mhurhangee/ep-ind-claims huggingface dataset:
A rotor element (101,201,301,401,501,601) comprising: a central rotor axis; a periphery; a series of circumferentially spaced blades arranged at the periphery; a substantially flat rotor element body having mechanical frequencies; at least one irregularity (119, 219, 319, 419, 519, 619) on the rotor element body, wherein the rotor element comprises an axial projection in the form of an annular portion around the central rotor axis wherein the annular portion is circumferentially interrupted by at least one cavity which forms the irregularity, wherein the annular portion is formed between the central rotor axis and the periphery of the rotor, and wherein the irregularity separates the mechanical natural frequencies of the rotor element. a central rotor axis; a periphery; a series of circumferentially spaced blades arranged at the periphery; a substantially flat rotor element body having mechanical frequencies; at least one irregularity (119, 219, 319, 419, 519, 619) on the rotor element body, wherein the rotor element comprises an axial projection in the form of an annular portion around the central rotor axis wherein the annular portion is circumferentially interrupted by at least one cavity which forms the irregularity, wherein the annular portion is formed between the central rotor axis and the periphery of the rotor, and wherein the irregularity separates the mechanical natural frequencies of the rotor element.
An airfoil array comprising: a plurality of vanes that differ in geometry according to a plurality of geometry classes, wherein the plurality of vanes are circumferentially arranged and the geometric differences between geometry classes are variations in the aerodynamic contours of airfoil portions of the vanes, each of the vanes including a first distinct piece and a second distinct piece that seats together with the first distinct piece, wherein the first distinct pieces and the second distinct pieces differ in geometry according to the plurality of geometry classes, each first distinct piece and each second distinct piece include a class-dependent mistake-proof feature such that each second distinct piece fully seats together only with each first distinct piece of the same geometry class, the mistake-proof feature includes a notch on one of the first distinct piece or the second distinct piece and a projection on the other of the first distinct piece or the second distinct piece, the location of the notch and the projection differ according to the plurality of geometry classes, and one of the first distinct piece or the second distinct piece is a hollow body and the other is a cover bounding at least a portion of an interior of the hollow body, wherein at least the covers of the vanes differ in geometry in order to accomplish said variations in the aerodynamic contours of airfoil portions of the vanes.
Flexible tyre having a flexible bearing structure extending circumferentially about an axis of rotation, a tread at the radially external periphery of the bearing structure, and at least one securing region, radially on the same side as the axis of rotation, for immobilizing the said bearing structure on a wheel disc, the bearing structure comprising: • a plurality of support elements extending essentially transversely, a first part of which is positioned at least facing part of the tread, and another part of which is positioned beyond the tread, the said support elements being circumferentially juxtaposed and distributed all around the circumference, • an interconnection structure providing circumferential interconnection between the support elements, the tyre comprising a plurality of elastic articulations, each one positioned at least in part between the interconnection structure and the first part of each support element, and the tyre being characterized in that the support elements are made up of a stack of leaves of composite material with the interposition of a layer of elastomer between each leaf. • a plurality of support elements extending essentially transversely, a first part of which is positioned at least facing part of the tread, and another part of which is positioned beyond the tread, the said support elements being circumferentially juxtaposed and distributed all around the circumference, • an interconnection structure providing circumferential interconnection between the support elements, the tyre comprising a plurality of elastic articulations, each one positioned at least in part between the interconnection structure and the first part of each support element, and the tyre being characterized in that the support elements are made up of a stack of leaves of composite material with the interposition of a layer of elastomer between each leaf.
A radio access network node comprising: means for acting as a secondary node of dual connectivity for a radio terminal; means for transmitting to the radio terminal, via a master node of the dual connectivity, a first Radio Resource Control, RRC, message indicating an execution condition of a conditional primary cell change of a primary cell of a secondary cell group from a first cell to a second cell; and means for receiving, via the master node, a second RRC message that is transmitted from the radio terminal after the execution condition is satisfied. means for acting as a secondary node of dual connectivity for a radio terminal; means for transmitting to the radio terminal, via a master node of the dual connectivity, a first Radio Resource Control, RRC, message indicating an execution condition of a conditional primary cell change of a primary cell of a secondary cell group from a first cell to a second cell; and means for receiving, via the master node, a second RRC message that is transmitted from the radio terminal after the execution condition is satisfied.
A walking assistance device to be put on a leg (U1, U2) of a user to assist walking of the user, the walking assistance device comprising: a waist wearing belt including a pad member (21a, 21b) to be put on a waist side portion of the user, the waist wearing belt to be put around a waist of the user; a thigh link portion having an elongated shape and to be arranged on a side of a thigh of the user; a lower leg link portion having an elongated shape and to be arranged on a side of a lower leg of the user; a lower leg wearing portion to be put on a lower leg of the user and mounted on the lower leg link portion; a waist joint portion configured to hold an upper end portion of the thigh link portion so that the thigh link portion swings in a front-rear direction of the user, the waist joint portion being mounted on the pad member (21a, 21b) of the waist wearing belt; and a knee joint portion configured to hold a lower end portion of the thigh link portion and an upper end portion of the lower leg link portion and configured to connect the thigh link portion and the lower leg link portion so that the thigh link portion and the lower leg link portion swing, respectively, characterized in that each of the thigh link portion and the lower leg link portion is configured to be elastically twisted around a shaft along the elongated direction within an angle range of from +70° to -70°. a waist wearing belt including a pad member (21a, 21b) to be put on a waist side portion of the user, the waist wearing belt to be put around a waist of the user; a thigh link portion having an elongated shape and to be arranged on a side of a thigh of the user; a lower leg link portion having an elongated shape and to be arranged on a side of a lower leg of the user; a lower leg wearing portion to be put on a lower leg of the user and mounted on the lower leg link portion; a waist joint portion configured to hold an upper end portion of the thigh link portion so that the thigh link portion swings in a front-rear direction of the user, the waist joint portion being mounted on the pad member (21a, 21b) of the waist wearing belt; and a knee joint portion configured to hold a lower end portion of the thigh link portion and an upper end portion of the lower leg link portion and configured to connect the thigh link portion and the lower leg link portion so that the thigh link portion and the lower leg link portion swing, respectively, characterized in that each of the thigh link portion and the lower leg link portion is configured to be elastically twisted around a shaft along the elongated direction within an angle range of from +70° to -70°.
A method for examining the optical condition of a value document on the basis of a digital image of at least a specified region of the value document, the digital image comprising pixels, in the pixels of the digital image there are searched for sets of error pixels which are respectively given in that the error pixels fulfill a specified deviation criterion for an impermissible deviation of at least one specified pixel property, and the distance of each error pixel of the respective set from at least one other error pixel of the same set does not exceed a specified distance that is greater than the distance of directly neighboring pixels of the digital image, and a number of sets found during the search and/or a value for at least one property of at least one of the sets found during the search is ascertained.
An optical fiber unit for an optical fiber sensor, the optical fiber unit comprising: an optical fiber cable (57; 57a, 57b); a shaft including a peripheral surface having a male thread, and a through-hole (65; 65a, 65b) in which the optical fiber cable (57; 57a, 57b) is inserted; and a head shaped in a polygonal prism including a plurality of sides (64a, 64b, 64c, 64d, 64e, 64f) and a bottom, the plurality of sides (64a, 64b, 64c, 64d, 64e, 64f) including a first side and a second side adjacent to each other, wherein the shaft is connected to the bottom of the head, the head includes a space that communicates with the through-hole (65; 65a, 65b), the space is exposed at an opening (69; 69a, 69b, 69c) formed in at least the first side and the second side among the plurality of sides (64a, 64b, 64c, 64d, 64e, 64f), the optical fiber cable (57; 57a, 57b) is positioned through the space and extends from the opening (69; 69a, 69b, 69c), characterized in that the opening (69; 69a, 69b, 69c) is also formed in the second side and the opening further includes a first opening portion formed in the first side and a second opening portion formed in the second side, and the first opening portion and the second opening portion communicate with each other to allow the optical fiber cable (57; 57a, 57b) free movement across the two openings (69a, 69b). an optical fiber cable (57; 57a, 57b); a shaft including a peripheral surface having a male thread, and a through-hole (65; 65a, 65b) in which the optical fiber cable (57; 57a, 57b) is inserted; and a head shaped in a polygonal prism including a plurality of sides (64a, 64b, 64c, 64d, 64e, 64f) and a bottom, the plurality of sides (64a, 64b, 64c, 64d, 64e, 64f) including a first side and a second side adjacent to each other, wherein the shaft is connected to the bottom of the head, the head includes a space that communicates with the through-hole (65; 65a, 65b), the space is exposed at an opening (69; 69a, 69b, 69c) formed in at least the first side and the second side among the plurality of sides (64a, 64b, 64c, 64d, 64e, 64f), the optical fiber cable (57; 57a, 57b) is positioned through the space and extends from the opening (69; 69a, 69b, 69c), characterized in that the opening (69; 69a, 69b, 69c) is also formed in the second side and the opening further includes a first opening portion formed in the first side and a second opening portion formed in the second side, and the first opening portion and the second opening portion communicate with each other to allow the optical fiber cable (57; 57a, 57b) free movement across the two openings (69a, 69b).
Vehicle with total or partial sail propulsion comprising a hull (j), at least one inflatable sail, at least one self-supporting mast (l) having a vertical axis, said mast comprising a fixed part (o) disposed at hull level and a movable part (p) that can move about the vertical axis, characterized in that said mast comprises: a. in the fixed part (o), sensors for measuring physical parameters intended to supply digital data on the thrust force, the drift force and the differential pressure of the sail for an inflatable sail, or else, b. in the movable part (p), sensors for measuring physical parameters intended to supply digital data on the aerodynamic thrust force projected in the axis of the sail, the aerodynamic thrust force projected in the axis at right angles to the sail and the differential pressure of the sail for an inflatable sail. a. in the fixed part (o), sensors for measuring physical parameters intended to supply digital data on the thrust force, the drift force and the differential pressure of the sail for an inflatable sail, or else, b. in the movable part (p), sensors for measuring physical parameters intended to supply digital data on the aerodynamic thrust force projected in the axis of the sail, the aerodynamic thrust force projected in the axis at right angles to the sail and the differential pressure of the sail for an inflatable sail.
A radiographic imaging apparatus including radiation exposure means for applying radiation emitted from a radiation source to a subject from different imaging directions, and a radiographic image detector for detecting a radiographic image for each imaging direction generated by the application of radiation by the radiation exposure means, characterized in that the apparatus comprises imaging control means for exerting control such that a series of operations of an imaging sequence including the application of radiation from each imaging direction are continuously performed when an imaging switch is continuously in ON state, wherein if the imaging switch is turned into OFF state only for a given period and the given period is not more than a predetermined threshold value, the imaging control means continuously performs part of the operations of the imaging sequence.
An analysis assembly intended to be used in an analysis apparatus, comprising: - a cartridge for reagent products including several containers of reagent products assembled to each other, each container comprising a neck equipped with a closing device, and - a rack intended to receive the cartridge, the rack comprising a housing open upwardly and intended to receive the base of the containers of reagent products forming the cartridge, and means for holding in position the containers of reagent products, located away from the housing, characterized in that the position holding means are arranged to cooperate with the necks of the containers of reagent products when the bases of the latter are received in the housing, the position holding means comprising several notches formed on the rack and each intended to cooperate with the neck of a container of reagent products when its base is received in the housing, the notches extending in a plane substantially perpendicular to the axis of the necks of the containers when the latter are fastened on the rack. - a cartridge for reagent products including several containers of reagent products assembled to each other, each container comprising a neck equipped with a closing device, and - a rack intended to receive the cartridge, the rack comprising a housing open upwardly and intended to receive the base of the containers of reagent products forming the cartridge, and means for holding in position the containers of reagent products, located away from the housing,
An applicator head (12, 112) for applying a fluid substance on a body part, the applicator head comprising: - a longitudinal body (22, 122) extending along a first axis; - at least two application elements (26, 126, 127, 128), attached to the longitudinal body; each application element (26, 126, 127, 128) comprising: - a first part extending inside the longitudinal body, parallel to the first axis, a first end of each application element (26, 126, 127, 128), - a second part adjacent to the first part, said second part extending parallel to a second axis, said second axis being inclined relative to the first axis, a second end of the second part of each application element (26, 126, 127, 128) emerging from the longitudinal body, each application element (26, 126, 127, 128) also comprising an inner leading path for the fluid substance, said leading path extending from the first end to the second end of the application element, characterized in that at least one of the application elements comprises: - an outer shell part; - projections extending inwards from the outer shell part; a space inside the outer shell part and between the projections defining the inner leading path for the fluid substance, the dimension and shape of said projections being adapted to allow a flow of said fluid substance, by capillary force, from the first end to the second end of the application element. - a longitudinal body (22, 122) extending along a first axis; - at least two application elements (26, 126, 127, 128), attached to the longitudinal body; - a first part extending inside the longitudinal body, parallel to the first axis, a first end of each application element (26, 126, 127, 128), - a second part adjacent to the first part, said second part extending parallel to a second axis, said second axis being inclined relative to the first axis, a second end of the second part of each application element (26, 126, 127, 128) emerging from the longitudinal body, - an outer shell part; - projections extending inwards from the outer shell part;
An orthopedic implant manufacturing method comprising: preparing a preliminary pre-operative surgical plan for a specific patient including a first option for a patient-specific implant customized for the specific patient, a second option for a semi-custom implant that has at least one patient-independent feature and at least one patient-specific feature, and a third option for a non-custom implant available only in predetermined sizes; communicating the plan to a surgeon of the patient; receiving an orthopedic implant design recommendation of the surgeon, the implant design recommendation selecting one of first option, the second option and the third option; sending a request for manufacturing the selected implant to a manufacturing center; manufacturing the selected implant based upon the request (250 or 240 or 200) receiving the implant; and forwarding the implant for implantation. preparing a preliminary pre-operative surgical plan for a specific patient including a first option for a patient-specific implant customized for the specific patient, a second option for a semi-custom implant that has at least one patient-independent feature and at least one patient-specific feature, and a third option for a non-custom implant available only in predetermined sizes; communicating the plan to a surgeon of the patient; receiving an orthopedic implant design recommendation of the surgeon, the implant design recommendation selecting one of first option, the second option and the third option; sending a request for manufacturing the selected implant to a manufacturing center; manufacturing the selected implant based upon the request (250 or 240 or 200) receiving the implant; and forwarding the implant for implantation.
Device (2; 102; 202) for regulating the pressure of a compressed gas, comprising: - a body (4; 104; 204) with a gas inlet (6; 106; 206), a gas outlet (8; 108; 208) and a gas passage (10; 110; 210) fluidly interconnecting said inlet and outlet; - a mobile element (26; 126; 226) biased by a main spring (28; 128; 228) and carrying a shutter (30; 130; 230) cooperating with a seat (16.2; 116; 216) in the gas passage (10; 110; 210), said shutter and said seat forming a regulating valve, said mobile element (26; 126; 226) delimiting with the body (4; 104 204) a regulating chamber (40; 140; 240) downstream of said regulating valve and being configured to regulate the gas pressure in said chamber by varying a flow section in said valve dependent on said pressure; - a shut-off valve (12; 112; 212) with a shutter (14; 114; 214) and a seat (16.1; 116; 216) in the gas passage (10; 110; 210) upstream of the regulating valve; - an actuation assembly (46, 48, 50, 52; 146, 148, 150; 246, 248, 250) of the shut-off valve (12; 112; 212); characterized in that the shutter (14; 114; 214) of the shut-off valve (12; 112; 212) comprises a stem (14.3) extending through the mobile element (26; 126; 226) and the shutter (30; 130; 230) of said element, for cooperating with the actuation assembly (46, 48, 50, 52; 146, 148, 150; 246, 248, 250). - a body (4; 104; 204) with a gas inlet (6; 106; 206), a gas outlet (8; 108; 208) and a gas passage (10; 110; 210) fluidly interconnecting said inlet and outlet; - a mobile element (26; 126; 226) biased by a main spring (28; 128; 228) and carrying a shutter (30; 130; 230) cooperating with a seat (16.2; 116; 216) in the gas passage (10; 110; 210), said shutter and said seat forming a regulating valve, said mobile element (26; 126; 226) delimiting with the body (4; 104 204) a regulating chamber (40; 140; 240) downstream of said regulating valve and being configured to regulate the gas pressure in said chamber by varying a flow section in said valve dependent on said pressure; - a shut-off valve (12; 112; 212) with a shutter (14; 114; 214) and a seat (16.1; 116; 216) in the gas passage (10; 110; 210) upstream of the regulating valve; - an actuation assembly (46, 48, 50, 52; 146, 148, 150; 246, 248, 250) of the shut-off valve (12; 112; 212);