mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal apparatus for cellular communications, comprising: a receiver configured to receive, from a base station , multiple pieces of on-demand System Information, SI, and non-demand SI; and a transmitter configured to transmit, to the base station , a system information request to request transmission of a first piece of on-demand SI among the multiple pieces of on-demand SI by using either a preamble or a message corresponding to the preamble, wherein the transmitter is configured to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and wherein the receiver is configured to receive the non-demand SI transmitted, from the base station , regardless of the system information request. a receiver configured to receive, from a base station , multiple pieces of on-demand System Information, SI, and non-demand SI; and a transmitter configured to transmit, to the base station , a system information request to request transmission of a first piece of on-demand SI among the multiple pieces of on-demand SI by using either a preamble or a message corresponding to the preamble, wherein the transmitter is configured to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and to transmit the system information request to request transmission of the first piece of on-demand SI in a resource belonging to a first set of resources corresponding to the first piece of on-demand SI among the multiple sets of resources for transmission of the system information request, by using the preamble in a case that the non-demand SI includes information for indicating the first set of resources among the multiple sets of resources, and to transmit the system information request by using the message unless the non-demand SI includes the information, and wherein the receiver is configured to receive the non-demand SI transmitted, from the base station , regardless of the system information request.
A product intended for the preparation of an injectable composition containing separately from each other, at least a first and a second composition, and optionally a third composition C and wherein: - the first composition called A is an aqueous solution of chitosan with a pH in the range of 3 to 7, the chitosan having an average molecular weight M w in the range of 80 to 1000 kg/mol and a degree of acetylation in the range of 0 to 60%, - the second composition called B1 corresponds to particles of one or more bioactive glass(es), and - the third composition C when present corresponds to water or to an aqueous solution with a pH in the range of 5.5 to 8; said product not containing glycerophosphate and the mass of composition B1 or of compositions B1 and C, relative to the total mass of compositions A and B1, or of compositions A, B1 and C, respectively, is in the range of 20% to 90%. - the first composition called A is an aqueous solution of chitosan with a pH in the range of 3 to 7, the chitosan having an average molecular weight M w in the range of 80 to 1000 kg/mol and a degree of acetylation in the range of 0 to 60%, - the second composition called B1 corresponds to particles of one or more bioactive glass(es), and - the third composition C when present corresponds to water or to an aqueous solution with a pH in the range of 5.5 to 8; said product not containing glycerophosphate and the mass of composition B1 or of compositions B1 and C, relative to the total mass of compositions A and B1, or of compositions A, B1 and C, respectively, is in the range of 20% to 90%.
An electrical substation monitoring system comprising: a probe adapted to detect environmental parameters within an electrical substation; one or more relay contacts capable of detecting the closing of one or more doors of the electrical substation; a control unit in communication with said probe and with said one or more relay contacts , programmed to read the information coming from said probe and said one or more relay contacts , process said information and output the values of the detected environmental parameters to a signaling interface with possible activation of alarms and/or drives if predetermined thresholds are exceeded wherein the control unit is configured to activate an alarm signal when at least one of said one or more doors is open, wherein said probe comprises at least one dust sensor , adapted to detect the amount of dust which is deposited on a flat surface, a temperature sensor and a humidity sensor integrated, and wherein the probe comprises a container with a bottom wall intended to rest on a horizontal surface in the substation and a transparent wall parallel to said bottom wall , the bottom wall supporting the temperature sensor , the humidity sensor and the dust sensor wherein the dust sensor is an optical sensor with optical axis facing towards the transparent lid to detect the light reflected by said transparent lid which functions as said flat surface. a probe adapted to detect environmental parameters within an electrical substation; one or more relay contacts capable of detecting the closing of one or more doors of the electrical substation; a control unit in communication with said probe and with said one or more relay contacts , programmed to read the information coming from said probe and said one or more relay contacts , process said information and output the values of the detected environmental parameters to a signaling interface with possible activation of alarms and/or drives if predetermined thresholds are exceeded wherein the control unit is configured to activate an alarm signal when at least one of said one or more doors is open, wherein said probe comprises at least one dust sensor , adapted to detect the amount of dust which is deposited on a flat surface, a temperature sensor and a humidity sensor integrated, and wherein the probe comprises a container with a bottom wall intended to rest on a horizontal surface in the substation and a transparent wall parallel to said bottom wall , the bottom wall supporting the temperature sensor , the humidity sensor and the dust sensor wherein the dust sensor is an optical sensor with optical axis facing towards the transparent lid to detect the light reflected by said transparent lid which functions as said flat surface.
A computer-implemented method for processing data in a trusted environment, the method comprising: receiving a query from a client for a machine learning (ML) service to be served by a target ML model; calculating a similarity score for the query based on a plurality of queries previously received from the client, the similarity score representing a similarity between the received query and the prior queries; determining whether the similarity score is above a predetermine threshold; and determining that the query is an adversarial query in response to determining that the similarity score is above a predetermined threshold; the method further comprising: designating the client associated with the adversarial query as an adversarial client, in response to determining that the query is an adversarial query; and servicing subsequent queries of the adversarial client with an alternate ML model from a collection of ML models that have been trained together with the target ML model, instead of the target ML model, to prevent exploration of a blind spot of the target ML model. receiving a query from a client for a machine learning (ML) service to be served by a target ML model; calculating a similarity score for the query based on a plurality of queries previously received from the client, the similarity score representing a similarity between the received query and the prior queries; determining whether the similarity score is above a predetermine threshold; and determining that the query is an adversarial query in response to determining that the similarity score is above a predetermined threshold; designating the client associated with the adversarial query as an adversarial client, in response to determining that the query is an adversarial query; and servicing subsequent queries of the adversarial client with an alternate ML model from a collection of ML models that have been trained together with the target ML model, instead of the target ML model, to prevent exploration of a blind spot of the target ML model.
A method of characterizing spatial-temporal dynamics of a medium excitable for deformation, the evaluation system implemented method comprising: - defining an elastic model of the medium ; - imaging the medium at consecutive points in time to obtain a series of images; - determining shifts of structures of the medium between the images of the series; - adapting a dynamic description of a temporal development of spatial deformations of the elastic model to match the shifts of the structures; - identifying, from the dynamic description, temporal developments of rate of deformation patterns in the medium ; and - imaging electrical activity of the medium by means of the rate of deformation patterns, wherein the rate of deformation patterns are transformed into patterns of electrical activity by: - defining an electrical model of the medium ; - coupling the elastic model of the medium to the electrical model of the medium ; and - adapting a temporal development of the electrical activity of the electrical model of the medium to the temporal developments of the rate of deformation patterns in the coupled elastic model of the medium . - defining an elastic model of the medium ; - imaging the medium at consecutive points in time to obtain a series of images; - determining shifts of structures of the medium between the images of the series; - adapting a dynamic description of a temporal development of spatial deformations of the elastic model to match the shifts of the structures; - identifying, from the dynamic description, temporal developments of rate of deformation patterns in the medium ; and - imaging electrical activity of the medium by means of the rate of deformation patterns, wherein the rate of deformation patterns are transformed into patterns of electrical activity by: - defining an electrical model of the medium ; - coupling the elastic model of the medium to the electrical model of the medium ; and - adapting a temporal development of the electrical activity of the electrical model of the medium to the temporal developments of the rate of deformation patterns in the coupled elastic model of the medium .
Luminaire with adapter for controlling the luminaire, wherein the adapter comprises: a wireless network module embedded in the adapter for wireless communication via an integrated or externally connected wireless antenna ; a processing unit embedded in the adapter for lighting control according to an automation interface (DALI); and at least one electric connection for lighting control by means of the processing unit, and characterized in that the adapter comprises an integrated server for a user interface enabling control of the luminaire via the wireless network module ; in that the processing unit and the server are programmed such that the luminaire can be operated via the user interface; and the radio network module is configured as WPAN module in accordance with IEEE 802.15 or Bluetooth® and the server is configured for communication with an adapter-specific application, in particular with a smartphone application (APP), via the WPAN module . a wireless network module embedded in the adapter for wireless communication via an integrated or externally connected wireless antenna ; a processing unit embedded in the adapter for lighting control according to an automation interface (DALI); and at least one electric connection for lighting control by means of the processing unit, and characterized in that the adapter comprises an integrated server for a user interface enabling control of the luminaire via the wireless network module ; in that the processing unit and the server are programmed such that the luminaire can be operated via the user interface; and the radio network module is configured as WPAN module in accordance with IEEE 802.15 or Bluetooth® and the server is configured for communication with an adapter-specific application, in particular with a smartphone application (APP), via the WPAN module .
Method of decoding a current image (I k ) comprising at least two views which are respectively representative of a same scene, said decoding method comprising a step (D3) of derivation of a disparity motion vector, referred to as final disparity motor vector, said decoding method being characterized in that , during said derivation step, it comprises the steps consisting in: - constructing (S1) a plurality of lists (L 1 , L 2 ) of disparity motion vectors, said plurality of lists comprising at least one list in which at least two disparity motion vectors have been obtained respectively according to two different estimation methods, - applying (S3) a function to the disparity motion vectors of each list to deliver a disparity motion vector for each list, - applying a function to the disparity vectors delivered to obtain the final disparity vector, wherein the functions applied belong to the list of the statistical functions: median, weighted median, average, weighted average. - constructing (S1) a plurality of lists (L 1 , L 2 ) of disparity motion vectors, said plurality of lists comprising at least one list in which at least two disparity motion vectors have been obtained respectively according to two different estimation methods, - applying (S3) a function to the disparity motion vectors of each list to deliver a disparity motion vector for each list, - applying a function to the disparity vectors delivered to obtain the final disparity vector, wherein the functions applied belong to the list of the statistical functions: median, weighted median, average, weighted average.
A method for producing cross-linked chondroitin sulfate, the method comprising: cross-linking a chondroitin sulfate through covalent bonding by amidating a carboxy group of the chondroitin sulfate and an amino group of a polyvalent amine, which is a diamine having two primary amino groups or a triamine having three primary amino groups, wherein a mole equivalent of the polyvalent amine is from 0.005 to 0.100 relative to 1.00 mole equivalent of the disaccharide unit of the chondroitin sulfate. cross-linking a chondroitin sulfate through covalent bonding by amidating a carboxy group of the chondroitin sulfate and an amino group of a polyvalent amine, which is a diamine having two primary amino groups or a triamine having three primary amino groups, wherein a mole equivalent of the polyvalent amine is from 0.005 to 0.100 relative to 1.00 mole equivalent of the disaccharide unit of the chondroitin sulfate.
Pressure variation damper for a slip-regulated, hydraulic vehicle brake system , with a damper housing , in which a tubular, elastically deformable damper element is disposed, which, during use, is subjected on the inside or on the outside to a fluid, the possible pressure variations of which are to be damped, and which comprises a corrugation on the outside, characterized in that the damper element likewise comprises a corrugation on the inside, wherein wave troughs of the corrugation on the inside are arranged offset by less than a half-wavelength with respect to wave peaks of the corrugation on the outside, and wave peaks of the corrugation on the inside are arranged offset by less than a half-wavelength about wave troughs of the corrugation on the outside.
Method for displaying location specific content by a head mounted display device , comprising: -- in a first step, transmitting location specific content, the location specific content being related to a predetermined spatial position, -- in a second step, subsequent to the first step, receiving the location specific content by a head mounted display device , -- in a third step, determining a distance between the head mounted display device and the predetermined spatial position, wherein, the distance between the head mounted display device and the predetermined spatial position is determined using distance information received by a mobile user device from a base station of a mobile communication network, -- in a fourth step, subsequent to the third step, displaying the location specific content using the head mounted display device depending on the determined distance between the head mounted display device and the predetermined spatial position. -- in a first step, transmitting location specific content, the location specific content being related to a predetermined spatial position, -- in a second step, subsequent to the first step, receiving the location specific content by a head mounted display device , -- in a third step, determining a distance between the head mounted display device and the predetermined spatial position, wherein, the distance between the head mounted display device and the predetermined spatial position is determined using distance information received by a mobile user device from a base station of a mobile communication network, -- in a fourth step, subsequent to the third step, displaying the location specific content using the head mounted display device depending on the determined distance between the head mounted display device and the predetermined spatial position.
A method comprising: receiving, from a client computing device , an indication of a target drop-off spot for an object within a first virtual model of a first region of a delivery destination, the first virtual model representing first physical features of the first region of the delivery destination, wherein the first virtual model is a three dimensional model; receiving, from one or more sensors on a delivery vehicle , sensor data indicative of a second region of the delivery destination; determining, based on the sensor data, a second virtual model of the second region of the delivery destination, the second virtual model representing second physical features of the second region of the delivery destination, wherein the second virtual model is a three dimensional model; determining a mapping between one or more of the first physical features and one or more of the second physical features to determine an overlapping region between the first virtual model and the second virtual model; based on the overlapping region, determining a position of the target drop-off spot within the second virtual model; and based on the position of the target drop-off spot within the second virtual model, providing instructions to navigate the delivery vehicle to the target drop-off spot to place the object at the target drop-off spot. receiving, from a client computing device , an indication of a target drop-off spot for an object within a first virtual model of a first region of a delivery destination, the first virtual model representing first physical features of the first region of the delivery destination, wherein the first virtual model is a three dimensional model; receiving, from one or more sensors on a delivery vehicle , sensor data indicative of a second region of the delivery destination; determining, based on the sensor data, a second virtual model of the second region of the delivery destination, the second virtual model representing second physical features of the second region of the delivery destination, wherein the second virtual model is a three dimensional model; determining a mapping between one or more of the first physical features and one or more of the second physical features to determine an overlapping region between the first virtual model and the second virtual model; based on the overlapping region, determining a position of the target drop-off spot within the second virtual model; and based on the position of the target drop-off spot within the second virtual model, providing instructions to navigate the delivery vehicle to the target drop-off spot to place the object at the target drop-off spot.
Light comprising a light housing with an interior space and a light emission window extending over a horizontal extent, wherein an illuminant comprising a plurality of LEDs is arranged in the interior space and a heat sink on which the LEDs are arranged is arranged in the interior space, wherein the heat sink has a rib arrangement with a plurality of fins , which extends within the horizontal extent of the light emission window, wherein the fins each bear against the side wall of the light housing which is vertically opposite the light emission window and bounds the interior space and form intermediate spaces between them, wherein the illuminant rests on the side of the rib arrangement facing the light emission window, wherein the heat sink arranged in the interior space is integrated in one piece in the side wall bounding the interior space and this side wall does not have a rib structure on its outer side, the side wall forming a bottom section of a first, trough-shaped housing part of the light housing and the light emission window being enclosed by a second housing part designed as a cover, the housing parts being connected to one another in a sealing manner, forming the interior space as a sealed interior space, characterized in that the rib arrangement extends with a horizontal section beyond the illuminant, this horizontal section of the rib arrangement lying within the horizontal extension of the light emission window.
A drive system comprising: a first gearbox assembly comprising an interconnect gearbox ; a second gearbox assembly comprising a proprotor gearbox , the interconnect gearbox of the first gearbox assembly being in mechanical communication with the proprotor gearbox of the second gearbox assembly for collectively rotating a rotor blade; a first lubrication system configured to deliver lubricant to the first gearbox assembly ; a second lubrication system configured to deliver lubricant to the second gearbox assembly ; an emergency valve (541...544) that is operable, when the valve (541...544) is open, to allow the first lubrication system to deliver lubricant to the second gearbox assembly while both gearbox assemblies are operational; and an emergency valve control unit operable to instruct the emergency valve (541...544) to open. a first gearbox assembly comprising an interconnect gearbox ; a second gearbox assembly comprising a proprotor gearbox , the interconnect gearbox of the first gearbox assembly being in mechanical communication with the proprotor gearbox of the second gearbox assembly for collectively rotating a rotor blade; a first lubrication system configured to deliver lubricant to the first gearbox assembly ; a second lubrication system configured to deliver lubricant to the second gearbox assembly ; an emergency valve (541...544) that is operable, when the valve (541...544) is open, to allow the first lubrication system to deliver lubricant to the second gearbox assembly while both gearbox assemblies are operational; and an emergency valve control unit operable to instruct the emergency valve (541...544) to open.