mhurhangee/ep-ind-claims huggingface dataset:
A method comprising computer-executable instructions that when executed by a hardware microprocessor, perform acts of: receiving a user query of a user on a device for directions along a route defined from a geographical origin to a geographical destination; computing user intent based on the user query and user information; identifying entities-of-interest along the route relevant to the user intent and based on time to reach the entities-of-interest from the route; characterised by assigning to the route a greater number of the identified entities-of-interest at more popular locations as compared to less popular locations; and causing an interface to present the route and the assigned entities-of-interest as an itinerary. receiving a user query of a user on a device for directions along a route defined from a geographical origin to a geographical destination; computing user intent based on the user query and user information; identifying entities-of-interest along the route relevant to the user intent and based on time to reach the entities-of-interest from the route; characterised by assigning to the route a greater number of the identified entities-of-interest at more popular locations as compared to less popular locations; and causing an interface to present the route and the assigned entities-of-interest as an itinerary.
A cell that coexpresses a sulfatase and a C α -formylyglycine generating enzyme so that activated sulfatase is produced; wherein the cell comprises heterologous DNA or RNA that results in increased expression of the activated sulfatase relative to what would occur in the absence of heterologous DNA or RNA; and wherein the FGE is a polypeptide with C α -formylyglycine generating activity that: a) has a sequence selected from the group consisting of SEQ ID NO. 2, 5, 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, or amino acids 34-374 of SEQ ID NO. 2; or b) has at least 50% sequence identity with SEQ ID No 2; or c) has one or more conservative amino acid mutations relative to a polypeptide as described in a) or b) above; or d) is a fragment of a polypeptide as described in any of a) to c) above; or e) is a fusion protein of any of a) to d) above. a) has a sequence selected from the group consisting of SEQ ID NO. 2, 5, 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, or amino acids 34-374 of SEQ ID NO. 2; or b) has at least 50% sequence identity with SEQ ID No 2; or c) has one or more conservative amino acid mutations relative to a polypeptide as described in a) or b) above; or d) is a fragment of a polypeptide as described in any of a) to c) above; or e) is a fusion protein of any of a) to d) above.
A composition comprising at least one CD200 inhibitor, wherein the at least one CD200 inhibitor is a peptide having a length of 13 to 20 amino acids, and comprising a sequence corresponding to SEQ ID NO: 8 and having an alanine substitution at position 7 as compared to SEQ ID NO: 8.
A method of producing a composite material comprising: supplying a metal compound (M P C) of a product metal (M P) and a reductant capable of reducing the metal compound (M P C) of the product metal (M P) to a reactor, wherein said metal compound (M P C) of said product metal (M P) is a metal halide selected from the group consisting of halides of titanium, aluminium, vanadium, chromium, niobium, molybdenum, zirconium, silicon, boron, tin, hafnium, yttrium, iron, copper, nickel, bismuth, manganese, palladium, tungsten, cadmium, zinc, silver, cobalt, tantalum, scandium, ruthenium and the rare earths or a combination of any two or more thereof, and wherein said reductant is selected from the group consisting of Mg, Na, K, Li, Ba, Ca, Be, Al and any combination thereof, and any one or more thereof with another reductant (R'); forming a composite material comprising a matrix of oxidised reductant (R o) of the reductant, the product metal (M P) dispersed in said matrix of oxidised reductant (R o), one or more metal compounds (M P C R) of the metal compound (M P C) in one or more oxidation states, and optionally the reductant; and recovering the composite material from the reactor, wherein the metal compound (M P C) of the product metal (M P) is fed to the reactor such that it is in excess relative to the reductant. supplying a metal compound (M P C) of a product metal (M P) and a reductant capable of reducing the metal compound (M P C) of the product metal (M P) to a reactor, wherein said metal compound (M P C) of said product metal (M P) is a metal halide selected from the group consisting of halides of titanium, aluminium, vanadium, chromium, niobium, molybdenum, zirconium, silicon, boron, tin, hafnium, yttrium, iron, copper, nickel, bismuth, manganese, palladium, tungsten, cadmium, zinc, silver, cobalt, tantalum, scandium, ruthenium and the rare earths or a combination of any two or more thereof, and wherein said reductant is selected from the group consisting of Mg, Na, K, Li, Ba, Ca, Be, Al and any combination thereof, and any one or more thereof with another reductant (R'); forming a composite material comprising a matrix of oxidised reductant (R o) of the reductant, the product metal (M P) dispersed in said matrix of oxidised reductant (R o), one or more metal compounds (M P C R) of the metal compound (M P C) in one or more oxidation states, and optionally the reductant; and recovering the composite material from the reactor, wherein the metal compound (M P C) of the product metal (M P) is fed to the reactor such that it is in excess relative to the reductant.
A device comprising: an imaging module configured for monitoring to determine that bubble presence in a region meets a predefined condition corresponding to an ability to deliver an effective dose of a substance; a therapy unit configured for energizing bubbles within said region to deliver the substance; and a controller for controlling the imaging module and the therapy unit, wherein the controller is adapted to: implement a treatment plan which comprises delivering the substance in separate treatment regions in a number of treatment passes; and maintain a list made up of treatment regions that have not yet been energized during a current pass, and wherein the controller is adapted such that: said energizing (i) occurs in real time response to a determination that said predefined condition has been met (S306-S310) for the current treatment region and the current treatment plan is removed from the list if on the list, and (ii) shifts to the next treatment region in the current pass in response to the determination that said predefined condition has not been met, and the current treatment region is then added to the list, if not already on the list. an imaging module configured for monitoring to determine that bubble presence in a region meets a predefined condition corresponding to an ability to deliver an effective dose of a substance; a therapy unit configured for energizing bubbles within said region to deliver the substance; and a controller for controlling the imaging module and the therapy unit, wherein the controller is adapted to: implement a treatment plan which comprises delivering the substance in separate treatment regions in a number of treatment passes; and maintain a list made up of treatment regions that have not yet been energized during a current pass, and wherein the controller is adapted such that: said energizing (i) occurs in real time response to a determination that said predefined condition has been met (S306-S310) for the current treatment region and the current treatment plan is removed from the list if on the list, and (ii) shifts to the next treatment region in the current pass in response to the determination that said predefined condition has not been met, and the current treatment region is then added to the list, if not already on the list. implement a treatment plan which comprises delivering the substance in separate treatment regions in a number of treatment passes; and maintain a list made up of treatment regions that have not yet been energized during a current pass, and wherein the controller is adapted such that: said energizing (i) occurs in real time response to a determination that said predefined condition has been met (S306-S310) for the current treatment region and the current treatment plan is removed from the list if on the list, and (ii) shifts to the next treatment region in the current pass in response to the determination that said predefined condition has not been met, and the current treatment region is then added to the list, if not already on the list.
Sealing device (1, 11) for a hub-wheel assembly provided with a rolling bearing, the sealing device comprising: - a screen (6, 16), which is assembled on an outer ring of the bearing and provided with an annular cylindrical wall (61, 161), having an internal lateral surface (62, 162) which is press fit along an external lateral surface of a collar of the outer ring, the internal lateral surface (62, 162) showing a respective inner diameter (Di) and the external lateral surface showing a respective outer diameter (De); and - a static sealing element (7, 17), constrained to said screen (6, 16); said sealing device (1, 11) being characterized by the fact that it has: - a ratio of an interference between inner diameter (Di) and outer diameter (De) over a screen thickness ranging between 0.22 and 0.5; - a coupling length (L, L') between the internal lateral surface (62, 162) and the external lateral surface equal or greater than 5 mm; and - a ratio between outer diameter (De) of the external lateral surface and coupling length (L, L') ranging between 1 and 1.19. - a screen (6, 16), which is assembled on an outer ring of the bearing and provided with an annular cylindrical wall (61, 161), having an internal lateral surface (62, 162) which is press fit along an external lateral surface of a collar of the outer ring, the internal lateral surface (62, 162) showing a respective inner diameter (Di) and the external lateral surface showing a respective outer diameter (De); and - a static sealing element (7, 17), constrained to said screen (6, 16); said sealing device (1, 11) being characterized by the fact that it has: - a ratio of an interference between inner diameter (Di) and outer diameter (De) over a screen thickness ranging between 0.22 and 0.5; - a coupling length (L, L') between the internal lateral surface (62, 162) and the external lateral surface equal or greater than 5 mm; and - a ratio between outer diameter (De) of the external lateral surface and coupling length (L, L') ranging between 1 and 1.19. - a ratio of an interference between inner diameter (Di) and outer diameter (De) over a screen thickness ranging between 0.22 and 0.5; - a coupling length (L, L') between the internal lateral surface (62, 162) and the external lateral surface equal or greater than 5 mm; and - a ratio between outer diameter (De) of the external lateral surface and coupling length (L, L') ranging between 1 and 1.19.
Vertical take-off and landing aircraft comprising neither a flat wing nor a tilt rotor, characterized in that said aircraft comprises three and only three closed wings all attached, with no possible rotation, to the same structure of the aircraft, this attachment making them all integral with each other and with the structure during all the phases of flight, and a cockpit carrying the possible pilot(s) and the possible passenger(s) which tilts around the pitch axis independently of the structure carrying these closed wings, and in that these three closed wings are non-contiguous and incorporate at least one propulsion device positioned at least partly in each of the volumes delimited by each of these closed wings, the rotation of the aircraft on at least two of its three axes (roll, pitch and yaw) is obtained by the differential modification of the thrust of at least three of the propulsion devices.
A hair knotting system comprising one or more knotting apparatuses installed in a feeding direction of a thread and configured to knot hairs to the thread, characterized in that the knotting apparatus comprising: a hair insertion member having an insertion groove into which one or more hairs are inserted, and a pull-out hole formed on a bottom surface of the insertion groove; a hair pull-out member for picking up and pulling out the hair, which has been inserted in the insertion groove, through the pull-out hole so as to be positioned past a portion under the thread, and forming a knotting hole as the thread and hair connect; a hair knotting member passing through the knotting hole from bottom to top so as to be positioned above the thread; and a hair winding member for picking up both end portions of the hair pulled out from the hair insertion member, and winding both the end portions of the hair while rotating around the hair knotting member above the thread, wherein the hair knotting member knots the hair onto the thread by pulling down, through the knotting hole, both end portions of the hair wound around a circumferential surface of the hair knotting member. a hair insertion member having an insertion groove into which one or more hairs are inserted, and a pull-out hole formed on a bottom surface of the insertion groove; a hair pull-out member for picking up and pulling out the hair, which has been inserted in the insertion groove, through the pull-out hole so as to be positioned past a portion under the thread, and forming a knotting hole as the thread and hair connect; a hair knotting member passing through the knotting hole from bottom to top so as to be positioned above the thread; and a hair winding member for picking up both end portions of the hair pulled out from the hair insertion member, and winding both the end portions of the hair while rotating around the hair knotting member above the thread, wherein the hair knotting member knots the hair onto the thread by pulling down, through the knotting hole, both end portions of the hair wound around a circumferential surface of the hair knotting member.
A lithium secondary battery comprising a cathode, an anode, a separator interposed between the cathode and anode, and an electrolyte, wherein the anode comprises a current collector, a hydrophilically surface modified porous polyolefin film protection layer, and optionally, a lithium metal layer interposed between the current collector and protection layer, the porous polyolefin film protection layer has a contact angle to an electrolyte prepared by dissolving LiFSI in a solvent mixture of polycarbonate and dimethylcarbonate of a volume ratio of 3:7 at the concentration of 3.5 M, of 40°or less, and the electrolyte comprises an organic solvent and lithium salts, and comprises the lithium salts at the concentration of 2 M to 7 M, wherein the contact angle is measured according to the method in the description. A lithium secondary battery comprising a cathode, an anode, a separator interposed between the cathode and anode, and an electrolyte, wherein the anode comprises a current collector, a hydrophilically surface modified porous polyolefin film protection layer, and optionally, a lithium metal layer interposed between the current collector and protection layer, the porous polyolefin film protection layer has a contact angle to an electrolyte prepared by dissolving LiFSI in a solvent mixture of polycarbonate and dimethylcarbonate of a volume ratio of 3:7 at the concentration of 3.5 M, of 40°or less, and the electrolyte comprises an organic solvent and lithium salts, and comprises the lithium salts at the concentration of 2 M to 7 M, wherein the contact angle is measured according to the method in the description.
Coupling adapter for a measuring insert for determining and/or monitoring a temperature of a medium including a temperature sensor, which measuring insert is configured to be introduced into a protective tube for accommodating the measuring insert, the coupling adapter comprising: a base body with a substantially cylindrical shape having an internal bore wherein a bore diameter is configured to correspond to an outer diameter of the measuring insert, and a coupling element, wherein the coupling element comprises a spring element as a first at least partially elastic and/or deformable element, wherein the coupling element is arranged on an outer surface of the base body and the coupling element is embodied and/or dimensioned so as to serve for fixing the measuring insert inside the protective tube in a state in which the measuring insert is introduced into the protective tube wherein the coupling element and/or the base body comprise/s fastening means (16, 17) for fastening the coupling element to the base body and/or the base body to the measuring insert, wherein the base body comprises at least one section (s1;s2) extending parallel to a longitudinal axis of the base body, in which section (s1;s2) the diameter of the base body is reduced and in which section (s1;s2) the coupling element is arranged. a base body with a substantially cylindrical shape having an internal bore wherein a bore diameter is configured to correspond to an outer diameter of the measuring insert, and a coupling element, wherein the coupling element comprises a spring element as a first at least partially elastic and/or deformable element, wherein the coupling element is arranged on an outer surface of the base body and the coupling element is embodied and/or dimensioned so as to serve for fixing the measuring insert inside the protective tube in a state in which the measuring insert is introduced into the protective tube wherein the coupling element and/or the base body comprise/s fastening means (16, 17) for fastening the coupling element to the base body and/or the base body to the measuring insert, wherein the base body comprises at least one section (s1;s2) extending parallel to a longitudinal axis of the base body, in which section (s1;s2) the diameter of the base body is reduced and in which section (s1;s2) the coupling element is arranged.
Electric switching device of the modular type, each module (2a, 2b, 2c, 2d) of which comprises a control lever cooperating with a moveable contact holder driven by a mechanical lock and by return means of the contact holder towards or away from a fixed contact, all of the levers of the device being connected by a single operating member, rigid connecting means being provided between the adjacent contact holders, characterised in that said rigid connecting means consist of at least one rigid male part belonging to a first contact holder cooperating without any degrees of freedom with at least one female part belonging to a contact holder adjacent to the first contact holder, each male part being divisable.
A catheter assembly comprising: a catheter hub with a catheter tube having a tube end, said catheter hub comprising a body comprising an interior surface defining an interior cavity having a proximal opening with a female Luer taper; a needle hub with a needle having a needle tip, a change in profile, a nominal needle diameter, and a needle shaft projecting through the catheter hub and the catheter tube such that the needle tip extends distally of the tube end in a ready position; an elastic seal located inside the interior cavity of the catheter hub; and a needle guard (114, 202, 212, 242, 272) for covering the needle tip in a protective position located in the interior cavity of the catheter hub; said needle guard (114, 202, 212, 242, 272) is made from a stamped metal and comprising a proximal wall having a perimeter defining an opening, the change in profile having a larger cross-sectional dimension than the opening on the proximal wall for engaging the change in profile in the protective position; characterized in that a seal for limiting blood flow is formed between the needle guard (114, 202, 212, 242, 272) and the elastic seal in the ready position; and the seal terminates, ends or otherwise ceases when the needle and the needle guard (114, 202, 212, 242, 272) are retracted from the catheter hub, wherein fluid flow is permitted to flow through the catheter hub. a catheter hub with a catheter tube having a tube end, said catheter hub comprising a body comprising an interior surface defining an interior cavity having a proximal opening with a female Luer taper; a needle hub with a needle having a needle tip, a change in profile, a nominal needle diameter, and a needle shaft projecting through the catheter hub and the catheter tube such that the needle tip extends distally of the tube end in a ready position; an elastic seal located inside the interior cavity of the catheter hub; and a needle guard (114, 202, 212, 242, 272) for covering the needle tip in a protective position located in the interior cavity of the catheter hub; said needle guard (114, 202, 212, 242, 272) is made from a stamped metal and comprising a proximal wall having a perimeter defining an opening, the change in profile having a larger cross-sectional dimension than the opening on the proximal wall for engaging the change in profile in the protective position; characterized in that a seal for limiting blood flow is formed between the needle guard (114, 202, 212, 242, 272) and the elastic seal in the ready position; and the seal terminates, ends or otherwise ceases when the needle and the needle guard (114, 202, 212, 242, 272) are retracted from the catheter hub, wherein fluid flow is permitted to flow through the catheter hub.