mhurhangee/ep-ind-claims huggingface dataset:
A rotary wing aircraft with a fuselage that forms an aircraft interior region (2a, 2b), the fuselage comprising an upper primary skin that separates the aircraft interior region (2a, 2b) from an aircraft upper deck arranged above the fuselage, wherein the aircraft upper deck comprises an engine accommodating region with a firewall arrangement, the engine accommodating region accommodating at least one aircraft engine within the firewall arrangement such that the firewall arrangement defines a fire proof separation and a flammable fluids tightness at least between the at least one aircraft engine and the aircraft interior region (2a, 2b), and wherein the firewall arrangement comprises at least one gasket for tightening pass-through of a torque tube that connects the at least one aircraft engine to a main gear box of the rotary wing aircraft, wherein the at least one gasket comprises a ring-shaped fire proof bellows configured to compensate movements of the torque tube relative to the firewall arrangement, characterized in that the at least one gasket also comprises at least two fire proof shells (12a, 12b) that are removably attached to each other to form a tube-shaped structure, and that the ring-shaped flexible fire proof bellows is mounted to the at least two fire proof shells (12a, 12b).
A test device to detect a detection object of a microfluidic device, the test device comprising: a rotary drive unit configured to rotate the microfluidic device; a light emitting element configured to emit light onto the microfluidic device; a detection module disposed at a position facing the light emitting element, and having a light receiving element configured to receive light emitted from the light emitting element and transmitted through the microfluidic device when the microfluidic device is positioned between the detection module and the light emitting element; a detection module drive unit configured to move the detection module in a radial direction relative to the microfluidic device; and a controller configured to control the rotary drive unit and the detection module drive unit such that a detection object within the microfluidic device is in alignment with the light receiving element, characterized in that the detection module comprises a temperature sensor to measure a temperature of the detection object, and the temperature sensor is selected from the group consisting of an infrared temperature sensor, a thermistor, a resistance temperature detector and a thermocouple. a rotary drive unit configured to rotate the microfluidic device; a light emitting element configured to emit light onto the microfluidic device; a detection module disposed at a position facing the light emitting element, and having a light receiving element configured to receive light emitted from the light emitting element and transmitted through the microfluidic device when the microfluidic device is positioned between the detection module and the light emitting element; a detection module drive unit configured to move the detection module in a radial direction relative to the microfluidic device; and a controller configured to control the rotary drive unit and the detection module drive unit such that a detection object within the microfluidic device is in alignment with the light receiving element, characterized in that the detection module comprises a temperature sensor to measure a temperature of the detection object, and the temperature sensor is selected from the group consisting of an infrared temperature sensor, a thermistor, a resistance temperature detector and a thermocouple.
A positive electrode comprising: a current collector; and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer includes a positive electrode active material, a binder, and a multi-walled carbon nanotube, wherein the multi-walled carbon nanotube has an average length of 1-2 μm and has a length standard deviation of 0.5 μm or less. a current collector; and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer includes a positive electrode active material, a binder, and a multi-walled carbon nanotube, wherein the multi-walled carbon nanotube has an average length of 1-2 μm and has a length standard deviation of 0.5 μm or less.
A sensor comprising: an omnidirectional reflector comprising a reflecting side configured to: collect one or more incoming beams from a 360-degree first field of view and a 180-degree or less second field of view; and concentrate the collected one or more incoming beams using a curvature of the reflecting side; a calibration source located inside the omnidirectional reflector and configured to generate one or more calibration beams; a first filter configured to filter one or more first beams comprising any of a first portion of the collected and concentrated one or more incoming beams and a first portion of the calibration beams; and a first detector configured to detect the filtered one or more first beams. an omnidirectional reflector comprising a reflecting side configured to: collect one or more incoming beams from a 360-degree first field of view and a 180-degree or less second field of view; and concentrate the collected one or more incoming beams using a curvature of the reflecting side; collect one or more incoming beams from a 360-degree first field of view and a 180-degree or less second field of view; and concentrate the collected one or more incoming beams using a curvature of the reflecting side; a calibration source located inside the omnidirectional reflector and configured to generate one or more calibration beams; a first filter configured to filter one or more first beams comprising any of a first portion of the collected and concentrated one or more incoming beams and a first portion of the calibration beams; and a first detector configured to detect the filtered one or more first beams.
A device for creating a track use plan comprising: a selector configured to select a schedule line of a target train to which a track of a station is to be allocated out of a plurality of the schedule lines included in a schedule of the station; and an allocator configured to allocate, to the schedule line of the target train, the track according to a track condition indicating an attribute of a train allocatable to the track, the track condition being a condition that includes a train classification of the train and a destination of the train; characterized in that the allocator is further configured to allocate, to the schedule line of the target train, the track having a shortest operation headway out of a plurality of the tracks on the basis of an operation headway on each track between the target train and a preceding train preceding the target train when the track is not able to be allocated to the schedule line of the target train according to the track condition. a selector configured to select a schedule line of a target train to which a track of a station is to be allocated out of a plurality of the schedule lines included in a schedule of the station; and an allocator configured to allocate, to the schedule line of the target train, the track according to a track condition indicating an attribute of a train allocatable to the track, the track condition being a condition that includes a train classification of the train and a destination of the train; characterized in that the allocator is further configured to allocate, to the schedule line of the target train, the track having a shortest operation headway out of a plurality of the tracks on the basis of an operation headway on each track between the target train and a preceding train preceding the target train when the track is not able to be allocated to the schedule line of the target train according to the track condition. allocate, to the schedule line of the target train, the track according to a track condition indicating an attribute of a train allocatable to the track, the track condition being a condition that includes a train classification of the train and a destination of the train; characterized in that the allocator is further configured to allocate, to the schedule line of the target train, the track having a shortest operation headway out of a plurality of the tracks on the basis of an operation headway on each track between the target train and a preceding train preceding the target train when the track is not able to be allocated to the schedule line of the target train according to the track condition.
An information processing method in which display of a question and acquisition of an answer from a user to the question are repeated to narrow down information the user desires to make a search, the information processing method comprising the steps of: causing a question regarding a target of the search to be displayed in a first mode on a display included in a terminal (200, 300); and causing an answer inputted from the user to the question to be acquired through the terminal (200, 300), wherein when the question is displayed, first information regarding a situation of a narrowing-down progress is displayed above the question in a second mode and second information regarding a guide for answering the question is displayed below the question in a third mode; characterized by the step of causing information indicating a candidate for the target of the search acquired by the narrowing-down progress to be displayed on the display when the situation of the narrowing-down progress satisfies a condition such that a number of the candidates for the target of the search is equal to or smaller than a predetermined number. causing a question regarding a target of the search to be displayed in a first mode on a display included in a terminal (200, 300); and causing an answer inputted from the user to the question to be acquired through the terminal (200, 300), wherein when the question is displayed, first information regarding a situation of a narrowing-down progress is displayed above the question in a second mode and second information regarding a guide for answering the question is displayed below the question in a third mode; characterized by the step of causing information indicating a candidate for the target of the search acquired by the narrowing-down progress to be displayed on the display when the situation of the narrowing-down progress satisfies a condition such that a number of the candidates for the target of the search is equal to or smaller than a predetermined number.
Device for generating an alternating voltage difference ( Vo) between a first and a second reference potential (4, 5), comprising an oscillator electrically referenced to the first reference potential, characterized in that it comprises moreover a voltage follower/amplifier device electrically referenced to the second reference potential and having an input connected to the oscillator and an output connected to the first reference potential in such a way as to be able to impose an alternating voltage difference ( Vo), which depends on the signal generated by the oscillator, between said first and second reference potentials (4, 5).
Method of the hot foil stamping variety for decorating the sides of plastic cards having two shorter sides and two longer sides, characterised in that it comprises the following steps: a. Placing a plurality of plastic cards on a support wedge, such that a first side of said plastic cards is opposite an engraver. b. Hot foil stamping the first sides of the plastic cards including round corners formed by said first sides with the adjacent sides of the cards. c. Blowing air on the stamping applied to the first sides. d. Placing said plurality of plastic cards on the support wedge such that a second side of said plastic cards is opposite the engraver. e. Hot foil stamping the second sides of the plastic cards including round corners formed by said second sides with the adjacent sides of the cards. f. Blowing air on the stamping applied to the second sides. g. Placing said plurality of plastic cards on the support wedge, such that a third side of said plastic cards is opposite the engraver. h. Hot foil stamping the third sides of the plastic cards including round corners formed by said third sides with the adjacent sides of the cards. i. Blowing air onto the stamping applied to the third sides. j. Placing said plurality of plastic cards on the support wedge, such that a fourth side of said plastic cards is opposite the engraver. k. Hot foil stamping the fourth sides of the plastic cards including round corners formed by said fourth sides with the adjacent sides of the cards. l. Blowing air onto the stamping made on the fourth sides. a. Placing a plurality of plastic cards on a support wedge, such that a first side of said plastic cards is opposite an engraver. b. Hot foil stamping the first sides of the plastic cards including round corners formed by said first sides with the adjacent sides of the cards. c. Blowing air on the stamping applied to the first sides. d. Placing said plurality of plastic cards on the support wedge such that a second side of said plastic cards is opposite the engraver. e. Hot foil stamping the second sides of the plastic cards including round corners formed by said second sides with the adjacent sides of the cards. f. Blowing air on the stamping applied to the second sides. g. Placing said plurality of plastic cards on the support wedge, such that a third side of said plastic cards is opposite the engraver. h. Hot foil stamping the third sides of the plastic cards including round corners formed by said third sides with the adjacent sides of the cards. i. Blowing air onto the stamping applied to the third sides. j. Placing said plurality of plastic cards on the support wedge, such that a fourth side of said plastic cards is opposite the engraver. k. Hot foil stamping the fourth sides of the plastic cards including round corners formed by said fourth sides with the adjacent sides of the cards. l. Blowing air onto the stamping made on the fourth sides.
A method comprising, by a processor of a wireless device: receiving first downlink control information, DCI, scheduling a first data stream of a first non coherent joint transmission uplink data communication, receiving second DCI scheduling a second data stream of a second non coherent joint transmission uplink data communication, wherein transmission of the first and second non coherent joint transmission uplink data streams include simultaneous transmission using two transmission beams; and transmitting the first and second data streams according the respective scheduling of the first and second DCI using a 3 rd Generation Partnership Project, 3GPP, radio access technology, RAT; wherein respective physical uplink shared channels, PUSCHs, of the first and second data streams are configured with distinct transmitter configuration indices, TCIs, in the respective scheduling of the first and second DCI. receiving first downlink control information, DCI, scheduling a first data stream of a first non coherent joint transmission uplink data communication, receiving second DCI scheduling a second data stream of a second non coherent joint transmission uplink data communication, wherein transmission of the first and second non coherent joint transmission uplink data streams include simultaneous transmission using two transmission beams; and transmitting the first and second data streams according the respective scheduling of the first and second DCI using a 3 rd Generation Partnership Project, 3GPP, radio access technology, RAT; wherein respective physical uplink shared channels, PUSCHs, of the first and second data streams are configured with distinct transmitter configuration indices, TCIs, in the respective scheduling of the first and second DCI.
A method comprising: transmitting, from a first network device, a first reference signal to a terminal device served by a second network device; receiving, at the first network device, a second reference signal from the second network device; determining, at the first network device, a first time difference between a time at which the first reference signal is transmitted and a time at which the second reference signal is received; and transmitting, from the first network device, information on the first time difference to a location server. transmitting, from a first network device, a first reference signal to a terminal device served by a second network device; receiving, at the first network device, a second reference signal from the second network device; determining, at the first network device, a first time difference between a time at which the first reference signal is transmitted and a time at which the second reference signal is received; and transmitting, from the first network device, information on the first time difference to a location server.
A medical support apparatus comprising: one processor (11, 12, 15) or more, wherein the processor (11, 12, 15) is configured to: acquire a laparoscopic image captured during laparoscopic cholecystectomy; and based on the laparoscopic image, generate a guidance display that includes a plurality of lines indicating in stages a boundary between segments whose recommendation levels for medical treatment are different in the laparoscopic image and that is to be superimposed on the laparoscopic image, wherein the processor (11, 12, 15) is configured to generate an animation where, in a boundary area between a first segment and a second segment whose recommendation level for medical treatment is lower than that of the first segment, the plurality of lines move from the second segment to the first segment as the guidance display. one processor (11, 12, 15) or more, wherein the processor (11, 12, 15) is configured to: acquire a laparoscopic image captured during laparoscopic cholecystectomy; and based on the laparoscopic image, generate a guidance display that includes a plurality of lines indicating in stages a boundary between segments whose recommendation levels for medical treatment are different in the laparoscopic image and that is to be superimposed on the laparoscopic image, wherein the processor (11, 12, 15) is configured to generate an animation where, in a boundary area between a first segment and a second segment whose recommendation level for medical treatment is lower than that of the first segment, the plurality of lines move from the second segment to the first segment as the guidance display. acquire a laparoscopic image captured during laparoscopic cholecystectomy; and based on the laparoscopic image, generate a guidance display that includes a plurality of lines indicating in stages a boundary between segments whose recommendation levels for medical treatment are different in the laparoscopic image and that is to be superimposed on the laparoscopic image, wherein the processor (11, 12, 15) is configured to generate an animation where, in a boundary area between a first segment and a second segment whose recommendation level for medical treatment is lower than that of the first segment, the plurality of lines move from the second segment to the first segment as the guidance display.
A portable information terminal that is connected to an in-vehicle device, comprising: a first display unit; a display control unit that is configured to generate a first screen image for display upon the first display unit, and a second screen image for display upon a second display unit that is comprised in the in-vehicle device;; a screen image output unit that is configured to output the second screen image to the in-vehicle device; and a connection determination unit that is configured to make a decision as to whether or not the in-vehicle device is connected, wherein: the display control unit is configured to generate the first screen image if it has been determined by the connection determination unit that the in-vehicle device is not connected, and to generate the second screen image if it has been determined by the connection determination unit that the in-vehicle device is connected; characterized in that the first screen image is displayed only by the first display unit; and the second screen image is displayed in common both by the first display unit and by the second display unit. a first display unit; a display control unit that is configured to generate a first screen image for display upon the first display unit, and a second screen image for display upon a second display unit that is comprised in the in-vehicle device;; a screen image output unit that is configured to output the second screen image to the in-vehicle device; and a connection determination unit that is configured to make a decision as to whether or not the in-vehicle device is connected, wherein: the display control unit is configured to generate the first screen image if it has been determined by the connection determination unit that the in-vehicle device is not connected, and to generate the second screen image if it has been determined by the connection determination unit that the in-vehicle device is connected; characterized in that the first screen image is displayed only by the first display unit; and the second screen image is displayed in common both by the first display unit and by the second display unit. the display control unit is configured to generate the first screen image if it has been determined by the connection determination unit that the in-vehicle device is not connected, and to generate the second screen image if it has been determined by the connection determination unit that the in-vehicle device is connected; characterized in that the first screen image is displayed only by the first display unit; and the second screen image is displayed in common both by the first display unit and by the second display unit.