mhurhangee/ep-ind-claims huggingface dataset:
A wheel carrier of a vehicle having a clamping-fit connection to a further component, preferably a suspension strut, comprising: - a screw connection with a screw for clamping the clamping-fit connection; - a hole, in which the screw sits; and - a lever with a fastening portion and an impact portion, wherein the fastening portion is fastened by means of the screw connection, and wherein the impact portion protrudes from the fastening portion in such a way that, in the event of a vehicle crash and with the associated deformation of part of the vehicle, a force is exerted on the impact portion in order to at least partially release the screw connection; - wherein at least one material tapering or material recess is formed in the material of the wheel carrier surrounding the hole so as to enable an at least partial breaking-out of the screw from the hole in the event of the force application on the lever. - a screw connection with a screw for clamping the clamping-fit connection; - a hole, in which the screw sits; and - a lever with a fastening portion and an impact portion, wherein the fastening portion is fastened by means of the screw connection, and wherein the impact portion protrudes from the fastening portion in such a way that, in the event of a vehicle crash and with the associated deformation of part of the vehicle, a force is exerted on the impact portion in order to at least partially release the screw connection; - wherein at least one material tapering or material recess is formed in the material of the wheel carrier surrounding the hole so as to enable an at least partial breaking-out of the screw from the hole in the event of the force application on the lever.
A method for adjusting communications system parameters, the method comprising: selecting a first access mode out of a plurality of access modes for a first transmission between a first communications device and a second communications device, wherein the selection of the first access mode is made in accordance with an access mode criterion, and at least one of communications system information and user equipment information, and wherein the access mode criterion comprises at least one of communications system spectral efficiency, communications system coverage, communications system detection complexity, communications system connectivity, and communications system link budget; determining sparse code multiple access, SCMA, communications system parameters from the first access mode in accordance with an SCMA parameter mapping rule, wherein the parameter mapping rule selects the SCMA parameter values such that the first access mode meets the access mode criterion; wherein the SCMA parameters comprise M, K, J, N, l, λ, and d f, where M is a number of codewords in an SCMA codebook, K is a spreading factor, J is a maximum number of layers, N is a number of nonzero elements in each codeword of a SCMA codebook, l is a number of overlapping elements of any two distinct codebooks, λ is an overloading factor, and d f is maximum number of codewords colliding at a tone, and providing information about the first access mode to at least one of the first communications device and the second communications device. selecting a first access mode out of a plurality of access modes for a first transmission between a first communications device and a second communications device, wherein the selection of the first access mode is made in accordance with an access mode criterion, and at least one of communications system information and user equipment information, and wherein the access mode criterion comprises at least one of communications system spectral efficiency, communications system coverage, communications system detection complexity, communications system connectivity, and communications system link budget; determining sparse code multiple access, SCMA, communications system parameters from the first access mode in accordance with an SCMA parameter mapping rule, wherein the parameter mapping rule selects the SCMA parameter values such that the first access mode meets the access mode criterion; wherein the SCMA parameters comprise M, K, J, N, l, λ, and d f, where M is a number of codewords in an SCMA codebook, K is a spreading factor, J is a maximum number of layers, N is a number of nonzero elements in each codeword of a SCMA codebook, l is a number of overlapping elements of any two distinct codebooks, λ is an overloading factor, and d f is maximum number of codewords colliding at a tone, and providing information about the first access mode to at least one of the first communications device and the second communications device.
A method comprising: receiving, by a content platform and from a first browser of a digital content provider, data identifying digital content and a first set of one or more demographic categories for which demographic reporting is to be performed; associating, by the content platform, a user of a client device on which the digital content is being displayed with a second set of one or more demographic categories; if the first set of one or more demographic categories and the second set of one or more demographic categories have at least one demographic category in common, transmitting, by the content platform, browsing events input on the client device and the at least one common demographic category to an application programming interface, API, wherein the API combines the browsing events and the at least one common demographic category with at least one browsing event of other users and related at least one demographic category that is one of the first set of one or more demographic categories to generate aggregated data; receiving, by the content platform and from the API, the aggregated data; generating, by the content platform, a report comprising the aggregated data; and transmitting, by the content platform, the report to the first browser of the digital content provider. receiving, by a content platform and from a first browser of a digital content provider, data identifying digital content and a first set of one or more demographic categories for which demographic reporting is to be performed; associating, by the content platform, a user of a client device on which the digital content is being displayed with a second set of one or more demographic categories; if the first set of one or more demographic categories and the second set of one or more demographic categories have at least one demographic category in common, transmitting, by the content platform, browsing events input on the client device and the at least one common demographic category to an application programming interface, API, wherein the API combines the browsing events and the at least one common demographic category with at least one browsing event of other users and related at least one demographic category that is one of the first set of one or more demographic categories to generate aggregated data; receiving, by the content platform and from the API, the aggregated data; generating, by the content platform, a report comprising the aggregated data; and transmitting, by the content platform, the report to the first browser of the digital content provider.
A quick connector assembly for mating with a male end form comprising: a housing having an exterior surface and an inner bore for receiving the male end form; a locker having a pair of inside legs and a pair of outside legs slidably engaging said exterior surface of said housing and wherein said locker is movable between a non-engaged position for allowing the male end form to be inserted into and withdrawn from said inner bore and an engaged position for trapping said male end form in said inner bore; and at least one of said outside legs of said locker or said exterior surface of said housing including at least two windows and the other of said outside legs of said locker and said housing including at least two notches for engaging said windows and wherein said locker is movable from said engaged position to said non-engaged position only in response to said outside legs being pulled away from one another to disengage said notches from said windows, characterized in that each window is designed for engaging a corresponding notch in the engaged position of the locker such that the connection of the notches of the locker with the windows of the housing prevents the locker from being moved out of the engaged position with only an upward force being applied on the locker, in that a bushing is disposed within said housing and in that each of said inside legs includes an outwardly extending lip and wherein said bushing includes a pair of shelves for engaging said lips to prevent said locker from being removed from said quick connector assembly. a housing having an exterior surface and an inner bore for receiving the male end form; a locker having a pair of inside legs and a pair of outside legs slidably engaging said exterior surface of said housing and wherein said locker is movable between a non-engaged position for allowing the male end form to be inserted into and withdrawn from said inner bore and an engaged position for trapping said male end form in said inner bore; and at least one of said outside legs of said locker or said exterior surface of said housing including at least two windows and the other of said outside legs of said locker and said housing including at least two notches for engaging said windows and wherein said locker is movable from said engaged position to said non-engaged position only in response to said outside legs being pulled away from one another to disengage said notches from said windows, characterized in that each window is designed for engaging a corresponding notch in the engaged position of the locker such that the connection of the notches of the locker with the windows of the housing prevents the locker from being moved out of the engaged position with only an upward force being applied on the locker, in that a bushing is disposed within said housing and in that each of said inside legs includes an outwardly extending lip and wherein said bushing includes a pair of shelves for engaging said lips to prevent said locker from being removed from said quick connector assembly.
Check valve comprising a valve housing, a one-piece closing element and also a bearing, wherein the closing element is present in the valve housing, which is arranged in such a way that same can be displaced by the flow medium and rests against a profile seal of a sealing section in the closed position, wherein the closing element is guided by the bearing, wherein the bearing is arranged and fastened concentrically in the valve housing in the form of ribs, wherein the closing element comprises a zone A, in which the outer contour comprises a flow-optimized shape having a radius at the front, and a zone B, in which the outer contour comprises a domed shape, wherein the circumference or the diameter of the outer contour in zone A increases until zone A merges into zone B, wherein the zone A and the zone B are arranged in series and merge smoothly into one another, characterized in that a zone C adjoins zone B by means of a radius, wherein the radius, toward the end of the zone, merges into a straight line that serves as a flow guiding element, wherein a cylindrical stem, that serves as a guide, adjoins zone C.
A composite material comprising a binder and an aerogel or aerosil, wherein the binder is the reaction product of a water-emulsifiable polyurethane-based prepolymer having free isocyanate groups with an aqueous system, more particularly water.
A method for measuring a plurality of wideband loop sensitivity S L ( f) for each and all acoustic transducers in a transducer array in an acoustic probe, the method comprising: generating, by a pulse generator electrically coupled to a 50 S2 load, a pulse to create a wideband signal as a reference signal; obtaining a wideband reference signal V r ( t); obtaining a function V̂ r ( f) that is a Fourier Transform of the wideband reference signal V r ( t); performing the following steps sequentially or randomly over each and all acoustic transducers in the acoustic transducer array: coupling the pulse generator and a signal processing unit to an acoustic transducer; generating, by the pulse generator electrically coupled to the acoustic probe, a wideband acoustic wave from the acoustic transducer; obtaining a wideband echo signal V e ( t) after the wideband acoustic wave being reflected from an acoustic mirror; obtaining a function V̂ e ( f) that is a Fourier Transform of the wideband echo signal V e ( t); defining a normalized loop frequency response X̂ ( f) for the acoustic transducer: X ^ f = def V ^ e f V ^ r f, and defining a wideband loop sensitivity S L ( f) which is a function of frequency for the acoustic transducer: S L f = def 10 log X ^ f 2. generating, by a pulse generator electrically coupled to a 50 S2 load, a pulse to create a wideband signal as a reference signal; obtaining a wideband reference signal V r ( t); obtaining a function V̂ r ( f) that is a Fourier Transform of the wideband reference signal V r ( t); performing the following steps sequentially or randomly over each and all acoustic transducers in the acoustic transducer array: coupling the pulse generator and a signal processing unit to an acoustic transducer; generating, by the pulse generator electrically coupled to the acoustic probe, a wideband acoustic wave from the acoustic transducer; obtaining a wideband echo signal V e ( t) after the wideband acoustic wave being reflected from an acoustic mirror; obtaining a function V̂ e ( f) that is a Fourier Transform of the wideband echo signal V e ( t); defining a normalized loop frequency response X̂ ( f) for the acoustic transducer: X ^ f = def V ^ e f V ^ r f, and defining a wideband loop sensitivity S L ( f) which is a function of frequency for the acoustic transducer: S L f = def 10 log X ^ f 2. coupling the pulse generator and a signal processing unit to an acoustic transducer; generating, by the pulse generator electrically coupled to the acoustic probe, a wideband acoustic wave from the acoustic transducer; obtaining a wideband echo signal V e ( t) after the wideband acoustic wave being reflected from an acoustic mirror; obtaining a function V̂ e ( f) that is a Fourier Transform of the wideband echo signal V e ( t); defining a normalized loop frequency response X̂ ( f) for the acoustic transducer: X ^ f = def V ^ e f V ^ r f, and defining a wideband loop sensitivity S L ( f) which is a function of frequency for the acoustic transducer: S L f = def 10 log X ^ f 2.
A method for improving system accuracy of an X-Y motion platform, comprising: taking a picture with an industrial lens disposed on the X-Y motion platform of a preset calibration board, wherein the preset calibration board is taken as a reference, characterized in that the picture is taken synchronously as a controlled equipment on an X-Y motion platform moves; the method further comprises: analyzing the picture to obtain pixel coordinates of a calibration point in the picture; acquiring actual coordinates of the calibration point on the calibration board, and calculating actual position coordinates of the controlled equipment on the X-Y motion platform from the actual coordinates and the pixel coordinates of the calibration point; and adjusting a motion control system of the X-Y motion platform according to the actual position coordinates, to control the motion of the X-Y motion platform to perform motion compensation for the controlled equipment. taking a picture with an industrial lens disposed on the X-Y motion platform of a preset calibration board, wherein the preset calibration board is taken as a reference, characterized in that the picture is taken synchronously as a controlled equipment on an X-Y motion platform moves; the method further comprises: analyzing the picture to obtain pixel coordinates of a calibration point in the picture; acquiring actual coordinates of the calibration point on the calibration board, and calculating actual position coordinates of the controlled equipment on the X-Y motion platform from the actual coordinates and the pixel coordinates of the calibration point; and adjusting a motion control system of the X-Y motion platform according to the actual position coordinates, to control the motion of the X-Y motion platform to perform motion compensation for the controlled equipment.
Incineration plant having - a combustion chamber, - a combustion material inlet through which solid material can be introduced into the combustion chamber, - a combustion grate with which the solid material and combusted solid material can be conveyed through the combustion chamber, - a primary air supply below the top of the combustion grate, - at least one nozzle arranged above the combustion grate with which secondary air and/or an oxygen poor carrier gas can be provided, the nozzle having a gas inlet and a gas outlet, characterized in that a helically shaped guiding element is arranged in the nozzle between the gas inlet and the gas outlet for impinging a swirl to the gas, the helically shaped guiding element having a front edge and a back edge, wherein the front edge and the back edge are displaced with a distance to each other in a longitudinal direction of the nozzle. - a combustion chamber, - a combustion material inlet through which solid material can be introduced into the combustion chamber, - a combustion grate with which the solid material and combusted solid material can be conveyed through the combustion chamber, - a primary air supply below the top of the combustion grate, - at least one nozzle arranged above the combustion grate with which secondary air and/or an oxygen poor carrier gas can be provided, the nozzle having a gas inlet and a gas outlet,
Tool receptacle having a main body and a receiving pin on which a rotary tool having a corresponding receiving bore is able to be placed, wherein at least one duct for transporting coolant and/or lubricant, said duct leading out at the outer circumference of the receiving pin, is arranged in the tool receptacle, characterized in that at least one longitudinal groove for guiding the coolant and/or lubricant in the longitudinal direction of the receiving pin is arranged at the outer circurrference of the receiving pin.
A modified conjugated diene-based polymer having: a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of less than 1.7, and a Si content of 100 ppm or more based on weight, and the modified conjugated diene-based polymer comprising a repeating unit derived from an aromatic vinyl monomer in an amount of 30 wt% or more, wherein the Si content is measured by an ICP analysis method using an inductively coupled plasma optical emission spectroscopy. a unimodal shape of gel permeation chromatography molecular weight distribution curve, a molecular weight distribution (PDI; MWD) of less than 1.7, and a Si content of 100 ppm or more based on weight, and the modified conjugated diene-based polymer comprising a repeating unit derived from an aromatic vinyl monomer in an amount of 30 wt% or more, wherein the Si content is measured by an ICP analysis method using an inductively coupled plasma optical emission spectroscopy.
Motor mount for an air blower of a heating, ventilation and/or air-conditioning system of a motor vehicle, comprising a first ring, termed outer ring, and a second ring, termed inner ring, arranged inside said first ring, the inner ring being configured to accommodate an electric motor, and the outer ring being configured to be attached to a part of the heating, ventilation and/or air-conditioning system of the motor vehicle, said inner ring comprising a device for the axial retention of said motor and at least one stop that is able to cooperate with an associated bearing surface of the outer ring, the motor mount comprising at least one vibratory decoupling pad arranged between the inner ring and the outer ring, characterized in that the outer ring comprises at least one damping finger having an at least partially spherical end that is able to cooperate with said at least one vibratory decoupling pad.
An austenitic stainless steel having a chemical composition comprising, in mass %: 0.005 to 0.07 % C; 0.1 to 1.2 % Si; 3.2 to 6.5 % Mn; 9 to 14 % Ni; a total of not less than 0.005 % and up to 2 % of at least one of Cu and Co; 19 to 24 % Cr; 1 to 4 % Mo; 0.05 to 0.38 % Nb; 0.15 to 0.45 %N; up to 0.05 % Al; up to 0.03 % P; up to 0.002 % S; up to 0.02 % O; 0 to 0.5 % V; 0 to 0.5 % Ti; 0 to 0.01 % B; 0 to 0.05 % Ca; 0 to 0.05 % Mg; 0 to 0.5 % REM; and the balance being Fe and impurities, where an amount of Nb analyzed as a residue after electrolytic extraction is 0.01 to 0.28 mass %, wherein the amount of Nb analyzed as a residue after electrolytic extraction is measured by: obtaining a test material from the austenitic stainless steel; subjecting the test material to anodic dissolution at a current density of 20 to 25 mA/cm 2 with constant-current electrolysis using, as the electrolyte, 10 volume % acetylacetone-1 mass % tetramethyl ammonium chloride methanol solution to extract the residue comprising carbonitrides and nitrides; subjecting the extracted residue to acid decomposition and performing high-frequency inductively coupled plasma emission analysis to measure the mass of Nb in the residue; and dividing the mass of Nb in the residue by an amount of dissolution of the test material. 0.005 to 0.07 % C; 0.1 to 1.2 % Si; 3.2 to 6.5 % Mn; 9 to 14 % Ni; a total of not less than 0.005 % and up to 2 % of at least one of Cu and Co; 19 to 24 % Cr; 1 to 4 % Mo; 0.05 to 0.38 % Nb; 0.15 to 0.45 %N; up to 0.05 % Al; up to 0.03 % P; up to 0.002 % S; up to 0.02 % O; 0 to 0.5 % V; 0 to 0.5 % Ti; 0 to 0.01 % B; 0 to 0.05 % Ca; 0 to 0.05 % Mg; 0 to 0.5 % REM; and the balance being Fe and impurities, obtaining a test material from the austenitic stainless steel; subjecting the test material to anodic dissolution at a current density of 20 to 25 mA/cm 2 with constant-current electrolysis using, as the electrolyte, 10 volume % acetylacetone-1 mass % tetramethyl ammonium chloride methanol solution to extract the residue comprising carbonitrides and nitrides; subjecting the extracted residue to acid decomposition and performing high-frequency inductively coupled plasma emission analysis to measure the mass of Nb in the residue; and dividing the mass of Nb in the residue by an amount of dissolution of the test material.
Ultrasound probe for continuous wave Doppler device for blood flow assessment in patient's peripheral arteries, particularly in radial artery in persons with heart prosthesis, which probe comprises three transducers mounted on a common carrier made preferably of material acoustically compatible relative to human body, wherein said common carrier is in the form of a wedge member having a structure determined by two mutually oblique side walls (5, 6) and one central wall inclined relative to a base surface of said wedge member, on which walls three transducers (2, 3, 4) are arranged, wherein one of said transducers operates as receiver or transmitter and is arranged on said central wall, and the two remaining transducers (3, 4) operate together respectively as transmitters or receivers and are arranged one on each of the two oblique side walls (5, 6) on both sides of said central wall of said wedge member, wherein said oblique side walls (5, 6) are mutually convergent under a convergence angle having the range from 3 to 26 degrees, and said side walls (5, 6) have an inclination angle relative to the base surface of said wedge member in the range from 30 to 83 degrees, and wherein an inclination angle of the central wall of said wedge member relative to said base surface is in the range from 5 to 35 degrees.