mhurhangee/ep-ind-claims huggingface dataset:
A sacrificial brake axle sleeve comprising a plurality of recesses separated by splines and asymmetrically disposed about an inner circumference of the sacrificial brake axle sleeve, wherein the sacrificial brake axle sleeve comprises a first circumferential region and a second circumferential region; wherein the first circumferential region includes a first plurality of recesses separated by a first angular distance and the second circumferential region includes a second plurality of recesses separated by a second angular distance that is greater than the first angular distance; and wherein the angular distance between recesses in the first circumferential region is smaller than an angular distance between recesses in the second circumferential region; characterized in that the recess density is at least twice as great in the first circumferential region as in the second circumferential region.
A dispenser device (19, 40) for applying a structural adhesive to a wind turbine blade structure, comprising at least one inlet for supplying a structural adhesive into the dispenser device (19, 40) and at least one outlet for dispensing said structural adhesive out of the dispenser device (19, 40), the at least one outlet is configured to be positioned relative to an application surface of the wind turbine blade structure, where the dispenser device (19, 40) is configured to apply the structural adhesive onto the application surface when the dispenser device (19, 40) is moved along said application surface, the dispenser device (19, 40) further comprises a housing forming at least one reservoir configured to temporarily hold a surplus of structural adhesive during dispensing, wherein the at least one reservoir is connected to said at least one inlet and further to said at least one outlet, the housing has a bottom side, a top side, a front side, a back side and two opposite sides located between the front side and the back side, wherein the bottom side is facing the application surface during dispensing, wherein the dispenser device (19, 40) further comprises an adjustable mechanism configured to change at least the cross-sectional profile, the width or the height of the dispensed structural adhesive, characterised in that said adjustable mechanism is at least one actuator unit electrically connected to a control unit configured to control the movement of the at least one actuator unit, or said adjustable mechanism comprises at least one row of holes or at least one elongated hole arranged on at least the housing or at least one moveable plate member, wherein said holes or said at least one elongated hole is configured to receive a fastener element, and/or wherein the dispenser device further comprises at least one distance measuring unit configured to determine a travelled distance along the application surface. said adjustable mechanism is at least one actuator unit electrically connected to a control unit configured to control the movement of the at least one actuator unit, or said adjustable mechanism comprises at least one row of holes or at least one elongated hole arranged on at least the housing or at least one moveable plate member, wherein said holes or said at least one elongated hole is configured to receive a fastener element, and/or wherein the dispenser device further comprises at least one distance measuring unit configured to determine a travelled distance along the application surface.
Process for multiphase polymerization, in particular for producing butyl rubber, in a tubular reactor comprising at least a pipe piece for radially delimiting a reactor volume between an inlet and an outlet, a stirrer for generating a flow in the axial direction of the pipe piece, wherein the stirrer is dimensioned and operable such that the flow is impartable with a centrifugal force which generates a concentration distribution in the radial direction inside the pipe piece and an outlet conduit for discharging a radially inner part of the flow (27, 28), comprising the steps of: • mixing a first reactant with a second reactant and/or a catalyst for performing a polymerization to afford a product in a solvent using a stirrer, • imparting a centrifugal force at least to the product and the solvent using the same stirrer, wherein the stirrer is operated such that for the ratio c = w tan 2 / ((d/2) • g) where w tan denotes tangential velocity at the outer edge of the stirrer, d denotes external diameter of the stirrer and g denotes acceleration due to gravity, c ≥ 10, in particular c ≥ 100 and preferably c ≥ 1000, and • withdrawing a concentrated radially inner part of the flow (27, 28). • mixing a first reactant with a second reactant and/or a catalyst for performing a polymerization to afford a product in a solvent using a stirrer, • imparting a centrifugal force at least to the product and the solvent using the same stirrer, wherein the stirrer is operated such that for the ratio c = w tan 2 / ((d/2) • g) where w tan denotes tangential velocity at the outer edge of the stirrer, d denotes external diameter of the stirrer and g denotes acceleration due to gravity, c ≥ 10, in particular c ≥ 100 and preferably c ≥ 1000, and • withdrawing a concentrated radially inner part of the flow (27, 28).
A method for manufacturing a metal alloy part for an aircraft turbine engine, this method comprising the steps of: a) producing a blank of the part by additive manufacturing using laser fusion on a powder bed, and b) abrasively machining the blank to obtain the part, this machining being carried out by vibratory finishing by immersing the blank in an abrasive composition contained in a tank subjected to a vibratory movement, the abrasive composition comprising an abrasive element formed by alumina particles, a carrying element formed by copper particles, and a liquid, and step b) comprising a first cycle of vibratory finishing the blank in the abrasive composition, and at least one further cycle of vibratory finishing the blank at the start of which some or all of the abrasive composition is evacuated and replaced by a new abrasive composition of the same formulation, the orientation of the part in the tank being changed between two successive cycles of vibratory finishing. a) producing a blank of the part by additive manufacturing using laser fusion on a powder bed, and b) abrasively machining the blank to obtain the part, this machining being carried out by vibratory finishing by immersing the blank in an abrasive composition contained in a tank subjected to a vibratory movement, the abrasive composition comprising an abrasive element formed by alumina particles, a carrying element formed by copper particles, and a liquid, and step b) comprising a first cycle of vibratory finishing the blank in the abrasive composition, and at least one further cycle of vibratory finishing the blank at the start of which some or all of the abrasive composition is evacuated and replaced by a new abrasive composition of the same formulation, the orientation of the part in the tank being changed between two successive cycles of vibratory finishing.
A capsule adapter for use in a beverage producing machine, said capsule adapter comprising: a capsule receptacle for housing a capsule and having an apertured bottom wall; a first piercer arranged in said capsule receptacle; a cover for closing said capsule receptacle, said cover having at least one water-inlet port; said capsule adapter being configured for being introduced in a brewing chamber with a capsule housed therein; characterized in that a second piercer is arranged on said cover and is movably connected thereto.
A method for analytics-based policy generation by a mobile communication network, the method comprising: requesting a remote unit to report at least one type of usage data according to a reporting policy, the at least one type of usage data comprising one of battery usage data and network location data; receiving a usage report from the remote unit, the usage report comprising usage data of the at least one type of usage data; determining an analytics record for the remote unit, the analytics record indicating at least one trend based on the usage report and a confidence level for each trend; generating a network policy in response to a confidence level exceeding a predetermined threshold, the network policy being based on usage data underlying the trend, and wherein the network policy indicates a media codec to be utilized at a particular time period; and transmitting the network policy to one of the remote unit and a network function; wherein the reporting policy indicates whether the remote unit is to transmit a usage report based on one or more of a charging state of the remote unit, a battery level of the remote unit, a network connection type of the remote unit, and a usage report size. requesting a remote unit to report at least one type of usage data according to a reporting policy, the at least one type of usage data comprising one of battery usage data and network location data; receiving a usage report from the remote unit, the usage report comprising usage data of the at least one type of usage data; determining an analytics record for the remote unit, the analytics record indicating at least one trend based on the usage report and a confidence level for each trend; generating a network policy in response to a confidence level exceeding a predetermined threshold, the network policy being based on usage data underlying the trend, and wherein the network policy indicates a media codec to be utilized at a particular time period; and transmitting the network policy to one of the remote unit and a network function; wherein the reporting policy indicates whether the remote unit is to transmit a usage report based on one or more of a charging state of the remote unit, a battery level of the remote unit, a network connection type of the remote unit, and a usage report size.
Condensation plant with upwardly directed tube bundles (10, 11) for condensing vapor, having the following features: a) an air chamber has an upwardly widening trapezoidal cross-section with an upper side, a lower side and with two longitudinal sides inclined in opposite directions with respect to a vertical, which are formed by the tube bundles (10, 11), as well as end sides impermeable to cooling air; b) the upper side has at least one outlet opening for heated cooling air, wherein a fan is arranged in the outlet opening to draw in colder cooling air from the outside through the tube bundles (10, 11) into the air chamber; c) the tube bundles (10, 11) have heat exchanger tubes which are connected at their ends to vapor distribution lines (8, 9) and to condensate collecting lines (12, 13), wherein one of the vapor distribution lines (8, 9) and one of the condensate collecting lines (12, 13) is arranged on each of the two longitudinal sides; the condensation plant is characterized in that d) the tube bundles (10, 11) are each at an angle in a range from 12° to 18° to a vertical, wherein the tube bundles (10, 11) extend at a first distance from one another on the vapor distribution lines (8, 9) and at a second distance from one another on the condensate collecting lines (12, 13), wherein the second spacing is at least 1/3 of the first spacing. a) an air chamber has an upwardly widening trapezoidal cross-section with an upper side, a lower side and with two longitudinal sides inclined in opposite directions with respect to a vertical, which are formed by the tube bundles (10, 11), as well as end sides impermeable to cooling air; b) the upper side has at least one outlet opening for heated cooling air, wherein a fan is arranged in the outlet opening to draw in colder cooling air from the outside through the tube bundles (10, 11) into the air chamber; c) the tube bundles (10, 11) have heat exchanger tubes which are connected at their ends to vapor distribution lines (8, 9) and to condensate collecting lines (12, 13), wherein one of the vapor distribution lines (8, 9) and one of the condensate collecting lines (12, 13) is arranged on each of the two longitudinal sides; the condensation plant is characterized in that d) the tube bundles (10, 11) are each at an angle in a range from 12° to 18° to a vertical, wherein the tube bundles (10, 11) extend at a first distance from one another on the vapor distribution lines (8, 9) and at a second distance from one another on the condensate collecting lines (12, 13), wherein the second spacing is at least 1/3 of the first spacing.
A device comprising: a power adaptor for receiving input electrical power and outputting electrical power for charging a rechargeable battery or powering another device; and speaker devices for outputting audio, the speaker devices being headphones or earphones; each speaker device having an electrical power pin configured to be received in a respective socket of a mains power socket; each speaker device having an electrical connection to the power adaptor; whereby the electrical power pins of the speaker devices are configured to receive input electrical power from the mains power socket in which the electrical power pins are received and to pass the input electrical power to the power adaptor via the electrical connections. a power adaptor for receiving input electrical power and outputting electrical power for charging a rechargeable battery or powering another device; and speaker devices for outputting audio, the speaker devices being headphones or earphones; each speaker device having an electrical power pin configured to be received in a respective socket of a mains power socket; each speaker device having an electrical connection to the power adaptor; whereby the electrical power pins of the speaker devices are configured to receive input electrical power from the mains power socket in which the electrical power pins are received and to pass the input electrical power to the power adaptor via the electrical connections.
A chemical engine, comprising: a closed container (410, 1310) comprising at least two reagents (482, 484), water and a plunger, the at least two reagents including an acid and a bicarbonate, wherein the acid is separated from the bicarbonate; a fluid chamber (440, 1340) coupled to the closed container and containing a fluid; a piston (460, 1360) between the closed container and the fluid chamber; and a mechanism (450, 470, 1395, 1370) adapted to combine the acid, the water, and the bicarbonate to generate a gas via a chemical reaction in the closed container, wherein the gas is operative to move the piston to force the fluid from the fluid chamber; characterized in that the closed container comprises a solid particulate convection agent adapted to mix with the acid, the water, and the bicarbonate to increase reagent collisions in the closed container following a combination of the acid, the water, and the bicarbonate by the mechanism to increase a rate of generation of the gas in the closed container. a closed container (410, 1310) comprising at least two reagents (482, 484), water and a plunger, the at least two reagents including an acid and a bicarbonate, wherein the acid is separated from the bicarbonate; a fluid chamber (440, 1340) coupled to the closed container and containing a fluid; a piston (460, 1360) between the closed container and the fluid chamber; and a mechanism (450, 470, 1395, 1370) adapted to combine the acid, the water, and the bicarbonate to generate a gas via a chemical reaction in the closed container, wherein the gas is operative to move the piston to force the fluid from the fluid chamber; characterized in that the closed container comprises a solid particulate convection agent adapted to mix with the acid, the water, and the bicarbonate to increase reagent collisions in the closed container following a combination of the acid, the water, and the bicarbonate by the mechanism to increase a rate of generation of the gas in the closed container.
Positioning device for rod-shaped measuring equipment for determining a measurement variable at a measuring point of an object such as, for example, a continuous casting mould, comprising: a cylindrical guide element which is three-dimensionally fixedly associated with the object and in which the measuring equipment is guided so that it contacts the measuring point; and a spring element between a first abutment connected with the measuring device and a second abutment for pressing the measuring equipment against the measuring point; characterised in that a sleeve is provided, which is connected in axial prolongation with the end of the cylindrical guide element remote from the object and in which the spring element and the measuring equipment are similarly guided; and the second abutment for the spring element in connection with the sleeve is guided on the sleeve to be axially displaceable beyond the object-remote end of the cylindrical guide element and is fixable. a cylindrical guide element which is three-dimensionally fixedly associated with the object and in which the measuring equipment is guided so that it contacts the measuring point; and a spring element between a first abutment connected with the measuring device and a second abutment for pressing the measuring equipment against the measuring point; characterised in that a sleeve is provided, which is connected in axial prolongation with the end of the cylindrical guide element remote from the object and in which the spring element and the measuring equipment are similarly guided; and the second abutment for the spring element in connection with the sleeve is guided on the sleeve to be axially displaceable beyond the object-remote end of the cylindrical guide element and is fixable.
An apparatus comprising: a disk body including: a first side, a second side opposite the first side and a central axis; a sealing surface, the sealing surface extending around an outer circumference of the disk body adjacent the first side, the sealing surface having a radius of curvature adapted to sealingly engage a valve body in a closed position; and a wall, the wall protruding from the second side of the disk body and extending at least partially around the outer circumference of the disk body, characterised in that the wall includes an outer surface adjacent the sealing surface and having a radius of curvature different than the radius of curvature of the sealing surface and adapted to enable the apparatus to provide a substantially equal percentage fluid flow characteristic, the outer surface defining a depression, the depression comprising a flat surface extending along a plane parallel to the central axis of the disk body from adjacent the sealing surface toward an end of the wall, wherein the outer surface and the depression provide a substantially equal percentage fluid flow characteristic when the disk body transitions between the closed position and an open position. a first side, a second side opposite the first side and a central axis; a sealing surface, the sealing surface extending around an outer circumference of the disk body adjacent the first side, the sealing surface having a radius of curvature adapted to sealingly engage a valve body in a closed position; and a wall, the wall protruding from the second side of the disk body and extending at least partially around the outer circumference of the disk body, characterised in that the wall includes an outer surface adjacent the sealing surface and having a radius of curvature different than the radius of curvature of the sealing surface and adapted to enable the apparatus to provide a substantially equal percentage fluid flow characteristic, the outer surface defining a depression, the depression comprising a flat surface extending along a plane parallel to the central axis of the disk body from adjacent the sealing surface toward an end of the wall, wherein the outer surface and the depression provide a substantially equal percentage fluid flow characteristic when the disk body transitions between the closed position and an open position.
A method for performing, by a user equipment, UE, service-specific access control in a wireless communication system, the method comprising: acquiring, by a radio access control, RRC, layer of the UE, different sets of service specific access control, SSAC, barring information for a multimedia telephony, MMTEL, voice application, an MMTEL video application and an MMTEL data application for non-voice and non-video data, wherein the SSAC barring information for the MMTEL data application includes BarringFactorForMMTEL-data for indicating a barring factor specified for the MMTEL data application and BarringTimeForMMTEL-data for indicating a barring time specified for the MMTEL data application; forwarding, from the RRC layer to an upper layer, the sets of the SSAC barring information including the BarringFactorForMMTEL-data and the BarringTimeForMMTEL-data; and deciding, by the upper layer, whether or not an access is allowed according to the sets of the SSAC barring information when the access is caused by the MMTEL data application other than the MMTEL voice application and the MMTEL video application, wherein the decision is performed based on the BarringFactorForMMTEL-data and the BarringTimeForMMTEL-data. acquiring, by a radio access control, RRC, layer of the UE, different sets of service specific access control, SSAC, barring information for a multimedia telephony, MMTEL, voice application, an MMTEL video application and an MMTEL data application for non-voice and non-video data, wherein the SSAC barring information for the MMTEL data application includes BarringFactorForMMTEL-data for indicating a barring factor specified for the MMTEL data application and BarringTimeForMMTEL-data for indicating a barring time specified for the MMTEL data application; forwarding, from the RRC layer to an upper layer, the sets of the SSAC barring information including the BarringFactorForMMTEL-data and the BarringTimeForMMTEL-data; and deciding, by the upper layer, whether or not an access is allowed according to the sets of the SSAC barring information when the access is caused by the MMTEL data application other than the MMTEL voice application and the MMTEL video application, wherein the decision is performed based on the BarringFactorForMMTEL-data and the BarringTimeForMMTEL-data.