mhurhangee/ep-ind-claims huggingface dataset:
A nuclear power plant having a containment, a venting system, and an emission-monitoring system for the venting system, having • a pressure-relief line which is connected to the containment and which comprises a high-pressure section and a low-pressure section, • a sampling line which runs on the inlet side into the pressure-relief line and is guided from there to a functional section (20, 46) which can be flowed through by a sample flow, characterized in that the sampling line runs on the inlet side into the low-pressure section of the pressure-relief line, and by the presence • of a jet pump having a working-fluid connection, a suction connection, and an outlet connection, • a working-fluid line which runs on the inlet side into the high-pressure section of the pressure-relief line and which is guided from there to the jet pump and is connected with the working-fluid connection, and • a sample-return line which is guided from the functional section (20, 46) to the jet pump and is connected with the suction connection. • a pressure-relief line which is connected to the containment and which comprises a high-pressure section and a low-pressure section, • a sampling line which runs on the inlet side into the pressure-relief line and is guided from there to a functional section (20, 46) which can be flowed through by a sample flow, • of a jet pump having a working-fluid connection, a suction connection, and an outlet connection, • a working-fluid line which runs on the inlet side into the high-pressure section of the pressure-relief line and which is guided from there to the jet pump and is connected with the working-fluid connection, and • a sample-return line which is guided from the functional section (20, 46) to the jet pump and is connected with the suction connection.
A positive electrode for a lithium-ion secondary battery, comprising: a collector for a positive electrode; and a positive electrode active material layer provided on the collector for a positive electrode, wherein the positive electrode active material layer includes a positive electrode active material, a conductive auxiliary agent, and a binder, the conductive auxiliary agent includes flake-shaped graphite having an average thickness of 0,05 μm or more and 0.5 μm or less, and when an average particle diameter of the positive electrode active material is represented by active material D 50, the average particle diameter of the flake-shaped graphite is equal to or more than (3 x active material D 50 /5) and equal to or less than (9 x active material D 50 /10). a collector for a positive electrode; and a positive electrode active material layer provided on the collector for a positive electrode, wherein the positive electrode active material layer includes a positive electrode active material, a conductive auxiliary agent, and a binder, the conductive auxiliary agent includes flake-shaped graphite having an average thickness of 0,05 μm or more and 0.5 μm or less, and when an average particle diameter of the positive electrode active material is represented by active material D 50, the average particle diameter of the flake-shaped graphite is equal to or more than (3 x active material D 50 /5) and equal to or less than (9 x active material D 50 /10).
A lifesaving assisting apparatus comprising: a light-emitting section configured to emit light to be irradiated on a body of a patient; a light-receiving section configured to output a signal corresponding to an intensity of light which has been transmitted through or reflected from the body of the patient; a pulse-amplitude Index acquiring section configured to analyse amplitude of the signal to acquire a pulse-amplitude Index of the patient wherein the pulse-amplitude Index acquiring section is further configured to acquire a representative pulse-amplitude Index based on a plurality of pulse-amplitude Indices acquired within a predetermined period and wherein the representative pulse-amplitude Index is defined as an average value of the plurality of pulse-amplitude Indices; a pulse determining section configured to determine presence or absence of a pulse of the patient in accordance with the representative pulse-amplitude Index; and a notifying section configured to notify a result of determination made by the pulse determining section. a light-emitting section configured to emit light to be irradiated on a body of a patient; a light-receiving section configured to output a signal corresponding to an intensity of light which has been transmitted through or reflected from the body of the patient; a pulse-amplitude Index acquiring section configured to analyse amplitude of the signal to acquire a pulse-amplitude Index of the patient wherein the pulse-amplitude Index acquiring section is further configured to acquire a representative pulse-amplitude Index based on a plurality of pulse-amplitude Indices acquired within a predetermined period and wherein the representative pulse-amplitude Index is defined as an average value of the plurality of pulse-amplitude Indices; a pulse determining section configured to determine presence or absence of a pulse of the patient in accordance with the representative pulse-amplitude Index; and a notifying section configured to notify a result of determination made by the pulse determining section.
A system for inspecting a workpiece that includes a workpiece defect and a workpiece surface, comprising an ultrasonic inspection system comprising an ultrasonic transducer that directs sound waves along a first trajectory to the workpiece defect, wherein the sound waves contact the workpiece surface at a first workpiece surface location, wherein the system further comprises a laser pointer connected to the ultrasonic inspection system, wherein the laser pointer directs a laser beam along a second trajectory against the workpiece surface to visually annunciate the first workpiece surface location, wherein the first trajectory is parallel to the second trajectory, wherein the laser beam is one of a plurality of laser beams directed from the laser pointer against the workpiece surface by the laser pointer, wherein each laser beam contacts the workpiece surface at a respective second workpiece surface location, and wherein the first workpiece surface location is centered between the second workpiece surface locations.
Printing unit having a roller-shaped printing-form carrier, an inking roller for transferring ink to the rotating printing-form carrier, and a counter-pressure roller which presses a printed material against the printing-form carrier, characterized in that the axes (11, 13) of the inking roller and of the printing-form carrier are tilted towards one another out of a common plane.
Apparatus, comprising: a first pair of lines that is implemented to transmit a first differential signal; a second pair of lines that is implemented to transmit a second differential signal; characterized in that the apparatus comprises: a differential amplifier circuit comprising two differential amplifiers connected in parallel (28a, 28b) and that is implemented to generate, based on a third differential signal applied to the inputs of the differential amplifiers connected in parallel (28a, 28b), a first common-mode signal level at a first output and a second common-mode signal level at a second output and to apply the first common-mode signal level to the lines (46a; 46b) of the first pair of lines and to apply the second common-mode signal level to the lines of the second pair of lines, wherein the first common-mode signal level and the second common-mode signal level are inverted to one another; and an extraction circuit for extracting common-mode portions on the lines (46a; 46b) of the first pair of lines and the lines of the second pair of lines comprising no transducers. a first pair of lines that is implemented to transmit a first differential signal; a second pair of lines that is implemented to transmit a second differential signal; characterized in that the apparatus comprises: a differential amplifier circuit comprising two differential amplifiers connected in parallel (28a, 28b) and that is implemented to generate, based on a third differential signal applied to the inputs of the differential amplifiers connected in parallel (28a, 28b), a first common-mode signal level at a first output and a second common-mode signal level at a second output and to apply the first common-mode signal level to the lines (46a; 46b) of the first pair of lines and to apply the second common-mode signal level to the lines of the second pair of lines, wherein the first common-mode signal level and the second common-mode signal level are inverted to one another; and an extraction circuit for extracting common-mode portions on the lines (46a; 46b) of the first pair of lines and the lines of the second pair of lines comprising no transducers. a differential amplifier circuit comprising two differential amplifiers connected in parallel (28a, 28b) and that is implemented to generate, based on a third differential signal applied to the inputs of the differential amplifiers connected in parallel (28a, 28b), a first common-mode signal level at a first output and a second common-mode signal level at a second output and to apply the first common-mode signal level to the lines (46a; 46b) of the first pair of lines and to apply the second common-mode signal level to the lines of the second pair of lines, wherein the first common-mode signal level and the second common-mode signal level are inverted to one another; and an extraction circuit for extracting common-mode portions on the lines (46a; 46b) of the first pair of lines and the lines of the second pair of lines comprising no transducers.
A lock for an anti-theft device of a steering column of a motor vehicle, comprising - a stator extending along a main axis and including at least two portions (5a; 5b), - a control device housed inside the stator and comprising a rotor extending along the main axis, said control device being configured to take a locking position and an unlocking position of the steering column, when said rotor is driven in rotation about the main axis, - at least two fastening assemblies (11a; 11b) of which each fastening assembly (11a; 11b) is disposed between the control device and the portions of the stator (5a, 5b) and is configured to hold the portions of the stator (5a, 5b) secured to control device when the control device is in the locking position and to allow the rotor to rotate freely when the control device is in the unlocking position, each fastening assembly (11a, 11b) including two complementary fastening elements (21a, 23a; 21b, 23b), one of which (21a; 21b) is carried by the control device and the other (23a; 23b) by a portion (5a; 5b) of the stator, said lock being characterized in that, in at least one fastening assembly (5a; 5b), the two complementary elements are formed by a hook (21a; 21b) and an orifice (23a; 23b) which is configured to receive said hook (21a; 21b) when the lock is in the locking position. - a stator extending along a main axis and including at least two portions (5a; 5b), - a control device housed inside the stator and comprising a rotor extending along the main axis, said control device being configured to take a locking position and an unlocking position of the steering column, when said rotor is driven in rotation about the main axis, - at least two fastening assemblies (11a; 11b) of which each fastening assembly (11a; 11b) is disposed between the control device and the portions of the stator (5a, 5b) and is configured to hold the portions of the stator (5a, 5b) secured to control device when the control device is in the locking position and to allow the rotor to rotate freely when the control device is in the unlocking position,
A composition consisting of: a. 50-95 weight % of one or more thermoplastic fluoropolymer, and b. 5-50 weight % of an acrylic polymer, wherein the fluoropolymer has a melt viscosity of from 0.04 to below 1 kP measured at 100 sec -1 and 230°C by using ASTM D3835. a. 50-95 weight % of one or more thermoplastic fluoropolymer, and b. 5-50 weight % of an acrylic polymer,
Device for producing heat, having a housing, a fluid which can flow through the housing and a heating device which is arranged in the housing for the fluid, wherein the heating device has a rotatable shaft having at least one magnet which is arranged on the shaft and a surround which is arranged at least in regions along a movement path of the at least one magnet which is moved by the shaft for the magnetic interaction of the at least one moved magnet with the surround, which interaction heats the surround, wherein the fluid in order to be heated is guided in terms of flow at least partially along the surround, wherein the housing has an inlet and an outlet for the fluid and wherein in the housing between the inlet and the outlet and around the surround an annular channel which surrounds the surround in an annular manner at the outer side of the surround is formed for a flow of the fluid, characterised in that a heat exchanger which can be placed over the surround is arranged in the annular channel.
A thrust reverser assembly for a gas turbine engine including a core engine, a nacelle surrounding at least a portion of the core engine to define a bypass duct between the nacelle and the core engine, the thrust reverser assembly comprising: a set of outer doors movable between a stowed position and a deployed position, where the set of outer doors extends outwards from the nacelle; a set of blocker doors movable between a stowed position and a deployed position, where the set of blocker door extends into an air flow conduit defined by the bypass duct to deflect by pass air outwards; an actuator assembly; and a link system operably coupling the actuator assembly to the set of outer doors and the set of blocker doors; wherein the set of blocker doors includes a greater number of doors than the number of doors in the set of outer doors, and during operation the actuator assembly is configured to engage the link system such that the set of outer doors and the set of blocker doors are simultaneously selectively moved between the stowed and deployed positions. a set of outer doors movable between a stowed position and a deployed position, where the set of outer doors extends outwards from the nacelle; a set of blocker doors movable between a stowed position and a deployed position, where the set of blocker door extends into an air flow conduit defined by the bypass duct to deflect by pass air outwards; an actuator assembly; and a link system operably coupling the actuator assembly to the set of outer doors and the set of blocker doors; wherein the set of blocker doors includes a greater number of doors than the number of doors in the set of outer doors, and during operation the actuator assembly is configured to engage the link system such that the set of outer doors and the set of blocker doors are simultaneously selectively moved between the stowed and deployed positions.
An information processing apparatus having a touch panel display, the apparatus comprising: a first detection means configured to detect that an instruction object touches the touch panel display; a second detection means configured to detect that the instruction object is moving while touching the touch panel display; a third detection means configured to detect that the instruction object having been held in contact with the touch panel display is detached therefrom; and a control means, characterized in that the control means is configured to, in a case where the first detection means detects that an instruction object touches an area of a display item on the touch panel display, select the display item which exists in the touched area, wherein, in a case where the second detection means detects that the instruction object is moving while touching the touch panel display, the control means is configured to carry out processing associated with the selected display item, if the third detection means detects that the instruction object is detached from the touch panel display before a moving distance of the instruction object has reached a predetermined threshold value, and to not carry out the processing if the moving distance of the instruction object has reached the predetermined threshold value before the third detection means detects that the instruction object is detached from the touch panel display. a first detection means configured to detect that an instruction object touches the touch panel display; a second detection means configured to detect that the instruction object is moving while touching the touch panel display; a third detection means configured to detect that the instruction object having been held in contact with the touch panel display is detached therefrom; and a control means, characterized in that the control means is configured to, in a case where the first detection means detects that an instruction object touches an area of a display item on the touch panel display, select the display item which exists in the touched area, wherein, in a case where the second detection means detects that the instruction object is moving while touching the touch panel display, the control means is configured to carry out processing associated with the selected display item, if the third detection means detects that the instruction object is detached from the touch panel display before a moving distance of the instruction object has reached a predetermined threshold value, and to not carry out the processing if the moving distance of the instruction object has reached the predetermined threshold value before the third detection means detects that the instruction object is detached from the touch panel display.
A thrust needle roller bearing (30, 30', 35, 38) comprising a plurality of needle rollers (2a,2b) and two annular cages (4,31,33,36,39,42), each of the cages (4,31,33,36,39,42) being formed with a plurality of pockets (5,6) each having a radial length longer than the length of the roller (2a,2b), the two annular cages (4,31,33,36,39,42) holding the needle rollers (2a,2b) by sandwiching them between the cages (4,31,33,36,39,42) within roller holding portions (5a,6a) formed in the pockets, the radial length (La) of each of the roller holding portions (5a,6a) of the cages (4,31,33,36,39,42) being formed shorter than the height of the roller (2a,2b); the two cages (4,31,33,36,39,42) being assembled by folding them into a unit so that both the portions of the unit on either radially outer and inner side of the roller holding portions (5a,5b) have their axial thickness (T 3, T 4) smaller than that of the roller holding portions (5a,6a); and the two cages (4,31,33,36,39,42) being secured to one another at both their radially outermost and innermost end portions by caulking, characterised in that at least one of said caulked end portions (32,34,37,41,43, 45,47) has an axially extending flat portion (32a,34a, 37a,41a) having a length at least three times the plate thickness of each cage (4,31,33,36,39,42).
A method for controlling supply voltage for a successive approximation register, SAR, analog to digital converter, ADC, and comparator common mode voltage, comprising: measuring a SAR ADC conversion time for one or more conversions; comparing the SAR ADC conversion time to a desired conversion time; and adjusting in closed loop fashion at least one of a supply and comparator common mode voltage, wherein at least one of said voltages is increased when the conversion time is slow and left unchanged or reduced when the conversion time is fast, and wherein a phase detector compares a reference edge with a SAR done signal that indicates that the one or more conversions have been completed, wherein the conversion time is slower than the desired speed if the SAR done signal arrives later than the reference edge and wherein the conversion time is faster than the desired speed if the SAR done signal arrives earlier than the reference edge. measuring a SAR ADC conversion time for one or more conversions; comparing the SAR ADC conversion time to a desired conversion time; and adjusting in closed loop fashion at least one of a supply and comparator common mode voltage, wherein at least one of said voltages is increased when the conversion time is slow and left unchanged or reduced when the conversion time is fast, and wherein a phase detector compares a reference edge with a SAR done signal that indicates that the one or more conversions have been completed, wherein the conversion time is slower than the desired speed if the SAR done signal arrives later than the reference edge and wherein the conversion time is faster than the desired speed if the SAR done signal arrives earlier than the reference edge.
A method for the detection of Chinese hamster ovary - macrophage migration inhibitory factor contaminations in a monoclonal anti-MIF antibody preparation, comprising the step of contacting the anti-MIF antibody preparation with a polyclonal anti-CHO-MIF antibody, affinity purified against CHO-MIF.
Antibacterial composition comprising or consisting of an extract from the fruits of Sophora Japonica; wherein the extract is obtainable from a first extraction method of the fruit pieces of Sophora Japonica, wherein a mixture of alcohol and water, preferably ethanol and water, is used as an extraction means, and a second extraction method which is performed with ethyl acetate as extraction means, wherein the extract obtained after the first extraction is isolated and then the second extraction is performed, or the second extraction follows the first extraction, without an isolation of the extract, and the obtained extract is subject to a chemical modification in the form of an activation method, which can be obtained by adding diluted or concentrated hydrochloric acid, heating to a temperature of between 40 and 60°C, subsequently adding water, again and continuously heating the obtained mixture and adjusting a neutral pH value while obtaining an activated extract.
Method for manufacturing a component of a rotor blade, in which at least one pultrudate strip with two opposing support faces (17, 20) is coated on at least one of the support faces (17, 20) with a peel ply (3, 5), the peel ply (3, 5) is peeled off from the at least one support face (17, 20), and flow channels (26, 26') are left behind on the at least one support face (17, 20) after the peel ply (3, 5) has been peeled off and liquid resin is infused through the flow channels (26, 26'), characterised in that the peel ply (3, 5) is provided with elongate raised portions, the elongate raised portions of the peel ply (3, 5) form elongate flow channels (26, 26') into the at least one support face (17, 20) and the peel ply (3, 5) is laminated by means of a matrix material (24, 24') onto the support face (17, 20) and peels off when a part of the matrix material (24, 24') peels off and another part of the matrix material (24, 24') remains on the support face (17, 20) and forms the flow channels (25, 26').