mhurhangee/ep-ind-claims huggingface dataset:
A method for service interruption reporting of a multicast bearer for group communications, the method being performed by a client node that is hosted on a wireless device, the method comprising: obtaining instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting service interruption of the multicast bearer; and selectively reporting the service interruption to the control node in accordance with the instruction such that the client node reports the service interruption if the obtained instruction instructs the client node to do so and refrains from such reporting if the obtained instruction instructs the client node to not report the service interruption. obtaining instruction from a control node of the multicast bearer, where the instruction instructs whether or not the client node is to report service interruption of the multicast bearer; detecting service interruption of the multicast bearer; and selectively reporting the service interruption to the control node in accordance with the instruction such that the client node reports the service interruption if the obtained instruction instructs the client node to do so and refrains from such reporting if the obtained instruction instructs the client node to not report the service interruption.
Choke for carrying out high-voltage tests, comprising - a housing; - a coil arranged in the interior of the housing; - at least one electrically conductive component (F1, F2) arranged between the coil and the housing, which comprises at least a field control electrode (F1, F2).; and - a flux guiding device for guiding a magnetic flux able to be generated by means of the coil, wherein the flux guiding device - contains a ferromagnetic material; characterized in that - the flux guiding device is arranged between the coil and the at least one electrically conductive component (F1, F2) in such a way that the magnetic flux able to be generated by means of the coil is guided past the electrically conductive component (F1, F2). - a housing; - a coil arranged in the interior of the housing; - at least one electrically conductive component (F1, F2) arranged between the coil and the housing, which comprises at least a field control electrode (F1, F2).; and - a flux guiding device for guiding a magnetic flux able to be generated by means of the coil, wherein the flux guiding device - contains a ferromagnetic material; - the flux guiding device is arranged between the coil and the at least one electrically conductive component (F1, F2) in such a way that the magnetic flux able to be generated by means of the coil is guided past the electrically conductive component (F1, F2).
A compound having Formula: or a stereoisomer or pharmaceutically acceptable salt thereof, wherein: X is -O-; W is -CHZ 2 -; Z 1 and Z 2, taken together, form -L- wherein L is -C(R a) 2 C(R a) 2 -; Z 4 is -CH 2 -; Y 1 and Y 2 are each, independently, hydrogen, C 1-3 alkyl or C 1-3 haloalkyl; R 1 is phenyl substituted with one or two halogens; and each R a is, independently, hydrogen, halo, hydroxy or C 1-4 alkyl. X is -O-; W is -CHZ 2 -; Z 1 and Z 2, taken together, form -L- wherein L is -C(R a) 2 C(R a) 2 -; Z 4 is -CH 2 -; Y 1 and Y 2 are each, independently, hydrogen, C 1-3 alkyl or C 1-3 haloalkyl; R 1 is phenyl substituted with one or two halogens; and each R a is, independently, hydrogen, halo, hydroxy or C 1-4 alkyl.
Control assembly for a motor vehicle lock system having at least a first motor vehicle lock and a second motor vehicle lock, wherein the first and second motor vehicle lock (3, 4) are associated with a closure element of a motor vehicle, wherein the motor vehicle locks (3, 4) each can be brought into a main locking position and optionally a pre-locking position for a retaining engagement between a lock latch (7, 8) of the motor vehicle lock (3, 4) and a locking part (9, 10), and into an opened position, wherein the motor vehicle lock system comprises a sensor assembly (11, 12) which determines sensor values for the respective position of the motor vehicle locks (3, 4), wherein the first and the second motor vehicle lock (3, 4) each have a closing assembly (13, 14) which is provided for closing the respective motor vehicle lock (3, 4) in one respective closing process and which acts on the lock latch and/or the locking part, wherein the motor vehicle lock system has at least one, in particular in each case one, electric closing drive (15, 16) for the closing assemblies (13, 14), wherein the control assembly triggers a closing routine on fulfillment of a starting criterion by the sensor values, in which closing routine the control assembly controls the at least one closing drive (15, 16), characterized in that the control assembly generates a specific control specification for the closing processes according to the sensor values and in accordance with a coordination specification, in that according to the coordination specification the closing process of the first motor vehicle lock and the closing process of the second motor vehicle lock are each dependent both on the position of the first motor vehicle lock and on the position of the second motor vehicle lock, and in that the control assembly controls the at least one closing drive (15, 16) in accordance with the control specifications. wherein the control assembly triggers a closing routine on fulfillment of a starting criterion by the sensor values, in which closing routine the control assembly controls the at least one closing drive (15, 16), characterized in that the control assembly generates a specific control specification for the closing processes according to the sensor values and in accordance with a coordination specification, in that according to the coordination specification the closing process of the first motor vehicle lock and the closing process of the second motor vehicle lock are each dependent both on the position of the first motor vehicle lock and on the position of the second motor vehicle lock, and in that the control assembly controls the at least one closing drive (15, 16) in accordance with the control specifications.
A method, comprising: at an electronic device having one or more processors and memory for storing instructions for execution by the one or more processors, wherein the electronic device can be communicatively coupled with a lock device: obtaining a number of users detected within a premises and identifying specific individuals; detecting a trigger event related to the premises; when the trigger event is detected, determining a target state of the lock device based on, if one or more users are detected within the premises, security profiles of the one or more detected users, wherein a security profile of a user indicates a desired target state of the lock device when the user is within the premises, wherein the security profiles have priorities and, when a plurality of users are detected within the premises, the target state of the lock device is determined based on the security profile having the highest priority, and wherein the security profiles indicate the desired lock state based on a user state; determining a current state of the lock device; and if the current state of the lock device and the target state of the lock device are not the same, providing instructions to the lock device based on the target state of the lock device, wherein the target state of the lock device is a locked state or an unlocked state of the lock device. obtaining a number of users detected within a premises and identifying specific individuals; detecting a trigger event related to the premises; when the trigger event is detected, determining a target state of the lock device based on, if one or more users are detected within the premises, security profiles of the one or more detected users, wherein a security profile of a user indicates a desired target state of the lock device when the user is within the premises, wherein the security profiles have priorities and, when a plurality of users are detected within the premises, the target state of the lock device is determined based on the security profile having the highest priority, and wherein the security profiles indicate the desired lock state based on a user state; determining a current state of the lock device; and if the current state of the lock device and the target state of the lock device are not the same, providing instructions to the lock device based on the target state of the lock device, wherein the target state of the lock device is a locked state or an unlocked state of the lock device.
An axial flow turbine comprising: a casing defining a flow path for a working fluid therein; a rotor co -axial to the casing; a plurality of stages, each comprising: a row of N stationary vanes (121,123) circumferentially mounted on the casing; and a row of rotating blades circumferentially mounted on the rotor, characterized in that within a stage n vanes (121,123) have an extension such that at least a part of the trailing edge of each of the n vanes (121,123) reaches into the annular space limited by the rotor and the casing and the trailing edges of the remaining N-n vanes (121,123) and the leading edges of rotating blades of the same stage wherein the number n of extended vanes is larger than zero but less than half of the total number N of vanes in the stage, and wherein the extension is limited to the outer 2/3 of the radial height of a vane. a casing defining a flow path for a working fluid therein; a rotor co -axial to the casing; a plurality of stages, each comprising: a row of N stationary vanes (121,123) circumferentially mounted on the casing; and a row of rotating blades circumferentially mounted on the rotor, characterized in that within a stage n vanes (121,123) have an extension such that at least a part of the trailing edge of each of the n vanes (121,123) reaches into the annular space limited by the rotor and the casing and the trailing edges of the remaining N-n vanes (121,123) and the leading edges of rotating blades of the same stage wherein the number n of extended vanes is larger than zero but less than half of the total number N of vanes in the stage, and wherein the extension is limited to the outer 2/3 of the radial height of a vane. a row of N stationary vanes (121,123) circumferentially mounted on the casing; and a row of rotating blades circumferentially mounted on the rotor, characterized in that within a stage n vanes (121,123) have an extension such that at least a part of the trailing edge of each of the n vanes (121,123) reaches into the annular space limited by the rotor and the casing and the trailing edges of the remaining N-n vanes (121,123) and the leading edges of rotating blades of the same stage wherein the number n of extended vanes is larger than zero but less than half of the total number N of vanes in the stage, and wherein the extension is limited to the outer 2/3 of the radial height of a vane.
An apparatus, comprising: - a test-script generator that serves to create a test script through identification of currently-available elements (604, 606, 608, 610, 612, 614, 616, 618) of a target application displayed on a graphical user interface, wherein the test script is employable to execute a test on the target application; - a test execution agent that executes the test on the target application through employment of a currently-executing component script within the test script; - an updater that serves to update an element for the test on the target application; - a target interface analyzer directed to the graphical user interface of the target application, the system being characterised by - selection logic that serves to identify elements shown on a graphical user interface of the currently-executing component script within the test script, contemporaneously with execution of the test script, that maybe affected by changes made to the target application by a user on the graphical user interface; - wherein, based on a change event trigger, the test execution agent instructs the target interface analyzer to read the graphical user interface of the target application, the selection logic to compare the read graphical user interface of the target application with the component script from the test script, and the updater to update the component script from the test script according to the results of the selection logic. - a test-script generator that serves to create a test script through identification of currently-available elements (604, 606, 608, 610, 612, 614, 616, 618) of a target application displayed on a graphical user interface, wherein the test script is employable to execute a test on the target application; - a test execution agent that executes the test on the target application through employment of a currently-executing component script within the test script; - an updater that serves to update an element for the test on the target application; - a target interface analyzer directed to the graphical user interface of the target application, - selection logic that serves to identify elements shown on a graphical user interface of the currently-executing component script within the test script, contemporaneously with execution of the test script, that maybe affected by changes made to the target application by a user on the graphical user interface; - wherein, based on a change event trigger, the test execution agent instructs the target interface analyzer to read the graphical user interface of the target application, the selection logic to compare the read graphical user interface of the target application with the component script from the test script, and the updater to update the component script from the test script according to the results of the selection logic.
A dunnage apparatus, comprising: a driving portion (11, 17) operable for moving dunnage in a dispensing direction along a material path; and a cutting member dividing the path and the dunnage therein into: an outfeed portion between the driving portion (11, 17) and the cutting member, and a severable portion beyond the cutting member from the driving portion (11, 17); characterized in that the dunnage apparatus comprises a sensing unit (28, 34, 36, 38, 40, 31) configured to detect a pulling of the dunnage in a first direction and to cause the cutting member to cut dunnage in response to the detected pulling, wherein the sensing unit (28, 34, 36, 38, 40, 31) is associated with the driving portion (11, 17) such that upon detecting the pulling, the sensing unit (28, 34, 36, 38, 40, 31) causes the driving portion (11, 17) to drive the dunnage in a reverse direction for drawing the dunnage against the cutting member to cut the dunnage. a driving portion (11, 17) operable for moving dunnage in a dispensing direction along a material path; and a cutting member dividing the path and the dunnage therein into: an outfeed portion between the driving portion (11, 17) and the cutting member, and a severable portion beyond the cutting member from the driving portion (11, 17); an outfeed portion between the driving portion (11, 17) and the cutting member, and a severable portion beyond the cutting member from the driving portion (11, 17); characterized in that the dunnage apparatus comprises a sensing unit (28, 34, 36, 38, 40, 31) configured to detect a pulling of the dunnage in a first direction and to cause the cutting member to cut dunnage in response to the detected pulling, wherein the sensing unit (28, 34, 36, 38, 40, 31) is associated with the driving portion (11, 17) such that upon detecting the pulling, the sensing unit (28, 34, 36, 38, 40, 31) causes the driving portion (11, 17) to drive the dunnage in a reverse direction for drawing the dunnage against the cutting member to cut the dunnage.
Aeration diffuser for vehicles, adapted to introduce and direct an airflow into the passenger compartment of the vehicle, comprising: - a nozzle, suitable for being mounted in the outflow section of an air supply duct, said nozzle comprising an outer frame, which identifies an air outlet section; - an actuator, positioned at the center of said air outlet section and movable with respect to a longitudinal axis (y); - a plurality of tabs, each tab having a first edge near which said tab is hinged to the nozzle along a respective oscillation axis (x), the oscillation axes (x) of at least two tabs not being mutually parallel; - a slide, coaxial with respect to the longitudinal axis (y) of the actuator and slidably coupled to said actuator, in such a way that the slide is configured to axially translate between a first position, proximal to the nozzle, and a second position, distal to the nozzle, in response to the movement of the actuator; characterized in that it further comprises: - a plurality of connecting rods, each having a first end integrally movable with the slide, and a second end hinged to a second edge of a respective tab, in such a way that the second edges are configured to move away from the longitudinal axis (y) of the slide in response to the sliding of the slide towards said first position, proximal to the nozzle, and that the second edges are configured to approach the longitudinal axis (y) of the slide in response to the sliding of the slide towards said second position, distal to the nozzle. - a nozzle, suitable for being mounted in the outflow section of an air supply duct, said nozzle comprising an outer frame, which identifies an air outlet section; - an actuator, positioned at the center of said air outlet section and movable with respect to a longitudinal axis (y); - a plurality of tabs, each tab having a first edge near which said tab is hinged to the nozzle along a respective oscillation axis (x), the oscillation axes (x) of at least two tabs not being mutually parallel; - a slide, coaxial with respect to the longitudinal axis (y) of the actuator and slidably coupled to said actuator, in such a way that the slide is configured to axially translate between a first position, proximal to the nozzle, and a second position, distal to the nozzle, in response to the movement of the actuator; - a plurality of connecting rods, each having a first end integrally movable with the slide, and a second end hinged to a second edge of a respective tab, in such a way that the second edges are configured to move away from the longitudinal axis (y) of the slide in response to the sliding of the slide towards said first position, proximal to the nozzle, and that the second edges are configured to approach the longitudinal axis (y) of the slide in response to the sliding of the slide towards said second position, distal to the nozzle.
A polishing method comprising: a step of preparing a polishing device (01, 02) including a processing member, an abrasive grain feed mechanism, and a suction mechanism configured to generate suction force; a step of setting a workpiece in the processing member; a step of feeding the abrasive grains toward the workpiece by the abrasive grain feed mechanism through free fall from a discharge port positioned above the processing member; a step of accelerating the abrasive grains fed toward the workpiece to a predetermined speed with an air flow generated by operation of the suction mechanism, a step of polishing the workpiece by causing the abrasive grains to contact with or collide with the workpiece; and a step of recovering the abrasive grains by the suction mechanism. a step of preparing a polishing device (01, 02) including a processing member, an abrasive grain feed mechanism, and a suction mechanism configured to generate suction force; a step of setting a workpiece in the processing member; a step of feeding the abrasive grains toward the workpiece by the abrasive grain feed mechanism through free fall from a discharge port positioned above the processing member; a step of accelerating the abrasive grains fed toward the workpiece to a predetermined speed with an air flow generated by operation of the suction mechanism, a step of polishing the workpiece by causing the abrasive grains to contact with or collide with the workpiece; and a step of recovering the abrasive grains by the suction mechanism.
A solid state radio frequency generation system for an electromagnetic cooking device having an enclosed cavity in which a food load is placed, the solid state radio frequency generation system comprising: an RF feed (26A-26D) configured to introduce electromagnetic radiation into the enclosed cavity to heat up and prepare the food load; a high-power RF amplifier (18A-18D) coupled to the RF feed (26A-26D), the high-power RF amplifier (18A-18D) comprising at least one amplifying stage configured to output a signal that is amplified in power with respect to an input RF signal; a small signal generator coupled to the high-power RF amplifier (18A-18D) for generating the input RF signal; and a switching power supply unit coupled to the high-power RF amplifier (18A-18D) and the small signal generator, wherein the switching power supply comprises a single AC-DC converter component that converts AC mains power to low voltage DC that is output to the high-power RF amplifier (18A-18D), and a controller configured to distort a sinusoidal input current from the AC mains power to form a predefined periodic non-sinusoidal waveform with the same frequency as the AC mains power, wherein the controller is further configured to modulate an amplitude of the input RF signal generated by the small signal generator based on the low voltage DC output by the switching power supply unit. an RF feed (26A-26D) configured to introduce electromagnetic radiation into the enclosed cavity to heat up and prepare the food load; a high-power RF amplifier (18A-18D) coupled to the RF feed (26A-26D), the high-power RF amplifier (18A-18D) comprising at least one amplifying stage configured to output a signal that is amplified in power with respect to an input RF signal; a small signal generator coupled to the high-power RF amplifier (18A-18D) for generating the input RF signal; and a switching power supply unit coupled to the high-power RF amplifier (18A-18D) and the small signal generator, wherein the switching power supply comprises a single AC-DC converter component that converts AC mains power to low voltage DC that is output to the high-power RF amplifier (18A-18D), and a controller configured to distort a sinusoidal input current from the AC mains power to form a predefined periodic non-sinusoidal waveform with the same frequency as the AC mains power, wherein the controller is further configured to modulate an amplitude of the input RF signal generated by the small signal generator based on the low voltage DC output by the switching power supply unit.
A method for connecting a nonwoven carrier material comprising a first part having a thickness and a second part having a thickness, wherein the first part and the second part comprise at least a first and a second thermoplastic fiber layer (A1, A2; B1, B2), wherein part of the thickness of the first part A and part of the thickness of second part B is removed to form the first thermoplastic fiber layer (A1, B1) and the second thermoplastic fiber layer (A2, B2) in such a way that the first part and the second part form together a form-fit connection in the connecting area.