mhurhangee/ep-ind-claims huggingface dataset:
A system for preventing power head rollover of a dump vehicle during a dump operation, the dump vehicle including front wheels coupled to a front frame, a dump body and rear wheels (150, 160) coupled to a rear frame, and front struts coupling the front wheels to the front frame, the front frame being coupled to the rear frame, the system comprising: a dump operation sensor generating a dump signal indicating when the dump vehicle is performing a dump operation; a strut sensor generating a strut sensor reading indicating a condition of the front struts; a controller receiving the dump signal and the strut sensor reading, and activating a warning signal when the dump signal indicates that the dump vehicle is performing a dump operation and the strut sensor reading indicates that the front wheels may be lifted off the ground. a dump operation sensor generating a dump signal indicating when the dump vehicle is performing a dump operation; a strut sensor generating a strut sensor reading indicating a condition of the front struts; a controller receiving the dump signal and the strut sensor reading, and activating a warning signal when the dump signal indicates that the dump vehicle is performing a dump operation and the strut sensor reading indicates that the front wheels may be lifted off the ground.
An electric power unit for a vehicle comprising a cooling system for the electric power unit, wherein the electric power unit comprises an electric machine, an electric energy storage for storing of electrical energy and power electronics for controlling the flow of electrical energy between the electrical energy storage and the electric machine, and wherein the cooling system comprises a high temperature circuit with a circulating coolant cooling the power electronics during operation of the vehicle, a high temperature radiator arranged in the high temperature circuit, a low temperature circuit with a circulating coolant configured to cool the electric energy storage during operation of the vehicle, and a low temperature radiator arranged in the low temperature circuit, characterized in that the cooling system is configured to be set in a charging mode when the electrical energy storage is charged by an external electrical power source and that the cooling system comprises components (20, 38, 40, 41) configured to create a modified flow circuit for the coolant in the charging mode in which the coolant is cooled in the low temperature radiator and in the high temperature radiator before it is directed to the electric energy storage and that said components comprises a first valve member which in the charging mode is configured to direct coolant, via a first connection line, from the low temperature circuit to the high temperature circuit in a position upstream of the high temperature radiator, and a second valve member which in the charging mode is configured to direct the coolant, back to the low temperature circuit via a second connection line when the coolant has been cooled in the high temperature radiator, wherein the connection lines (38, 40) are connected to the low temperature circuit in positions downstream of the low temperature radiator or wherein the connection lines (38, 40) are connected to the low temperature circuit in positions upstream of the low temperature radiator.
A stationary gas turbine engine with at least one turbine stage comprising at least a first row of vanes being mounted at a stationary component arranged radially outside of the first row of vanes and extending radially into an annular entrance opening of an inner component of the turbine stage facing a downstream end of a combustor, characterized in that the stationary component provides for each vane a radially orientated through-hole designed and arranged for a radial insertion and removal of the vane, and each of said vanes comprises an airfoil having at its one end directed radially outwards a contour being adapted to close the through-hole airtight by a detachable fixation means, wherein the airfoil of each of the vanes comprises at an end directed radially inwards an extension for inserting into a recess of an inner platform for the purpose of a detachable fixation, wherein said inner platform is detachably mounted to an intermediate piece which is detachably mounted to an inner component of the turbine stage, wherein the intermediate piece provides at least one recess for insertion of a hook like extension of the inner platform for axial, radial and circumferential fixation of the inner platform, and wherein a labyrinth sealing is disposed between the intermediate piece and rotating components of the turbine stage.
A rotational moulding system, comprising a mould having a mould wall surrounding a mould cavity, a mould heating and cooling system at least partly integrated with the mould wall and provided for applying a temperature-time program to the mould, a motion system to which the mould is connectable and provided for applying a motion-time program to the mould, and a control system for controlling the mould heating and cooling system and the motion system, characterized in that the control system is configured for determining at least one suitable temperature-time program and at least one suitable motion-time program for the rotational moulding of an object by means of the rotational moulding system on the basis of target values for mould cavity temperature parameters for a raw material to be used for the rotational moulding of the object, wherein the rotational moulding system comprises at least one sensor (24, 25) for collecting feedback of at least one process parameter during the rotational moulding of the object, said at least one sensor comprising at least one mould cavity temperature sensor, and wherein the control system is configured for evaluating the collected feedback and adjusting at least one of the temperature-time program and the motion-time program that is being applied on the basis of at least the measured at least one mould cavity temperature. a mould having a mould wall surrounding a mould cavity, a mould heating and cooling system at least partly integrated with the mould wall and provided for applying a temperature-time program to the mould, a motion system to which the mould is connectable and provided for applying a motion-time program to the mould, and a control system for controlling the mould heating and cooling system and the motion system, characterized in that the control system is configured for determining at least one suitable temperature-time program and at least one suitable motion-time program for the rotational moulding of an object by means of the rotational moulding system on the basis of target values for mould cavity temperature parameters for a raw material to be used for the rotational moulding of the object, wherein the rotational moulding system comprises at least one sensor (24, 25) for collecting feedback of at least one process parameter during the rotational moulding of the object, said at least one sensor comprising at least one mould cavity temperature sensor, and wherein the control system is configured for evaluating the collected feedback and adjusting at least one of the temperature-time program and the motion-time program that is being applied on the basis of at least the measured at least one mould cavity temperature.
Use of capsaicin and a solvent system in the manufacture of a liquid solution for treating a capsaicin-responsive condition in a subject, by non-occlusive or non-adherent administration of said liquid solution, wherein said solvent system contains two, three, four, five or more than five penetration enhancers, wherein the penetration enhancers comprise: (a) oleyl alcohol and propylene glycol; (b) n-hexane and methylnonenoic acid; or (c) menthone and methanol, wherein said liquid solution delivers at least 3 nmoles of capsaicin to a 1 cm 2 area of skin in 15 minutes as measured in a mouse skin absorption assay, and wherein the capsaicin-responsive condition is neuropathic pain, pain produced by mixed nociceptive and neuropathic etiologies, inflammatory hyperalgesia, vulvodynia, interstitial cystitis, overactive bladder, prostatic hyperplasia, rhinitis, rectal hypersensitivity, burning mouth syndrome, oral mucositis, herpes, prostatic hypertrophy, dermatitis, pruritis, itch, tinnitus, psoriasis, warts, skin cancers, headaches, or wrinkles.
User interface unit for an automated door drive having a display unit for outputting output information (120, 121, 122) and an operating element arrangement for capturing input information, wherein the user interface unit together with the door drive is installable in a first spatial pose and in a second spatial pose at a door that is driveable by the door drive, wherein the operating element arrangement comprises a first operating element and a second operating element, wherein the first operating element in the first spatial pose of the user interface unit is arranged on the same spatial side of the operating element arrangement as the second operating element in the second spatial pose, wherein the display unit is configured to display the displayed output information (120, 121, 122) in the same spatial orientation both in the first spatial pose and also in the second spatial pose of the user interface unit, and wherein the user interface unit is configured to capture the same input information with the first operating element in the first spatial pose as with the second operating element in the second spatial pose. wherein the user interface unit together with the door drive is installable in a first spatial pose and in a second spatial pose at a door that is driveable by the door drive, wherein the operating element arrangement comprises a first operating element and a second operating element, wherein the first operating element in the first spatial pose of the user interface unit is arranged on the same spatial side of the operating element arrangement as the second operating element in the second spatial pose, wherein the display unit is configured to display the displayed output information (120, 121, 122) in the same spatial orientation both in the first spatial pose and also in the second spatial pose of the user interface unit, and wherein the user interface unit is configured to capture the same input information with the first operating element in the first spatial pose as with the second operating element in the second spatial pose.
Method for determining a route from a starting point to a destination in a navigation system for a motor vehicle, wherein the route determination takes account of a factor that influences the energy consumption or the pollutant emissions while covering the route, and wherein the factor denotes the energy consumption or pollutant emissions for stoppages by the motor vehicle while covering the route, characterized in that the factor is statistically determined from stoppage times for past journeys by the motor vehicle.
An emulsion composition obtained by mixing an oil phase comprising a carotenoid having a melting point of 100 °C or more as detected when it is comprised in an oil; and an aqueous phase comprising a polyglycerol fatty acid ester and a nonionic emulsifier that is different from the polyglycerol fatty acid ester, wherein: a weight ratio / of an amount of polyglycerol fatty acid ester contained in the emulsion composition to an amount of nonionic emulsifier other than polyglycerol fatty acid ester, that is contained in the emulsion composition is in a range of from 2.5 to 10; and a particle diameter of dispersed particles that comprise the carotenoid is 200 nm or less. a weight ratio / of an amount of polyglycerol fatty acid ester contained in the emulsion composition to an amount of nonionic emulsifier other than polyglycerol fatty acid ester, that is contained in the emulsion composition is in a range of from 2.5 to 10; and a particle diameter of dispersed particles that comprise the carotenoid is 200 nm or less.
A film comprising an interpolymer of ethylene and at least one alpha-olefin, wherein the interpolymer has a valley temperature T hc between the copolymer and high crystalline fraction as determined by ATREF wherein the viscosity average molecular weight for a fraction above The is M hc, the viscosity average molecular weight of the whole polymer is M p and wherein M hc /M p is less than 1.95 and wherein the interpolymer has a CDBI as determined using 13 C-NMR analysis of less than 60%, and wherein said film is characterized by a 45° gloss > 75 units as determined according to ASTM-2457 and a normalized MD Tear > 400 gm/mil as determined according to ASTM-D 1922.
A service function chain, SFC,-based communication method, wherein the SFC comprises a control node, a service function forwarder, SFF, node, and a service function, SF, node, the SFF node is connected to the SF node, and the method comprises: receiving, by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining, by the control node, network topology information of the SFC based on the first message, wherein the network topology information of the SFC comprises the identification information and the attribute information of the SFF node, the identification information and the attribute information of the SF node, and information used to indicate a connection relationship between the SFF node and the SF node; obtaining, by the control node, an SFC forwarding table, wherein the SFC forwarding table is determined based on the network topology information of the SFC; and sending, by the control node to the SFF node, a second message used to indicate the SFC forwarding table, wherein the second message is used to forward a data packet by the SFF node based on the SFC forwarding table. receiving, by the control node, a first message from the SFF node, wherein the first message comprises identification information and attribute information of the SFF node, and identification information and attribute information of the SF node, the attribute information of the SF node is for indicating a specific service function that can be implemented by the SF node; obtaining, by the control node, network topology information of the SFC based on the first message, wherein the network topology information of the SFC comprises the identification information and the attribute information of the SFF node, the identification information and the attribute information of the SF node, and information used to indicate a connection relationship between the SFF node and the SF node; obtaining, by the control node, an SFC forwarding table, wherein the SFC forwarding table is determined based on the network topology information of the SFC; and sending, by the control node to the SFF node, a second message used to indicate the SFC forwarding table, wherein the second message is used to forward a data packet by the SFF node based on the SFC forwarding table.
A method for wireless communication, at a relay station, said method comprising: generating first channel quality information, CQI, for a link from a first station to said relay station; receiving second CQI, for a link from said relay to a second station, from said second station; sending the first CQI and the second CQI to the first station; receiving data sent by the first station based on the first CQI receiving a scheduling decision determined by the first station based on the second CQI; and sending the data to the second station based on said scheduling decision determined based on the second CQI. generating first channel quality information, CQI, for a link from a first station to said relay station; receiving second CQI, for a link from said relay to a second station, from said second station; sending the first CQI and the second CQI to the first station; receiving data sent by the first station based on the first CQI receiving a scheduling decision determined by the first station based on the second CQI; and sending the data to the second station based on said scheduling decision determined based on the second CQI.
A medicament for use in treating a pediatric cancerous solid tumor in a mammalian subject, wherein the medicament is a halogenated xanthene or pharmaceutically acceptable salt thereof, and wherein the use comprises eliciting ablation of tumor cells by intralesionally administering the halogenated xanthene or pharmaceutically acceptable salt thereof wherein the halogenated xanthene or pharmaceutically acceptable salt thereof is Rose Bengal or a pharmaceutically acceptable salt thereof.
An article comprising: a tubular frame extending along a longitudinal axis, the tubular frame comprising: a plurality of struts joined at apices to define a plurality of cells, each cell of the plurality of cells comprising a group of struts of the plurality of struts; and a tissue layer coating each strut of the plurality of struts and extending across each cell of the plurality of cells, the tissue layer defining a plurality of defects, each cell of the plurality of cells including a respective defect of the plurality of defects, wherein at least one defect of the plurality of defects includes at least one slit. a plurality of struts joined at apices to define a plurality of cells, each cell of the plurality of cells comprising a group of struts of the plurality of struts; and a tissue layer coating each strut of the plurality of struts and extending across each cell of the plurality of cells, the tissue layer defining a plurality of defects, each cell of the plurality of cells including a respective defect of the plurality of defects, wherein at least one defect of the plurality of defects includes at least one slit.
A media apparatus for selecting a media source to provide media content to a playback device that plays back the media content as at least one of audio and video content, the apparatus comprising: a controller programmed to: detect a media zone in a dwelling having multiple media zones and at least one playback device within each zone, the playback device being configured to receive content from any number of media sources; detect a presence of a portable user device that provides media content to the playback device in the detected media zone; determine a number of media sources that are available in the media zone; select a first media source of the number of media sources as a preferred media source characterized in that the controller is programmed to select the first media source based on a hierarchy table including a preferred ranking of media sources; determine whether the preferred media source includes the media content that is provided by the portable user device; and control the preferred media source to provide the media content to the playback device to bypass the portable user device from providing the media content in response to determining that the preferred media source includes the media content that is provided by the portable user device. detect a media zone in a dwelling having multiple media zones and at least one playback device within each zone, the playback device being configured to receive content from any number of media sources; detect a presence of a portable user device that provides media content to the playback device in the detected media zone; determine a number of media sources that are available in the media zone; select a first media source of the number of media sources as a preferred media source characterized in that the controller is programmed to select the first media source based on a hierarchy table including a preferred ranking of media sources; determine whether the preferred media source includes the media content that is provided by the portable user device; and control the preferred media source to provide the media content to the playback device to bypass the portable user device from providing the media content in response to determining that the preferred media source includes the media content that is provided by the portable user device.
A fluid pump comprising: an actuator, including a piezoelectric element attached to a diaphragm, the diaphragm having a central portion and a peripheral portion, and configured to perform a bending vibration from the central portion to the peripheral portion; a planar section disposed such that the planar section faces the actuator while being in proximity to the actuator; wherein when driven the actuator does not contact the planar section; and a diaphragm support frame provided around the diaphragm, the diaphragm being connected to the diaphragm support frame via connecting portions, such that there is a space between the diaphragm support frame and the diaphragm, the connecting portions having an elastic structure and being connected between the diaphragm and the diaphragm support frame; at least one center vent disposed in a portion at or in an area adjacent the center of an actuator facing area of the planar section that faces the actuator. an actuator, including a piezoelectric element attached to a diaphragm, the diaphragm having a central portion and a peripheral portion, and configured to perform a bending vibration from the central portion to the peripheral portion; a planar section disposed such that the planar section faces the actuator while being in proximity to the actuator; wherein when driven the actuator does not contact the planar section; and a diaphragm support frame provided around the diaphragm, the diaphragm being connected to the diaphragm support frame via connecting portions, such that there is a space between the diaphragm support frame and the diaphragm, the connecting portions having an elastic structure and being connected between the diaphragm and the diaphragm support frame; at least one center vent disposed in a portion at or in an area adjacent the center of an actuator facing area of the planar section that faces the actuator.
Copper casting alloy consisting of 80 to 95% by mass Cu; 5 to 20% by mass Sn and / or Zn; 0.1 to 1.0% by mass of Sr; optionally one or more of the following elements in the following proportions: up to 0.6% by mass P, up to 2.0% by mass Ni, up to 2.0% by mass Fe, up to 0.03% by mass Al, up to 0.2% by mass Mn, up to 0.1% by mass S, up to 0.15% by mass Sb, up to 0.01% by mass Si, up to 0.02% by mass Cd, up to 0.03% by mass As, up to 0.05% by mass Bi, up to 0.25% by mass Pb; and optionally further unavoidable manufacturing-related impurities. 80 to 95% by mass Cu; 5 to 20% by mass Sn and / or Zn; 0.1 to 1.0% by mass of Sr; optionally one or more of the following elements in the following proportions: up to 0.6% by mass P, up to 2.0% by mass Ni, up to 2.0% by mass Fe, up to 0.03% by mass Al, up to 0.2% by mass Mn, up to 0.1% by mass S, up to 0.15% by mass Sb, up to 0.01% by mass Si, up to 0.02% by mass Cd, up to 0.03% by mass As, up to 0.05% by mass Bi, up to 0.25% by mass Pb; and optionally further unavoidable manufacturing-related impurities. up to 0.6% by mass P, up to 2.0% by mass Ni, up to 2.0% by mass Fe, up to 0.03% by mass Al, up to 0.2% by mass Mn, up to 0.1% by mass S, up to 0.15% by mass Sb, up to 0.01% by mass Si, up to 0.02% by mass Cd, up to 0.03% by mass As, up to 0.05% by mass Bi, up to 0.25% by mass Pb; and optionally further unavoidable manufacturing-related impurities.