mhurhangee/patent-ind-claim-en huggingface dataset:
Electric fluid pump for a motor vehicle, comprising a housing composite , which defines at least a pump space and a motor space , wherein the pump space has a pump rotor space for a pump unit having a pump rotor and wherein a drive motor having a motor stator having a motor coil assembly and a motor rotor is provided in the motor space , wherein the pump space and the motor space have a common end wall , wherein the motor rotor is connected to a rotor shaft for conjoint rotation, which rotor shaft is fed through the common end wall and on which rotor shaft the pump rotor is arranged for conjoint rotation, and wherein a motor controller is provided for controlling the drive motor , wherein the common end wall is designed as a mounting wall part, on which at least the motor controller is arranged in a thermally conductive manner, characterized in that the drive motor is an asymmetric permanently excited drive motor, wherein the motor stator and/or the motor coil assembly are provided at the mounting wall part , and wherein the motor coil assembly arranged on the motor stator is provided on a side which, in relation to the rotor shaft , is opposite the motor controller .
Railroad tie , a) comprising an elongate concrete body which, starting from a first threshold end, extends in a longitudinal direction (X) over a threshold center (M) up to a second threshold end and is used as a support for rails which extend in a transverse direction (Y) orthogonal to the longitudinal direction (X), b) at least two rod-shaped prestressing steels being embedded in the concrete body and penetrating it in the longitudinal direction (X) in order to be able to prestress the concrete body , c) at least two prestressing steels being arranged without a covering in the concrete body in order to be in direct contact with the concrete compound of the concrete body on their outer surface, and d) at a first end region (E 1 ) and at a second end region (E 2 ) of the concrete body , which is opposite the first end region (E 1 ) in the longitudinal direction (X), a double anchoring curl being arranged in each case in the concrete body , through which curl the end portions of the two prestressing steels protrude in each case, and e) each double anchoring curl being designed to fix the distance between the two prestressing steels passing therethrough orthogonally to the longitudinal direction (X), characterized in that f) at the end-face ends of the railroad ties facing away from one another and in the extension of the individual prestressing steels, mounting openings are provided in each case, which allow access to the end regions of the prestressing steels after the concrete has cured. a) comprising an elongate concrete body which, starting from a first threshold end, extends in a longitudinal direction (X) over a threshold center (M) up to a second threshold end and is used as a support for rails which extend in a transverse direction (Y) orthogonal to the longitudinal direction (X), b) at least two rod-shaped prestressing steels being embedded in the concrete body and penetrating it in the longitudinal direction (X) in order to be able to prestress the concrete body , c) at least two prestressing steels being arranged without a covering in the concrete body in order to be in direct contact with the concrete compound of the concrete body on their outer surface, and d) at a first end region (E 1 ) and at a second end region (E 2 ) of the concrete body , which is opposite the first end region (E 1 ) in the longitudinal direction (X), a double anchoring curl being arranged in each case in the concrete body , through which curl the end portions of the two prestressing steels protrude in each case, and e) each double anchoring curl being designed to fix the distance between the two prestressing steels passing therethrough orthogonally to the longitudinal direction (X), characterized in that f) at the end-face ends of the railroad ties facing away from one another and in the extension of the individual prestressing steels, mounting openings are provided in each case, which allow access to the end regions of the prestressing steels after the concrete has cured.
Assembly comprising a generator and electric motors, for a vehicle air-conditioning or cooling system, comprising: - a compressor intended to be driven by a combustion engine , - an auxiliary electric motor for driving the compressor when the latter is not or cannot be driven by the combustion engine, - a generator with permanent magnets having a shaft which can be driven in rotation by the combustion engine , - one or more electric motors for condensers and/or evaporators of a vehicle air-conditioning or cooling system, the generator directly powering the electric motor or motors , the supply voltage of the electric motor or motors being the generator output voltage, - a switching device for the power supply of the electric motor or motors for condensers and/or evaporators of the air-conditioning or cooling system, allowing switching from a supply by the generator to a supply by an external electrical network , the switching device comprising one or more switches allowing the supply of the electric motor or motors to be controlled from the electrical network, characterized in that the generator and the auxiliary electric motor are arranged on this shaft . - a compressor intended to be driven by a combustion engine , - an auxiliary electric motor for driving the compressor when the latter is not or cannot be driven by the combustion engine, - a generator with permanent magnets having a shaft which can be driven in rotation by the combustion engine , - one or more electric motors for condensers and/or evaporators of a vehicle air-conditioning or cooling system, the generator directly powering the electric motor or motors , the supply voltage of the electric motor or motors being the generator output voltage, - a switching device for the power supply of the electric motor or motors for condensers and/or evaporators of the air-conditioning or cooling system, allowing switching from a supply by the generator to a supply by an external electrical network , the switching device comprising one or more switches allowing the supply of the electric motor or motors to be controlled from the electrical network,
A resin composition comprising an alicyclic-structure-containing polymer and a polyglyceride-based additive, wherein the alicyclic-structure-containing polymer is a polymer of a norbornene-based monomer including 50 wt% or more of tetracyclo [9.2. 1.0 2,10 .0 3,8 ] tetradeca-3,5,7,12-tetraene, the polyglyceride-based additive includes diglycerol monooleate, diglycerol monostearate or tetraglycerol stearate, the polyglyceride-based additive has a hydroxyl value of 320 to 700 mgKOH/g, and the content of the polyglyceride-based additive is 0.2 to 2.0 parts by weight based on 100 parts by weight of the alicyclic-structure-containing polymer. the alicyclic-structure-containing polymer is a polymer of a norbornene-based monomer including 50 wt% or more of tetracyclo [9.2. 1.0 2,10 .0 3,8 ] tetradeca-3,5,7,12-tetraene, the polyglyceride-based additive includes diglycerol monooleate, diglycerol monostearate or tetraglycerol stearate, the polyglyceride-based additive has a hydroxyl value of 320 to 700 mgKOH/g, and the content of the polyglyceride-based additive is 0.2 to 2.0 parts by weight based on 100 parts by weight of the alicyclic-structure-containing polymer.
Modular coating unit with at least one module as coating module for coating at least one workpiece made from plastic, and with a mixer , there being at least one module for the preparation of the single-component coatings for coating in the coating unit , which module comprises a first container for base material (B) consisting of non-volatile components, such as binders, pigments, oils, resins, fillers and additives, a second container for solvent or water (L), and third containers (6, 6', 6", ...) for concentrated colour pigments and/or effect pigments (P), it being possible for the finished coating which is to be applied to be mixed in the modular coating unit , the mixer either being connected to a coating apparatus and coating being mixed in the mixer in the module for the preparation of the coatings and being transported as finished coating to the coating apparatus , or the mixer being realised such that it is integrated into a coating apparatus and the coating being mixed in the mixer in the coating apparatus .
A computer-implemented method comprising: identifying a plurality of routes (A,B), wherein each route includes one or more respective links; identifying a route attribute, wherein the route attribute describes each of the plurality of routes; characterised in that the method further comprises generating (S201) a plurality of indexes of minimum links with associated route attribute values, each index corresponding to the identified route attribute and a different injective hash function, and each index being generated I by the following steps (a) and (b): (a) for each of the plurality of routes (A, B): (a1) hashing (S105) the one or more links using the injective hash function to generate a hash value for each link; (a2) determining the link having the minimum hash value to be the minimum link; and (a3) assigning (S107) the route attribute to the determined minimum link, and (b) for each of the determined minimum links, aggregating the number of routes for which that link was determined to be the minimum link as the route attribute value for that link. identifying a plurality of routes (A,B), wherein each route includes one or more respective links; identifying a route attribute, wherein the route attribute describes each of the plurality of routes; characterised in that the method further comprises generating (S201) a plurality of indexes of minimum links with associated route attribute values, each index corresponding to the identified route attribute and a different injective hash function, and each index being generated I by the following steps (a) and (b): (a) for each of the plurality of routes (A, B): (a1) hashing (S105) the one or more links using the injective hash function to generate a hash value for each link; (a2) determining the link having the minimum hash value to be the minimum link; and (a3) assigning (S107) the route attribute to the determined minimum link, and (b) for each of the determined minimum links, aggregating the number of routes for which that link was determined to be the minimum link as the route attribute value for that link. (a) for each of the plurality of routes (A, B): (a1) hashing (S105) the one or more links using the injective hash function to generate a hash value for each link; (a2) determining the link having the minimum hash value to be the minimum link; and (a3) assigning (S107) the route attribute to the determined minimum link, and (a1) hashing (S105) the one or more links using the injective hash function to generate a hash value for each link; (a2) determining the link having the minimum hash value to be the minimum link; and (a3) assigning (S107) the route attribute to the determined minimum link, and (b) for each of the determined minimum links, aggregating the number of routes for which
A fixer fluid, comprising: a fixer vehicle including water, an NH-type or N-alkylated lactam co-solvent, and a phosphate ester surfactant; and from 0.5 wt% to 12 wt% an azetidinium-containing polyamine polymer dispersed in the fixer vehicle. a fixer vehicle including water, an NH-type or N-alkylated lactam co-solvent, and a phosphate ester surfactant; and from 0.5 wt% to 12 wt% an azetidinium-containing polyamine polymer dispersed in the fixer vehicle.
A method of generating a digital video fingerprint from a piece of digitally encoded video content, the video content having been encoded according to an encoding method which involves the generation of residual macroblocks of pixels and the generation of quantized transform coefficients of the residual macroblocks or of portions of the residual macroblocks, the method comprising: selecting a group of frames of the encoded video content; processing the digitally encoded video content to obtain a set of quantized transform coefficients of residual macroblocks or portions of residual macroblocks associated with each of the selected frames; the method characterised by identifying a set of residual macroblocks per frame, corresponding to unpredictable image features, whose transform coefficients satisfy a threshold criterion; and generating a digital video fingerprint for the encoded video content in dependence upon the identified macroblocks or some property thereof within each of the selected frames.
A heating installation for the productive zone of the reservoir of a well for the extraction of hydrocarbons through the well linking the surface to this reservoir , comprising a substantially cylindrical casing consolidating said well and a hydrocarbon extraction means housed inside said casing and means enabling a hot heat-transfer fluid to be circulated from the surface to the reservoir , said installation comprising through the well a first thermally insulated tubing of injection of the hot fluid from the surface to the reservoir , a second tubing closed at its distal end and surrounding the first tubing to return the hot fluid to the surface and a third tubing of extraction of the hydrocarbons independent from the first and second tubing , said tubings extending from the surface to the reservoir, the first tubing is open at its distal end , characterised in that said first tubing is constituted by a first inner pipe surrounded by a second concentric outer pipe and by an insulation housed in the space between the two pipes and in that the said first tubing is provided with an electrical heating wire arranged against the outer wall of the inner pipe .
A method for extracting a targeted organelle or organelle content from an individual cell, comprising: preparing a solution containing at least one cell having a target organelle or organelle content for extraction; providing a nanopipette SICM (scanning ion conductance microscope) device coupled to an xyz controller, an internal electrode and an external electrode for creating a bias voltage, and further having a nanopipette containing a hydrophobic solution and having a tip; manipulating the nanopipette SICM device to approach said one cell by sensing a drop or other change in ionic current through the tip of the nanopipette; generating a positive voltage between the interior electrode and the exterior electrode to prevent liquid from entering a hydrophobic solution in the nanopipette during insertion into the cell; positioning the nanopipette to penetrate at a cellular location containing the target organelle and inserting it into the cell; adjusting voltage between the internal electrode and the external electrode in order to cause nanopipette influx and extract target organelle or organelle content; further adjusting the voltage in order to prevent extracted target organelle or organelle content from leaving the nanopipette; and further adjusting the voltage to cause an efflux of the extracted target organelle or organelle content to a sample container. preparing a solution containing at least one cell having a target organelle or organelle content for extraction; providing a nanopipette SICM (scanning ion conductance microscope) device coupled to an xyz controller, an internal electrode and an external electrode for creating a bias voltage, and further having a nanopipette containing a hydrophobic solution and having a tip; manipulating the nanopipette SICM device to approach said one cell by sensing a drop or other change in ionic current through the tip of the nanopipette; generating a positive voltage between the interior electrode and the exterior electrode to prevent liquid from entering a hydrophobic solution in the nanopipette during insertion into the cell; positioning the nanopipette to penetrate at a cellular location containing the target organelle and inserting it into the cell; adjusting voltage between the internal electrode and the external electrode in order to cause nanopipette influx and extract target organelle or organelle content; further adjusting the voltage in order to prevent extracted target organelle or organelle content from leaving the nanopipette; and further adjusting the voltage to cause an efflux of the extracted target organelle or organelle content to a sample container.
A method of sorting scrap particles comprising: imaging a moving conveyor containing scrap particles using a vision system to create a vision image corresponding to a timed location of the conveyor; employing a control system to analyze the vision image as a vision matrix of cells, identify cells in the vision matrix containing a particle, and generate a vision vector containing vision data from the vision matrix for the particle; sensing scrap particles contained on the moving conveyor using a sensing system to create a sensing matrix corresponding to the timed location of the conveyor, the sensing system having at least one array of analog inductive proximity sensors ; employing the control system to analyze the sensing matrix, identify cells in the sensing matrix containing a particle , and generate a sensing data vector containing sensing data from the sensing matrix for the particle; and employing the control system to classify the particle into one of at least two classifications of a material as a function of the vision data vector and the sensing data vector. imaging a moving conveyor containing scrap particles using a vision system to create a vision image corresponding to a timed location of the conveyor; employing a control system to analyze the vision image as a vision matrix of cells, identify cells in the vision matrix containing a particle, and generate a vision vector containing vision data from the vision matrix for the particle; sensing scrap particles contained on the moving conveyor using a sensing system to create a sensing matrix corresponding to the timed location of the conveyor, the sensing system having at least one array of analog inductive proximity sensors ; employing the control system to analyze the sensing matrix, identify cells in the sensing matrix containing a particle , and generate a sensing data vector containing sensing data from the sensing matrix for the particle; and employing the control system to classify the particle into one of at least two classifications of a material as a function of the vision data vector and the sensing data vector.
A method for dissolving lignin in an aqueous medium comprising the steps of a) mixing lignin, alkali, phenol and formaldehyde in an aqueous medium; b) mixing until a solution of lignin in the aqueous medium has been obtained; characterized in that the molar ratio between the formaldehyde and the total amount of phenol and lignin monomer is 0.4 or less, wherein the molar ratio between formaldehyde and total amount of phenol and lignin monomer is calculated based on an average lignin monomer molecular weight of 190 g/mol and wherein the lignin has been isolated from black liquor and purified before step a). a) mixing lignin, alkali, phenol and formaldehyde in an aqueous medium; b) mixing until a solution of lignin in the aqueous medium has been obtained;
A process for the production of an ignition device component by cold metal transfer comprising: (i) providing a metal or alloy substrate and a metal or alloy feed wire , wherein the feed wire comprises a platinum group metal or platinum group metal containing alloy; (ii) igniting an electric arc between the substrate and the feed wire ; (iii) decreasing the distance between a surface of the substrate and the feed wire until the feed wire contacts the substrate , thereby creating a short-circuit; and (iv) increasing the distance between the substrate and the feed wire to break the short circuit and deposit metal or alloy from the feed wire onto the surface of the substrate to form a metal or alloy attachment on the surface of the substrate . (i) providing a metal or alloy substrate and a metal or alloy feed wire , wherein the feed wire comprises a platinum group metal or platinum group metal containing alloy; (ii) igniting an electric arc between the substrate and the feed wire ; (iii) decreasing the distance between a surface of the substrate and the feed wire until the feed wire contacts the substrate , thereby creating a short-circuit; and (iv) increasing the distance between the substrate and the feed wire to break the short circuit and deposit metal or alloy from the feed wire onto the surface of the substrate to form a metal or alloy attachment on the surface of the substrate .
A method of evaluating tightness of a valve in a steam turbine system by a data acquisition system , the valve being a selected one of a steam stop valve and a steam control valve positioned in combination on a steam supply line connected to a rotor assembly of the steam turbine system driven by steam passing through the valve , the method comprising: receiving a plurality of operating parameters from a plurality of sensors ; wherein the plurality of operating parameters comprises rotor acceleration and rotor speed of the rotor assembly; beginning a tightness test by closing or keeping closed the selected valve and opening the other valve in the combination of the steam stop valve and the steam control valve starting from a valve closed position and measuring the rotor acceleration directly after opening the other valve ; ending the tightness test and determining the rotor speed at the end of the tightness test ; comparing the measured rotor acceleration and the determined rotor speed to predetermined allowable values ; detecting insufficient valve tightness if the rotor acceleration and/or the rotor speed exceeds the predetermined allowable values ; and altering one or more of the plurality of operating parameters and/or initiating repair procedures if insufficient valve tightness is detected. receiving a plurality of operating parameters from a plurality of sensors ; wherein the plurality of operating parameters comprises rotor acceleration and rotor speed of the rotor assembly; beginning a tightness test by closing or keeping closed the selected valve and opening the other valve in the combination of the steam stop valve and the steam control valve starting from a valve closed position and measuring the rotor acceleration directly after opening the other valve ; ending the tightness test and determining the rotor speed at the end of the tightness test ; comparing the measured rotor acceleration and the determined rotor speed to predetermined allowable values ; detecting insufficient valve tightness if the rotor acceleration and/or the rotor speed exceeds the predetermined allowable values ; and altering one or more of the plurality of operating parameters and/or initiating repair procedures if insufficient valve tightness is detected.