mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining to transmit a buffer status report corresponding to uplink data in response to a trigger condition, wherein the trigger condition comprises determining that new uplink data is available for a predetermined number of bearers that belong to a logical channel group prior to expiration of a timer, and the predetermined number of bearers has a priority higher than other bearers having available uplink data that belong to any logical channel group, and the predetermined number of bearers is configured by radio resource control signaling; in response to the expiration of the timer and the trigger condition not occurring, setting the predetermined number of bearers equal to zero; and in response to determining to transmit the buffer status report, transmitting the buffer status report to a parent integrated access backhaul device. determining to transmit a buffer status report corresponding to uplink data in response to a trigger condition, wherein the trigger condition comprises determining that new uplink data is available for a predetermined number of bearers that belong to a logical channel group prior to expiration of a timer, and the predetermined number of bearers has a priority higher than other bearers having available uplink data that belong to any logical channel group, and the predetermined number of bearers is configured by radio resource control signaling; in response to the expiration of the timer and the trigger condition not occurring, setting the predetermined number of bearers equal to zero; and in response to determining to transmit the buffer status report, transmitting the buffer status report to a parent integrated access backhaul device.
A handheld oral irrigator, comprising a sprayer, a spray lance, a control switch, a vessel, a water pipe and a water volume stepless adjustment device, all of which are disposed on the handheld oral irrigator, wherein: the sprayer is disposed at a front end of the spray lance; the control switch is capable of controlling the spraying of a fluid in the spray lance; the vessel is detachably mounted at a proximal end of the handheld oral irrigator; and a fluid in the vessel is connected to the spray lance through the water pipe; the water volume stepless adjustment device comprises: a knob type adjusting switch; a controller; and a signal output device; wherein a signal output by the controller can be continuously adjusted by adjusting the adjusting switch so as to continuously adjust the magnitude of pressure of the fluid sprayed from the spray lance; wherein the adjusting switch comprises a knob and a positioning hole; the controller comprises a potentiometer and a control chip, and an output signal of the control chip can be controlled; the potentiometer is provided with a connecting rod, and the connected rod can be embedded in the positioning hole; the knob can be rotated to drive the connecting rod to rotate to adjust the magnitude of the output signal of the potentiometer, thereby adjusting the output signal of the control chip. the sprayer is disposed at a front end of the spray lance; the control switch is capable of controlling the spraying of a fluid in the spray lance; the vessel is detachably mounted at a proximal end of the handheld oral irrigator; and a fluid in the vessel is connected to the spray lance through the water pipe; the water volume stepless adjustment device comprises: a knob type adjusting switch; a controller; and a signal output device; wherein a signal output by the controller can be continuously adjusted by adjusting the adjusting switch so as to continuously adjust the magnitude of pressure of the fluid sprayed from the spray lance; a knob type adjusting switch; a controller; and a signal output device; wherein a signal output by the controller can be continuously adjusted by adjusting the adjusting switch so as to continuously adjust the magnitude of pressure of the fluid sprayed from the spray lance; wherein the adjusting switch comprises a knob and a positioning hole; the controller comprises a potentiometer and a control chip, and an output signal of the control chip can be controlled; the potentiometer is provided with a connecting rod, and the connected rod can be embedded in the positioning hole; the knob can be rotated to drive the connecting rod to rotate to adjust the magnitude of the output signal of the potentiometer, thereby adjusting the output signal of the control chip.
Component having a functional surface, the component comprising a substrate and a polycrystalline functional layer, the functional layer comprising the functional surface, characterized in that the substrate and the functional layer are interconnected by means of an adhesion promoter and in that the functional layer consists of an Al-Mg spinel, an Al 2 O 3 -, a ZrO 2 - or a mixed oxide ceramic material from the system Y-Al-Mg-O, it being possible for up to 5 wt.% doping elements to be contained, and the component being at least partially transparent and the adhesion promoter being transparent and having a refractive index that lies between the refractive index of the substrate and the functional layer, or a transparent adhesion promoter that has the same refractive index as the functional layer.
A method of detecting a biomarker that is associated with prostate cancer in a patient, the method comprising: obtaining the sequence of substantially all circulating cell-free DNA having a length of between 50 and 400 consecutive nucleotides isolated from a sample obtained from blood, serum, or plasma of a patient that has been diagnosed with prostate cancer or is suspected of having prostate cancer; comparing each sequence, free of repetitive elements, to the sequences set forth in Table B to determine whether a sequence of a circulating cell-free DNA falls within a chromosomal region set forth in Table 3; wherein detecting a sequence in the circulating nucleic acids that is unambiguously assigned to a chromosomal region set forth in Table 3 is indicative of an increased likelihood of prostate cancer or recurrence of prostate cancer. obtaining the sequence of substantially all circulating cell-free DNA having a length of between 50 and 400 consecutive nucleotides isolated from a sample obtained from blood, serum, or plasma of a patient that has been diagnosed with prostate cancer or is suspected of having prostate cancer; comparing each sequence, free of repetitive elements, to the sequences set forth in Table B to determine whether a sequence of a circulating cell-free DNA falls within a chromosomal region set forth in Table 3; wherein detecting a sequence in the circulating nucleic acids that is unambiguously assigned to a chromosomal region set forth in Table 3 is indicative of an increased likelihood of prostate cancer or recurrence of prostate cancer.
Robotic vacuum cleaner comprising a movable side arm, the side arm being pivotable by means of a spring mechanism and being able to pivot inwards into the inside of a housing of the robotic vacuum cleaner in the event of contact with an obstacle, the side arm having a brush carrier portion, the brush carrier portion acting as a carrier for a side brush, the side arm being mounted on a rotary shaft so as to be pivotable and linearly movable by means of an elongate hole, characterised in that the elongate hole in the side arm is oriented such that a longitudinal axis of the elongate hole points in the direction of the brush carrier portion.
Lubricant feed apparatus for a guide carriage (12; 15) of a linear guide, having the following features: a lubricant reservoir for receiving a lubricant for the guide carriage (12; 15) and with a plunger which is guided in the lubricant reservoir; a coupling device for coupling the lubricant reservoir to the guide carriage (12; 15), with the result that, together with the guide carriage (12; 15), the lubricant reservoir carries out a translational movement along a guide rail of the linear guide; and a lubricant metering device for the metered supply of lubricant out of the lubricant reservoir into the guide carriage (12; 15), the lubricant metering device having an actuator for actuating the plunger which is guided in the lubricant reservoir, which actuator is coupled via a rack to the plunger which is guided in the lubricant reservoir, in order to press a lubricant for rolling bodies of the guide carriage (12; 15) by means of the plunger out of the lubricant reservoir into a region of the guide carriage (12; 15) which is provided for this purpose. a lubricant reservoir for receiving a lubricant for the guide carriage (12; 15) and with a plunger which is guided in the lubricant reservoir; a coupling device for coupling the lubricant reservoir to the guide carriage (12; 15), with the result that, together with the guide carriage (12; 15), the lubricant reservoir carries out a translational movement along a guide rail of the linear guide; and a lubricant metering device for the metered supply of lubricant out of the lubricant reservoir into the guide carriage (12; 15), the lubricant metering device having an actuator for actuating the plunger which is guided in the lubricant reservoir, which actuator is coupled via a rack to the plunger which is guided in the lubricant reservoir, in order to press a lubricant for rolling bodies of the guide carriage (12; 15) by means of the plunger out of the lubricant reservoir into a region of the guide carriage (12; 15) which is provided for this purpose.
A data transmission method, wherein the method is applied to a scheduling-free scenario of a base station for a user equipment, UE, and the method comprises: • receiving, by the UE from the base station, coverage indication information that is used to indicate a coverage situation of the UE, wherein the coverage situation is related to a location of the UE in the cell, and the location of the UE in the cell is related to a channel transmission condition of the UE; • obtaining, by the UE, information about a plurality of transmission resource groups, wherein the plurality of transmission resource groups correspond to different transmission resources; • determining, by the UE based on the information about the plurality of transmission resource groups and the coverage situation of the UE, a target resource group corresponding to the coverage situation of the UE from the plurality of transmission resource groups (step 310); and • sending (step 320), by the UE, data to the base station by using a transmission resource in the target resource group. • receiving, by the UE from the base station, coverage indication information that is used to indicate a coverage situation of the UE, wherein the coverage situation is related to a location of the UE in the cell, and the location of the UE in the cell is related to a channel transmission condition of the UE; • obtaining, by the UE, information about a plurality of transmission resource groups, wherein the plurality of transmission resource groups correspond to different transmission resources; • determining, by the UE based on the information about the plurality of transmission resource groups and the coverage situation of the UE, a target resource group corresponding to the coverage situation of the UE from the plurality of transmission resource groups (step 310); and • sending (step 320), by the UE, data to the base station by using a transmission resource in the target resource group.
A fast charging device for a hybrid or electric vehicle intended to be connected to an electricity distribution network, on the one hand, and to the terminals of a battery of a hybrid or electric vehicle, on the other hand, said device comprising: - two charging cables (61, 62) adapted to run independently of each other inside a vehicle, the two cables not being surrounded by any sheath or tube common to the two cables; - a connector comprising an input for connection to a power cable to be connected to an electricity distribution network, and an outlet from which the load cables extend; each of the two cables being intended to be connected to a battery terminal at one end of the cable, and at the other end to a respective terminal of the connector output, each charging cable (61, 62) comprising an electrical conductor and at least one insulating layer surrounding the electrical conductor, the insulating layer being in direct contact with the electrical conductor; each charging cable further comprising a protective device consisting of at least one sheath (G1, G2) arranged around the insulating layer and conforming to the assembly formed by the electrical conductor and the insulating layer, a sheath of the at least one sheath of the protective device being in direct contact with the insulating layer so as to promote heat dissipation from the charging device inside the vehicle and at the connector. - two charging cables (61, 62) adapted to run independently of each other inside a vehicle, the two cables not being surrounded by any sheath or tube common to the two cables; - a connector comprising an input for connection to a power cable to be connected to an electricity distribution network, and an outlet from which the load cables extend;
A power conversion device comprising a converter, said converter including a converter module (10A, 10B, 10C, 10D) to convert AC power to DC power, and an inverter, said inverter including an inverter module (12U, 12V, 12W) to convert DC power obtained by conversion of the converter to AC power, the converter and the inverter being connected in series to constitute a converter-inverter unit, wherein the power conversion device includes: a capacitor unit including a capacitor cell to accumulate therein the DC power obtained by conversion of the converter, said capacitor unit being provided between the converter and the inverter; a first conductor electrically connected inside the capacitor unit to one of electrodes of the capacitor cell, wherein terminal ends of the first conductor are respectively positioned at outside of the capacitor unit and are connected to a positive-side capacitor connection terminal (PCT1, PCT2) of the converter module (10A, 10B, 10C, 10D) and a positive-side capacitor connection terminal (PIT1, PIT2, PIT3) of the inverter module (12U, 12V, 12W); and a second conductor electrically connected inside the capacitor unit to the other electrode of the capacitor cell, wherein terminal ends of the second conductor are respectively positioned at outside of the capacitor unit and are connected to a negative-side capacitor connection terminal (NCT1, NCT2) of the converter module (10A, 10B, 10C, 10D) and a negative-side capacitor connection terminal (NIT1, NIT2, NIT3) of the inverter module (12U, 12V, 12W), wherein when switching elements provided in the converter module (10A, 10B, 10C, 10D) or in the inverter module (12U, 12V, 12W) perform a switching operation, a DC current flows via the terminal ends of the first conductor or the terminal ends of the second conductor. a capacitor unit including a capacitor cell to accumulate therein the DC power obtained by conversion of the converter, said capacitor unit being provided between the converter and the inverter; a first conductor electrically connected inside the capacitor unit to one of electrodes of the capacitor cell, wherein terminal ends of the first conductor are respectively positioned at outside of the capacitor unit and are connected to a positive-side capacitor connection terminal (PCT1, PCT2) of the converter module (10A, 10B, 10C, 10D) and a positive-side capacitor connection terminal (PIT1, PIT2, PIT3) of the inverter module (12U, 12V, 12W); and a second conductor electrically connected inside the capacitor unit to the other electrode of the capacitor cell, wherein terminal ends of the second conductor are respectively positioned at outside of the capacitor unit and are connected to a negative-side capacitor connection terminal (NCT1, NCT2) of the converter module (10A, 10B, 10C, 10D) and a negative-side capacitor connection terminal (NIT1, NIT2, NIT3) of the inverter module (12U, 12V, 12W), wherein when switching elements provided in the converter module (10A, 10B, 10C, 10D) or in the inverter module (12U, 12V, 12W) perform a switching operation, a DC current flows via the terminal ends of the first conductor or the terminal ends of the second conductor.
Mobile communications antenna having the following features - having a reflector in which one or more radiators are arranged, - the reflector with the radiators arranged thereon is accommodated in a radome, and - the radome comprises a front side, two side wall portions and a rear side, and - having a radiating structure which is provided in the region of the rear wall and/or one or both of the two side wall portions and/or the front side of the radome, characterised by the following further features - the radiating structure consists of a passive radiating structure (157, 157'; FSS), wherein a) the passive radiating structure (157, FSS) is formed by structured metal surfaces which are surrounded by metal-free regions, or b) the passive radiating structure (157', FSS) is formed by cut-outs in a metal film or metal layer, - the passive radiating structure (157, 157') consists of a composite film, - the composite film comprises at least one plastics carrier layer (55, 59) and a metal film or layer attached thereto, and - the composite film is attached or glued onto the outer surface or outer skin of the radome. - having a reflector in which one or more radiators are arranged, - the reflector with the radiators arranged thereon is accommodated in a radome, and - the radome comprises a front side, two side wall portions and a rear side, and - having a radiating structure which is provided in the region of the rear wall and/or one or both of the two side wall portions and/or the front side of the radome, - the radiating structure consists of a passive radiating structure (157, 157'; FSS), wherein a) the passive radiating structure (157, FSS) is formed by structured metal surfaces which are surrounded by metal-free regions, or b) the passive radiating structure (157', FSS) is formed by cut-outs in a metal film or metal layer, a) the passive radiating structure (157, FSS) is formed by structured metal surfaces which are surrounded by metal-free regions, or b) the passive radiating structure (157', FSS) is formed by cut-outs in a metal film or metal layer, - the passive radiating structure (157, 157') consists of a composite film, - the composite film comprises at least one plastics carrier layer (55, 59) and a metal film or layer attached thereto, and - the composite film is attached or glued onto the outer surface or outer skin of the radome.
A method for heat treatment of an electric power cable, the electric power cable comprising a polymer-based electrical insulation system comprising a polymer composition, the method comprising the steps of - placing the electric power cable having the polymer-based electrical insulation system into a heating chamber; and - exposing the polymer-based electrical insulation system to a heat treatment procedure when the electric power cable is located in the heating chamber, wherein the step of placing the electric power cable into the heating chamber comprises - winding the electric power cable about a substantially vertical center axis (z-z) to form a substantially horizontal first layer of a plurality of substantially horizontal turns of the electric power cable; - winding the electric power cable about the center axis to form a plurality of substantially horizontal second layers, each second layer being formed by a plurality of substantially horizontal turns of the electric power cable; and - stacking the plurality of horizontal second layers above the first layer. - placing the electric power cable having the polymer-based electrical insulation system into a heating chamber; and - exposing the polymer-based electrical insulation system to a heat treatment procedure when the electric power cable is located in the heating chamber, wherein the step of placing the electric power cable into the heating chamber comprises - winding the electric power cable about a substantially vertical center axis (z-z) to form a substantially horizontal first layer of a plurality of substantially horizontal turns of the electric power cable; - winding the electric power cable about the center axis to form a plurality of substantially horizontal second layers, each second layer being formed by a plurality of substantially horizontal turns of the electric power cable; and - stacking the plurality of horizontal second layers above the first layer.
Thread feeding device for feeding a thread to a textile machine, with a housing and with a storage device, from which the thread is drawn off by the textile machine, wherein the storage device comprises a stationary drum-like storage body with a body axis and a holder of the housing extends alongside the storage body, with a braking device on the holder for adjusting the tension of the thread, which is arranged in the run of thread after the storage body, wherein the braking device has a braking element, an adjusting device and a release device, wherein the adjusting device comprises at least one adjusting element, which is arranged to be adjustable relative to the housing in the direction of the body axis of the storage body, wherein in a clamping position of the adjusting device the braking element can be pressed by means of the adjusting element against a clamping surface at the withdrawal end of the storage body, wherein the release device comprises a support element, which is connected at least to the adjusting element of the adjusting device, wherein the support element is arranged to be movable relative to the holder, characterised in that the support element supports the adjusting device and is arranged with the adjusting device to be rotatable about a support axis, wherein the support axis is arranged in a support section of the holder and is perpendicular to a holder axis and perpendicular to a connecting line between the body axis and the holder axis, wherein the holder axis extends through the holder parallel to the body axis. wherein the storage device comprises a stationary drum-like storage body with a body axis and a holder of the housing extends alongside the storage body, with a braking device on the holder for adjusting the tension of the thread, which is arranged in the run of thread after the storage body, wherein the braking device has a braking element, an adjusting device and a release device, wherein the adjusting device comprises at least one adjusting element, which is arranged to be adjustable relative to the housing in the direction of the body axis of the storage body, wherein in a clamping position of the adjusting device the braking element can be pressed by means of the adjusting element against a clamping surface at the withdrawal end of the storage body, wherein the release device comprises a support element, which is connected at least to the adjusting element of the adjusting device, wherein the support element is arranged to be movable relative to the holder, characterised in that the support element supports the adjusting device and is arranged with the adjusting device to be rotatable about a support axis, wherein the support axis is arranged in a support section of the holder and is perpendicular to a holder axis and perpendicular to a connecting line between the body axis and the holder axis, wherein the holder axis extends through the holder parallel to the body axis.