mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating device comprising: a housing defining a chamber for receiving at least a portion of an aerosol-generating article; an inductor coil disposed at least partially within the chamber, wherein the housing defines a recess in an inner surface of the chamber, and wherein the inductor coil is at least partially disposed within the recess; and a power supply and a controller connected to the inductor coil and configured to provide an alternating electric current to the inductor coil such that, in use, the inductor coil generates an alternating magnetic field to inductively heat a susceptor element and thereby heat at least a portion of an aerosol-generating article received within the inductor coil. a housing defining a chamber for receiving at least a portion of an aerosol-generating article; an inductor coil disposed at least partially within the chamber, wherein the housing defines a recess in an inner surface of the chamber, and wherein the inductor coil is at least partially disposed within the recess; and a power supply and a controller connected to the inductor coil and configured to provide an alternating electric current to the inductor coil such that, in use, the inductor coil generates an alternating magnetic field to inductively heat a susceptor element and thereby heat at least a portion of an aerosol-generating article received within the inductor coil.
A method of providing wireless communication between user equipments, the method comprising the steps of: retrieving user data and a predefined communication criterion via a software application residing on a first wireless user equipment having at least two communication interfaces (213a, 213b), selecting one of the communication interfaces in dependence of the predefined communication criterion, identifying, by using the selected communication interface, wireless user equipments (402, 502) in a proximity of the first user equipment, determining a total number of identified user equipments (402, 502) in the proximity of the first user equipment, and, if the number is below a predetermined value, selecting another communication interface of the two communication interfaces (213a, 213b) and identifying, by using said another communication interface, wireless user equipments (402, 502) in the proximity of the first user equipment, determining if there is a match between the user data of the first user equipment and user data of a second user equipment of the identified user equipments (402, 502), and initiating, if a match is determined, wireless communication between the first and the second user equipment, by sending to any of the user equipments (202, 402) a message associated with the match. retrieving user data and a predefined communication criterion via a software application residing on a first wireless user equipment having at least two communication interfaces (213a, 213b), selecting one of the communication interfaces in dependence of the predefined communication criterion, identifying, by using the selected communication interface, wireless user equipments (402, 502) in a proximity of the first user equipment, determining a total number of identified user equipments (402, 502) in the proximity of the first user equipment, and, if the number is below a predetermined value, selecting another communication interface of the two communication interfaces (213a, 213b) and identifying, by using said another communication interface, wireless user equipments (402, 502) in the proximity of the first user equipment, determining if there is a match between the user data of the first user equipment and user data of a second user equipment of the identified user equipments (402, 502), and initiating, if a match is determined, wireless communication between the first and the second user equipment, by sending to any of the user equipments (202, 402) a message associated with the match.
A catalyst regenerator for combusting carbonaceous deposits from a catalyst comprising: a first chamber which comprises a catalyst inlet for feeding spent catalyst with carbonaceous deposits to said first chamber, a supplemental fuel gas distributor, and a distributor for an oxygen containing gas for distributing oxygen containing gas into said first chamber to contact said spent catalyst and combust carbonaceous deposits and supplemental fuel which further deactivates the spent catalyst and generates flue gas; a riser section extending from said first chamber for transporting the spent catalyst and the flue gas, the riser section comprising an outer wall, at least one slot in the outer wall, and a riser termination device which comprises a substantially internally flat cover plate, at least one arm extending from the cover plate, wherein the at least one arm extends about the slot from the outer wall and the at least one arm extends from the cover plate at an arm angle of from 10 degrees to 85 degrees, the at least one arm comprising an outer shell that encloses the arm, the outer shell having a top portion and two side portions, and wherein no internal portion of the cover plate extends above an upper surface of the outer shell of the at least one arm, wherein the arm angle is defined between a first line extending parallel to the two side portions of the arm from a centrepoint between the two side portions of the arm, and a second line tangential to the cover plate and passing through a point where the first line intersects an outside edge of the cover plate. a first chamber which comprises a catalyst inlet for feeding spent catalyst with carbonaceous deposits to said first chamber, a supplemental fuel gas distributor, and a distributor for an oxygen containing gas for distributing oxygen containing gas into said first chamber to contact said spent catalyst and combust carbonaceous deposits and supplemental fuel which further deactivates the spent catalyst and generates flue gas; a catalyst inlet for feeding spent catalyst with carbonaceous deposits to said first chamber, a supplemental fuel gas distributor, and a distributor for an oxygen containing gas for distributing oxygen containing gas into said first chamber to contact said spent catalyst and combust carbonaceous deposits and supplemental fuel which further deactivates the spent catalyst and generates flue gas; a riser section extending from said first chamber for transporting the spent catalyst and the flue gas, the riser section comprising an outer wall, at least one slot in the outer wall, and a riser termination device which comprises a substantially internally flat cover plate, at least one arm extending from the cover plate, wherein the at least one arm extends about the slot from the outer wall and the at least one arm extends from the cover plate at an arm angle of from 10 degrees to 85 degrees, the at least one arm comprising an outer shell that encloses the arm, the outer shell having a top portion and two side portions, and wherein no internal portion of the cover plate extends above an upper surface of the outer shell of the at least one arm,
A terminal apparatus configured to communicate with a base station apparatus by aggregating a plurality of cells, the terminal apparatus comprising: a control unit configured to: configure an uplink transmission timing group to which the cells belong and which includes a timing reference cell, on the basis of a configuration of a transmission timing group which includes a group identifier that identifies the uplink transmission timing group to which the cells belong and a transmission timing timer which indicates available time of an uplink transmission timing of the cells in the group, the configuration being notified by the base station apparatus, and release the configuration of the transmission timing group corresponding to the group, in a case where the timing reference cell used as a reference of the uplink transmission timing does not exist in the group due to a modification of a cell configuration on the basis of a message, wherein the message is transmitted from the base station apparatus and indicates an instruction of modification of the cells in the group. configure an uplink transmission timing group to which the cells belong and which includes a timing reference cell, on the basis of a configuration of a transmission timing group which includes a group identifier that identifies the uplink transmission timing group to which the cells belong and a transmission timing timer which indicates available time of an uplink transmission timing of the cells in the group, the configuration being notified by the base station apparatus, and release the configuration of the transmission timing group corresponding to the group, in a case where the timing reference cell used as a reference of the uplink transmission timing does not exist in the group due to a modification of a cell configuration on the basis of a message, wherein the message is transmitted from the base station apparatus and indicates an instruction of modification of the cells in the group.
A breast cup (112, 312, 1012) comprising: one or more layers of material (207; 209, 211), the breast cup (112, 312, 1012) having an outer-facing surface, when the breast cup (112, 312, 1012) is in an as-constructed arrangement, and an inner-facing surface, when the breast cup (112, 312, 1012) is in an as-constructed arrangement, opposite the outer-facing surface; and at least one flexible elastomeric support strip (116, 316, 600, 700, 800, 1022, 1100, 1200, 1300) affixed to the outer-facing surface of the breast cup (112, 312, 1012), the at least one flexible elastomeric support strip (116, 316, 600, 700, 800, 1022, 1100, 1200, 1300) affixed at least to a lower margin of the breast cup (112, 312, 1012) when the breast cup (112, 312, 1012) is in an as-constructed arrangement.
A circuit (100; 300; 400) for an A-and-not-B gate comprising: an output terminal; a first input terminal (ai) for receiving a first set of single flux quantum, SFQ, pulses a second input terminal (bi) for receiving a second set of SFQ pulses; a first stage configured to perform an exclusive-OR operation on the first set of SFQ pulses received via the first input terminal and the second set of SFQ pulses received via the second input terminal to generate an exclusive-OR result; and a second stage, coupled to the first stage, configured to perform an AND operation on the exclusive-OR result and the first set of SFQ pulses received via the first input terminal and provide an output via the output terminal. an output terminal; a first input terminal (ai) for receiving a first set of single flux quantum, SFQ, pulses a second input terminal (bi) for receiving a second set of SFQ pulses; a first stage configured to perform an exclusive-OR operation on the first set of SFQ pulses received via the first input terminal and the second set of SFQ pulses received via the second input terminal to generate an exclusive-OR result; and a second stage, coupled to the first stage, configured to perform an AND operation on the exclusive-OR result and the first set of SFQ pulses received via the first input terminal and provide an output via the output terminal.
A system comprising: a medical instrument (104, 200) configured for movement by a teleoperational assembly; an operation input system comprising an operator input device; and a processing unit including one or more processors, the processing unit configured to: provide instructions to the teleoperational assembly to move the instrument within an anatomic passageway according to a commanded velocity profile generated from movement of the operator input device at the operation input system; receive a set of spatial information from the instrument positioned within the anatomic passageway; and filter the set of spatial information to select a quantity of spatial data records from the set of spatial information proportionate to velocities of the commanded velocity profile, wherein the velocities are associated with time periods during which the spatial data records are collected. a medical instrument (104, 200) configured for movement by a teleoperational assembly; an operation input system comprising an operator input device; and a processing unit including one or more processors, the processing unit configured to: provide instructions to the teleoperational assembly to move the instrument within an anatomic passageway according to a commanded velocity profile generated from movement of the operator input device at the operation input system; receive a set of spatial information from the instrument positioned within the anatomic passageway; and filter the set of spatial information to select a quantity of spatial data records from the set of spatial information proportionate to velocities of the commanded velocity profile, wherein the velocities are associated with time periods during which the spatial data records are collected. provide instructions to the teleoperational assembly to move the instrument within an anatomic passageway according to a commanded velocity profile generated from movement of the operator input device at the operation input system; receive a set of spatial information from the instrument positioned within the anatomic passageway; and filter the set of spatial information to select a quantity of spatial data records from the set of spatial information proportionate to velocities of the commanded velocity profile, wherein the velocities are associated with time periods during which the spatial data records are collected.
A controlling system (100, 100a) for an electric bicycle, which is connected to a controller area network CAN bus of the electric bicycle, and configured to control a plurality of electric elements which are signally connected to the CAN bus, characterized by: the controlling system (100, 100a) for the electric bicycle is connected to a controlling end and comprises: a dongle module (200, 200a) comprising: a first connecting port connected to the controlling end, wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port; a dongle (220, 220a), wherein one end of the dongle (220, 220a) is coupled to the first connecting port, and the dongle (220, 220a) is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle (220, 220a); and a console (300, 300a) comprising a console port, wherein the console port is detachably connected to the second connecting port and coupled to the CAN bus; wherein the CAN signal is transmitted to the CAN bus via the second connecting port and the console port; wherein the first connecting port is a USB Type-A port or a USB Type-C port, the second connecting port is the USB Type-A port or the USB Type-C port, and the console port is corresponding to the second connecting port. a dongle module (200, 200a) comprising: a first connecting port connected to the controlling end, wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port; a dongle (220, 220a), wherein one end of the dongle (220, 220a) is coupled to the first connecting port, and the dongle (220, 220a) is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle (220, 220a); and a first connecting port connected to the controlling end, wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port; a dongle (220, 220a), wherein one end of the dongle (220, 220a) is coupled to the first connecting port, and the dongle (220, 220a) is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle (220, 220a); and a console (300, 300a) comprising a console port, wherein the console port is detachably connected to the second connecting port and coupled to the CAN bus; wherein the CAN signal is transmitted to the CAN bus via the second connecting port and the console port; wherein the first connecting port is a USB Type-A port or a USB Type-C port, the second connecting port is the USB Type-A port or the USB Type-C port, and the console port is corresponding to the second connecting port.
A wireless communication device operable for use in neighbor awareness networking, NAN, comprising: a host module configured to use Sync Beacon frames in neighbor awareness networking, NAN, to enable the devices keep in sync, wherein the Sync Beacon frames use Public Action frames for the Sync Beacon; and a transmitter interfaced with the host module to transmit the Sync Beacon frames that use Public Action frames for the Sync Beacon. a host module configured to use Sync Beacon frames in neighbor awareness networking, NAN, to enable the devices keep in sync, wherein the Sync Beacon frames use Public Action frames for the Sync Beacon; and a transmitter interfaced with the host module to transmit the Sync Beacon frames that use Public Action frames for the Sync Beacon.
A computer-implemented method of determining a destination of an aircraft, the method comprising: obtaining data comprising a plurality of data points for the flight of an aircraft over a sector, each data point being indicative of a position of the aircraft including its latitude, longitude and altitude at a corresponding time; determining, based on the data: i) a last data point for the sector that comprises a position of the aircraft and a time for the last-received data point of the aircraft over the sector, ii) a top of descent data point that comprises a position of the aircraft and a time at which the aircraft reached a top of descent, iii) a rate of descent of the aircraft, and iv) an extrapolation distance using the rate of descent of the aircraft and the surface distance travelled by the aircraft between the top of decent data point and the last data point, the extrapolation distance being a surface distance for the aircraft to travel to reach ground; and in response to the altitude of the aircraft at the last data point for the sector being below an altitude threshold, identifying one or more airports within the extrapolation distance from the position of the aircraft at the last data point for the sector and determining the destination of the aircraft based on the identified one or more airports within the extrapolation distance. obtaining data comprising a plurality of data points for the flight of an aircraft over a sector, each data point being indicative of a position of the aircraft including its latitude, longitude and altitude at a corresponding time; determining, based on the data: i) a last data point for the sector that comprises a position of the aircraft and a time for the last-received data point of the aircraft over the sector, ii) a top of descent data point that comprises a position of the aircraft and a time at which the aircraft reached a top of descent, iii) a rate of descent of the aircraft, and iv) an extrapolation distance using the rate of descent of the aircraft and the surface distance travelled by the aircraft between the top of decent data point and the last data point, the extrapolation distance being a surface distance for the aircraft to travel to reach ground; and in response to the altitude of the aircraft at the last data point for the sector being below an altitude threshold, identifying one or more airports within the extrapolation distance from the position of the aircraft at the last data point for the sector and determining the destination of the aircraft based on the identified one or more airports within the extrapolation distance.
A method of controlling temperature by a refrigerator including a controller, the method comprising: operating a cool air supply to output cool air for cooling a storage compartment of the refrigerator; sensing temperature values by a temperature sensor; obtaining a result value based on the sensed temperature values sensed during a first reference time interval, wherein the step of obtaining of the result value includes obtaining a plurality of temperature values by sampling during the first reference time interval; and obtaining the result value which is an average value of the plurality of temperature values; characterized by the method further comprising: obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output. operating a cool air supply to output cool air for cooling a storage compartment of the refrigerator; sensing temperature values by a temperature sensor; obtaining a result value based on the sensed temperature values sensed during a first reference time interval, wherein the step of obtaining of the result value includes obtaining a plurality of temperature values by sampling during the first reference time interval; and obtaining the result value which is an average value of the plurality of temperature values; characterized by the method further comprising: obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output. obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output.
Light for connecting to flat cable lines, with at least one light base having cutting contacts, at least one lighting means holder formed on the light base, a diffusor bulb housing the lighting means holder and with light-emitting diodes arranged in the lighting means holder, wherein the diffusor bulb has an light incidence opening, the diameter of which is smaller than the largest diameter of the diffusor bulb, characterized in that the light base has cooling fins assigned to the light incidence opening, that the light base has a flat cable feedthrough formed between at least two housing parts (10, 11), and that the housing parts (10, 11) have clamping ribs (13, 14, 15) with which the opening cross-section of the flat cable feedthrough is circumscribed.