mhurhangee/ep-ind-claims huggingface dataset:
A branched starch or a branched partial starch hydrolysate, having 6-α-maltosyl- and/or 6-α-maltotetraosyl-structure (s) at the non-reducing end (s) of the starch molecule, where 0.4% (w/w) or higher, on a dry solid basis, of 2,3,4-trimethyl-1,5,6-triacetyl-glucitol is formed as a partially methylated compound when the branched starch or the branched partial starch hydrolysate is subjected to methylation analysis.
A method for estimating an aged capacity of a battery of an energy storage system, ESS, associated with a plurality of wind turbine generators, the aged capacity representing the maximum amount of charge that the aged battery is able to store at a particular age of the battery, the method comprising: Determining an internal impedance of the battery; and Determining a relationship between a maximum capacity corresponding to the battery and a number of charging cycles, characterized in that the method comprises determining the aged capacity of the battery based on the internal impedance, being used to determine the approximate age of the battery expressed in a number of cycles, and the relationship. Determining an internal impedance of the battery; and Determining a relationship between a maximum capacity corresponding to the battery and a number of charging cycles, characterized in that the method comprises determining the aged capacity of the battery based on the internal impedance, being used to determine the approximate age of the battery expressed in a number of cycles, and the relationship.
Construction element for creating a tunnel, comprising a first incompressible layer of concrete and a second compressible layer securely fastened to the first layer to form a monoblock prefabricated construction element configured to be integrated in a section of the tunnel, characterized in that the second layer comprises a plurality of devices each having a solid body integrating an empty space and wherein the solid body of the devices is coated with an adhesive film to fasten securely the devices to the first layer.
A method of automatically activating a turn signal source in a first vehicle, the method comprising: determining, via a processor, whether the first vehicle is going to turn or leave a lane based on data from a first data source of the first vehicle, wherein the first data source includes an image capture device; in response to determining that the first vehicle is not going to turn or leave the lane, determining, via the processor, whether a steering angle value received from a second data source of the first vehicle is equal to or greater than a first threshold value; in response to determining that the steering angle value is equal to or greater than the first threshold value, determining, via the processor, an approximate location of a second vehicle relative to the first vehicle based on at least one of data from a third data source of the first vehicle and data from a fourth data source of the first vehicle and determining, via the processor, whether the second vehicle is within a predetermined distance of the first vehicle and determining, via the processor, whether the steering angle value is equal to or less than a second threshold value; and in response to determining that the second vehicle is within the predetermined distance of the first vehicle and that the steering angle value is equal to or less than the second threshold value or in response to determining that the first vehicle is going to turn or leave the lane, activating, via the processor, the turn signal source of the first vehicle. determining, via a processor, whether the first vehicle is going to turn or leave a lane based on data from a first data source of the first vehicle, wherein the first data source includes an image capture device; in response to determining that the first vehicle is not going to turn or leave the lane, determining, via the processor, whether a steering angle value received from a second data source of the first vehicle is equal to or greater than a first threshold value; in response to determining that the steering angle value is equal to or greater than the first threshold value, determining, via the processor, an approximate location of a second vehicle relative to the first vehicle based on at least one of data from a third data source of the first vehicle and data from a fourth data source of the first vehicle and determining, via the processor, whether the second vehicle is within a predetermined distance of the first vehicle and determining, via the processor, whether the steering angle value is equal to or less than a second threshold value; and in response to determining that the second vehicle is within the predetermined distance of the first vehicle and that the steering angle value is equal to or less than the second threshold value or in response to determining that the first vehicle is going to turn or leave the lane, activating, via the processor, the turn signal source of the first vehicle.
An electrical coupling system for use in a wellbore that enables insertion and removal of an electrically operated device in a wellbore, comprising: an electrical receptacle mounted at a selected axial position along a tubing disposed in the wellbore, the receptacle including at least one insulated electrical conductor coupled to an electrical contact inside the receptacle and extending to the well surface; and an electrical coupler disposed on an exterior of the electrically operated device, the coupler including at least one electrical contact disposed proximate the receptacle contact when the coupler is mated to the receptacle, the coupler including at least one flow passage enabling wellbore fluid from below the coupler to an annular space between the electrically operated device and an interior of the tubing; characterized in that the electrically operated device comprises an electrical submersible pump system having a pump and a motor disposed above the pump, and the coupling system comprises a seal assembly below the pump system such that no annular seal is required between the pump system and the tubing. an electrical receptacle mounted at a selected axial position along a tubing disposed in the wellbore, the receptacle including at least one insulated electrical conductor coupled to an electrical contact inside the receptacle and extending to the well surface; and an electrical coupler disposed on an exterior of the electrically operated device, the coupler including at least one electrical contact disposed proximate the receptacle contact when the coupler is mated to the receptacle, the coupler including at least one flow passage enabling wellbore fluid from below the coupler to an annular space between the electrically operated device and an interior of the tubing; characterized in that the electrically operated device comprises an electrical submersible pump system having a pump and a motor disposed above the pump, and the coupling system comprises a seal assembly below the pump system such that no annular seal is required between the pump system and the tubing.
Air jet spray device for spraying a liquid-gas mixture, comprising a frame, an air jet spray cannon and an actuator which is arranged between the frame and the air jet spray cannon for rotating the air jet spray cannon relative to the frame in a rotation direction between a first and a second end position (A, B), wherein the first and second end positions are determined by respectively a first and a second position determining means, wherein each position determining means is configured to detect one of said first and second end position and to reverse the rotation direction on the basis of the detection, characterized in that the air jet spray device further comprises a graduated arc which is provided on the frame, wherein the first and second position determining means comprise a first and a second position limiting element (60a, 60b) and a switching relay compatible with the first and second position limiting element, wherein the switching relay is coupled to the air jet spray cannon, wherein the first and the second position limiting element are coupled to the graduated arc and wherein the rotation direction runs along the graduated arc.
An ink cartridge connected to an ink cartridge holder which is disposed in a printer, wherein the ink cartridge comprises at least a housing and a handle, and the housing comprises an ink supply port, wherein a plane in which the ink supply port is located is a first plane, and another plane opposite to the first plane is a second plane; a direction along a longer side on the first plane is an X-axis; a direction along a shorter side on the first plane is a Y-axis; and an axis that is perpendicular to both the X-axis and the Y-axis is a Z-axis, wherein the handle comprises: an operation portion, an engagement portion, and a support portion that are disposed in sequence in a Z-axis direction, characterized in that a distance d from a center line of the engagement portion perpendicular to the Z-axis to a lowermost end of the support portion in the Z-axis direction and a distance t from a center line of the operation portion perpendicular to the Z-axis to the lowermost end of the support portion in the Z-axis direction meet the following formula: 2 / 3 t < d < t; and the engagement portion and the ink cartridge holder are engaged with each other, wherein the ink cartridge holder comprises at least a rotatable lever body having a rotating shaft and a lever opening, the engagement portion and the lever opening are engaged with each other, and a sectional area of the engagement portion is less than or equal to a sectional area of the lever opening.
A user terminal which performs communication using cells (C1, C2) including an LAA, License-Assisted Access, cell which applies listening before UL, Uplink, transmission, the user terminal comprising: a transmission unit configured to transmit uplink control information and uplink data; and a control unit configured to control transmission of the uplink control information and the uplink data, wherein the control unit is configured to perform control to transmit the uplink control information using an uplink channel other than an uplink shared channel of the LAA cell, wherein the user terminal is configured to define a UE, User Equipment, capability for UL-LAA separately from a UE capability of simultaneous transmission of an uplink control channel and the uplink shared channel between the cells including the LAA cell, wherein when simultaneous transmission of a license band uplink control channel and the uplink shared channel of the LAA cell is supported, the control unit is configured to control to report UE capability information indicating the UE capability for UL-LAA a transmission unit configured to transmit uplink control information and uplink data; and a control unit configured to control transmission of the uplink control information and the uplink data, wherein the control unit is configured to perform control to transmit the uplink control information using an uplink channel other than an uplink shared channel of the LAA cell, wherein the user terminal is configured to define a UE, User Equipment, capability for UL-LAA separately from a UE capability of simultaneous transmission of an uplink control channel and the uplink shared channel between the cells including the LAA cell, wherein when simultaneous transmission of a license band uplink control channel and the uplink shared channel of the LAA cell is supported, the control unit is configured to control to report UE capability information indicating the UE capability for UL-LAA
An enclosure for restraining a patient to an area about a bed, wherein the bed is adapted to support the patient, comprising: a collapsible frame adapted to be positioned about the bed for surrounding the bed and to be supported on the floor supporting the bed, the frame including: an upper laterally extending support; a first upstanding support coupled to a first side of the upper laterally extending support; and a second upstanding support coupled to a second side of the upper laterally extending support, wherein at least one of the first upstanding support, the second upstanding support and the upper laterally extending support is movable relative to at least one of the other supports (111, 118) for folding the frame for transport or storage; and a canopy draped about or on the inside of the frame and connected to the frame for defining an area about the bed such that the patient is allowed to move freely within the area, and including at least one portion movable between a closed position and an open position defining an opening through the canopy for allowing access to the patient area, and at least one portion with see-through capability for permitting visual monitoring of the patient area from outside of the canopy. a collapsible frame adapted to be positioned about the bed for surrounding the bed and to be supported on the floor supporting the bed, the frame including: an upper laterally extending support; a first upstanding support coupled to a first side of the upper laterally extending support; and a second upstanding support coupled to a second side of the upper laterally extending support, wherein at least one of the first upstanding support, the second upstanding support and the upper laterally extending support is movable relative to at least one of the other supports (111, 118) for folding the frame for transport or storage; and a canopy draped about or on the inside of the frame and connected to the frame for defining an area about the bed such that the patient is allowed to move freely within the area, and including at least one portion movable between a closed position and an open position defining an opening through the canopy for allowing access to the patient area, and at least one portion with see-through capability for permitting visual monitoring of the patient area from outside of the canopy. an upper laterally extending support; a first upstanding support coupled to a first side of the upper laterally extending support; and a second upstanding support coupled to a second side of the upper laterally extending support, a canopy draped about or on the inside of the frame and connected to the frame for defining an area about the bed such that the patient is allowed to move freely within the area, and including at least one portion movable between a closed position and an open position defining an opening through the canopy for allowing access to the patient area, and at least one portion with see-through capability for permitting visual monitoring of the patient area from outside of the canopy.
An apparatus comprising: a circuit board having a radiofrequency, RF, structure at a first location thereof, the RF structure formed from a conductive trace of the circuit board; a heat carrier; and a multi-stack cooling structure coupling the circuit board and the heat carrier to each other, the multi-stack cooling structure including a first stack adjacent the RF structure at the first location and a second stack at a second location, the first stack including a dielectric layer adjacent the heat carrier, and a thermal interface material, TIM, that couples the dielectric layer and the circuit board to each other, the dielectric layer having higher thermal conductivity and higher rigidity than the TIM, the second stack including a metal layer adjacent the heat carrier, and the TIM that couples the metal layer and the circuit board to each other. a circuit board having a radiofrequency, RF, structure at a first location thereof, the RF structure formed from a conductive trace of the circuit board; a heat carrier; and a multi-stack cooling structure coupling the circuit board and the heat carrier to each other, the multi-stack cooling structure including a first stack adjacent the RF structure at the first location and a second stack at a second location, the first stack including a dielectric layer adjacent the heat carrier, and a thermal interface material, TIM, that couples the dielectric layer and the circuit board to each other, the dielectric layer having higher thermal conductivity and higher rigidity than the TIM, the second stack including a metal layer adjacent the heat carrier, and the TIM that couples the metal layer and the circuit board to each other.
A thin film inductor, comprising: a magnetic core, wherein the magnetic core comprises a first magnetic film and a second magnetic film, and an accommodation cavity exists between the first magnetic film and the second magnetic film; a conductor, located in the accommodation cavity; and an insulating isolation film, disposed on two sides of the conductor and located between the first magnetic film and the second magnetic film, wherein the insulating isolation film is in contact with the first magnetic film and the second magnetic film; wherein the first magnetic film and the second magnetic film each comprise magnetic sub-films and insulating sub-films; in the first magnetic film, the magnetic sub-films and the insulating sub-films are alternately disposed; in the second magnetic film, the magnetic sub-films and the insulating sub-films are alternately disposed; characterized in that the magnetic sub-films and the insulating sub-films in the first magnetic film are exposed from a surface that is of the first magnetic film and that is in contact with the insulating isolation film; and/or, the magnetic sub-films and the insulating sub-films in the second magnetic film are exposed from a surface that is of the second magnetic film and that is in contact with the insulating isolation film. a magnetic core, wherein the magnetic core comprises a first magnetic film and a second magnetic film, and an accommodation cavity exists between the first magnetic film and the second magnetic film; a conductor, located in the accommodation cavity; and an insulating isolation film, disposed on two sides of the conductor and located between the first magnetic film and the second magnetic film, wherein the insulating isolation film is in contact with the first magnetic film and the second magnetic film; wherein the first magnetic film and the second magnetic film each comprise magnetic sub-films and insulating sub-films; in the first magnetic film, the magnetic sub-films and the insulating sub-films are alternately disposed; in the second magnetic film, the magnetic sub-films and the insulating sub-films are alternately disposed; characterized in that the magnetic sub-films and the insulating sub-films in the first magnetic film are exposed from a surface that is of the first magnetic film and that is in contact with the insulating isolation film; and/or, the magnetic sub-films and the insulating sub-films in the second magnetic film are exposed from a surface that is of the second magnetic film and that is in contact with the insulating isolation film.
A photostable sunscreen composition comprising, (a) 0.05 to 15 % by weight compound of formula A; where R1, R2 and R3 are each selected from any one of alkyl, branched alkyl, cycloalkyl, polycycloalkyl, heterocycloalkyl, alkaryl, alkoxy, aryl, aralkyl, alkenyl, alkynyl or fluorocarbon groups containing 1 to 50 carbon atom(s) (b) 0.01 % to 10 % by weight a non-ionic surfactant; selected from the group consisting of (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (c) a cosmetically acceptable base, being a vanishing cream, comprising 6 to 25 % hystric acid by weight of the composition. (a) 0.05 to 15 % by weight compound of formula A; where R1, R2 and R3 are each selected from any one of alkyl, branched alkyl, cycloalkyl, polycycloalkyl, heterocycloalkyl, alkaryl, alkoxy, aryl, aralkyl, alkenyl, alkynyl or fluorocarbon groups containing 1 to 50 carbon atom(s) (b) 0.01 % to 10 % by weight a non-ionic surfactant; selected from the group consisting of (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (c) a cosmetically acceptable base, being a vanishing cream, comprising 6 to 25 % hystric acid by weight of the composition.
Connector for connecting a support made of wood, particularly glued laminated timber, with a vertical component, which support has a lower chord made of steel, comprising two fittings (12, 13), of which one can be mounted with its one side on a face side (10, 11) of the support and the other one can be mounted with its one side on the vertical component, wherein the fittings (12, 13) can be brought into abutment with their respective other sides (16, 17), and two clamping jaws (23, 24) which grasp the fittings (12, 13) on diametrical ends (19, 20, 21, 22) and can be clamped against one another by means of at least one tensioning member running approximately parallel to said other sides (16, 17), wherein one of the clamping jaws (23, 24) has an anchorage or a tensioning device for the lower chord of the support.
A lithographic apparatus comprising an off-axis level sensor arrangement for measuring a position of a surface of a photosensitive layer of a substrate on a substrate support of the lithographic apparatus, the level sensor arrangement comprising: - a light source arranged to emit radiation towards the substrate and - a radiation detector arranged to measure the radiation emitted by the light source and specularly reflected from the substrate, characterized in that the radiation detector is arranged to measure radiation in a measurement wavelength range in which the photosensitive layer to be used for processing the substrate is sensitive. - a light source arranged to emit radiation towards the substrate and - a radiation detector arranged to measure the radiation emitted by the light source and specularly reflected from the substrate, characterized in that the radiation detector is arranged to measure radiation in a measurement wavelength range in which the photosensitive layer to be used for processing the substrate is sensitive.