mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: a power storage device; a converter for boosting a voltage of electric power output from said power storage device to a prescribed value; a drive device (20, 30, 62) for using the electric power boosted by said converter to generate a driving force for the vehicle; a power supply path provided between said converter and said drive device; an internal combustion engine; and a catalyst device configured to be electrically heatable and purifying exhaust gas of said internal combustion engine, said catalyst device being connected to said power supply path in parallel to said drive device and configured to be heated with the electric power boosted by said converter. a power storage device; a converter for boosting a voltage of electric power output from said power storage device to a prescribed value; a drive device (20, 30, 62) for using the electric power boosted by said converter to generate a driving force for the vehicle; a power supply path provided between said converter and said drive device; an internal combustion engine; and a catalyst device configured to be electrically heatable and purifying exhaust gas of said internal combustion engine, said catalyst device being connected to said power supply path in parallel to said drive device and configured to be heated with the electric power boosted by said converter.
A breathing apparatus provided with a breath-synchronized motor fan comprising a face piece for covering a part of or all of a face of a user, an inhale valve and an exhale valve attached to the face piece, a motor fan for supplying internal space of the face piece with external air through the inhale valve, a filter for cleaning the external air to be sucked into the motor fan, a breath monitoring apparatus provided with a membrane member deforming in accordance with fluctuation of internal pressure of the face piece and a sensor (7a, 7b) for detecting the deformation of the membrane member, and a controller for controlling operation of the motor fan synchronously with breathing of the user in accordance with a detection signal from the breath monitoring apparatus, wherein the controller applies current to the motor fan at the time of inhalation so as to keep the internal pressure of the face piece at a predetermined positive target value, and stops current application to the motor fan so as to stop the motor fan at the time of exhalation, characterized in that the controller applies micro-current to the motor fan so as to rotate the motor fan at extremely low speed from the middle of exhalation to inhalation.
A process for machine application of a viscous, curing coating mass onto a substrate, in particular onto an insulation panel installed on-site for the production of a thermal insulation system, in which the coating mass is applied by means of an airless atomizing spray process, wherein the pressure required for discharge and atomization is obtained solely by means of the material pressure produced with the aid of a pressure-producing device such as a pump, for example, and wherein the process comprises at least the following steps: - applying a first layer of the coating mass to the substrate, for example in order to form a bonding course, and - applying at least one further layer of the coating mass to the first layer, for example in order to form a reinforcing layer so that the total thickness of the consecutive layers is at least 1.0 mm, characterized in that in order to produce the layers, at least two nozzles are used the opening diameters of which differ by at least 0.20 mm. - applying a first layer of the coating mass to the substrate, for example in order to form a bonding course, and - applying at least one further layer of the coating mass to the first layer, for example in order to form a reinforcing layer so that the total thickness of the consecutive layers is at least 1.0 mm, characterized in that in order to produce the layers, at least two nozzles are used the opening diameters of which differ by at least 0.20 mm.
An anti-recycling partition arranged on one side of a front surface of a motor vehicle, said partition separating the engine compartment from the volume located in front of radiators supported by this front surface, characterized in that it comprises an air duct formed of a same part arranged substantially transversely, which is directed inside the front volume of the vehicle, and which connects with the separating plane formed by this partition.
A method for access control of data in a filesystem, comprising: storing a first map in a server, the first map coupled with an agent executing in the server, the first map associating access control rules, filenames in a namespace in a first filesystem that is a distributed filesystem for one or more name nodes, and owners of files; storing a second map in the server, the second map coupled with the agent, the second map associating the filenames from the first filesystem with block filenames of data blocks in a namespace in a second filesystem; determining a block filename, for a data block, in the namespace in the second filesystem, based on an Input/Output, I/O request from a data node to the second filesystem regarding the data block; determining a username of the I/O request; with the second map, determining a filename in the namespace in the first filesystem, based on the block filename in the namespace in the second filesystem, and responsive to determining the block filename; and applying to the data block and the username an access control rule that the map associates with an owner of a file having the filename in the namespace in the first filesystem, wherein at least one action of the method is performed by a processor in the server. storing a first map in a server, the first map coupled with an agent executing in the server, the first map associating access control rules, filenames in a namespace in a first filesystem that is a distributed filesystem for one or more name nodes, and owners of files; storing a second map in the server, the second map coupled with the agent, the second map associating the filenames from the first filesystem with block filenames of data blocks in a namespace in a second filesystem; determining a block filename, for a data block, in the namespace in the second filesystem, based on an Input/Output, I/O request from a data node to the second filesystem regarding the data block; determining a username of the I/O request; with the second map, determining a filename in the namespace in the first filesystem, based on the block filename in the namespace in the second filesystem, and responsive to determining the block filename; and applying to the data block and the username an access control rule that the map associates with an owner of a file having the filename in the namespace in the first filesystem, wherein at least one action of the method is performed by a processor in the server.
A sensor assembly comprising: a stem; a sensor head connected to the stem including at least one top electrode (105, 106) and at least one bottom electrode (107, 108); and a field coil configured to emit an alternating magnetic field when energized with an alternating current, characterized in that the at least one top (105, 106) and bottom electrodes (107, 108) are configured to measure a voltage potential of a conductive fluid across the top electrode (105, 106) and the bottom electrode (107, 108) when the sensor head is inserted into a flow pipe having an inner circumferential surface, wherein the at least one top electrode (105, 106) is proximate to a first portion of the inner circumferential surface of the flow pipe when the sensor assembly is inserted into the flow pipe and the at least one bottom electrode (107, 108) is proximate to a second portion of the inner circumferential surface of the flow pipe when the sensor assembly is inserted into the flow pipe, and the first and second portions are diametrically opposed. a stem; a sensor head connected to the stem including at least one top electrode (105, 106) and at least one bottom electrode (107, 108); and a field coil configured to emit an alternating magnetic field when energized with an alternating current, characterized in that the at least one top (105, 106) and bottom electrodes (107, 108) are configured to measure a voltage potential of a conductive fluid across the top electrode (105, 106) and the bottom electrode (107, 108) when the sensor head is inserted into a flow pipe having an inner circumferential surface, wherein the at least one top electrode (105, 106) is proximate to a first portion of the inner circumferential surface of the flow pipe when the sensor assembly is inserted into the flow pipe and the at least one bottom electrode (107, 108) is proximate to a second portion of the inner circumferential surface of the flow pipe when the sensor assembly is inserted into the flow pipe, and the first and second portions are diametrically opposed.
A method for improving corrosion performance of a metal substrate comprising steps of: 1.) providing a metal substrate comprising at least one zinc or zinc alloy surface; 2.) contacting said surface with an alkaline pre-rinse composition comprising: a) iron ions in an amount of 5 ppm to 500 ppm; b) a source of hydroxide ion selected from water soluble alkali metal or ammonium hydroxide salts in an amount of 0.5 g/l to 4.0 g/l; c) at least one complexing agent selected from organic compounds which have at least one functional group -COOX, wherein X represents either a H or an alkali and/or alkaline earth metal; d) 0.0 to about 4 g/l cobalt ions; and e) a source of silicate: wherein the composition is phosphate-free and has a pH of at least 10; 3.) optionally rinsing said surface; 4.) applying to the metal substrate a zirconium-based metal pretreatment coating composition comprising zirconium, thereby forming a pretreatment coating on the metal substrate; and 5.) optionally applying a paint to the metal pretreatment coated metal substrate. 1.) providing a metal substrate comprising at least one zinc or zinc alloy surface; 2.) contacting said surface with an alkaline pre-rinse composition comprising: a) iron ions in an amount of 5 ppm to 500 ppm; b) a source of hydroxide ion selected from water soluble alkali metal or ammonium hydroxide salts in an amount of 0.5 g/l to 4.0 g/l; c) at least one complexing agent selected from organic compounds which have at least one functional group -COOX, wherein X represents either a H or an alkali and/or alkaline earth metal; d) 0.0 to about 4 g/l cobalt ions; and e) a source of silicate: wherein the composition is phosphate-free and has a pH of at least 10; a) iron ions in an amount of 5 ppm to 500 ppm; b) a source of hydroxide ion selected from water soluble alkali metal or ammonium hydroxide salts in an amount of 0.5 g/l to 4.0 g/l; c) at least one complexing agent selected from organic compounds which have at least one functional group -COOX, wherein X represents either a H or an alkali and/or alkaline earth metal; d) 0.0 to about 4 g/l cobalt ions; and e) a source of silicate: 3.) optionally rinsing said surface; 4.) applying to the metal substrate a zirconium-based metal pretreatment coating composition comprising zirconium, thereby forming a pretreatment coating on the metal substrate; and 5.) optionally applying a paint to the metal pretreatment coated metal substrate.
A vane (60; 60a; 60b; 160) for a compressor (44; 52) or turbine (46; 54) in a gas turbine engine, the vane (60; 60a; 60b; 160) comprising: an airfoil section defining an airfoil profile, the airfoil section including a distinct panel (70; 170) forming a portion of the airfoil profile; and a core skeleton (86; 186), characterised in that: the vane further comprises: an inner platform; and an outer platform, wherein the airfoil section extends radially between the inner platform and the outer platform, wherein the distinct panel (70; 170) has a geometrically segmented coating section, the geometrically segmented coating section including a wall having an outer side, the outer side including an array of cells, and a coating disposed in the array of cells, wherein the distinct panel (70; 170) is attached with the core skeleton (86; 186), wherein the distinct panel (70; 170) is trapped between the inner platform and the outer platform. an airfoil section defining an airfoil profile, the airfoil section including a distinct panel (70; 170) forming a portion of the airfoil profile; and a core skeleton (86; 186), an inner platform; and an outer platform, wherein the airfoil section extends radially between the inner platform and the outer platform, wherein the distinct panel (70; 170) has a geometrically segmented coating section, the geometrically segmented coating section including a wall having an outer side, the outer side including an array of cells, and a coating disposed in the array of cells, wherein the distinct panel (70; 170) is attached with the core skeleton (86; 186), wherein the distinct panel (70; 170) is trapped between the inner platform and the outer platform.
A solution for selectively removing metal from an aluminum containing substrate, said solution comprising, in an amount sufficient to remove metal from an aluminum containing substrate, 1-20% by weight HF, buffered HF, or mixtures thereof, 1-15% by weight of at least one ingredient selected from the group consisting of ammonium fluoride (NH 4 F), potassium fluoride, and sodium fluoride and mixtures thereof, ethylene glycol in an amount from 50-60%, by weight, of the solution, and water. 1-20% by weight HF, buffered HF, or mixtures thereof, 1-15% by weight of at least one ingredient selected from the group consisting of ammonium fluoride (NH 4 F), potassium fluoride, and sodium fluoride and mixtures thereof, ethylene glycol in an amount from 50-60%, by weight, of the solution, and water.
A variant of a parent alpha-amylase, wherein said variant comprises (i) substitutions at positions corresponding to positions G109A and G7A of the parent amino acid sequence set forth in SEQ ID NO: 2, (ii) said variant has at least 90% but less than 100% sequence identity with the parent amino acid sequence set forth in SEQ ID NO: 2, and (iii) said variant has alpha-amylase activity, wherein said variant has an improved wash performance at a low temperature between 10-35°C compared to the parent amino acid sequence set forth in SEQ ID NO: 2. (i) substitutions at positions corresponding to positions G109A and G7A of the parent amino acid sequence set forth in SEQ ID NO: 2, (ii) said variant has at least 90% but less than 100% sequence identity with the parent amino acid sequence set forth in SEQ ID NO: 2, and (iii) said variant has alpha-amylase activity,
An apparatus for inspecting a metallic beverage container having a closed bottom opposite an open end, a cylindrical sidewall extending upwardly from the bottom to a circumferential shoulder, and a neck of reducing diameter extending upwardly from the shoulder, the apparatus comprising: a circumferential first indexer for sequentially transporting a plurality of metallic beverage containers from a first location to a second location along an indexed path having a plurality of dwell positions wherein each of the plurality of metallic containers pauses at the dwell positions for a predetermined time interval as each of the plurality of metallic beverage containers is sequenced from the first location to the second location, the first indexer comprising a plurality of turntables, each turntable supporting an enclosed bottom portion of the metallic beverage container and rotational about a generally vertical axis for transferring rotation to the metallic beverage container, each turntable further transferred by the first indexer along the indexed path from the first location to the second location; and an image recorder aimed at one of the dwell positions for capturing a plurality of images about a circumference of each of the plurality of metallic beverage containers as each of the plurality of metallic beverage containers completes at least one full rotation about the generally vertical axis during the predetermined time interval. a circumferential first indexer for sequentially transporting a plurality of metallic beverage containers from a first location to a second location along an indexed path having a plurality of dwell positions wherein each of the plurality of metallic containers pauses at the dwell positions for a predetermined time interval as each of the plurality of metallic beverage containers is sequenced from the first location to the second location, the first indexer comprising a plurality of turntables, each turntable supporting an enclosed bottom portion of the metallic beverage container and rotational about a generally vertical axis for transferring rotation to the metallic beverage container, each turntable further transferred by the first indexer along the indexed path from the first location to the second location; and an image recorder aimed at one of the dwell positions for capturing a plurality of images about a circumference of each of the plurality of metallic beverage containers as each of the plurality of metallic beverage containers completes at least one full rotation about the generally vertical axis during the predetermined time interval.
Method for detecting and determining a failure probability (pA) of a radio network, wherein a) from devices of the radio network, cyclical operational parameters are received by a central computer and made available via an input, wherein each transmitted operational parameter comprises an operating value of the respective device and a detecting point in time t of the operating value, and b) the central computer saves in a cyclical manner the operating values of all operational parameters detected within a respectively predetermined time interval as a respective operational constellation and checks a the radio network for the presence of a failure, characterised in that c) on the basis of the stored operational constellations and failures, the central computer generates in a cyclical manner a model which assigns a failure probability (pA) to each possible operational constellation, d) the central computer calculates the failure probability (pA) for each new saved operational constellation, e) the central computer compares the failure probability (pA) with a predetermined warning threshold value (pAc) and, if the warning threshold value (pAc) is exceeded, generates a warning signal, and f) for each current operational parameter is output a difference which would result in an exceeding of the warning threshold value (pAc), should the operating values of other operational parameters otherwise remain the same. a) from devices of the radio network, cyclical operational parameters are received by a central computer and made available via an input, wherein each transmitted operational parameter comprises an operating value of the respective device and a detecting point in time t of the operating value, and b) the central computer saves in a cyclical manner the operating values of all operational parameters detected within a respectively predetermined time interval as a respective operational constellation and checks a the radio network for the presence of a failure, characterised in that c) on the basis of the stored operational constellations and failures, the central computer generates in a cyclical manner a model which assigns a failure probability (pA) to each possible operational constellation, d) the central computer calculates the failure probability (pA) for each new saved operational constellation, e) the central computer compares the failure probability (pA) with a predetermined warning threshold value (pAc) and, if the warning threshold value (pAc) is exceeded, generates a warning signal, and f) for each current operational parameter is output a difference which would result in an exceeding of the warning threshold value (pAc), should the operating values of other operational parameters otherwise remain the same.
Device for the thermal treatment of corrosive gases in a reactor for the conversion of silicon tetrachloride with hydrogen into trichlorosilane, comprising a chamber for heating gases in which there are at least four heating elements or four groups of heating elements consisting of an electrically conductive material, wherein each heating element or each group of heating elements is connected to a separately regulatable and/or controllable subsystem of an electrical energy network and can thereby be heated by direct current flow, wherein each separately regulatable and/or controllable heating element or each separately regulatable and/or controllable group of heating elements can be controlled or regulated with respect to at least one either identical or different value of a parameter in the group consisting of temperature, heating power, current, voltage, resistance of the heating element, wherein at least four regulatable and/or controllable subsystems are DC-isolated from ground potential and DC-isolated from one another, wherein each DC-separated regulatable and/or controllable subsystem of the electrical energy network is respectively connected to a separate system for ground fault monitoring.
Device for fastening onto a mast having a longitudinal axis and for positioning a relay antenna of a microwave radio relay system, characterised in that it comprises: - a support provided with fastening means, said support and fastening means being arranged to fasten the support onto said mast, - a guide half-ring pivotably mounted on said support about an axis substantially parallel to the longitudinal axis of said mast, - a connecting half-ring rigidly connected to the guide half-ring, - a support plate suitable for supporting the relay antenna and articulated on the connecting half-ring about an axis substantially perpendicular to said pivot axis of the guide half-ring, - first and second actuation means suitable for moving the guide half-ring and the support plate, respectively, about their respective axes, and - a control unit allowing the first and second actuation means (15,16) to be remotely controlled in order to adjust the relay antenna in terms of azimuth and tilt, respectively, and in that the support, the guide half-ring and the connecting half-ring are arranged to fit as snugly as possible onto the outer surface of the mast in such a way that the pivot axis of the guide half-ring is substantially the same as the longitudinal axis of the mast. - a support provided with fastening means, said support and fastening means being arranged to fasten the support onto said mast, - a guide half-ring pivotably mounted on said support about an axis substantially parallel to the longitudinal axis of said mast, - a connecting half-ring rigidly connected to the guide half-ring, - a support plate suitable for supporting the relay antenna and articulated on the connecting half-ring about an axis substantially perpendicular to said pivot axis of the guide half-ring, - first and second actuation means suitable for moving the guide half-ring and the support plate, respectively, about their respective axes, and - a control unit allowing the first and second actuation means (15,16) to be remotely controlled in order to adjust the relay antenna in terms of azimuth and tilt, respectively,