mhurhangee/ep-ind-claims huggingface dataset:
A method for session establishment, comprising receiving, by a relay device, Relay Service Code, RSC, information sent by a remote device; and determining, based on the RSC information, parameter information used to establish a relay session, wherein the parameter information of the relay session comprises one or more of: network slice information, Data Network Name, DNN, information, Session Service Continuity, SSC, information and a Protocol Data Unit, PDU, session type; and characterised by determining, based on the RSC information, the parameter information used to establish the relay session comprises: determining, by the relay device according to a pre-configured rule, the parameter information used to establish the relay session corresponding to the RSC information. receiving, by a relay device, Relay Service Code, RSC, information sent by a remote device; and determining, based on the RSC information, parameter information used to establish a relay session, wherein the parameter information of the relay session comprises one or more of: network slice information, Data Network Name, DNN, information, Session Service Continuity, SSC, information and a Protocol Data Unit, PDU, session type; and characterised by determining, based on the RSC information, the parameter information used to establish the relay session comprises: determining, by the relay device according to a pre-configured rule, the parameter information used to establish the relay session corresponding to the RSC information.
A flash-spun plexifilamentary fiber strand comprising fibers having a total crystallinity index of less than or equal to 55%, the flash-spun plexifilamentary fiber strand having a BET surface area of less than or equal to 12 m 2 /g, a crush value of greater than or equal to 0.9 mm/g, wherein said fiber strand comprises predominantly fibers formed from homopolymers of ethylene, and wherein all parameter values are determined according to the respective methods referred to in the description.
Method for measuring the eye, by means of which the axial length, anterior corneal radii and anterior chamber depth and further parameters in the front eye segment are captured, in which the axial length is captured by means of low coherence interferometry with the aid of a control unit and a first measuring appliance and a plurality of structures in the anterior segment, such as cornea, anterior chamber and lens, are captured by means of a slit projection with the aid of the control unit and an additional measuring appliance and the spherical refractive power of the IOL is calculated taking into account the measured portions of the eye and their different refractive indices using an IOL calculation formula and empirically obtained constants or with the aid of a ray tracing method, wherein the additional measuring appliance comprises at least one illumination unit that is arranged axially in relation to the axis of the eye and at least one image recording unit that is arranged inclined in relation to the axis of the eye, the sensor chip of said at least one image recording unit satisfying the Scheimpflug condition with the illuminated plane in the eye at the instant of the image recording.
A laminated glass, comprising: - first and second glass sheets (1, 2) and a ply of interlayer material disposed therebetween; - a conductive strip disposed on the ply of interlayer material; - a connector arranged at an edge of the second glass sheet; - a ceramic ink layer on a surface of the second glass sheet not facing the ply of interlayer material and partly obscuring the conductive strip; - characterised by - a gap in the ceramic ink layer configured so that the conductive strip is in contact with the connector in the gap. - first and second glass sheets (1, 2) and a ply of interlayer material disposed therebetween; - a conductive strip disposed on the ply of interlayer material; - a connector arranged at an edge of the second glass sheet; - a ceramic ink layer on a surface of the second glass sheet not facing the ply of interlayer material and partly obscuring the conductive strip; - characterised by - a gap in the ceramic ink layer configured so that the conductive strip is in contact with the connector in the gap.
Optical line termination (OLT1, OLT2) comprising first communication means for wavelength division multiplexing transmission and adapted to broadcast to a plurality of optical network units (ONU1,..., ONU7) using all wavelengths of the optical line termination (OLT1, OLT2) available for wavelength division multiplexing transmission, a first control signal indicating at least one wavelength or wavelength range out of the total wavelength spectrum usable for wavelength division multiplexing transmission which is available for communication, as a first wavelength subset, in order to establish an optical communication link for wavelength division multiplexing transmission between said optical line termination (OLT1, OLT2) and an optical network unit (ONU1,..., ONU7); characterised by said optical line termination (OLT1, OLT2) being further adapted to receive, from one of said plurality of optical network units (ONU1,..., ONU7), an identification signal transmitting an individual identification of said one of said plurality of optical network units (ONU1,..., ONU7), said identification signal using for transmission said first wavelength subset to which said one of said plurality of optical network units (ONU1,..., ONU7) has itself tuned, said identification signal communicating that said first wavelength subset is now occupied and which of said plurality of optical network units (ONU1,..., ONU7) uses said optical communication link.
An aircraft comprising: a fuselage; and an aft wall of a lavatory monument within the fuselage and extending radially inwardly relative to the fuselage, the aft wall configured to be removably connected to an outboard wall, a ceiling, and a floor of the lavatory monument, wherein the aft wall has unchangeable connection points configured to join the aft wall to the outboard wall, the ceiling, and the floor of the lavatory monument, the aft wall has a common curvature for a curved outboard edge of the aft wall, wherein the curved outboard edge is convex and mirrors a concave curvature of the outboard wall, the unchangeable connection points comprise a metal bracket bonded to the curved outboard edge of the aft wall, and wherein the metal bracket comprises a first flange and a second flange forming a channel, wherein the curved outboard edge is positioned within the channel of the metal bracket. the aft wall has unchangeable connection points configured to join the aft wall to the outboard wall, the ceiling, and the floor of the lavatory monument, the aft wall has a common curvature for a curved outboard edge of the aft wall, wherein the curved outboard edge is convex and mirrors a concave curvature of the outboard wall, the unchangeable connection points comprise a metal bracket bonded to the curved outboard edge of the aft wall, and wherein the metal bracket comprises a first flange and a second flange forming a channel, wherein the curved outboard edge is positioned within the channel of the metal bracket.
A method in a radio base station (12,51,121-124) for allocating a radio resource to be used for communication in a radio communications network, which radio base station (12,51,121-124) serves a first cell of a first radio access technology and a second cell of a second radio access technology, which first cell and second cell are comprised in the radio communications network, and which radio base station (12,51,121-124) controls a radio resource that supports communication over a frequency band, wherein the method comprises: - determining a load in at least one of the first cell and second cell; and - allocating a radio resource supporting communication over the frequency band to the first radio access technology of the first cell or the second radio access technology of the second cell based on the determined load characterized in that the step of allocating the radio resource comprises to allocate the radio resource supporting communication over the frequency band to both the first radio access technology of the first cell and the second radio access technology of the second cell when the load in the first cell and the second cell are determined to be below a threshold value. - determining a load in at least one of the first cell and second cell; and - allocating a radio resource supporting communication over the frequency band to the first radio access technology of the first cell or the second radio access technology of the second cell based on the determined load characterized in that
A goods container for the self-service removal of baked goods, having receiving containers (2, 2') arranged on top of one another, wherein the receiving containers (2, 2') arranged on top of one another adjoin a vertical shaft with their lateral wall, wherein the lateral wall of each receiving container has an opening, wherein the openings of the receiving containers lead into the vertical shaft, and wherein furthermore a device for making available bags is provided at the end of the vertical shaft, characterized in that unpackaged baked goods can be individually moved to the opening by a gripper.
Flower bucket for transporting flowers, wherein the flower bucket comprises an assembly of a container for holding a layer of water and a water-control device which is designed to keep the layer of water in the container, wherein the container comprises a base and an upright wall which define an internal space, wherein the upright wall has an inner top edge which defines an opening into the internal space, wherein said water-control device is attachable to said container by means of a click-fit connection, wherein said water-control device comprises an insertion part having a funnel-shaped wall part for forming a water barrier, which insertion part can be pushed through the opening into the internal space of the container, characterized in that the upright wall of the container comprises a click-fit member which is positioned in an upper inner wall part of the upright wall, wherein the insertion part of the water-control device comprises a click-fit member which is positioned on an outer wall of the insertion part, wherein the click-fit member of the water-control device is designed to complement the click-fit member of the container in order to bring about said click-fit connection.
A curable composition comprising a benzoxazine, an epoxy compound and an amine compound of the formula: R 10 (NHR 9) m, wherein R 10 is a mono or polyvalent heterohydrocarbyl selected from group consisting of heteroalkyl and heteroaryl having 1 to twenty heteroatoms of oxygen; each R 9 is independently H or a hydrocarbyl group, and m is 1 to 6; wherein at least one of said epoxy compound and amine compound is polyfunctional; wherein the benzoxazine is a compound or polymer having a benzoxazine ring including a residue of a mono- or polyamine, R, on the nitrogen of said benzoxazine ring group: wherein R is an aryl group, said aryl group being an aromatic group containing 6-18 ring atoms; wherein the molar ratio of amine groups to the sum of the epoxy groups and the benzoxazine groups is from 2:1 to 1:10; and wherein the ratio of epoxy equivalents to benzoxazine equivalents in the composition is from 50:1 to 1:5. R 10 is a mono or polyvalent heterohydrocarbyl selected from group consisting of heteroalkyl and heteroaryl having 1 to twenty heteroatoms of oxygen; each R 9 is independently H or a hydrocarbyl group, and m is 1 to 6;
A system for managing network traffic flow restrictions of a client application, comprising: a master module located in a server environment configured to manage network traffic flow restrictions; a slave module (115, 120) configured to execute client applications located in the server environment; a services module located in the server environment operable to execute a trusted application configured to validate the client application to the master module; and a traffic restriction module located on the master module operable to set network traffic restrictions on the slave module (115, 120) when validation has not been received for the client application located on the slave module (115, 120), and to receive client application validations from the trusted application to unrestrict network traffic flow for the client application located on the slave module (115, 120). a master module located in a server environment configured to manage network traffic flow restrictions; a slave module (115, 120) configured to execute client applications located in the server environment; a services module located in the server environment operable to execute a trusted application configured to validate the client application to the master module; and a traffic restriction module located on the master module operable to set network traffic restrictions on the slave module (115, 120) when validation has not been received for the client application located on the slave module (115, 120), and to receive client application validations from the trusted application to unrestrict network traffic flow for the client application located on the slave module (115, 120).
A flexible catheter tip, comprising an inboard frame understructure, the inboard frame understructure including a pair of proximal inboard mounting arms (123, 124) configured to be mounted in a distal end of a catheter shaft; and an outboard frame understructure, the outboard frame understructure including a pair of proximal outboard mounting arms (176, 178) configured to be mounted in the distal end of the catheter shaft, characterized in that each of the proximal inboard mounting arms (123,124) includes an inboard frame lock portion, wherein each of the proximal outboard mounting arms (176, 178) include an outboard frame lock portion that corresponds with the inboard frame lock portion, wherein the outboard frame lock portion and the inboard frame lock portion are configured to interlock with one another. an inboard frame understructure, the inboard frame understructure including a pair of proximal inboard mounting arms (123, 124) configured to be mounted in a distal end of a catheter shaft; and an outboard frame understructure, the outboard frame understructure including a pair of proximal outboard mounting arms (176, 178) configured to be mounted in the distal end of the catheter shaft, characterized in that each of the proximal inboard mounting arms (123,124) includes an inboard frame lock portion, wherein each of the proximal outboard mounting arms (176, 178) include an outboard frame lock portion that corresponds with the inboard frame lock portion, wherein the outboard frame lock portion and the inboard frame lock portion are configured to interlock with one another.
A control system for monitoring a movement of a trailer connected to a vehicle, the control system comprising one or more controllers, the control system being configured to: receive image data from an image sensor disposed on the vehicle; store image data corresponding to a central reference image, a current reference image and a current frame; associate an offset angle with the current reference image, and associate a correction angle with the current reference image; compare the current reference image to the current frame to determine a change angle; determine a hitch angle in dependence on the offset angle, the change angle and the correction angle; and output the signal indicative of the hitch angle. receive image data from an image sensor disposed on the vehicle; store image data corresponding to a central reference image, a current reference image and a current frame; associate an offset angle with the current reference image, and associate a correction angle with the current reference image; compare the current reference image to the current frame to determine a change angle; determine a hitch angle in dependence on the offset angle, the change angle and the correction angle; and output the signal indicative of the hitch angle.
A physiological adjustment system, comprising: a heating module for heating a human body based on a received heating command; a detection module for detecting a physiological state to obtain physiological state information, said physiological state including a menstrual period; and a control module for sending the heating command to the heating module, wherein the heating command comprises a first heating command generated based on the physiological state information, the heating module is adapted to heat the lower abdomen of a user, the physiological state information comprises first physiological state information, the first physiological state information comprises state information regarding whether a woman is in a menstrual period, and the control module is further configured for determining whether to generate the first heating command based on the state information regarding whether the woman is in the menstrual period, characterized in that, the detection module comprises a blood sensor for detecting blood to obtain state information regarding whether the woman is in the menstrual period. a heating module for heating a human body based on a received heating command; a detection module for detecting a physiological state to obtain physiological state information, said physiological state including a menstrual period; and a control module for sending the heating command to the heating module, wherein the heating command comprises a first heating command generated based on the physiological state information, the heating module is adapted to heat the lower abdomen of a user, the physiological state information comprises first physiological state information, the first physiological state information comprises state information regarding whether a woman is in a menstrual period, and the control module is further configured for determining whether to generate the first heating command based on the state information regarding whether the woman is in the menstrual period, characterized in that, the detection module comprises a blood sensor for detecting blood to obtain state information regarding whether the woman is in the menstrual period.
A method for transmitting data in a wireless communication system, the method performed by a user equipment, UE, and comprising: selecting a resource pool from at least one resource pool among a first resource pool and a second resource pool, and transmitting the data based on the resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being not configured to the data, the resource pool is selected from among the first resource pool and the second resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being configured to the data, the resource pool is selected from among the second resource pool, and wherein the first resource pool is a resource pool in which a physical sidelink feedback channel, PSFCH, resource is not configured, and the second resource pool is a resource pool in which the physical sidelink feedback channel, PSFCH, resource is configured. selecting a resource pool from at least one resource pool among a first resource pool and a second resource pool, and transmitting the data based on the resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being not configured to the data, the resource pool is selected from among the first resource pool and the second resource pool, wherein based on hybrid automatic repeat request, HARQ, feedback being configured to the data, the resource pool is selected from among the second resource pool, and wherein the first resource pool is a resource pool in which a physical sidelink feedback channel, PSFCH, resource is not configured, and the second resource pool is a resource pool in which the physical sidelink feedback channel, PSFCH, resource is configured.
A thin film composite polyamide membrane comprising a porous support and a thin film polyamide layer characterized by possessing an azo (-N=N-) content of from 0.75 wt% to 0.95 wt%, as measured by pyrolysis gas chromatography using ammonium dichromate as a calibration standard and pyrolizing the polyamide layer at 550°C for 6 seconds; wherein the azo content refers to the amount of diazonium and azo coupling resulting from two aromatic compounds coupled by an azo (-N=N-) group, and wherein the thin film polyamide layer is further characterized by producing a ratio of the dimer represented by formula II to the dimer represented by formula III from 2.0% to 4.0% upon pyrolysis at 650°C for 6 seconds and measured by GC MS.
Covering for gutters, shafts or similar constructions, comprising at least one first grating manufactured from a single piece of sheet metal and having slots and webs having top surfaces and in each case at least one lateral surface (14, 14') of sheet metal folded with respect to the top surface, characterized in that at least one second grating manufactured from a single piece of sheet metal and having slots and webs having top surfaces and in each case at least one lateral surface (24, 24') of sheet metal folded with respect to the top surface is provided, the webs of which are inserted into the slots of the first grating.
Electrical resistor having a resistor element arranged in a resistor body and a cooling device in which cooling liquid flows through at least one cooling channel of at least two heat sinks (20; 21), wherein the cooling channels have a non-circular cross section and a surface-covering course through the heat sinks (20; 21), characterized in that the at least two heat sinks (20; 21) are arranged modularly one above the other or adjacent to one another by arrangement of at least one intermediate heat sink between them.