mhurhangee/ep-ind-claims huggingface dataset:
A power module, comprising an electrical power assembly, the electrical power assembly comprising: - a power die, having at least two electrical contacts, - an electrically insulating core, wherein the power die is embedded in the electrically insulating core, and - two layers (60, 30) of electrically conductive material on opposite main surfaces of the electrically insulating core, - at least one open cavity extending from an electrical contact of the power die, through the electrically insulating core and the layer (60, 30) of electrically conductive material located on the same side of the power die as the electrical contact, such that the open cavity has a bottom formed by an area of the electrical contact of the power die, wherein the bottom, and side walls of the open cavity are at least partially plated with electrically conductive material to connect said area of the electrical contact of the power die to the layer (60, 30) of electrically conductive material, characterised in that the power module also comprises at least one substrate comprising a layer of thermally conductive and electrically insulating material and a layer of electrically conductive material, the substrate further comprising at least one post of electrically conductive material protruding from the layer of electrically conductive material, and the electrical power assembly being mounted on the substrate such that the post is inserted in the open cavity of the electrical power assembly, said post having a shape and dimensions adapted to the shape and dimensions of the open cavity of the electrical power assembly, such that insertion of the post in said open cavity provides electrical and thermal contact between the post and the electrical contact of the power die from which the open cavity extends. - a power die, having at least two electrical contacts, - an electrically insulating core, wherein the power die is embedded in the electrically insulating core, and - two layers (60, 30) of electrically conductive material on opposite main surfaces of the electrically insulating core, - at least one open cavity extending from an electrical contact of the power die, through the electrically insulating core and the layer (60, 30) of electrically conductive material located on the same side of the power die as the electrical contact, such that the open cavity has a bottom formed by an area of the electrical contact of the power die,
A method of establishing a communication service, the method comprising: a first network function in a first communication network of a mobile radio communication network determining that the communication service requires an Identifier for service interworking with a second communication network; the first network function in the first communication network requesting an Identifier from a second network function in the first communication network of the mobile radio communication network; and the second network function determining whether the requested Identifier for service interworking with the second communication network is available for the communication service and, in case the requested Identifier is not available, providing an information to the first network function in the first communication network that the request is rejected; wherein the first network function in the first communication network subscribes for the Identifier for service interworking with the second communication network availability notification with the second network function in the first communication network; wherein the first network function in the first communication network is a Session Managing Function, and/or wherein the second network function in the first communication is an Access and Mobility Management Function; wherein the Identifier for service interworking with the second communication network is an Evolved Packet System Bearer Identifier for a service interworking with the Evolved Packet Core network. a first network function in a first communication network of a mobile radio communication network determining that the communication service requires an Identifier for service interworking with a second communication network; the first network function in the first communication network requesting an Identifier from a second network function in the first communication network of the mobile radio communication network; and the second network function determining whether the requested Identifier for service interworking with the second communication network is available for the communication service and, in case the requested Identifier is not available, providing an information to the first network function in the first communication network that the request is rejected; wherein the first network function in the first communication network subscribes for the Identifier for service interworking with the second communication network availability notification with the second network function in the first communication network; wherein the first network function in the first communication network is a Session Managing Function, and/or wherein the second network function in the first communication is an Access and Mobility Management Function; wherein the Identifier for service interworking with the second communication network is an Evolved Packet System Bearer Identifier for a service interworking with the Evolved Packet Core network.
Device for supplying liquid reducing agent for an exhaust gas treatment device, having at least: - a tank with an interior, in which reducing agent can be stored, - an intake in the interior, - a delivery device, which is situated in a separate chamber in the tank bottom of the tank, - a line from the delivery device to the exhaust gas treatment device, said line passing through the tank bottom at the separate chamber, and - a cleaning layer, which covers the intake, wherein an intermediate space, in which there is provided at least one sponge element, which can absorb reducing agent and from which the delivery device can extract reducing agent via the intake, is formed between the intake and the cleaning layer, wherein the sponge element is designed in such a way that it draws in reducing agent from the interior of the tank through the cleaning layer by means of capillary forces. - a tank with an interior, in which reducing agent can be stored, - an intake in the interior, - a delivery device, which is situated in a separate chamber in the tank bottom of the tank, - a line from the delivery device to the exhaust gas treatment device, said line passing through the tank bottom at the separate chamber, and - a cleaning layer, which covers the intake, wherein an intermediate space, in which there is provided at least one sponge element, which can absorb reducing agent and from which the delivery device can extract reducing agent via the intake, is formed between the intake and the cleaning layer, wherein the sponge element is designed in such a way that it draws in reducing agent from the interior of the tank through the cleaning layer by means of capillary forces.
A system for controlling an operation of an air-conditioning system generating airflow in a conditioned environment, comprising: a set of sensors configured to produce measurements of the airflow in a set of points in the conditioned environment; a memory configured to store a model of the airflow dynamics including a combination of a first term transitioning a previous state of the airflow to a current state of the airflow and a second term assisting the transitioning, wherein the first term includes a projection of a physical model of the airflow on a finite-dimensional space, wherein the physical model of the airflow includes physical parameters of the conditioned environment and the projection preserves the physical parameters of the conditioned environment in the first term, wherein a value of at least one physical parameter is uncertain with a bounded uncertainty defining a range of the bounded uncertainty, and wherein the second term includes a function of the range of the bounded uncertainty, a negative gain, and an observation error between the measurements of the airflow in the set of points and estimations of the airflow in the set of points according to the model of the airflow; a processor configured to execute an estimator to estimate the current state of the airflow in the conditioned environment by transitioning the previous state of the airflow forward in time according to the model of airflow dynamics to reduce the observation error in the current state of the airflow; and a controller configured to control the air-conditioning system based on the current state of the airflow. a set of sensors configured to produce measurements of the airflow in a set of points in the conditioned environment; a memory configured to store a model of the airflow dynamics including a combination of a first term transitioning a previous state of the airflow to a current state of the airflow and a second term assisting the transitioning, wherein the first term includes a projection of a physical model of the airflow on a finite-dimensional space, wherein the physical model of the airflow includes physical parameters of the conditioned environment and the projection preserves the physical parameters of the conditioned environment in the first term, wherein a value of at least one physical parameter is uncertain with a bounded uncertainty defining a range of the bounded uncertainty, and wherein the second term includes a function of the range of the bounded uncertainty, a negative gain, and an observation error between the measurements of the airflow in the set of points and estimations of the airflow in the set of points according to the model of the airflow; a processor configured to execute an estimator to estimate the current state of the airflow in the conditioned environment by transitioning the previous state of the airflow forward in time according to the model of airflow dynamics to reduce the observation error in the current state of the airflow; and a controller configured to control the air-conditioning system based on the current state of the airflow.
A derivative of a GIP analogue capable of activating the human GIP receptor wherein the GIP analogue comprises Formula II (SEQ ID NO: 48): wherein the amino acids at positions X 1, X 2, X 14, X 16, X 18, X 20, and X 31 are selected from: X 1 is Tyr or D-Tyr; X 2 is Aib, Ala, or D-Ala; X 14 is Leu, Nle, Asp or Met; X 16 is Lys or Ala; X 18 is Arg or His; X 20 is Gln, Glu or Aib; X 31 is Gly or Pro; wherein a modifying group is covalently attached to the side chain of the epsilon amino group of the lysine at position 24, the modifying group being defined by A-B-C-, wherein A- is A- is Chem.1 p is an integer in the range of 14-20; wherein * denotes the position of an amide bond connecting A- and B-; and B-C- is a linker, wherein B- is Chem. 2 q is an integer in the range of 0-1; r is an integer in the range of 1-3; wherein * denotes the position of the amide bond connecting A- and B-, and ** denotes the position of an amide bond connecting B- and C-; and wherein C- is selected from Chem. 3 and Chem. 4 s is an integer in the range of 1-3; t is an integer in the range of 1-4; u is an integer in the range of 1-3; wherein ** denotes the position of the amide bond connecting B- and C-, and *** denotes the position of an amide bond connecting C- and the epsilon amino group of the lysine at position 24; or a pharmaceutically acceptable salt, or amide thereof. X 1 is Tyr or D-Tyr; X 2 is Aib, Ala, or D-Ala; X 14 is Leu, Nle, Asp or Met; X 16 is Lys or Ala; X 18 is Arg or His; X 20 is Gln, Glu or Aib; X 31 is Gly or Pro; wherein a modifying group is covalently attached to the side chain of the epsilon amino group of the lysine at position 24, the modifying group being defined by A-B-C-, wherein A- is A- is Chem.1 p is an integer in the range of 14-20; wherein * denotes the position of an amide bond connecting A- and B-; and B-C- is a linker, wherein B- is Chem. 2 q is an integer in the range of 0-1; r is an integer in the range of 1-3; wherein * denotes the position of the amide bond connecting A- and B-, and ** denotes the position of an amide bond connecting B- and C-; and wherein C- is selected from Chem. 3 and Chem. 4 s is an integer in the range of 1-3; t is an integer in the range of 1-4; u is an integer in the range of 1-3; wherein ** denotes the position of the amide bond connecting B- and C-, and *** denotes the position of an amide bond connecting C- and the epsilon amino group of the lysine at position 24; or a pharmaceutically acceptable salt, or amide thereof.
A joinery section comprising power supply means and at least one elongated rigid accommodation structure in which the power supply means are housed, the section comprising at least one internal cavity (21, 22) forming at least one accommodation structure, the power supply means comprising at least one power supply cable which forms a protective cover surrounding power supply conductors, the said at least one power supply cable being housed in the at least one internal cavity (21, 22), characterized in that the at least one power supply cable is elastic, such as a cable with tension spring function, of the coiled cable type, and in that the at least one internal cavity (21, 22) comprises a longitudinal opening (23, 24) which is defined by at least one longitudinal projection (25, 26) on which the at least one power supply cable rests, associated with said at least one internal cavity.
A composition comprising (a) a drug, and (b) a cellulose alkanyl succinate polymer having a degree of substitution of alkanyl groups of at least 1.0 and a degree of substitution of succinyl groups of at least 0.2. (a) a drug, and (b) a cellulose alkanyl succinate polymer having a degree of substitution of alkanyl groups of at least 1.0 and a degree of substitution of succinyl groups of at least 0.2.
A fluidized bed boiler with a support construction for a particle separator, comprising a bottom-supported furnace, at least one particle separator with a support construction in gas flow connection with an upper portion of the furnace and comprising a furnace side portion, an outer portion opposite to the furnace side portion and a conical lower portion, and at least two bottom-supported downcomer pipes in fluid connection with a steam drum and adjacent the outer portion of the particle separator, characterized in that the support construction comprises a frame-like supporting member surrounding at least a portion of the conical lower portion, wherein an outboard portion of the supporting member is attached to the at least two downcomer pipes to support the at least one particle separator.
A method for discovering pharmacologically active substances from natural products, comprising: obtaining an activity profile by testing pharmacological activity of a plurality of samples; obtaining mass profiles based on mass spectra resulting from analysis of the samples by mass spectrometry; said method being characterized in that determining molecular weight of pharmacologically active substances is performed by comparing and analyzing the activity profile and the mass profile by comparison of correlation coefficients represented by Equation 1: where j: j-th bin when the mass spectrum is divided into bins with given mass intervals; a 0 k: normalized activity of k-th fraction m 0 kj: normalized intensity of the mass peak of the k -th fraction at the j -th bin; and N: number of the fractions. obtaining an activity profile by testing pharmacological activity of a plurality of samples; obtaining mass profiles based on mass spectra resulting from analysis of the samples by mass spectrometry; said method being characterized in that determining molecular weight of pharmacologically active substances is performed by comparing and analyzing the activity profile and the mass profile by comparison of correlation coefficients represented by Equation 1: where j: j-th bin when the mass spectrum is divided into bins with given mass intervals; a 0 k: normalized activity of k-th fraction m 0 kj: normalized intensity of the mass peak of the k -th fraction at the j -th bin; and N: number of the fractions. j: j-th bin when the mass spectrum is divided into bins with given mass intervals; a 0 k: normalized activity of k-th fraction m 0 kj: normalized intensity of the mass peak of the k -th fraction at the j -th bin; and N: number of the fractions.
An energy management system, comprising: a plurality of industrial automation devices (16, 18, 20, 22, 24, 26, 28, 30); a first energy agent embedded within a first industrial automation device of the plurality of industrial automation devices (16, 18, 20, 22, 24, 26, 28, 30), wherein the first energy agent is configured to: monitor one or more energy properties that correspond to the first industrial automation device (16, 18, 20, 22, 24, 26, 28, 30); and adjust one or more operations of the first industrial automation device based at least in part on the energy properties and an energy objective; and a second energy agent embedded in a second industrial automation device of the plurality of industrial automation devices, wherein the second energy agent is not capable of monitoring one or more energy properties that correspond to the second industrial automation device, and wherein the second energy agent is configured to receive the one or more energy properties that correspond to the second industrial automation device from the first energy agent. a plurality of industrial automation devices (16, 18, 20, 22, 24, 26, 28, 30); a first energy agent embedded within a first industrial automation device of the plurality of industrial automation devices (16, 18, 20, 22, 24, 26, 28, 30), wherein the first energy agent is configured to: monitor one or more energy properties that correspond to the first industrial automation device (16, 18, 20, 22, 24, 26, 28, 30); and adjust one or more operations of the first industrial automation device based at least in part on the energy properties and an energy objective; and monitor one or more energy properties that correspond to the first industrial automation device (16, 18, 20, 22, 24, 26, 28, 30); and adjust one or more operations of the first industrial automation device based at least in part on the energy properties and an energy objective; and a second energy agent embedded in a second industrial automation device of the plurality of industrial automation devices, wherein the second energy agent is not capable of monitoring one or more energy properties that correspond to the second industrial automation device, and wherein the second energy agent is configured to receive the one or more energy properties that correspond to the second industrial automation device from the first energy agent.
A chip stack comprising: a main chip containing components to be protected; and an auxiliary chip (18, 20) opposite each surface (4, 6) of the main chip, an area of each auxiliary chip opposite the components to be protected comprising a metal plane connected to ground, and at least one insulated conductive track forming a tight pattern opposite the components to be protected, the ends (50, 52) of said at least one conductive track being accessible at the level of the main chip, the metal plane of each auxiliary chip being located between the main chip and the conductive track of said auxiliary chip. a main chip containing components to be protected; and an auxiliary chip (18, 20) opposite each surface (4, 6) of the main chip, an area of each auxiliary chip opposite the components to be protected comprising a metal plane connected to ground, and at least one insulated conductive track forming a tight pattern opposite the components to be protected, the ends (50, 52) of said at least one conductive track being accessible at the level of the main chip, the metal plane of each auxiliary chip being located between the main chip and the conductive track of said auxiliary chip.
Quick closing control valve for a live steam line of a steam turbine, with a valve housing inside which there protrudes a guide pot whose axis is oriented centrally towards a valve seat of the quick closing control valve, and in which there are arranged a control valve cone and a quick-closing valve cone which are mutually independently longitudinally displaceable, both concentrically and in the axial direction, wherein the control valve cone is sealed in a steam-tight manner with respect to the guide pot, wherein the quick-closing valve cone is sealed in a steam-tight manner with respect to the guide pot, wherein the quick closing control valve has an inlet pressure space and an outlet pressure space which can be sealed with respect to the inlet pressure space, wherein a central spindle is formed to drive the quick-closing valve cone in the direction of the valve seat, wherein the central spindle is designed so as to produce, when the quick-closing valve cone is opened, a fluidic connection between the back space, which is arranged behind the quick-closing valve cone, and the front outlet pressure space, wherein the central spindle is designed such that it can be displaced with respect to the quick-closing valve cone, wherein the quick-closing valve cone has a first pressure-equalizing duct which can be closed, when the quick-closing valve is closed, by an advancing cone formed in the central spindle, and which can be reopened when the quick-closing valve is opened, wherein the first pressure-equalizing duct forms the fluidic connection between the back space and the outlet pressure space, wherein the quick-closing valve cone is arranged on the inside of the guide pot, and wherein the control valve cone is arranged on the outside of the guide pot, characterized in that the guide pot has a second pressure-equalizing duct which forms a second fluidic connection between the back space and the inlet pressure space.
A decorative sheet, for facing the display surface of a display device, comprising a picture pattern portion and a plurality of transmitting portions that are portions in which the picture pattern portion is not formed, wherein an aperture ratio, defined as the ratio of the area of the transmitting portions to the total area of the decorative sheet, is 5% or more and 50% or less, and each of the transmitting portions is formed such that a distance between the transmitting portions adjacent to each other is 40 μm or more and 140 μm or less, wherein, when the transmitting portions are arranged in a grid pattern, the distance between the transmitting portions is defined as the shortest distance between edges of the adjacent transmitting portions, and, when the transmitting portions are arranged in a mode other than a grid pattern, the distance between the transmitting portions is defined as the average distance between nearest edges of adjacent transmitting portions. a picture pattern portion and a plurality of transmitting portions that are portions in which the picture pattern portion is not formed, wherein an aperture ratio, defined as the ratio of the area of the transmitting portions to the total area of the decorative sheet, is 5% or more and 50% or less, and each of the transmitting portions is formed such that a distance between the transmitting portions adjacent to each other is 40 μm or more and 140 μm or less, wherein, when the transmitting portions are arranged in a grid pattern, the distance between the transmitting portions is defined as the shortest distance between edges of the adjacent transmitting portions, and, when the transmitting portions are arranged in a mode other than a grid pattern, the distance between the transmitting portions is defined as the average distance between nearest edges of adjacent transmitting portions.