mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus (1; 101; 201) for inertisation through heat treatment of waste consisting of mineral wool-based insulating materials, comprising a loading zone , through which said waste is loaded into a melting furnace (2; 102; 202), wherein said melting furnace (2; 102; 202) comprises a pre-heating zone (9; 109), in which said waste is heated until it reaches a melting temperature, a melting zone (10; 110) in which said waste is melted, and a melting basin in which a melting material from said waste collects to be discharged into a collecting tank outside the melting furnace (2; 102), wherein said melting basin is made of plates of metal material that resists high temperatures, in particular said melting temperature, is provided with a coating of refractory material and with a cooling circuit , characterized in that said loading zone is provided with a first door suitable for isolating said loading zone from an environment outside the apparatus (1; 101; 201), or to place said loading zone in communication with said outer environment, to enable said waste to be introduced therein, wherein said loading zone is provided with a second door suitable for isolating said loading zone from the melting furnace (2; 102; 202), or to place said loading zone in communication with the pre-heating zone (9; 109) of the melting furnace (2; 102; 202) wherein at said first door a first extractor hood is arranged and at said second door a second extractor hood is arranged.
A method of manufacturing specimens of water insoluble materials for MALDI mass spectrometry, comprising the steps of: (S1) mixing a water insoluble material and a matrix, and then adding a volatile solvent to disperse the water insoluble material and the matrix until the volatile solvent is evaporated, thereby obtaining a sample of water insoluble material; and (S2) filling a groove of a pellet cup made of a water soluble material with the sample, turning the pellet cup filled with the sample upside down and pressing it, and then dissolving the pellet cup with water to obtain a specimen of water insoluble material. (S1) mixing a water insoluble material and a matrix, and then adding a volatile solvent to disperse the water insoluble material and the matrix until the volatile solvent is evaporated, thereby obtaining a sample of water insoluble material; and (S2) filling a groove of a pellet cup made of a water soluble material with the sample, turning the pellet cup filled with the sample upside down and pressing it, and then dissolving the pellet cup with water to obtain a specimen of water insoluble material.
An airfoil of a gas turbine engine comprising: an airfoil body having a leading edge and a trailing edge extending in a radial direction; a trailing edge cavity formed within the airfoil and proximate to the trailing edge of the airfoil, the trailing edge cavity extending from the trailing edge in a forward direction toward the leading edge; at least one set of blocking pedestals (240; 242) located within the trailing edge cavity, wherein each blocking pedestal has a length extending in an axial direction and a width in the radial direction, wherein the width is greater than the length; a set of circular pedestals located aftward from the at least one blocking set of pedestals; and a set of spear pedestals located aftward from the set of circular pedestals and closest to the trailing edge of the airfoil body; characterized in that each blocking pedestal has a racetrack geometry such that each blocking pedestal has a constant width and has curved ends and wherein the blocking pedestals, the circular pedestals, and the spear pedestals are integrally clocked with an adjacent set of pedestals. an airfoil body having a leading edge and a trailing edge extending in a radial direction; a trailing edge cavity formed within the airfoil and proximate to the trailing edge of the airfoil, the trailing edge cavity extending from the trailing edge in a forward direction toward the leading edge; at least one set of blocking pedestals (240; 242) located within the trailing edge cavity, wherein each blocking pedestal has a length extending in an axial direction and a width in the radial direction, wherein the width is greater than the length; a set of circular pedestals located aftward from the at least one blocking set of pedestals; and a set of spear pedestals located aftward from the set of circular pedestals and closest to the trailing edge of the airfoil body; characterized in that each blocking pedestal has a racetrack geometry such that each blocking pedestal has a constant width and has curved ends and wherein the blocking pedestals, the circular pedestals, and the spear pedestals are integrally clocked with an adjacent set of pedestals.
An apparatus for determining an estimated pitch lag, comprising: an input interface for receiving a plurality of original pitch lag values, and a pitch lag estimator for estimating the estimated pitch lag, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on a plurality of original pitch lag values and depending on a plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, an information value of the plurality of information values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on the plurality of original pitch lag values and depending on a plurality of pitch gain values as the plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, a pitch gain value of the plurality of pitch gain values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by minimizing an error function, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by determining two parameters a, b, by minimizing an error function err = ∑ i = 0 k g p i ⋅ a + b ⋅ i − P i 2 wherein a is a real number, wherein b is a real number, wherein k is an integer, and wherein P(i) is the i -th original pitch lag value, wherein g p ( i ) is the i -th pitch gain value being assigned to the i -th pitch lag value P ( i ), wherein i indicates a subframe index, wherein k ≥ 2. an input interface for receiving a plurality of original pitch lag values, and a pitch lag estimator for estimating the estimated pitch lag, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on a plurality of original pitch lag values and depending on a plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, an information value of the plurality of information values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag depending on the plurality of original pitch lag values and depending on a plurality of pitch gain values as the plurality of information values, wherein for each original pitch lag value of the plurality of original pitch lag values, a pitch gain value of the plurality of pitch gain values is assigned to said original pitch lag value, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by minimizing an error function, wherein the pitch lag estimator is configured to estimate the estimated pitch lag by determining two parameters a, b, by minimizing an error function err = ∑ i = 0 k g p i ⋅ a + b ⋅ i − P i 2 wherein a is a real number, wherein b is a real number, wherein k is an integer, and wherein P(i) is the i -th original pitch lag value, wherein g p ( i ) is the i -th pitch gain value being assigned to the i -th pitch lag value P ( i ), wherein i indicates a subframe index, wherein k ≥ 2.
A power supply system comprising: a converter unit including a plurality of converters connected in parallel and a current control section for balancing output currents of the plurality of converters and configured to transform an input voltage and output the transformed voltage to a load; a power storage device; a driving stop section configured to deactivate one or more of the plurality of converters in accordance with a load current and current output capabilities of the converters; and a driving start section configured to start driving the inactive converter(s) among the plurality of converters, wherein the power storage device includes an output current value obtaining section configured to obtain an output current value of the converter unit, characterized in that the power storage device is connected in parallel to the converter unit with respect to the load and configured to supply power to the load, and when an output voltage of the power storage device becomes higher than an output voltage of the converter unit in a state where the one or more of the plurality of converters are deactivated by the driving stop section, the output voltage of the power storage device is supplied to the load, and the driving start section starts driving the inactive converter(s) at a point when the value obtained by the output current value obtaining section is at or above a threshold corresponding to a load factor to rated load of 50%. a converter unit including a plurality of converters connected in parallel and a current control section for balancing output currents of the plurality of converters and configured to transform an input voltage and output the transformed voltage to a load; a power storage device; a driving stop section configured to deactivate one or more of the plurality of converters in accordance with a load current and current output capabilities of the converters; and a driving start section configured to start driving the inactive converter(s) among the plurality of converters, wherein the power storage device includes an output current value obtaining section configured to obtain an output current value of the converter unit, characterized in that the power storage device is connected in parallel to the converter unit with respect to the load and configured to supply power to the load, and when an output voltage of the power storage device becomes higher than an output voltage of the converter unit in a state where the one or more of the plurality of converters are deactivated by the driving stop section, the output voltage of the power storage device is supplied to the load, and the driving start section starts driving the inactive converter(s) at a point when the value obtained by the output current value obtaining section is at or above a threshold corresponding to a load factor to rated load of 50%.
Electromotively operated hydraulic piston having - an electric hollow-shaft motor which has - a hollow shaft which is able to be driven in rotation; and has - a detection device which is configured to detect the rotational position of the hollow shaft , wherein the detection device comprises a magnet , which is arranged on the hollow shaft , and a fixed magnetic field sensor , which is arranged within the hollow shaft , wherein the magnetic field sensor is configured to detect a magnetic field generated by the magnet , - a spindle which is arranged within the hollow shaft of the hollow-shaft motor , and - a spindle nut which is connected to the hollow shaft of the hollow-shaft motor and which is configured to linearly displace the spindle along its longitudinal axis , - a rotation prevention means which is configured to prevent rotation of the spindle about its longitudinal axis , wherein the magnetic field sensor is arranged on the rotation prevention means . - an electric hollow-shaft motor which has - a hollow shaft which is able to be driven in rotation; and has - a detection device which is configured to detect the rotational position of the hollow shaft , wherein the detection device comprises a magnet , which is arranged on the hollow shaft , and a fixed magnetic field sensor , which is arranged within the hollow shaft , wherein the magnetic field sensor is configured to detect a magnetic field generated by the magnet , - a spindle which is arranged within the hollow shaft of the hollow-shaft motor , and - a spindle nut which is connected to the hollow shaft of the hollow-shaft motor and which is configured to linearly displace the spindle along its longitudinal axis , - a rotation prevention means which is configured to prevent rotation of the spindle about its longitudinal axis , wherein the magnetic field sensor is arranged on the rotation prevention means .
A time interleaver for performing time interleaving on a frame which includes N FEC_TI codewords, each of which includes N cells cells, said time interleaver comprising a block interleaver followed by a convolutional interleaver ; wherein the block interleaver comprises a matrix having N cells rows and N FEC_TI columns, and is configured to perform block interleaving on said frame to generate intermediate data; wherein the convolutional interleaver is configured to perform convolutional interleaving on the intermediate data, and comprises: a first switch configured to switch a connection destination of an input of the convolutional interleaver to one end of one of a plurality of branches, the number of branches being the same as the number of interleaving units into which the frame is divided; first in first out, FIFO, memories (545-11, 545-21, 545-22) provided in some of the plurality of branches except one branch, wherein a number of FIFO memories (545-11, 545-21, 545-22) is different among the plurality of branches except the one branch; and a second switch configured to switch a connection destination of an output of the convolutional interleaver to another end of one of the plurality of branches, and wherein the first switch is configured to switch the connection destination of the input of the convolutional interleaver when N FEC_TI cells have passed, by switching a corresponding branch of the connection destination sequentially and repeatedly among the plurality of branches, and wherein the second switch is configured to switch the connection destination of the output of the convolutional interleaver when N FEC_TI cells have passed, by switching a corresponding branch of the connection destination sequentially and repeatedly among the plurality of branches. a first switch configured to switch a connection destination of an input of the convolutional interleaver to one end of one of a plurality of branches, the number of branches being the same as the number of interleaving units into which the frame is divided; first in first out, FIFO, memories (545-11, 545-21, 545-22) provided in some of the plurality of branches except one branch, wherein a number of FIFO memories (545-11, 545-21, 545-22) is different among the plurality of branches except the one branch; and a second switch configured to switch a connection destination of an output of the convolutional interleaver to another end of one of the plurality of branches, and wherein the first switch is configured to switch the connection destination of the input of the convolutional interleaver when N FEC_TI cells have passed, by switching a corresponding branch of the connection destination sequentially and repeatedly among the plurality of branches, and wherein the second switch is configured to switch the connection destination of the output of the convolutional interleaver when N FEC_TI cells have passed, by switching a corresponding branch of the connection destination sequentially and repeatedly among the plurality of branches.
A polymerisable LC material comprising one or more polymerisable mesogenic compounds and at least one polymer comprising one or more of the repeating units A and/or B, and one or more of the repeating units C and/or D, wherein (a) Sp 1 represents a first spacer group comprising or consisting of a carbyl or hydrocarbyl group; (b) X 11 represents a CH 2 , CO, -S-CO or -NH-CO- moiety; (c) y stands for 0 or an integer of from 1 to 10, in which Sp 1 is defined as above, but independently of each other in each occurrence and X 11 is defined as above but independently of each other in each occurrence; (d) X 12 stands for CO, O, N, S or an ester group; (e) Sp 2 represents a second spacer group comprising or consisting of a carbyl or hydrocarbyl group; (f) X 13 represents O, N or S; (g) R 11 stands for a polymerizable group. (a) Sp 1 represents a first spacer group comprising or consisting of a carbyl or hydrocarbyl group; (b) X 11 represents a CH 2 , CO, -S-CO or -NH-CO- moiety; (c) y stands for 0 or an integer of from 1 to 10, in which Sp 1 is defined as above, but independently of each other in each occurrence and X 11 is defined as above but independently of each other in each occurrence; (d) X 12 stands for CO, O, N, S or an ester group; (e) Sp 2 represents a second spacer group comprising or consisting of a carbyl or hydrocarbyl group; (f) X 13 represents O, N or S; (g) R 11 stands for a polymerizable group.
Scaffold comprising at least one scaffolding element , in particular a vertical frame and at least one pipe coupling for releasable attachment to the scaffolding element , and at least one bracket for supporting a scaffolding board with a plurality of openings for releasably fastening the bracket to the pipe coupling , wherein the pipe coupling has a connecting element for releasably securing the bracket for engagement in the openings of the bracket , wherein the bracket has a first limb with a first limb length (L1) and a second limb with a second limb length different from the first limb length (L1), wherein the first limb is connected substantially at right angles to the second limb at a connection , wherein at least one opening is arranged in the first limb and at least one opening is arranged in the second limb , so that the bracket can be fixed in two different positions, wherein the at least one opening of the first limb and the at least one opening of the second limb are arranged at an equal distance from the connection , so that when the pipe coupling is engaged in the respective opening , either the first limb or the second limb is oriented upwardly and so that the relative position of the upper edge of the respective limbs (32 or 33) in the respective position relative to the vertical frame remains unchanged, independently thereof, with which opening the console is in connection with the pipe coupling, characterised in that the connecting element of the pipe coupling is T-shaped and that the openings of the console are formed as an elongated hole with a length (V1) and a width (V2), wherein preferably the length (V1) is at least 1.1, preferably 1.5 and particularly preferably at least 2 times greater than the width (V2).
A method of forming a non-volatile memory device comprising: forming an opening in a tier of semiconductor material and a tier of dielectric ; processing a portion of the tier of semiconductor material exposed by the opening so that the portion is doped differently than the remaining semiconductor material in the tier; removing the remaining semiconductor material of the tier, wherein the differently doped portion of the tier of semiconductor material comprises a charge storage structure; forming a tunneling dielectric on a first surface of the charge storage structure; and forming an inter-gate dielectric on a second surface of the charge storage structure. forming an opening in a tier of semiconductor material and a tier of dielectric ; processing a portion of the tier of semiconductor material exposed by the opening so that the portion is doped differently than the remaining semiconductor material in the tier; removing the remaining semiconductor material of the tier, wherein the differently doped portion of the tier of semiconductor material comprises a charge storage structure; forming a tunneling dielectric on a first surface of the charge storage structure; and forming an inter-gate dielectric on a second surface of the charge storage structure.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving a preemption indication indicating that resources of at least one shared channel communication among one or more shared channel communications of a shared channel are to be preempted, wherein the one or more shared channel communications are to be time-domain reference signal, RS, bundled based at least in part on an RS associated with the shared channel; and selectively performing time-domain RS bundling of the one or more shared channel communications based at least in part on the preemption indication. receiving a preemption indication indicating that resources of at least one shared channel communication among one or more shared channel communications of a shared channel are to be preempted, wherein the one or more shared channel communications are to be time-domain reference signal, RS, bundled based at least in part on an RS associated with the shared channel; and selectively performing time-domain RS bundling of the one or more shared channel communications based at least in part on the preemption indication.
A method of reducing the occurrence of Low Speed Pre-Ignition (LSPI) in a direct-injected, boosted, spark-ignited internal combustion engine that, in operation, generates a brake mean effective pressure level of greater than 1,500 kPa, at an engine speed of from 1500 to 2500 rotations per minute (rpm), which method comprises the step of lubricating the crankcase of the engine with a lubricating oil composition containing at least 0.2 mass % of magnesium, calculated as sulphated ash, based on the total mass of the lubricating oil composition, wherein said magnesium is introduced into the lubricating oil composition by one or more magnesium-based detergent(s), the lubricating oil composition includes overbased detergent in an amount providing the lubricating oil composition with a TBN of 4 to 10 mg KOH/g as measured by ASTM D2896, and wherein the lubricating oil composition contains overbased magnesium-based detergent and overbased calcium-based detergent, said overbased calcium-based detergent being present in an amount so as to provide no greater than 40% of the total TBN contributed to the lubricating oil composition by overbased detergent.