mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for measuring peripheral nerve impairment, the apparatus comprising: a housing that includes a mechanically compliant surface; an actuator accessible from an outer surface of the housing and in contact with the mechanically compliant surface of the housing, the actuator being configured to transfer, via the mechanically compliant surface, a stimulation signal to a skin surface that is in contact with the housing; and processing circuitry configured to: control the actuator to generate the stimulation signal; receive, from a subject, a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability. a housing that includes a mechanically compliant surface; an actuator accessible from an outer surface of the housing and in contact with the mechanically compliant surface of the housing, the actuator being configured to transfer, via the mechanically compliant surface, a stimulation signal to a skin surface that is in contact with the housing; and processing circuitry configured to: control the actuator to generate the stimulation signal; receive, from a subject, a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability. control the actuator to generate the stimulation signal; receive, from a subject, a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability.
User equipment for communicating with a base station in a mobile communication system including the base station and the user equipment, the user equipment comprising: a PDCP layer processor provided with a storage unit configured to receive and store a plurality of acknowledgement signals to be transmitted to the base station; and an RLC layer processor configured to transmit, to the PDCP layer processor, a signal transmission grant signal that indicates that transmission of an uplink signal is allowed, wherein the PDCP layer processor includes a reporting unit configured to report, to the base station, capability information indicating processing capability for executing the process of transmitting, to the RLC layer processor, the acknowledgement signal that is received most recently among the plurality of acknowledgement signals; and wherein the PDCP layer processor is further configured to transmit to the RLC layer processor, upon receiving the signal transmission grant signal, an acknowledgement signal that is received most recently among the plurality of acknowledgement signals. a PDCP layer processor provided with a storage unit configured to receive and store a plurality of acknowledgement signals to be transmitted to the base station; and an RLC layer processor configured to transmit, to the PDCP layer processor, a signal transmission grant signal that indicates that transmission of an uplink signal is allowed, wherein the PDCP layer processor includes a reporting unit configured to report, to the base station, capability information indicating processing capability for executing the process of transmitting, to the RLC layer processor, the acknowledgement signal that is received most recently among the plurality of acknowledgement signals; and wherein the PDCP layer processor is further configured to transmit to the RLC layer processor, upon receiving the signal transmission grant signal, an acknowledgement signal that is received most recently among the plurality of acknowledgement signals.
A compound or pharmaceutically acceptable salt thereof having the structure of Formula I: wherein R 1 is a substituted or unsubstituted heteroaryl, wherein the heteroaryl is selected from the group consisting of: with the proviso that a carbon atom of the R 1 heteroaryl is attached to the carbonyl; R 2 is a substituted or unsubstituted aryl, wherein the aryl is selected from phenyl or naphthyl; and R 3, R 4, R 5 and R 6 are H.
A condensed gas phase polymerization process, the process comprising contacting one or more monomers, at least one catalyst system, and an inert condensing agent comprising a mixture of 2,2-dimethylpropane and at least another C 4 -C 8 condensing agent under polymerizable conditions to produce a poly olefin polymer, wherein the inert condensing agent comprises greater than 50 wt% 2,2-dimenthylpropane, and wherein the ratio of the 2,2-dimethylpropane to the C 4 -C 8 condensing agent is greater than or equal to 50:50.
Secondary radar, characterised in that it comprises at least one antenna system, a first sub-assembly which includes means for transmitting, receiving and processing interrogation signals which carry out a radar surveillance function SSR and a second sub-assembly which includes means for transmitting, receiving and processing interrogation signals which carry out a friend/foe radar identification function IFF, the two sub-assemblies (60, 70) operating simultaneously and independently of each other, the first sub-assembly SSR being coupled to a first antenna of the system which is capable of being moved in rotation via a rotating joint, and the second sub-assembly IFF being coupled to a second antenna of the system via the rotating joint, the two antennae (51, 52) being fixedly mounted back-to-back, a rear radiating element which constitutes the first antenna being placed in the plane of the second antenna, a radiating element which constitutes the second antenna being placed in the plane of the first antenna.
A method comprising: acquiring at least one reference image of a subject using a magnetic resonance imaging system; determining a magnetic field inhomogeneity distribution based on the at least one reference image; storing a correction field map based on the magnetic field inhomogeneity distribution, the correction field map mapping correction fields to a plurality of portions of the subject in the at least one reference image, wherein each of the plurality of portions of the subject include one or more organs of the subject, the correction fields being determined to correct for harmonics identified by analyzing the magnetic field inhomogeneity distribution; acquiring (210, 212, 214) a plurality of images by the magnetic resonance imaging system, each of the plurality of images corresponding to a respective portion of the plurality of portions of the subject; while acquiring each of the plurality of images, applying the correction field specified by the correction field map for the respective portion of the subject; and generating a composite image based on the plurality of images. acquiring at least one reference image of a subject using a magnetic resonance imaging system; determining a magnetic field inhomogeneity distribution based on the at least one reference image; storing a correction field map based on the magnetic field inhomogeneity distribution, the correction field map mapping correction fields to a plurality of portions of the subject in the at least one reference image, wherein each of the plurality of portions of the subject include one or more organs of the subject, the correction fields being determined to correct for harmonics identified by analyzing the magnetic field inhomogeneity distribution; acquiring (210, 212, 214) a plurality of images by the magnetic resonance imaging system, each of the plurality of images corresponding to a respective portion of the plurality of portions of the subject; while acquiring each of the plurality of images, applying the correction field specified by the correction field map for the respective portion of the subject; and generating a composite image based on the plurality of images.
A system for delivery of high flow humidified and/or heated breathing gas to a patient and sampling exhaled or expired gases from the patient, wherein the system comprises: a breathing apparatus comprising a non-sealing nasal cannula in fluid communication with a breathing gas delivery tube to deliver the high flow humidified and/or heated breathing gas to the patient through the nasal cannula; and a gas sampling interface comprising a conduit comprising a first end in fluid communication with a respiratory gas monitor and a second, distal end comprising a gas sampling tip for receiving exhaled or expired breathing gases from the patient; and an attachment member; wherein the conduit of the gas sampling interface is attachable to the breathing apparatus and wherein the gas sampling tip is configured to be selectively positioned at or in a patient's mouth or nare when the high flow humidified and/or heated breathing gas is being delivered to the patient to sample exhaled or expired gas from the patient, the conduit comprising a flexible resilient support structure that allows the distal end portion to be manipulated to a desired shape and to be selectively directed toward the patient's nose or mouth, the flexible resilient support structure comprises a wire located within the conduit that allows at least a portion of the conduit to be bent to form a hook-like shape; wherein the nasal cannula comprises a manifold for supporting at least one nasal prong or outlet that extends from the manifold and that is to be received in a user's nare; and wherein the attachment member is configured to attach the gas sampling interface to the manifold. a breathing apparatus comprising a non-sealing nasal cannula in fluid communication with a breathing gas delivery tube to deliver the high flow humidified and/or heated breathing gas to the patient through the nasal cannula; and a gas sampling interface comprising a conduit comprising a first end in fluid communication with a respiratory gas monitor and a second, distal end comprising a gas sampling tip for receiving exhaled or expired breathing gases from the patient; and an attachment member; wherein the conduit of the gas sampling interface is attachable to the breathing apparatus and wherein the gas sampling tip is configured to be selectively positioned at or in a patient's mouth or nare when the high flow humidified and/or heated breathing gas is being delivered to the patient to sample exhaled or expired gas from the patient, the conduit comprising a flexible resilient support structure that allows the distal end portion to be manipulated to a desired shape and to be selectively directed toward the patient's nose or mouth, the flexible resilient support structure comprises a wire located within the conduit that allows at least a portion of the conduit to be bent to form a hook-like shape; wherein the nasal cannula comprises a manifold for supporting at least one nasal prong or outlet that extends from the manifold and that is to be received in a user's nare; and wherein the attachment member is configured to attach the gas sampling interface to the manifold.
A method of operating a marine vessel propulsion system that including a plurality of outboard motors (3S, 3C, 3P), each of the plurality of outboard motors including a motor and a propeller rotated by the motor, and a steering apparatus arranged to control turning angles (δ) of the plurality of the outboard motors (3S, 3C, 3P) and the steering apparatus including a steering member and a plurality of turning mechanisms arranged to turn each of the plurality of outboard motors (3S, 3C, 3P) individually in accordance with an operation of the steering member and each of the turning mechanisms including a hydraulic cylinder including two cylinder chambers (107, 108) partitioned by a piston and a normally-closed bypass valve arranged to put the two cylinder chambers (107, 108) of the hydraulic cylinder in communication with each other, the method of operating the marine vessel propulsion system comprising: a step of judging whether or not there is a malfunction in a turning angle control of at least one of the outboard motors (3S, 3C, 3P); a step of putting the bypass valve of a malfunctioning turning mechanism in an open state when it is judged that there is the malfunction in the turning angle control of the at least one of the outboard motors; and a step of controlling power transmission between the motor and the propeller of the at least one of the outboard motors judged to have the malfunction in the turning angle control in a neutral state, and controlling power transmission between the motor and the propeller of the outboard motor or motors, other than the at least one of the outboard motors judged to have the malfunction in the turning angle control, in a power transmittable state while maintaining the open state of the bypass valve. a step of judging whether or not there is a malfunction in a turning angle control of at least one of the outboard motors (3S, 3C, 3P); a step of putting the bypass valve of a malfunctioning turning mechanism in an open state when it is judged that there is the malfunction in the turning angle control of the at least one of the outboard motors; and a step of controlling power transmission between the motor and the propeller of the at least one of the outboard motors judged to have the malfunction in the turning angle control in a neutral state, and controlling power transmission between the motor and the propeller of the outboard motor or motors, other than the at least one of the outboard motors judged to have the malfunction in the turning angle control, in a power transmittable state while maintaining the open state of the bypass valve.
A multi-layer flame screen burner assembly comprising first and second outer layers (80, 81), at least one flame layer having a plurality of fingers defined by slots provided in the flame layer, the slots opening along one edge of the flame layer, and at least one gas distribution layer overlying the flame layer and defining an aperture which overlies the slots between the fingers of the adjacent flame layer, the flame layer and overlying gas distribution layer together being disposed between the outer layers (80,81), and the burner assembly having at least one port for the admission of combustible gas to the aperture of the gas distribution layer, whereby gas supplied to the port is fed through the aperture to the slots between the fingers of the flame layer, and wherein the layers (80,81 and 83 to 86) are formed into a substantially cylindrical three-dimensional shape, characterised in that the outer layers (80,81), the or each flame layer (85,86) and the or each gas distribution layer (83,84) being in the form of inter-fitting cylinders, with the slots in the or each flame layer (85,86) extending substantially parallel to the axis of the cylindrical shape.
A composite material, comprising: a cementitious matrix; and cellulose fibers incorporated into the cementitious matrix, wherein the cellulose fibers comprise a blend of bleached and unbleached cellulose fibers, wherein the bleached cellulose fibers comprise between 5% to 25% of the total cellulose fibers incorporated into the matrix and the unbleached cellulose fibers comprise between 75 to 95% of the total cellulose fibers incorporated into the matrix. a cementitious matrix; and cellulose fibers incorporated into the cementitious matrix, wherein the cellulose fibers comprise a blend of bleached and unbleached cellulose fibers, wherein the bleached cellulose fibers comprise between 5% to 25% of the total cellulose fibers incorporated into the matrix and the unbleached cellulose fibers comprise between 75 to 95% of the total cellulose fibers incorporated into the matrix.
A compound selected from the group consisting of and or a salt or hydrate thereof for use in promoting local bone formation in a subject. or a salt or hydrate thereof for use in promoting local bone formation in a subject.
Device for dynamically storing objects along a conveying section between an input station and an output station, comprising: an endless, flexible conveying means which is variably subdivided into a conveying strand and an idle strand, the conveying strand and the idle strand each having areas of variable lengths which move in opposite direction, at least one carriage which can be moved in the plane of conveyance for changing the storage capacity, the carriage having a first deflection for the conveying strand and a second deflection for the idle strand (1 b), and a first drive device for the conveying means in the area of the input station and a second drive device for the conveying means in the area of the output station, the first drive device and the second drive device (7, 8) being driven independently of each other with variable speed of conveyance, characterized in that the endless, flexible conveying means is provided over its entire length at equal intervals with grippers for the objects, wherein the grippers are formed by elastic, passive or controllable, active gripping pliers, which respectively fix the objects on the conveying means. an endless, flexible conveying means which is variably subdivided into a conveying strand and an idle strand, the conveying strand and the idle strand each having areas of variable lengths which move in opposite direction, at least one carriage which can be moved in the plane of conveyance for changing the storage capacity, the carriage having a first deflection for the conveying strand and a second deflection for the idle strand (1 b), and a first drive device for the conveying means in the area of the input station and a second drive device for the conveying means in the area of the output station, the first drive device and the second drive device (7, 8) being driven independently of each other with variable speed of conveyance, characterized in that the endless, flexible conveying means is provided over its entire length at equal intervals with grippers for the objects, wherein the grippers are formed by elastic, passive or controllable, active gripping pliers, which respectively fix the objects on the conveying means.
An anhydrous granulated hair dyeing composition comprising at least 60 % by weight of a natural hair dyeing agent, from 10 to 30 % by weight of a natural thickening agent, and optionally from 0 to 10 % by weight of a direct dye, by total weight of the composition; wherein the natural dyeing agent is coated with the natural thickening agent, thereby forming granules; wherein the natural dyeing agent is selected from the group consisting of Lawsonia Inermis leaf powder (henna), a powder of an indigo-yielding plant, and their mixtures; wherein the natural thickening agent is selected from the group consisting of maltodextrin, xanthan gum, Cyampopsis Tetragonoloba (Guar) gum and mixtures thereof; wherein the granulated hair dyeing composition is obtained by a method consisting of the following steps: - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules. wherein the natural dyeing agent is coated with the natural thickening agent, thereby forming granules; wherein the natural dyeing agent is selected from the group consisting of Lawsonia Inermis leaf powder (henna), a powder of an indigo-yielding plant, and their mixtures; wherein the natural thickening agent is selected from the group consisting of maltodextrin, xanthan gum, Cyampopsis Tetragonoloba (Guar) gum and mixtures thereof; wherein the granulated hair dyeing composition is obtained by a method consisting of the following steps: - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules. - providing a powder comprising the natural hair dyeing agent; - providing an aqueous solution of the natural thickening agent; - moistening the powder with the aqueous solution of the natural thickening agent in order to obtain granules; and - drying the granules.
A method of forming a container from a sleeve blank and a bottom blank, the sleeve blank including a pair of opposing side edges (24, 26), the method comprising: providing the sleeve blank, having a first layer of adhesive printed thereon by a first adhesive printing station, to a second adhesive printing station; printing, using the second adhesive printing station, a second layer of adhesive on the sleeve blank such that the final amount of printed adhesive has a greater thickness than the first layer of adhesive and forms a printed adhesive seam portion configured to adhesively seal the side edges (24, 26) to form a sidewall seal; and wrapping the sleeve blank around the bottom blank at a container forming station to adhesively seal the side edges (24, 26) to form the sidewall seal, wherein the sleeve blank includes a top edge and a bottom edge. characterised in that the first and second layers of adhesive are applied along a seam portion along the entire distance between the top and bottom edges (102, 104) to form the printed adhesive seam portion. providing the sleeve blank, having a first layer of adhesive printed thereon by a first adhesive printing station, to a second adhesive printing station; printing, using the second adhesive printing station, a second layer of adhesive on the sleeve blank such that the final amount of printed adhesive has a greater thickness than the first layer of adhesive and forms a printed adhesive seam portion configured to adhesively seal the side edges (24, 26) to form a sidewall seal; and wrapping the sleeve blank around the bottom blank at a container forming station to adhesively seal the side edges (24, 26) to form the sidewall seal, wherein the sleeve blank includes a top edge and a bottom edge. characterised in that the first and second layers of adhesive are applied along a seam portion along the entire distance between the top and bottom edges (102, 104) to form the printed adhesive seam portion.
A hand-held insulin injection pen for the administration of one or more drug agents, the pen having at least a priming mode and a drug delivery mode for administering delivery of the one or more drug agents, wherein the pen comprises a controller operative for controlling the pen to perform a priming operation, and a user interface for activation of the priming operation, characterized in that the controller is operative to perform the priming operation by way of a plurality of intermittent doses of medicament, the number of intermittent doses being dependent on the activation of the priming operation by the user interface, wherein the plurality of intermittent doses comprises a sequence of priming doses predetermined by the controller prior to activation of the priming operation by the user interface.