mhurhangee/ep-ind-claims huggingface dataset:
Computer system for processing heterogeneous measurements (m1, m2, m3) from various metrology apparatuses with a view to estimating values of predefined features (a, b, c, d) of microelectronic devices, comprising a processor, storage means and a software platform consisting of a plurality of functional modules stored in the storage means and capable of being executed by the processor: - wherein the storage means comprise a space for modeling the predefined features or measurement processing parameters (a, b, c, d) by recording direct models, each direct model expressing at least some of the heterogeneous measurements (m1, m2, m3) as a function of at least some of the predefined features or processing parameters (a, b, c, d) and modeling parameters, - wherein the software platform comprises a functional module for calculating cost and a first associated interface (UI 22) dedicated to the selection of a cost function among a plurality of predefined cost functions, said functional cost calculation module providing, at the output, the estimation of a cost by comparison of the heterogeneous measurements (m1, m2, m3) with an estimation of said measurements obtained by means of an application of the direct models to values of the predefined features or processing parameters (a, b, c, d), - wherein the software platform comprises a functional solver module and a second associated interface (UI 24) dedicated to the selection of a solver among a plurality of predefined solvers, for iterative optimization by the solver of said values of the predefined features or processing parameters (a, b, c, d) based on the output of the functional cost calculation module and by inversion of the direct models. - wherein the storage means comprise a space for modeling the predefined features or measurement processing parameters (a, b, c, d) by recording direct models, each direct model expressing at least some of the heterogeneous measurements (m1, m2, m3) as a function of at least some of the predefined features or processing parameters (a, b, c, d) and modeling parameters, - wherein the software platform comprises a functional module for calculating cost and a first associated interface (UI 22) dedicated to the selection of a cost function among a plurality of predefined cost functions, said functional cost calculation module providing, at the output, the estimation of a cost by comparison of the heterogeneous measurements (m1, m2, m3) with an estimation of said measurements obtained by means of an application of the direct models to values of the predefined features or processing parameters (a, b, c, d), - wherein the software platform comprises a functional solver module and a second associated interface (UI 24) dedicated to the selection of a solver among a plurality of predefined solvers, for iterative optimization by the solver of said values of the predefined features or processing parameters (a, b, c, d) based on the output of the functional cost calculation module and by inversion of the direct models.
Bearing comprising - a lower washer forming a lower race, - an upper washer forming an upper race, - balls rolling on the lower and upper races to carry out the relative rotation of the upper and lower washers about a geometric axis of rotation of the bearing, the geometry of the bearing being such that any cross-section containing the geometric axis of rotation of the bearing, the lower race forms a lower arc (C Inf) which defines a lower centre of axial curvature (O inf), the upper race forms an upper arc (C Sup) which defines an upper centre of axial curvature (O sup), characterised in that the lower and upper centres of curvature define an oblique geometric axis forming with the geometric axis of rotation an angle of inclination (Φ) having a value between 5° and 65°, and in any cross-section containing the geometric axis of rotation of the bearing, the lower arc (C Inf) has two ends defining an opening angle (Φ Inf) having a value greater than or equal to 80° and a tangent situated in a lower plane (P Inf) perpendicular to the axis of rotation at a lower tangent point (U Inf) defining with the end of the nearest lower arc (I inf) a portion of the lower arc (C Inf) having an opening angle (θ Inf_I) greater than or equal to 10°. - a lower washer forming a lower race, - an upper washer forming an upper race, - balls rolling on the lower and upper races to carry out the relative rotation of the upper and lower washers about a geometric axis of rotation of the bearing,
A power adapter (100, 200), comprising: a rectifier and filter configured to be coupled to an input alternating current source and to generate a direct current transformer input signal (102, 204); a transformer (112, 210), the transformer (112, 210) comprising a primary winding coupled to the transformer input signal (102, 204) and a secondary winding coupled to an output (104, 220) of the power adapter (100, 200); characterised in that: the power adapter further comprises: a current sensor configured to enable determination of an output current drawn at the output of the power adapter and to generate a current sense signal (117, 223) based upon the output current; and a controller (110, 206) configured to a) regulate a voltage at the output of the power adapter (100, 200) by controlling current flowing through the primary winding of the transformer (112, 210) and b) selectively set the voltage at the output (104, 220) of the power adapter to one of at least a first voltage and a second voltage, based upon the current sense signal (117, 223). a rectifier and filter configured to be coupled to an input alternating current source and to generate a direct current transformer input signal (102, 204); a transformer (112, 210), the transformer (112, 210) comprising a primary winding coupled to the transformer input signal (102, 204) and a secondary winding coupled to an output (104, 220) of the power adapter (100, 200); characterised in that: the power adapter further comprises: a current sensor configured to enable determination of an output current drawn at the output of the power adapter and to generate a current sense signal (117, 223) based upon the output current; and a controller (110, 206) configured to a) regulate a voltage at the output of the power adapter (100, 200) by controlling current flowing through the primary winding of the transformer (112, 210) and b) selectively set the voltage at the output (104, 220) of the power adapter to one of at least a first voltage and a second voltage, based upon the current sense signal (117, 223). a current sensor configured to enable determination of an output current drawn at the output of the power adapter and to generate a current sense signal (117, 223) based upon the output current; and a controller (110, 206) configured to a) regulate a voltage at the output of the power adapter (100, 200) by controlling current flowing through the primary winding of the transformer (112, 210) and b) selectively set the voltage at the output (104, 220) of the power adapter to one of at least a first voltage and a second voltage, based upon the current sense signal (117, 223). a) regulate a voltage at the output of the power adapter (100, 200) by controlling current flowing through the primary winding of the transformer (112, 210) and b) selectively set the voltage at the output (104, 220) of the power adapter to one of at least a first voltage and a second voltage, based upon the current sense signal (117, 223).
High-pressure fuel pump for a fuel injection system of an internal combustion engine, having a pump housing and a pump cover mounted on the pump housing, which, together with the pump housing, delimits a low-pressure chamber, wherein a recess is formed in the pump housing in which a pressure-limiting valve is arranged, wherein the recess is fluidically connected to the low-pressure chamber via a channel, wherein the channel has, at its end facing the low-pressure chamber, the same or a larger cross section than at its end facing the recess and characterized in that the central longitudinal axis of the channel and the central longitudinal axis of the low-pressure chamber are congruent to one another.
An elevator controlling method, comprising: calculating the positional value of an elevator driving motor the every first cycle; generating a control signal every third cycle to control the motor based on the calculated positional value and the rotational speed of the motor calculated every second cycle; and controlling the driving power source of the motor based on the control signal that is generated every third cycle, wherein the generating of the control signal further comprises: estimating the rotational speed of the motor by the control signal every second cycle according to the calculated positional value and a torque-controlled value; generating a current-controlled value according to the torque-controlled value; and outputting a voltage-controlled value according to the current-controlled value and the driving current of the motor. calculating the positional value of an elevator driving motor the every first cycle; generating a control signal every third cycle to control the motor based on the calculated positional value and the rotational speed of the motor calculated every second cycle; and controlling the driving power source of the motor based on the control signal that is generated every third cycle, estimating the rotational speed of the motor by the control signal every second cycle according to the calculated positional value and a torque-controlled value; generating a current-controlled value according to the torque-controlled value; and outputting a voltage-controlled value according to the current-controlled value and the driving current of the motor.
A system for aligning a workpiece relative to a machine part, in particular to a work centre, wherein the system includes the workpiece, the machine part, a receiving part and an adapter part, wherein the adapter part in relation to the receiving part is held in a force-fit, in particular and/or is held centred, by means of first threaded pins screwed into radially directed threaded bores in the receiving part, wherein the machine part, in particular a mandrel region of the machine part, is at least partially inserted into a cutout in the receiving part, characterised in that the adapter part has a bolt region which is at least partially introduced into a bore in the workpiece, in particular a bore arranged centrally in the workpiece, with, in the adapter part, there being arranged threaded bores which pass axially through the adapter part, in particular through a or the disc-shaped region of the adapter part, and into which are screwed second threaded pins which are supported on the workpiece, in particular on a flat end face of the workpiece which faces the adapter part. wherein the system includes the workpiece, the machine part, a receiving part and an adapter part, wherein the adapter part in relation to the receiving part is held in a force-fit, in particular and/or is held centred, by means of first threaded pins screwed into radially directed threaded bores in the receiving part, wherein the machine part, in particular a mandrel region of the machine part, is at least partially inserted into a cutout in the receiving part, characterised in that the adapter part has a bolt region which is at least partially introduced into a bore in the workpiece, in particular a bore arranged centrally in the workpiece, with, in the adapter part, there being arranged threaded bores which pass axially through the adapter part, in particular through a or the disc-shaped region of the adapter part, and into which are screwed second threaded pins which are supported on the workpiece, in particular on a flat end face of the workpiece which faces the adapter part.
A thermoreversible recording medium comprising: a support; and a thermoreversible recording layer on the support, the thermoreversible recording layer containing a leuco dye and a reversible color developer, characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer. a support; and a thermoreversible recording layer on the support, the thermoreversible recording layer containing a leuco dye and a reversible color developer, characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer. characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer.
The compound 3-ethyl-4-{3-isopropyl-4-(4-(1-methyl-1H-pyrazol-4-yl)-1H-imidazol-1-yl)-1H-pyrazolo[3,4-b]pyridin-1-yl}benzamide or a salt thereof for use in treating a tumor by administration in combination with another antitumor agent.
A recording apparatus which transports a medium, and performs recording with respect to the transported medium, the apparatus comprising: a recording unit; a medium clamping unit which is provided on the side further upstream than the recording unit in a transport direction, and clamps the medium therebetween; and a medium support unit which is provided on the side further upstream than the medium clamping unit in the transport direction, and supports the medium, wherein the medium is slackened between the medium clamping unit and the medium support unit, and characterized in that: the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller. a recording unit; a medium clamping unit which is provided on the side further upstream than the recording unit in a transport direction, and clamps the medium therebetween; and a medium support unit which is provided on the side further upstream than the medium clamping unit in the transport direction, and supports the medium, wherein the medium is slackened between the medium clamping unit and the medium support unit, and characterized in that: the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller. the recording apparatus further comprises a relay roller which relays a transport of the medium, and is located between the medium clamping unit and the medium support unit, and wherein a bending path is provided between the medium clamping unit and the medium support unit, wherein the bending path is regulated by the relay roller.
A system for a blockhain, BC, network comprising: - means for receiving, by a leader of the BC, a transaction comprising sensor data on an event and a position data of a sender node of the BC network, - means for selecting, by the leader, a number of nodes of the BC network as validating nodes, VDRs, based on their position data and the position data of the sender node, - means for sending, by the leader, a new block to the BC network, wherein the new block is based on the received transaction, - means for receiving the new block, at a node of the BC, and verifying whether the receiver node is one of the selected VDRs for the received new block, - means for moving the node towards the sender node and/or area of the event in order to capture data on the event, in case the node is verified as one of the selected VDRs, - means for comparing, by the node, the captured data on the event and the received data on the event, - means for assigning, by the node, a label to the transaction based on the comparison, and transmitting the label to the leader, - means for receiving, by the leader, labels assigned to the new block from the VDRs, and - means for verifying, by the leader, the received labels with a used consensus protocol. - means for receiving, by a leader of the BC, a transaction comprising sensor data on an event and a position data of a sender node of the BC network, - means for selecting, by the leader, a number of nodes of the BC network as validating nodes, VDRs, based on their position data and the position data of the sender node, - means for sending, by the leader, a new block to the BC network, wherein the new block is based on the received transaction, - means for receiving the new block, at a node of the BC, and verifying whether the receiver node is one of the selected VDRs for the received new block, - means for moving the node towards the sender node and/or area of the event in order to capture data on the event, in case the node is verified as one of the selected VDRs, - means for comparing, by the node, the captured data on the event and the received data on the event, - means for assigning, by the node, a label to the transaction based on the comparison, and transmitting the label to the leader, - means for receiving, by the leader, labels assigned to the new block from the VDRs, and - means for verifying, by the leader, the received labels with a used consensus protocol.
An aerial delivery system for dispersing a filler material to a target location, the system comprising: a rupturable container for holding the filler material; a lid assembly behaving like a parachute disposed adjacent to the container; a first elongate strap permanently attached to the lid assembly; a second elongate strap secured to the rupturable container, wherein each of first and second strap (60, 70) is initially separated from each other and being sufficiently long to delay rupture of the rupturable container until the container is significantly below the aircraft and the second strap ruptures the rupturable container when the lid assembly catches airflow as the system is dropped from the aircraft, and securement mechanism (62, 72, 82, 182) are provided for selectively attaching each of first and second strap (60, 70) to each other to arm the system before dropping the system toward the target location. a rupturable container for holding the filler material; a lid assembly behaving like a parachute disposed adjacent to the container; a first elongate strap permanently attached to the lid assembly; a second elongate strap secured to the rupturable container, wherein each of first and second strap (60, 70) is initially separated from each other and being sufficiently long to delay rupture of the rupturable container until the container is significantly below the aircraft and the second strap ruptures the rupturable container when the lid assembly catches airflow as the system is dropped from the aircraft, and securement mechanism (62, 72, 82, 182) are provided for selectively attaching each of first and second strap (60, 70) to each other to arm the system before dropping the system toward the target location.
A method of processing refuse of flotation processing of ore concentrates containing iron and comprising steps of leaching with oxalic acid at continuous stirring and treatment with hydroxide of an alkali metal at a raised temperature, characterized in that it comprises the following steps: (a) a preliminary wet magnetic separation for the separation of the iron containing phase from the silicate non-magnetic part; (b) mixing of the iron containing phase with a 5-10% of aqueous alkali hydroxide at temperature of 45-100°C for 1-3 hours and separating the iron containing phase in the form of a pulp; (c) leaching by means of treatment of the iron containing pulp of step (b) with a hot 12-15% aqueous oxalic acid solution at a continuous stirring and heating to 95°C for 1-3 hours adding continuously a 3-5% of hydrogen peroxide solution; (d) mixing of the oxalate solution of step (c) with an aqueous hydroxide solution of an alkali metal at temperature of 20-25°C and pH 7-12 and allowing it to stay for 1-2 hours; (e) mixing of the filtrate of step (d) with an aqueous solution of alkali hydroxide at pH of at least 12 and heating up-to 55-60°C for 1 hour. (a) a preliminary wet magnetic separation for the separation of the iron containing phase from the silicate non-magnetic part; (b) mixing of the iron containing phase with a 5-10% of aqueous alkali hydroxide at temperature of 45-100°C for 1-3 hours and separating the iron containing phase in the form of a pulp; (c) leaching by means of treatment of the iron containing pulp of step (b) with a hot 12-15% aqueous oxalic acid solution at a continuous stirring and heating to 95°C for 1-3 hours adding continuously a 3-5% of hydrogen peroxide solution; (d) mixing of the oxalate solution of step (c) with an aqueous hydroxide solution of an alkali metal at temperature of 20-25°C and pH 7-12 and allowing it to stay for 1-2 hours; (e) mixing of the filtrate of step (d) with an aqueous solution of alkali hydroxide at pH of at least 12 and heating up-to 55-60°C for 1 hour.
A metal exchanged fluorinated ionomer comprising repeating units A and B in which A is a polymerized derivative of a compound selected from the group consisting of perfluoro-2,2-dimethyl-1,3-dioxole, perfluoro-2-methylene-4-methyl-1,3-dioxolane, and 2,2,4-trifluoro-5-trifluoromethoxy-1,3-dioxole, and B has the formula in which X is -SO 2 - or -CO-, Y is O or -N(SO 2 R f 1)- R f and R f 1 are each independently perfluoroalkyl or perfluoroalkylether groups having 1 to 20 carbon atoms, and M is a Group 11 metal ion. A is a polymerized derivative of a compound selected from the group consisting of perfluoro-2,2-dimethyl-1,3-dioxole, perfluoro-2-methylene-4-methyl-1,3-dioxolane, and 2,2,4-trifluoro-5-trifluoromethoxy-1,3-dioxole, and B has the formula in which X is -SO 2 - or -CO-, Y is O or -N(SO 2 R f 1)- R f and R f 1 are each independently perfluoroalkyl or perfluoroalkylether groups having 1 to 20 carbon atoms, and M is a Group 11 metal ion.