mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article for a pet comprising: a liquid permeable top surface layer; a liquid impermeable back surface layer; and an absorbent core disposed between the top surface layer and the back surface layer, the absorbent article for a pet being configured in a rectangular shape with a pair of end portions (11, 12) facing each other and a pair of side portions (17, 18) facing each other orthogonal to the pair of end portions (11, 12), the absorbent article for a pet being configured to be worn in a state of being wrapped around the waist of a pet, the absorbent article for a pet further comprising a first solid gather portion and a second solid gather portion that are respectively disposed on a top surface layer side of the pair of side portions (17, 18) and uprise from the top surface layer, characterised in that the first solid gather portion is configured to lie outward in a width direction of the absorbent article for a pet, wherein the first solid gather portion and the second solid gather portion are configured to include: a pair of side sheets (51, 52) that are respectively disposed on the top surface layer side of the pair of side portions (17, 18), an outer edge of which is joined with the top surface layer or the back surface layer and at least a part of an inner edge of which is a free end; and an elastic member that is attached to a vicinity of an inner edge side of the pair of side sheets (51, 52); and wherein the inner edge side of the side sheet constituting the first solid gather portion is joined in the pair of end portions (11, 12) in a state of being folded back outward in the width direction of the absorbent article for a pet. a pair of side sheets (51, 52) that are respectively disposed on the top surface layer side of the pair of side portions (17, 18), an outer edge of which is joined with the top surface layer or the back surface layer and at least a part of an inner edge of which is a free end; and an elastic member that is attached to a vicinity of an inner edge side of the pair of side sheets (51, 52); and wherein the inner edge side of the side sheet constituting the first solid gather portion is joined in the pair of end portions (11, 12) in a state of being folded back outward in the width direction of the absorbent article for a pet.
A method of modifying a binaural signal using headtracking information, the method comprising: receiving, by a headset, a binaural audio signal, wherein the binaural audio signal includes a first signal and a second signal; generating, by a sensor, headtracking data, wherein the headtracking data relates to an orientation of the headset; calculating, by a processor, a delay based on the headtracking data, a first filter response based on the headtracking data, and a second filter response based on the headtracking data; applying the delay to one of the first signal and the second signal, based on the headtracking data, to generate a delayed signal, wherein an other of the first signal and the second signal is an undelayed signal; applying the first filter response to the delayed signal to generate a modified delayed signal; applying the second filter response to the undelayed signal to generate a modified undelayed signal; outputting, by a first speaker of the headset according to the headtracking data, the modified delayed signal; and outputting, by a second speaker of the headset according to the headtracking data, the modified undelayed signal. receiving, by a headset, a binaural audio signal, wherein the binaural audio signal includes a first signal and a second signal; generating, by a sensor, headtracking data, wherein the headtracking data relates to an orientation of the headset; calculating, by a processor, a delay based on the headtracking data, a first filter response based on the headtracking data, and a second filter response based on the headtracking data; applying the delay to one of the first signal and the second signal, based on the headtracking data, to generate a delayed signal, wherein an other of the first signal and the second signal is an undelayed signal; applying the first filter response to the delayed signal to generate a modified delayed signal; applying the second filter response to the undelayed signal to generate a modified undelayed signal; outputting, by a first speaker of the headset according to the headtracking data, the modified delayed signal; and outputting, by a second speaker of the headset according to the headtracking data, the modified undelayed signal.
A machine for packaging an object, notably a sterilization basket, with at least one sterilization packaging material, notably a sterilization sheet, the machine comprising: - a plate configured to receive the sterilization packaging material and the object to be packaged placed on top, - a gripping tool configured to grasp hold of a corner (F1; F2; F3; F4) of the sterilization packaging material, the gripping tool and the plate being able to move relative to one another so as to allow the gripping tool to bring the corner over the top of the object and thus form at least one fold covering the object, characterized in that the plate and the gripping tool are able to rotate one relative to the other and the plate is able to rotate about a vertical axis of rotation. - a plate configured to receive the sterilization packaging material and the object to be packaged placed on top, - a gripping tool configured to grasp hold of a corner (F1; F2; F3; F4) of the sterilization packaging material, the gripping tool and the plate being able to move relative to one another so as to allow the gripping tool to bring the corner over the top of the object and thus form at least one fold covering the object, characterized in that the plate and the gripping tool are able to rotate one relative to the other and the plate is able to rotate about a vertical axis of rotation.
A computing device configured to harden data encryption with a secure enclave executed in user mode; comprising: a processor:; a memory; and a user mode interface module at least partially implemented in a kernel mode of said processor, wherein said user mode interface module is to: queue unprocessed data in a shared buffer that is accessible to said user mode interface module and an enclave host module executable at least in part in a user mode of said processor, said enclave host module hosting a secure enclave; and provide a buffered data indicator to said enclave host module, said buffered data indicator being configured to cause said secure enclave to perform encryption operations on said unprocessed data to produce processed data. a processor:; a memory; and a user mode interface module at least partially implemented in a kernel mode of said processor, wherein said user mode interface module is to: queue unprocessed data in a shared buffer that is accessible to said user mode interface module and an enclave host module executable at least in part in a user mode of said processor, said enclave host module hosting a secure enclave; and provide a buffered data indicator to said enclave host module, said buffered data indicator being configured to cause said secure enclave to perform encryption operations on said unprocessed data to produce processed data. queue unprocessed data in a shared buffer that is accessible to said user mode interface module and an enclave host module executable at least in part in a user mode of said processor, said enclave host module hosting a secure enclave; and provide a buffered data indicator to said enclave host module, said buffered data indicator being configured to cause said secure enclave to perform encryption operations on said unprocessed data to produce processed data.
A method of enhancing adhesion of an image to at least one surface of a paper product where the image was from an electrophotographic printer utilizing liquid toner technology and the image was based on a liquid toner, the method comprising treating at least a portion of a paper product prior to printing with a composition comprising a water soluble binder and a water soluble binder additive, wherein the binder additive comprises a polymer produced from one or more monomers selected from the group consisting of vinylpyrrolidone, an oxazoline-containing monomer, N-vinyl piperidinone, vinylcaprolactam, N,N-dimethyl acrylamide, and combinations thereof and (ii) optionally one or more non-ionic monomers or optionally (iii) one or more non-hydrogen bonding monomers.
A device comprising an image processor, the image processor being configured to implement an image processing system, the image processing system comprising: a first machine learning model ( f θ) for performing restoration processing on degraded image data; and a second machine learning model ( g ω) for recognizing areas of an image requiring processing emphasis during the restoration processing; wherein the output of the second machine learning model is an input to the first machine learning model to optimize the restoration processing, characterized in that the second machine learning model is trained according to the steps of: receiving weighted loss data at the second machine learning model; determining by the second machine learning model a spatial distribution of the loss based on the weighted loss data; and updating the weight map to account for the spatial distribution of the loss derived from the weighted loss data. a first machine learning model ( f θ) for performing restoration processing on degraded image data; and a second machine learning model ( g ω) for recognizing areas of an image requiring processing emphasis during the restoration processing; wherein the output of the second machine learning model is an input to the first machine learning model to optimize the restoration processing, characterized in that the second machine learning model is trained according to the steps of: receiving weighted loss data at the second machine learning model; determining by the second machine learning model a spatial distribution of the loss based on the weighted loss data; and updating the weight map to account for the spatial distribution of the loss derived from the weighted loss data.
A method of radially compressing a prosthetic valve, comprising: partially inserting the valve while in a radially expanded configuration into a crimping device comprising crimping jaws, wherein a portion of the valve comprising an outer skirt extends outside of the crimper jaws; crimping the valve to a first partially collapsed configuration; further inserting the valve into the crimping device, such that the outer skirt is between the crimper jaws; crimping the valve to a second partially collapsed configuration; and optionally crimping the valve to a fully crimped configuration. partially inserting the valve while in a radially expanded configuration into a crimping device comprising crimping jaws, wherein a portion of the valve comprising an outer skirt extends outside of the crimper jaws; crimping the valve to a first partially collapsed configuration; further inserting the valve into the crimping device, such that the outer skirt is between the crimper jaws; crimping the valve to a second partially collapsed configuration; and optionally crimping the valve to a fully crimped configuration.
A non-transitory computer readable medium for assessing a neural state of a subject, comprising instructions which, when executed by one or more processors, causes performance of the following: obtaining a recording of a compound action potential arising in neural tissue of the subject; processing the recording to determine whether a profile of the recorded compound action potential is anomalous; and outputting an indication regarding the neural state of the subject based on determined anomalies in the recorded compound action potential, characterised in that processing the recording to determine whether a profile of the recorded compound action potential is anomalous comprises determining whether more than three peaks exist in the recorded compound action potential obtaining a recording of a compound action potential arising in neural tissue of the subject; processing the recording to determine whether a profile of the recorded compound action potential is anomalous; and outputting an indication regarding the neural state of the subject based on determined anomalies in the recorded compound action potential, characterised in that processing the recording to determine whether a profile of the recorded compound action potential is anomalous comprises determining whether more than three peaks exist in the recorded compound action potential
A pinhole camera for monitoring or fault detection comprising a lens, which lens has a rectangular cross-section; a cover glass fastened in front of the lens in an air and liquid tight manner; a cylindrical cleaning chamber formed between the cover glass and the wall of the pinhole camera comprising a pinhole, by means of a flange, the flange being provided with an inlet, characterized in that the pinhole camera further comprises a tube whose first end is connected to the inlet and whose second end is divided into two branches (35', 35") for supplying compressed air via the first branch through the inlet to the cleaning chamber, and for supplying washing liquid via the second branch (35") through the inlet to the cleaning chamber, from which cleaning chamber the compressed air and the washing liquid are configured to exit via the pinhole of the pinhole camera.
A method performed by user equipment, the method comprising the steps of: on reception by the user equipment of a trigger instructing modification of an access stratum radio bearer, the user equipment retaining an associated non-access stratum bearer; in response to said trigger, the user equipment modifying said access stratum radio bearer to have updated security credentials, wherein said step of modifying comprises a re-establishment of a packet data convergence protocol layer with updated security credentials and wherein said re-establishment of said packet data convergence protocol layer maintains packet data convergence protocol data packets and sequence numbers; and during said modifying of said access stratum radio bearer, maintaining an identifier for said associated non-access stratum bearer. on reception by the user equipment of a trigger instructing modification of an access stratum radio bearer, the user equipment retaining an associated non-access stratum bearer; in response to said trigger, the user equipment modifying said access stratum radio bearer to have updated security credentials, wherein said step of modifying comprises a re-establishment of a packet data convergence protocol layer with updated security credentials and wherein said re-establishment of said packet data convergence protocol layer maintains packet data convergence protocol data packets and sequence numbers; and during said modifying of said access stratum radio bearer, maintaining an identifier for said associated non-access stratum bearer.
A method, comprising: generating, at a user equipment, UE, a challenge vector; generating, at the UE, a response vector based on the challenge vector; transmitting, from the UE a request for on-demand system information; transmitting, from the UE, a challenge response for authentication of the request for the on-demand system information, wherein the challenge response includes the challenge vector and the response vector, and wherein the request for the on-demand system information and the challenge response are transmitted in a same message; and receiving, at the UE, the on-demand system information after the request for the on-demand system information is authenticated based on the challenge response. generating, at a user equipment, UE, a challenge vector; generating, at the UE, a response vector based on the challenge vector; transmitting, from the UE a request for on-demand system information; transmitting, from the UE, a challenge response for authentication of the request for the on-demand system information, wherein the challenge response includes the challenge vector and the response vector, and wherein the request for the on-demand system information and the challenge response are transmitted in a same message; and receiving, at the UE, the on-demand system information after the request for the on-demand system information is authenticated based on the challenge response.
A functional laminate with a substantially flat appearance having the ability to conduct electricity, conduct light, provide electromagnetic fields or influence electromagnetic fields, comprising: (a) first and second outer layers of a fabric (35, 35') or film; (b) at least one functional element (5, 5') exhibiting electrical, optical and/or magnetic properties and coextending with the first and second outer layers of the fabric (35, 35') or film; and (c) an adhesive composition for bonding the functional element (5, 5') between the outer layers, wherein each outer layer has an outer surface and wherein a distal end of the functional laminate is folded back onto itself at least one time and such folded end is fastened to the outer surface of one outer layer. (a) first and second outer layers of a fabric (35, 35') or film; (b) at least one functional element (5, 5') exhibiting electrical, optical and/or magnetic properties and coextending with the first and second outer layers of the fabric (35, 35') or film; and (c) an adhesive composition for bonding the functional element (5, 5') between the outer layers,
An infusion assembly (1a, 1b) for capsules and/or pods for obtaining infused beverages and the like, comprising a main body associable with a coffee machine or the like and supporting a plurality of elements (5, 6, 24) adapted to define an infusion chamber (3a, 3b) adapted to accommodate a capsule or pod (4, 45) for infusions, said infusion chamber (3a, 3b) being delimited at least in an upper region and at least in a lower region, respectively, by an upper element and a lower element, which are pivoted to said main body, respectively, about two pivoting axes (7, 8) which are substantially parallel to each other and are substantially perpendicular to the axis of revolution of said infusion chamber (3a, 3b), said upper element and said lower element being connected kinematically to each other for their synchronized movement between a closed position, in which said upper element and said lower element delimit said infusion chamber (3a, 3b), and an open position, in which said upper element and said lower element are spaced from said infusion chamber (3a, 3b) to evacuate said capsule or pod (4, 45) from said infusion chamber (3a, 3b), characterized in that said infusion chamber (3a, 3b) is delimited laterally by a pair of jaw elements, which are reciprocally engageable and are pivoted to said main body about a third pivoting axis, which is substantially perpendicular to said two pivoting axes (7, 8), for their disengagement with consequent evacuation of said capsule or pod (4, 45) by gravity from said infusion chamber (3a, 3b), said jaw elements being connected kinematically to at least said upper element or said lower element for their synchronized movement with said upper element and said lower element during transition from said closed position to said open position.
A testing apparatus for performing an assay, the testing apparatus comprising: a receptacle containing a reagent, the reagent being reactive to an applied test sample by developing a colour or pattern variation; a portable device comprising a processor and an image capture device; wherein the processor is adapted to correct the image for any rotational misalignment or skew; wherein the processor is adapted to determine a degree of error associated with any rotational misalignment or skew for correcting the image; wherein the processor is configured to process data captured by the image capture device and output a test result for the applied test sample; and characterised in that the testing apparatus is configured to reject an image when a degree of error associated with any rotational misalignment or skew is greater than a predetermined value. a receptacle containing a reagent, the reagent being reactive to an applied test sample by developing a colour or pattern variation; a portable device comprising a processor and an image capture device; wherein the processor is adapted to correct the image for any rotational misalignment or skew; wherein the processor is adapted to determine a degree of error associated with any rotational misalignment or skew for correcting the image; wherein the processor is configured to process data captured by the image capture device and output a test result for the applied test sample; and characterised in that the testing apparatus is configured to reject an image when a degree of error associated with any rotational misalignment or skew is greater than a predetermined value.
Method for the quantitative spatially resolved determination of a physiological tissue parameter of an examination subject, comprising the following steps: - determination of a signal model with m different signal parameters, which influence an MR signal of the examination subject, - recording of N different MR images of the examination subject with m<=N, wherein measured data tuples with N measured values are determined from the N MR images on a pixel-by-pixel basis, wherein the N MR images are recorded with different contrasts, - creating a lookup table with a plurality of table entries, wherein each entry assigns an N-dimensional tuple of synthesised measured values to an m-dimensional tuple of signal parameters that have been calculated using the signal model, - pre-processing of the table that has been created in order to create a sorted lookup table, wherein, in the sorted lookup table, the table entries are arranged such that the determination of the synthetic measurement value which, according to a given metric, is nearest in the sorted lookup table to a measured data tuple, is possible with a nearest-neighbour search, - determination of at least some of the signal parameters by comparing the pixel-by-pixel measured data tuples with N-dimensional tuples of the synthesised measured values in the sorted lookup table for at least some of the pixels with an optimisation method for identifying a global minimum in the sorted lookup table. - determination of a signal model with m different signal parameters, which influence an MR signal of the examination subject, - recording of N different MR images of the examination subject with m<=N, wherein measured data tuples with N measured values are determined from the N MR images on a pixel-by-pixel basis, wherein the N MR images are recorded with different contrasts, - creating a lookup table with a plurality of table entries, wherein each entry assigns an N-dimensional tuple of synthesised measured values to an m-dimensional tuple of signal parameters that have been calculated using the signal model, - pre-processing of the table that has been created in order to create a sorted lookup table, wherein, in the sorted lookup table, the table entries are arranged such that the determination of the synthetic measurement value which, according to a given metric, is nearest in the sorted lookup table to a measured data tuple, is possible with a nearest-neighbour search, - determination of at least some of the signal parameters by comparing the pixel-by-pixel measured data tuples with N-dimensional tuples of the synthesised measured values in the sorted lookup table for at least some of the pixels with an optimisation method for identifying a global minimum in the sorted lookup table.