mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material precursor for a lithium secondary battery, which positive electrode active material precursor comprises a secondary particle which comprises a plurality of transition metals and is formed from a gathered plurality of primary particles, wherein: the primary particles have a crystal structure including an a-axis and a c-axis, which a-axis is directed to the centre of the secondary particle and which c-axis is perpendicular to the a-axis; and the ratio of the length of the primary particles along the a-axis to the length of the primary particles along the c-axis increases from the center to the surface of the secondary particle. the primary particles have a crystal structure including an a-axis and a c-axis, which a-axis is directed to the centre of the secondary particle and which c-axis is perpendicular to the a-axis; and the ratio of the length of the primary particles along the a-axis to the length of the primary particles along the c-axis increases from the center to the surface of the secondary particle.
A multivalent combination vaccine for use in a method for (i) the prevention of an infection with PCV2, or re-infection with PCV2 or (ii) the reduction or elimination of clinical symptoms caused by PCV2 in a subject, wherein one dose of the vaccine is to be administered intramuscularly to the subject and wherein (i) said prevention of an infection with PCV2, or re-infection with PCV2 or (ii)said reduction or elimination of clinical symptoms caused by PCV2, is obtained by a single administration of the vaccine, and wherein the vaccine includes - an antigenic composition obtainable by a method comprising: i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant and - at least one immunogenic active component against another disease-causing organism in swine. (i) the prevention of an infection with PCV2, or re-infection with PCV2 or (ii) the reduction or elimination of clinical symptoms caused by PCV2 (i) said prevention of an infection with PCV2, or re-infection with PCV2 or (ii)said reduction or elimination of clinical symptoms caused by PCV2, is obtained by a single administration of the vaccine, - an antigenic composition obtainable by a method comprising: i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant and i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant - at least one immunogenic active component against another disease-causing organism in swine.
A distributed acoustic sensing, DAS, system to obtain acoustic levels, comprising: an optical fiber ; a light source configured to inject light into the optical fiber ; a photodetector configured to sample a DAS signal in each section of one or more sections of the optical fiber resulting from two or more points within the section on the optical fiber over a period of time; and a processor configured to process only a low frequency portion of the DAS signal to obtain the acoustic levels at each of the one or more sections on the optical fiber over the period of time, the low frequency portion of the DAS signal being less than 10 Hz; characterized in that : the processor is configured to obtain the acoustic levels at each of the one or more sections based on: DAS ′ = Temp ∗ Acoust = Temp ∗ Acoust = B , where DAS' = DAS + i ∗ Hilbert(DAS), Hilbert(DAS) is the Hilbert transform of the DAS signal, Temp is a temperature component of the DAS signal, Acoust is an acoustic component of the DAS signal, and B is a constant. an optical fiber ; a light source configured to inject light into the optical fiber ; a photodetector configured to sample a DAS signal in each section of one or more sections of the optical fiber resulting from two or more points within the section on the optical fiber over a period of time; and a processor configured to process only a low frequency portion of the DAS signal to obtain the acoustic levels at each of the one or more sections on the optical fiber over the period of time, the low frequency portion of the DAS signal being less than 10 Hz; characterized in that : the processor is configured to obtain the acoustic levels at each of the one or more sections based on: DAS ′ = Temp ∗ Acoust = Temp ∗ Acoust = B , where DAS' = DAS + i ∗ Hilbert(DAS), Hilbert(DAS) is the Hilbert transform of the DAS signal, Temp is a temperature component of the DAS signal, Acoust is an acoustic component of the DAS signal, and B is a constant. the processor is configured to obtain the acoustic levels at each of the one or more sections based on: DAS ′ = Temp ∗ Acoust = Temp ∗ Acoust = B , where DAS' = DAS + i ∗ Hilbert(DAS), Hilbert(DAS) is the Hilbert transform of the DAS signal, Temp is a temperature component of the DAS signal, Acoust is an acoustic component of the DAS signal, and B is a constant.
Pile installation system for an offshore foundation construction , including a main body , a movable part and a first means for attaching the main body to a frame of reference, wherein the system further includes a second means for attaching the movable part to a pile to be installed, and in that the movable part may be moved, with respect to the main body , in translation about the direction of an insertion axis , characterized in that the first means for attaching include a rod and a clamping means for attaching the rod to a central sleeve of an adapter of the offshore foundation construction , the main body being mobile in rotation with respect to the rod about the axis of the rod , the first means for attaching further including a pivoting means for actuating the rotation of the main body with respect to axis of the rod , the pivoting means including a motor and a pinion , the rod having outer axial grooves able to cooperate with the pinion .
A composition suitable for substituting the use of polymer polyol copolymerized from styrene-acrylonitrile, characterized in that the composition comprises: polyether polyol A having a hydroxyl value of 100 to 1000 mg KOH/g and a functionality of 4 to 8; and polymer polyol having a hydroxyl value of 12-100 mg KOH/g, a functionality of 2 to 4, and a solid content of 5 to 45%; the branches thereof not containing polystyrene units, wherein the solid content refers to the proportion of the mass of grafted portion of the polymer polyol to the total mass of the polymer polyol, and wherein the polymer polyol is prepared by graft-polymerization of polyether polyol B and acrylonitrile, and the polyether polyol B is prepared by copolymerization of glycerol, ethylene oxide and propylene oxide. polyether polyol A having a hydroxyl value of 100 to 1000 mg KOH/g and a functionality of 4 to 8; and polymer polyol having a hydroxyl value of 12-100 mg KOH/g, a functionality of 2 to 4, and a solid content of 5 to 45%; the branches thereof not containing polystyrene units, wherein the solid content refers to the proportion of the mass of grafted portion of the polymer polyol to the total mass of the polymer polyol, and wherein the polymer polyol is prepared by graft-polymerization of polyether polyol B and acrylonitrile, and the polyether polyol B is prepared by copolymerization of glycerol, ethylene oxide and propylene oxide.
A method for securely entering parameters for a safety device , comprising the following method steps: - entering or selecting a parameter value by an operator into a configuration unit , loading the parameter value into a working memory of a computer unit of the configuration unit and subsequent first display of the parameter value on a display unit, - encrypting the parameter value in the configuration unit and storing at least one feature resulting from the encryption in a memory , the parameter value itself not being stored, - second display of the parameter value on the display unit after verification thereof by means of the stored feature, the second display taking place in temporal and spatial correlation with the first display, - the operator compares the value of the parameter displayed with the two displays and confirms a valid parameter entry if there is a match, - a read-back-free transfer of valid parameter values entered from the configuration unit to the safety device . - entering or selecting a parameter value by an operator into a configuration unit , loading the parameter value into a working memory of a computer unit of the configuration unit and subsequent first display of the parameter value on a display unit, - encrypting the parameter value in the configuration unit and storing at least one feature resulting from the encryption in a memory , the parameter value itself not being stored, - second display of the parameter value on the display unit after verification thereof by means of the stored feature, the second display taking place in temporal and spatial correlation with the first display, - the operator compares the value of the parameter displayed with the two displays and confirms a valid parameter entry if there is a match, - a read-back-free transfer of valid parameter values entered from the configuration unit to the safety device .
A welding operation measurement system comprising: a light irradiation unit that emits light; and a three-dimensional coordinate measurement unit (2a - 2d) characterized in that said three-dimensional coordinate measurement unit measures light reflected from a plurality of markers attached to a welding target object and a torch and calculates three-dimensional coordinate data of the welding target object and the torch , the marker reflecting the emitted light and in that the system includes an arithmetic unit that converts a shape of the welding target object into coordinates based on input three-dimensional graphic data and the three-dimensional coordinate data of the welding target object and generates coordinate data of a shape of the welding target object . a light irradiation unit that emits light; and a three-dimensional coordinate measurement unit (2a - 2d) characterized in that said three-dimensional coordinate measurement unit measures light reflected from a plurality of markers attached to a welding target object and a torch and calculates three-dimensional coordinate data of the welding target object and the torch , the marker reflecting the emitted light and in that the system includes an arithmetic unit that converts a shape of the welding target object into coordinates based on input three-dimensional graphic data and the three-dimensional coordinate data of the welding target object and generates coordinate data of a shape of the welding target object .
A microstructured retractor comprising at least one arm having a microstructured surface on at least one portion of the retractor, wherein the microstructured surface is a superhydrophobic surface optionally comprising a Cassie-Baxter surface, wherein when placed on a wet surface the shear force required to move the microstructured retractor along the wet surface exceeds the applied normal force, characterised in that the microstructured surface has a hierarchical structure on at least two superimposed spatial scales, the microstructured surface comprising a Wenzel-Cassie surface, wherein the retractor is corrugated in a direction such that when the retractor is placed on a wet surface only a portion of the microstructured surface is in contact with the wet surface, and wherein the corrugation is adjustable by deformation of the microstructured retractor so as to change the amount of the surface of the microstructured retractor in contact with the wet surface.
A compound comprising a modified oligonucleotide having 20-30 linked nucleosides, or a salt thereof, wherein said modified oligonucleotide is 100% complementary to a nucleic acid encoding human apolipoprotein B of any of SEQ ID NOs: 1-9, and wherein the modified oligonucleotide comprises the nucleobase sequence of SEQ ID NO: 10 and comprises: a gap segment consisting of ten consecutive linked 2' deoxyribonucleosides; a 5' wing segment consisting of five consecutive modified nucleosides; and a 3' wing segment consisting of five consecutive modified nucleosides, wherein the gap segment is positioned between the 5' wing and the 3' wing segment; wherein each nucleoside of each wing segment comprises a 2'-O-methoxyethyl sugar moiety; wherein each cytosine is a 5'-methylcytosine; and wherein each internucleoside linkage is a phosphorothioate linkage, for use in treating a condition associated with elevated ApoCIII levels in a human subject with elevated apolipoprotein C III levels, wherein said treatment comprises lowering plasma apolipoprotein C III levels in the subject, and wherein the subject does not have elevated plasma apolipoprotein B concentrations, wherein the condition associated with elevated apolipoprotein C III levels is selected from the group consisting of hyperlipidemia, hypertriglyceridemia, hypercholesterolemia, elevated total cholesterol, elevated LDL-C, elevated VLDL-C, elevated IDL-C, elevated lipoprotein concentrations, elevated plasma glucose concentrations, elevated plasma triglyceride concentrations, elevated liver triglyceride concentrations and hepatic steatosis. a gap segment consisting of ten consecutive linked 2' deoxyribonucleosides; a 5' wing segment consisting of five consecutive modified nucleosides; and a 3' wing segment consisting of five consecutive modified nucleosides, wherein the gap segment is positioned between the 5' wing and the 3' wing segment; wherein each nucleoside of each wing segment comprises a 2'-O-methoxyethyl sugar moiety; wherein each cytosine is a 5'-methylcytosine; and wherein each internucleoside linkage is a phosphorothioate linkage, for use in treating a condition associated with elevated ApoCIII levels in a human subject with elevated apolipoprotein C III levels, wherein said treatment comprises lowering plasma apolipoprotein C III levels in the subject, and wherein the subject does not have elevated plasma apolipoprotein B concentrations, wherein the condition associated with elevated apolipoprotein C III levels is selected from the group consisting of hyperlipidemia, hypertriglyceridemia, hypercholesterolemia, elevated total cholesterol, elevated LDL-C, elevated VLDL-C, elevated IDL-C, elevated lipoprotein concentrations, elevated plasma glucose concentrations, elevated plasma triglyceride concentrations, elevated liver triglyceride concentrations and hepatic steatosis.
A drive system for an aircraft landing gear, the drive system comprising: a pinion gear ; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; a flexible interface comprising a first spline joint between the drive shaft and the pinion gear arranged to permit tilting of the pinion gear relative to the drive axis; characterised in that the flexible interface further comprises a second spline joint between the drive shaft and the pinion gear arranged to permit translation of the pinion gear along the drive axis relative to the drive shaft .
A spray drying collection bag assembly, comprising: a bag having an outer wall in which an inlet port (114, 608, 608', 608", 608′′′) and an exhaust port (116, 610, 610', 610", 610′′′, 810, 860) are disposed along opposite sides; the inlet port adapted for fluid communication with an opposite end of a drying chamber ; a filter (118, 620, 620', 620", 620′′′) within the bag, wherein the perimeter of the filter is positioned in a sealing arrangement with an interior surface of the bag and is adapted to separate dried powder from humid air entering through the inlet port and to form a pouch-shaped collection chamber formed by an upper interior portion of the bag and an upper surface of the filter; wherein the filter is selected to trap or otherwise inhibit passage of a substantial portion of the dried powder , allowing the air to pass through; a filter support adapted to attach the filter to the outer wall; the exhaust port allowing humid air to exit the spray drying collection bag assembly; wherein the spray drying collection bag assembly comprises a detachable sealing mechanism positioned at the inlet port to seal the collection chamber and separate it from the drying chamber, and wherein the spray drying collection bag assembly comprises one or more ports for accessing the collection chamber. a bag having an outer wall in which an inlet port (114, 608, 608', 608", 608′′′) and an exhaust port (116, 610, 610', 610", 610′′′, 810, 860) are disposed along opposite sides; the inlet port adapted for fluid communication with an opposite end of a drying chamber ; a filter (118, 620, 620', 620", 620′′′) within the bag, wherein the perimeter of the filter is positioned in a sealing arrangement with an interior surface of the bag and is adapted to separate dried powder from humid air entering through the inlet port and to form a pouch-shaped collection chamber formed by an upper interior portion of the bag and an upper surface of the filter; wherein the filter is selected to trap or otherwise inhibit passage of a substantial portion of the dried powder , allowing the air to pass through; a filter support adapted to attach the filter to the outer wall; the exhaust port allowing humid air to exit the spray drying collection bag assembly; wherein the spray drying collection bag assembly comprises a detachable sealing mechanism positioned at the inlet port to seal the collection chamber and separate it from the drying chamber, and wherein the spray drying collection bag assembly comprises one or more ports for accessing the collection chamber.
An electropneumatic transducer comprising: a lower block assembly , the lower block assembly comprising a lower housing and a supply nozzle , the supply nozzle having a supply seat and an exhaust seat , the supply nozzle being in fluid communication with a supply port and in intermittent fluid communication with an output port of the lower housing through an internal fluid passageway of the supply nozzle , the lower housing further comprising an exhaust bore in fluid communication with an exhaust port and in intermittent fluid communication with the output port of the lower housing through the internal fluid passageway; and an upper block assembly , the upper block assembly comprising an upper housing , a coil and an armature , the upper housing , coil and armature defining a latching electromagnetic circuit that provides alternating contact force of the armature to act upon a plug tip of a valve plug disposed within the supply nozzle of the lower housing assembly , the valve plug further including an exhaust surface configured to be placed in sealing contact with the exhaust seat and a supply surface configured to be placed in sealing contact with the supply seat , and the coil being arranged to receive an electrical input signal to activate and de-activate the electromagnetic circuit to latch the output port at a high output state and a low output state and the armature including a plurality of hinges , the hinges providing a spring force moment opposing a magnetic force moment to alternatively latch the armature immediately adjacent to and nonadjacent to the upper housing . a lower block assembly , the lower block assembly comprising a lower housing and a supply nozzle , the supply nozzle having a supply seat and an exhaust seat , the supply nozzle being in fluid communication with a supply port and in intermittent fluid communication with an output port of the lower housing through an internal fluid passageway of the supply nozzle , the lower housing further comprising an exhaust bore in fluid communication with an exhaust port and in intermittent fluid communication with the output port of the lower housing through the internal fluid passageway; and an upper block assembly , the upper block assembly comprising an upper housing , a coil and an armature , the upper housing , coil and armature defining a latching electromagnetic circuit that provides alternating contact force of the armature to act upon a plug tip of a valve plug disposed within the supply nozzle of the lower housing assembly , the valve plug further including an exhaust surface configured to be placed in sealing contact with the exhaust seat and a supply surface configured to be placed in sealing contact with the supply seat , and the coil being arranged to receive an electrical input signal to activate and de-activate the electromagnetic circuit to latch the output port at a high output state and a low output state and the armature including a plurality of hinges , the hinges providing a spring force moment opposing a magnetic force moment to alternatively latch the armature immediately adjacent to and nonadjacent to the upper housing .
A vortex optical fiber for use in an illumination subsystem of an optical imaging system , the vortex optical fiber comprising an elongated optically transmissive medium having a set of regions including a core region, a trench region surrounding the core region, a ring region surrounding the trench region, and a cladding region, the set of regions having a doping profile providing a Δn eff for vector modes in an LP 11 mode group of greater than 1× 10 -4 in the visible spectral range so as to simultaneously guide stable Gaussian and orbital angular momentum, OAM, carrying modes at corresponding visible wavelengths, characterised in that the trench region has a width that is less than one micrometer, μm.
A method for registering a printing press, said printing press including a plurality of printing stations each for printing a respective color image on a web, each said printing stations being associated with a respective different color, at least two pairs of said printing stations being un-registered one with respect to the other, said method comprising the procedures of: identifying in a reference image of the image to be printed at least two regions of interest, each of said at least two regions of interest including a respective different pair of at least two partially overlapping color images of different colors; acquiring an image of a common area on said web after said pairs of printing stations printed the respective color images thereof; for each of said at least two regions of interest, chromatically separating the acquired image to determine two monochrome images respective of each region of interest; for each of said at least two regions of interest, registering said two monochrome images respective thereof employing said reference image; registering a monochrome image respective of one of said at least two regions of interest with a monochrome image respective of another one of said at least two regions of interest employing said reference image; and determining a registration correction for each printing station according to the registration between the monochrome images. identifying in a reference image of the image to be printed at least two regions of interest, each of said at least two regions of interest including a respective different pair of at least two partially overlapping color images of different colors; acquiring an image of a common area on said web after said pairs of printing stations printed the respective color images thereof; for each of said at least two regions of interest, chromatically separating the acquired image to determine two monochrome images respective of each region of interest; for each of said at least two regions of interest, registering said two monochrome images respective thereof employing said reference image; registering a monochrome image respective of one of said at least two regions of interest with a monochrome image respective of another one of said at least two regions of interest employing said reference image; and determining a registration correction for each printing station according to the registration between the monochrome images.