mhurhangee/ep-ind-claims huggingface dataset:
A tyre comprising: a tread portion being provided with two circumferential grooves extending in a tyre circumferential direction to form a crown land portion therebetween, wherein the crown land portion is provided with two or more crown grooves extending inwardly of the crown land portion from the respective circumferential grooves, each crown groove comprises wide-width regions and narrow-width regions having a groove width smaller than that of the wide-width regions, and the wide-width regions and the narrow-width regions are alternated, characterized in that the crown land portion comprises two or more side blocks defined by the crown grooves and the circumferential grooves, each side block comprises a first block sidewall extending along either one of the circumferential grooves, and the first block sidewall comprises a step portion extending stepwise in a tyre radial direction. a tread portion being provided with two circumferential grooves extending in a tyre circumferential direction to form a crown land portion therebetween, wherein the crown land portion is provided with two or more crown grooves extending inwardly of the crown land portion from the respective circumferential grooves, each crown groove comprises wide-width regions and narrow-width regions having a groove width smaller than that of the wide-width regions, and the wide-width regions and the narrow-width regions are alternated, characterized in that the crown land portion comprises two or more side blocks defined by the crown grooves and the circumferential grooves, each side block comprises a first block sidewall extending along either one of the circumferential grooves, and the first block sidewall comprises a step portion extending stepwise in a tyre radial direction.
Vehicle washing system for cleaning a vehicle with a carrier movable along a washing zone and a foam dispensing device to generate a foam curtain extending across the direction of travel of the carrier, wherein the foam dispensing device is arranged so as to be vertically adjustable on carrier and includes at least one foam outlet from which foam emerges under pressure, characterized in that the foam delivery device includes a baffle facing the foam outlet to collect and divert the emerging foam, a lower edge of the baffle is a runoff edge which extends across the washing zone.
PCBN material consisting of cBN grains dispersed in a matrix, the content of the cBN grains being in the range of 35 to 70 volume per cent of the PCBN material; the matrix comprising at least one kind of chemical compound that includes aluminium (Al) and at least one kind of chemical compound that includes titanium (Ti); a plurality of cBN grain surfaces being coterminous with a substantially planar surface of the PCBN material; in which the size distribution of the cBN grains is such that at least 50 per cent of the total equivalent circle area arises from cBN intercept lengths up to 5 microns; and at least 20 per cent of the total ECA arises from cBN intercept lengths greater than 5 microns.
A filter cartridge for filtering a fluid comprising a filter wall having a tubular shape and at least a longitudinal core inserted axially in the internal cavity of the filter wall, made of at least an electrically-insulating material and provided with a plurality of radial openings, characterised in that it comprises at least a conductive strip, made of an electrically conductive material, fixed to the longitudinal core and provided with at least a first portion exposed from the longitudinal core and projecting axially externally of the internal cavity of the filter wall and a second exposed portion exposed from the longitudinal core, destined to come into contact with an electrical contact of a water level sensor, and axially located at a different height with respect to the first portion, wherein the second portion is arranged internally of the internal cavity of the filter wall or projects axially out of the internal cavity of the filter wall on an opposite side with respect to the first portion.
A visual output device being a light emissive visual output device and a processor to receive an indication of, among a plurality of gamut profiles, a specific gamut profile of an image to be presented on the visual output device from a computing device; and wherein the processor dynamically adjusts a gamut profile of the visual output device based on the indication received from the computing device to match the gamut profile of the image; characterised in that the visual output device provides an indication to the computing device when the visual output device cannot match the gamut profile of the image. a processor to receive an indication of, among a plurality of gamut profiles, a specific gamut profile of an image to be presented on the visual output device from a computing device; and wherein the processor dynamically adjusts a gamut profile of the visual output device based on the indication received from the computing device to match the gamut profile of the image; characterised in that the visual output device provides an indication to the computing device when the visual output device cannot match the gamut profile of the image.
Motor-vehicle body comprising at least one rear floor, said body being provided with: -) a pan for storing a spare wheel disposed under the body, said pan being mounted pivotally on the body while being able to tilt between a position folded towards the bottom face of the rear floor and a tilted position in which the spare wheel is accessible from the outside of the body, the pan being held in said folded position by a hook device fixed to the rear floor by an anchoring rod connected at one of its ends to the hook device and bearing axially at its other end, by means of a shoulder on the anchoring rod, against the top face of the rear floor through which the anchoring rod passes; -) at least one rear hatch able to move between an open position, allowing access from the outside of the body to a rear compartment of the body, and a closed position in which the rear hatch closes said rear compartment, the rear hatch being held on the body in the closed position by means of a lock comprising a keeper located on the top face of the rear floor and a latch located on the rear hatch, the keeper being installed on the top face of the rear floor by means of a reinforcement, termed the main reinforcement, with roughly planar extension and fixed to the rear floor in its general extension plane, characterised in that the main reinforcement includes a flange against which the anchoring rod bears axially by means of said shoulder, said flange forming a reinforcement, termed the secondary reinforcement, for fixing the hook device to the body. -) a pan for storing a spare wheel disposed under the body, said pan being mounted pivotally on the body while being able to tilt between a position folded towards the bottom face of the rear floor and a tilted position in which the spare wheel is accessible from the outside of the body, the pan being held in said folded position by a hook device fixed to the rear floor by an anchoring rod connected at one of its ends to the hook device and bearing axially at its other end, by means of a shoulder on the anchoring rod, against the top face of the rear floor through which the anchoring rod passes; -) at least one rear hatch able to move between an open position, allowing access from the outside of the body to a rear compartment of the body, and a closed position in which the rear hatch closes said rear compartment, the rear hatch being held on the body in the closed position by means of a lock comprising a keeper located on the top face of the rear floor and a latch located on the rear hatch, the keeper being installed on the top face of the rear floor by means of a reinforcement, termed the main reinforcement, with roughly planar extension and fixed to the rear floor in its general extension plane,
A method of preparing a laundry detergent composition, comprising the steps of: a. providing a base detergent composition, wherein said base detergent comprises anionic surfactant, preferably from 1% to 70%, by weight of said base detergent, anionic surfactant; b. combining a silicone emulsion with said base detergent, thereby forming a silicone-surfactant mixture; and c. combining a cationic polymer with said silicone-surfactant mixture, thereby forming a finished detergent composition, preferably wherein said finished detergent composition comprises from 0.1% to 15%, by weight of said finished detergent composition, of silicone, wherein said cationic polymer comprises a first structural unit derived from acrylamide, and wherein said cationic polymer further comprises a second structural unit derived from diallyl dimethyl ammonium salts (DADMAS); wherein other laundry adjuncts are added to said silicone-surfactant mixture, to said finished detergent composition, or both. a. providing a base detergent composition, wherein said base detergent comprises anionic surfactant, preferably from 1% to 70%, by weight of said base detergent, anionic surfactant; b. combining a silicone emulsion with said base detergent, thereby forming a silicone-surfactant mixture; and c. combining a cationic polymer with said silicone-surfactant mixture, thereby forming a finished detergent composition, preferably wherein said finished detergent composition comprises from 0.1% to 15%, by weight of said finished detergent composition, of silicone, wherein said cationic polymer comprises a first structural unit derived from acrylamide, and wherein said cationic polymer further comprises a second structural unit derived from diallyl dimethyl ammonium salts (DADMAS);
A steering system for detecting a hand wheel position, comprising: an input shaft connected to a hand wheel; a main gear disposed around the input shaft; a puck gear meshingly engaged with the main gear; and a control module adapted to receive an angular main position of the main gear and an angular puck position of the puck gear; characterized in that the control module is further adapted to calculate an empirical value based on the angular main position and a ratio of the angular puck position and a gear ratio, wherein the empirical value is [c 1 - 1/G c 2], wherein c 1 is the angular main position, c 2 is the angular puck position, and G is the gear ratio; find a number of rotations of the input shaft from a lookup table saved in a memory of the control module using the empirical value; and calculate the hand wheel position based on the number of rotations of the input shaft, wherein the hand wheel position is related to the angular main position and the angular puck position by: c 1 = α - 360 n 1, c 2 = G α - 360 n 2, and α = c 1 + 360 n 1, wherein α is the hand wheel position, n 1 is the number of rotations of the input shaft, and n 2 is a number of rotations of the puck gear. an input shaft connected to a hand wheel; a main gear disposed around the input shaft; a puck gear meshingly engaged with the main gear; and a control module adapted to receive an angular main position of the main gear and an angular puck position of the puck gear; characterized in that the control module is further adapted to calculate an empirical value based on the angular main position and a ratio of the angular puck position and a gear ratio, wherein the empirical value is [c 1 - 1/G c 2], wherein c 1 is the angular main position, c 2 is the angular puck position, and G is the gear ratio; find a number of rotations of the input shaft from a lookup table saved in a memory of the control module using the empirical value; and calculate the hand wheel position based on the number of rotations of the input shaft, wherein the hand wheel position is related to the angular main position and the angular puck position by: c 1 = α - 360 n 1, c 2 = G α - 360 n 2, and α = c 1 + 360 n 1, wherein α is the hand wheel position, n 1 is the number of rotations of the input shaft, and n 2 is a number of rotations of the puck gear.
A system comprising: a vector-by-matrix multiplication array in an artificial neural network, the array comprising a plurality of non-volatile memory cells; an input block to receive a digital input comprising n+1 bits (DIN[n:0]), to apply the digital input to the array one bit at a time by converting the bit into an analog input signal and applying the analog input signal to a row of non-volatile memory cells in the array, wherein a "1" for the bit is converted into an analog input signal with a voltage whose magnitude depends on the bit location of the bit in the digital input; and an output block (3205, 3900) to receive an output current from the array in response to each analog input signal applied to the array and to combine the output currents to form an output (DOUT[m:0]), the output block comprising: an analog-to-digital converter to generate a digital value (DOUT_n) in response to each analog input signal applied to the array; and an adder to add the digital values from the analog-to-digital converter to generate the output (DOUT[m:0]); a register to store the output (DOUT[m:0]). a vector-by-matrix multiplication array in an artificial neural network, the array comprising a plurality of non-volatile memory cells; an input block to receive a digital input comprising n+1 bits (DIN[n:0]), to apply the digital input to the array one bit at a time by converting the bit into an analog input signal and applying the analog input signal to a row of non-volatile memory cells in the array, wherein a "1" for the bit is converted into an analog input signal with a voltage whose magnitude depends on the bit location of the bit in the digital input; and an output block (3205, 3900) to receive an output current from the array in response to each analog input signal applied to the array and to combine the output currents to form an output (DOUT[m:0]), the output block comprising: an analog-to-digital converter to generate a digital value (DOUT_n) in response to each analog input signal applied to the array; and an adder to add the digital values from the analog-to-digital converter to generate the output (DOUT[m:0]); a register to store the output (DOUT[m:0]). an analog-to-digital converter to generate a digital value (DOUT_n) in response to each analog input signal applied to the array; and an adder to add the digital values from the analog-to-digital converter to generate the output (DOUT[m:0]); a register to store the output (DOUT[m:0]).
An article of jewelry comprising: a first element having an inner diameter defining an aperture, the first element comprising an annular peripheral channel comprising a base having an outer diameter, the base, having a width, interposed between a first peripheral portion and a second peripheral portion; and a second annular element; having an inner diameter, an outer diameter, and an axial width smaller than the width of the annular peripheral channel base, the second annular element laterally retained by the peripheral channel and disposed coaxially about, and substantially coplanar with, the first element; characterized in that the first element further comprises an ornament support structure (130, 140) comprising: a first ornament support structural element attached to at least one of a portion of a first peripheral rim (113, 114) and a portion of the first peripheral portion of the first element, and extending in a substantially radial direction beyond the outer diameter of the second annular element. a first element having an inner diameter defining an aperture, the first element comprising an annular peripheral channel comprising a base having an outer diameter, the base, having a width, interposed between a first peripheral portion and a second peripheral portion; and a second annular element; having an inner diameter, an outer diameter, and an axial width smaller than the width of the annular peripheral channel base, the second annular element laterally retained by the peripheral channel and disposed coaxially about, and substantially coplanar with, the first element; characterized in that the first element further comprises an ornament support structure (130, 140) comprising: a first ornament support structural element attached to at least one of a portion of a first peripheral rim (113, 114) and a portion of the first peripheral portion of the first element, and extending in a substantially radial direction beyond the outer diameter of the second annular element. a first ornament support structural element attached to at least one of a portion of a first peripheral rim (113, 114) and a portion of the first peripheral portion of the first element, and extending in a substantially radial direction beyond the outer diameter of the second annular element.
A method for forming porous fibers, the method comprising: supplying a bundle of fibers to a drawing system that contains a first bath and a second bath located downstream from the first bath, wherein at least a portion of the fibers are formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer and a nanoinclusion additive dispersed within the continuous phase in the form of discrete domains, and further wherein the first bath contains a first fluidic medium having a first temperature and the second bath contains a second fluidic medium having a second temperature, the first and second temperatures being lower than the melting temperature of the matrix polymer and the first temperature being greater than the second temperature; and drawing the bundle of fibers through the first and second bath, thereby forming a porous network in the fibers that includes a plurality of nanopores; and wherein the first temperature is from 20°C to 90°C and the second temperature is from -10°C to 20°C. supplying a bundle of fibers to a drawing system that contains a first bath and a second bath located downstream from the first bath, wherein at least a portion of the fibers are formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer and a nanoinclusion additive dispersed within the continuous phase in the form of discrete domains, and further wherein the first bath contains a first fluidic medium having a first temperature and the second bath contains a second fluidic medium having a second temperature, the first and second temperatures being lower than the melting temperature of the matrix polymer and the first temperature being greater than the second temperature; and drawing the bundle of fibers through the first and second bath, thereby forming a porous network in the fibers that includes a plurality of nanopores; and wherein the first temperature is from 20°C to 90°C and the second temperature is from -10°C to 20°C.
A variable vane assembly comprising an array of variable vanes coupled to a unison ring for common displacement upon rotation of the unison ring about its central axis by means of a force applied at a drive point on the unison ring, characterised in that the radial stiffness of the unison ring varies in the circumferential direction and in that the radial stiffness increases progressively with distance in a circumferential direction away from the drive point.
A computer-implemented method comprising: receiving data acquired from a logging tool in a bore drilled in an anisotropic formation, wherein the data characterizes anisotropy of the formation; based on the data, determining an orientation of a plane of weakness in the anisotropic formation; receiving a plane of weakness model (PoW) based on the orientation that accounts for shear stress, active shearing, passive shearing, evaluation of whole section of weakness plane around a borehole for structural stability, fluid penetration effects, thermal diffusion effects on borehole stability and the effects of drilling operations on borehole stability, wherein the thermal diffusion effects comprise the temperature diffusion between mud circulating and/or static mud inside a borehole and the surrounding formation and wherein the effects of drilling operations comprises the effects of the operation of one or more pieces of equipment in the borehole; and based on the model, determining a trajectory angle of a bore with respect to at least one feature of the formation and a mud weight for drilling a stable deviated bore in the anisotropic formation, receiving data acquired from a logging tool in a bore drilled in an anisotropic formation, wherein the data characterizes anisotropy of the formation; based on the data, determining an orientation of a plane of weakness in the anisotropic formation; receiving a plane of weakness model (PoW) based on the orientation that accounts for shear stress, active shearing, passive shearing, evaluation of whole section of weakness plane around a borehole for structural stability, fluid penetration effects, thermal diffusion effects on borehole stability and the effects of drilling operations on borehole stability, wherein the thermal diffusion effects comprise the temperature diffusion between mud circulating and/or static mud inside a borehole and the surrounding formation and wherein the effects of drilling operations comprises the effects of the operation of one or more pieces of equipment in the borehole; and based on the model, determining a trajectory angle of a bore with respect to at least one feature of the formation and a mud weight for drilling a stable deviated bore in the anisotropic formation,
A device for retaining and separating lixiviates, which is designed to be placed in a surface, buried or semi-buried container of an urban solid waste collection system, the device comprising an outer bag and an inner bag attached to a metallic ring for fitting to the mouth of the container, the inner bag being liquid-tight and provided with a trunk, said trunk of the inner bag being projected outward from the outer bag through a hole which is arranged at the bottom of the said outer bag, opening and closing means (7 and 8) of the said bags which consist of eyelets (7 and 8), respectively to the outer bag and inner bag, and cables passing through the said eyelets; said trunk being maintained in a raised position for retaining liquids and adopting an unloading position for releasing the said liquids, these two positions being activated by means of a cable.
Low pressure mercury gas discharge ultraviolet lamp with a tubular elongate body with two opposing ends, a first end and a second end, which contains a gas filling, and with at least two electric connectors at each end, which are electrically connected to at least one filament being provided at each end, wherein a discharge length is defined between the filaments, characterized in that at least two filaments (a,c and b,d) are provided at each end of the discharge length, wherein the filaments (a,c;b,d) can be individually supplied with electric energy, and wherein the at least two filaments (a,c) at the first end are of different size and different mass, and the at least two filaments (b,d) at the second end are of different size and different mass.
A variant CBH2 cellulase derived from a precursor protein by substitution or deletion at a position corresponding to G231 in the mature sequence of CBH2 from Hypocrea jecorina, wherein residue G231 in the mature sequence of CBH2 from Hypocrea jecorina corresponds to residue G255 in Figure 1, and wherein the variant has increased thermostability compared to the precursor protein.