mhurhangee/ep-ind-claims huggingface dataset:
A cutting device (11, 11', 11'') for cutting labels, configured to be applied onto articles adapted to contain a pourable product, from a web of labelling material; said cutting device (11, 11', 11'') comprising: - a first rotary member rotatable about a first axis, comprising a blade element and advancing, in use, said blade element around said first axis; - a second rotary member (15, 15', 15") rotatable about a second axis, having a receiving portion on its outer lateral surface (18, 18', 18'') configured to cyclically receive said blade element, advancing, in use, said receiving portion around said second axis, and supporting, in use, said web on said outer lateral surface (18, 18', 18''); and - a cutting station at which, cyclically, said blade element engages, in use, said receiving portion to cut said web at predetermined cutting portions thereof covering one at a time said receiving portion; wherein the radial distance between said second axis and said receiving portion is greater than the radial distance between said first axis and said blade element; wherein said second rotary member (15, 15', 15") comprises: - a first angular portion (20, 20', 20") extending at a first radial distance from said second axis and comprising said receiving portion; and - a second angular portion (21, 21', 21") angularly spaced from said first portion (20, 20', 20") and extending at a second radial distance from said second axis, the first distance being greater than the second distance; characterized in that said blade element is configured to face, cyclically and at said cutting station, said first angular portion (20, 20', 20") and said second angular portion (21, 21', 21") alternately to one another. - a first rotary member rotatable about a first axis, comprising a blade element and advancing, in use, said blade element around said first axis; - a second rotary member (15, 15', 15") rotatable about a second axis, having a receiving portion on its outer lateral surface (18, 18', 18'') configured to cyclically receive said blade element, advancing, in use, said receiving portion around said second axis, and supporting, in use, said web on said outer lateral surface (18, 18', 18''); and - a cutting station at which, cyclically, said blade element engages, in use, said receiving portion to cut said web at predetermined cutting portions thereof covering one at a time said receiving portion; - a first angular portion (20, 20', 20") extending at a first radial distance from said second axis and comprising said receiving portion; and - a second angular portion (21, 21', 21") angularly spaced from said first portion (20, 20', 20") and extending at a second radial distance from said second axis, the first distance being greater than the second distance;
A method for fabricating a field effect device comprising: • providing a body (12, 32) having a top surface; • forming a trench (20, 40) extending into the body from the top surface wherein the trench has a bottom and a plurality of side walls; • depositing a dielectric layer (24, 44) along the plurality of side walls to a first thickness (T S) and on the bottom of the trench to a second thickness (T B), wherein a single evaporative process is used to deposit the dielectric layer such that the second thickness of the dielectric layer on the bottom of the trench is greater than the first thickness of the dielectric layer on the plurality of side walls of the trench where the second thickness has a thickness in a range between 25% greater than the first thickness and 100% greater than the first thickness; • annealing the dielectric layer in nitric oxide; and • forming a gate contact (26, 46) over the dielectric layer wherein the dielectric layer and the gate contact form a gate assembly for the field effect device and the body comprises silicon carbide. • providing a body (12, 32) having a top surface; • forming a trench (20, 40) extending into the body from the top surface wherein the trench has a bottom and a plurality of side walls; • depositing a dielectric layer (24, 44) along the plurality of side walls to a first thickness (T S) and on the bottom of the trench to a second thickness (T B), wherein a single evaporative process is used to deposit the dielectric layer such that the second thickness of the dielectric layer on the bottom of the trench is greater than the first thickness of the dielectric layer on the plurality of side walls of the trench where the second thickness has a thickness in a range between 25% greater than the first thickness and 100% greater than the first thickness; • annealing the dielectric layer in nitric oxide; and • forming a gate contact (26, 46) over the dielectric layer wherein the dielectric layer and the gate contact form a gate assembly for the field effect device and the body comprises silicon carbide.
Solenoid, at least comprising an armature mounted in an armature space, wherein the armature space is encircled by a coil carrying a number of windings which can be loaded with current, and the magnetic field generated when loaded with current moves the armature against a pole core, in the armature a rebounding tappet is mounted movably, and, when not loaded with electric current, the distance between the front of the tappet and the core is smaller than the distance between the front of the armature and the pole core, characterized in that in the armature an axially arranged blind hole is provided, an at the armature a pull-back spring is arranged with an active direction orientated in opposite direction of the movement of the armature in the direction of the pole core, wherein the pull-back spring is arranged in the area of the blind hole facing the pole core.
A method for identifying characteristics of a handbag, the method comprising in any order: receiving one or more images of a handbag; executing a favorable view classifier on each of the one or more images to determine which of the one or more images comprise a favorable view, wherein the favorable view comprises both a frontal view and a complete periphery of the handbag; eliminating all but select images from the one or more images of the handbag to obtain a grouping of one or more select images, the select images being those embodying the favorable view having both the complete periphery and the frontal view of the handbag; executing a handbag classifier on the one or more select images, wherein the handbag classifier was trained on a plurality of stored images such that each of the plurality of stored images comprises the favorable view having both the frontal view and the complete periphery, wherein execution of the handbag classifier comprises comparing one or more features of the one or more select images with one or more features of the plurality of stored images; and determining said characteristics of the handbag based on said execution of the handbag classifier. receiving one or more images of a handbag; executing a favorable view classifier on each of the one or more images to determine which of the one or more images comprise a favorable view, wherein the favorable view comprises both a frontal view and a complete periphery of the handbag; eliminating all but select images from the one or more images of the handbag to obtain a grouping of one or more select images, the select images being those embodying the favorable view having both the complete periphery and the frontal view of the handbag; executing a handbag classifier on the one or more select images, wherein the handbag classifier was trained on a plurality of stored images such that each of the plurality of stored images comprises the favorable view having both the frontal view and the complete periphery, wherein execution of the handbag classifier comprises comparing one or more features of the one or more select images with one or more features of the plurality of stored images; and determining said characteristics of the handbag based on said execution of the handbag classifier.
A system for humidifying breathing gas, the system comprising: a housing having a gas inlet and a gas outlet; a vapor transfer compartment disposed within the housing and having: a plurality of porous tubes (108a-e), each tube defining a gas passage coupling the gas inlet to the gas outlet; and a plurality of liquid regions (111a-f), in which a liquid circulates, between the plurality of tubes; wherein the tubes separate the plurality of liquid regions (111a-f) forming a permeable membrane, such that liquid circulating in the liquid regions transfers vapor to gas passing through the tubes; and a bypass gas passage disposed within the housing and coupling the gas inlet to the gas outlet, the bypass gas passage comprising a constriction and being configured to receive a fraction of the gas received by the gas inlet; wherein the constriction narrows a portion of the internal diameter of the bypass gas passage so that the fraction of gas received by the bypass passage decreases as a rate of gas flow into the gas inlet increases. a housing having a gas inlet and a gas outlet; a vapor transfer compartment disposed within the housing and having: a plurality of porous tubes (108a-e), each tube defining a gas passage coupling the gas inlet to the gas outlet; and a plurality of liquid regions (111a-f), in which a liquid circulates, between the plurality of tubes; wherein the tubes separate the plurality of liquid regions (111a-f) forming a permeable membrane, such that liquid circulating in the liquid regions transfers vapor to gas passing through the tubes; and a plurality of porous tubes (108a-e), each tube defining a gas passage coupling the gas inlet to the gas outlet; and a plurality of liquid regions (111a-f), in which a liquid circulates, between the plurality of tubes; wherein the tubes separate the plurality of liquid regions (111a-f) forming a permeable membrane, such that liquid circulating in the liquid regions transfers vapor to gas passing through the tubes; and a bypass gas passage disposed within the housing and coupling the gas inlet to the gas outlet, the bypass gas passage comprising a constriction and being configured to receive a fraction of the gas received by the gas inlet; wherein the constriction narrows a portion of the internal diameter of the bypass gas passage so that the fraction of gas received by the bypass passage decreases as a rate of gas flow into the gas inlet increases.
An apparatus, operable with a shared channel comprising at least a primary channel and a secondary channel, comprising: means for measuring energy of the primary channel; means for measuring energy of the secondary channel; means for computing an energy difference between the measured energy of the primary channel and the measured energy of the secondary channel; and means for determining interference in accordance with the measured energy of the primary channel and the measured energy of the secondary channel, wherein determining interference comprises determining interference in a second mode, in which transmission is expected on the primary channel and the secondary channel, when the computed energy difference is above an energy difference threshold. means for measuring energy of the primary channel; means for measuring energy of the secondary channel; means for computing an energy difference between the measured energy of the primary channel and the measured energy of the secondary channel; and means for determining interference in accordance with the measured energy of the primary channel and the measured energy of the secondary channel, wherein determining interference comprises determining interference in a second mode, in which transmission is expected on the primary channel and the secondary channel, when the computed energy difference is above an energy difference threshold.
A method of performing communication by a user equipment, UE, configured with a plurality of serving cells in a wireless communication system, the method comprising: performing a physical downlink control channel, PDCCH,-monitoring to receive downlink control information, DCI, configured with a counter-downlink assignment index, C-DAI, for downlink, DL, scheduling; performing, based on a result of the PDCCH monitoring, a data reception in a time unit, TU, #n of a first cell among the plurality of serving cells; and transmitting, based on a value of the C-DAI, an uplink, UL, signal including Acknowledgement/Negative-acknowledgement, A/N, information for the data reception, in a TU #m+k of a second cell among the plurality of serving cells, wherein subcarrier spacing of the first cell is different from subcarrier spacing of the second cell and the TU #n of the first cell overlaps with a plurality of TUs of the second cell, wherein a TU #m of the second cell is a last TU among the plurality of TUs of the second cell that overlap with the TU #n of the first cell, characterized in that for a case where i) both first DCI and second DCI are received in a same TU as the result of the PDCCH monitoring ii) the data reception performed in the TU #n of the first cell includes both a first data reception scheduled by the first DCI and a second data reception scheduled by the second DCI: the first DCI for scheduling the first data reception is configured with an earlier order of C-DAI value than the second DCI for scheduling the second data reception, based on that the first data reception starts earlier than the second data reception. performing a physical downlink control channel, PDCCH,-monitoring to receive downlink control information, DCI, configured with a counter-downlink assignment index, C-DAI, for downlink, DL, scheduling; performing, based on a result of the PDCCH monitoring, a data reception in a time unit, TU, #n of a first cell among the plurality of serving cells; and transmitting, based on a value of the C-DAI, an uplink, UL, signal including Acknowledgement/Negative-acknowledgement, A/N, information for the data reception, in a TU #m+k of a second cell among the plurality of serving cells, wherein subcarrier spacing of the first cell is different from subcarrier spacing of the second cell and the TU #n of the first cell overlaps with a plurality of TUs of the second cell, wherein a TU #m of the second cell is a last TU among the plurality of TUs of the second cell that overlap with the TU #n of the first cell, characterized in that for a case where i) both first DCI and second DCI are received in a same TU as the result of the PDCCH monitoring ii) the data reception performed in the TU #n of the first cell includes both a first data reception scheduled by the first DCI and a second data reception scheduled by the second DCI: the first DCI for scheduling the first data reception is configured with an earlier order of C-DAI value than the second DCI for scheduling the second data reception, based on that the first data reception starts earlier than the second data reception.
A method of increasing communication security, said method comprising: generating, at a first computer system, authentication data based on message data, wherein said message data includes an authentication mechanism identifier, and wherein said generating further comprises generating said authentication data using an authentication mechanism associated with said authentication mechanism identifier; generating, at said first computer system, a Constrained Application Protocol, CoAP, message including said authentication data and said message data, wherein said generating said CoAP message further comprises including said authentication data as at least a portion of a payload of said CoAP message; and communicating said CoAP message from said first computer system for delivery to a second computer system. generating, at a first computer system, authentication data based on message data, wherein said message data includes an authentication mechanism identifier, and wherein said generating further comprises generating said authentication data using an authentication mechanism associated with said authentication mechanism identifier; generating, at said first computer system, a Constrained Application Protocol, CoAP, message including said authentication data and said message data, wherein said generating said CoAP message further comprises including said authentication data as at least a portion of a payload of said CoAP message; and communicating said CoAP message from said first computer system for delivery to a second computer system.
Tyre rubber composition based on at least one diene elastomer, an inorganic filler as reinforcing filler, a coupling agent providing the bonding between the inorganic filler and the diene elastomer, characterized in that the coupling agent is an azosilane compound of following formula (G 1) 3-a (G 2) a Si-Z-NH-C -N=N-C -NH-Z-Si(G 1) 3-a (G 2) a in which: - G 1, identical to or different from one another, each represent a monovalent hydrocarbon group chosen from branched or unbranched, unsubstituted or substituted alkyls, having from 1 to 18 carbon atoms, unsubstituted or substituted cycloalkyls or aryls, having from 5 to 18 carbon atoms, - G 2, identical to or different from one another, each represent a monovalent group (G 3) n -OG 1 in which G 3 is a divalent linking group having from 1 to 18 carbon atoms and comprising one or more heteroatoms chosen from O, S, Si and N, n being a number equal to or higher than 1 and less than or equal to 18, - Z represents a divalent linking group having from 1 to 18 carbon atoms, - a is equal to 1, 2 or 3. - G 1, identical to or different from one another, each represent a monovalent hydrocarbon group chosen from branched or unbranched, unsubstituted or substituted alkyls, having from 1 to 18 carbon atoms, unsubstituted or substituted cycloalkyls or aryls, having from 5 to 18 carbon atoms, - G 2, identical to or different from one another, each represent a monovalent group (G 3) n -OG 1 in which G 3 is a divalent linking group having from 1 to 18 carbon atoms and comprising one or more heteroatoms chosen from O, S, Si and N, n being a number equal to or higher than 1 and less than or equal to 18, - Z represents a divalent linking group having from 1 to 18 carbon atoms, - a is equal to 1, 2 or 3.
A method of making a pluripotent cell population, comprising culturing a plurality of non-embryonic blastomere-like stem cells (BLSCs) in a medium containing retinoic acid or transforming growth factor beta (TGF-β), and identifying and enriching pluripotent cells among the cultured cells, wherein the pluripotent cells express the mRNA of GADPH or beta-actin.
A carbon brush comprising a carbon block substrate having pores in a surface and an inner portion thereof, the carbon brush making sliding contact with a commutator provided in a motor, characterized by including: a suspension comprising an oil in solid form or in semi-solid form, the oil being suspended in a petroleum-based solvent having a boiling point higher than a temperature of the carbon brush at a time of operation of the motor, the suspension existing in the pores.
A method for identifying a compound that increases the functional activity of cystic fibrosis -associated mutant Cystic Fibrosis Transmembrane Conductance Regulator (CFTR), comprising: (a) contacting a compound with a polypeptide comprising the amino acid sequence SEQ ID NO:31; and (b) measuring a binding affinity of said compound to said polypeptide.; and (c) identifying the compound that exhibits a binding affinity of at least 10 micromolar as a compound that increases the functional activity of CF-associated mutant CFTR. (a) contacting a compound with a polypeptide comprising the amino acid sequence SEQ ID NO:31; and (b) measuring a binding affinity of said compound to said polypeptide.; and (c) identifying the compound that exhibits a binding affinity of at least 10 micromolar as a compound that increases the functional activity of CF-associated mutant CFTR.
Device for separating oil particles from the air flow discharged from the spindle chamber of a machine tool, comprising a filter element comprising a continuous side wall in which a filter material is received, a continuously closed bottom and a cover, wherein the side wall is fastened between the bottom and the cover, wherein an outlet for the cleaned air flow is arranged on the cover, wherein the filter element has the shape of a hollow cylinder, wherein the filter material consists of a fibre mixture of synthetic fibres and glass fibres, wherein the fibre material and the incident-flow speed of the air flow are selected such that, during the incident flow of the air flow through the filter material, the oil particles from the air flow in the filter material agglomerate on the surface of the filter material to form droplets and the droplets flow away downwards, wherein the filter material has a weight per unit of area of 90-150 g/m 2 and a thickness in the range from 0.1 mm-1 mm, characterized in that the device has a housing with an expansion chamber, an inlet for the loaded air flow, an outlet for the separated-off air flow and a drain for oil, wherein the filter element is arranged in the expansion chamber of the housing, wherein a perforated sheet is arranged as diffuser between the housing side wall and the filter element, wherein the housing has an opening on the upper side of the housing so that the filter element can be exchangeably arranged in the housing by way of the opening, wherein multiple closure elements are provided on the upper side of the housing and next to the opening in order to hold the filter element in the housing. a continuous side wall in which a filter material is received, a continuously closed bottom and a cover, wherein the side wall is fastened between the bottom and the cover, wherein an outlet for the cleaned air flow is arranged on the cover, wherein the filter element has the shape of a hollow cylinder, wherein the filter material consists of a fibre mixture of synthetic fibres and glass fibres, wherein the fibre material and the incident-flow speed of the air flow are selected such that, during the incident flow of the air flow through the filter material, the oil particles from the air flow in the filter material agglomerate on the surface of the filter material to form droplets and the droplets flow away downwards, wherein the filter material has a weight per unit of area of 90-150 g/m 2 and a thickness in the range from 0.1 mm-1 mm, characterized in that the device has a housing with an expansion chamber, an inlet for the loaded air flow, an outlet for the separated-off air flow and a drain for oil, wherein the filter element is arranged in the expansion chamber of the housing, wherein a perforated sheet is arranged as diffuser between the housing side wall and the filter element, wherein the housing has an opening on the upper side of the housing so that the filter element can be exchangeably arranged in the housing by way of the opening, wherein multiple closure elements are provided on the upper side of the housing and next to the opening in order to hold the filter element in the housing.