mhurhangee/patent-ind-claim-en huggingface dataset:
A transmitter , comprising: a voltage-mode driver configured to drive a pair of output terminals responsive to a differential input signal, wherein the voltage-mode driver includes a first pull-up circuit having a first pull-up transistor in series with a first resistor; a pre-driver configured to drive the differential input signal to the voltage-mode driver ; and a calibration circuit including a variable resistor responsive to a control signal to provide a variable resistance, the variable resistor being coupled to a first capacitor (C3) to form a first resistor-capacitor, RC, circuit having a first RC time constant, the calibration circuit further including a replica circuit having a replica transistor and a replica resistor coupled to a second capacitor (C2) to form a second RC circuit having a second RC time constant, wherein the replica transistor is matched to the first pull-up transistor, the replica resistor is matched to the first resistor, and the first capacitor (C3) is matched to the second capacitor (C2), the calibration circuit including a feedback circuit configured to control a gate voltage for the replica transistor so that the second RC time constant equals the first RC time constant, wherein the gate voltage is also a power supply voltage for the pre-driver . a voltage-mode driver configured to drive a pair of output terminals responsive to a differential input signal, wherein the voltage-mode driver includes a first pull-up circuit having a first pull-up transistor in series with a first resistor; a pre-driver configured to drive the differential input signal to the voltage-mode driver ; and a calibration circuit including a variable resistor responsive to a control signal to provide a variable resistance, the variable resistor being coupled to a first capacitor (C3) to form a first resistor-capacitor, RC, circuit having a first RC time constant, the calibration circuit further including a replica circuit having a replica transistor and a replica resistor coupled to a second capacitor (C2) to form a second RC circuit having a second RC time constant, wherein the replica transistor is matched to the first pull-up transistor, the replica resistor is matched to the first resistor, and the first capacitor (C3) is matched to the second capacitor (C2), the calibration circuit including a feedback circuit configured to control a gate voltage for the replica transistor so that the second RC time constant equals the first RC time constant, wherein the gate voltage is also a power supply voltage for the pre-driver .
An all-solid battery comprising: a cathode layer comprising a cathode active material layer; an anode layer; and a solid electrolyte layer disposed between the cathode layer and the anode layer and comprising a solid electrolyte, wherein the anode layer comprises a porous anode current collector, a first anode active material layer comprising a first metal and a carbonaceous anode active material disposed on the porous anode current collector, and a conformal coating layer including a second metal disposed on the first anode active material layer, wherein the conformal coating layer is between the first anode active material layer and the solid electrolyte layer, a surface roughness of a surface of the solid electrolyte layer proximate to the conformal coating layer is 2 micrometers or less, the first metal of the first anode active material layer is at least one of indium, silicon, gallium, tin, aluminum, titanium, zirconium, niobium, germanium, antimony, bismuth, gold, platinum, palladium, magnesium, silver, or zinc, the second metal in the conformal coating layer is silver, copper, gold, aluminum, magnesium, tungsten, nickel, iron, indium, silicon, gallium, tin, titanium, zirconium, niobium, germanium, antimony, bismuth, platinum, palladium, zinc, or a combination thereof, a thickness of the conformal coating layer is 500 nanometers or less, and the surface roughness is determined using scanning electron microscopy. a cathode layer comprising a cathode active material layer; an anode layer; and a solid electrolyte layer disposed between the cathode layer and the anode layer and comprising a solid electrolyte, a porous anode current collector, a first anode active material layer comprising a first metal and a carbonaceous anode active material disposed on the porous anode current collector, and a conformal coating layer including a second metal disposed on the first anode active material layer, wherein the conformal coating layer is between the first anode active material layer and the solid electrolyte layer, a surface roughness of a surface of the solid electrolyte layer proximate to the conformal coating layer is 2 micrometers or less, the first metal of the first anode active material layer is at least one of indium, silicon, gallium, tin, aluminum, titanium, zirconium, niobium, germanium, antimony, bismuth, gold, platinum, palladium, magnesium, silver, or zinc, the second metal in the conformal coating layer is silver, copper, gold, aluminum, magnesium, tungsten, nickel, iron, indium, silicon, gallium, tin, titanium, zirconium, niobium, germanium, antimony, bismuth, platinum, palladium, zinc, or a combination thereof, a thickness of the conformal coating layer is 500 nanometers or less, and the surface roughness is determined using scanning electron microscopy.
A mechanical force generator for coupling to a drillstring that provides a sinusoidal or near sinusoidal oscillating output for drilling, the mechanical force generator comprising: a housing , a mass to go inside a casing of the drillstring a cam plate rotatable in the housing so that the cam plate is rotatable relative to the housing to oscillate a mass to indirectly provide oscillations to the drillstring, the cam plate having two opposed oblique bearing surfaces rotatable through a bearing assembly, wherein upon rotation, the two opposed oblique bearing surfaces cam against the bearing assembly to oscillate the mass longitudinally relative to a casing of the drillstring, the oscillations being transferred to the drillstring, wherein the bearing assembly comprises opposing bearings for bearing against the opposed oblique bearing surfaces and wherein at least one opposing bearing adjusts to follow the respective opposed bearing surface and maintain engagement. a housing , a mass to go inside a casing of the drillstring a cam plate rotatable in the housing so that the cam plate is rotatable relative to the housing to oscillate a mass to indirectly provide oscillations to the drillstring, the cam plate having two opposed oblique bearing surfaces rotatable through a bearing assembly, wherein upon rotation, the two opposed oblique bearing surfaces cam against the bearing assembly to oscillate the mass longitudinally relative to a casing of the drillstring, the oscillations being transferred to the drillstring, wherein the bearing assembly comprises opposing bearings for bearing against the opposed oblique bearing surfaces and wherein at least one opposing bearing adjusts to follow the respective opposed bearing surface and maintain engagement.
A system for an engine defined about an axial centerline , comprising: an inner case that includes a bushing ; a duct case radially outward of the inner case with respect to the axial centerline ; a seal located on the duct case ; and a borescope assembly that traverses the seal and the bushing in mounting to the inner case , the borescope assembly , comprising: a spring ; a housing sleeve ; a washer sleeve at least partially nested within the housing sleeve ; and a plug coupled to the housing sleeve , wherein the spring is completely contained within the housing sleeve and the washer sleeve , wherein the spring is isolated from the seal by the housing sleeve and the washer sleeve such that the spring is contact-free with respect to the seal , characterized in that the plug defines a recess and the bushing includes a pin that is seated in the recess , and wherein the plug defines a second recess and the bushing includes a second pin that is seated in the second recess. an inner case that includes a bushing ; a duct case radially outward of the inner case with respect to the axial centerline ; a seal located on the duct case ; and a borescope assembly that traverses the seal and the bushing in mounting to the inner case , the borescope assembly , comprising: a spring ; a housing sleeve ; a washer sleeve at least partially nested within the housing sleeve ; and a plug coupled to the housing sleeve , a spring ; a housing sleeve ; a washer sleeve at least partially nested within the housing sleeve ; and a plug coupled to the housing sleeve , wherein the spring is completely contained within the housing sleeve and the washer sleeve , wherein the spring is isolated from the seal by the housing sleeve and the washer sleeve such that the spring is contact-free with respect to the seal , characterized in that the plug defines a recess and the bushing includes a pin that is seated in the recess , and wherein the plug defines a second recess and the bushing includes a second pin that is seated in the second recess.
A filter element for mounting in an air cleaner housing of a vehicle , comprising - a circumferential filtering wall through which air is allowed to enter, - a first end , - an open second end for fluidly connecting the filter element to a turbo, the open second end being located opposite the first end, wherein the circumferential filtering wall extends from the first end towards the open second end, and - a resonator , wherein the entire resonator is encircled by the circumferential filtering wall such that air entering through the circumferential filtering wall passes on the outside of the resonator to and through the open second end , wherein the resonator has a top edge defining an opening through which sound waves are allowed to enter into, and exit out from, the resonator, characterized in that the top edge is wave-shaped in the circumferential direction, having alternating peaks and valleys . - a circumferential filtering wall through which air is allowed to enter, - a first end , - an open second end for fluidly connecting the filter element to a turbo, the open second end being located opposite the first end, wherein the circumferential filtering wall extends from the first end towards the open second end, and - a resonator , wherein the entire resonator is encircled by the circumferential filtering wall such that air entering through the circumferential filtering wall passes on the outside of the resonator to and through the open second end , wherein the resonator has a top edge defining an opening through which sound waves are allowed to enter into, and exit out from, the resonator, characterized in that the top edge is wave-shaped in the circumferential direction, having alternating peaks and valleys .
A path computation method, comprising: receiving (S302) a path computation request transmitted by a path computation client, PCC, wherein the path computation request is used to request to compute a bit indexed explicit replication-traffic engineering, BIER-TE, path, and the path computation request carries topological information of a BIER network or BIER information; and computing (S304) the path according to the path computation request. receiving (S302) a path computation request transmitted by a path computation client, PCC, wherein the path computation request is used to request to compute a bit indexed explicit replication-traffic engineering, BIER-TE, path, and the path computation request carries topological information of a BIER network or BIER information; and computing (S304) the path according to the path computation request.
A refrigerator , comprising: a cabinet defining a storage space that is opened at one side thereof; a door rotatably coupled to the cabinet to open and close the opened side of the storage space; and at least one basket coupled to an interior side of the door, the at least one basket comprising a bottom wall extending between two opposite lateral side walls, a front wall and a rear wall, wherein the basket has a box shape with an opening at a top side thereof; characterized in that the bottom wall comprises: a first panel positioned adjacent to the interior side of the door and extending from a first end of the two opposite lateral side walls to an intermediate portion of the two opposite lateral side walls; and a second panel positioned adjacent to the first panel and extending from the intermediate portion to a second end of the two opposite lateral side walls, wherein the second panel is upwardly inclined from the intermediate portion to the second end of the two opposite lateral side walls; and wherein a top end of each of the two opposite lateral side walls includes a first downwardly inclined portion extending from the intermediate portion to the second end thereof. a cabinet defining a storage space that is opened at one side thereof; a door rotatably coupled to the cabinet to open and close the opened side of the storage space; and at least one basket coupled to an interior side of the door, the at least one basket comprising a bottom wall extending between two opposite lateral side walls, a front wall and a rear wall, wherein the basket has a box shape with an opening at a top side thereof; characterized in that the bottom wall comprises: a first panel positioned adjacent to the interior side of the door and extending from a first end of the two opposite lateral side walls to an intermediate portion of the two opposite lateral side walls; and a second panel positioned adjacent to the first panel and extending from the intermediate portion to a second end of the two opposite lateral side walls, wherein the second panel is upwardly inclined from the intermediate portion to the second end of the two opposite lateral side walls; and a first panel positioned adjacent to the interior side of the door and extending from a first end of the two opposite lateral side walls to an intermediate portion of the two opposite lateral side walls; and a second panel positioned adjacent to the first panel and extending from the intermediate portion to a second end of the two opposite lateral side walls, wherein the second panel is upwardly inclined from the intermediate portion to the second end of the two opposite lateral side walls; and wherein a top end of each of the two opposite lateral side walls includes a first downwardly inclined portion extending from the intermediate portion to the second end thereof.
A tire comprising an elastomer-metal cord composite in a belt layer of the tire , the elastomer-metal cord composite obtained by coating, with an elastomer , a metal cord composed of a bundle of two to ten metal filaments that are parallelly aligned in a single row without being twisted together, wherein the metal filaments are patterned in the same patterning amount (h) at the same pitch (p), and the metal cord comprises at least one pair of adjacent metal filaments having different phases from each other. wherein the metal filaments are patterned in the same patterning amount (h) at the same pitch (p), and the metal cord comprises at least one pair of adjacent metal filaments having different phases from each other.
A method for the in vitro detection, in vitro diagnosis, prognosis, risk assessment, risk stratification and/or therapy control of a latent tuberculosis infection in a subject, wherein said method comprises determining at least one nucleotide sequence of Mycobacterium tuberculosis in a blood cell population of said subject, and wherein the presence of said at least one nucleotide sequence is indicative for said latent tuberculosis infection, wherein said blood cell population is enriched for CD34 + cells.
Dispensing system intended to be fixed on a container wherein a fluid product is packaged, said dispensing system comprising a pump , two respectively inlet and outlet non-return valves, an elastic return means and a pushbutton , said pump being moved by way of a thrust action on the pushbutton connected to said pump , characterised in that - it is constituted of three one-piece structural parts: a rod , a fret and a pushbutton ; - the three one-piece parts support the elastic return means and engage together to ensure the dispensing of the fluid product under the effect of the thrust exerted on the pushbutton from the container to a discharge orifice ; - the two inlet and outlet non-return valves are each constituted of a valve mounted bearing on a rigid support to which said valve is connected by a fixed connection; - at least one valve has a non-perforated flexible and deformable peripheral zone , located opposite the rigid support ; - the rigid wall is perforated by at least one orifice located opposite the peripheral zone ; - the peripheral zone has a substantially conic shape before mounting with a large base, a small base and an inner face on the inner side of the large base of the cone; - said peripheral zone has a consecutive deformation bearing on the inner face of the large base on the rigid support in the assembled position. - it is constituted of three one-piece structural parts: a rod , a fret and a pushbutton ; - the three one-piece parts support the elastic return means and engage together to ensure the dispensing of the fluid product under the effect of the thrust exerted on the pushbutton from the container to a discharge orifice ; - the two inlet and outlet non-return valves are each constituted of a valve mounted bearing on a rigid support to which said valve is connected by a fixed connection; - at least one valve has a non-perforated flexible and deformable peripheral zone , located opposite the rigid support ; - the rigid wall is perforated by at least one orifice located opposite the peripheral zone ; - the peripheral zone has a substantially conic shape before mounting with a large base, a small base and an inner face on the inner side of the large base of the cone; - said peripheral zone has a consecutive deformation bearing on the inner face of the large base on the rigid support in the assembled position.
Fabric for the manufacture of protective work clothing comprising a yarn, which has at least one first leg, characterised in that the first leg comprises a core consisting of a shrunk, high-strength, synthetic fibre and an outer layer consisting of a flame-retardant cellulosic natural fibre.
An apparatus comprising: an energy source ; a thermal applicator ; an energy conduit ; and a controller operatively coupled to the energy source, the thermal applicator configured to be disposed and secured circumferentially about a portion of a body of a human subject having a target nerve therein, in contact with the skin on the portion of the body and overlying a treatment portion of the target nerve, and to deliver thermal energy to the skin at least partially around the circumference of the portion of the body portion to raise the temperature of the treatment portion of the target nerve above a physiologic temperature, the energy conduit having a first portion coupled to the energy source and a second portion coupled to the thermal applicator and configured to have energy passed therethrough to convey energy from the energy source to the thermal applicator and for the thermal applicator to provide as thermal energy to the treatment portion of the target nerve, the controller configured to cause the energy source to provide energy to the thermal applicator via the energy conduit at a temperature and thermal energy delivery rate sufficient to raise the temperature of the treatment portion of the target nerve to a first temperature above the physiologic temperature and maintain the first temperature for a first time that is sufficient to achieve a reversible, at least partial blockade, or a pre-conditioning of the target nerve. an energy source ; a thermal applicator ; an energy conduit ; and a controller operatively coupled to the energy source, the thermal applicator configured to be disposed and secured circumferentially about a portion of a body of a human subject having a target nerve therein, in contact with the skin on the portion of the body and overlying a treatment portion of the target nerve, and to deliver thermal energy to the skin at least partially around the circumference of the portion of the body portion to raise the temperature of the treatment portion of the target nerve above a physiologic temperature, the energy conduit having a first portion coupled to the energy source and a second portion coupled to the thermal applicator and configured to have energy passed therethrough to convey energy from the energy source to the thermal applicator and for the thermal applicator to provide as thermal energy to the treatment portion of the target nerve, the controller configured to cause the energy source to provide energy to the thermal applicator via the energy conduit at a temperature and thermal energy delivery rate sufficient to raise the temperature of the treatment portion of the target nerve to a first temperature above the physiologic temperature and maintain the first temperature for a first time that is sufficient to achieve a reversible, at least partial blockade, or a pre-conditioning of the target nerve.
A compound formed by the conjugation of one or more polysaccharide moieties each independently represented by the formula β(1→4)-[GlcNH-R] n -2,5-anhydromannose, wherein n is a positive integer from 3 to 50, R is H or an acyl group, and the one or more polysaccharide moieties are chitin/chitosan mixed polymers, with an immunogenic carrier protein covalently linked to the one or more polysaccharide moieties directly at the anhydromannose group of each of the polysaccharide moieties. one or more polysaccharide moieties each independently represented by the formula β(1→4)-[GlcNH-R] n -2,5-anhydromannose, wherein n is a positive integer from 3 to 50, R is H or an acyl group, and the one or more polysaccharide moieties are chitin/chitosan mixed polymers, with an immunogenic carrier protein covalently linked to the one or more polysaccharide moieties directly at the anhydromannose group of each of the polysaccharide moieties.
A granule composition comprising phytic acid and phytase, wherein the phytase and the phytic acid are in adjacent coating layers of a multi-layered granule, or phytase is in the core of the granule and phytic acid is in the adjacent coating layer, wherein the phytic acid is at least 10 millimolal in said composition, and wherein the phytic acid is selected from inositol hexaphosphate, inositol pentaphosphate, inositol tetraphosphate, inositol triphosphate, inositol diphosphate and inositol monophosphate, or salts or mixtures thereof.