mhurhangee/ep-ind-claims huggingface dataset:
Decentralized power supply and IT hosting device comprising a wind power installation (1, 31, 41) having a vertically extending tower, a machine housing rotatably held at one end of the tower in a horizontal plane, a wind power generator enclosed by the machine housing, a rotor interacting with the wind power generator, a power supply line (16, 23) leading from the wind power generator to an external power line (17, 24), and an operations controller, a computing node (3, 33, 43) provided in the tower of the wind power installation (1, 31, 41) and having at least one computing module and at least one data storage module, and a data line (32, 34, 35) leading to the device and serving as a primary connection for implementing remote access to the computing module and/or the data storage module of the computing node (3, 33, 43), the computing module and the data storage module of the computing node (3, 33, 43) being connected on the one hand via an internal control energy supply line to the wind power generator of the wind power installation (1, 31, 41) in such a way that electrical energy for operating the computing node (3, 33, 43) is supplied by the wind power generator via the internal control energy supply line and on the other hand to at least one further external energy source, characterized in that the data line (32, 34, 35) leading to the device is set up as a primary connection also for implementing remote access to the operations control of the wind power installation (1, 31, 41), the primary connection for the computing node (3, 33, 43) is designed as an optical waveguide, the device has, in addition to the primary connection, a further data connection as a secondary connection for the computing module and the data storage module of the computing node (3, 33, 43), and the primary connection on the one hand and the secondary connection on the other hand are connected to two different main data lines (29, 30).
A method for manufacturing an electride of mayenite-type compounds, the method comprising: converting a mayenite-type compound to an electride by making a current directly flow through the mayenite-type compound by applying a voltage to the mayenite-type compound in a heating state.
A method for identifying and tracking an article, the method comprising the steps of: a. receiving an image of a first article following a path between an origin and a destination; b. determining a first characteristic vector by processing the received image by detecting characteristic features of the first article, the characteristic features including one or more of the colour, texture or bag type associated with the first article, and wherein the first characteristic vector is defined by a plurality of values associated with the characteristic features of the first article; c. comparing the first characteristic vector with a set of predetermined characteristic vectors wherein each of the set of predetermined characteristic vectors is associated with an identifier; and d. based on the comparison, associating the first article with the identifier associated with a corresponding one of the predetermined characteristic vectors or associating the first article with a new identifier. a. receiving an image of a first article following a path between an origin and a destination; b. determining a first characteristic vector by processing the received image by detecting characteristic features of the first article, the characteristic features including one or more of the colour, texture or bag type associated with the first article, and wherein the first characteristic vector is defined by a plurality of values associated with the characteristic features of the first article; c. comparing the first characteristic vector with a set of predetermined characteristic vectors wherein each of the set of predetermined characteristic vectors is associated with an identifier; and d. based on the comparison, associating the first article with the identifier associated with a corresponding one of the predetermined characteristic vectors or associating the first article with a new identifier.
An EGR estimation method for an internal combustion engine that estimates an EGR rate in an intake and exhaust system of an internal combustion engine, the intake and exhaust system of an internal combustion engine which is including: an intake system including an air cleaner and an intake passage that connects the air cleaner and the internal combustion engine, an exhaust system including an exhaust passage that is connected to the internal combustion engine, and a supercharger that is provided in the intake passage and the exhaust passage, the intake and exhaust system being provided with an EGR device including an EGR passage that connects a position upstream of the supercharger in the intake passage and a position downstream of the supercharger in the exhaust passage and an EGR valve that is provided in the EGR passage, and the intake system including an intake bypass passage that connects an upstream pressure portion and a downstream pressure portion of the supercharger in the intake system and a recirculation valve that is provided in the intake bypass passage, wherein EGR gas is flowing through the intake bypass passage back to the air cleaner side after having opened the recirculation valve during supercharging and closed the EGR valve; the EGR estimation method being characterised in that it comprises the following steps: calculating the passing amount of gas through the recirculation valve, calculates a blowback amount integrated value by integrating said passing amount of gas, determining that the blowback occurs when the blowback amount integrated value becomes a negative value, estimating whether the volume of the intake passage upstream of the supercharger has been re-inhaled or not based on the blowback amount integrated value, when the blowback has occurred, estimating the EGR rate at a position upstream of the supercharger in the intake passage as being equal to the EGR rate in the intake passage before the blowback occurs until the volume of the intake passage upstream of the supercharger has been reinhaled. calculating the passing amount of gas through the recirculation valve, calculates a blowback amount integrated value by integrating said passing amount of gas, determining that the blowback occurs when the blowback amount integrated value becomes a negative value, estimating whether the volume of the intake passage upstream of the supercharger has been re-inhaled or not based on the blowback amount integrated value,
Method for measuring carbon fiber thickness, in a carbon fiber component having parts with different thickness and integrating at least a second material, wherein the thickness of the second material is constant through out the different parts of the carbon fiber component, the method comprising the steps of: measuring with micrometer the maximum and minimum real thickness (e 1, e 2) of the component, measuring with automatic ultrasonic equipment, the time that an ultrasound takes to propagate across the component part with maximum and the component part with minimum thickness, calculating an ultrasound test speed and a thickness correction value for the component, wherein said thickness correction value and an optimum ultrasound test speed are determined using the times that the ultrasound takes to propagate across the component part with maximum and the component part with minimum thickness, and the maximum and minimum measured real thickness, measuring total thickness of each of the parts of the component, using ultrasounds with the same calculated ultrasound test speed, and applying the thickness correction value to each of the measured total thickness of each part, to determine a corrected carbon fiber thickness for each part. measuring with micrometer the maximum and minimum real thickness (e 1, e 2) of the component, measuring with automatic ultrasonic equipment, the time that an ultrasound takes to propagate across the component part with maximum and the component part with minimum thickness, calculating an ultrasound test speed and a thickness correction value for the component, wherein said thickness correction value and an optimum ultrasound test speed are determined using the times that the ultrasound takes to propagate across the component part with maximum and the component part with minimum thickness, and the maximum and minimum measured real thickness, measuring total thickness of each of the parts of the component, using ultrasounds with the same calculated ultrasound test speed, and applying the thickness correction value to each of the measured total thickness of each part, to determine a corrected carbon fiber thickness for each part.
Iron-based alloy, consisting of (in % by weight): carbon: 0.13%-0.22%, chromium (Cr): 9.0%-9.8%, molybdenum (Mo): 1.0%-2.0%, in particular 1.4%-1.6%, nickel (Ni): 0.3%-0.8%, in particular 0.3%-0.7%, vanadium: 0.25%-0.35%, in particular 0.25%-0.3%, aluminum (Al): 0.005%-0.01%, niobium (Nb): 0.04%-0.06%, boron: 20 ppm - 70 ppm, in particular 35 ppm - 55 ppm, nitrogen: 150 ppm - 500 ppm, in particular at most 350ppm, very particularly at most 300ppm, cobalt (Co): 0.8%-1.5%, in particular up to 1.3%, manganese (Mn): 0%-0.15%, in particular at least 0.05%, silicon (Si): 0%-0.1%, in particular at least 0.01%, phosphorus: 0%-0.005%, sulfur: 0%-0.003%, in particular at least 0.001% arsenic (As): max. 0.015%, tin (Sn): max. 0.015%, antimony (Sb): max. 0.015%, copper (Cu): max. 0.1%, in particular at least 0.01%, very particularly at least 0.05%, iron (Fe). carbon: 0.13%-0.22%, chromium (Cr): 9.0%-9.8%, molybdenum (Mo): 1.0%-2.0%, in particular 1.4%-1.6%, nickel (Ni): 0.3%-0.8%, in particular 0.3%-0.7%, vanadium: 0.25%-0.35%, in particular 0.25%-0.3%, aluminum (Al): 0.005%-0.01%, niobium (Nb): 0.04%-0.06%, boron: 20 ppm - 70 ppm, in particular 35 ppm - 55 ppm, nitrogen: 150 ppm - 500 ppm, in particular at most 350ppm, very particularly at most 300ppm, cobalt (Co): 0.8%-1.5%, in particular up to 1.3%, manganese (Mn): 0%-0.15%, in particular at least 0.05%, silicon (Si): 0%-0.1%, in particular at least 0.01%, phosphorus: 0%-0.005%, sulfur: 0%-0.003%, in particular at least 0.001% arsenic (As): max. 0.015%, tin (Sn): max. 0.015%, antimony (Sb): max. 0.015%, copper (Cu): max. 0.1%, in particular at least 0.01%, very particularly at least 0.05%, iron (Fe).
Beer dispensing facility, comprising: a plurality of tanks, wherein each tank comprises a specific base product with a different composition; and at least one dispensing tap connected to the outlet of a mixing apparatus; wherein the base product of each tank goes through a purge and empty barrel detection apparatus to the mixing apparatus, such that each base component or product is connected with an inlet of the mixing apparatus through the purge and empty barrel detection apparatus; and where each tank is connected with an inlet of a single mixing apparatus which is a monobloc and is configured for mixing the base products coming from at least two tanks in a proportion that can be regulated by control means; said proportion being suitable for obtaining a homogeneous end product with respect to the base products mixed in the mixing apparatus for obtaining said end product, being the facility characterized in that the mixing apparatus consists of a single monobloc device with seatings for four proportional valves and a collector consisting of a transverse channel with a cover at each end and housing a pressure switch configured for detecting service as a result of a drop in pressure; and where the collector also includes an outlet channel connected with an outlet flow meter. a plurality of tanks, wherein each tank comprises a specific base product with a different composition; and at least one dispensing tap connected to the outlet of a mixing apparatus; wherein the base product of each tank goes through a purge and empty barrel detection apparatus to the mixing apparatus, such that each base component or product is connected with an inlet of the mixing apparatus through the purge and empty barrel detection apparatus; and where each tank is connected with an inlet of a single mixing apparatus which is a monobloc and is configured for mixing the base products coming from at least two tanks in a proportion that can be regulated by control means; said proportion being suitable for obtaining a homogeneous end product with respect to the base products mixed in the mixing apparatus for obtaining said end product, being the facility characterized in that the mixing apparatus consists of a single monobloc device with seatings for four proportional valves and a collector consisting of a transverse channel with a cover at each end and housing a pressure switch configured for detecting service as a result of a drop in pressure; and where the collector also includes an outlet channel connected with an outlet flow meter.
Method for determining a sulfation power in a flue gas, wherein the method comprises the steps of: - introducing a probe into the flue gas, wherein the probe comprises the following: - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - leaving the probe in the flue gas for a predetermined period, - determining a change in the sacrificial layer and - determining the sulfation power based on the change. - introducing a probe into the flue gas, wherein the probe comprises the following: - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - leaving the probe in the flue gas for a predetermined period, - determining a change in the sacrificial layer and - determining the sulfation power based on the change.
A wind turbine blade, comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint, each of the blade segments (30, 32) having a pressure side shell member, a suction side shell member, and an internal support structure; the first blade segment comprising a beam structure extending lengthways that structurally connects with the second blade segment at a receiving section, wherein the beam structure forms a portion of the internal support structure and comprises a shear web connected with a suction side spar cap and a pressure side spar cap; one or more first bolt joints including a bolt tube located at a first end of the beam structure for connecting by interference fit with the receiving end of the second blade segment; and a plurality of second bolt joints including respective bolt tubes (56,58) located at the chord-wise joint for connecting the first and second blade segments by interference fit, wherein the one or more first bolt joints located at the first end of beam structure are separated span-wise with the plurality of second bolt joints located at the chord-wise joint. a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint, each of the blade segments (30, 32) having a pressure side shell member, a suction side shell member, and an internal support structure; the first blade segment comprising a beam structure extending lengthways that structurally connects with the second blade segment at a receiving section, wherein the beam structure forms a portion of the internal support structure and comprises a shear web connected with a suction side spar cap and a pressure side spar cap; one or more first bolt joints including a bolt tube located at a first end of the beam structure for connecting by interference fit with the receiving end of the second blade segment; and a plurality of second bolt joints including respective bolt tubes (56,58) located at the chord-wise joint for connecting the first and second blade segments by interference fit, wherein the one or more first bolt joints located at the first end of beam structure are separated span-wise with the plurality of second bolt joints located at the chord-wise joint.
A method for determining cancer patient survival, comprising analyzing the number and/or amount of tumor-infiltrating overall T-lymphocytes (oTLs) based on the methylation status of at least one CpG position in one or more of the genes for CD3 γ, -δ, and -ε in a tumor sample derived from said cancer patient, wherein a high number and/or amount of oTLs is indicative for a better survival and/or better progression free survival in a non-breast cancer patient, and wherein a high number and/or amount of oTLs is indicative for an inferior survival and/or inferior progression free survival in a breast cancer patient.
A computer implemented method of detecting malicious code in a software application executing with a runtime environment in a computer system, the method comprising: receiving a definition of one or more runtime exception trigger conditions, each trigger condition defining criteria for the runtime environment to enter a software exception state and having associated a definition of a resulting state of the runtime environment having entered the exception state; monitoring the runtime environment to detect the satisfaction of a detected trigger condition by the runtime environment and, in response to a determination that the runtime environment fails to enter a resulting state associated with the detected trigger condition, identifying the software application as including malicious code. receiving a definition of one or more runtime exception trigger conditions, each trigger condition defining criteria for the runtime environment to enter a software exception state and having associated a definition of a resulting state of the runtime environment having entered the exception state; monitoring the runtime environment to detect the satisfaction of a detected trigger condition by the runtime environment and, in response to a determination that the runtime environment fails to enter a resulting state associated with the detected trigger condition, identifying the software application as including malicious code.
A roll press arrangement for dewatering fibrous granular feedstock in a roll press apparatus, comprising - a first cylindrical press roll having a first central axis, said first press roll being arranged to be rotatable about said first central axis, and - a second cylindrical press roll having a second central axis parallel with the first central axis, said second press roll being arranged to be rotatable about said second central axis, wherein the first press roll and the second press roll are further arranged such that a nip is formed between the first press roll and the second press roll so as to apply a compression force on fibrous granular feedstock for dewatering thereof, when in use, and wherein a feed region is defined between the first press roll and the second press roll at an inlet side of the nip, the first press roll and the second press roll being rotatable towards the nip on the inlet side thereof for introducing fibrous granular feedstock from feed region into the nip, characterized in that the roll press arrangement further comprises a side plate having a third central axis, said side plate being further arranged to be rotatable about said third central axis towards the nip on the inlet side thereof, wherein the side plate is arranged at an axial end of the first press roll and the second press roll such that a side surface of the side plate axially delimits at least the nip and the feed region, wherein the side plate is further supported against the axial end of the first press roll and the second press roll at least at a position corresponding to the nip so as to prevent the fibrous granular feedstock from escaping the nip in an axial direction, when in use, and wherein a clearance of 0.1mm - 4 mm, when in use, is arranged between the side surface of the side plate and the axial end of the first press roll and the second press roll at least at the feed region so as to provide a drainage route for liquid dewatered from the fibrous granular feedstock, wherein the side plate has a diameter larger than that of the first press roll, and wherein the side plate is arranged to radially exceed an outer circumference of the first press roll so as to axially delimit a bed of fibrous granular feedstock in the feed region, when in use. - a first cylindrical press roll having a first central axis, said first press roll being arranged to be rotatable about said first central axis, and - a second cylindrical press roll having a second central axis parallel with the first central axis, said second press roll being arranged to be rotatable about said second central axis,
A shaped body comprising a substrate with a firmly adhering separation layer, wherein the separation layer comprises 92 - 98 wt. % silicon nitride (Si 3 N 4) and 2 - 8 wt. % silica (SiO 2), the separation layer comprises a total oxygen content of ≤ 8 wt. %, preferably < 5 wt. %, and a hardness of at least 10 HB 2.5/3, preferably at least 15 HBW 2.5/3, more preferably at least 20 HBW 2.5/3 in accordance with DIN EN ISO 6506-1, and wherein the separation layer furthermore contains a residual content of a dopant in the form of a fluxing agent, wherein the dopant comprises an alkali metal compound, preferably a sodium compound.
A radiotherapy system comprising: a first rotary support apparatus configured to support a radiation beam source and to cause said radiation beam source to rotate about a rotation axis; and a second rotary support apparatus; and a radiation shield mounted to the second rotary support apparatus, wherein the second rotary support apparatus is configured to cause the radiation shield to rotate about the rotation axis. a first rotary support apparatus configured to support a radiation beam source and to cause said radiation beam source to rotate about a rotation axis; and a second rotary support apparatus; and a radiation shield mounted to the second rotary support apparatus, wherein the second rotary support apparatus is configured to cause the radiation shield to rotate about the rotation axis.
Plug assembly for high-pressure valve forming part of the common rail injection circuit of an internal combustion engine, the valve being of the type with a tubular body extending along a longitudinal axis and in which, under the action of a piloted actuator, a needle moves longitudinally between a closed position and an open position, the plug assembly comprising a plug having a flat part able to be fixed onto the body transversally to the longitudinal axis, and a spring intended to apply to the needle a force biasing it axially towards the closed position, characterised by the fact that the spring is fixed to the plug forming with it an integrated assembly.
Propeller comprising two pedals (1, 2) alternately operated, for example by pressures exerted by one and then the other of a user's two feet, each of the pedals driving an oscillating lever (19, 20) movable in rotation about an oscillation axis by action on a first end of said oscillating lever, wherein the propeller comprises a direction rectifier module comprising two freewheels operated, each in its driving direction, by acting on one of said pedals, and coupled in such a way that an output gear is always driven in the same direction whatever the pedal operated, characterized in that it further comprises a variator module comprising a translation means of said oscillation axis into a longitudinal opening of each of said oscillating levers (19, 20), so as to modify the lever arm of said oscillating levers.