mhurhangee/ep-ind-claims huggingface dataset:
A primary apparatus used in a communications system that comprises a primary link and a spatial reuse link, wherein the primary link is set between a primary access point and a primary station, the primary apparatus comprising: a generating module, configured to generate information indicating spatial reuse transmission via the spatial reuse link, wherein the information is used to indicate whether a spatial reuse transmission is prohibited or not, the information occupies 4 bits and when a value of the 4 bits is 0, the value indicates that a spatial reuse transmission is prohibited and when the value of the 4 bits is any one of 1-14, the value indicates a determining parameter, and the determining parameter is associated with allowed interference power when the spatial reuse transmission is being done; a sending module, configured to send the information to a spatial reuse transmission device. a generating module, configured to generate information indicating spatial reuse transmission via the spatial reuse link, wherein the information is used to indicate whether a spatial reuse transmission is prohibited or not, the information occupies 4 bits and when a value of the 4 bits is 0, the value indicates that a spatial reuse transmission is prohibited and when the value of the 4 bits is any one of 1-14, the value indicates a determining parameter, and the determining parameter is associated with allowed interference power when the spatial reuse transmission is being done; a sending module, configured to send the information to a spatial reuse transmission device.
An electronic method for image de-noising, the method comprising: receiving image data comprising a NIR image and a visible light image; aligning pixels in the NIR image with corresponding pixels in the visible light image; determining gradient vectors in the NIR image and gradient vectors in the visible light image; comparing the gradient vectors in the NIR image to the gradient vectors in the visible light image to generate pixel-by-pixel first gradient scale map values; generating a first gradient scale map based on the pixel-by-pixel first gradient scale map values; generating a first de-noised image using the first gradient scale map to de-noise the visible light image; determining gradient vectors in the first de-noised image; comparing the gradient vectors in the NIR image to the gradient vectors in the first de-noised image to generate pixel-by-pixel second gradient scale map values; generating a second gradient scale map based on the pixel-by-pixel second gradient scale map values; and generating a second de-noised image using the second gradient scale map to de-noise the first de-noised image. receiving image data comprising a NIR image and a visible light image; aligning pixels in the NIR image with corresponding pixels in the visible light image; determining gradient vectors in the NIR image and gradient vectors in the visible light image; comparing the gradient vectors in the NIR image to the gradient vectors in the visible light image to generate pixel-by-pixel first gradient scale map values; generating a first gradient scale map based on the pixel-by-pixel first gradient scale map values; generating a first de-noised image using the first gradient scale map to de-noise the visible light image; determining gradient vectors in the first de-noised image; comparing the gradient vectors in the NIR image to the gradient vectors in the first de-noised image to generate pixel-by-pixel second gradient scale map values; generating a second gradient scale map based on the pixel-by-pixel second gradient scale map values; and generating a second de-noised image using the second gradient scale map to de-noise the first de-noised image.
A method for redacting at least one asset field from at least one document stored in a document repository, the method comprising: receiving, at a processor of a computing server, an instruction to retrieve a document stored in a document repository external to the computing server; retrieving the document from the document repository, wherein the document repository is one of a plurality of disparate document repositories external to the computing server, each of the plurality of document repositories being connected to the computing server via a repository interface; creating a logical page in computer memory to recreate the document stored in the document repository, by the processor of the computing server; determining a document class associated with the document stored in the document repository, by the processor of the computing server, wherein the document class is applicable across the plurality of document repositories; based on the associated document class, applying at least one redaction policy to the document in the logical page in computer memory, by the processor of the computing server, wherein the at least one redaction policy specifies that a particular field of the document is to be hidden from view, and wherein the at least one redaction policy is associated with the document class; and displaying (1535, 1540) the logical page to a user on a graphical user interface of a user computing device. receiving, at a processor of a computing server, an instruction to retrieve a document stored in a document repository external to the computing server; retrieving the document from the document repository, wherein the document repository is one of a plurality of disparate document repositories external to the computing server, each of the plurality of document repositories being connected to the computing server via a repository interface; creating a logical page in computer memory to recreate the document stored in the document repository, by the processor of the computing server; determining a document class associated with the document stored in the document repository, by the processor of the computing server, wherein the document class is applicable across the plurality of document repositories; based on the associated document class, applying at least one redaction policy to the document in the logical page in computer memory, by the processor of the computing server, wherein the at least one redaction policy specifies that a particular field of the document is to be hidden from view, and wherein the at least one redaction policy is associated with the document class; and displaying (1535, 1540) the logical page to a user on a graphical user interface of a user computing device.
A microlayer component comprised of: at least one barrier microalyer of a first polymer material (barrier polymer) comprising a polymer selected from the group consisting of poly(1-butene), poly(1-butene) copolymer and combinations thereof, the at least one barrier microlayer having opposign facial surfaces, wehrein at least one facial surface is in direct contact with at least one confining microlayer of a second polymer material (confining polymer), the barrier polymer being semi-crystalline, and the microlayer component being characterized by crystalline lamellae in the barrier microlayer, the lamellae being substantially parallel with the barrier and confining microlayers. at least one barrier microalyer of a first polymer material (barrier polymer) comprising a polymer selected from the group consisting of poly(1-butene), poly(1-butene) copolymer and combinations thereof, the at least one barrier microlayer having opposign facial surfaces, wehrein at least one facial surface is in direct contact with at least one confining microlayer of a second polymer material (confining polymer), the barrier polymer being semi-crystalline, and the microlayer component being characterized by crystalline lamellae in the barrier microlayer, the lamellae being substantially parallel with the barrier and confining microlayers.
A method for controlling internet browsing user security, the method comprising: - receiving, by a control device, via a first communication channel, a web page request from a control agent implemented in a browser, the browser being installed in a computer device operated by a user and the web page request including a web address requested by the user and user identification information; - requesting, by said control device, to a control service, via a second communication channel, a security level of said requested web page including a status of the user and the presence of risks in the requested web page; - executing, by the control service, a security check on said requested web page by means of checking whether the requested web page is included in a blacklist or a whitelist and also by checking certain risk control criteria of the requested web page; and - in response to receipt a result of said security check from the control service, the control device allowing or denying access to said web page, wherein said result of the security check being transmitted by the control service to the control device in the form of a message, wherein if the result of the security check indicates that a potential risk is detected, a level and kind of risk is specified in the message, and wherein depending on a user configuration and on the level and kind of risk, the control device denies access to the web page, allows access to it or asks for a manual approval of a control user who supervises the control device. - receiving, by a control device, via a first communication channel, a web page request from a control agent implemented in a browser, the browser being installed in a computer device operated by a user and the web page request including a web address requested by the user and user identification information; - requesting, by said control device, to a control service, via a second communication channel, a security level of said requested web page including a status of the user and the presence of risks in the requested web page; - executing, by the control service, a security check on said requested web page by means of checking whether the requested web page is included in a blacklist or a whitelist and also by checking certain risk control criteria of the requested web page; and - in response to receipt a result of said security check from the control service, the control device allowing or denying access to said web page, wherein said result of the security check being transmitted by the control service to the control device in the form of a message, wherein if the result of the security check indicates that a potential risk is detected, a level and kind of risk is specified in the message, and wherein depending on a user configuration and on the level and kind of risk, the control device denies access to the web page, allows access to it or asks for a manual approval of a control user who supervises the control device.
An apparatus for vascular treatment localization and quantification, the apparatus comprising: - an input unit; - a processing unit; and - an output unit; wherein the input unit is configured to provide at least one first image comprising a representation of a region of interest of a vascular structure; and to provide at least one second image comprising a representation of the region of interest of the vascular structure, the representations relating to spatial extension information of the vascular structure at least in one image plane; wherein, between an acquisition of the at least one first image and an acquisition of the at least one second image a vascular treatment might have been applied to the region of interest of the vascular structure; wherein the processing unit is configured to select at least one reference image from an image set formed from the at least one first image and the at least one second image; and to select at least one sample image from said image set, wherein the at least one sample image is different to the at least one reference image; and to register the at least one sample image with the at least one reference image to provide at least one registered image; and to search for a region of a spatial discrepancy by determining a relative change in a diameter of a feature relating to the vascular structure between the at least one reference image and the at least one registered image, whereby a location of the vascular treatment can be determined; and wherein the output unit is configured to, if there exists at least one region of spatial discrepancy, output data representative of an outcome of the vascular treatment applied at the location. - an input unit; - a processing unit; and - an output unit;
A method implemented in a base station used in a wireless communications system, the method comprising: (a) receiving, from a user equipment, for 4 antenna ports rank indication, a first precoding matrix indicator (first PMI), and a second PMI associated with a codebook index i 2, the first PMI and the second PMI being used for reporting information for a preferred precoding matrix from the user equipment to the base station, wherein the codebook has a double codebook structure W1.W2, wherein the first PMI corresponds to W1 and the second PMI corresponds to W2, and wherein the codebook index i 2 is used for selecting W2; (b) wherein the codebook index i 2 is determined according to a table comprising RI Relationship between the second PMI value and codebook index i 2 Value of the second PMI I PMI 2 Codebook index i 2 1 0-15 I PMI 2 2 0-3 0, 1, 4, 5 3 0-3 0, 2, 8, 10 4 0-3 0, 2, 8, 10 wherein codebook indices i 2 are for physical uplink control channel (PUCCH) mode 2-1 codebook subsampling with 4 antenna ports in LTE (Long Term Evolution) (a) receiving, from a user equipment, for 4 antenna ports rank indication, a first precoding matrix indicator (first PMI), and a second PMI associated with a codebook index i 2, the first PMI and the second PMI being used for reporting information for a preferred precoding matrix from the user equipment to the base station, wherein the codebook has a double codebook structure W1.W2, wherein the first PMI corresponds to W1 and the second PMI corresponds to W2, and wherein the codebook index i 2 is used for selecting W2; (b) wherein the codebook index i 2 is determined according to a table comprising RI Relationship between the second PMI value and codebook index i 2 Value of the second PMI I PMI 2 Codebook index i 2 1 0-15 I PMI 2 2 0-3 0, 1, 4, 5 3 0-3 0, 2, 8, 10 4 0-3 0, 2, 8, 10 wherein codebook indices i 2 are for physical uplink control channel (PUCCH) mode 2-1 codebook subsampling with 4 antenna ports in LTE (Long Term Evolution)
A computer-implemented method for communicating data amongst controllers in a power supply system, comprising: receiving, by a local controller, a present measure of a parameter indicative of an operating state of an uninterruptible power supply "UPS"; comparing, by the local controller, the present measure to a control window for the parameter, where the control window defines a minimum value for the parameter and a maximum value for the parameter; and transmitting, by the local controller, the present measure via a controller area network to a managing controller when the present measure falls outside of the control window, the method characterised by: updating, by the local controller, the control window based on the present measure when the present measure falls outside of the control window. receiving, by a local controller, a present measure of a parameter indicative of an operating state of an uninterruptible power supply "UPS"; comparing, by the local controller, the present measure to a control window for the parameter, where the control window defines a minimum value for the parameter and a maximum value for the parameter; and transmitting, by the local controller, the present measure via a controller area network to a managing controller when the present measure falls outside of the control window, the method characterised by: updating, by the local controller, the control window based on the present measure when the present measure falls outside of the control window.
An apparatus for a next generation NodeB, gNB, comprising: first circuitry to: determine a number of resource element groups, REGs, to be included in a resource element group bundle, REGB, for a new radio physical downlink control channel, NR-PDCCH, wherein a REG includes 12 consecutive resource elements in a frequency domain of one orthogonal frequency division multiplexing, OFDM, symbol, and the number of REGs are adjacent to each other, and a same precoding operation is applied to the number of REGs; and generate a signal that indicates the number of the REGs; and second circuitry, coupled with the first circuitry, to encode the signal for transmission to a user equipment, UE. determine a number of resource element groups, REGs, to be included in a resource element group bundle, REGB, for a new radio physical downlink control channel, NR-PDCCH, wherein a REG includes 12 consecutive resource elements in a frequency domain of one orthogonal frequency division multiplexing, OFDM, symbol, and the number of REGs are adjacent to each other, and a same precoding operation is applied to the number of REGs; and generate a signal that indicates the number of the REGs; and second circuitry, coupled with the first circuitry, to encode the signal for transmission to a user equipment, UE.
An elevator governor, comprising a sheave rotatably mounted on a shaft and operatively connected to an elevator car, a flyweight retractably mounted on the shaft, the sheave and the flyweight both including a center of gravity, the center of gravity of the sheave being aligned with the center of gravity of the flyweight, a biasing element, in particular comprising a spring, exerting a radially inward force on the flyweight toward the shaft, and a sensor mounted proximate the flyweight, characterized in comprising at least two flyweights each being connected to a semi-circular band. a sheave rotatably mounted on a shaft and operatively connected to an elevator car, a flyweight retractably mounted on the shaft, the sheave and the flyweight both including a center of gravity, the center of gravity of the sheave being aligned with the center of gravity of the flyweight, a biasing element, in particular comprising a spring, exerting a radially inward force on the flyweight toward the shaft, and a sensor mounted proximate the flyweight, characterized in comprising at least two flyweights each being connected to a semi-circular band.
A membrane comprising (a) a first layer, the first layer comprising 40.0 wt. % to 85.0 wt. % of an isotactic polypropylene having an Mw ≥ 6.0 x 10 5 and 15.0 wt. % to 60.0 wt. % of a first polyethylene having an Mw ≤ 8.0 x 10 5, the weight percentages being based on the weight of the first layer; (b) a second layer comprising polyolefin; and (c) a third layer comprising 40.0 wt. % to 85.0 wt. % of an isotactic polypropylene having an Mw ≥ 6.0 x 10 5 and 15.0 wt.% to 60.0 wt.% of a first polyethylene having an Mw ≤ 8.0 x 10 5, the weight percentages being based on the weight of the third layer; wherein the membrane is microporous; and wherein the second layer is located between the first and third layers.
Method for operating a measuring unit, wherein the measuring unit has at least one sensor unit for measuring at least one parameter, at least a position sensor and/or an acceleration sensor, and at least a control and evaluation unit, wherein the position sensor and/or the acceleration sensor is/are connected to the control and evaluation unit, and wherein the position sensor emits a position signal and/or the acceleration sensor emits an acceleration signal to the control and evaluation unit, wherein at least one process relevant to the operation of the measuring unit is triggered when at least one part of the measuring unit is moved according to a first movement pattern, wherein the first movement pattern comprises a sequence of at least two movements and wherein at least a partial process of the process or a process is triggered when at least one part of the measuring unit is moved according to a second movement pattern, wherein the second movement pattern comprises at least one movement and wherein the measuring unit has a plug-in module and an interface for receiving a plug-in module, wherein the plug-in module has a recognition element for identifying the plug-in state, wherein the control and evaluation unit is only sensitive to position signals and/or to acceleration signals when the plug-in state has been detected.
A method of assembling and organizing vehicle bodies prior to painting the vehicle bodies, the method comprising the steps of: assembling in a batch build mix a plurality of vehicle bodies of a first body style, followed by sequential assembly of a least a second body style in a sequence along an assembly line such that the vehicle bodies of the first body style are assembled in a first batch and the vehicle bodies of the second body style are assembled in a second batch subsequent to the first batch; transferring the assembled vehicle bodies to a storage area remote from the assembly line; temporarily storing the assembled bodies in a vehicle body storage; organizing at least one of the batch assembled first body or second body styles to a random vehicle body style order according to a desired vehicle body painting schedule prior to transferring the first and the second vehicle body styles for painting; selectively transferring a plurality of the first and the at least second vehicle body styles to a painting area that are to be painted a first color; and subsequently selectively transferring a plurality of assembled first and the at least second vehicle body styles to a painting area that are to be painted the second color, the method is characterized in that the step of transferring the vehicle bodies comprises the steps of engaging the vehicle body by an automated guided vehicle and moving the automated guided vehicle along a predetermined path from a body pickup point to a body delivery point. assembling in a batch build mix a plurality of vehicle bodies of a first body style, followed by sequential assembly of a least a second body style in a sequence along an assembly line such that the vehicle bodies of the first body style are assembled in a first batch and the vehicle bodies of the second body style are assembled in a second batch subsequent to the first batch; transferring the assembled vehicle bodies to a storage area remote from the assembly line; temporarily storing the assembled bodies in a vehicle body storage; organizing at least one of the batch assembled first body or second body styles to a random vehicle body style order according to a desired vehicle body painting schedule prior to transferring the first and the second vehicle body styles for painting; selectively transferring a plurality of the first and the at least second vehicle body styles to a painting area that are to be painted a first color; and subsequently selectively transferring a plurality of assembled first and the at least second vehicle body styles to a painting area that are to be painted the second color, the method is characterized in that the step of transferring the vehicle bodies comprises the steps of engaging the vehicle body by an automated guided vehicle and moving the automated guided vehicle along a predetermined path from a body pickup point to a body delivery point.