mhurhangee/ep-ind-claims huggingface dataset:
A film cooled component for a gas turbine engine, comprising: an airfoil, the airfoil having a leading edge area and a trailing edge area, including a multiple of film holes in a film hole region, said multiple of film holes providing a coverage of between about 15%-75%, the coverage defined as the diameter of each film hole divided by the film hole pitch, the pitch being the centre to centre distance between adjacent film holes, wherein the component is manufactured of molybdenum or of a monolithic ceramic; and each of said multiple of film holes is spaced one to another to provide a ligament distance between adjacent film hole edges greater than about 1.27 mm. an airfoil, the airfoil having a leading edge area and a trailing edge area, including a multiple of film holes in a film hole region, said multiple of film holes providing a coverage of between about 15%-75%, the coverage defined as the diameter of each film hole divided by the film hole pitch, the pitch being the centre to centre distance between adjacent film holes, wherein the component is manufactured of molybdenum or of a monolithic ceramic; and each of said multiple of film holes is spaced one to another to provide a ligament distance between adjacent film hole edges greater than about 1.27 mm.
A volume adjusting method for a mobile terminal, comprising the following steps of: acquiring a noise pressure signal from surroundings of the mobile terminal; comparing a volume value corresponding to the acquired noise pressure signal with a volume control value currently set in the mobile terminal; adjusting the volume control value of the mobile terminal according to the comparison result; and controlling a volume level of the mobile terminal according to the volume control value that has been adjusted; it is characterized in that the volume control value is set by increasing or decreasing the volume control value in steps to achieve a smooth transition when adjusting the volume control value of the mobile terminal according to the comparison result, whereby the volume control value is adjusted by only one step at each time until reaching the volume value corresponding to the noise pressure signal of the current surroundings. acquiring a noise pressure signal from surroundings of the mobile terminal; comparing a volume value corresponding to the acquired noise pressure signal with a volume control value currently set in the mobile terminal; adjusting the volume control value of the mobile terminal according to the comparison result; and controlling a volume level of the mobile terminal according to the volume control value that has been adjusted; it is characterized in that the volume control value is set by increasing or decreasing the volume control value in steps to achieve a smooth transition when adjusting the volume control value of the mobile terminal according to the comparison result, whereby the volume control value is adjusted by only one step at each time until reaching the volume value corresponding to the noise pressure signal of the current surroundings.
A system for fixing tissue, said system comprising: an implantable tissue fixation device comprising a pair of fixation elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the fixation device further comprising a pair of gripping elements, each gripping element moveable with respect to one of the fixation elements and being disposed in opposition to one of the engagement surfaces so as to capture tissue therebetween; and a gripper pusher releasably coupled to the implantable fixation device adjacent the pair of gripping elements, the gripper pusher having an expanded configuration and a collapsed configuration, wherein in the expanded configuration the gripper pusher deflects radially outward resulting in a bowed region that expands outward until the bowed region engages a superior surface of the pair of gripping elements and pushes on the gripping elements such that the gripping elements are deflected and rotated outward toward the engagement surface of the fixation elements, and wherein in the collapsed configuration the gripper pusher has a reduced radial profile relative to the gripper pusher radial profile in the expanded configuration thereby allowing the pair of gripping elements to move away from the engagement surfaces of the fixation elements. an implantable tissue fixation device comprising a pair of fixation elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging the tissue, the fixation device further comprising a pair of gripping elements, each gripping element moveable with respect to one of the fixation elements and being disposed in opposition to one of the engagement surfaces so as to capture tissue therebetween; and a gripper pusher releasably coupled to the implantable fixation device adjacent the pair of gripping elements, the gripper pusher having an expanded configuration and a collapsed configuration, wherein in the expanded configuration the gripper pusher deflects radially outward resulting in a bowed region that expands outward until the bowed region engages a superior surface of the pair of gripping elements and pushes on the gripping elements such that the gripping elements are deflected and rotated outward toward the engagement surface of the fixation elements, and wherein in the collapsed configuration the gripper pusher has a reduced radial profile relative to the gripper pusher radial profile in the expanded configuration thereby allowing the pair of gripping elements to move away from the engagement surfaces of the fixation elements.
A road updating method for an electronic map, performed by a computer device, the method comprising: acquiring a target road in the electronic map, the target road being at least one of an intrinsic upper road of an overpass or an intrinsic lower road of the overpass; acquiring a target node of the target road, the target node being at least one of a first node of the target road or a last node of the target road; acquiring visible points within a preset range of the target node, wherein the visible points are positions present in the electronic map or positions displayed in a road topology network based on the electronic map; determining path lengths between the visible points and the target node; determining an extended road of the target node according to the path lengths between the visible points and the target node; and updating the electronic map based on the extended road, wherein the determining the extended road of the target node according to the path lengths between the visible points and the target node comprises: determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node. acquiring a target road in the electronic map, the target road being at least one of an intrinsic upper road of an overpass or an intrinsic lower road of the overpass; acquiring a target node of the target road, the target node being at least one of a first node of the target road or a last node of the target road; acquiring visible points within a preset range of the target node, wherein the visible points are positions present in the electronic map or positions displayed in a road topology network based on the electronic map; determining path lengths between the visible points and the target node; determining an extended road of the target node according to the path lengths between the visible points and the target node; and updating the electronic map based on the extended road, wherein the determining the extended road of the target node according to the path lengths between the visible points and the target node comprises: determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node. determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node.
A resistance soldering apparatus, comprising: an electrode having a distal tip; and an electrical terminal having a first major surface in which an indentation is defined and a second major surface opposite the first major surface on which a layer of a solder composition is disposed, wherein the indentation is configured to receive the distal tip of the electrode; characterized in that the electrode has a generally cylindrical shape and the distal tip has a convex spherical cap shape and further characterised in that the indentation has a corresponding concave spherical cap shape; wherein a radius of the convex spherical cap shape is substantially equal to a radius of the concave spherical cap shape. an electrode having a distal tip; and an electrical terminal having a first major surface in which an indentation is defined and a second major surface opposite the first major surface on which a layer of a solder composition is disposed, wherein the indentation is configured to receive the distal tip of the electrode; characterized in that the electrode has a generally cylindrical shape and the distal tip has a convex spherical cap shape and further characterised in that the indentation has a corresponding concave spherical cap shape; wherein a radius of the convex spherical cap shape is substantially equal to a radius of the concave spherical cap shape.
An apparatus being a User Equipment, UE, or part thereof, said apparatus comprising a transceiver configured to provide connection to network control nodes, and a processor configured to send and/or receive data to and/or from a first network control node and at least one second network control node via the transceiver by a carrier aggregation, to establish uplink scheduling information, characterized in that the processor is further configured to manage sending of the uplink scheduling information individually for the first network control node and the at least one second network control node, and to manage triggering and cancelling of the uplink scheduling information independently from each other for the first network control node and the at least one second network control node. a transceiver configured to provide connection to network control nodes, and a processor configured to send and/or receive data to and/or from a first network control node and at least one second network control node via the transceiver by a carrier aggregation, to establish uplink scheduling information, characterized in that the processor is further configured to manage sending of the uplink scheduling information individually for the first network control node and the at least one second network control node, and to manage triggering and cancelling of the uplink scheduling information independently from each other for the first network control node and the at least one second network control node.
A method (500; 600) of identifying which networked device of a set of networked devices is mounted at a first mounting location of mounting locations of the set of networked devices known in a management server, wherein each networked device of the set of networked devices has a unique identifier, the method comprising: emitting (S510; S610) a predetermined sound using a loudspeaker of a portable device, wherein the portable device is located at a location that is closer to the first mounting location than to all other mounting locations of the set of network devices such that detection is enabled of the emitted predetermined sound by a microphone in a networked device mounted at the first mounting location; sending (S520; S620) information specifying the first mounting location from the portable device to the management server; upon detecting the predetermined sound using a microphone in a first networked device, sending (S530; S630) the unique identifier of the first networked device from the first networked device to the management server; and linking (S580; S680), at the management server, the unique identifier of the first networked device to the first mounting location. emitting (S510; S610) a predetermined sound using a loudspeaker of a portable device, wherein the portable device is located at a location that is closer to the first mounting location than to all other mounting locations of the set of network devices such that detection is enabled of the emitted predetermined sound by a microphone in a networked device mounted at the first mounting location; sending (S520; S620) information specifying the first mounting location from the portable device to the management server; upon detecting the predetermined sound using a microphone in a first networked device, sending (S530; S630) the unique identifier of the first networked device from the first networked device to the management server; and linking (S580; S680), at the management server, the unique identifier of the first networked device to the first mounting location.
A process for preparing at least one animal feed supplement from a reaction product of one or more distillation by-product which includes the following steps in order: A prepare the or each distillation by-product for processing, wherein the or each distillation by-product is selected from thin stillage and condensed distillers solubles; B react the prepared distillation by-product with one or more cation source to form at least one reaction product where at least one cation in said cation source is not monovalent; wherein step A includes determining the water content of the or each prepared distillation by-product and adjusting the water content to between 40% and 75% ready for step B, wherein said prepared distillation by-product includes at least one organic acid which is reacted in step B, and wherein the concentration of one or more organic acids in the distillation by-product in step A is used to determine a maximum amount of cation source reacted with the at least one organic acid in step B, such that the or each cation is independently chosen from the group consisting of Mg, Ca, Fe, Cu, Co, Mn, Zn and Mo. A prepare the or each distillation by-product for processing, wherein the or each distillation by-product is selected from thin stillage and condensed distillers solubles; B react the prepared distillation by-product with one or more cation source to form at least one reaction product where at least one cation in said cation source is not monovalent;
An electric component support structure for a saddle ride vehicle comprising: a body frame that supports a water-cooled engine; and a radiator supported on the body frame through an elastic body (119, 123), wherein the radiator includes an upper tank provided at an upper portion, a lower tank provided at a lower portion, and a core interconnecting the upper tank and the lower tank, and wherein an electric component is fixed to an electric component support piece provided on the radiator, characterized in that the electric component support piece is provided on the upper tank at an upper surface portion of the upper tank and extending upwards.
A battery unit, in which a battery is housed in a main body with an approximately rectangular parallelepiped elongated in a vertical direction, and a connection terminal is disposed on a bottom face of the main body, wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body, the connection terminal is disposed close to the one side where the grab portion is placed, the grab portion includes a rod-shaped portion that is approximately parallel to the top face, and the battery unit includes a rod-shaped second grab portion that extends approximately perpendicularly to the grab portion from a central portion of the grab portion. wherein the battery unit includes a grab portion that is placed close to one side of a top face of the main body, the connection terminal is disposed close to the one side where the grab portion is placed, the grab portion includes a rod-shaped portion that is approximately parallel to the top face, and the battery unit includes a rod-shaped second grab portion that extends approximately perpendicularly to the grab portion from a central portion of the grab portion.
A self-adhesive high dielectric silicone rubber composition comprising: 100 parts by weight of an organopolysiloxane represented by an average compositional formula and having, in a molecule, at least two alkenyl groups bonded to silicon atoms: R 1 n SiO (4-n)/2 wherein, R 1 represents the same or different, unsubstituted or substituted monovalent hydrocarbon group and n is a positive number of 1.95 to 2.04; 10 to 100 parts by weight of hydrophobic fumed silica having a specific surface area as measured by a BET adsorption method of 50 m 2 /g or larger; 100 to 300 parts by weight of a conductive complex oxide; 0.1 to 50 parts by weight of a boric acid or a boric acid compound; 1 to 10 parts by weight of a diorganopolysiloxane capped at both molecular terminals with alkoxy groups; and 0.01 to 10 parts by weight of a curing agent consisting of acyl organic peroxide, wherein the self-adhesive high dielectric silicone rubber composition is able to be hot-air vulcanized under normal pressure by extrusion molding or roll forming with calender rolls. 100 parts by weight of an organopolysiloxane represented by an average compositional formula and having, in a molecule, at least two alkenyl groups bonded to silicon atoms: R 1 n SiO (4-n)/2 wherein, R 1 represents the same or different, unsubstituted or substituted monovalent hydrocarbon group and n is a positive number of 1.95 to 2.04; 10 to 100 parts by weight of hydrophobic fumed silica having a specific surface area as measured by a BET adsorption method of 50 m 2 /g or larger; 100 to 300 parts by weight of a conductive complex oxide; 0.1 to 50 parts by weight of a boric acid or a boric acid compound; 1 to 10 parts by weight of a diorganopolysiloxane capped at both molecular terminals with alkoxy groups; and 0.01 to 10 parts by weight of a curing agent consisting of acyl organic peroxide, wherein the self-adhesive high dielectric silicone rubber composition is able to be hot-air vulcanized under normal pressure by extrusion molding or roll forming with calender rolls.
A screw pump, comprising: a pair of screw rotors (2a, 2b) having teeth which are held in mesh with each other for drawing and discharging a fluid by synchronized rotations thereof in opposite directions, said teeth of said screw rotors (2a, 2b) having the same shape as each other and being coiled helically in opposite directions; wherein each of said screw rotors (2a, 2b) has an axial tooth profile comprising an outer circumferential section, a tooth root section, and two interconnecting sections (I1, I2) for interconnecting said outer circumferential section and said tooth root section, wherein a pitch line is located substantially at midpoint between said outer circumferential section and said tooth root section, and wherein one of said two interconnecting sections (I1, I2) comprises an inclined-line which is inclined with respect to a direction perpendicular to an axial direction of said screw rotor (2a, 2b) such that a tooth width of said screw rotor (2a, 2b) becomes smaller from said tooth root section toward said outer circumferential section, characterised in that said teeth of said screw rotors (2a, 2b) have surfaces referred to as taper surfaces, respectively, that face each other and further have surfaces referred to as trochoid surfaces, respectively, and said axial tooth profile allowing said taper surfaces of said screw rotors (2a, 2b) to be in contact with each other only at said pitch line while keeping said trochoid surfaces out of contact with each other. a pair of screw rotors (2a, 2b) having teeth which are held in mesh with each other for drawing and discharging a fluid by synchronized rotations thereof in opposite directions, said teeth of said screw rotors (2a, 2b) having the same shape as each other and being coiled helically in opposite directions; wherein each of said screw rotors (2a, 2b) has an axial tooth profile comprising an outer circumferential section, a tooth root section, and two interconnecting sections (I1, I2) for interconnecting said outer circumferential section and said tooth root section, wherein a pitch line is located substantially at midpoint between said outer circumferential section and said tooth root section, and wherein one of said two interconnecting sections (I1, I2) comprises an inclined-line which is inclined with respect to a direction perpendicular to an axial direction of said screw rotor (2a, 2b) such that a tooth width of said screw rotor (2a, 2b) becomes smaller from said tooth root section toward said outer circumferential section, characterised in that said teeth of said screw rotors (2a, 2b) have surfaces referred to as taper surfaces, respectively, that face each other and further have surfaces referred to as trochoid surfaces, respectively, and said axial tooth profile allowing said taper surfaces of said screw rotors (2a, 2b) to be in contact with each other only at said pitch line while keeping said trochoid surfaces out of contact with each other.