mhurhangee/patent-ind-claim-en huggingface dataset:
A space-time buffer comprising: a plurality of discrete trapping regions configured to trap ions as individual trapping regions or as combinations of trapping regions; and a controller configured to: determine an ion flux of ions entering the space-time buffer; combine at least a portion of the plurality of trapping regions into a larger trap region, wherein the larger trap region size is calculated based on the ion flux; fill the larger trap region with a plurality of ions; split the larger trap region into individual trapping regions each containing a portion of the plurality of ions; and eject ions from the trapping regions. a plurality of discrete trapping regions configured to trap ions as individual trapping regions or as combinations of trapping regions; and a controller configured to: determine an ion flux of ions entering the space-time buffer; combine at least a portion of the plurality of trapping regions into a larger trap region, wherein the larger trap region size is calculated based on the ion flux; fill the larger trap region with a plurality of ions; split the larger trap region into individual trapping regions each containing a portion of the plurality of ions; and eject ions from the trapping regions. determine an ion flux of ions entering the space-time buffer; combine at least a portion of the plurality of trapping regions into a larger trap region, wherein the larger trap region size is calculated based on the ion flux; fill the larger trap region with a plurality of ions; split the larger trap region into individual trapping regions each containing a portion of the plurality of ions; and eject ions from the trapping regions.
An assembly of a roll of toilet paper or a roll of absorbent sheet material and a holder for a roll of toilet paper or a roll of absorbent sheet material , the roll having a hollow cylindrical core , the holder being constructed to have one side mountable directly to a surface of a wall, the holder comprising a patch having an adhesive surface covered by a release sheet on said side and cordage (12;) being inserted through the roll core and directly secured to the adhesive surface of the patch , the assembly of the patch and cordage supporting the roll suspended by the cordage by adhesion of the patch directly to said wall surface, the patch consisting of paper, cloth or thin plastic sheet, wherein the cordage comprises a single cord with two legs for extending from the supported roll , each leg being secured at its end to the patch .
Method for operating a binaural hearing aid system with a first hearing aid and a second hearing aid , wherein, for a suppression of acoustic feedback, a first audio signal of the first hearing aid is divided at a division frequency (tf) into a first high-frequency component (HF1) and a first low-frequency component (NF1), and a second audio signal of the second hearing aid is divided at the division frequency (tf) into a second high-frequency component (HF2) and a second low-frequency component (NF2), wherein to update the division frequency (tf) for the division of the first audio signal into the first high-frequency component (HF1) and the first low-frequency component (NF1), a first provisional division frequency (tf1) is specified on the basis of a physical change in a first acoustic feedback path from a first output transducer of the first hearing aid to a first input transducer of the first hearing aid , and a second provisional division frequency (tf2) is specified on the basis of a physical change in a second acoustic feedback path from a second output transducer of the second hearing aid to a second input transducer of the second hearing aid , wherein the first provisional division frequency (tf1) is transmitted from the first hearing aid to the second hearing aid , wherein, following the reception of the first provisional division frequency (tf1), the second provisional division frequency (tf2) is transmitted from the second hearing aid to the first hearing aid , and wherein the division frequency (tf) is defined in the first hearing aid and in the second hearing aid according to the same specified rule on the basis of the first provisional division frequency (tf1) and the second provisional division frequency (tf2).
A system for real-time detecting, classifying and deterring flying animal, the system comprising: at least one detection module configured to detect flying animal which comprises a pair of slave units , each slave unit comprising a movement detector configured to detect and record movement in a target environment and a local processing module comprising microprocessor for processing recorded data and a memory for storing both recorded and processed data, the local processing module being configured to calculate the size of at least one flying animal and its position in two dimensional space for further processing; a master unit comprising an analysis module configured to receive said processed data from the local processing module of each of the slave unit within the detection module and to process said data to determine presence of at least one flying animal by determining the three dimensional coordinates of such at least one flying animal, to classify such at least one flying animals by species and to determine a probability of collision of such at least one flying animal with an object of interest; and a deterrent configured to repel one or more species of flying animal based on the classification of at least one detected flying animals and on the determined probability of collision of such at least one flying animal with the object of interest. at least one detection module configured to detect flying animal which comprises a pair of slave units , each slave unit comprising a movement detector configured to detect and record movement in a target environment and a local processing module comprising microprocessor for processing recorded data and a memory for storing both recorded and processed data, the local processing module being configured to calculate the size of at least one flying animal and its position in two dimensional space for further processing; a master unit comprising an analysis module configured to receive said processed data from the local processing module of each of the slave unit within the detection module and to process said data to determine presence of at least one flying animal by determining the three dimensional coordinates of such at least one flying animal, to classify such at least one flying animals by species and to determine a probability of collision of such at least one flying animal with an object of interest; and a deterrent configured to repel one or more species of flying animal based on the classification of at least one detected flying animals and on the determined probability of collision of such at least one flying animal with the object of interest.
Separator (4, 4', 4", 4′′′, 4ʺʺ, 4 v , 4 vi , 30, 30'), in particular separator (4, 4', 4", 4′′′, 4"", 4 v , 4 vi , 30, 30') with a vertical axis of rotation , comprising a rotatably mounted drum with a drum interior for centrifugal processing of a liquid , wherein the separator (4, 4', 4", 4'", 4"", 4 v , 4 vi , 30, 30') has at least one gas supply line (11, 11', 11", 11′′′, 11ʺʺ, 11 v , 38, 38') for introducing gas into the liquid , which opens into the drum interior, characterized in that the separator (4, 4', 4", 4'", 4ʺʺ, 4 v , 4 vi , 30, 30') is designed in a sealed version, wherein a separating space of the drum is sealed or insulated from the environment in the inlet region and/or in the outlet region by mechanical seals or fluid-mechanical seals.
A device-to-device data transmission method, wherein the device-to-device data transmission method is used for a communications device (V-UE) and comprises: determining reservation information, where the reservation information indicates a factor of a reservation period length, the reservation information is indicated by Scheduling Assignment, SA, information, RRC signaling, or higher layer for the communications device (V-UE), the factor of the reservation period length includes a parameter i, and i is greater than 0 and less than 1, and at least one of first bit signaling and second bit signaling in the SA information indicates the parameter i, the first bit signaling is bit signaling that is in SA information in a vehicle-to-vehicle, V2V, communications technology and that indicates the parameter i, and the second bit signaling belongs to reserved bit signaling in the SA information; and transmitting to-be-transmitted data based on the reservation information. determining reservation information, where the reservation information indicates a factor of a reservation period length, the reservation information is indicated by Scheduling Assignment, SA, information, RRC signaling, or higher layer for the communications device (V-UE), the factor of the reservation period length includes a parameter i, and i is greater than 0 and less than 1, and at least one of first bit signaling and second bit signaling in the SA information indicates the parameter i, the first bit signaling is bit signaling that is in SA information in a vehicle-to-vehicle, V2V, communications technology and that indicates the parameter i, and the second bit signaling belongs to reserved bit signaling in the SA information; and transmitting to-be-transmitted data based on the reservation information.
A hoof boot for use on a hoof, the hoof boot comprising: A. a base including a sole and a front that at least partially covers lateral and anterior surfaces of the hoof; B. a heel captivator; C. a coupling mechanism for coupling the base to the heel captivator and allowing vertical movement of the heel captivator relative to the base after coupling; characterized in that the boot further comprises D. a pair of inertia straps that couples the heel captivator to the front of the base wherein each strap has a first end and a second end wherein the first end is adjustably coupled to the heel captivator and the second end is removably coupled to the front of the base. A. a base including a sole and a front that at least partially covers lateral and anterior surfaces of the hoof; B. a heel captivator; C. a coupling mechanism for coupling the base to the heel captivator and allowing vertical movement of the heel captivator relative to the base after coupling; characterized in that the boot further comprises D. a pair of inertia straps that couples the heel captivator to the front of the base wherein each strap has a first end and a second end wherein the first end is adjustably coupled to the heel captivator and the second end is removably coupled to the front of the base.
A solar cell connecting apparatus for manufacturing solar cell strings from individual crystalline solar cells and electrically conductive connectors, comprising a first module for bringing together solar cells and connectors ; a second module adjoining the first module for connecting the connectors to the solar cells; a third module for transporting the solar cells from the first module through the second module, characterised by a further module provided in front of the first module and having a screen printing unit for applying a conductive adhesive to at least one side of a solar cell , and a handling device adapted to guide the solar cell provided with the conductive adhesive into the first module and for transport through the third module .
A computer-implemented method for automatic speech recognition comprising: receiving an utterance, the utterance comprising audio data of spoken natural language; processing the utterance using a multi-pass decoder that includes a first-pass, recurrent neural network transducer (RNN-T), end-to-end (E2E) decoder and a second-pass, Listen, Attend and Spell (LAS) decoder; and outputting a final result of processing the utterance using the multi-pass decoder. receiving an utterance, the utterance comprising audio data of spoken natural language; processing the utterance using a multi-pass decoder that includes a first-pass, recurrent neural network transducer (RNN-T), end-to-end (E2E) decoder and a second-pass, Listen, Attend and Spell (LAS) decoder; and outputting a final result of processing the utterance using the multi-pass decoder.
A detection network comprising a plurality of detection devices configured to detect hazardous behaviour of at least one person in a respective field of detection , each detection device being configured to associate an identifier with the person present in its field of detection and comprising: - a depth sensor configured to generate a plurality of topographic views of the detection field , each topographic view comprising topographic distances between the depth sensor and points present in the detection field , - a determination module configured to determine a silhouette of the person from at least one topographical view, the silhouette being defined by a portion of the topographical distances, known as silhouette distances, - a processing module comprising an artificial neural network and being configured to determine the hazardous behaviour of the person by propagating at least one time sequence of silhouette distances via the artificial neural network, the artificial neural network being trained by a time sequence of silhouette distances corresponding to reference behaviours of the person , the detection network further comprising a centralised server configured to receive from each detection device an anonymised identifier of the person and the time sequence of silhouette distances of that person , the centralised server being further configured to determine the reference behaviours by propagating each time sequence via a centralised artificial neural network. - a depth sensor configured to generate a plurality of topographic views of the detection field , each topographic view comprising topographic distances between the depth sensor and points present in the detection field , - a determination module configured to determine a silhouette of the person from at least one topographical view, the silhouette being defined by a portion of the topographical distances, known as silhouette distances, - a processing module comprising an artificial neural network and being configured to determine the hazardous behaviour of the person by propagating at least one time sequence of silhouette distances via the artificial neural network, the artificial neural network being trained by a time sequence of silhouette distances corresponding to reference behaviours of the person , the detection network further comprising a centralised server configured to receive from each detection device an anonymised identifier of the person and the time sequence of silhouette distances of that person , the centralised server being further configured to determine the reference behaviours by propagating each time sequence via a centralised artificial neural network.
A lithium-ion (Li-ion) battery module , comprising: - a group of electrically interconnected electrochemical cells ; - a battery module terminal configured to be coupled to a load for powering the load; - an electrical path extending between the group of electrically interconnected electrochemical cells and the battery module terminal , wherein the electrical path comprises a bus bar bridge coupled between the battery module terminal and a plurality of bus bars configured to electrically interconnect the group of electrically interconnected electrochemical cells ; and - a housing , wherein the group of electrically interconnected electrochemical cells is disposed within the housing , and wherein the housing comprises a pair of snap-in extensions integrally formed with the housing , positioned along sides of the bus bar bridge and configured to receive and retain the bus bar bridge and to block movement of the bus bar bridge in at least one direction, wherein the bus bar bridge is positioned proximate to the pair of snap-in extensions such that a first weld point of the bus bar bridge is exposed with sufficient clearance for access via a welding tool on a first side of the pair of snap-in extensions , and a second weld point of the bus bar bridge is exposed with sufficient clearance for access via the welding tool on a second side of the pair of snap-in extensions opposite to the first side. - a group of electrically interconnected electrochemical cells ; - a battery module terminal configured to be coupled to a load for powering the load; - an electrical path extending between the group of electrically interconnected electrochemical cells and the battery module terminal , wherein the electrical path comprises a bus bar bridge coupled between the battery module terminal and a plurality of bus bars configured to electrically interconnect the group of electrically interconnected electrochemical cells ; and - a housing , wherein the group of electrically interconnected electrochemical cells is disposed within the housing , and wherein the housing comprises a pair of snap-in extensions integrally formed with the housing , positioned along sides of the bus bar bridge and configured to receive and retain the bus bar bridge and to block movement of the bus bar bridge in at least one direction,
Medical device comprising a device for measuring a health parameter of a patient, a device for taking an imprint identifying the patient, a device for communicating with a remote server and a control means, the control means being suitable for, when it is activated by a single action by the patient: • activating the device for measuring a health parameter of a patient, and obtaining, in return, a measured parameter, • activating the device for taking an imprint and obtaining, in return, an impression being taken, then providing the measured parameter and the imprint being taken to the communication device for transmission of the measured parameter and the imprint being taken to the remote server, wherein the device for taking an imprint is a device for taking a fingerprint, comprising a touch screen arranged to activate the control means when a presence of a finger is detected on the touch screen, and a means for copying arranged to take an image of the imprint of a finger into contact with the touch screen when the means for copying is activated by the control means. • activating the device for measuring a health parameter of a patient, and obtaining, in return, a measured parameter, • activating the device for taking an imprint and obtaining, in return, an impression being taken, then
A neuromuscular blockage monitoring system for noninvasive and automated determination of a level of neuromuscular blockage comprising: a patch device comprising a unitary patch body , at least two electrodes and at least one sensor , the at least one sensor arranged between the at least two electrodes on the unitary patch body; and a stimulator device operatively coupled to the patch device and configured to provide at least one electrical signal to the at least two electrodes to stimulate a muscle motor point and to receive a signal from the at least one sensor related to a result of the stimulation of the muscle motor point. a patch device comprising a unitary patch body , at least two electrodes and at least one sensor , the at least one sensor arranged between the at least two electrodes on the unitary patch body; and a stimulator device operatively coupled to the patch device and configured to provide at least one electrical signal to the at least two electrodes to stimulate a muscle motor point and to receive a signal from the at least one sensor related to a result of the stimulation of the muscle motor point.
A fastening laminate comprising: a substrate with an adhesive layer disposed thereon; a mechanical fastener on the adhesive layer , wherein the mechanical fastener includes a first opening that reveals a first portion of the adhesive layer ; and a release tape having a release surface , the release tape having an end portion attached to the substrate closer to a first portion of the mechanical fastener than a second portion of the mechanical fastener , wherein the release surface can cover the first portion of the mechanical fastener and at least partially cover the first portion of the adhesive layer , but cannot completely cover the second portion of the mechanical fastener , and wherein the first portion of the adhesive layer is between the first portion of the mechanical fastener and the second portion of the mechanical fastener . a substrate with an adhesive layer disposed thereon; a mechanical fastener on the adhesive layer , wherein the mechanical fastener includes a first opening that reveals a first portion of the adhesive layer ; and a release tape having a release surface , the release tape having an end portion attached to the substrate closer to a first portion of the mechanical fastener than a second portion of the mechanical fastener , wherein the release surface can cover the first portion of the mechanical fastener and at least partially cover the first portion of the adhesive layer , but cannot completely cover the second portion of the mechanical fastener , and wherein the first portion of the adhesive layer is between the first portion of the mechanical fastener and the second portion of the mechanical fastener .
A side airbag device provided in a vehicle seat having: a seat cushion forming a seat surface; a seat back forming a backrest; and a side supporting part that expands in a vehicle traveling direction, vehicle front, on a side part in a vehicle width direction, edge part, of the seat back ; comprising: an airbag disposed inside the side supporting part , that restrains an occupant by expanding and deploying in the event of a vehicle collision; and an inflator that supplies expansion gas to the airbag ; wherein: the airbag is stored in the side supporting part folded and in an extending condition such that the vertical direction is the longitudinal direction of the airbag, and a lower part of the airbag in the stored condition is folded a plurality of times in the longitudinal direction to form a lower compressed part , a bracket that secures the inflator to a seat frame side wall part inside the side supporting part is provided, wherein: the bracket includes a long plate part extending such that the vertical direction is the longitudinal direction of the bracket and the airbag is disposed along the long plate part in a folded stored condition, characterized in that the lower compressed part is formed by a lower part of the airbag protruding from a lower end of the long plate part below the long plate part . an airbag disposed inside the side supporting part , that restrains an occupant by expanding and deploying in the event of a vehicle collision; and an inflator that supplies expansion gas to the airbag ; wherein: the airbag is stored in the side supporting part folded and in an extending condition such that the vertical direction is the longitudinal direction of the airbag, and a lower part of the airbag in the stored condition is folded a plurality of times in the longitudinal direction to form a lower compressed part , a bracket that secures the inflator to a seat frame side wall part inside the side supporting part is provided, wherein: the bracket includes a long plate part extending such that the vertical direction is the longitudinal direction of the bracket and the airbag is disposed along the long plate part in a folded stored condition, the airbag is stored in the side supporting part folded and in an extending condition such that the vertical direction is the longitudinal direction of the airbag, and a lower part of the airbag in the stored condition is folded a plurality of times in the longitudinal direction to form a lower compressed part , a bracket that secures the inflator to a seat frame side wall part inside the side supporting part is provided, wherein: the bracket includes a long plate part extending such that the vertical direction is the longitudinal direction of the bracket and the airbag is disposed along the long plate part in a folded stored condition,