mhurhangee/ep-ind-claims huggingface dataset:
A method for marine seismic data reconstruction for 3D surface-related multiple prediction, comprising: determining a best fitting trace in the seismic data for a desired trace to be reconstructed; calculating a dip-based timing correction per sample for differences in azimuth, common midpoint coordinates, and offset between the best fitting trace and the desired trace; and applying the dip-based timing correction to each time sample in the best fitting trace to reconstruct the desired trace for 3D surface-related multiple prediction. determining a best fitting trace in the seismic data for a desired trace to be reconstructed; calculating a dip-based timing correction per sample for differences in azimuth, common midpoint coordinates, and offset between the best fitting trace and the desired trace; and applying the dip-based timing correction to each time sample in the best fitting trace to reconstruct the desired trace for 3D surface-related multiple prediction.
Dispensing device comprising a pump device that has an actuating element comprising a dispensing opening, the actuating element being arranged so as to be moveable relative to a bearing element that is connected, in the use position, to a pump housing for conjoint rotation, and the actuating element being arranged so as to be rotatable relative to the bearing element, characterised in that the bearing element comprises at least one protruding ridge having an upper stop edge, a substantially tubular portion of the actuating element having, distributed over the circumference on the inner surface thereof, at least two steps (22, 22', 22") that define a different movement path, one step (22, 22', 22") of which strikes the stop edge in a lower movement position depending on the rotational orientation of the actuating element in each case.
A dry or wet pet food composition comprising an effective amount of magnesium or salt thereof for use in treating or delaying the progression of chronic kidney disease in an animal in need thereof, wherein said effective amount of magnesium or salt thereof is between 50 mg/1000 Kcal and 500 mg/1000 Kcal and said pet food composition further comprises an additional active agent being a nutritional agent.
A compound of the following formula, or a pharmaceutical salt, solvate, or hydrate of the compound of the following formula: wherein R is selected from the group consisting of H and CH 3.
A method for treating a steel bearing component having a steel composition consisting of, in wt. %: 0.80-0.85% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 0.9-1.10% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.15 max.% nickel, 0.25% max. cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities; or 0.11-0.15% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 3.20-3.60% nickel, 1.13-1.33% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.25% max cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities whereby the steel bearing component has been hardened and tempered to provide a martensitic microstructure with retained austenite of less than 3% by volume and a hardness in the range of HRC 60-64, the method comprising: - subjecting the steel bearing component to a scouring treatment to impart compressive residual stress to a surface region thereof; and - subsequently nitriding the steel bearing component to a depth of 0.0508-0.3556 mm at one or more temperatures between 450°C-520°C 10 until a compressive residual stress value greater than -827 MPa is achieved at a depth of 0.05 mm and greater than -276 MPa to a minimum depth of 0.25 mm and until a hardness at its surface between HRC 64-72 is achieved. 0.80-0.85% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 0.9-1.10% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.15 max.% nickel, 0.25% max. cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities; or 0.11-0.15% carbon, 4.00-4.25% chromium, 4.00-4.50% molybdenum, 0.15-0.35% manganese, 0.10-0.25% silicon, 3.20-3.60% nickel, 1.13-1.33% vanadium, 0.015% max. phosphorus, 0.010% max. sulfur, 0.25% max cobalt, 0.25% max. tungsten, 0.10 max.% copper, the balance being essentially iron and unavoidable impurities - subjecting the steel bearing component to a scouring treatment to impart compressive residual stress to a surface region thereof; and - subsequently nitriding the steel bearing component to a depth of 0.0508-0.3556 mm at one or more temperatures between 450°C-520°C 10 until a compressive residual stress value greater than -827 MPa is achieved at a depth of 0.05 mm and greater than -276 MPa to a minimum depth of 0.25 mm and until a hardness at its surface between HRC 64-72 is achieved.
A charge pump regulator circuit that powers a variable load, the charge pump regulator circuit comprising: a voltage controlled oscillator comprising a plurality of inverter stages connected in series in a ring, each of the plurality of inverter stages producing an oscillating signal that is provided to a next one of the plurality of inverter stages, each oscillating signal having a frequency and an amplitude that are both variable dependent on a variable drive voltage that powers the plurality of inverter stages; a plurality of charge pumps, each one of the plurality of charge pumps being connected to a corresponding one of the plurality of inverter stages to receive the oscillating signal produced by that inverter stage, the plurality of charge pumps outputting a current at about a voltage level to the variable load; and characterised in that the charge pump regulator circuit further comprises: a feedback loop that generates the variable drive voltage for the plurality of inverter stages depending on feedback of the voltage level provided to the variable load. a voltage controlled oscillator comprising a plurality of inverter stages connected in series in a ring, each of the plurality of inverter stages producing an oscillating signal that is provided to a next one of the plurality of inverter stages, each oscillating signal having a frequency and an amplitude that are both variable dependent on a variable drive voltage that powers the plurality of inverter stages; a plurality of charge pumps, each one of the plurality of charge pumps being connected to a corresponding one of the plurality of inverter stages to receive the oscillating signal produced by that inverter stage, the plurality of charge pumps outputting a current at about a voltage level to the variable load; and characterised in that the charge pump regulator circuit further comprises: a feedback loop that generates the variable drive voltage for the plurality of inverter stages depending on feedback of the voltage level provided to the variable load. a feedback loop that generates the variable drive voltage for the plurality of inverter stages depending on feedback of the voltage level provided to the variable load.
Device for generating UV or X-ray radiation by means of a plasma, comprising - a first compartment, - a dispensing device, which is adapted to provide a target material in the first compartment, - an excitation light source, which is adapted to provide an excitation light beam in the first compartment along a direction in order to target the target material, such that a plasma is formed by at least a part of the target material in the first compartment, and such that UV or X-ray radiation is emitted from the plasma, wherein - the device for generating UV or X-ray radiation further comprises a buffer gas inlet and/or a buffer gas outlet for providing a buffer gas flow in the first compartment, wherein the buffer gas flow is provided along the direction of the excitation light beam, such that at least one debris particle generated by means of the plasma is deflected and/ or the kinetic energy of the at least one debris particle is changed by means of the buffer gas flow, and wherein - the first compartment is adapted to be at least partially heated by a heating device, such that at least a part of the target material inside the first compartment is heated to facilitate target material extraction from the device for generating UV or X-ray radiation, characterized in that the device comprises an inner liner and an outer liner, wherein the inner liner and the outer liner are convoluted structures, which are adapted to physically confine the plasma. - a first compartment, - a dispensing device, which is adapted to provide a target material in the first compartment, - an excitation light source, which is adapted to provide an excitation light beam in the first compartment along a direction in order to target the target material, such that a plasma is formed by at least a part of the target material in the first compartment, and such that UV or X-ray radiation is emitted from the plasma, wherein - the device for generating UV or X-ray radiation further comprises a buffer gas inlet and/or a buffer gas outlet for providing a buffer gas flow in the first compartment, wherein the buffer gas flow is provided along the direction of the excitation light beam, such that at least one debris particle generated by means of the plasma is deflected and/ or the kinetic energy of the at least one debris particle is changed by means of the buffer gas flow, and wherein - the first compartment is adapted to be at least partially heated by a heating device, such that at least a part of the target material inside the first compartment is heated to facilitate target material extraction from the device for generating UV or X-ray radiation,
Method of depositing single particles onto a target, comprising the steps of - loading a particle suspension to a droplet dispenser having a suspension reservoir and a nozzle section, - detecting particles in the nozzle section, - testing a single particle condition of the droplet dispenser, wherein it is determined whether an ejection region of the nozzle section includes one single particle and whether a sedimentation region adjacent to the ejection region is free of particles, and - operating the droplet dispenser for dispensing a droplet, wherein the droplet is dispensed onto the target, if the single particle condition is fulfilled, or the droplet is dispensed into a collection reservoir, if the single particle condition is not fulfilled, characterized in that - the size of the sedimentation region is defined such that particles included in the sedimentation region are displaced into the ejection region by sedimentation during a predetermined operation delay interval between the steps of detecting the particles and operating the droplet dispenser at the target. - loading a particle suspension to a droplet dispenser having a suspension reservoir and a nozzle section, - detecting particles in the nozzle section, - testing a single particle condition of the droplet dispenser, wherein it is determined whether an ejection region of the nozzle section includes one single particle and whether a sedimentation region adjacent to the ejection region is free of particles, and - operating the droplet dispenser for dispensing a droplet, wherein the droplet is dispensed onto the target, if the single particle condition is fulfilled, or the droplet is dispensed into a collection reservoir, if the single particle condition is not fulfilled, characterized in that - the size of the sedimentation region is defined such that particles included in the sedimentation region are displaced into the ejection region by sedimentation during a predetermined operation delay interval between the steps of detecting the particles and operating the droplet dispenser at the target.
An operating head for machines for the processing of components made of wood or the like, the operating head comprising an electro-spindle provided with an output shaft, which is mounted so as to rotate around a first rotation axis and defines a tool-holding spindle; a tool assembly, which is fitted onto the tool-holding spindle and is provided with a tool to process at least one component; a suction hood, which extends around the tool assembly so as to suck shavings and/or swarf generated by the tool; a deflector to orient into the suction hood the shavings and/or swarf generated by the tool; and a pneumatic blowing device to blow shavings and/or swarf generated by the tool; the pneumatic blowing device being mounted so as to rotate around a second rotation axis parallel to, in particular coinciding with, said first rotation axis and so as to feed a flow of air under pressure into a cutting channel made by the tool in the component; and being characterized in that the pneumatic blowing device is mounted between the tool and the deflector and in that the deflector is mounted so as to rotate, relative to the electro-spindle, around a third rotation axis, which is substantially transverse to the first rotation axis.
A lamp head assembly comprising: a thermally conductive block; an inlet cooling fluid pipe coupled to the thermally conductive block such that a cooling fluid is configured to pass from the inlet cooling fluid pipe to the thermally conductive block; a metal heat exchanger secured to the thermally conductive block, the metal heat exchanger defining a plurality of internal channels to distribute cooling fluid provided by the inlet cooling fluid pipe, the metal heat exchanger being secured to the thermally conductive block such that the cooling fluid is configured to pass from the thermally conductive block to the plurality of internal channels defined by the metal heat exchanger; and a plurality of light producing elements secured to the metal heat exchanger; wherein an electrically continuous ground path is established between each of the inlet cooling fluid pipe, the thermally conductive block, and the metal heat exchanger; and wherein the electrically continuous ground path is configured to provide a ground path for electrical components of the lamp head assembly, the electrical components including a plurality of driver circuits providing electrical current to energize the plurality of light producing elements. a thermally conductive block; an inlet cooling fluid pipe coupled to the thermally conductive block such that a cooling fluid is configured to pass from the inlet cooling fluid pipe to the thermally conductive block; a metal heat exchanger secured to the thermally conductive block, the metal heat exchanger defining a plurality of internal channels to distribute cooling fluid provided by the inlet cooling fluid pipe, the metal heat exchanger being secured to the thermally conductive block such that the cooling fluid is configured to pass from the thermally conductive block to the plurality of internal channels defined by the metal heat exchanger; and a plurality of light producing elements secured to the metal heat exchanger; wherein an electrically continuous ground path is established between each of the inlet cooling fluid pipe, the thermally conductive block, and the metal heat exchanger; and wherein the electrically continuous ground path is configured to provide a ground path for electrical components of the lamp head assembly, the electrical components including a plurality of driver circuits providing electrical current to energize the plurality of light producing elements.
A control arrangement for gas exchange in a piston engine adapted between a cam device of a camshaft of the engine and an inlet valve mechanism arranged to open and close the inlet valve in association with a cylinder of the engine, which control arrangement comprises a body part, in which a piston device is movably arranged, the body part and the piston device together defining a first chamber, the cam device including a cam profile having a portion arranged under a base circle of the cam profile, the piston device being arranged to be in force transmission connection with the camshaft at least in the direction for opening the inlet valve, the first chamber being connected to a second chamber via a duct, and the opening of the duct into the second chamber being controlled by a guide member arranged in said second chamber between the cam device and the piston device, characterised in that hydraulic medium can be selectively fed into the first chamber by means of a shut-off valve for providing a delay in the closing of the inlet valve, the portion of the cam profile under the base circle is arranged to be utilised for controlling the releasing of pressure in the first chamber, and that the guide member receives its guidance from said portion of the cam profile arranged under the base circle for the releasing of pressure in said first chamber.
A method of operating a network coordinator for a spatial reuse scheme, the method comprising: a step of receiving a reservation request for a first time period for a first communication link between a first communication device and a second communication device, when an antenna training for the first communication link is completed; a step of searching for a second time period reserved in advance for a second communication link between a third communication device and a fourth communication device; a step of reserving the first time period in a Channel Time Allocation Period CTAP, based on a spatial reuse scheme, wherein the first time period is overlapped with the second time period related to the second communication link, the CTAP being a contention-free Access period for data communication; and a step of canceling a reservation of the first time period for the first communication link, when an interference occurring in the second communication link is equal to or higher than a predetermined level, the interference being caused by reserving the first time period for the first communication link. a step of receiving a reservation request for a first time period for a first communication link between a first communication device and a second communication device, when an antenna training for the first communication link is completed; a step of searching for a second time period reserved in advance for a second communication link between a third communication device and a fourth communication device; a step of reserving the first time period in a Channel Time Allocation Period CTAP, based on a spatial reuse scheme, wherein the first time period is overlapped with the second time period related to the second communication link, the CTAP being a contention-free Access period for data communication; and a step of canceling a reservation of the first time period for the first communication link, when an interference occurring in the second communication link is equal to or higher than a predetermined level, the interference being caused by reserving the first time period for the first communication link.
A Rotigotine-containing composition comprising, on the basis of the total weight of the composition, 60-99% by weight, of a matrix mixture system and 1-40% by weight of Rotigotine, wherein the said matrix mixture system is formed from a combination of an acrylic pressure-sensitive adhesive with a silicone pressure-sensitive adhesive, and polyvinylpyrrolidone which are present in a particular weight ratio, wherein: the acrylic pressure-sensitive adhesive is present in an amount of 1-25% by weight in the matrix mixture system, the silicone pressure-sensitive adhesive is present in an amount of 65-98% by weight in the matrix mixture system, and the polyvinylpyrrolidone is present in an amount of 1-10% by weight in the matrix mixture system, wherein the Rotigotine is selected from the group consisting of Rotigotine in a form of free base or pharmaceutically acceptable salts of Rotigotine. the acrylic pressure-sensitive adhesive is present in an amount of 1-25% by weight in the matrix mixture system, the silicone pressure-sensitive adhesive is present in an amount of 65-98% by weight in the matrix mixture system, and the polyvinylpyrrolidone is present in an amount of 1-10% by weight in the matrix mixture system,
A system for auditing usage of software comprising: a network interface disposed to receive a device fingerprint associated with a covert key; a memory holding program instructions operable for accessing a database storing a plurality of previously received device fingerprints associated with license keys and determining whether the device fingerprint associated with the covert key corresponds to any one of the plurality of previously received device fingerprints associated with license keys; and a processor, in communication with the network interface and the memory, the processor configured for operating the program instructions, wherein each covert key associated with said device fingerprint is generated at predetermined or random time intervals and is based on at least a portion of executable software code unlocked by an associated license key and wherein the processor is configured to determine unlicensed software usage based upon determining that the device fingerprint associated with the covert key does not correspond to any one of the plurality of previously received device fingerprints associated with license keys. a network interface disposed to receive a device fingerprint associated with a covert key; a memory holding program instructions operable for accessing a database storing a plurality of previously received device fingerprints associated with license keys and determining whether the device fingerprint associated with the covert key corresponds to any one of the plurality of previously received device fingerprints associated with license keys; and a processor, in communication with the network interface and the memory, the processor configured for operating the program instructions, wherein each covert key associated with said device fingerprint is generated at predetermined or random time intervals and is based on at least a portion of executable software code unlocked by an associated license key and wherein the processor is configured to determine unlicensed software usage based upon determining that the device fingerprint associated with the covert key does not correspond to any one of the plurality of previously received device fingerprints associated with license keys.
An implantable penile prosthesis system comprising: an inflatable penile prosthesis cylinder; a cap comprising a tip end opposite a base end that is attached to an end of the inflatable penile prosthesis cylinder, characterised in the cap defining at least two slots (38,40) formed therein, the slots comprising a first slot and a second slot formed in the cap on a side opposite the first slot, the slots angled to converge toward the tip end of the cap; and a tool comprising first and second arms (64,66), the first and second arms comprising distal end portions each configured to engage a respective one of the two slots (38,40) formed in the cap and retain the inflatable penile prosthesis cylinder between the first and second arms (64,66). an inflatable penile prosthesis cylinder; a cap comprising a tip end opposite a base end that is attached to an end of the inflatable penile prosthesis cylinder, characterised in the cap defining at least two slots (38,40) formed therein, the slots comprising a first slot and a second slot formed in the cap on a side opposite the first slot, the slots angled to converge toward the tip end of the cap; and a tool comprising first and second arms (64,66), the first and second arms comprising distal end portions each configured to engage a respective one of the two slots (38,40) formed in the cap and retain the inflatable penile prosthesis cylinder between the first and second arms (64,66).
An antimetabolite for use in a method of treating muscle invasive bladder cancer in an individual comprising administering to the individual an effective amount of the antimetabolite, wherein the antimetabolite is delivered locally to the bladder, wherein the antimetabolite is gemcitabine, and wherein the gemcitabine is delivered continuously to the bladder of the individual for 24 hours to 6 weeks.