mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for mounting and supporting one or more solar modules, the apparatus comprising a base formed by: a front wall; a rear wall disposed in front of the front wall; a curved surface joining the front wall and the rear wall, the base of the apparatus comprising a hollow, enclosed cavity with an open top, the hollow cavity further having a curved bottom (117, 139) defined by the curved surface; a support rim along a top perimeter of the base around the opening of the hollow cavity, the support rim including a rear flange along the rear wall, and the support rim further including a front flange along the front wall; and an attachment mechanism for securing the one or more solar modules to the top perimeter of the base, the attachment mechanism including a top clip engaged with the rear flange and a bottom clip engaged with the front flange, the top clip having a first channel, the bottom clip having a second channel, the first channel and the second channel being configured to slidably receive a frame of the one or more solar modules, the first channel being parallel to the rear flange along the rear wall, the second channel being parallel to the front flange along the front wall in order to secure the one or more solar modules in a plane parallel to a plane defined by the top perimeter of the base. a front wall; a rear wall disposed in front of the front wall; a curved surface joining the front wall and the rear wall, the base of the apparatus comprising a hollow, enclosed cavity with an open top, the hollow cavity further having a curved bottom (117, 139) defined by the curved surface; a support rim along a top perimeter of the base around the opening of the hollow cavity, the support rim including a rear flange along the rear wall, and the support rim further including a front flange along the front wall; and an attachment mechanism for securing the one or more solar modules to the top perimeter of the base, the attachment mechanism including a top clip engaged with the rear flange and a bottom clip engaged with the front flange, the top clip having a first channel, the bottom clip having a second channel, the first channel and the second channel being configured to slidably receive a frame of the one or more solar modules, the first channel being parallel to the rear flange along the rear wall, the second channel being parallel to the front flange along the front wall in order to secure the one or more solar modules in a plane parallel to a plane defined by the top perimeter of the base.
A positive electrode for a lithium-air battery comprising: a porous current collector; a carbon-based conductor coated on one surface of the porous current collector; a side reaction prevention layer coated on a surface of the carbon-based conductor; and a metal or metal-containing catalyst sporadically partially introduced to a surface of the side reaction prevention layer for weakening or destroying lithium oxygen bonds produced during discharge, wherein the side reaction prevention layer includes a conductive metal oxide selected from indium tin oxide, indium zinc oxide, antimony tin oxide, fluorinated tin oxide, aluminum zinc oxide, magnesium indium oxide, zinc gallium oxide, gallium indium oxide, indium-gallium-zinc oxide, niobium-strontium-titanium oxide, indium cadmium oxide, boron zinc oxide, SiO 2 -ZnO, indium oxide and any combination thereof, and wherein the metal or metal-containing catalyst is ruthenium, palladium, platinum, gold, nickel, copper, silver, zinc, lead, cadmium, tin, titanium or any alloy thereof, an oxide thereof, a sulfide thereof or a selenide thereof, and wherein introduced means by electrostatic attraction or Van Der Waals attraction between the side reaction prevention layer and the metal or metal-containing catalyst, the metal or metal-containing catalyst being led to the side reaction prevention layer and being loaded as if being buried, or being coated. a porous current collector; a carbon-based conductor coated on one surface of the porous current collector; a side reaction prevention layer coated on a surface of the carbon-based conductor; and a metal or metal-containing catalyst sporadically partially introduced to a surface of the side reaction prevention layer for weakening or destroying lithium oxygen bonds produced during discharge, wherein the side reaction prevention layer includes a conductive metal oxide selected from indium tin oxide, indium zinc oxide, antimony tin oxide, fluorinated tin oxide, aluminum zinc oxide, magnesium indium oxide, zinc gallium oxide, gallium indium oxide, indium-gallium-zinc oxide, niobium-strontium-titanium oxide, indium cadmium oxide, boron zinc oxide, SiO 2 -ZnO, indium oxide and any combination thereof, and wherein the metal or metal-containing catalyst is ruthenium, palladium, platinum, gold, nickel, copper, silver, zinc, lead, cadmium, tin, titanium or any alloy thereof, an oxide thereof, a sulfide thereof or a selenide thereof, and wherein introduced means by electrostatic attraction or Van Der Waals attraction between the side reaction prevention layer and the metal or metal-containing catalyst, the metal or metal-containing catalyst being led to the side reaction prevention layer and being loaded as if being buried, or being coated.
Pneumatic vehicle tyre comprising a tread with main grooves (6, 6', 6'') made to the depth of the tread pattern (T 1), in particular circumferential grooves (6, 6', 6") or diagonal grooves, the main grooves (6, 6', 6") having two groove walls (7, 7', 7") facing one another and a groove base groove (8, 8', 8") adjoining these walls, the two groove walls (7, 7', 7") having planar flank surfaces (7a, 7'a, 7"a), extending up to the periphery of the tread, and sloping surfaces (7b, 7'b, 7"b), sloping down in an adjoining manner in the direction of the groove base groove (8, 8', 8"), characterized in that the groove base groove (8, 8', 8") - has a constant width (b 1, b 1 ', b 1 " of at least 3.0 mm and at most 40% of the width (B 1) of the main groove (6, 6', 6") at the periphery of the tread and - has a depth (t 1) of at least 0.3 mm and at most 90% of a distance (a 1) that there is, seen in cross section, between the level of the deepest point (P 1) of the main groove (6, 6', 6") and the connection of the flank surfaces (7a, 7'a, 7"a) to the sloping surfaces (7b, 7'b, 7"b) and is 20% to 60% of the depth of the tread pattern (T 1) of the main groove (6, 6', 6"), the planar flank surfaces (7a, 7'a, 7"a) extending in the radial direction or at an angle (a) of up to 10° to the radial direction and the sloping surfaces (7b, 7'b, 7"b) extending at an angle (β) of 30° to 60° to the radial direction. - has a constant width (b 1, b 1 ', b 1 " of at least 3.0 mm and at most 40% of the width (B 1) of the main groove (6, 6', 6") at the periphery of the tread and - has a depth (t 1) of at least 0.3 mm and at most 90% of a distance (a 1) that there is, seen in cross section, between the level of the deepest point (P 1) of the main groove (6, 6', 6") and the connection of the flank surfaces (7a, 7'a, 7"a) to the sloping surfaces (7b, 7'b, 7"b) and is 20% to 60% of the depth of the tread pattern (T 1) of the main groove (6, 6', 6"),
A replacement mitral valve, comprising: a self-expandable anchor comprising a ventricular anchor comprising a plurality of ventricular arches, a central portion, and an atrial anchor having a first frame with a plurality of first arches and a second frame with a plurality of second arches, at least one of the first arches overlapping with one of the second arches, the self-expandable anchor having a self-expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion such that the replacement mitral valve is configured to be secured within a mitral valve orifice, the ventricular anchor having greater stiffness in an axial direction than the atrial anchor when the expandable anchor is in the self-expanded configuration; and a plurality of replacement leaflets secured to the expandable anchor. a self-expandable anchor comprising a ventricular anchor comprising a plurality of ventricular arches, a central portion, and an atrial anchor having a first frame with a plurality of first arches and a second frame with a plurality of second arches, at least one of the first arches overlapping with one of the second arches, the self-expandable anchor having a self-expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion such that the replacement mitral valve is configured to be secured within a mitral valve orifice, the ventricular anchor having greater stiffness in an axial direction than the atrial anchor when the expandable anchor is in the self-expanded configuration; and a plurality of replacement leaflets secured to the expandable anchor.
A vehicle body frame structure of a straddle-type vehicle comprising: a head pipe; and a pair of main frames extending rearward and outward in a vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein rear portions of the pair of main frames are detachably coupled to each other in the vehicle width direction via a coupling member, wherein the pair of main frames include a pair of front frame members including first mounts (10a, 10b), respectively, to which a drive unit of the vehicle is mounted, and a pair of rear frame members located rearward relative to the front frame members, respectively, characterized in that the pair of rear frame members have a stiffness lower than that of the front frame members in the vehicle width direction, wherein the pair of main frames include a pair of pivot bracket members extending downward from rear end portions of the rear frame members, respectively,, wherein a rear portion of the drive unit is mounted to the pivot bracket members wherein the coupling member is placed between the pair of pivot bracket members and detachably coupled to the pair of pivot bracket members, and wherein the rear portion of the drive unit is fastened to the coupling member by use of a fastener member inserted into the coupling member in a vehicle length direction. a head pipe; and a pair of main frames extending rearward and outward in a vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein rear portions of the pair of main frames are detachably coupled to each other in the vehicle width direction via a coupling member, wherein the pair of main frames include a pair of front frame members including first mounts (10a, 10b), respectively, to which a drive unit of the vehicle is mounted, and a pair of rear frame members located rearward relative to the front frame members, respectively, characterized in that the pair of rear frame members have a stiffness lower than that of the front frame members in the vehicle width direction, wherein the pair of main frames include a pair of pivot bracket members extending downward from rear end portions of the rear frame members, respectively,, wherein a rear portion of the drive unit is mounted to the pivot bracket members wherein the coupling member is placed between the pair of pivot bracket members and detachably coupled to the pair of pivot bracket members, and wherein the rear portion of the drive unit is fastened to the coupling member by use of a fastener member inserted into the coupling member in a vehicle length direction.
A modular ship system comprising a ship which is configurable to carry out predefined tasks and comprises at least one mission docking position configured to receive a mission module (4, 5, 6, 7), and at least two different mission modules configured to be received in the at least one mission docking position, wherein each mission module changes a capability of the ship to carry out the predefined tasks, characterized in that the modular ship system comprises a computer system comprising a database containing: - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, wherein the computer system is configured to: - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position. characterized in that the modular ship system comprises a computer system comprising a database containing: - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, - module data for each mission module, the module data defining a prerequisite for the module to provide a contribution to the ship for carrying out at least one of the predefined tasks, - position data pertaining to each mission docking position and defining a layout of each mission docking position, and - configuration rules defining configuration of the ship with the mission modules, wherein the computer system is configured to: - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position. - allow a user to select a mission module and a mission docking position, and to associate the module data of the selected mission module with position data of the selected mission docking position, and with the configuration rules, and based thereon to determine compliance or non-compliance between a selected mission module and the mission docking position.
Electrical equipment disposed on the roof of an electrically driven traction railway vehicle, said vehicle being equipped with at least one pantograph and a roof wire carrying the current collected from a catenary wire from the connection to said pantograph to electric traction devices of the vehicle, characterised in that said electrical equipment comprises, disposed on a mechanical support: - a circuit-breaking apparatus for protecting said electric traction devices; - a measuring device comprising at least means for measuring the intensity and means for measuring the voltage of the current transmitted from said catenary to the roof wire L, said means for measuring the voltage and intensity being housed within a single isolator; and - a computer which controls activation of said circuit-breaking apparatus, and in that said measuring device is connected to the pantograph directly via a single connection on the one hand and to the circuit-breaking apparatus via a single connection on the other hand. - a circuit-breaking apparatus for protecting said electric traction devices; - a measuring device comprising at least means for measuring the intensity and means for measuring the voltage of the current transmitted from said catenary to the roof wire L, said means for measuring the voltage and intensity being housed within a single isolator; and - a computer which controls activation of said circuit-breaking apparatus,
An electronic component for performing cryptographic calculations, the component including means for performing basic modulo arithmetic operations with an integer N>0 as the modulus and means for obtaining a pair of integers (d, e) for which the following equation is satisfied (x e) d = x mod N, whatever the element x belonging to the group Z/NZ, and further including means for calculating an element δ = D e mod N, corresponding to calculating an exponentiation, with the element e as the exponent, and an element ε = ^(-b) mod N corresponding to a calculation combining modular inversion and with exponentiation using a positive integer exponent b, for elements D and E belonging to the group Z/NZ, said electronic component being characterised in that said calculation means are designed to perform common calculations that are a function both of D and of E, and enabling the elements δ and ε to be determined jointly, in that said means for calculating the elements δ and ε are designed to perform the following operations: - determining an element T = (E db D) -e mod N; - determining the element δ via the following calculation: 8 = D(E b T) (d-1) mod N; and - determining the element ε via the following calculation: ε = δT mod N; in that said integer number N is a prime number p, in that the pair of integers (d, e) satisfies the following property d = a and e = 1/a mod (p-1) for a positive integer a, and in that the positive integer a possesses a size in number of bits that is less than 50 bits. - determining an element T = (E db D) -e mod N; - determining the element δ via the following calculation: 8 = D(E b T) (d-1) mod N; and - determining the element ε via the following calculation: ε = δT mod N;
A clearing reagent for making a biological material transparent, comprising: - at least one compound selected from the group consisting of urea and urea derivatives at a concentration of 3M or more and not more than 5M, the urea derivatives each being a compound expressed by Formula, wherein in the Formula, each of R1, R2, R3, and R4 is independently a hydrogen atom, a halogen atom, or a hydrocarbon group, where the case in which all of R1, R2, R3, and R4 are hydrogen atoms is excluded, and in case where the hydrocarbon group has a plurality of carbon atoms, part of the carbon atoms may be replaced by a hetero atom such as a nitrogen atom, an oxygen atom, or a sulfur atom; and - glycerol at a concentration of 25(w/v)% or more and not more than 35(w/v)%, wherein the clearing reagent is a solution, characterized in that the clearing reagent further comprises - a nonionic surfactant at a concentration of 0.025(w/v)% or more and not more than 0.2(w/v)%. - at least one compound selected from the group consisting of urea and urea derivatives at a concentration of 3M or more and not more than 5M, the urea derivatives each being a compound expressed by Formula, wherein in the Formula, each of R1, R2, R3, and R4 is independently a hydrogen atom, a halogen atom, or a hydrocarbon group, where the case in which all of R1, R2, R3, and R4 are hydrogen atoms is excluded, and in case where the hydrocarbon group has a plurality of carbon atoms, part of the carbon atoms may be replaced by a hetero atom such as a nitrogen atom, an oxygen atom, or a sulfur atom; and - glycerol at a concentration of 25(w/v)% or more and not more than 35(w/v)%, wherein the clearing reagent is a solution, characterized in that the clearing reagent further comprises - a nonionic surfactant at a concentration of 0.025(w/v)% or more and not more than 0.2(w/v)%.
Operating device for operating a medical instrument in a cleaning and disinfection machine, comprising: - a mounting part for mounting a medical instrument, wherein the instrument is provided with an operating element with which a moveable instrument part can be moved, - an activation member (19; 19'; 19"), during use provided near the operating element, such as on the mounting part, facing towards the instrument and adapted to engage the operating element, - wherein the activation member (19; 19'; 19") during use is driveably connected to a drive, - in such a way that the moveable instrument part is moveable by the drive, - wherein two or more activation members are provided, arranged in a row (19, 19'; 19', 19"), wherein the operating device comprises activation means driveable by the drive near the row of activation members (19, 19'; 19', 19"), which means are arranged for letting the activation members (19, 19', 19") be driveable by the drive in a non-simultaneous manner. - a mounting part for mounting a medical instrument, wherein the instrument is provided with an operating element with which a moveable instrument part can be moved, - an activation member (19; 19'; 19"), during use provided near the operating element, such as on the mounting part, facing towards the instrument and adapted to engage the operating element, - wherein the activation member (19; 19'; 19") during use is driveably connected to a drive, - in such a way that the moveable instrument part is moveable by the drive, - wherein two or more activation members are provided, arranged in a row (19, 19'; 19', 19"), wherein the operating device comprises activation means driveable by the drive near the row of activation members (19, 19'; 19', 19"), which means are arranged for letting the activation members (19, 19', 19") be driveable by the drive in a non-simultaneous manner.
A method, performed by a wireless device, for managing reporting of channel quality, the wireless device being configured to communicate with a mobile radio communication network, wherein the method comprises: - receiving, from the mobile radio communication network, a configuration for configuring the wireless device to perform the following steps, - identifying there being no downlink activity between the wireless device and the mobile radio communication network, - starting an inactivity timer when there is no downlink activity between the wireless device and the mobile radio communication network, and - reducing, in response to the identification and that the inactivity timer expires and there has been no downlink activity between the wireless device and the mobile radio communication network since the inactivity timer started, a level of channel quality reporting when there is no downlink activity, wherein the reduction of the level of channel quality reporting is further in response to identification of an uplink coverage limited scenario. - receiving, from the mobile radio communication network, a configuration for configuring the wireless device to perform the following steps, - identifying there being no downlink activity between the wireless device and the mobile radio communication network, - starting an inactivity timer when there is no downlink activity between the wireless device and the mobile radio communication network, and - reducing, in response to the identification and that the inactivity timer expires and there has been no downlink activity between the wireless device and the mobile radio communication network since the inactivity timer started, a level of channel quality reporting when there is no downlink activity, wherein the reduction of the level of channel quality reporting is further in response to identification of an uplink coverage limited scenario.
An immunological composition comprising a vector, wherein said vector comprises a nucleic acid sequence, which encodes a truncated porcine reproductive and respiratory syndrome virus (PRRSV) ORF7 protein consisting of SEQ ID NO: 4 or a sequence having at least 85% homology thereto, for use in a method of eliciting in an animal a safe and protective immune response against PRRSV, the method comprising transdermally administering an effective amount of the composition using a liquid jet needle-free injector.