mhurhangee/patent-ind-claim-en huggingface dataset:
A tape cartridge for being installed in a tape printing apparatus and to cause, while feeding out a printing tape , printing to be performed on the printing tape , the tape cartridge comprising: the printing tape ; a cartridge casing in which the printing tape is accommodated; and a reaction force application portion that is provided on a front surface of the cartridge casing , configured to be displaced by a pressing force of a pressing portion of the tape printing apparatus , and configured to apply a reaction force against the pressing force to the pressing portion according to the displacement, characterized in that the reaction force application portion is an elastic portion which is formed by linearly cutting off a casing wall of the cartridge casing . the printing tape ; a cartridge casing in which the printing tape is accommodated; and a reaction force application portion that is provided on a front surface of the cartridge casing , configured to be displaced by a pressing force of a pressing portion of the tape printing apparatus , and configured to apply a reaction force against the pressing force to the pressing portion according to the displacement, characterized in that the reaction force application portion is an elastic portion which is formed by linearly cutting off a casing wall of the cartridge casing .
NK-92 cells for use in a method for treating viral hemorrhagic fever caused by Ebola virus, the method comprising administering the NK-92 cells to a patient who has or is suspected of having viral hemorrhagic fever, wherein the NK-92 cells are from American Type Culture Collection Accession No. CRL-2407 or CRL-2408 and wherein the NK-92 cells have not been modified to express an Fc receptor and display it on the cell surface.
A method, comprising: receiving network traffic data for a computer network ; predicting a probability that one or more nodes are under attack based on the network traffic data ; deciding to mitigate a predicted attack; and in response, communicating an attack notification message to the one or more nodes under attack ; wherein the attack notification message includes a list of one or more nodes predicted to be under attack along with probabilities of attack for each of the one or more nodes predicted to be under attack. receiving network traffic data for a computer network ; predicting a probability that one or more nodes are under attack based on the network traffic data ; deciding to mitigate a predicted attack; and in response, communicating an attack notification message to the one or more nodes under attack ; wherein the attack notification message includes a list of one or more nodes predicted to be under attack along with probabilities of attack for each of the one or more nodes predicted to be under attack.
Gas laser comprising a fan for circulating laser gas, the fan having a shaft which is supported by means of at least one radial gas bearing and at least one axial gas bearing , wherein the radial gas bearing comprises at least one stationary bearing face and at least one rotating bearing face, and the rotating bearing face of which has a fish-bone groove pattern , wherein the axial gas bearing has two rotating bearing faces and two stationary bearing faces which are arranged at both sides of a plate , one or both rotating bearing faces of the axial gas bearing are structured with a fish-bone groove pattern , wherein the at least one stationary bearing face of the radial gas bearing and the stationary bearing faces of the axial gas bearing each comprise at least one outlet channel for applying an external pressure, and wherein at least one of the stationary bearing faces of the at least one radial gas bearing and/or of the axial gas bearing is surrounded in the peripheral direction by two annular elements in each case, in particular from an elastic material, and wherein the two annular elements are located above or below an outlet channel .
A linear array antenna comprising: at least two antenna elements , each antenna element of the at least two antenna elements being axially-aligned and axially-spaced by about λ/4 from adjacent ones of the at least two antenna elements, and including a number of substantially linear conductive segments forming a loop, wherein polarization diversity is provided by at least one driven antenna element of the at least two antenna elements, the at least one driven antenna element providing horizontal and vertical polarizations, the at least one driven element including one or more feed points for the horizontal polarization and one or more feed points for the vertical polarization; a plurality of inductors each disposed at a corner of the loop; and a switching circuit configured to switch between the one or more feed points to alternately provide the horizontal and vertical polarizations. at least two antenna elements , each antenna element of the at least two antenna elements being axially-aligned and axially-spaced by about λ/4 from adjacent ones of the at least two antenna elements, and including a number of substantially linear conductive segments forming a loop, wherein polarization diversity is provided by at least one driven antenna element of the at least two antenna elements, the at least one driven antenna element providing horizontal and vertical polarizations, the at least one driven element including one or more feed points for the horizontal polarization and one or more feed points for the vertical polarization; a plurality of inductors each disposed at a corner of the loop; and a switching circuit configured to switch between the one or more feed points to alternately provide the horizontal and vertical polarizations.
A method of manufacturing, comprising: depositing a braze filler as a melted brazed filament adjacent to a void between a first component and a second component thus holding the components in position before brazing; heating the first and second components to melt the braze filler and draw the braze filler into the void; and forming a braze joint between the first and second components by cooling the braze filler. depositing a braze filler as a melted brazed filament adjacent to a void between a first component and a second component thus holding the components in position before brazing; heating the first and second components to melt the braze filler and draw the braze filler into the void; and forming a braze joint between the first and second components by cooling the braze filler.
A method for manufacturing a manganese raw material comprising: a first pulverization step (S200) of compressively pulverizing a manganese oxide-containing material containing at least manganese, calcium, silicon, iron, and phosphorus, which is used as a raw material, to form a composite in which a compound phase of nCaO·P 2 O 5 is combined with at least one phase of a spinel phase and a calcium ferrite phase, which are ferromagnetic materials, and produce a first pulverized manganese oxide-containing material containing the composite, whereas the spinel phase is MnFe 2 O 4 ; a first magnetic separation step (S204) of separating the first pulverized manganese oxide-containing material produced in the first pulverization step (S200) into a magnetic substance and a non-magnetic substance under a magnetic force; and a step of recovering the non-magnetic substance (S206) separated in the first magnetic separation step (S204) as a manganese raw material. a first pulverization step (S200) of compressively pulverizing a manganese oxide-containing material containing at least manganese, calcium, silicon, iron, and phosphorus, which is used as a raw material, to form a composite in which a compound phase of nCaO·P 2 O 5 is combined with at least one phase of a spinel phase and a calcium ferrite phase, which are ferromagnetic materials, and produce a first pulverized manganese oxide-containing material containing the composite, whereas the spinel phase is MnFe 2 O 4 ; a first magnetic separation step (S204) of separating the first pulverized manganese oxide-containing material produced in the first pulverization step (S200) into a magnetic substance and a non-magnetic substance under a magnetic force; and a step of recovering the non-magnetic substance (S206) separated in the first magnetic separation step (S204) as a manganese raw material.
A method implemented on at least one machine, each of which has at least one processor and at least one storage device, the method comprising: obtaining a model image corresponding to a subject by adjusting, based on information of the subject, a standard model; obtaining a virtual area in the model image based on a protocol associated with the ROI of the subject and an automated positioning model, the virtual area corresponding to a virtual region of interest (ROI); obtaining a positioning image of the subject; and determining, based on the virtual area and the positioning image, a target area in the positioning image, wherein the target area corresponds to an ROI of the subject that corresponds to the virtual ROI. obtaining a model image corresponding to a subject by adjusting, based on information of the subject, a standard model; obtaining a virtual area in the model image based on a protocol associated with the ROI of the subject and an automated positioning model, the virtual area corresponding to a virtual region of interest (ROI); obtaining a positioning image of the subject; and determining, based on the virtual area and the positioning image, a target area in the positioning image, wherein the target area corresponds to an ROI of the subject that corresponds to the virtual ROI.
A detection device comprising: an identification unit configured to identify candidate bots using flow data; a determination unit configured to use the flow data to count a number of the candidate bots communicating with servers, for each of the servers, and determine servers communicating with a predetermined number or more of the candidate bots among the servers to be malicious servers; a detection unit configured to detect candidate bots communicating with the malicious servers that are determined by the determination unit among the candidate bots to be malicious bots, characterised in that the detection device also comprises: a filtering unit configured to output a server determined to be a malicious server a predetermined threshold number of times or more in past, among servers determined to be the malicious servers by the determination unit, as a malicious server. an identification unit configured to identify candidate bots using flow data; a determination unit configured to use the flow data to count a number of the candidate bots communicating with servers, for each of the servers, and determine servers communicating with a predetermined number or more of the candidate bots among the servers to be malicious servers; a detection unit configured to detect candidate bots communicating with the malicious servers that are determined by the determination unit among the candidate bots to be malicious bots,
A non-transitory computer readable medium storing instructions which, when executed by at least one electronic processor , cause the at least one electronic processor to perform a method of generating a ranked list of alerts from files of electronic devices , the method comprising: applying predictive models to data of the files to generate maintenance alerts for the electronic devices; assigning discrete values to a set of criteria for each maintenance alert, and computing for each maintenance alert a share corresponding to a priority of the maintenance alert, whereby the share for each maintenance alert is computed as a product of the assigned discrete values; performing a credit-based queuing process to assign the maintenance alerts to slots of a ranked list, wherein in the credit-based queuing process the maintenance alerts accumulate credits in accord with the shares computed for the respective maintenance alerts; and displaying, on a display device operatively connected with the at least one electronic processor, the maintenance alerts as the ranked list in accordance with the assignments of the maintenance alerts to the slots of the ranked list. applying predictive models to data of the files to generate maintenance alerts for the electronic devices; assigning discrete values to a set of criteria for each maintenance alert, and computing for each maintenance alert a share corresponding to a priority of the maintenance alert, whereby the share for each maintenance alert is computed as a product of the assigned discrete values; performing a credit-based queuing process to assign the maintenance alerts to slots of a ranked list, wherein in the credit-based queuing process the maintenance alerts accumulate credits in accord with the shares computed for the respective maintenance alerts; and displaying, on a display device operatively connected with the at least one electronic processor, the maintenance alerts as the ranked list in accordance with the assignments of the maintenance alerts to the slots of the ranked list.
An actinic radiation-curable inkjet ink capable of undergoing sol-gel phase transition, comprising a photocurable compound, a photopolymerization initiator, a crystalline gelling agent and a fluorescent brightener, characterized in that the fluorescent brightener includes a benzoxazole-based compound, a coumarin-based compound, a styrene biphenyl-based compound, a pyrazolone-based compound, a stilbene-based compound, carbostyril, naphthalimide or a pyridotriazole, and the crystalline gelling agent does not have a polymerizable group, with the proviso that the crystalline gelling agent is not polyethylene wax. characterized in that the fluorescent brightener includes a benzoxazole-based compound, a coumarin-based compound, a styrene biphenyl-based compound, a pyrazolone-based compound, a stilbene-based compound, carbostyril, naphthalimide or a pyridotriazole, and the crystalline gelling agent does not have a polymerizable group, with the proviso that the crystalline gelling agent is not polyethylene wax.
An apparatus , comprising: a first page and a second page , the first page and the second page being pivotably connected to one another at one end of each of the first page and the second page ; a virtual reality viewer for viewing a virtual reality scene on an electronic display, the virtual reality viewer comprising: a display holder configured to hold the electronic display; a lens holder attached to the display holder and configured to hold lenses for viewing the virtual reality scene, characterized in that the virtual reality viewer is attached at a first side to the first page and at a second side to the second page , and the display holder and the lens holder each comprising a transverse crease configured to allow the virtual reality viewer to be collapsed around an axis associated with the transverse crease when the first page and the second page are closed. a first page and a second page , the first page and the second page being pivotably connected to one another at one end of each of the first page and the second page ; a virtual reality viewer for viewing a virtual reality scene on an electronic display, the virtual reality viewer comprising: a display holder configured to hold the electronic display; a lens holder attached to the display holder and configured to hold lenses for viewing the virtual reality scene, a display holder configured to hold the electronic display; a lens holder attached to the display holder and configured to hold lenses for viewing the virtual reality scene, characterized in that the virtual reality viewer is attached at a first side to the first page and at a second side to the second page , and the display holder and the lens holder each comprising a transverse crease configured to allow the virtual reality viewer to be collapsed around an axis associated with the transverse crease when the first page and the second page are closed.
A method of manufacturing a curved display device, the method comprising: coupling a flat display , an optical clear adhesive , and a flat cover glass to manufacture a flat display assembly ; applying an adhesive to an edge of the flat display assembly ; seating the flat display assembly on a curved jig ; sucking the flat display assembly to a surface of the curved jig using a vacuum hole disposed in the curved jig to bend the flat display assembly ; and coupling a backlight unit to a region to which the adhesive is applied, wherein the coupling of a backlight unit to a region to which the adhesive is applied comprises curing the adhesive while the backlight unit is pressed to the display assembly so as to maintain a bent state of the display assembly. coupling a flat display , an optical clear adhesive , and a flat cover glass to manufacture a flat display assembly ; applying an adhesive to an edge of the flat display assembly ; seating the flat display assembly on a curved jig ; sucking the flat display assembly to a surface of the curved jig using a vacuum hole disposed in the curved jig to bend the flat display assembly ; and coupling a backlight unit to a region to which the adhesive is applied, wherein the coupling of a backlight unit to a region to which the adhesive is applied comprises curing the adhesive while the backlight unit is pressed to the display assembly so as to maintain a bent state of the display assembly.
Water-cooled water-moderated nuclear reactor core melt cooling and confinement system containing: a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom , a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains external and internal metal walls with a filler in between having smaller heat-conductivity than that of the wall material, where the thickness h fil of the filler meets the following requirement: 0.8 h ext < h fil < 1.6 h ext , where h ext is the thickness of the vessel external wall . a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom , a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains external and internal metal walls with a filler in between having smaller heat-conductivity than that of the wall material, where the thickness h fil of the filler meets the following requirement: 0.8 h ext < h fil < 1.6 h ext , where h ext is the thickness of the vessel external wall .
A thermal-activated pressure relief device for a fuel cell vehicle, the thermal-activated pressure relief device comprising: a hollow body adapted to be mounted at an outlet of a hydrogen tank a hydrogen discharge block having a first hydrogen discharge hole and mounted and fixed in an upper portion of the hollow body ; a hydrogen discharge pipe having a plurality of second hydrogen discharge holes and connected to a bottom of the hydrogen discharge block ; a piston fitted on an outer side of the hydrogen discharge pipe to be able to move up and down and to open and close the second hydrogen discharge holes ; a stopper mounted in a lower portion of the hollow body and limiting a downward movement distance of the piston ; and a melting alloy disposed between the piston and the stopper and melting at a predetermined temperature or more ; characterised in that the hydrogen discharge block has a plurality of first hydrogen discharge holes and in that when the melting alloy is melted and unlocked from the stopper , when the internal pressure of the hydrogen tank is applied to the top of the piston through the first hydrogen discharge holes of the hydrogen discharge block , the piston is moved down. a hollow body adapted to be mounted at an outlet of a hydrogen tank a hydrogen discharge block having a first hydrogen discharge hole and mounted and fixed in an upper portion of the hollow body ; a hydrogen discharge pipe having a plurality of second hydrogen discharge holes and connected to a bottom of the hydrogen discharge block ; a piston fitted on an outer side of the hydrogen discharge pipe to be able to move up and down and to open and close the second hydrogen discharge holes ; a stopper mounted in a lower portion of the hollow body and limiting a downward movement distance of the piston ; and a melting alloy disposed between the piston and the stopper and melting at a predetermined temperature or more ; characterised in that the hydrogen discharge block has a plurality of first hydrogen discharge holes and in that when the melting alloy is melted and unlocked from the stopper , when the internal pressure of the hydrogen tank is applied to the top of the piston through the first hydrogen discharge holes of the hydrogen discharge block , the piston is moved down.
- Method for manufacturing a composite aircraft window frame; the method comprising the steps of: a) positioning in a mold a preform made of pre-impregnated material including dispersed fibers, with a predefined orientation, in a thermosetting resin matrix; b) closing the mold so as to define a gap between at least one surface of said preform and a portion of said mold ; c) injecting thermosetting resin into the closed mold through an inlet opening of the mold itself, so as to fill said gap and completely lap said surface of the preform ; characterized in that the method further comprises the step of: d) applying a uniform hydrostatic pressure on said surface by the injection of said resin. a) positioning in a mold a preform made of pre-impregnated material including dispersed fibers, with a predefined orientation, in a thermosetting resin matrix; b) closing the mold so as to define a gap between at least one surface of said preform and a portion of said mold ; c) injecting thermosetting resin into the closed mold through an inlet opening of the mold itself, so as to fill said gap and completely lap said surface of the preform ;