mhurhangee/patent-ind-claim-en huggingface dataset:
A reductant delivery system comprising: a pump ; an injector in fluid communication with the pump ; and a controller communicatively coupled to the pump and the injector , the controller structured to: interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status. a pump ; an injector in fluid communication with the pump ; and a controller communicatively coupled to the pump and the injector , the controller structured to: interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status. interpret, via a pump diagnostic circuit, first and second pump parameters indicative of first and second pump rates; interpret, via a dosing diagnostic circuit, first and second dosing parameters indicative of first and second injector characteristics; determine, via a delivery diagnostic circuit, a delivery status based, at least in part, on the interpretation of the first and second pump parameters and the first and second dosing parameters; and generate a status command indicative of at least one of an under-restricted injector or an over-restricted injector in response to the determination of the delivery status.
A Lactobacillus plantarum synbiotic selective prebiotic composition comprising a strain of Lactobacillus plantarum and a galacto oligosaccharide (GOS), wherein the (GOS) is produced by the selected Lactobacillus plantarum strain by reverse β-galactosidase enzyme reaction and wherein the GOS acts as a selective prebiotic composition for the chosen Lactobacillus plantarum strain.
A fluid-driven motor comprising: (a) a manifold including a first fluid flow channel and a second fluid flow channel , said manifold providing an arcuate seal defining: (i) a first valve opening in fluid connection with said first fluid flow channel , (ii) a second valve opening in fluid connection with said second fluid flow channel , and (iii) at least one sealing surface ; (b) a cylinder having a cylinder head mounted pivotally on said manifold , said cylinder head providing a facing surface configured to cooperate with said arcuate seal , said facing surface having at least one aperture ; and (c) a piston deployed within said cylinder so as to be driven to extend by pressure of a fluid introduced to an internal volume of said cylinder, wherein said arcuate seal and said facing surface cooperate to define a position-responsive valve configuration such that, when said cylinder assumes a neutral position, said at least one aperture is in facing relation with said at least one sealing surface , when said cylinder is angularly displaced in a first direction from said neutral position, said at least one aperture overlaps said first valve opening such that said internal volume of said cylinder is in fluid connection with said first fluid flow channel , and when said cylinder is angularly displaced in a second direction from said neutral position, said at least one aperture overlaps said second valve opening such that said internal volume of said cylinder is in fluid connection with said second fluid flow channel , characterized in that said manifold further comprises a pressure compensation volume underlying at least part of said at least one sealing surface , said pressure compensation volume being interconnected via one-way valves so as to receive fluid pressure from both said first flow channel and said second flow channel . (a) a manifold including a first fluid flow channel and a second fluid flow channel , said manifold providing an arcuate seal defining: (i) a first valve opening in fluid connection with said first fluid flow channel , (ii) a second valve opening in fluid connection with said second fluid flow channel , and (iii) at least one sealing surface ; (i) a first valve opening in fluid connection with said first fluid flow channel , (ii) a second valve opening in fluid connection with said second fluid flow channel , and (iii) at least one sealing surface ; (b) a cylinder having a cylinder head mounted pivotally on said manifold , said cylinder head providing a facing surface configured to cooperate with said arcuate seal , said facing surface having at least one aperture ; and (c) a piston deployed within said cylinder so as to be driven to extend by pressure of a fluid introduced to an internal volume of said cylinder,
A method of controlling an arena-based memory management system, wherein each allocated object is placed in a program-specified arena, the method comprising: in response to a call to reclaim memory storing a plurality of objects allocated in an arena, collecting an object of the plurality of objects not in use in the arena; and copying a live object of the plurality of objects from the arena to a heap served by a garbage collection, wherein arenas are created in a segment of memory that is separate from the heap served by garbage collection. in response to a call to reclaim memory storing a plurality of objects allocated in an arena, collecting an object of the plurality of objects not in use in the arena; and copying a live object of the plurality of objects from the arena to a heap served by a garbage collection, wherein arenas are created in a segment of memory that is separate from the heap served by garbage collection.
An emergency power supply apparatus comprising: a switch unit ; a plurality of load bars adapted to convey power to a load, each of the plurality of load bars adapted to be connectable in parallel to a primary power source via the switch unit , which is adapted to selectively connect one or more of the plurality of load bars to the primary power source ; a DC bus arranged to receive DC power from a secondary power source ; a plurality of power conversion modules , each power conversion module adapted to be connectable between the DC bus and each of the load bars and when active being selectively configurable in use either: in a rectifier mode, in which the power conversion module is connected to one of the load bars to transfer power therefrom to the DC bus ; or in an inverter mode, in which the power conversion module is connected to one of the load bars to transfer power thereto from the DC bus; and a controller, in communication with the plurality of power conversion modules , and adapted to set a power transfer direction between each load bar and the DC bus thereby to control an operational state for each load bar . a switch unit ; a plurality of load bars adapted to convey power to a load, each of the plurality of load bars adapted to be connectable in parallel to a primary power source via the switch unit , which is adapted to selectively connect one or more of the plurality of load bars to the primary power source ; a DC bus arranged to receive DC power from a secondary power source ; a plurality of power conversion modules , each power conversion module adapted to be connectable between the DC bus and each of the load bars and when active being selectively configurable in use either: in a rectifier mode, in which the power conversion module is connected to one of the load bars to transfer power therefrom to the DC bus ; or in an inverter mode, in which the power conversion module is connected to one of the load bars to transfer power thereto from the DC bus; in a rectifier mode, in which the power conversion module is connected to one of the load bars to transfer power therefrom to the DC bus ; or in an inverter mode, in which the power conversion module is connected to one of the load bars to transfer power thereto from the DC bus; and a controller, in communication with the plurality of power conversion modules , and adapted to set a power transfer direction between each load bar and the DC bus thereby to control an operational state for each load bar .
A freestanding, modular revolving door assembly for installation by its own in an opening, comprising a central column and at least one door panel connected to the central column and rotatably arranged around a central axis (X), wherein the central column comprises a driven column and a driving base unit , the driving base unit is arranged within the driven column and comprises a drive unit comprising a motor , the driving base unit is arranged to be mounted to the bottom of the opening in level with or above a surrounding floor, the driven column is a tube and mounted to the driving base unit , the driving base unit is arranged to drive the driven column to rotate the driven column and the door panel connected to the driven column around said central axis (X), and the driven column is supported by, and extends above, the driving base unit , wherein the driven column comprises a bottom column part connected to the driving base unit and a top column part connected to the bottom column part and wherein the height of the driven column is adaptable by that the height of the top column part is adaptable.
A solid support comprising double-stranded polynucleotides, each double-stranded polynucleotide comprises a first strand and a second strand immobilized thereon, each first strand comprises a first cleavage site capable of undergoing chemical cleavage by a palladium complex or a nickel complex, wherein the first cleavage site comprises a modified nucleoside or nucleotide having a structure of Formula (II'): wherein Base is adenine, guanine, cytosine, thymine, or uracil, or a derivative thereof, and wherein the first strand and second strand are immobilized to the solid support at their 5' ends. wherein Base is adenine, guanine, cytosine, thymine, or uracil, or a derivative thereof, and wherein the first strand and second strand are immobilized to the solid support at their 5' ends.
A method for producing a casting core for manufacturing cylinder heads , having the following steps: - producing at least one core component with a building-up method with a contour for forming internal contours of a first cylinder head , - producing at least one further core component with a building-up method with a contour for forming internal contours of a further cylinder head , - producing at least one sprue core component for supplying the melt during the casting process, - connecting the two core components to the sprue core component in an opposite orientation, wherein an orientation of combustion chambers of the two cylinder heads is oriented in opposite directions to each other for orienting the combustion chambers of the two cylinder heads in the direction of lateral sliders of a mould . - producing at least one core component with a building-up method with a contour for forming internal contours of a first cylinder head , - producing at least one further core component with a building-up method with a contour for forming internal contours of a further cylinder head , - producing at least one sprue core component for supplying the melt during the casting process, - connecting the two core components to the sprue core component in an opposite orientation, wherein an orientation of combustion chambers of the two cylinder heads is oriented in opposite directions to each other for orienting the combustion chambers of the two cylinder heads in the direction of lateral sliders of a mould .
A method of purifying an anti-IL-6 receptor antibody from a sample containing said antibody and impurities, wherein the method comprises the following steps: (a) contacting the sample containing the antibody and the impurities with a protein A chromatography material under conditions such that the antibody binds to the resin and at least a portion of the impurities does not bind to the resin; (b) eluting the antibody from the Protein A chromatography material, in order to obtain an eluate; (c) loading the eluate of step (b) onto a first mixed mode chromatography material under conditions such that the antibody does not bind to the resin and at least a portion of the remaining impurities binds to the resin; (d) recovering the flowthrough containing the antibody under conditions such that said recovered flowthrough contains a lower level of impurities than the eluate of step (b), (e) loading the recovered flowthrough containing the antibody of step (d) onto a second mixed mode chromatography material under conditions such that the antibody does not bind to the resin and at least a portion of the remaining impurities binds to the resin; wherein the mixed mode chromatography material of step (e) is selected from hydroxyapatite-based ligand, hydroxyfluorapatite-based ligand, or fluorapatite-based ligand; and (f) recovering the flowthrough containing the antibody under conditions such that said recovered flowthrough contains a lower level of impurities than the recovered flowthrough of step (d). (a) contacting the sample containing the antibody and the impurities with a protein A chromatography material under conditions such that the antibody binds to the resin and at least a portion of the impurities does not bind to the resin; (b) eluting the antibody from the Protein A chromatography material, in order to obtain an eluate; (c) loading the eluate of step (b) onto a first mixed mode chromatography material under conditions such that the antibody does not bind to the resin and at least a portion of the remaining impurities binds to the resin; (d) recovering the flowthrough containing the antibody under conditions such that said recovered flowthrough contains a lower level of impurities than the eluate of step (b), (e) loading the recovered flowthrough containing the antibody of step (d) onto a second mixed mode chromatography material under conditions such that the antibody does not bind to the resin and at least a portion of the remaining impurities binds to the resin; wherein the mixed mode chromatography material of step (e) is selected from hydroxyapatite-based ligand, hydroxyfluorapatite-based ligand, or fluorapatite-based ligand; and (f) recovering the flowthrough containing the antibody under conditions such that said recovered flowthrough contains a lower level of impurities than the recovered flowthrough of step (d).
A manufacturing method for a casting having at least one microchannel , - at least one fiber being fixed in a cavity (1.3) of a casting tool , so that the at least one fiber extends in the cavity (1.3) at a distance from a wall of the cavity (1.3) and at least one end of the at least one fiber lies outside the cavity (1.3), - a casting material being introduced into the cavity (1.3) and the at least one fiber being encapsulated by the casting material, - a casting formed from the casting material being removed from the cavity (1.3), the at least one end of the at least one fiber protruding from the casting , - the at least one fiber being pulled out of the casting , at least one core mark being provided in the cavity (1.3) and at least one of the fibers being deflected by means of the at least one core mark and/or at least one wire being provided in the cavity (1.3) for fixing and/or for deflecting the fiber , the at least one wire being formed from aluminum or from a material suitable for being materially bonded to the casting material or for going into solution with the casting material and/or the at least one fiber being infiltrated with a temperature-stable matrix material for producing dimensional stability for the fiber having a curved or angled course. - at least one fiber being fixed in a cavity (1.3) of a casting tool , so that the at least one fiber extends in the cavity (1.3) at a distance from a wall of the cavity (1.3) and at least one end of the at least one fiber lies outside the cavity (1.3), - a casting material being introduced into the cavity (1.3) and the at least one fiber being encapsulated by the casting material, - a casting formed from the casting material being removed from the cavity (1.3), the at least one end of the at least one fiber protruding from the casting , - the at least one fiber being pulled out of the casting , at least one core mark being provided in the cavity (1.3) and at least one of the fibers being deflected by means of the at least one core mark and/or at least one wire being provided in the cavity (1.3) for fixing and/or for deflecting the fiber , the at least one wire being formed from aluminum or from a material suitable for being materially bonded to the casting material or for going into solution with the casting material and/or the at least one fiber being infiltrated with a temperature-stable matrix material for producing dimensional stability for the fiber having a curved or angled course.
A method of extracting a safety screw or broken screw, the said screw comprising a rod and possibly a head , the method comprising the following steps: a) drilling a bore in the screw in the longitudinal direction thereof by means of a drill of a diameter smaller than the diameter of the rod of the screw ; b) fitting an extractor in the said bore , the extractor comprising a serrated rod whose teeth are in the form of longitudinal ribs and a head fixed at one end of the said rod , with the fitting being obtained by inserting the rod of the extractor in the said bore and by hitting on the head of the said extractor by means of a percussion tool so as to rotationally connect the extractor and the screw ; c) extraction of the screw by loosening it by means of a wrench of an appropriate size as regards the head of the extractor; the process being characterised in that the step (b) of fitting comprises the use of a striking pin positioned between the extractor and the percussion tool and an end of which has a mark in a shape that interlocks with the one of the head of the extractor . a) drilling a bore in the screw in the longitudinal direction thereof by means of a drill of a diameter smaller than the diameter of the rod of the screw ; b) fitting an extractor in the said bore , the extractor comprising a serrated rod whose teeth are in the form of longitudinal ribs and a head fixed at one end of the said rod , with the fitting being obtained by inserting the rod of the extractor in the said bore and by hitting on the head of the said extractor by means of a percussion tool so as to rotationally connect the extractor and the screw ; c) extraction of the screw by loosening it by means of a wrench of an appropriate size as regards the head of the extractor;
A method at a location server, LS, for limiting a quantity of signaling for a location session with a user equipment, UE, , the method comprising: obtaining a coverage level for the UE; determining, based at least in part on the coverage level, a signaling quantity limit for the location session, wherein the signaling quantity limit is for a positioning protocol comprising a Long Term Evolution, LTE, Positioning Protocol, LPP, or an LPP/LPP Extensions, LPPe, protocol; sending, to the UE, a first message for the positioning protocol, wherein the first message comprises a Request Location Information message including the signaling quantity limit, and receiving, from the UE, a second message for the positioning protocol, wherein the content of the second message comprises at least a selected subset of prioritized message information, wherein the prioritization of message information is based, at least in part, on the signaling quantity limit. obtaining a coverage level for the UE; determining, based at least in part on the coverage level, a signaling quantity limit for the location session, wherein the signaling quantity limit is for a positioning protocol comprising a Long Term Evolution, LTE, Positioning Protocol, LPP, or an LPP/LPP Extensions, LPPe, protocol; sending, to the UE, a first message for the positioning protocol, wherein the first message comprises a Request Location Information message including the signaling quantity limit, and receiving, from the UE, a second message for the positioning protocol, wherein the content of the second message comprises at least a selected subset of prioritized message information, wherein the prioritization of message information is based, at least in part, on the signaling quantity limit.
A mobile communication system, comprising: a local access server configured to directly connect to access points of multiple Radio Access Technologies, Multi-RATs, coordinate the Multi-RATs, enable local access from a terminal and control direct communication among terminals, achieve distributed network control, and perform location management and handover management within a service area of the local access server; and a network controller configured to communicate with the local access server and comprising a communication control entity for communication control and a policy control entity for policy control, and configured to establish and configure a forwarding path for forwarding data traffic, wherein the network controller comprises a first control module and a path establishment module , the first control module is configured to comprise the communication control entity and the policy control entity, and is further configured to receive a connection/session establishment request from the local access server , calculate a Quality of Service, QoS, parameter in accordance with user subscription data and/or service characteristics, request the path establishment module to establish the forwarding path in accordance with the QoS parameter, and request the local access server to establish a radio connection using the QoS parameter; and the path establishment module is configured to establish and configure the forwarding path under a control from the first control module . a local access server configured to directly connect to access points of multiple Radio Access Technologies, Multi-RATs, coordinate the Multi-RATs, enable local access from a terminal and control direct communication among terminals, achieve distributed network control, and perform location management and handover management within a service area of the local access server; and a network controller configured to communicate with the local access server and comprising a communication control entity for communication control and a policy control entity for policy control, and configured to establish and configure a forwarding path for forwarding data traffic, wherein the network controller comprises a first control module and a path establishment module , the first control module is configured to comprise the communication control entity and the policy control entity, and is further configured to receive a connection/session establishment request from the local access server , calculate a Quality of Service, QoS, parameter in accordance with user subscription data and/or service characteristics, request the path establishment module to establish the forwarding path in accordance with the QoS parameter, and request the local access server to establish a radio connection using the QoS parameter; and the path establishment module is configured to establish and configure the forwarding path under a control from the first control module .