mhurhangee/ep-ind-claims huggingface dataset:
A method of a terminal configured with a first cell and a second cell for transmitting a sounding reference signal, SRS, the method comprising: receiving, from a base station, information for configuring an SRS transmission on two symbols in an uplink pilot time slot, UpPTS, on the first cell by higher layer signaling, the first cell operating in a time division duplex, TDD, mode; identifying (2603, 2604) whether an uplink control information transmission on the second cell overlaps with the SRS transmission on the first cell in a first subframe in terms of time and whether a shortened physical uplink control channel, PUCCH, format is configured to be used, the second cell operating in a Frequency Division Duplex, FDD, mode; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is configured to be used, transmitting, to the base station, the SRS on a second symbol in the UpPTS and dropping the SRS transmission on a first symbol in the UpPTS in the first subframe on the first cell and transmitting, to the base station, uplink control information using the shortened PUCCH format on a plurality of symbols except a last symbol in the first subframe on the second cell; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is not configured to be used, transmitting, to the base station, uplink control information in the first subframe on the second cell. receiving, from a base station, information for configuring an SRS transmission on two symbols in an uplink pilot time slot, UpPTS, on the first cell by higher layer signaling, the first cell operating in a time division duplex, TDD, mode; identifying (2603, 2604) whether an uplink control information transmission on the second cell overlaps with the SRS transmission on the first cell in a first subframe in terms of time and whether a shortened physical uplink control channel, PUCCH, format is configured to be used, the second cell operating in a Frequency Division Duplex, FDD, mode; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is configured to be used, transmitting, to the base station, the SRS on a second symbol in the UpPTS and dropping the SRS transmission on a first symbol in the UpPTS in the first subframe on the first cell and transmitting, to the base station, uplink control information using the shortened PUCCH format on a plurality of symbols except a last symbol in the first subframe on the second cell; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is not configured to be used, transmitting, to the base station, uplink control information in the first subframe on the second cell.
An apparatus of managing slicing in a fronthaul connection between entities in a radio access network, RAN, the apparatus comprising: at least one processor configured to: estimate load on the fronthaul connection; determine a functional split and a size of remote aggregation unit, RAU, clusters for each of a plurality of fronthaul slices, based on the estimated load; and perform a traffic split on the plurality of the fronthaul slices, based on the determined RAU clusters size and the determined functional split. estimate load on the fronthaul connection; determine a functional split and a size of remote aggregation unit, RAU, clusters for each of a plurality of fronthaul slices, based on the estimated load; and perform a traffic split on the plurality of the fronthaul slices, based on the determined RAU clusters size and the determined functional split.
An imaging apparatus, comprising: a light source section (2, 40) comprising a light source having a wavelength of a plurality of bands including a visible light band and a near-infrared band, the light source section (2, 40) being adapted to be used to measure a shape of a subject as an object of a surgical operation; an imaging section configured to convert measurement light source light images of the plurality of bands from the light source section (2, 40) into a plurality of electrical measurement imaging signals, whereby the imaging apparatus is arranged such that the measurement light source light images are reflected from a surface and an inside of the subject; a calculation section (13, 16) configured to measure a shape of the surface and a shape of the inside in the subject based on the plurality of electrical measurement imaging signals obtained through the conversion in the imaging section; and a composition processing section configured to composition-process the shape of the surface and the shape of the inside measured by the calculation section (13, 16) to create three-dimensional image data about the subject. a light source section (2, 40) comprising a light source having a wavelength of a plurality of bands including a visible light band and a near-infrared band, the light source section (2, 40) being adapted to be used to measure a shape of a subject as an object of a surgical operation; an imaging section configured to convert measurement light source light images of the plurality of bands from the light source section (2, 40) into a plurality of electrical measurement imaging signals, whereby the imaging apparatus is arranged such that the measurement light source light images are reflected from a surface and an inside of the subject; a calculation section (13, 16) configured to measure a shape of the surface and a shape of the inside in the subject based on the plurality of electrical measurement imaging signals obtained through the conversion in the imaging section; and a composition processing section configured to composition-process the shape of the surface and the shape of the inside measured by the calculation section (13, 16) to create three-dimensional image data about the subject.
Component for a vehicle, in particular handle carrier of a door handle, having a receptacle to which a plug element is fastenable, wherein the receptacle being designed such that plug elements with different geometries are fastenable to the receptacle, the receptacle having detent devices, characterized in that the detent devices differ in their length in such a way that the different lengths of the individual detent devices are each assigned to a plug element.
A method of detecting the possible presence of malware operating on a monitored computer system, the method comprising: accessing a copy of an executable program file (125, 126), the executable program file (125, 126) containing the compiled code of a program for execution on the monitored system, as stored on a persistent storage device of the monitored system and, before the executable program is loaded into memory, calculating in respect thereof expected absolute values for memory locations of functions or helper programs identified for possible calling by the executable program, which functions or helper programs are intended to be linked in a dynamic manner only at load or run time of the program, accessing values of corresponding memory locations contained within the program file once loaded into memory, comparing the accessed values with the corresponding calculated expected values and determining the possible presence of malware on the monitored system where the comparison indicates that at least one pair of an accessed value and a corresponding calculated expected value do not match.
A method for generating bursts of laser pulses, comprising: - generating first repetition rate laser pulses; - generating first repetition rate laser bursts from the first repetition rate laser pulses, the first repetition rate laser bursts each containing a sequence of second repetition rate laser pulses, wherein the second repetition rate is higher than the first repetition rate, wherein the first repetition rate laser bursts are generated in a burst generator with the use of a Pockels cell; and - individually controlling one or more of the occurrence, the pulse shape, pulse peak power, and pulse duration of the second repetition rate laser pulses within the first repetition rate laser bursts, by supplying voltage pulses to the Pockels cell in synchronism with incoming second repetition rate laser pulses and one or both of a rising edge and a falling edge of the voltage pulses is time-shifted to adjust a desired voltage value when a second repetition rate laser pulse is in the Pockels cell. - generating first repetition rate laser pulses; - generating first repetition rate laser bursts from the first repetition rate laser pulses, the first repetition rate laser bursts each containing a sequence of second repetition rate laser pulses, wherein the second repetition rate is higher than the first repetition rate, wherein the first repetition rate laser bursts are generated in a burst generator with the use of a Pockels cell; and - individually controlling one or more of the occurrence, the pulse shape, pulse peak power, and pulse duration of the second repetition rate laser pulses within the first repetition rate laser bursts, by supplying voltage pulses to the Pockels cell in synchronism with incoming second repetition rate laser pulses and one or both of a rising edge and a falling edge of the voltage pulses is time-shifted to adjust a desired voltage value when a second repetition rate laser pulse is in the Pockels cell.
A method for unique marking of material, comprising the following steps: a) producing an ink for marking the product to be rendered unique, made up of a vehicle suitable for the type of printing, machinery and printed product, which is mixed to microencapsulated microdrops of 40 μm to 80 μm in diameter optionally mixed with micronized microparticles; b) printing on the product, using this particular ink, a sign of approximately one centimetre square, comprised in which is a progressive filing number, in which during printing said microencapsulated microdrops of colour break up under pressure to form coloured and/or fluorescent and/or phosphorescent and/or reflecting spots or patches that are original and distinct from one another as regards size and pattern and distribute randomly over the printing area, giving rise to a background map that proves unique and impossible to reconstruct given the randomness of its composition; c) lighting up said sign, thus creating an unrepeatable and differentiated background map for the sign entered; d) filtering first the reading datum consisting of said background map using a dark lens in order to neutralize and inhibit any possible reflectance of distortion and disturbance of the patterns, and then detecting said filtered reading datum, by means of an optical-to-digital telecamera connected to a software with a viewing device, which transmits the filtered reading datum to a filing database for a future comparison and confirmation of authenticity on the product thus marked. a) producing an ink for marking the product to be rendered unique, made up of a vehicle suitable for the type of printing, machinery and printed product, which is mixed to microencapsulated microdrops of 40 μm to 80 μm in diameter optionally mixed with micronized microparticles; b) printing on the product, using this particular ink, a sign of approximately one centimetre square, comprised in which is a progressive filing number, in which during printing said microencapsulated microdrops of colour break up under pressure to form coloured and/or fluorescent and/or phosphorescent and/or reflecting spots or patches that are original and distinct from one another as regards size and pattern and distribute randomly over the printing area, giving rise to a background map that proves unique and impossible to reconstruct given the randomness of its composition; c) lighting up said sign, thus creating an unrepeatable and differentiated background map for the sign entered; d) filtering first the reading datum consisting of said background map using a dark lens in order to neutralize and inhibit any possible reflectance of distortion and disturbance of the patterns, and then detecting said filtered reading datum, by means of an optical-to-digital telecamera connected to a software with a viewing device, which transmits the filtered reading datum to a filing database for a future comparison and confirmation of authenticity on the product thus marked.
A sliding member comprising: a base material; and a coating layer provided on a surface of the base material, wherein the coating layer is formed of a resin composition comprising a binder resin, a solid lubricant, and metal particles having a Young's modulus of 10 GPa or more but 100 GPa or less, characterised in, that the coating layer comprises metal particles of 1 vol.% to 20 vol.% when an amount of the entire resin composition constituting the coating layer being defined as 100 vol.%, wherein the metal particles having a major-axis length of 3 to 10 μm in the planar direction thereof and a thickness of 0.1 to 1 μm and wherein the coating layer has an elastic recovery ratio of less than 60%.
A pool cleaner working with water under pressure comprising: a cleaner head having at least one drive wheel rotatably mounted to the head about a lateral drive wheel axis, a conduit for conducting water under pressure in a flow stream to the head, a torque converter for converting energy of the water flow stream into mechanical energy associated with torque and being drivingly connected to said at least one drive wheel to propel the head, a thrust nozzle in water flow communication with said conduit for receiving a portion of the flow stream under pressure and for expelling said portion of the flow stream in a jet stream, characterized in that it comprises a director for directing the jet stream, the director comprising a tiltable guide mounted to the head to confront the jet stream and is tiltable about a transverse pitch axis between a first orientation in which it directs the jet stream, while the head is moving through the water, along a first jet stream line for exerting thrust on the head along a first thrust line co-incident with the first jet stream line and opposite thereto in direction, and a second orientation in which it directs the jet stream, when motion of the head through the water stops in response to the head being checked against an obstacle, along a second jet stream line for exerting thrust on the head along a second thrust line co-incident with the second jet stream line and opposite thereto in direction, in which the first thrust line passes the lateral drive wheel axis at a position proximate said drive wheel axis and in which the second thrust line passes the lateral drive wheel axis relatively remotely, towards a point on the periphery of said at least one drive wheel which will form an interface with the submerged surface in use. a cleaner head having at least one drive wheel rotatably mounted to the head about a lateral drive wheel axis, a conduit for conducting water under pressure in a flow stream to the head, a torque converter for converting energy of the water flow stream into mechanical energy associated with torque and being drivingly connected to said at least one drive wheel to propel the head, a thrust nozzle in water flow communication with said conduit for receiving a portion of the flow stream under pressure and for expelling said portion of the flow stream in a jet stream,
A device (30; 741) comprising: a processor; and a memory (44; 46) coupled with the processor, the memory (44; 46) comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting semantics information for data from an apparatus; and in response to the requesting of semantic information for data, receiving, from the apparatus, the semantics information that is associated with the data; characterised by: requesting, from an external semantics node, a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. a processor; and a memory (44; 46) coupled with the processor, the memory (44; 46) comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting semantics information for data from an apparatus; and in response to the requesting of semantic information for data, receiving, from the apparatus, the semantics information that is associated with the data; characterised by: requesting, from an external semantics node, a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. requesting semantics information for data from an apparatus; and in response to the requesting of semantic information for data, receiving, from the apparatus, the semantics information that is associated with the data; characterised by: requesting, from an external semantics node, a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. requesting, from an external semantics node, a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information.
A communication control device comprising: a power calculation unit configured to decide maximum allowable transmission power of a second wireless system including a plurality of wireless communication devices sharing a frequency allocated to a first wireless system so that an aggregate interference level due to communication of an interference source that can occur at a reference point satisfies an allowable interference level of the first wireless system, using one or more of the wireless communication devices characterized by a height difference calculation unit configured to calculate a difference between an altitude of the reference point for calculating interference power including information regarding the height in the first wireless system and an altitude of one wireless communication device in the second wireless system, wherein the power calculation unit is configured to decide the maximum allowable transmission power of the second wireless system using one or more of the wireless communication devices for which the difference is less than a predetermined value as the interference source. characterized by a height difference calculation unit configured to calculate a difference between an altitude of the reference point for calculating interference power including information regarding the height in the first wireless system and an altitude of one wireless communication device in the second wireless system, wherein the power calculation unit is configured to decide the maximum allowable transmission power of the second wireless system using one or more of the wireless communication devices for which the difference is less than a predetermined value as the interference source.
A bubble-generating scooter for children comprising a footrest assembly, a handle assembly and wheels, the bubble-generating scooter for children further comprising a bubble-generating device mounted on the scooter, characterized in that the bubble-generating device comprising: a liquid storage tank having a liquid inlet provided at the top thereof and a liquid outlet provided at the bottom thereof; a bubble-ejecting barrel having an upper opening and a lower opening, with a liquid inlet port being provided at the top of the bubble-ejecting barrel, wherein a film-hanging needle which can rotate around the central axis of the bubble-ejecting barrel is provided at the center of the upper opening, the rotational shaft of the film-hanging needle being connected with a connecting pipe; a blower whose vent port is connected with the lower opening of the bubble-ejecting barrel; a transmission device having a plurality of output shafts; a liquid transporting device for transporting liquids; wherein the liquid inlet port of the bubble-ejecting barrel is connected with the liquid outlet port of the liquid storage tank through a hose passing through the liquid transporting device; and the liquid transporting device, the blower and the connecting pipe which is connected to the rotational shaft of the film-hanging needle are connected to each of the output shafts of the transmission device, respectively. a liquid storage tank having a liquid inlet provided at the top thereof and a liquid outlet provided at the bottom thereof; a bubble-ejecting barrel having an upper opening and a lower opening, with a liquid inlet port being provided at the top of the bubble-ejecting barrel, wherein a film-hanging needle which can rotate around the central axis of the bubble-ejecting barrel is provided at the center of the upper opening, the rotational shaft of the film-hanging needle being connected with a connecting pipe; a blower whose vent port is connected with the lower opening of the bubble-ejecting barrel; a transmission device having a plurality of output shafts; a liquid transporting device for transporting liquids; wherein the liquid inlet port of the bubble-ejecting barrel is connected with the liquid outlet port of the liquid storage tank through a hose passing through the liquid transporting device; and the liquid transporting device, the blower and the connecting pipe which is connected to the rotational shaft of the film-hanging needle are connected to each of the output shafts of the transmission device, respectively.
A method, performed by a system comprising nodes (10, 32, 32') in a wireless network, each controlling and coordinating both access and backhaul communications, for providing Point-to-Point, PTP, communication between the nodes (10, 32, 32') as well as providing interference mitigation between various links formed between the nodes (10, 32, 32') in the network, the method comprising: use of an antenna array arrangement (20, 40, 42, 48) to provide multiple concurrent transmissions over multiple antennas; wherein providing interference mitigation involves adjustment of a beam pattern (44, 46, 49); allocating at least one MIMO stream among the various antennas in the array; and use of a backhaul coding scheme in addition to convolutional code and convolutional turbo code on a backhaul link. use of an antenna array arrangement (20, 40, 42, 48) to provide multiple concurrent transmissions over multiple antennas; wherein providing interference mitigation involves adjustment of a beam pattern (44, 46, 49); allocating at least one MIMO stream among the various antennas in the array; and use of a backhaul coding scheme in addition to convolutional code and convolutional turbo code on a backhaul link.