mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forecasting saturation of a cell capacity in a wireless communication system, the method comprising: obtaining first data related to resource utilization of a cell from the cell (S410); identifying an abnormal pattern among multiple preconfigured abnormal patterns from the first data, the abnormal pattern corresponding to a predetermined time period (S420); converting the first data to second data by removing data for the identified abnormal pattern (S430); determining an increasing/decreasing pattern corresponding to the second data among multiple increasing/decreasing patterns; and determining (S440) whether the cell capacity is to be saturated by applying an algorithm corresponding to the determined increasing/decreasing pattern to the second data. obtaining first data related to resource utilization of a cell from the cell (S410); identifying an abnormal pattern among multiple preconfigured abnormal patterns from the first data, the abnormal pattern corresponding to a predetermined time period (S420); converting the first data to second data by removing data for the identified abnormal pattern (S430); determining an increasing/decreasing pattern corresponding to the second data among multiple increasing/decreasing patterns; and determining (S440) whether the cell capacity is to be saturated by applying an algorithm corresponding to the determined increasing/decreasing pattern to the second data.
Method for cooling products, in which liquid carbon dioxide supplied under pressure is depressurized at a carbon dioxide depressurization nozzle to give carbon dioxide gas and carbon dioxide snow and the carbon dioxide snow is used for cooling a product, characterized in that the stream of carbon dioxide snow and carbon dioxide gas exiting from the carbon dioxide depressurization nozzle is mixed with a stream of cold gas exiting from a cold gas exit nozzle in a cooling and separation device and supercooled and the carbon dioxide particles are subsequently at least partially separated from the gaseous mixture of carbon dioxide and cold gas and the supercooled carbon dioxide snow is used for cooling a product surface.
A high-current cable , in particular for induction applications with a preferably stranded aluminum litz wire running in a sheathing , wherein the high-current cable comprises a coupling sleeve pushed onto the litz wire at at least one end of the aluminum litz wire, - wherein the coupling sleeve consists of a first substantially cylindrical section near the cable end made of a first metal and, welded thereto, a second substantially cylindrical section remote from the cable end made of a second metal, - wherein the first section is made of aluminum and welded to the aluminum litz wire , characterized in that the two substantially cylindrical sections have the same outer diameter. - wherein the coupling sleeve consists of a first substantially cylindrical section near the cable end made of a first metal and, welded thereto, a second substantially cylindrical section remote from the cable end made of a second metal, - wherein the first section is made of aluminum and welded to the aluminum litz wire ,
A method for producing light-guide optical elements (LOEs, 12) each having a pair of mutually-parallel major external surfaces for guiding image illumination propagating within the LOE by internal reflection at the major external surfaces , each LOE further having an active region comprising a set of mutually-parallel partially-reflecting surfaces located between, and oriented non-parallel to, the major external surfaces , and at least one secondary region, all of said partially-reflecting surfaces terminating at a boundary between the active region and the secondary region, the method comprising the steps of: a) bonding together a plurality of parallel-faced plates at a plurality of interfaces so as to form a stack of plates , one face at each of said interfaces having a coating to provide partially-reflecting optical properties; b) cutting and polishing said stack of plates to form a boundary plane intersecting at least one of said interfaces; c) bonding a block of transparent material to said stack at said boundary plane to form a precursor structure ; and the method characterized in that it further comprises: d) slicing said precursor structure along a plurality of parallel planes so as to form a plurality of slices , each slice containing a part of said stack for providing the active region of the LOE and a part of said block to provide the secondary region of the LOE. a) bonding together a plurality of parallel-faced plates at a plurality of interfaces so as to form a stack of plates , one face at each of said interfaces having a coating to provide partially-reflecting optical properties; b) cutting and polishing said stack of plates to form a boundary plane intersecting at least one of said interfaces; c) bonding a block of transparent material to said stack at said boundary plane to form a precursor structure ; and
A lens sealing sleeve , comprising a hollow cylindrical sleeve body , the sleeve body being used for a lens barrel to pass through and comprising a plurality of fold portions arranged along an axial direction, two ends of the sleeve body being provided with a first opening and a second opening ; and a first connection portion and a second connection portion , the first connection portion comprising a first protrusion and a second connection portion comprising a second protrusion , the first protrusion at least partially surrounding the first opening and correspondingly extending in a direction facing away from a center line of the first opening , the second protrusion at least partially surrounding the second opening and correspondingly extending in a direction facing away from a center line of the second opening , and a first connection hole being disposed on the first protrusion and a second connection hole being disposed on the second protrusion , wherein the first connection hole and the second connection hole are used for cooperating with respective sleeve connection members to fix the lens sealing sleeve . a hollow cylindrical sleeve body , the sleeve body being used for a lens barrel to pass through and comprising a plurality of fold portions arranged along an axial direction, two ends of the sleeve body being provided with a first opening and a second opening ; and a first connection portion and a second connection portion , the first connection portion comprising a first protrusion and a second connection portion comprising a second protrusion , the first protrusion at least partially surrounding the first opening and correspondingly extending in a direction facing away from a center line of the first opening , the second protrusion at least partially surrounding the second opening and correspondingly extending in a direction facing away from a center line of the second opening , and a first connection hole being disposed on the first protrusion and a second connection hole being disposed on the second protrusion , wherein the first connection hole and the second connection hole are used for cooperating with respective sleeve connection members to fix the lens sealing sleeve .
A measurement compensation mechanism for an electronic radiation source-based borehole logging tool that compensates for geometric variations in the direction output of an electronic radiation source, said measurement compensation mechanism comprising: at least one electronic radiation source; at least one radiation shield; and at least one borehole measuring radiation detector, characterized by at least three reference detectors configured to measure from the output radiation of the at least one electronic radiation source the azimuthal distribution of radiation intensities equidistant from that electronic radiation source, wherein said mechanism is configured to use the measured azimuthal distribution of radiation intensities equidistant from the at least one electronic radiation source to correct the measured radiation value of the at least one borehole-measuring radiation detector relative to said borehole-measuring radiation detector's azimuthal measurement direction. at least one electronic radiation source; at least one radiation shield; and at least one borehole measuring radiation detector, characterized by at least three reference detectors configured to measure from the output radiation of the at least one electronic radiation source the azimuthal distribution of radiation intensities equidistant from that electronic radiation source, wherein said mechanism is configured to use the measured azimuthal distribution of radiation intensities equidistant from the at least one electronic radiation source to correct the measured radiation value of the at least one borehole-measuring radiation detector relative to said borehole-measuring radiation detector's azimuthal measurement direction.
Computer-implemented method for generating a prediction model for use in processing machine event data to predict the behavior of industrial machines under supervision, for determining current and future states, the method comprising: receiving an event log with a plurality of event representations of particular events that occurred during operation of a particular industrial machine during an observation time interval (T), wherein the particular industrial machine and the industrial machines under supervision have common properties, wherein the event representations comprise time stamps and event codes ; obtaining event features (Fn) from the event representations and combining the event features into feature vectors (V , V , V ), thereby using processing techniques of a first group; clustering the feature vectors (V , V , V ) to a plurality of vector clusters (C1, C2) by using processing techniques of a second group, thereby assigning the vector clusters (C1, C2) to machine states (S1, S2, S3); identifying state transition probabilities (P) between the machine states (S1, S2, S3); and providing the prediction model adapted to receive event representations as input, from an industrial machine under supervision, and adapted to provide state transition probabilities (P) as output, to the industrial machine under supervision, the method characterized in that providing the prediction model having event codes as input and having state transition probabilities (P) as output comprises a further step of interacting with an expert human user for receiving a semantic meaning in relation to event codes and to machine states, and adding the semantic to the states in the model . receiving an event log with a plurality of event representations of particular events that occurred during operation of a particular industrial machine during an observation time interval (T), wherein the particular industrial machine and the industrial machines under supervision have common properties, wherein the event representations comprise time stamps and event codes ; obtaining event features (Fn) from the event representations and combining the event features into feature vectors (V , V , V ), thereby using processing techniques of a first group; clustering the feature vectors (V , V , V ) to a plurality of vector clusters (C1, C2) by using processing techniques of a second group, thereby assigning the vector clusters (C1, C2) to machine states (S1, S2, S3); identifying state transition probabilities (P) between the machine states (S1, S2, S3); and providing the prediction model adapted to receive event representations as input, from an industrial machine under supervision, and adapted to provide state transition probabilities (P) as output, to the industrial machine under supervision, the method characterized in that providing the prediction model having event codes as input and having state transition probabilities (P) as output comprises a further step of interacting with an expert human user for receiving a semantic meaning in relation to event codes and to machine states, and adding the semantic to the states in the model .
Process for production of lipsticks with special tridimensional superficial effects, comprising the following succession of steps: a) forming a metallic tap with a head part shaped as a lipstick with a rough external lateral surface; b) mirror-like polishing of the external lateral surface of the head part of said metallic tap to obtain a head part with a polished external lateral surface ; c) laser working of the polished external lateral surface of said head part to obtain a tap with laser-worked head part worked according a desired tridimensional design; d) introducing said tap with laser-worked head into an internal cavity of a molding machine to form a molding space between said tap and said cavity : e) forming by molding, inside said molding space, a hollow ogive of malleable plastic material with an internal cavity shaped in complementary way with respect to said tridimensional design; f) introducing the ogive with the shaped internal cavity looking upwards into a pouring space ; g) pouring of hot fluid material adapted for a lipstick into said shaped cavity of the ogive ; h) cooling of the poured material until obtaining a solidified lipstick ; i) drawing of the solidified lipstick from the internal cavity of the ogive . a) forming a metallic tap with a head part shaped as a lipstick with a rough external lateral surface; b) mirror-like polishing of the external lateral surface of the head part of said metallic tap to obtain a head part with a polished external lateral surface ; c) laser working of the polished external lateral surface of said head part to obtain a tap with laser-worked head part worked according a desired tridimensional design; d) introducing said tap with laser-worked head into an internal cavity of a molding machine to form a molding space between said tap and said cavity : e) forming by molding, inside said molding space, a hollow ogive of malleable plastic material with an internal cavity shaped in complementary way with respect to said tridimensional design; f) introducing the ogive with the shaped internal cavity looking upwards into a pouring space ; g) pouring of hot fluid material adapted for a lipstick into said shaped cavity of the ogive ; h) cooling of the poured material until obtaining a solidified lipstick ; i) drawing of the solidified lipstick from the internal cavity of the ogive .
Receiving container for keeping a consignment transferred to the receiving container by means of an unmanned flyable transporting device , with a slide extending between a beginning of the slide and an end of the slide , a plurality of receiving compartments , provided in the region of the end of the slide , for receiving at least one consignment , a landing platform provided above the beginning of the slide for the transporting device , a funnel provided between the landing platform and the beginning of the slide , an openable roof provided above the slide and the receiving compartments , and a perimeter guard running around the roof , the slide being designed as rotatable about the vertical, pivotable about the horizonal and/or adjustable in length between the beginning of the slide and the end of the slide , in order to deliver a consignment obtained from the transporting device at the beginning of the slide into one of the receiving compartments at the end of the slide , and the receiving compartments being provided running around the slide in such a manner, and the perimeter guard being configured in such a manner that, with the roof closed, the slide is provided completely within the receiving container . a slide extending between a beginning of the slide and an end of the slide , a plurality of receiving compartments , provided in the region of the end of the slide , for receiving at least one consignment , a landing platform provided above the beginning of the slide for the transporting device , a funnel provided between the landing platform and the beginning of the slide , an openable roof provided above the slide and the receiving compartments , and a perimeter guard running around the roof , the slide being designed as rotatable about the vertical, pivotable about the horizonal and/or adjustable in length between the beginning of the slide and the end of the slide , in order to deliver a consignment obtained from the transporting device at the beginning of the slide into one of the receiving compartments at the end of the slide , and the receiving compartments being provided running around the slide in such a manner, and the perimeter guard being configured in such a manner that, with the roof closed, the slide is provided completely within the receiving container .
A plasticizer composition, comprising: two or more kinds of cyclohexane 1,4-diester-based materials; and a citrate-based material, wherein a weight ratio of the cyclohexane 1,4-diester-based materials and the citrate-based material is from 99:1 to 1:99, wherein the citrate-based material comprises any one selected from the group consisting of 1,2-dibutyl 3-(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dibutyl 2-(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1-butyl 2,3-di(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 2-butyl 1,3-di(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1,2-dipentyl 3-heptyl 2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dipentyl 2-heptyl 2-hydroxypropane-1,2,3-tricarboxylate, 1-pentyl 2,3-diheptyl 2-hydroxypropane-1,2,3-tricarboxylate, 2-butyl 1,3-diheptyl 2-hydroxypropane-1,2,3-tricarboxylate, tributyl citrate, tripentyl citrate, trihexyl citrate, triheptyl citrate, tri(2-ethylhexyl) citrate, trinonyl citrate, and tri(2-propylheptyl) citrate. two or more kinds of cyclohexane 1,4-diester-based materials; and a citrate-based material, wherein a weight ratio of the cyclohexane 1,4-diester-based materials and the citrate-based material is from 99:1 to 1:99, wherein the citrate-based material comprises any one selected from the group consisting of 1,2-dibutyl 3-(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dibutyl 2-(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1-butyl 2,3-di(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 2-butyl 1,3-di(2-ethylhexyl) 2-hydroxypropane-1,2,3-tricarboxylate, 1,2-dipentyl 3-heptyl 2-hydroxypropane-1,2,3-tricarboxylate, 1,3-dipentyl 2-heptyl 2-hydroxypropane-1,2,3-tricarboxylate, 1-pentyl 2,3-diheptyl 2-hydroxypropane-1,2,3-tricarboxylate, 2-butyl 1,3-diheptyl 2-hydroxypropane-1,2,3-tricarboxylate, tributyl citrate, tripentyl citrate, trihexyl citrate, triheptyl citrate, tri(2-ethylhexyl) citrate, trinonyl citrate, and tri(2-propylheptyl) citrate.
A compressor discharge system , operable to control a flow of compressed air to a service line at a system pressure, the system comprising: a compressor operable to produce a flow of compressed air at a discharge pressure at a supply rate; a filter positioned downstream of the compressor and operable to receive the flow of compressed air at about the discharge pressure and discharge the flow of compressed air at a filter pressure; and a control assembly including a variable sized orifice movable between a normally open position and a restricted position wherein the restricted position allows a reduced flow of air through the orifice as compared to the normally open position, and an actuator configured to modulate the orifice between the open position and the restricted position, the variable orifice positioned to receive the flow of compressed air at about the filter pressure and to discharge the flow of compressed air at the system pressure, the control assembly being operable to detect whether the service line is experiencing a discharge rate that exceeds the supply rate from the compressor , the control assembly being operable to move, in response to the detection of the discharge rate exceeding the supply rate from the compressor, the orifice to the restricted position, such that in the restricted position, the pressure drop across the control assembly increases and the discharge rate is reduced to allow continued operation of the air compressor to keep up with demand. a compressor operable to produce a flow of compressed air at a discharge pressure at a supply rate; a filter positioned downstream of the compressor and operable to receive the flow of compressed air at about the discharge pressure and discharge the flow of compressed air at a filter pressure; and a control assembly including a variable sized orifice movable between a normally open position and a restricted position wherein the restricted position allows a reduced flow of air through the orifice as compared to the normally open position, and an actuator configured to modulate the orifice between the open position and the restricted position, the variable orifice positioned to receive the flow of compressed air at about the filter pressure and to discharge the flow of compressed air at the system pressure, the control assembly being operable to detect whether the service line is experiencing a discharge rate that exceeds the supply rate from the compressor , the control assembly being operable to move, in response to the detection of the discharge rate exceeding the supply rate from the compressor, the orifice to the restricted position, such that in the restricted position, the pressure drop across the control assembly increases and the discharge rate is reduced to allow continued operation of the air compressor to keep up with demand.
An image processing system (IPS), comprising: an input interface (IN) for receiving a request to visualize image data captured of an anatomy of interest by an imaging apparatus (IA) configured for spectral or dual energy imaging; an energy value determiner (EVD) configured to determine based on at least one of the image data, different image data or contextual data, an energy value; and an image synthesize (IS) configured to form, from the image data, a monochromatic image based on the determined energy value; wherein the determining by the energy value determiner (EVD) is based on an energy curve fitted to the image data; wherein the image data forms part of a series of sectional images acquired of the anatomy of interest, or such sectional images derivable from the image data, the sectional images relating to different imaging locations along an imaging axis (Z) of the anatomy, the energy curve fitted to energy value control points assigned to at least a sub-set of the different imaging locations, each energy value control point representing a respective known energy value for a respective one of the sub-set of different imaging locations. an input interface (IN) for receiving a request to visualize image data captured of an anatomy of interest by an imaging apparatus (IA) configured for spectral or dual energy imaging; an energy value determiner (EVD) configured to determine based on at least one of the image data, different image data or contextual data, an energy value; and an image synthesize (IS) configured to form, from the image data, a monochromatic image based on the determined energy value;