mhurhangee/patent-ind-claim-en huggingface dataset:
Insulation panel configured to serve as a substrate for attaching brick slips , which comprise an undercut longitudinal slot , to a wall, wherein the insulation panel - comprises first integrated anchoring means in the form of one or more anchoring ribs , wherein the anchoring ribs are protruding in use from the insulation panel surface in a direction facing away from the wall; wherein - the anchoring rib is configured for cooperation with the undercut longitudinal slot of a brick slip, wherein the anchoring rib comprises two protruding parts, which two protruding parts are flared surfaces, flared in a direction facing away from the panel; and wherein - the two protruding flared surfaces, flared in the direction facing away from the panel are movable towards each other to allow placement of the brick slip , characterised in that - the at least one anchoring rib comprises at least one longitudinal slot , which is provided in between two flared surfaces in the anchoring rib . - comprises first integrated anchoring means in the form of one or more anchoring ribs , wherein the anchoring ribs are protruding in use from the insulation panel surface in a direction facing away from the wall; wherein - the anchoring rib is configured for cooperation with the undercut longitudinal slot of a brick slip, wherein the anchoring rib comprises two protruding parts, which two protruding parts are flared surfaces, flared in a direction facing away from the panel; and wherein - the two protruding flared surfaces, flared in the direction facing away from the panel are movable towards each other to allow placement of the brick slip ,
A brachytherapy template , comprising: a disposable portion that includes an aperture layer that includes first apertures and a patient contact layer _that includes an adhesive on a surface thereof, wherein the patient contact layer _is formed from a flexible material, wherein the disposable portion further includes attachment posts (716A-D) connected to the aperture layer and the brachytherapy template further comprises a reusable portion that includes a first aperture plate that includes second apertures ; a housing ; a second aperture plate _that includes third apertures ; and a third aperture plate that includes fourth apertures , wherein the first aperture plate , the second aperture plate , and the third aperture plate are partially retained in the housing. a disposable portion that includes an aperture layer that includes first apertures and a patient contact layer _that includes an adhesive on a surface thereof, wherein the patient contact layer _is formed from a flexible material, wherein the disposable portion further includes attachment posts (716A-D) connected to the aperture layer and the brachytherapy template further comprises a reusable portion that includes a first aperture plate that includes second apertures ; a housing ; a second aperture plate _that includes third apertures ; and a third aperture plate that includes fourth apertures , wherein the first aperture plate , the second aperture plate , and the third aperture plate are partially retained in the housing.
Process for manufacturing a pizza comprising the steps of forming a dough; combining the dough with a topping selected from the group consisting of cheese, meat, vegetables and combinations of these; and applying a coating comprising sodium chloride to an exposed dough surface on the base of the pizza wherein at least 30 wt.% of the total sodium chloride in the coating and dough is present in the coating wherein the coating a. is a powder composition comprising sodium chloride; or b. comprises a dispersion of sodium chloride in oil; or c. is an aqueous solution comprising sodium chloride; and wherein if the coating is applied before the topping is applied then it should be applied, at least in part, to a surface which will remain exposed in the final product, and wherein at least 30 % of the total external dough surface area of the pizza has a coating comprising sodium chloride, and wherein the pizza contains less than 750 mg sodium chloride per 100 g. a. is a powder composition comprising sodium chloride; or b. comprises a dispersion of sodium chloride in oil; or c. is an aqueous solution comprising sodium chloride;
A defrost controller comprising: a housing ; processing circuitry positioned within the housing, and configured operate the defrost controller so as to control a defrost cycle for a heat pump based on the configuration of the heat pump; a user interface , comprising a display and controls operatively coupled to the processing circuitry, and a plurality of electrical connectors operatively coupled to the processing circuitry and supported by the housing, wherein the processing circuitry is configured to operate the defrost controller in a demand mode during a first time, wherein the processing circuitry is configured to initiate a defrost mode of the defrost cycle based on a difference between a first measurement of a first sensor and a second measurement of a second sensor satisfying a measurement threshold, wheein the first and second sensor are operatively coupled to the defrost controller; and wherein the processing circuitry is configured to operate the defrost controller in a timing mode during a second time different from the first time, in response to determining that the first sensor is not providing the first measurement or the second sensor is not providing the second measurement. a housing ; processing circuitry positioned within the housing, and configured operate the defrost controller so as to control a defrost cycle for a heat pump based on the configuration of the heat pump; a user interface , comprising a display and controls operatively coupled to the processing circuitry, and a plurality of electrical connectors operatively coupled to the processing circuitry and supported by the housing, wherein the processing circuitry is configured to operate the defrost controller in a demand mode during a first time, wherein the processing circuitry is configured to initiate a defrost mode of the defrost cycle based on a difference between a first measurement of a first sensor and a second measurement of a second sensor satisfying a measurement threshold, wheein the first and second sensor are operatively coupled to the defrost controller; and wherein the processing circuitry is configured to operate the defrost controller in a timing mode during a second time different from the first time, in response to determining that the first sensor is not providing the first measurement or the second sensor is not providing the second measurement.
A CMP polishing pad for polishing a semiconductor wafer, the polishing pad comprising: a polishing body having a polishing surface and a back surface , the polishing surface having a pattern of grooves characterised by said grooves comprising concentric polygons (304 508, 704, 706, 708, 902, 904, 910, 912, 914, 916, 1010, 1204), the pattern of grooves having no radial groove continuous from the inner most polygon to the outer most polygon , wherein all internal angles of each polygon are obtuse and wherein the centers of the concentric polygons are located at the center of the polishing pad.
A steam turbine comprising: a turbine casing ; a turbine rotor disposed in the turbine casing ; at least one bucket extending from the turbine rotor ; and at least one nozzle supported by the turbine casing ; wherein at least one hydrophilic surface pattern on a removal surface of at least one of the turbine casing , the bucket , and the nozzle is configured to, in use, direct moisture on the removal surface in a predetermined direction to enhance moisture management in the steam turbine ; characterised in that the hydrophilic surface pattern is configured to, in use, direct the moisture in a predetermined direction as a result of an orientation of a specific patterning of the hydrophilic surface pattern. a turbine casing ; a turbine rotor disposed in the turbine casing ; at least one bucket extending from the turbine rotor ; and at least one nozzle supported by the turbine casing ;
A delivery apparatus , comprising: a first shaft configured to rotate around a central longitudinal axis of the delivery apparatus to rotationally align a prosthetic valve mounted on the delivery apparatus with native anatomy at a target implantation site; a second shaft extending through the first shaft and having a distal end portion extending distally beyond a distal end portion of the first shaft ; a nose cone mounted on the distal end portion of the second shaft ; an inflatable balloon coupled to the distal end portion of the first shaft ; wherein the balloon is wrapped and folded around the second shaft at a valve mounting portion of the delivery apparatus , wherein the balloon includes a plurality of overlapping pleats when in its deflated configuration and when a prosthetic valve is mounted on and radially compressed around the balloon . a first shaft configured to rotate around a central longitudinal axis of the delivery apparatus to rotationally align a prosthetic valve mounted on the delivery apparatus with native anatomy at a target implantation site; a second shaft extending through the first shaft and having a distal end portion extending distally beyond a distal end portion of the first shaft ; a nose cone mounted on the distal end portion of the second shaft ; an inflatable balloon coupled to the distal end portion of the first shaft ; wherein the balloon is wrapped and folded around the second shaft at a valve mounting portion of the delivery apparatus , wherein the balloon includes a plurality of overlapping pleats when in its deflated configuration and when a prosthetic valve is mounted on and radially compressed around the balloon .
An oxidation catalyst for treating an exhaust gas produced by a diesel engine comprising a catalytic region and a substrate, wherein the catalytic region is free of rhodium and comprises a catalytic material comprising: iron or an oxide thereof; a platinum group metal which is both platinum and palladium at a weight ratio of 10:1 to 4:1; and a support material, which is a refractory oxide comprising alumina; wherein the platinum group metal and the iron or an oxide thereof is each supported on the support material. iron or an oxide thereof; a platinum group metal which is both platinum and palladium at a weight ratio of 10:1 to 4:1; and a support material, which is a refractory oxide comprising alumina; wherein the platinum group metal and the iron or an oxide thereof is each supported on the support material.
A functional sheet, comprising a polarizing or photochromic functional layer and protective layers provided on both surfaces of the functional layer, the protective layers comprising an aromatic polycarbonate resin sheet or film; wherein at least one of the protective layers is a co-extruded sheet or film comprising an aromatic polycarbonate resin layer and an acrylic-based resin layer provided on one surface or both surfaces of the aromatic polycarbonate resin layer, and characterised in that at least one surface of the functional sheet is of the acrylic-based resin layer.
An extrudable polymer composition comprising: a) a polylactic acid (PLA) base polymer; and b) a bicomponent fiber comprising a low melt temperature component selected from the group consisting of high density polyethylene (HDPE) and polylactic acid (PLA) and a high melt temperature component selected from the group consisting of PET, 100% PDLA, 100% PLLA or a 50/50 blend of 100% PDLA and 100% PLLA, and nylon, wherein the bicomponent fiber has an island-in-the-sea construction with the sea being the low melt temperature component and the island being the high melt temperature component, wherein the base polymer has a melt temperature of 20°C to 40°C lower than the high melt temperature component of the bicomponent fiber. a) a polylactic acid (PLA) base polymer; and b) a bicomponent fiber comprising a low melt temperature component selected from the group consisting of high density polyethylene (HDPE) and polylactic acid (PLA) and a high melt temperature component selected from the group consisting of PET, 100% PDLA, 100% PLLA or a 50/50 blend of 100% PDLA and 100% PLLA, and nylon, wherein the bicomponent fiber has an island-in-the-sea construction with the sea being the low melt temperature component and the island being the high melt temperature component,
A dishwasher comprising: a cabinet comprising a lateral panel and a top panel for defining an exterior appearance; a tub provided in the cabinet and providing a washing space; a door coupled to a front of the tub and opening and closing the washing space; and a weight balance coupled to a top surface of the tub and preventing the cabinet from tumbling down when the door is open, wherein the weight balance comprises, a body unit coupled to the top surface of the tub ; and an extended portion extended from each of lateral surfaces of the body unit located on the same plane with the body unit and spaced a preset distance apart from the lateral panel . a cabinet comprising a lateral panel and a top panel for defining an exterior appearance; a tub provided in the cabinet and providing a washing space; a door coupled to a front of the tub and opening and closing the washing space; and a weight balance coupled to a top surface of the tub and preventing the cabinet from tumbling down when the door is open, wherein the weight balance comprises, a body unit coupled to the top surface of the tub ; and an extended portion extended from each of lateral surfaces of the body unit located on the same plane with the body unit and spaced a preset distance apart from the lateral panel .
A medical device, comprising: an elongate member configured to be implanted within a patient's body, the elongate member including an outermost diameter and a plurality of support members disposed within a matrix of biodegradable or resorbable material; wherein degradation of the biodegradable or resorbable material results in a reduction of the outermost diameter; and wherein at least two of the support members are arranged non-concentrically; and wherein the elongate member does not include a lumen. an elongate member configured to be implanted within a patient's body, the elongate member including an outermost diameter and a plurality of support members disposed within a matrix of biodegradable or resorbable material; wherein degradation of the biodegradable or resorbable material results in a reduction of the outermost diameter; and wherein at least two of the support members are arranged non-concentrically; and wherein the elongate member does not include a lumen.
A data transmission method, comprising: obtaining , by an optical line terminal, OLT, a data template; obtaining , by the OLT, ONT data based on the data template; encoding, by the OLT, the ONT data according to an external data representation, XDR, format; and sending , by the OLT, encoded ONT data to a management server, wherein the management server is an Internet protocol detail record, IPDR server; wherein the obtaining, by an OLT, a data template comprises receiving, by the OLT, the data template sent by the management server, wherein the data template comprises at least two data types associated with an ONT, and further comprises an XDR object corresponding to each data type associated with the ONT such that one or more parameters, including a character data type and a data length that correspond to the ONT data in the data template are consistent with one or more parameters including a character data type and a data length that correspond to CM data in an IPDR data collection template defined in data over cable service interface specification, DOCSIS. obtaining , by an optical line terminal, OLT, a data template; obtaining , by the OLT, ONT data based on the data template; encoding, by the OLT, the ONT data according to an external data representation, XDR, format; and sending , by the OLT, encoded ONT data to a management server, wherein the management server is an Internet protocol detail record, IPDR server; wherein the obtaining, by an OLT, a data template comprises receiving, by the OLT, the data template sent by the management server, wherein the data template comprises at least two data types associated with an ONT, and further comprises an XDR object corresponding to each data type associated with the ONT such that one or more parameters, including a character data type and a data length that correspond to the ONT data in the data template are consistent with one or more parameters including a character data type and a data length that correspond to CM data in an IPDR data collection template defined in data over cable service interface specification, DOCSIS.
A method for assessing the efficacy of an immunotherapy administered to a patient, said immunotherapy comprising administration of GAD, comprising the following steps: - measuring at least GADA IgG subclass distribution in a first blood, plasma or serum sample obtained from said patient at a first point in time and in a second blood, plasma or serum sample obtained from said patient at a second, later, point in time; and - Comparing the so obtained measurements; wherein an increased relative amount of IgG 2 in the GADA IgG subclass distribution is indicative of an effective immunotherapy. - measuring at least GADA IgG subclass distribution in a first blood, plasma or serum sample obtained from said patient at a first point in time and in a second blood, plasma or serum sample obtained from said patient at a second, later, point in time; and - Comparing the so obtained measurements;
A closure module for closing and/or separating filled sausage casings connected via a sausage neck , comprising two stamps movable relative to and towards each other and arranged such that a sausage neck can be placed therebetween, the stamps being capable of clamping the sausage neck in a closed condition, and further comprising a first and a second electrode (2a, b), through which, in a closed condition of the stamps , a current can flow from the first electrode into the sausage neck and via the sausage neck into the second electrode , wherein the electric energy is converted into thermal energy when passing through the sausage neck and heats the sausage neck whereby the filled sausage casings are closed, preferably additionally separated from each other, wherein the closure module is configured as a hand-held device with a handle area that comprises two spaced-apart, opposed handle elements , which are movable relative towards each other and which are each coupled with the respective stamps such that, when the handle elements are moved towards each other, also the respective electrodes and stamps will move towards each other.
Pitch bearing arrangement of a wind turbine , comprising an outer bearing ring to be connected to a blade and an inner bearing ring to be connected to a hub arranged coaxially to each other and comprising a common symmetry axis, and at least one reinforcement plate arranged at the inner ring and at least one plate-like or beam-like stiffening means coupled to the outer ring axially adjacent to the at least one reinforcement plate and adapted to be coupled to a positioning means to be arranged at the other side of the at least one reinforcement plate relative to the stiffening means used for pivoting the outer ring relative to the inner ring , characterized in that the at least one reinforcement plate comprises at least one hole through which the stiffening means is mechanically connectable or connected to the positioning means .
An improved tool for use downhole; the improved tool comprising: a tool body , the tool body comprising a propellant ; and an initiator adapted to initiate the propellant upon a signal; wherein upon initiation the propellant deflagrates causing the tool body to at least partially disintegrate. a tool body , the tool body comprising a propellant ; and an initiator adapted to initiate the propellant upon a signal; wherein upon initiation the propellant deflagrates causing the tool body to at least partially disintegrate.
Method for removal of a zinc-based coating from a metal substrate provided with a zinc based coating by means of laser ablation, wherein the method include the steps of: - providing a metal substrate with a zinc-based coating, - defining a surface area from which the zinc-based coating is to be removed, - controlling a laser device to provide a laser beam for ablation of the zinc based coating, wherein the laser device provides a pulsed laser beam with a wavelength in a range of 680 - 1500 nm and a pulse duration in a range of 1 - 900 ps, - determining the thickness of the zinc based coating layer, - setting the fluence of the laser beam to a value above a threshold value for the ablation of the zinc based layer and determining the number of pulses per laser spot area required for the ablation of the zinc based coating over the complete thickness thereof, - positioning and moving the laser device and the metal substrate relative to each other, and removing the zinc based coating from the metal substrate over the defined surface area. - providing a metal substrate with a zinc-based coating, - defining a surface area from which the zinc-based coating is to be removed, - controlling a laser device to provide a laser beam for ablation of the zinc based coating, wherein the laser device provides a pulsed laser beam with a wavelength in a range of 680 - 1500 nm and a pulse duration in a range of 1 - 900 ps, - determining the thickness of the zinc based coating layer, - setting the fluence of the laser beam to a value above a threshold value for the ablation of the zinc based layer and determining the number of pulses per laser spot area required for the ablation of the zinc based coating over the complete thickness thereof, - positioning and moving the laser device and the metal substrate relative to each other, and removing the zinc based coating from the metal substrate over the defined surface area.
A process for preparing a compound of Formula (A14): the process comprising, treating a compound of Formula (A13): with trimethyl(trifluoromethyl)silane (TMSCF 3 ) and tetra-n-butylammonium fluoride (TBAF), wherein the process is performed in tetrahydrofuran (THF).