mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring the line width roughness of an array of p lines (4, 104) of a sample (2, 102), p being greater than or equal to 2, the lines of the array extending according to a general direction Y, the directions X, Y, Z being the directions of the real space, said lines having a length I, comprising: a) acquiring at least one diffraction photo by transmission diffraction of X-rays at small angles by means of an X-ray beam covering n lines of said array, n being greater than or equal to 2, b) measuring, on the diffraction photo, the intensities along the direction qy, in a sectional plane passing through qx=0 or through a value of qx corresponding to an extinction point, the directions qx, qy, qz being the directions of the reciprocal space, c) dividing said intensities by n and by I, d) plotting the power spectral density from the values obtained at step c), e) determining from the power spectral density of characteristic parameters of the line width roughness, forming the measurement of the line width roughness, said characteristic parameters being: - the correlation length ξ, - the standard deviation σ, - the roughness exponent α. a) acquiring at least one diffraction photo by transmission diffraction of X-rays at small angles by means of an X-ray beam covering n lines of said array, n being greater than or equal to 2, b) measuring, on the diffraction photo, the intensities along the direction qy, in a sectional plane passing through qx=0 or through a value of qx corresponding to an extinction point, the directions qx, qy, qz being the directions of the reciprocal space, c) dividing said intensities by n and by I, d) plotting the power spectral density from the values obtained at step c), e) determining from the power spectral density of characteristic parameters of the line width roughness, forming the measurement of the line width roughness, said characteristic parameters being: - the correlation length ξ, - the standard deviation σ, - the roughness exponent α. - the correlation length ξ, - the standard deviation σ, - the roughness exponent α.
Angular gear arrangement for mower knife driven in an oscillating manner, comprising a transmission housing, an input shaft, which engages in the interior of the transmission housing through a housing opening, a rotor, which is mounted in the transmission housing so as to be rotatable about a first axis of rotation by means of at least one first bearing, the rotor having a receiving space having a receiving opening, a crankshaft, which engages in the receiving space of the rotor through the receiving opening and which is mounted in the receiving space so as to be rotatable about a second axis of rotation by means of at least one second bearing, a driving element, which is non-rotationally connected to the rotor and which is mounted so as to be rotatable about the first axis of rotation by means of at least one third bearing, wherein the second axis of rotation about which the crankshaft is rotatably supported is arranged radially offset with respect to the first axis of rotation about which the rotor is rotatably mounted, and wherein the input shaft is mounted in the transmission housing so as to be rotatable about third axis of rotation arranged at an angle to the first axis of rotation by means of at least one fourth bearing, and support means, which are arranged in the transmission housing and on which the third bearing is axially supported, characterised in that the support means being releasably fastened to the transmission housing.
A pharmaceutical composition for use in therapeutically reducing the frequency of urination, comprising acetaminophen as a first analgesic agent, wherein said pharmaceutical composition is in a delayed-release formulation that comprises an enteric coating.
An isolated human anti-HIV antibody or an antigen-binding fragment thereof comprising a heavy chain comprising the amino acid sequence of QVQLLQSGAAVTKPGASVRVSCEASGYNIRDYFIHWWRQAPGQGLQWVGWINPKTGQPNNPRQFQGRVSLTRHASWDFDTFSFYMDLKALRSDDTAVYFCARQRSDYWDFDV, and a light chain comprising the amino acid sequence of
A non-aqueous oral care composition comprising: (a) organoclay; (b) from 25% to 80% by weight of carrier humectant; and (c) from 2% to 30% by weight of calcium source, wherein the weight ratio of the organoclay to the calcium source is in the range of 1:1.2 to 1:20 and the carrier humectant comprises glycerin, sorbitol, propylene glycol, dipropylene glycol, diglycerol, polyethylene glycol, alkane diols, ethanol, pentylene glycol or a mixture thereof. (a) organoclay; (b) from 25% to 80% by weight of carrier humectant; and (c) from 2% to 30% by weight of calcium source,
Timepiece comprising a positioning device between a bridge and a plate comprised by said timepiece, comprising a removable centring pin with revolution symmetry, said plate arrangement, for the centring of said bridge on said plate, a female centring arrangement, extending along a direction of insertion (Δ1) and comprising faces along a polygonal cross-section or star orthogonally to said direction of insertion (Δ1), and in that said female arrangement is arranged to receive a centring pin with revolution symmetry fixed on said bridge abutting on at least three of said faces characterized in that said centring pin has a housing for receiving a screw, arranged for cooperating with a tapping in said plate, for fixing said bridge to said plate.
A method of decoding video data, the method comprising: receiving, in a coded video bitstream and for a current prediction unit, PU, of a current picture of video data, a representation of an offset vector that identifies a block of a reference picture, wherein the offset vector is within a set of non-uniformly distributed values in which the values are less densely distributed at higher magnitude values, and wherein the received representation of the offset vector comprises a difference between a value of the offset vector and a value of an offset vector predictor for the current PU; determining, based on the block of the reference picture identified by the offset vector, motion information for the current PU; and reconstructing a block of the current picture corresponding to the current PU based on the determined motion information. receiving, in a coded video bitstream and for a current prediction unit, PU, of a current picture of video data, a representation of an offset vector that identifies a block of a reference picture, wherein the offset vector is within a set of non-uniformly distributed values in which the values are less densely distributed at higher magnitude values, and wherein the received representation of the offset vector comprises a difference between a value of the offset vector and a value of an offset vector predictor for the current PU; determining, based on the block of the reference picture identified by the offset vector, motion information for the current PU; and reconstructing a block of the current picture corresponding to the current PU based on the determined motion information.
Steering column assembly, having: - a steering spindle and a casing tube engaging around the steering spindle, wherein - the steering spindle is mounted such that it can be rotated relative to the casing tube about a longitudinal axis, and having - a switch module which has a housing and a fixing sleeve provided on the housing, wherein - the fixing sleeve is designed such that the switch module can be slipped, with the fixing sleeve, onto the casing tube and clamped thereto, - wherein the casing tube has, on an outer circumferential surface, at least one radial protrusion (15, 17; 23, 23'; 55), - wherein the fixing sleeve has, on an inner circumferential surface, at least one guide groove (21; 57) extending - seen in the longitudinal direction, wherein the radial protrusion (15, 17; 23, 23'; 55) engages in the guide groove (21; 57) when the switch module is slipped onto the casing tube, characterised in that the guide groove (21; 57) - seen in cross-section - has a trapezoidal contour, wherein the guide groove (21; 57) with the inclined side walls or wall portions is clamped onto the longitudinal sides or longitudinal edges of the protrusion (15, 17; 23, 23'; 55), which extend in the longitudinal direction of the casing tube, when the steering wheel is slipped onto the steering spindle, by tightening a steering wheel screw, in a relative movement between the housing and the fixing sleeve and radial compression, thereby arising, of the fixing sleeve when the protrusion (15, 17; 23, 23'; 55) is completely play-free in the guide groove (21; 57). - a steering spindle and a casing tube engaging around the steering spindle, wherein - the steering spindle is mounted such that it can be rotated relative to the casing tube about a longitudinal axis, and having - a switch module which has a housing and a fixing sleeve provided on the housing, wherein - the fixing sleeve is designed such that the switch module can be slipped, with the fixing sleeve, onto the casing tube and clamped thereto, - wherein the casing tube has, on an outer circumferential surface, at least one radial protrusion (15, 17; 23, 23'; 55), - wherein the fixing sleeve has, on an inner circumferential surface, at least one guide groove (21; 57) extending - seen in the longitudinal direction, wherein the radial protrusion (15, 17; 23, 23'; 55) engages in the guide groove (21; 57) when the switch module is slipped onto the casing tube,
A user equipment configured for determining a common search space, CSS, from a physical resource block, PRB, indication for a stand-alone carrier type, comprising: a processing module configured to: determine a PRB set in the CSS from an enhanced physical hybrid automatic repeat request indicator channel, ePHICH, configuration information in a master information block, MIB; and decode an enhanced physical downlink control channel, ePDCCH, or the ePHICH from PRB region candidates in the PRB set; characterized in that the ePHICH configuration information includes 3 bits, wherein 1 bit is used to indicate two PRB region candidates, and 2 bits are used to indicate up to four ePHICH resource configurations. determine a PRB set in the CSS from an enhanced physical hybrid automatic repeat request indicator channel, ePHICH, configuration information in a master information block, MIB; and decode an enhanced physical downlink control channel, ePDCCH, or the ePHICH from PRB region candidates in the PRB set; characterized in that the ePHICH configuration information includes 3 bits, wherein 1 bit is used to indicate two PRB region candidates, and 2 bits are used to indicate up to four ePHICH resource configurations.
Cosmetic dispenser having a longitudinal axis X, comprising: (i) a receptacle including in an upper part, an opening for the outlet of a product from the dispenser and in a lower part, a bottom wall concave towards the opening, the receptacle containing the product, (ii) a dip tube connected at an upper end, to the opening and plunging towards the bottom wall, wherein the receptacle further comprises a bottom attached to a body of the receptacle, in particular by snapping, the bottom comprising the bottom wall concave towards the opening and a lateral cylindrical wall and in that a lower end of the dip tube comes to bear against the bottom wall of the receptacle and defines, together with the bottom wall, an aperture for the outlet of the product from the receptacle towards the dip tube. (i) a receptacle including in an upper part, an opening for the outlet of a product from the dispenser and in a lower part, a bottom wall concave towards the opening, the receptacle containing the product, (ii) a dip tube connected at an upper end, to the opening and plunging towards the bottom wall, wherein the receptacle further comprises a bottom attached to a body of the receptacle, in particular by snapping, the bottom comprising the bottom wall concave towards the opening and a lateral cylindrical wall and in that a lower end of the dip tube comes to bear against the bottom wall of the receptacle and defines, together with the bottom wall, an aperture for the outlet of the product from the receptacle towards the dip tube.
A system comprising: a permanent magnet electric motor having a stator and a motor rotor, said motor rotor configured to rotate with a shaft, and said shaft configured to drive a fluid rotor; a speed reduction feature, wherein the speed reduction feature is a variable diffuser for the fluid rotor, and/or wherein the speed reduction feature includes a valve which is configured to open to port air from an outlet of said fluid rotor into an inlet of said fluid rotor; and a control for sensing a fault condition on said electric motor, and said control being configured to stop supply of current to the stator and to actuate the speed reduction feature in response to the fault condition being detected to bring rotation of said motor rotor and said fluid rotor to a stop. a permanent magnet electric motor having a stator and a motor rotor, said motor rotor configured to rotate with a shaft, and said shaft configured to drive a fluid rotor; a speed reduction feature, wherein the speed reduction feature is a variable diffuser for the fluid rotor, and/or wherein the speed reduction feature includes a valve which is configured to open to port air from an outlet of said fluid rotor into an inlet of said fluid rotor; and a control for sensing a fault condition on said electric motor, and said control being configured to stop supply of current to the stator and to actuate the speed reduction feature in response to the fault condition being detected to bring rotation of said motor rotor and said fluid rotor to a stop.
An industrial robot comprising: a first actuator configured to rotate a first drive arm about a first axis, a second actuator, a first kinematic chain configured to transmit the rotation of the first drive arm to a respective movement of an end effector, the first kinematic chain comprising a first rod, a first joint between the first drive arm and the first rod, the first joint having at least two degrees of freedom, a second joint between the first rod and the end effector, and a second kinematic chain configured to transmit a movement of the second actuator to a respective movement of the end effector, the second kinematic chain comprising a fourth joint between the second actuator and the first rod, the first rod, and the second joint, characterized in that movement of the first rod is configured to have at least two degrees of freedom in relation to the first drive arm. a first actuator configured to rotate a first drive arm about a first axis, a second actuator, a first kinematic chain configured to transmit the rotation of the first drive arm to a respective movement of an end effector, the first kinematic chain comprising a first rod, a first joint between the first drive arm and the first rod, the first joint having at least two degrees of freedom, a second joint between the first rod and the end effector, and a second kinematic chain configured to transmit a movement of the second actuator to a respective movement of the end effector, the second kinematic chain comprising a fourth joint between the second actuator and the first rod, the first rod, and the second joint, characterized in that movement of the first rod is configured to have at least two degrees of freedom in relation to the first drive arm.
A hybrid core assembly (46; 146) for a casting process, comprising: a ceramic core portion that includes a ceramic core trough (56;156); and a refractory metal core portion that interfaces with said ceramic core trough (56;156); characterised in that said refractory metal core portion includes a finger (62;162) having a bent portion (64;164) that establishes a refractory metal core trough (66;166) aligned with said ceramic core trough (56;156). a ceramic core portion that includes a ceramic core trough (56;156); and a refractory metal core portion that interfaces with said ceramic core trough (56;156); characterised in that said refractory metal core portion includes a finger (62;162) having a bent portion (64;164) that establishes a refractory metal core trough (66;166) aligned with said ceramic core trough (56;156).
A method for heating a material comprising at least partly old coated road materials to be recycled, in particular issuing from milled road surface or crushed conglomerates, which comprises heating these old coated road materials to be recycled by exposing the various faces of these aggregates and/or coated road materials to the heating, characterised in that: - heating is carried out, in a first chamber of a first module, at a first temperature by means of first radiant heating means disposed close to the old coated road materials to be recycled so as to make the bitumen viscous and to cause evaporation of the water and to completely dry the materials, that is to say from 105° to 130°C, - these coated road materials heated to a temperature of 105° to 130°C are heated in a second chamber of a second module to a second temperature by means of second radiant heating means disposed close to the old coated road materials to be recycled so as to raise the coated road materials to a working temperature, that is to say 160° to 220°C. - heating is carried out, in a first chamber of a first module, at a first temperature by means of first radiant heating means disposed close to the old coated road materials to be recycled so as to make the bitumen viscous and to cause evaporation of the water and to completely dry the materials, that is to say from 105° to 130°C, - these coated road materials heated to a temperature of 105° to 130°C are heated in a second chamber of a second module to a second temperature by means of second radiant heating means disposed close to the old coated road materials to be recycled so as to raise the coated road materials to a working temperature, that is to say 160° to 220°C.
A clot removal device (3000, 3020), comprising: a proximal pinch section (3001, 3021) configured for engagement with clot, the proximal pinch section (3001, 3010) comprising a plurality of proximally facing struts and a plurality of distally facing struts, and wherein at least some of the proximally facing struts have a length that is greater than a length of at least some of the distally facing struts; a distal section (3002, 3022) having a cylindrical or barrel shape and having a diameter larger than a diameter of the proximal pinch section, the distal section including first distal radiopaque markers; second radiopaque markers (3005, 3025) located at a transition between the proximal pinch section and the distal section; and a proximal joint (3006, 3026) between the proximal end of the pinch section and an elongate shaft, and wherein the second radiopaque markers are offset longitudinally with respect to each other. a proximal pinch section (3001, 3021) configured for engagement with clot, the proximal pinch section (3001, 3010) comprising a plurality of proximally facing struts and a plurality of distally facing struts, and wherein at least some of the proximally facing struts have a length that is greater than a length of at least some of the distally facing struts; a distal section (3002, 3022) having a cylindrical or barrel shape and having a diameter larger than a diameter of the proximal pinch section, the distal section including first distal radiopaque markers; second radiopaque markers (3005, 3025) located at a transition between the proximal pinch section and the distal section; and a proximal joint (3006, 3026) between the proximal end of the pinch section and an elongate shaft, and wherein the second radiopaque markers are offset longitudinally with respect to each other.
An electrical system comprising: - modules (101, 102) each comprising a circuit board (104, 105), one or more electrical components on the circuit board, and a cooling element (106, 107, 206, 306) in heat conductive relation with one or more of the electrical components, and - a frame structure for mechanically supporting the modules successively in a first direction (z) so that the circuit boards of the modules are substantially coplanar and the cooling elements of the modules are substantially in a same attitude and mutually successive in the first direction, wherein each of the cooling elements comprises a heat transfer portion for transferring heat to cooling air, characterized in that the heat transfer portions are shaped so that, when the modules are mechanically supported by the frame structure, the heat transfer portions are arranged to conduct the cooling air in a second direction deviating from the first direction and parallel with the coplanar circuit boards, and at least a part of a first flank (108, 208, 308) of each of the heat transfer portions is oblique with respect to the first direction so that an acute angle (α1) between the at least part of the first flank and the second direction is smaller than an acute angle (α2) between the first and second directions. - modules (101, 102) each comprising a circuit board (104, 105), one or more electrical components on the circuit board, and a cooling element (106, 107, 206, 306) in heat conductive relation with one or more of the electrical components, and - a frame structure for mechanically supporting the modules successively in a first direction (z) so that the circuit boards of the modules are substantially coplanar and the cooling elements of the modules are substantially in a same attitude and mutually successive in the first direction,
A liquid crystal display panel, comprising: a first substrate and a second substrate facing each other; a liquid crystal layer positioned between the first substrate and the second substrate; and a plurality of color filters positioned on the first substrate and representing different colors from each other, wherein the plurality of color filters includes at least two color filters (230_1, 230_2, 230_3) positioned in a transmitting area of a white pixel (PX_W) and representing different colors from each other, and two or more of the at least two color filters (230_1, 230_2, 230_3) overlap with each other in the transmitting area of the white pixel (PX_W) to form an overlapping portion in white characterized in that a color filter (230_1, 230_2) of the at least two color filters (230_1, 230_2, 230_3) includes a portion which is free from an overlap with another color filter (230_2, 230_3) of the at least two color filters (230_1, 230_2, 230_3) and is elongated in the transmitting area of the white pixel (PX_W). a first substrate and a second substrate facing each other; a liquid crystal layer positioned between the first substrate and the second substrate; and a plurality of color filters positioned on the first substrate and representing different colors from each other, wherein the plurality of color filters includes at least two color filters (230_1, 230_2, 230_3) positioned in a transmitting area of a white pixel (PX_W) and representing different colors from each other, and two or more of the at least two color filters (230_1, 230_2, 230_3) overlap with each other in the transmitting area of the white pixel (PX_W) to form an overlapping portion in white characterized in that a color filter (230_1, 230_2) of the at least two color filters (230_1, 230_2, 230_3) includes a portion which is free from an overlap with another color filter (230_2, 230_3) of the at least two color filters (230_1, 230_2, 230_3) and is elongated in the transmitting area of the white pixel (PX_W).
A thermosetting resin pre-impregnated fiber material or prepreg comprising a fiber material of a heat resistant fiber chosen from carbon fiber, glass fiber, ceramic fiber, acrylonitrile fibers, aramid fibers, or their admixtures, infused with a thermosetting resin mixture comprising (i) at least one liquid epoxy resin, (ii) at least one epoxy novolac resin, (iii) dicyandiamide, and (iv) an adduct of a cycloaliphatic amine and a liquid epoxy resin, wherein the dicyandiamide is dissolved in the adduct of a cycloaliphatic amine and a liquid epoxy resin.