mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless communication node, the method comprising: configuring a first set of bandwidth part, BWP, for a wireless communication device, wherein the first set of BWP includes a single BWP configured for either uplink or downlink transmission regarding the wireless communication device; and configuring at least one second set of BWPs for the wireless communication device, wherein each of the second set of BWPs includes a pair of BWPs configured respectively for uplink and downlink transmissions regarding the wireless communication device, wherein the first set of BWP is associated with the at least one second set of BWPs based on at least one predetermined relationship, in which when one of the pair of BWPs of at least one of the second set of BWPs is active, the first set of BWP is active, wherein among the at least one second set of BWPs, at most one of the pair of BWPs is active. configuring a first set of bandwidth part, BWP, for a wireless communication device, wherein the first set of BWP includes a single BWP configured for either uplink or downlink transmission regarding the wireless communication device; and configuring at least one second set of BWPs for the wireless communication device, wherein each of the second set of BWPs includes a pair of BWPs configured respectively for uplink and downlink transmissions regarding the wireless communication device, wherein the first set of BWP is associated with the at least one second set of BWPs based on at least one predetermined relationship, in which when one of the pair of BWPs of at least one of the second set of BWPs is active, the first set of BWP is active, wherein among the at least one second set of BWPs, at most one of the pair of BWPs is active.
An isolated antigen binding protein that binds to CDIM, comprising: (a) a heavy chain comprising a variable region sequence shown in SEQ ID NO: 1; and (b) a light chain comprising a variable region sequence shown in SEQ ID NO 24. (a) a heavy chain comprising a variable region sequence shown in SEQ ID NO: 1; and (b) a light chain comprising a variable region sequence shown in SEQ ID NO 24.
Charging station (200, 300) for electric vehicles, comprising: - a cable holding device (202, 302) having a cord (204, 304) led over a first deflection device (216, 316) and a second deflection device (218, 318), - characterized in that two charging cables (234, 238, 334, 338) are held by the two ends (206, 208, 306, 308) of the cord, wherein the first end (206, 306) of the cord (204, 304) is connected to a first charging cable (234, 334) of the charging station (200, 300), and the further end (208, 308) of the cord (204, 304) is connected to a further charging cable (238, 338) of the charging station (200, 300), and - a weight element (224, 324), which is operatively connected to the cord (204, 304) in such a manner that when the charging cable (234, 238, 334, 338) is not being used, the charging cable (234, 238, 334, 338) can be held such that there is a distance between a ground surface (228, 328) and every part of the charging cable (234, 238, 334, 338), - wherein the cord (204, 304) is led over at least a third deflection device (220, 320) arranged between the first deflection device (216, 316) and the second deflection device (218, 318), - wherein the at least one weight element (224, 324) is fastened to the third deflection device (220, 320). - a cable holding device (202, 302) having a cord (204, 304) led over a first deflection device (216, 316) and a second deflection device (218, 318), - characterized in that two charging cables (234, 238, 334, 338) are held by the two ends (206, 208, 306, 308) of the cord, wherein the first end (206, 306) of the cord (204, 304) is connected to a first charging cable (234, 334) of the charging station (200, 300), and the further end (208, 308) of the cord (204, 304) is connected to a further charging cable (238, 338) of the charging station (200, 300), and - a weight element (224, 324), which is operatively connected to the cord (204, 304) in such a manner that when the charging cable (234, 238, 334, 338) is not being used, the charging cable (234, 238, 334, 338) can be held such that there is a distance between a ground surface (228, 328) and every part of the charging cable (234, 238, 334, 338), - wherein the cord (204, 304) is led over at least a third deflection device (220, 320) arranged between the first deflection device (216, 316) and the second deflection device (218, 318), - wherein the at least one weight element (224, 324) is fastened to the third deflection device (220, 320).
A method for assuring operation of a label switched path, LSP, having a forwarding plane and a control plane said method comprising: forwarding a verification packet along the forwarding plane of the LSP to verify a forwarding state of routers along said forwarding plane of the LSP; and if said verifying detects a corrupted forwarding state along said forwarding plane of the LSP, notifying a headend router for said LSP in a resource reservation protocol, RSVP, reservation request, RESV, message comprising a flag that indicates a state of the control plane of the LSP and a bit that indicates that the forwarding plane of the LSP has been found to be corrupted; and using said headend router to reroute said label switched path. forwarding a verification packet along the forwarding plane of the LSP to verify a forwarding state of routers along said forwarding plane of the LSP; and if said verifying detects a corrupted forwarding state along said forwarding plane of the LSP, notifying a headend router for said LSP in a resource reservation protocol, RSVP, reservation request, RESV, message comprising a flag that indicates a state of the control plane of the LSP and a bit that indicates that the forwarding plane of the LSP has been found to be corrupted; and using said headend router to reroute said label switched path.
A botulinum toxin for use in a method of treating a headache, wherein the botulinum toxin is administered to a patient suffering from triptan medication overuse to increase the effectiveness of the triptan medication, thereby countering a headache exacerbation caused by the triptan medication overuse.
A method for adding an icon to a Home interface of an Android operating system, wherein the Android operating system has N Home interfaces, and the method comprises: a. obtaining add command information; b. obtaining, according to the add command information, space information of an icon to be added; c. obtaining remaining space information of an M th Home interface according to the add command information; d. judging whether the space information of the icon to be added is greater than the remaining space information of the M th Home interface; if yes, executing step e; if no, executing step f; e. judging whether the M th Home interface is the last Home interface to be judged; if yes, executing step g; if no, assigning M+1 to M and returning to step c; f. adding the icon to the Home interface, and the process ends; g. establishing another Home interface, adding the icon to the newly established Home interface, and the process ends; wherein M and N are natural numbers, and 1≤M≤N. a. obtaining add command information; b. obtaining, according to the add command information, space information of an icon to be added; c. obtaining remaining space information of an M th Home interface according to the add command information; d. judging whether the space information of the icon to be added is greater than the remaining space information of the M th Home interface; if yes, executing step e; if no, executing step f; e. judging whether the M th Home interface is the last Home interface to be judged; if yes, executing step g; if no, assigning M+1 to M and returning to step c; f. adding the icon to the Home interface, and the process ends; g. establishing another Home interface, adding the icon to the newly established Home interface, and the process ends; wherein
A method comprising: at a computing system including non-transitory memory and one or more processors, wherein the computing system is communicatively coupled to a display device and one or more input devices: detecting a request, via the one or more input devices, to view a synthesized reality, SR, reconstruction of at least a portion of pre-existing video content; and in response to detecting the request: disambiguating between one or more actionable items, one or more inactionable environmental elements, and a first plot-effectuator within a scene associated with a portion of the pre-existing video content; synthesizing a scene description for the scene that includes a trajectory of the first plot-effectuator within a physical setting associated with the scene relative to the inactionable environmental elements and actions performed by the first plot-effectuator with the one or more actionable items; and generating a corresponding SR reconstruction of the scene by driving a first digital asset associated with the first plot-effectuator according to the scene description for the scene. detecting a request, via the one or more input devices, to view a synthesized reality, SR, reconstruction of at least a portion of pre-existing video content; and in response to detecting the request: disambiguating between one or more actionable items, one or more inactionable environmental elements, and a first plot-effectuator within a scene associated with a portion of the pre-existing video content; synthesizing a scene description for the scene that includes a trajectory of the first plot-effectuator within a physical setting associated with the scene relative to the inactionable environmental elements and actions performed by the first plot-effectuator with the one or more actionable items; and generating a corresponding SR reconstruction of the scene by driving a first digital asset associated with the first plot-effectuator according to the scene description for the scene. disambiguating between one or more actionable items, one or more inactionable environmental elements, and a first plot-effectuator within a scene associated with a portion of the pre-existing video content; synthesizing a scene description for the scene that includes a trajectory of the first plot-effectuator within a physical setting associated with the scene relative to the inactionable environmental elements and actions performed by the first plot-effectuator with the one or more actionable items; and generating a corresponding SR reconstruction of the scene by driving a first digital asset associated with the first plot-effectuator according to the scene description for the scene.
Method for operation of a battery-powered control device designed as stand-alone-device with microcontroller as part of a building installation system, in which method the control device is switched into different modes in order to reduce its power consumption, of which a first mode of the control device is the mode in which the command or commands linked to a manual sensor actuation are issued, and of which a second mode is a sleep mode into which the control device is switched after completion of the action carried out, all current consumers including the microcontroller of the control device being switched off to reach the sleep mode, characterized by the fact • that in sleep mode the switching position of a mechanical sensor or mechanical sensors is monitored by means of a trigger circuit having a flip-flop and an electronic switching unit and • that as a result of a manual actuation of the sensor the input of the electronic switching unit is supplied with current via a short-circuit line arranged between the set input and the output of the flip-flop, the microcontroller and the current consumers are thereby supplied with current, the flip-flop gets ready for operation and the output of the flip-flop is set to a logic 1, so that the current supply remains ensured even with an open sensor and then the action requested by actuating the sensor is carried out, • before the control device is switched back to its sleep mode by setting the output of the flip-flop to a logic 0, whereby the electronic switching unit receives the control signal for switching. • that in sleep mode the switching position of a mechanical sensor or mechanical sensors is monitored by means of a trigger circuit having a flip-flop and an electronic switching unit and • that as a result of a manual actuation of the sensor the input of the electronic switching unit is supplied with current via a short-circuit line arranged between the set input and the output of the flip-flop, the microcontroller and the current consumers are thereby supplied with current, the flip-flop gets ready for operation and the output of the flip-flop is set to a logic 1, so that the current supply remains ensured even with an open sensor and then the action requested by actuating the sensor is carried out, • before the control device is switched back to its sleep mode by setting the output of the flip-flop to a logic 0, whereby the electronic switching unit receives the control signal for switching.
Phase-contrast electron microscope comprising an objective with a rear focal plane, a first diffraction lens, which images the rear focal plane of the objective in a diffraction intermediate image plane, a phase-shifting element, which is arranged in the diffraction intermediate image plane, and a second diffraction lens, characterized in that the imaging of the rear focal plane of the objective into the diffraction intermediate image plane is carried out in a magnifying manner and in that the principal plane of the second diffraction lens is arranged in the diffraction intermediate image plane.
An engine system comprising: a compression release brake device configured to operate a compression release brake to obtain a braking force during engine braking by forcibly opening an exhaust valve and releasing a compressive pressure near a compression top dead center of an engine; a power-assisted turbocharger including a turbine disposed on an exhaust passage of the engine and driven by exhaust, a compressor disposed on an intake passage and driven by a rotational torque of the turbine, and an electric motor configured to assist a drive force of the compressor; and an electric motor control unit, characterized in that the electric motor control unit is configured to drive or not to drive the electric motor, the compression release brake is operated by the compression release brake device and the electric motor is driven by the electric motor control unit when a variation of an accelerator opening degree in an accelerator return direction is greater than a preset threshold value, and the compression release brake is operated by the compression release brake device and the electric motor is not driven by the electric motor control unit when the variation of the accelerator opening degree in the accelerator return direction is less than the preset threshold value. a compression release brake device configured to operate a compression release brake to obtain a braking force during engine braking by forcibly opening an exhaust valve and releasing a compressive pressure near a compression top dead center of an engine; a power-assisted turbocharger including a turbine disposed on an exhaust passage of the engine and driven by exhaust, a compressor disposed on an intake passage and driven by a rotational torque of the turbine, and an electric motor configured to assist a drive force of the compressor; and an electric motor control unit, characterized in that the electric motor control unit is configured to drive or not to drive the electric motor, the compression release brake is operated by the compression release brake device and the electric motor is driven by the electric motor control unit when a variation of an accelerator opening degree in an accelerator return direction is greater than a preset threshold value, and the compression release brake is operated by the compression release brake device and the electric motor is not driven by the electric motor control unit when the variation of the accelerator opening degree in the accelerator return direction is less than the preset threshold value.
A method of melting a charge in a double-pass tilt rotary furnace, the furnace having a chamber bounded by a generally cylindrical wall with an axis extending from a closed end to an open end, and a door configured to cover the open end and wherein the door is split such that the lower portion and upper portion can be opened independently, the method comprising: adding a charge containing solids into the chamber; rotating the furnace in a direction of rotation about the axis; operating a first burner at a first firing rate, the first burner being mounted in a lower portion of the door and producing a first flame having a length; operating a second burner at a second firing rate, the second burner being mounted in an upper portion of the door above the lower portion of the door and producing a second flame having a length, the second flame being distal from the charge relative to the first flame; exhausting combustion gases resulting from the first flame and the second flame through a flue positioned in the door above the charge; in an initial phase when the solids in the charge impede development of the first flame, controlling the second firing rate to be greater than the first firing rate; and in an later phase after melting of the solids in the charge sufficiently that development of the first flame is not impeded, controlling the first firing rate to be greater than the second firing rate, wherein sensors (38, 40) are used to assist in decision making for the transition of the initial phase to the later phase. adding a charge containing solids into the chamber; rotating the furnace in a direction of rotation about the axis; operating a first burner at a first firing rate, the first burner being mounted in a lower portion of the door and producing a first flame having a length; operating a second burner at a second firing rate, the second burner being mounted in an upper portion of the door above the lower portion of the door and producing a second flame having a length, the second flame being distal from the charge relative to the first flame; exhausting combustion gases resulting from the first flame and the second flame through a flue positioned in the door above the charge; in an initial phase when the solids in the charge impede development of the first flame, controlling the second firing rate to be greater than the first firing rate; and in an later phase after melting of the solids in the charge sufficiently that development of the first flame is not impeded, controlling the first firing rate to be greater than the second firing rate, wherein sensors (38, 40) are used to assist in decision making for the transition of the initial phase to the later phase.
An ex vivo method for inhibiting proliferation of a high LIX1L-expressing tumor cell, comprising: inhibiting the expression or function of a LIX1L gene with respect to a tumor cell highly expressing the LIX1L gene, wherein the inhibiting the expression of the LIX1L gene is performed through RNA interference which includes introduction of shRNA or siRNA including a base sequence represented by SEQ ID No: 3 or 4, or a vector which produces the shRNA or the siRNA in a cell, into the cell, and the inhibiting the function of the LIX1L gene is performed by inhibiting phosphorylation of the 136th tyrosine of the LIX1L protein consisting of the amino acid sequence represented by SEQ ID No: 1. inhibiting the expression or function of a LIX1L gene with respect to a tumor cell highly expressing the LIX1L gene, wherein the inhibiting the expression of the LIX1L gene is performed through RNA interference which includes introduction of shRNA or siRNA including a base sequence represented by SEQ ID No: 3 or 4, or a vector which produces the shRNA or the siRNA in a cell, into the cell, and the inhibiting the function of the LIX1L gene is performed by inhibiting phosphorylation of the 136th tyrosine of the LIX1L protein consisting of the amino acid sequence represented by SEQ ID No: 1.
An atomizer with a replaceable atomizing core, comprising: a main body; and an atomizing device detachably connected to the main body, the main body defines a liquid chamber configured for storing tobacco liquid, the atomizing device comprising an atomizing core and a first connecting holder, the atomizing core being configured for atomizing the tobacco liquid in the liquid chamber to form aerosol, the first connecting holder being configured for supporting the atomizing core, the first connecting holder being configured for connecting with the main body in a rotatable manner; wherein the atomizing device further comprises a second connecting holder, the second connecting holder is movable at least between a first position and a second position along an axial direction of the second connecting holder; when the second connecting holder is in the first position, the second connecting holder is rotatable relative to the first connecting holder; when the second connecting holder is in the second position, the second connecting holder and the first connecting holder are in a restrained state along a circumferential direction, and the second connecting holder is capable of driving the first connecting holder to rotate, so that the first connecting holder can be detached from the main body; characterized in that the liquid chamber is divided into a top liquid chamber and a bottom liquid chamber, the top liquid chamber is in communication with the bottom liquid chamber via a liquid hole, the atomizing core is arranged in the bottom liquid chamber. a main body; and an atomizing device detachably connected to the main body, the main body defines a liquid chamber configured for storing tobacco liquid, the atomizing device comprising an atomizing core and a first connecting holder, the atomizing core being configured for atomizing the tobacco liquid in the liquid chamber to form aerosol, the first connecting holder being configured for supporting the atomizing core, the first connecting holder being configured for connecting with the main body in a rotatable manner; wherein the atomizing device further comprises a second connecting holder, the second connecting holder is movable at least between a first position and a second position along an axial direction of the second connecting holder; when the second connecting holder is in the first position, the second connecting holder is rotatable relative to the first connecting holder; when the second connecting holder is in the second position, the second connecting holder and the first connecting holder are in a restrained state along a circumferential direction, and the second connecting holder is capable of driving the first connecting holder to rotate, so that the first connecting holder can be detached from the main body; characterized in that the liquid chamber is divided into a top liquid chamber and a bottom liquid chamber, the top liquid chamber is in communication with the bottom liquid chamber via a liquid hole, the atomizing core is arranged in the bottom liquid chamber.