mhurhangee/ep-ind-claims huggingface dataset:
A transportation arrangement, comprising: a truck; a trailer coupled with the truck for being towed behind the truck, the trailer including a bed portion spaced rearwardly of the truck and including opposing sides; a separate dolly vehicle; and a blade extending between a root end and a tip end, characterized in that a root region of the blade proximate the root end is supported on the bed portion of the trailer and pivotable relative thereto about a first vertical axis spaced apart from the root end, and wherein a tip region of the blade proximate the tip end is supported on the separate dolly vehicle for coupling the dolly vehicle with the truck and trailer for forming the transportation arrangement, the tip region being pivotable relative to the dolly vehicle about a second vertical axis, such that at least a portion of the root region is configured to extend laterally away from a side of the trailer when the trailer and separate dolly vehicle are longitudinally offset from each other, wherein the first vertical axis is spaced apart from the root end by between approximately 6 m and approximately 12 m. a truck; a trailer coupled with the truck for being towed behind the truck, the trailer including a bed portion spaced rearwardly of the truck and including opposing sides; a separate dolly vehicle; and a blade extending between a root end and a tip end, characterized in that a root region of the blade proximate the root end is supported on the bed portion of the trailer and pivotable relative thereto about a first vertical axis spaced apart from the root end, and wherein a tip region of the blade proximate the tip end is supported on the separate dolly vehicle for coupling the dolly vehicle with the truck and trailer for forming the transportation arrangement, the tip region being pivotable relative to the dolly vehicle about a second vertical axis, such that at least a portion of the root region is configured to extend laterally away from a side of the trailer when the trailer and separate dolly vehicle are longitudinally offset from each other, wherein the first vertical axis is spaced apart from the root end by between approximately 6 m and approximately 12 m.
A base station apparatus that is configured to be used in a Long Term Evolution, LTE, communication system and that is configured to carry out communications with plural mobile stations, the base station apparatus comprising: a calculation section that is configured to calculate the number of the mobile stations having data to be transmitted through a Physical Downlink Shared Channel, PDSCH, for LTE in a downlink transmission buffer among the plural mobile stations with respect to each priority class assigned to logical channels, wherein the downlink transmission buffer is one of a MAC layer buffer, a RLC layer buffer, and a PDCP layer buffer in the base station apparatus, and the number of the mobile stations is a value obtained by averaging values sampled at predetermined time intervals over a predetermined averaging period. a calculation section that is configured to calculate the number of the mobile stations having data to be transmitted through a Physical Downlink Shared Channel, PDSCH, for LTE in a downlink transmission buffer among the plural mobile stations with respect to each priority class assigned to logical channels, wherein the downlink transmission buffer is one of a MAC layer buffer, a RLC layer buffer, and a PDCP layer buffer in the base station apparatus, and the number of the mobile stations is a value obtained by averaging values sampled at predetermined time intervals over a predetermined averaging period.
A computer-implemented method for simulating processes in factory production lines, comprising the steps of: determining, by a processor, a function for internal processes, wherein the function is generated from a current production status of the one or more machines of a factory floor, a) executing, by the processor, a simulation to simulate processing events of the factory production lines with regards to collected historical data, b) executing, by the processor, multiple runs of a machine learning process with regards to results of the simulation to update the function according to a scoring function, wherein the scoring function is a cost function that is weighted based on quoted due date and actual delivery date as determined by the simulation, iteratively executing, by the processor, the steps a) and b) until a finalized function is determined, wherein the result of each iteration of the simulation is a reward determined by taking a negative of the cost function, wherein the cost function is defined as ω J L j + ω E E j + ω T T j, wherein ω J, ω E and ω T are constants defined in advance, L j is a lead time of a job, E j is an earliness of the job and T j is a tardiness of the job, and outputting the finalized function. determining, by a processor, a function for internal processes, wherein the function is generated from a current production status of the one or more machines of a factory floor, a) executing, by the processor, a simulation to simulate processing events of the factory production lines with regards to collected historical data, b) executing, by the processor, multiple runs of a machine learning process with regards to results of the simulation to update the function according to a scoring function, wherein a) executing, by the processor, a simulation to simulate processing events of the factory production lines with regards to collected historical data, b) executing, by the processor, multiple runs of a machine learning process with regards to results of the simulation to update the function according to a scoring function, wherein the scoring function is a cost function that is weighted based on quoted due date and actual delivery date as determined by the simulation, iteratively executing, by the processor, the steps a) and b) until a finalized function is determined, wherein the result of each iteration of the simulation is a reward determined by taking a negative of the cost function, wherein the cost function is defined as ω J L j + ω E E j + ω T T j, wherein ω J, ω E and ω T are constants defined in advance, L j is a lead time of a job, E j is an earliness of the job and T j is a tardiness of the job, and outputting the finalized function.
A method for suppressing nuisance alarms of a Floating Production, Storage and Offloading(FPSO) surveillance system due to oscillating liquid level variations in a FPSO storage tank of an FPSO unit during severe weather conditions, the method comprising: - providing the FPSO surveillance system with a FPSO storage tank level gauge with an adjustable alarm threshold; and - inducing the FPSO surveillance system to: - monitor oscillating motions of the FPSO unit during severe weather conditions; - estimate oscillating liquid level variations in the FPSO storage tank due to the monitored oscillating motions of the FPSO unit; and - adjusting the adjustable alarm threshold to suppress nuisance alarms of the FPSO surveillance system if liquid level variations in the FPSO storage tank monitored by the FPSO storage tank level gauge do not exceed the estimated oscillating liquid level variations due to the monitored oscillating motions of the FPSO unit. - providing the FPSO surveillance system with a FPSO storage tank level gauge with an adjustable alarm threshold; and - inducing the FPSO surveillance system to: - monitor oscillating motions of the FPSO unit during severe weather conditions; - estimate oscillating liquid level variations in the FPSO storage tank due to the monitored oscillating motions of the FPSO unit; and - adjusting the adjustable alarm threshold to suppress nuisance alarms of the FPSO surveillance system if liquid level variations in the FPSO storage tank monitored by the FPSO storage tank level gauge do not exceed the estimated oscillating liquid level variations due to the monitored oscillating motions of the FPSO unit.
Method for generating surface data of an object with projection images which were acquired by computer tomographic measurement of the object positioned in the beam path between a radiation source and a detector unit, comprising the steps of I) creating a first volume model with the projection images; II) generating a first surface mesh with nodes based on the volume model; III) optimising the surfaces of the surface mesh with the aid of projection images captured by the detector unit, characterised in that the optimisation of the surfaces with the aid of the projection images (step III) comprises the following steps: a) defining auxiliary points for a node of the surface network; b) repeated reconstruction at the auxiliary points on the basis of the projection images; c) evaluating the reconstruction at the auxiliary points and generating an adapted position of the node of the surface mesh. I) creating a first volume model with the projection images; II) generating a first surface mesh with nodes based on the volume model; III) optimising the surfaces of the surface mesh with the aid of projection images captured by the detector unit, a) defining auxiliary points for a node of the surface network; b) repeated reconstruction at the auxiliary points on the basis of the projection images; c) evaluating the reconstruction at the auxiliary points and generating an adapted position of the node of the surface mesh.
A main oil pipeline electric pump assembly comprising a mainline horizontal single-stage double-volute pump, an electric drive motor, a coupling, connecting their shafts, and a common or separated frames for mounting the pump and motor thereon, the said pump comprising a housing with two semi-volute inlets and a double-volute outlet, a housing cover, a rotor consisting of a shaft and an impeller being installed between the housing and the housing cover, the said impeller being seated on the shaft by way of a double-sided collet clamping device having taper sleeves and screws, rotor mechanical seals being seated on the shaft by way of single-sided collet clamping devices having taper sleeves (17, 18) and screws, the said collet clamping devices being a combination of two coaxial rings with tapered working surfaces with rings being slidable by using clamping screws along the axis of the shaft relative to each other to clamp the shaft, the pump rotor being mounted outside the pump housing in console supports of roller bearings of two types, namely a double-row spherical roller bearing taking up axial load of the pump shaft, and a floating toroidal roller bearing, both bearings being mounted on the shaft on tapered adapter sleeves in axial section, all connections of the housing being fastened in pairs including removable tapered pins with threaded ends.
A method of characterizing a signal produced by acquisition means connected to equipment, the method comprising the following steps: A) acquiring a signal using the acquisition means; B) determining a vibration rating (σ) of at least a portion of the signal acquired in step A, the vibration rating being a function solely of rapid fluctuations of the signal, excluding information representing slow variations of the signal; C) determining a level of variation (Δ<U>) of at least a portion of the signal acquired in step A, the level of variation being representative of slow variations of the signal; and characterized in that it further comprises the following step: D) determining at least two pieces of information (R1, R2) characterizing the signal by applying at least two different functions that combine at least said vibration rating (σ) and said level of variation (Δ<U>). A) acquiring a signal using the acquisition means; B) determining a vibration rating (σ) of at least a portion of the signal acquired in step A, the vibration rating being a function solely of rapid fluctuations of the signal, excluding information representing slow variations of the signal; C) determining a level of variation (Δ<U>) of at least a portion of the signal acquired in step A, the level of variation being representative of slow variations of the signal; and characterized in that it further comprises the following step: D) determining at least two pieces of information (R1, R2) characterizing the signal by applying at least two different functions that combine at least said vibration rating (σ) and said level of variation (Δ<U>).
Metering apparatus for metering ingredients of compound in particular for tyres preferably operated by gravity, comprising: a storage container defining an internal volume adapted to receive at least one ingredient of compounds in particular for tyres, wherein said storage container has an inlet opening and an outlet opening, a shutter body housed in said outlet opening, rotating around a shutter axis parallel to said outlet opening and having a shutter surface having a convex profile facing towards said internal volume, characterized by comprising a scraper device arranged within said internal volume and having at least one scraping surface configured and movable to scrape a surface of the metering device arranged in the proximity of the outlet opening, wherein said at least one scraping surface is counter-shaped with respect to said shutter surface. a storage container defining an internal volume adapted to receive at least one ingredient of compounds in particular for tyres, wherein said storage container has an inlet opening and an outlet opening, a shutter body housed in said outlet opening, rotating around a shutter axis parallel to said outlet opening and having a shutter surface having a convex profile facing towards said internal volume, characterized by comprising a scraper device arranged within said internal volume and having at least one scraping surface configured and movable to scrape a surface of the metering device arranged in the proximity of the outlet opening, wherein said at least one scraping surface is counter-shaped with respect to said shutter surface.
A turbomachine hollow vane, comprising at least one blade having lateral walls which are intended to guide a flow in a duct around the vane and which are attached on a first platform at a first longitudinal end of the blade, the blade further comprising an internal cavity between the lateral walls, which cavity is intended for passing a fluid for cooling the blade, with an opening for the inlet of the fluid opening through said first platform, characterised in that a gyroid surface array fills at least one portion of the cavity and is arranged to guide the cooling fluid therein and is in contact with at least one portion of the lateral walls.
An OCT system comprising an OCT light source for emitting OCT light into an object beam path and a reference beam path and comprising a detector (25, 52, 53) for picking up an interference signal generated from the object beam path and the reference beam path, wherein the OCT system comprises a wavelength-dependent beam splitter (35, 36, 54, 57) arrangeable in the OCT beam path, such that a first spectral partial beam is guided along a longer path distance and that a second spectral partial beam is guided along a shorter path distance, wherein the OCT light source is a unified OCT light source which provides the OCT light for the first spectral partial beam and for the second spectral partial beam, characterized in that the OCT light source generates the first spectral partial beam and the second spectral partial beam by means of a unified tuning process.
A method for providing user actuation targets on a touch-sensitive display of an electronic device (100, 200) having one or more physical keys, comprising: determining, with a contact sensor and one or more processors, a duration of user contact with the display; determining a location of the user contact on the display; and where the duration of user contact exceeds a predetermined threshold, presenting, with the one or more processors, at least one user actuation target on the display, the at least one user actuation target having a function corresponding to at least one of the one or more physical keys; and when the user contact is maintained beyond the predetermined threshold, moving the at least one user actuation target closer to the location of the user contact such that the at least one user actuation target is moved closer to the location of the user contact as the duration of the user contact increases. determining, with a contact sensor and one or more processors, a duration of user contact with the display; determining a location of the user contact on the display; and where the duration of user contact exceeds a predetermined threshold, presenting, with the one or more processors, at least one user actuation target on the display, the at least one user actuation target having a function corresponding to at least one of the one or more physical keys; and when the user contact is maintained beyond the predetermined threshold, moving the at least one user actuation target closer to the location of the user contact such that the at least one user actuation target is moved closer to the location of the user contact as the duration of the user contact increases.
A terminal comprising: a transmission section is configured to transmit delivery acknowledgement information for a shared channel and to transmit uplink data in units of predetermined blocks, using an uplink shared channel; and a control section, if frequency hopping is applied to the uplink shared channel, is configured to determine a mapping position of resources for the delivery acknowledgement information for each hop of the frequency hopping, wherein the control section is configured to map the delivery acknowledgement information to resources first in a frequency direction for each hop of the frequency hopping. a transmission section is configured to transmit delivery acknowledgement information for a shared channel and to transmit uplink data in units of predetermined blocks, using an uplink shared channel; and a control section, if frequency hopping is applied to the uplink shared channel, is configured to determine a mapping position of resources for the delivery acknowledgement information for each hop of the frequency hopping, wherein the control section is configured to map the delivery acknowledgement information to resources first in a frequency direction for each hop of the frequency hopping.
A high strength polymer-based cartridge casing inclosing a volume, comprising: a first end having a mouth; a neck extending away from the mouth, comprising a neck thickness; a shoulder extending below the neck and away from the first end, comprising: a headspace reference point used by a standards organization to determine a headspace for the cartridge; and a headspace reference point diameter being the diameter of the shoulder at the headspace reference point as detailed by the standards organization; a cartridge body formed below the shoulder; an insert attached to the cartridge body opposite the shoulder; and a projectile disposed in the mouth having a caliber; characterized in that the neck thickness is the headspace reference point diameter minus the diameter of the projectile, then divided in half, and in that the standards organization is at least one of the Sporting Arms and Ammunition Manufacturers' Institute (SAAMI), the Commission Internationale Permanente pour l'epreuve des armes a feu portatives, and the North Atlantic Treaty Organization (NATO). a first end having a mouth; a neck extending away from the mouth, comprising a neck thickness; a shoulder extending below the neck and away from the first end, comprising: a headspace reference point used by a standards organization to determine a headspace for the cartridge; and a headspace reference point diameter being the diameter of the shoulder at the headspace reference point as detailed by the standards organization; a headspace reference point used by a standards organization to determine a headspace for the cartridge; and a headspace reference point diameter being the diameter of the shoulder at the headspace reference point as detailed by the standards organization; a cartridge body formed below the shoulder; an insert attached to the cartridge body opposite the shoulder; and a projectile disposed in the mouth having a caliber; characterized in that the neck thickness is the headspace reference point diameter minus the diameter of the projectile, then divided in half, and in that the standards organization is at least one of the Sporting Arms and Ammunition Manufacturers' Institute (SAAMI), the Commission Internationale Permanente pour l'epreuve des armes a feu portatives, and the North Atlantic Treaty Organization (NATO).
A fabrication method of the artificial dielectric lens, characterized in that it comprises the following steps: print ceramic slurry on a base material to generate a printed pattern, heat it up to cure the printed pattern into a ceramic dry film, and form a composite plate together with the base material, wherein the ceramic slurry is prepared by adding ceramic powder into a carbon nanotube water solution; and wherein the base material is a low-dielectric-constant base material; adjust the material and/or concentration of ceramic powder in the used ceramic slurry at different positions of the printed pattern correspondingly, so that the dielectric constant of the composite plate made after adjustment meets the plane distribution of the preset dielectric constant of the artificial dielectric lens; wherein the plane distribution of the preset dielectric constant is the projection of the spatial distribution of the preset dielectric constant on the horizontal or vertical plane, and the spatial distribution of the preset dielectric constant is a concentric sphere or concentric column; center-align a number of composite plates after adjustment to form a composite body, and the composite body comprises the artificial dielectric lens. print ceramic slurry on a base material to generate a printed pattern, heat it up to cure the printed pattern into a ceramic dry film, and form a composite plate together with the base material, wherein the ceramic slurry is prepared by adding ceramic powder into a carbon nanotube water solution; and wherein the base material is a low-dielectric-constant base material; adjust the material and/or concentration of ceramic powder in the used ceramic slurry at different positions of the printed pattern correspondingly, so that the dielectric constant of the composite plate made after adjustment meets the plane distribution of the preset dielectric constant of the artificial dielectric lens; wherein the plane distribution of the preset dielectric constant is the projection of the spatial distribution of the preset dielectric constant on the horizontal or vertical plane, and the spatial distribution of the preset dielectric constant is a concentric sphere or concentric column; center-align a number of composite plates after adjustment to form a composite body, and the composite body comprises the artificial dielectric lens.