mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an attach state of a user equipment performed by a telecommunications node, the telecommunications node being an attach control node of a telecommunications system, the telecommunications system further comprising a subscriber database containing subscription data of the user equipment, the subscription data comprising a first set of subscription data and at least one second set of subscription data, the method comprising the step of: - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage the first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system wherein the establishing of the communication session comprises establishing a user data plane communication session, receiving in a second transfer stage following the first transfer stage the at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system. - if an authentication step is required, receiving authentication data in the attach control node; the method characterised by comprising, following the authentication step, if any, - receiving in a first transfer stage the first set of subscription data from the subscriber database and storing the first set of subscription data in the attach control node, wherein the first set of subscription data is insufficient for enabling establishing a communication session between the user equipment and the telecommunications system; - if establishing a communication session is required between the user equipment and the telecommunications system wherein the establishing of the communication session comprises establishing a user data plane communication session, receiving in a second transfer stage following the first transfer stage the at least one second set of subscription data from the subscriber database in the attach control node, and storing the second set of subscription data in the attach control node, wherein the combination of the first set of subscription data and the second set of subscription data is sufficient for enabling establishing a communication session between the user equipment and the telecommunications system.
A process for the preparation of Janus particles, comprising the following steps: a) treating a core particle with an aminating agent to introduce amino groups on the surface of the core particle, b) immobilizing an alkyl halide on the surface of the core particle, c) providing a solution A comprising a solvent S1 and a monomer M1 which is soluble in said solvent S1, and a solution B comprising a solvent S2 and a monomer M2 which is soluble in said solvent S2, wherein S1 and S2 are not miscible with each other to form a homogeneous solution, d) preparing an emulsion of solution A and solution B with the treated core particle obtained from step b), e) initiating the polymerization of monomer M1 at the surface of the core particle facing solvent S1 and of monomer M2 at the surface of the core particle facing solvent S2, wherein polymerization of the monomers occurs by Atom Transfer Radical Polymerization (ATRP), and f) separation of the Janus particles. a) treating a core particle with an aminating agent to introduce amino groups on the surface of the core particle, b) immobilizing an alkyl halide on the surface of the core particle, c) providing a solution A comprising a solvent S1 and a monomer M1 which is soluble in said solvent S1, and a solution B comprising a solvent S2 and a monomer M2 which is soluble in said solvent S2, wherein S1 and S2 are not miscible with each other to form a homogeneous solution, d) preparing an emulsion of solution A and solution B with the treated core particle obtained from step b), e) initiating the polymerization of monomer M1 at the surface of the core particle facing solvent S1 and of monomer M2 at the surface of the core particle facing solvent S2, wherein polymerization of the monomers occurs by Atom Transfer Radical Polymerization (ATRP), and f) separation of the Janus particles.
An apparatus comprising: an optical line terminal, OLT, configured to read and/or write an ONU management control interface, OMCI, management entity, ME in an optical network unit, ONU (120, 200); wherein the OMCI ME comprises a plurality of attributes that support a plurality of security features for upstream transmissions between the ONU and the OLT, wherein the attributes comprising an OLT authentication response table attribute for specifying a response to be used in an OLT authentication function, an OLT authentication response status attribute for controlling and reporting the status of the OLT authentication response table attribute during the OLT authentication function; wherein the value false of the OLT authentication response status attribute indicates that the OLT authentication response table attribute is not complete, the value true of the OLT authentication response status attribute indicates that the OLT authentication response table attribute is complete; and wherein the attributes are communicated via an OMCI channel between the ONU (120, 200) and the OLT and provide the security features for the ONU (120, 200) and the OLT. an optical line terminal, OLT, configured to read and/or write an ONU management control interface, OMCI, management entity, ME in an optical network unit, ONU (120, 200); wherein the OMCI ME comprises a plurality of attributes that support a plurality of security features for upstream transmissions between the ONU and the OLT, wherein the attributes comprising an OLT authentication response table attribute for specifying a response to be used in an OLT authentication function, an OLT authentication response status attribute for controlling and reporting the status of the OLT authentication response table attribute during the OLT authentication function; wherein the value false of the OLT authentication response status attribute indicates that the OLT authentication response table attribute is not complete, the value true of the OLT authentication response status attribute indicates that the OLT authentication response table attribute is complete; and wherein the attributes are communicated via an OMCI channel between the ONU (120, 200) and the OLT and provide the security features for the ONU (120, 200) and the OLT.
A connection comprising a first profile having a first end and a first lumen, the first profile comprising a first thermoset elastomer and a second profile having a second end and a second lumen, the second profile comprising a second thermoset elastomer, wherein the first end and the second end are coincidently welded at an interface via an ionized gas treatment to form a sterile coincident weld.
A computer-implemented method comprising: receiving an indication that a front image (50, 52, 54, 56, 58) and a rear image (60, 62, 64, 66, 68) have been captured concurrently by respective front and rear image capturing devices (30, 32) of a mobile terminal, wherein a security level to be associated with the front and rear image (60, 62, 64, 66, 68) is predefined and selected from a plurality of values; and automatically associating the predefined security level with the captured images to control access to the image content in combination with security credentials; and in the absence of an entry of the security credentials, restricting access to the respective front and rear images by obfuscating the images when viewed by a user according to the associated security level; wherein the plurality of values include values indicating increasing amounts of partial obfuscation to be applied to the rear image including obfuscation of a face or body of a person identified by a facial or body recognition method within the rear image without correspondingly obfuscating the front image. receiving an indication that a front image (50, 52, 54, 56, 58) and a rear image (60, 62, 64, 66, 68) have been captured concurrently by respective front and rear image capturing devices (30, 32) of a mobile terminal, wherein a security level to be associated with the front and rear image (60, 62, 64, 66, 68) is predefined and selected from a plurality of values; and automatically associating the predefined security level with the captured images to control access to the image content in combination with security credentials; and in the absence of an entry of the security credentials, restricting access to the respective front and rear images by obfuscating the images when viewed by a user according to the associated security level; wherein the plurality of values include values indicating increasing amounts of partial obfuscation to be applied to the rear image including obfuscation of a face or body of a person identified by a facial or body recognition method within the rear image without correspondingly obfuscating the front image.
A conotoxin peptide κ-CPTx-btl05 for use in the treatment of a corona heart disease by inhibiting high-voltage activated calcium ion channel, wherein said conotoxin peptide κ-CPTx-btl05 is a polypeptide having the amino acid sequence of SEQ ID NO:1; and wherein the amino acid sequence of the conotoxin peptide κ-CPTx-btl05 forms two pairs of disulfide bonds.
A device for controlling the amount of air fed to the intake of a turbocharged internal-combustion engine, said engine comprising two exhaust gas outlets (32, 36) connected each to an exhaust manifold (30, 34) of a group of at least one cylinder (12 1, 12 2, 12 3, 12 4), said device comprising a turbocharging device including a turbocharger with a dual-inlet (46, 48) turbine connected to said exhaust gas outlets, as well as an outside air compressor, and a duct for partial transfer of the compressed air from the compressor to the turbine inlets, characterized in that the partial transfer duct comprises two branches (70, 72) connected to the turbine inlets and carrying each throttling means (74, 76) controlling the circulation of the compressed air in these branches, and in that said partial transfer duct is integrated in the turbocharger housing so as to have a short length between the compressor outlet and the dual inlets of the turbine, thus providing compact size and optimized response time.
A door hinge for a concealed arrangement between door frame and door leaf comprising a first and a second fastening part (3, 4), which can be inserted into recesses on the narrow side of the door leaf and in the door frame, a first hinge bracket and a second hinge bracket, which are connected so as to be rotationally movable about a vertical axis of rotation, wherein, on receiving spaces (7a, 7b) of the fastening parts (3, 4), the end (6a, 5c) of a hinge bracket (6, 5) is in each case supported so as to be pivotable about a vertical axis of rotation (A', A") and the end (5a, 6c) of the other hinge bracket (5, 6) is guided in a rotatable and longitudinally movable manner, characterized in that the first hinge bracket extends in the vertical direction (z) across a smaller length than the second hinge bracket in the receiving space of the first fastening part and that the receiving space of the first fastening part has a step shape, which is adapted to the different length of the hinge brackets (5, 6), comprising a step above and a step below the first hinge bracket, wherein the first and the second hinge bracket (5, 6) extend in the vertical direction across the same length in the receiving space of the second fastening part, and wherein the second hinge bracket has an opening, which is closed about its circumference and through which the first hinge bracket extends.
Emblem for a motor vehicle, with an optical sensor system (30, 70), wherein the optical sensor system (30, 70) is formed in the emblem, the optical sensor system (30, 70) being suitable a) to monitor a detection area located outside the motor vehicle, b) in the event of detection of a user in the detection area, to trigger a signal for starting an authentication check between an ID transmitter and the motor vehicle, c) to monitor an operating area located outside the motor vehicle and differing from the detection area, d) to provide an operating signal for the motor vehicle in the event of detection of a user in the operating area, wherein the optical sensor system has an optical sensor and a light module with which light can be emitted in order to produce the detection area, the sensor being designed to receive light from the detection area and/or the operating area, the detection area not being visible to the user. a) to monitor a detection area located outside the motor vehicle, b) in the event of detection of a user in the detection area, to trigger a signal for starting an authentication check between an ID transmitter and the motor vehicle, c) to monitor an operating area located outside the motor vehicle and differing from the detection area, d) to provide an operating signal for the motor vehicle in the event of detection of a user in the operating area,
A solid propellant rocket motor comprising a cylindrical tubular outer casing accommodating a mass of solid propellant material and having at least one opening for the space in the casing to communicate with the outside; a closing head for closing said opening; and means for connecting said closing head to a connection portion of said cylindrical tubular casing; said connection means comprise an annular abutting surface carried by said tubular casing, a first blocking portion, at least a second blocking portion having a lower strength than the strength of said first blocking portion, and support and moving means of said first and second blocking portions; said second blocking portion extends so as to protrude from said first blocking portion and said first and second blocking portions form part of a radially elastically deformable, annular open body made in one piece; said open annular body having opposite end portions adjacent to each other and said support and moving means comprising actuator spacing means interposed between said end portions for spacing in a circumferential direction the end portions relative to each other and for elastically deforming said annular body.
A safety belt retractor comprising a frame and a belt reel, wherein the belt reel is rotatably supported in the frame and is configured for winding a webbing, wherein the frame comprises: - a back plate having a first side and a second side opposite to each other and having a first opening; - first support legs (8a, 8b) extending from the first side of the back plate; - a first support plate having a second opening and connected to free end regions of the first support legs, wherein the first opening and the second opening are configured to receive the belt reel; and - a second support plate; characterized in that the frame further comprises: - second support legs (8c, 8d, 8e, 8f) extending from the second side of the back plate; wherein the second support plate is connected to free end regions of the second support legs. - a back plate having a first side and a second side opposite to each other and having a first opening; - first support legs (8a, 8b) extending from the first side of the back plate; - a first support plate having a second opening and connected to free end regions of the first support legs, wherein the first opening and the second opening are configured to receive the belt reel; and - a second support plate; - second support legs (8c, 8d, 8e, 8f) extending from the second side of the back plate;
A jib device for a crane comprising a jib and a sail unit (15; 23), wherein a surface area of said sail unit (15; 23) is variably adjustable, the jib device comprising a control unit for controlling the adjustment of the surface area of said sail unit (15; 23), characterised by a sensor unit comprising at least one sensor element for sensing actual loading conditions of the jib device (6; 22), wherein said actual loading conditions being used as input data for a close-loop control for adjusting the surface area of the sail unit (15; 23).
An interactive holographic display system, comprising: a holographic generation module configured to display a holographically rendered anatomical image; a localization system configured to define a monitored space on or around the holographically rendered anatomical image; and one or more monitored objects having their position and orientation monitored by the localization system such that coincidence of spatial points between the monitored space and the one or more monitored objects triggers a response in the holographically rendered anatomical image, wherein the response includes a haptic feedback to a user, the haptic feedback being incorporated by using ultrasound to generate vibrations in the air, characterized in that the localization system includes a shape sensing system for performing shape sensing of the one or more monitored objects, wherein the shape sensing system is a fiber optic based shape sensing system configured to include one or more optical fibers coupled to the one or more monitored objects, wherein a plurality of sensor elements are distributed over the length of the one or more optical fibers, wherein three or more fiber cores with the plurality of sensor elements are incorporated along the length of the one or more optical fibers embedded in the one or more monitored objects for determining a three-dimensional form of the one or more monitored objects. a holographic generation module configured to display a holographically rendered anatomical image; a localization system configured to define a monitored space on or around the holographically rendered anatomical image; and one or more monitored objects having their position and orientation monitored by the localization system such that coincidence of spatial points between the monitored space and the one or more monitored objects triggers a response in the holographically rendered anatomical image, wherein the response includes a haptic feedback to a user, the haptic feedback being incorporated by using ultrasound to generate vibrations in the air, characterized in that the localization system includes a shape sensing system for performing shape sensing of the one or more monitored objects, wherein the shape sensing system is a fiber optic based shape sensing system configured to include one or more optical fibers coupled to the one or more monitored objects, wherein a plurality of sensor elements are distributed over the length of the one or more optical fibers, wherein three or more fiber cores with the plurality of sensor elements are incorporated along the length of the one or more optical fibers embedded in the one or more monitored objects for determining a three-dimensional form of the one or more monitored objects.
A mobile merchant communication device for processing an electronic payment transaction with a customer payment device, wherein the mobile merchant communication device comprises: a communication interface configured to transmit a first integrity status data set to a monitoring server, wherein the first integrity status data set is indicative of an integrity status of the mobile merchant communication device, and, in response to a determination of the integrity status of the mobile merchant communication device by the monitoring server, receive an integrity status message from the monitoring server, wherein the integrity status message comprises information about the integrity status of the mobile merchant communication device determined by the monitoring server and a first time stamp; and a processing circuitry configured to generate a second time stamp and to add the second time stamp to the integrity status message; wherein the communication interface is further configured to forward the integrity status message, including the information about the integrity status of the mobile merchant communication device determined by the monitoring server, the first time stamp and the second time stamp, to a mobile customer communication device. a communication interface configured to transmit a first integrity status data set to a monitoring server, wherein the first integrity status data set is indicative of an integrity status of the mobile merchant communication device, and, in response to a determination of the integrity status of the mobile merchant communication device by the monitoring server, receive an integrity status message from the monitoring server, wherein the integrity status message comprises information about the integrity status of the mobile merchant communication device determined by the monitoring server and a first time stamp; and a processing circuitry configured to generate a second time stamp and to add the second time stamp to the integrity status message; wherein the communication interface is further configured to forward the integrity status message, including the information about the integrity status of the mobile merchant communication device determined by the monitoring server, the first time stamp and the second time stamp, to a mobile customer communication device.
A train configured to receive a radio wave radiated from a base station at a predetermined radiation angle, the train comprising: a receiver disposed inside the train and including an antenna configured to receive the radio wave radiated from the base station at the predetermined radiation angle; a glass structure comprising: a glass (310, 320, 330); and a lens disposed on one side of the glass (310, 320, 330) and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass (310, 320, 330) by adjusting a pattern size or a pattern interval, wherein the glass (310, 320, 330) is a window of the train and the lens is disposed on an outer surface of the window of the train, and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna. a receiver disposed inside the train and including an antenna configured to receive the radio wave radiated from the base station at the predetermined radiation angle; a glass structure comprising: a glass (310, 320, 330); and a lens disposed on one side of the glass (310, 320, 330) and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass (310, 320, 330) by adjusting a pattern size or a pattern interval, wherein the glass (310, 320, 330) is a window of the train and the lens is disposed on an outer surface of the window of the train, and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna. a glass (310, 320, 330); and a lens disposed on one side of the glass (310, 320, 330) and including a pattern configured to change an incidence angle of the radio wave radiated from the base station and incident on the one side of the glass (310, 320, 330) by adjusting a pattern size or a pattern interval, wherein the glass (310, 320, 330) is a window of the train and the lens is disposed on an outer surface of the window of the train, and wherein the lens has a lens phase curve shape of an asymmetric parabolic structure and a center of the lens is different from a center of the antenna.