mhurhangee/ep-ind-claims huggingface dataset:
An extruded electrical distribution bus, comprising: an elongate metal body; a first groove and a second groove along the length of the body and extending into the body from a face of the body such that each of the first and second grooves comprises a cross-section having a narrow passage extending from the face into a broader cavity within the body; and characterised by an opening into each of the first groove and the second groove, wherein each opening is wider than the narrow passage of each corresponding groove in a direction traverse to the length of each groove, such that each opening is configured to accommodate insertion of an attachment feature (116; 168; 300; 650) having an enlarged distal end and a narrowed neck such that, once inserted into the first groove or the second groove, the attachment feature can slide along the groove into which it was inserted and engage the enlarged distal end with the broader cavity and engage the narrowed neck with the narrow passage to fasten the attachment feature to the elongate metal body. an elongate metal body; a first groove and a second groove along the length of the body and extending into the body from a face of the body such that each of the first and second grooves comprises a cross-section having a narrow passage extending from the face into a broader cavity within the body; and characterised by an opening into each of the first groove and the second groove, wherein each opening is wider than the narrow passage of each corresponding groove in a direction traverse to the length of each groove, such that each opening is configured to accommodate insertion of an attachment feature (116; 168; 300; 650) having an enlarged distal end and a narrowed neck such that, once inserted into the first groove or the second groove, the attachment feature can slide along the groove into which it was inserted and engage the enlarged distal end with the broader cavity and engage the narrowed neck with the narrow passage to fasten the attachment feature to the elongate metal body.
A method of supporting session continuity for a terminal served by a first gateway and a second gateway, the method, being performed at an anchor node, comprising: storing a first binding cache entry comprising a first terminal identity, a first subnet prefix and a first gateway identity; storing a second BCE comprising a second terminal identity, a second subnet prefix and a second gateway identity; detecting that the first and second terminal identities are for a same terminal; and responsive to detecting that the first and second terminal identities are for the same terminal, sending the second subnet prefix towards the first gateway and sending the first subnet prefix towards the second gateway. storing a first binding cache entry comprising a first terminal identity, a first subnet prefix and a first gateway identity; storing a second BCE comprising a second terminal identity, a second subnet prefix and a second gateway identity; detecting that the first and second terminal identities are for a same terminal; and responsive to detecting that the first and second terminal identities are for the same terminal, sending the second subnet prefix towards the first gateway and sending the first subnet prefix towards the second gateway.
An engineered meganuclease that recognizes and cleaves a recognition sequence consisting of SEQ ID NO: 16, wherein said engineered meganuclease comprises a first subunit and a second subunit, wherein said first subunit binds to a first recognition half-site of said recognition sequence and comprises a first hypervariable region, and wherein said second subunit binds to a second recognition half-site of said recognition sequence and comprises a second hypervariable region, and wherein said engineered meganuclease comprises an amino acid sequence having at least 96% sequence identity to SEQ ID NO: 33.
A seal (10, 910) for a spherical bearing (500, 600, 700, 800, 1100), comprising an outer ring (550,950) and an inner ring (560,960), the seal (10, 910) comprising: an annular body portion (10C, 910C) having an arcuate cross section extending between a first axial end (10A, 910A) and a second axial end (10B, 910B), the second axial end (10B, 910B) being positioned radially outward from the first axial end (10A, 910A); characterized in that a first retaining ring positioned at the first axial end (10A, 910A); a scraper seal (16, 916) extending radially inward from the second axial end (10B, 910B); the scraper seal (16, 916) being stiffer and harder than the first axial end (10A,910A), the annular body portion and the second axial end, integral with the first axial end, the annular body portion and the second axial end which are made from an elastomeric material and is configured to scrape debris off of the spherical exterior surface (561,961) of the inner ring (560,960);; and the scraper seal (16, 916) comprises a biasing feature configured such that when the seal (10, 910) is assembled into a bearing a force is applied to the scraper seal (16, 916) that urges the second axial end (10B, 910B) radially outward to secure the second axial end (10B, 910B) in a radially inward facing groove (554,964) of the outer ring (560,960). an annular body portion (10C, 910C) having an arcuate cross section extending between a first axial end (10A, 910A) and a second axial end (10B, 910B), the second axial end (10B, 910B) being positioned radially outward from the first axial end (10A, 910A); characterized in that a first retaining ring positioned at the first axial end (10A, 910A); a scraper seal (16, 916) extending radially inward from the second axial end (10B, 910B); the scraper seal (16, 916) being stiffer and harder than the first axial end (10A,910A), the annular body portion and the second axial end, integral with the first axial end, the annular body portion and the second axial end which are made from an elastomeric material and is configured to scrape debris off of the spherical exterior surface (561,961) of the inner ring (560,960);; and the scraper seal (16, 916) comprises a biasing feature configured such that when the seal (10, 910) is assembled into a bearing a force is applied to the scraper seal (16, 916) that urges the second axial end (10B, 910B) radially outward to secure the second axial end (10B, 910B) in a radially inward facing groove (554,964) of the outer ring (560,960).
A salt of Compound, represented by the following structural formula: wherein the salt is a succinate salt and the molar ratio between compound and succinic acid is 1:0.5, or wherein the salt is a glutarate salt and the molar ratio between compound and glutaric acid is 1:0.5, or wherein the salt is a fumarate salt and the molar ratio between compound and fumaric acid is 1:1.
An internal recycle reactor for catalytic inerting that is a monolithic body comprising: a motive fluid duct having an outlet orifice; a suction chamber comprising a suction chamber inlet; and a fuel inlet; a mixing region configured to receive separate gaseous fluids from the motive fluid outlet orifice, the suction chamber inlet and the fuel inlet to produce a gaseous mixture; a reactor section comprising a catalyst, wherein the reactor section is configured to receive the gaseous mixture from the mixing region; an outlet configured to deliver an exhaust gas from the reactor section; and a recycle passage fluidly connecting the outlet to the suction chamber inlet and configured to deliver a portion of the exhaust gas to the suction chamber through the suction chamber inlet. a motive fluid duct having an outlet orifice; a suction chamber comprising a suction chamber inlet; and a fuel inlet; a mixing region configured to receive separate gaseous fluids from the motive fluid outlet orifice, the suction chamber inlet and the fuel inlet to produce a gaseous mixture; a reactor section comprising a catalyst, wherein the reactor section is configured to receive the gaseous mixture from the mixing region; an outlet configured to deliver an exhaust gas from the reactor section; and a recycle passage fluidly connecting the outlet to the suction chamber inlet and configured to deliver a portion of the exhaust gas to the suction chamber through the suction chamber inlet.
A process of forming fluid filled units comprising: feeding a web from a supply to an inflation station, the web having a series of side connected pouches comprising elongate heat sealable, flattened plastic face and back layers that are sealed together along a side edge and are joined by longitudinally spaced seals, the seal along the side edge and the longitudinally spaced seals together defining the series of side connected pouches that are each connected to an adjacent pouch by a transverse line of weakness extending from an edge opposite the side edge; fluid filling the pouches as the web is fed through the inflation station; and sealing the pouches across the longitudinally spaced seals to form filled units; characterized in that the edge opposite the side edge is formed from a pair of longitudinal lines of weakness that are split by the feeding of the web and each transverse line of weakness includes a relatively short perforation extending from the edge opposite the side edge toward the side edge and longer perforations that extend from the short perforation towards the side edge. feeding a web from a supply to an inflation station, the web having a series of side connected pouches comprising elongate heat sealable, flattened plastic face and back layers that are sealed together along a side edge and are joined by longitudinally spaced seals, the seal along the side edge and the longitudinally spaced seals together defining the series of side connected pouches that are each connected to an adjacent pouch by a transverse line of weakness extending from an edge opposite the side edge; fluid filling the pouches as the web is fed through the inflation station; and sealing the pouches across the longitudinally spaced seals to form filled units; characterized in that the edge opposite the side edge is formed from a pair of longitudinal lines of weakness that are split by the feeding of the web and each transverse line of weakness includes a relatively short perforation extending from the edge opposite the side edge toward the side edge and longer perforations that extend from the short perforation towards the side edge.
Method for estimating a level of damage or a lifetime expectation of a power semiconductor module comprising at least one power die (100a,100b) that is mechanically and electrically attached to a ceramic substrate, wherein the ceramic substrate has piezoelectric properties and the method comprises the steps of: - controlling the at least one power die, the control of the at least one power die generating changes in the electrical potential across the ceramic substrate, - obtaining information representative of a mechanical deformation of the ceramic substrate, characterised in that the method further comprises the steps of - determining if a notification indicating the level of damage or the lifetime expectation has to be performed according to the obtained information and reference information, the determining if a notification indicating the level of damage or the lifetime expectation has to be performed is executed by transposing in the frequency domain the information representative of the mechanical deformation by a Fast Fourier Transform and by determining a distance between dominant frequencies and an initial set of dominant frequencies, - notifying the level of damage or the lifetime expectation if the determining step determines that the notification has to be performed. - controlling the at least one power die, the control of the at least one power die generating changes in the electrical potential across the ceramic substrate, - obtaining information representative of a mechanical deformation of the ceramic substrate, characterised in that the method further comprises the steps of - determining if a notification indicating the level of damage or the lifetime expectation has to be performed according to the obtained information and reference information, the determining if a notification indicating the level of damage or the lifetime expectation has to be performed is executed by transposing in the frequency domain the information representative of the mechanical deformation by a Fast Fourier Transform and by determining a distance between dominant frequencies and an initial set of dominant frequencies, - notifying the level of damage or the lifetime expectation if the determining step determines that the notification has to be performed.
A method for use in access network selection in a telecommunications system, said telecommunications system comprising at least a mobile telephony radio access network, the method for use in a network node of the mobile telephony radio access network, the method comprising: identifying, by the network node, a preference to offload at least some part of data communication between the mobile telephony radio access network and a user equipment to a further radio access network (24, 25) other than the mobile telephony radio access network, the identified preference specifying at least one first part of a plurality of parts of data communication between the mobile telephony radio access network and the user equipment; receiving by the network node from the user equipment an offload interest notification sent autonomously by the user equipment to the mobile telephony radio access network that indicates its interest and/or possibility for offloading; and in response to the identification and receipt of the offload interest notification, causing transmittal, by the network node, via the mobile telephony radio access network, of an indication of the identified offloading preference to the user equipment. identifying, by the network node, a preference to offload at least some part of data communication between the mobile telephony radio access network and a user equipment to a further radio access network (24, 25) other than the mobile telephony radio access network, the identified preference specifying at least one first part of a plurality of parts of data communication between the mobile telephony radio access network and the user equipment; receiving by the network node from the user equipment an offload interest notification sent autonomously by the user equipment to the mobile telephony radio access network that indicates its interest and/or possibility for offloading; and in response to the identification and receipt of the offload interest notification, causing transmittal, by the network node, via the mobile telephony radio access network, of an indication of the identified offloading preference to the user equipment.
A storage system comprising: a plurality of shelves, respectively provided with at least one nozzle configured to supply clean gas into containers; a plurality of flow amount controlling devices, respectively configured to control supply amount of said clean gas to said at least one nozzle; at least one transport apparatus configured to transfer said containers to and from said shelves; and a controller (30,32,36) configured to control said at least one transport apparatus and said flow amount controlling devices, wherein said controller (30,32,36) is configured and programmed to unload an incoming container on a shelf of the plurality of shelves at an unloading position, to make an assignment of at least one shelf in preparation for storing a next incoming container immediately after the unloading of the incoming container is completed and before the occurrence of said next incoming container, and to control one of said flow amount controlling devices to supply said clean gas to said at least one nozzle in said at least one shelf, based upon said assignment, wherein supply of the clean gas is started when the assignment of the shelf for the next incoming container is made and before the occurrence of said next incoming container. a plurality of shelves, respectively provided with at least one nozzle configured to supply clean gas into containers; a plurality of flow amount controlling devices, respectively configured to control supply amount of said clean gas to said at least one nozzle; at least one transport apparatus configured to transfer said containers to and from said shelves; and a controller (30,32,36) configured to control said at least one transport apparatus and said flow amount controlling devices, wherein said controller (30,32,36) is configured and programmed to unload an incoming container on a shelf of the plurality of shelves at an unloading position, to make an assignment of at least one shelf in preparation for storing a next incoming container immediately after the unloading of the incoming container is completed and before the occurrence of said next incoming container, and to control one of said flow amount controlling devices to supply said clean gas to said at least one nozzle in said at least one shelf, based upon said assignment, to unload an incoming container on a shelf of the plurality of shelves at an unloading position, to make an assignment of at least one shelf in preparation for storing a next incoming container immediately after the unloading of the incoming container is completed and before the occurrence of said next incoming container, and to control one of said flow amount controlling devices to supply said clean gas to said at least one nozzle in said at least one shelf, based upon said assignment, wherein supply of the clean gas is started when the assignment of the shelf for the next incoming container is made and before the occurrence of said next incoming container.
A valve system comprising: at least one rotating component comprising a conductive material; and at least two inductance-to-digital converter sensors separated from the conductive material of the at least one rotating component, wherein the conductive material comprises at least two discrete conductive material sections, each positioned proximate to one of the at least two inductance-to-digital converter sensors, each of the inductance-to-digital converter sensors comprising a coil powered by a control system and configured to wirelessly sense at least one property of the conductive material and relay a value associated with the at least one property to the control system; and: a valve actuator comprising at least one control system for controlling a position of a valve element in a valve, wherein the at least one rotating component comprises at least one shaft of the valve actuator configured for at least one of rotary motion and linear motion, and wherein the at least two inductance-to-digital converter sensors are configured to detect position deviations from known or expected positions of the at least one shaft by monitoring the at least one property of the conductive material. at least one rotating component comprising a conductive material; and at least two inductance-to-digital converter sensors separated from the conductive material of the at least one rotating component, wherein the conductive material comprises at least two discrete conductive material sections, each positioned proximate to one of the at least two inductance-to-digital converter sensors, each of the inductance-to-digital converter sensors comprising a coil powered by a control system and configured to wirelessly sense at least one property of the conductive material and relay a value associated with the at least one property to the control system; and: a valve actuator comprising at least one control system for controlling a position of a valve element in a valve, wherein the at least one rotating component comprises at least one shaft of the valve actuator configured for at least one of rotary motion and linear motion, and wherein the at least two inductance-to-digital converter sensors are configured to detect position deviations from known or expected positions of the at least one shaft by monitoring the at least one property of the conductive material.
A compound, which is: -5-(4-chlorophenyl)-1-isopropyl-2-methyl-4-(3-(4-(4-((4-((1-(phenylthio)-4-(4-(phosphonooxy)piperidin-1-yl)butan-2-yl)amino)-3-((trifluoromethyl)sulfonyl)phenyl)sulfonamido)phenyl)piperazin-1-yl)phenyl)-1H-pyrrole-3-carboxylic acid, or a pharmaceutically acceptable salt thereof.
A calibration device for calibrating a tubular film produced by means of a blown-film device, with which the tubular film can be subjected to different internal pressures and can be brought to a desired diameter, wherein the calibration device comprises at least one film guide element, with which the tubular film can be guided, wherein the film guide element comprises at least one elastically deformable element (23, 32), with which at least one part of the outer surface of the tubular film can be guided, characterized in that between the elastically deformable element of the film guide element and the outer surface of the tubular film a fluid can be introduced, wherein the fluid is a liquid and wherein a liquid inlet is provided, wherein a liquid column can be formed between the elastically deformable element and the outer surface of the tubular film.
An apparatus for fine crushing of lump materials comprising a fixed support and a rotary component mounted thereon and having an upper disk provided with a central charging opening and a lower disk having an axis of revolution that is inclined to the axis of revolution of the upper disk, both disks (4, 7) having each a working surface in the shape of an inner cone, wherein the lower disk is secured on a stamp having a spherical support surface, the upper disk and the lower disk with the stamp being mounted on a heavy flywheel pulley such that the stamp has its spherical support surface resting against the inner spherical support surface of the flywheel pulley having a driving bolt engaging a groove provided on the spherical surface of the stamp to have the two disks (4, 7) force-connected rigidly and rotating in synchronism.
A parenteral dosage form having an infusion container filled with an aqueous solution in volumes ranging from 40 ml to 500 ml, the aqueous solution consisting essentially of 1 mg/ml to 2 mg/ml of carboplatin, 0.02mg/ml to 2.0 mg/ml of ammonium sulphate, and a dissolved oxygen content in the range of about 10 ppm to 50 ppm wherein the solution is free of dextrose or sodium chloride, and the solution contains known impurity of 1, 1-cyclobutanedicarboxylic acid in an amount of not more than 1.0 % by weight of carboplatin and the solution remains physically stable when stored at room temperature. the solution is free of dextrose or sodium chloride, and the solution contains known impurity of 1, 1-cyclobutanedicarboxylic acid in an amount of not more than 1.0 % by weight of carboplatin and the solution remains physically stable when stored at room temperature.