mhurhangee/ep-ind-claims huggingface dataset:
An object information acquiring apparatus comprising: a plurality of converting elements with which an acoustic wave is transmitted to an object and the acoustic wave reflected within the object is received and converted into a plurality of received signals; a processor that acquires, using the plurality of received signals, a power intensity signal showing a distribution of power intensity in a plurality of positions within the object through processing using frequency domain interferometry to which adaptive signal processing is applied; and a corrector that performs correction processing on the power intensity signal to output a corrected power intensity signal; the processor being configured to calculate a plurality of correlation values of frequency components using the plurality of received signals, perform frequency average processing on a correlation matrix that is a set of the plurality of calculated correlation values to acquire a first power intensity signal using a plurality of values obtained by the frequency average processing, and perform processing of reducing variance of elements in a diagonal direction of the correlation matrix using the plurality of calculated correlation values to acquire a second power intensity signal using the plurality of values subjected to this processing, and the corrector being configured to perform the correction processing using the first power intensity signal and the second power intensity signal. a plurality of converting elements with which an acoustic wave is transmitted to an object and the acoustic wave reflected within the object is received and converted into a plurality of received signals; a processor that acquires, using the plurality of received signals, a power intensity signal showing a distribution of power intensity in a plurality of positions within the object through processing using frequency domain interferometry to which adaptive signal processing is applied; and a corrector that performs correction processing on the power intensity signal to output a corrected power intensity signal; the processor being configured to calculate a plurality of correlation values of frequency components using the plurality of received signals, perform frequency average processing on a correlation matrix that is a set of the plurality of calculated correlation values to acquire a first power intensity signal using a plurality of values obtained by the frequency average processing, and perform processing of reducing variance of elements in a diagonal direction of the correlation matrix using the plurality of calculated correlation values to acquire a second power intensity signal using the plurality of values subjected to this processing, and the corrector being configured to perform the correction processing using the first power intensity signal and the second power intensity signal.
A switching apparatus for electric power distribution grids comprising: - one or more electric poles; - for each electric pole, at least a fixed contact and a movable contact, said movable contact being reversibly movable between a coupled position, at which said movable contact is coupled with said fixed contact, and an uncoupled position, at which said movable contact is separated from said fixed contact; - for each electric pole, an arc-breaking assembly comprising a plurality of arc-breaking plates; characterised in that said arc-breaking plates comprise a first portion made of a ferromagnetic material and a second portion made of a metallic non-ferromagnetic material, wherein the first portion and the second portion of said arc-breaking plates are arranged so as to be respectively in a proximal position and in a distal position with respect to said movable contact, during a manoeuvre of said switching apparatus. - one or more electric poles; - for each electric pole, at least a fixed contact and a movable contact, said movable contact being reversibly movable between a coupled position, at which said movable contact is coupled with said fixed contact, and an uncoupled position, at which said movable contact is separated from said fixed contact; - for each electric pole, an arc-breaking assembly comprising a plurality of arc-breaking plates;
Helmet for cycling use, of the type comprising a cap structure provided with a plurality of splits which make ventilation channels passing from the inside to the outside of said helmet, a selector being provided, which is arranged at said splits and moveable with respect to said cap structure between a closing position of said ventilation channels and at least one position for at least partly opening said ventilation channels, said selector being moveable on guide means integrated in said cap structure at said splits, characterised in that said selector is housed outside said cap so that in said closing position of said ventilation channels, it is flush with said cap.
A collection optics system for a spectrometer, the collection optics system being configured to selectively collect a Raman signal from scattered light output from a target object, the collection optics system comprising: a non-imaging collection unit configured to collect the Raman signal from the scattered light and output the Raman signal, the non-imaging collection unit comprising an entrance surface on which the scattered light is incident and an exit surface through which the Raman signal is output, wherein the target object comprises a material having turbidity and outputs the scattered light comprising a fluorescence signal and the Raman signal based on light incident on the target object from a light source; wherein the target object comprises human skin, and the Raman signal comprises a blood glucose Raman signal; and a Raman filter configured to block a portion of the scattered light comprising the fluorescence signal; the system characterized in that the Raman filter is provided on a center portion of the entrance surface of the non-imaging collection unit, wherein the Raman filter is further configured to transmit the light incident on the target object in an incident-light wavelength band and configured to block the scattered light output from the target object in a scattered-light wavelength band, wherein the center portion is a portion on which the fluorescence signal is incident and wherein the entrance surface is a part of the non-imaging collection unit that is brought into contact with the target object for performing a measurement operation. a non-imaging collection unit configured to collect the Raman signal from the scattered light and output the Raman signal, the non-imaging collection unit comprising an entrance surface on which the scattered light is incident and an exit surface through which the Raman signal is output, wherein the target object comprises a material having turbidity and outputs the scattered light comprising a fluorescence signal and the Raman signal based on light incident on the target object from a light source; wherein the target object comprises human skin, and the Raman signal comprises a blood glucose Raman signal; and a Raman filter configured to block a portion of the scattered light comprising the fluorescence signal; the system characterized in that the Raman filter is provided on a center portion of the entrance surface of the non-imaging collection unit, wherein the Raman filter is further configured to transmit the light incident on the target object in an incident-light wavelength band and configured to block the scattered light output from the target object in a scattered-light wavelength band, wherein the center portion is a portion on which the fluorescence signal is incident and wherein the entrance surface is a part of the non-imaging collection unit that is brought into contact with the target object for performing a measurement operation.
An active neutral point clamped, ANPC, three-level inverter comprising a power unit, wherein the power unit comprises: a first package module, a second package module, and a third package module, wherein: each of the first package module, the second package module and the third package module is provided with two switch transistors that are complementary to each other; the first package module and the second package module are arranged in a first half of an inner space of the power unit, and the third package module is arranged in a second half of the inner space of the power unit; characterized in that a control terminal of the first package module and a control terminal of the second package module are arranged on a first side of the power unit that is away from the second half of the inner space for arranging the third package module, and a control terminal of the third package module is arranged on a second side of the power unit that is away from the first half of the inner space for arranging the first package module and second package module. each of the first package module, the second package module and the third package module is provided with two switch transistors that are complementary to each other; the first package module and the second package module are arranged in a first half of an inner space of the power unit, and the third package module is arranged in a second half of the inner space of the power unit; characterized in that a control terminal of the first package module and a control terminal of the second package module are arranged on a first side of the power unit that is away from the second half of the inner space for arranging the third package module, and a control terminal of the third package module is arranged on a second side of the power unit that is away from the first half of the inner space for arranging the first package module and second package module.
An ice-lined vaccine refrigerator comprising: - a vaccine storage compartment; - an electrically powered cooling circuit, the electrically powered cooling circuit being configured to generate an ice-lining and to cool the vaccine storage compartment; - an AC power inlet adapted for connection to an external supply of AC power; and - a compressor forming part of the electrically powered cooling circuit and adapted to be powered by the external supply of AC power through the AC power inlet; characterized in that the compressor is a DC powered compressor; and the ice-lined refrigerator comprises an AC/DC convertor configured to convert AC power received at the AC power inlet to DC power which powers the compressor. - a vaccine storage compartment; - an electrically powered cooling circuit, the electrically powered cooling circuit being configured to generate an ice-lining and to cool the vaccine storage compartment; - an AC power inlet adapted for connection to an external supply of AC power; and - a compressor forming part of the electrically powered cooling circuit and adapted to be powered by the external supply of AC power through the AC power inlet; the compressor is a DC powered compressor; and the ice-lined refrigerator comprises an AC/DC convertor configured to convert AC power received at the AC power inlet to DC power which powers the compressor.
A light emitting device comprising: a body including a cavity; an insulating layer over a surface of the body; at least one electrode (31; 32) over the insulating layer; a light emitting diode connected to the electrode (31; 32); and a reflective layer over the insulating layer, wherein the reflective layer includes a first region over electrodes and a second region over the insulating layer characterized in that the electrode (31; 32) includes electrode body parts (31a, 32a) and extension parts (31b; 32b) provided in the cavity while projecting from the electrode body parts (31a; 32a), a width of the extension part (31b; 32b) is less than a width of the electrode body part (31a; 32a), and the reflective layer directly makes contact with the insulating layer in the cavity, and the extension parts (31b; 32b) are disposed between the reflective layer and the insulating layer. a body including a cavity; an insulating layer over a surface of the body; at least one electrode (31; 32) over the insulating layer; a light emitting diode connected to the electrode (31; 32); and a reflective layer over the insulating layer, wherein the reflective layer includes a first region over electrodes and a second region over the insulating layer characterized in that the electrode (31; 32) includes electrode body parts (31a, 32a) and extension parts (31b; 32b) provided in the cavity while projecting from the electrode body parts (31a; 32a), a width of the extension part (31b; 32b) is less than a width of the electrode body part (31a; 32a), and the reflective layer directly makes contact with the insulating layer in the cavity, and the extension parts (31b; 32b) are disposed between the reflective layer and the insulating layer.
Multicomposite material (R1, R2) including at least one monofilament made of glass-resin composite including glass filaments embedded in a thermoset polyester resin, characterized in that said monofilament is coated with at least one layer of benzoxazine.
A process for heating the reboiler of the propane/propylene separation column system (C-1 A, C-1 B) disposed downstream of an FCC unit and fed with the C3 cut from said FCC unit, said process comprising heating the water in a hot water circuit by means of one or more process fluids coming from units disposed upstream and/or downstream of the FCC unit and referred to as hot fluids, said hot fluids being selected alone or in combination from the following fluids: - overhead vapours from the fractionating column of the mild hydrocracking unit upstream of the FCC unit, - overhead vapours from the stripper of the mild hydrocracking unit upstream of the FCC unit, and - effluent from the HDS reactor or reactors of the FCC petrol hydrotreatment unit disposed downstream of the FCC unit, after heat exchanges with the feedstock of the HDS reactor or reactors and with the feedstock of the selective hydrogenation reactor. - overhead vapours from the fractionating column of the mild hydrocracking unit upstream of the FCC unit, - overhead vapours from the stripper of the mild hydrocracking unit upstream of the FCC unit, and - effluent from the HDS reactor or reactors of the FCC petrol hydrotreatment unit disposed downstream of the FCC unit, after heat exchanges with the feedstock of the HDS reactor or reactors and with the feedstock of the selective hydrogenation reactor.
A method of controlling an elevator machine brake having a braking member (42, 44) that engages an elevator machine rotating portion, characterised by comprising: selectively controlling a braking force applied by the braking member (42, 44) by controlling an influence on a brake actuator material that changes shape in response to the influence for controlling engagement between the braking member (42, 44) and the elevator machine rotating portion; and determining a position of the braking member (42, 44) relative to the rotating portion based upon at least one of a magnitude of the influence or output from the material. selectively controlling a braking force applied by the braking member (42, 44) by controlling an influence on a brake actuator material that changes shape in response to the influence for controlling engagement between the braking member (42, 44) and the elevator machine rotating portion; and determining a position of the braking member (42, 44) relative to the rotating portion based upon at least one of a magnitude of the influence or output from the material.
An mobile terminal apparatus, comprising: at least one processing core configured to determine a handover failure at the mobile terminal apparatus; the at least one processing core being further configured to compile information relating to the handover failure, the information comprising information on discontinuous reception at the mobile terminal apparatus; the at least one processing core being further configured to cause a transmitter comprised in the mobile terminal apparatus to transmit the information relating to the handover failure towards a radio-access network (130, 120), wherein the information on discontinuous reception at the mobile terminal apparatus comprises information of a phase of a discontinuous reception pattern the mobile terminal apparatus was in when the handover failure occurred. at least one processing core configured to determine a handover failure at the mobile terminal apparatus; the at least one processing core being further configured to compile information relating to the handover failure, the information comprising information on discontinuous reception at the mobile terminal apparatus; the at least one processing core being further configured to cause a transmitter comprised in the mobile terminal apparatus to transmit the information relating to the handover failure towards a radio-access network (130, 120), wherein the information on discontinuous reception at the mobile terminal apparatus comprises information of a phase of a discontinuous reception pattern the mobile terminal apparatus was in when the handover failure occurred.
A flame retardant composition comprising: a polycarbonate; a polylactide; and a flame retardant; where the flame retardant is a phosphazene compound, a di- or polyfunctional aromatic phosphorus-containing compound, or a combination comprising at least one of the foregoing flame retardants, where the polycarbonate comprises a first polycarbonate homopolymer and a second polycarbonate homopolymer; where first polycarbonate homopolymer has a weight average molecular weight of 15,000 to 25,000 Daltons, when measured using gel permeation chromatography with a polycarbonate standard and is present in an amount of 15 to 55 wt%, based on the total weight of the flame retardant composition; and where the second polycarbonate homopolymer has a weight average molecular weight of 25,000 to 40,000 Daltons, when measured using gel permeation chromatography with a polycarbonate standard and is present in an amount of 15 to 55 wt%, based on the total weight of the flame retardant composition. a polycarbonate; a polylactide; and a flame retardant; where the flame retardant is a phosphazene compound, a di- or polyfunctional aromatic phosphorus-containing compound, or a combination comprising at least one of the foregoing flame retardants, where the polycarbonate comprises a first polycarbonate homopolymer and a second polycarbonate homopolymer; where first polycarbonate homopolymer has a weight average molecular weight of 15,000 to 25,000 Daltons, when measured using gel permeation chromatography with a polycarbonate standard and is present in an amount of 15 to 55 wt%, based on the total weight of the flame retardant composition; and where the second polycarbonate homopolymer has a weight average molecular weight of 25,000 to 40,000 Daltons, when measured using gel permeation chromatography with a polycarbonate standard and is present in an amount of 15 to 55 wt%, based on the total weight of the flame retardant composition.
Method for detecting foreign bodies or other scattering centres in containers which have a container wall made from an optically transparent material, in which tomographic data of at least one volume region in the interior of the containers in which the foreign bodies or scattering centres are detectable are recorded by means of optical coherence tomography, characterized in that the volume region is selected such that it includes at least one area of an inside of the container wall, and that an optical measuring system with a measuring beam and a reference light beam is used for performing the optical coherence tomography, wherein the reflective surface of a reference light mirror on which the reference light beam is reflected has the geometric shape of the inside of the container wall in the selected volume region.
A blade segment (4, 8) for a refiner for refining fibrous material, the blade segment (4, 8) comprising a first end edge and a second end edge, a first side edge and a second side edge opposite to the first side edge, the first side edge and the second side edge extending between the first end edge and the second end edge, a refining surface (5, 9) comprising blade bars (27, 27a, 27b) and blade grooves (28, 28a, 28b) therebetween on a front surface of the blade segment (4, 8), at least one opening (14, 15) at least at one side edge (22, 23), the opening extending through a whole thickness of a blade segment body, and at least one feed groove on the refining surface (5, 9), the feed groove extending from the opening and crossing the blade bars (27, 27a, 27b) and the blade grooves (28, 28a, 28b) for feeding the material to be refined across the refining surface (5, 9), characterized in that the blade bars (27, 27a, 27b) of the blade segment (4, 8) are interlaced at the feed groove. a first end edge and a second end edge, a first side edge and a second side edge opposite to the first side edge, the first side edge and the second side edge extending between the first end edge and the second end edge, a refining surface (5, 9) comprising blade bars (27, 27a, 27b) and blade grooves (28, 28a, 28b) therebetween on a front surface of the blade segment (4, 8), at least one opening (14, 15) at least at one side edge (22, 23), the opening extending through a whole thickness of a blade segment body, and at least one feed groove on the refining surface (5, 9), the feed groove extending from the opening and crossing the blade bars (27, 27a, 27b) and the blade grooves (28, 28a, 28b) for feeding the material to be refined across the refining surface (5, 9), characterized in that the blade bars (27, 27a, 27b) of the blade segment (4, 8) are interlaced at the feed groove.
A method for rendering a three-dimensional image from a tomosynthesis dataset comprising tomosynthesis slices, comprising: obtaining a series of tomosynthesis slices reconstructed from x-ray projection images over a limited scan angle to form a tomosynthesis stack; defining a region-of-interest in one or more of the slices; creating an outline trace of one or more objects in the region-of-interest in each of the slices, wherein the outline trace of the region-of-interest in each slice is created by employing a shrink-wrapping algorithm, and wherein shrink-wrapping performed by the shrink-wrapping algorithm is bounded by an orthogonal image of one or more objects in the region-of-interest; and interpolating between the outline traces and aligning nodes of neighboring outlines are aligned in the z-dimension, creating a 3D surface contour from the aligned outline traces, outputting a 3D rendering of the tomosynthesis data set. obtaining a series of tomosynthesis slices reconstructed from x-ray projection images over a limited scan angle to form a tomosynthesis stack; defining a region-of-interest in one or more of the slices; creating an outline trace of one or more objects in the region-of-interest in each of the slices, wherein the outline trace of the region-of-interest in each slice is created by employing a shrink-wrapping algorithm, and wherein shrink-wrapping performed by the shrink-wrapping algorithm is bounded by an orthogonal image of one or more objects in the region-of-interest; and interpolating between the outline traces and aligning nodes of neighboring outlines are aligned in the z-dimension, creating a 3D surface contour from the aligned outline traces, outputting a 3D rendering of the tomosynthesis data set.
A combination of levocetirizine and montelukast in an effective amount for use in the treatment of a traumatic brain injury or a symptom of traumatic brain injury in a patient in need thereof.