mhurhangee/patent-ind-claim-en huggingface dataset:
Liquid curing agent for curing epoxy resins, comprising a) cyanamide; b) at least one urea derivative of the formula (II) and/or formula (IV) in which the following applies to the radicals simultaneously or independently of one another: R 1 , R 2 are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -walkyl, C 3 -C 15 -cycloalkyl or together C 3 -C 10 -alkylene, by forming a ring; R 4 , R 4 ', R 5 , R 5' , R 6 , R 6' , R 7 , R 7' , R 8 , R 8' are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -alkyl, C 3 -C 15 -cycloalkyl,-NHC(O)NR 1 R 2 or C 1 -C 15 -alkyl substituted with-NHC(O)NR 1 R 2 ; and c) at least one viscosity modifier selected from the group of mono-, di- and/or polyols, ethers, polyether, polyether polyols, ketones, aldehydes, nitriles, carboxylic acid esters or mixtures thereof. a) cyanamide; b) at least one urea derivative of the formula (II) and/or formula (IV) in which the following applies to the radicals simultaneously or independently of one another: R 1 , R 2 are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -walkyl, C 3 -C 15 -cycloalkyl or together C 3 -C 10 -alkylene, by forming a ring; R 4 , R 4 ', R 5 , R 5' , R 6 , R 6' , R 7 , R 7' , R 8 , R 8' are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -alkyl, C 3 -C 15 -cycloalkyl,-NHC(O)NR 1 R 2 or C 1 -C 15 -alkyl substituted with-NHC(O)NR 1 R 2 ; and R 1 , R 2 are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -walkyl, C 3 -C 15 -cycloalkyl or together C 3 -C 10 -alkylene, by forming a ring; R 4 , R 4 ', R 5 , R 5' , R 6 , R 6' , R 7 , R 7' , R 8 , R 8' are, simultaneously or independently of one another, hydrogen, C 1 -C 15 -alkyl, C 3 -C 15 -cycloalkyl,-NHC(O)NR 1 R 2 or C 1 -C 15 -alkyl substituted with-NHC(O)NR 1 R 2 ; c) at least one viscosity modifier selected from the group of mono-, di- and/or polyols, ethers, polyether, polyether polyols, ketones, aldehydes, nitriles, carboxylic acid esters or mixtures thereof.
A dialysis system comprising a dialysate fluid circuit and a blood circuit and a dialyser , the dialysate fluid circuit comprising a dialysate input pump having a dialysate input pump chamber, and a dialysate output pump having a dialysate output pump chamber, the blood circuit comprising a blood pump and a blood plasma accumulator chamber, a blood removal line upstream of the dialyser , a blood return line downstream of the dialyser and a venous clamp arranged on the blood return line , the dialyser comprising a fluid chamber with a blood filter arranged in the fluid chamber to divide the system into a blood side and a dialysate side , the dialyser having a dialysate inlet and a dialysate outlet and a blood inlet and a blood outlet , the dialysate fluid circuit being arranged on the dialysate side of the system, the blood plasma accumulator chamber being arranged on the dialysate side of the system , wherein the system includes a control processor and characterized in that the control processor is configured to close the venous clamp to pressurize blood in the blood circuit so that blood plasma is forced onto the dialysate side of the blood filter. the blood circuit comprising a blood pump and a blood plasma accumulator chamber, a blood removal line upstream of the dialyser , a blood return line downstream of the dialyser and a venous clamp arranged on the blood return line , the dialyser comprising a fluid chamber with a blood filter arranged in the fluid chamber to divide the system into a blood side and a dialysate side , the dialyser having a dialysate inlet and a dialysate outlet and a blood inlet and a blood outlet , the dialysate fluid circuit being arranged on the dialysate side of the system, the blood plasma accumulator chamber being arranged on the dialysate side of the system , wherein the system includes a control processor and characterized in that the control processor is configured to close the venous clamp to pressurize blood in the blood circuit so that blood plasma is forced onto the dialysate side of the blood filter.
A 3D electronic module including, in a direction referred to as the vertical direction, a stack of electronic dice , each die including at least one chip provided with interconnect pads , this stack being attached to an interconnect circuit of the module provided with connection bumps, the pads of each chip being connected by electrical bonding wires to vertical buses that are themselves electrically linked to the interconnect circuit of the module, a bonding wire and the vertical bus to which it is linked forming an electrical conductor between a pad of a chip and the interconnect circuit, each electrical bonding wire being linked to its vertical bus by forming, in a vertical plane, an oblique angle (α2) and in that the length of the bonding wire between a pad of a chip of one die and a vertical bus being different than the length of the bonding wire between one and the same pad of a chip of another die and said vertical bus, the stack of dice, the interconnection circuit and the bonding wires being molded in an epoxy resin, the vertical buses being located in the epoxy resin molding or on one or more vertical surfaces of the epoxy resin molding, characterized in that said difference in length of the bonding wires is obtained by a bonding wire in a non-rectilinear manner to compensate for the difference in vertical length of the vertical bus from one die to the other, such that the electrical conductor between the pad of a chip of one die and the interconnect circuit, and the electrical conductor between said same pad of a chip of the other die and the interconnect circuit, are of the same length.
Rotor blade for a wind turbine , wherein - the rotor blade comprises serrations along at least a portion of the trailing edge section of the rotor blade , - the serrations comprise a first tooth and at least a second tooth adjacent to the first tooth , and - the first tooth is spaced apart from the second tooth , wherein the area in between the first tooth and the adjacent second tooth is at least partially filled with porous material such that generation of noise in the trailing edge section of the rotor blade is reduced; the porous material comprises an open area fraction that is the fraction of the open air area compared to the total area covered by the porous material; and wherein: said porous material is a mesh comprising a plurality of strands which are connected to each other in a regular pattern; or said porous material comprises a plurality of fibers, wherein the fibers are tapered in direction towards the trailing edge of the rotor blade . - the rotor blade comprises serrations along at least a portion of the trailing edge section of the rotor blade , - the serrations comprise a first tooth and at least a second tooth adjacent to the first tooth , and - the first tooth is spaced apart from the second tooth , wherein the area in between the first tooth and the adjacent second tooth is at least partially filled with porous material such that generation of noise in the trailing edge section of the rotor blade is reduced; the porous material comprises an open area fraction that is the fraction of the open air area compared to the total area covered by the porous material; and wherein: said porous material is a mesh comprising a plurality of strands which are connected to each other in a regular pattern; or said porous material comprises a plurality of fibers, wherein the fibers are tapered in direction towards the trailing edge of the rotor blade . said porous material is a mesh comprising a plurality of strands which are connected to each other in a regular pattern; or said porous material comprises a plurality of fibers, wherein the fibers are tapered in direction towards the trailing edge of the rotor blade .
A system for removing heat and cooling the air in a data center environment, the system comprising: a chilling unit , the chilling unit comprising: a housing having an intake end and an exhaust end ; one or more fans disposed within the housing for directing air to flow through the housing from the intake end to the exhaust end ; a mister having nozzles for spraying mist to cool the air in the housing ; at least one mister cooling element disposed downstream from the mister and structured to allow air to flow through, the at least one mister cooling element having a metal surface configured for mist condensation which further cools the air in the housing ; and at least one chiller unit positioned downstream from the at least one mister cooling element for further cooling the air flowing through the at least one mister cooling element ; and a controller implementing a control algorithm for managing and controlling operations of the one or more fans , the mister , and/or the at least one chiller unit . a chilling unit , the chilling unit comprising: a housing having an intake end and an exhaust end ; one or more fans disposed within the housing for directing air to flow through the housing from the intake end to the exhaust end ; a mister having nozzles for spraying mist to cool the air in the housing ; at least one mister cooling element disposed downstream from the mister and structured to allow air to flow through, the at least one mister cooling element having a metal surface configured for mist condensation which further cools the air in the housing ; and at least one chiller unit positioned downstream from the at least one mister cooling element for further cooling the air flowing through the at least one mister cooling element ; and a housing having an intake end and an exhaust end ; one or more fans disposed within the housing for directing air to flow through the housing from the intake end to the exhaust end ; a mister having nozzles for spraying mist to cool the air in the housing ; at least one mister cooling element disposed downstream from the mister and structured to allow air to flow through, the at least one mister cooling element having a metal surface configured for mist condensation which further cools the air in the housing ; and at least one chiller unit positioned downstream from the at least one mister cooling element for further cooling the air flowing through the at least one mister cooling element ; and a controller implementing a control algorithm for managing and controlling operations of the one or more fans , the mister , and/or the at least one chiller unit .
A cooking apparatus comprising: a cooking unit having a cooking region on one side in which there is provided a first planar cooking region distinguished from a second curved cooking region that extends from the first cooking region , wherein the first cooking region and the second cooking region are arranged to heat food placed in contact with the first cooking region and the second cooking region , and wherein the first planar cooking region and the second curved cooking region include a material having a high thermal conductivity; a heating unit configured to heat the material having a high thermal conductivity of the first planar cooking region and the material having a high thermal conductivity of the second curved cooking region of the cooking unit; and a controller configured to control the heating unit to heat the first planar cooking region to a first temperature and to heat the second curved cooking region to a second temperature different from the first temperature. a cooking unit having a cooking region on one side in which there is provided a first planar cooking region distinguished from a second curved cooking region that extends from the first cooking region , wherein the first cooking region and the second cooking region are arranged to heat food placed in contact with the first cooking region and the second cooking region , and wherein the first planar cooking region and the second curved cooking region include a material having a high thermal conductivity; a heating unit configured to heat the material having a high thermal conductivity of the first planar cooking region and the material having a high thermal conductivity of the second curved cooking region of the cooking unit; and a controller configured to control the heating unit to heat the first planar cooking region to a first temperature and to heat the second curved cooking region to a second temperature different from the first temperature.
Device for automatically calibrating the deflection of a balance pan of a balance having electromagnetic force compensation (EFC balance), comprising: - the EFC balance, which has a force introduction unit having the balance pan , a lever system , an electrodynamic actuator having at least one coil and a magnetic field generating system, and a position indicator , - a measuring resistor (R Ref ) for measuring the current through the coil of the electrodynamic actuator , - a calibration weight , - a device for specifying electrical currents or electrical voltages, - a clock generator for providing time pulses, - a device for three-channel simultaneous voltage measurement, and - a signal processing and control unit, wherein the device for three-channel simultaneous voltage measurement is designed to detect the voltage U Sp dropping across the coil of the electrodynamic actuator , the voltage U Ref dropping across the measuring resistor and the output voltage of the position indicator U x in a synchronous manner and at predetermined time intervals and transmit said detected voltages to the signal processing and control unit. - the EFC balance, which has a force introduction unit having the balance pan , a lever system , an electrodynamic actuator having at least one coil and a magnetic field generating system, and a position indicator , - a measuring resistor (R Ref ) for measuring the current through the coil of the electrodynamic actuator , - a calibration weight , - a device for specifying electrical currents or electrical voltages, - a clock generator for providing time pulses, - a device for three-channel simultaneous voltage measurement, and - a signal processing and control unit,
A composition comprising: Pumpkin seed extract; Nettle root extract (Urtica dioica); Berberine; Emblica officinalis (Amla berry); Ganoderma Lucidum (Reishi mushroom); Lycopene; and Selenium. Pumpkin seed extract; Nettle root extract (Urtica dioica); Berberine; Emblica officinalis (Amla berry); Ganoderma Lucidum (Reishi mushroom); Lycopene; and Selenium.
A method for performing diagnostics for an engine using operational data for the engine, the method comprising the steps of: identifying an engine component as potentially being related to the operational data ; calculating a component deviation from a first model , wherein the component deviation relates the engine component to an adjustment to the first model with respect to a variable of the first model , based at least in part on the operational data characterized by the following steps: comparing the component deviation with a plurality of root cause deviation measures , each root cause deviation measure relating one of a plurality of potential root causes to the first model with respect to the variable of the first model . identifying an engine component as potentially being related to the operational data ; calculating a component deviation from a first model , wherein the component deviation relates the engine component to an adjustment to the first model with respect to a variable of the first model , based at least in part on the operational data characterized by the following steps: comparing the component deviation with a plurality of root cause deviation measures , each root cause deviation measure relating one of a plurality of potential root causes to the first model with respect to the variable of the first model .
A method for processing data in an object database system, wherein the method comprises creating a plurality of objects (BO), characterized in that - the objects (BO) are each stored as fragmented objects (BO) at different storage sites, wherein said objects (BO) are linked to other fragmented objects (BO) via relationships to one another, the objects (BO) are fragmented into attributes and methods, wherein the attributes and methods are stored separately and wherein the attributes are stored as fragmented objects (BO), - the relationships between the fragmented objects (BO, BO-StS) are created according to a freely definable sentence structure in order to form structural relationships and - the methods are created as an assignment of services (BO-SeS) as objects or actions (BO-A) as objects to fragmented objects according to a freely definable sentence structure in order to form structural methods, and - the fragmented objects (BO) and the structural relationships and the structural methods are stored in a data memory at one location or in a data memory of a database (DBS-Sn) arranged so as to be distributed over a plurality of locations, for process-oriented business modeling, data are defined as fragmented objects (BO) and processes are assigned to these fragmented objects (BO) as methods, so that processes can therefore take place automatically in a controlled manner by the fragmented objects (BO). - the objects (BO) are each stored as fragmented objects (BO) at different storage sites, wherein said objects (BO) are linked to other fragmented objects (BO) via relationships to one another, the objects (BO) are fragmented into attributes and methods, wherein the attributes and methods are stored separately and wherein the attributes are stored as fragmented objects (BO), - the relationships between the fragmented objects (BO, BO-StS) are created according to a freely definable sentence structure in order to form structural relationships and - the methods are created as an assignment of services (BO-SeS) as objects or actions (BO-A) as objects to fragmented objects according to a freely definable sentence structure in order to form structural methods, and - the fragmented objects (BO) and the structural relationships and the structural methods are stored in a data memory at one location or in a data memory of a database (DBS-Sn) arranged so as to be distributed over a plurality of locations,
A commutator, comprising a body, wherein the body is a cylindrical structure with a shaft hole in the middle and includes a plurality of commutator segments distributed along the circumference thereof, two ends of each of the commutator segments are respectively connected with a wire hanging part and a connector , a plurality of connectors are arranged around an axis of the body and on one side of the body away from the wire hanging parts , and a ring-shaped varistor is mounted on the plurality of connectors , one side of the connector facing the axis is connected with an outer surface of the ring-shaped varistor , the circumferential dimension of the connector along the body is smaller than that of the commutator segment , characterised in that the height of the connector in the direction of the axis of the body is smaller than the height of the ring-shaped varistor in the direction of the axis of the body. one side of the connector facing the axis is connected with an outer surface of the ring-shaped varistor , the circumferential dimension of the connector along the body is smaller than that of the commutator segment , characterised in that the height of the connector in the direction of the axis of the body is smaller than the height of the ring-shaped varistor in the direction of the axis of the body.
An attenuated strain of Salmonella enterica serovar Typhi (" S. Typhi") having chromosomal disruptions of (i) the guaBA locus, (ii) the htrA locus, (iii) the rpoS locus, and (iv) the ssb locus, wherein said attenuated strain further comprises chromosomal-based expression systems integrated into the locations of the chromosomal disruptions (i) to (iii), wherein each chromosomal-based expression system comprises an antigen expression cassette encoding an antigen of interest, said attenuated strain has an SSB-stabilized plasmid-based expression system, and said attenuated strain is an antigen-encoding attenuated strain.
Rotary turbine blade of a turbomachine such as a turboprop or a turbojet, this blade comprising a root supporting an airfoil extending along the length (EV) direction and terminating at a tip (S), this airfoil comprising a leading edge and a trailing edge located downstream from the leading edge following the direction of fluid circulation surrounding the airfoil in service, this airfoil comprising an intrados wall and an extrados wall at a lateral spacing from each other and each connecting the leading edge to the trailing edge , this airfoil comprising: - an upstream cooling manifold for the leading edge ; - an upstream feed conduit to collect air at the root and to provide a calibrated supply to the upstream manifold ; - a single extrados cavity in a single piece along the extrados wall and supplied with air from the blade root, to form a heat shield facing the upstream conduit ; - a trombone type circuit comprising a median portion along the part downstream from the upstream conduit and extending laterally as far as the extrados wall , this median portion being supplied by the upstream conduit at the tip (S) of the airfoil. - an upstream cooling manifold for the leading edge ; - an upstream feed conduit to collect air at the root and to provide a calibrated supply to the upstream manifold ; - a single extrados cavity in a single piece along the extrados wall and supplied with air from the blade root, to form a heat shield facing the upstream conduit ; - a trombone type circuit comprising a median portion along the part downstream from the upstream conduit and extending laterally as far as the extrados wall , this median portion being supplied by the upstream conduit at the tip (S) of the airfoil.