mhurhangee/ep-ind-claims huggingface dataset:
A method of conveying selected media content from a sending entity to a receiving terminal when the sending entity sends the media content for immediate delivery over Internet Protocol, IP, comprising the steps, as executed in an originating multimedia service network serving the sending entity, or in a terminating multimedia service network serving the receiving terminal: - detecting that the receiving terminal is unable to receive said media content by immediate delivery over IP, - converting said media content in a format converter (308, 608) into a format adapted for deferred delivery, and - sending the converted media content to an intermediate messaging center (310, 610) for deferred delivery to the receiving terminal, characterized in that: wherein a session initiating message directed to the receiving terminal is first received from the sending entity, the session initiating message being intended to initiate a session for immediate delivery over IP of said media content and wherein the session initiating message is to be followed by transfer of said media content from the sending entity, further wherein an acknowledging message is sent to the sending entity in response to the session initiating message, giving an address of the format converter (308, 608) as a receiving address for said media content transfer, such that the sending entity transfers said media content to the format converter (308, 608). - detecting that the receiving terminal is unable to receive said media content by immediate delivery over IP, - converting said media content in a format converter (308, 608) into a format adapted for deferred delivery, and - sending the converted media content to an intermediate messaging center (310, 610) for deferred delivery to the receiving terminal, characterized in that: wherein a session initiating message directed to the receiving terminal is first received from the sending entity, the session initiating message being intended to initiate a session for immediate delivery over IP of said media content and wherein the session initiating message is to be followed by transfer of said media content from the sending entity, further wherein an acknowledging message is sent to the sending entity in response to the session initiating message, giving an address of the format converter (308, 608) as a receiving address for said media content transfer, such that the sending entity transfers said media content to the format converter (308, 608).
Process for the production of poly(oxyalkylene) polyols, wherein initially in a first step A) i) at least one phosphorus-containing compound having at least one hydroxyl group or ii) a mixture of at least one phosphorus-containing compound comprising at least one hydroxyl group and with at least one H-functional starter compound, wherein the proportion of the H-functional starter compounds in the mixture is not more than 50% by weight, are reacted with B) an alkylene oxide component, comprising: i) ≥ 50% to ≤ 100% by weight of ethylene oxide and ii) ≥ 0% to ≤ 50% by weight of alkylene oxides other than ethylene oxide and the product obtained from the first step is then reacted under DMC catalysis with C) an alkylene oxide component, comprising: i) ≥ 0% to ≤ 25% by weight of ethylene oxide and ii) ≥ 75% to ≤ 100% by weight of alkylene oxides other than ethylene oxide and D) optionally carbon dioxide, wherein in the first process step the molar ratio of the component to the hydroxyl groups of the component is 1:1 to 8:1. A) i) at least one phosphorus-containing compound having at least one hydroxyl group or ii) a mixture of at least one phosphorus-containing compound comprising at least one hydroxyl group and with at least one H-functional starter compound, wherein the proportion of the H-functional starter compounds in the mixture is not more than 50% by weight, are reacted with i) at least one phosphorus-containing compound having at least one hydroxyl group or ii) a mixture of at least one phosphorus-containing compound comprising at least one hydroxyl group and with at least one H-functional starter compound, wherein the proportion of the H-functional starter compounds in the mixture is not more than 50% by weight, are reacted with B) an alkylene oxide component, comprising: i) ≥ 50% to ≤ 100% by weight of ethylene oxide and ii) ≥ 0% to ≤ 50% by weight of alkylene oxides other than ethylene oxide and the product obtained from the first step is then reacted under DMC catalysis with i) ≥ 50% to ≤ 100% by weight of ethylene oxide and ii) ≥ 0% to ≤ 50% by weight of alkylene oxides other than ethylene oxide C) an alkylene oxide component, comprising: i) ≥ 0% to ≤ 25% by weight of ethylene oxide and ii) ≥ 75% to ≤ 100% by weight of alkylene oxides other than ethylene oxide and i) ≥ 0% to ≤ 25% by weight of ethylene oxide and ii) ≥ 75% to ≤ 100% by weight of alkylene oxides other than ethylene oxide and D) optionally carbon dioxide,
A method comprising: obtaining, at one or more processors, point cloud data representing locations in three-dimensional space of points of a point cloud; selecting for further processing by the one or more processors one or more subsets of the point cloud data based at least in part on a contour metric; grouping, by the one or more processors, sets of points of the one or more subsets of the point cloud data into one or more clusters based at least in part on one or more distance metrics, wherein all points of the one or more subsets within a predetermined Euclidean distance from a plane onto which the one or more subsets of the point cloud data have been projected are grouped; for a cluster that satisfies one or more cluster size criteria based on dimensions of a calibration standard, determining, by the one or more processors, whether a distribution of signal intensities of points of the cluster satisfies a distribution criterion; based on a determination that the distribution of signal intensities of points satisfies the distribution criterion, determining, by the one or more processors based on the cluster, boundaries of a region that represents the calibration standard; and storing, by the one or more processors, data identifying a set of points of the point cloud that correspond to the calibration standard, the set of points identified based on the boundaries of the region that represents the calibration standard. obtaining, at one or more processors, point cloud data representing locations in three-dimensional space of points of a point cloud; selecting for further processing by the one or more processors one or more subsets of the point cloud data based at least in part on a contour metric; grouping, by the one or more processors, sets of points of the one or more subsets of the point cloud data into one or more clusters based at least in part on one or more distance metrics, wherein all points of the one or more subsets within a predetermined Euclidean distance from a plane onto which the one or more subsets of the point cloud data have been projected are grouped; for a cluster that satisfies one or more cluster size criteria based on dimensions of a calibration standard, determining, by the one or more processors, whether a distribution of signal intensities of points of the cluster satisfies a distribution criterion; based on a determination that the distribution of signal intensities of points satisfies the distribution criterion, determining, by the one or more processors based on the cluster, boundaries of a region that represents the calibration standard; and storing, by the one or more processors, data identifying a set of points of the point cloud that correspond to the calibration standard, the set of points identified based on the boundaries of the region that represents the calibration standard.
Cell compression device for applying dynamic compression stress to cells, the device comprising: a main body having a central internal cavity with a symmetry longitudinal axis and a lower opening aligned with said axis, a deformable membrane having a piston attached thereto, the piston comprising a main portion with a symmetry longitudinal axis, and clamping means to clamp the membrane to the main body at the lower opening to close the central internal cavity so that the closed central internal cavity forms a variable pressure chamber, the attached piston being located outside said variable pressure chamber and the membrane being clamped to the main body in correspondence of clamping points, characterized in that in an assembled configuration, when the deformable membrane is clamped to the main body, said membrane is in a relaxed configuration, wherein the distance of two opposing clamping points is lower than the length of the membrane between said two opposing clamping points, and the symmetry longitudinal axis of the main portion of the piston coincides with the symmetry longitudinal axis of the central internal cavity. a main body having a central internal cavity with a symmetry longitudinal axis and a lower opening aligned with said axis, a deformable membrane having a piston attached thereto, the piston comprising a main portion with a symmetry longitudinal axis, and clamping means to clamp the membrane to the main body at the lower opening to close the central internal cavity so that the closed central internal cavity forms a variable pressure chamber, the attached piston being located outside said variable pressure chamber and the membrane being clamped to the main body in correspondence of clamping points, characterized in that in an assembled configuration, when the deformable membrane is clamped to the main body, said membrane is in a relaxed configuration, wherein the distance of two opposing clamping points is lower than the length of the membrane between said two opposing clamping points, and the symmetry longitudinal axis of the main portion of the piston coincides with the symmetry longitudinal axis of the central internal cavity.
System which can be used in a glass drawing process, the system comprising: a refractory tube having a tubular element and at least one surface element, on which refractory tube during the drawing process molten glass runs onto a contact surface area of the refractory tube, and a carrier, which carries the refractory tube and which is connected with the refractory tube in a non-rotating manner, wherein the contact surface area of the refractory tube is allocated at least in part on the surface element, wherein the surface element covers at least one surface of an end section of the tubular element, and which surface element projects at least in part over the end section of the tubular element, wherein at least one portion of the part of the surface element projecting over the end section of the tubular element is connected at least in part to at least one tensioning element which is further comprised by the system. a refractory tube having a tubular element and at least one surface element, on which refractory tube during the drawing process molten glass runs onto a contact surface area of the refractory tube, and a carrier, which carries the refractory tube and which is connected with the refractory tube in a non-rotating manner, wherein the contact surface area of the refractory tube is allocated at least in part on the surface element, wherein the surface element covers at least one surface of an end section of the tubular element, and which surface element projects at least in part over the end section of the tubular element, wherein at least one portion of the part of the surface element projecting over the end section of the tubular element is connected at least in part to at least one tensioning element which is further comprised by the system.
A method comprising: controlling a first portion of an output driver replica of a voltage mode driver by a first feedback loop, an output portion of the voltage mode driver comprising a set of transistors for controlling a predefined termination impedance of the voltage mode driver; independently controlling a second portion of the output driver replica to establish a substantially equal on-resistance of the first and the second portions, thereby creating a balanced single-ended output resistance of the voltage mode driver, the second portion controlled by a second feedback loop; and a single regulated voltage generated Vr1 by the output driver replica to control the set of transistors to control the predefined termination. controlling a first portion of an output driver replica of a voltage mode driver by a first feedback loop, an output portion of the voltage mode driver comprising a set of transistors for controlling a predefined termination impedance of the voltage mode driver; independently controlling a second portion of the output driver replica to establish a substantially equal on-resistance of the first and the second portions, thereby creating a balanced single-ended output resistance of the voltage mode driver, the second portion controlled by a second feedback loop; and a single regulated voltage generated Vr1 by the output driver replica to control the set of transistors to control the predefined termination.
A rack for holding sample tubes, comprising: a sample tube carrier having an elongated body and walls defining apertures, each of the apertures configured to receive a respective one of the sample tubes, wherein the walls define elongated openings, each of which corresponds to a respective one of the sample tubes and extends along at least a portion of a length of the respective sample tube, the elongated openings to enable viewing of information on the outer surfaces of the sample tubes, the sample tube carrier having a protrusion; and an elongated retention bar to be pivotally coupled to one end of the sample tube carrier via engagement of the protrusion with an opening of a leg that extends away from a top portion of the retention bar to enable the retention bar to rotate relative to the sample tube carrier while the end of the retention bar is pivotally coupled with the sample tube carrier, the retention bar having openings, each of which is positioned over a respective one of the apertures, wherein the openings are dimensioned to prevent removal of the sample tubes from the sample tube carrier through the retention bar. a sample tube carrier having an elongated body and walls defining apertures, each of the apertures configured to receive a respective one of the sample tubes, wherein the walls define elongated openings, each of which corresponds to a respective one of the sample tubes and extends along at least a portion of a length of the respective sample tube, the elongated openings to enable viewing of information on the outer surfaces of the sample tubes, the sample tube carrier having a protrusion; and an elongated retention bar to be pivotally coupled to one end of the sample tube carrier via engagement of the protrusion with an opening of a leg that extends away from a top portion of the retention bar to enable the retention bar to rotate relative to the sample tube carrier while the end of the retention bar is pivotally coupled with the sample tube carrier, the retention bar having openings, each of which is positioned over a respective one of the apertures, wherein the openings are dimensioned to prevent removal of the sample tubes from the sample tube carrier through the retention bar.
A method for determining a load of a watermark, digital tattoo, in a digital signal, said watermark being composed by repetitions of elementary components of said load, said method aiming at determining a value to be retained for each elementary component, said method comprising, for each elementary component: - a step of detecting repetitions of the elementary component in the digital signal, characterized in that the method furthermore comprises: - a step of assigning at least one quality attribute to each repetition of the elementary component, and - a step of sorting the repetitions of the elementary component according to a function of the quality attributes of these repetitions, and - a step of selecting certain repetitions, dubbed individualities, of the elementary component to discard the repetitions of overly low quality, and - a step of fusing the selected repetitions by a weighted summation; the weighting being determined as a function of said at least one quality attribute assigned to each repetition, and - a step of determining a value to be retained for the elementary component based on a result of the weighted summation. - a step of detecting repetitions of the elementary component in the digital signal, - a step of assigning at least one quality attribute to each repetition of the elementary component, and - a step of sorting the repetitions of the elementary component according to a function of the quality attributes of these repetitions, and - a step of selecting certain repetitions, dubbed individualities, of the elementary component to discard the repetitions of overly low quality, and - a step of fusing the selected repetitions by a weighted summation; the weighting being determined as a function of said at least one quality attribute assigned to each repetition, and - a step of determining a value to be retained for the elementary component based on a result of the weighted summation.
A multi-flux micro-fluidic chip based on active fluid flow control, including a chip body, wherein the chip body includes a fluid inflow cavity, reaction-quantification cavities and waste liquid cavities, and the fluid inflow cavity is communicated with an external air path; the multi-flux micro-fluidic chip based on active fluid flow control further includes a fluid path distribution cavity disposed at a middle position of the chip body; the number of the reaction-quantification cavities is two or more, and the two or more reaction-quantification cavies are distributed on two sides of the fluid path distribution cavity in rows to form a first row of reaction-quantification cavities and a second row of reaction-quantification cavities respectively; the reaction-quantification cavities are communicated with a fluid outlet of the fluid path distribution cavity through respective fluid path branches, and a fluid inlet of the fluid path distribution cavity is communicated with a fluid outlet of the fluid inflow cavity and an external fluid path; characterized in that the waste liquid cavities include a first waste liquid cavity, a second waste liquid cavity and a third waste liquid cavity and three said waste liquid cavities are separately disposed on a periphery of the chip body in a semi-enclosed mode, wherein the first waste liquid cavity and the second waste liquid cavity are located on two sides of the chip body, the third waste liquid cavity is communicated with the first waste liquid cavity and the second waste liquid cavity, the first waste liquid cavity is communicated with the first row of reaction-quantification cavities, and the second waste fluid cavity is communicated with the second row of reaction-quantification cavities; the third waste liquid cavity includes a waste liquid pool b, a middle cover plate b covering an open end of the waste liquid pool b and an upper cover plate b covering the middle cover plate b, wherein the middle cover plate b has a surface facing the upper cover plate b and provided with an absorbent paper assembling groove b, air outlets a are formed in a bottom of the absorbent paper assembling groove b, and air outlets b are formed in a surface, opposite to an opening of the absorbent paper assembling groove b, of the upper cover plate b in a penetration mode.
Process for filtering interferograms obtained from SAR images, acquired on the same area by synthetic aperture radars, comprising the following steps: a) acquiring a series of N radar images (A1..AN) by means of a SAR sensor on a same area with acquisition geometries such as to allow re-sampling of the data on common grid; b) after re-sampling on common grid, selecting a pixel from the common grid; c) calculating the coherence matrix of the selected pixel, that is estimating the complex coherence values for each possible pair of available images; d) maximizing, with respect of the source vector θ, here unknown element, the functional: T = R ∑ n = 1 N ∑ m = 1 N γ k nm ⋅ e i ⁢ φ nm ⁢ e - i ⁢ θ n - θ m being the operator which extracts the real part of a complex number, γ nm the module of the element (n,m) of the coherence matrix, k a positive real number, φ nm the phase of the element (n,m) of the coherence matrix, θ n and θ m the elements n and m of the unknown vector θ, the values of the unknown factor being estimated unless an additive constant and the phase values θ n thus obtained constituting the vector of the filtered phase values. a) acquiring a series of N radar images (A1..AN) by means of a SAR sensor on a same area with acquisition geometries such as to allow re-sampling of the data on common grid; b) after re-sampling on common grid, selecting a pixel from the common grid; c) calculating the coherence matrix of the selected pixel, that is estimating the complex coherence values for each possible pair of available images; d) maximizing, with respect of the source vector θ, here unknown element, the functional: T = R ∑ n = 1 N ∑ m = 1 N γ k nm ⋅ e i ⁢ φ nm ⁢ e - i ⁢ θ n - θ m
Panel heater with at least one flat substrate and an electrically conductive coating, which extends at least over part of a substrate area and is electrically connected to at least two connecting electrodes (10, 11) provided for electrical connection to the two terminals of a voltage source, such that by applying a feed voltage, a heating current flows in a heating field, wherein the panel heater is provided with one or a plurality of heating current paths and one or a plurality of measurement current paths, wherein the measurement current paths differ at least in sections from the heating current paths, and wherein the measurement current paths are respectively thermally coupled at least to a portion of the heating field and have at least two connecting sections (14, 15) for connecting a measuring device for ascertaining the electrical resistance of the measurement current path, characterized in that the measurement current paths are respectively formed into the conductive coating by coating-free separating regions and are formed by the conductive coating.
Bearing housing, designed in particular as an end-face cover for a nacelle of a fluid-flow power plant, having a cylindrical section which is configured to receive a bearing unit with at least one rolling bearing, wherein the at least one rolling bearing has an inner ring and an outer ring which are arranged so as to be rotatable about a bearing axis of rotation in relation to one another and, between them, define a rolling space in which multiple rolling bodies are arranged, wherein the bearing housing furthermore has a section which extends at an angle to the cylindrical section and which is adapted to an angle (α) between the bearing axis of rotation and a pressure line of the rolling bearing, wherein the section extending at an angle to the cylindrical section extends in an extension of the pressure line of the rolling bearing radially outwards, characterized in that the section has a flange at its free end.