mhurhangee/ep-ind-claims huggingface dataset:
A communications method, comprising: monitoring, by a first monitoring module of a network-side communications device, whether a data service traffic of a terminal in a first network reaches a service traffic threshold, thereby determining whether the terminal in the first network has a service requirement of a second network, wherein the first network has a same coverage as the second network, an average data transmission rate of the second network is higher than an average data transmission rate of the first network, and all common physical channels or some common physical channels except a pilot channel in the second network are in disabled state; and sending, by a first handover instructing module of the network-side communications device, a network handover instruction comprising configuration information of the second network to the terminal if the data service traffic of the terminal reaches the service traffic threshold, wherein the network handover instruction is used to instruct the terminal to hand over from the first network to the second network. monitoring, by a first monitoring module of a network-side communications device, whether a data service traffic of a terminal in a first network reaches a service traffic threshold, thereby determining whether the terminal in the first network has a service requirement of a second network, wherein the first network has a same coverage as the second network, an average data transmission rate of the second network is higher than an average data transmission rate of the first network, and all common physical channels or some common physical channels except a pilot channel in the second network are in disabled state; and sending, by a first handover instructing module of the network-side communications device, a network handover instruction comprising configuration information of the second network to the terminal if the data service traffic of the terminal reaches the service traffic threshold, wherein the network handover instruction is used to instruct the terminal to hand over from the first network to the second network.
Aircraft cooling system with: - a ram air duct; - a nozzle disposed in the ram air duct and connected to a first water-carrying conduit; and - a refrigeration device comprising: -- a heat exchanger thermally coupled to the cold generating device and adapted to release waste heat generated by the cold generating device to cooling air present in the ram air duct, -- a first water separator adapted to separate water from the air cooled by the refrigeration equipment, and -- a water outlet designed to discharge water obtained in the first water separator into the first water-carrying pipe, characterised in that the water outlet has an inlet adapted to be connected to a second water-carrying line, the water outlet being further adapted to create a negative pressure at the inlet. - a ram air duct; - a nozzle disposed in the ram air duct and connected to a first water-carrying conduit; and - a refrigeration device comprising: -- a heat exchanger thermally coupled to the cold generating device and adapted to release waste heat generated by the cold generating device to cooling air present in the ram air duct, -- a first water separator adapted to separate water from the air cooled by the refrigeration equipment, and -- a water outlet designed to discharge water obtained in the first water separator into the first water-carrying pipe, -- a heat exchanger thermally coupled to the cold generating device and adapted to release waste heat generated by the cold generating device to cooling air present in the ram air duct, -- a first water separator adapted to separate water from the air cooled by the refrigeration equipment, and -- a water outlet designed to discharge water obtained in the first water separator into the first water-carrying pipe,
A method for monitoring the belt tension of the drive belt of a ring spinning machine that has a plurality of spinning positions, the spindles of which are frictionally driven by a circulating tangential belt during spinning operation, characterised in that the belt tension of the tangential belt is monitored by means of a sensor device, which is connected to a machine control system of the ring spinning machine, wherein the belt tension data determined by means of the sensor device are processed in the machine control system and visualised by means of a display and wherein the display shows on the basis of a curve how the belt tension has developed during a specific, past time period and, depending on the belt tension during the previous time period, a tangential belt change is initiated by the operator.
A computer implemented method for filtering noise from an input signal, comprising: accessing, by at least one processor, the input signal having an interfering signal; first determining a length of one cycle of a frequency of interfering signa the method being further characterised in that: in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal. accessing, by at least one processor, the input signal having an interfering signal; first determining a length of one cycle of a frequency of interfering signa the method being further characterised in that: in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal. in response to the first determining, adjusting a length of a virtual buffer to equal the length of one cycle of the interfering signal; second determining, by the at least one processor, a quiet period in the input signal; storing, by the at least one processor, during the quiet period, samples of the interfering signal in virtual memory locations of a virtual buffer; subtracting, by the at least one processor, the samples from a single cycle of the interfering signal in the virtual buffer from the input signal to create a filtered signal, wherein the subtracting removes the interfering signal from the input signal, thereby not introducing transient responses in the filtered signal; and repeating, by the at least one processor, the first determining, adjusting, second determining, storing, and subtracting to refine the filtered signal.
A multilayer tape for an impermeable layer of a submarine cable comprising a metal layer; and resin covering portions (33a, 33b) that interpose the metal layer; characterized in that the metal layer includes at least either of protrusion portions or recess portions that are repeatedly formed separately from one another thereon with flat portions in between; and at least a part of the protrusion portions or the recess portions is arranged at a predetermined pitch in an arbitrary cross section taken in the longitudinal direction of the multilayer tape.
Method for producing cannabigerol comprising the steps: (i) reacting olivetol with one or a mixture of two or more allylic compound(s) having a leaving group in the presence of an acidic or lewis acidic catalyst, and (ii) purifying the product by distillation, wherein the allylic compound having a leaving group or at least one of the allylic compounds having a leaving group is a compound of formula and/or wherein X represents the leaving group, and wherein in step (i), olivetol is reacted with the one or the mixture of two or more allylic compound(s) having a leaving group at a molar ratio of from 1: 1.2 to 1: 1.9 olivetol to allylic compound or, respectively, olivetol to the sum of the two or more allylic compounds. (i) reacting olivetol with one or a mixture of two or more allylic compound(s) having a leaving group in the presence of an acidic or lewis acidic catalyst, and (ii) purifying the product by distillation, wherein the allylic compound having a leaving group or at least one of the allylic compounds having a leaving group is a compound of formula and/or wherein X represents the leaving group, and wherein the allylic compound having a leaving group or at least one of the allylic compounds having a leaving group is a compound of formula and/or wherein X represents the leaving group, and
A human-machine verification method, comprising: receiving (101, 301) an identity verification request sent by a requester, and collecting (101, 301) an eyeball gaze point track on an identity verification page; wherein the identity verification request comprises identity verification information including a user name and a password; and wherein the eyeball gaze point track is formed by collecting eyeball gaze point positions of the requester at different moments after the requester enters the identify verification page and sequentially modeling according to a time sequence; identifying (102, 302) whether the identity verification information is correct based on pre-stored user identity information; if the identity verification information is correct, performing (103, 303) classification based on the eyeball gaze point track on the identity verification page using a first classification model, and outputting (103, 303) a first probability value indicating whether the requester is a real person or a machine, wherein the first classification model is trained by taking eyeball gaze point tracks of different users within a period of historical time as positive samples to analyze a historical behavior similarity, and taking fake eyeball gaze point tracks which do not conform to the historical behavior similarity as negative samples; and determining (104, 304) based on the first probability value that the requester is the real person or the machine, and outputting an identity verification result indicating that identity verification is passed or fails. receiving (101, 301) an identity verification request sent by a requester, and collecting (101, 301) an eyeball gaze point track on an identity verification page; wherein the identity verification request comprises identity verification information including a user name and a password; and wherein the eyeball gaze point track is formed by collecting eyeball gaze point positions of the requester at different moments after the requester enters the identify verification page and sequentially modeling according to a time sequence; identifying (102, 302) whether the identity verification information is correct based on pre-stored user identity information; if the identity verification information is correct, performing (103, 303) classification based on the eyeball gaze point track on the identity verification page using a first classification model, and outputting (103, 303) a first probability value indicating whether the requester is a real person or a machine, wherein the first classification model is trained by taking eyeball gaze point tracks of different users within a period of historical time as positive samples to analyze a historical behavior similarity, and taking fake eyeball gaze point tracks which do not conform to the historical behavior similarity as negative samples; and determining (104, 304) based on the first probability value that the requester is the real person or the machine, and outputting an identity verification result indicating that identity verification is passed or fails.
A method for preparing a biomass of photosynthetic microalgae, in particular cyanobacteria, more particularly Arthrospira p / atensis, having a content of phycobiliproteins at least equal to 20% of the dry weight of said biomass, comprising inducing the synthesis of phycobiliproteins in a biomass, the growth of which is blocked, wherein characterized in that the growth of said biomass of microalgae is blocked by concentrating said biomass in an induction tank, said concentration of said biomass in said tank being from 3 to 13 times higher than the density enabling the optimum growth of microalgae in culture, i.e. 0.4 g/L.
Arginase I, arginase II or arginine deiminase for use in the treatment of an arginine-auxotrophic breast cancer, wherein the arginase I, arginase II or ADI is used in combination with doxorubicin or a doxorubicin analog selected from N-(5,5-Diacetoxypent-1-yl) doxorubicin, 4'-epidoxorubicin (epi-Dx), 4'-deoxy-doxorubicin (deoxy-Dx), 4'-O'methyldoxorubicin (OMe-Dx), or N-(trifluoroacetyl) doxorubicin (FDOX).
A method for manufacturing shoe parts in an automated manner, the method comprising: utilizing a second vision system, determining a position of a base shoe part relative to a stacking surface; situating a first shoe part at the stacking surface such that at least a portion of the first shoe part overlaps at least a portion of the base shoe part at a preset relative position to form a part stack; utilizing the second vision system, determining a position of the part stack relative to the stacking surface; retrieving the part stack from the stacking surface utilizing a second conveyance mechanism that includes a second pick-up-tool; situating the part stack at a stitching machine, the stitching machine having a needle associated therewith; and stitching together at least part of the overlapping portions of the first shoe part and the base shoe part, wherein movement, by the second conveyance mechanism, of the part stack relative to the stitching machine and movement of the needle associated with the stitching machine are controlled by a shared control system such that the respective movements are synchronized. utilizing a second vision system, determining a position of a base shoe part relative to a stacking surface; situating a first shoe part at the stacking surface such that at least a portion of the first shoe part overlaps at least a portion of the base shoe part at a preset relative position to form a part stack; utilizing the second vision system, determining a position of the part stack relative to the stacking surface; retrieving the part stack from the stacking surface utilizing a second conveyance mechanism that includes a second pick-up-tool; situating the part stack at a stitching machine, the stitching machine having a needle associated therewith; and stitching together at least part of the overlapping portions of the first shoe part and the base shoe part, wherein movement, by the second conveyance mechanism, of the part stack relative to the stitching machine and movement of the needle associated with the stitching machine are controlled by a shared control system such that the respective movements are synchronized.
Device for processing a rope formed in a pulper, comprising a pulper, a shredder and a conveying apparatus, in particular a winch, for pulling the rope, with its front end first, out of the pulper, wherein the conveying apparatus is arranged and designed such that the rope can be fed, with its front end first, directly to the shredder by means of the conveying apparatus, wherein the conveying apparatus is arranged above the pulper and between the pulper and the shredder.
A washer basket for dishwashers, wherein the washer basket has a lattice-like basket base, formed from base elongated members (3, 4, 5), and lateral walls and the lateral walls with the basket base together surround a basket interior space of the washer basket, wherein at least a portion of the base elongated members run in a curved manner, preferably are in the form of a succession of base elongated members running in a curved manner, when viewed in a plan view of the basket base, and the basket base additionally has a cross-shaped structure, running through the centre of the basket base and formed of base elongated members running in each case parallel to one of the lateral walls of the washer basket, when viewed in a plan view of the basket base, characterised in that the cross-shaped structure divides the basket base into, preferably four, segments arranged separated from one another by means of the cross-shaped structure and the base elongated members running in a curved manner are arranged solely in the segments, and/or in that the cross-shaped structure is arranged on the side, opposite the basket interior space, of the base elongated members running in a curved manner.
Method of manufacturing a drilling tool, in particular a dowel hole drill, for the chip-removing machining of workpieces, in particular workpieces made of nonferrous metals, plastics or composite materials, wherein a cutting element forming a cutting edge, which is formed from an ultra-hard layer made of polycrystalline diamond, which is firmly connected, such as sintered, to a hard metal layer, is firmly connected, such as soldered, to a base body, wherein a first section of the cutting edge being formed as an active part in the form of a drilling cutting edge in the ultra-hard layer and a second section of the cutting edge being formed as an active part in the form of a drilling tip in the hard metal layer, characterized in, in that a cylindrical cutting element blank having exclusively two layers, namely a hard metal support layer as the hard metal layer and the ultra-hard layer sintered with the hard metal support layer, is used as the cutting element, wherein the cutting element blank being firmly soldered with its ultra-hard layer directly to an end face of the base body and protruding with its hard metal support layer above the end face, and in that subsequently the first section of the cutting edge with adjacent rake face in the ultra-hard layer and the second section of the cutting edge with adjacent rake face in the hard metal support layer are formed by sectional removal of the ultra-hard layer and the hard metal support layer, wherein the sections of the cutting edge merging continuously into one another. wherein a cutting element forming a cutting edge, which is formed from an ultra-hard layer made of polycrystalline diamond, which is firmly connected, such as sintered, to a hard metal layer, is firmly connected, such as soldered, to a base body, wherein a first section of the cutting edge being formed as an active part in the form of a drilling cutting edge in the ultra-hard layer and a second section of the cutting edge being formed as an active part in the form of a drilling tip in the hard metal layer, characterized in, in that a cylindrical cutting element blank having exclusively two layers, namely a hard metal support layer as the hard metal layer and the ultra-hard layer sintered with the hard metal support layer, is used as the cutting element, wherein the cutting element blank being firmly soldered with its ultra-hard layer directly to an end face of the base body and protruding with its hard metal support layer above the end face, and in that subsequently the first section of the cutting edge with adjacent rake face in the ultra-hard layer and the second section of the cutting edge with adjacent rake face in the hard metal support layer are formed by sectional removal of the ultra-hard layer and the hard metal support layer, wherein the sections of the cutting edge merging continuously into one another.
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 (601, 607), 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 (601, 607), 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.