mhurhangee/ep-ind-claims huggingface dataset:
A method for an operation of a Mobile Station, MS, in a wireless communication system, the method comprising: estimating a downlink Carrier to Interference and Noise Ratio, CINR, using at least one signal received from a Base Station, BS,; determining a transmit power level for a sounding signal using a target CINR for the sounding signal, wherein the target CINR is determined based on the downlink CINR and a multi-target CINR information; and transmitting the sounding signal according to the transmit power level, wherein the multi-target CINR information classifies the downlink CINR into a plurality of ranges and defines target CINRs corresponding to each of the ranges. estimating a downlink Carrier to Interference and Noise Ratio, CINR, using at least one signal received from a Base Station, BS,; determining a transmit power level for a sounding signal using a target CINR for the sounding signal, wherein the target CINR is determined based on the downlink CINR and a multi-target CINR information; and transmitting the sounding signal according to the transmit power level, wherein the multi-target CINR information classifies the downlink CINR into a plurality of ranges and defines target CINRs corresponding to each of the ranges.
A coated cutting tool comprising a substrate and a coating on the substrate, wherein said coating comprises a multilayer structure, whereby said multilayer structure consists of: - alternating layers A and B forming the sequence A/B/A/B/A... with an individual layer thickness of layer A and layer B of 1-30 nm, whereby layer A consists of Zr 1-x Al x N, where 0<x<1, and layer B consists of TiN, or - alternating layers A and B and an intermediate layer C formed between said alternating layers A and B by heat treating the deposited coating thereby forming the sequence A/C/B/C/A/C/B... with an individual layer thickness of layer A and layer B of 1-30 nm, whereby layer A consists of Zr 1-x Al x N, where 0<x<1, and layer B consists of TiN and whereby layer C comprises one or more metal elements from each of layers A and B and is of different composition and structure than layers A and B. - alternating layers A and B forming the sequence A/B/A/B/A... with an individual layer thickness of layer A and layer B of 1-30 nm, whereby layer A consists of Zr 1-x Al x N, where 0<x<1, and layer B consists of TiN, or - alternating layers A and B and an intermediate layer C formed between said alternating layers A and B by heat treating the deposited coating thereby forming the sequence A/C/B/C/A/C/B... with an individual layer thickness of layer A and layer B of 1-30 nm, whereby layer A consists of Zr 1-x Al x N, where 0<x<1, and layer B consists of TiN and whereby layer C comprises one or more metal elements from each of layers A and B and is of different composition and structure than layers A and B.
A medical endoscope including a control handle provided with a control mechanism and that, by means of an attachment system, is temporarily attached to a consumable medical instrument including: · at least one flow circuit for a fluid, a portion of which circuit extends along an insertion tube, the fluid circuit including a connector fitting accessible independently from the handle; and · an actuation system for actuating the head of the insertion tube, which actuation system is driven by the control mechanism after the handle and the consumable medical instrument have been attached together; · the control handle and the consumable medical instrument comprising respectively a first portion and a second portion of a closure device, which portions co-operate with each other in the attached position to close off at least the fluid flow circuit in controlled manner, characterized in that the first portion is formed by a deformable portion (15 1) of the flow circuit, while the second portion comprises a clamp acting after attachment and on the deformable portion (15 1) of the flow circuit in order to close off the flow circuit automatically, and caused to move by a control button for controlling closure of said circuit. · at least one flow circuit for a fluid, a portion of which circuit extends along an insertion tube, the fluid circuit including a connector fitting accessible independently from the handle; and · an actuation system for actuating the head of the insertion tube, which actuation system is driven by the control mechanism after the handle and the consumable medical instrument have been attached together; · the control handle and the consumable medical instrument comprising respectively a first portion and a second portion of a closure device, which portions co-operate with each other in the attached position to close off at least the fluid flow circuit in controlled manner,
Installation for producing a binder, in particular cement, having a furnace for thermally treating a material and having a cooling device for cooling the material, which cooling device is arranged downstream of the furnace in the flow direction of the material, characterized in that the cooling device has a classifying device for classifying the material into at least two grain sizes, coarse material and fine material, wherein a coarse-material cooler for cooling the coarse material and a fine-material cooler for cooling the fine material are arranged downstream of the classifying device.
Radio device with a processing means and a parameter checking means, wherein the processing means controls the operation of the radio device by means of parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15), characterised in that the parameter checking means monitors dependencies of the parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15), in that the parameter checking means arranges the parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) in a hierarchy, in that the parameter checking means updates the parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) in an order according to their hierarchy, in that the parameter checking means arranges the parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) according to their dependencies in the hierarchy, in that the parameter checking means assigns a hierarchy level (L0, L1, L2, Ln, Ln+1, Ln+2, Ln+3) to each parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15), and/or in that the parameter checking means defines the hierarchy level (L0, L1, L2, Ln, Ln+1, Ln+2, Ln+3) of a parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) according to dependencies of this parameter on further parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15), and in that the parameter checking means assigns a lowest hierarchy level (L0, L1, L2, Ln, Ln+1, Ln+2, Ln+3) to a parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) which is not dependent on any further parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15), and/or in that the parameter checking means assigns to a parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) which is dependent on at least one further parameter (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) a hierarchy level (L0, L1, L2, Ln, Ln+1, Ln+2, Ln+3) which is at least one level higher than the highest hierarchy level (L0, L1, L2, Ln, Ln+1, Ln+2, Ln+3) of the parameters (P1, P2, P3, P4, 10, 11, 12, 13, 14, 15) on which it is dependent.
A tool for the assembly of pipes, wherein the tool comprises at least one main leg, wherein a horizontal rotator is arranged at an upper end of the main leg, wherein a pipe receptacle is fastened to the horizontal rotator, so that the pipe receptacle is rotatably arranged relative to the main leg, characterized in that the tool comprises two feet, wherein the feet each have an insertion shaft for one prong of a fork.
Method for arranging and displaying graphical elements (2, 3, 4, 5, 6) of a representation of a vehicle navigation system within a display panel, wherein the graphical elements (2, 3, 4, 5, 6) comprise at least one geographical element (2, 3, 4) and one nongeographical element (5, 6), the graphical elements (2, 3, 4, 5, 6) comprising at least two geographical elements (2, 3, 4) of different type, having the steps of - assigning each of the at least two geographical elements (2, 3, 4) to either a first priority class or a further priority class, - arranging and displaying the at least two geographical elements (2, 3, 4) within the display panel and - arranging and displaying (16, 16a) the at least one nongeographical element (5, 6) within the display panel such that the masking of the geographical elements (2, 3) assigned to the first priority class by the at least one nongeographical element (5, 6) is minimized and in particular avoided completely, while the masking of all other geographical elements is permitted. - assigning each of the at least two geographical elements (2, 3, 4) to either a first priority class or a further priority class, - arranging and displaying the at least two geographical elements (2, 3, 4) within the display panel and - arranging and displaying (16, 16a) the at least one nongeographical element (5, 6) within the display panel such that the masking of the geographical elements (2, 3) assigned to the first priority class by the at least one nongeographical element (5, 6) is minimized and in particular avoided completely, while the masking of all other geographical elements is permitted.
An apparatus for motion compensated modelling of a parameter of an eye, comprising: means for illuminating a targeted ocular surface with a least one incident light beam and means for directing at least two light beams returning from the illuminated ocular surface to an image forming device; a first measuring means for measuring a plurality of position parameters of the eye with respect to an optical reference coordinate system of the apparatus wherein the plurality of position parameters include lateral displacement along an x axis of the optical reference coordinate system, lateral displacement along a y axis of the optical reference coordinate system and axial displacement along a z axis of the optical reference coordinate system; a second measuring means for measuring an interference signal at a plurality of optical reference coordinates, wherein the measurement of the plurality of position parameters and measurement of the interference signal are time synchronised; and means for correcting the interference signal to account for the displacements of the plurality of position parameters; and means for modelling the eye parameter based at least in part on the corrected interference signal characterized in that the plurality of position parameters include cyclorotation around the z-axis, rotation around the x axis and rotation around the y axis. means for illuminating a targeted ocular surface with a least one incident light beam and means for directing at least two light beams returning from the illuminated ocular surface to an image forming device; a first measuring means for measuring a plurality of position parameters of the eye with respect to an optical reference coordinate system of the apparatus wherein the plurality of position parameters include lateral displacement along an x axis of the optical reference coordinate system, lateral displacement along a y axis of the optical reference coordinate system and axial displacement along a z axis of the optical reference coordinate system; a second measuring means for measuring an interference signal at a plurality of optical reference coordinates, wherein the measurement of the plurality of position parameters and measurement of the interference signal are time synchronised; and means for correcting the interference signal to account for the displacements of the plurality of position parameters; and means for modelling the eye parameter based at least in part on the corrected interference signal characterized in that the plurality of position parameters include cyclorotation around the z-axis, rotation around the x axis and rotation around the y axis.
A method for towing a sensor streamer array in a body of water, comprising: towing a plurality of sensor streamers behind a survey vessel in the water; determining a relative position at selected points along each streamer with respect to the vessel; and laterally deflecting at least one streamer at at least one longitudinal position therealong in response to the determined positions such that the streamers are maintained in a selected geometry in the water, in which the determined positions along each streamer substantially follow a trajectory of geodetic position of a geophysical energy source towed in the water. towing a plurality of sensor streamers behind a survey vessel in the water; determining a relative position at selected points along each streamer with respect to the vessel; and laterally deflecting at least one streamer at at least one longitudinal position therealong in response to the determined positions such that the streamers are maintained in a selected geometry in the water, in which the determined positions along each streamer substantially follow a trajectory of geodetic position of a geophysical energy source towed in the water.
A dispensing closure for dispensing a flowable product from a squeeze-type product container, the dispensing closure comprising: a closure body having an upper deck, an exit orifice and an inner skirt wall configured to attach to a neck of a product container; a cup-shaped measuring reservoir having an upper peripheral edge received in snap-fitting engagement with a concentric, annular mounting rim on a lower surface of the upper deck and surrounding said exit orifice on a lower surface of the upper deck, said cup-shaped measuring reservoir further having an outwardly turned radial flange extending outwardly from the upper peripheral edge wherein said upper surface of said outwardly turned radial flange and said lower surface of said upper deck include interfitting formations (260, 258) for axial alignment and retention and said cup-shaped measuring reservoir having a plurality of flow ports; a cup-shaped piston valve having a bottom wall and a valve stem extending upwardly from said bottom wall, said piston valve being slidably movable within the measuring reservoir between an open position wherein said valve stem is spaced from a valve seat around said exit orifice, and a closed position wherein said valve stem is in mating engagement with said valve seat; and a coil spring captured between said lower surface of said upper deck of said closure body and said bottom wall of said piston valve, said spring normally biasing the piston valve to said open position, said cup-shaped measuring reservoir further having a bottom wall including a plurality of pressure apertures. a closure body having an upper deck, an exit orifice and an inner skirt wall configured to attach to a neck of a product container; a cup-shaped measuring reservoir having an upper peripheral edge received in snap-fitting engagement with a concentric, annular mounting rim on a lower surface of the upper deck and surrounding said exit orifice on a lower surface of the upper deck, said cup-shaped measuring reservoir further having an outwardly turned radial flange extending outwardly from the upper peripheral edge wherein said upper surface of said outwardly turned radial flange and said lower surface of said upper deck include interfitting formations (260, 258) for axial alignment and retention and said cup-shaped measuring reservoir having a plurality of flow ports; a cup-shaped piston valve having a bottom wall and a valve stem extending upwardly from said bottom wall, said piston valve being slidably movable within the measuring reservoir between an open position wherein said valve stem is spaced from a valve seat around said exit orifice, and a closed position wherein said valve stem is in mating engagement with said valve seat; and a coil spring captured between said lower surface of said upper deck of said closure body and said bottom wall of said piston valve, said spring normally biasing the piston valve to said open position, said cup-shaped measuring reservoir further having a bottom wall including a plurality of pressure apertures.
A timepiece comprising a case, a mechanical or electronic movement disposed in the case, and a crown rotatably coupled to a control rod passing through a wall of the case so as to actuate at least one function of the timepiece by the rotation of the control rod about its central axis, said rotation being carried out by rotating the crown, wherein: - the case is provided with a rotary knurling-roller provided with a bore which is central, disposed coaxially with the central axis, and operable in rotation about said central axis, the knurling-roller being mounted on the case so as to be stationary in the axial direction, - the crown is integral with a cylindrical crown body disposed inside a tube, the crown body and the tube being coaxial with the central axis, - the tube passes through the bore of the knurling-roller and is coupled to the rotary knurling-roller so that the rotation of the knurling-roller causes a rotation of the tube around the central axis, as well as a translation of the tube in the axial direction, - the crown is free to rotate relative to the tube, - the crown is arranged to be integral in translation with the tube in the axial direction, so that the rotation of the knurling-roller causes a translation of the crown in the direction of the central axis, the crown being driven by the translation of the tube, between a rest position according to which the crown is housed in a cavity provided in said wall of the case, and at least one control position according to which the crown is projecting from said wall, thus allowing actuation of said at least one function. - the case is provided with a rotary knurling-roller provided with a bore which is central, disposed coaxially with the central axis, and operable in rotation about said central axis, the knurling-roller being mounted on the case so as to be stationary in the axial direction, - the crown is integral with a cylindrical crown body disposed inside a tube, the crown body and the tube being coaxial with the central axis, - the tube passes through the bore of the knurling-roller and is coupled to the rotary knurling-roller so that the rotation of the knurling-roller causes a rotation of the tube around the central axis, as well as a translation of the tube in the axial direction, - the crown is free to rotate relative to the tube, - the crown is arranged to be integral in translation with the tube in the axial direction,
A blade outer air seal assembly, comprising: a seal segment having a base portion extending between a first circumferential side and a second circumferential side and from a first axial side to a second axial side, a first wall axially spaced from a second wall, the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage; a carrier having a platform, wherein a portion of the platform is within the seal passage, and wherein a radially extending first hook and a radially extending second hook protrude from the platform and are configured to engage with a support structure; characterised in that a post extends radially outward from the platform and engages with an edge of the outer wall, wherein the post is centered on the platform in the axial direction, and wherein the post is arranged axially between the first and second hooks (114, 116). a seal segment having a base portion extending between a first circumferential side and a second circumferential side and from a first axial side to a second axial side, a first wall axially spaced from a second wall, the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage; a carrier having a platform, wherein a portion of the platform is within the seal passage, and wherein a radially extending first hook and a radially extending second hook protrude from the platform and are configured to engage with a support structure; characterised in that a post extends radially outward from the platform and engages with an edge of the outer wall, wherein the post is centered on the platform in the axial direction, and wherein the post is arranged axially between the first and second hooks (114, 116).
An oligomer of soluble peptide monomers comprising the ectodomain of Nipah virus G protein, wherein a. a monomer comprises the amino acid sequence of amino acids 71-602 of Nipah G virus protein and does not contain the transmembrane domain or a cytoplasmic tail of Nipah virus G protein; and b. wherein said monomer retains one or more characteristics of a native Nipah virus G protein selected from the group consisting of ability to interact with a viral host receptor cell, ability to be produced in one or more oligomeric forms, ability to elicit an antibody reaction, ability to elicit a neutralizing antibody reaction, ability to block or prevent infection of a host cell by Nipah virus, and combinations thereof. a. a monomer comprises the amino acid sequence of amino acids 71-602 of Nipah G virus protein and does not contain the transmembrane domain or a cytoplasmic tail of Nipah virus G protein; and b. wherein said monomer retains one or more characteristics of a native Nipah virus G protein selected from the group consisting of ability to interact with a viral host receptor cell, ability to be produced in one or more oligomeric forms, ability to elicit an antibody reaction, ability to elicit a neutralizing antibody reaction, ability to block or prevent infection of a host cell by Nipah virus, and combinations thereof.
Measuring device for measuring a physiological parameter of an aspirate body fluid, the device comprising: a sensor element for measuring the physiological parameter, a connection port for fluid communication with a medical tube, a collection tube for aspirating and/or collecting the aspirate body fluid, a housing, wherein the sensor element is mounted within the housing, a communication passage enabling the aspirate body fluid to enter the housing from the collection tube such that the sensor element measures the physiological parameter of the aspirate body fluid, a filter element disposed between the sensor element and the communication passage, the housing comprising a first support for the sensor element and a second support for the filter element, characterized in that the first support comprises at least one pin extending through an opening of the filter element such that an end face of the at least one pin provides support for the sensor element. a sensor element for measuring the physiological parameter, a connection port for fluid communication with a medical tube, a collection tube for aspirating and/or collecting the aspirate body fluid, a housing, wherein the sensor element is mounted within the housing, a communication passage enabling the aspirate body fluid to enter the housing from the collection tube such that the sensor element measures the physiological parameter of the aspirate body fluid, a filter element disposed between the sensor element and the communication passage, the housing comprising a first support for the sensor element and a second support for the filter element, characterized in that the first support comprises at least one pin extending through an opening of the filter element such that an end face of the at least one pin provides support for the sensor element.
An electric heater for industrial processing machines, which comprises an upper half-shell and a lower half-shell which are hinged to each other and are adapted to define a receiving chamber, heating means being accommodated within said receiving chamber, characterized in that it comprises fan means arranged at the bottom of said lower half-shell and adapted to generate a forced air recirculation system which allows said forced air to enter said chamber from above and then to exit downward.