mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: performing, by a first routing engine included within a router , routing operations, wherein the router includes a plurality of routing engines, including the first routing engine and a second routing engine ; collecting , by a computing system, training data associated with the first routing engine, wherein the training data includes a plurality of sets of health indicators associated with the first routing engine, each set having a status label indicating a corresponding health status for that set, wherein the health indicators comprise information relating to a power source information, information relating to BIOS resets, information relating to error states and information about a temperature of components of the first routing engine; and training , by the computing system and based on the training data, a machine learning model to determine a health status of the first routing engine based on the health indicators associated with the routing engine, receiving, by the computing system, data including health indicators associated with the first routing engine; applying , by the computing system, the machine learning model to the data to determine, from the health indicators, a health status of the first routing engine; and determining, by the computing system and based on the health status of the first routing engine, whether to switch routing operations to the second routing engine from the first routing engine. performing, by a first routing engine included within a router , routing operations, wherein the router includes a plurality of routing engines, including the first routing engine and a second routing engine ; collecting , by a computing system, training data associated with the first routing engine, wherein the training data includes a plurality of sets of health indicators associated with the first routing engine, each set having a status label indicating a corresponding health status for that set, wherein the health indicators comprise information relating to a power source information, information relating to BIOS resets, information relating to error states and information about a temperature of components of the first routing engine; and training , by the computing system and based on the training data, a machine learning model to determine a health status of the first routing engine based on the health indicators associated with the routing engine, receiving, by the computing system, data including health indicators associated with the first routing engine; applying , by the computing system, the machine learning model to the data to determine, from the health indicators, a health status of the first routing engine; and determining, by the computing system and based on the health status of the first routing engine, whether to switch routing operations to the second routing engine from the first routing engine.
A torch comprising an outer tube configured to sustain an atomization source in the outer tube , the torch outer tube comprising an inlet end within a first section of the torch outer tube and an exit end within a second section of the torch outer tube , in which the torch is configured to desolvate sample at the first section of the torch outer tube and to sustain the atomization source within the second section of the torch outer tube , in which the first section of the torch outer tube comprises a non-refractory material, in which at least the exit end within the second section of the torch outer tube comprises at least one refractory material, characterized in that the first section and the second section of the torch outer tube are coupled to each other through at least one interstitial material effective to reduce the expansion or contraction differences resulting from different coefficients of thermal expansion of the refractory and non refractory materials of the torch outer tube .
An ultrasonic medical probe provided with a longitudinal channel or bore and comprising: a horn or shaft ; a shank at a proximal end of said shaft , said shank including a pair of opposed flats , said shank being provided at a proximal end opposite said horn or shaft with an externally threaded connector for attaching the probe to a source of ultrasonic vibratory energy; and a probe head at a distal end of said horn or shaft , opposite said shank , wherein said probe comprises at least one polymeric component being of a composition that is essentially impervious to ultrasonic vibratory energy and that degrades or decomposes upon exposure to a source of extreme energy other than ultrasonic vibratory energy; said at least one polymeric component is fixed to at least one of said horn or shaft , said shank , and said probe head , for, once degraded or decomposed, rendering the probe inoperative for use; said probe comprises an at least partially transverse hole communicating with said channel or bore proximally of said probe head , said at least one polymeric component being disposed in said transverse hole , filling said transverse hole . a horn or shaft ; a shank at a proximal end of said shaft , said shank including a pair of opposed flats , said shank being provided at a proximal end opposite said horn or shaft with an externally threaded connector for attaching the probe to a source of ultrasonic vibratory energy; and a probe head at a distal end of said horn or shaft , opposite said shank , wherein said probe comprises at least one polymeric component being of a composition that is essentially impervious to ultrasonic vibratory energy and that degrades or decomposes upon exposure to a source of extreme energy other than ultrasonic vibratory energy; said at least one polymeric component is fixed to at least one of said horn or shaft , said shank , and said probe head , for, once degraded or decomposed, rendering the probe inoperative for use; said probe comprises an at least partially transverse hole communicating with said channel or bore proximally of said probe head , said at least one polymeric component being disposed in said transverse hole , filling said transverse hole .
A light system comprising: a main body defining an internal chamber ; a lighting assembly secured to the main body , wherein the lighting assembly comprises at least one light unit configured to emit light; and an airflow circuit extending around a periphery of the lighting assembly , wherein the airflow circuit is configured to direct airflow out of the main body underneath the lighting assembly , characterized in that the light system , further comprises a protective insert coupled to the main body , wherein the protective insert comprises a support frame coupled to an airflow outlet of the airflow circuit, and wherein the support frame comprises an internal airflow path that connects to one or more airflow passages; wherein the internal airflow path defines at least a portion of a circuitous path that includes at least one turn that re-directs the airflow therein. a main body defining an internal chamber ; a lighting assembly secured to the main body , wherein the lighting assembly comprises at least one light unit configured to emit light; and an airflow circuit extending around a periphery of the lighting assembly , wherein the airflow circuit is configured to direct airflow out of the main body underneath the lighting assembly , characterized in that the light system , further comprises a protective insert coupled to the main body , wherein the protective insert comprises a support frame coupled to an airflow outlet of the airflow circuit, and wherein the support frame comprises an internal airflow path that connects to one or more airflow passages; wherein the internal airflow path defines at least a portion of a circuitous path that includes at least one turn that re-directs the airflow therein.
A dryer or thermobonder for thermally treating a continuous web of textile material , including at least one cylinder having a perforated casing surface, around the casing thereof a continuous web of material can at least partially loop, and with a structured shell , wherein the structured shell is fittable onto the casing of the cylinder , and the structured shell includes a plurality of openings and/or patterns, characterized in that the structured shell is formed as a band of limited width, which with a plurality of windings is wound around the cylinder , wherein the band includes a first and a second longitudinal edges , which contact each other or overlap at each loop around the cylinder .
Method of near-field wireless communication between a transponder and a terminal comprising a step , implemented by the transponder , of counting a number of error signals transmitted by the terminal , the number of signals indicating a reception error of a signal being compared with a threshold (Nseuil), characterised in that if the number of signals indicating a signal reception error is higher than the threshold (Nseuil), the transponder is switched to a lower power consumption mode, the low power consumption mode being a mode wherein predefined circuits of the transponder are no longer power supplied.
Process for the production of solvents and/or lubricants from renewable sources, comprising the steps of fat hydrolysis and an esterification reaction of fatty acids with alcohols in the presence of zinc oxide, characterised in that to the product of the fatty acid esterification reaction, a liquid substance in which zinc oxide is not capable to dissolve, generally called non-solvent, is added, obtaining a precipitate that is separated from the product and used as a catalyst in the previous hydrolysis step of the fats used as a raw material.
A liquid container manufacturing method of manufacturing a liquid container that contains a content liquid (L) from a synthetic resin preform , the method comprising: an inflation body insertion step of inserting an inflation body into the preform placed in a mold for blow molding; an air discharge step of discharging air out of the preform by inflating the inflation body in the preform ; a mouth blocking step of blocking a mouth of the preform with the inflation body inflated in the preform ; an inflation body contraction step of contracting the inflation body with the mouth blocked; and a liquid blow molding step of molding the preform into a liquid container (C) having a shape conforming to an inner surface of the mold for blow molding by supplying, after the inflation body contraction step, a pressurized liquid (L) into the preform through a blow nozzle , characterized by that in the inflation body contraction step, the inflation body is contracted without supplying the pressurized liquid (L) into the preform . an inflation body insertion step of inserting an inflation body into the preform placed in a mold for blow molding; an air discharge step of discharging air out of the preform by inflating the inflation body in the preform ; a mouth blocking step of blocking a mouth of the preform with the inflation body inflated in the preform ; an inflation body contraction step of contracting the inflation body with the mouth blocked; and a liquid blow molding step of molding the preform into a liquid container (C) having a shape conforming to an inner surface of the mold for blow molding by supplying, after the inflation body contraction step, a pressurized liquid (L) into the preform through a blow nozzle ,
A wound-dressing apparatus , the apparatus comprising an elongated wrapping element and a foldable pad element ; wherein said pad element comprises a first portion attached to a first surface of said wrapping element and a second portion reversibly attached at one side thereof to said first portion , each portion comprising at least one absorbent layer (210; 212); wherein at least part of said first portion is attached to said first surface of said wrapping element , such that said at least one absorbent layer faces away from said first surface ; wherein said second portion is attached to said first portion through attachment , such that said second portion is elevatable from a closed position to an open position, wherein in the closed position said second portion folds over said first portion ; and wherein in the open position the at least one absorbent layer (210; 212) is exposed and said second portion extends beyond said wrapping element , such that the width of the pad element is larger than the width of the elongated wrapping element wherein said said elongated wrapping element has a first and a second end, wherein one of said first or second ends of said elongated wrapping element comprises a compartment having at least one opening; wherein said compartment contains wound-dressing material .
A washing and degreasing system for metal bands wrapped in coils, and having a thin thickness, said system comprising a fixed structure and a plurality of washing and degreasing groups on which said metal band is partially wound, said plurality of washing and degreasing groups being able to move said metal band along a washing and degreasing path, furthermore said washing and degreasing system comprising a plurality of nozzles able to spray on said metal band a washing and/or degreasing fluid, preferably of an alkaline and acid type, and also a rinsing fluid, characterized in that each washing and/or degreasing group comprises an upper roll having an outer profile which comprises a polymeric coating and which is linked to actuating means able to rotate the same, and at least one lower roll having an outer profile which comprises a polymeric coating and which is also linked to actuating means able to rotate the same and which is hinged to a fixed structure of said washing and/or degreasing system , each washing and degreasing group comprises an upper roll and at least two lower rolls , said polymeric coating of said upper roll being in contact and pressing against said polymeric coating of said at least two lower rolls , also in each washing and degreasing group said upper roll and said at least one lower roll having corresponding rotation axes which are mutually parallel and which are parallel to the rotation axes of the other washing and degreasing groups of said washing and degreasing system , furthermore with respect to a longitudinal plane orthogonal to said rotation axes the joining of the tracks of the rotation axes of the plurality of upper rolls and of the plurality of lower rolls being mutually joined in a continuous way and in sequence, it defines a line substantially shaped with triangular waves and said washing and degreasing system is able to work metal bands having very thin thicknesses, lower than 60 μm.
A method, comprising: generating predicted values for at least one network metric over a future time period, wherein the generating comprises using at least one of historic data, a machine learning or time series analysis technique; generating a baseline for the at least one network metric using at least one of the predicted values or the historic data, wherein the baseline comprises an upper limit and a lower limit; evaluating the at least one network metric to detect changes in network conditions using the time series analysis technique; and adapting the baseline to the detected changes in network conditions using the at least one of historic data, machine learning or time series analysis technique; comparing a currently observed value of the at least one network metric with the baseline; detecting a breach when the currently observed value of the at least one network metric is above the upper limit of the baseline or below the lower limit of the baseline; storing each past detected breach of the baseline as a record in a knowledge base, wherein the record comprises at least one of a time period when the breach occurred, a duration of the breach, or a maximum magnitude of the breach; when a breach is detected, making a decision on whether to raise an alarm or not using the knowledge base. generating predicted values for at least one network metric over a future time period, wherein the generating comprises using at least one of historic data, a machine learning or time series analysis technique; generating a baseline for the at least one network metric using at least one of the predicted values or the historic data, wherein the baseline comprises an upper limit and a lower limit; evaluating the at least one network metric to detect changes in network conditions using the time series analysis technique; and adapting the baseline to the detected changes in network conditions using the at least one of historic data, machine learning or time series analysis technique; comparing a currently observed value of the at least one network metric with the baseline; detecting a breach when the currently observed value of the at least one network metric is above the upper limit of the baseline or below the lower limit of the baseline; storing each past detected breach of the baseline as a record in a knowledge base, wherein the record comprises at least one of a time period when the breach occurred, a duration of the breach, or a maximum magnitude of the breach; when a breach is detected, making a decision on whether to raise an alarm or not using the knowledge base.
A noise reduction device using a speaker and a microphone corresponding to each seat in a vehicle to reduce a noise in each seat, the noise reduction device comprising: a signal processing unit configured to generate a canceling sound that reduces a noise at an ear of an occupant in a predetermined seat by using an auxiliary filter , wherein the microphone corresponding to the predetermined seat is away from the ear of the occupant; and an operation setting unit configured to disable operations of a speaker and a microphone corresponding to each empty seat in the vehicle; the device characterised in that it is configured to achieve noise reduction at the position of the ear by virtually obtaining an audio signal at the position of the ear by using the auxiliary filter in which a transfer function (H(z)) is set; and further characterised by an auxiliary filter setting unit configured to change the transfer function (H(z)) of the auxiliary filter used by the signal processing unit to generate the canceling sound in accordance with a number of occupants in seats other than the predetermined seat determined by an occupant determining unit , the seats affecting the noise in the predetermined seat. a signal processing unit configured to generate a canceling sound that reduces a noise at an ear of an occupant in a predetermined seat by using an auxiliary filter , wherein the microphone corresponding to the predetermined seat is away from the ear of the occupant; and an operation setting unit configured to disable operations of a speaker and a microphone corresponding to each empty seat in the vehicle; the device characterised in that it is configured to achieve noise reduction at the position of the ear by virtually obtaining an audio signal at the position of the ear by using the auxiliary filter in which a transfer function (H(z)) is set; and further characterised by an auxiliary filter setting unit configured to change the transfer function (H(z)) of the auxiliary filter used by the signal processing unit to generate the canceling sound in accordance with a number of occupants in seats other than the predetermined seat determined by an occupant determining unit , the seats affecting the noise in the predetermined seat.
Electrical machine , in particular starter device for an internal combustion engine, having a starter pinion which engages a gear rim of an internal combustion engine and which is driven via a freewheel , wherein the starter pinion and a roller collar of the freewheel are designed as separate components which can be moved relative to each other, wherein the starter pinion has a end face and the roller collar has an end face facing the end face of the starter pinion, characterized in that the starter pinion has an axial toothing on its end face which corresponds to an axial toothing of the roller collar in order to represent a claw coupling for transmitting a torque.
A washing machine comprising: a drum ; a container for holding items to be washed; a weight sensor for sensing the weight of items in the container ; and characterized in that it further comprises means for automatically transferring the items from the container to the drum when the weight sensed by the weight sensor reaches a pre-determined threshold. a drum ; a container for holding items to be washed; a weight sensor for sensing the weight of items in the container ; and characterized in that it further comprises means for automatically transferring the items from the container to the drum when the weight sensed by the weight sensor reaches a pre-determined threshold.
Bearing component of a flow sensor , in particular of an impeller, of a building services appliance , in particular of an instantaneous water heater, wherein the flow sensor has an axle which in the installed state is substantially vertical to a direction of flow of a fluid channel of the building services appliance , wherein the bearing component is configured in one piece and comprises at least two legs connected to one another, wherein two opposing axle receptacles are contained in the bearing component, wherein the two axle receptacles are spaced apart in such a way that their distance corresponds to an expansion of the axle of the flow sensor in a state of the bearing component , wherein the two legs are configured to be elastic in such a way that, for the purpose of inserting the flow sensor between the axle receptacles , a distance between the axle receptacles can be increased, characterised in that the two legs are connected at a first end and at an opposite second end, wherein the axle receptacles are configured substantially centrally between the first end and the second end, such that the distance between the axle receptacles is increased when a compressive force is applied between the first end and the second end, and/or that the bearing component is configured to be symmetrical around the axle connecting the axle receptacles . wherein the bearing component is configured in one piece and comprises at least two legs connected to one another, wherein two opposing axle receptacles are contained in the bearing component, wherein the two axle receptacles are spaced apart in such a way that their distance corresponds to an expansion of the axle of the flow sensor in a state of the bearing component , wherein the two legs are configured to be elastic in such a way that, for the purpose of inserting the flow sensor between the axle receptacles , a distance between the axle receptacles can be increased, characterised in that the two legs are connected at a first end and at an opposite second end, wherein the axle receptacles are configured substantially centrally between the first end and the second end, such that the distance between the axle receptacles is increased when a compressive force is applied between the first end and the second end, and/or that the bearing component is configured to be symmetrical around the axle connecting the axle receptacles .