mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive a configuration information during a procedure for transitioning the WTRU from a connected state to an inactive state, wherein in the inactive state the WTRU is configured to maintain an access stratum, AS, context, and the configuration information indicates a list of cells on which to perform a measurement based on the WTRU being in the inactive state; perform a measurement on a cell from the list of cells while the WTRU is associated with the inactive state, wherein the cell corresponds to a cell that is supportable by the WTRU as a secondary cell if the WTRU transitioned to the connected state; and perform a resume procedure, wherein performing the resume procedure comprises transitioning from the inactive state to the connected state, and transmitting a result of the measurement to a base station during the transition from the inactive state to the connected state. a processor configured to: receive a configuration information during a procedure for transitioning the WTRU from a connected state to an inactive state, wherein in the inactive state the WTRU is configured to maintain an access stratum, AS, context, and the configuration information indicates a list of cells on which to perform a measurement based on the WTRU being in the inactive state; perform a measurement on a cell from the list of cells while the WTRU is associated with the inactive state, wherein the cell corresponds to a cell that is supportable by the WTRU as a secondary cell if the WTRU transitioned to the connected state; and perform a resume procedure, wherein performing the resume procedure comprises transitioning from the inactive state to the connected state, and transmitting a result of the measurement to a base station during the transition from the inactive state to the connected state. receive a configuration information during a procedure for transitioning the WTRU from a connected state to an inactive state, wherein in the inactive state the WTRU is configured to maintain an access stratum, AS, context, and the configuration information indicates a list of cells on which to perform a measurement based on the WTRU being in the inactive state; perform a measurement on a cell from the list of cells while the WTRU is associated with the inactive state, wherein the cell corresponds to a cell that is supportable by the WTRU as a secondary cell if the WTRU transitioned to the connected state; and perform a resume procedure, wherein performing the resume procedure comprises transitioning from the inactive state to the connected state, and transmitting a result of the measurement to a base station during the transition from the inactive state to the connected state.
A method comprising: determining, during milling operations of a component, an estimated force applied by a milling tool at a surface point of the component; determining, using the estimated force and a compliance tensor of the component corresponding to the surface point of the component, an estimated deflection of the component associated with the estimated force wherein the compliance tensor is representative of a stiffness of the component; comparing the estimated deflection of the component to one or more deflection criteria; and characterised by: adjusting, during the milling operations of the component, a feed rate of the milling tool based on results of the comparing. determining, during milling operations of a component, an estimated force applied by a milling tool at a surface point of the component; determining, using the estimated force and a compliance tensor of the component corresponding to the surface point of the component, an estimated deflection of the component associated with the estimated force wherein the compliance tensor is representative of a stiffness of the component; comparing the estimated deflection of the component to one or more deflection criteria; and characterised by: adjusting, during the milling operations of the component, a feed rate of the milling tool based on results of the comparing.
An outdoor unit of an air conditioning apparatus comprising: a housing including an inlet, a bypass inlet and an outlet; a fan configured to introduce air into the housing and to discharge the air from the housing; a heat exchange flow path defined between the inlet and the outlet; a heat exchanger located in the heat exchange flow path; a bypass vane configured to selectively open or close the bypass inlet and to adjust an opening degree of the bypass inlet; a bypass flow path defined between the bypass inlet and the outlet; and a controller configured to control revolutions per minute of a fan motor, the fan motor serving to drive the fan, wherein the controller controls the RPM of the fan motor based on a condensation pressure or condensation temperature of refrigerant; characterized in that the controller controls the bypass vane to open the bypass inlet when the fan motor is operated at minimum control RPM. a housing including an inlet, a bypass inlet and an outlet; a fan configured to introduce air into the housing and to discharge the air from the housing; a heat exchange flow path defined between the inlet and the outlet; a heat exchanger located in the heat exchange flow path; a bypass vane configured to selectively open or close the bypass inlet and to adjust an opening degree of the bypass inlet; a bypass flow path defined between the bypass inlet and the outlet; and a controller configured to control revolutions per minute of a fan motor, the fan motor serving to drive the fan, wherein the controller controls the RPM of the fan motor based on a condensation pressure or condensation temperature of refrigerant; characterized in that the controller controls the bypass vane to open the bypass inlet when the fan motor is operated at minimum control RPM.
A γ -spiroketal- γ -lactones compound selected from the group consisting of 3, 4-Dimethyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Methyl-3-phenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 3-(4-Methoxyphenyl)-4-methyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Methyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Ethyl-3-methyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Ethyl-3-phenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Ethyl-3-(4-methoxyphenyl)-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Ethyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 3-Methyl-4-phenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 3, 4-Diphenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 3-(4-Methoxyphenyl)-4-phenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, 4-Phenyl-3-(p-tolyl)-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, and 3-(4-Nitrophenyl)-4-phenyl-1, 14-dioxadispiro [4.1.5 7.2 5] tetradec-3-en-2-one, having following structure: or a hydrate, solvate or pharmaceutically acceptable salt thereof
Arrangement for simulating collisions, in particular rear-end collisions, for determining the consequences thereof on the occupants of a vehicle, comprising a carriage that can be primarily moved by means of a drive along a linear guide, on which carriage a dummy is arranged and to which carriage a sudden change in acceleration can be applied, characterised in that an actuator unit (15, 33, 90, 110, 120) is inserted between the carriage and the dummy, the dummy being non-positively fastened to the actuator unit (15, 33, 90, 110, 120), and the actuator unit (15, 33, 90, 110, 120) being designed to apply a secondary movement to the dummy such that a spatial movement curve of the dummy can be simulated by temporal and spatial superimposition of the primary movement of the carriage with the secondary movement of the actuator unit (15, 33, 90, 110, 120).
A guitar, the guitar comprising: a body, the body having a bottom, sides, a top, and a cavity formed in an interior thereof and a bridge support formed within the cavity; a neck extending from the body; a bridge (135, 300) attached to the top with at least two anchor bolts that extend through the top, and a receiver having inner threads for a threaded connection to the anchor bolt and outer threads, characterized in that the anchor bolts are secured within the bridge support with a threaded connection between an outer surface of the bolts and an inner surface of the bridge support; in that the receiver is disposed between each anchor bolt and the inner surface of the bridge support, and in that the outer threads of the receiver are for a threaded connection to the bridge support. a body, the body having a bottom, sides, a top, and a cavity formed in an interior thereof and a bridge support formed within the cavity; a neck extending from the body; a bridge (135, 300) attached to the top with at least two anchor bolts that extend through the top, and a receiver having inner threads for a threaded connection to the anchor bolt and outer threads, characterized in that the anchor bolts are secured within the bridge support with a threaded connection between an outer surface of the bolts and an inner surface of the bridge support; in that the receiver is disposed between each anchor bolt and the inner surface of the bridge support, and in that the outer threads of the receiver are for a threaded connection to the bridge support.
Suction device, comprising a housing enclosing a process chamber and comprising at least one volumetric flow inlet and at least one volumetric flow outlet, wherein the housing guides the volumetric flow and for this purpose has a helical contour comprising at least one winding, wherein the at least one volume flow inlet is arranged at the upper end of the helical contour in such a way that the volume flow is introduced tangentially and is guided downwards along the helical contour in the process chamber, characterized in that the walls of the housing forming the helical contour in the process chamber rest against a cylindrical filter body inserted therein, wherein the volumetric flow outlet is disposed on the helical axis of the helical contour, wherein the cylindrical filter body is arranged upstream of the volumetric flow outlet inside the process chamber through which the volumetric flow is guided. wherein the housing guides the volumetric flow and for this purpose has a helical contour comprising at least one winding, wherein the at least one volume flow inlet is arranged at the upper end of the helical contour in such a way that the volume flow is introduced tangentially and is guided downwards along the helical contour in the process chamber, characterized in that the walls of the housing forming the helical contour in the process chamber rest against a cylindrical filter body inserted therein, wherein the volumetric flow outlet is disposed on the helical axis of the helical contour, wherein the cylindrical filter body is arranged upstream of the volumetric flow outlet inside the process chamber through which the volumetric flow is guided.
A method in a wireless device, comprising: obtaining information related to a signal transmission configuration for autonomous uplink transmission by the wireless device, the information comprising: a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; a periodicity associated with the set of pre-allocated resources; and an offset value for determining a length of a sensing duration to be used by the wireless device before a next allowed transmission period; performing autonomous uplink transmission according to the obtained information related to the signal transmission configuration. obtaining information related to a signal transmission configuration for autonomous uplink transmission by the wireless device, the information comprising: a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; a periodicity associated with the set of pre-allocated resources; and an offset value for determining a length of a sensing duration to be used by the wireless device before a next allowed transmission period; a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; a periodicity associated with the set of pre-allocated resources; and an offset value for determining a length of a sensing duration to be used by the wireless device before a next allowed transmission period; performing autonomous uplink transmission according to the obtained information related to the signal transmission configuration.
A cartridge for an e-vaping device, the cartridge comprising: a housing; a plurality of reservoirs (22-1, 22N) positioned within the housing, the plurality of reservoirs (22-1, 22-N) configured to hold different pre-vapor formulations; a dispensing interface coupled to the plurality of reservoirs (22-1, 22-N), the dispensing interface being configured to draw the different pre-vapor formulations from the plurality of reservoirs (22-1, 22-N) to a common location; and a heater coupled to the dispensing interface, the heater being configured to simultaneously vaporize the different pre-vapor formulations at the common location to form a vapor, wherein the dispensing interface includes: a trunk coupled to the heater; a plurality of separate roots (32-1, 32-N) extending from the trunk into separate, respective reservoirs (22-1, 22-N) of the plurality of reservoirs; a plurality of wicks coupled together to form the trunk, wherein separate wicks of the plurality of wicks include separate roots of the plurality of separate roots; and a divider assembly partitioning at least two separate wicks of the plurality of wicks, the divider assembly being configured to mitigate pre-vaporization mixing of separate pre-vapor formulations drawn to the trunk via the at least two separate wicks. a housing; a plurality of reservoirs (22-1, 22N) positioned within the housing, the plurality of reservoirs (22-1, 22-N) configured to hold different pre-vapor formulations; a dispensing interface coupled to the plurality of reservoirs (22-1, 22-N), the dispensing interface being configured to draw the different pre-vapor formulations from the plurality of reservoirs (22-1, 22-N) to a common location; and a heater coupled to the dispensing interface, the heater being configured to simultaneously vaporize the different pre-vapor formulations at the common location to form a vapor, wherein the dispensing interface includes: a trunk coupled to the heater; a plurality of separate roots (32-1, 32-N) extending from the trunk into separate, respective reservoirs (22-1, 22-N) of the plurality of reservoirs; a plurality of wicks coupled together to form the trunk, wherein separate wicks of the plurality of wicks include separate roots of the plurality of separate roots; and a divider assembly partitioning at least two separate wicks of the plurality of wicks, the divider assembly being configured to mitigate pre-vaporization mixing of separate pre-vapor formulations drawn to the trunk via the at least two separate wicks. a trunk coupled to the heater; a plurality of separate roots (32-1, 32-N) extending from the trunk into separate, respective reservoirs (22-1, 22-N) of the plurality of reservoirs; a plurality of wicks coupled together to form the trunk, wherein separate wicks of the plurality of wicks include separate roots of the plurality of separate roots; and a divider assembly partitioning at least two separate wicks of the plurality of wicks, the divider assembly being configured to mitigate pre-vaporization mixing of separate pre-vapor formulations drawn to the trunk via the at least two separate wicks.
An apparatus configured to be worn by a wearer having a left ear with a left ear canal and a right ear with a right ear canal, comprising: a left hearing assistance device and a right hearing assistance device communicatively coupled to each other, the left and right hearing assistance devices each including: a first microphone (1L, 1R) configured to produce a first microphone signal; a second microphone (2L, 2R) configured to produce a second microphone signal; and a voice detector (1109L, 1109R, 309, 409), wherein at least one voice detector of the voice detectors of the left and right hearing assistance devices is configured to detect a voice of the wearer using the first and second microphone signals produced by the left hearing assistance device and the first and second microphone signals produced by the right hearing assistance device, and wherein the voice detector of each of the left and right hearing assistance device comprises an adaptive filter configured to output information, and wherein the at least one of the voice detectors of the left and right hearing assistance devices is configured to detect the voice of the wearer using the output information from each of the adaptive filters of the voice detectors of the left and right hearing assistance devices, and a detection strength parameter of the output information from each of the adaptive filters of the voice detectors of the left and right hearing assistance devices, the detection strength parameter being a measure of likeliness of actual existence of the voice of the wearer. a first microphone (1L, 1R) configured to produce a first microphone signal; a second microphone (2L, 2R) configured to produce a second microphone signal; and a voice detector (1109L, 1109R, 309, 409), wherein at least one voice detector of the voice detectors of the left and right hearing assistance devices is configured to detect a voice of the wearer using the first and second microphone signals produced by the left hearing assistance device and the first and second microphone signals produced by the right hearing assistance device, and wherein the voice detector of each of the left and right hearing assistance device comprises an adaptive filter configured to output information, and wherein the at least one of the voice detectors of the left and right hearing assistance devices is configured to detect the voice of the wearer using the output information from each of the adaptive filters of the voice detectors of the left and right hearing assistance devices, and a detection strength parameter of the output information from each of the adaptive filters of the voice detectors of the left and right hearing assistance devices, the detection strength parameter being a measure of likeliness of actual existence of the voice of the wearer.
A wireless charging method of a first electronic device (60, 100) comprising a wireless communication unit, a wireless charging module and a control unit, the method comprising: the control unit controlling the wireless charging module to: search through the wireless communication unit for at least one second electronic device, wherein the at least one second electronic device is chargeable; receiving status information from the at least one second electronic device identified through the search; determining by means of a power supply/demand determination unit whether the first electronic device (60, 100) is a power supply electronic device or a power demand electronic device based on the received status information; receiving (325, 327) a supply of power from the at least one second electronic device if the first electronic device (60, 100) is determined to be a power demand electronic device; and repeatedly transmitting a charging information message from the second electronic device to the first electronic device (60, 100) as the second electronic device wirelessly provides power, and if the charging information message is not received from the at least one second electronic device within a predetermined time, determining that the wireless charging is interrupted. the control unit controlling the wireless charging module to: search through the wireless communication unit for at least one second electronic device, wherein the at least one second electronic device is chargeable; receiving status information from the at least one second electronic device identified through the search; determining by means of a power supply/demand determination unit whether the first electronic device (60, 100) is a power supply electronic device or a power demand electronic device based on the received status information; receiving (325, 327) a supply of power from the at least one second electronic device if the first electronic device (60, 100) is determined to be a power demand electronic device; and repeatedly transmitting a charging information message from the second electronic device to the first electronic device (60, 100) as the second electronic device wirelessly provides power, and if the charging information message is not received from the at least one second electronic device within a predetermined time, determining that the wireless charging is interrupted.
A parking space detection method, comprising the steps of: capturing (101, 203) an image of an exterior scene on one side of a vehicle by an image capturing device disposed at a rear-view mirror of the vehicle; detecting (102, 204) two adjacent first parking space corner points in the image of the exterior scene on the side of the vehicle; detecting (103, 205) whether an obstacle is present in an area between the two first parking space corner points based on the image of the exterior scene on the side of the vehicle; if an obstacle is present, detecting (104, 206) whether the obstacle is present in the area between the two first parking space corner points using an ultrasonic sensor disposed at the side of the vehicle; and if the ultrasonic sensor at the side of the vehicle detects that no obstacle is present in the area between the two first parking space corner points, determining (105, 207), with reference to a line segment connecting the two first parking space corner points, a location of a first available parking space, such that a central axis of the first available parking space passes through a midpoint of the line segment. capturing (101, 203) an image of an exterior scene on one side of a vehicle by an image capturing device disposed at a rear-view mirror of the vehicle; detecting (102, 204) two adjacent first parking space corner points in the image of the exterior scene on the side of the vehicle; detecting (103, 205) whether an obstacle is present in an area between the two first parking space corner points based on the image of the exterior scene on the side of the vehicle; if an obstacle is present, detecting (104, 206) whether the obstacle is present in the area between the two first parking space corner points using an ultrasonic sensor disposed at the side of the vehicle; and if the ultrasonic sensor at the side of the vehicle detects that no obstacle is present in the area between the two first parking space corner points, determining (105, 207), with reference to a line segment connecting the two first parking space corner points, a location of a first available parking space, such that a central axis of the first available parking space passes through a midpoint of the line segment.