mhurhangee/patent-ind-claim-en huggingface dataset:
A gas bearing for a compressor , comprising: a bearing portion and a sealing portion mounted to a bearing housing for the compressor via one or more dampers , and the sealing portion being fixedly connected to the bearing portion; and a vent with an inlet in the bearing, wherein the bearing portion has an inner radial surface for radially supporting a shaft of the compressor, the sealing portion has a sealing surface , the inlet of the vent is disposed between the inner radial surface and the sealing surface, the sealing surface and a rotating surface form a path that extends along the sealing surface, the path configured to extend from a pressurized volume of the compressor containing a fluid to the vent. a bearing portion and a sealing portion mounted to a bearing housing for the compressor via one or more dampers , and the sealing portion being fixedly connected to the bearing portion; and a vent with an inlet in the bearing, wherein the bearing portion has an inner radial surface for radially supporting a shaft of the compressor, the sealing portion has a sealing surface , the inlet of the vent is disposed between the inner radial surface and the sealing surface, the sealing surface and a rotating surface form a path that extends along the sealing surface, the path configured to extend from a pressurized volume of the compressor containing a fluid to the vent.
An optical safety device for a press brake comprising: a projector provided in use on one side in a length direction of an upper table in the press brake for projecting a monitoring light directly under an upper die and toward the other side in the length direction of the upper table ; a photodetector provided in use on the other side in the length direction of the upper table and having a plurality of light receiving elements (56, 561-566) for receiving the monitoring light and outputting electric signals corresponding to an amount of the monitoring light; and a detection unit for detecting a presence or absence of a foreign body between the upper die and a lower die based on light receiving states of effective light receiving elements (56, 561-566) during the lowering operation of the upper table relative to the lower table ; characterized by a determination unit for determining whether or not a shadow of the upper die generated by refracting the monitoring light projected on the side of the light receiving elements (56, 561-566) extends to the light receiving element located closest to the upper die before starting a lowering operation of the upper table relative to a lower table ; and an invalidation unit for invalidating the light receiving element located closest to the upper die when it is determined that the shadow of the upper die extends to the light receiving element located closest to the upper die . a projector provided in use on one side in a length direction of an upper table in the press brake for projecting a monitoring light directly under an upper die and toward the other side in the length direction of the upper table ; a photodetector provided in use on the other side in the length direction of the upper table and having a plurality of light receiving elements (56, 561-566) for receiving the monitoring light and outputting electric signals corresponding to an amount of the monitoring light; and a detection unit for detecting a presence or absence of a foreign body between the upper die and a lower die based on light receiving states of effective light receiving elements (56, 561-566) during the lowering operation of the upper table relative to the lower table ; characterized by a determination unit for determining whether or not a shadow of the upper die generated by refracting the monitoring light projected on the side of the light receiving elements (56, 561-566) extends to the light receiving element located closest to the upper die before starting a lowering operation of the upper table relative to a lower table ; and an invalidation unit for invalidating the light receiving element located closest to the upper die when it is determined that the shadow of the upper die extends to the light receiving element located closest to the upper die .
A solar cell comprising: a silicon substrate ; and an electrode formed on the silicon substrate, wherein the electrode is formed of a composition for solar cell electrodes comprising a conductive powder, an organic vehicle and a glass frit, characterized in that the silicon substrate is formed with at least 5 raised portions having a cross-sectional height (h) of 50 nm or more per 5 μm length, and the glass frit has a glass transition temperature (Tg) of 150°C to 450°C. a silicon substrate ; and an electrode formed on the silicon substrate, wherein the electrode is formed of a composition for solar cell electrodes comprising a conductive powder, an organic vehicle and a glass frit, characterized in that the silicon substrate is formed with at least 5 raised portions having a cross-sectional height (h) of 50 nm or more per 5 μm length, and the glass frit has a glass transition temperature (Tg) of 150°C to 450°C.
A light guide module , comprising: a light-emitting diode (102, 102-1, 102-2, 102-3, 102-4) with the shape of a rectangular cuboid, which light-emitting diode has two vertical light-emitting sides ; and a ring-shaped light guide configured to be fitted about a lens of a camera module of a mobile phone , comprising a light guide body having an annular bottom side , an annular top side comprising a light-emitting surface, a circular inner sidewall , and a circular outer sidewall with an indentation comprising two vertical in-coupling surfaces , wherein the two vertical in-coupling surfaces of the indentation mate to the two vertical light-emitting sides of the light-emitting diode . a light-emitting diode (102, 102-1, 102-2, 102-3, 102-4) with the shape of a rectangular cuboid, which light-emitting diode has two vertical light-emitting sides ; and a ring-shaped light guide configured to be fitted about a lens of a camera module of a mobile phone , comprising a light guide body having an annular bottom side , an annular top side comprising a light-emitting surface, a circular inner sidewall , and a circular outer sidewall with an indentation comprising two vertical in-coupling surfaces ,
A transmitter for wireless communications, configured to: obtain prime factors for a number N RE of time-frequency resources , at least two of the prime factors being different; generate a codebook comprising at least one codeword, wherein each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE ; and provide, to a receiver , information bits in at least one of the at least one codeword over the N RE time-frequency resources . obtain prime factors for a number N RE of time-frequency resources , at least two of the prime factors being different; generate a codebook comprising at least one codeword, wherein each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE ; and each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE ; and provide, to a receiver , information bits in at least one of the at least one codeword over the N RE time-frequency resources .
A pharmaceutical composition formulated for parenteral delivery, comprising an IL-2 variant protein having at least 95% sequence identity to SEQ ID NO: 1, and containing the substitution D109C relative to SEQ ID NO: 1.
An organic light-emitting diode, OLED, display device, comprising: a silicon substrate ; a pixel unit and a magneto-dependent sensor which are on one side of the silicon substrate ; and a magnetic field generator configured to provide magnetic fields running through a plane provided with the magneto-dependent sensor to the magneto-dependent sensor , wherein the magneto-dependent sensor is configured to detect magnetic variation and convert the magnetic variation into a voltage difference for output, and the magneto-dependent sensor is integrated into the silicon substrate along with sub-pixels of the pixel unit , and then is arranged side by side with the pixel units, wherein the magnetic variation is produced by a distance change between the magnetic field generator and the magneto-dependent sensor . a silicon substrate ; a pixel unit and a magneto-dependent sensor which are on one side of the silicon substrate ; and a magnetic field generator configured to provide magnetic fields running through a plane provided with the magneto-dependent sensor to the magneto-dependent sensor , wherein the magneto-dependent sensor is configured to detect magnetic variation and convert the magnetic variation into a voltage difference for output, and the magneto-dependent sensor is integrated into the silicon substrate along with sub-pixels of the pixel unit , and then is arranged side by side with the pixel units, wherein the magnetic variation is produced by a distance change between the magnetic field generator and the magneto-dependent sensor .
Removable portable beacon for system of aid to the precision maritime navigation of a ship , comprising means for the acquisition and processing of a satellite signal for geolocation of the beacon and first means of aerial communication by electromagnetic waves with another beacon and/or with a portable calculator equipped with data display means , the beacon including a housing including a base for magnetic fixing to the bridge of said ship , at least two posts (35, 35', 35") including at least one for manual gripping of the beacon by a user and a cap containing said means for the acquisition and processing of the satellite signal connected to said base by said posts, said first means of aerial communication with the other beacon and/or the calculator comprising a first electromagnetic antenna placed in one of said posts, the beacon comprising second means of aerial communication, by electromagnetic waves, of position correction data arriving from terrestrial transmitter(s) situated entirely remotely, comprising a second electromagnetic antenna placed in one of said posts, the beacon comprising third means of communication by electromagnetic waves of external data, comprising a third antenna (47, 59") also placed in one of said posts, and the beacon comprising means of calculation situated in the base of said beacon, said means of calculation being arranged to calculate a so-called corrected-position signal according to a first period determined on the basis of the satellite signal for geolocation of the beacon and the position correction data, giving the terrestrial coordinates of said beacon with a precision of geographical positioning lower than 1 cm or said means of calculation being arranged to calculate a so-called calculated course signal according to a second period determined on the basis of the satellite signal for geolocation of the beacon and a corrected signal transmitted by the other beacon, giving the course with a precision lower than 0.1°, and the first means of communication being arranged to transmit the corrected-position or course signal obtained to the portable calculator for calculation and display.
A cut resistant fabric comprising: an Ultra-High Molecular Weight Polyethylene (UHMWPE) material; and a sheet shaped wollastonite filler, the sheet shaped wollastonite filler being treated with a coupling agent and mixed with the UHMWPE material, wherein a thickness of the sheet shaped wollastonite filler is less than 10 micrometers (μm). an Ultra-High Molecular Weight Polyethylene (UHMWPE) material; and a sheet shaped wollastonite filler, the sheet shaped wollastonite filler being treated with a coupling agent and mixed with the UHMWPE material, wherein a thickness of the sheet shaped wollastonite filler is less than 10 micrometers (μm).
A method of increasing vasodilation of the mammary glands, the method comprising feeding a monogastric mammal, wherein feeding the monogastric mammal comprises: providing to the monogastric mammal a complete animal feed comprising at least a lactation feed, whereby the feed comprises a nitric oxide producing compound in an amount of less than 10 kg/metric ton (10 g/kg) of the total weight of the feed; feeding the feed to a mono gastric mammal 110 days after the start of gestation of the monogastric mammal; whereby the nitric oxide producing compound is a nitrate compound, wherein the mono-gastric mammal is a sow. providing to the monogastric mammal a complete animal feed comprising at least a lactation feed, whereby the feed comprises a nitric oxide producing compound in an amount of less than 10 kg/metric ton (10 g/kg) of the total weight of the feed; feeding the feed to a mono gastric mammal 110 days after the start of gestation of the monogastric mammal; whereby the nitric oxide producing compound is a nitrate compound, wherein the mono-gastric mammal is a sow.
A process for the preparation of umeclidinium bromide, which comprises: a) reacting ((2-bromoethoxy)methyl)benzene, of formula (II) with diphenyl(quinuclidin-4-yl)methanol, of formula (III) in n-propanol; and optionally b) re-crystallising the product of step (a). a) reacting ((2-bromoethoxy)methyl)benzene, of formula (II) with diphenyl(quinuclidin-4-yl)methanol, of formula (III) in n-propanol; and optionally b) re-crystallising the product of step (a).
An ink set comprising: a first ink composition; and a second ink composition, wherein the first ink composition contains water, a dispersant, a colorant, and an ampholyte, the second ink composition contains water, a colorant, and a resin containing an unneutralized acid group, the ampholyte contains an amino acid, a content of the ampholyte is in a range of 0.03% by mass to 2.0% by mass with respect to a total mass of the first ink composition, an acid value of the dispersant contained in the first ink composition is 50 mgKOH/g or less, and an acid value of the resin containing the unneutralized acid group is greater than the acid value of the dispersant contained in the first ink composition. a first ink composition; and a second ink composition, wherein the first ink composition contains water, a dispersant, a colorant, and an ampholyte, the second ink composition contains water, a colorant, and a resin containing an unneutralized acid group, the ampholyte contains an amino acid, a content of the ampholyte is in a range of 0.03% by mass to 2.0% by mass with respect to a total mass of the first ink composition, an acid value of the dispersant contained in the first ink composition is 50 mgKOH/g or less, and an acid value of the resin containing the unneutralized acid group is greater than the acid value of the dispersant contained in the first ink composition.
Fluid interception valve comprising: - at least one valve body having at least one inlet , at least one outlet and at least one channel which places in fluid communication the inlet with the outlet , - at least one shutter arranged within the valve body and comprising: ∘ at least one operative surface configured for intercepting fluid crossing the valve body , ∘ at least one lateral wall extending transversely to the operative surface , - at least one connection element comprising at least one top portion engaged with the valve body ; wherein said connection element comprises at least one base portion engaged with the lateral wall of the shutter ; wherein the connection element is a body separated from the shutter ; wherein at least the base portion of the connection element is removably engaged with the lateral wall of the shutter ; wherein the top portion of the connection element emerges transversely with respect to the base portion , characterized in that said top portion has a convex shape configured for insertingly receiving at least one projection emerging from an internal wall of the valve body ; wherein said projection is integrally formed with the valve body and arranged within the latter, said projection defining, in cooperation with the valve body , a hinging seat configured for housing the top portion of the connection element and pivotally constraining the latter to the valve body . - at least one valve body having at least one inlet , at least one outlet and at least one channel which places in fluid communication the inlet with the outlet , - at least one shutter arranged within the valve body and comprising: ∘ at least one operative surface configured for intercepting fluid crossing the valve body , ∘ at least one lateral wall extending transversely to the operative surface , ∘ at least one operative surface configured for intercepting fluid crossing the valve body , ∘ at least one lateral wall extending transversely to the operative surface , - at least one connection element comprising at least one top portion engaged with the valve body ; wherein said connection element comprises at least one base portion engaged with the lateral wall of the shutter ; wherein the connection element is a body separated from the shutter ; wherein at least the base portion of the connection element is removably engaged with the lateral wall of the shutter ; wherein the top portion of the connection element emerges transversely with respect to the base portion , characterized in that said top portion has a convex shape configured for insertingly receiving at least one projection emerging from an internal wall of the valve body ; wherein said projection is integrally formed with the valve body and arranged within the latter, said projection defining, in cooperation with the valve body , a hinging seat configured for housing the top portion of the connection element and pivotally constraining the latter to the valve body .
A home carbonation system , the system comprising: a bottle holder to hold a bottle during carbonation; and an axis around which said bottle holder rotates at an angle to receive said bottle for said carbonation and to release said bottle after said carbonation; a carbonating arm connected to the housing of said system via a spring and wherein said carbonating arm is lowerable during said carbonation, said carbonating arm having a cam surface ; a normally open valve having a plunger pressable by said cam surface during carbonation to seal said valve ; a mechanical lock to lock said bottle within said carbonation system during carbonation; wherein said mechanical lock comprises a recessed area in which a protrusion of said bottle holder sits when said bottle is in an upright position and said carbonating arm is lowered and wherein said recessed area prevents said bottle holder from rotating around said axis when said carbonating arm is lowered; and a gradual releaser to controllably release pressure after said carbonation and to delay the unlocking of said bottle from said mechanical lock after said carbonation has ended; wherein said gradual releaser comprises a damper to enable said spring to gradually raise said carbonating arm after said carbonation with a controlled velocity to gradually unpress said plunger and gradually unseal said valve . a bottle holder to hold a bottle during carbonation; and an axis around which said bottle holder rotates at an angle to receive said bottle for said carbonation and to release said bottle after said carbonation; a carbonating arm connected to the housing of said system via a spring and wherein said carbonating arm is lowerable during said carbonation, said carbonating arm having a cam surface ; a normally open valve having a plunger pressable by said cam surface during carbonation to seal said valve ; a mechanical lock to lock said bottle within said carbonation system during carbonation; wherein said mechanical lock comprises a recessed area in which a protrusion of said bottle holder sits when said bottle is in an upright position and said carbonating arm is lowered and wherein said recessed area prevents said bottle holder from rotating around said axis when said carbonating arm is lowered; and a gradual releaser to controllably release pressure after said carbonation and to delay the unlocking of said bottle from said mechanical lock after said carbonation has ended; wherein said gradual releaser comprises a damper to enable said spring to gradually raise said carbonating arm after said carbonation with a controlled velocity to gradually unpress said plunger and gradually unseal said valve .