mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting field device operational anomalies of a field device connected through a network with an analog output diagnosis tool in an industrial process, the method comprising: acquiring by said analog output diagnosis tool an analog process variable value from the field device ; acquiring by said analog output diagnosis tool a digital process variable value from the field device ; calculating a difference value between the analog process variable value and the digital process variable value; comparing the difference value to a first threshold alert value; issuing an alert to a user if the difference value exceeds the first threshold alert value; and automatically diverting a flow path of the industrial process through another field device when the difference value exceeds the first threshold alert value. acquiring by said analog output diagnosis tool an analog process variable value from the field device ; acquiring by said analog output diagnosis tool a digital process variable value from the field device ; calculating a difference value between the analog process variable value and the digital process variable value; comparing the difference value to a first threshold alert value; issuing an alert to a user if the difference value exceeds the first threshold alert value; and automatically diverting a flow path of the industrial process through another field device when the difference value exceeds the first threshold alert value.
A method to facilitate voicemail interaction, comprising, during a call session between a data communication device and a voicemail system : receiving an audio segment at the data communication device from the voicemail system ; performing feature recognition at the data communication device on the audio segment using a feature analyzer; and outputting a display element to a display of a user interface of the data communication device , based on a recognized feature in the audio segment , wherein performing the feature recognition comprises detecting at the data communication device human-imperceptible information embedded in the audio segment , and wherein outputting the display element comprises displaying a visual message based on the human imperceptible information to prompt a user to select an action to be performed or to confirm completion of an action selected by the user. receiving an audio segment at the data communication device from the voicemail system ; performing feature recognition at the data communication device on the audio segment using a feature analyzer; and outputting a display element to a display of a user interface of the data communication device , based on a recognized feature in the audio segment , wherein performing the feature recognition comprises detecting at the data communication device human-imperceptible information embedded in the audio segment , and wherein outputting the display element comprises displaying a visual message based on the human imperceptible information to prompt a user to select an action to be performed or to confirm completion of an action selected by the user.
A sole structure for an article of footwear having an upper , the sole structure comprising: an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface ; a midsole having an upper portion and a lower portion , the lower portion attached to the outsole and including a first segment extending from a forefoot region of the upper portion in a direction toward a heel region of the upper portion and a second segment extending from the heel region of the upper portion in a direction toward the forefoot region of the upper portion and spaced apart from the first segment along a longitudinal axis of the midsole by a gap ; at least one plate extending from the midsole into the gap ; and a cushion disposed in the gap of the midsole and joined to the plate , characterized in that the plate is embedded within a material of the midsole , wherein a portion of the midsole extends between the plate and the upper and another portion of the midsole extends between the plate and the outsole . an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface ; a midsole having an upper portion and a lower portion , the lower portion attached to the outsole and including a first segment extending from a forefoot region of the upper portion in a direction toward a heel region of the upper portion and a second segment extending from the heel region of the upper portion in a direction toward the forefoot region of the upper portion and spaced apart from the first segment along a longitudinal axis of the midsole by a gap ; at least one plate extending from the midsole into the gap ; and a cushion disposed in the gap of the midsole and joined to the plate , characterized in that the plate is embedded within a material of the midsole , wherein a portion of the midsole extends between the plate and the upper and another portion of the midsole extends between the plate and the outsole .
A method for preparing an ester-based composition, the method comprising: putting a polycarboxylic acid and a mono-alcohol having 3 to 12 alkyl carbon atoms into a mixer to form a reaction mixture (S1); sequentially putting the reaction mixture into N batch reactors connected in parallel to perform a reaction, and sequentially completing the reaction in the N batch reactors to semi-continuously produce reaction products (S2); and semi-continuously moving the reaction products to a separation unit to remove unreacted alcohol (S3), wherein N above is an integer of 3 or more, pressures of the N reactors are each independently configured such that the pressure at the early stage is 0.3 barg to 1.0 barg and the pressure at the latter stage is 0 barg to 0.5 barg, the pressure at the early stage being greater than the pressure at the latter stage, and the early and latter stages are divided based on any one of the time points when reaction conversion rate is 30% to 90%. putting a polycarboxylic acid and a mono-alcohol having 3 to 12 alkyl carbon atoms into a mixer to form a reaction mixture (S1); sequentially putting the reaction mixture into N batch reactors connected in parallel to perform a reaction, and sequentially completing the reaction in the N batch reactors to semi-continuously produce reaction products (S2); and semi-continuously moving the reaction products to a separation unit to remove unreacted alcohol (S3), wherein N above is an integer of 3 or more, pressures of the N reactors are each independently configured such that the pressure at the early stage is 0.3 barg to 1.0 barg and the pressure at the latter stage is 0 barg to 0.5 barg, the pressure at the early stage being greater than the pressure at the latter stage, and the early and latter stages are divided based on any one of the time points when reaction conversion rate is 30% to 90%.
A downhole safety valve for an artificial lifting completion extraction well, in particular of the type driven by reciprocating downhole rod pumps, said valve comprising: - a main body internally hollow and configured to allow a sliding movement of a rod therein, - a sealing system connected to the inner wall of the main body , the sealing system comprising a plurality of reversible elastic elements arranged to surround said rod , - actuating means connected to the sealing system and configured to permit a movement of said reversible elastic elements , characterized in that the hollow of the main body is provided with a conical section region apt to cooperate with the sealing system so that the plurality of reversible elastic elements is movable between a first operating condition wherein the fluid flows through the valve in an outflow area defined between the sealing system and the rod , and a second operating position wherein each of the reversible elastic elements contacts the rod and occupies said outflow area preventing the passage of the fluid through the valve , and wherein each reversible elastic element of said plurality comprises a free end provided with a sealing pad having an impact surface lying on a plane orthogonal to an extraction direction of the fluid, wherein said impact surface provides for an opposing element to the fluid advancement through the valve according to said extraction direction. - a main body internally hollow and configured to allow a sliding movement of a rod therein, - a sealing system connected to the inner wall of the main body , the sealing system comprising a plurality of reversible elastic elements arranged to surround said rod , - actuating means connected to the sealing system and configured to permit a movement of said reversible elastic elements ,
A method of predicting skin age, the method comprising: a) analyzing, by a computer processor, a microbiome of a skin sample from a donor subject, wherein the analyzing is performed as a function of: i) microbiome taxonomy information obtained by sequencing the microbiome; ii) enzymatic functions and metabolomes associated with the microbiome; and iii) parameters of lifestyle or personal characteristics of the donor subject; and b) predicting, by the computer processor, the skin age for the donor subject by determining similarity between a result of (a) and a model, the model comprising an analysis of microbiome features, parameters of lifestyle or personal characteristics of a cohort of reference subjects, and links between microbiome and skin age. a) analyzing, by a computer processor, a microbiome of a skin sample from a donor subject, wherein the analyzing is performed as a function of: i) microbiome taxonomy information obtained by sequencing the microbiome; ii) enzymatic functions and metabolomes associated with the microbiome; and iii) parameters of lifestyle or personal characteristics of the donor subject; and i) microbiome taxonomy information obtained by sequencing the microbiome; ii) enzymatic functions and metabolomes associated with the microbiome; and iii) parameters of lifestyle or personal characteristics of the donor subject; and b) predicting, by the computer processor, the skin age for the donor subject by determining similarity between a result of (a) and a model, the model comprising an analysis of microbiome features, parameters of lifestyle or personal characteristics of a cohort of reference subjects, and links between microbiome and skin age.
A longitudinal channel providing increased holding strength, configured for use as an anchoring element for an anchor used in supporting objects on a substrate , the channel comprising a generally U-shaped axial cross section in at least a portion thereof, the U-shaped cross section being comprised of longitudinal side walls and a longitudinal base connection between the side walls with the side walls having free edges configured for holding contact with the substrate ; wherein a portion of the free edges of the channel are covered with a planar continuous surface material which is coextensive with non-covered free edges, wherein the channel is comprised of metal and whereby the planar continuous surface material and the free edges provide a planar holding surface with greater surface area than that of the free edges alone for the increased holding strength, wherein the longitudinal base section is apertured in the center thereof with a threaded aperture configured for threaded engagement with a threaded holding element and wherein the planar continuous surface is only positioned on one side of the aperture in a longitudinal direction of the channel , whereby at least one longitudinal manipulating element , rotatably attachable to the channel , is capable of being fitted into the channel on a second side of the aperture during placement of the channel through an aperture in the substrate .
A method for producing cast iron with vermicular graphite with the following steps: - producing a melt - determining a sulfur content of the melt and determining a normal temperature related oxygen activity of the melt, as well as determining an amount of a structure-modifying agent to be added or of several structure-modifying agents to be added, based on the sulfur content of the melt and the normal temperature related oxygen activity of the melt, - separating two parts of the melt as a first and a second test melt, with an inoculant being added to the first test melt before recording the points of the cooling curve, so that the first test melt is inoculated and the second test melt is not inoculated and determining at least two points of the respective cooling curve of both test melts, and - adding an inoculant amount of an inoculant depending on the determined points of the cooling curve based on an inoculant formula, which comprises at least two controlling coefficients, which are determined empirically. - producing a melt - determining a sulfur content of the melt and determining a normal temperature related oxygen activity of the melt, as well as determining an amount of a structure-modifying agent to be added or of several structure-modifying agents to be added, based on the sulfur content of the melt and the normal temperature related oxygen activity of the melt, - separating two parts of the melt as a first and a second test melt, with an inoculant being added to the first test melt before recording the points of the cooling curve, so that the first test melt is inoculated and the second test melt is not inoculated and determining at least two points of the respective cooling curve of both test melts, and - adding an inoculant amount of an inoculant depending on the determined points of the cooling curve based on an inoculant formula, which comprises at least two controlling coefficients, which are determined empirically.
A process for the treatment of water contaminated by polar and apolar organic compounds, and optionally by heavy metal salts, and/or oil dispersed or in emulsion, comprising sending said contaminated water to a system comprising: - at least one adsorption unit including at least one microporous or mesoporous alumino-silicate; - at least one nanofiltration unit including at least one hydrophilic nanofiltration membrane; wherein said adsorption unit and said nanofiltration unit are positioned in succession, said adsorption unit being positioned before said nanofiltration unit, wherein said hydrophilic nanofiltration membrane comprises polyalkylsiloxanes and has a contact angle with water lower than or equal to 45° and wherein said microporous alumino-silicate is selected from zeolites having an average pores diameter ranging from 3,5 Å to 7,5 Å and a silica/alumina molar ratio (SAR) ranging from 2 to 500 and said mesoporous alumino-silicate is selected from those having an average pore diameter ranging from 25 Å to 500 Å - at least one adsorption unit including at least one microporous or mesoporous alumino-silicate; - at least one nanofiltration unit including at least one hydrophilic nanofiltration membrane;
Combustion system comprising a plurality of gas burners and a common exhaust pipe for the plurality of gas burners, wherein during burner-on phases of a respective gas burner gas is combusted by the same resulting in exhaust gas that flows into the common exhaust pipe , and wherein during burner-off phases of a respective gas burner no gas is combusted by the same, wherein each gas burner is positioned within an individual combustion chamber so that the combustion systems provides a plurality of boilers , wherein each gas burner and thereby each boiler directs in the burner-on phase of the respective gas burner the exhaust gas into the common exhaust pipe ; the combustion system further comprising a valve assigned to each boiler so that in a burner-off phase of the respective gas burner the combustion chamber of the respective boiler can be separated from the common exhaust pipe by closing the respective valve and a controller assigned to each gas burner , characterized in that a common exhaust gas sensor is assigned to the common exhaust pipe , in an operating status of the combustion system in which only a single gas burner of the plurality gas burners is in a burner-on phase while all other gas burners are in a burner-off phase, the controller of the gas burner being in the burner-on phase is configured to use the signal provided by the common exhaust gas sensor for a combustion adaption wherein each gas burner is positioned within an individual combustion chamber so that the combustion systems provides a plurality of boilers , wherein each gas burner and thereby each boiler directs in the burner-on phase of the respective gas burner the exhaust gas into the common exhaust pipe ; the combustion system further comprising a valve assigned to each boiler so that in a burner-off phase of the respective gas burner the combustion chamber of the respective boiler can be separated from the common exhaust pipe by closing the respective valve and a controller assigned to each gas burner , characterized in that a common exhaust gas sensor is assigned to the common exhaust pipe , in an operating status of the combustion system in which only a single gas burner of the plurality gas burners is in a burner-on phase while all other gas burners are in a burner-off phase, the controller of the gas burner being in the burner-on phase is configured to use the signal provided by the common exhaust gas sensor for a combustion adaption
A street lighting pole base , comprising: at least one upright outer wall defining an enclosed space of the street lighting pole base; a divider dividing the enclosed space into at least two bays arranged side by side, the at least two bays including a first bay and a second bay ; an individual air inlet for the first bay provided at the bottom of the divider; first mounting means for mounting a first heat dissipating device used for wireless telecommunication in a first position in the first bay; second mounting means for mounting a second heat dissipating device used for wireless telecommunication in a second position in the first bay, which second position is vertically higher than the first position; and a sub-divider arranged in the first bay and adapted to split an airflow from the individual air inlet for the first bay into a first sub-airflow into a first sub-bay and intended to mainly cool the first heat dissipating device used for wireless telecommunication when mounted in the first position in the first sub-bay but substantially not the second heat dissipating device used for wireless telecommunication when mounted in the second position and a second sub-airflow into a second sub-bay and intended to mainly cool the second heat dissipating device used for wireless telecommunication when mounted in the second position in the second sub-bay but substantially not the first heat dissipating device used for wireless telecommunication when mounted in the first position. at least one upright outer wall defining an enclosed space of the street lighting pole base; a divider dividing the enclosed space into at least two bays arranged side by side, the at least two bays including a first bay and a second bay ; an individual air inlet for the first bay provided at the bottom of the divider; first mounting means for mounting a first heat dissipating device used for wireless telecommunication in a first position in the first bay; second mounting means for mounting a second heat dissipating device used for wireless telecommunication in a second position in the first bay, which second position is vertically higher than the first position; and a sub-divider arranged in the first bay and adapted to split an airflow from the individual air inlet for the first bay into a first sub-airflow into a first sub-bay and intended to mainly cool the first heat dissipating device used for wireless telecommunication when mounted in the first position in the first sub-bay but substantially not the second heat dissipating device used for wireless telecommunication when mounted in the second position and a second sub-airflow into a second sub-bay and intended to mainly cool the second heat dissipating device used for wireless telecommunication when mounted in the second position in the second sub-bay but substantially not the first heat dissipating device used for wireless telecommunication when mounted in the first position.
A horology component for a timepiece, comprising a first portion and a second portion , the first portion comprising one part that is at least partially transparent, translucent, allowing an excitation light wave coming from outside the horology component to be transmitted at least in part to the second portion but doesn't allow the second portion to be seen by day, and at least partially superposed on top of the second portion , this second portion taking the form of a massive portion, when, considered independently of the other portions, constitutes a solid object which has no structural need for mechanical support in order to support it without deformation, this massive portion comprising a luminescent material distributed through its volume and capable of emitting at least one emission light wave if excited by at least one excitation light wave, and said part of the first portion that is at least partially transparent allowing an emission light wave emitted by the second portion to be transmitted at least partially toward the outside of the horology component so that the horology component exhibits at least a first appearance by day in which the second portion is not visible and at least one different second appearance by night where the first portion is backlit by an emission light wave emitted by the second portion .
An aerosol generating device comprising, an elongate body extending between an upstream end and a downstream end, the elongate body having an upstream recess for receiving an aerosol-forming substrate and a heat source , an annular cutting edge capable of piercing or cutting through a layer of frangible material of a pack, the annular cutting edge being disposed at the upstream end of the upstream recess, and an ejection element disposed within the elongate body, the ejection element being movable between a first position and a second position, the ejection element extending further into the upstream recess in the second position than in the first position. an elongate body extending between an upstream end and a downstream end, the elongate body having an upstream recess for receiving an aerosol-forming substrate and a heat source , an annular cutting edge capable of piercing or cutting through a layer of frangible material of a pack, the annular cutting edge being disposed at the upstream end of the upstream recess, and an ejection element disposed within the elongate body, the ejection element being movable between a first position and a second position, the ejection element extending further into the upstream recess in the second position than in the first position.