mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: determining , by a user equipment, UE, that the UE is capable of combining a signal from a base station with a narrowband reference signal, NRS, to determine a combined signal quality parameter, wherein the signal is not a narrowband reference signal; reporting , by the UE and to the base station, that the UE is capable of combining the signal with the narrowband reference signal, NRS; receiving, by the UE, the signal and an indication of how to combine the signal with the narrowband reference signal, NRS, wherein the indication indicates a weight to be applied to the signal and/or the narrowband reference signal, NRS, when determining a combined signal quality parameter; receiving, by the UE, the narrowband reference signal, NRS; determining the combined signal quality parameter based on the signal, the narrowband reference signal, NRS, and the indication; reporting , by the UE, the combined signal quality parameter to the base station based at least in part on reporting that the UE is capable of combining the signal with the narrowband reference signal, NRS; and reporting, by the UE, an indication of an accuracy of the combined signal quality parameter. determining , by a user equipment, UE, that the UE is capable of combining a signal from a base station with a narrowband reference signal, NRS, to determine a combined signal quality parameter, wherein the signal is not a narrowband reference signal; reporting , by the UE and to the base station, that the UE is capable of combining the signal with the narrowband reference signal, NRS; receiving, by the UE, the signal and an indication of how to combine the signal with the narrowband reference signal, NRS, wherein the indication indicates a weight to be applied to the signal and/or the narrowband reference signal, NRS, when determining a combined signal quality parameter; receiving, by the UE, the narrowband reference signal, NRS; determining the combined signal quality parameter based on the signal, the narrowband reference signal, NRS, and the indication; reporting , by the UE, the combined signal quality parameter to the base station based at least in part on reporting that the UE is capable of combining the signal with the narrowband reference signal, NRS; and reporting, by the UE, an indication of an accuracy of the combined signal quality parameter.
A computer implemented method for detecting a material in region of interest, comprising: providing at least one depth image of the region of interest using polarization sensitive optical coherence tomography PS OCT imaging of the region of interest, the region of interest being below a surface area of the region of interest and showing a retardance of electromagnetic waves as directly or indirectly detectable with PS OCT; processing the at least one depth image using a pre-determined threshold value of the retardance of electromagnetic waves, comprising comparing the at least one obtained depth image with at least one reference depth image to determine if the obtained depth image has a retardance of electromagnetic waves below or above the pre-determined threshold of the retardance of electromagnetic waves; and detecting the material in the region of interest by analyzing the processed at least one depth image. providing at least one depth image of the region of interest using polarization sensitive optical coherence tomography PS OCT imaging of the region of interest, the region of interest being below a surface area of the region of interest and showing a retardance of electromagnetic waves as directly or indirectly detectable with PS OCT; processing the at least one depth image using a pre-determined threshold value of the retardance of electromagnetic waves, comprising comparing the at least one obtained depth image with at least one reference depth image to determine if the obtained depth image has a retardance of electromagnetic waves below or above the pre-determined threshold of the retardance of electromagnetic waves; and detecting the material in the region of interest by analyzing the processed at least one depth image.
An apparatus for use in forming a bonded joint, comprising: a strongback support tool ; a spacer that is connected to one side of said strongback support tool and projects away from said strongback support tool , said spacer extending completely around a space adjacent to said one side of said strongback support tool and comprising at least one throughhole ; an expandable apparatus having a first portion attached to said one side of said strongback support tool and having a second portion that displaces away from said first portion of said expandable apparatus when said expandable apparatus is expanded, said expandable apparatus being disposed within said space when in a retracted state and when in an expanded state; a tooling pressure plate mounted to said second portion of said expandable apparatus; a heating blanket attached to said tooling pressure plate ; a caul plate attached to said heating blanket ; and a repair patch attached to said caul plate , said repair patch comprising fiber-reinforced plastic. a strongback support tool ; a spacer that is connected to one side of said strongback support tool and projects away from said strongback support tool , said spacer extending completely around a space adjacent to said one side of said strongback support tool and comprising at least one throughhole ; an expandable apparatus having a first portion attached to said one side of said strongback support tool and having a second portion that displaces away from said first portion of said expandable apparatus when said expandable apparatus is expanded, said expandable apparatus being disposed within said space when in a retracted state and when in an expanded state; a tooling pressure plate mounted to said second portion of said expandable apparatus; a heating blanket attached to said tooling pressure plate ; a caul plate attached to said heating blanket ; and a repair patch attached to said caul plate , said repair patch comprising fiber-reinforced plastic.
A developing device for use with a two-component developer, comprising: a developer roller to rotate in a rotation direction, the developer roller extending longitudinally and having longitudinal ends, the developer roller having an image forming region located between the longitudinal ends, and a non-image forming region (C) located at at least one of the longitudinal ends; a photosensitive body adjacent the developer roller , wherein a closest position (A) is defined where the developer roller and the photosensitive body are closest to one another; and an air flow passage extending from an inlet located inside the developing device to an outlet located outside the developing device to discharge the air out of the developing device , the air flow passage to form an air flow directed toward an upstream side, relative to the rotation direction of the developer roller , of the closest position (A) between the developer roller and the photosensitive body , characterised by the air flow passage extending through the non-image forming region (D) of the developer roller . a developer roller to rotate in a rotation direction, the developer roller extending longitudinally and having longitudinal ends, the developer roller having an image forming region located between the longitudinal ends, and a non-image forming region (C) located at at least one of the longitudinal ends; a photosensitive body adjacent the developer roller , wherein a closest position (A) is defined where the developer roller and the photosensitive body are closest to one another; and an air flow passage extending from an inlet located inside the developing device to an outlet located outside the developing device to discharge the air out of the developing device , the air flow passage to form an air flow directed toward an upstream side, relative to the rotation direction of the developer roller , of the closest position (A) between the developer roller and the photosensitive body , characterised by the air flow passage extending through the non-image forming region (D) of the developer roller .
A method for controlling an underlying physical network by a software defined network , wherein the physical network comprises data forwarding elements for routing data traffic on a data communication plane (C1, C4) and wherein the software defined network comprises at least one controller and at least one feature on a control plane (C2, C3) for controlling the data forwarding elements of the physical network , and wherein the data forwarding elements of the data communication plane (C1, C4) communicate with the controller of the control plane on a dedicated control channel (C2) characterized in that at least part of the control traffic in the control channel (C2) is exchanged via the data communication plane (C4) wherein the controller directly communicates with the feature on a dedicated feature channel (C3) in the control plane (C2, C3), and wherein legacy control traffic according to a legacy protocol is exchanged directly between the features and the data forwarding elements on the data communication plane (C4).
Axial turbomachine for an aircraft, intended to be in contact with at least one air flow , the turbomachine comprising an oil circuit with at least one cooler , the cooler comprising: - a first heat exchange surface in contact with the oil of the oil circuit; and - a second heat exchange surface in contact with the air flow such that the cooler can cool the oil by means of the air flow; characterized in that the cooler comprises a device for injecting cooling liquid, in particular water, onto the second surface in order to cool it, to increase the cooling capacity of the oil when the liquid is injected the injection device comprises injection means arranged in a circle around the axis of the turbomachine . - a first heat exchange surface in contact with the oil of the oil circuit; and - a second heat exchange surface in contact with the air flow such that the cooler can cool the oil by means of the air flow; the cooler comprises a device for injecting cooling liquid, in particular water, onto the second surface in order to cool it, to increase the cooling capacity of the oil when the liquid is injected the injection device comprises injection means arranged in a circle around the axis of the turbomachine .
Display device provided with a polarizing photovoltaic module including at least: (a) one polarizer ; (b) a plurality of pixels which emit or transmit a light referred to as image light ; (c) a plurality of photovoltaic active zones , said device being characterized in that two neighboring photovoltaic active zones (1', 1") form an opening , said photovoltaic active zones being positioned between the pixels and the polarizers , and in that said polarizer consists of one or more surfaces chosen from among planar, concave or convex surfaces, the polarizer being parabolic, conical, pyramidal, tetrahedral, semicylindrical or cylindro-parabolic in shape, and being arranged so as both to concentrate, by reflection, a first linearly polarized component (P1) of the ambient light onto said photovoltaic active zones and to transmit, through said polarizing photovoltaic module, a second linearly polarized component (P2) of the ambient light (5") or of the image light . (a) one polarizer ; (b) a plurality of pixels which emit or transmit a light referred to as image light ; (c) a plurality of photovoltaic active zones , said device being characterized in that two neighboring photovoltaic active zones (1', 1") form an opening , said photovoltaic active zones being positioned between the pixels and the polarizers , and in that said polarizer consists of one or more surfaces chosen from among planar, concave or convex surfaces, the polarizer being parabolic, conical, pyramidal, tetrahedral, semicylindrical or cylindro-parabolic in shape, and being arranged so as both to concentrate, by reflection, a first linearly polarized component (P1) of the ambient light onto said photovoltaic active zones and to transmit, through said polarizing photovoltaic module, a second linearly polarized component (P2) of the ambient light (5") or of the image light .
A tank for storing an ammonia precursor for a vehicle, comprising a ventilation component which passes through a wall of the tank, characterized in that the ventilation component comprises, on a portion inside the tank, shock absorbing means for allowing a shape of the component to be modified under the effect of a stress occurring inside the tank and having an intensity that is greater than a predetermined threshold and for allowing the shape to be restored when the stress ceases.