mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling tunnel identifier allocation, comprising: sending, by a mobility management network element, MMNE, a modify bearer request message to a serving gateway, SGW, characterized in that the method further comprises: determining, by the MMNE, that the SGW is not allowed to change a tunnel endpoint identifier, TEID, and/or an internet protocol, IP, address according to a type of a current procedure, wherein the type of the current procedure is an attach procedure, a service request procedure, a handover procedure, a re-location procedure, a packet data network, PDN, connection establishment procedure, or a packet data protocol, PDP, context activation procedure; and wherein the modify bearer request message carries an information element which indicates that the SGW is not allowed to change the TEID and/or the IP address. determining, by the MMNE, that the SGW is not allowed to change a tunnel endpoint identifier, TEID, and/or an internet protocol, IP, address according to a type of a current procedure, wherein the type of the current procedure is an attach procedure, a service request procedure, a handover procedure, a re-location procedure, a packet data network, PDN, connection establishment procedure, or a packet data protocol, PDP, context activation procedure; and wherein the modify bearer request message carries an information element which indicates that the SGW is not allowed to change the TEID and/or the IP address.
Labelling machine for labelling PET containers with a container feed, a transport unit with a plurality of rotary plates for aligning the containers, at least one labelling unit and a container outlet, characterized in that a handle applicator for attaching a handle to the container is arranged on the periphery of the transport unit in addition to the labelling unit, and that the labelling machine comprises a position detection device which, viewed in transport direction, is arranged after the handle applicator for detecting the position of the handle.
A method for automatically inspecting railroad tracks comprising: assessing a configuration of rail components depicted in an image by comparing the configuration of the rail components to safety requirements for the rail components; dividing the image into a set of cells; extracting texture features from each cell from the set of cells; grouping the set of cells into classes based on texture; binarizing the image; and determining a severity of detected problems in the configuration of the rail components, using a computer processor,wherein determining the severity of detected problems in the configuration is based on a discrepancy between an expected configuration model and a state of the configuration of the rail components, characterized in that the method further comprises: detecting horizontal lines in the image; interpreting the horizontal lines detected to determine a location of the rail and a vertical position of the tie plate; and determining a horizontal boundary of the tie plate. assessing a configuration of rail components depicted in an image by comparing the configuration of the rail components to safety requirements for the rail components; dividing the image into a set of cells; extracting texture features from each cell from the set of cells; grouping the set of cells into classes based on texture; binarizing the image; and determining a severity of detected problems in the configuration of the rail components, using a computer processor,wherein determining the severity of detected problems in the configuration is based on a discrepancy between an expected configuration model and a state of the configuration of the rail components, characterized in that the method further comprises: detecting horizontal lines in the image; interpreting the horizontal lines detected to determine a location of the rail and a vertical position of the tie plate; and determining a horizontal boundary of the tie plate. detecting horizontal lines in the image; interpreting the horizontal lines detected to determine a location of the rail and a vertical position of the tie plate; and determining a horizontal boundary of the tie plate.
Method for producing a nuclear component by the direct liquid injection metal organic chemical vapour deposition (DLI-MOCVD) method, the nuclear component being chosen from among a nuclear fuel cladding, a spacer grid, a guide tube, a plate fuel or an absorber rod, comprising: - i) a supporting base containing a substrate based on a metal chosen from among zirconium, titanium, vanadium, molybdenum or the base alloys thereof, the substrate being optionally clad with an interlayer positioned between the substrate and at least one protective layer; - ii) said at least one protective layer cladding said supporting base and composed of a protective material comprising chromium chosen from among a chromium alloy, a chromium alloy carbide, a chromium nitride, a chromium carbonitride, a mixed chromium-silicon carbide, a mixed chromium-silicon nitride, a mixed chromium-silicon carbonitride, or mixtures thereof; the method comprising the following successive steps: a) vaporising a stock solution containing a hydrocarbon solvent devoid of oxygen atoms, a bis(arene) type precursor comprising chromium; and containing where appropriate an additional precursor, a carbon incorporation inhibitor or mixture thereof; the precursors having a decomposition temperature between 300°C and 600°C; b) in a chemical vapour deposition reactor wherein said supporting base to be clad is located and of which the atmosphere is at a deposition temperature between 300°C and 600°C and under a deposition pressure between 13 Pa and 7000 Pa; introducing the stock solution vaporised in step a), which induces the deposition of said at least one protective layer on said supporting base. - i) a supporting base containing a substrate based on a metal chosen from among zirconium, titanium, vanadium, molybdenum or the base alloys thereof, the substrate being optionally clad with an interlayer positioned between the substrate and at least one protective layer; - ii) said at least one protective layer cladding said supporting base and composed of a protective material comprising chromium chosen from among a chromium alloy, a chromium alloy carbide, a chromium nitride, a chromium carbonitride, a mixed chromium-silicon carbide, a mixed chromium-silicon nitride, a mixed chromium-silicon carbonitride, or mixtures thereof; a) vaporising a stock solution containing a hydrocarbon solvent devoid of oxygen atoms, a bis(arene) type precursor comprising chromium; and containing where appropriate an additional precursor, a carbon incorporation inhibitor or mixture thereof; the precursors having a decomposition temperature between 300°C and 600°C; b) in a chemical vapour deposition reactor wherein said supporting base to be clad is located and of which the atmosphere is at a deposition temperature between 300°C and 600°C and under a deposition pressure between 13 Pa and 7000 Pa; introducing the stock solution vaporised in step a), which induces the deposition of said at least one protective layer on said supporting base.
Method for the situation-controlled display of an actuating element for a function in a vehicle on a touch-sensitive display area which can be operated by a person using the vehicle, characterised in that the actuating element is designed as a locking element for window lifters of the vehicle, wherein it is always displayed if a child is detected on a seat (3, 4, 5) in the vehicle and a window lifter assigned to said seat (3, 4, 5) is actuated, if there is a conflicting actuation of window lifters (7, 9) for one and the same window accessible to different persons in the vehicle, and/ or if the current actuation of the window lifters (7, 9) deviates from the usual manner of actuation. the actuating element is designed as a locking element for window lifters of the vehicle, wherein it is always displayed if a child is detected on a seat (3, 4, 5) in the vehicle and a window lifter assigned to said seat (3, 4, 5) is actuated, if there is a conflicting actuation of window lifters (7, 9) for one and the same window accessible to different persons in the vehicle, and/ or if the current actuation of the window lifters (7, 9) deviates from the usual manner of actuation.
A method of making a poly(ethylene furanoate) film, the method comprising: a) providing a poly(ethylene furanoate) film; b) plasticizing the PEF film by contacting the PEF film with water or >50% relative humidity air at a temperature at or below 25°C for a time period; and c) subjecting the plasticized PEF film to a dynamic strain oscillation within the PEF linear viscoelastic range. a) providing a poly(ethylene furanoate) film; b) plasticizing the PEF film by contacting the PEF film with water or >50% relative humidity air at a temperature at or below 25°C for a time period; and c) subjecting the plasticized PEF film to a dynamic strain oscillation within the PEF linear viscoelastic range.
Electric contact zone for small installation spaces, for electrical contacting, preferably for electrical touch contacting, having a retention member, an electric contact spring and an electric counter-contact device for electrically contacting the contact spring, wherein an electric contact face of the counter-contact device is positioned on the contact spring obliquely with respect to a deformation direction of the contact spring, characterised in that for use of the contact spring, the contact spring for delimiting a mechanical tension (σ) of the contact spring is constructed in such a manner that the contact spring can be brought into abutment with itself and the retention member, wherein the contact spring is substantially exclusively resiliently deformable. a retention member, an electric contact spring and an electric counter-contact device for electrically contacting the contact spring, wherein an electric contact face of the counter-contact device is positioned on the contact spring obliquely with respect to a deformation direction of the contact spring, characterised in that for use of the contact spring, the contact spring for delimiting a mechanical tension (σ) of the contact spring is constructed in such a manner that the contact spring can be brought into abutment with itself and the retention member, wherein the contact spring is substantially exclusively resiliently deformable.
A method for verifying an electronic activity of interest based on information pertaining to an entity's wireless device, comprising: communicating a request for information to a home network of the entity's wireless device, wherein the request communicated to the home network includes a unique identifier of the entity's wireless device; communicating a request for information to a visited network, wherein the request communicated to the visited network includes the unique identifier of the entity's wireless device; receiving home network information pertaining to the entity's wireless device from the home network in response to the request for information communicated to the home network; receiving visited network information pertaining to the entity's wireless device from the visited network in response to the request for information communicated to the visited network; receiving information pertaining to the electronic activity of interest; and statistically correlating the received home network information, a time that home network information was received, the received visited network information, a time that the visited network information was received, and the electronic activity of interest information; and generating a pattern value based on the statistical correlation, wherein the pattern value indicates a likelihood that the electronic activity of interest is valid. communicating a request for information to a home network of the entity's wireless device, wherein the request communicated to the home network includes a unique identifier of the entity's wireless device; communicating a request for information to a visited network, wherein the request communicated to the visited network includes the unique identifier of the entity's wireless device; receiving home network information pertaining to the entity's wireless device from the home network in response to the request for information communicated to the home network; receiving visited network information pertaining to the entity's wireless device from the visited network in response to the request for information communicated to the visited network; receiving information pertaining to the electronic activity of interest; and statistically correlating the received home network information, a time that home network information was received, the received visited network information, a time that the visited network information was received, and the electronic activity of interest information; and generating a pattern value based on the statistical correlation, wherein the pattern value indicates a likelihood that the electronic activity of interest is valid.
A coating material for metal comprising thermoplastic resin particles having an average primary particle size of 10 to 1000 nm, characterized in that: said thermoplastic resin particles are obtainable by (a) obtaining a solution wherein a thermoplastic resin is dissolved into an organic solvent at a temperature of 130 to 190°C; (b) obtaining a dispersion of particles of said thermoplastic resin having an average primary particle size of 10 to 1000 nm by cooling said solution at a cooling speed of at least 20°C/s; (c) separating the particles from said dispersion and (d) dispersing said separated particles into a solvent, and said thermoplastic resin is at least one resin selected from the group consisting of aromatic polyester resins. said thermoplastic resin particles are obtainable by (a) obtaining a solution wherein a thermoplastic resin is dissolved into an organic solvent at a temperature of 130 to 190°C; (b) obtaining a dispersion of particles of said thermoplastic resin having an average primary particle size of 10 to 1000 nm by cooling said solution at a cooling speed of at least 20°C/s; (c) separating the particles from said dispersion and (d) dispersing said separated particles into a solvent, and said thermoplastic resin is at least one resin selected from the group consisting of aromatic polyester resins. (a) obtaining a solution wherein a thermoplastic resin is dissolved into an organic solvent at a temperature of 130 to 190°C; (b) obtaining a dispersion of particles of said thermoplastic resin having an average primary particle size of 10 to 1000 nm by cooling said solution at a cooling speed of at least 20°C/s; (c) separating the particles from said dispersion and (d) dispersing said separated particles into a solvent, and
A charging station of a moving robot, comprising: a charging unit configured to charge the moving robot; a docking base at which the moving robot is docked; and a connection portion to which one end and another end of a boundary wire that defines a boundary of a travel area are connected, so as to cause a current to be induced in the boundary wire, wherein the connection portion comprises: a first terminal provided at a first surface of the docking base so as to allow the one end of the boundary wire to be connected thereto; and a second terminal provided at a second surface of the docking base so as to allow the another end of the boundary wire to be connected thereto. a charging unit configured to charge the moving robot; a docking base at which the moving robot is docked; and a connection portion to which one end and another end of a boundary wire that defines a boundary of a travel area are connected, so as to cause a current to be induced in the boundary wire, wherein the connection portion comprises: a first terminal provided at a first surface of the docking base so as to allow the one end of the boundary wire to be connected thereto; and a second terminal provided at a second surface of the docking base so as to allow the another end of the boundary wire to be connected thereto. a first terminal provided at a first surface of the docking base so as to allow the one end of the boundary wire to be connected thereto; and a second terminal provided at a second surface of the docking base so as to allow the another end of the boundary wire to be connected thereto.
A microelectromechanical switch comprising: a signal line comprising each of an input port and an output port, the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate; a beam positioned above the signal line, whereby the beam is configured to move in an out-of plane direction relative to the signal line and ground planes (3202, 3204), the beam including an upper contact configured to contact the signal line; and a metamaterial structure embedded in one of a bottom conductive layer of the upper contact and the signal line, and configured to exhibit near zero permittivity as well as permeability at a band of operating frequencies of the microelectromechanical switch which thereby generates a repulsive Casimir force for separating the beam and signal line. a signal line comprising each of an input port and an output port, the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate; a beam positioned above the signal line, whereby the beam is configured to move in an out-of plane direction relative to the signal line and ground planes (3202, 3204), the beam including an upper contact configured to contact the signal line; and a metamaterial structure embedded in one of a bottom conductive layer of the upper contact and the signal line, and configured to exhibit near zero permittivity as well as permeability at a band of operating frequencies of the microelectromechanical switch which thereby generates a repulsive Casimir force for separating the beam and signal line.
A reading apparatus for objects with at least one RFID tag, said objects being placed in a cassette, said apparatus comprising at least one tunnel-shaped element into which said cassette is placed, said element comprising at least one antenna and an RFID reader, characterized in that said antenna comprises at least three coils formed by a continuous wire, each coil comprising several windings, said coils being distributed along and around said tunnel, wherein the windings of the coils are perpendicular to the tunnel's main axis and the coils are spaced apart from each other and are parallel to each other.
A medical device (110, 308) including a medical securing device (102, 302, 304, 310) and a delivery sheath that is configured to overlay and compress the medical device (110, 308) for delivery, the medical securing device (102, 302, 304, 310) comprising: a barb comprising a pointed tip coupled to a depth stop (106, 108), the depth stop (106, 108) configured to limit a depth of penetration of the barb into a body lumen wall (112, 312) wherein the depth stop (106, 108) comprises a undulating shape or an S-shape comprising a trough portion (108, 306) coupled to an apex portion, wherein the trough portion and the apex portion of the depth stop together, are configured to limit a depth of penetration of the barb into a body lumen wall, and wherein the trough portion (108, 306) and the apex portion extend in opposite directions, and wherein, in use, the medical securing device (102, 302, 304, 310) is configured to be urged into a flat position against an outer surface of the medical device (110, 308) by the delivery sheath and is configured to spring away from the outer surface of the medical device (110, 308) upon release from the delivery sheath, such that the medical securing device (102, 302, 304, 310) is configured to make contact with and penetrate a body lumen wall. a barb comprising a pointed tip coupled to a depth stop (106, 108), the depth stop (106, 108) configured to limit a depth of penetration of the barb into a body lumen wall (112, 312) wherein the depth stop (106, 108) comprises a undulating shape or an S-shape comprising a trough portion (108, 306) coupled to an apex portion, wherein the trough portion and the apex portion of the depth stop together, are configured to limit a depth of penetration of the barb into a body lumen wall, and wherein the trough portion (108, 306) and the apex portion extend in opposite directions, and wherein, in use, the medical securing device (102, 302, 304, 310) is configured to be urged into a flat position against an outer surface of the medical device (110, 308) by the delivery sheath and is configured to spring away from the outer surface of the medical device (110, 308) upon release from the delivery sheath, such that the medical securing device (102, 302, 304, 310) is configured to make contact with and penetrate a body lumen wall.
A vertical wind tunnel for raising persons by use of air flow, comprising a flight platform; an air flow generating device associated with the flight platform and generating a vertical air flow through a channel arranged in a middle of the flight platform; the flight platform comprising: a safety mattress positioned around the channel; and a net assembly, characterized in that the net assembly comprises a flexible net ring and a net, wherein the net ring is positioned around the channel and above the safety mattress and the net ring comprises connectors for connecting the net to the net ring, and wherein the flexible net ring is designed to be resilient and elastic, so that the net ring may absorb energy by its deformation and return to its original size and shape when that influence of force of a user is removed; an upholstery ring arranged above the flexible net ring and covering the flexible net ring; a mattress cover arranged above the safety mattress and the upholstery ring for covering thereof. a flight platform; an air flow generating device associated with the flight platform and generating a vertical air flow through a channel arranged in a middle of the flight platform; the flight platform comprising: a safety mattress positioned around the channel; and a net assembly, characterized in that the net assembly comprises a flexible net ring and a net, wherein the net ring is positioned around the channel and above the safety mattress and the net ring comprises connectors for connecting the net to the net ring, and wherein the flexible net ring is designed to be resilient and elastic, so that the net ring may absorb energy by its deformation and return to its original size and shape when that influence of force of a user is removed; an upholstery ring arranged above the flexible net ring and covering the flexible net ring; a mattress cover arranged above the safety mattress and the upholstery ring for covering thereof. a safety mattress positioned around the channel; and a net assembly, characterized in that the net assembly comprises a flexible net ring and a net, wherein the net ring is positioned around the channel and above the safety mattress and the net ring comprises connectors for connecting the net to the net ring, and wherein the flexible net ring is designed to be resilient and elastic, so that the net ring may absorb energy by its deformation and return to its original size and shape when that influence of force of a user is removed; an upholstery ring arranged above the flexible net ring and covering the flexible net ring; a mattress cover arranged above the safety mattress and the upholstery ring for covering thereof.