mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating wear of a tire, comprising: detecting a radial acceleration of the tire with an acceleration sensor disposed on an inner surface side of a tire tread; calculating a standardized deformation speed in a radial direction of the tire at a contact edge of the tire tread from the radial acceleration of the tire; calculating a tread vibration level at a specific position and in a specific frequency range from the radial acceleration of the tire, the specific position being in a portion outside a contact patch of the tire tread and the tread vibration level changing with road surface roughness; correcting the standardized deformation speed based on the tread vibration level; and estimating a degree of tire wear based on the corrected standardized deformation speed. detecting a radial acceleration of the tire with an acceleration sensor disposed on an inner surface side of a tire tread; calculating a standardized deformation speed in a radial direction of the tire at a contact edge of the tire tread from the radial acceleration of the tire; calculating a tread vibration level at a specific position and in a specific frequency range from the radial acceleration of the tire, the specific position being in a portion outside a contact patch of the tire tread and the tread vibration level changing with road surface roughness; correcting the standardized deformation speed based on the tread vibration level; and estimating a degree of tire wear based on the corrected standardized deformation speed.
Electronic system (100, 108, 110, 400, 401A, 401B) for obtaining and analyzing data on online user behavior and other activity having regard to Internet connectable user devices, optionally mobile devices, the system comprising a number of functionally connected server devices comprising processing device for processing instructions and data, memory for storing instructions and other data, and data interface for transferring data, said system being configured to collect (404, 408) data from a plurality of data sources, said collected data being indicative of Internet, content, media, application, and/or device usage, comprising individual user-level data acquired from user devices (104, 104a, 104b, 105, 217, 402) through passive metering, said user-level data being preferably collected using at least one user research panel of controlled constitution, and census-level data (107a, 211) indicating behavior and demographic characteristics across the entire population of users, active devices, or measured services, organize the obtained user-level data and census-level data into a, preferably multivalent, categorized data set utilizing an ontological metadata schema (214, 414), and determine an electronic deliverable (112, 206, 416) based on an integration of the user-level data and census-level data, wherein census-level data is utilized to calibrate user-level data, the deliverable having a dynamically selectable scope in terms of a number of interest factors regarding used devices or online behaviors, preferably including application usage, application distribution, content usage, content distribution, application monetization, user demographics, device distribution, device characteristics, device usage, and/or time factors, characterized in that the system is configured to collect said user-level data through one or more master devices (104, 300) of a user having a plurality of user devices, wherein there are a number of other user devices (104a, 104b) functionally connected to said one or more of said master devices, the usage of said other user devices being measured by the corresponding master devices, the master devices acting as data collection and connection nodes towards the system, and further wherein the system is configured to distinguish, in the analysis resulting in the deliverable, between user-level data originating from different user devices of the plurality of user devices of the user based on device identifiers associated with the user-level data acquired from the user devices. individual user-level data acquired from user devices (104, 104a, 104b, 105, 217, 402) through passive metering, said user-level data being preferably collected using at least one user research panel of controlled constitution, and census-level data (107a, 211) indicating behavior and demographic characteristics across the entire population of users, active devices, or measured services,
A connector assembly (1, 2) including a first connector and a second connector, the first connector comprising: a housing comprising a housing base including a plurality of housing holes for supporting a plurality of terminals, a housing body protruding from the housing base, and a first housing protrusion provided in an inside of the housing body and formed as an integral body with the housing body and a protection part comprising a protection base facing the housing base Z and including a plurality of protection holes for supporting the plurality of terminals and assisting the plurality of terminals to be arranged, a protection body protruding from the protection base, and a first protection arm extending from the protection body to engage with the first housing protrusion; and the second connector is an insertion part comprising an insertion body to be inserted into an inside of the protection part, and a first insertion protrusion protruding from the insertion body to interfere with the first protection arm, wherein the insertion body comprises a first surface facing the first protection arm, and the first insertion protrusion protrudes from the first surface, wherein the first insertion protrusion deforms the first protection arm and causes the first protection arm to disengage from the first housing protrusion while the insertion body is inserted into the inside of the protection part, characterised in that the first protection arm is movable in a direction intersecting with a direction which is normal to the first surface, and the first protection arm is movable in a direction parallel to the first surface. a housing comprising a housing base including a plurality of housing holes for supporting a plurality of terminals, a housing body protruding from the housing base, and a first housing protrusion provided in an inside of the housing body and formed as an integral body with the housing body and a protection part comprising a protection base facing the housing base Z and including a plurality of protection holes for supporting the plurality of terminals and assisting the plurality of terminals to be arranged, a protection body protruding from the protection base, and a first protection arm extending from the protection body to engage with the first housing protrusion; and the second connector is an insertion part comprising an insertion body to be inserted into an inside of the protection part, and a first insertion protrusion protruding from the insertion body to interfere with the first protection arm, wherein the insertion body comprises a first surface facing the first protection arm, and the first insertion protrusion protrudes from the first surface, wherein the first insertion protrusion deforms the first protection arm and causes the first protection arm to disengage from the first housing protrusion while the insertion body is inserted into the inside of the protection part, characterised in that the first protection arm is movable in a direction intersecting with a direction which is normal to the first surface, and the first protection arm is movable in a direction parallel to the first surface.
A secondary battery electrolytic copper foil, which includes a first surface and a second surface opposite the first surface, the electrolytic copper foil comprising: a copper layer including a matte surface facing the first surface and a shiny surface facing the second surface; and a first protective layer on the matte surface of the copper layer, wherein the first surface has a peak density of 3 to 110, a texture coefficient [TC] of a plane of 1.32 or less, and a surface roughness (R z) of 0.5 to 2.7 μm, wherein the peak density, the texture coefficient [TC] and the surface roughness (Rz) are measured according to the description. a copper layer including a matte surface facing the first surface and a shiny surface facing the second surface; and a first protective layer on the matte surface of the copper layer, wherein the first surface has a peak density of 3 to 110, a texture coefficient [TC] of a plane of 1.32 or less, and a surface roughness (R z) of 0.5 to 2.7 μm, wherein the peak density, the texture coefficient [TC] and the surface roughness (Rz) are measured according to the description.
A hearing prosthesis, comprising: a stimulating assembly configured to be implanted in a recipient, wherein the stimulating assembly comprises a plurality of stimulating contacts configured to deliver electrical stimulation signals to the recipient; and a processor configured to: initiate at least one measurement via one or more of the stimulating contacts to obtain one or more cochlea health biomarkers, each biomarker being associated with a cochlea health of the recipient of the hearing prosthesis; analyze the one or more biomarkers to identify one or more precursors of a change to the residual hearing of the recipient to predict, using the one or more cochlea health biomarkers, a potential future residual hearing loss of the recipient's cochlea; and responsive to the prediction of the future residual hearing loss, adjust stimulation signals of the hearing prosthesis to remediate the future residual hearing loss. a stimulating assembly configured to be implanted in a recipient, wherein the stimulating assembly comprises a plurality of stimulating contacts configured to deliver electrical stimulation signals to the recipient; and a processor configured to: initiate at least one measurement via one or more of the stimulating contacts to obtain one or more cochlea health biomarkers, each biomarker being associated with a cochlea health of the recipient of the hearing prosthesis; analyze the one or more biomarkers to identify one or more precursors of a change to the residual hearing of the recipient to predict, using the one or more cochlea health biomarkers, a potential future residual hearing loss of the recipient's cochlea; and responsive to the prediction of the future residual hearing loss, adjust stimulation signals of the hearing prosthesis to remediate the future residual hearing loss. initiate at least one measurement via one or more of the stimulating contacts to obtain one or more cochlea health biomarkers, each biomarker being associated with a cochlea health of the recipient of the hearing prosthesis; analyze the one or more biomarkers to identify one or more precursors of a change to the residual hearing of the recipient to predict, using the one or more cochlea health biomarkers, a potential future residual hearing loss of the recipient's cochlea; and responsive to the prediction of the future residual hearing loss, adjust stimulation signals of the hearing prosthesis to remediate the future residual hearing loss.
Seating furniture chassis comprising a base body and a plurality of electrically conductive cables, wherein the cables are fastened to the base body, wherein each of the cables has at a first end an individual connector which is electrically connectable to a peripheral electrical device, wherein the seating furniture chassis comprises a central connector, wherein the central connector is connectable to a central electrical device, wherein each of the cables is electrically connected at a second end to the central connector, wherein the seating furniture chassis comprises a back part, wherein the back part is fastenable to the base body, wherein the seating furniture chassis comprises the central electrical device and the central electrical device is arranged on the back part, characterised in that the central connector is a plug or a socket.
A turbojet vane, in particular a compressor guide vane, characterized in that the vane comprises the following elements: · an elongate one-piece front portion cut from a pultruded section member comprising fibers bonded together by resin and forming a leading edge; · an elongate one-piece rear portion cut from a pultruded section member comprising fibers bonded together by resin and forming a trailing edge; and · a skin based on resin-impregnated fibers extending between the leading edge and the trailing edge in order to form side faces of the vane and covering at least zones (6, 7) of the leading edge and of the trailing edge; these elements being assembled together by hot compaction. · an elongate one-piece front portion cut from a pultruded section member comprising fibers bonded together by resin and forming a leading edge; · an elongate one-piece rear portion cut from a pultruded section member comprising fibers bonded together by resin and forming a trailing edge; and · a skin based on resin-impregnated fibers extending between the leading edge and the trailing edge in order to form side faces of the vane and covering at least zones (6, 7) of the leading edge and of the trailing edge; these elements being assembled together by hot compaction.
Device for fixing a bone fractured in the region of the femoral neck, consisting of a sliding sleeve plate and a trochanter support plate with plate head each comprising recesses for receiving bone screws, the plate head of the trochanter support plate having an anatomically adapted shape and the trochanter support plate being embodied in such a way that it can be displaceably mounted on the sliding sleeve plate, wherein at least at the end facing the plate head, the trochanter support plate comprises a form-paired profile guide which engages behind the sliding sleeve plate in such a way that the portion of the sliding sleeve plate which is complementary thereto is received in a shoe-like manner, characterized in that the engaging profile guide changes from the end near the plate head to the end far from the plate head into an open guide supporting the sliding sleeve plate only laterally.
A method of making a peptide phospholipid conjugate having low levels of TFA comprising the steps of: converting peptide dimer TFA salts to an acetate salt via anion exchange; and conjugating the peptide dimer to a phospholipid. converting peptide dimer TFA salts to an acetate salt via anion exchange; and conjugating the peptide dimer to a phospholipid.
A method for recovering nutrients from hydrolysed urine, comprising the steps of: a) adding a cation exchanger comprising sorbed magnesium to the hydrolysed urine; b) mixing the cation exchanger with the hydrolysed urine, and c) adjusting the pH of the mixture to a pH of above 9, such as to release at least a part of the sorbed magnesium from the cation exchanger to the urine solution of the mixture, precipitate phosphorus in the urine solution, and sorb at least part of the ammonium to the cation exchanger, thereby providing a nutrient sludge comprising precipitated phosphorus and a cation exchanger comprising sorbed ammonium; d) filtering the nutrient sludge, and optionally e) drying the filtrate to provide a fertilizer comprising cation exchanger, ammonium and phosphorus wherein the cation exchanger is selected from the group consisting of zeolite; peat; processed coconut shell, and combinations thereof, said combinations preferably being selected from zeolite and peat; zeolite and processed coconut shell; zeolite, peat and processed coconut shell, and peat and processed coconut shell. a) adding a cation exchanger comprising sorbed magnesium to the hydrolysed urine; b) mixing the cation exchanger with the hydrolysed urine, and c) adjusting the pH of the mixture to a pH of above 9, such as to release at least a part of the sorbed magnesium from the cation exchanger to the urine solution of the mixture, precipitate phosphorus in the urine solution, and sorb at least part of the ammonium to the cation exchanger, thereby providing a nutrient sludge comprising precipitated phosphorus and a cation exchanger comprising sorbed ammonium; d) filtering the nutrient sludge, and optionally e) drying the filtrate to provide a fertilizer comprising cation exchanger, ammonium and phosphorus
A fastener, which comprises: two basic parts and they are on the opposite sides of one raising part, where slots have been arranged between both basic parts and the raising part, characterized in that the fastener further comprises a number of spikes or bond teeth that extend below the basic part.
A computer-implemented method of characterizing molecular diffusion within a body from a set of diffusion-weighted magnetic resonance signals by computing a weighted average of a plurality of multi-compartment diffusion models (EXM1, EXM2) comprising in each of the models the same number of compartments, fitted to a set of diffusion-weighted magnetic resonance signals, said weighted average being computed using weights representative of a performance criterion of each of said models; wherein each of said multi-compartment diffusion models comprises a different number of subsets of compartments, the compartments of a same subset being identical to each other.
A system for removing CO 2 from an input gas stream, the system comprising: a carboniser segment configured such that a solid sorbent reacts therein with the input gas stream to remove CO 2 from the input gas stream; a calciner segment configured such that solid sorbent which has been previously reacted with the input gas stream reacts therein to release substantially pure CO 2 gas; a heat exchanger unit for exchanging heat between the carboniser and calciner segments; a first conditioning unit for controlling the CO 2 partial pressure and the temperature in the carboniser segment; and a second conditioning unit for controlling the CO 2 partial.pressure and the temperature in the calciner segment; wherein the first and second conditioning units are configured such that the CO 2 partial pressures and the temperatures in the carboniser and calciner segments respectively are controlled such that the temperature in the carboniser segment is higher than the temperature in the calciner segment for providing heat from the carboniser segment to the calciner segment through the heat exchanging unit, wherein the first conditioning unit comprises a pressurization element and a first heater element for controlling an input temperature of the input gas stream into the carboniser segment such that the carboniser segment operates at the higher temperature than the calciner segment, so that heat liberated by adsorption chemical reaction in the carboniser segment is provided to the calciner segment through the heat exchanger for consumption by a desorption chemical reaction. a carboniser segment configured such that a solid sorbent reacts therein with the input gas stream to remove CO 2 from the input gas stream; a calciner segment configured such that solid sorbent which has been previously reacted with the input gas stream reacts therein to release substantially pure CO 2 gas; a heat exchanger unit for exchanging heat between the carboniser and calciner segments; a first conditioning unit for controlling the CO 2 partial pressure and the temperature in the carboniser segment; and a second conditioning unit for controlling the CO 2 partial.pressure and the temperature in the calciner segment; wherein the first and second conditioning units are configured such that the CO 2 partial pressures and the temperatures in the carboniser and calciner segments respectively are controlled such that the temperature in the carboniser segment is higher than the temperature in the calciner segment for providing heat from the carboniser segment to the calciner segment through the heat exchanging unit, wherein the first conditioning unit comprises a pressurization element and a first heater element for controlling an input temperature of the input gas stream into the carboniser segment such that the carboniser segment operates at the higher temperature than the calciner segment, so that heat liberated by adsorption chemical reaction in the carboniser segment is provided to the calciner segment through the heat exchanger for consumption by a desorption chemical reaction.
A non-invasive device for measuring the bilirubin level of a subject comprising a housing, said housing comprising at least one radiation source (12s, 101) for radiating a subject's living tissue, said at least one radiation source (12s, 101) configured to emit radiation in at least first (λ1) and second (λ2) wavelengths; at least one detector for detecting rays transmitted through said tissue; means for applying blanching pressure to the portion of the subject's living tissue; means for measuring the thickness of the portion of the subject's living tissue through which radiation is being transmitted; and processing means in communication with said at least one radiation source, said at least one detector, and said means for measuring thickness, wherein said processing means are configured to calculate the bilirubin level of said subject using data obtained from said at least one detector and from said thickness measurement means; characterized in that said at least first and second wavelengths comprise a first wavelength (λ1) within a range 520nm ±5nm and a second wavelength (λ2) within a range 470nm ±10nm, which are modulated at frequencies F1 and F2 respectively; and wherein said at least one radiation source (12s, 101) comprises means for emitting a synchronous signal, the radiation source (12a, 101) comprising: first and second oscillators, configured to generate first and second electrical signals having first and second frequencies, respectively; first and second driver units electrically coupled to said first and second oscillators; first and second light emitting elements adapted to generate first and second light signals, said first and second light emitting elements electrically coupled to said first and second driver units; and wherein said processing means are configured such that the signal, being measured by the detector for processing, measures the magnitude of light transmitted through the tissue after blanching pressure has been applied to expel blood from the portion of the subject's living tissue. first and second oscillators, configured to generate first and second electrical signals having first and second frequencies, respectively; first and second driver units electrically coupled to said first and second oscillators; first and second light emitting elements adapted to generate first and second light signals, said first and second light emitting elements electrically coupled to said first and second driver units; and wherein said processing means are configured such that the signal, being measured by the detector for processing, measures the magnitude of light transmitted through the tissue after blanching pressure has been applied to expel blood from the portion of the subject's living tissue.