mhurhangee/ep-ind-claims huggingface dataset:
A roll for molding a fibrous sheet, the roll comprising: a cylindrical shell configured to be rotatably driven in a circumferential direction, the cylindrical shell including an interior surface, and a permeable patterned exterior surface the cylindrical shell being permeable to allow air to be moved through the cylindrical shell, the permeable patterned exterior surface of the cylindrical shell has at least one of a plurality of recesses and a plurality of projections, the density of the at least one of the plurality of recesses and the plurality of projections being greater than about fifty per 0.00064516 square meter (about fifty per square inch); and a vacuum box positioned on the inside of the cylindrical shell and being configured to draw air from the permeable patterned, exterior surface of the cylindrical shell to the interior surface of the cylindrical shell, the vacuum box being stationary with respect to the rotation of the cylindrical shell. a cylindrical shell configured to be rotatably driven in a circumferential direction, the cylindrical shell including an interior surface, and a permeable patterned exterior surface the cylindrical shell being permeable to allow air to be moved through the cylindrical shell, the permeable patterned exterior surface of the cylindrical shell has at least one of a plurality of recesses and a plurality of projections, the density of the at least one of the plurality of recesses and the plurality of projections being greater than about fifty per 0.00064516 square meter (about fifty per square inch); and a vacuum box positioned on the inside of the cylindrical shell and being configured to draw air from the permeable patterned, exterior surface of the cylindrical shell to the interior surface of the cylindrical shell, the vacuum box being stationary with respect to the rotation of the cylindrical shell.
A method for purifying midbrain dopaminergic neural progenitor cells comprising: (a) providing a neural progenitor cell population comprising midbrain dopaminergic (mDA) neural progenitor cells in cell culture medium; (b) isolating neural progenitor cells that express Corin and one or more additional markers selected from the group consisting of orthodenticle homeobox 2 and Frizzled-5 from the cell population of step (a), wherein the neural progenitor cells that express Corin and the one or more additional cell markers are identified as mDA neural progenitor cells. (a) providing a neural progenitor cell population comprising midbrain dopaminergic (mDA) neural progenitor cells in cell culture medium; (b) isolating neural progenitor cells that express Corin and one or more additional markers selected from the group consisting of orthodenticle homeobox 2 and Frizzled-5 from the cell population of step (a), wherein the neural progenitor cells that express Corin and the one or more additional cell markers are identified as mDA neural progenitor cells.
A thermosetting resin composition comprising: a lignin derived from a lignocellulose; a lignocellulose fiber derived from the lignocellulose; and a thermosetting resin, wherein the lignin and the lignocellulose fiber are dispersed in the thermosetting resin. wherein a content of the lignocellulose fiber is 1 to 20% by mass, and wherein a content of the lignin is 0.1 to 15% by mass. wherein the lignin and the lignocellulose fiber are dispersed in the thermosetting resin. wherein a content of the lignocellulose fiber is 1 to 20% by mass, and wherein a content of the lignin is 0.1 to 15% by mass.
An implant for the formation and/or regeneration of a lymph node in the body of a patient in need thereof, said implant comprising - a biodegradable scaffold, wherein said biodegradable scaffold is a hollow three-dimensional object, and wherein from 2 up to 10 lymph node fragments are immobilized inside and/or on the inner surface of said hollow three-dimensional object. - a biodegradable scaffold, wherein said biodegradable scaffold is a hollow three-dimensional object, and wherein from 2 up to 10 lymph node fragments are immobilized inside and/or on the inner surface of said hollow three-dimensional object.
A method of adaptively managing a plurality of engines in a multi-engine system, each engine comprising hot gas components and non-hot gas components, and each engine exhibiting a performance margin and a remaining useful life, the method comprising the steps of: continuously, and in real-time, determining a plurality of different degradation mechanisms for each of the plurality of engines; continuously, and in real-time, determining which of the determined degradation mechanisms is most limiting; and controlling the plurality of engines, based on the most limiting degradation mechanism, in a manner that the remaining useful lives of each engine are substantially equal, wherein the plurality of different degradation mechanisms of each engine are determined based on: (i) the engine performance margin, (ii) modeled failure predictions of the hot gas components, and (iii) modeled failure predictions of the non-hot gas components. continuously, and in real-time, determining a plurality of different degradation mechanisms for each of the plurality of engines; continuously, and in real-time, determining which of the determined degradation mechanisms is most limiting; and controlling the plurality of engines, based on the most limiting degradation mechanism, in a manner that the remaining useful lives of each engine are substantially equal, wherein the plurality of different degradation mechanisms of each engine are determined based on: (i) the engine performance margin, (ii) modeled failure predictions of the hot gas components, and (iii) modeled failure predictions of the non-hot gas components. (i) the engine performance margin, (ii) modeled failure predictions of the hot gas components, and (iii) modeled failure predictions of the non-hot gas components.
A vehicle occupant restraint system comprising - a gas bag inflatable with gas, which includes at least one first fabric layer and one second fabric layer, which are connected with each other along their edge by means of a peripheral seam, and - at least one outflow opening via which gas can flow out of the gas bag, wherein - the outflow opening is formed by an interruption of the peripheral seam, and - for forming an outflow opening the peripheral seam is interrupted such that it forms a portion (21, 22) extending substantially vertical to the adjoining edge of the gas bag on both sides of the outflow opening and each ends at the edge of the gas bag, characterized by at least one additional seam formed in the region of the outflow opening, which completely closes the outflow opening, wherein the additional seam is designed such that it opens during the inflation process, and wherein the additional seam extends linearly along its entire length and intersects the vertical extending portions of the peripheral seam. - a gas bag inflatable with gas, which includes at least one first fabric layer and one second fabric layer, which are connected with each other along their edge by means of a peripheral seam, and - at least one outflow opening via which gas can flow out of the gas bag, wherein - the outflow opening is formed by an interruption of the peripheral seam, and - for forming an outflow opening the peripheral seam is interrupted such that it forms a portion (21, 22) extending substantially vertical to the adjoining edge of the gas bag on both sides of the outflow opening and each ends at the edge of the gas bag,
A method for wireless communications at a user equipment, UE, comprising: transmitting (510, 1405), to a base station, a first random access, RACH, message (220, 510) based at least in part on a synchronization signal block, SSB, (210, 310, 505) received by the UE on a first receive beam; identifying (515, 1410) a set of time resources used by the base station for transmission of one or more other SSBs (210, 310) from the base station; identifying (520, 1415) a search space for receiving a physical downlink control channel, PDCCH, message based at least in part on the first RACH message (220, 510), wherein the identified search space comprises time resources that are different from the identified set of time resources; and monitoring (530, 1420) for the PDCCH message in the identified search space. transmitting (510, 1405), to a base station, a first random access, RACH, message (220, 510) based at least in part on a synchronization signal block, SSB, (210, 310, 505) received by the UE on a first receive beam; identifying (515, 1410) a set of time resources used by the base station for transmission of one or more other SSBs (210, 310) from the base station; identifying (520, 1415) a search space for receiving a physical downlink control channel, PDCCH, message based at least in part on the first RACH message (220, 510), wherein the identified search space comprises time resources that are different from the identified set of time resources; and monitoring (530, 1420) for the PDCCH message in the identified search space.
A partially coated film comprising: (a) a film having two outer surfaces, wherein a first outer surface is provided by a film layer that comprises from 70 to 100 percent by weight of a polyolefin having a density of 0.860 to 0.965 g/cm 3; and (b) a coating on the first outer surface of the film comprising polyurethane, wherein the coating covers less than 25% of the surface area of the first outer surface of the film and wherein the coated portion of the film exhibits an Elmendorf tear in at least one of the machine direction or cross direction that is at least 20% less than the Elmendorf tear of the uncoated portion in the same direction, with the Elmendorf tear being measured in accordance with ASTM D1922. (a) a film having two outer surfaces, wherein a first outer surface is provided by a film layer that comprises from 70 to 100 percent by weight of a polyolefin having a density of 0.860 to 0.965 g/cm 3; and (b) a coating on the first outer surface of the film comprising polyurethane,
An oil-in-water emulsified food composition comprising: • Water, • Vegetable oil, in an amount of from 65 to 80 wt%, based on the weight of the food composition. • Plant protein, • 0.2 to 2 wt% of bran of mustard seed, wherein the composition is free from egg-derived ingredients, and wherein the composition has a pH of from 2 to 5. • Water, • Vegetable oil, in an amount of from 65 to 80 wt%, based on the weight of the food composition. • Plant protein, • 0.2 to 2 wt% of bran of mustard seed,
A method comprising: receiving, from a server, a primary video stream; receiving, from the server, tracking information for a plurality of tracked objects in the primary video stream, the tracking information indicating a time-varying position, within the primary video stream, of each of the tracked objects; displaying the primary video stream, said displaying comprising highlighting the tracked objects based on the received tracking information; receiving a user input selecting (i) a spatial location associated with a tracked object of the plurality of tracked objects in the primary video stream and (ii) a zoom factor; identifying the tracked object based on the selected spatial location; based on the time-varying position of the identified tracked object and the selected zoom factor, cropping and upscaling the primary video stream to generate a first cropped and upscaled video stream that follows the identified tracked object at the selected zoom factor; and displaying the first cropped and upscaled video stream; retrieving from the server a zoomed video stream corresponding to the identified tracked object, wherein the zoomed video is of better quality than the cropped and upscaled video stream of the identified tracked object; and switching from display of the first cropped and upscaled video stream to display of the zoomed video stream, wherein the plurality of tracked objects correspond to respective zoomed video streams stored in the server, and wherein the retrieved zoomed video stream is one of the zoomed video streams stored in the server. receiving, from a server, a primary video stream; receiving, from the server, tracking information for a plurality of tracked objects in the primary video stream, the tracking information indicating a time-varying position, within the primary video stream, of each of the tracked objects; displaying the primary video stream, said displaying comprising highlighting the tracked objects based on the received tracking information; receiving a user input selecting (i) a spatial location associated with a tracked object of the plurality of tracked objects in the primary video stream and (ii) a zoom factor; identifying the tracked object based on the selected spatial location; based on the time-varying position of the identified tracked object and the selected zoom factor, cropping and upscaling the primary video stream to generate a first cropped and upscaled video stream that follows the identified tracked object at the selected zoom factor; and displaying the first cropped and upscaled video stream; retrieving from the server a zoomed video stream corresponding to the identified tracked object, wherein the zoomed video is of better quality than the cropped and upscaled video stream of the identified tracked object; and switching from display of the first cropped and upscaled video stream to display of the zoomed video stream, wherein the plurality of tracked objects correspond to respective zoomed video streams stored in the server, and wherein the retrieved zoomed video stream is one of the zoomed video streams stored in the server.
A substrate comprising multiple, independently controllable electrochromic zones (200A and 200B), wherein: each of said multiple electrochromic zones (200A and 200B) comprises: a first electrode comprising one of an electrochromic layer or a counter electrode layer; a second electrode comprising other of said electrochromic layer or said counter electrode layer; an ion-conductor layer for conducting ions between said first and second electrodes; a first conductive layer; and a second conductive layer, said first and second electrodes and said ion-conductor layer being sandwiched between said first and second conductive layers; and wherein the multiple electrochromic zones (200A and 200B) share at least one common, continuous bus bar. each of said multiple electrochromic zones (200A and 200B) comprises: a first electrode comprising one of an electrochromic layer or a counter electrode layer; a second electrode comprising other of said electrochromic layer or said counter electrode layer; an ion-conductor layer for conducting ions between said first and second electrodes; a first conductive layer; and a second conductive layer, said first and second electrodes and said ion-conductor layer being sandwiched between said first and second conductive layers; and a first electrode comprising one of an electrochromic layer or a counter electrode layer; a second electrode comprising other of said electrochromic layer or said counter electrode layer; an ion-conductor layer for conducting ions between said first and second electrodes; a first conductive layer; and a second conductive layer, said first and second electrodes and said ion-conductor layer being sandwiched between said first and second conductive layers; and wherein the multiple electrochromic zones (200A and 200B) share at least one common, continuous bus bar.
The use of at least one N-acyl amino acid or the salts thereof for protecting from corrosion metal parts of a container, on which parts a coating is applied.
A method for recovering thermal energy from a subterranean geothermal formation ( 400, 500) comprising: pressurizing at least one unstimulated fracture (416, 516) within an unisolated subterranean open-hole interval (410, 510) by injecting a treatment fluid down an annulus (464, 524) between a tubing string (460, 528) and the unisolated subterranean open-hole interval to create a first stimulated fracture; isolating a selected subterranean open-hole interval (414, 514) at a greater subterranean depth than the unisolated subterranean open-hole interval (, 410, 510) by positioning an isolation tool (420, 422) adjacent to the selected subterranean open-hole interval (414, 514) and/or a scab liner proximate the selected subterranean open-hole interval (414, 514); and pressurizing at least one unstimulated fracture ( 418, 518) within the isolated subterranean open-hole interval ( 414, 514) by injecting a treatment fluid down the tubing string (460, 528) to create a second stimulated fracture ( 418, 518), wherein water is circulated within the second stimulated fracture ( 418, 518) to be heated and produced from the well for generating electricity. pressurizing at least one unstimulated fracture (416, 516) within an unisolated subterranean open-hole interval (410, 510) by injecting a treatment fluid down an annulus (464, 524) between a tubing string (460, 528) and the unisolated subterranean open-hole interval to create a first stimulated fracture; isolating a selected subterranean open-hole interval (414, 514) at a greater subterranean depth than the unisolated subterranean open-hole interval (, 410, 510) by positioning an isolation tool (420, 422) adjacent to the selected subterranean open-hole interval (414, 514) and/or a scab liner proximate the selected subterranean open-hole interval (414, 514); and pressurizing at least one unstimulated fracture ( 418, 518) within the isolated subterranean open-hole interval ( 414, 514) by injecting a treatment fluid down the tubing string (460, 528) to create a second stimulated fracture ( 418, 518), wherein water is circulated within the second stimulated fracture ( 418, 518) to be heated and produced from the well for generating electricity.
Timepiece including: - a timepiece movement provided with an analogue display and with at least one wheel set rotating integrally with a rotary indicator of said analogue display, said wheel set including an electrically conductive plate extending substantially orthogonally to the axis of rotation of the wheel set, and pierced with at least one aperture, - a device for detection of a reference angular position of the aperture, the detection device including at least one set of planar electrodes comprising a first electrode, a second electrode, and a common electrode (Em) arranged in a plane parallel to the wheel set, the common electrode (Em) being arranged along portions of the first electrode and of the second electrode, the detection device being arranged to detect the difference between an electrical capacitance C1 of a capacitor made by the first electrode and the common electrode (Em), and an electrical capacitance C2 of a capacitor made by the second electrode and the common electrode (Em). the aperture being at least partially above or below: - the first electrode in a position called the first position of disequilibrium - the first electrode and the second electrode in a position called the position of equilibrium - the second electrode in a position called the second position of disequilibrium. - a timepiece movement provided with an analogue display and with at least one wheel set rotating integrally with a rotary indicator of said analogue display, said wheel set including an electrically conductive plate extending substantially orthogonally to the axis of rotation of the wheel set, and pierced with at least one aperture, - a device for detection of a reference angular position of the aperture, the detection device including at least one set of planar electrodes comprising a first electrode, a second electrode, and a common electrode (Em) arranged in a plane parallel to the wheel set, the common electrode (Em) being arranged along portions of the first electrode and of the second electrode, the detection device being arranged to detect the difference between an electrical capacitance C1 of a capacitor made by the first electrode and the common electrode (Em), and an electrical capacitance C2 of a capacitor made by the second electrode and the common electrode (Em). - the first electrode in a position called the first position of disequilibrium - the first electrode and the second electrode in a position called the position of equilibrium - the second electrode in a position called the second position of disequilibrium.
Reinforcing bar binding machine in which a wire is fed from a wire reel rotatably mounted on a binding machine body, the fed wire is wound around reinforcing bars, and the wound wire is twisted to bind the reinforcing bars, the reinforcing bar binding machine further comprises a braking mechanism, the braking mechanism comprising: a braking means that includes a locking portion engageable with a saw-toothed engaging portion of the wire reel, the locking portion being engageable with the engaging portion to stop a rotation of the wire reel; a driving means (32, 60) for driving the braking means after a wire is fed by a predetermined length from the wire reel; a shaft, wherein one end of the shaft connects with the braking means and the other end of the shaft connects with the driving means (32, 60); a bracket that supports the shaft to the binding machine body; and a cover for partitioning a portion between the driving means (32, 60) and the wire reel; a bearing of the shaft that is fit and fixed to an opening of the cover to cover around the shaft, a hollow pin that conceals a part of a sliding portion of the shaft positioning in an outer side of the cover; and a torsion coil spring that biases the braking means to return the braking means to an initial state of the braking means; wherein the driving means (32, 60) is concealed by the cover to separate from the wire reel. a braking means that includes a locking portion engageable with a saw-toothed engaging portion of the wire reel, the locking portion being engageable with the engaging portion to stop a rotation of the wire reel; a driving means (32, 60) for driving the braking means after a wire is fed by a predetermined length from the wire reel; a shaft, wherein one end of the shaft connects with the braking means and the other end of the shaft connects with the driving means (32, 60); a bracket that supports the shaft to the binding machine body; and a cover for partitioning a portion between the driving means (32, 60) and the wire reel; a bearing of the shaft that is fit and fixed to an opening of the cover to cover around the shaft, a hollow pin that conceals a part of a sliding portion of the shaft positioning in an outer side of the cover; and a torsion coil spring that biases the braking means to return the braking means to an initial state of the braking means; wherein the driving means (32, 60) is concealed by the cover to separate from the wire reel.