mhurhangee/ep-ind-claims huggingface dataset:
Method for optimizing diagnostics of rotating equipment, comprising the steps of: a) providing status information about a status of the rotating equipment over a series of time windows whereby the status is derived from sensor measurements of at least one available sensor taking measurements during a predefinable time period, b) using deep learning which combines provided historic sensor information (23, 24) with sequence of events data indicating warnings and/or alerts of the rotating equipment, c) whereby status information is supplemented with via deep learning predicted probabilities whether a warning and/or an alert has occurred within a time window of the series of time windows, wherein c1) said deep learning automatically identifies latent structure that makes two of said time windows of the series of time windows similar or dissimilar in order to predict said probabilities; d) providing an amount of textual diagnostic knowledge cases, e) extracting semantic information on text features from the textual diagnostic knowledge cases, and f) combining status information and semantic information into a unified representation enabling optimization of the diagnostics. a) providing status information about a status of the rotating equipment over a series of time windows whereby the status is derived from sensor measurements of at least one available sensor taking measurements during a predefinable time period, b) using deep learning which combines provided historic sensor information (23, 24) with sequence of events data indicating warnings and/or alerts of the rotating equipment, c) whereby status information is supplemented with via deep learning predicted probabilities whether a warning and/or an alert has occurred within a time window of the series of time windows, wherein c1) said deep learning automatically identifies latent structure that makes two of said time windows of the series of time windows similar or dissimilar in order to predict said probabilities; d) providing an amount of textual diagnostic knowledge cases, e) extracting semantic information on text features from the textual diagnostic knowledge cases, and f) combining status information and semantic information into a unified representation enabling optimization of the diagnostics.
A mobile smoke control and fire protection device in buildings for erection in a case of fire with a sealing unit which can be attached in or at an opening of a wall, a ceiling or a floor, which is adapted in terms of shape and size to the opening and which is provided at least partially with a flexible material and which comprises at least one passage opening (16a, 18) for people and/or at least one leadthrough opening (16a, 18) for equipment, fire fighting equipment and the like, wherein the passage opening and/or the leadthrough opening can be covered up at least partially, and wherein the sealing unit is provided with a tensioning or clamping frame, characterised in that the tensioning or clamping frame comprises two frame members running in the vertical direction and at least two adjustable frame members running in the horizontal direction, which from the tensioning or clamping frame, and wherein the flexible material hangs downwords beneath the tension or clamping frame as a type of curtain and thereby closes the lower region of the opening.
A data processing method, comprising: receiving (S203, S303, S403) control information, wherein the control information comprises information about a first resource and information about a hybrid automatic repeat request, HARQ, process; and sending (S204, S304, S404), on a second resource, data of the HARQ process associated with the first resource; wherein the information about the first resource is an identifier of a HARQ entity associated with the first resource; wherein the control information comprises a modulation scheme field, and the modulation scheme field is used to indicate the information about the first resource; wherein when the second resource is a scheduling carrier, the first resource is one of a plurality of scheduled carriers; and wherein a quantity of the plurality of scheduled carriers is min{ N 1, N 2,..., N i,..., N k} the modulation scheme field includes N i values to indicate a modulation order M i, k is an integer greater than 0, 1 ≤ i ≤ k, i is an integer, and both N i and M i are integers greater than 0. receiving (S203, S303, S403) control information, wherein the control information comprises information about a first resource and information about a hybrid automatic repeat request, HARQ, process; and sending (S204, S304, S404), on a second resource, data of the HARQ process associated with the first resource; wherein the information about the first resource is an identifier of a HARQ entity associated with the first resource; wherein the control information comprises a modulation scheme field, and the modulation scheme field is used to indicate the information about the first resource; wherein when the second resource is a scheduling carrier, the first resource is one of a plurality of scheduled carriers; and wherein a quantity of the plurality of scheduled carriers is min{ N 1, N 2,..., N i,..., N k} the modulation scheme field includes N i values to indicate a modulation order M i, k is an integer greater than 0, 1 ≤ i ≤ k, i is an integer, and both N i and M i are integers greater than 0.
A sweetener composition comprising allulose and at least one mogroside, wherein the at least one mogroside is in a fruit extract from a fruit of a plant of the Cucurbitaceae family, wherein the fruit extract comprises a mogroside composition in an amount of at least 50% by weight relative to the total weight of the fruit extract, and wherein the composition comprises allulose in an amount of at least 97% by weight and fruit extract in an amount of at least 0.05% by weight relative to the total weight of allulose and fruit extract in the composition.
Device for identifying a clothing family index (Clo), an index notably representative of the type and of the level of clothing of a passenger of a motor vehicle, comprising: - at least one camera arranged to pick up at least one image of a part of the clothing of the passenger, - a processing unit arranged to determine at least one clothing family index (Clo) by using a recognition algorithm based on a model of neural network type, notably trained over a library of representative images picked up by the camera, images preferably previously categorized by a human operator, this processing unit also being arranged to: ∘ determine a rate of confidence on the recognition of a family, ∘ modulate the rate of confidence associated with a categorization as a function of the statistical occurrence of a family as a function of other contextual parameters, ∘ when this rate of confidence is above a predetermined threshold, for example a threshold of 90%, validate the clothing index without intervention from the passenger, ∘ possibly inform the passenger of the family or families selected to manage his or her comfort. - at least one camera arranged to pick up at least one image of a part of the clothing of the passenger, - a processing unit arranged to determine at least one clothing family index (Clo) by using a recognition algorithm based on a model of neural network type, notably trained over a library of representative images picked up by the camera, images preferably previously categorized by a human operator, this processing unit also being arranged to: ∘ determine a rate of confidence on the recognition of a family, ∘ modulate the rate of confidence associated with a categorization as a function of the statistical occurrence of a family as a function of other contextual parameters, ∘ when this rate of confidence is above a predetermined threshold, for example a threshold of 90%, validate the clothing index without intervention from the passenger, ∘ possibly inform the passenger of the family or families selected to manage his or her comfort. ∘ determine a rate of confidence on the recognition of a family, ∘ modulate the rate of confidence associated with a categorization as a function of the statistical occurrence of a family as a function of other contextual parameters, ∘ when this rate of confidence is above a predetermined threshold, for example a threshold of 90%, validate the clothing index without intervention from the passenger, ∘ possibly inform the passenger of the family or families selected to manage his or her comfort.
An operating method of an electronic device comprising two or more first sensors and a plurality of integrated modules, each integrated module comprising a second sensor and a microphone mounted thereon, the second sensor being a proximity sensor; the method comprising: detecting, by one of the two or more first sensors, an amount of charge transfer; when the amount of the charge transfer is detected to be greater than a preset value, determining whether an object within a preset distance from the electronic device is detected by one of the second sensors; and in response to determining that the object within the preset distance is detected by one second sensor, setting a microphone disposed within the same integrated module as the second sensor detecting the object as the main microphone, and setting the other microphones as sub microphones; and controlling the electronic device to receive a voice from the main microphone, and to cancel noise from the received voice input using the sub microphones. detecting, by one of the two or more first sensors, an amount of charge transfer; when the amount of the charge transfer is detected to be greater than a preset value, determining whether an object within a preset distance from the electronic device is detected by one of the second sensors; and in response to determining that the object within the preset distance is detected by one second sensor, setting a microphone disposed within the same integrated module as the second sensor detecting the object as the main microphone, and setting the other microphones as sub microphones; and controlling the electronic device to receive a voice from the main microphone, and to cancel noise from the received voice input using the sub microphones.
A system for sharing capacity in a communication network comprising a set of nodes sharing common resources, the nodes being able to be pairwise connected via communication links, characterised in that each node is capable of locally maintaining at least one set of triplets ( k, l, N kl), which associates an expiry time N kl representing the time until which the associated link can be considered as unused with each link (k, l), and in that the nodes are configured to periodically exchange, according to a predefined period p, control messages over a set of links, each control message that is sent over a given link by a node comprising the sets of triplets which are locally maintained by said node and which correspond to the links that conflict with said given link.
A method for manufacturing of a film, wherein said film is manufactured in a paper or paper board machine, wherein the method comprises the steps of providing a solution of a nanofibrillated polysaccharide, wherein said solution comprises from 0.1 to 15 weight-% nanofibrillated polysaccharide, and wherein the nanofibrillated polysaccharide is any one of microfibrillated cellulose, nanofibrillated cellulose, or a combination or mixture thereof c h a r a c t e r i z e d in that the method further comprises the steps of providing an amphiphilic polymer, wherein the amphiphilic polymer is selected from any one of a octenyl succinic anhydride starch, dodecyl succinic anhydride (DDSA) starch, hydrophobic modified ethylhydroxyethyl cellulose (HM-EHEC), hydrophobic modified hydroxyethyl cellulose (HM-HEC), hydrophobic modified carboxy methyl cellulose (HM-CMC), hydrophobic modified starch (HM-starch), hydrophobic modified nanocrystalline cellulose, hydrophobically modified polyvinyl alcohol, or a combination or mixture thereof; and providing a mixture of said amphiphilic polymer and said solution comprising nanofibrillated polysaccharide, whereby an intermediate solution is obtained; bringing said intermediate solution into a foam; providing said foam in the paper or board machine; further comprising the steps of: supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film. providing a solution of a nanofibrillated polysaccharide, wherein said solution comprises from 0.1 to 15 weight-% nanofibrillated polysaccharide, and wherein the nanofibrillated polysaccharide is any one of microfibrillated cellulose, nanofibrillated cellulose, or a combination or mixture thereof c h a r a c t e r i z e d in that the method further comprises the steps of providing an amphiphilic polymer, wherein the amphiphilic polymer is selected from any one of a octenyl succinic anhydride starch, dodecyl succinic anhydride (DDSA) starch, hydrophobic modified ethylhydroxyethyl cellulose (HM-EHEC), hydrophobic modified hydroxyethyl cellulose (HM-HEC), hydrophobic modified carboxy methyl cellulose (HM-CMC), hydrophobic modified starch (HM-starch), hydrophobic modified nanocrystalline cellulose, hydrophobically modified polyvinyl alcohol, or a combination or mixture thereof; and providing a mixture of said amphiphilic polymer and said solution comprising nanofibrillated polysaccharide, whereby an intermediate solution is obtained; bringing said intermediate solution into a foam; providing said foam in the paper or board machine; further comprising the steps of: supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film. supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film.
Procedure for determining the proportion of an adsorbed substance, which is contained in a granulate or a powder of a zeolite, a zeolite compound or silica gel as the adsorber material, wherein the adsorber material is present in the form of a powder or a granulate, wherein a molded body is made from the same material, wherein at least two electrodes, spaced at a distance from one another, are applied on the surface (3, 4, 5, 6) of the molded body and/or are firmly introduced into the molded body, and the molded body is introduced in a permanent manner into the powder or granulate, wherein an alternating current is applied to the electrodes as a result of which the capacitance and/or the loss factor (tan δ) is/are determined as an electrical characteristic value of the adsorber material, and wherein the proportion of the adsorbed substance in the adsorber material and the degree of saturation of the adsorber material are determined on the basis of the electrical characteristic value determined.
Hydraulically operated splitting device comprising a piston-cylinder unit, to which a hydraulic medium present on the inlet side with an inlet pressure can be applied in a controlled manner, also comprising an extension chamber and a retraction chamber, wherein pressure can be applied to each of said chambers as a function of the direction of movement of a piston, the piston rod of which has arranged on it a wedge lance, which engages with pressure surfaces complementary to the wedge lance between two elongated pressure pieces which are immovable in the piston stroke direction but are displaceable transversely with respect thereto and are connected to a cylinder housing, and forces the pressure pieces apart more or less radially as a function of a stroke of the piston of the piston-cylinder unit, characterised in that the splitting device has at least one pressure intensifier for increasing the inlet pressure, and a pressure intensifier can be connected to the extension chamber and to the retraction chamber, wherein a single pressure intensifier and a first valve block are provided, wherein the valve block connects the pressure intensifier selectively to the extension chamber or to the retraction chamber.
A method of separating components of a slurry by gravity settling wherein a paste slurry or solid paste and a clarified liquid are formed, which comprises: - introducing a slurry into an interior of a vessel for decanting a volume of slurry, said vessel having a top and an interior formed by a side wall and a bottom wall for holding said slurry, and allowing said slurry to separate into a thickened slurry at a bottom of said vessel and a clarified liquid at a top of said vessel; - withdrawing said clarified liquid from a clarified liquid outlet near the top of the vessel; - operating a raking device extending into said interior of said vessel and operable to form within said vessel a raked region and an unraked region beneath the margins of the raking device where said paste slurry or solid paste is formed and builds up, characterized by - operating an open spiral-shaped element beneath said raked region, within said vessel interior, to physically engage a portion of said paste slurry or solid paste and to remove said portion of paste slurry or solid paste through an opening near the bottom wall of the vessel, said open spiral-shaped element being in direct and unconfined communication with said interior of the vessel, said direct and unconfined communication being over a majority of a distance of the extending element or of the extendable element when fully extended into said vessel. - introducing a slurry into an interior of a vessel for decanting a volume of slurry, said vessel having a top and an interior formed by a side wall and a bottom wall for holding said slurry, and allowing said slurry to separate into a thickened slurry at a bottom of said vessel and a clarified liquid at a top of said vessel; - withdrawing said clarified liquid from a clarified liquid outlet near the top of the vessel; - operating a raking device extending into said interior of said vessel and operable to form within said vessel a raked region and an unraked region beneath the margins of the raking device where said paste slurry or solid paste is formed and builds up, characterized by - operating an open spiral-shaped element beneath said raked region, within said vessel interior, to physically engage a portion of said paste slurry or solid paste and to remove said portion of paste slurry or solid paste through an opening near the bottom wall of the vessel, said open spiral-shaped element being in direct and unconfined communication with said interior of the vessel, said direct and unconfined communication being over a majority of a distance of the extending element or of the extendable element when fully extended into said vessel.
A method for manufacturing a separator, comprising: preparing a porous substrate; coating at least one surface of the porous substrate with a first solvent; coating the first solvent with a slurry containing inorganic particles dispersed therein and formed by dissolving a binder polymer in a second solvent; and drying the first and second solvents simultaneously to form a porous organic-inorganic composite layer on the porous substrate. preparing a porous substrate; coating at least one surface of the porous substrate with a first solvent; coating the first solvent with a slurry containing inorganic particles dispersed therein and formed by dissolving a binder polymer in a second solvent; and drying the first and second solvents simultaneously to form a porous organic-inorganic composite layer on the porous substrate.
A stereoscopic modeling apparatus, comprising: a modeling part to form a powder layer with a powder; a modeling unit to discharge droplets of a modeling liquid on the powder layer to form a modeling layer in which particles of the powder are bonded; and a controller to cause the modeling part and the modeling unit to repeat forming the powder layer and the modeling layer, respectively, to sequentially laminate the modeling layer to form a stereoscopic modeled product, characterized in that the droplets include a preceding droplet and a succeeding droplet sequentially discharged to adjacent positions on the powder layer, and the succeeding droplet is discharged after the preceding droplet is discharged and within a time period in which a contact angle between the preceding droplet impacted on the powder layer and the powder in the powder layer remains greater than 90 degrees, wherein the contact angle is measured at a temperature between 22 °C and 23 °C and a humidity between 45 % and 65 % r.h. with the following sequence: a) spreading the powder on a glass plate to form a thin layer thereof; b) dropping the droplet on said layer from a needle, while observing the condition with a camera over time in order to measure a time variation in the contact angle. a modeling part to form a powder layer with a powder; a modeling unit to discharge droplets of a modeling liquid on the powder layer to form a modeling layer in which particles of the powder are bonded; and a controller to cause the modeling part and the modeling unit to repeat forming the powder layer and the modeling layer, respectively, to sequentially laminate the modeling layer to form a stereoscopic modeled product, characterized in that the droplets include a preceding droplet and a succeeding droplet sequentially discharged to adjacent positions on the powder layer, and the succeeding droplet is discharged after the preceding droplet is discharged and within a time period in which a contact angle between the preceding droplet impacted on the powder layer and the powder in the powder layer remains greater than 90 degrees, wherein the contact angle is measured at a temperature between 22 °C and 23 °C and a humidity between 45 % and 65 % r.h. with the following sequence: a) spreading the powder on a glass plate to form a thin layer thereof; b) dropping the droplet on said layer from a needle, while observing the condition with a camera over time in order to measure a time variation in the contact angle. a) spreading the powder on a glass plate to form a thin layer thereof; b) dropping the droplet on said layer from a needle, while observing the condition with a camera over time in order to measure a time variation in the contact angle.
A method performed by a first terminal for use in a communication system, the method comprising: transmitting, to a second terminal via radio resource control, RRC, signaling, configuration information on a pattern of a sidelink channel state information reference signal, CSI-RS, wherein the configuration information on the pattern of the sidelink CSI-RS comprises a symbol position for the sidelink CSI-RS and a frequency domain position for the sidelink CSI-RS, transmitting, to the second terminal, sidelink control information, SCI, including an information field associated with a triggering of a sidelink channel state information, CSI, report; transmitting, to the second terminal, the sidelink CSI-RS in case that the sidelink CSI report is triggered by the information field; and receiving, from the second terminal, the sidelink CSI report via a medium access control, MAC, control element, CE, wherein a priority of the MAC CE for the sidelink CSI report is fixed. transmitting, to a second terminal via radio resource control, RRC, signaling, configuration information on a pattern of a sidelink channel state information reference signal, CSI-RS, wherein the configuration information on the pattern of the sidelink CSI-RS comprises a symbol position for the sidelink CSI-RS and a frequency domain position for the sidelink CSI-RS, transmitting, to the second terminal, sidelink control information, SCI, including an information field associated with a triggering of a sidelink channel state information, CSI, report; transmitting, to the second terminal, the sidelink CSI-RS in case that the sidelink CSI report is triggered by the information field; and receiving, from the second terminal, the sidelink CSI report via a medium access control, MAC, control element, CE, wherein a priority of the MAC CE for the sidelink CSI report is fixed.