mhurhangee/ep-ind-claims huggingface dataset:
A device for measuring a temperature of a molten metal bath, comprising (a) a cored wire (1, 1'-1′′′ʺ) having an immersion end and an opposite end, the cored wire (1, 1'-1′′′ʺ) comprising an optical fiber (2, 2'-2′′′ʺ), a first metal tube (3, 3'-3′′′ʺ) accommodating the optical fiber (2, 2'-2′′′ʺ), a filler layer (4, 4'-4′′′ʺ) surrounding the first metal tube (3, 3'-3′′′ʺ) and a second metal tube (5, 5'-5′′′ʺ) accommodating the filler layer (4, 4'-4′′′ʺ), and (b) a detector to receive a signal transmitted by the optical fiber (2, 2'-2′′′ʺ), the detector being coupled to the opposite end of the cored wire (1, 1'-1′′′ʺ), wherein the first metal tube (3, 3'-3′′′ʺ) has a yield force of at least 140 N, wherein the yield force is defined as the product of the yield stress of the first metal tube (3, 3'-3""') and the cross-sectional area of the first metal tube (3, 3'-3′′′ʺ) and wherein the first metal tube (3, 3'-3′′′ʺ) has a cross sectional area defined by the thickness of the walls of the first metal tube and a total cross sectional area defined by the outer diameter, wherein the cross sectional area defined by the thickness of the walls of the first metal tube is less than 45 % the total cross sectional area of the first metal tube and wherein the filler layer (4, 4'-4′′′ʺ) has a density in the range of 0,3 - 1,1 g/cm 3 and comprises a filler layer material which is an organic material having an ash content of not more than 10 mass-%. (a) a cored wire (1, 1'-1′′′ʺ) having an immersion end and an opposite end, the cored wire (1, 1'-1′′′ʺ) comprising an optical fiber (2, 2'-2′′′ʺ), a first metal tube (3, 3'-3′′′ʺ) accommodating the optical fiber (2, 2'-2′′′ʺ), a filler layer (4, 4'-4′′′ʺ) surrounding the first metal tube (3, 3'-3′′′ʺ) and a second metal tube (5, 5'-5′′′ʺ) accommodating the filler layer (4, 4'-4′′′ʺ), and an optical fiber (2, 2'-2′′′ʺ), a first metal tube (3, 3'-3′′′ʺ) accommodating the optical fiber (2, 2'-2′′′ʺ), a filler layer (4, 4'-4′′′ʺ) surrounding the first metal tube (3, 3'-3′′′ʺ) and a second metal tube (5, 5'-5′′′ʺ) accommodating the filler layer (4, 4'-4′′′ʺ), and (b) a detector to receive a signal transmitted by the optical fiber (2, 2'-2′′′ʺ), the detector being coupled to the opposite end of the cored wire (1, 1'-1′′′ʺ), wherein the first metal tube (3, 3'-3′′′ʺ) has a yield force of at least 140 N, wherein the yield force is defined as the product of the yield stress of the first metal tube (3, 3'-3""') and the cross-sectional area of the first metal tube (3, 3'-3′′′ʺ) and wherein the first metal tube (3, 3'-3′′′ʺ) has a cross sectional area defined by the thickness of the walls of the first metal tube and a total cross sectional area defined by the outer diameter, wherein the cross sectional area defined by the thickness of the walls of the first metal tube is less than 45 % the total cross sectional area of the first metal tube and wherein the filler layer (4, 4'-4′′′ʺ) has a density in the range of 0,3 - 1,1 g/cm 3 and comprises a filler layer material which is an organic material having an ash content of not more than 10 mass-%.
A method of entropy coding for source symbols in an encoder comprising: receiving a current source symbol, determining a prefix part and any suffix part for the current symbol, deriving a first binary string by binarizing a first prefix part related to the prefix part using a first variable length code, if a test value related to the prefix part is greater than or equal to a threshold, otherwise deriving a second binary string by binarizing a second prefix part related to the prefix part using a second variable length code or a first fixed-length code; deriving a third binary string by binarizing the suffix part using a second fixed-length code or a first truncated binary code if any suffix exists; encoding a syntax structure, comprising at least one flag, indicating whether the first prefix part or the second prefix part is to be used for reconstruction during decoding; and encoding exclusively either the first binary string or the second binary string using context-adaptive binary arithmetic coding, CABAC, mode in accordance with the indication of the syntax structure. receiving a current source symbol, determining a prefix part and any suffix part for the current symbol, deriving a first binary string by binarizing a first prefix part related to the prefix part using a first variable length code, if a test value related to the prefix part is greater than or equal to a threshold, otherwise deriving a second binary string by binarizing a second prefix part related to the prefix part using a second variable length code or a first fixed-length code; deriving a third binary string by binarizing the suffix part using a second fixed-length code or a first truncated binary code if any suffix exists; encoding a syntax structure, comprising at least one flag, indicating whether the first prefix part or the second prefix part is to be used for reconstruction during decoding; and encoding exclusively either the first binary string or the second binary string using context-adaptive binary arithmetic coding, CABAC, mode in accordance with the indication of the syntax structure.
Binding folder for the binding of a bundle of leaves, which binding folder essentially consists of a spine with at least one cover sheet, whereby the spine comprises a U-shaped profile with a bottom and two upright arms (7a, 7b), whereby the cover sheet is attached to one of the arms, whereby the binding folder is provided with a layer of glue to attach the bundle of leaves in the binding folder, whereby the layer of glue is applied on a rigid extension of said arm such that the layer of glue in relation to the U-shaped profile cannot be folded or moved, characterised in that the rigid extension of said arm is realized by: - said arm of the spine being longer than the other arm, whereby the layer of glue is applied onto or on the level of the extended part of said arm; or by: - attaching the cover sheet to said arm with a rigid or stiff adhesion, whereby the layer of glue is applied on the level of this rigid or stiff adhesion. - said arm of the spine being longer than the other arm, whereby the layer of glue is applied onto or on the level of the extended part of said arm; - attaching the cover sheet to said arm with a rigid or stiff adhesion, whereby the layer of glue is applied on the level of this rigid or stiff adhesion.
A solenoid valve, comprising: a solenoid portion, the solenoid portion including a detection device; a valve body; an armature assembly, the armature assembly having a first end extending through the solenoid portion and a second end extending into the valve body; and a detection plate, the detection plate configured to interact with the detection device to produce a signal indicating whether the solenoid portion is installed on the valve body; characterised in that the solenoid portion is disposed between the valve body and the detection plate. a solenoid portion, the solenoid portion including a detection device; a valve body; an armature assembly, the armature assembly having a first end extending through the solenoid portion and a second end extending into the valve body; and a detection plate, the detection plate configured to interact with the detection device to produce a signal indicating whether the solenoid portion is installed on the valve body; characterised in that the solenoid portion is disposed between the valve body and the detection plate.
Method for dynamic assignment of a serving network node in an IMS communications network comprising a predetermined number of serving network nodes, said method comprising: a network node receiving a service request associated with a user equipment, another network (104, 105), or an application server (120, 122), and wherein the service request is not a request for registration or re-registration; providing load information to the network node associated with said serving network nodes in the IMS communications network; in response to said service request, the network node assigning one of said predetermined number of serving network nodes to said user equipment, said other network (104, 105) or said application server (120, 122) on the basis of said load information; and the assigned serving network node routing said service request to an application server comprising a service associated with the service request. a network node receiving a service request associated with a user equipment, another network (104, 105), or an application server (120, 122), and wherein the service request is not a request for registration or re-registration; providing load information to the network node associated with said serving network nodes in the IMS communications network; in response to said service request, the network node assigning one of said predetermined number of serving network nodes to said user equipment, said other network (104, 105) or said application server (120, 122) on the basis of said load information; and the assigned serving network node routing said service request to an application server comprising a service associated with the service request.
A method for preparing a surface of a composite structure for bonding and pre-bond surface inspection, said method comprising: providing a peel ply, said peel ply comprising a surface, and said surface of said peel ply comprising an identifiable marking agent; placing said peel ply on a surface of a composite substrate, wherein said surface of said peel ply is in contact with said surface of said composite substrate; co-curing said peel ply and said composite substrate; removing said peel ply from said composite substrate to form a modified surface of said composite substrate; and inspecting said composite substrate for said identifiable marking agent transferred to said modified surface, wherein said identifiable marking agent is evidence of residue transferred from said peel ply to said composite substrate, ablating said modified surface to remove said identifiable marking agent and said residue; and inspecting said modified surface after said ablating step for said identifiable marking agent. providing a peel ply, said peel ply comprising a surface, and said surface of said peel ply comprising an identifiable marking agent; placing said peel ply on a surface of a composite substrate, wherein said surface of said peel ply is in contact with said surface of said composite substrate; co-curing said peel ply and said composite substrate; removing said peel ply from said composite substrate to form a modified surface of said composite substrate; and inspecting said composite substrate for said identifiable marking agent transferred to said modified surface, wherein said identifiable marking agent is evidence of residue transferred from said peel ply to said composite substrate, ablating said modified surface to remove said identifiable marking agent and said residue; and inspecting said modified surface after said ablating step for said identifiable marking agent.
A conveyor device for conveying flat articles on edge, including at least one back belt and at least one front belt (105a, 105b) that define a first nip zone for conveying said flat articles along a first path, said conveyor device including at least one conveying strip provided with a first slide plate serving to support said flat articles being conveyed along said first path, characterized in that said conveying strip is mounted to move between a working position in which it is situated in the environment close to said first nip zone, said first slide plate being substantially aligned with said first nip zone, and a retracted position, in which it is remote from the first nip zone, said slide plate being taken out of alignment with said first nip zone for the purpose of allowing access to said first nip zone, and in that said conveyor device has at least one actuation axis arranged to guide the conveying strip along a sliding pivot coupling between its working and retracted positions.
Crystalline form of Bosentan sodium salt of formula characterized in that the crystal form includes, as part of its crystalline structure, stoichiometric or non-stoichiometric amount of ethylene glycol.
A downhole cutting tool, comprising a cylindrical housing (100, 125, 300, 325); a reaction chamber (101, 201, 301,401) formed within the cylindrical housing, the chamber comprising a thermite or thermate (145, 245, 345); an igniter (102, 202, 302, 402) in operational contact with the thermite or thermate; one or more exits through the cylindrical exterior of the housing (100, 125, 300,325); and one or more frangible seals (119, 225, 319, 419) separating the exits from the reaction chamber, and configured to break upon application of a threshold pressure inside the reaction chamber, thus bringing the reaction chamber and the one or more exits into fluid communication without any moving parts; characterised in that the tool comprises one or more fluid pathways having a beginning at the reaction chamber, traversing through a base of the reaction chamber and extending through the tool to the one or more exits, with each frangible seal positioned either in a fluid pathway intermediately between the reaction chamber and an exit, or at an exit. a cylindrical housing (100, 125, 300, 325); a reaction chamber (101, 201, 301,401) formed within the cylindrical housing, the chamber comprising a thermite or thermate (145, 245, 345); an igniter (102, 202, 302, 402) in operational contact with the thermite or thermate; one or more exits through the cylindrical exterior of the housing (100, 125, 300,325); and one or more frangible seals (119, 225, 319, 419) separating the exits from the reaction chamber, and configured to break upon application of a threshold pressure inside the reaction chamber, thus bringing the reaction chamber and the one or more exits into fluid communication without any moving parts; characterised in that the tool comprises one or more fluid pathways having a beginning at the reaction chamber, traversing through a base of the reaction chamber and extending through the tool to the one or more exits, with each frangible seal positioned either in a fluid pathway intermediately between the reaction chamber and an exit, or at an exit.
Text plate blank for a processing device, in particular a laser plotter, for producing a text plate for a, preferably manually operable, stamp that consists of a flexible base material, wherein in order to obtain an even surface of the flexible base material for further processing the base material is positioned on a base plate, such that it can be removed, and the base plate is made of a solid material having high stiffness, characterised in that a double-sided adhesive tape is provided for attaching the flexible base material to the base plate.
A method of manufacturing a thermoplastic polyurethane infused material for use in construction of a shoe, the method comprising: applying TPU in a liquid form to at least one surface of a flexible mesh material, by submersion of the material in a liquid PTU, to form a TPU infused material; curing the TPU infused material; cutting the TPU infused material into a pattern useable in construction of the shoe; and heat molding the pattern of TPU infused material to form a molded portion.
An adaptive X-ray anti-scatter device for placement in a source-detector axis of an X-ray imager comprising: - an anti-scatter filter having a source orientable surface and a detector orientable surface, wherein the anti-scatter filter comprises a plurality of realignable slats for absorbing incident X-rays, wherein the slats are separated by a plurality of interstitial portions; and - a first actively deformable member comprising a first set of one or more actively deformable actuators (28a, 28b) disposed across a first region of the first actively deformable member, wherein at least a portion of the first set of one or more actively deformable actuators is partially or fully recessed within the interstitial portions of the anti-scatter filter, and wherein at least one actuator of the first set of one or more actively deformable actuators is in contact with at least one realignable slat of the plurality of slats, the at least one actuator being configured to change the alignment of the corresponding at least one realignable slat in relation to the source-detector axis. - an anti-scatter filter having a source orientable surface and a detector orientable surface, wherein the anti-scatter filter comprises a plurality of realignable slats for absorbing incident X-rays, wherein the slats are separated by a plurality of interstitial portions; and - a first actively deformable member comprising a first set of one or more actively deformable actuators (28a, 28b) disposed across a first region of the first actively deformable member, wherein at least a portion of the first set of one or more actively deformable actuators is partially or fully recessed within the interstitial portions of the anti-scatter filter, and wherein at least one actuator of the first set of one or more actively deformable actuators is in contact with at least one realignable slat of the plurality of slats, the at least one actuator being configured to change the alignment of the corresponding at least one realignable slat in relation to the source-detector axis.
A filter coffee machine having a hopper and at least one insert (220,230), wherein each insert is adapted to be arranged in a deployed position, wherein said insert changes the shape or size of an inside of the hopper, and a stowed position, wherein said insert does not affect the shape or size of the inside of the hopper; characterized in that a plurality of inserts (220, 230) are provided, each insert being adapted to change the shape or size of the inside of the hopper in order to support a different size or shape filter; wherein each insert (220, 230) is movably attached to the filter coffee machine; wherein each insert (220, 230) is pivoted to the filter coffee machine in order to move between the stowed and deployed positions; and wherein each insert (220, 230) is pivoted at a common axis.
A peptide, or pharmaceutically acceptable salt thereof, for use in the treatment of a bacterial infection wherein the peptide consists of between 100 and 200 contiguous lysine amino acids.
Cooking accessory, particularly for an electric cooking appliance, comprising a single cooking support (27; 27') and a removable gripping handle, the cooking support (27; 27') having a single gripping member (28; 28'), where the removable gripping handle is intended to be mounted on the gripping member (28; 28') to lift the cooking support (27; 27'), where a main body of the removable gripping handle is elongated, where the cooking support (27; 27') comprises one or more food reception areas (29; 29'a, 29'b, 29'c) arranged at the periphery of the gripping member (28; 28'), characterised in that the food reception area or areas (29; 29'a, 29'b, 29'c) surround the gripping member (28; 28'), and in that the removable gripping handle mounted on the gripping member (28; 28') extends above the, or at least one of the, food reception areas (29; 29'a, 29'b, 29'c).
A friction group comprising a plurality of inner discs and a plurality of outer discs, wherein the inner discs and the outer discs are arranged alternatingly in an axial direction, and wherein at least one freely rotational friction ring is arranged between each of the inner discs and the outer discs, and wherein the inner discs and/or the outer discs are adjustable relative to each another in the axial direction to form a frictional connection with the friction rings, characterised in that the friction rings are made from of at least one resin which contains at least one additive, or a sintered material, wherein the friction rings have at least one compacted area and at least one non-compacted area on each surface facing an inner disc and each surface facing an outer disc, and/or at least one area that is less compacted than the compacted area.
A stereochemically pure compound with a stereochemical purity of at least 80% according to Formula: where R 1 is independently selected from phenyl or thienyl, both optionally substituted with an alkyl, alkoxy, halo or a COOR group; where R 2 is independently selected from phenyl, thienyl, cyclopentyl, cyclohexyl, 1-alkylcyclopentyl, 1-alkylcyclohexyl, 1-hydroxycyclopentyl or 1-hydroxycyclohexyl, where phenyl, thienyl, cyclopentyl, cyclohexyl, 1-alkylcyclopentyl, 1-alkylcyclohexyl, 1-hydroxycyclopentyl or 1-hydroxycyclohexyl are optionally substituted with an alkoxy, halo or a COOR group; or where R 1 and R 2 together are 9-xanthenyl where 9-xanthenyl is substituted on either or both benzene rings with alkyl, alkoxy, halo or a COOR groups; where R 3 is OH; where R 4 and R 5 are independently selected from C 1 -C 4 alkyl, alkoxycarbonylalkyl, aralkyl, or aryloxyalkyl where alkoxycarbonylalkyl and/or aralkyl are optionally substituted with an alkyl, alkoxy, halo, or a COOR group; or where R 4 and R 5 together with the nitrogen atom to which they are attached form a five- or six-membered ring optionally substituted with aryl or aryloxy; where R is a C 1 -C 4 alkyl; where *, **, and are each independently a stereocenter, and wherein the stereocenters *, **, and *** are present in one of the following combinations: (i) * is, * is, and * is, or (ii) * is, * is, and * is, or (iii) * is, ** is, and *** is, or (iv) * is, ** is, and *** is; and x ⊖ represents a pharmaceutically acceptable anion. (i) * is, * is, and * is, or (ii) * is, * is, and * is, or (iii) * is, ** is, and *** is, or (iv) * is, ** is, and *** is; and