mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a local apparatus for reporting signal strength measurements taken by one or more mobile terminals and an apparatus for determining a list of neighbouring radio resources from signal strength measurements taken by mobile terminals , wherein the system is configured to: obtain , at the local apparatus , two or more signal strength measurements taken by the same mobile terminal at substantially the same time in a data set that associates, for each of two or more different radio resources of a given radio resource type, a measured signal strength with an identifier of the measured radio resource; report , from the local apparatus , the data set to the apparatus configured to receive data sets from multiple local apparatuses; analyse , at the apparatus , similarity of a plurality of data sets using a similarity metric obtained from a pairwise comparison of the data sets evaluated by comparing signal strengths measured for a coinciding set of two or more radio resource identifiers included in the pairwise data sets and pertaining to the same radio resource type; cluster , at the apparatus , the plurality of data sets, or information derived therefrom, based on data set similarity so as to obtain multiple clusters representative of different radio locations; and determine , at the apparatus , from each cluster, a radio resource set that defines a list of neighbouring radio resources for the radio location represented by that cluster. obtain , at the local apparatus , two or more signal strength measurements taken by the same mobile terminal at substantially the same time in a data set that associates, for each of two or more different radio resources of a given radio resource type, a measured signal strength with an identifier of the measured radio resource; report , from the local apparatus , the data set to the apparatus configured to receive data sets from multiple local apparatuses; analyse , at the apparatus , similarity of a plurality of data sets using a similarity metric obtained from a pairwise comparison of the data sets evaluated by comparing signal strengths measured for a coinciding set of two or more radio resource identifiers included in the pairwise data sets and pertaining to the same radio resource type; cluster , at the apparatus , the plurality of data sets, or information derived therefrom, based on data set similarity so as to obtain multiple clusters representative of different radio locations; and determine , at the apparatus , from each cluster, a radio resource set that defines a list of neighbouring radio resources for the radio location represented by that cluster.
A connecting device for conductors, notably for electrically conducting cables or optical fibers, comprising a hollow body internally delimiting a passage (P) for the conductors and a member for fixing the hollow body onto a connector , characterized in that it further comprises a removable spacer able to be positioned in the continuation of the body, between the body and the connector, the spacer internally delimiting a chamber opening onto each side of the spacer via mutually opposing faces which are intended to collaborate with the hollow body and with the connector, the spacer being able to be opened up in order to permit access to said chamber .
A control device for a vehicle for determining a comfort level of a driver, the control device being configured to: receive sensor output of a physiological sensor and a behavioral sensor , the physiological sensor measuring at least one physiological feature of the driver and the behavioral sensor measuring at least one behavioral feature of the driver, receive driving context information from a driving context detection unit , create a reference data set by recording the sensor output and the driving context information over a predetermined reference time period, determine a reference index for the comfort level of the driver based on the reference data set, determine a comfort level index value of the driver, the index value being determined as a function of a current sensor output, current driving context information and the reference index, define a fixed-length sliding window (SWL) during which the sensor output is recorded, and determine the comfort level index value of the driver based the fixed-length sliding window. receive sensor output of a physiological sensor and a behavioral sensor , the physiological sensor measuring at least one physiological feature of the driver and the behavioral sensor measuring at least one behavioral feature of the driver, receive driving context information from a driving context detection unit , create a reference data set by recording the sensor output and the driving context information over a predetermined reference time period, determine a reference index for the comfort level of the driver based on the reference data set, determine a comfort level index value of the driver, the index value being determined as a function of a current sensor output, current driving context information and the reference index, define a fixed-length sliding window (SWL) during which the sensor output is recorded, and determine the comfort level index value of the driver based the fixed-length sliding window.
A wiring board , comprising: an insulating base comprising a side face that includes an incision part ; an electrode provided on an inner face of the incision part; and a wiring conductor provided on one of an inner part and a surface of the insulating base, and connected to the electrode via a connection conductor , the incision part being greater in width than in depth, and the connection conductor being connected to the electrode at an end portion of the incision part in a width direction, characterised in that the connection conductor includes slits formed from a side of the wiring conductor toward a side of the incision part, and a width of the connection conductor between the slits is larger than a width of the wiring conductor. an insulating base comprising a side face that includes an incision part ; an electrode provided on an inner face of the incision part; and a wiring conductor provided on one of an inner part and a surface of the insulating base, and connected to the electrode via a connection conductor , the incision part being greater in width than in depth, and the connection conductor being connected to the electrode at an end portion of the incision part in a width direction, characterised in that the connection conductor includes slits formed from a side of the wiring conductor toward a side of the incision part, and a width of the connection conductor between the slits is larger than a width of the wiring conductor.
Foldable device for isolating a patient, comprising a chamber the wall of which defines in an unfolded position a region for receiving and isolating a patient, a base on which the patient is placed in the unfolded position, and a support structure for holding the wall of the chamber , wherein the base comprises in a longitudinal direction contiguous modules which allow said base to be folded between contiguous modules, wherein the support structure comprises a plurality of profiles which, in the unfolded position, are spaced from one another in different positions in the longitudinal direction, keeping the wall of the chamber expanded, characterized in that the device comprises a support profile inside the chamber , the support profile being configured so that, in the unfolded position, the patient's head is introduced through said support profile , said support profile being attached by at least one holding means to a transverse profile of the support structure which, in the unfolded position, is arranged at the height of the patient's shoulders and/or to the base at the height of the patient's shoulders or neck.
A wastewater treatment device comprising: a vessel comprising an inlet for receiving an influent stream; a separator disposed within the vessel ; a grit pot connected to the separator ; a level sensor configured to output a signal indicative of the level of grit within the grit pot ; one or more fluidizing nozzles disposed within the grit pot and configured to deliver a jet of fluid from a fluid supply to fluidize grit accumulated on the lower surface of the grit pot ; an extraction outlet connected to a pump for extracting grit fluidized by the fluidizing nozzles ; and a controller in communication with the level sensor , characterized in that the controller is configured to activate the fluidizing nozzles and the pump based on the signal received from the level sensor , wherein the controller is configured to activate the fluidizing nozzles when the signal is indicative of the level of grit within the grit pot being above a first predetermined threshold level. a vessel comprising an inlet for receiving an influent stream; a separator disposed within the vessel ; a grit pot connected to the separator ; a level sensor configured to output a signal indicative of the level of grit within the grit pot ; one or more fluidizing nozzles disposed within the grit pot and configured to deliver a jet of fluid from a fluid supply to fluidize grit accumulated on the lower surface of the grit pot ; an extraction outlet connected to a pump for extracting grit fluidized by the fluidizing nozzles ; and a controller in communication with the level sensor , characterized in that the controller is configured to activate the fluidizing nozzles and the pump based on the signal received from the level sensor , wherein the controller is configured to activate the fluidizing nozzles when the signal is indicative of the level of grit within the grit pot being above a first predetermined threshold level.
A method for recycling thermoplastic fiber composite material which is arranged in at least one deposition layer in a component , in which, in the direction of a main fiber direction, fiber composite material is pulled off the remaining component in at least one pull-off layer comprising fibers and matrix material, characterized in that during the production of the component , component data, in particular relating to the fiber layer and/or laying direction, is stored and is used to assist the recycling method, in particular for determining a pull-off direction and/or a starting point for the pull-off process.
A long range low frequency antenna, comprising: an elongated magnetic core ; a coil surrounding said elongated magnetic core ; a bobbin ; said elongated magnetic core being introduced in a cavity of said bobbin ; and a housing overmolded on said bobbin in a waterproof manner, wherein the antenna further comprises at least one damper located at one extreme of the elongated magnetic core , said at least one damper being made of an elastic and thermally-stable compound comprising a resin and a first filler including a natural mineral filler, whereby longitudinal dilatations, shrinkage, mechanical shocks, and vibrations of said elongated magnetic core are absorbed by said at least one damper , avoiding an impact over an inductance variation of the coil . an elongated magnetic core ; a coil surrounding said elongated magnetic core ; a bobbin ; said elongated magnetic core being introduced in a cavity of said bobbin ; and a housing overmolded on said bobbin in a waterproof manner, wherein the antenna further comprises at least one damper located at one extreme of the elongated magnetic core , said at least one damper being made of an elastic and thermally-stable compound comprising a resin and a first filler including a natural mineral filler, whereby longitudinal dilatations, shrinkage, mechanical shocks, and vibrations of said elongated magnetic core are absorbed by said at least one damper , avoiding an impact over an inductance variation of the coil .
A sectional door for a good transport compartment , said sectional door comprising a frame framing an opening , and an apron formed of a plurality of consecutive slats hinged to one other and movably mounted relative to the frame between a closed position, in which it closes the opening , and an open position, in which it is away from the opening , the sectional door also comprising an inflatable seal mounted on the frame at the periphery of the opening , the inflatable seal comprising an elastic membrane defining an inner channel , said elastic membrane being suitable for occupying a rest position away from the apron when the inner channel is empty, and for expanding so as to occupy an expanded position in which it bears against the apron in the closed position when a pressurised fluid is injected into the inner channel , the inflatable seal presenting a contact surface which, when the elastic membrane is in the expanded position and the apron is in the closed position, bears against the apron , characterized in that the membrane has an end portion having a terminal end and a connection end for connection to the rest of the membrane , said end portion being shaped such that when the membrane is at rest, the distance from the contact surface to the closed apron gradually increases from a zero distance (di) at the terminal end up to a maximum distance (d 2 ) at the connection end . the sectional door also comprising an inflatable seal mounted on the frame at the periphery of the opening , the inflatable seal comprising an elastic membrane defining an inner channel , said elastic membrane being suitable for occupying a rest position away from the apron when the inner channel is empty, and for expanding so as to occupy an expanded position in which it bears against the apron in the closed position when a pressurised fluid is injected into the inner channel , the inflatable seal presenting a contact surface which, when the elastic membrane is in the expanded position and the apron is in the closed position, bears against the apron , characterized in that the membrane has an end portion having a terminal end and a connection end for connection to the rest of the membrane , said end portion being shaped such that when the membrane is at rest, the distance from the contact surface to the closed apron gradually increases from a zero distance (di) at the terminal end up to a maximum distance (d 2 ) at the connection end .
Method for producing a ready-for-use camshaft for controlling valves of an internal combustion engine, having a carrier shaft on which an end component , for example a drive wheel, a phase adjuster or a part of a phase adjuster, is arranged, and having multiple cam elements which are attached in a positionally fixed manner to the carrier shaft , wherein the method comprises at least the following steps: a) providing the carrier shaft and the end component , b) joining the end component to the carrier shaft , c) grinding at least the carrier shaft to form cam seats so as to establish readiness for use and machining of the end component so as to establish readiness for use, d) introducing a surface profile into a first cam seat , e) providing a cam element with ready-for-use characteristics, f) seating the cam element on the cam seat provided with the surface profile , and g) repeating steps d) to f) with a frequency corresponding to a required number of cam elements . a) providing the carrier shaft and the end component , b) joining the end component to the carrier shaft , c) grinding at least the carrier shaft to form cam seats so as to establish readiness for use and machining of the end component so as to establish readiness for use, d) introducing a surface profile into a first cam seat , e) providing a cam element with ready-for-use characteristics, f) seating the cam element on the cam seat provided with the surface profile , and g) repeating steps d) to f) with a frequency corresponding to a required number of cam elements .
A computer-implemented method for selecting a bitrate ladder for encoding source data, the method comprising: selecting a set of parameter values for a quantization parameter; for each parameter value, performing an encoding process using an encoder configured to encode source data to generate a set of encoded data while maintaining the quantization parameter at the parameter value; for each set of encoded data, determining a value of a video quality metric and a corresponding bitrate; deriving, a relationship between the video quality metrics and the corresponding bitrates; determining, based on the relationship, a bucketing bitrate corresponding to a first video quality metric, wherein the first video quality metric is equal to a predetermined threshold; determining that the bucketing bitrate is within a bitrate range associated with a first bitrate ladder included in a plurality of bitrate ladders, wherein each bitrate ladder included in the plurality of bitrate ladders is associated with a different bitrate range and includes a different plurality of bitrate-resolution pairs; and selecting the first bitrate ladder for encoding the source data. selecting a set of parameter values for a quantization parameter; for each parameter value, performing an encoding process using an encoder configured to encode source data to generate a set of encoded data while maintaining the quantization parameter at the parameter value; for each set of encoded data, determining a value of a video quality metric and a corresponding bitrate; deriving, a relationship between the video quality metrics and the corresponding bitrates; determining, based on the relationship, a bucketing bitrate corresponding to a first video quality metric, wherein the first video quality metric is equal to a predetermined threshold; determining that the bucketing bitrate is within a bitrate range associated with a first bitrate ladder included in a plurality of bitrate ladders, wherein each bitrate ladder included in the plurality of bitrate ladders is associated with a different bitrate range and includes a different plurality of bitrate-resolution pairs; and selecting the first bitrate ladder for encoding the source data.
Electric hairdryer , comprising: - an electric motor for an electric hairdryer provided with a motor shaft rotatable around a rotation axis (X); - a fan operatively combined with said motor shaft and having a base portion and a head portion opposite said base portion and a supporting body extending between the two portions ; - a protecting device to protect the electric motor , comprising at least one barrier element configured to intercept unwanted objects inside said hairdryer ; - an internally hollow containing element and having an opening for housing at least partially said electric motor ; characterized in that: - said electric motor comprises a zone facing said fan wherein said motor shaft comes out of said electric motor to extend along the rotation axis (X); said zone identifying a radial plane (P); said protecting device being placed at least partially around said rotation axis (X) at a distance from said radial plane (P) greater than or equal to the distance (D) between said base portion of said fan and said radial plane (P); said containing element is configured to axially keep apart at least said barrier element from said radial plane (P)) along the rotation axis (X) at a distance greater than or equal to the distance (D) between said base portion of the fan and said radial plane (P) in an operative working configuration of said hairdryer . - an electric motor for an electric hairdryer provided with a motor shaft rotatable around a rotation axis (X); - a fan operatively combined with said motor shaft and having a base portion and a head portion opposite said base portion and a supporting body extending between the two portions ; - a protecting device to protect the electric motor , comprising at least one barrier element configured to intercept unwanted objects inside said hairdryer ; - an internally hollow containing element and having an opening for housing at least partially said electric motor ; - said electric motor comprises a zone facing said fan wherein said motor shaft comes out of said electric motor to extend along the rotation axis (X); said zone identifying a radial plane (P); said protecting device being placed at least partially around said rotation axis (X) at a distance from said radial plane (P) greater than or equal to the distance (D) between said base portion of said fan and said radial plane (P);
A stable, aqueous formulation comprising natalizumab at a concentration of from 15 mg/mL to 50 mg/mL, a phosphate buffer, polysorbate 80 at a concentration of from about 0.001% to about 2.0% (w/v), and sodium chloride, wherein the formulation is stable for at least six months at a temperature of 5 to 8 °C.
Machine tool (M) comprising a frame provided on the front with a table which is intended to receive the part to be produced or converted, a barrel mounted on a shaft having a transverse axis (XX') which is in parallel with said table , the machine tool being characterized in that the barrel is carried by horizontal translatable means in the direction away from and/or toward said table between two lateral walls of said frame on slide systems , so as to allow a front-to-rear translation of said barrel which radially carries tools that are each capable of being used individually to process said part according to the pivoting of said barrel at a chosen angle, said horizontal translation being able to be carried out between each change of tool .
A method, comprising: performing a plurality of finishing operations on a plurality of refractory metal core (RMC) samples ; measuring break edge and surface finish properties associated with at least a portion (P 1 ,P 2 ) of the plurality of RMC samples ; performing validation operations on the portion (P 1 ,P 2 ) of the plurality of RMC samples ; and selecting a combination of finishing operations for generating an RMC having desirable properties for casting a part free from defects; wherein the step of performing the plurality of finishing operations includes: performing a first finishing operation on a first portion (P 1 ) of the plurality of RMC samples to round break edges; and performing a second finishing operation on a second portion (P 2 ) of the plurality of RMC samples to round break edges; and the plurality of finishing operations include at least harperizing, robotic machining and etching. measuring break edge and surface finish properties associated with at least a portion (P 1 ,P 2 ) of the plurality of RMC samples ; performing validation operations on the portion (P 1 ,P 2 ) of the plurality of RMC samples ; and selecting a combination of finishing operations for generating an RMC having desirable properties for casting a part free from defects; wherein the step of performing the plurality of finishing operations includes: performing a first finishing operation on a first portion (P 1 ) of the plurality of RMC samples to round break edges; and performing a second finishing operation on a second portion (P 2 ) of the plurality of RMC samples to round break edges; and performing a first finishing operation on a first portion (P 1 ) of the plurality of RMC samples to round break edges; and performing a second finishing operation on a second portion (P 2 ) of the plurality of RMC samples to round break edges; and the plurality of finishing operations include at least harperizing, robotic machining and etching.
A conveyor system comprising: a conveyor having a conveyor belt to convey articles in a conveying direction ( along a conveying path; an accelerometer embedded in the conveyor belt to make measurements of accelerations of the conveyor; a controller processing the measurements; characterized by a damper controlled by the controller to damp accelerations of the conveyor in response to the measurements of the acceleration. a conveyor having a conveyor belt to convey articles in a conveying direction ( along a conveying path; an accelerometer embedded in the conveyor belt to make measurements of accelerations of the conveyor; a controller processing the measurements; characterized by a damper controlled by the controller to damp accelerations of the conveyor in response to the measurements of the acceleration.