mhurhangee/ep-ind-claims huggingface dataset:
A method for using a Diameter routing agent, DRA, to obtain mappings between mobile subscriber identification information and dynamically assigned Internet protocol, IP, addresses and for making the mappings accessible to applications, the method comprising: receiving, by a DRA, a Diameter message containing a dynamically assigned Internet protocol, IP, address and mobile subscriber identification information; routing, by the DRA, the received Diameter signaling message; copying, by the DRA, the IP address and the mobile subscriber identification information from the message wherein copying the IP address and mobile subscriber identifier includes copying the Diameter message using a message copy function of the DRA, wherein the message copy function of the DRA is separate from a Diameter routing function of the DRA; and making a mapping between the dynamically assigned IP address and the subscriber identification information accessible to applications, wherein making a mapping between the dynamically assigned IP address and the mobile subscriber identifier available to applications includes storing the mapping between the dynamically assigned IP address and the mobile subscriber identifier in a database upon receipt of the Diameter message. receiving, by a DRA, a Diameter message containing a dynamically assigned Internet protocol, IP, address and mobile subscriber identification information; routing, by the DRA, the received Diameter signaling message; copying, by the DRA, the IP address and the mobile subscriber identification information from the message wherein copying the IP address and mobile subscriber identifier includes copying the Diameter message using a message copy function of the DRA, wherein the message copy function of the DRA is separate from a Diameter routing function of the DRA; and making a mapping between the dynamically assigned IP address and the subscriber identification information accessible to applications, wherein making a mapping between the dynamically assigned IP address and the mobile subscriber identifier available to applications includes storing the mapping between the dynamically assigned IP address and the mobile subscriber identifier in a database upon receipt of the Diameter message.
An in-vivo monitoring camera system comprising: an image capturing portion that is capable of being introduced into a body; a support tube (13, 130, 131) that has, on one end side, a connection portion for connection with a distal end portion of a tubular tool, the tubular tool being capable of being introduced into the body, and has a joining portion to the image capturing portion on another end side; a cable that is connected with the image capturing portion and passes through the support tube (13, 130, 131); and a control system that is electrically connected with the cable; wherein the connection portion is in a tapered shape, characterized in that the tapered shape of the connection portion becomes thinner in the direction of its proximal end, wherein an end portion on the thinner side of the connection portion is adapted to be placed into the distal end portion of the tubular tool. an image capturing portion that is capable of being introduced into a body; a support tube (13, 130, 131) that has, on one end side, a connection portion for connection with a distal end portion of a tubular tool, the tubular tool being capable of being introduced into the body, and has a joining portion to the image capturing portion on another end side; a cable that is connected with the image capturing portion and passes through the support tube (13, 130, 131); and a control system that is electrically connected with the cable; wherein the connection portion is in a tapered shape, characterized in that the tapered shape of the connection portion becomes thinner in the direction of its proximal end, wherein an end portion on the thinner side of the connection portion is adapted to be placed into the distal end portion of the tubular tool.
Thermal flowmeter comprising a sensor with a metal sensor housing (1, 21, 31), said housing having a hollow body to connect to a plug-in unit and/or a pipe wall and a sensor axis, wherein the hollow body has a base surface, wherein the sensor housing (1, 21, 31) has at least a first and a second pin receptacle (3a, 3b, 23a, 23b, 33a, 33b), which project out of the base surface, wherein the first and second pin receptacle (3a, 3b, 23a, 23b, 33a, 33b) define a connection axis and a center point between the two pin receptacles (3a, 3b, 23a, 23b, 33a, 33b), wherein a first heater element is provided in a first of the two pin receptacles (3a, 3b, 23a, 23b, 33a, 33b) and a temperature sensor to determine a medium temperature is provided in a second of the two pin receptacles (3a, 3b, 23a, 23b, 33a, 33b), wherein the sensor housing (1, 21, 31) comprises at least two elongated elements (24a, 24b, 35) of at least the same length as the pin receptacles, said elongated elements extending from the hollow body parallel to the two pin receptacles (3a, 3b, 23a, 23b, 33a, 33b), wherein another axis extends on a section plane perpendicular to the sensor axis and is arranged perpendicular to the connection axis; wherein, on the section plane, the sensor housing (1, 21, 31) has two symmetrically identical planes which are perpendicular to one another and perpendicular to the section plane, wherein a first plane is defined by the connection axis and the sensor axis and a second plane is defined by the other axis and the sensor axis, wherein exactly two elongated elements (24a, 24b, 35) of the at least two elongated elements (24a, 24b, 35) are each arranged in an opposite direction to the center point on the connection axis and have a greater distance to the center point of the two pin receptacles (3a, 3b, 23a, 23b, 33a, 33b) than the respective pin receptacle (3a, 3b, 23a, 23b, 33a, 33b); characterized in that the distance (n1, n2) between the two elongated elements (24a, 24b, 35) diminishes, at least in sections, in their course parallel to the other axis in the direction of the connection axis.
A method for maintaining a gas turbine engine installed on an aircraft, the gas turbine engine including an electric machine mounted at least partially inward of a core air flowpath of the gas turbine engine, the method comprising: removing a rotor mount connecting a rotor of the electric machine to a rotary component of the gas turbine engine; removing a stator mount connecting a stator of the electric machine to a stationary component of the gas turbine engine; and removing in situ the electric machine; wherein the gas turbine engine extends between a forward end and an aft end, and wherein the electric machine is positioned at the aft end of the gas turbine engine; wherein removing in situ the electric machine comprises disconnecting the electric machine from an electric communication bus, and wherein disconnecting the electric machine from the electric communication bus comprises electrically disconnecting the electric machine from the electric communication bus at a quick release electric connection such that the electric machine is automatically electrically disconnected through the removal of the electric machine without the use of any tools. removing a rotor mount connecting a rotor of the electric machine to a rotary component of the gas turbine engine; removing a stator mount connecting a stator of the electric machine to a stationary component of the gas turbine engine; and removing in situ the electric machine; wherein the gas turbine engine extends between a forward end and an aft end, and wherein the electric machine is positioned at the aft end of the gas turbine engine; wherein removing in situ the electric machine comprises disconnecting the electric machine from an electric communication bus, and wherein disconnecting the electric machine from the electric communication bus comprises electrically disconnecting the electric machine from the electric communication bus at a quick release electric connection such that the electric machine is automatically electrically disconnected through the removal of the electric machine without the use of any tools.
A method comprising: initiating a functional magnetic resonance imaging scan (an fMRI scan) of a patient with a functional magnetic resonance imaging system (an fMRI system 102) at an initiation time prior to a stimulation time when the patient is stimulated by an implanted stimulator, wherein the implanted stimulator is configured to stimulate the patient every period, and wherein a duration between the initiation time and the stimulation time is sufficient for the fMRI system to achieve a steady state, wherein the initiation time is based, at least in part, on an indication of a stimulation at an initial stimulation time received from the implanted stimulator; and initiating another fMRI scan of the patient one period after the initiation time. initiating a functional magnetic resonance imaging scan (an fMRI scan) of a patient with a functional magnetic resonance imaging system (an fMRI system 102) at an initiation time prior to a stimulation time when the patient is stimulated by an implanted stimulator, wherein the implanted stimulator is configured to stimulate the patient every period, and wherein a duration between the initiation time and the stimulation time is sufficient for the fMRI system to achieve a steady state, wherein the initiation time is based, at least in part, on an indication of a stimulation at an initial stimulation time received from the implanted stimulator; and initiating another fMRI scan of the patient one period after the initiation time.
Method for filling containers with a liquid filling medium supplied from a filling medium tank, wherein during filling the respective container is sealingly arranged against a filling element (1.1), and during filling the interior of the container is connected to a flow duct (18, 22) of the filling element (1.1), via which, during filling, a gaseous and/or vaporous medium, preferably pressurising gas, displaced from the interior of the container by the flow of the filling medium, is discharged as a return gas, and via which, at the end of the filling phase, filling medium displaced from the interior of the container is channelled to a collection chamber, wherein, in the flow duct (18, 22) to the collection chamber, the flow of the return gas and/or of the filling medium is monitored by at least one sensor, characterised in that the collection chamber is a separate chamber from the filling medium tank, from which at least the filling medium is conveyed back into the filling medium tank or into a liquid chamber (4.1) formed in the partially filled filling medium tank as a sublayer.
Method (100a, 100b, 100c, 100d) for producing a composite nonwoven web with at least two layers (1, 2, 3), wherein a first layer (1, 3) is formed by long fibres (4, 6) and a second layer is formed by short fibres, characterized in that, in a production line, the short fibres are applied to the first layer (1, 3) in a wet-laid process by way of a headbox with a round or transverse flow distributor with a rotating or static turbulence generator, in that a pre-consolidation of the first layer, the wet-laid process and a compression of the at least two layers (1, 2, 3) take place on a first screen belt and subsequently a water-jet consolidation (106, 107, 108) takes place when the layers (1, 2, 3) bear against a drum (24, 25, 26), in that, preferably, the short fibres pass through a gap of the headbox during the wet-laid process, in that, preferably, before applying the second layer, the first layer (1, 3) is produced by unwinding a nonwoven web, by a carding process, by a spun-bonding process or by a melt-blowing process, in that, preferably, before applying the second layer, a dispersion (111, 112) of the short fibres takes place for the purpose of forming an aqueous dispersion, and in that, preferably, after applying the second layer, at least a process of drying and a subsequent process of rolling up the composite nonwoven web obtained take place. in a production line, the short fibres are applied to the first layer (1, 3) in a wet-laid process by way of a headbox with a round or transverse flow distributor with a rotating or static turbulence generator, in that a pre-consolidation of the first layer, the wet-laid process and a compression of the at least two layers (1, 2, 3) take place on a first screen belt and subsequently a water-jet consolidation (106, 107, 108) takes place when the layers (1, 2, 3) bear against a drum (24, 25, 26), in that, preferably, the short fibres pass through a gap of the headbox during the wet-laid process, in that, preferably, before applying the second layer, the first layer (1, 3) is produced by unwinding a nonwoven web, by a carding process, by a spun-bonding process or by a melt-blowing process, in that, preferably, before applying the second layer, a dispersion (111, 112) of the short fibres takes place for the purpose of forming an aqueous dispersion, and in that, preferably, after applying the second layer, at least a process of drying and a subsequent process of rolling up the composite nonwoven web obtained take place.
A first access router (111, 211) for providing handover of a mobile node (101, 201) in a wireless network supporting a Mobile IP, Internet Protocol, comprising: a transmitting means; and a receiving means for receiving, from the mobile node, a request message for requesting information on a second access router (112, 212) as a handover target access router; a controlling means for acquiring the information on the second access router by exchanging access router information with the second access router, transmitting the information on the second access router to the mobile node if the request message is received from the mobile node, and redirecting data to be transmitted to the mobile node to the second access router, wherein the information on the second access router is included in an Access Router Information Protocol, ARIP, information field of an ARIP packet, and wherein the information on the second access router includes an address information of the second access router, wireless access medium information to be used by the second access router, channel information to be used by the second access router, support information of the second access router, quality-of-service, QoS, information provided in the second access router, authentication information of the second access router, and prefix information of an address used in a network managed by the second access router. a transmitting means; and a receiving means for receiving, from the mobile node, a request message for requesting information on a second access router (112, 212) as a handover target access router; a controlling means for acquiring the information on the second access router by exchanging access router information with the second access router, transmitting the information on the second access router to the mobile node if the request message is received from the mobile node, and redirecting data to be transmitted to the mobile node to the second access router, wherein the information on the second access router is included in an Access Router Information Protocol, ARIP, information field of an ARIP packet, and wherein the information on the second access router includes an address information of the second access router, wireless access medium information to be used by the second access router, channel information to be used by the second access router, support information of the second access router, quality-of-service, QoS, information provided in the second access router, authentication information of the second access router, and prefix information of an address used in a network managed by the second access router.
A drum-shaped package formed of a poly(lactic acid)-based monofilament 50 wt% or more of which is constituted from lactic acid monomer, in which the dry heat shrinkage stress of the monofilament in the innermost layer section of the package is 0.040 cN/dtex or less, characterized in that the monofilament has a tensile strength of 2.5 cN/dtex or more and a boiling water shrinkage rate of 20% or less.
A computer implemented method for generating and deploying a code block in a blockchain, the method comprising: rendering, by a network node, a graphical user interface containing a plurality of contract components and a plurality of document components retrieved from a library database of contract and document components, wherein the plurality of document components comprise descriptive text; generating, by the network node, an assembled contract text based on a selection of at least one contract component from the plurality of contract components or at least one document component from the plurality of document components; retrieving, by the network node, an address of an executable code corresponding to the at least one contract component or an address of a text of the at least one document component from the library database of contract and document components; retrieving, by the network node, a first latest valid blockchain based upon a first polling of a plurality of network nodes using a consensus threshold; generating, by the network node, a code block containing the address of the executable code corresponding to the at least one contract component or the address of the text of the at least one document component; generating, by the network node, a block address for the code block based upon a cryptographic hash value of at least a portion of data records of the last block of the first latest valid blockchain; and appending, by the network node, the code block at the generated block address in the first latest valid blockchain. rendering, by a network node, a graphical user interface containing a plurality of contract components and a plurality of document components retrieved from a library database of contract and document components, wherein the plurality of document components comprise descriptive text; generating, by the network node, an assembled contract text based on a selection of at least one contract component from the plurality of contract components or at least one document component from the plurality of document components; retrieving, by the network node, an address of an executable code corresponding to the at least one contract component or an address of a text of the at least one document component from the library database of contract and document components; retrieving, by the network node, a first latest valid blockchain based upon a first polling of a plurality of network nodes using a consensus threshold; generating, by the network node, a code block containing the address of the executable code corresponding to the at least one contract component or the address of the text of the at least one document component; generating, by the network node, a block address for the code block based upon a cryptographic hash value of at least a portion of data records of the last block of the first latest valid blockchain; and appending, by the network node, the code block at the generated block address in the first latest valid blockchain.
A method for transmitting a service, comprising: transmitting, by a Mobile Station, MS, a service by means of a first resource allocation parameter set in a semi-static scheduling manner; receiving, by the MS, first control signaling sent by network equipment, the first control signaling being configured to indicate the MS to transmit a service with different requirement(s) by means of a second resource allocation parameter set and the first resource allocation parameter set in the semi-static scheduling manner in parallel; and transmitting, by the MS, the service with different requirement(s) according to the first control signaling, wherein each of the first resource allocation parameter set and the second resource allocation parameter set comprises at least one resource allocation parameter. transmitting, by a Mobile Station, MS, a service by means of a first resource allocation parameter set in a semi-static scheduling manner; receiving, by the MS, first control signaling sent by network equipment, the first control signaling being configured to indicate the MS to transmit a service with different requirement(s) by means of a second resource allocation parameter set and the first resource allocation parameter set in the semi-static scheduling manner in parallel; and transmitting, by the MS, the service with different requirement(s) according to the first control signaling, wherein each of the first resource allocation parameter set and the second resource allocation parameter set comprises at least one resource allocation parameter.
An adjustable lumbar support mechanism for adjusting a position of a lumbar support in a seating unit having a seat back with a back frame, the back frame having a rear side and a front side, the adjustable lumbar support mechanism comprising: a pair of spaced apart swing links, each having an upper end and a lower end, the upper end of each swing link to be pivotally coupled to the back frame; a lumbar support having a first side and a second side, the first side being coupled to a lower end of one of the swing links, and the second side being coupled to a lower end of the other of the swing links, and an actuating mechanism having an extendable shaft coupled to the lumbar support between the first side and the second side, the actuating mechanism having an upper end, opposite the extendable shaft, to be pivotably coupled to the back frame, wherein, extension of the extendable shaft of the actuating mechanism moves the lumbar support in a direction away from the rear side of the back frame, characterized in that the pivotal coupling of the actuating mechanism to the lumbar support is midway between the first side of the lumbar support and the second side of the lumbar support. a pair of spaced apart swing links, each having an upper end and a lower end, the upper end of each swing link to be pivotally coupled to the back frame; a lumbar support having a first side and a second side, the first side being coupled to a lower end of one of the swing links, and the second side being coupled to a lower end of the other of the swing links, and an actuating mechanism having an extendable shaft coupled to the lumbar support between the first side and the second side, the actuating mechanism having an upper end, opposite the extendable shaft, to be pivotably coupled to the back frame, wherein, extension of the extendable shaft of the actuating mechanism moves the lumbar support in a direction away from the rear side of the back frame, characterized in that the pivotal coupling of the actuating mechanism to the lumbar support is midway between the first side of the lumbar support and the second side of the lumbar support.
A method of communication performed by a network node, comprising: receiving a request from at least one access point in response to an access terminal attempting to access at least one service provided by the at least one access point; determining an identifier of the access terminal indicative of a set of access terminals to which the access terminal belongs; sending the identifier to the at least one access point in order to enable the at least one access point to compare the identifier with a list of identifiers indicative of sets of access terminals stored on the at least one access point and to determine whether the access terminal is allowed to access the at least one service based on the comparison. receiving a request from at least one access point in response to an access terminal attempting to access at least one service provided by the at least one access point; determining an identifier of the access terminal indicative of a set of access terminals to which the access terminal belongs; sending the identifier to the at least one access point in order to enable the at least one access point to compare the identifier with a list of identifiers indicative of sets of access terminals stored on the at least one access point and to determine whether the access terminal is allowed to access the at least one service based on the comparison.