mhurhangee/ep-ind-claims huggingface dataset:
Electrical circuit arrangement for an energy storage system having a first electrochemical energy store and a second electrochemical energy store, comprising - a printed circuit board having at least one control unit and which comprises a first area having electrical and/or electronic components and a second area having electrical and/or electronic components, wherein the first area and the second area of the printed circuit board are isolated from each other at high impedance by a third area; - a first terminal for supplying electrical power to the components of the first area of the printed circuit board by means of the first energy store; - a second terminal for supplying electrical power to the components, which comprise at least one control unit, of the second area of the printed circuit board by means of the second energy store, characterized in that an electrical connection between the second terminal and the control unit comprises a filter circuit, a DC-DC voltage converter and a switching element, wherein the filter circuit is able to be electrically connected to the DC-DC voltage converter by means of the switching element, as a result of which the control unit is supplied with power by the second energy store independently of the first energy store. - a printed circuit board having at least one control unit and which comprises a first area having electrical and/or electronic components and a second area having electrical and/or electronic components, wherein the first area and the second area of the printed circuit board are isolated from each other at high impedance by a third area; - a first terminal for supplying electrical power to the components of the first area of the printed circuit board by means of the first energy store; - a second terminal for supplying electrical power to the components, which comprise at least one control unit, of the second area of the printed circuit board by means of the second energy store, characterized in that
A wall element for a noise-protection wall, wherein the wall element comprises two mutually opposite surfaces, whereof one side can be turned towards potential sound sources and this side comprises at least one perforated plate and at least one light source (8, 9, 13 - 30), wherein the side of the wall element which can be turned towards the potential sound sources is predominantly clad with the perforated plate and the at least one light source (8, 9, 13 - 30) is arranged behind the perforated plate inside the wall element, so that the light of the at least one light source (8, 9, 13 - 30) can be emitted outwards through the perforations of the perforated plate, characterised in that the wall element comprises at least two horizontally extending light sources (8, 9) arranged one above the other, which are spaced apart from one another, a speed measuring device for measuring the speed of vehicles in the region of the wall element is assigned to the wall element and a control device is assigned to the wall element, which controls light sources (8 - 10, 13 - 30) of the wall element depending on the given measured speed of vehicles in the region of the wall element together with light sources (8 - 10, 13 - 30) of other wall elements and/or further depending on light sources (8 - 10, 13 - 30) of other wall elements.
Locking device intended to prevent the earthing of an electrical protection apparatus mounted in a frame in the presence of a voltage on the line on which the apparatus is placed via locking means, characterized in that these locking means are suitable for being actuated by actuation means controlled by the presence of a voltage on the line, and in that it further comprises a lock suitable for being actuated by an operator so as to activate the locking means (3, 5), or else deactivate them after the activation of the actuation means having driven the locking means (3, 5) into a locked position.
A display apparatus, comprising: a thin film transistor substrate extending in a first direction, which is a horizontal direction, and a second direction perpendicular to the first direction; a pixel electrode disposed over the thin film transistor substrate; and a pixel defining layer disposed over the thin film transistor substrate and having an opening exposing a portion of the pixel electrode, wherein the opening of the pixel defining layer comprises sides extending along a third direction inclined at a predetermined angle with the first direction, and sides extending along a fourth direction perpendicular to the third direction, and a protruding opening is formed in an outward direction of the opening at a corner of the opening of the pixel defining layer in the first direction, characterised in that the protruding opening extends from the corner, in the outward direction to a single curved end or to a single vertex, said vertex having an angle (θ) of less than 90 degrees. a thin film transistor substrate extending in a first direction, which is a horizontal direction, and a second direction perpendicular to the first direction; a pixel electrode disposed over the thin film transistor substrate; and a pixel defining layer disposed over the thin film transistor substrate and having an opening exposing a portion of the pixel electrode, wherein the opening of the pixel defining layer comprises sides extending along a third direction inclined at a predetermined angle with the first direction, and sides extending along a fourth direction perpendicular to the third direction, and a protruding opening is formed in an outward direction of the opening at a corner of the opening of the pixel defining layer in the first direction, characterised in that the protruding opening extends from the corner, in the outward direction to a single curved end or to a single vertex, said vertex having an angle (θ) of less than 90 degrees.
A method of bias cancellation for a radio channel sequence comprising first sections, the method comprising: receiving a radio signal, the radio signal comprising a radio channel sequence coded by a first signature, the first signature belonging to a set of orthogonal signatures; decoding the radio channel sequence based on the first signature to obtain a decoded radio channel sequence; decoding the radio channel sequence based on a second signature, which second signature is orthogonal to the signatures of the set of orthogonal signatures, to obtain a bias of the radio channel sequence; and canceling the bias of the radio channel sequence from the decoded radio channel sequence, wherein the second signature comprises first sections corresponding to respective first sections of the radio channel sequence, wherein the first sections of the second signature are periodically arranged in the second signature and have the same length, characterized in that the second signature comprises second sections which are contiguous with the first sections of the second signature, the second sections determined such that the second signature is orthogonal to all signatures of the set of orthogonal signatures. receiving a radio signal, the radio signal comprising a radio channel sequence coded by a first signature, the first signature belonging to a set of orthogonal signatures; decoding the radio channel sequence based on the first signature to obtain a decoded radio channel sequence; decoding the radio channel sequence based on a second signature, which second signature is orthogonal to the signatures of the set of orthogonal signatures, to obtain a bias of the radio channel sequence; and canceling the bias of the radio channel sequence from the decoded radio channel sequence, wherein the second signature comprises first sections corresponding to respective first sections of the radio channel sequence, wherein the first sections of the second signature are periodically arranged in the second signature and have the same length, characterized in that the second signature comprises second sections which are contiguous with the first sections of the second signature, the second sections determined such that the second signature is orthogonal to all signatures of the set of orthogonal signatures.
A handheld system comprising one or more stimulation electrodes and a control subsystem, wherein the control subsystem comprises a programmable memory configured to store a plurality of patterned stimulation waveforms configured to generate a sensed paresthesia, characterized in that at least one of the plurality of patterned stimulation waveforms comprises a pulse shape, maximum amplitude, and pulse width that are concurrently modulated over time, wherein the pulse width is modulated over time according to an exponential function, wherein the exponential function comprises a first phase wherein the pulse width is equal to (PW max -PW min) (1-e -(t/τ)), where PW max is the maximum pulse width, PW min is the minimum pulse width, and τ is a time constant.
Traffic light assembly for a crossroads having branches (5.1, 5.2) of the crossroad that have right of way and branches (4.1, 4.2) of the crossroad that do not have right of way, said traffic light assembly comprising an emergency traffic light signal emitter and a signal light for this purpose, wherein the traffic light assembly is switched by a central control device, wherein a flashing circuit having a flash rate clock, having a local energy storage device and having a switch are provided in the emergency traffic light signal emitter and its signal light, and wherein a monitoring line is guided to the emergency traffic light signal emitter and its signal light from the central control device, said monitoring line conducting a buffer voltage for the local energy storage device in a normal operation of the traffic light assembly and in the event of a failure of the traffic light assembly said monitoring line does not conduct a voltage, wherein the voltage drop at the monitoring line leads to the switch of the emergency traffic light signal emitter switching the signal light to the flashing circuit that is supplied by the local energy storage device, characterized in that a feedback line is guided from the flashing circuit to the central control device, wherein a status signal of the flashing circuit prevails at the feedback line.
Process for recovering lead from a lead pastel containing lead sulfate comprising the following steps: (a) leaching said pastel with an aqueous leaching solution containing chloride ions Cl - and ammonium ions NH 4 + to produce an insoluble residue comprising PbO 2 and a leachate comprising lead ions and sulfate ions; (b) separating said insoluble residue comprising PbO 2 from said leachate; (c) adding a precipitating agent selected from CaO, Ca 2 and mixtures thereof to said leachate to form a precipitate comprising calcium sulfate and a supernatant comprising lead ions; (d) separating said precipitate comprising calcium sulfate from said supernatant comprising lead ions; (e) applying an electrical potential to at least one cathode in contact with said supernatant comprising lead ions to electrolytically produce metal lead and a regenerated leaching solution containing chloride ions Cl - and ammonium ions NH4 +. (a) leaching said pastel with an aqueous leaching solution containing chloride ions Cl - and ammonium ions NH 4 + to produce an insoluble residue comprising PbO 2 and a leachate comprising lead ions and sulfate ions; (b) separating said insoluble residue comprising PbO 2 from said leachate; (c) adding a precipitating agent selected from CaO, Ca 2 and mixtures thereof to said leachate to form a precipitate comprising calcium sulfate and a supernatant comprising lead ions; (d) separating said precipitate comprising calcium sulfate from said supernatant comprising lead ions; (e) applying an electrical potential to at least one cathode in contact with said supernatant comprising lead ions to electrolytically produce metal lead and a regenerated leaching solution containing chloride ions Cl - and ammonium ions NH4 +.
A method for initializing or updating a crosstalk mitigation matrix (P/G) from sub-sampled crosstalk measurements E i, k ⁢ 1. ⁢ D ⁢ 1 l available at a restricted set of frequency indexes (k1.D1), and comprising the steps of: - determining a plurality of complex coupling coefficients (H'/P/G i, j, k2.D2) from a disturber line (Lj) into a victim line (Li) at respective ones of a plurality of frequency indexes (k2.D2) out of said restricted set of frequency indexes, - determining a further complex coupling coefficient (H'/P/G i, j, k) from said disturber line into said victim line at a further frequency index (k) by first converting said plurality of complex coupling coefficients into the polar domain, and by interpolating or extrapolating in the polar domain said further complex coupling coefficient following a spiral shaped curve in the complex plane whose radius is a continuous monotonic function of the angle, and - initializing or updating said crosstalk mitigation matrix from said further interpolated or extrapolated complex coupling coefficient. - determining a plurality of complex coupling coefficients (H'/P/G i, j, k2.D2) from a disturber line (Lj) into a victim line (Li) at respective ones of a plurality of frequency indexes (k2.D2) out of said restricted set of frequency indexes, - determining a further complex coupling coefficient (H'/P/G i, j, k) from said disturber line into said victim line at a further frequency index (k) by first converting said plurality of complex coupling coefficients into the polar domain, and by interpolating or extrapolating in the polar domain said further complex coupling coefficient following a spiral shaped curve in the complex plane whose radius is a continuous monotonic function of the angle, and - initializing or updating said crosstalk mitigation matrix from said further interpolated or extrapolated complex coupling coefficient.
An endoscope insertion shape analysis system comprising: an insertion shape detection unit configured to detect an insertion shape of an insertion portion based on coordinate values of a plurality of locations of the insertion portion of an endoscope inserted in an examinee, wherein the insertion portion has a bending portion on a rear end side of a distal end portion of the insertion portion and is configured to be flexible and to be bent by operation of an operation portion; an insertion shape dividing unit configured to generate a line segment according to the insertion shape and set a plurality of dividing points on the line segment; and an insertion stop point estimation unit configured to detect whether or not insertion operation is performed on the insertion portion based on a moving speed on a proximal end side of the insertion portion and detect, when the one dividing point does not exist at the bending portion, one dividing point out of the plurality of dividing points where a coordinate value on a predetermined coordinate axis locally becomes maximum and a transmission rate of the moving speed that varies according to the insertion operation is less than a predetermined threshold, as an insertion stop point which is a location where there is a factor to stop the insertion operation. an insertion shape detection unit configured to detect an insertion shape of an insertion portion based on coordinate values of a plurality of locations of the insertion portion of an endoscope inserted in an examinee, wherein the insertion portion has a bending portion on a rear end side of a distal end portion of the insertion portion and is configured to be flexible and to be bent by operation of an operation portion; an insertion shape dividing unit configured to generate a line segment according to the insertion shape and set a plurality of dividing points on the line segment; and an insertion stop point estimation unit configured to detect whether or not insertion operation is performed on the insertion portion based on a moving speed on a proximal end side of the insertion portion and detect, when the one dividing point does not exist at the bending portion, one dividing point out of the plurality of dividing points where a coordinate value on a predetermined coordinate axis locally becomes maximum and a transmission rate of the moving speed that varies according to the insertion operation is less than a predetermined threshold, as an insertion stop point which is a location where there is a factor to stop the insertion operation.
A pharmaceutically active H2 relaxin for use in a method of treating premature cervical dilation, comprising administering the relaxin to a pregnant human female.
A method for manufacturing nano carbon micro particles, comprising the following steps: step one: digesting the Mmalvaceae plant to produce a solution containing lignin; step two: extracting lignin condensation from the solution containing lignin, and then removing salt from the lignin condensation to form a material containing lignin; step three: carbonizing the material containing lignin to form carbides; step four: crushing the carbides; step five: performing high-frequency heat treatment at a temperature between 2000°C and 10000°C on the crushed carbides to obtain carbon micro particles. step one: digesting the Mmalvaceae plant to produce a solution containing lignin; step two: extracting lignin condensation from the solution containing lignin, and then removing salt from the lignin condensation to form a material containing lignin; step three: carbonizing the material containing lignin to form carbides; step four: crushing the carbides; step five: performing high-frequency heat treatment at a temperature between 2000°C and 10000°C on the crushed carbides to obtain carbon micro particles.
A method of selecting a patient for combination therapy comprising entinostat and pembrolizumab comprising: providing a peripheral blood sample obtained from the patient, wherein the patient is diagnosed with a cancer; measuring the number of cells in the peripheral blood sample which are CD14-positive, HLA-DR-high, and CD16-negative; measuring the number of total peripheral blood mononuclear cells in the peripheral blood sample; and selecting the patient for administration of the combination therapy if the percentage of the CD14-positive, HLA-DR-high, and CD16-negative cells relative to total peripheral blood mononuclear cells is greater than a pre-determined percentage. providing a peripheral blood sample obtained from the patient, wherein the patient is diagnosed with a cancer; measuring the number of cells in the peripheral blood sample which are CD14-positive, HLA-DR-high, and CD16-negative; measuring the number of total peripheral blood mononuclear cells in the peripheral blood sample; and selecting the patient for administration of the combination therapy if the percentage of the CD14-positive, HLA-DR-high, and CD16-negative cells relative to total peripheral blood mononuclear cells is greater than a pre-determined percentage.
A method for examining a subject into which a polarized radioactive tracer with anisotropic gamma ray emission and a nuclear spin greater than 1/2 has been introduced, the method comprising: applying radio frequency oscillating magnetic fields to the tracer that are configured to manipulate the orientation of the spins such as to manipulate the directional dependence of gamma ray emission from the tracer; detecting gamma rays from the gamma ray emission; and obtaining, based on the detected gamma rays and properties associated with the anisotropic gamma ray emission, spectroscopic data associated with the tracer in the subject, wherein the polarized radioactive tracer has been generated by polarizing nuclei of a radioactive substance such that the spins of the nuclei are hyperpolarized and are oriented in a specific direction. applying radio frequency oscillating magnetic fields to the tracer that are configured to manipulate the orientation of the spins such as to manipulate the directional dependence of gamma ray emission from the tracer; detecting gamma rays from the gamma ray emission; and obtaining, based on the detected gamma rays and properties associated with the anisotropic gamma ray emission, spectroscopic data associated with the tracer in the subject, wherein the polarized radioactive tracer has been generated by polarizing nuclei of a radioactive substance such that the spins of the nuclei are hyperpolarized and are oriented in a specific direction.
A method for producing a carbon nanotube fiber aggregate by chemical vapor deposition by spinning a raw material containing a carbon source in the presence of a carrier gas containing a reducing gas, wherein the molar ratio of the carbon source to the reducing gas (carbon source/reducing gas) is 0.033 or more and 0.05 or less and wherein the molar ratio of the carbon source to the reducing gas (carbon source/reducing gas) satisfies the following Equation 1 or Equation 2: y = 0.0288 e 107.58 ⁢ x 0.0288 e 107.58 ⁢ x − 0.7 ≤ y ≤ 0.0288 e 107.58 ⁢ x + 0.3 wherein, y is the elongation at break, and x is the molar ratio of the carbon source to the reducing gas, to control the strength of the carbon nanotube fiber aggregate, wherein the reducing gas comprises hydrogen gas, ammonia gas, or a mixed gas thereof, and wherein the raw material for spinning is a liquid or gaseous carbon compound having a catalyst precursor dispersed therein. wherein, y is the elongation at break, and x is the molar ratio of the carbon source to the reducing gas, to control the strength of the carbon nanotube fiber aggregate, wherein the reducing gas comprises hydrogen gas, ammonia gas, or a mixed gas thereof, and wherein the raw material for spinning is a liquid or gaseous carbon compound having a catalyst precursor dispersed therein.
A control device for a vehicle configured to travel in a one-pedal mode in which driving and braking are controlled in response to operations on only an accelerator pedal, the control device comprising an electronic control unit configured to: control a braking force of the vehicle by using deceleration maps in which decelerations in a plurality of traveling directions are set for any points based on traveling history data, and calculate, during traveling in the one-pedal mode, a deceleration level based on deceleration information associated with a current traveling direction and a current position of the vehicle among pieces of deceleration information included in the deceleration maps. control a braking force of the vehicle by using deceleration maps in which decelerations in a plurality of traveling directions are set for any points based on traveling history data, and calculate, during traveling in the one-pedal mode, a deceleration level based on deceleration information associated with a current traveling direction and a current position of the vehicle among pieces of deceleration information included in the deceleration maps.
A method for increasing a ratio of a perfluoropolyether having a carboxyl group at one terminal, relative to a total amount of the perfluoropolyether having a carboxyl group at one terminal and a perfluoropolyether having carboxyl groups at both terminals in a composition comprising these perfluoropolyethers, wherein the method comprises a step of subjecting the composition to chromatography in which a moving phase is a supercritical or subcritical state carbon dioxide and a stationary phase is silica gel, and the moving phase is at a constant temperature, T, in a range of from 25 degrees C to 150 degrees C and a constant pressure, P, in a range of from 7 MPa to 30 MPa to thereby collect a fraction containing the perfluoropolyether having a carboxyl group at one terminal at a higher ratio.