mhurhangee/ep-ind-claims huggingface dataset:
A sawmill carriage assembly comprising a lower section, the lower section comprising: a front end and a rear end; two vertically extending rigid plates; and structural components; characterized in that: the two vertically extending rigid plates grip the structural components between the two rigid plates; the two rigid plates and the structural components are affixed together by bolts and nuts; wherein the structural components comprise: at least one carriage wheel assembly, having a wheel disposed therein; and at least one vertical bar; wherein the two rigid plates hold the at least one vertical bar by bolts and nuts; and wherein a bolt that contributes to holding the two rigid plates and the at least one carriage wheel assembly together also functions as an axle of the wheel. a front end and a rear end; two vertically extending rigid plates; and structural components; characterized in that: the two vertically extending rigid plates grip the structural components between the two rigid plates; the two rigid plates and the structural components are affixed together by bolts and nuts; wherein the structural components comprise: at least one carriage wheel assembly, having a wheel disposed therein; and at least one vertical bar; wherein the two rigid plates hold the at least one vertical bar by bolts and nuts; and wherein a bolt that contributes to holding the two rigid plates and the at least one carriage wheel assembly together also functions as an axle of the wheel. the two vertically extending rigid plates grip the structural components between the two rigid plates; the two rigid plates and the structural components are affixed together by bolts and nuts; wherein the structural components comprise: at least one carriage wheel assembly, having a wheel disposed therein; and at least one vertical bar; at least one carriage wheel assembly, having a wheel disposed therein; and at least one vertical bar; wherein the two rigid plates hold the at least one vertical bar by bolts and nuts; and wherein a bolt that contributes to holding the two rigid plates and the at least one carriage wheel assembly together also functions as an axle of the wheel.
Pre-assembled angle measuring device comprising - a rotor having a graduation carrier; - a stator having a sensing unit, wherein rotor and stator being arranged such that they can be rotated relative to each other about an axis of rotation in a measuring operation, and the graduation carrier can be sensed by the sensing unit in order to determine the relative angular position of the rotor with respect to the stator; - assembly means, which fix the position of the rotor with respect to the stator outside the measuring operation, characterized in that the assembly means have a sleeve and an expansion element, wherein the sleeve is inserted into a bore in the rotor extending longitudinally with respect to the axis of rotation and is expanded radially by means of the expansion element, wherein the sleeve is clamped radially against an inner wall of the bore by the expansion, and in that, furthermore, the sleeve is arranged on a holder (1.1, 1.2, 1.3) which is fixed to the stator. - a rotor having a graduation carrier; - a stator having a sensing unit, wherein rotor and stator being arranged such that they can be rotated relative to each other about an axis of rotation in a measuring operation, and the graduation carrier can be sensed by the sensing unit in order to determine the relative angular position of the rotor with respect to the stator; - assembly means, which fix the position of the rotor with respect to the stator outside the measuring operation,
A method of driving a power unit comprising the following steps: generating water vapor; directing the water vapor under rotation through an inner tube provided with a catalyst of a heat exchanger formed as vortex tube; directing the exhaust gas of the power unit under rotation through an outer tube of the vortex tube for a heat exchange with the water vapor; while leading through the water vapor and exhaust gas, bringing the vortex tube to its resonant frequency by oscillatory stimulation; discharging the temperature-reduced exhaust gas from the vortex tube; discharging the water vapor from the vortex tube split by the generated temperature elevation at least partly into hydrogen and oxygen as gas mixture; and using the generated gas mixture or parts thereof by ignition in a combustion room for driving a drive element of the power unit. generating water vapor; directing the water vapor under rotation through an inner tube provided with a catalyst of a heat exchanger formed as vortex tube; directing the exhaust gas of the power unit under rotation through an outer tube of the vortex tube for a heat exchange with the water vapor; while leading through the water vapor and exhaust gas, bringing the vortex tube to its resonant frequency by oscillatory stimulation; discharging the temperature-reduced exhaust gas from the vortex tube; discharging the water vapor from the vortex tube split by the generated temperature elevation at least partly into hydrogen and oxygen as gas mixture; and using the generated gas mixture or parts thereof by ignition in a combustion room for driving a drive element of the power unit.
Process for the continuous synthesis of a diene elastomer by means of n reactors r1 to rn which are equipped with an internal stirring system, which are assumed perfectly stirred and which are arranged in series, n varying from 2 to 15, preferably from 2 to 9, the reactor r1 being fed by an input solution comprising a solvent, one or more monomer(s), an anionic polymerization initiator chosen from lithium amides and a polar agent, one or more of the reactors r2 to rn additionally being optionally fed by reinjection of a preferably purified solution comprising solvent and/or monomers and/or polar agent, the conversion by weight C 1 in the first reactor being less than 70%, where C 1 = P 1 /W 1 where P 1 is the weight of polymer formed at the outlet of the reactor r1, where W 1 is the amount by weight of monomer(s) introduced into the reactor r1, the total conversion by weight C n at the outlet of the reactor rn being greater than or equal to 70%, where: C n = P n ∑ 1 n W i where P n is the weight of polymer formed at the outlet of the reactor rn, and Wi is the amount by weight of monomer(s) introduced into the reactor ri, i varying from 1 to n. where P n is the weight of polymer formed at the outlet of the reactor rn, and Wi is the amount by weight of monomer(s) introduced into the reactor ri, i varying from 1 to n.
A method for steering an articulated vehicle traveling on a road, the vehicle comprising a tractor and a trailer (102, 103), the method comprising determining a position (θn, θf) of the tractor in relation to the road, and adjusting the steering in dependence on the determined tractor position, characterised by determining an orientation of the trailer (102, 103) in relation to the road (θr), comprises comparing the orientation of the trailer, and the direction of the road at the trailer, and/or determining an angular velocity of the trailer (102, 103) in relation to the road ( θ̇ r), comprises comparing the angular velocity of the trailer, with a rate of change of the direction of the road at the trailer, and adjusting the steering in dependence on the determined trailer orientation and/or the determined angular velocity.
A process for continuous dearomatization of a petroleum cut to produce a hydrocarbon-containing fluid with a very low sulphur content and very low aromatic compounds content, comprising at least one stage of catalytic hydrogenation at a temperature comprised between 80 and 180°C and at a pressure comprised between 50 and 160 bar, characterized in that the stage of catalytic hydrogenation comprises three interchangeable reactors linked in series, each comprising at least one catalyst, said process comprising the stages of: a) isolation of one of the reactors, b) feeding one of the two non-isolated reactors with the petroleum cut and feeding the second non-isolated reactor with the effluent from the first non-isolated reactor, c) regeneration of the isolated reactor by replacement of the catalyst, d) feeding the regenerated reactor with the effluent from the first of the two non-isolated reactors of stage b) and feeding the second non-isolated reactor of stage b) with the effluent from the regenerated reactor. a) isolation of one of the reactors, b) feeding one of the two non-isolated reactors with the petroleum cut and feeding the second non-isolated reactor with the effluent from the first non-isolated reactor, c) regeneration of the isolated reactor by replacement of the catalyst, d) feeding the regenerated reactor with the effluent from the first of the two non-isolated reactors of stage b) and feeding the second non-isolated reactor of stage b) with the effluent from the regenerated reactor.
A power converter system for managing power between a power supply (,,) and a load (,,), the system comprising: a first buck-boost circuit (,,) having an input and an output, the input of the first buck-boost circuit connected to a positive terminal of the power supply; and a capacitor (,,) having a first terminal and a second terminal, the first terminal connected to the output of the first buck-boost circuit and the second terminal of the capacitor connected to a circuit ground; a second buck-boost circuit (,) having an input and an output, the input of the second buck-boost circuit being connected to the output of the first buck-boost circuit (,,) and the first terminal of the capacitor, and the output of the second buck-boost circuit being connected to the load (,,); and a bypass comprising a switching element that can be conductive or nonconductive, wherein the switching element comprises a first terminal and a second terminal, wherein the first terminal of the switching element is connected to the positive terminal of the power supply (,,) and the second terminal of the switching element is connected to the output of the second buck-boost circuit (,). a first buck-boost circuit (,,) having an input and an output, the input of the first buck-boost circuit connected to a positive terminal of the power supply; and a capacitor (,,) having a first terminal and a second terminal, the first terminal connected to the output of the first buck-boost circuit and the second terminal of the capacitor connected to a circuit ground; a second buck-boost circuit (,) having an input and an output, the input of the second buck-boost circuit being connected to the output of the first buck-boost circuit (,,) and the first terminal of the capacitor, and the output of the second buck-boost circuit being connected to the load (,,); and a bypass comprising a switching element that can be conductive or nonconductive, wherein the switching element comprises a first terminal and a second terminal, wherein the first terminal of the switching element is connected to the positive terminal of the power supply (,,) and the second terminal of the switching element is connected to the output of the second buck-boost circuit (,).
A fuel property determination system for a vehicle equipped with an internal combustion engine using compressed natural gas containing CO 2 and N 2, comprising: a fuel tank for storing compressed natural gas; a filler port, which is opened when the compressed natural gas is supplied to the fuel tank; a pressure sensor for measuring the pressure in the fuel tank; and a calculation unit for calculating, when new compressed natural gas is supplied to the fuel tank, the gas constant of the compressed natural gas newly supplied to the fuel tank using a change in the pressure measured by the pressure sensor and a cross sectional area of a fuel passage running from the filler port to the fuel tank as parameters and calculating the concentration of CO 2 and N 2 contained in the compressed natural gas newly supplied to the fuel tank using the gas constant as a parameter. a fuel tank for storing compressed natural gas; a filler port, which is opened when the compressed natural gas is supplied to the fuel tank; a pressure sensor for measuring the pressure in the fuel tank; and a calculation unit for calculating, when new compressed natural gas is supplied to the fuel tank, the gas constant of the compressed natural gas newly supplied to the fuel tank using a change in the pressure measured by the pressure sensor and a cross sectional area of a fuel passage running from the filler port to the fuel tank as parameters and calculating the concentration of CO 2 and N 2 contained in the compressed natural gas newly supplied to the fuel tank using the gas constant as a parameter.
Device for segmenting an image of a subject, comprising: - a data interface for receiving an image of said subject and at least one contour or at least one part of a contour, said contour indicating a structure within said image; - a selection unit for selecting, by a user, a region in said image divided into a first and a second disjoint part (24, 26) by said contour or said part of said contour; - a classifier for classifying a first image area of said selected region into a first image class and a second image area of said selected region into a second image class based on at least one parameter for image segmentation, said first image class being characteristic for said first disjoint part and said second image class being characteristic for said second disjoint part; - an optimizer for optimizing said at least one parameter by finding a value of said at least one parameter where an output of an objective function is maximized or minimized, said objective function being configured to determine a quality of said at least one parameter and based on said first image area and said second image area; and - an image segmentation unit for segmenting said image using said optimized at least one parameter; wherein said selection unit is configured to select said region to divide said contour into a first contour part within said region and a second contour part outside of said region, and wherein the image segmentation unit is configured to apply said at least one parameter optimized for said region to at least one part selected in said second contour part. - a data interface for receiving an image of said subject and at least one contour or at least one part of a contour, said contour indicating a structure within said image; - a selection unit for selecting, by a user, a region in said image divided into a first and a second disjoint part (24, 26) by said contour or said part of said contour; - a classifier for classifying a first image area of said selected region into a first image class and a second image area of said selected region into a second image class based on at least one parameter for image segmentation, said first image class being characteristic for said first disjoint part and said second image class being characteristic for said second disjoint part; - an optimizer for optimizing said at least one parameter by finding a value of said at least one parameter where an output of an objective function is maximized or minimized, said objective function being configured to determine a quality of said at least one parameter and based on said first image area and said second image area; and - an image segmentation unit for segmenting said image using said optimized at least one parameter;
A method of moulding aspherical lenses comprising: a) a transformation step (S106a) of making contact between a curable resin to be moulded and a transfer member at a position of the curable resin and transforming the curable resin to be moulded to a transfer shape formed on the transfer member the transfer shape being formed equally to or reversely to an aspherical lens portion; b) a hardening step (S106b) of hardening at least a transformed portion of the curable resin; c) a separation step (S106c) of separating the transformed portion of the curable resin and the transfer member from each other; and d) a moving step of moving the transfer member to another position of the curable resin to be moulded, and a transfer step including the steps a) to d) for transferring the transfer shape to the curable resin, the transfer step being repeated more than once at different positions of the curable resin, and wherein a pitch distance between adjacent positions of the transfer member to the curable resin is changed in accordance with shrinkage of the curable resin to be moulded. a) a transformation step (S106a) of making contact between a curable resin to be moulded and a transfer member at a position of the curable resin and transforming the curable resin to be moulded to a transfer shape formed on the transfer member the transfer shape being formed equally to or reversely to an aspherical lens portion; b) a hardening step (S106b) of hardening at least a transformed portion of the curable resin; c) a separation step (S106c) of separating the transformed portion of the curable resin and the transfer member from each other; and d) a moving step of moving the transfer member to another position of the curable resin to be moulded, and
Laser-cutting nozzle comprising: - a nozzle body comprising a first axial recess extending axially through said nozzle body, an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front face of a first portion of said nozzle body, and - a movable element arranged in the first axial recess of the nozzle body, said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt, the nozzle body and the movable element being made of an electrically conductive material and the first portion of the nozzle body being arranged around the movable element, characterised in that a separator sleeve is arranged between the first portion and the movable element, said separator sleeve being formed from an electrically-insulating material having a relative permittivity less than 8. - a nozzle body comprising a first axial recess extending axially through said nozzle body, an inlet orifice for supplying said first axial recess with assist gas and a first outlet orifice located on a front face of a first portion of said nozzle body, and - a movable element arranged in the first axial recess of the nozzle body, said movable element comprising a front portion forming a skirt and an axial passage with a second outlet orifice opening on said front portion forming a skirt,
Centrifugal pendulum having a pendulum flange which can be rotated about an axis of rotation and a plurality of pendulum masses which are distributed over the circumference and which can be pivoted with respect to the pendulum flange to a limited degree, wherein at least one pendulum mass has a radial force element via which a radially outwardly acting radial force (F R) can be applied to a centre of the pendulum mass as considered in the circumferential direction, characterized in that the radial force element has a guide contour for guiding a central connecting element of the pendulum mass with the pendulum flange, and the guide contour is formed in such a way that a predeterminable profile of the radial force (F R) is achieved in dependence on the deflection angle (φ) of the connecting element.
A composition for purifying water comprising: - from 5 to 80% wt. aluminium-based flocculant; - from 10 to 60% wt. monovalent inorganic salt; and - from 0.5 to 10% wt. divalent inorganic salt, wherein the monovalent inorganic salt is selected from sulphate, nitrate and mixture thereof. - from 5 to 80% wt. aluminium-based flocculant; - from 10 to 60% wt. monovalent inorganic salt; and - from 0.5 to 10% wt. divalent inorganic salt,
An apparatus comprising: means for collecting at a user equipment visited cell information regarding idle and connected modes of the user equipment, wherein the visited cell information comprises identities of cells visited by the user equipment and the time the user equipment has stayed in one or more visited cells; and means for reporting the collected visited cell information from the user equipment to a node of a wireless network. means for collecting at a user equipment visited cell information regarding idle and connected modes of the user equipment, wherein the visited cell information comprises identities of cells visited by the user equipment and the time the user equipment has stayed in one or more visited cells; and means for reporting the collected visited cell information from the user equipment to a node of a wireless network.
A process for producing an aqueous composition by (i) specific hydrolysis and condensation/cocondensation of one or more than one aminoalkylalkoxysilane from the series of monoaminoalkylalkoxysilanes, bisaminoalkylalkoxysilanes and trisaminoalkylalkoxysilanes and optionally one or more than one alkoxysilane from the series of fluoroalkylalkoxysilanes, alkylalkoxysilanes and tetraalkoxysilanes, (ii) in the presence of one or more than one hydrolysis/condensation catalyst and water and also in the optional presence of one or more than one solvent/diluent, (iii)then removing from the reaction mixture the solvent/diluent and also the hydrolysis alcohol, formed in the course of the hydrolysis and condensation/cocondensation, at least partially, (iv) adding water and/or an aqueous acid to the reaction mixture as per (iii), wherein the pH of the reaction mixture is set to a value in the range from 2 to < 7, and (v) subsequently adding at least one metal salt of chromium in oxidation state 3+ and/or adding an aqueous solution of one or more than one of the aforementioned metal salts, wherein metal salt is used in a concentration of 0.01% to 6% by weight, based on the final composition, and the metal salt selected is at least one from the series of nitrates or acetates. (i) specific hydrolysis and condensation/cocondensation of one or more than one aminoalkylalkoxysilane from the series of monoaminoalkylalkoxysilanes, bisaminoalkylalkoxysilanes and trisaminoalkylalkoxysilanes and optionally one or more than one alkoxysilane from the series of fluoroalkylalkoxysilanes, alkylalkoxysilanes and tetraalkoxysilanes, (ii) in the presence of one or more than one hydrolysis/condensation catalyst and water and also in the optional presence of one or more than one solvent/diluent, (iii)then removing from the reaction mixture the solvent/diluent and also the hydrolysis alcohol, formed in the course of the hydrolysis and condensation/cocondensation, at least partially, (iv) adding water and/or an aqueous acid to the reaction mixture as per (iii), wherein the pH of the reaction mixture is set to a value in the range from 2 to < 7, and (v) subsequently adding at least one metal salt of chromium in oxidation state 3+ and/or adding an aqueous solution of one or more than one of the aforementioned metal salts, wherein metal salt is used in a concentration of 0.01% to 6% by weight, based on the final composition, and the metal salt selected is at least one from the series of nitrates or acetates.
A method of controlling mass flow in the form of multi layer stream of rod-shaped articles filling a channel positioned angularly relative to horizontal plane in which the flow of rod-shaped articles takes place by gravity or is forced and the path of mass flow is altered by means of swing or fragments slide shiftable movable elements being fragments of opposite side walls of the angularly positioned channel, characterized in that, the movable elements after shifting stop the mass flow in the angularly positioned channel, with the possibility of restoring the previous flow by shifting the movable elements to the previous position.