalent/min and not greater than 5.0 mol% equivalent/min, with respect to a total molar quantity of one component selected from the group consisting of water, an organic solvent, and elemental halogen prior to the drying, wherein the dryer encompasses any one of a rotary container vacuum dryer, a rotary drum vacuum dryer (drum vacuum dryer), a vacuum belt dryer, and a tray vacuum dryer.
An embolic device for placement in a body lumen, the embolic device comprising: an elongated member having a linear configuration when at room temperature, the elongated member being configured to form a first three-dimensional structure in response to body temperature, wherein room temperature refers to a temperature that is different from the body temperature, wherein the elongated member comprises a first segment, a second segment, and a third segment, the second segment being located between the first segment and the third segment, wherein the first segment is martensitic when the first segment is at the room temperature, and is austenitic when the first segment is at the body temperature, and wherein the second segment is martensitic when the second segment is at the room temperature, and is also martensitic when the second segment is at the body temperature; wherein the third segment is martensitic when the third segment is at the room temperature, and is austenitic when the third segment is at the body temperature. an elongated member having a linear configuration when at room temperature, the elongated member being configured to form a first three-dimensional structure in response to body temperature, wherein room temperature refers to a temperature that is different from the body temperature, wherein the elongated member comprises a first segment, a second segment, and a third segment, the second segment being located between the first segment and the third segment, wherein the first segment is martensitic when the first segment is at the room temperature, and is austenitic when the first segment is at the body temperature, and wherein the second segment is martensitic when the second segment is at the room temperature, and is also martensitic when the second segment is at the body temperature; wherein the third segment is martensitic when the third segment is at the room temperature, and is austenitic when the third segment is at the body temperature.
A device (10, 50) for detecting geometrical basic shapes, the device (10, 50) being configured to: detect gradients so that gradient vectors (13a", 13b") are obtained; and scale the gradient vectors (13a", 13b") by respective stretching factors and accumulate resulting end points (13a*, 13b*) of the respective scaled gradient vectors (13a", 13b") in the accumulator arrays (16a, 16b) associated to the respective stretching factors, wherein the basic shapes comprise a circle, segment of a circle, equilateral triangle, square, equilateral octagon and/or equilateral polygon; characterized in that a number of accumulation cells of the accumulator arrays (16a, 16b) is the smaller, the greater the respective stretching factor. detect gradients so that gradient vectors (13a", 13b") are obtained; and scale the gradient vectors (13a", 13b") by respective stretching factors and accumulate resulting end points (13a*, 13b*) of the respective scaled gradient vectors (13a", 13b") in the accumulator arrays (16a, 16b) associated to the respective stretching factors, wherein the basic shapes comprise a circle, segment of a circle, equilateral triangle, square, equilateral octagon and/or equilateral polygon; characterized in that a number of accumulation cells of the accumulator arrays (16a, 16b) is the smaller, the greater the respective stretching factor.
Machine for producing or processing a fibrous web, having a steam consumer in the form of a steam-heated cylinder; a fresh steam network which makes available fresh steam at a first pressure level; and a device for supplying the steam-heated cylinder, comprising a steam infeed which provides steam at a second pressure level to the steam consumer and which is capable of being connected to the fresh steam network; a condensate return line for guiding the condensate that is retrieved from the steam consumer, in particular for returning said condensate into an external steam generator; a steam generation device for at least partially evaporating the condensate that is retrieved from the steam consumer, said steam generation device comprising at least one heat exchanger; and a return feed line which is capable of being connected to the steam infeed so as to feed steam that is generated from the condensate back into the steam infeed, wherein the steam infeed by means of a valve or a throttle element is capable of being decoupled from the fresh steam network, and wherein the second pressure level differs from the first pressure level, characterized in that the steam infeed is composed substantially of a line system without any additional storage vessel.
A method of protecting communications traffic in an optical communications network, the method comprising: selecting the communications traffic from a working path in the optical network; determining a first fault condition on the working path; selecting the communications traffic from a protection path in the optical network in response to determining at least a second fault condition on the working path after clearing of the first fault and where the second fault is determined within a first predetermined time period of determining the first fault condition. selecting the communications traffic from a working path in the optical network; determining a first fault condition on the working path; selecting the communications traffic from a protection path in the optical network in response to determining at least a second fault condition on the working path after clearing of the first fault and where the second fault is determined within a first predetermined time period of determining the first fault condition.
Method for assisting with driving a motor vehicle on the approach to an intersection, comprising the following steps: - a step of detecting, from the motor vehicle, an intersection in front of the motor vehicle; - a step of detecting, from the motor vehicle, objects present in the vicinity of said motor vehicle and of said intersection; and - a step of commanding the motor vehicle to stop before the intersection is crossed, which is able to be activated depending on the type of detected intersection and on detection of at least one first moving object (4 1, 4 2, 4 3; 4 4; 4 8) that is following an estimated path that intercepts, at the end of an estimated time to collision, an estimated path to be followed by said motor vehicle when it crosses the intersection, characterized in that the activation of the step of commanding to stop may be inhibited in case of detection of at least one second object (5; 6) that is following an estimated path that intercepts a segment of the estimated path followed by the first moving object (4 1, 4 2, 4 3; 4 4; 4 8) for a time longer than said estimated time to collision. - a step of detecting, from the motor vehicle, an intersection in front of the motor vehicle; - a step of detecting, from the motor vehicle, objects present in the vicinity of said motor vehicle and of said intersection; and - a step of commanding the motor vehicle to stop before the intersection is crossed, which is able to be activated depending on the type of detected intersection and on detection of at least one first moving object (4 1, 4 2, 4 3; 4 4; 4 8) that is following an estimated path that intercepts, at the end of an estimated time to collision, an estimated path to be followed by said motor vehicle when it crosses the intersection,
A security indication information configuration method, comprising: detecting, by a terminal, whether universal security indication information is set in the terminal for a trusted user interface TUI; detecting, by the terminal, a running status of the terminal when it is detected that no universal security indication information is set in the terminal for the TUI; when it is detected that the running status of the terminal is a secure state, presenting, by the terminal, a first input interface on a display by using a first information presentation interface; and receiving, by the terminal, universal security indication information input by a user by using the first input interface, and saving the universal security indication information to a trusted execution environment TEE of the terminal; wherein the universal security indication information is security indication information that can be used by a trusted operating system OS, and all trusted applications installed in the TEE, and is security indication information that is presented on the TUI to indicate the TUI when a trusted system or a trusted application calls the TUI interface. detecting, by a terminal, whether universal security indication information is set in the terminal for a trusted user interface TUI; detecting, by the terminal, a running status of the terminal when it is detected that no universal security indication information is set in the terminal for the TUI; when it is detected that the running status of the terminal is a secure state, presenting, by the terminal, a first input interface on a display by using a first information presentation interface; and receiving, by the terminal, universal security indication information input by a user by using the first input interface, and saving the universal security indication information to a trusted execution environment TEE of the terminal; wherein the universal security indication information is security indication information that can be used by a trusted operating system OS, and all trusted applications installed in the TEE, and is security indication information that is presented on the TUI to indicate the TUI when a trusted system or a trusted application calls the TUI interface.
A fluidization promoter useful for dehydrogenation, the fluidization promoter comprising: from 0.1 weight percent to 10 weight percent gallium based on the total weight of the fluidization promoter; from 5 parts per million to 500 parts per million platinum based on the total weight of the fluidization promoter; less than 5 weight percent of alkali metal or alkaline earth metal based on the total weight of the fluidization promoter; and a support material, wherein a median particle size of the fluidization promoter is from 20 μm (microns) to 50 μm (microns). from 0.1 weight percent to 10 weight percent gallium based on the total weight of the fluidization promoter; from 5 parts per million to 500 parts per million platinum based on the total weight of the fluidization promoter; less than 5 weight percent of alkali metal or alkaline earth metal based on the total weight of the fluidization promoter; and a support material, wherein a median particle size of the fluidization promoter is from 20 μm (microns) to 50 μm (microns).
Camshaft adjustment device for an internal combustion engine, having a shaft-in-shaft system, wherein the shaft-in-shaft system comprises a first shaft and a second shaft which is arranged coaxially with respect to the first shaft, wherein the first shaft is connected functionally to a first group of cams, wherein the second shaft is connected functionally to a second group of cams, wherein a phase adjustment between the first shaft and the second shaft is provided by way of a rotor and a stator which is coupled hydraulically to the rotor, and wherein the device furthermore comprises the following elements: a) a first connection region which is arranged rotationally conjointly on the first shaft, b) a second connection region which is arranged rotationally conjointly on the stator, wherein at least one axially extending driver is arranged such that the first connection region and the second connection region are coupled to one another, characterized in that, as drivers, toothings (36, 40) which engage axially into one another are formed in the first connection region and in the second connection region, wherein an axially arranged toothing is formed in the first connection region and an axial toothing is formed axially on the stator in the second connection region. a) a first connection region which is arranged rotationally conjointly on the first shaft, b) a second connection region which is arranged rotationally conjointly on the stator,
System for the active setting of a radial clearance size between a blade tip of at least one compressor stage and / or at least one turbine stage of an aircraft engine and a housing that surrounds the at least one compressor stage and / or the at least one turbine stage, characterized by having a) a model-based setting device, wherein the time-dependent clearance size can be approximated by the model-based setting device, with only those influencing variables being taken into account that have a time-dependent deformation behavior which is equal to or slower than the time-dependent deformation behavior of the housing, wherein b) the clearance size in the cold state (Sk) serves as the set point (w), with that clearance size being reduced by at least one previously saved value of a clearance proportion (Sm) that is determined at maximal thrust of the aircraft engine, and wherein c) a control variable (y) for a cooling system of the housing can be determined by the model-based setting device. a) a model-based setting device, wherein the time-dependent clearance size can be approximated by the model-based setting device, with only those influencing variables being taken into account that have a time-dependent deformation behavior which is equal to or slower than the time-dependent deformation behavior of the housing, wherein b) the clearance size in the cold state (Sk) serves as the set point (w), with that clearance size being reduced by at least one previously saved value of a clearance proportion (Sm) that is determined at maximal thrust of the aircraft engine, and wherein c) a control variable (y) for a cooling system of the housing can be determined by the model-based setting device.
A light-transmissive element (106, 200, 500) for independently controlling the transmission of heat and visible light through a window, wherein the light-transmissive element comprises a plurality of first charged particles and a plurality of second charged particles, enclosed within an enclosure, the enclosure comprising two substantially planar optically transmissive wall members (202, 204, 302, 304) arranged opposing each other such that transmission of light through the light-transmissive element (106, 200, 500) is enabled through the optically transmissive wall members (202, 204, 302, 304), wherein a distribution of the plurality of first charged particles is controllable, by a first electric field applied in a plane parallel to the wall members (202, 204, 302, 304), to predominantly control the amount of light within a first wavelength range being transmitted through the light-transmissive element (106, 200, 500), the first wavelength range corresponding to substantially infrared light, wherein a distribution of the plurality of second charged particles is controllable, by a second electric field, different from the first electric field, applied in the plane parallel to the wall members (202, 204, 302, 304), to predominantly control the amount of light within a second wavelength range being transmitted through the light-transmissive element (106, 200, 500), the second wavelength range corresponding to substantially visible light, characterized in that the first particles are configured to reflect light of the first wavelength range and to transmit light of the second wavelength range, and wherein the second particles are configured to absorb light of the second wavelength range and to transmit light of the first wavelength range.
Device for non-invasively measuring the aortic flow at the sub-diaphragmatic level of a small laboratory mammal, in particular awake and non-constrained, the device comprising: a. a plethysmographic inductance meter device for the thorax comprising two electrically conductive extendible spires (2, 3) secured to an elastic garment adjustable at the trunk of said mammal, b. a device for acquiring the section variation signal of each spire, c. a processor configured to calculate the instantaneous sub-diaphragmatic aortic flow of said mammal, by extracting the cardiac component of the variations in volume of the thorax from said section variation signals of each spire and from a functional model of the cardio-respiratory system according to which the blood exchanges between the thorax and the remainder of the body of said mammal consist of a blood outlet through the abdominal aorta at the sub-diaphragmatic level and of a blood inlet through the inferior vena cava. a. a plethysmographic inductance meter device for the thorax comprising two electrically conductive extendible spires (2, 3) secured to an elastic garment adjustable at the trunk of said mammal, b. a device for acquiring the section variation signal of each spire, c. a processor configured to calculate the instantaneous sub-diaphragmatic aortic flow of said mammal, by extracting the cardiac component of the variations in volume of the thorax from said section variation signals of each spire and from a functional model of the cardio-respiratory system according to which the blood exchanges between the thorax and the remainder of the body of said mammal consist of a blood outlet through the abdominal aorta at the sub-diaphragmatic level and of a blood inlet through the inferior vena cava.