mhurhangee/ep-ind-claims huggingface dataset:
A mass estimation device (2,200, 210, 220, 230) that estimates a mass of a vehicle, comprising: a data acquisition unit configured to sequentially acquire a data set of an acceleration and a driving force of the vehicle, based on measurement data sequentially acquired while the vehicle is traveling; and a mass estimation unit configured to: specify, from the sequentially acquired data set, a slope of a regression line representing a relation between the acceleration and the driving force; and estimate the mass of the vehicle based on the slope, characterized in that the mass estimation unit is configured to: if an index dependent on the driving force does not vary beyond a first range from a first period through to a second period, and a variation from a first slope of the regression line that has been specified from a first data set acquired in the first period to a second slope of the regression line that has been specified from a second data set acquired in the second period exceeds a second range defined based on a variation of the index dependent on the driving force, reject the second slope; and otherwise estimate the mass of the vehicle based on the second slope. a data acquisition unit configured to sequentially acquire a data set of an acceleration and a driving force of the vehicle, based on measurement data sequentially acquired while the vehicle is traveling; and a mass estimation unit configured to: specify, from the sequentially acquired data set, a slope of a regression line representing a relation between the acceleration and the driving force; and estimate the mass of the vehicle based on the slope, characterized in that the mass estimation unit is configured to: if an index dependent on the driving force does not vary beyond a first range from a first period through to a second period, and a variation from a first slope of the regression line that has been specified from a first data set acquired in the first period to a second slope of the regression line that has been specified from a second data set acquired in the second period exceeds a second range defined based on a variation of the index dependent on the driving force, reject the second slope; and otherwise estimate the mass of the vehicle based on the second slope.
A drug-delivery molecule having the structure:- wherein n is about 10 to about 10,000, or wherein n is 0-2 and m is about 10 to about 10,000, and X - is tosylate or bromide.
Granular detergent composition comprising 1 to 30% by weight of an alkyl ester fatty acid sulphonate surfactant and 0.1 to 10% by weight enzyme granules, wherein said composition is substantially free of thiosulphate, and wherein said detergent composition comprises methyl sulphate.
An apparatus for generating compressive measurements of video data using spatial and temporal integration, the apparatus comprising: a detector configured to detect luminance values of a temporal video structure over a period of time based on optical data, the temporal video structure having pixels with a horizontal dimension, a vertical dimension and a time dimension with corresponding luminance values over the period of time; and a spatial-temporal integrator unit configured to receive a plurality of measurement bases, each measurement basis having same horizontal, vertical and time dimensions as the temporal video structure with corresponding assigned values over the period of time, the spatial-temporal integrator unit configured to apply each measurement basis to said detected luminance values of said temporal video structure and to sum resulting values for each measurement basis over said horizontal dimension, said vertical dimension and over the period of time to obtain a set of compressive measurements, the summed values for each measurement basis being the set of compressive measurements, wherein each measurement basis is generated randomly with values that are pre-assigned. a detector configured to detect luminance values of a temporal video structure over a period of time based on optical data, the temporal video structure having pixels with a horizontal dimension, a vertical dimension and a time dimension with corresponding luminance values over the period of time; and a spatial-temporal integrator unit configured to receive a plurality of measurement bases, each measurement basis having same horizontal, vertical and time dimensions as the temporal video structure with corresponding assigned values over the period of time, the spatial-temporal integrator unit configured to apply each measurement basis to said detected luminance values of said temporal video structure and to sum resulting values for each measurement basis over said horizontal dimension, said vertical dimension and over the period of time to obtain a set of compressive measurements, the summed values for each measurement basis being the set of compressive measurements, wherein each measurement basis is generated randomly with values that are pre-assigned.
An article of manufacture comprising a ceramic body prosthetic implant or prosthetic implant component, characterized in that the ceramic body (100, 100AJ, 100CR, 100M, 100PF, 100TM, 100U, 100UK, 100UU, 100VC, 150, 200, 200AJ, 350, 540, 550, 1000) is made of magnesium oxide stabilized transformation toughened zirconia (Mg-TTZ) with at least one of the following (A, B) applying: the Mg-TTZ ceramic body is intricately or complexly shaped; and the prosthetic implant or prosthetic implant component is a load bearing orthopedic implant or orthopedic implant component, with the proviso that the Mg-TTZ ceramic body is not an uninterrupted ball, a generally planarly truncated ball, a hip femoral head, a hip femoral head with any trunnion receiving bore, a hip femoral head with a trunnion-receiving, tapered, truncated frustoconical bore, a shoulder humeral hemisphere, a shoulder humeral hemisphere with any trunnion receiving bore, or a shoulder humeral hemisphere with a trunnion-receiving, tapered, truncated frustoconical bore. the Mg-TTZ ceramic body is intricately or complexly shaped; and the prosthetic implant or prosthetic implant component is a load bearing orthopedic implant or orthopedic implant component, with the proviso that the Mg-TTZ ceramic body is not an uninterrupted ball, a generally planarly truncated ball, a hip femoral head, a hip femoral head with any trunnion receiving bore, a hip femoral head with a trunnion-receiving, tapered, truncated frustoconical bore, a shoulder humeral hemisphere, a shoulder humeral hemisphere with any trunnion receiving bore, or a shoulder humeral hemisphere with a trunnion-receiving, tapered, truncated frustoconical bore.
A method for controlling in-flight refueling of a receiver aircraft having a fuel receptacle, comprising: automatically maneuvering a non-aircraft-fixed refueling device, towed by a tanker aircraft via a flexible fuel hose, to an engagement enabling position, including: (i) repeatedly determining a spatial disposition of said refueling device with respect to the receiver aircraft, the refueling device being capable of engaging and refueling said receiver aircraft via a boom member, when the device arrives to said engagement enabling position at which said boom member is in a predetermined spaced and spatial relationship with respect to the fuel receptacle of said receiver aircraft; (ii) repeatedly calculating maneuvering commands based at least on the repeatedly determined spatial dispositions and on characteristics of a spatial control system of the refueling device; (iii) sending said maneuvering commands to said spatial control system; whereby at said engagement enabling position, the boom member of said refueling device is capable of engaging with said fuel receptacle to enable refueling of said receiver aircraft; and maintaining the refueling device at the engagement enabling position. automatically maneuvering a non-aircraft-fixed refueling device, towed by a tanker aircraft via a flexible fuel hose, to an engagement enabling position, including: (i) repeatedly determining a spatial disposition of said refueling device with respect to the receiver aircraft, the refueling device being capable of engaging and refueling said receiver aircraft via a boom member, when the device arrives to said engagement enabling position at which said boom member is in a predetermined spaced and spatial relationship with respect to the fuel receptacle of said receiver aircraft; (ii) repeatedly calculating maneuvering commands based at least on the repeatedly determined spatial dispositions and on characteristics of a spatial control system of the refueling device; (iii) sending said maneuvering commands to said spatial control system; (i) repeatedly determining a spatial disposition of said refueling device with respect to the receiver aircraft, the refueling device being capable of engaging and refueling said receiver aircraft via a boom member, when the device arrives to said engagement enabling position at which said boom member is in a predetermined spaced and spatial relationship with respect to the fuel receptacle of said receiver aircraft; (ii) repeatedly calculating maneuvering commands based at least on the repeatedly determined spatial dispositions and on characteristics of a spatial control system of the refueling device; (iii) sending said maneuvering commands to said spatial control system; whereby at said engagement enabling position, the boom member of said refueling device is capable of engaging with said fuel receptacle to enable refueling of said receiver aircraft; and maintaining the refueling device at the engagement enabling position.
A multi-finger zinc finger protein that specifically binds to a target site, the multi-finger zinc finger protein comprising non-naturally occurring zinc finger modules, wherein each zinc finger module binds to a target subsite and at least two of the non-naturally occurring zinc finger DNA-binding modules that bind to target subsites separate by 1 or 2 base pairs are joined by an amino acid linker sequence of 5 to 20 amino acid residues between the last residue of the N-terminal zinc finger module and the first residue of C-terminal zinc finger module, the amino acid linker comprising an N-terminal amino acid residue adjacent to the N-terminal zinc finger module, a C-terminal amino acid residue adjacent to the C-terminal zinc finger module, and amino acid residues internal to the N- and C-terminal amino acid linker residues, wherein said linker sequence is selected from the group consisting of: TPDAPKPKP, TPGLHRPKP, TEPRAKPPKP, TPSHTPRPKP, TGYSIPRPKP, TYPRPIAAKP, THPRAPIPKP, TPNRRPAPKP, TSPRLPAPKP, TCPRPPTRKP, TSSPRSNAKP, TVSPAPCRSKP, TPDRPISTCKP, TPRPPIPKP, TQRPQIPPKP, TPNRCPPTKP, TYPRPLLAKP, TPLCQRPMKQKP, TGLPKPKP, TSRPRPKP, TLPLPRPKP, TVPRPTPPKP, TLPPCFRPKP, when the target subsites are separated by 1 base pair, and TLAPRPYRPPKP, TPNPHRRTDPSHKP, TPGGKSSRTDRNKP, TNTTRPYRPPKP, TGSLRPYRRPKP, TGEARPYRPPKP, TETTRPFRPPKP, TSINRPFRRPKP, TASCPRPFRPPKP when the target subsites are separated by 2 base pairs.
A susceptor for chemical vapor deposition, comprising: a horizontal component (601, 701, 1301, 1501, 1601) having a cylindrical symmetrical disk shape with a top surface (602, 702, 1302, 1502, 1602) and a bottom surface (603, 703, 1303, 1503, and 1603), wherein the top surface is configured to support one or more wafers; a cylindrical vertical component (604, 704, 1304, 1504, 1604) extending from the bottom surface of the horizontal component along a longitudinal axis that is substantially perpendicular to the horizontal component; a cylindrical hollow region (605, 705, 1505, 1605) includes fillets within the vertical component, and characterised by an induction coil (630, 730, 1530, 1630) surrounding only the vertical component and the hollow region within the vertical component; wherein the radius of the horizontal component is about equal to the radius of the vertical component; wherein the induction coil is able to induce eddy currents that flow uniformly through the horizontal component in a radial direction to produce a substantially uniform temperature distribution on the top surface of the horizontal component. a horizontal component (601, 701, 1301, 1501, 1601) having a cylindrical symmetrical disk shape with a top surface (602, 702, 1302, 1502, 1602) and a bottom surface (603, 703, 1303, 1503, and 1603), wherein the top surface is configured to support one or more wafers; a cylindrical vertical component (604, 704, 1304, 1504, 1604) extending from the bottom surface of the horizontal component along a longitudinal axis that is substantially perpendicular to the horizontal component; a cylindrical hollow region (605, 705, 1505, 1605) includes fillets within the vertical component, and characterised by an induction coil (630, 730, 1530, 1630) surrounding only the vertical component and the hollow region within the vertical component; wherein the radius of the horizontal component is about equal to the radius of the vertical component; wherein the induction coil is able to induce eddy currents that flow uniformly through the horizontal component in a radial direction to produce a substantially uniform temperature distribution on the top surface of the horizontal component.
A system for washing items with purified water, comprising a water inlet and a container for receiving the items to be washed, wherein the system comprises a water purification apparatus for purifying water introduced through said water inlet to produce purified water, and a reservoir for storing purified water produced by the water purification apparatus, said reservoir being connected to said water purification apparatus and said container, so that the items are washable inside the container with the purified water, characterised in that the water purification apparatus comprising at least one filter (25, 29, 30) for filtering off particulate solids, a reverse osmosis device, and a first deionizing filter and a second deionizing filter comprises a deionizing material, wherein the reverse osmosis device is arranged between the filter (25, 29, 30) and the deionizing filters (27, 31), and wherein the system is arranged for washing items with purified water alone. at least one filter (25, 29, 30) for filtering off particulate solids, a reverse osmosis device, and a first deionizing filter and a second deionizing filter comprises a deionizing material, wherein the reverse osmosis device is arranged between the filter (25, 29, 30) and the deionizing filters (27, 31),
A traffic switching method, comprising: acquiring, by a software-defined networking, SDN, controller, a first state of a target gateway, wherein the first state indicates that an Address Resolution Protocol, ARP, entry on the target gateway needs to be updated, the target gateway belongs to an SDN gateway group, the SDN gateway group is used to forward traffic that is transmitted between a first network node and a second network node, and the SDN gateway group comprises multiple gateways, wherein each of the multiple gateways, the first network node, and the second network node form a forwarding path, and multiple forwarding paths on which the multiple gateways are located form multiple equal-cost paths between the first network node and the second network node; and sending, by the SDN controller, an ARP entry to the target gateway according to the first state, and changing, of the multiple equal-cost paths, a metric value of a forwarding path on which the target gateway is located from an original value to a first value, wherein the first value is greater than the original value, and wherein the traffic that is transmitted between the first network node and the second network node is switched to a path, of the multiple equal-cost paths, whose metric value is less than the first value. acquiring, by a software-defined networking, SDN, controller, a first state of a target gateway, wherein the first state indicates that an Address Resolution Protocol, ARP, entry on the target gateway needs to be updated, the target gateway belongs to an SDN gateway group, the SDN gateway group is used to forward traffic that is transmitted between a first network node and a second network node, and the SDN gateway group comprises multiple gateways, wherein each of the multiple gateways, the first network node, and the second network node form a forwarding path, and multiple forwarding paths on which the multiple gateways are located form multiple equal-cost paths between the first network node and the second network node; and sending, by the SDN controller, an ARP entry to the target gateway according to the first state, and changing, of the multiple equal-cost paths, a metric value of a forwarding path on which the target gateway is located from an original value to a first value, wherein the first value is greater than the original value, and wherein the traffic that is transmitted between the first network node and the second network node is switched to a path, of the multiple equal-cost paths, whose metric value is less than the first value.
An abnormality detection system comprising: an optical fiber; a backscattered light detection unit connected to one end and another end of the optical fiber, the backscattered light detection unit being configured to acquire a first intensity distribution of backscattered light by causing light to enter the optical fiber from the one end, and to acquire a second intensity distribution of backscattered light by causing light to enter the optical fiber from the other end; and a data processing unit connected to the backscattered light detection unit and configured to calculate a product of a value obtained by applying a first Finite Impulse Response filter to the first intensity distribution acquired by the backscattered light detection unit, and a value obtained by applying a second Finite Impulse Response filter to the second intensity distribution acquired by the backscattered light detection unit, for each of locations on the optical fiber in a length direction of the optical fiber, to compare a value of the product with a set value for each of the locations on the optical fiber in the length direction and to determine whether or not abnormality is present based on a result of the comparison. an optical fiber; a backscattered light detection unit connected to one end and another end of the optical fiber, the backscattered light detection unit being configured to acquire a first intensity distribution of backscattered light by causing light to enter the optical fiber from the one end, and to acquire a second intensity distribution of backscattered light by causing light to enter the optical fiber from the other end; and a data processing unit connected to the backscattered light detection unit and configured to calculate a product of a value obtained by applying a first Finite Impulse Response filter to the first intensity distribution acquired by the backscattered light detection unit, and a value obtained by applying a second Finite Impulse Response filter to the second intensity distribution acquired by the backscattered light detection unit, for each of locations on the optical fiber in a length direction of the optical fiber, to compare a value of the product with a set value for each of the locations on the optical fiber in the length direction and to determine whether or not abnormality is present based on a result of the comparison.
A voltage control and energy conservation system, comprising: a substation configured to supply electrical power to a plurality of locations (140, 150, 160, 165, 167); a plurality of measurers (155, 169), wherein each measurer (155, 169) is located at one of the plurality of locations (140, 150, 160, 165, 167) and configured to generate data based on a measured component of electrical power received by the measurer (155, 169); and a voltage controller configured to receive measurer data from each measurer of a subset of the plurality of measurers (155, 169), wherein the subset includes more than one and fewer than all of the plurality of measurers (155, 169), and wherein the subset is selected based on predetermined criteria, wherein the voltage controller is further configured to control a voltage set point of the electrical power supplied by the substation based on the data received from the subset of measurers, characterized in that at least one measurer of the plurality of measurers (155, 169) that is not included in the subset is configured to send data to the voltage controller when the voltage measured by said at least one measurer is determined to be outside of a target voltage band; and the voltage controller is further configured to, in response to receiving the data from said at least one measurer, add to the subset said at least one measurer. a substation configured to supply electrical power to a plurality of locations (140, 150, 160, 165, 167); a plurality of measurers (155, 169), wherein each measurer (155, 169) is located at one of the plurality of locations (140, 150, 160, 165, 167) and configured to generate data based on a measured component of electrical power received by the measurer (155, 169); and a voltage controller configured to receive measurer data from each measurer of a subset of the plurality of measurers (155, 169), wherein the subset includes more than one and fewer than all of the plurality of measurers (155, 169), and wherein the subset is selected based on predetermined criteria, wherein the voltage controller is further configured to control a voltage set point of the electrical power supplied by the substation based on the data received from the subset of measurers, at least one measurer of the plurality of measurers (155, 169) that is not included in the subset is configured to send data to the voltage controller when the voltage measured by said at least one measurer is determined to be outside of a target voltage band; and the voltage controller is further configured to, in response to receiving the data from said at least one measurer, add to the subset said at least one measurer.
Particle drying system, comprising a tower, the tower being adapted to have the particles moving through substantially in a first direction and to have a flow of a gaseous drying medium moving through substantially in a second direction, wherein the first direction is substantially opposite of the second direction, wherein the particle drying system further comprises adjustment means adaptable to change the flow characteristics of the particles within the tower, and wherein the adjustment means comprise a side wall of the tower, wherein the side wall is moveable at least in a direction perpendicular to the longitudinal extension of the tower, and wherein the side wall is opposite to another side wall of the tower, characterized in that the two opposite side walls (3, 4) of the tower are provided with at least one vane (5, 6), respectively.