mhurhangee/ep-ind-claims huggingface dataset:
A transmitter configured to transmit a first data sequence and a second data sequence by orthogonal frequency division multiplexing OFDM, the transmitter comprising: a mapper configured to obtain the first data sequence and the second data sequence, and combine and map the first data sequence and the second data sequence obtained onto a plurality of subcarriers which are OFDM subcarriers; and a framer configured to generate an OFDM signal from the plurality of subcarriers, wherein the mapper is configured to: map the first data sequence onto a plurality of first subcarriers out of the plurality of subcarriers, as a high power signal; and map the second data sequence onto the plurality of first subcarriers and a plurality of second subcarriers different from the plurality of first subcarriers, out of the plurality of subcarriers, as a low power signal, wherein power of the low power signal is lower than power of the high power signal, the first data sequence is not mapped onto the plurality of second subcarriers, and the plurality of first subcarriers consists of every n-th subcarrier of the plurality of subcarriers along the frequency axis, n being a predetermined integer larger than 1. a mapper configured to obtain the first data sequence and the second data sequence, and combine and map the first data sequence and the second data sequence obtained onto a plurality of subcarriers which are OFDM subcarriers; and a framer configured to generate an OFDM signal from the plurality of subcarriers, wherein the mapper is configured to: map the first data sequence onto a plurality of first subcarriers out of the plurality of subcarriers, as a high power signal; and map the second data sequence onto the plurality of first subcarriers and a plurality of second subcarriers different from the plurality of first subcarriers, out of the plurality of subcarriers, as a low power signal, wherein power of the low power signal is lower than power of the high power signal, the first data sequence is not mapped onto the plurality of second subcarriers, and the plurality of first subcarriers consists of every n-th subcarrier of the plurality of subcarriers along the frequency axis, n being a predetermined integer larger than 1. map the first data sequence onto a plurality of first subcarriers out of the plurality of subcarriers, as a high power signal; and map the second data sequence onto the plurality of first subcarriers and a plurality of second subcarriers different from the plurality of first subcarriers, out of the plurality of subcarriers, as a low power signal, wherein power of the low power signal is lower than power of the high power signal, the first data sequence is not mapped onto the plurality of second subcarriers, and the plurality of first subcarriers consists of every n-th subcarrier of the plurality of subcarriers along the frequency axis, n being a predetermined integer larger than 1.
A communication processing method, comprising: receiving (300, 301), by a terminal device, a first indication message sent by a radio access network, wherein the first indication message indicates whether to activate a duplication mode of a radio bearer for data transmission between the terminal device and the radio access network, and when the duplication mode is activated, data from a packet data convergence protocol, PDCP, entity in the radio bearer is transmitted on a corresponding first radio link control, RLC, entity on a first path, and is duplicately transmitted on a corresponding second RLC entity on a second path; and activating or deactivating, by the terminal device, the duplication mode of the radio bearer based on the first indication message, wherein the first indication message is a media access control, MAC, layer message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode, and the second field indicates whether to activate the duplication mode. receiving (300, 301), by a terminal device, a first indication message sent by a radio access network, wherein the first indication message indicates whether to activate a duplication mode of a radio bearer for data transmission between the terminal device and the radio access network, and when the duplication mode is activated, data from a packet data convergence protocol, PDCP, entity in the radio bearer is transmitted on a corresponding first radio link control, RLC, entity on a first path, and is duplicately transmitted on a corresponding second RLC entity on a second path; and activating or deactivating, by the terminal device, the duplication mode of the radio bearer based on the first indication message, wherein the first indication message is a media access control, MAC, layer message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode, and the second field indicates whether to activate the duplication mode.
A method of decoding video data, the method comprising: receiving a picture parameter set; and, for an integer number i greater than 0, parsing from the picture parameter set a first syntax element specifying a difference between a first index of a tile located at a top-left corner of an i-th tile group and a second index of a tile located at a top-left corner of an (i-1)-th tile group, and determining the first index of the tile located at the top-left corner of the i-th tile group by adding the difference into the second index of the tile located at the top-left corner of the (i-1)-th tile group. receiving a picture parameter set; and, for an integer number i greater than 0, parsing from the picture parameter set a first syntax element specifying a difference between a first index of a tile located at a top-left corner of an i-th tile group and a second index of a tile located at a top-left corner of an (i-1)-th tile group, and determining the first index of the tile located at the top-left corner of the i-th tile group by adding the difference into the second index of the tile located at the top-left corner of the (i-1)-th tile group.
A filter element comprising: a filter medium configured as a hollow filter medium body; an upper end plate arranged on an upper axial end of the hollow filter medium body, the upper end plate having a central tubular projection arranged on an axially outer side of the upper end plate; a first valve seat arranged within an interior of the central tubular projection; and a first check valve arranged within the interior of the central tubular projection on the first valve seat and adapted to allow fluid flow in a first direction and block fluid flow in an opposite second direction, characterized in that the central tubular projection includes a plurality of axially extending grooves formed into a radially outer surface of the central tubular projection. a filter medium configured as a hollow filter medium body; an upper end plate arranged on an upper axial end of the hollow filter medium body, the upper end plate having a central tubular projection arranged on an axially outer side of the upper end plate; a first valve seat arranged within an interior of the central tubular projection; and a first check valve arranged within the interior of the central tubular projection on the first valve seat and adapted to allow fluid flow in a first direction and block fluid flow in an opposite second direction, characterized in that the central tubular projection includes a plurality of axially extending grooves formed into a radially outer surface of the central tubular projection.
A mutated immunoglobulin-binding protein capable of binding to regions of an immunoglobulin molecule other than the complementarity determining regions, wherein said protein comprises at least one unit as defined by SEQ ID NO. 2, in which the amino acid residue at position 23 in each unit is a threonine and wherein in each unit a) the amino acid residue at position 3 is an alanine, or b) the amino acid residues at positions 3 and 6 are an alanine and an aspartic acid respectively.
Method for evaluating an index (I O) of exposure to ultraviolet radiation of an eye (OD; OG) of a wearer having a gaze direction and equipped with spectacles comprising at least one eyeglass, comprising the following steps: - determining the area of a portion of the back face of said eyeglass, which portion is directly exposed to exterior ultraviolet radiation coming from a direction making an angle (α) comprised between 90° and 180° to the gaze direction when said wearer is wearing said spectacles; - determining a value (I EXP) representative of the exposure to ultraviolet radiation of at least one environment frequented by the wearer; and - determining the index (I O) of exposure depending on the determined area and the determined value (I EXP), wherein the step of determining said area includes: - illuminating the wearer from behind using a projector (PROJ), thereby illuminating said portion of the back face of said eyeglass; - taking an image (I') of the spectacles worn by the wearer, in which image the illuminated portion appears; - determining said area by processing said image (I'). - determining the area of a portion of the back face of said eyeglass, which portion is directly exposed to exterior ultraviolet radiation coming from a direction making an angle (α) comprised between 90° and 180° to the gaze direction when said wearer is wearing said spectacles; - determining a value (I EXP) representative of the exposure to ultraviolet radiation of at least one environment frequented by the wearer; and - determining the index (I O) of exposure depending on the determined area and the determined value (I EXP), - illuminating the wearer from behind using a projector (PROJ), thereby illuminating said portion of the back face of said eyeglass; - taking an image (I') of the spectacles worn by the wearer, in which image the illuminated portion appears; - determining said area by processing said image (I').
Method for measuring NMR-data of a target sample in an NMR spectrometer, said NMR spectrometer comprising a main field magnet for generating a main magnetic field, wherein the main magnetic field shows main magnet variations, at least one compensation coil, at least one target sample coil (6, 6-1, 6-N), a lock sample coil, at least one target channel (11-1, 11-N) for generating RF-pulses with a target frequency and a lock data treatment system with a lock channel for generating RF-pulses with a lock excitation frequency and, the method comprising the following steps: i) providing a transfer function TF, TF1, TF-2 said transfer function TF, TF1, TF-2 correlating a target resonance frequency of the resonance peak of the target sample and a lock resonance frequency of the resonance peak of a lock sample at a present compensation current I comp of the at least one compensation coil, coefficients of said transfer function TF, TF1, TF-2 being stored in the lock data treatment system; ii) measuring lock data FID lock by means of the lock sample coil; iii) determining an actual required compensation current I comp for compensating temporal changes of the main magnetic field, the compensation current I comp being determined by processing the lock data FID lock of step ii); iv) applying the compensation current I comp to the at least one compensation coil; v) determining a target frequency correction offset FCO for the required compensation current I comp by using the transfer function TF, TF1, TF-2; vi) acquiring NMR-data of the target sample by exciting nuclei of the target sample by applying an RF-pulse by means of the target sample coil (6, 6-1, 6-N) with a target excitation frequency corrected by the target frequency correction offset FCO. i) providing a transfer function TF, TF1, TF-2 said transfer function TF, TF1, TF-2 correlating a target resonance frequency of the resonance peak of the target sample and a lock resonance frequency of the resonance peak of a lock sample at a present compensation current I comp of the at least one compensation coil, coefficients of said transfer function TF, TF1, TF-2 being stored in the lock data treatment system; ii) measuring lock data FID lock by means of the lock sample coil; iii) determining an actual required compensation current I comp for compensating temporal changes of the main magnetic field, the compensation current I comp being determined by processing the lock data FID lock of step ii); iv) applying the compensation current I comp to the at least one compensation coil; v) determining a target frequency correction offset FCO for the required compensation current I comp by using the transfer function TF, TF1, TF-2; vi) acquiring NMR-data of the target sample by exciting nuclei of the target sample by applying an RF-pulse by means of the target sample coil (6, 6-1, 6-N) with a target excitation frequency corrected by the target frequency correction offset FCO.
A sliding sleeve opening with a deployed plug, the sleeve comprising a housing defining a first bore and defining a flow port communicating the first bore outside the housing; an inner sleeve defining a second bore and being movable inside the first bore from a closed position to an opened position relative to the flow port, the second bore having a shoulder disposed therein; and a seat disposed in the second bore of the inner sleeve, the seat having a movable ring and having a deformable ring, the deformable ring composed of a deformable material and disposed between the movable ring and the shoulder, the movable ring of the seat engaging the deployed plug and opening the inner sleeve in response to first fluid pressure applied against the engaged plug; the movable ring compressing the deformable ring against the shoulder in response to second fluid pressure applied against the engaged plug, wherein, when it deforms, the deformable ring expands inward in the sleeve as a bulge and engages against the deployed plug to further seal the seating of the plug in the seat.
A computer-implemented method of managing a database, the method comprising: • determining a current block stored in a blockchain data structure stored in the database, which comprises data related to a first energy transfer transaction for transferring charge from a community member device; • further to the determination of the current block, searching the blockchain data structure for predetermined data indicating an energy transfer from at least one primary energy provider device controlled by a primary energy provider to the community member device, • upon determining in the blockchain data structure at least one block containing the predetermined data, generating a new block with data corresponding to a current reward transaction between the primary energy provider and the community member, based on data of the at least one block and data of the current block; and • adding the new block in the blockchain data structure. • determining a current block stored in a blockchain data structure stored in the database, which comprises data related to a first energy transfer transaction for transferring charge from a community member device; • further to the determination of the current block, searching the blockchain data structure for predetermined data indicating an energy transfer from at least one primary energy provider device controlled by a primary energy provider to the community member device, • upon determining in the blockchain data structure at least one block containing the predetermined data, generating a new block with data corresponding to a current reward transaction between the primary energy provider and the community member, based on data of the at least one block and data of the current block; and • adding the new block in the blockchain data structure.
A method for assisting a driver of a vehicle, wherein, in order to determine a driving tube for a road vehicle in a complex traffic situation, a surroundings detection sensor detects a carriageway in front of the vehicle, wherein the determination is carried out as a function of detected lane markings and raised carriageway delimiting means, characterised in that if the lane markings or delimiting means to the left and right of the driving tube are different, the vehicle observes a greater distance from one of the sides as a function of the type of delimiting means.
A security related zero-order diffractive filter for preventing counterfeiting comprising: a high-index material (320,420) having an upper surface and a lower surface; wherein said high-index material (320,420) is positioned between a first low-index matter (310,410) and a second low-index matter (330, 430); wherein said lower surface is adjacent to said first low-index matter (310, 410) and wherein said upper surface is adjacent to said second low-index matter (330,430); wherein a diffractive grating (315, 415) structure is provided on the first low-index matter (310,410); wherein said high-index material (320, 420)has an index of refraction that is higher than the index of refraction of both said first low-index matter (310, 410)and said second low-index matter (330, 430); said high-index material (320, 420) being laterally patterned on said first low-index matter (310, 410), such that said zero-order diffractive filter forms high-index islands (320A, 320B, 420A, 420B, 321, 421) and areas free of high-index material between said high-index islands; characterized in that said high-index islands (320A, 320B, 420B, 420B, 321, 421) have a size at least four times the grating period of said lower diffractive grating structure in any lateral direction so that they are resolvable by human eye and/or by machine reading authenticating applications. a high-index material (320,420) having an upper surface and a lower surface; wherein said high-index material (320,420) is positioned between a first low-index matter (310,410) and a second low-index matter (330, 430); wherein said lower surface is adjacent to said first low-index matter (310, 410) and wherein said upper surface is adjacent to said second low-index matter (330,430); wherein a diffractive grating (315, 415) structure is provided on the first low-index matter (310,410); wherein said high-index material (320, 420)has an index of refraction that is higher than the index of refraction of both said first low-index matter (310, 410)and said second low-index matter (330, 430); said high-index material (320, 420) being laterally patterned on said first low-index matter (310, 410), such that said zero-order diffractive filter forms high-index islands (320A, 320B, 420A, 420B, 321, 421) and areas free of high-index material between said high-index islands; characterized in that said high-index islands (320A, 320B, 420B, 420B, 321, 421) have a size at least four times the grating period of said lower diffractive grating structure in any lateral direction so that they are resolvable by human eye and/or by machine reading authenticating applications.
An X-ray imaging apparatus including an X-ray source with a cathode and an anode, configured to generate an X-radiation beam, and an X-ray detector for detecting the X-radiation after interaction with an imaged object, the beam having different spectra on its anode side and cathode side caused by the heel effect when the X-ray source is in operation, and a heel-effect-harnessing mechanism configured to cause a pixel (PX, GR) of the detector to be alternately exposed to both, the anode side and the cathode side of the beam, by changing the imaging geometry by controlling actuators in concert with the timing of read-out activity at the data acquisition unit, said actuators acting on at least one of the X-ray source, a patient examination table and the detector.
Hair setting composition comprising at least one polyurethane obtainable by reacting one or more water-insoluble, non-water-dispersible, isocyanate-functional polyurethane prepolymers A), wherein the content of ionic and ionogenic groups in the polyurethane prepolymer is below 15 milliequivalents per 100g of polyurethane prepolymer A), with one or more amino-functional compounds B), wherein the amino-functional compounds B) include at least one amino-functional compound B2) which has sulfonate or sulfonic acid groups.
A method for use in a telecommunication system comprising: receiving, by a sensing agent from a first transmit receive point, TRP, configuration information for configuring transmission of a sensing reference signal, SeRS, to be transmitted by the sensing agent during a transmission resource of the first transmit receive point, TRP; transmitting, by the sensing agent, the SeRS based on the configuration information; receiving, by the sensing agent, configuration information for configuring when the sensing agent can perform passive sensing on a reflection of a downlink transmission from the first TRP or from another TRP; performing, by the sensing agent, passive sensing on the reflection of the downlink transmission from the first TRP or the other TRP; and notifying, by the sensing agent, the first TRP of sensing information resulting from the passive sensing on the reflection of the downlink transmission from the first TRP or from the other TRP. receiving, by a sensing agent from a first transmit receive point, TRP, configuration information for configuring transmission of a sensing reference signal, SeRS, to be transmitted by the sensing agent during a transmission resource of the first transmit receive point, TRP; transmitting, by the sensing agent, the SeRS based on the configuration information; receiving, by the sensing agent, configuration information for configuring when the sensing agent can perform passive sensing on a reflection of a downlink transmission from the first TRP or from another TRP; performing, by the sensing agent, passive sensing on the reflection of the downlink transmission from the first TRP or the other TRP; and notifying, by the sensing agent, the first TRP of sensing information resulting from the passive sensing on the reflection of the downlink transmission from the first TRP or from the other TRP.
An operator workplace for a construction machine, comprising - a driver seat with a seating surface, - an armrest arranged next to the seating surface and having an arm support surface and a control wheel for controlling at least one machine function, the control wheel being rotatable about a control axis, characterized in that the control wheel is arranged at a distance from the seating surface in a horizontal plane and transverse to a front/rear direction, and in that the control axis of the control wheel is tilted relative to a vertical line by a tilt angle in a direction toward the arm support surface of the armrest. - a driver seat with a seating surface, - an armrest arranged next to the seating surface and having an arm support surface and a control wheel for controlling at least one machine function, the control wheel being rotatable about a control axis, characterized in that the control wheel is arranged at a distance from the seating surface in a horizontal plane and transverse to a front/rear direction, and in that the control axis of the control wheel is tilted relative to a vertical line by a tilt angle in a direction toward the arm support surface of the armrest.
A pharmaceutical composition for use in the treatment of stunting in a subject, the composition comprising: A therapeutically effective amount of a probiotic and wherein said probiotic comprises Lactobacillus plantarum strain ATCC202195; and An effective amount of prebiotic. A therapeutically effective amount of a probiotic and wherein said probiotic comprises Lactobacillus plantarum strain ATCC202195; and An effective amount of prebiotic.