mhurhangee/ep-ind-claims huggingface dataset:
An apparatus including: an automated banking machine; comprising an ATM; and a cassette, wherein the ATM includes the cassette therein. wherein the cassette is adapted for use in an automated banking machine, wherein the cassette is operative to hold media (444, 450, 454) therein, wherein the cassette includes at least one indicator member, wherein the at least one indicator member includes data therewith regarding the cassette, wherein the data is operative to be read by an automated banking machine, wherein the data is operative to be read without requiring physical contact between the indicator member and a machine component, wherein the data is representative of cassette identifying information, pertaining to a unique identification number associated with the cassette, wherein the data is representative of cassette content information, pertaining to at least one media characteristic, wherein the media comprises currency, and wherein the cassette content information pertains to at least one currency characteristic, wherein the indicator member comprises a radio frequency identification (RFID) tag (298, 302); wherein the ATM includes a tag reader with circuitry operative to interrogate the tag to receive information about the cassette from the tag; wherein the cassette includes a target; and wherein the ATM includes a sensor configured to determine the distance between the sensor and the target and to output sensor data representative of sensing when the target is within a predetermined range of the sensor, and the ATM further comprising a machine processor configured to determine from the sensor data whether the cassette is properly positioned within the ATM. an automated banking machine; comprising an ATM; and a cassette, wherein the ATM includes the cassette therein.
A method of estimating health of aircraft brake system friction material, comprising the steps of: sensing a temperature of the friction material; supplying the sensed temperature to a processor-implemented thermal model, the processor-implemented thermal model configured to estimate friction material temperatures at one or more locations on the friction material characterized by; supplying the estimates of friction material temperatures to a processor-implemented thermal oxidation model, the processor-implemented thermal oxidation model configured, based on the estimates of friction material temperatures, to estimate friction material loss due to thermal oxidation; supplying data representative of runway fluid exposure to a processor-implemented catalytic oxidation model, the processor-implemented catalytic oxidation model configured, based on the runway fluid exposure, to estimate friction material loss due to catalytic oxidation; and estimating the health of the friction material based on the estimates of friction material loss from the processor-implemented thermal oxidation model and the processor-implemented catalytic oxidation model. sensing a temperature of the friction material; supplying the sensed temperature to a processor-implemented thermal model, the processor-implemented thermal model configured to estimate friction material temperatures at one or more locations on the friction material characterized by; supplying the estimates of friction material temperatures to a processor-implemented thermal oxidation model, the processor-implemented thermal oxidation model configured, based on the estimates of friction material temperatures, to estimate friction material loss due to thermal oxidation; supplying data representative of runway fluid exposure to a processor-implemented catalytic oxidation model, the processor-implemented catalytic oxidation model configured, based on the runway fluid exposure, to estimate friction material loss due to catalytic oxidation; and estimating the health of the friction material based on the estimates of friction material loss from the processor-implemented thermal oxidation model and the processor-implemented catalytic oxidation model.
An oligonucleotide for use in a method: (a) of suppressing metastasis of a cancer in an individual; or (b) for the treatment of metastatic cancer in an individual; wherein the oligonucleotide is complementary to an antisense non-coding chimeric mitochondrial RNA (ASncmtRNA) molecule or complementary to a sense non-coding chimeric mitochondrial RNA (SncmtRNA) molecule, and wherein the oligonucleotide is able to hybridize with the chimeric mitochondrial RNA molecules to form a stable duplex, and wherein the individual has been previously treated for cancer with a therapy. (a) of suppressing metastasis of a cancer in an individual; or (b) for the treatment of metastatic cancer in an individual;
Method of manufacturing of a membrane with surface fiber structure, characterized in that the polymer membrane is inserted into the vacuum chamber equipped with magnetron sputtering system with cerium oxide target, in which the atmosphere of inert gas and O 2 in role of reactive gas is created, the plasma as ionized atmosphere is ignited which leads to simultaneous plasma etching of the membrane surface and deposition of cerium oxide onto the surface of etched membrane resulting in formation of fibers.
A curable composition comprising a polyol, an isocyanate compound, a reaction inhibitor, a catalyst and a filler, wherein the curable composition comprises a main agent composition comprising the polyol and a curing agent composition comprising the isocyanate compound, wherein a required time to double the viscosity compared to the initial viscosity measured with a Brookfield HB type viscometer at a temperature of 25°C under conditions of a torque of 90% and a shear rate of 100 rpm is 15 minutes or more, wherein the required time (V t2) is measured after mixing the main agent composition and the curing agent composition and exposing the mixed main agent composition and curing agent composition to an environment where curing is possible, wherein the reaction inhibitor comprises one or more reaction-inhibitory functional groups selected from the group consisting of a mercapto group, an amino group and a phenolic hydroxyl group, wherein the reaction inhibitor has a functional value by the following equation 2 in a range of 0.001 to 0.02, wherein the isocyanate compound has an isocyanate value by the following equation 4 in a range of 0.001 to 0.1 and wherein the curable composition comprises 70 to 95 weight% of the filler: FV = F / M wherein, FV is the functional value, F is a number of reaction-inhibitory functional groups in the reaction inhibitor, and M is a molar mass of the reaction inhibitor: NCOV = NCO / MN wherein, NCOV is the isocyanate value, NCO is a number (molar number) of isocyanate groups in the isocyanate compound, and MN is a molar mass of the isocyanate compound. wherein the curable composition comprises a main agent composition comprising the polyol and a curing agent composition comprising the isocyanate compound, wherein a required time to double the viscosity compared to the initial viscosity measured with a Brookfield HB type viscometer at a temperature of 25°C under conditions of a torque of 90% and a shear rate of 100 rpm is 15 minutes or more, wherein the required time (V t2) is measured after mixing the main agent composition and the curing agent composition and exposing the mixed main agent composition and curing agent composition to an environment where curing is possible, wherein the reaction inhibitor comprises one or more reaction-inhibitory functional groups selected from the group consisting of a mercapto group, an amino group and a phenolic hydroxyl group, wherein the reaction inhibitor has a functional value by the following equation 2 in a range of 0.001 to 0.02, wherein the isocyanate compound has an isocyanate value by the following equation 4 in a range of 0.001 to 0.1 and wherein the curable composition comprises 70 to 95 weight% of the filler: FV = F / M wherein, FV is the functional value, F is a number of reaction-inhibitory functional groups in the reaction inhibitor, and M is a molar mass of the reaction inhibitor: NCOV = NCO / MN wherein, NCOV is the isocyanate value, NCO is a number (molar number) of isocyanate groups in the isocyanate compound, and MN is a molar mass of the isocyanate compound.
An evaluation indication system comprising: a map display control unit that is adapted to display a current position of a vehicle and a map around the current position on a display unit; a current evaluation acquisition unit that is adapted to acquire current evaluations, when the vehicle is travelling from a departure point toward a destination, that indicate evaluations of fuel consumption in current travel of the vehicle for a section from the departure point to the current position by unit sections; and a previous evaluation acquisition unit that is adapted to acquire previous evaluations that indicate evaluations of fuel consumption of the vehicle in a past prior to the current travel by unit sections when the vehicle has started off from the same point as the departure point in the past prior to the current travel and has travelled to the same point as the destination, wherein the map display control unit is adapted to indicate the current evaluations and the previous evaluations together by unit sections on the map, wherein the current evaluations are indicated on the route between the departure point and the current position of the vehicle, the previous evaluations are indicated on the route between the current position of the vehicle and the destination, and the previous evaluations are acquired from evaluation information having the lowest average fuel consumption averaged over the unit sections among available evaluation information associated with the departure point and the destination. a map display control unit that is adapted to display a current position of a vehicle and a map around the current position on a display unit; a current evaluation acquisition unit that is adapted to acquire current evaluations, when the vehicle is travelling from a departure point toward a destination, that indicate evaluations of fuel consumption in current travel of the vehicle for a section from the departure point to the current position by unit sections; and a previous evaluation acquisition unit that is adapted to acquire previous evaluations that indicate evaluations of fuel consumption of the vehicle in a past prior to the current travel by unit sections when the vehicle has started off from the same point as the departure point in the past prior to the current travel and has travelled to the same point as the destination, wherein the map display control unit is adapted to indicate the current evaluations and the previous evaluations together by unit sections on the map, wherein the current evaluations are indicated on the route between the departure point and the current position of the vehicle, the previous evaluations are indicated on the route between the current position of the vehicle and the destination, and the previous evaluations are acquired from evaluation information having the lowest average fuel consumption averaged over the unit sections among available evaluation information associated with the departure point and the destination.
An encoding apparatus, comprising: an image changing section configured to divide an image (24, 44) into a plurality of division regions and generate a plurality of division images (11-13, 41-43) including the respective division regions; an encoding section configured to encode the plurality of division images (11-13, 41-43) generated by the image changing section and the image (24, 44) as a plurality of access units and to generate a plurality of encoded streams corresponding to the plurality of access units; and a setting section configured to set non-display information indicating that a decoded division image obtained by decoding an encoded stream from the plurality of encoded streams corresponding to an access unit other than a final access unit, which corresponds to the image, from among the plurality of encoded streams of the plurality of access units generated by the encoding section is not to be displayed; characterized in that the encoding section is configured such that, where a difference in pixel values between the image and a previous image preceding the image by one frame is greater than a threshold value, the encoding section divides the image into the plurality of access units and then encodes the plurality of access units. an image changing section configured to divide an image (24, 44) into a plurality of division regions and generate a plurality of division images (11-13, 41-43) including the respective division regions; an encoding section configured to encode the plurality of division images (11-13, 41-43) generated by the image changing section and the image (24, 44) as a plurality of access units and to generate a plurality of encoded streams corresponding to the plurality of access units; and a setting section configured to set non-display information indicating that a decoded division image obtained by decoding an encoded stream from the plurality of encoded streams corresponding to an access unit other than a final access unit, which corresponds to the image, from among the plurality of encoded streams of the plurality of access units generated by the encoding section is not to be displayed; characterized in that the encoding section is configured such that, where a difference in pixel values between the image and a previous image preceding the image by one frame is greater than a threshold value, the encoding section divides the image into the plurality of access units and then encodes the plurality of access units.
Use, for the selective hydrogenation of hydrocarbon cuts containing alkenes and a substantial amount of dienes and/or of alkynes having from 2 to 12 carbon atoms, of a supported metal catalyst obtained by a process comprising the following stages: a) electrolytic deposition of a nickel layer on a metal support, then e) electrolytic deposition of a layer of one or more additional metals chosen from gold, silver, zinc, manganese and copper, then b) electrolytic deposition of an upper layer of platinum and/or of palladium. a) electrolytic deposition of a nickel layer on a metal support, then e) electrolytic deposition of a layer of one or more additional metals chosen from gold, silver, zinc, manganese and copper, then b) electrolytic deposition of an upper layer of platinum and/or of palladium.
An information processing apparatus mounted in a mobile object, the information processing apparatus comprising: a position acquisition unit configured to acquire three-dimensional position information of a plurality of detection points in the surroundings of the mobile object from a first external sensor of the mobile object and to acquire partitioned region information from a storage unit, the partitioned region information indicating a plurality of partitioned regions in the surroundings of the mobile object, the partitioned regions being acquired by partitioning a three-dimensional space (S') surrounding the mobile object into a plurality of regions in a grid; a shape acquisition unit configured to specify, for each of the plurality of partitioned regions, a detection point (P') having the lowest height of the detection points arranged in each of the partitioned regions to thereby acquire target surface shape information indicating a ground surface shape; and a calculation unit configured to calculate, according to a first distance of a detection point from the target surface on the basis of the three-dimensional position information and the target surface shape information, state information of an object indicating an existence probability of the object, wherein the state information is lower as the first distance is shorter. a position acquisition unit configured to acquire three-dimensional position information of a plurality of detection points in the surroundings of the mobile object from a first external sensor of the mobile object and to acquire partitioned region information from a storage unit, the partitioned region information indicating a plurality of partitioned regions in the surroundings of the mobile object, the partitioned regions being acquired by partitioning a three-dimensional space (S') surrounding the mobile object into a plurality of regions in a grid; a shape acquisition unit configured to specify, for each of the plurality of partitioned regions, a detection point (P') having the lowest height of the detection points arranged in each of the partitioned regions to thereby acquire target surface shape information indicating a ground surface shape; and a calculation unit configured to calculate, according to a first distance of a detection point from the target surface on the basis of the three-dimensional position information and the target surface shape information, state information of an object indicating an existence probability of the object, wherein the state information is lower as the first distance is shorter.
A flush toilet comprising: a toilet main unit that has a toilet bowl and an upper surface portion on which a recessed portion is formed; and a functional unit that is provided on the rear side of the toilet bowl and includes a first device and a second device, wherein at least a portion of each of the first device and the second device is able to move between an entering position in which said at least portion is located inside the recessed portion and a retreating position in which the entire devices are located outside the recessed portion, characterized in that the entire first and second devices are located outside the recessed portion and wherein the first device and the second device are any two devices out of the following: a private part washing device; a drying device; a deodorizing device; a toilet seat heating device; and an indoor heating device. a toilet main unit that has a toilet bowl and an upper surface portion on which a recessed portion is formed; and a functional unit that is provided on the rear side of the toilet bowl and includes a first device and a second device, wherein at least a portion of each of the first device and the second device is able to move between an entering position in which said at least portion is located inside the recessed portion and a retreating position in which the entire devices are located outside the recessed portion, characterized in that the entire first and second devices are located outside the recessed portion and wherein the first device and the second device are any two devices out of the following: a private part washing device; a drying device; a deodorizing device; a toilet seat heating device; and an indoor heating device.
A method of enhancing the recovery of hydrocarbons from a hydrocarbon containing subterranean reservoir formation through one or more well bores, the method comprising: a. producing water from a first zone located above the hydrocarbon containing stratum of the reservoir into an isolated first portion of a casing in the well bore; b. pumping water from the first portion through an electric submersible pump in fluid communication with a Y-tool and injection conduit that is installed in the first portion of the casing; c. discharging pressurized water from the injection conduit into an isolated second portion of the casing; and d. injecting the pressurized water from the second portion of the casing into the reservoir formation at a second zone that is located above a third zone that is the hydrocarbon-containing stratum, whereby the pressure of the water injected into the second zone increases the flow of hydrocarbons from the third zone into the one or more well bores for recovery. a. producing water from a first zone located above the hydrocarbon containing stratum of the reservoir into an isolated first portion of a casing in the well bore; b. pumping water from the first portion through an electric submersible pump in fluid communication with a Y-tool and injection conduit that is installed in the first portion of the casing; c. discharging pressurized water from the injection conduit into an isolated second portion of the casing; and d. injecting the pressurized water from the second portion of the casing into the reservoir formation at a second zone that is located above a third zone that is the hydrocarbon-containing stratum,
Servomechanism for moving a door of a furniture item comprising: - two parallel, horizontal linear guides, - two carriages respectively slidingly mounted, e.g. via wheels, on the linear guides for slidingly supporting the door, - an articulated parallelogram formed of a vertical bar, which is connected to the two carriages and is mounted for supporting and moving the door, and two equal arms pivoted to a side panel of the furniture item, each arm being provided with a cam, - a movable slider which is biased toward the cam by an elastic element so as to push on the cam and rotate the arm, characterized by comprising - an eddy-currents magnetic damper to dampen the door, the magnetic damper comprising a linear guide in which a skid integral with the door is slidingly mounted, the linear guide and/or the skid comprising magnetic flux generators and, respectively, the skid and/or the linear guide comprising a metal track which a magnetic field generated by the magnetic flux generators can hit and slide on, the linear guide comprised in the damper being integrated in one of said two parallel linear guides in which the two carriages are mounted. - two parallel, horizontal linear guides, - two carriages respectively slidingly mounted, e.g. via wheels, on the linear guides for slidingly supporting the door, - an articulated parallelogram formed of a vertical bar, which is connected to the two carriages and is mounted for supporting and moving the door, and two equal arms pivoted to a side panel of the furniture item, each arm being provided with a cam, a vertical bar, which is connected to the two carriages and is mounted for supporting and moving the door, and two equal arms pivoted to a side panel of the furniture item, each arm being provided with a cam, - a movable slider which is biased toward the cam by an elastic element so as to push on the cam and rotate the arm, - an eddy-currents magnetic damper to dampen the door, the magnetic damper comprising a linear guide in which a skid integral with the door is slidingly mounted, the linear guide and/or the skid comprising magnetic flux generators and, respectively, the skid and/or the linear guide comprising a metal track which a magnetic field generated by the magnetic flux generators can hit and slide on, the linear guide comprised in the damper being integrated in one of said two parallel linear guides in which the two carriages are mounted. the magnetic damper comprising a linear guide in which a skid integral with the door is slidingly mounted, the linear guide and/or the skid comprising magnetic flux generators and, respectively, the skid and/or the linear guide comprising a metal track which a magnetic field generated by the magnetic flux generators can hit and slide on, the linear guide comprised in the damper being integrated in one of said two parallel linear guides in which the two carriages are mounted.
An soft serve ice cream comprising high-amylose cooked rice having gelatinized form, wherein a content ratio of the high-amylose cooked rice is 1.5 to 4.5% by mass.