mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting measurement of a User Equipment, UE, by a first base station in a wireless communication system, the method comprising: receiving from a second base station, information of downlink subframe configuration of the second base station; determining measurement resource regions of downlink resource of the first base station based on the downlink subframe configuration of the second base station; transmitting to the UE, information of the measurement resource regions to the UE; and receiving from the UE, measurement result based on Received Signal Strength Indicator, RSSI, for the measurement resource regions, wherein the measurement resource regions of downlink resource is determined as a combination of at least one Orthogonal Frequency Division Multiplexing, OFDM, symbol and at least one downlink subframe, and wherein the measurement is performed for all OFDM symbols in the at least one downlink subframe. receiving from a second base station, information of downlink subframe configuration of the second base station; determining measurement resource regions of downlink resource of the first base station based on the downlink subframe configuration of the second base station; transmitting to the UE, information of the measurement resource regions to the UE; and receiving from the UE, measurement result based on Received Signal Strength Indicator, RSSI, for the measurement resource regions, wherein the measurement resource regions of downlink resource is determined as a combination of at least one Orthogonal Frequency Division Multiplexing, OFDM, symbol and at least one downlink subframe, and wherein the measurement is performed for all OFDM symbols in the at least one downlink subframe.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, a message including configuration information related to at least one band and a subcarrier spacing for each of the at least one band; receiving, from the base station, control information indicating an active band from the at least one band; and receiving, from the base station, data based on the active band, wherein the message further includes resource information for the each of the at least one band, and wherein the resource information for the each of the at least one band comprises information on frequency domain location and bandwidth for the each of the at least one band. receiving, from a base station, a message including configuration information related to at least one band and a subcarrier spacing for each of the at least one band; receiving, from the base station, control information indicating an active band from the at least one band; and receiving, from the base station, data based on the active band, wherein the message further includes resource information for the each of the at least one band, and wherein the resource information for the each of the at least one band comprises information on frequency domain location and bandwidth for the each of the at least one band.
Circuit arrangement for monitoring voltages (UL1, UL2, UL3) on phase conductors (L1, L2, L3) on a network isolating point between an inverter and an alternating voltage network, having a microcontroller which has a plurality of I/O ports (IO1, IO2, IO3, IO4), whereby a first I/O port actuates a first input of a logic device and a second I/O port triggers a monitoring component, the output of which is connected to a second input of the logic device, whereby the output of the logic device can actuate a first controllable circuit breaker which has switching contacts for the purpose of connecting and disconnecting phase conductors (L1, L2, L3), whereby a third I/O port can influence the switching status of a second controllable circuit breaker the switching contacts of which are connected in series to the switching contacts of the first controllable circuit breaker, whereby the microcontroller has at least one voltage sensing input (A/D) which detects voltage signals from the phase conductors (L1, L2, L3) that are conducted through the switching contacts (RG1, RG2) of the first and second circuit breaker (R1, R2), characterised in that each phase conductor (L1, L2, L3) is connected to inputs of a first and a second level converter (PW1, PW2) each of which emits at their outputs a low voltage signal for each phase conductor (L1, L2, L3) which is proportional to the voltage (UL1, UL2, UL3) of the phase conductor (L1, L2, L3) against the neutral conductor, whereby the outputs of the first level converter are applied to voltage sensing inputs (A/D) of the microcontroller, and whereby the outputs of the second level converter are applied to a first input of the monitoring component, which constitutes a voltage comparator, whereby, through the second I/O port, the microcontroller emits a pulse width modulated signal for each phase conductor (L1, L2, L3), the duty cycle of which depends on the voltage rate applied at the associated voltage sensing input (A/D), and which is fed via a low pass to the second input of the voltage comparator, with the voltage comparator emitting a digital isolating signal which is dependent on a comparison of the voltages applied at its first input and at its second input, each of which is applied to an input of the logic device and of a further logic device which is controlled by the third I/O port, the output of which can actuate the second controllable circuit breaker.
A process for preparing a Mn 4+ doped phosphor of formula I, A x [MF y]:Mn +4 I the process comprising contacting a mixture of a compound of formula A x [MF y], a compound of formula AX, and a Mn +n source comprising a fluoromanganese compound, with a fluorine-containing oxidizing agent in gaseous form, to form the Mn 4+ doped phosphor; wherein A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; X is F, Cl, Br, I, HF 2, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; y is 5, 6 or 7; and n is 2, 3, or 4. A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; X is F, Cl, Br, I, HF 2, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; y is 5, 6 or 7; and n is 2, 3, or 4.
Apparatus for generating a three-dimensional object, comprising: a build material distributor movable bi-directionally in a first axis to deposit successive layers of a build material on a support; an agent distributor movable bi-directionally in a second axis different to the first axis to deliver an agent onto selected portions of successive layers of build material; wherein an energy source (1002, 1102) is provided on either side of the agent material distributor, or wherein an additional agent distributor is provided such that an energy source has an agent distributor (106, 1202) on either side; characterised in that the apparatus further comprises: first and second parking zones (108a, 108b) adjacent to opposite edges of the support along the first axis at which the build material distributor may be parked without hindering movement of the agent distributor along the second axis; and third and fourth parking zones (110a, 110b) adjacent to opposite edges of the support along the second axis at which the agent distributor may be parked without hindering movement of the build material distributor along the first axis. a build material distributor movable bi-directionally in a first axis to deposit successive layers of a build material on a support; an agent distributor movable bi-directionally in a second axis different to the first axis to deliver an agent onto selected portions of successive layers of build material; wherein an energy source (1002, 1102) is provided on either side of the agent material distributor, or wherein an additional agent distributor is provided such that an energy source has an agent distributor (106, 1202) on either side; characterised in that the apparatus further comprises: first and second parking zones (108a, 108b) adjacent to opposite edges of the support along the first axis at which the build material distributor may be parked without hindering movement of the agent distributor along the second axis; and third and fourth parking zones (110a, 110b) adjacent to opposite edges of the support along the second axis at which the agent distributor may be parked without hindering movement of the build material distributor along the first axis. first and second parking zones (108a, 108b) adjacent to opposite edges of the support along the first axis at which the build material distributor may be parked without hindering movement of the agent distributor along the second axis; and third and fourth parking zones (110a, 110b) adjacent to opposite edges of the support along the second axis at which the agent distributor may be parked without hindering movement of the build material distributor along the first axis.
A textile manufactured product made using embroidery machines, comprising a base structure made of thread-like and/or ribbon-like elements which are made of at least one first material and at least one thread-like and/or ribbon-like ornamental element made of at least one second material which is different to said first material in terms of mechanical strength and reflection/refraction of the light, said thread-like and/or ribbon-like ornamental element being connected to said base structure by means of a plurality of knots which are positioned at predetermined intervals along said thread-like and/or ribbon-like elements made of at least one first material; wherein said first, material consists entirely of polyamide.
A method for recognizing at least one naturally emitted sound produced by a real-life sound source in an environment comprising at least one artificial sound source (ASSr), the method being implemented by an audio recognition device, wherein the method comprises: - simultaneously obtaining: - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device associated with the at least one artificial sound source; - analyzing the first audio signal and delivering a first list of sound classes corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes, comprising only sound classes included in the first list of sound classes which are not included in the second list of sound classes. - simultaneously obtaining: - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device associated with the at least one artificial sound source; - a first audio signal from a first microphone located in the environment; and - a second audio signal from an audio acquisition device associated with the at least one artificial sound source; - analyzing the first audio signal and delivering a first list of sound classes corresponding to sounds recognized in the first audio signal; - analyzing the second audio signal and delivering a second list of sound classes corresponding to sounds recognized in the second audio signal; - delivering a third list of sound classes, comprising only sound classes included in the first list of sound classes which are not included in the second list of sound classes.
An aircraft high-lift system comprising a drive unit for operating the high-lift systems of the half wings (half-wing systems), and an overload protection to avoid undesirably high operating torques in the half-wing systems, wherein the overload protection includes a comparator which at both half wings comprises a torque sensor at the root-side end of a transmission of the half wing, and the overload protection includes a limiter which is connected with the comparator and by means of which the drive unit can be blocked, shut down or deactivated and/or the torque of the drive unit can be dissipated into the aircraft structure, wherein the comparator is formed by an electronic evaluation unit which is connected with the torque sensors and with the limiter, and which is designed to compare the instantaneous values of these torques, to determine a difference between the torques, to compare this difference with a limit value and, when this difference exceeds the limit value, actuate the limiter in order to block, shut down or deactivate the drive unit and/or dissipate the torque of the drive unit into the aircraft structure.
A method for distributed airborne transportation, comprising: providing an airborne vehicle with a wing and a wing span, having capacity to carry one or more of passengers or cargo; landing of the airborne vehicle near one or more of passengers or cargo and loading at least one of passengers or cargo; taking-off and determining a flight direction for the airborne vehicle; locating, once the flight direction for the airborne vehicle has been determined, at least one other airborne vehicle, which has substantially the same flight direction as the determined flight direction; and joining the at least one other airborne vehicle in flight formation and forming a fleet, in which airborne vehicles fly with the same speed and direction and in which adjacent airborne vehicles are separated by distance of less than 100 wing spans. providing an airborne vehicle with a wing and a wing span, having capacity to carry one or more of passengers or cargo; landing of the airborne vehicle near one or more of passengers or cargo and loading at least one of passengers or cargo; taking-off and determining a flight direction for the airborne vehicle; locating, once the flight direction for the airborne vehicle has been determined, at least one other airborne vehicle, which has substantially the same flight direction as the determined flight direction; and joining the at least one other airborne vehicle in flight formation and forming a fleet, in which airborne vehicles fly with the same speed and direction and in which adjacent airborne vehicles are separated by distance of less than 100 wing spans.
A system for formally supervising communications of a set of concrete applications of a platform, characterised in that it includes: - an acquisition module configured to acquire a formal model of a data stream including a set of actors exchanging quantifiable information with each other through unidirectional communication channels, said formal model describing the behaviour of said set of actors modelling said set of concrete applications, and a communication specification describing software implementations implementing the applications modelled by said actors, said software implementations being configured to make calls to predetermined communication functions relating to the programming interface of said platform, and - a supervision module configured to verify that a sequence of calls to said communication functions is in accordance with the expected behaviour of said set of actors. - an acquisition module configured to acquire a formal model of a data stream including a set of actors exchanging quantifiable information with each other through unidirectional communication channels, said formal model describing the behaviour of said set of actors modelling said set of concrete applications, and a communication specification describing software implementations implementing the applications modelled by said actors, said software implementations being configured to make calls to predetermined communication functions relating to the programming interface of said platform, and - a supervision module configured to verify that a sequence of calls to said communication functions is in accordance with the expected behaviour of said set of actors.
A device (10,20,30,40,50,60,70,80,90,100,120,130) for causing a release of a surgical glue in an operation region in a patient's body for blocking a flow of blood of an artery, the device comprising a duct (11,21,41,71,81,91,101,141) that has an inlet port (12,42,92) and an outlet mouth (18,43,73,83,99,149) for said surgical glue, said duct adapted to move through a biological medium in the patient's body from an opening on a skin plane of said patient to said operation region in such a way that, once said operation region has been reached by said duct, said outlet mouth is in said operation region and said inlet port remains outside of said opening on said skin plane, said inlet port configured to be hydraulically connected with a source of said surgical glue and with a pressurizing means that can be operated by an operator for applying an injection pressure (P 2) on said surgical glue and for causing: - an outflow of said surgical glue through said duct (11,21,41,71,81,91,101,141), and - said release of surgical glue at said operation region through said outlet mouth (18,43,73,83,99,149), characterised in that a liquid contact preventing means is provided that is associated to said duct (11,21,41,71,81,91,93,141) and is arranged to prevent blood, or other biological material coming from said operation region from penetrating into said duct and interacting with said surgical glue before said outflow. - an outflow of said surgical glue through said duct (11,21,41,71,81,91,101,141), and - said release of surgical glue at said operation region through said outlet mouth (18,43,73,83,99,149),
A medium discrimination apparatus, characterized by comprising: a plurality of magnetic sensors comprising first and second magnetic sensors (310a, 310b) to sense a magnetic component printed on a specific position of an introduced medium and having an analog signal containing a first noise, wherein the first noise includes electrical noise generated from internal circuits of the medium discrimination apparatus and mechanical noise caused by a magnetic field generated when driving units are driven, and a third magnetic sensor to sense a second noise which is caused when the medium is transferred, wherein the second noise includes electrical noise generated from internal circuits of the medium discrimination apparatus and mechanical noise caused by a magnetic field generated when driving units are driven; a first differential amplifying part to perform a first subtraction operation for the noises sensed by the first and third magnetic sensors; a second differential amplifying part to perform a second subtraction operation for the noises sensed by the second and third magnetic sensors; an analog/digital converter to convert results from the first and second subtraction operations into digital signals; and a controller to discriminate if the introduced medium is genuine or counterfeit according to the converted digital signals by comparing the magnetic component of the introduced medium contained in the digital signals and reference values for the genuine medium, the reference values being stored in a storage part. a plurality of magnetic sensors comprising first and second magnetic sensors (310a, 310b) to sense a magnetic component printed on a specific position of an introduced medium and having an analog signal containing a first noise, wherein the first noise includes electrical noise generated from internal circuits of the medium discrimination apparatus and mechanical noise caused by a magnetic field generated when driving units are driven, and a third magnetic sensor to sense a second noise which is caused when the medium is transferred, wherein the second noise includes electrical noise generated from internal circuits of the medium discrimination apparatus and mechanical noise caused by a magnetic field generated when driving units are driven; a first differential amplifying part to perform a first subtraction operation for the noises sensed by the first and third magnetic sensors; a second differential amplifying part to perform a second subtraction operation for the noises sensed by the second and third magnetic sensors; an analog/digital converter to convert results from the first and second subtraction operations into digital signals; and a controller to discriminate if the introduced medium is genuine or counterfeit according to the converted digital signals by comparing the magnetic component of the introduced medium contained in the digital signals and reference values for the genuine medium, the reference values being stored in a storage part.
A computer-implemented method for enhancing the performance of a continuously variable transmission of a work vehicle, the method comprising: - engaging a range clutch (R1 - R4) of the continuously variable transmission; - cycling a directional clutch (52, 54) of the continuously variable transmission between an engaged state and a disengaged state while the range clutch (R1 - R4) is engaged; - controlling a position of a swash plate of the continuously variable transmission such that a ground speed of the work vehicle is maintained substantially at zero while the directional clutch (52,54) is cycled between the engaged and disengaged states; and - comprising maintaining a parking brake of the work vehicle engaged while the directional clutch is cycled between the engaged and disengaged states. - engaging a range clutch (R1 - R4) of the continuously variable transmission; - cycling a directional clutch (52, 54) of the continuously variable transmission between an engaged state and a disengaged state while the range clutch (R1 - R4) is engaged; - controlling a position of a swash plate of the continuously variable transmission such that a ground speed of the work vehicle is maintained substantially at zero while the directional clutch (52,54) is cycled between the engaged and disengaged states; and - comprising maintaining a parking brake of the work vehicle engaged while the directional clutch is cycled between the engaged and disengaged states.
A glove comprising: a cuff providing an opening to the glove; a back panel defining a first portion of finger sheaths and a thumb sheath, the back panel extending along the finger sheaths and the thumb sheath to the cuff; a palm panel disposed on an opposite side of the glove than the back panel and defining a second portion of the finger sheaths and the thumb sheath, the palm panel formed from a first material having a greater coefficient of friction than a second material of the back panel, extending along the finger sheaths and the thumb sheath to the cuff, and tapering in a direction from the finger sheaths to the cuff; and a gusset extending between and attached to the back panel and the palm panel and formed from a different material than the back panel and the palm panel; wherein the back panel extends into the palm side of a wrist region of the glove. a cuff providing an opening to the glove; a back panel defining a first portion of finger sheaths and a thumb sheath, the back panel extending along the finger sheaths and the thumb sheath to the cuff; a palm panel disposed on an opposite side of the glove than the back panel and defining a second portion of the finger sheaths and the thumb sheath, the palm panel formed from a first material having a greater coefficient of friction than a second material of the back panel, extending along the finger sheaths and the thumb sheath to the cuff, and tapering in a direction from the finger sheaths to the cuff; and a gusset extending between and attached to the back panel and the palm panel and formed from a different material than the back panel and the palm panel; wherein the back panel extends into the palm side of a wrist region of the glove.