mhurhangee/ep-ind-claims huggingface dataset:
A method of refilling ink, in which an ink cartridge is refilled with ink, wherein a translucent part is provided on the ink cartridge; the ink is refilled from a position at which the translucent part is provided; and characterized in that the translucent part has: a first translucent part comprising a prism; and a second translucent part comprising a member that allows light to pass through; the method further comprising forming a through hole that penetrates through the first or second translucent part, and refilling the ink through the through hole. a first translucent part comprising a prism; and a second translucent part comprising a member that allows light to pass through; the method further comprising forming a through hole that penetrates through the first or second translucent part, and refilling the ink through the through hole.
A method comprising: (a) determining a multi-channel combined scan interval value as a function of a first multi-channel scan interval value and a second multi-channel scan interval value wherein the multi-channel combined scan interval value is an interval of time between multi-channel combined scan operations; adjusting the second multi-channel scan interval value based on an amount of data traffic. (a) determining a multi-channel combined scan interval value as a function of a first multi-channel scan interval value and a second multi-channel scan interval value wherein the multi-channel combined scan interval value is an interval of time between multi-channel combined scan operations; adjusting the second multi-channel scan interval value based on an amount of data traffic.
A chimeric PAM4 antibody or fragment thereof, wherein said antibody or fragment thereof comprises the PAM4 V k polypeptide sequence of Fig. 2A or Fig. 2C, and the PAM4 V h polypeptide sequence of Fig. 2B or Fig. 2D.
A power inductor (50, 100, 123, 142, 170, 180, 200) comprising: a magnetic core material (60, 104, 124, 144, 172, 188, 204) having first and second ends; an inner cavity (64, 108, 126, 146, 174, 190, 206) arranged in said magnetic core material that extends from said first end to said second end; a first conductor (54, 112, 130, 150, 184, 210) that passes through said cavity; a slotted air gap (70, 70', 120, 122, 138, 140, 156, 175, 192) arranged in said magnetic core material that extends from said first end to said second end, characterised in that width of said slotted air gap is less than a width of the inner cavity; and an eddy current reducing material (84, 84') is arranged adjacent to an inner opening of said slotted air gap in said cavity between said slotted air gap and said first conductor, wherein said eddy current reducing material has a permeability that is lower than said magnetic core material and higher than air. a magnetic core material (60, 104, 124, 144, 172, 188, 204) having first and second ends; an inner cavity (64, 108, 126, 146, 174, 190, 206) arranged in said magnetic core material that extends from said first end to said second end; a first conductor (54, 112, 130, 150, 184, 210) that passes through said cavity; a slotted air gap (70, 70', 120, 122, 138, 140, 156, 175, 192) arranged in said magnetic core material that extends from said first end to said second end, characterised in that width of said slotted air gap is less than a width of the inner cavity; and an eddy current reducing material (84, 84') is arranged adjacent to an inner opening of said slotted air gap in said cavity between said slotted air gap and said first conductor, wherein said eddy current reducing material has a permeability that is lower than said magnetic core material and higher than air.
An energy generating system for generating energy from a sea tide comprising a dam (3,61) configured to isolate a water containment area from a sea, the dam (3,61) comprising at least one variable height dam element, a buoyancy means (17,27) co-operable with each dam element and configured to control the height of the corresponding dam element in response to a level of water, the dam element being configured to define a water race between the water containment area and the sea to allow water flow therethrough between the sea and the water containment area, and a water wheel operably located in each water race configured to produce usable energy, characterised in that each dam element comprises a plurality of dam panels hingedly connected in series.
A low-temperature drying apparatus comprising: a furnace body; an object holder that holds an object to be dried so that the object to be dried is placed in the furnace body; an infrared light transmitting plate arranged on a surface of the furnace body that faces the object holder; and an infrared heater disposed to face the infrared light transmitting plate in an open space outside the furnace body; characterised in that the apparatus further comprises a cooling flow generating device (40,45) that generates a cooling flow in a space between the object to be dried that is held by the object holder and the infrared light transmitting plate; and, at least a side surface of the furnace body is a metal surface having no heat-insulating material. a furnace body; an object holder that holds an object to be dried so that the object to be dried is placed in the furnace body; an infrared light transmitting plate arranged on a surface of the furnace body that faces the object holder; and an infrared heater disposed to face the infrared light transmitting plate in an open space outside the furnace body; characterised in that the apparatus further comprises a cooling flow generating device (40,45) that generates a cooling flow in a space between the object to be dried that is held by the object holder and the infrared light transmitting plate; and, at least a side surface of the furnace body is a metal surface having no heat-insulating material.
A metal complex being a compound represented by formula: wherein M 11 represents platinum; L 11, L 12, L 13, L 14, and L 15 each represent a ligand to coordinate to M 11; L 11 and L 14 do not combine together via an atomic group, to form a cyclic ligand; L 15 does not bond to both L 11 and L 14, to form a cyclic ligand; Y 11, Y 12, and Y 13 each represent a linking group, a single bond, or a double bond; a bond between L 11 and Y 12, a bond between Y 12 and L 12, a bond between L 12 and Y 11, a bond between Y 11 and L 13, a bond between L 13 and Y 13, and a bond between Y 13 and L 14 each represent a single bond, or a double bond; n 11 represents 0 to 4, provided that the metal complex is not a metal complex having no carbon-metal bond. M 11 represents platinum; L 11, L 12, L 13, L 14, and L 15 each represent a ligand to coordinate to M 11; L 11 and L 14 do not combine together via an atomic group, to form a cyclic ligand; L 15 does not bond to both L 11 and L 14, to form a cyclic ligand; Y 11, Y 12, and Y 13 each represent a linking group, a single bond, or a double bond; a bond between L 11 and Y 12, a bond between Y 12 and L 12, a bond between L 12 and Y 11, a bond between Y 11 and L 13, a bond between L 13 and Y 13, and a bond between Y 13 and L 14 each represent a single bond, or a double bond; n 11 represents 0 to 4, provided that the metal complex is not a metal complex having no carbon-metal bond.
An enzyme immobilization composition, comprising one or more enzymes, a humectant, an acrylic-based monomer, a water-soluble organic photo-initiator and a water-soluble acrylic-based cross-linker in a homogeneous aqueous mixture.
Compound according to formula I: wherein: • R2 is a bridging moiety containing at least one sp2 hybridised carbon atom; • each R4, R4', R7 and R7' are hydrogen or moieties comprising 1-10 carbon atoms, wherein each R4, R4', R7 and R7' are the same; • each R5, R5', R6 and R6' are moieties comprising 1-10 carbon atoms, wherein each R5, R5', R6 and R6' are the same; and • Z is a moiety selected from ZrX2, HfX2, or TiX2, wherein X is selected from the group of halogens, alkyls, aryls and aralkyls. • R2 is a bridging moiety containing at least one sp2 hybridised carbon atom; • each R4, R4', R7 and R7' are hydrogen or moieties comprising 1-10 carbon atoms, wherein each R4, R4', R7 and R7' are the same; • each R5, R5', R6 and R6' are moieties comprising 1-10 carbon atoms, wherein each R5, R5', R6 and R6' are the same; and • Z is a moiety selected from ZrX2, HfX2, or TiX2, wherein X is selected from the group of halogens, alkyls, aryls and aralkyls.
A stochastic rounding circuit comprising: carry-save adder logic having three or more CSA inputs, a CSA sum output and a CSA carry output, wherein a random number value is presented at a particular CSA input from the three or more CSA inputs; adder logic having at least a plurality of adder inputs and a sum output; wherein the CSA carry output of the CSA logic is coupled with a first input of the plurality of adder inputs of the adder logic, and the CSA sum output of the CSA logic is coupled with a second input of the plurality of adder inputs of the adder logic; wherein a particular number of most significant bits of the sum output of the adder logic represent a stochastically rounded sum of at least two CSA inputs, other than the particular input, from the three or more CSA inputs of the CSA logic. carry-save adder logic having three or more CSA inputs, a CSA sum output and a CSA carry output, wherein a random number value is presented at a particular CSA input from the three or more CSA inputs; adder logic having at least a plurality of adder inputs and a sum output; wherein the CSA carry output of the CSA logic is coupled with a first input of the plurality of adder inputs of the adder logic, and the CSA sum output of the CSA logic is coupled with a second input of the plurality of adder inputs of the adder logic; wherein a particular number of most significant bits of the sum output of the adder logic represent a stochastically rounded sum of at least two CSA inputs, other than the particular input, from the three or more CSA inputs of the CSA logic.
Height adjustable toilet support frame, comprising: - a base frame mountable to a floor and against an upstanding wall; - a sub frame slidable along a front side of the base frame, which sub frame has mounting points for a toilet bowl, a discharge opening and a flush opening for connection with the toilet bowl; - a flush reservoir connected to the flush opening; - a length adjustable discharge pipe arranged between the discharge opening and the base frame; - an actuator for moving the sub frame along the base frame in order to adjust the height of a toilet bowl mounted to the mounting points; and - a housing arranged around the base frame and attached to the sub frame for covering the exposed sides of the base frame, characterized by - at least one access door arranged in a side of the housing perpendicular to the front side of the base frame to reach internal parts of the support frame through an access opening. - a base frame mountable to a floor and against an upstanding wall; - a sub frame slidable along a front side of the base frame, which sub frame has mounting points for a toilet bowl, a discharge opening and a flush opening for connection with the toilet bowl; - a flush reservoir connected to the flush opening; - a length adjustable discharge pipe arranged between the discharge opening and the base frame; - an actuator for moving the sub frame along the base frame in order to adjust the height of a toilet bowl mounted to the mounting points; and - a housing arranged around the base frame and attached to the sub frame for covering the exposed sides of the base frame, characterized by - at least one access door arranged in a side of the housing perpendicular to the front side of the base frame to reach internal parts of the support frame through an access opening.
An oral care implement comprising: a head portion having a front surface; a plurality of bristle tufts extending from the front surface; a cup member (720, 820, 920) extending from the front surface of the head portion along a first axis (C-C), the cup member (720, 820, 920) comprising: a top surface (721, 821, 921); a plurality of grooves (730, 830, 930) formed into the top surface (721, 821, 921); a plurality of rib members (750, 850, 950), wherein adjacent ones of the grooves (730, 830, 930) are separated by one of the rib members (750, 850, 950), each of the rib members (750, 850, 950) extending along a rib axis (R 1, R 2) that extends radially outward from the first axis (C-C), and wherein each of the rib members (750, 850, 950) has a thickness that increases with distance from the first axis (C-C). a head portion having a front surface; a plurality of bristle tufts extending from the front surface; a cup member (720, 820, 920) extending from the front surface of the head portion along a first axis (C-C), the cup member (720, 820, 920) comprising: a top surface (721, 821, 921); a plurality of grooves (730, 830, 930) formed into the top surface (721, 821, 921); a top surface (721, 821, 921); a plurality of grooves (730, 830, 930) formed into the top surface (721, 821, 921); a plurality of rib members (750, 850, 950), wherein adjacent ones of the grooves (730, 830, 930) are separated by one of the rib members (750, 850, 950), each of the rib members (750, 850, 950) extending along a rib axis (R 1, R 2) that extends radially outward from the first axis (C-C), and wherein each of the rib members (750, 850, 950) has a thickness that increases with distance from the first axis (C-C).
A linear array antenna comprising: at least two antenna elements (1020,1022), each antenna element of the at least two antenna elements being axially-aligned and axially-spaced by about λ/4 from adjacent ones of the at least two antenna elements, and including a number of substantially linear conductive segments forming a loop, wherein polarization diversity is provided by at least one driven antenna element of the at least two antenna elements, the at least one driven antenna element providing horizontal and vertical polarizations, the at least one driven element including one or more feed points for the horizontal polarization and one or more feed points for the vertical polarization; a plurality of inductors (802, 902) each disposed at a corner of the loop; and a switching circuit (818, 918, 1018) configured to switch between the one or more feed points to alternately provide the horizontal and vertical polarizations. at least two antenna elements (1020,1022), each antenna element of the at least two antenna elements being axially-aligned and axially-spaced by about λ/4 from adjacent ones of the at least two antenna elements, and including a number of substantially linear conductive segments forming a loop, wherein polarization diversity is provided by at least one driven antenna element of the at least two antenna elements, the at least one driven antenna element providing horizontal and vertical polarizations, the at least one driven element including one or more feed points for the horizontal polarization and one or more feed points for the vertical polarization; a plurality of inductors (802, 902) each disposed at a corner of the loop; and a switching circuit (818, 918, 1018) configured to switch between the one or more feed points to alternately provide the horizontal and vertical polarizations.
A method for manufacturing a fiber-reinforced plastic molded article, comprising the steps of: mounting a cured fiber-reinforced composite member in a first mold; accommodating a fabric to be joined to the fiber-reinforced composite member in a second mold; accommodating the second mold in a fixing member; mounting the fixing member on the fiber-reinforced composite member by positioning a positioning portion provided on the fixing member with respect to a positioning part provided on the fiber-reinforced composite member; and injecting the fiber-reinforced composite member and the fabric accommodated in the first mold and the second mold with resin. mounting a cured fiber-reinforced composite member in a first mold; accommodating a fabric to be joined to the fiber-reinforced composite member in a second mold; accommodating the second mold in a fixing member; mounting the fixing member on the fiber-reinforced composite member by positioning a positioning portion provided on the fixing member with respect to a positioning part provided on the fiber-reinforced composite member; and injecting the fiber-reinforced composite member and the fabric accommodated in the first mold and the second mold with resin.
A method for the semi-permanent coloration of human hair, said method comprising treating human hair with a dye mixture comprised in a formulation, wherein said mixture comprises a multiplicity of polyphenolic materials, wherein said materials are obtained from a botanical source; wherein said polyphenolic materials comprise anthocyanin compounds and said anthocyanin compounds are aglycone anthocyanidins or glycosylated anthocyanins of the formula: wherein R 1 and R 2 are, independently, H, OH or OCH 3, R 3 is OH (aglycone anthocyanidins) or an O -glycosyl group (glycosylated anthocyanins), and X is a counterion which may optionally be selected from chloride, bromide, iodide, sulphate, bisulphate, carbonate, bicarbonate, citrate, formate, acetate or tartrate, wherein said formulation is a shampoo and/or a conditioner; wherein said formulation comprises concentrations of said anthocyanins of between 0.01 and 0.40 wt% of the formulation; and wherein said formulation provides a "silverising" effect.
An apparatus for additive manufacturing comprising: at least two material dispensing heads (124, 224) configured to deposit a material by extrusion to form at least one layer of a 3D object; an actuation mechanism constructed to independently move the at least two material dispensing heads (124, 224) relative to a support configured to support the at least one layer of the 3D object being constructed, wherein at least one material dispensing head (124, 224) is configured to move with respect to another dispensing head in a plane parallel to a support plane and also in a direction perpendicular to the support plane of the at least one 3D object; a computer configured to generate and control at least one dispensing head (124, 224) travel trajectory and a material dispensing function of each of the at least two material dispensing heads (124, 224); and wherein at least a part of the material dispensing function of the at least two material dispensing heads (124, 224) is performed simultaneously. at least two material dispensing heads (124, 224) configured to deposit a material by extrusion to form at least one layer of a 3D object; an actuation mechanism constructed to independently move the at least two material dispensing heads (124, 224) relative to a support configured to support the at least one layer of the 3D object being constructed, wherein at least one material dispensing head (124, 224) is configured to move with respect to another dispensing head in a plane parallel to a support plane and also in a direction perpendicular to the support plane of the at least one 3D object; a computer configured to generate and control at least one dispensing head (124, 224) travel trajectory and a material dispensing function of each of the at least two material dispensing heads (124, 224); and wherein at least a part of the material dispensing function of the at least two material dispensing heads (124, 224) is performed simultaneously.
A host cell comprising an active 3-hydroxypropionate pathway and a heterologous polynucleotide encoding a 3-hydroxypropionate dehydrogenase variant having 3-hydroxypropionate dehydrogenase activity, wherein the variant comprises or consists of SEQ ID NO: 10, 12, 20, 21, 22, 23, 24, 25, 26, 27, 29, 30, 32, or 81.
A method for graphically displaying airspace on an aircraft cockpit display, the method comprising: retrieving aircraft data from a database; retrieving airspace data from a database; displaying (508, 510) the aircraft data on the display; displaying a visual representation of the airspace surrounding the aircraft, the airspace name, and a permitted maximum speed within the airspace on the display; determining whether a speed of the aircraft exceeds the permitted maximum speed in the airspace; and altering the visual representation of the airspace, when it is determined that the aircraft exceeds the permitted maximum speed in the airspace. retrieving aircraft data from a database; retrieving airspace data from a database; displaying (508, 510) the aircraft data on the display; displaying a visual representation of the airspace surrounding the aircraft, the airspace name, and a permitted maximum speed within the airspace on the display; determining whether a speed of the aircraft exceeds the permitted maximum speed in the airspace; and altering the visual representation of the airspace, when it is determined that the aircraft exceeds the permitted maximum speed in the airspace.
A stand garment steamer comprising: - a base unit, - a support extending from the base unit, - a treatment board with a treatment surface against which fabric is positionable, the treatment board being supported and spaced from the base unit by the support, - an airflow generator in the base unit - at least one vent in the treatment surface through which fluid is passable, and - a fluid pathway fluidly communicating the airflow generator and the at least one vent, characterized in that - the airflow generator is reversible having a suction mode and a blowing mode, and by - a tilting mechanism connecting the support to the treatment board, the tilting mechanism being operable to allow the treatment board to be fixed in multiple operating orientations between vertical and horizontal positions, the fluid pathway fluidly communicating the reversible generator and the at least one vent irrespective of the operating orientation of the treatment board. - a base unit, - a support extending from the base unit, - a treatment board with a treatment surface against which fabric is positionable, the treatment board being supported and spaced from the base unit by the support, - an airflow generator in the base unit - at least one vent in the treatment surface through which fluid is passable, and - a fluid pathway fluidly communicating the airflow generator and the at least one vent, - the airflow generator is reversible having a suction mode and a blowing mode, and by - a tilting mechanism connecting the support to the treatment board, the tilting mechanism being operable to allow the treatment board to be fixed in multiple operating orientations between vertical and horizontal positions, the fluid pathway fluidly communicating the reversible generator and the at least one vent irrespective of the operating orientation of the treatment board.
A snow tool (1, 26) comprising a scoop comprising at least a rear wall, characterized in that the snow tool (1, 26) comprises a reinforcement element to be attached to the rear wall of the scoop for reinforcing a structure of the rear wall of the scoop, such that a user of the snow tool may support or kick his/her leg also heavily against the reinforcement element for boosting a penetration of the scoop into the snow, the reinforcement element comprising a front flange settling against a front surface of an upper part of the rear wall of the scoop and a rear flange settling against a rear surface (2d") of the upper part of the rear wall of the scoop, and that at least one of the scoop and the reinforcement element is made of plastic.