mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, from a server (104 - 104) of a plurality of servers, identifiers for each of a set of applications (108 -108) running on the server; determining, for each application in the set of applications (108 -108), a likelihood that the application is a special-purpose application; identifying a subset of the set of applications (108 -108) for which the likelihood that each application in the subset is a special-purpose application is above a predetermined threshold; determining, based on the subset of the set of applications (108 -108), that the server is a candidate for decommissioning, wherein a deactivation score or weight is associated to said server candidate for decommissioning, wherein, if an application running on said server candidate for decommissioning is determined to be a special-purpose application, the deactivation score associated to said server candidate for decommissioning is adjusted; and providing a notification including an indication that the server should be decommissioned, wherein determining the likelihood that the application is a special-purpose application comprises: generating a sample set of servers from the plurality of servers (104 - 104); determining a number of servers from the generated sample set that the application is running on; and determining the likelihood that the application is a special-purpose application by comparing the number of servers to a threshold number of servers, wherein the application is determined to be a special-purpose application if the number of servers is below the threshold number of servers. receiving, from a server (104 - 104) of a plurality of servers, identifiers for each of a set of applications (108 -108) running on the server; determining, for each application in the set of applications (108 -108), a likelihood that the application is a special-purpose application; identifying a subset of the set of applications (108 -108) for which the likelihood that each application in the subset is a special-purpose application is above a predetermined threshold; determining, based on the subset of the set of applications (108 -108), that the server is a candidate for decommissioning, wherein a deactivation score or weight is associated to said server candidate for decommissioning, wherein, if an application running on said server candidate for decommissioning is determined to be a special-purpose application, the deactivation score associated to said server candidate for decommissioning is adjusted; and providing a notification including an indication that the server should be decommissioned, generating a sample set of servers from the plurality of servers (104 - 104); determining a number of servers from the generated sample set that the application is running on; and determining the likelihood that the application is a special-purpose application by comparing the number of servers to a threshold number of servers, wherein the application is determined to be a special-purpose application if the number of servers is below the threshold number of servers.
A method for determining combustion noise parameters comprising: acquiring a cylinder pressure sequence, wherein said cylinder pressure sequence comprises cylinder pressures P c corresponding to different crank angles φ and corresponding moments t φ; calculating a first parameter sequence according to said cylinder pressure sequence, wherein said first parameter sequence is a parameter sequence in a time domain, and said first parameter sequence comprises one or more of a top surface cylinder force sequence, a top surface cylinder force rise rate sequence, a side surface cylinder force sequence and a side surface cylinder force rise rate sequence; wherein the top surface cylinder force F top in said top surface cylinder force sequence is F top = P c · S top, the top surface cylinder force rise rate Ḟ top in said top surface cylinder force rise rate sequence is F ̇ top = d F top d φ, the side surface cylinder force F side in said side surface cylinder force sequence is F side = P c · S side, the side surface cylinder force rise rate Ḟ side in said side surface cylinder force rise rate sequence is F ̇ side = d F side d φ; wherein S top is an equivalent area of a cylinder top surface and S side is an equivalent area of a cylinder side surface; and determining a target parameter for representing combustion noise in a cylinder according to said first parameter sequence. acquiring a cylinder pressure sequence, wherein said cylinder pressure sequence comprises cylinder pressures P c corresponding to different crank angles φ and corresponding moments t φ; calculating a first parameter sequence according to said cylinder pressure sequence, wherein said first parameter sequence is a parameter sequence in a time domain, and said first parameter sequence comprises one or more of a top surface cylinder force sequence, a top surface cylinder force rise rate sequence, a side surface cylinder force sequence and a side surface cylinder force rise rate sequence; wherein the top surface cylinder force F top in said top surface cylinder force sequence is F top = P c · S top, the top surface cylinder force rise rate Ḟ top in said top surface cylinder force rise rate sequence is F ̇ top = d F top d φ, the side surface cylinder force F side in said side surface cylinder force sequence is F side = P c · S side, the side surface cylinder force rise rate Ḟ side in said side surface cylinder force rise rate sequence is F ̇ side = d F side d φ; wherein S top is an equivalent area of a cylinder top surface and S side is an equivalent area of a cylinder side surface; and determining a target parameter for representing combustion noise in a cylinder according to said first parameter sequence.
A vertical path carbon baking furnace for baking green carbon articles; the furnace comprising: a furnace body defining a vertical baking path adapted to receive the carbon article; the vertical baking path having a volatile extraction zone disposed above a baking zone; the furnace body defining a volatile extraction inlet in communication with the baking path; the volatile extraction inlet being disposed in the volatile extraction zone of the baking path; a liner carried by the furnace body; the liner defining a volatile extraction channel in communication with the volatile extraction inlet. the furnace body defining baking fume channels disposed on opposite sides of the baking path to receive baking fumes; a burner associated with each the baking fume channel; and the volatile extraction inlet in fluid communication with a burner such that volatile fumes extracted from the baking path through the volatile extraction inlet are delivered to the burner for combustion a furnace body defining a vertical baking path adapted to receive the carbon article; the vertical baking path having a volatile extraction zone disposed above a baking zone; the furnace body defining a volatile extraction inlet in communication with the baking path; the volatile extraction inlet being disposed in the volatile extraction zone of the baking path; a liner carried by the furnace body; the liner defining a volatile extraction channel in communication with the volatile extraction inlet. the furnace body defining baking fume channels disposed on opposite sides of the baking path to receive baking fumes; a burner associated with each the baking fume channel; and the volatile extraction inlet in fluid communication with a burner such that volatile fumes extracted from the baking path through the volatile extraction inlet are delivered to the burner for combustion
Oil-sealed vane-type rotary vacuum pump having - at least one pumping stage, - each pumping stage consisting of a cylindrical chamber having an eccentrically arranged shaft therein provided with vanes, - all pumping stages being driven by an integrally formed shaft, - having a drive system for the shaft, - the drive system consisting of permanent magnets mounted on the shaft and fixed electric coils which generate an electric rotating field, characterised in that the electronic control unit necessary to control the coils is arranged in a removable housing part of the pump, - in that the electronic control unit can be operated with single-phase or multi-phase voltages between 60 volts and 400 volts or industrial voltage supply systems (24 volts or 48 volts), - and in that the coils are cast in synthetic resin. - at least one pumping stage, - each pumping stage consisting of a cylindrical chamber having an eccentrically arranged shaft therein provided with vanes, - all pumping stages being driven by an integrally formed shaft, - having a drive system for the shaft, - the drive system consisting of permanent magnets mounted on the shaft and fixed electric coils which generate an electric rotating field, characterised in that the electronic control unit necessary to control the coils is arranged in a removable housing part of the pump, - in that the electronic control unit can be operated with single-phase or multi-phase voltages between 60 volts and 400 volts or industrial voltage supply systems (24 volts or 48 volts), - and in that the coils are cast in synthetic resin.
A pneumatic fender comprising mirror sections at the two ends of a cylindrical body portion, a plurality of reinforcing layers is laminated between an inner layer rubber and an outer layer rubber, the reinforcing layers are cord layers formed by arranging a plurality of cords (6a-6d) in parallel, and the cords (6a-6d) of reinforcing layers that are laminated adjacent to each other intersect with a predetermined cord angle with respect to the body axial direction, wherein an intermediate rubber layer is interposed between each of the reinforcing layers, and characterized in that the number of the reinforcing layers is 6 to 12, and in an uninflated neutral state the thicknesses of the intermediate rubber layers is set to 1 mm to 5 mm, and the cord angle is set to 15° to 45°.
A method of reducing the release of dust from a mass prone to release dust, the method comprising the step of: contacting the mass with a composition comprising a polymerized organic acid, characterized in that the polymerized organic acid is a block copolymer comprising a first chain consisting essentially of repeating polymerized organic acid units and a second chain consisting essentially of repeating glycerol units, the first chain and the second chain being linked by an ester bond; and further characterized in that the mass comprises an aggregation of mineral supplement, mined materials, synthesized dry materials, fertilizer, coal, wood chips, agricultural products, fruit, aggregates, fine materials, potash, phosphate, road dust, and any combination thereof; and wherein the polymerized organic acid is constructed from monomers selected form the list consisting of hydroxy fatty acids selected from the list of ricinoleic acid, 12-hydroxystearic acid, and any combination thereof.
Conductor bar for a squirrel-cage rotor comprising at least one end which is partially slit such that a section of the end forms two symmetrical branches (22, 23) relative to the slit, the centre of gravity (G3, G4) of each branch is arranged such that the branches flare towards the outside of the bar under the effect of centrifugal force when the rotor is rotated, characterised in that the bar is configured such that the peripheral surface of the bar deformed under the effect of the centrifugal force comes into contact with the surface of a hole leading to a conductive element of the rotor, the conductive element of the rotor being a short-circuit disk or a short-circuit crown, and extends along an angle greater than 180°.
A method of imaging an object, comprising: applying to the object acoustic vibration localised in two or three dimensions in a plurality of regions in the object sequentially; simultaneously illuminating the object with an illuminating electromagnetic wave that has a frequency in a range extending down from 30THz to 100MHz, the vibration direction of the acoustic vibration having a component parallel to the propagation direction of the illuminating electromagnetic wave so that the acoustic vibration of the object in each of the regions generates a scattered electromagnetic wave including Doppler components shifted from the frequency of the illuminating electromagnetic wave by frequencies of the acoustic vibration and multiples thereof; and receiving the scattered electromagnetic wave generated in each of the plurality of regions; deriving from the received, scattered electromagnetic wave data representing at least one characteristic of the Doppler components in respect of each region; and storing the derived data in respect of each region as image data. applying to the object acoustic vibration localised in two or three dimensions in a plurality of regions in the object sequentially; simultaneously illuminating the object with an illuminating electromagnetic wave that has a frequency in a range extending down from 30THz to 100MHz, the vibration direction of the acoustic vibration having a component parallel to the propagation direction of the illuminating electromagnetic wave so that the acoustic vibration of the object in each of the regions generates a scattered electromagnetic wave including Doppler components shifted from the frequency of the illuminating electromagnetic wave by frequencies of the acoustic vibration and multiples thereof; and receiving the scattered electromagnetic wave generated in each of the plurality of regions; deriving from the received, scattered electromagnetic wave data representing at least one characteristic of the Doppler components in respect of each region; and
A non-oriented electrical steel sheet comprising a chemical composition consisting of, by mass%, C: 0.0050 % or less, Si: 1.50 % or more and 4.00 % or less, Al: 0.020 % or less, Mn: 0.10 % or more and 5.00 % or less, S: 0.0200 % or less, P: 0.200 % or less, N: 0.0050 % or less, and O: 0.0200 % or less, and optionally further one or more selected from the group consisting of, by mass% Ge: 0.0500 % or less, Ti: 0.0030 % or less, Nb: 0.0030 % or less, V: 0.0030 % or less, or Zr: 0.0020 % or less, with the balance consisting of Fe and inevitable impurities, wherein the non-oriented electrical steel sheet has an Ar 3 transformation temperature of 700 °C or higher and 1000 °C or lower, a grain size, measured in accordance with JIS G0551 after polishing the cross section and etching with nital, of 80 μm or more and 200 μm or less, and a Vickers hardness, measured in accordance with JIS Z2244 by pushing a 500 g diamond indenter into a cross section of the non-oriented electrical steel sheet, of 140 HV or more and 230 HV or less.
A network search method, wherein the method is performed by a terminal device, a subscriber identity module SIM card is installed in the terminal device, and the method comprises: when the terminal device camps on a visited public land mobile network VPLMN, determining a mobile country code MCC home area corresponding to the SIM card; determining whether the terminal device has entered the MCC home area; and triggering a network search if the terminal device has entered the MCC home area or is to enter the MCC home area; wherein the determining whether the terminal device enters the MCC home area comprises: determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero. when the terminal device camps on a visited public land mobile network VPLMN, determining a mobile country code MCC home area corresponding to the SIM card; determining whether the terminal device has entered the MCC home area; and triggering a network search if the terminal device has entered the MCC home area or is to enter the MCC home area; wherein the determining whether the terminal device enters the MCC home area comprises: determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero. determining a quantity of first cells, wherein the first cells are all cells that can be found currently by the terminal device; determining a proportion of second cells in the first cells, wherein the second cell is a cell, whose MCC is the same as an MCC corresponding to the SIM card, in the first cells; and if the proportion of the second cells in the first cells is greater than a preset proportion, determining that the terminal enters the MCC home area, wherein the preset proportion is not equal to zero.
A conveyor frame, comprising: a compression moldable connecting collar (4280; 5280; 6280; 7780) comprising a central core (4282; 5282; 6282), side walls defining a first opening on a first end and a second opening on a second end _and a plug (4283; 5283; 6283; 7783) extending from the first end; a first frame component bonded to the compression moldable connecting collar (4280; 5280; 6280), the first frame component having a rail portion, a first end inserted in the first opening of the connecting collar (4280; 5280; 6280), an opening in the first end for receiving the plug (4283; 5283; 6283) and a second end; and a second frame component bonded to the compression moldable connecting collar (4280; 5280; 6280; 7780), the second frame component having a rail portion, a first end inserted in the second opening of the connecting collar (4280; 5280; 6280; 7780) and a second end. a compression moldable connecting collar (4280; 5280; 6280; 7780) comprising a central core (4282; 5282; 6282), side walls defining a first opening on a first end and a second opening on a second end _and a plug (4283; 5283; 6283; 7783) extending from the first end; a first frame component bonded to the compression moldable connecting collar (4280; 5280; 6280), the first frame component having a rail portion, a first end inserted in the first opening of the connecting collar (4280; 5280; 6280), an opening in the first end for receiving the plug (4283; 5283; 6283) and a second end; and a second frame component bonded to the compression moldable connecting collar (4280; 5280; 6280; 7780), the second frame component having a rail portion, a first end inserted in the second opening of the connecting collar (4280; 5280; 6280; 7780) and a second end.
An electrical converter having an active diode-clamped multilevel topology in which each clamping diode (S5P, S6P) is connected in antiparallel with a switch (S5A, S5B), the converter comprising: polyphase supply phases (A, B, C) each of which is connected via a respective phase leg (401, 402, 403) to dc rails (301, 302) and a dc-link capacitor, the dc-link capacitor including a plurality of series-connected capacitors (404, 405); and characterized by: a controller configured to, in response to an event signal indicative of a fault which has occurred on a dc side of the converter, for each phase leg, activate a combination of switches therein to form a pair of parallel conduction paths to a midpoint between two capacitors in the dc-link capacitor, thereby connecting each phase to the same node and isolating an input of the converter from the DC side of the converter. polyphase supply phases (A, B, C) each of which is connected via a respective phase leg (401, 402, 403) to dc rails (301, 302) and a dc-link capacitor, the dc-link capacitor including a plurality of series-connected capacitors (404, 405); and characterized by: a controller configured to, in response to an event signal indicative of a fault which has occurred on a dc side of the converter, for each phase leg, activate a combination of switches therein to form a pair of parallel conduction paths to a midpoint between two capacitors in the dc-link capacitor, thereby connecting each phase to the same node and isolating an input of the converter from the DC side of the converter.
A propylene polymer composition comprising (percent by weight): A) 65%-85% of a propylene copolymer containing from 2.0% to 5.0% of ethylene derived units having MFR L (Melt Flow Rate according to ASTM 1238, condition L, i.e. 230°C and 2.16 kg load) from 0.5 to 50 g/10 min and a melting temperature Tm ranging from 146°C to 155°C; B) 15%-35%, of a copolymer of ethylene and propylene with from 74% to 87%, of ethylene derived units; the composition having the intrinsic viscosity of the fraction soluble in xylene ranging from 0.9 to 1.1 dl/g. A) 65%-85% of a propylene copolymer containing from 2.0% to 5.0% of ethylene derived units having MFR L (Melt Flow Rate according to ASTM 1238, condition L, i.e. 230°C and 2.16 kg load) from 0.5 to 50 g/10 min and a melting temperature Tm ranging from 146°C to 155°C; B) 15%-35%, of a copolymer of ethylene and propylene with from 74% to 87%, of ethylene derived units;
A computer-implemented method of analyzing a set of objects of interest, the method comprising: receiving an image of a tissue specimen, collecting the set of objects of interest from the image, extracting a plurality of features of each object of interest, based on at least on the extracted features, automatically clustering each object of interest into a plurality of classifiable subsets, characterized in that the method further comprises: automatically defining a scoring guide based on the classifiable subsets, wherein the scoring guide includes a set of clustering rules and an image gallery of the set of objects of interest, and storing the scoring guide in a training database. receiving an image of a tissue specimen, collecting the set of objects of interest from the image, extracting a plurality of features of each object of interest, based on at least on the extracted features, automatically clustering each object of interest into a plurality of classifiable subsets, characterized in that the method further comprises: automatically defining a scoring guide based on the classifiable subsets, wherein the scoring guide includes a set of clustering rules and an image gallery of the set of objects of interest, and storing the scoring guide in a training database. automatically defining a scoring guide based on the classifiable subsets, wherein the scoring guide includes a set of clustering rules and an image gallery of the set of objects of interest, and storing the scoring guide in a training database.