mhurhangee/ep-ind-claims huggingface dataset:
An FCC catalyst composition for cracking resid feeds, the FCC catalyst composition comprising a first particle type comprising one or more boron oxide components present in an amount in the range of 0.005% to 8% by weight, on an oxide basis, of the FCC catalyst composition, and a first matrix component and a second particle type having a composition different from the first particle type, the second particle type comprising a second matrix component, a phosphorus component in an amount in the range of about 0.5% to 10.0% by weight, on an oxide basis, of the FCC catalyst composition, and 20% to 95% by weight of a zeolite component based on the weight of the FCC catalyst composition, wherein the first particle type and second particle type are mixed together, wherein the first particle type does not incorporate a zeolite. a first particle type comprising one or more boron oxide components present in an amount in the range of 0.005% to 8% by weight, on an oxide basis, of the FCC catalyst composition, and a first matrix component and a second particle type having a composition different from the first particle type, the second particle type comprising a second matrix component, a phosphorus component in an amount in the range of about 0.5% to 10.0% by weight, on an oxide basis, of the FCC catalyst composition, and 20% to 95% by weight of a zeolite component based on the weight of the FCC catalyst composition, wherein the first particle type and second particle type are mixed together, wherein the first particle type does not incorporate a zeolite.
A biometric authentication device for performing authentication based on a palm of a user, wherein a posture of the palm and/or a shape of the palm changes, the device comprising: an imaging device configured to acquire a plurality of sets of palm images of an identical user, each palm image being taken with light emitted from an illumination source (22, 23) under each of illumination conditions of the illumination source (22, 23) different from one another; an adjusting unit configured to adjust a time interval between acquiring the image sets, in accordance with a condition for imaging the palm, the time interval being a time in which any image acquisition is not performed, the condition for imaging the palm including at least an ID of a user of which an image of a palm is taken; an extracting unit configured to extract a biological feature from each of the image sets; a comparing unit configured to compare each biological feature extracted by the extracting unit with a biological feature registered in advance; and an updating unit configured to update the time interval, in accordance with standard deviation in degree of similarity between each biological feature extracted by the extracting unit and the registered biological feature. an imaging device configured to acquire a plurality of sets of palm images of an identical user, each palm image being taken with light emitted from an illumination source (22, 23) under each of illumination conditions of the illumination source (22, 23) different from one another; an adjusting unit configured to adjust a time interval between acquiring the image sets, in accordance with a condition for imaging the palm, the time interval being a time in which any image acquisition is not performed, the condition for imaging the palm including at least an ID of a user of which an image of a palm is taken; an extracting unit configured to extract a biological feature from each of the image sets; a comparing unit configured to compare each biological feature extracted by the extracting unit with a biological feature registered in advance; and an updating unit configured to update the time interval, in accordance with standard deviation in degree of similarity between each biological feature extracted by the extracting unit and the registered biological feature.
A method for streaming content to one or more user equipment devices in a telecommunications network, wherein the content is available for streaming at one of a plurality of different quality representations, the method comprising the steps of: receiving a request from a user equipment device, wherein the request is for delivery of a segment of the content at a first quality representation (step 301); determining whether the user equipment device is connected to a cell of the telecommunications network in which a congestion level of the cell is above a threshold level (step 303); and, if so performing a fairness function comprising determining if the segment of content should be streamed to the user equipment device at the requested first quality representation or a second quality representation (step 307); and transmitting an information signal to the user equipment device when it is determined that the segment of content is to be streamed at the second quality representation, informing the user equipment device that the segment of content is being transmitted at a quality representation that is different than the requested quality representation, streaming the segment of content to the user equipment device at the first quality representation or the second quality representation based on a result of performing the fairness function (step 309). receiving a request from a user equipment device, wherein the request is for delivery of a segment of the content at a first quality representation (step 301); determining whether the user equipment device is connected to a cell of the telecommunications network in which a congestion level of the cell is above a threshold level (step 303); and, if so performing a fairness function comprising determining if the segment of content should be streamed to the user equipment device at the requested first quality representation or a second quality representation (step 307); and transmitting an information signal to the user equipment device when it is determined that the segment of content is to be streamed at the second quality representation, informing the user equipment device that the segment of content is being transmitted at a quality representation that is different than the requested quality representation, streaming the segment of content to the user equipment device at the first quality representation or the second quality representation based on a result of performing the fairness function (step 309).
A wheel (16; 6) for motorcycle comprising: a hub (31; 131) supported by an axle (15; 5); a rim (32; 132) holding a tire (17, 7); and a plurality of spokes (33, 34; 133, 134) connecting the hub (31; 131) to the rim (32; 132), the hub (31; 131), the rim (32; 132) and the spokes (33, 34; 133, 134) being integrally provided, wherein the spokes (33, 34; 133, 134) include a main spoke (33; 133) extending from the hub (31; 131) to the rim (32; 132) and a sub spoke (34; 134) extending from the hub (31; 131) to the main spoke (33; 133), the main spoke (33; 133) and sub spoke (34; 134) being integrally provided, and the main spoke (33; 133) extending outward from the hub (31; 131) in a wheel radial direction is inclined (θ1) toward one wheel circumferential direction with respect to a straight line connecting a coupling portion between the main spoke (33; 133) and the hub (31; 131) to a wheel rotational center, characterized in that the sub spoke (34; 134) extends from the hub (31; 131) to an intermediate portion of the main spoke (33; 133) between the coupling portion between the main spoke (33; 133) and the hub (31; 131) and a coupling portion between the main spoke (33; 133) and the rim (32; 132), and the sub spoke (34; 134) extending outward from the hub (31; 131) in the wheel radial direction is inclined (θ2) toward the other wheel circumferential direction with respect to a straight line connecting a coupling portion between the sub spoke (34; 134) and the hub (31; 131) to the wheel rotational center. a hub (31; 131) supported by an axle (15; 5); a rim (32; 132) holding a tire (17, 7); and a plurality of spokes (33, 34; 133, 134) connecting the hub (31; 131) to the rim (32; 132), the hub (31; 131), the rim (32; 132) and the spokes (33, 34; 133, 134) being integrally provided, wherein the spokes (33, 34; 133, 134) include a main spoke (33; 133) extending from the hub (31; 131) to the rim (32; 132) and a sub spoke (34; 134) extending from the hub (31; 131) to the main spoke (33; 133), the main spoke (33; 133) and sub spoke (34; 134) being integrally provided, and the main spoke (33; 133) extending outward from the hub (31; 131) in a wheel radial direction is inclined (θ1) toward one wheel circumferential direction with respect to a straight line connecting a coupling portion between the main spoke (33; 133) and the hub (31; 131) to a wheel rotational center, characterized in that the sub spoke (34; 134) extends from the hub (31; 131) to an intermediate portion of the main spoke (33; 133) between the coupling portion between the main spoke (33; 133) and the hub (31; 131) and a coupling portion between the main spoke (33; 133) and the rim (32; 132), and the sub spoke (34; 134) extending outward from the hub (31; 131) in the wheel radial direction is inclined (θ2) toward the other wheel circumferential direction with respect to a straight line connecting a coupling portion between the sub spoke (34; 134) and the hub (31; 131) to the wheel rotational center.
A method of controlling a wireless feeder network (35, 95, 50, 75), the wireless feeder network connecting a plurality of access base stations (55, 80) to a communications network, the wireless feeder network comprising: a feeder network controller, a plurality of feeder base stations connected to the communications network and a plurality of feeder terminals (50, 75) connected to the plurality of access base stations, wherein each feeder terminal is connected to an access base station, and wherein the wireless feeder network connects said plurality of feeder base stations to said plurality of feeder terminals via wireless feeder links, the method comprising the steps, performed in the feeder network controller, of: determining a sounding schedule for said wireless feeder network in dependence on a visibility matrix, said visibility matrix indicative of visibility via the wireless feeder network between each of said plurality of feeder base stations and each of said plurality of feeder terminals, said sounding schedule comprising simultaneous downlink sounding by at least two feeder base stations if said visibility matrix indicates that no feeder terminals are visible via the wireless feeder network to both of said at least two feeder base stations, and wherein said sounding schedule comprises simultaneous uplink sounding by at least two feeder terminals if said visibility matrix indicates that no feeder base stations are visible via the wireless feeder network to both of said at least two feeder terminals; and controlling a sounding procedure within said wireless feeder network in accordance with said sounding schedule. determining a sounding schedule for said wireless feeder network in dependence on a visibility matrix, said visibility matrix indicative of visibility via the wireless feeder network between each of said plurality of feeder base stations and each of said plurality of feeder terminals, said sounding schedule comprising simultaneous downlink sounding by at least two feeder base stations if said visibility matrix indicates that no feeder terminals are visible via the wireless feeder network to both of said at least two feeder base stations, and wherein said sounding schedule comprises simultaneous uplink sounding by at least two feeder terminals if said visibility matrix indicates that no feeder base stations are visible via the wireless feeder network to both of said at least two feeder terminals; and controlling a sounding procedure within said wireless feeder network in accordance with said sounding schedule.
A multi-layered film (10; 20), comprising: a substrate; and a fluoropolymer coating layer (13; 13a, 13b); and a primer layer (12; 12a, 12b) having compatibility with a fluoropolymer between the substrate and the fluoropolymer coating layer (13; 13a, 13b), wherein the fluoropolymer coating layer (13; 13a, 13b) has a non-crystalline region, and includes a fluoropolymer having a degree of crystallinity of less than 60%, wherein the primer layer (12; 12a, 12b) includes a main chain backbone having compatibility with the fluoropolymer, a functional group introduced to an inside, side chain or end of the main chain backbone and curing agent capable of curing the functional group, and wherein the fluoropolymer coating layer (13; 13a, 13b) shows gradation of a primer in which the ratio of the primer is increased at an interface between the fluoropolymer coating layer (13; 13a, 13b) and the primer layer (12; 12a, 12b), and the ratio of the fluoropolymer is increased closer to the surface of the fluoropolymer coating layer (13; 13a, 13b). a substrate; and a fluoropolymer coating layer (13; 13a, 13b); and a primer layer (12; 12a, 12b) having compatibility with a fluoropolymer between the substrate and the fluoropolymer coating layer (13; 13a, 13b), wherein the fluoropolymer coating layer (13; 13a, 13b) has a non-crystalline region, and includes a fluoropolymer having a degree of crystallinity of less than 60%, wherein the primer layer (12; 12a, 12b) includes a main chain backbone having compatibility with the fluoropolymer, a functional group introduced to an inside, side chain or end of the main chain backbone and curing agent capable of curing the functional group, and wherein the fluoropolymer coating layer (13; 13a, 13b) shows gradation of a primer in which the ratio of the primer is increased at an interface between the fluoropolymer coating layer (13; 13a, 13b) and the primer layer (12; 12a, 12b), and the ratio of the fluoropolymer is increased closer to the surface of the fluoropolymer coating layer (13; 13a, 13b).
Recombinant bacterial cells capable of increased production of isoprene wherein the cells are engineered by modulation of citrate synthase activity for increased carbon flux towards isoprene production such that the activity of citrate synthase is decreased, and wherein the activity of the following enzymes: (a) phosphotransacetylase (b) acetate kinase, and (c) lactate dehydrogenase, is modulated, and wherein optionally the activity of one or more enzymes from the group consisting of: (d) malate dehydrogenase, (e) pyruvate dehydrogenase, (f) phosphogluconolactonase, and (g) phosphoenolpyruvate carboxylase is modulated, and wherein said cells further comprise (i) one or more nucleic acids encoding one or more mevalonate pathway polypeptides and (ii) one or more heterologous nucleic acids encoding an isoprene synthase polypeptide; and wherein said cells produce increased amounts of isoprene compared to isoprene-producing cells that have not been engineered for increased carbon flux towards isoprene. (a) phosphotransacetylase (b) acetate kinase, and (c) lactate dehydrogenase, (d) malate dehydrogenase, (e) pyruvate dehydrogenase, (f) phosphogluconolactonase, and (g) phosphoenolpyruvate carboxylase
A non-transitory machine-readable medium storing a program executable by at least one processing unit of a device, the program comprising sets of instructions for: receiving a request to create a file for storing data from a table comprising a plurality of rows, each row in the plurality of rows divided into a set of columns, each column in the set of columns configured to store a type of data; dividing the plurality of rows into a plurality of blocks of rows, each block of rows in the plurality of blocks of rows comprising a portion of the plurality of rows; for each column in the set of columns of each block of rows in the plurality of blocks of rows: encoding the data in the column of the block of rows based on the type of data stored in the column, and storing the encoded data in the file as a separate page of data; generating a set of column metadata for the set of columns, each column metadata comprising the type of data stored in a corresponding column in the set of columns, an encoding scheme used to encode the data in the corresponding column, and references to the plurality of blocks of rows for the corresponding column; storing each column metadata in the file as a separate page of data; generating a header page comprising a total number of rows in the plurality of rows, a number of rows in each block of rows in the plurality of blocks of rows, and references to the set of column metadata; and storing the header page in the file as a separate page of data. receiving a request to create a file for storing data from a table comprising a plurality of rows, each row in the plurality of rows divided into a set of columns, each column in the set of columns configured to store a type of data; dividing the plurality of rows into a plurality of blocks of rows, each block of rows in the plurality of blocks of rows comprising a portion of the plurality of rows; for each column in the set of columns of each block of rows in the plurality of blocks of rows: encoding the data in the column of the block of rows based on the type of data stored in the column, and storing the encoded data in the file as a separate page of data; encoding the data in the column of the block of rows based on the type of data stored in the column, and storing the encoded data in the file as a separate page of data; generating a set of column metadata for the set of columns, each column metadata comprising the type of data stored in a corresponding column in the set of columns, an encoding scheme used to encode the data in the corresponding column, and references to the plurality of blocks of rows for the corresponding column; storing each column metadata in the file as a separate page of data; generating a header page comprising a total number of rows in the plurality of rows, a number of rows in each block of rows in the plurality of blocks of rows, and references to the set of column metadata; and storing the header page in the file as a separate page of data.
An electrically propelled flying device comprising: - a mechanical coupling means arranged to cooperate with a cable of an electric distribution line so as to hold the flying device integral with the cable in a rest position; - at least one rechargeable battery for supplying power necessary to electrically propel the flying device; - means for charging the at least one battery included in the mechanical coupling means, the charging means being adapted, as soon as a so-called line current passes through the cable, to cooperate, advantageously magnetically, with said cable in order to charge the at least one battery, characterised in that the charging means are disposed in a Faraday cage provided with an electrode arranged to be in contact with the cable as soon as the flying device is hooked to the cable, advantageously the electrode is disposed at the mechanical coupling means. - a mechanical coupling means arranged to cooperate with a cable of an electric distribution line so as to hold the flying device integral with the cable in a rest position; - at least one rechargeable battery for supplying power necessary to electrically propel the flying device; - means for charging the at least one battery included in the mechanical coupling means, the charging means being adapted, as soon as a so-called line current passes through the cable, to cooperate, advantageously magnetically, with said cable in order to charge the at least one battery, characterised in that the charging means are disposed in a Faraday cage provided with an electrode arranged to be in contact with the cable as soon as the flying device is hooked to the cable, advantageously the electrode is disposed at the mechanical coupling means.
A carrying element for forming an upper car or carriage cover of a tunnel kiln car or carriage for directly mounting a bottom firing tray of a firing tray stack formed from firing trays (35; 35a) stacked on top of one another, wherein the carrying element has a lattice-like carrying frame having one or more continuous lattice opening(s) from a carrying frame upper side to a carrying frame underside, characterised in that the carrying element has at least one cover plate covering and closing the lattice opening(s) from above, wherein the cover plate(s) lie(s) on the carrying frame and a cover plate is detachably connected to the carrying frame in each case and the carrying frame has means for holding down the cover plate(s).
A coated metal sheet further covered with an organic resin obtained by: forming, on at least one surface of a metal sheet, a coating film that contains a polyester resin having a glass transition temperature of 20 to 55°C, a phenol resin and an acid catalyst, wherein said glass transition temperature is measured using a differential scanning calorimeter under the condition of temperature rising rate of 10°C/min; and further forming thereon an organic resin layer; wherein as a dicarboxylic acid component that constitutes the polyester resin, there are contained an aromatic dicarboxylic acid and an aliphatic dicarboxylic acid having 6 to 14 carbon atoms at a molar ratio of 95:5 to 80:20. forming, on at least one surface of a metal sheet, a coating film that contains a polyester resin having a glass transition temperature of 20 to 55°C, a phenol resin and an acid catalyst, wherein said glass transition temperature is measured using a differential scanning calorimeter under the condition of temperature rising rate of 10°C/min; and further forming thereon an organic resin layer; wherein as a dicarboxylic acid component that constitutes the polyester resin, there are contained an aromatic dicarboxylic acid and an aliphatic dicarboxylic acid having 6 to 14 carbon atoms at a molar ratio of 95:5 to 80:20.
A protective device comprising at least one protective structure, the structure comprising a first internal resistant layer made from a steel and at least one second layer made from polymeric material positioned in contact with the first layer characterized in that the steel of which the first internal resistant layer is made has a failure load equal to or greater than 30.000 kg/cm 2 and is perfectly elastic between 0 and at least 10.000 kg/cm 2.