mhurhangee/ep-ind-claims huggingface dataset:
A method for outputting video streams in a communication system, the method comprising the steps of: - executing an electronic game application at a user terminal, the game application being programmed to allow two or more users (202,214) of the communication system to participate in the game; - receiving two or more video streams at the user terminal, each video stream being generated by a user of the communications system participating in the game; - applying game logic _ to determine the current state of the game application, the method characterised by: - selecting one or more of the received video streams to be output from an output device of the user terminal, wherein the selection is implemented at the user terminal and depends on the current state of the game application. - executing an electronic game application at a user terminal, the game application being programmed to allow two or more users (202,214) of the communication system to participate in the game; - receiving two or more video streams at the user terminal, each video stream being generated by a user of the communications system participating in the game; - applying game logic _ to determine the current state of the game application, the method characterised by: - selecting one or more of the received video streams to be output from an output device of the user terminal, wherein the selection is implemented at the user terminal and depends on the current state of the game application.
Nucleic acid, which codes for a protein consisting of any one of the sequences as indicated in SEQ-ID No. 5, 6, and 7, or wherein the nucleic acid consists of any one of the sequences as indicated in SEQ-ID No. 1, 2, 3.
A cutting tool with a rake face, a flank face, and a cutting edge that is an intersection ridge line of the rake face and the flank face, comprising: a base; and a coating layer formed from columnar crystals covering a surface of the base, wherein an average of an inclination angle (θ2) of a longitudinal direction of the columnar crystals in the flank face with respect to a direction orthogonal to the surface of the base is greater than an average of an inclination angle (θ1) of a longitudinal direction of the columnar crystal in the rake face with respect to the direction orthogonal to the surface of the base, wherein an overall composition of the coating layer is formed from (A1 1-a-b Ti a M b) C 1-d N d, where M is one or more elements selected from among elements excluding Ti in groups 4, 5, and 6 of the periodic table, Si, and rare earth metals, and where 0.2 ≤ a ≤ 0.7, 0 ≤ b ≤ 0.2, and 0 ≤ d ≤ 1. a base; and a coating layer formed from columnar crystals covering a surface of the base, wherein an average of an inclination angle (θ2) of a longitudinal direction of the columnar crystals in the flank face with respect to a direction orthogonal to the surface of the base is greater than an average of an inclination angle (θ1) of a longitudinal direction of the columnar crystal in the rake face with respect to the direction orthogonal to the surface of the base, wherein an overall composition of the coating layer is formed from (A1 1-a-b Ti a M b) C 1-d N d, where M is one or more elements selected from among elements excluding Ti in groups 4, 5, and 6 of the periodic table, Si, and rare earth metals, and where 0.2 ≤ a ≤ 0.7, 0 ≤ b ≤ 0.2, and 0 ≤ d ≤ 1.
A pedestal bearing housing comprising a bearing seat, two attachment flange portions extending between the bearing seat and a support plane, the two attachment flange portions protruding on opposite sides of a median longitudinal plane (I-I) perpendicular to the support plane, each of the two attachment flange portions including an upper flange wall protruding away from the median longitudinal plane (I-I), an outer longitudinal supporting wall and an inner longitudinal supporting wall extending in a direction parallel to the median longitudinal plane (I-I), and two outer transverse supporting walls each extending from the outer longitudinal supporting wall to the inner longitudinal supporting wall, the outer longitudinal supporting wall, inner longitudinal supporting wall and outer transverse walls extending from the upper flange wall towards the support plane and having edges that lie in the support plane to form at least part of a planar support surface of the pedestal bearing housing, a flange cavity being provided between the upper flange wall, outer longitudinal supporting wall, inner longitudinal supporting wall, outer transverse walls and support plane, the upper flange wall being provided with at least one through hole which opens into the flange cavity, characterised in that the pedestal bearing housing further comprises two transverse ribs each extending at least from the bearing seat to the inner longitudinal supporting wall of a respective one of the two flange portions, in a common transversal reference plane (II-II) perpendicular to the median longitudinal plane (I-I) and to the support plane and located between the two outer transverse supporting walls of each of the two flange portions.
An electrochemical cell for detecting a gas, comprising: a reservoir containing an electrolyte; a sensing electrode in fluid communication with said electrolyte and said gas to be detected, when present; a counter electrode in fluid communication with said electrolyte; and a main wick extending between the sensing electrode and the counter electrode in an axial direction to provide a communication path for the electrolyte therebetween, wherein the majority of the electrolyte is located transversely around the axial wick, and wherein the reservoir surrounds the wick and extends primarily in a direction transverse to the wick for provision of the electrolyte to the main wick, the reservoir not extending above or below the main wick in the axial direction; and further wherein the electrochemical cell further comprises a secondary wick extending transversely to the main wick, the secondary wick comprising a thin planar element, the secondary wick sitting around the main wick, the secondary wick configured to ensure that the electrolyte in the reservoir is available to the main wick and the electrodes (12, 14). a reservoir containing an electrolyte; a sensing electrode in fluid communication with said electrolyte and said gas to be detected, when present; a counter electrode in fluid communication with said electrolyte; and a main wick extending between the sensing electrode and the counter electrode in an axial direction to provide a communication path for the electrolyte therebetween, wherein the majority of the electrolyte is located transversely around the axial wick, and wherein the reservoir surrounds the wick and extends primarily in a direction transverse to the wick for provision of the electrolyte to the main wick, the reservoir not extending above or below the main wick in the axial direction; and further wherein the electrochemical cell further comprises a secondary wick extending transversely to the main wick, the secondary wick comprising a thin planar element, the secondary wick sitting around the main wick, the secondary wick configured to ensure that the electrolyte in the reservoir is available to the main wick and the electrodes (12, 14).
Thrust reverser for an aircraft propulsion unit, having a longitudinal central axis and comprising a fixed structure, at least one cowl and a plurality of diversion cascades, the cowl and the cascades forming a system able to move in translation with respect to the fixed structure along the longitudinal central axis, between an advanced direct-thrust position and a retracted thrust-reversal position, the movable system furthermore comprising at least one rear structure for supporting the cascades on which a rear end of at least several of the plurality of diversion cascades are secured, said at least one rear cascade support structure extending in a circumferential direction of the reverser, characterised in that said at least one rear cascade-support structure incorporates an acoustic absorption device comprising a lattice of cells and a skin covering the cells, the skin including a first surface arranged facing the cells, and a second surface opposite to the first, radially delimiting towards the outside a part of a secondary gas-flow duct, in the advanced direct-thrust position of the movable system.
The diagnostic method of an activity of a crane for a detection and a classification of a drop in activity period of said crane in a construction site among several activity periods, said diagnostic method implementing at least the following steps: - detecting crane data (D1, D11, D12, DW) coming from equipment (3, 31) of the crane, and comprising at least work data representative of a crane work implementing at least one maneuver of at least one structural element of the crane; - detecting environmental data representative of a construction site environment, and comprising at least climatic data; - logging by activity period of crane data (D1, D11, D12, DW) and environmental data in a remote database; - for each activity period, processing the work data to calculate a work time (Ho) of the crane during the activity period, and comparison of said work time (Ho) with at least one activity threshold to determine whether said activity period is a drop in activity period or not; - for each drop in activity period, processing crane data (D1, D11, D12, DW) and environmental data associated at least with said drop in activity period to identify at least one anomaly (A1, A2, A3, A4) of the construction site or the crane, which anomaly (A1, A2, A3, A4) being associated with said drop in activity period. - detecting crane data (D1, D11, D12, DW) coming from equipment (3, 31) of the crane, and comprising at least work data representative of a crane work implementing at least one maneuver of at least one structural element of the crane; - detecting environmental data representative of a construction site environment, and comprising at least climatic data; - logging by activity period of crane data (D1, D11, D12, DW) and environmental data in a remote database; - for each activity period, processing the work data to calculate a work time (Ho) of the crane during the activity period, and comparison of said work time (Ho) with at least one activity threshold to determine whether said activity period is a drop in activity period or not; - for each drop in activity period, processing crane data (D1, D11, D12, DW) and environmental data associated at least with said drop in activity period to identify at least one anomaly (A1, A2, A3, A4) of the construction site or the crane, which anomaly (A1, A2, A3, A4) being associated with said drop in activity period.
Method for managing the standby state of a mobile terminal in a data packet network, comprising the following steps: - when a connectivity session is opened for a mobile terminal, a mobility management entity of said network receives a list of areas, called "PRA list", configured based on a given service and on the location of said mobile terminal, - when the mobile terminal changes from "connected" mode to "standby" mode, the mobile terminal receives said list of areas "PRA list" from said mobility management entity via a network access point, and - when the mobile terminal enters one of the areas forming the list of areas "PRA list", it changes from "standby" mode to "connected" mode and sends a notification to said mobility management entity via a network access point. - when a connectivity session is opened for a mobile terminal, a mobility management entity of said network receives a list of areas, called "PRA list", configured based on a given service and on the location of said mobile terminal, - when the mobile terminal changes from "connected" mode to "standby" mode, the mobile terminal receives said list of areas "PRA list" from said mobility management entity via a network access point, and - when the mobile terminal enters one of the areas forming the list of areas "PRA list", it changes from "standby" mode to "connected" mode and sends a notification to said mobility management entity via a network access point.
An apparatus, wherein the apparatus comprises a data processing unit and a stimulator, the data processing unit is configured to receive first electroencephalographic data based on a measurement of a brain of a person exposed to one or more non-zero amounts of anesthetic drug substance; characterised in that the data processing unit is further configured to perform a first comparison between the first electroencephalographic data and corresponding data of a reference brain function, which is based on a normal function of a healthy brain or an average of normal functions of healthy brains; output information about the first comparison; and the stimulator is configured to provide the brain of the person exposed to the anesthetic drug substance with brain stimulation on the basis of the information about the first comparison.
Cosmetic composition comprising, in a cosmetically acceptable medium, thermoplastic polymer particles obtained by a process comprising the following steps: a) preparation of a composition comprising: - at least one thermoplastic polymer chosen from the group consisting of homopolymers of hydroxyalkanoates, copolymers of hydroxyalkanoates and mixtures thereof; and - at least one plasticizer; and b) obtaining thermoplastic polymer particles from the composition prepared in a) by a water-based wet granulation process. a) preparation of a composition comprising: - at least one thermoplastic polymer chosen from the group consisting of homopolymers of hydroxyalkanoates, copolymers of hydroxyalkanoates and mixtures thereof; and - at least one plasticizer; and - at least one thermoplastic polymer chosen from the group consisting of homopolymers of hydroxyalkanoates, copolymers of hydroxyalkanoates and mixtures thereof; and - at least one plasticizer; and b) obtaining thermoplastic polymer particles from the composition prepared in a) by a water-based wet granulation process.
An industrial control device comprising: a display, a body, and a controller, wherein: the body includes a front facia, an inner shroud, an applique, and a capacitive slider sensor, the body being molded in transparent or clear resin, the applique and capacitive slider sensor being in-molded in the front facia, the applique including in-molded ink and in-molded electronics that output signals and cooperate with the in-molded ink to form a user interface, the in-molded ink defining an opaque background and a first input graphic, wherein an interior border of the opaque background defines a window, the first input graphic being an in-molded graphic overlapping the capacitive slider sensor, the window being transparent and aligned with the display to permit the display to be viewed through the window; and the controller being coupled to an output of the capacitive slider sensor to receive signals from the capacitive slider sensor, the controller being coupled to the display and configured to control the display. a display, a body, and a controller, wherein: the body includes a front facia, an inner shroud, an applique, and a capacitive slider sensor, the body being molded in transparent or clear resin, the applique and capacitive slider sensor being in-molded in the front facia, the applique including in-molded ink and in-molded electronics that output signals and cooperate with the in-molded ink to form a user interface, the in-molded ink defining an opaque background and a first input graphic, wherein an interior border of the opaque background defines a window, the first input graphic being an in-molded graphic overlapping the capacitive slider sensor, the window being transparent and aligned with the display to permit the display to be viewed through the window; and the controller being coupled to an output of the capacitive slider sensor to receive signals from the capacitive slider sensor, the controller being coupled to the display and configured to control the display. the body includes a front facia, an inner shroud, an applique, and a capacitive slider sensor, the body being molded in transparent or clear resin, the applique and capacitive slider sensor being in-molded in the front facia, the applique including in-molded ink and in-molded electronics that output signals and cooperate with the in-molded ink to form a user interface, the in-molded ink defining an opaque background and a first input graphic, wherein an interior border of the opaque background defines a window, the first input graphic being an in-molded graphic overlapping the capacitive slider sensor, the window being transparent and aligned with the display to permit the display to be viewed through the window; and the controller being coupled to an output of the capacitive slider sensor to receive signals from the capacitive slider sensor, the controller being coupled to the display and configured to control the display.
An apparatus for determining a speed of a vehicle, the vehicle comprising sensors configured to determine a distance (d) to or a relative speed of an object in an environment of the vehicle, wherein the sensors comprise a camera for capturing an image of the object, characterized by - a data interface configured to receive sensor data from the sensors, the sensor data indicating the distance (d) to and/or the relative speed of the object, the data interface is further configured to receive the image of the object captured by the camera; and - a processing module configured to determine (i) a motion state of the object based on the received sensor data, and (ii) the speed of the vehicle based on the determined motion state and the received sensor data, the processing module is further configured to further determine the motion state of the object by performing an image recognition on the capture image to determine a shape or form of the object depicted in the captured image and to identify or classify the object to be a standard static object. - a data interface configured to receive sensor data from the sensors, the sensor data indicating the distance (d) to and/or the relative speed of the object, the data interface is further configured to receive the image of the object captured by the camera; and - a processing module configured to determine (i) a motion state of the object based on the received sensor data, and (ii) the speed of the vehicle based on the determined motion state and the received sensor data, the processing module is further configured to further determine the motion state of the object by performing an image recognition on the capture image to determine a shape or form of the object depicted in the captured image and to identify or classify the object to be a standard static object.
Device including a jet for a system of glass washing of vehicle including at least a supply pipe, including i) a hollow body provided with a first end suitable to be coupled to an end of said supply pipe and provided a second end comprising a housing communicating with outside and the aforementioned first end, and a ii) block installed in the aforementioned housing and chosen in a first group of blocks including at least a first block of form adapted to its housing in the aforementioned housing and suitable to produce at least a jet of washing according to a first technique and a second block of form adapted to its housing in the aforementioned housing suitable to produce at least a jet of washing according to a second technique different of the aforesaid first technique, characterized in that each one of the aforesaid production techniques is selected in a second group of production of jets including at least an only fluidic technique, a technique only with barrel and a technique only with ball.
A method for adjusting the signal to noise ratio of a receiver, comprising: measuring the peak power for an RF signal, the method characterized by: determining, based on the measured peak power, whether the RF signal power is within a first operating range defined by a range of values between a minimum threshold value and a maximum threshold value; adjusting an RF attenuation for the receiver, when it is determined that the RF signal power is not within the first operating range; down-converting the RF signal to generate an IF signal; measuring a peak power for the IF signal; determining based on the measured peak power, whether the IF signal power is within a second operating range defined by an additional range of values between an additional minimum threshold value and an additional maximum threshold value; adjusting an IF attenuation for the receiver, when it is determined that the IF signal peak power is not within the second operating range; and down-converting the IF signal to a baseband signal. determining, based on the measured peak power, whether the RF signal power is within a first operating range defined by a range of values between a minimum threshold value and a maximum threshold value; adjusting an RF attenuation for the receiver, when it is determined that the RF signal power is not within the first operating range; down-converting the RF signal to generate an IF signal; measuring a peak power for the IF signal; determining based on the measured peak power, whether the IF signal power is within a second operating range defined by an additional range of values between an additional minimum threshold value and an additional maximum threshold value; adjusting an IF attenuation for the receiver, when it is determined that the IF signal peak power is not within the second operating range; and down-converting the IF signal to a baseband signal.