mhurhangee/ep-ind-claims huggingface dataset:
A medical product (30; 40; 60; 80) for treating a fistula having a primary opening in the alimentary canal, the fistula defining a void through soft tissues, the void including a fistula tract and a primary opening, the medical product comprising: an implantable material (21; 41; 61; 81) including a compliant sheet form biocompatible material (21; 41; 63; 83), said sheet form biocompatiable material being deformable upon forcible contact against soft tissue surfaces defining the void, said sheet form biocompatible material (21; 41; 63; 83) further being sized and shaped so as to be deformable to a three-dimensional volumetric body impinging upon the soft tissue surfaces and blocking at least a segment of the void; and wherein said sheet form biocompatible material (21; 41; 61; 81) includes at least one tapered portion (21; 43, 42) as a trailing portion and said implantable material includes a conical head. an implantable material (21; 41; 61; 81) including a compliant sheet form biocompatible material (21; 41; 63; 83), said sheet form biocompatiable material being deformable upon forcible contact against soft tissue surfaces defining the void, said sheet form biocompatible material (21; 41; 63; 83) further being sized and shaped so as to be deformable to a three-dimensional volumetric body impinging upon the soft tissue surfaces and blocking at least a segment of the void; and wherein said sheet form biocompatible material (21; 41; 61; 81) includes at least one tapered portion (21; 43, 42) as a trailing portion and said implantable material includes a conical head.
A method implemented in a wireless device configured to communicate with a network node, the method comprising: receiving: a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and responsive to at least one of: receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, switching from communicating in the cell according to the first RRC configuration profile to communicating in the cell according to the second RRC configuration profile, the RRC profile indicator directly indicating the second RRC configuration profile, wherein the first and second RRC configuration profiles are grouped into a first RRC configuration profile group, and each RRC configuration profile in the first RRC configuration profile group shares a set of common RRC configuration parameter values. receiving: a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and a first radio resource control, RRC, configuration profile associated with a cell, the first RRC configuration profile including a plurality of first RRC configuration parameters; and a second RRC configuration profile associated with the cell, the second RRC configuration profile including a plurality of second RRC configuration parameters; and responsive to at least one of: receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, receiving an RRC profile indicator comprised in a downlink control information, DCI; and a timer expiring, switching from communicating in the cell according to the first RRC configuration profile to communicating in the cell according to the second RRC configuration profile, the RRC profile indicator directly indicating the second RRC configuration profile, wherein the first and second RRC configuration profiles are grouped into a first RRC configuration profile group, and each RRC configuration profile in the first RRC configuration profile group shares a set of common RRC configuration parameter values.
A cartridge body for a toner cartridge, the cartridge body having a form of an elongated box having a longitudinal axis and a short axis extending along the direction of the width of the cartridge body, the cartridge body comprising: a first toner housing portion having a first bottom part extending along the longitudinal axis, and configured to house toner and a first stirring member that rotates in the first toner housing portion and thereby stirs the toner; a second toner housing portion having a second bottom part extending along the longitudinal axis, and configured to house toner and a second stirring member that rotates in the second toner housing portion and thereby stirs the toner; a toner discharge port from which toner can be discharged, characterized in that the cartridge body further comprises a toner carrying portion provided between the first bottom part and the second bottom part and extending along the longitudinal axis, and a screw provided in the toner carrying portion, the screw carrying the toner stirred by the first and second stirring members (70, 71) toward the toner discharge port, and when in use, the second bottom part is situated at a position lower than the first bottom part, and at the same position as a lower end of the screw or at a position higher than the lower end of the screw. a first toner housing portion having a first bottom part extending along the longitudinal axis, and configured to house toner and a first stirring member that rotates in the first toner housing portion and thereby stirs the toner; a second toner housing portion having a second bottom part extending along the longitudinal axis, and configured to house toner and a second stirring member that rotates in the second toner housing portion and thereby stirs the toner; a toner discharge port from which toner can be discharged, characterized in that the cartridge body further comprises a toner carrying portion provided between the first bottom part and the second bottom part and extending along the longitudinal axis, and a screw provided in the toner carrying portion, the screw carrying the toner stirred by the first and second stirring members (70, 71) toward the toner discharge port, and when in use, the second bottom part is situated at a position lower than the first bottom part, and at the same position as a lower end of the screw or at a position higher than the lower end of the screw.
A coated metal fluoride optic (20, 112) comprising: an alkaline earth metal fluoride substrate; and a coating disposed on at least one surface of the substrate, the coating comprising: an adhesion layer comprising a fluoride-containing material; a non-densified intermediate layer deposited on the adhesion layer; and a densified capping layer deposited on the intermediate layer using plasma ion assistance, characterized in that the intermediate layer comprises a material selected from the group consisting of SiO 2, F-SiO 2, Al 2 O 3, F-Al 2 O 3, and SiON. an alkaline earth metal fluoride substrate; and a coating disposed on at least one surface of the substrate, the coating comprising: an adhesion layer comprising a fluoride-containing material; a non-densified intermediate layer deposited on the adhesion layer; and a densified capping layer deposited on the intermediate layer using plasma ion assistance, an adhesion layer comprising a fluoride-containing material; a non-densified intermediate layer deposited on the adhesion layer; and a densified capping layer deposited on the intermediate layer using plasma ion assistance, characterized in that the intermediate layer comprises a material selected from the group consisting of SiO 2, F-SiO 2, Al 2 O 3, F-Al 2 O 3, and SiON.
A method for guiding an aircraft over an airport taxiing area, implemented by a data processing device of a guidance system, comprising steps of: - detecting an area in which the data processing device determines whether the aircraft is positioned in a linear movement area or a free movement area of the taxiing area, - determining a set of possible future trajectories of the aircraft according to the topography of the taxiing area in the vicinity of the aircraft, - receiving at least one command relating to the trajectory to be followed by the aircraft, - selecting a trajectory to be followed from said determined possible future trajectories and according to said received command, - guiding the aircraft along the selected trajectory to be followed wherein when the aircraft is in a free movement area of the taxiing area in which it can maneuver freely that is to say a movement area in which no trajectory is imposed, said determined possible future trajectories are trajectories corresponding to a set of predetermined radii of curvature, said received command is a command relating to a radius of curvature, and the selected trajectory to be followed is the possible future trajectory corresponding to the commanded radius of curvature and wherein, the aircraft being positioned in a free movement area of the taxiing area, the step of selecting said trajectory to be followed comprises the selection of a future trajectory from among the determined possible future trajectories according to said received command, the detection of an intersection between said selected future trajectory and a boundary between said free movement area and a linear movement area of the taxiing area, that is to say an area in which the aircraft must follow a trajectory out of a set of predefined trajectories, and the determination of the trajectory to be followed by correcting the selected future trajectory so that the trajectory to be followed intersects said boundary at one end of a predefined trajectory of said linear movement area, said correction of the selected future trajectory is made according to a minimum radius of curvature of the aircraft trajectory. - detecting an area in which the data processing device determines whether the aircraft is positioned in a linear movement area or a free movement area of the taxiing area, - determining a set of possible future trajectories of the aircraft according to the topography of the taxiing area in the vicinity of the aircraft, - receiving at least one command relating to the trajectory to be followed by the aircraft, - selecting a trajectory to be followed from said determined possible future trajectories and according to said received command, - guiding the aircraft along the selected trajectory to be followed
A method of operating a cutting unit having a cutter bar which is operated rigidly or flexibly in dependence on harvest conditions and which is operable in at least two different modes of operation, wherein the cutting unit has a first sensor arrangement arranged deactivatably on the cutting unit for operation of the cutting unit in a first mode of operation and a second sensor arrangement for operation of the cutting unit in a second mode of operation, wherein the cutter bar is operated rigidly in the first mode of operation, wherein it is guided in a preset cutting height over the ground, wherein the cutter bar is operated flexibly in the second mode of operation, wherein it rests on a ground in order to follow a ground contour while a cutting unit frame of the cutting unit is guided at a predetermined spacing relative to the ground, characterised in that upon a change between the at least two modes of operation in dependence on the selected mode of operation the first sensor arrangement or the second sensor arrangement is activated without an interruption in operation for carrying out a process of determining the spacing.
A method for managing the propulsion of a parallel hybrid vehicle comprising an electric motor generator and an accelerator pedal and a relative sensor connected thereto to detect an inclination of the accelerator pedal, wherein a torque curve (EMTrq) delivered/absorbed by the electric motor generator is a function of two variables, wherein a first variable coincides with said inclination of said accelerator pedal and a second variable coincides with a current speed (vehSpeed) of the hybrid vehicle, the method being characterised in that said torque curve has partial derivative, with respect to said inclination of the accelerator pedal (AccPed%), linear in a relative entire domain (0% - 100%).
Drum filter for removing solid matter from a liquid, comprising: - a filter drum which is coated with a filter material and which has at least one open end side; - a liquid supply which is connected to the inside of the filter drum; - a filter housing which surrounds the filter drum and which is provided with a liquid discharge; - a drive mechanism for rotating the filter drum in the filter housing about a longitudinal axis; - at least one nozzle which is arranged on the outside of the filter drum and which is directed at the filter drum; and - a drainage channel which is at least partially located in the filter drum and which faces towards the at least one nozzle; wherein, by way of a flexible seal, the at least one open end side of the filter drum adjoins the filter housing in a rotatable manner and so as to be liquid-tight at least over part of the circumference, characterized in that the seal is provided with a protruding edge which is located in a slot-shaped recess (25, 31); wherein the slot-shaped recess (25, 31) is provided in the housing and the flexible seal is fastened to the circumferential edge of the open end side of the filter drum; or wherein the slot-shaped recess (25, 31) is provided in the circumferential edge of the open end side of the filter drum and the flexible seal is fastened to the housing. - a filter drum which is coated with a filter material and which has at least one open end side; - a liquid supply which is connected to the inside of the filter drum; - a filter housing which surrounds the filter drum and which is provided with a liquid discharge; - a drive mechanism for rotating the filter drum in the filter housing about a longitudinal axis; - at least one nozzle which is arranged on the outside of the filter drum and which is directed at the filter drum; and - a drainage channel which is at least partially located in the filter drum and which faces towards the at least one nozzle; the seal is provided with a protruding edge which is located in a slot-shaped recess (25, 31); wherein the slot-shaped recess (25, 31) is provided in the housing and the flexible seal is fastened to the circumferential edge of the open end side of the filter drum; or wherein the slot-shaped recess (25, 31) is provided in the circumferential edge of the open end side of the filter drum and the flexible seal is fastened to the housing.
A method for producing a component of a sliding bearing, comprising the following steps: - providing a metal bolt with a cylindrical lateral surface and two end faces (2b, 2c), - coating the lateral surface of the bolt with a soldering flux or a solder material, - providing a metal sheet made of bronze, forming the metal sheet into a cylindrical sleeve having a longitudinal slot, wherein a first side of the metal sheet forming an inner side of the sleeve is coated with a solder material, before or after forming, when the soldering flux is applied to the lateral surface of the bolt, or wherein the first side of the metal sheet forming an inner side of the sleeve is coated with a soldering flux, before or after forming, when the solder material is applied to the lateral surface of the bolt, so that either the lateral surface of the bolt or the inner side of the sleeve is formed to have the soldering flux, - sliding the sleeve onto the lateral surface of the bolt, - integrally bonding the lateral surface and the sleeve by means of a soldering process, - closing the longitudinal slot of the sleeve, in particular by welding, and - optionally machining a second side of the metal sheet facing away from the bolt. - providing a metal bolt with a cylindrical lateral surface and two end faces (2b, 2c), - coating the lateral surface of the bolt with a soldering flux or a solder material, - providing a metal sheet made of bronze, forming the metal sheet into a cylindrical sleeve having a longitudinal slot, wherein a first side of the metal sheet forming an inner side of the sleeve is coated with a solder material, before or after forming, when the soldering flux is applied to the lateral surface of the bolt, or wherein the first side of the metal sheet forming an inner side of the sleeve is coated with a soldering flux, before or after forming, when the solder material is applied to the lateral surface of the bolt, so that either the lateral surface of the bolt or the inner side of the sleeve is formed to have the soldering flux, - sliding the sleeve onto the lateral surface of the bolt, - integrally bonding the lateral surface and the sleeve by means of a soldering process, - closing the longitudinal slot of the sleeve, in particular by welding, and - optionally machining a second side of the metal sheet facing away from the bolt.
A solder alloy characterized in that the solder alloy consists of: 0.005 mass% or more and 0.1 mass% or less of Mn; 0.001 mass% or more and 0.1 mass% or less of Ge; optionally one or more of 0 mass% or more and 4 mass% or less of Ag; more than 0 mass% and 1 mass% or less of Cu; 0.002 mass% or more and 0.1 mass% or less of Ga; a total amount of 0.005 mass% or more and 0.3 mass% or less of at least one species selected from a group of Ni, Co and Fe; a total amount of 0.1 mass% or more and 10 mass% or less of at least one species selected from a group of Bi and In; and a balance of Sn. 0.005 mass% or more and 0.1 mass% or less of Mn; 0.001 mass% or more and 0.1 mass% or less of Ge; optionally one or more of 0 mass% or more and 4 mass% or less of Ag; more than 0 mass% and 1 mass% or less of Cu; 0.002 mass% or more and 0.1 mass% or less of Ga; a total amount of 0.005 mass% or more and 0.3 mass% or less of at least one species selected from a group of Ni, Co and Fe; a total amount of 0.1 mass% or more and 10 mass% or less of at least one species selected from a group of Bi and In; and a balance of Sn.
Device for massaging the fingers, being useful for being used, mainly, by those people suffering from an particular degenerative disease, such as arthrosis, or an inflammation of the joints, such as arthritis, intended for activating the blood circulation in a passive way favoring the nutrients arrival to the affected joints and removal of waste substances that cause pain and inflammation of the joints, wherein the device comprises a central body of generally cylindrical shape, provided with a threaded central axial hole, which threaded central axial hole by its external base may incorporate a grasp handle, the central body presenting at the internal base of the threaded central axial hole, at least two radial protrusions to which radial protrusions respective arms are rotatable joined by an axis, wherein the arms, on a first of their ends, are restrained by a spring, and on their other free end mount respective rotating wheels wherein the arms, almost parallel with each other, are defined by a "U" section outline and are rotatably joined to the corresponding radial protrusion in proximity to their first ends that are restrained by the spring characterized in that the first end of the arms is solid and presents a through hole, in an orthogonal position to the axis, the through hole having an external threaded section in which is threaded a threaded rod and an internal section wherein the spring is located, wherein an internal end of the spring is housed and runs into a blind hole of the central body.
A method for processing vehicle-related information based on blockchain, which is applied to a node of a blockchain network and comprises: obtaining (101, 201) vehicle-related information of a user; embedding (102, 203) an identifier of the user into the vehicle-related information of the user; depositing (103, 204) the vehicle-related information embedded with the identifier of the user in a blockchain as a transaction object based on the blockchain network; determining (104, 205) whether a seller of a transaction is the user when the transaction on target vehicle-related information embedded with the identifier of the user is detected; and prohibiting or restricting (105, 206) continuation of the transaction when the seller of the transaction is not the user; characterized in that, after said obtaining vehicle-related information of a user and before said embedding an identifier of the user into the vehicle-related information of the user, the method further comprises: determining a privacy level of the vehicle-related information of the user; and triggering the step of embedding an identifier of the user into the vehicle-related information of the user when the determined privacy level is higher than a preset level. obtaining (101, 201) vehicle-related information of a user; embedding (102, 203) an identifier of the user into the vehicle-related information of the user; depositing (103, 204) the vehicle-related information embedded with the identifier of the user in a blockchain as a transaction object based on the blockchain network; determining (104, 205) whether a seller of a transaction is the user when the transaction on target vehicle-related information embedded with the identifier of the user is detected; and prohibiting or restricting (105, 206) continuation of the transaction when the seller of the transaction is not the user; characterized in that, after said obtaining vehicle-related information of a user and before said embedding an identifier of the user into the vehicle-related information of the user, the method further comprises: determining a privacy level of the vehicle-related information of the user; and triggering the step of embedding an identifier of the user into the vehicle-related information of the user when the determined privacy level is higher than a preset level. determining a privacy level of the vehicle-related information of the user; and triggering the step of embedding an identifier of the user into the vehicle-related information of the user when the determined privacy level is higher than a preset level.
A crosslinked rubber produced by crosslinking a polymer composition containing 100 parts by weight of a rubber component containing a cyclopentene ring-opening polymer and 20 to 200 parts by weight of carbon black, wherein, when the crosslinked rubber is subjected to an ozone treatment in which the rubber is maintained at 40°C and an ozone concentration of 50 pphm for 144 hours under a 20% tensile strain wherein the ozone treatment is performed in accordance with JIS K6259:2004, the crosslinked rubber shows a rate of change in tensile strength before and after ozone treatment of within ±70%, wherein the proportion of a repeat unit formed by ring-opening polymerizing cyclopentene in the cyclopentene ring-opening polymer is 95 mol% or more with respect to the total repeat units, wherein the cyclopentene ring-opening polymer has an oxysilyl group at an end of the polymer chain thereof, wherein a content of the cyclopentene ring-opening polymer in the rubber component is 70% by weight or more with respect to 100% by weight of the total rubber component. wherein, when the crosslinked rubber is subjected to an ozone treatment in which the rubber is maintained at 40°C and an ozone concentration of 50 pphm for 144 hours under a 20% tensile strain wherein the ozone treatment is performed in accordance with JIS K6259:2004, the crosslinked rubber shows a rate of change in tensile strength before and after ozone treatment of within ±70%, wherein the proportion of a repeat unit formed by ring-opening polymerizing cyclopentene in the cyclopentene ring-opening polymer is 95 mol% or more with respect to the total repeat units, wherein the cyclopentene ring-opening polymer has an oxysilyl group at an end of the polymer chain thereof, wherein a content of the cyclopentene ring-opening polymer in the rubber component is 70% by weight or more with respect to 100% by weight of the total rubber component.