mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a first mobile station causing collision at an access point of a wireless local area network with a second mobile station during communication between said access point and said first and second mobile station, said method comprising the following steps: - identifying said first mobile station based on a packet received therefrom; - computing a first time window in which a packet failed to be transmitted from the first mobile station to the said access point; - identifying said second mobile station based on a packet received therefrom; - computing a second time window in which a packet failed to be transmitted from the second mobile station to the said access point, or in which a packet has successfully transmitted from said second mobile station to the said access point; - if the first and second time windows overlap, computing a probability of collision between the first and second mobile stations; - identifying the colliding mobile station based on the computed probability of collision. - identifying said first mobile station based on a packet received therefrom; - computing a first time window in which a packet failed to be transmitted from the first mobile station to the said access point; - identifying said second mobile station based on a packet received therefrom; - computing a second time window in which a packet failed to be transmitted from the second mobile station to the said access point, or in which a packet has successfully transmitted from said second mobile station to the said access point; - if the first and second time windows overlap, computing a probability of collision between the first and second mobile stations; - identifying the colliding mobile station based on the computed probability of collision.
A method for checking the load weight of a lorry for admissibility by means of a dynamic vehicle scale with several load cells arranged one behind the other and a vehicle identification system, wherein the vehicle type is determined by the vehicle identification system, and then the axle load data determined by the dynamic vehicle scale is compared with the data associated with the vehicle type, wherein inductive classification loops are used to record the pattern of the vehicle underbody, in particular the number of the axles and distance between them, which is used to classify the vehicle, characterized in that the mutual distance between the axle pairs is determined by the dynamic vehicle scale with several load cells one behind the other on the basis of the respective loaded load cell.
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations for training a speech recognition model, the operations comprising: obtaining a multilingual text-to-speech model; generating, using the multilingual TTS model, a native synthesized speech representation for an input text sequence in a first language that is conditioned on speaker characteristics of a native speaker of the first language; generating, using the multilingual TTS model, a cross-lingual synthesized speech representation for the input text sequence in the first language that is conditioned on speaker characteristics of a native speaker of a different second language; generating, using the speech recognition model, a first speech recognition result for the native synthesized speech representation and a second speech recognition result for the cross-lingual synthesized speech representation; determining a consistent loss term based on the first speech recognition result and the second speech recognition result; and updating parameters of the speech recognition model based on the consistent loss term. obtaining a multilingual text-to-speech model; generating, using the multilingual TTS model, a native synthesized speech representation for an input text sequence in a first language that is conditioned on speaker characteristics of a native speaker of the first language; generating, using the multilingual TTS model, a cross-lingual synthesized speech representation for the input text sequence in the first language that is conditioned on speaker characteristics of a native speaker of a different second language; generating, using the speech recognition model, a first speech recognition result for the native synthesized speech representation and a second speech recognition result for the cross-lingual synthesized speech representation; determining a consistent loss term based on the first speech recognition result and the second speech recognition result; and updating parameters of the speech recognition model based on the consistent loss term.
A data transmission method, wherein the method comprises the following steps performed in a radio acess network device: determining configuration information of a preset data bearer, wherein the preset data bearer is used to transmit data, and the configuration information comprises a data transmission mode of data transmitted over a radio interface through the preset data bearer; and sending the configuration information of the preset data bearer to a mobile terminal before establishment of a radio resource control, RRC, connection to the mobile terminal is completed, wherein the configuration information of the preset data bearer is configured to be used by the mobile terminal to transmit data through the preset data bearer, and the sending of the configuration information of the preset data bearer comprises broadcasting system information, wherein the system information comprises the configuration information of the preset data bearer. determining configuration information of a preset data bearer, wherein the preset data bearer is used to transmit data, and the configuration information comprises a data transmission mode of data transmitted over a radio interface through the preset data bearer; and sending the configuration information of the preset data bearer to a mobile terminal before establishment of a radio resource control, RRC, connection to the mobile terminal is completed, wherein the configuration information of the preset data bearer is configured to be used by the mobile terminal to transmit data through the preset data bearer, and the sending of the configuration information of the preset data bearer comprises broadcasting system information, wherein the system information comprises the configuration information of the preset data bearer.
A process for the production of a superabsorbent polymer comprising: (a) preparing an aqueous mixture of monomers selected to provide after polymerization a superabsorbent polymer, (b) feeding said monomer mixture to a reactor, (c) subjecting the aqueous monomer mixture in the reactor to free-radical polymerization to obtain a superabsorbent polymer gel, and (d) removing the superabsorbent polymer from the reactor, (e) working-up the superabsorbent polymer removed from the reactor to obtain a final product, whereby a basic aqueous medium comprising carbonate and/or hydrogen carbonate is fed to the superabsorbent polymer gel in process step (c), and fines of superabsorbent polymer are recycled into the preparation process, wherein working-up step (e) encompasses: transferring the superabsorbent polymer gel to a subsequent process step according to if at least one of the process steps according to is performed; optionally any of the following steps and combinations thereof in any order: sizing the superabsorbent polymer gel; granulating the superabsorbent polymer gel; maintaining the superabsorbent polymer gel in a gel hold tank; transferring the superabsorbent polymer gel to a drying device; and drying the superabsorbent polymer gel. (a) preparing an aqueous mixture of monomers selected to provide after polymerization a superabsorbent polymer, (b) feeding said monomer mixture to a reactor, (c) subjecting the aqueous monomer mixture in the reactor to free-radical polymerization to obtain a superabsorbent polymer gel, and (d) removing the superabsorbent polymer from the reactor, (e) working-up the superabsorbent polymer removed from the reactor to obtain a final product, whereby a basic aqueous medium comprising carbonate and/or hydrogen carbonate is fed to the superabsorbent polymer gel in process step (c), and fines of superabsorbent polymer are recycled into the preparation process, wherein working-up step (e) encompasses: transferring the superabsorbent polymer gel to a subsequent process step according to if at least one of the process steps according to is performed; optionally any of the following steps and combinations thereof in any order: sizing the superabsorbent polymer gel; granulating the superabsorbent polymer gel; maintaining the superabsorbent polymer gel in a gel hold tank; transferring the superabsorbent polymer gel to a drying device; and drying the superabsorbent polymer gel. transferring the superabsorbent polymer gel to a subsequent process step according to if at least one of the process steps according to is performed; optionally any of the following steps and combinations thereof in any order: sizing the superabsorbent polymer gel; granulating the superabsorbent polymer gel; maintaining the superabsorbent polymer gel in a gel hold tank; sizing the superabsorbent polymer gel; granulating the superabsorbent polymer gel; maintaining the superabsorbent polymer gel in a gel hold tank; transferring the superabsorbent polymer gel to a drying device; and drying the superabsorbent polymer gel.
A method of transmitting data symbols by using Zero-Tail Spread OFDM and Space Time Coding, the method comprising: generating a first group of K-L CP data symbols; conjugating and time-reversing the first group of K-L CP data symbols to generate a reversed-conjugated first group of data symbols; appending N P zeros before and L CP -N P zeros after the reversed-conjugated first group of data symbols to generate a first block of pre-spread symbols; appending N P zeros before and L CP -N P zeros after the first group of K-L CP data symbols to generate a second block of pre-spread symbols; spreading the pre-spread symbols for each of the first and second blocks of pre-spread symbols to create a first block of spread symbols and a second block of spread symbols, respectively; mapping, for each of the first and second blocks of spread symbols, each of the spread symbols to an occupied subcarrier; performing modulation on the first and second blocks of spread data symbols mapped to subcarriers to create a first block of time domain symbols and a second block of time domain symbols, respectively; transmitting the first block of time domain symbols via a first time resource and first antenna and transmitting the second block of time domain symbols via a second time resource and second antenna, where the second time resource is different from the first time resource, wherein K is a number of occupied subcarriers, L CP is a cyclic prefix length, and N P is a number of appended zeros. generating a first group of K-L CP data symbols; conjugating and time-reversing the first group of K-L CP data symbols to generate a reversed-conjugated first group of data symbols; appending N P zeros before and L CP -N P zeros after the reversed-conjugated first group of data symbols to generate a first block of pre-spread symbols; appending N P zeros before and L CP -N P zeros after the first group of K-L CP data symbols to generate a second block of pre-spread symbols; spreading the pre-spread symbols for each of the first and second blocks of pre-spread symbols to create a first block of spread symbols and a second block of spread symbols, respectively; mapping, for each of the first and second blocks of spread symbols, each of the spread symbols to an occupied subcarrier; performing modulation on the first and second blocks of spread data symbols mapped to subcarriers to create a first block of time domain symbols and a second block of time domain symbols, respectively; transmitting the first block of time domain symbols via a first time resource and first antenna and transmitting the second block of time domain symbols via a second time resource and second antenna, where the second time resource is different from the first time resource, wherein K is a number of occupied subcarriers, L CP is a cyclic prefix length, and N P is a number of appended zeros.
A method comprising: outputting, to a display device, content for display; receiving information indicating a first distance of a first user from a display area of the display device; prioritizing, based on the first distance, the order in which the image characteristics for adjusting an image resource allocation, are adjusted; determining an eye focus, of the first user, associated with a first region of the display area, of the display device, comprising a plurality of regions; determining, by a computing device and based at least in part on the eye focus of the first user, the image resource allocation for displaying content within the display area; determining an increase or decrease in transmission resources available for outputting the content for display within the display area; adjusting, based on the increase or decrease in transmission resources, a size of at least the first region; outputting, via the display device, the content for display within the display area in accordance with the determined image resource allocation; and after determining that a change in eye focus of the first user exceeds a threshold distance within the display area, adjusting, based on an updated eye focus of the first user, the image resource allocation for displaying the content. outputting, to a display device, content for display; receiving information indicating a first distance of a first user from a display area of the display device; prioritizing, based on the first distance, the order in which the image characteristics for adjusting an image resource allocation, are adjusted; determining an eye focus, of the first user, associated with a first region of the display area, of the display device, comprising a plurality of regions; determining, by a computing device and based at least in part on the eye focus of the first user, the image resource allocation for displaying content within the display area; determining an increase or decrease in transmission resources available for outputting the content for display within the display area; adjusting, based on the increase or decrease in transmission resources, a size of at least the first region; outputting, via the display device, the content for display within the display area in accordance with the determined image resource allocation; and after determining that a change in eye focus of the first user exceeds a threshold distance within the display area, adjusting, based on an updated eye focus of the first user, the image resource allocation for displaying the content.
A display device, comprising: a projector configured to emit projection light having a first projection distance; a first screen disposed at a position having a distance longer than the first projection distance from the projector along the projection light and configured to receive first projection light of the projection light and display a first image a second screen disposed at a position having a distance shorter than the first projection distance the projector along the projection light and configured to receive second projection light of the projection light different from the first projection light and display a second image, characterized in that the display device further comprises a projection distance extending unit disposed on a path of the first projection light between the projector and the first screen, having negative refractive power, and configured to extend a projection distance of the first projection light; and a projection distance shortening unit disposed on a path of the second projection light between the projector and the second screen having positive refractive power, and configured to shorten a projection distance of the second projection light light
A paving system comprising an upper layer of paving (2,3) permeable to water, and a substrate layer of load bearing particulate material, whereby particles of a non-load bearing, water retentive polymeric material are distributed in the interstitial spaces between particles of the load bearing particulate material, the hydrological characteristics of the water retentive material permitting the storage of substantial masses of water; characterised in that the water retentive polimeric material is a porous foamed material and undergoes little or no expansion when it absorbs water.
An interbody fusion degradable cage for facilitating fusion of adjacent bones or fusion of adjacent bone surfaces, the interbody fusion cage comprising: a designed porous microstructure comprising a biocompatible material; an osteoconductive mineral coating on at least a portion of the interbody fusion cage; and a fixation plate connected to, or integrated with, the designed porous microstructure, wherein: the microstructure includes a plurality of spaced apart walls (12, 16, 21), wherein one of the walls is positioned between another two of the walls (12, 21). a designed porous microstructure comprising a biocompatible material; an osteoconductive mineral coating on at least a portion of the interbody fusion cage; and a fixation plate connected to, or integrated with, the designed porous microstructure, wherein: the microstructure includes a plurality of spaced apart walls (12, 16, 21), wherein one of the walls is positioned between another two of the walls (12, 21). the microstructure includes a plurality of spaced apart walls (12, 16, 21), wherein one of the walls is positioned between another two of the walls (12, 21).
A method comprising: receiving, by a wireless device and via a first physical downlink control channel, PDCCH, monitoring occasion of PDCCH monitoring occasions for PDCCH repetition in a slot, a repetition of a downlink control information, DCI, triggering transmission of an uplink signal; and transmitting the uplink signal with a transmission power determined based on a number of symbols: after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal. receiving, by a wireless device and via a first physical downlink control channel, PDCCH, monitoring occasion of PDCCH monitoring occasions for PDCCH repetition in a slot, a repetition of a downlink control information, DCI, triggering transmission of an uplink signal; and transmitting the uplink signal with a transmission power determined based on a number of symbols: after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal. after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal.
A system for optional dynamic longitudinal positioning of the rotational point (11, 12) of a ski boot in a ski binding on a cross-country or touring ski during use, characterized in that the system comprises: - an electrical actuator comprising an engine, - an energy source for the electrical actuator, and - a control system adapted to control the electrical actuator, wherein the electrical engine is adapted to move the rotational point (11, 12) by moving the ski binding, or parts thereof, when the electrical actuator receives a signal from the control system. - an electrical actuator comprising an engine, - an energy source for the electrical actuator, and - a control system adapted to control the electrical actuator,
A package for containing a food item, the package having an enclosure adapted to hold said food item, wherein the package comprises: a first package part comprising a receptacle having an opening with an edge extending at least partially around the opening, and a second package part attached to the edge, wherein the enclosure is at least partially formed via an association between the first and second package parts, wherein the receptacle includes an inner face adapted to conform to a shaped portion of a surface of the food item, wherein the enclosure is configured to retain the food item with the shaped portion of the surface of the food item being proximate to the inner face of the receptacle, wherein the edge comprises a flange extending at least partially around the opening, and the second package part is attached to the flange, characterised in that: the second package part is a substantially flat piece of film that is peelably, re-attachably sealed to the first package part at the flange, and in that the first package part and the second package part are formed from the same sheet of film as a unitary item and folded together to form the package. a first package part comprising a receptacle having an opening with an edge extending at least partially around the opening, and a second package part attached to the edge, wherein the enclosure is at least partially formed via an association between the first and second package parts, wherein the receptacle includes an inner face adapted to conform to a shaped portion of a surface of the food item, wherein the enclosure is configured to retain the food item with the shaped portion of the surface of the food item being proximate to the inner face of the receptacle, wherein the edge comprises a flange extending at least partially around the opening, and the second package part is attached to the flange, characterised in that: the second package part is a substantially flat piece of film that is peelably, re-attachably sealed to the first package part at the flange, and in that the first package part and the second package part are formed from the same sheet of film as a unitary item and folded together to form the package. the second package part is a substantially flat piece of film that is peelably, re-attachably sealed to the first package part at the flange, and in that the first package part and the second package part are formed from the same sheet of film as a unitary item and folded together to form the package.
Overvoltage protection device for protecting electrical low-voltage installations, having one lower device part, at least one upper device part and one intermediate device part, wherein the lower device part has input and output terminals (4, 5) for the electric conductors and contact elements (6, 7) to be connected to the input and output terminals (4, 5), wherein the intermediate device part can be plugged onto the lower device part and the upper device part can be plugged onto the intermediate device part, wherein the intermediate device part has mating contact elements (11, 12) corresponding to the contact elements (6, 7) of the lower device part and contact elements (13, 14) connected to the mating contact elements (11, 12), and wherein the upper device part has at least one overvoltage protection element (8, 9) and mating contact elements (13, 14) corresponding to the contact elements (13, 14) of the intermediate device part characterized in that the intermediate device part has at least one longitudinal element connected between two mating contact elements (11, 12), which is designed so that plugging and unplugging of the at least one upper device part having an overvoltage protection element (8, 9) occurs free of interruption and impedance-neutral.