mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a network component, a session creation request for handing over a user equipment from a 5G communication network to a 4G communication network, the network component being included in the 4G communication network, the user equipment having a current active communication session within the 5G communication network with a first node of the 5G communication network acting as a User Plane Function, UPF, node of the user equipment, the session creation request including an identifier of the first node; querying, by the network component, a Domain Name Server, DNS, for a list of candidates, each candidate having a corresponding service parameter indicating whether the corresponding candidate supports N4 and Sxa services; receiving, at the network component, the list of candidates to serve as a user plane serving gateway for the user equipment in the 4G communication network along with the corresponding service parameters, the list of candidates including the first node; selecting, by the network component and based on at least the identifier of the first node and on performing a topology match using the corresponding service parameters of the candidates, the first node from the list of candidates to serve as the user plane serving gateway for the user equipment in the 4G communication network; and establishing, by the network component, a new session for the user equipment in the 4G communication network using the first node as the user plane serving gateway for the user equipment in the 4G communication network. receiving, at a network component, a session creation request for handing over a user equipment from a 5G communication network to a 4G communication network, the network component being included in the 4G communication network, the user equipment having a current active communication session within the 5G communication network with a first node of the 5G communication network acting as a User Plane Function, UPF, node of the user equipment, the session creation request including an identifier of the first node; querying, by the network component, a Domain Name Server, DNS, for a list of candidates, each candidate having a corresponding service parameter indicating whether the corresponding candidate supports N4 and Sxa services; receiving, at the network component, the list of candidates to serve as a user plane serving gateway for the user equipment in the 4G communication network along with the corresponding service parameters, the list of candidates including the first node; selecting, by the network component and based on at least the identifier of the first node and on performing a topology match using the corresponding service parameters of the candidates, the first node from the list of candidates to serve as the user plane serving gateway for the user equipment in the 4G communication network; and establishing, by the network component, a new session for the user equipment in the 4G communication network using the first node as the user plane serving gateway for the user equipment in the 4G communication network.
A method for operating a hybrid electric propulsion system of an aircraft, the hybrid electric propulsion system comprising a gas turbine engine, an electric machine coupled to the gas turbine engine, and an electric energy storage unit electrically connected to the electric machine, the method comprising: determining at, by one or more computing devices, a baseline power output for the gas turbine engine; determining at, by the one or more computing devices, a state of charge of the electric energy storage unit, and wherein determining at, by one or more computing devices, the baseline power output for the gas turbine engine comprises modifying at, by the one or more computing devices, the baseline power output in response to determining the state of charge of the electric energy storage unit; operating at, by the one or more computing devices, the gas turbine engine to provide the baseline power output; determining at, by the one or more computing devices, a desired power output greater than or less than the baseline power output; and providing at, by the one or more computing devices, power to, or extracting, by the one or more computing devices, power from, the gas turbine engine using the electric machine such that an effective power output of the gas turbine engine matches the determined desired power output. determining at, by one or more computing devices, a baseline power output for the gas turbine engine; determining at, by the one or more computing devices, a state of charge of the electric energy storage unit, and wherein determining at, by one or more computing devices, the baseline power output for the gas turbine engine comprises modifying at, by the one or more computing devices, the baseline power output in response to determining the state of charge of the electric energy storage unit; operating at, by the one or more computing devices, the gas turbine engine to provide the baseline power output; determining at, by the one or more computing devices, a desired power output greater than or less than the baseline power output; and providing at, by the one or more computing devices, power to, or extracting, by the one or more computing devices, power from, the gas turbine engine using the electric machine such that an effective power output of the gas turbine engine matches the determined desired power output.
Method for operating a Magnetic Particle imaging, MPI, apparatus comprising a magnet system designed for the generation of a time-varying and position-dependent magnetic field in a detection volume and a detection system detecting signals from MPI contrast agents exposed to said magnetic field within said detection volume, said signals being suitable for reconstructing an image of the spatial - and where required also temporal - distribution of said MPI contrast agents, the magnet system comprising an array with a plurality of permanent magnetic elements geometrically arranged in such a way that at least a part of the plurality of permanent magnetic elements are moveable, characterized in that said at least part of the plurality of permanent magnetic elements are moved with sufficient speed to create the spatial and temporal magnetic field variations for inducing within the contrast agent the MPI signals recorded by the detection system without any drive field coils.
A computer-implemented component releasing method applied to a graphic machine learning algorithm platform, the method comprising: in response to receiving an instruction to release a functional model of the graphic machine learning algorithm platform as a new component, determining an input end and output end of the new component according to the connection relationship of components in the functional model; determining unique identifiers of mandatory parameters of the components in the functional model, wherein the unique identifiers are used for the new component to identify values of the mandatory parameters during running; and releasing the functional model as the new component of the graphic machine learning algorithm platform, wherein releasing the functional model as the new component comprises: inputting test data to the new component and running the new component; inputting the test data to the functional model and running the functional model; and if data output by the new component after running is the same as data output by the functional model after running, releasing the functional model as the new component. in response to receiving an instruction to release a functional model of the graphic machine learning algorithm platform as a new component, determining an input end and output end of the new component according to the connection relationship of components in the functional model; determining unique identifiers of mandatory parameters of the components in the functional model, wherein the unique identifiers are used for the new component to identify values of the mandatory parameters during running; and releasing the functional model as the new component of the graphic machine learning algorithm platform, wherein releasing the functional model as the new component comprises: inputting test data to the new component and running the new component; inputting the test data to the functional model and running the functional model; and if data output by the new component after running is the same as data output by the functional model after running, releasing the functional model as the new component. inputting test data to the new component and running the new component; inputting the test data to the functional model and running the functional model; and if data output by the new component after running is the same as data output by the functional model after running, releasing the functional model as the new component.
Polymer composition containing a) an elastomeric polymer b) a zeolite, whereby the total amount of the components a) and b) in the composition is higher than 94 wt%, in particular higher than 98 wt% and the total amount of water determined by TGA in the temperature range of 25 to 380 °C with a rate of 5°C/min is lower than 15 wt%, based on the amount of residuals obtained after the TGA measurement has been continued to 550°C and wherein the amount of the zeolite component b) is from 20 to 80 wt%, in particular from 25 to 90 wt%. a) an elastomeric polymer b) a zeolite,
An intraoral scanning device for digitally recording the position of a dental implant by means of a scanner, comprising: - A hollow scanning body with an outer upper scanning surface and a lower end with a support surface and an inner housing with a magnet, and - A connection element for connecting to the implant at the lower end thereof and with the upper end thereof adapted to be introduced in the scanning body, characterized in that said connection element has on the upper end thereof a housing with a magnet that acts as a joint with the magnet in the scanning body. - A hollow scanning body with an outer upper scanning surface and a lower end with a support surface and an inner housing with a magnet, and - A connection element for connecting to the implant at the lower end thereof and with the upper end thereof adapted to be introduced in the scanning body, characterized in that said connection element has on the upper end thereof a housing with a magnet that acts as a joint with the magnet in the scanning body.
A method of connecting a User Equipment, UE, with a radio access network, RAN, in a telecommunication network, wherein said RAN comprises a plurality of Baseband Units, BBU's (3, 4, 5, 801), wherein said UE comprises two multi layered protocol stacks, each of which comprising a Radio Link Controller, RLC, layer, that can be used for connections with BBU's (3, 4, 5, 801), wherein the connections are based on the same radio access technology, and wherein said UE is connected to a first BBU (3, 4, 5, 801) using a first of said two protocol stacks (1010, 1011) for communication with said first BBU, said method comprising the steps of: - receiving, by a second BBU, from a network node in said telecommunication network, a Stack Selector parameter, wherein said Stack Selector parameter indicates which of said two protocol stacks (1010, 1011) are to be used by said UE for said communication with said second BBU; - transmitting, by said second BBU, to said UE a downlink grant message, wherein said downlink grant message comprises said Stack Selector parameter. - receiving, by a second BBU, from a network node in said telecommunication network, a Stack Selector parameter, wherein said Stack Selector parameter indicates which of said two protocol stacks (1010, 1011) are to be used by said UE for said communication with said second BBU; - transmitting, by said second BBU, to said UE a downlink grant message, wherein said downlink grant message comprises said Stack Selector parameter.
A method of transmitting an uplink signal at a terminal of a first user among a plurality of users in a wireless communication system, the method comprising: transmitting a first sequence at a first transmission time; and transmitting a second sequence at a second transmission time, characterized in that the first sequence is determined by a basic sequence and a first cyclic shift value among a plurality of cyclic shift values and the second sequence is determined by the basic sequence and a second cyclic shift value among the plurality of cyclic shift values; the plurality of cyclic shift values are predefined in the wireless communication system and are such that a user corresponding to a cyclic shift value that is adjacent to the first cyclic shift value at the first transmission time is different from a user corresponding to a cyclic shift value that is adjacent to the second cyclic shift value at the second transmission time; the first sequence is defined by a product of the basic sequence and a complex sine wave corresponding to the first cyclic shift value in a frequency domain; the second sequence is defined by a product of the basic sequence and a complex sine wave corresponding to the second cyclic shift value in the frequency domain; and wherein the plurality of users share a same frequency band at a same time domain. transmitting a first sequence at a first transmission time; and transmitting a second sequence at a second transmission time, characterized in that the first sequence is determined by a basic sequence and a first cyclic shift value among a plurality of cyclic shift values and the second sequence is determined by the basic sequence and a second cyclic shift value among the plurality of cyclic shift values; the plurality of cyclic shift values are predefined in the wireless communication system and are such that a user corresponding to a cyclic shift value that is adjacent to the first cyclic shift value at the first transmission time is different from a user corresponding to a cyclic shift value that is adjacent to the second cyclic shift value at the second transmission time; the first sequence is defined by a product of the basic sequence and a complex sine wave corresponding to the first cyclic shift value in a frequency domain; the second sequence is defined by a product of the basic sequence and a complex sine wave corresponding to the second cyclic shift value in the frequency domain; and wherein the plurality of users share a same frequency band at a same time domain.
A wind power system comprising: a first pulley; a second pulley spaced from said first pulley; a continuous loop structure engaged with said first and said second pulleys (30, 32); a plurality of airfoils connected to said continuous loop structure by way of lines, wherein each airfoil of said plurality includes a leading edge and a root portion, said airfoils of said plurality extend outward from said continuous loop structure; and a fairing positioned to direct airflow to said plurality of airfoils, the wind power system characterised in that: said root portion of each airfoil is connected to said continuous loop structure such that said leading edge of each airfoil extends outward from said continuous loop structure at a non-zero angle relative to said root portion. a first pulley; a second pulley spaced from said first pulley; a continuous loop structure engaged with said first and said second pulleys (30, 32); a plurality of airfoils connected to said continuous loop structure by way of lines, wherein each airfoil of said plurality includes a leading edge and a root portion, said airfoils of said plurality extend outward from said continuous loop structure; and a fairing positioned to direct airflow to said plurality of airfoils, the wind power system characterised in that: said root portion of each airfoil is connected to said continuous loop structure such that said leading edge of each airfoil extends outward from said continuous loop structure at a non-zero angle relative to said root portion.
A method for hot-dip galvanizing a component, wherein the component is immersed by means of a carrying and/or holding means in a galvanizing bath filled with a molten zinc, wherein the carrying and/or holding means is at least substantially together with the component at least in some regions immersed in the molten zinc and removed again after the hot-dip galvanizing process, wherein the carrying and/or holding means is provided at least in some regions with a galvanization-resistant and/or galvanization-inert coating, wherein the galvanization-resistant and/or galvanization-inert coating comprises or is formed from at least one silicon/oxygen composite, and wherein the coating of the carrying and/or holding means is obtainable by heat treatment of a polysiloxane-containing source material.
A mobile phone for measuring and displaying Internet traffic, wherein at least two SIM cards are inserted into the mobile phone, and the mobile phone comprises a traffic measuring module, a traffic displaying module, and a SIM card account creating module, wherein: the SIM card account creating module is configured to create a SIM card account for each inserted SIM card respectively when it is determined that a SIM card account corresponding to the each inserted SIM card does not exist; the traffic measuring module is configured to measure Internet traffic of each SIM card account respectively; and the traffic displaying module is configured to display the Internet traffic of each SIM card account respectively; wherein the traffic measuring module is configured to: judge whether there is an Internet data stream or not; obtain a unique identity of a current SIM card of the mobile phone when there is an Internet data stream; and write current Internet traffic into a SIM card account corresponding to the unique identity of the SIM card in a database. the SIM card account creating module is configured to create a SIM card account for each inserted SIM card respectively when it is determined that a SIM card account corresponding to the each inserted SIM card does not exist; the traffic measuring module is configured to measure Internet traffic of each SIM card account respectively; and the traffic displaying module is configured to display the Internet traffic of each SIM card account respectively; wherein the traffic measuring module is configured to: judge whether there is an Internet data stream or not; obtain a unique identity of a current SIM card of the mobile phone when there is an Internet data stream; and write current Internet traffic into a SIM card account corresponding to the unique identity of the SIM card in a database. judge whether there is an Internet data stream or not; obtain a unique identity of a current SIM card of the mobile phone when there is an Internet data stream; and write current Internet traffic into a SIM card account corresponding to the unique identity of the SIM card in a database.
A method of wireless communications by a network device, comprising: broadcasting a message enabling a user equipment, UE, to identify that the network device is associated with an asset operator and that one or more approved operators, including a first operator, are supported by the network device; receiving, at the network device, a request for wireless wide area network, WWAN, access for the UE; identifying, by the network device, the UE as a subscriber of the first operator based at least in part on the request, the first operator that is not an asset operator being a different type of operator from a second operator that is an asset operator, wherein the asset operator has no associated subscribers, the network device being an asset of the asset operator, and the network device being configured to provide WWAN access to subscribers of the first operator via assets of the asset operator and a core network associated with the first operator based at least in part on a services agreement between the first operator and the asset operator; and providing, by the network device, WWAN access to the UE in response to identifying that the UE is a subscriber of the first operator; and wherein the broadcasted message specifies a time during which WWAN access is available via the network device to subscribers of each of the one or more approved operators. broadcasting a message enabling a user equipment, UE, to identify that the network device is associated with an asset operator and that one or more approved operators, including a first operator, are supported by the network device; receiving, at the network device, a request for wireless wide area network, WWAN, access for the UE; identifying, by the network device, the UE as a subscriber of the first operator based at least in part on the request, the first operator that is not an asset operator being a different type of operator from a second operator that is an asset operator, wherein the asset operator has no associated subscribers, the network device being an asset of the asset operator, and the network device being configured to provide WWAN access to subscribers of the first operator via assets of the asset operator and a core network associated with the first operator based at least in part on a services agreement between the first operator and the asset operator; and providing, by the network device, WWAN access to the UE in response to identifying that the UE is a subscriber of the first operator; and wherein the broadcasted message specifies a time during which WWAN access is available via the network device to subscribers of each of the one or more approved operators.
A system for joining two components (10, 12) or for reinforcing a component, which comprises a first and a second threaded sleeve (20, 22), which each comprise the following: - an external thread, with the aid of which the threaded sleeve (20, 22) can be screwed into the respective component (10, 12) and which is suitable for forming a bond with the respective component (10, 12), and - a power drive, by means of which a torque for screwing the threaded sleeve (20, 22) into the respective component can be transmitted to the threaded sleeve, wherein the system further comprises an elongate clamping element, which is suitable for being guided through the second threaded sleeve and for being inserted into or guided through the first threaded sleeve and which is suitable for axially clamping the first and the second threaded sleeve (20, 22) in such a manner that the first and the second threaded sleeve (20, 22) generate opposed bond stresses in the respective component (10, 12), wherein the system further comprises a grooving tip, which is suitable for grooving a thread into the corresponding component, wherein the grooving tip comprises a power drive, by means of which a torque for screwing the grooving tip into the respective component can be transmitted to the grooving tip, wherein the grooving tip is formed as a separate component that is not part of a threaded sleeve (20, 22). - an external thread, with the aid of which the threaded sleeve (20, 22) can be screwed into the respective component (10, 12) and which is suitable for forming a bond with the respective component (10, 12), and - a power drive, by means of which a torque for screwing the threaded sleeve (20, 22) into the respective component can be transmitted to the threaded sleeve, wherein the system further comprises an elongate clamping element, which is suitable for being guided through the second threaded sleeve and for being inserted into or guided through the first threaded sleeve and which is suitable for axially clamping the first and the second threaded sleeve (20, 22) in such a manner that the first and the second threaded sleeve (20, 22) generate opposed bond stresses in the respective component (10, 12), wherein the system further comprises a grooving tip, which is suitable for grooving a thread into the corresponding component, wherein the grooving tip comprises a power drive, by means of which a torque for screwing the grooving tip into the respective component can be transmitted to the grooving tip, wherein the grooving tip is formed as a separate component that is not part of a threaded sleeve (20, 22).