mhurhangee/ep-ind-claims huggingface dataset:
An elevator system, comprising: at least one elevator car that is moveable along a hoistway; and an elevator controller that is configured to: respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. at least one elevator car that is moveable along a hoistway; and an elevator controller that is configured to: respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete.
A method in a communication node (10,200,201,202,211,212,222) for commonly managing resources in a radio access network between different network access technologies, which communication node (10,200,201,202,211,212,222) is comprised in the radio access network of a radio communications network, the method is characterized in comprising - receiving from a first local resource manager of a first network access technology, a first report of information regarding amount of resources needed per a first service bearer, which first service bearer is associated with a first local service priority of the first network access technology, - receiving from a second local resource manager of a second network access technology, a second report, for a plurality of second service bearers, of information regarding amount of resources needed per second service bearer out of the plurality of second service bearers, wherein each second service bearer is associated with a respective second local service priority of the second network access technology, - ranking the first local service priority in relation to the second local service priorities according to a configurable stored table mapping each local service priority to a global service priority, and - generating an allocation scheme of resources, which allocation scheme allocates resources to the first and the second local resource manager (111,112) based on the ranking of the local service priorities; and - sending the allocation scheme to the local resource managers of the first and the second network access technology for the first and second local resource manager (111,112) to distribute the respective allocated resources between their service bearers using their local principles. - receiving from a first local resource manager of a first network access technology, a first report of information regarding amount of resources needed per a first service bearer, which first service bearer is associated with a first local service priority of the first network access technology, - receiving from a second local resource manager of a second network access technology, a second report, for a plurality of second service bearers, of information regarding amount of resources needed per second service bearer out of the plurality of second service bearers, wherein each second service bearer is associated with a respective second local service priority of the second network access technology, - ranking the first local service priority in relation to the second local service priorities according to a configurable stored table mapping each local service priority to a global service priority, and - generating an allocation scheme of resources, which allocation scheme allocates resources to the first and the second local resource manager (111,112) based on the ranking of the local service priorities; and - sending the allocation scheme to the local resource managers of the first and the second network access technology for the first and second local resource manager (111,112) to distribute the respective allocated resources between their service bearers using their local principles.
A tower section for a wind turbine tower, said tower section comprising a tubular tower wall, upper and lower flanges and at least one damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) adapted to be secured to a wind turbine tower section, the damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) comprising at least one liquid damper (401-404, 501-506, 604, 701) secured to a frame structure (406-409, 508-511, 607, 608, 702), wherein each liquid damper (401-404, 501-506, 604, 701) comprises - a container comprising an interior volume containing an amount of liquid, wherein the amount of liquid in the interior volume of the container sets a natural frequency of the liquid damper (401-404, 501-506, 604, 701) characterized in that the frame structure (406-409, 508-511, 607, 608, 702) comprises - an interface arrangement (412, 413, 514, 515, 601-603, 703, 704, 804, 805, 909, 910) configured for, in cooperation with a damper module suspension arrangement (410, 411, 512, 513, 606, 806-808, 1003-1008, 1203, 1206) in a tower section, securing the damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) to an inner tower structure wall of said tower section, and - a liquid damper fastening arrangement configured for securing said at least one liquid damper to the frame structure (406-409, 508-511, 607, 608, 702), and wherein said at least one damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) is positioned adjacent the tower wall on an inside of the tower section. - a container comprising an interior volume containing an amount of liquid, wherein the amount of liquid in the interior volume of the container sets a natural frequency of the liquid damper (401-404, 501-506, 604, 701) characterized in that the frame structure (406-409, 508-511, 607, 608, 702) comprises - an interface arrangement (412, 413, 514, 515, 601-603, 703, 704, 804, 805, 909, 910) configured for, in cooperation with a damper module suspension arrangement (410, 411, 512, 513, 606, 806-808, 1003-1008, 1203, 1206) in a tower section, securing the damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) to an inner tower structure wall of said tower section, and - a liquid damper fastening arrangement configured for securing said at least one liquid damper to the frame structure (406-409, 508-511, 607, 608, 702), and wherein said at least one damper module (400, 500, 600, 803, 904-908, 1001, 1002, 1105-1108, 1202) is positioned adjacent the tower wall on an inside of the tower section.
A method for treating hair comprising: (a) applying to hair a cosmetic formulation comprising an active part having a binding and antioxidant action, wherein said active part is a mixture of liposol maleate and maleic acid, and wherein in the mixture the weight ratio between liposol maleate and maleic acid is from 5:95 to 95:5. (a) applying to hair a cosmetic formulation comprising an active part having a binding and antioxidant action, wherein said active part is a mixture of liposol maleate and maleic acid, and wherein in the mixture the weight ratio between liposol maleate and maleic acid is from 5:95 to 95:5.
An extraction cleaner, comprising a housing (60, 62); a suction nozzle provided on the housing (60, 62); a suction source provided on the housing (60, 62) and in fluid communication with the suction nozzle for generating a working airstream; and a recovery tank for separating and collecting fluid and debris from the working airstream for later disposal, wherein the recovery tank is removably mounted on the housing (60, 62) and comprises: a recovery container defining a recovery chamber and comprising a drain opening provided on a lower portion of the recovery container; a valve fluidly connected to the drain opening for movement between a closed position for sealing the recovery chamber and an open position for draining fluid from the recovery chamber; and an actuator (94,96) for selectively opening the valve, wherein at least a portion of the actuator (94,96) is provided on an upper portion of the recovery container. a recovery container defining a recovery chamber and comprising a drain opening provided on a lower portion of the recovery container; a valve fluidly connected to the drain opening for movement between a closed position for sealing the recovery chamber and an open position for draining fluid from the recovery chamber; and an actuator (94,96) for selectively opening the valve, wherein at least a portion of the actuator (94,96) is provided on an upper portion of the recovery container.
An airfoil assembly comprising a laterally extending base having an airfoil projecting radially therefrom, the base extending laterally away from the airfoil, the airfoil extending axially from an airfoil leading edge portion to an airfoil trailing edge portion, the base having a humped area axially forward the airfoil leading edge portion; characterised in that the humped area has a concavity that projects radially inward.
Method for exchanging electrical energy between an electrical network carrying a DC or AC current and an electrical energy storage unit of a hybrid or electric vehicle, the storage unit forming part of an electrical circuit, which further comprises: - a connector intended to be connected to a connector of the electrical network, - a DC bus interposed between the connector and the electrical energy storage unit, the DC bus comprising a capacitor, - a DC-to-DC voltage converter interposed between the DC bus and the energy storage unit, - a plurality of inductors, and - a switching system comprising a plurality of controllable switching cells (20; 30); the method including: - the step in which the switching cells (20; 30) are controlled on the basis of whether the electrical power supply quantity carried by the electrical network is a DC quantity or an AC quantity so as to allow electrical energy to be exchanged between the electrical energy storage unit and the electrical network, - the step in which the switching cells (20; 30) are controlled so as to alternately step down and step up the voltage value delivered by the electrical network, - the step in which the DC-to-DC voltage converter is controlled so as to increase or decrease the voltage value of the DC bus without changing the value of the voltage across the terminals of the energy storage unit. - a connector intended to be connected to a connector of the electrical network, - a DC bus interposed between the connector and the electrical energy storage unit, the DC bus comprising a capacitor, - a DC-to-DC voltage converter interposed between the DC bus and the energy storage unit, - a plurality of inductors, and - a switching system comprising a plurality of controllable switching cells (20; 30); - the step in which the switching cells (20; 30) are controlled on the basis of whether the electrical power supply quantity carried by the electrical network is a DC quantity or an AC quantity so as to allow electrical energy to be exchanged between the electrical energy storage unit and the electrical network, - the step in which the switching cells (20; 30) are controlled so as to alternately step down and step up the voltage value delivered by the electrical network, - the step in which the DC-to-DC voltage converter is controlled so as to increase or decrease the voltage value of the DC bus without changing the value of the voltage across the terminals of the energy storage unit.
A light emitting diode device comprising: a substrate (12, 22, 32); an LED for emitting light at a first wavelength; electrical circuitry for providing power to the LED from external sources; a wavelength conversion material covering the LED for converting the light emitted at the first wavelength to light of at least a second wavelength, which combined with the light emitted at the first wavelength forms a broadband light source; a multi-layer dielectric structure of alternating high and low index material layers in between the substrate (12, 22, 32) and the LED providing both electrical insulation for the electrical circuitry and reflectivity for the broadband light source; wherein the multi-layer dielectric structure is a broadband reflector reflecting at least 90% of the broadband light source over a bandwidth of at least 150nm; and wherein the multi-layer dielectric structure comprises a first area, below the LED, with a first thickness providing electrical isolation and heat transfer to the substrate (12, 22, 32), and a second area, surrounding the LED, with a second thickness, thicker than the first thickness, providing electrical isolation and reflectivity for the light. a substrate (12, 22, 32); an LED for emitting light at a first wavelength; electrical circuitry for providing power to the LED from external sources; a wavelength conversion material covering the LED for converting the light emitted at the first wavelength to light of at least a second wavelength, which combined with the light emitted at the first wavelength forms a broadband light source; a multi-layer dielectric structure of alternating high and low index material layers in between the substrate (12, 22, 32) and the LED providing both electrical insulation for the electrical circuitry and reflectivity for the broadband light source; wherein the multi-layer dielectric structure is a broadband reflector reflecting at least 90% of the broadband light source over a bandwidth of at least 150nm; and wherein the multi-layer dielectric structure comprises a first area, below the LED, with a first thickness providing electrical isolation and heat transfer to the substrate (12, 22, 32), and a second area, surrounding the LED, with a second thickness, thicker than the first thickness, providing electrical isolation and reflectivity for the light.
A vehicle glass antenna in which an antenna conductor, a feeding portion which is connected to the antenna conductor, a parasitic conductor and a ground portion which is connected to the parasitic conductor are provided on a window glass, wherein the feeding portion constitutes a part which electrically connects the antenna conductor to a signal processing circuit installed in a vehicle, and the ground portion constitutes a part which electrically connects the parasitic conductor to a vehicle body, whereby the window glass is installed in the vehicle, the feeding portion and the ground portion are disposed so as to be aligned along a reference direction, the antenna conductor comprises: a first element extended from the feeding portion as a starting point in a first direction, wherein the first direction is parallel to the reference direction and is directed to an opposite side to the ground portion; a second element connected to a first terminating portion which constitutes an end of the first element disposed the opposite to the feeding portion and extends in a second direction, wherein the second direction is at right angles to the first element and is directed inwards of an outer circumference of the window glass; and a third element extended from the second element as a starting point in a third direction, wherein the third direction is a direction opposite to the first direction, and the parasitic conductor comprises a parasitic element at least part of which extends from the ground portion as a starting point in the second direction, characterized in that the ground portion is connected directly to a vehicle body panel, and a monopole antenna is used as the glass antenna. a first element extended from the feeding portion as a starting point in a first direction, wherein the first direction is parallel to the reference direction and is directed to an opposite side to the ground portion; a second element connected to a first terminating portion which constitutes an end of the first element disposed the opposite to the feeding portion and extends in a second direction, wherein the second direction is at right angles to the first element and is directed inwards of an outer circumference of the window glass; and a third element extended from the second element as a starting point in a third direction, wherein the third direction is a direction opposite to the first direction, and the parasitic conductor comprises a parasitic element at least part of which extends from the ground portion as a starting point in the second direction,
Light, having - a first LED and - a second LED, wherein the first LED and the second LED form parts of a light source of the light, as well as - a circuit board arrangement, wherein the first LED and the second LED are arranged on the circuit board arrangement, wherein the circuit board arrangement has a first plate-shaped section with a first plane surface area on which the first LED is arranged and by which a first surface normal is defined, and a second plate-shaped section with a second plane surface area on which the second LED is arranged and by which a second surface normal is defined, wherein an angle between the first surface normal and the second surface normal is greater than 0° and less than 180°, wherein the first plate-shaped section and the second plate-shaped section are formed contiguously, wherein the first plate-shaped section and the second plate-shaped section are connected via a curve by which a curve straight is defined, characterized in that - a reflector, designed and arranged in such a way that it diverts a light emitted by the first LED and the second LED into a direction is oriented parallel to the curve straights. - a first LED and - a second LED, wherein the first LED and the second LED form parts of a light source of the light, as well as - a circuit board arrangement, wherein the first LED and the second LED are arranged on the circuit board arrangement, wherein the circuit board arrangement has a first plate-shaped section with a first plane surface area on which the first LED is arranged and by which a first surface normal is defined, and a second plate-shaped section with a second plane surface area on which the second LED is arranged and by which a second surface normal is defined, wherein an angle between the first surface normal and the second surface normal is greater than 0° and less than 180°, wherein the first plate-shaped section and the second plate-shaped section are formed contiguously, wherein the first plate-shaped section and the second plate-shaped section are connected via a curve by which a curve straight is defined, characterized in that - a reflector, designed and arranged in such a way that it diverts a light emitted by the first LED and the second LED into a direction is oriented parallel to the curve straights.
A method for the production in an electrochemical cell of one or more of graphene, graphite nanoplatelet structures having a thickness of less than 100 nm, and graphane, wherein the cell comprises: (a) a negative electrode which is graphitic; (b) a positive electrode which may be graphitic or another material; and (c) an electrolyte comprising a deep eutectic solvent, said deep eutectic solvent having a melting point at least 10 °C lower than one of its constituent components, and optionally one or more further ionic species; wherein the amount of deep eutectic solvent and further ionic species, if present, is greater than 90wt% based on the total weight of electrolyte; and wherein the electrolyte includes a mixture of different cations; and wherein the method comprises the step of passing a current through the cell to intercalate ions into the graphitic negative electrode so as to exfoliate the graphitic negative electrode. (a) a negative electrode which is graphitic; (b) a positive electrode which may be graphitic or another material; and (c) an electrolyte comprising a deep eutectic solvent, said deep eutectic solvent having a melting point at least 10 °C lower than one of its constituent components, and optionally one or more further ionic species;