mhurhangee/patent-ind-claim-en huggingface dataset:
A mesh-shaped, porous electric current density distributor for use with an electrode having an active surface, the current density distributor being adapted for providing electric current to an active layer of the electrode, which active layer is provided to contact a face of the current density distributor, wherein the current density distributor comprises a porous mesh having a plurality of electrically conductive paths , wherein at least part of the electrically conductive paths extend along a first direction the current density distributor, characterized in that the porous mesh comprises in a second direction crosswise to the first direction a plurality of first paths of an electric insulator , and in that a current carrying capacity of the current density distributor in the second direction is smaller than the current carrying capacity in the first direction, wherein the porous mesh comprises a plurality of open spaces between the electrically conductive paths and/or the insulating paths, the open spaces being arranged to provide porosity to the mesh.
Electric machine , comprising: - a stator , which comprises at least two slots in which each at least one electrically conductive bar is arranged, respectively, where - the stator is adjacent to an air gap , - the at least two electrically conductive bars form an electric winding of the stator and are arranged to be supplied with a corresponding electrical phase (n), respectively, by a power supply , - the stator is arranged in such a way that during operation of the electric machine a stator magnetic field with at least two magnetic poles is formed in the air gap , - the air gap is arranged between the stator and a rotor which is mounted movable relative to the stator , and - the stator magnetic field is a rotating field, characterized in that - at least a first pole has a circumferential extent along the air gap which is different from the circumferential extent of at least a second pole , wherein the stator magnetic field comprises at least the first pole and the second pole , and - for each pole of the stator magnetic field the rotor magnetic field comprises a pole with the same angular extent. - a stator , which comprises at least two slots in which each at least one electrically conductive bar is arranged, respectively, where - the stator is adjacent to an air gap , - the at least two electrically conductive bars form an electric winding of the stator and are arranged to be supplied with a corresponding electrical phase (n), respectively, by a power supply , - the stator is arranged in such a way that during operation of the electric machine a stator magnetic field with at least two magnetic poles is formed in the air gap , - the air gap is arranged between the stator and a rotor which is mounted movable relative to the stator , and - the stator magnetic field is a rotating field, characterized in that - at least a first pole has a circumferential extent along the air gap which is different from the circumferential extent of at least a second pole , wherein the stator magnetic field comprises at least the first pole and the second pole , and - for each pole of the stator magnetic field the rotor magnetic field comprises a pole with the same angular extent.
System for forming a field joint on a pipeline comprising multiple pipes during the assembly of the pipeline that serves to transport oil and / or gas or water, the system comprising: - at least two inserts to be arranged outside ends of the pipes in operational use of the system, the inserts being formed to form together a continuous integrated stabilization slot , preferably in a helix shape, on an outside of the inserts when being provided around the ends of the pipes ; - a clamping device for, in operational use, at least partially enclosing the inserts and for clamping the inserts around the ends of the pipes , the clamping device comprising a length-stable layer being around the inserts , preferably wound in a helix shape, in operational use characterized by - a flexible tube which, in operational use, is arranged within the slot on an inside of the length-stable layer , and wherein the length-stable layer is coupled to the flexible tube , wherein in operational use, the flexible tube may be supplied with a medium that can be pressurized and/or cured in an expanded state between the length-stable layer and the inserts without increasing a nominal diameter of length-stable layer , and wherein ends of the length-stable layer have end pieces of a length configured in or around the inserts and/or the slot in such a way that the end pieces are prevented from displacement relative to the inserts . - at least two inserts to be arranged outside ends of the pipes in operational use of the system, the inserts being formed to form together a continuous integrated stabilization slot , preferably in a helix shape, on an outside of the inserts when being provided around the ends of the pipes ; - a clamping device for, in operational use, at least partially enclosing the inserts and for clamping the inserts around the ends of the pipes , the clamping device comprising a length-stable layer being around the inserts , preferably wound in a helix shape, in operational use characterized by - a flexible tube which, in operational use, is arranged within the slot on an inside of the length-stable layer , and wherein the length-stable layer is coupled to the flexible tube , wherein in operational use, the flexible tube may be supplied with a medium that can be pressurized and/or cured in an expanded state between the length-stable layer and the inserts without increasing a nominal diameter of length-stable layer , and wherein ends of the length-stable layer have end pieces of a length configured in or around the inserts and/or the slot in such a way that the end pieces are prevented from displacement relative to the inserts .
A computer-implemented method for assessing and managing network security for an industrial control system network, comprising: retrieving topology data and network traffic data with a processor, wherein the topology data is indicative of every device of the network; retrieving , via the processor, network flow data from a plurality of network data collectors ; the plurality of network data collectors passively collecting information, including network flow data, directly from network zones via packet captures without intrusive probing operations; generating , via the processor, an attack tree based on the topology data and the network flow data; updating , by the processor, a customer model database with the attack tree and the topology data; outputting , by the processor, a security assessment based on the attack tree and the topology data; and the plurality of network data collectors allowing information to pass in only one direction. retrieving topology data and network traffic data with a processor, wherein the topology data is indicative of every device of the network; retrieving , via the processor, network flow data from a plurality of network data collectors ; the plurality of network data collectors passively collecting information, including network flow data, directly from network zones via packet captures without intrusive probing operations; generating , via the processor, an attack tree based on the topology data and the network flow data; updating , by the processor, a customer model database with the attack tree and the topology data; outputting , by the processor, a security assessment based on the attack tree and the topology data; and the plurality of network data collectors allowing information to pass in only one direction.
A solenoid actuated valve comprising: a first elongate valve member as a valve body having a piston bore ; a second elongate valve member as a solenoid armature acting as a piston movable axially relative to the first elongate valve member from a first position for holding pressure and volume of an accumulator to a second position for dumping fluid contents of the accumulator; a groove formed as a gland in the second valve member ; and an o-ring located within the groove in non-contacting relationship to the first elongate valve member when in a non-energized state such that the o-ring is clear of the piston bore defined by the inside diameter (ID) of the valve body ; wherein an energizer ring is located within the groove and arranged for axial movement with respect to the o-ring , where the energizer ring is arranged to move axially toward the o-ring in response to fluid pressure against a surface of said energizer ring located opposite from the o-ring such to compress the o-ring , wherein the outside diameter of the o-ring is arranged to expand radially and outwardly into sealing contact with the first elongate valve member when compressed by said energizer ring . a first elongate valve member as a valve body having a piston bore ; a second elongate valve member as a solenoid armature acting as a piston movable axially relative to the first elongate valve member from a first position for holding pressure and volume of an accumulator to a second position for dumping fluid contents of the accumulator; a groove formed as a gland in the second valve member ; and an o-ring located within the groove in non-contacting relationship to the first elongate valve member when in a non-energized state such that the o-ring is clear of the piston bore defined by the inside diameter (ID) of the valve body ; wherein an energizer ring is located within the groove and arranged for axial movement with respect to the o-ring , where the energizer ring is arranged to move axially toward the o-ring in response to fluid pressure against a surface of said energizer ring located opposite from the o-ring such to compress the o-ring , wherein the outside diameter of the o-ring is arranged to expand radially and outwardly into sealing contact with the first elongate valve member when compressed by said energizer ring .
Method of continuously harvesting surrounding meat from a successive plurality of poultry legs having articulated first and second poultry bones and an intermediate joint, the method includes: - continuously conveying the poultry legs through a path of conveyance; - determining a location of the intermediate joint; - based on the determined location of the intermediate joint, adjusting a position of the intermediate joint and a cutting implement relative to one another; and - performing cutting of tissue at a location commensurate with the location of the intermediate joint, wherein the step of determining the location of the intermediate joint is performed without interrupting continuous conveyance of the poultry legs, characterised in that the determining of the location of the intermediate joint is performed contactless using X-ray. - continuously conveying the poultry legs through a path of conveyance; - determining a location of the intermediate joint; - based on the determined location of the intermediate joint, adjusting a position of the intermediate joint and a cutting implement relative to one another; and - performing cutting of tissue at a location commensurate with the location of the intermediate joint, wherein the step of determining the location of the intermediate joint is performed without interrupting continuous conveyance of the poultry legs, characterised in that the determining of the location of the intermediate joint is performed contactless using X-ray. wherein the step of determining the location of the intermediate joint is performed without interrupting continuous conveyance of the poultry legs, characterised in that the determining of the location of the intermediate joint is performed contactless using X-ray.
Method for operating a vehicle comprising - providing measurement data (MD) based on measurement signals from at least two piezo-electric sensors mechanically coupled to a windshield of the vehicle in a spaced apart manner, wherein the at least two piezo-electric sensors are mechanically coupled to the windshield in such a way, that the measurement signals are representative of vibrations of the windshield , - determining condition data (CD) dependent on the measurement data (MD), the condition data (CD) being representative of a condition of the windshield and - operating the vehicle according to the condition data , characterized in that determining the condition data (CD) comprises applying artificial intelligence, and the artificial intelligence is trained to filter out noise of the measurement signals being non-representative of the conditions of the windshield . - providing measurement data (MD) based on measurement signals from at least two piezo-electric sensors mechanically coupled to a windshield of the vehicle in a spaced apart manner, wherein the at least two piezo-electric sensors are mechanically coupled to the windshield in such a way, that the measurement signals are representative of vibrations of the windshield , - determining condition data (CD) dependent on the measurement data (MD), the condition data (CD) being representative of a condition of the windshield and - operating the vehicle according to the condition data
A method of controlling uplink power levels of radio cells in a wireless communications network, the method being performed by a device comprising: grouping (S101) sets of neighboring cells into a plurality of cell clusters (11-14); identifying (S102) at least one first cell cluster comprising at least one cell being subjected to interference, the cells of the identified first cluster further having a signal quality exceeding a first signal quality threshold value; identifying (S103) at least one second cell cluster comprising at least one cell being subjected to interference, the at least one cell of the identified second cluster further having a signal quality below a second signal quality threshold value; creating (S104) a model based on the identified at least one first cell cluster to map a nominal uplink power level to an estimated signal quality value for said at least one first cell cluster ; and adjusting (S105) a nominal uplink power level of the at least one cell of the identified at least one second cell cluster by applying the nominal uplink power level derived from the created model to attain a corresponding estimated signal quality value in the at least one cell of the second cell cluster . grouping (S101) sets of neighboring cells into a plurality of cell clusters (11-14); identifying (S102) at least one first cell cluster comprising at least one cell being subjected to interference, the cells of the identified first cluster further having a signal quality exceeding a first signal quality threshold value; identifying (S103) at least one second cell cluster comprising at least one cell being subjected to interference, the at least one cell of the identified second cluster further having a signal quality below a second signal quality threshold value; creating (S104) a model based on the identified at least one first cell cluster to map a nominal uplink power level to an estimated signal quality value for said at least one first cell cluster ; and adjusting (S105) a nominal uplink power level of the at least one cell of the identified at least one second cell cluster by applying the nominal uplink power level derived from the created model to attain a corresponding estimated signal quality value in the at least one cell of the second cell cluster .
An exhaust assembly, comprising an exhaust bearing seat , wherein an intake end of the exhaust bearing seat is provided with an intake cavity , an exhaust end of the exhaust bearing seat is provided with an exhaust cavity , the intake cavity and the exhaust cavity are staggered from each other along an axial direction of the exhaust bearing seat , the exhaust bearing seat is provided with a flow channel connecting the intake cavity with the exhaust cavity , and an oil separation structure is provided in the exhaust cavity characterized in that , the flow channel is arc shaped, to make a gas flow passing through the flow channel have a component rotationally flowing around an axis of the exhaust bearing seat .
A pet food composition, comprising: protein, carbohydrates, fat, fiber, and at least 6 distinct metabolites including at least 3 distinct metabolites for modulating each one of white blood cells and neutrophils in a companion animal; wherein the metabolite that modulates white blood cells is selected from the group consisting of C-glycosyltryptophan, 3-ureidopropionate, erythronate, isobutyrylcarnitine, 2-hydroxyglutarate, arginine, 2-hydroxystearate, homocitrulline, pseudouridine, 1-linoleoylglycerophosphoinositol, cysteine, and mixtures thereof; wherein the metabolite that modulates neutrophils is selected from the group consisting of dimethylglycine, indoleacetate, 3-hydroxypropanoate, isobutyrylcarnitine, glycerate, phenyllactate (PLA), glycolate (hydroxyacetate), C-glycosyltryptophan, tryptophan, homocitrulline, and mixtures thereof; wherein the metabolites are present in amounts from 0.01 weight% to 10 weight% of the food composition; and wherein the pet food composition provides at least a 5% increase or at least a 5% decrease in that amount of at least one of white blood cells or neutrophils in the companion animal upon administration of the pet food to the companion animal. protein, carbohydrates, fat, fiber, and at least 6 distinct metabolites including at least 3 distinct metabolites for modulating each one of white blood cells and neutrophils in a companion animal; wherein the metabolite that modulates white blood cells is selected from the group consisting of C-glycosyltryptophan, 3-ureidopropionate, erythronate, isobutyrylcarnitine, 2-hydroxyglutarate, arginine, 2-hydroxystearate, homocitrulline, pseudouridine, 1-linoleoylglycerophosphoinositol, cysteine, and mixtures thereof; wherein the metabolite that modulates neutrophils is selected from the group consisting of dimethylglycine, indoleacetate, 3-hydroxypropanoate, isobutyrylcarnitine, glycerate, phenyllactate (PLA), glycolate (hydroxyacetate), C-glycosyltryptophan, tryptophan, homocitrulline, and mixtures thereof; wherein the metabolites are present in amounts from 0.01 weight% to 10 weight% of the food composition; and wherein the pet food composition provides at least a 5% increase or at least a 5% decrease in that amount of at least one of white blood cells or neutrophils in the companion animal upon administration of the pet food to the companion animal.
A grill comprising: a lid , the lid having an inner wall and an outer wall and a hollow plenum formed between the inner wall and the outer wall ; an exterior grill body having a bottom and a plurality of elongated key shaped air intake slots radiating from the center of the bottom of the body; an annular retaining member ; a fuel grate ; and an interior grill body member within the exterior grill body , the interior body member having an open top portion , an intermediate portion adapted to support the annular retaining member and an open bottom portion adapted to support the fuel grate , the open bottom portion in fluid communication with the plurality of air intake slots and wherein a hollow space is created between the sides of the interior grill body member and the exterior grill body member . a lid , the lid having an inner wall and an outer wall and a hollow plenum formed between the inner wall and the outer wall ; an exterior grill body having a bottom and a plurality of elongated key shaped air intake slots radiating from the center of the bottom of the body; an annular retaining member ; a fuel grate ; and an interior grill body member within the exterior grill body , the interior body member having an open top portion , an intermediate portion adapted to support the annular retaining member and an open bottom portion adapted to support the fuel grate , the open bottom portion in fluid communication with the plurality of air intake slots and wherein a hollow space is created between the sides of the interior grill body member and the exterior grill body member .
A method for encrypting data in an integrated circuit, comprising: receiving, by a memory operation module , a first data and a second data to be encrypted; determining , in an off-chip data memory , at least one storage area for a first encrypted data corresponding to the first data and a second encrypted data corresponding to the second data, wherein when the first encrypted data and the second encrypted data are to be separate in the off-chip data memory , the at least one storage area includes a first storage area for the first encrypted data and a second storage area for the second encrypted data, the first storage area being different from the second storage area; generating at least one key based on the first and second data and the at least one storage area, wherein when the first encrypted data and the second encrypted data are to be separate in the off-chip data memory , the at least one key comprises a first key for the first data and a second key, that is different from the first key, for the second data; and encrypting the first data and the second data using the first key and the second key, respectively, to generate the first encrypted data and the second encrypted data, respectively. receiving, by a memory operation module , a first data and a second data to be encrypted; determining , in an off-chip data memory , at least one storage area for a first encrypted data corresponding to the first data and a second encrypted data corresponding to the second data, wherein when the first encrypted data and the second encrypted data are to be separate in the off-chip data memory , the at least one storage area includes a first storage area for the first encrypted data and a second storage area for the second encrypted data, the first storage area being different from the second storage area; generating at least one key based on the first and second data and the at least one storage area, wherein when the first encrypted data and the second encrypted data are to be separate in the off-chip data memory , the at least one key comprises a first key for the first data and a second key, that is different from the first key, for the second data; and encrypting the first data and the second data using the first key and the second key, respectively, to generate the first encrypted data and the second encrypted data, respectively.
An agnostic in-line verification system to produce finished RFID-enabled tags including labels, tags, tickets, stickers and the like, the system comprising: an RFID-verification base unit that includes an RFID-verifier for verification of programmed data of the RFID-enabled tags; a feed module upstream of the RFID-verification base unit that receives from a source of RFID-enabled tags a flow of RFID--enabled tags to be finished through RFID verification; and a collector module downstream of the RFID-verification base unit and that receives RFID-verified tags from the RFID-verification base unit; wherein the collector module is arranged to be mechanically secured and plugged into the RFID-verification base unit. an RFID-verification base unit that includes an RFID-verifier for verification of programmed data of the RFID-enabled tags; a feed module upstream of the RFID-verification base unit that receives from a source of RFID-enabled tags a flow of RFID--enabled tags to be finished through RFID verification; and a collector module downstream of the RFID-verification base unit and that receives RFID-verified tags from the RFID-verification base unit; wherein the collector module is arranged to be mechanically secured and plugged into the RFID-verification base unit.