mhurhangee/ep-ind-claims huggingface dataset:
A method of indicating traffic delays in a navigation system as a vehicle traverses a planned route, the method comprising: receiving traffic information comprising position information indicating the position of each one of a number of delay incidents; filtering said received traffic information to select delay incidents that are on a planned route to a destination; determining a position of the vehicle on the planned route; determining a relevance value for each one of the selected delay incidents on the planned route, based on a distance to the position of the respective delay incident from the position of the vehicle; selecting at least one relevant delay incident on the planned route, based on the determined relevance values; and communicating information concerning the selected at least one relevant delay incident to a user, wherein the communicating comprises providing, for display on a display device of the navigation system, a traffic bar comprising a vehicle icon at one end representing the position of the vehicle on the planned route, a finish icon at the other end representing the destination, and a line extending from the vehicle icon to the finish icon representing the planned route, said traffic bar further comprising a representation (41;51,52,53) of the position of each of the one or more selected relevant delay incidents at distances from the vehicle icon and the finish icon corresponding to the distance from the position of the vehicle to the delay incident and the distance from the delay incident and the destination respectively. receiving traffic information comprising position information indicating the position of each one of a number of delay incidents; filtering said received traffic information to select delay incidents that are on a planned route to a destination; determining a position of the vehicle on the planned route; determining a relevance value for each one of the selected delay incidents on the planned route, based on a distance to the position of the respective delay incident from the position of the vehicle; selecting at least one relevant delay incident on the planned route, based on the determined relevance values; and communicating information concerning the selected at least one relevant delay incident to a user, wherein the communicating comprises providing, for display on a display device of the navigation system, a traffic bar comprising a vehicle icon at one end representing the position of the vehicle on the planned route, a finish icon at the other end representing the destination, and a line extending from the vehicle icon to the finish icon representing the planned route, said traffic bar further comprising a representation (41;51,52,53) of the position of each of the one or more selected relevant delay incidents at distances from the vehicle icon and the finish icon corresponding to the distance from the position of the vehicle to the delay incident and the distance from the delay incident and the destination respectively.
A gel-state detergent composition comprising cellulose nanofibers, a surfactant, and water, characterized in that the gel-state detergent composition comprises the cellulose nanofibers in an amount of 0.02% by mass or more and 0.2% by mass or less, and the cellulose nanofibers have an average fiber width of 30 nm or more and 50 nm or less, the average fiber width being a median diameter of measured values in a measurement method where: 100 mL of a water dispersion liquid of cellulose nanofibers having a solid concentration of from 0.01 to 0.1% by mass is filtered through a membrane filter formed of polytetrafluoroethylene, replaced by 100 mL of ethanol once and by 20 mL of t-butanol 3 times, and then freeze-dried and coated with osmium to prepare a specimen; and the specimen is observed through an SEM image in which two diagonal lines and arbitrary three straight lines through an intersection point of the diagonal lines are drawn, and widths of 100 fibers in total that cross the three straight lines are visually measured. characterized in that the gel-state detergent composition comprises the cellulose nanofibers in an amount of 0.02% by mass or more and 0.2% by mass or less, and the cellulose nanofibers have an average fiber width of 30 nm or more and 50 nm or less, the average fiber width being a median diameter of measured values in a measurement method where: 100 mL of a water dispersion liquid of cellulose nanofibers having a solid concentration of from 0.01 to 0.1% by mass is filtered through a membrane filter formed of polytetrafluoroethylene, replaced by 100 mL of ethanol once and by 20 mL of t-butanol 3 times, and then freeze-dried and coated with osmium to prepare a specimen; and the specimen is observed through an SEM image in which two diagonal lines and arbitrary three straight lines through an intersection point of the diagonal lines are drawn, and widths of 100 fibers in total that cross the three straight lines are visually measured. 100 mL of a water dispersion liquid of cellulose nanofibers having a solid concentration of from 0.01 to 0.1% by mass is filtered through a membrane filter formed of polytetrafluoroethylene, replaced by 100 mL of ethanol once and by 20 mL of t-butanol 3 times, and then freeze-dried and coated with osmium to prepare a specimen; and the specimen is observed through an SEM image in which two diagonal lines and arbitrary three straight lines through an intersection point of the diagonal lines are drawn, and widths of 100 fibers in total that cross the three straight lines are visually measured.
A cell counting slide comprising: a substantially flat enclosure with a cavity therein, said cavity comprising: a cell counting section bounded by a planar floor and a transparent planar ceiling parallel to said floor and separated from said floor by a gap that accommodates a cell suspension and is sufficiently shallow to permit individual observation of all cells therein through said ceiling; a reservoir (34, 35) extending the length of an edge of said cell counting section and having a depth substantially exceeding said gap, said reservoir extending below said planar floor and open to said cell counting section along said entire length; and a port (21, 22) in said ceiling opening into said reservoir (34, 35), characterized in that the cell counting slide further comprises a dam (41, 42) within said reservoir (34, 35) arranged to slow down flow of a cell suspension from said reservoir to said cell counting section. a substantially flat enclosure with a cavity therein, said cavity comprising: a cell counting section bounded by a planar floor and a transparent planar ceiling parallel to said floor and separated from said floor by a gap that accommodates a cell suspension and is sufficiently shallow to permit individual observation of all cells therein through said ceiling; a reservoir (34, 35) extending the length of an edge of said cell counting section and having a depth substantially exceeding said gap, said reservoir extending below said planar floor and open to said cell counting section along said entire length; and a port (21, 22) in said ceiling opening into said reservoir (34, 35), characterized in that the cell counting slide further comprises a dam (41, 42) within said reservoir (34, 35) arranged to slow down flow of a cell suspension from said reservoir to said cell counting section. a cell counting section bounded by a planar floor and a transparent planar ceiling parallel to said floor and separated from said floor by a gap that accommodates a cell suspension and is sufficiently shallow to permit individual observation of all cells therein through said ceiling; a reservoir (34, 35) extending the length of an edge of said cell counting section and having a depth substantially exceeding said gap, said reservoir extending below said planar floor and open to said cell counting section along said entire length; and a port (21, 22) in said ceiling opening into said reservoir (34, 35), characterized in that the cell counting slide further comprises a dam (41, 42) within said reservoir (34, 35) arranged to slow down flow of a cell suspension from said reservoir to said cell counting section.
Powder or powder granulate having a chromium content > 80 Ma%, which contains 2 to 20 Ma% iron, optionally up to 5 Ma% dopant, and optionally up to 2 Ma% oxygen, wherein the powder or powder granulate comprises chromium-rich regions having a chromium content > 95 Ma%, which form chromium-containing particles, characterized in that the chromium-containing particles have a mean porosity, which is determined by means of quantitative image analysis according to the description, of > 20 Vol%, wherein the powder or powder granulate comprises iron-rich regions having an iron content > 60 Ma%.
A method for predicting Natural Killer T-Cell Lymphoma (NKTCL) susceptibility and/or diagnosing NKTCL in a subject, comprising analysing an isolated blood and/or cell sample from the subject by (i) testing for the genotype of said subject for the JAK1 and/or JAK3 gene or (ii) testing for whether said subject expresses a wildtype or mutant JAK1 and/or JAK3 protein, wherein the presence of a mutant JAK1 and / or JAK3 gene or a mutant JAK1 and/or JAK3 protein indicates that the subject is at risk of developing and/or has NKTCL.
A hydraulic brake system for use in an aircraft landing gear, the hydraulic brake system comprising: a throttling valve; an inner axle housing defining a first cavity, the throttling valve fluidly coupled to the first cavity of the inner axle housing; an inner axle disposed in the inner axle housing, the inner axle comprising a plurality of paddles extending radially outward from the inner axle; a first outer axle coupled to a first axial end of the inner axle and a second outer axle coupled to a second axial end of the inner axle, the first and second outer axles disposed external to the inner axle housing, wherein: the first cavity is configured to be pressurized via the throttling valve and impede a free rotation of the inner axle; the plurality of paddles includes a first set of paddles spaced apart circumferentially about the inner axle, a second set of paddles spaced apart circumferentially about the inner axle, and a third set of paddles spaced apart circumferentially about the inner axle; the first set of paddles spaced apart axially from the third set of paddles; and the second set of paddles spaced apart axially, and disposed axially between, the first set of paddles and the third set of paddles. a throttling valve; an inner axle housing defining a first cavity, the throttling valve fluidly coupled to the first cavity of the inner axle housing; an inner axle disposed in the inner axle housing, the inner axle comprising a plurality of paddles extending radially outward from the inner axle; a first outer axle coupled to a first axial end of the inner axle and a second outer axle coupled to a second axial end of the inner axle, the first and second outer axles disposed external to the inner axle housing, wherein: the first cavity is configured to be pressurized via the throttling valve and impede a free rotation of the inner axle; the plurality of paddles includes a first set of paddles spaced apart circumferentially about the inner axle, a second set of paddles spaced apart circumferentially about the inner axle, and a third set of paddles spaced apart circumferentially about the inner axle; the first set of paddles spaced apart axially from the third set of paddles; and the second set of paddles spaced apart axially, and disposed axially between, the first set of paddles and the third set of paddles. the first cavity is configured to be pressurized via the throttling valve and impede a free rotation of the inner axle; the plurality of paddles includes a first set of paddles spaced apart circumferentially about the inner axle, a second set of paddles spaced apart circumferentially about the inner axle, and a third set of paddles spaced apart circumferentially about the inner axle; the first set of paddles spaced apart axially from the third set of paddles; and the second set of paddles spaced apart axially, and disposed axially between, the first set of paddles and the third set of paddles.
A catheter system for alleviating cerebral vascular blockage comprising: an outer catheter (112,212,312,412,512) and a bypass catheter (116,216,316,416,516), wherein the bypass catheter is slidably disposed within the outer catheter, and wherein the outer catheter comprises a cutting element (132,232,332,432,532) with serrated teeth at its distal end, and wherein the outer catheter comprises a distal portion (122,222,522), and wherein the distal portion of the outer catheter comprises at least one perforation (146,246,346,446,546) through a sidewall of the distal portion, characterised in that the cutting element is formed integrally with, or affixed separately to, the distal end of the distal portion of the outer catheter. an outer catheter (112,212,312,412,512) and a bypass catheter (116,216,316,416,516), wherein the bypass catheter is slidably disposed within the outer catheter, and wherein the outer catheter comprises a cutting element (132,232,332,432,532) with serrated teeth at its distal end, and wherein the outer catheter comprises a distal portion (122,222,522), and wherein the distal portion of the outer catheter comprises at least one perforation (146,246,346,446,546) through a sidewall of the distal portion, characterised in that the cutting element is formed integrally with, or affixed separately to, the distal end of the distal portion of the outer catheter.
A method for an operation of a mobile station, MS, (432; 500; 600; 700) for use in a wireless communication network comprising a plurality of base stations, BSs, (400, 410; 510; 610; 710) capable of communicating with the MS (432; 500; 600; 700) and other MSs, wherein at least some of the BSs are femto cell BSs, FBSs, (410; 510; 610; 710) and at least some of the BSs are macro cell BSs, MBSs, the method comprising: detecting an interference from at least one inaccessible FBS (410; 510; 610; 710) to which the MS is unauthorized to access; and transmitting (528; 632; 732), to the at least one inaccessible FBS, a ranging request message comprising a ranging purpose indication for requesting an interference mitigation for the interference, wherein the interference mitigation is performed by the at least one inaccessible FBS based on information regarding the MS in response to receiving the ranging request message. detecting an interference from at least one inaccessible FBS (410; 510; 610; 710) to which the MS is unauthorized to access; and transmitting (528; 632; 732), to the at least one inaccessible FBS, a ranging request message comprising a ranging purpose indication for requesting an interference mitigation for the interference, wherein the interference mitigation is performed by the at least one inaccessible FBS based on information regarding the MS in response to receiving the ranging request message.
A heat exchange device for heat exchange in a drainage system, comprising: - a heat exchange element where the heat exchange element comprises an external pipe device and an internal pipe device, where the internal pipe device is provided inside the external pipe device; - a coupling device which provides a fluid-communicating coupling between the heat exchange element, a first fluid connector and a second fluid connector; such that a heat exchange medium can circulate through the external pipe device, the internal pipe device and the coupling device; where the coupling device comprises an external coupling interface for coupling the heat exchange element to the second fluid connector and an internal coupling interface for coupling the heat exchange element to the first fluid connector; where the external pipe device comprises a first end connected to the external coupling interface and a second end which is closed; where the internal pipe device comprises a first end connected to the internal coupling interface and a second end which is open; where the device is configured so that a heat exchange medium can circulate through the first fluid connector, the internal pipe device, the external pipe device and the second fluid connector; where the external pipe device comprises at least one pipe element which is curved or angled and at least one pipe element which is substantially cylindrical; characterised in that the internal pipe device comprises a flexible pipe element, that the coupling device comprises a body with a cylindrical protruding portion, that the cylindrical protruding portion has a substantially circular end surface and that the internal coupling interface comprises an internally threaded portion in a first, circular opening in the substantially circular end surface. - a heat exchange element where the heat exchange element comprises an external pipe device and an internal pipe device, where the internal pipe device is provided inside the external pipe device; - a coupling device which provides a fluid-communicating coupling between the heat exchange element, a first fluid connector and a second fluid connector; such that a heat exchange medium can circulate through the external pipe device, the internal pipe device and the coupling device;
A method for producing synthetic gas from biomass by high temperature gasification, comprising: feeding dried biomass as raw material to a carbonization furnace, carbonizing, pulverizing a charcoal to charcoal powder, and ejecting the charcoal powder to a gasification furnace for gasification, characterized in that - the products of the carbonization furnace are pyrolysis gas comprising CO, H 2, CO 2 H 2 O and CH 4, and charcoal, - pyrolysis gas produced by the carbonization furnace is used as a transportation gas in a transport pipe to eject said charcoal powder to the gasification furnace, and - charcoal powder transportation is controlled by controlling the amount of said pyrolysis gas, wherein the pyrolysis gas produced in the carbonization furnace is filtered and part of the purified pyrolysis gas enters a heater via a control valve, is heated to a temperature between 550 and 650°C and enters an ejector of charcoal powder, - the solid-gas ratio in the transport pipe of a mixture of charcoal powder and pyrolysis gas, transporting the ejected charcoal powder using the pyrolysis gas as a transportation gas, is controlled at between 0.03 and 0.45m 3 /m 3 by adjusting the opening of the control valve. - the products of the carbonization furnace are pyrolysis gas comprising CO, H 2, CO 2 H 2 O and CH 4, and charcoal, - pyrolysis gas produced by the carbonization furnace is used as a transportation gas in a transport pipe to eject said charcoal powder to the gasification furnace, and - charcoal powder transportation is controlled by controlling the amount of said pyrolysis gas, wherein the pyrolysis gas produced in the carbonization furnace is filtered and part of the purified pyrolysis gas enters a heater via a control valve, is heated to a temperature between 550 and 650°C and enters an ejector of charcoal powder, - the solid-gas ratio in the transport pipe of a mixture of charcoal powder and pyrolysis gas, transporting the ejected charcoal powder using the pyrolysis gas as a transportation gas, is controlled at between 0.03 and 0.45m 3 /m 3 by adjusting the opening of the control valve.
A manufacturing method of a Nd-Fe-B-based rare-earth permanent magnet comprising steps of: milling magnet material into magnet powder; preparing a mixture by mixing the magnet powder and a binder so that the binder is included at a rate of 1 to 40 wt% with reference to total weight of the magnet powder and the binder; obtaining a green sheet by coating a surface of a substrate with the mixture by high precision coating so that a sheet-like-shaped green sheet has thickness precision within a margin of error of plus or minus 5% with reference to a designed value; and pressure sintering the green sheet; characterized in that in the step of obtaining the green sheet, the substrate is coated with the mixture by using a slot die, and thickness of the green sheet thus coated with the mixture is measured so as to perform feed back control of a gap between the slot die and the substrate based on a measured thickness. milling magnet material into magnet powder; preparing a mixture by mixing the magnet powder and a binder so that the binder is included at a rate of 1 to 40 wt% with reference to total weight of the magnet powder and the binder; obtaining a green sheet by coating a surface of a substrate with the mixture by high precision coating so that a sheet-like-shaped green sheet has thickness precision within a margin of error of plus or minus 5% with reference to a designed value; and pressure sintering the green sheet; characterized in that in the step of obtaining the green sheet, the substrate is coated with the mixture by using a slot die, and thickness of the green sheet thus coated with the mixture is measured so as to perform feed back control of a gap between the slot die and the substrate based on a measured thickness.
A brushing system, including a brush, and a hydraulic motor, comprising meshed gears (28, 30) housed in a closed package, for not allowing pressurized water entering an inlet of said package to flow between said meshed gears (28, 30), thereby directing the water to flow around said gears (28, 30), for rotating said brush, said brushing system characterized in administering said pressurized water by water outlets of said brush, whereby said water outlets of said brush rotate with said brush, wherein an inner volume of said one of said two gears comprises a piping for communicating therethrough an outlet of said hydraulic motor to said water outlets of said brush.
A partially flexible display device comprising at least one flexible display region and at least one non-flexible display region; whereby the at least one flexible display region and the at least one non-flexible display region share a common base structure comprised of a plurality of layers and the at least one non-flexible display region further comprising at least one additional layer, constructed to provide at least one added display functionality for use with the partially flexible display device, wherein the added display functionality is available only in the at least one non-flexible display region.
An implantable medical device, wherein the implantable medical device is a pacemaker, a cardioverter-defibrillator or a cardiac resynchronization device, comprising: a processor; a communication circuit operably connected to the processor; the communication circuit configured to receive data regarding levels of one panel of biomarkers in a biological sample of a patient; the panel of biomarkers including at least CRP, sST2, TIMP-1 and TIMP-2; and the device configured to modulate therapy based on the data regarding levels of the at least one biomarker panel, wherein the device is configured to change the parameters of CRT therapy administered to the patient based on the data regarding the levels of the at least one biomarker panel. a processor; a communication circuit operably connected to the processor; the communication circuit configured to receive data regarding levels of one panel of biomarkers in a biological sample of a patient; the panel of biomarkers including at least CRP, sST2, TIMP-1 and TIMP-2; and the device configured to modulate therapy based on the data regarding levels of the at least one biomarker panel,