mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing information related to a predicted channel state at a receiver of a first radio system, the apparatus comprising at least one receiver module to receive radio signals of the first radio system and radio signals of a second radio system, wherein an effect of radio channel shadowing is higher on the radio signals of the second radio system than on the radio signals of the first radio system; a control module to determine a current channel state for the second radio system based on the radio signals of the second radio system, and to provide information related to a better predicted channel state for the first radio system if the information related to the current channel state of the radio signals of the second radio system indicates a better current channel state of the second radio system, and to provide information related to a worse predicted channel state for the first radio system if the information related to the current channel state of the radio signals of the second radio system indicates a worse current channel state of the second radio system; wherein the receiver corresponds to a mobile device, wherein the first radio system corresponds to a mobile communication system, and wherein the control module is configured to obtain information related to a location accuracy of a determined location for the mobile device from a location module, and wherein the information related to the current channel state of the second radio system corresponds to the information related to the location accuracy of the mobile device, and wherein the control module is configured to provide first information related to a better predicted channel state of the mobile communication system if the information related to the location accuracy indicates a higher accuracy, and to provide second information related to a worse predicted channel state of the mobile communication system if the information related to the location accuracy indicates a lower accuracy; and wherein the better predicted channel state corresponds to a channel state supporting data transmission at a higher rate than in a channel state corresponding to the worse predicted channel state.
An oxygen generator outlet manifold assembly comprising: an outlet manifold that includes a main body portion having an outer surface and an inner surface, and at least a first hose connector that includes an outlet defined therein extending from the main body portion, wherein the main body portion defines a main body portion interior that includes a connection opening defined in the inner surface, the main body portion interior further including a ring chamber, a flow space and a distribution chamber, wherein an annular ring is positioned in the main body portion interior and separates the ring chamber from the distribution chamber; an end cover that includes a generator outlet portion extending therefrom, wherein the generator outlet portion is received in the connection opening of the outlet manifold, wherein the generator outlet portion includes an outlet valve having an open and a closed state and includes an interior chamber defined therein, wherein the interior chamber cooperates with the ring chamber to define an outlet chamber, wherein an oxygen flow path is defined through the valve when it is in the open position, to the outlet chamber, through the flow space, through the distribution chamber and to the outlet of the first hose connector. an outlet manifold that includes a main body portion having an outer surface and an inner surface, and at least a first hose connector that includes an outlet defined therein extending from the main body portion, wherein the main body portion defines a main body portion interior that includes a connection opening defined in the inner surface, the main body portion interior further including a ring chamber, a flow space and a distribution chamber, wherein an annular ring is positioned in the main body portion interior and separates the ring chamber from the distribution chamber; an end cover that includes a generator outlet portion extending therefrom, wherein the generator outlet portion is received in the connection opening of the outlet manifold, wherein the generator outlet portion includes an outlet valve having an open and a closed state and includes an interior chamber defined therein, wherein the interior chamber cooperates with the ring chamber to define an outlet chamber, wherein an oxygen flow path is defined through the valve when it is in the open position, to the outlet chamber, through the flow space, through the distribution chamber and to the outlet of the first hose connector.
A communication device, comprising: a first antenna configured to receive and transmit a first set of near field communication, NFC, signals, wherein said first set of NFC signals relates to NFC transactions; a second antenna separate from the first antenna, the second antenna being configured to receive and transmit a second set of NFC signals, wherein said second set of NFC signals relates to wireless charging operations; a controller; a first interface between the controller and the first and second antenna, the first interface comprising an antenna selection unit configured to select the first antenna or the second antenna in response to a selection signal received from said controller; a second interface between the controller and the first antenna; wherein the controller is configured to detect whether an external communication device is within communication range of the first antenna using the second interface. a first antenna configured to receive and transmit a first set of near field communication, NFC, signals, wherein said first set of NFC signals relates to NFC transactions; a second antenna separate from the first antenna, the second antenna being configured to receive and transmit a second set of NFC signals, wherein said second set of NFC signals relates to wireless charging operations; a controller; a first interface between the controller and the first and second antenna, the first interface comprising an antenna selection unit configured to select the first antenna or the second antenna in response to a selection signal received from said controller; a second interface between the controller and the first antenna; wherein the controller is configured to detect whether an external communication device is within communication range of the first antenna using the second interface.
A fungicidal aminoglycoside compound, or a salt thereof, having the formula: wherein: XR 1 is selected from the group consisting of O-C - straight or branched chain-C 4 - 12 alkyl, S-straight or branched chain-C 4-12 alkyl and O-SO 2 R 3; and wherein R 3 is a straight or branched chain C 4 to C 12 alkyl group. XR 1 is selected from the group consisting of O-C - straight or branched chain-C 4 - 12 alkyl, S-straight or branched chain-C 4-12 alkyl and O-SO 2 R 3; and wherein R 3 is a straight or branched chain C 4 to C 12 alkyl group.
A method for congestion control in a data communication protocol employing acknowledged communication in which a transmitting node transmits data to a receiving node and the receiving node acknowledges receipt of the data, wherein a congestion window specifies a maximum amount of unacknowledged data which the transmitting node may transmit before reception of a positive acknowledgement for all or part of that data, the method to be performed by the transmitting node and comprising: measuring a flight size indicating an amount of data sent by the transmitting node and not yet acknowledged by the receiving node; measuring a transmission rate, the transmission rate corresponding to a same time instant as the flight size; determining a trend of the flight size; determining a trend of the transmission rate, wherein the trend is derived from a transmission rate gradient calculation, in which either the transmission rate measurements or the transmission rate gradient calculations or both, are filtered to reduce their temporal variability; detecting whether or not there is a congestion according to the determined trend of the transmission rate and the trend of the flight size; upon positive detection of the congestion, modifying the congestion window; and transmitting data while respecting the congestion window size. measuring a flight size indicating an amount of data sent by the transmitting node and not yet acknowledged by the receiving node; measuring a transmission rate, the transmission rate corresponding to a same time instant as the flight size; determining a trend of the flight size; determining a trend of the transmission rate, wherein the trend is derived from a transmission rate gradient calculation, in which either the transmission rate measurements or the transmission rate gradient calculations or both, are filtered to reduce their temporal variability; detecting whether or not there is a congestion according to the determined trend of the transmission rate and the trend of the flight size; upon positive detection of the congestion, modifying the congestion window; and transmitting data while respecting the congestion window size.
A data processing method comprising: storing, in a columnar data store, one or more datasets; storing, in an index data repository comprising one or more indexes of the one or more datasets stored in the columnar data store, one or more datasets and one or more views of the one or more datasets stored in the columnar data store; receiving a query to perform an analysis on the query identifying a particular dataset; determining whether a view of the particular dataset is stored in the index data repository based on index metadata identifying the datasets stored in the index data repository, wherein the index metadata is stored in the index data repository and wherein the index data repository comprises one or more access control systems which provide access controls for the particular dataset; when a view of the particular dataset is stored in the index data repository, determining whether the particular dataset is subject to access controls by analyzing the query; when the particular dataset is not subject to access controls, determining whether the particular dataset contains more than the threshold number of rows; when the particular dataset contains less than the threshold number of rows, responding to the query with data from the particular dataset stored in the columnar data store; or when the dataset is subject to access controls, responding to the query with data from the particular dataset stored in the columnar data store. storing, in a columnar data store, one or more datasets; storing, in an index data repository comprising one or more indexes of the one or more datasets stored in the columnar data store, one or more datasets and one or more views of the one or more datasets stored in the columnar data store; receiving a query to perform an analysis on the query identifying a particular dataset; determining whether a view of the particular dataset is stored in the index data repository based on index metadata identifying the datasets stored in the index data repository, wherein the index metadata is stored in the index data repository and wherein the index data repository comprises one or more access control systems which provide access controls for the particular dataset; when a view of the particular dataset is stored in the index data repository, determining whether the particular dataset is subject to access controls by analyzing the query; when the particular dataset is not subject to access controls, determining whether the particular dataset contains more than the threshold number of rows; when the particular dataset contains less than the threshold number of rows, responding to the query with data from the particular dataset stored in the columnar data store; or when the dataset is subject to access controls, responding to the query with data from the particular dataset stored in the columnar data store.
A positioning reference signal, PRS, generation method, characterized in that the method comprises: generating a positioning frequency domain sequence according to time-frequency resource information and system configuration information, wherein the time-frequency resource information comprises a number N prs slot of allocated system symbols consecutive in time, and the system configuration information comprises positioning subcarrier spacing Δf prs; and generating, based on the positioning frequency domain sequence, positioning time domain data consecutive in a time period of the N prs slot consecutive system symbols. generating a positioning frequency domain sequence according to time-frequency resource information and system configuration information, wherein the time-frequency resource information comprises a number N prs slot of allocated system symbols consecutive in time, and the system configuration information comprises positioning subcarrier spacing Δf prs; and generating, based on the positioning frequency domain sequence, positioning time domain data consecutive in a time period of the N prs slot consecutive system symbols.
Use of a membrane filter for regenerating used dialysate, comprising a plurality of hollow fiber membranes prepared by the following method: a) providing two spinning mass solutions A and B, wherein the spinning mass solution A is a solution of an esterified cellulose for the lumen-side selection layer and the spinning mass solution B is a solution containing a polymer for the support layer selected from the group consisting of polyvinylpyrrolidone, polyethersulfone, polyetherimide, polyamide, polycarbonate, polystyrene, polymethylmethacrylate (PMMA), polyvinylidene fluoride (PVDF), polyacrylonitrile, polyimide, polysulfone, and/or polyurethane and mixtures thereof, b) setting the precipitation bath temperature at 40 to 95°C, c) bringing the spinning mass solutions A and B into contact with water as internal precipitant via a hollow fibre spinneret, (d) coagulating and precipitating the extrudate consisting of the substances dissolved in the spinning mass solutions A and B, the spinning block temperature being set at 5 to 40°C, wherein the hollow fiber membranes comprise a coextrudate of a support layer and a lumen-side selection layer, wherein the selection layer consists of acetyl cellulose and the degree of acetylation lies in the range of 0.5 to 3, and wherein the thickness of the selection layer is less than 800 nm. a) providing two spinning mass solutions A and B, wherein the spinning mass solution A is a solution of an esterified cellulose for the lumen-side selection layer and the spinning mass solution B is a solution containing a polymer for the support layer selected from the group consisting of polyvinylpyrrolidone, polyethersulfone, polyetherimide, polyamide, polycarbonate, polystyrene, polymethylmethacrylate (PMMA), polyvinylidene fluoride (PVDF), polyacrylonitrile, polyimide, polysulfone, and/or polyurethane and mixtures thereof, b) setting the precipitation bath temperature at 40 to 95°C, c) bringing the spinning mass solutions A and B into contact with water as internal precipitant via a hollow fibre spinneret, (d) coagulating and precipitating the extrudate consisting of the substances dissolved in the spinning mass solutions A and B, the spinning block temperature being set at 5 to 40°C,
A conductive paste comprising conductive particles dispersed in an organic medium, the organic medium comprising: a solvent; and a binder comprising polyester, wherein the majority of conductive particles comprise silver flakes having an aspect ratio of five or less. a solvent; and a binder comprising polyester,
Method for ultrasound determination of a corrected image of a medium, the method comprising: - determination of a temporal succession of images of the medium (I k), k being an image index between 0 and N, and the first image of said succession being assumed to be without strain, - determination of the movement for each image of the medium of index k between 1 and N, the movement being between an image of the medium of index k (I k) and the preceding image of the medium of index k-1 (I k-1), - determination of a temporal succession of partial strain images (IΔε k), based on the image of the medium of index k (I k) and the preceding image of the medium of index k-1 (I k-1), - determination of corrected partial strain images (IΔε k *), by compensation of said partial strain images (IΔε k) based on preceding movements, meaning the movements associated with the images of the medium having indices between 1 and k inclusive, and - determination of a corrected strain image (Iε k *) by summation of the corrected partial strain images (IΔε k *) of indices between 1 and k inclusive, and wherein the determination of the movement of index k is carried out by: - determination of a field of displacement (u k) between an image of the medium (I k) and the preceding image of the medium (I k-1), - determination of an image geometric transformation (T k) based on said field of displacement (u k), said geometric transformation representing the field of displacement (u k) with fewer than ten parameters. - determination of a temporal succession of images of the medium (I k), k being an image index between 0 and N, and the first image of said succession being assumed to be without strain, - determination of the movement for each image of the medium of index k between 1 and N, the movement being between an image of the medium of index k (I k) and the preceding image of the medium of index k-1 (I k-1), - determination of a temporal succession of partial strain images (IΔε k), based on the image of the medium of index k (I k) and the preceding image of the medium of index k-1 (I k-1), - determination of corrected partial strain images (IΔε k *), by compensation of said partial strain images (IΔε k) based on preceding movements, meaning the movements associated with the images of the medium having indices between 1 and k inclusive, and - determination of a corrected strain image (Iε k *) by summation of the corrected partial strain images (IΔε k *) of indices between 1 and k inclusive, and - determination of a field of displacement (u k) between an image of the medium (I k) and the preceding image of the medium (I k-1), - determination of an image geometric transformation (T k) based on said field of displacement (u k), said geometric transformation representing the field of displacement (u k) with fewer than ten parameters.
Cylinder-piston unit for a needle-free injector, for example for providing a sterile injection solution, with a chamber which is arranged in a cylinder and is intended for receiving an injection solution, an end wall with at least one nozzle bore or an outlet element, and a second piston arranged movably in the chamber, - the chamber being of two-part design with a first chamber and a concentric second chamber, - the cross section of the first chamber being larger than the cross section of the second chamber, - the first chamber being designed such that it is closed by a first piston and the second chamber being designed such that it is closed by the second piston, - the first chamber being separated from the second chamber, characterized - in that the second piston is designed with at least one transfer passage, or - in that the first chamber is designed with at least one closable, axially aligned freeze-drying passage and the second chamber is designed with at least one axially aligned transfer passage, at the rear ends in each case of the chambers (8, 9), and - in that the second piston is designed as an inner second piston body (7.1) with an outer second piston ring (7.2), and the first piston is designed as an inner first piston body (10.1) with an outer first piston ring (10.2). - the chamber being of two-part design with a first chamber and a concentric second chamber, - the cross section of the first chamber being larger than the cross section of the second chamber, - the first chamber being designed such that it is closed by a first piston and the second chamber being designed such that it is closed by the second piston, - the first chamber being separated from the second chamber, characterized - in that the second piston is designed with at least one transfer passage, or - in that the first chamber is designed with at least one closable, axially aligned freeze-drying passage and the second chamber is designed with at least one axially aligned transfer passage, at the rear ends in each case of the chambers (8, 9), and - in that the second piston is designed as an inner second piston body (7.1) with an outer second piston ring (7.2), and the first piston is designed as an inner first piston body (10.1) with an outer first piston ring (10.2).
Method for manufacturing a device for holding a light guide, comprising the steps of: providing a light guide holder having a first end and a second end connected by a longitudinal through hole with a first portion at the first end having a first diameter (d 1) and a second portion at the second end having a second diameter (d 2), the first diameter (d 1) being smaller than the second diameter (d 2), and the first and second portions (12,13) being connected by a tapering portion, - inserting a light guide into the through hole so the light guide extends from the first end to the second end of the light guide holder, - inserting a substance into at least part of the second portion of the through hole, - inserting a tube between the light guide and the light guide holder, thereby forcing the substance to penetrate the first portion as well as between the light guide and the tube and between the tube and the first light guide holder, and - fixing the light guide in relation to the light guide holder by means of the substance. - inserting a light guide into the through hole so the light guide extends from the first end to the second end of the light guide holder, - inserting a substance into at least part of the second portion of the through hole, - inserting a tube between the light guide and the light guide holder, thereby forcing the substance to penetrate the first portion as well as between the light guide and the tube and between the tube and the first light guide holder, and - fixing the light guide in relation to the light guide holder by means of the substance.