mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing voltage event alarms in an electrical system, the method comprising: processing electrical measurement data from energy-related signals captured by at least one intelligent electronic device "IED" of a plurality of IEDs to identify an anomalous voltage condition at a point of installation of a respective one of the plurality of IEDs in the electrical system, the anomalous voltage condition corresponding to a measured IED voltage being above one or more upper alarm thresholds or below one or more lower alarm thresholds; and determining if the electrical system is affected by the identified anomalous voltage condition, characterized in that the method further comprises: in response to determining that the electrical system is not affected by the identified anomalous voltage condition, adjusting at least one of the one or more upper alarm thresholds or at least one of the one or more lower alarm thresholds to the measured IED voltage. processing electrical measurement data from energy-related signals captured by at least one intelligent electronic device "IED" of a plurality of IEDs to identify an anomalous voltage condition at a point of installation of a respective one of the plurality of IEDs in the electrical system, the anomalous voltage condition corresponding to a measured IED voltage being above one or more upper alarm thresholds or below one or more lower alarm thresholds; and determining if the electrical system is affected by the identified anomalous voltage condition, characterized in that the method further comprises: in response to determining that the electrical system is not affected by the identified anomalous voltage condition, adjusting at least one of the one or more upper alarm thresholds or at least one of the one or more lower alarm thresholds to the measured IED voltage.
A conjugate, or a pharmaceutically acceptable salt thereof, comprising a water-soluble, non-peptidic, and non-nucleotidic polymer backbone having at least one terminus covalently bonded to a structure of formula : or a salt thereof, wherein: A is the point of covalent bonding to the terminus of the polymer backbone, wherein said polymer backbone is selected from the group consisting of poly(alkylene glycol), poly(oxyethylated polyol), poly(olefinic alcohol), poly(α-hydroxy acid), poly(vinyl alcohol), polyoxazoline, and copolymers and mixtures thereof; E is O or S; K is selected from the group consisting of: alkylene, alkyleneoxyalkylene, and oligomeric alkyleneoxyalkylene; G is selected from the group consisting of: hydrogen, alkoxy, and a hydrophobic separation handle; Z 1 and Z 2 are independently selected from O and NH, wherein only one of Z 1 and Z 2 can be NH; L is selected from the group consisting of: a divalent radical of a nucleoside, alkylene, alkyleneoxyalkylene, oligomeric alkyleneoxyalkylene, and unsubstituted and substituted arylene; R 1 is absent or a hydrophobic separation handle, wherein only one of R 1 and G can be a hydrophobic separation handle, wherein the hydrophobic separation handle is a moiety that reduces the tendency of said conjugate to be solved or dispersed in water; L 2 is a covalent linking moiety between L on the polymer backbone and B; and B is a TNF inhibitor, wherein said TNF inhibitor is an antibody or a fusion protein that binds to TNF alpha. A is the point of covalent bonding to the terminus of the polymer backbone, wherein said polymer backbone is selected from the group consisting of poly(alkylene glycol), poly(oxyethylated polyol), poly(olefinic alcohol), poly(α-hydroxy acid), poly(vinyl alcohol), polyoxazoline, and copolymers and mixtures thereof; E is O or S; K is selected from the group consisting of: alkylene, alkyleneoxyalkylene, and oligomeric alkyleneoxyalkylene; G is selected from the group consisting of: hydrogen, alkoxy, and a hydrophobic separation handle; Z 1 and Z 2 are independently selected from O and NH, wherein only one of Z 1 and Z 2 can be NH; L is selected from the group consisting of: a divalent radical of a nucleoside, alkylene, alkyleneoxyalkylene, oligomeric alkyleneoxyalkylene, and unsubstituted and substituted arylene; R 1 is absent or a hydrophobic separation handle, wherein only one of R 1 and G can be a hydrophobic separation handle, wherein the hydrophobic separation handle is a moiety that reduces the tendency of said conjugate to be solved or dispersed in water; L 2 is a covalent linking moiety between L on the polymer backbone and B; and B is a TNF inhibitor, wherein said TNF inhibitor is an antibody or a fusion protein that binds to TNF alpha.
A method for determining load values from strain values , wherein the load values correspond to vertical loads exerted by wheels of vehicles traveling along a trafficway , wherein the trafficway comprises a surface layer arranged on a subconstruction , the method comprising: - providing a model of at least the surface layer , -- wherein the model comprises a calculation rule for calculating at least one load value from at least one strain value and a plurality of model parameters , -- wherein the at least one load value represents at least one load exerted by a wheel of a vehicle on the surface layer of the trafficway , -- wherein the plurality of model parameters represent properties associated with at least one of the trafficway , a strain gauge , the vehicle, and an environment, and -- wherein the at least one strain value represents a strain in a plane parallel to the surface layer generated by the at least one load; - conducting a training phase in which given load values and given strain values are applied to the model to determine values for the plurality of model parameters ; and - conducing a production phase in which measured strain values and the values for the plurality of model parameters determined during the training phase are applied to the model to determine load values . - providing a model of at least the surface layer , -- wherein the model comprises a calculation rule for calculating at least one load value from at least one strain value and a plurality of model parameters , -- wherein the at least one load value represents at least one load exerted by a wheel of a vehicle on the surface layer of the trafficway , -- wherein the plurality of model parameters represent properties associated with at least one of the trafficway , a strain gauge , the vehicle, and an environment, and -- wherein the at least one strain value represents a strain in a plane parallel to the surface layer generated by the at least one load; -- wherein the model comprises a calculation rule for calculating at least one load value from at least one strain value and a plurality of model parameters , -- wherein the at least one load value represents at least one load exerted by a wheel of a vehicle on the surface layer of the trafficway , -- wherein the plurality of model parameters represent properties associated with at least one of the trafficway , a strain gauge , the vehicle, and an environment, and -- wherein the at least one strain value represents a strain in a plane parallel to the surface layer generated by the at least one load; - conducting a training phase in which given load values and given strain values are applied to the model to determine values for the plurality of model parameters ; and - conducing a production phase in which measured strain values and the values for the plurality of model parameters determined during the training phase are applied to the model to determine load values .
Electric gardening work appliance, in particular a lawnmower, having a switch disconnector device comprising a key , a key receptacle and an electrical switch , in particular a spring-preloaded electrical rocker switch, with an actuating surface arranged adjacent to the key receptacle , characterized in that tilting of the key , which is inserted into the key receptacle , about a pivot axis transversely to the longitudinal axis of the key leads to displacement of the switch from an open position to a closed position and vice versa, and in that the key has a recess which is in the form of a hole and an element of the key receptacle is intended to penetrate the recess in order to block removal of the key when the key is pivoted in the key receptacle . characterized in that tilting of the key , which is inserted into the key receptacle , about a pivot axis transversely to the longitudinal axis of the key leads to displacement of the switch from an open position to a closed position and vice versa, and in that the key has a recess which is in the form of a hole and an element of the key receptacle is intended to penetrate the recess in order to block removal of the key when the key is pivoted in the key receptacle .
A method for tracking targets using an airborne radar, characterised in that it comprises at least: - a preliminary step of storing a set of tracking algorithms as a function of types of targets and of environments, each tracking algorithm being a function of a type of target in a given environment; - a step of detecting signals backscattered by said targets resulting in primary detections being obtained, said tracking algorithms comprising at least one filtering of said primary detections and a set of tracking parameters as a function of the type of target and of the environment ; said detection step being followed, for each detected target: - by a step : o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; - a step of adapting the tracking to each detected target, said adapting being completed by selecting the tracking algorithm as a function of the type of target to which said target belongs and of the given environment in which it is located, each tracking algorithm comprising a processing for the short so-called "Track Before Detect" tracks and a processing for the long tracks. - a preliminary step of storing a set of tracking algorithms as a function of types of targets and of environments, each tracking algorithm being a function of a type of target in a given environment; - a step of detecting signals backscattered by said targets resulting in primary detections being obtained, said tracking algorithms comprising at least one filtering of said primary detections and a set of tracking parameters as a function of the type of target and of the environment ; - by a step : o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; o of characterizing said detected target into types of target on the basis of said primary detections; and o of analysing the environment of said targets to determine in which given environment each detected target is located; - a step of adapting the tracking to each detected target, said adapting being completed by selecting the tracking algorithm as a function of the type of target to which said target belongs and of the given environment in which it is located, each tracking algorithm comprising a processing for the short so-called "Track Before Detect" tracks and a processing for the long tracks.
A luminance controller , comprising: an analog-to-digital (A/D) converter , configured to receive an analog ambient luminance signal, and configured to transform the analog ambient luminance signal to a digital ambient luminance signal; and an adaptive luminance adjusting module , characterized in that , the adaptive luminance adjusting module is configured to generate an output luminance control signal at a current stage based on a first ratio of the digital ambient luminance signal at the current stage and a second ratio of the output luminance control signal at a previous stage with a formula of Y[n]=f{X[n]×α+(1-α)×Y[n-1]}, and is configured to control an illuminating unit according to the output luminance control signal at the current stage, wherein n refers to the current stage and is a nonnegative integer, Y[n] refers to the output luminance control signal at the current stage, Y[n-1] refers to the output luminance control signal at the previous stage, X[n] refers to the digital ambient luminance signal at the current stage, α refers to the first ratio that is predetermined and ranges between 0 and 1, 1-α refers to the second ratio, and f{} refers to a rounding function that rounds its input to a designated decimal place. an analog-to-digital (A/D) converter , configured to receive an analog ambient luminance signal, and configured to transform the analog ambient luminance signal to a digital ambient luminance signal; and an adaptive luminance adjusting module , characterized in that , the adaptive luminance adjusting module is configured to generate an output luminance control signal at a current stage based on a first ratio of the digital ambient luminance signal at the current stage and a second ratio of the output luminance control signal at a previous stage with a formula of Y[n]=f{X[n]×α+(1-α)×Y[n-1]}, and is configured to control an illuminating unit according to the output luminance control signal at the current stage, wherein n refers to the current stage and is a nonnegative integer, Y[n] refers to the output luminance control signal at the current stage, Y[n-1] refers to the output luminance control signal at the previous stage, X[n] refers to the digital ambient luminance signal at the current stage, α refers to the first ratio that is predetermined and ranges between 0 and 1, 1-α refers to the second ratio, and f{} refers to a rounding function that rounds its input to a designated decimal place.
A method for etching a curved substrate, comprising: forming a conductive thin film layer with an etched pattern on a curved substrate; supplying power to the conductive thin film layer such that the conductive thin film layer has an equal potential at each position of the conductive thin film layer ; etching each position of the curved substrate to an etching depth corresponding to the potential at each position of the conductive thin film layer based on the etched pattern of the conductive thin film layer , so as to obtain the curved substrate having a consistent etching depth at each position of the curved substrate. forming a conductive thin film layer with an etched pattern on a curved substrate; supplying power to the conductive thin film layer such that the conductive thin film layer has an equal potential at each position of the conductive thin film layer ; etching each position of the curved substrate to an etching depth corresponding to the potential at each position of the conductive thin film layer based on the etched pattern of the conductive thin film layer , so as to obtain the curved substrate having a consistent etching depth at each position of the curved substrate.
An apparatus for the minimally-invasive, including non-invasive, prevention and treatment of hydrocephalus, the apparatus comprising: a housing being sized for superjacent contact on a skull having a fontanel, the housing including an opening sized for the fontanel; the housing securing a compartment , a pressure regulator , and a controller therein; the controller being interconnected communicatively with each of the compartment and the pressure regulator ; the compartment including a pressure applicator under the control of the pressure regulator , the pressure applicator being configured to selectively apply an external pressure to the fontanel; the compartment including a pressure sensor configured to measure intracranial pulse pressure at the fontanel, the intracranial pulse pressure being an arithmetic difference between a peak pressure in systole and a lowest pressure in diastole; and the controller including memory accessible to a processor , the memory including processor-executable instructions that, when executed, cause the processor to: receive data relative to intracranial pulse pressure at the fontanel from the pressure sensor , evaluate the data to determine intracranial pulse pressure and required pulse pressure modulation, and pulse pressure modulate by adjusting the intracranial pulse pressure via the pressure applicator . a housing being sized for superjacent contact on a skull having a fontanel, the housing including an opening sized for the fontanel; the housing securing a compartment , a pressure regulator , and a controller therein; the controller being interconnected communicatively with each of the compartment and the pressure regulator ; the compartment including a pressure applicator under the control of the pressure regulator , the pressure applicator being configured to selectively apply an external pressure to the fontanel; the compartment including a pressure sensor configured to measure intracranial pulse pressure at the fontanel, the intracranial pulse pressure being an arithmetic difference between a peak pressure in systole and a lowest pressure in diastole; and the controller including memory accessible to a processor , the memory including processor-executable instructions that, when executed, cause the processor to: receive data relative to intracranial pulse pressure at the fontanel from the pressure sensor , evaluate the data to determine intracranial pulse pressure and required pulse pressure modulation, and pulse pressure modulate by adjusting the intracranial pulse pressure via the pressure applicator . receive data relative to intracranial pulse pressure at the fontanel from the pressure sensor , evaluate the data to determine intracranial pulse pressure and required pulse pressure modulation, and pulse pressure modulate by adjusting the intracranial pulse pressure via the pressure applicator .
A process for removing oil contamination from contaminated water, characterized in that a dispersion of Xanthan and / or Guar in unsolved state dispersed into nonpolar solvent consisting of de-aromatized aliphatic or synthetic isoparafine, immiscible with water and miscible with oil, is dosed into the contaminated water, and shear mixed to form a stabilized microemulsion, whereafter the stabilized emulsion is broken and present contamination is brought together into separable conglomerate by means of blending in and mixing of crosslinking trivalent cations of aluminum, iron or chromium.
A viscoelastic composition for securing the field of view of an endoscope, the viscoelastic composition comprising a thickening substance and water and having a loss tangent of 0.6 or less, a hardness of 550 N/m 2 or less, and a viscosity at 25°C of 200 to 2,000 mPa·s, wherein the loss tangent and viscosity are determined under the following measurement conditions: temperature 25°C, gap 1.000 mm, stress 1,000 mPa, and frequency 0.5000 Hz, and the loss tangent and viscosity are determined as the values obtained after 30 minutes from the initiation of measurement, and wherein the hardness is determined under the following measurement conditions: storage pitch 0.02 sec, measurement distortion rate 66.67%, measurement speed 10 mm/sec, return distance 5.00 mm, sample thickness 15.00 mm, contact surface diameter 20.00 mm.
A method, comprising: establishing, at an egress node of a network, a media path of an emergency call between an ingress node of the network and the egress node, said emergency call entering the network via the ingress node and leaving the network via the egress node; determining that a conference call corresponding to the media path is being invoked by receiving a message from a primary public safety answer point indicating that a conference node is to be contacted; contacting, by the egress node, the indicated conference node to establish the conference call by forwarding the message toward the conference node; establishing the conference call, while maintaining intact a session initiation protocol, SIP, signaling path and the media path of the emergency call until the egress node, in order to maintain an emergency call state control function in the conference call, even after a primary public safety answer point is dropped from the call; establishing a call from the conference node to a secondary public safety answer point; dropping off from the conference, by the primary public safety answer point, to initiate a call tranfer to the secondary public safety answer point; dropping the conference, by the conference node, to achieve the call transfer of the emergency call from the primary public safety answer point to the secondary public safety answer point. establishing, at an egress node of a network, a media path of an emergency call between an ingress node of the network and the egress node, said emergency call entering the network via the ingress node and leaving the network via the egress node; determining that a conference call corresponding to the media path is being invoked by receiving a message from a primary public safety answer point indicating that a conference node is to be contacted; contacting, by the egress node, the indicated conference node to establish the conference call by forwarding the message toward the conference node; establishing the conference call, while maintaining intact a session initiation protocol, SIP, signaling path and the media path of the emergency call until the egress node, in order to maintain an emergency call state control function in the conference call, even after a primary public safety answer point is dropped from the call; establishing a call from the conference node to a secondary public safety answer point; dropping off from the conference, by the primary public safety answer point, to initiate a call tranfer to the secondary public safety answer point; dropping the conference, by the conference node, to achieve the call transfer of the emergency call from the primary public safety answer point to the secondary public safety answer point.
A removable cover for a bottle for dispensing a fluid product, provided with a central axis X, and comprising: - an insert of axis X being able to conceal a dispensing system of the bottle, said insert comprising a peripheral part and an upper part; - a first decorative element mounted on the insert and covering the peripheral part of the insert ; - a second decorative element mounted on the insert and covering the upper part of the insert , said second decorative element cooperating with said first decorative element so as to integrate decorative projections within the first decorative element, arranged at the periphery of the cover , said decorative projections being arranged on a plurality of tabs . - an insert of axis X being able to conceal a dispensing system of the bottle, said insert comprising a peripheral part and an upper part; - a first decorative element mounted on the insert and covering the peripheral part of the insert ; - a second decorative element mounted on the insert and covering the upper part of the insert , said second decorative element cooperating with said first decorative element so as to integrate decorative projections within the first decorative element, arranged at the periphery of the cover , said decorative projections being arranged on a plurality of tabs .