mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a leaf agent (1 08A), the leaf agent being executed in a computing device , and acting as a child agent to a parent agent in a hierarchy of agents for enabling decentralized service placement, the method comprising: receiving, at the leaf agent from the parent agent , a service request description (314B, 120A-120C) that specifies resource requirements for a plurality of components of a service to be deployed, wherein the components are software components and the service is an application that requires the processing of the plurality of components in order to operate; generating a query placement partition based upon the resource requirements , wherein the query placement partition partitions the plurality of components into a plurality of groups , wherein the plurality of groups includes at least one colocation group of components to be executed together using the same resource and at least one non-colocation group of components not to be executed together using the same resource; generating, based upon the query placement partition and a set of resources available at one or more computing devices associated with the leaf agent , one or more solution encodings indicating possible placements of some or all of the components of the service request description (314B, 120A-120C) that the one or more computing devices can locally provide while satisfying the resource requirements of the some or all of the components; and transmitting, by the leaf agent to the parent agent, the one or more solution encodings . receiving, at the leaf agent from the parent agent , a service request description (314B, 120A-120C) that specifies resource requirements for a plurality of components of a service to be deployed, wherein the components are software components and the service is an application that requires the processing of the plurality of components in order to operate; generating a query placement partition based upon the resource requirements , wherein the query placement partition partitions the plurality of components into a plurality of groups , wherein the plurality of groups includes at least one colocation group of components to be executed together using the same resource and at least one non-colocation group of components not to be executed together using the same resource; generating, based upon the query placement partition and a set of resources available at one or more computing devices associated with the leaf agent , one or more solution encodings indicating possible placements of some or all of the components of the service request description (314B, 120A-120C) that the one or more computing devices can locally provide while satisfying the resource requirements of the some or all of the components; and transmitting, by the leaf agent to the parent agent, the one or more solution encodings .
An in vitro method for determining whether a cancer; in particular selected from non-small cell lung cancer (NSCLC), and squamous cell carcinoma; will respond to immunotherapy with PD-1 or PD-L1 antagonists in the treatment of cancer in a subject, said method comprising detecting one or more of the antimicrobial peptides selected from neutrophil defensin 1, neutrophil defensin 2 and neutrophil defensin 3 in one or more cells of a cancer sample taken from said subject, where the presence of one or more of said antimicrobial peptides within the one or more cells of said cancer sample, indicates that said cancer is more likely to respond to immunotherapy with PD-1 or PD-L1 antagonists.
Boot remover for removing a protective needle boot from a drug delivery device , wherein the boot remover is arranged to engage the protective needle boot when attached to the drug delivery device , wherein the boot remover comprises a tab (10.2) extending in a distal direction (D), wherein the tab (10.2) is engageable to a packaging of the drug delivery device , characterized in that the boot remover is integrally shaped with the protective needle boot .
Magnetic outfit configured to be removably inserted in a cavity at one of the ends of a non-magnetic prismatic body of a level , wherein the prismatic body of the level has a plurality of sides defining the cavity, one of these sides acting as a level base and other of these sides opposes the level base, each of these sides having an inner face which faces towards said cavity and an outer face and comprising magnetic means with a flat base which can be arranged inside this cavity in parallel and adhering to an inner face of the level base, said magnetic outfit comprising a non-magnetic deformable body for support of said magnetic means, said non magnetic deformable body being deformable in a direction (x) orthogonal to the level base and having deformable or bendable walls which can permit said deformation, characterised in that , in its first dimensional configuration, the magnetic outfit has a dimension in the direction of deformation (X) which is smaller than the distance between inner faces of the level base and the side opposing the level base , the magnet outfit further comprises a deforming screw unit which connects said deformable or bendable walls , manual actuation of which via an open end of the cavity deforms the non-magnetic deformable body in a second dimensional configuration when it is inside the cavity of the level , said deformation causing said magnetic outfit and the magnetic means to be blocked against the inner faces of the level base and the side opposing the level base , said magnetic outfit also comprising a rigid ferrous element which is coupled to said magnetic means and is associated with the non-magnetic deformable body deformable in a direction (X) orthogonal to said level base , and the magnetic outfit being able to adopt alternatively the first dimensional configuration and the second dimensional configuration, such as to be able to be introduced freely into said cavity in a first configuration, and to be blocked in this cavity in its second dimensional configuration, further to manual actuation of the deforming screw unit .
Polyamide copolymer consisting of repeat units derived from polyamide forming monomers consisting of - 55 - 90 mole% of 1,6-hexanediamine (referred to as HMDA) and 10 - 45 mole% of either one of 1,2-ethylenediamine, 1,3-trimethylenediamine, 1,4-tetramethylenediamine and 1,5-pentamethylenediamine, or a combination thereof (together referred to as C2-C5 diamine), the mol % being relative to the combined molar amount of HMDA and C2-C5 diamine; - 50 - 85 mole% of terephthalic acid (referred to as TPA) and 15 - 50 mole% of isophthalic acid (referred to as IPA), the mole % being relative to the combined molar amount of TPA and IPA; - 0-10 mole % of other polyamide forming monomer or monomers, the mole % being relative to the total molar amount of polyamide forming monomers. - 55 - 90 mole% of 1,6-hexanediamine (referred to as HMDA) and 10 - 45 mole% of either one of 1,2-ethylenediamine, 1,3-trimethylenediamine, 1,4-tetramethylenediamine and 1,5-pentamethylenediamine, or a combination thereof (together referred to as C2-C5 diamine), the mol % being relative to the combined molar amount of HMDA and C2-C5 diamine; - 50 - 85 mole% of terephthalic acid (referred to as TPA) and 15 - 50 mole% of isophthalic acid (referred to as IPA), the mole % being relative to the combined molar amount of TPA and IPA; - 0-10 mole % of other polyamide forming monomer or monomers, the mole % being relative to the total molar amount of polyamide forming monomers.
Procedure for the operation of a field device with a control unit , wherein the field device has a first wireless transmission module , wherein an adapter is provided which has a corresponding second wireless transmission module , wherein the field device further has a first communication interface for communication via a wired field device, and wherein the adapter has a second communication interface also for communication via the wired field device, wherein said procedure comprises: - Wireless calling of data saved in a memory unit of the field device by means of the first transmission module and by means of the second transmission module , - Transmission of the data to the adapter by means of the first transmission module and by means of the second transmission module , - Connection of the adapter to the control unit , and - Establishment of a connection between the field device and the control unit via the fieldbus by means of the data that are called up. - Wireless calling of data saved in a memory unit of the field device by means of the first transmission module and by means of the second transmission module , - Transmission of the data to the adapter by means of the first transmission module and by means of the second transmission module , - Connection of the adapter to the control unit , and - Establishment of a connection between the field device and the control unit via the fieldbus by means of the data that are called up.
A method of determining a vertex alignment error for a corneal topographer comprising central light sources to sample a central region of the corneal surface, and a Placido-type light source array to sample an outer region of the corneal surface outside the central area, the method comprising: measuring, using the central light sources, a curvature in an outer ring of the central area of the corneal surface, adjacent the outer region of the corneal surface; measuring reflection locations from the cornea of an innermost set of light sources of the Placido-type light source array; using the measured curvature of the outer ring of the central area of the corneal surface and the measured reflection locations from the cornea of the innermost set of light sources of the Placido-type light source array to calculate a vertex alignment error for each of the innermost set of light sources of the Placido-type light source; and determining the vertex alignment error for the corneal topographer from the calculated vertex alignment error for each of the innermost set of light sources of the Placido-type light source. measuring, using the central light sources, a curvature in an outer ring of the central area of the corneal surface, adjacent the outer region of the corneal surface; measuring reflection locations from the cornea of an innermost set of light sources of the Placido-type light source array; using the measured curvature of the outer ring of the central area of the corneal surface and the measured reflection locations from the cornea of the innermost set of light sources of the Placido-type light source array to calculate a vertex alignment error for each of the innermost set of light sources of the Placido-type light source; and determining the vertex alignment error for the corneal topographer from the calculated vertex alignment error for each of the innermost set of light sources of the Placido-type light source.
Method for reviewing an industrial installation , in particular automation installation, wherein real components (2-6, 14) of a provided real installation or data originating therefrom or simulated components of a provided simulated installation or data originating therefrom are manipulated with the use of a computer program , in particular during ongoing operation, in such a manner that error situations based on chance are caused in the real and/or the simulated installation , characterised in that two or more components (2-6, 14) of the installation are interconnected via a communication network, in particular in the form of a bus, and data, which is to be sent by at least one component (2-6, 14) to at least one further component (2-6, 14) via the communication network, is manipulated before its handover to the communication network by the computer program , wherein the computer program for manipulation of the data uses at least one random algorithm and is executed on an edge device connected to the communication network, in particular an industrial PC. wherein real components (2-6, 14) of a provided real installation or data originating therefrom or simulated components of a provided simulated installation or data originating therefrom are manipulated with the use of a computer program , in particular during ongoing operation, in such a manner that error situations based on chance are caused in the real and/or the simulated installation , characterised in that two or more components (2-6, 14) of the installation are interconnected via a communication network, in particular in the form of a bus, and data, which is to be sent by at least one component (2-6, 14) to at least one further component (2-6, 14) via the communication network, is manipulated before its handover to the communication network by the computer program , wherein the computer program for manipulation of the data uses at least one random algorithm and is executed on an edge device connected to the communication network, in particular an industrial PC.
A coupler for coupling a cross-talk tube of a vehicle seat with a shaft of a dual recliner assembly , the coupler comprising: a generally cylindrical body extending axially between an inboard end and an outboard end ; the inboard end including an inboard aperture having an inboard planar surface ; and the outboard end including an outboard aperture having an outboard planar surface ; wherein the inboard planar surface and the outboard planar surface transition from an axially offset position to an axially aligned position when the coupler is installed with the cross-talk tube and the shaft of the dual recliner assembly . a generally cylindrical body extending axially between an inboard end and an outboard end ; the inboard end including an inboard aperture having an inboard planar surface ; and the outboard end including an outboard aperture having an outboard planar surface ; wherein the inboard planar surface and the outboard planar surface transition from an axially offset position to an axially aligned position when the coupler is installed with the cross-talk tube and the shaft of the dual recliner assembly .
A weather barrier apparatus for at least one of sealing or sheltering a vehicle parked at a loading dock of a building that has a doorway in a wall, the wall defining a cargo passageway passing through the doorway having a passageway height and a passageway width corresponding to a doorway height and a doorway width, respectively, the vehicle to have selectively a parked position and a departed position, the vehicle in the parked position being in front of the doorway and engaging the weather barrier apparatus, the vehicle in the departed position being separated from the weather barrier apparatus, the weather barrier apparatus being in an activated configuration when the vehicle is in the parked position and a relaxed configuration when the vehicle is in the departed position, the weather barrier apparatus comprising a side structure to be positioned alongside the doorway , the side structure being generally vertically elongate and having a variable overall length that is significantly greater in the activated configuration than in the relaxed configuration, the side structure extending laterally farther into the cargo passageway toward a center of the doorway in the relaxed configuration than in the activated configuration, wherein the side structure comprises a side support member to be attached to the wall and a side seal member attached to the side support member , the side seal member to effectively engage the vehicle when the weather barrier apparatus is in the activated configuration, both the side support member and the side seal member being vertically elongate, the side support member having a substantially constant vertical length, the side seal member having an adjustable vertical length that provides the side structure with the variable overall length wherein the side seal member includes a lower side seal segment and an upper side seal segment , and both the lower side seal segment and the upper side seal segment engage the vehicle when the weather barrier apparatus is in the activated configuration, characterized in that the lower side seal segment is slidingly coupled to the upper side seal segment to provide the side structure with the variable overall length.
Lighting system for a passenger compartment of a motor vehicle, said lighting system comprising semiconductor-based electroluminescent light sources and a substrate of said light sources , said lighting system performing an ambient-lighting function and/or reading-light function in the passenger compartment of the vehicle, said light sources defining a plurality of light-emitting zones (Sa, Slg, Sld), said system being configured to activate the one or more light sources of a given zone independently from one zone to another, said plurality of zones (Sa, Slg, Sld) being configured to emit beams that are intended to produce lighting that differs from one zone to another, said light sources emanating from one and the same substrate performing the ambient-lighting function and/or reading-light function, characterized in that the substrate is a growth substrate, the sources are distributed over a single substrate to define a plurality of zones, and the sources comprise light-emitting rods of submillimetre dimensions extending from said substrate , the lighting system further being characterized in that said rods have a site density that differs from one zone to another, and/or it comprises a shaping optical device comprising lenses of a first type for widening the emitted beam and of a second type for generating a beam of small aperture, each of the lenses being associated with one of the emitting zones.
A hydraulic cylinder comprising: a cylindrical tube having a tube inner surface , a tube outer surface , a tube first end , a tube second end opposite the tube first end , and a first fluid port proximate the tube first end ; a piston head disposed within the cylindrical tube ; a piston rod connected to the piston head and extending outward from the cylindrical tube through the tube second end ; a cylinder head having a piston rod opening receiving the piston rod and having the piston rod slidable therethrough, wherein the cylinder head is inserted into and engaged by the tube second end of the cylindrical tube to retain the cylinder head therein; and a cylinder cap having a cap sealing portion with a cylindrical shape and a cylinder attachment portion , wherein the cap sealing portion has a plurality of annular cap grooves defined in a sealing portion outer surface , wherein the cap sealing portion is inserted into the tube first end and the tube outer surface proximate the tube first end is crimped down onto the cap sealing portion so that a tube material of the cylindrical tube at the tube inner surface proximate the tube first end is disposed in the plurality of annular cap grooves to retain the cap sealing portion within the tube first end and seal the tube first end of the cylindrical tube , wherein the plurality of annular cap grooves has a rectangular cross-section, or wherein a cap groove width of each of the plurality of annular cap grooves increases as the plurality of annular cap grooves extends inward from the sealing portion outer surface . a cylindrical tube having a tube inner surface , a tube outer surface , a tube first end , a tube second end opposite the tube first end , and a first fluid port proximate the tube first end ; a piston head disposed within the cylindrical tube ; a piston rod connected to the piston head and extending outward from the cylindrical tube through the tube second end ; a cylinder head having a piston rod opening receiving the piston rod and having the piston rod slidable therethrough, wherein the cylinder head is inserted into and engaged by the tube second end of the cylindrical tube to retain the cylinder head therein; and a cylinder cap having a cap sealing portion with a cylindrical shape and a cylinder attachment portion , wherein the cap sealing portion has a plurality of annular cap grooves defined in a sealing portion outer surface , wherein the cap sealing portion is inserted into the tube first end and the tube outer surface proximate the tube first end is crimped down onto the cap sealing portion so that a tube material of the cylindrical tube at the tube inner surface proximate the tube first end is disposed in the plurality of annular cap grooves to retain the cap sealing portion within the tube first end and seal the tube first end of the cylindrical tube , wherein the plurality of annular cap grooves has a rectangular cross-section, or wherein a cap groove width of each of the plurality of annular cap grooves increases as the plurality of annular cap grooves extends inward from the sealing portion outer surface .
A magnetoresistance element deposited upon a substrate, comprising: a plurality of layers deposited in a stack of layers upon the substrate, wherein the stack of layers comprises: first and second antiferromagnetic pinning layers ; a first pinned layer structure and a second pinned layer structure , wherein the first antiferromagnetic pinning layer is deposited proximate to the first pinned layer structure, and wherein the second antiferromagnetic pinning layer is deposited proximate to the second pinned layer structure, such that the first and second pinned layer structures are deposited between the first and second antiferromagnetic pinning layers; a free layer structure disposed between the first and second pinned layer structures; a first nonmagnetic layer deposited between the first pinned layer structure and the free layer structure ; and a second nonmagnetic layer deposited between the second pinned layer structure and the free layer structure , characterised in that the magnetoresistance element further comprises a temporary ferromagnetic layer deposited directly over the second antiferromagnetic pinning layer , the second antiferromagnetic pinning layer being distal from the substrate. a plurality of layers deposited in a stack of layers upon the substrate, wherein the stack of layers comprises: first and second antiferromagnetic pinning layers ; a first pinned layer structure and a second pinned layer structure , wherein the first antiferromagnetic pinning layer is deposited proximate to the first pinned layer structure, and wherein the second antiferromagnetic pinning layer is deposited proximate to the second pinned layer structure, such that the first and second pinned layer structures are deposited between the first and second antiferromagnetic pinning layers; a free layer structure disposed between the first and second pinned layer structures; a first nonmagnetic layer deposited between the first pinned layer structure and the free layer structure ; and a second nonmagnetic layer deposited between the second pinned layer structure and the free layer structure , first and second antiferromagnetic pinning layers ; a first pinned layer structure and a second pinned layer structure , wherein the first antiferromagnetic pinning layer is deposited proximate to the first pinned layer structure, and wherein the second antiferromagnetic pinning layer is deposited proximate to the second pinned layer structure, such that the first and second pinned layer structures are deposited between the first and second antiferromagnetic pinning layers; a free layer structure disposed between the first and second pinned layer structures; a first nonmagnetic layer deposited between the first pinned layer structure and the free layer structure ; and a second nonmagnetic layer deposited between the second pinned layer structure and the free layer structure , characterised in that the magnetoresistance element further comprises a temporary ferromagnetic layer deposited directly over the second antiferromagnetic pinning layer , the second antiferromagnetic pinning layer being distal from the substrate.