mhurhangee/ep-ind-claims huggingface dataset:
A method for forwarding a Multiprotocol Label Switching, MPLS, data packet, comprising: receiving, by a first SR router in a segment routing, SR, network, the MPLS data packet; encapsulating, by the first SR router, the MPLS data packet into an IP tunnel when determining that a next-hop router does not support an SR characteristic, and sending an encapsulated MPLS data packet to the next-hop router to enable the encapsulated MPLS data packet to be forwarded, based on an IP routing table, to a second SR router, characterized in that the encapsulating, by the first SR router, the MPLS data packet into an IP tunnel specifically comprises: filling in, by the first SR router, a source address of the IP tunnel with an IP address of the first SR router, and filling in a destination address of the IP tunnel with an IP address of the second SR router. receiving, by a first SR router in a segment routing, SR, network, the MPLS data packet; encapsulating, by the first SR router, the MPLS data packet into an IP tunnel when determining that a next-hop router does not support an SR characteristic, and sending an encapsulated MPLS data packet to the next-hop router to enable the encapsulated MPLS data packet to be forwarded, based on an IP routing table, to a second SR router, characterized in that the encapsulating, by the first SR router, the MPLS data packet into an IP tunnel specifically comprises: filling in, by the first SR router, a source address of the IP tunnel with an IP address of the first SR router, and filling in a destination address of the IP tunnel with an IP address of the second SR router.
Multiple insulating glazing formed of at least two glass substrates disposed so as to form one or more cavities between the substrates, characterized in that it comprises a transparent glass substrate of which one of the two faces bears a coating comprising in order: a sublayer for neutralizing colours in reflection and a low-emissivity functional layer consisting essentially of fluorine-doped tin oxide, characterized in that the doped tin oxide layer has a thickness of between 160 and 190 nm and has a roughness R q of less than or equal to 7 nm, the glass substrate being oriented such that the coating is in first position.
Protective cap (1, 101) for protecting a definitively assembled ball joint, the protective cap (1, 101) having a bellows portion (3, 103) for covering a sealing bellows of the definitively assembled ball joint, and having a stud portion (5, 105) for covering a stud part of the definitively assembled ball joint, said stud portion adjoining the bellows portion (3, 103) and being open in the direction of the bellows portion (3, 103), wherein the stud portion (5, 105) can be plugged onto the stud part, is of cup-like design to provide for full sealing of the stud part and has a base and a wall, the latter extending away from the base in an axial direction (a) of the protective cap (1, 101), which has a latching contour (17, 19, 117, 141, 143), which runs in the circumferential direction (u) of the stud portion (5, 105) of the protective cap and can be brought into engagement with a threaded portion of the stud part, characterized in that the stud portion (5, 105) is of non-round design in cross section at least in the region of the latching contour (17, 19, 117, 141, 143).
An X-ray imaging system comprising: a support unit configured to holds an X-ray imaging unit that is adapted to perform X-ray imaging of a subject; a tabletop on which the subject is placed and which is configured to be tilted by a drive unit; a tilt detector configured to detect the tilt angle of the tabletop; an angle detector configured to detect the angle of the support unit in relation to the tabletop; a memory configured to store a plurality of X-ray imaging images of the subject imaged by the X-ray imaging unit and imaging angle information related to the angle of the support unit during imaging as well as the tilt angle of the tabletop linked to the X-ray images; a selection unit configured to select an X-ray imaging image stored in the memory that includes imaging angle information equivalent or nearest to the current angle of the support unit in relation to the tabletop, based on the angle detected by the angle detector as well as on the tilt angle detected by the tilt detector 7; and a display configured to display the selected X-ray imaging image. a support unit configured to holds an X-ray imaging unit that is adapted to perform X-ray imaging of a subject; a tabletop on which the subject is placed and which is configured to be tilted by a drive unit; a tilt detector configured to detect the tilt angle of the tabletop; an angle detector configured to detect the angle of the support unit in relation to the tabletop; a memory configured to store a plurality of X-ray imaging images of the subject imaged by the X-ray imaging unit and imaging angle information related to the angle of the support unit during imaging as well as the tilt angle of the tabletop linked to the X-ray images; a selection unit configured to select an X-ray imaging image stored in the memory that includes imaging angle information equivalent or nearest to the current angle of the support unit in relation to the tabletop, based on the angle detected by the angle detector as well as on the tilt angle detected by the tilt detector 7; and a display configured to display the selected X-ray imaging image.
A method for purifying rebaudioside A comprising the steps of: combining crude rebaudioside A and an aqueous organic solution to form a rebaudioside A solution, the crude rebaudioside A comprising rebaudioside A in a purity from 40% to 85% by weight on a dry basis, and the aqueous organic solution comprising water in an amount from 10% to 25% by weight and at least two organic solvents comprising a mixture of ethanol and methanol, wherein the ethanol and methanol are present in the aqueous organic solution in a weight ratio from 3 parts to 1 part ethanol to 1 part methanol; heating the rebaudioside A solution to a temperature in the range from 20 °C to 40 °C; and crystallizing from the rebaudioside A solution in a single step a rebaudioside A composition, wherein the rebaudioside A content of said rebaudioside A composition is greater than 95% by weight on a dry basis. combining crude rebaudioside A and an aqueous organic solution to form a rebaudioside A solution, the crude rebaudioside A comprising rebaudioside A in a purity from 40% to 85% by weight on a dry basis, and the aqueous organic solution comprising water in an amount from 10% to 25% by weight and at least two organic solvents comprising a mixture of ethanol and methanol, wherein the ethanol and methanol are present in the aqueous organic solution in a weight ratio from 3 parts to 1 part ethanol to 1 part methanol; heating the rebaudioside A solution to a temperature in the range from 20 °C to 40 °C; and crystallizing from the rebaudioside A solution in a single step a rebaudioside A composition, wherein the rebaudioside A content of said rebaudioside A composition is greater than 95% by weight on a dry basis.
An electrical connector contact (20, 150) comprising: a body (22, 152) having a conductor section (34, 158) for receiving a conductor and a pin section (38, 166) for receiving a male pin contact; a spring (30, 162) configured for engaging the pin section and including a plurality of spring fingers (76, 200) positioned around the pin section for forming a bore (81, 210), the spring fingers bent radially inwardly and configured for securing a pin in engagement with the pin section of the body; a sleeve (32, 164) configured for engaging the body to overlie the spring; characterised by the body pin section including a plurality of discrete indentations (64, 184) formed in the pin section and extending radially inwardly into the pin section; the spring including a plurality of discrete structures (74, 198) extending radially inwardly in the spring bore, the plurality of discrete structures configured for extending into respective discrete indentations of the plurality of indentations for securing the spring with the body. a body (22, 152) having a conductor section (34, 158) for receiving a conductor and a pin section (38, 166) for receiving a male pin contact; a spring (30, 162) configured for engaging the pin section and including a plurality of spring fingers (76, 200) positioned around the pin section for forming a bore (81, 210), the spring fingers bent radially inwardly and configured for securing a pin in engagement with the pin section of the body; a sleeve (32, 164) configured for engaging the body to overlie the spring; characterised by the body pin section including a plurality of discrete indentations (64, 184) formed in the pin section and extending radially inwardly into the pin section; the spring including a plurality of discrete structures (74, 198) extending radially inwardly in the spring bore, the plurality of discrete structures configured for extending into respective discrete indentations of the plurality of indentations for securing the spring with the body.
An atomizer for an electronic smoking device being operable in use to generate an aerosol, comprising: a heating wire, and at least a first contact finger adapted to supply a first electrical potential to the heating wire, characterized in that the first contact finger is adapted to contact the heating wire at a plurality of different contact portions (P1, P2, P3, P5), thereby allowing an adjustment of the heating characteristics of the heating wire. a heating wire, and at least a first contact finger adapted to supply a first electrical potential to the heating wire, characterized in that the first contact finger is adapted to contact the heating wire at a plurality of different contact portions (P1, P2, P3, P5), thereby allowing an adjustment of the heating characteristics of the heating wire.
A method for managing an event monitoring for a group of terminals in a wireless communication system performed by a unified data management, UDM, the method comprising: receiving, from a network exposure function, NEF, a monitoring request message for modifying a configured monitoring event, the monitoring request message including an operation of group management for the group of terminals, and a terminal identifier indicating a terminal impacted by the operation; updating the configured monitoring event for the impacted terminal identified by the terminal identifier based on the operation; identifying whether the configured monitoring event needs to be performed in an access and mobility management function, AMF; and in case that the configured monitoring event is needed to be performed in the AMF, transmitting, to the AMF associated with the impacted terminal, information for modifying the configured monitoring event, the information including the terminal identifier, wherein the operation includes at least one of an addition of the terminal to the group or a deletion of the terminal from the group. receiving, from a network exposure function, NEF, a monitoring request message for modifying a configured monitoring event, the monitoring request message including an operation of group management for the group of terminals, and a terminal identifier indicating a terminal impacted by the operation; updating the configured monitoring event for the impacted terminal identified by the terminal identifier based on the operation; identifying whether the configured monitoring event needs to be performed in an access and mobility management function, AMF; and in case that the configured monitoring event is needed to be performed in the AMF, transmitting, to the AMF associated with the impacted terminal, information for modifying the configured monitoring event, the information including the terminal identifier, wherein the operation includes at least one of an addition of the terminal to the group or a deletion of the terminal from the group.
A system comprising: a processor unit (204, 402) configured to run a dynamic transmission process; and the dynamic transmission process configured to receive environmental information, wherein the environmental information is specific to a flight plan and/or a particular current and predicted flight trajectory of an aircraft, wherein the dynamic transmission process determines whether and when to send the environmental information to a subscriber, wherein if the dynamic transmission process determines that environmental information should not be sent, the environmental information is not sent unless a manual trigger overrides an automated environmental information transmission process.
A method for initiating a communication link from a first conmmnication terminal to a second communication terminal, comprising the steps of: sensing input of an address number by a user in a standby screen in the first communication terminal, representing a communication address for the second communication terminal; retrieving information associated with the communication address of the second communication terminal; presenting the retrieved information on the display of the first communication terminal; retrieving information related to selectable communication channels usable for communication with the second communication terminal; and presenting, on the display of the first communication terminal, a plurality of selectable items only representing the usable communication channels, responsive to sensing input of an address number; wherein once the user starts to type numbers, the different usable communication channels are presented for selection. sensing input of an address number by a user in a standby screen in the first communication terminal, representing a communication address for the second communication terminal; retrieving information associated with the communication address of the second communication terminal; presenting the retrieved information on the display of the first communication terminal; retrieving information related to selectable communication channels usable for communication with the second communication terminal; and presenting, on the display of the first communication terminal, a plurality of selectable items only representing the usable communication channels, responsive to sensing input of an address number; wherein once the user starts to type numbers, the different usable communication channels are presented for selection.
Non-hydrophobic compound for use in preventing and/or treating of metastasis caused by the dimerization of melanoma inhibitory activity protein or for use in preventing and/or treating of a cartilage defect wherein regeneration of the cartilage is inhibited by MIA dimerization, wherein the compound is selected from the group consisting of compound 1 to 270, tautomers and stereoisomers thereof. for use in preventing and/or treating of a cartilage defect wherein regeneration of the cartilage is inhibited by MIA dimerization, wherein the compound is selected from the group consisting of compound 1 to 270, tautomers and stereoisomers thereof.
A method of manufacturing a monoalkenyl-containing glycerin derivative with purity of not less than 92% and electrical conductivity of not greater than 50 μS/cm in 2.0 mass% aqueous solution at room temperature, the method comprising the following steps through: step: a step of reacting a ketalized glycerin derivative and a monoalkenyl glycidyl ether in the presence of an inorganic base to obtain a ketal of monoalkenyl-containing glycerin derivative; step: a step of purifying the ketal of monoalkenyl-containing glycerin derivative obtained in the step by distillation; and step: a step of hydrolyzing the ketal of monoalkenyl-containing glycerin derivative obtained in the step in the presence of an acid and an acidic inorganic salt. step: a step of reacting a ketalized glycerin derivative and a monoalkenyl glycidyl ether in the presence of an inorganic base to obtain a ketal of monoalkenyl-containing glycerin derivative; step: a step of purifying the ketal of monoalkenyl-containing glycerin derivative obtained in the step by distillation; and step: a step of hydrolyzing the ketal of monoalkenyl-containing glycerin derivative obtained in the step in the presence of an acid and an acidic inorganic salt.
Method for producing a laminate consisting of a wooden composite board and a decorative paper disposed on the wood composite board, comprising the steps of a) providing the wooden composite board, b) scattering at least one layer of at least one pulverulent resin onto at least one side of the wooden composite board, where the surface of that side of the wooden composite board on which the pulverulent resin is to be scattered is unsanded and bears a press skin or rotting layer, c) placing at least one decorative paper onto the side of the wooden composite board that bears the pulverulent resin, and d) compressing the layer system composed of wooden composite board, pulverulent resin and decorative paper. a) providing the wooden composite board, b) scattering at least one layer of at least one pulverulent resin onto at least one side of the wooden composite board, where the surface of that side of the wooden composite board on which the pulverulent resin is to be scattered is unsanded and bears a press skin or rotting layer, c) placing at least one decorative paper onto the side of the wooden composite board that bears the pulverulent resin, and d) compressing the layer system composed of wooden composite board, pulverulent resin and decorative paper.
A sulfur-carbon composite comprising a porous carbon material; and sulfur contained inside the pores and located on the surface of the porous carbon material; wherein the sulfur-carbon composite has a specific surface area of 7 to 15 m 2 /g and a pore volume of 0.1 to 0.3 cm 3 /g, as determined by nitrogen adsorption. a porous carbon material; and sulfur contained inside the pores and located on the surface of the porous carbon material; wherein the sulfur-carbon composite has a specific surface area of 7 to 15 m 2 /g and a pore volume of 0.1 to 0.3 cm 3 /g, as determined by nitrogen adsorption.
A method for effecting communication between devices in a communications network, the method comprising: (a) providing a plurality of components (34, 36, 38, 40, 42) of a process control flow in which each component comprises a process control activity between two of the devices; (b) aggregating the plurality of components into a sequence of the communications process control flow; (c) executing the process control flow to interact with at least two of the communications system devices to implement the communication; (d) in which each component is arranged to process a data structure; in which the data structure is the same for each component (34, 36, 38, 40, 42) of the communications process control flow. (a) providing a plurality of components (34, 36, 38, 40, 42) of a process control flow in which each component comprises a process control activity between two of the devices; (b) aggregating the plurality of components into a sequence of the communications process control flow; (c) executing the process control flow to interact with at least two of the communications system devices to implement the communication; (d) in which each component is arranged to process a data structure; in which the data structure is the same for each component (34, 36, 38, 40, 42) of the communications process control flow.
A method of transmitting and receiving, by an access and mobility management function, AMF, a signal related to handover of a user equipment, UE, from a fifth generation system, 5GS, to an evolved packet system, EPS in a wireless communication system, the method comprising: receiving, by the AMF, a Handover Required message from a next generation radio access network, NG-RAN; requesting (S802a), by the AMF, a session management, SM, context to a packet data network gateway + session management function, PGW+SMF; receiving (S802b) the SM context from the PGW+SMF; and transmitting (S811a), by the AMF, a handover command to the NG-RAN, wherein the SM context request is for a protocol data unit, PDU, session related to a third generation partnership project, 3GPP, access, wherein the AMF refrains from transmitting a SM context request for any non-3GPP sessions that the UE has, and wherein the PDU session has an allocated EPS bearer ID, EBI. receiving, by the AMF, a Handover Required message from a next generation radio access network, NG-RAN; requesting (S802a), by the AMF, a session management, SM, context to a packet data network gateway + session management function, PGW+SMF; receiving (S802b) the SM context from the PGW+SMF; and transmitting (S811a), by the AMF, a handover command to the NG-RAN, wherein the SM context request is for a protocol data unit, PDU, session related to a third generation partnership project, 3GPP, access, wherein the AMF refrains from transmitting a SM context request for any non-3GPP sessions that the UE has, and wherein the PDU session has an allocated EPS bearer ID, EBI.
An optically anisotropic compensation panel (13, 17, 30, 64, 73, 77) comprising at least one optically anisotropic layer (14, 15, 18, 19, 35, 74, 75, 78, 79) on a substrate, the compensation panel possessing a spectrally controlled dispersion of refractive indices, wherein the layer is based on an ordered guest-host system comprising: an ordered anisotropic host matrix comprising an organic compound transparent to electromagnetic radiation in the visible spectral range, and having three principal refractive indices (n x,h, n y,h and n z,h) possessing a normal spectral dispersion ∂n u (λ)/∂λ < 0 in the visible spectral range, wherein the subscript u is selected from the list comprising x, y and z; and an ordered guest component comprising guest particles, the guest particles being optically anisotropic dye molecules that provide an absorption additional to an absorption of the anisotropic host matrix, realized in at least one principal direction of the anisotropic host matrix in at least one subrange of the visible spectral range, such that the optically anisotropic layer has three principal refractive indices (n x, n y and n z), at least one of which satisfies the following condition where ∂n u (λ)/∂λ≥ 0 in at least one subrange of the visible spectral range, and wherein the subscript u is selected from the list comprising x, y and z. an ordered anisotropic host matrix comprising an organic compound transparent to electromagnetic radiation in the visible spectral range, and having three principal refractive indices (n x,h, n y,h and n z,h) possessing a normal spectral dispersion ∂n u (λ)/∂λ < 0 in the visible spectral range, wherein the subscript u is selected from the list comprising x, y and z; and an ordered guest component comprising guest particles, the guest particles being optically anisotropic dye molecules that provide an absorption additional to an absorption of the anisotropic host matrix, realized in at least one principal direction of the anisotropic host matrix in at least one subrange of the visible spectral range, such that the optically anisotropic layer has three principal refractive indices (n x, n y and n z), at least one of which satisfies the following condition where ∂n u (λ)/∂λ≥ 0 in at least one subrange of the visible spectral range, and wherein the subscript u is selected from the list comprising x, y and z.