mhurhangee/ep-ind-claims huggingface dataset:
A near-eye-display system comprising: an eye tracking system configured to: track a location of an eye of a user of the NED; determine an eyebox location based in part on the tracked location of the user's eye; and move the eyebox to one or more eyebox locations based on a movement of the user's eye; a light source configured to emit an image light; an output waveguide comprising: an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating. an eye tracking system configured to: track a location of an eye of a user of the NED; determine an eyebox location based in part on the tracked location of the user's eye; and move the eyebox to one or more eyebox locations based on a movement of the user's eye; track a location of an eye of a user of the NED; determine an eyebox location based in part on the tracked location of the user's eye; and move the eyebox to one or more eyebox locations based on a movement of the user's eye; a light source configured to emit an image light; an output waveguide comprising: an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating. an input grating configured to receive the image light emitted from the light source and expand the received image light in at least one dimension to transmit an expanded image light, and a dynamic output grating comprising a plurality of liquid crystal pixels that are arranged in a 2-dimensional array, the plurality of pixels including an active subset of LC pixels that are configured to out-couple the expanded image light from the output waveguide to one or more eyebox locations tracked by the eye tracking system in accordance with switching instructions; and a controller configured to generate the switching instructions and provide the switching instructions to the dynamic output grating.
A system for predicting failure and/or estimating remaining useful life of a resistive heating element of an air data probe, the system comprising: an electrical power source configured to provide AC electrical operating power to the resistive heating element during normal operation of the air data probe; a first electrical sensor configured to sense AC voltage and/or AC current of the AC electrical operating power provided to the resistive heating element; a second electrical sensor configured to sense AC leakage current between the resistive heating element and a conductive sheath surrounding the electrical heating element; a signal comparator configured to determine a phase relation between the AC leakage current as sensed by the second electrical sensor and the voltage and/or AC current of the AC electrical operating power provided to the resistive heating element as sensed by the first electrical sensor; and a remaining-life prediction engine configured to estimate the remaining life of the resistive heating element based on the phase relation determined. an electrical power source configured to provide AC electrical operating power to the resistive heating element during normal operation of the air data probe; a first electrical sensor configured to sense AC voltage and/or AC current of the AC electrical operating power provided to the resistive heating element; a second electrical sensor configured to sense AC leakage current between the resistive heating element and a conductive sheath surrounding the electrical heating element; a signal comparator configured to determine a phase relation between the AC leakage current as sensed by the second electrical sensor and the voltage and/or AC current of the AC electrical operating power provided to the resistive heating element as sensed by the first electrical sensor; and a remaining-life prediction engine configured to estimate the remaining life of the resistive heating element based on the phase relation determined.
A chimaeric infectious bronchitis virus S protein which is based on an S protein from an IBV strain with tissue tropism restricted to infection of primary cells, but which comprises at least part of the S2 subunit from an IBV strain with extended tissue tropism which, in addition to being able to infect primary cells, is able to infect one or more cell lines, such that an IBV comprising the chimaeric S protein is capable of growing on a cell line.
An ultrasound image display apparatus comprising: an image processor which acquires respective pieces of ultrasound data for a plurality of time points, which represent an object including at least one target at a plurality of different time points, and acquires first information representing a change in the at least one target at the plurality of different time points, based on a correspondence between the respective pieces of ultrasound data for the plurality of time points; and a display which displays a screen image including a diagnosis image that shows the first information, wherein the image processor acquires respective ultrasound images for a plurality of time points based on the respective pieces of ultrasound data for the plurality of time points and sets a weight for each of the respective ultrasound images for the plurality of time points, and generates the diagnosis image that is an image in which respective ultrasound images for the plurality of time points for each of which the weight is set are overlapped with one another and displayed, and wherein the weight is a value that is applied to each of the respective ultrasound images for the plurality of time points so that each of the respective ultrasound images for the plurality of time points is more distinctly displayed or less distinctly displayed on the diagnosis image. an image processor which acquires respective pieces of ultrasound data for a plurality of time points, which represent an object including at least one target at a plurality of different time points, and acquires first information representing a change in the at least one target at the plurality of different time points, based on a correspondence between the respective pieces of ultrasound data for the plurality of time points; and a display which displays a screen image including a diagnosis image that shows the first information, wherein the image processor acquires respective ultrasound images for a plurality of time points based on the respective pieces of ultrasound data for the plurality of time points and sets a weight for each of the respective ultrasound images for the plurality of time points, and generates the diagnosis image that is an image in which respective ultrasound images for the plurality of time points for each of which the weight is set are overlapped with one another and displayed, and wherein the weight is a value that is applied to each of the respective ultrasound images for the plurality of time points so that each of the respective ultrasound images for the plurality of time points is more distinctly displayed or less distinctly displayed on the diagnosis image.
A plurality of flaky magnetic metal particles, each flaky magnetic metal particle comprising a flat surface; and a magnetic metal phase containing at least one first element selected from the group consisting of Fe, Co, and Ni, the flaky magnetic metal particles having an average thickness of between 10 nm and 100 μm inclusive and an average aspect ratio of between 5 and 10,000 inclusive, and having a difference in coercivity on the basis of direction within the flat surface, and characterised in that the flat surface having either or both of a plurality of concavities and a plurality of convexities arranged in a first direction, each concavity or convexity having a width of 0.1 μm or more, a length of 1 μm or more, and an aspect ratio of 2 or higher. the flaky magnetic metal particles having an average thickness of between 10 nm and 100 μm inclusive and an average aspect ratio of between 5 and 10,000 inclusive, and having a difference in coercivity on the basis of direction within the flat surface, and characterised in that the flat surface having either or both of a plurality of concavities and a plurality of convexities arranged in a first direction, each concavity or convexity having a width of 0.1 μm or more, a length of 1 μm or more, and an aspect ratio of 2 or higher.
A security platform, comprising: one or more processors configured to: determine, during receipt of a file by a client device separate from the security platform, metadata associated with the file, the file being intended for the client device, wherein the metadata includes information that identifies a subnet of an Internet protocol address of the server that provides the file; concatenate two or more items of metadata including the subnet of the Internet protocol address associated with the file; compute, based on the metadata and during the receipt of the file, a hash associated with the file, where the one or more processors, when computing the hash associated with the file, are configured to: compute the hash using the concatenated two or more items of metadata; identify, during the receipt of the file, a stored hash, that matches the hash associated with the file by comparing the hash associated with the file to stored hashes, included in a hash store and associated with previously received files, wherein the stored hash is associated with a previously received file and corresponding to a security classification of the previously received file; determine a security classification of the file based on information associated with the stored hash that matches the hash associated with the file, the security classification of the file being determined before the receipt of the file by the client device is complete; and selectively permit, based on the security classification of the file, the client device to complete a receipt of the file. determine, during receipt of a file by a client device separate from the security platform, metadata associated with the file, the file being intended for the client device, wherein the metadata includes information that identifies a subnet of an Internet protocol address of the server that provides the file; concatenate two or more items of metadata including the subnet of the Internet protocol address associated with the file; compute, based on the metadata and during the receipt of the file, a hash associated with the file, where the one or more processors, when computing the hash associated with the file, are configured to: compute the hash using the concatenated two or more items of metadata; identify, during the receipt of the file, a stored hash, that matches the hash associated with the file by comparing the hash associated with the file to stored hashes, included in a hash store and associated with previously received files, wherein the stored hash is associated with a previously received file and corresponding to a security classification of the previously received file; determine a security classification of the file based on information associated with the stored hash that matches the hash associated with the file, the security classification of the file being determined before the receipt of the file by the client device is complete; and selectively permit, based on the security classification of the file, the client device to complete a receipt of the file.
A method for repackaging a plurality of different medicines from their respective original blister packs into organiser blister packs, which method comprises the following method steps: - assigning the original blister packs filled with medicines to a blister pack support of standard outer dimensions provided for the respective original blister pack type, - packing the original blister packs filled with medicines in the assigned blister pack support, - intermediately storing the original blister packs packed into the blister pack supports in an intermediate storage facility, - removing from the intermediate storage facility on request the original blister pack, packed into the blister pack support, for a selected one of the plurality of medicines, and - ejecting a defined number of units of the selected medicine from the original blister pack into the organiser blister pack. - assigning the original blister packs filled with medicines to a blister pack support of standard outer dimensions provided for the respective original blister pack type, - packing the original blister packs filled with medicines in the assigned blister pack support, - intermediately storing the original blister packs packed into the blister pack supports in an intermediate storage facility, - removing from the intermediate storage facility on request the original blister pack, packed into the blister pack support, for a selected one of the plurality of medicines, and - ejecting a defined number of units of the selected medicine from the original blister pack into the organiser blister pack.
A method implemented by a network device to dynamically optimize lookup speed in a packet processing table maintained at the network device while the network device is in operation, the method comprising: determining one or more runtime metrics of the packet processing table, wherein the one or more runtime metrics of the packet processing table include a number of rules in the packet processing table; selecting a lookup algorithm for the packet processing table from a set of lookup algorithms supported by the network device based on the one or more runtime metrics of the packet processing table, wherein the set of lookup algorithms supported by the network device includes an inline lookup algorithm, and wherein the network device selects the inline lookup algorithm as the lookup algorithm for the packet processing table in response to a determination that a number of rules in the packet processing table is less than a threshold value; and configuring the network device to match incoming packets against rules in the packet processing table using the selected lookup algorithm for the packet processing table. determining one or more runtime metrics of the packet processing table, wherein the one or more runtime metrics of the packet processing table include a number of rules in the packet processing table; selecting a lookup algorithm for the packet processing table from a set of lookup algorithms supported by the network device based on the one or more runtime metrics of the packet processing table, wherein the set of lookup algorithms supported by the network device includes an inline lookup algorithm, and wherein the network device selects the inline lookup algorithm as the lookup algorithm for the packet processing table in response to a determination that a number of rules in the packet processing table is less than a threshold value; and configuring the network device to match incoming packets against rules in the packet processing table using the selected lookup algorithm for the packet processing table.
An ultrasound catheter comprising: an elongate tubular body having a distal portion and a proximal portion, the elongate tubular body having material properties similar to that of standard external ventricular drainage catheter; a drainage lumen formed within the elongate tubular body, wherein the drainage lumen includes a plurality of drainage ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; a delivery lumen formed within the elongate tubular body, wherein the delivery lumen includes a plurality of delivery ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; and a plurality of ultrasound radiating elements positioned within the elongate tubular body. an elongate tubular body having a distal portion and a proximal portion, the elongate tubular body having material properties similar to that of standard external ventricular drainage catheter; a drainage lumen formed within the elongate tubular body, wherein the drainage lumen includes a plurality of drainage ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; a delivery lumen formed within the elongate tubular body, wherein the delivery lumen includes a plurality of delivery ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; and a plurality of ultrasound radiating elements positioned within the elongate tubular body.
A packaged medicine-filled container comprising: • a resin-made medicine-filled container in which a medicine is housed and • a sealed packaging body in which said resin-made medicine-filled container is housed, wherein: said resin-made medicine-filled container is a prefilled syringe which comprises: - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder, - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; said medicine-filled container has entirely a low degree of water vapor permeability; said packaged medicine-filled container has an oxygen scavenger housed inside said packaging body; and both a moisture-dependent type oxygen scavenger and a self-reacting type oxygen scavenger are used as said oxygen scavenger; said packaging body is hardly oxygen-permeable. • a resin-made medicine-filled container in which a medicine is housed and • a sealed packaging body in which said resin-made medicine-filled container is housed, said resin-made medicine-filled container is a prefilled syringe which comprises: - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder, - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; - an outer cylinder formed of polypropylene or cyclic polyolefin; - a medicine housed inside said outer cylinder, - a gasket which is housed in said outer cylinder and slidable inside said outer cylinder and formed of butyl rubber; and - a sealing member for sealing a front end portion of said outer cylinder and formed of a material having a low degree of water vapor-permeability; said medicine-filled container has entirely a low degree of water vapor permeability; said packaged medicine-filled container has an oxygen scavenger housed inside said packaging body; and both a moisture-dependent type oxygen scavenger and a self-reacting type oxygen scavenger are used as said oxygen scavenger; said packaging body is hardly oxygen-permeable.
A munition to be exploded in air at a position above an intended target, the munition comprising: - an explosive comprising an amount of explosive material, - a matrix of fragmentation material for causing fragmentation effect to the target, - a body part to support and hold the parts of the munition together until detonated, - a detonator for detonating the munition at the given time or position, - the munition comprises a layered structure so that the body part has a convex dome shaped support element facing the explosive, the explosive is formed to a shape corresponding the convex dome shape of the body part and the matrix of fragmentation material is arranged in a convex dome shape corresponding the shape of the explosive, the detonator is positioned at the apex of the explosive, wherein the layered structure is designed to cause, when detonated, a directional explosion cone of the fragmentation material in order to form a delimited distribution pattern of the fragmentation material over the target area, characterized in that the munition is arranged as a takeoff canister comprising the munition and a take off charge device for launching the munition up to the air upon remote control command where, at a predetermined height, the munition is detonated and the munition explodes and the munition comprises aerial guiding means. - an explosive comprising an amount of explosive material, - a matrix of fragmentation material for causing fragmentation effect to the target, - a body part to support and hold the parts of the munition together until detonated, - a detonator for detonating the munition at the given time or position, - the munition comprises a layered structure so that the body part has a convex dome shaped support element facing the explosive, the explosive is formed to a shape corresponding the convex dome shape of the body part and the matrix of fragmentation material is arranged in a convex dome shape corresponding the shape of the explosive, the detonator is positioned at the apex of the explosive, wherein the layered structure is designed to cause, when detonated, a directional explosion cone of the fragmentation material in order to form a delimited distribution pattern of the fragmentation material over the target area,