mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a lower layer split-central unit, LLS-CU, performing at least one physical layer function of a base station in a wireless communication system, the method comprising: establishing a fronthaul interface to control a radio unit, RU, performing other physical layer functions of the base station; performing a modulation, a layer mapping and a resource element, RE, mapping for a downlink signal; and submitting, to the RU, the downlink signal for which the other physical layer functions are to be performed at the RU, wherein the other physical layer functions include a precoding, a digital beamforming, an inverse Fast Fourier Transform, iFFT, and a cyclic prefix, CP, addition for the downlink signal. establishing a fronthaul interface to control a radio unit, RU, performing other physical layer functions of the base station; performing a modulation, a layer mapping and a resource element, RE, mapping for a downlink signal; and submitting, to the RU, the downlink signal for which the other physical layer functions are to be performed at the RU, wherein the other physical layer functions include a precoding, a digital beamforming, an inverse Fast Fourier Transform, iFFT, and a cyclic prefix, CP, addition for the downlink signal.
A dental system for treating obstructive sleep apnea, the system characterised by comprising: a removable mounting retainer configured to align, in use, with a set of teeth; an electrical stimulator coupled to the mounting retainer; and a lead comprising a lead body and one or more electrodes along the lead body, the one or more electrodes arranged on the lead body such that they can, in use, be positioned to pace hypoglossal neural tissue to cause a tongue to move in response to the electrical stimulator wirelessly delivering electrical signals to the one or more electrodes. a removable mounting retainer configured to align, in use, with a set of teeth; an electrical stimulator coupled to the mounting retainer; and a lead comprising a lead body and one or more electrodes along the lead body, the one or more electrodes arranged on the lead body such that they can, in use, be positioned to pace hypoglossal neural tissue to cause a tongue to move in response to the electrical stimulator wirelessly delivering electrical signals to the one or more electrodes.
A method for producing sleeve-like labels, comprising: - a step of unwinding a supply reel of heat-shrink film, which comprises a plurality of pre-pasted portions which are distributed discretely along the unwinding direction of said supply reel; - a step of separating at least one band of heat-shrink film from said supply reel, said band of heat-shrink film comprising at least one of said pre-pasted portions; - a step of feeding said band of heat-shrink film to a forming spindle; - a step of wrapping said band of heat-shrink film around said forming spindle in order to provide a sleeve-like label, a region of overlap being provided between a first longitudinal end of said band of heat-shrink film in contact with said forming spindle and the second longitudinal end of said band of heat-shrink film, said pre-pasted portion being arranged at least partially at a portion of said overlap region; - a step of transferring said sleeve-like label formed around said forming spindle from said forming spindle to a container to be labelled. - a step of unwinding a supply reel of heat-shrink film, which comprises a plurality of pre-pasted portions which are distributed discretely along the unwinding direction of said supply reel; - a step of separating at least one band of heat-shrink film from said supply reel, said band of heat-shrink film comprising at least one of said pre-pasted portions; - a step of feeding said band of heat-shrink film to a forming spindle; - a step of wrapping said band of heat-shrink film around said forming spindle in order to provide a sleeve-like label, a region of overlap being provided between a first longitudinal end of said band of heat-shrink film in contact with said forming spindle and the second longitudinal end of said band of heat-shrink film, said pre-pasted portion being arranged at least partially at a portion of said overlap region; - a step of transferring said sleeve-like label formed around said forming spindle from said forming spindle to a container to be labelled.
A method for encapsulating an implant unit, ttmt- the implant unit comprising: providing a substrate, the substrate including an implantable circuit arranged on the substrate; disposing an encapsulation structure over at least a portion of the substrate and at least a portion of the implantable circuit, wherein the encapsulation structure includes a first polymer layer and a second polymer layer, and wherein disposing the encapsulation structure comprises: disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density. providing a substrate, the substrate including an implantable circuit arranged on the substrate; disposing an encapsulation structure over at least a portion of the substrate and at least a portion of the implantable circuit, wherein the encapsulation structure includes a first polymer layer and a second polymer layer, and wherein disposing the encapsulation structure comprises: disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density. disposing the first polymer layer on at least a portion of the substrate and at least a portion of the implantable circuit; and disposing the second polymer layer on the first polymer layer, wherein the first polymer layer has a first density and the second polymer has a second density, wherein the second density is less than the first density.
Earth-moist fresh concrete, comprising: • at least one binder; • at least one hydrating agent; and • foam glass lumps of broken foam glass with diameters from >0 mm to ≤16 mm as an aggregate, characterized in that the foam glass lumps are composed of 2 volume parts with diameters in the range from >0 to ≤4 mm, 1 volume part with diameters in the range from >4 mm to ≤8 mm and 1 volume part with diameters in the range from >8 mm to ≤16 mm. • at least one binder; • at least one hydrating agent; and • foam glass lumps of broken foam glass with diameters from >0 mm to ≤16 mm as an aggregate,
Method for the manufacturing of vehicles, in which vehicle bodies are conveyed through a plurality of treatment installations (20.i-j; 66, 66', 66") for performing a plurality of work steps (12.i, 14.i, 18.i, 20.i), wherein work of a different kind is performed on the vehicle bodies in two successive work steps (12.i, 12.i+1; 14.i, 14.i+1; 18.i, 18.i+1; 20.i, 20.i+1), characterized in that the vehicle bodies are conveyed at least from a corrosion protection treatment to a final assembly in a surface treatment plant for the surface treatment of the vehicle bodies at least region-wise with a driverless transport system, which comprises a plurality of floor-bound transport carriages, which travel on a travel floor and which each carry their own drive system with them and are driven and moved independently of one another. vehicle bodies are conveyed through a plurality of treatment installations (20.i-j; 66, 66', 66") for performing a plurality of work steps (12.i, 14.i, 18.i, 20.i), wherein work of a different kind is performed on the vehicle bodies in two successive work steps (12.i, 12.i+1; 14.i, 14.i+1; 18.i, 18.i+1; 20.i, 20.i+1), characterized in that the vehicle bodies are conveyed at least from a corrosion protection treatment to a final assembly in a surface treatment plant for the surface treatment of the vehicle bodies at least region-wise with a driverless transport system, which comprises a plurality of floor-bound transport carriages, which travel on a travel floor and which each carry their own drive system with them and are driven and moved independently of one another.
A method for transmitting a frame based on a plurality of channels channelized in a wireless local area network, WLAN, system, the method comprising: configuring, by a first wireless terminal, an enhanced directional multi-gigabit, EDMG, control mode physical protocol data unit, PPDU, comprising a legacy-header, L-header, field, and an EDMG-header-A field, wherein the L-header field comprises a differential encoder initialization field having a length of 1 bit, a scrambler initialization field having a length of 4 bits, a length field having a length of 10 bits, a packet type field having a length of 1 bit, a training length field having a length of 5 bits, a turnaround field having a length of 1 bit, a reserved field having a length of 2 bits, and a header check sequence, HCS, field having a length of 16 bits; and transmitting, by the first wireless terminal, the EDMG control mode PPDU to a second wireless terminal based on a channel bandwidth, wherein encoding information having a length of 5 bits and consisting of the scrambler initialization field and turnaround field includes information on the channel bandwidth for a channel formed based on first to sixth channels sequentially arranged on a frequency domain, each of the first to sixth channels having a bandwidth of 2.16 GHz. configuring, by a first wireless terminal, an enhanced directional multi-gigabit, EDMG, control mode physical protocol data unit, PPDU, comprising a legacy-header, L-header, field, and an EDMG-header-A field, wherein the L-header field comprises a differential encoder initialization field having a length of 1 bit, a scrambler initialization field having a length of 4 bits, a length field having a length of 10 bits, a packet type field having a length of 1 bit, a training length field having a length of 5 bits, a turnaround field having a length of 1 bit, a reserved field having a length of 2 bits, and a header check sequence, HCS, field having a length of 16 bits; and transmitting, by the first wireless terminal, the EDMG control mode PPDU to a second wireless terminal based on a channel bandwidth, wherein encoding information having a length of 5 bits and consisting of the scrambler initialization field and turnaround field includes information on the channel bandwidth for a channel formed based on first to sixth channels sequentially arranged on a frequency domain, each of the first to sixth channels having a bandwidth of 2.16 GHz.
A method for buffering of non-traffic data for a multiplexer arranged for multiplexing the non-traffic data with at least one traffic data channel, the method comprising the steps of: storing the non-traffic data in a buffer; determining a desired playout rate for the non-traffic data in the buffer as a function of buffer fullness measure, wherein if the buffer fullness measure is less than a maximum threshold, T max, the desired playout rate is determined as a linear function of the buffer fullness measure, and wherein if the buffer fullness measure is greater than or equal to T max, the desired playout rate is determined as a maximum playout rate; and reading the non-traffic data out of the buffer at a determined playout rate for multiplexing with the at least one traffic data channel. storing the non-traffic data in a buffer; determining a desired playout rate for the non-traffic data in the buffer as a function of buffer fullness measure, wherein if the buffer fullness measure is less than a maximum threshold, T max, the desired playout rate is determined as a linear function of the buffer fullness measure, and wherein if the buffer fullness measure is greater than or equal to T max, the desired playout rate is determined as a maximum playout rate; and reading the non-traffic data out of the buffer at a determined playout rate for multiplexing with the at least one traffic data channel.
A method comprising: transmitting or receiving an initial signal over an antenna of a user equipment to or from a base station by the UE; collecting motion sensor information from one or more motion sensors of the UE by the UE; determining a transmission or reception (TX/RX) parameter adjustment for the base station based on the motion sensor information by the UE; and sending, by the UE, a UE-initiated recommendation to a base station, the UE-initiated recommendation recommending that the base station make the TX/RX parameter adjustment prior to transmitting or receiving a subsequent signal to or from the UE, characterized in that the UE-initiated recommendation recommends that the base station adjust a beam direction used to transmit or receive the initial signal prior to transmitting or receiving the subsequent signal, by including a new beam index, a new beam pair index, and/or a new resource index. transmitting or receiving an initial signal over an antenna of a user equipment to or from a base station by the UE; collecting motion sensor information from one or more motion sensors of the UE by the UE; determining a transmission or reception (TX/RX) parameter adjustment for the base station based on the motion sensor information by the UE; and
An in vitro method for inducing reprogramming of somatic cells derived from mammals by bringing at least one protein selected from the group consisting of 30S ribosomal protein S2, 30S ribosomal protein S8 and 30S ribosomal protein S15 into contact with the somatic cells, characterized in that the protein is used as a protein molecule in the method and in that the protein is not used in the form of a part of the 30S ribosome protein itself.
A mobile terminal (200,300) comprising: an antenna for near field communication; and an RF part (220,320) judging whether or not an NFC device which sends a carrier wave is a mobile terminal and, if the NFC device is judged to be the mobile terminal, controlling the RF part (220,320) to prohibit near field communication, characterized in that the RF part further comprises: a communication type identifying part identifying, on a received packet-by-packet basis, a communication type of packets which are sent as a carrier wave received by the antenna; a communication permission/prohibition determining part that, when results of the packet-by-packet communication type identification are not the same for consecutive packets, judges that a sender of the carrier wave is a mobile terminal, and outputs a communication prohibition signal; and an RF controller acquiring the communication prohibition signal and controlling the RF part (220,320) to prohibit near field communication. an antenna for near field communication; and an RF part (220,320) judging whether or not an NFC device which sends a carrier wave is a mobile terminal and, if the NFC device is judged to be the mobile terminal, controlling the RF part (220,320) to prohibit near field communication, characterized in that the RF part further comprises: a communication type identifying part identifying, on a received packet-by-packet basis, a communication type of packets which are sent as a carrier wave received by the antenna; a communication permission/prohibition determining part that, when results of the packet-by-packet communication type identification are not the same for consecutive packets, judges that a sender of the carrier wave is a mobile terminal, and outputs a communication prohibition signal; and an RF controller acquiring the communication prohibition signal and controlling the RF part (220,320) to prohibit near field communication. a communication type identifying part identifying, on a received packet-by-packet basis, a communication type of packets which are sent as a carrier wave received by the antenna; a communication permission/prohibition determining part that, when results of the packet-by-packet communication type identification are not the same for consecutive packets, judges that a sender of the carrier wave is a mobile terminal, and outputs a communication prohibition signal; and an RF controller acquiring the communication prohibition signal and controlling the RF part (220,320) to prohibit near field communication.
A medical nuclear imaging system comprising: a plurality of pixels (20, 24) configured to detect radiation events and estimate the energy of the detected radiation events; a memory configured to store a plurality of energy windows, the energy windows corresponding to the pixels; an event verification module configured to window the radiation events with the energy windows corresponding to the detecting pixels; an energy calibration module configured to: receive calibration energy spectra corresponding to the plurality of pixels (20, 24), the calibration energy spectra generated from gamma photons from a calibration phantom; fit the calibration energy spectra with Gaussian curves; fit trend lines to both sides of the Gaussian curves of the calibration energy spectra; and determine lower level discriminators (LLDs) and upper level discriminators (ULDs) from the fitted trend lines, the LLDs and the ULDs defining the energy windows; and a reconstruction processor configured to reconstruct the windowed radiation events into an image representation. a plurality of pixels (20, 24) configured to detect radiation events and estimate the energy of the detected radiation events; a memory configured to store a plurality of energy windows, the energy windows corresponding to the pixels; an event verification module configured to window the radiation events with the energy windows corresponding to the detecting pixels; an energy calibration module configured to: receive calibration energy spectra corresponding to the plurality of pixels (20, 24), the calibration energy spectra generated from gamma photons from a calibration phantom; fit the calibration energy spectra with Gaussian curves; fit trend lines to both sides of the Gaussian curves of the calibration energy spectra; and determine lower level discriminators (LLDs) and upper level discriminators (ULDs) from the fitted trend lines, the LLDs and the ULDs defining the energy windows; and a reconstruction processor configured to reconstruct the windowed radiation events into an image representation. receive calibration energy spectra corresponding to the plurality of pixels (20, 24), the calibration energy spectra generated from gamma photons from a calibration phantom; fit the calibration energy spectra with Gaussian curves; fit trend lines to both sides of the Gaussian curves of the calibration energy spectra; and determine lower level discriminators (LLDs) and upper level discriminators (ULDs) from the fitted trend lines, the LLDs and the ULDs defining the energy windows; and a reconstruction processor configured to reconstruct the windowed radiation events into an image representation.
A centrifuge that includes a rotor, a drive source for rotating the rotor, and a rotating shaft for coupling the rotor and the drive source, the centrifuge comprising: an acceleration sensor that outputs values indicating acceleration in two different directions which are perpendicular to an axial direction of the rotating shaft; and a control unit that obtains an acceleration corresponding value, and stops rotation of the rotor in a case where the acceleration corresponding value satisfies a determination criteria which is predetermined and indicates that acceleration is large, characterized in that the values indicating acceleration in the two different directions are set to a 1 and a 2 respectively, values indicating acceleration in two directions, the two directions being perpendicular to the axial direction of the rotating shaft and orthogonal to each other, are set to a X and a Y respectively, and the control unit obtains the acceleration corresponding value from the value a 1 and the value a 2 so that the acceleration corresponding value is a value based on a X 2 +a Y 2, or so that the acceleration corresponding value is set to a value which is proportional to (a X 2 +a Y 2) 1/2. an acceleration sensor that outputs values indicating acceleration in two different directions which are perpendicular to an axial direction of the rotating shaft; and a control unit that obtains an acceleration corresponding value, and stops rotation of the rotor in a case where the acceleration corresponding value satisfies a determination criteria which is predetermined and indicates that acceleration is large, characterized in that the values indicating acceleration in the two different directions are set to a 1 and a 2 respectively, values indicating acceleration in two directions, the two directions being perpendicular to the axial direction of the rotating shaft and orthogonal to each other, are set to a X and a Y respectively, and the control unit obtains the acceleration corresponding value from the value a 1 and the value a 2 so that the acceleration corresponding value is a value based on a X 2 +a Y 2, or so that the acceleration corresponding value is set to a value which is proportional to (a X 2 +a Y 2) 1/2.
An article of footwear comprising: an upper configured to surround and retain a wearer's foot, the upper including a heel region; a lateral counter located on a lateral side of the heel region, the lateral counter being stiffer than at least some portions of the upper but yieldable in response to medial and lateral tilting of the wearer's foot when the article is worn; a medial counter located on a medial side of the heel region, the medial counter being stiffer than at least some portions of the upper but yieldable in response to medial tilting of the wearer's foot when the article is worn, wherein the medial counter has a height less than a height of the lateral counter; and a rear strap extending across a substantial portion of the lateral counter and configured to be securable in a wrapped position, the wrapped position extending upward and around the wearer's Achilles tendon and over a medial side region at least as high as an ankle portion of the upper, at least the portion of the rear strap extending upward and around the wearer's Achilles tendon moves relative to the upper, and a securing location of the strap being in a position at a forward ankle portion of the upper, wherein the rear strap is fixedly secured to the article under the heel region, slidably extends through a slot in the lateral counter, and moves relative to the lateral counter and/or to a constraint imposed on the rear strap by the slot in the lateral counter. an upper configured to surround and retain a wearer's foot, the upper including a heel region; a lateral counter located on a lateral side of the heel region, the lateral counter being stiffer than at least some portions of the upper but yieldable in response to medial and lateral tilting of the wearer's foot when the article is worn; a medial counter located on a medial side of the heel region, the medial counter being stiffer than at least some portions of the upper but yieldable in response to medial tilting of the wearer's foot when the article is worn, wherein the medial counter has a height less than a height of the lateral counter; and a rear strap extending across a substantial portion of the lateral counter and configured to be securable in a wrapped position, the wrapped position extending upward and around the wearer's Achilles tendon and over a medial side region at least as high as an ankle portion of the upper, at least the portion of the rear strap extending upward and around the wearer's Achilles tendon moves relative to the upper, and a securing location of the strap being in a position at a forward ankle portion of the upper, wherein the rear strap is fixedly secured to the article under the heel region, slidably extends through a slot in the lateral counter, and moves relative to the lateral counter and/or to a constraint imposed on the rear strap by the slot in the lateral counter.