mhurhangee/ep-ind-claims huggingface dataset:
An additive control valve for use with a fluid container containing an infusion liquid and having an intravenous port for administrating the infusion liquid, and an additive transfer device containing a liquid additive and having a male connector for administrating the liquid additive, the additive control valve comprising a trifurcated connector body having an IV spike for sealing insertion into the IV port, a substitute IV port for sealingly receiving an IV spike, and a normally closed additive port with a female connector for sealingly receiving the additive transfer device's male connector, said IV spike being in direct and continuous fluid communication with said substitute IV port, and said normally closed additive port being in direct and continuous fluid communication with said IV spike whereby the additive transfer device's liquid additive is able to be mixed with the infusion liquid, wherein said additive port includes a self-sealing access valve urged from a normally closed condition to an open condition on a sealing insertion of a male connector therein, characterised in that said additive port is a needleless additive port arranged to receive a needleless male connector of a needleless additive transfer device and includes an exposed needleless access surface having a pre-formed slit for receiving the needleless male connector so as to urge the self-sealing access valve from the normally closed condition to the open condition on a sealing insertion of the needleless male connector therein, the exposed needleless access surface being flush with a distal rim of the additive port whereby the exposed needleless access surface is capable of being sterilized for multiple sterile sealing insertions of the needleless male connector therethrough, and said needleless additive port is in direct and continuous fluid communication with said substitute IV port such that said IV spike, said normally closed needleless additive port and said substitute IV port are in three way direct and continuous fluid communication, whereby the additive transfer device's liquid additive is alternatively able to be directly administered to a patient.
A method by a first communication device in a wireless communication system, the method comprising: identifying that a change event of a packet data convergence protocol, PDCP, version has occurred, the change event being triggered by a handover or dual connectivity; in response to the identifying, receiving, from a second communication device, first PDCP data buffered in a second PDCP entity in the second communication device and information on a general packet radio service tunneling protocol, GTP, sequence number, SN, for the first PDCP data, wherein a PDCP SN for the first PDCP data is detached in the first PDCP data; receiving, from the second communication device, mapping information between the GTP SN and the PDCP SN; receiving, from a terminal, a PDCP status report including acknowledgement/negative-acknowledgement, ACK/NACK, information on the first PDCP data; identifying second PDCP data among the first PDCP data based on the PDCP status report and the mapping information; allocating a PDCP SN for the second PDCP data; and transmitting to the terminal, the second PDCP data based on the allocated PDCP SN. identifying that a change event of a packet data convergence protocol, PDCP, version has occurred, the change event being triggered by a handover or dual connectivity; in response to the identifying, receiving, from a second communication device, first PDCP data buffered in a second PDCP entity in the second communication device and information on a general packet radio service tunneling protocol, GTP, sequence number, SN, for the first PDCP data, wherein a PDCP SN for the first PDCP data is detached in the first PDCP data; receiving, from the second communication device, mapping information between the GTP SN and the PDCP SN; receiving, from a terminal, a PDCP status report including acknowledgement/negative-acknowledgement, ACK/NACK, information on the first PDCP data; identifying second PDCP data among the first PDCP data based on the PDCP status report and the mapping information; allocating a PDCP SN for the second PDCP data; and transmitting to the terminal, the second PDCP data based on the allocated PDCP SN.
A method for operating a domain name system, DNS, server, the method comprising: receiving, from a requesting device, a domain name resolution request to translate a domain name into an Internet protocol, IP, address; determining a status of each of multiple scaling units (210A-D) mapped to the domain name; identifying a set of IP addresses corresponding to a subset of the multiple scaling units closest to the requesting device with statuses indicating availability for new traffic, wherein the availability of each given scaling unit for new traffic is based on real-time prediction of anticipated load on the given scaling unit based on responses to DNS requests that have been handed out; and sending a response to the requesting device including the set of IP addresses. receiving, from a requesting device, a domain name resolution request to translate a domain name into an Internet protocol, IP, address; determining a status of each of multiple scaling units (210A-D) mapped to the domain name; identifying a set of IP addresses corresponding to a subset of the multiple scaling units closest to the requesting device with statuses indicating availability for new traffic, wherein the availability of each given scaling unit for new traffic is based on real-time prediction of anticipated load on the given scaling unit based on responses to DNS requests that have been handed out; and sending a response to the requesting device including the set of IP addresses.
A motor bogie for a railway vehicle, comprising: a frame extending in a horizontal longitudinal direction corresponding to a direction of travel of the vehicle; a motor; and a transmission device, capable of being rotated with respect to the frame, about a horizontal axis perpendicular to the longitudinal direction; the motor bogie further comprising a first attachment rod, the motor and the chassis being adapted to be attached to each other in an assembled configuration by said first attachment rod; the frame comprising a first (44, 48) and a second (46, 50) mounting bracket spaced apart in a horizontal transverse direction; the motor comprising a first and a second mounting area, able to come into contact with the first and the second mounting bracket respectively in the assembled configuration; the first mounting rod being intended to pass through the first mounting bracket and the second mounting area in the assembled configuration; the motor bogie being configured so that, in the assembled configuration, a central space connecting a top face and a bottom face of the chassis is provided between the first and second mounting brackets; the motor bogie being characterised in that it further comprises a first member for locking the motor and the chassis; the first locking member comprising: a first and a second locking aperture, respectively carried by the chassis and by the motor; and a locking pin, capable of sliding in said first and second apertures. the motor bogie further comprising a first attachment rod, the motor and the chassis being adapted to be attached to each other in an assembled configuration by said first attachment rod; the frame comprising a first (44, 48) and a second (46, 50) mounting bracket spaced apart in a horizontal transverse direction; the motor comprising a first and a second mounting area, able to come into contact with the first and the second mounting bracket respectively in the assembled configuration; the first mounting rod being intended to pass through the first mounting bracket and the second mounting area in the assembled configuration; the motor bogie being configured so that, in the assembled configuration, a central space connecting a top face and a bottom face of the chassis is provided between the first and second mounting brackets; the motor bogie being characterised in that it further comprises a first member for locking the motor and the chassis; the first locking member comprising: a first and a second locking aperture, respectively carried by the chassis and by the motor; and a locking pin, capable of sliding in said first and second apertures.
Method for determining a coating property of a variable coating on an end face of a first microwave antenna of an arrangement for determining a medium property of a medium to be guided, in particular a multiphase medium, wherein the first microwave antenna is arranged in a first receptacle of the measuring tube, in particular in contact with the medium, wherein the method comprises the method steps: - Emitting an excitation signal by means of the first microwave antenna, where the excitation signal comprises a sequence of high-frequency signals; - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal. wherein the first microwave antenna is arranged in a first receptacle of the measuring tube, in particular in contact with the medium, wherein the method comprises the method steps: - Emitting an excitation signal by means of the first microwave antenna, - Emitting an excitation signal by means of the first microwave antenna, where the excitation signal comprises a sequence of high-frequency signals; - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal. - Receiving an excitation signal reflecting from an interface to the coating or from an interface to the medium by means of the first microwave antenna; - Determining a first test quantity using the reflected excitation signal; - Determining the coating property of the variable coating, in particular a quantity dependent on a coating thickness of the variable coating using the first test quantity; - wherein the first test quantity comprises a sum, an integral or an average value over a first frequency range of the reflected excitation signal.
Roller shutter curtain, comprising several support profiles (10, 10', 10") and several cover profiles (12, 12', 12"), wherein a first cover profile is pivotably connected to a first support profile via a first hinge, wherein the first hinge comprises a first cover hook of the first cover profile curved in the direction of the front side of the cover profile and a first support hook of the first support profile curved in the same sense as the first cover hook, wherein the first cover hook and the first support hook engage with one another, wherein the first cover hook is disposed at an upper end region of the first cover profile, and the first support hook is disposed at a lower end region of the first support profile, and wherein the first cover profile is pivotably connected to a second support profile via a second hinge, wherein the second hinge comprises a second cover hook of the first cover profile curved in the direction of the rear side of the cover profile and a second support hook of the second support profile curved in the same sense as the second cover hook, wherein the second cover hook and the second support hook engage with one another, wherein the second cover hook is disposed at an upper end region of the first cover profile and the second support hook is disposed at an upper end region of the second support profile, and wherein the first cover hook and the first support hook are curved in the opposite direction to the second cover hook and the second support hook. several support profiles (10, 10', 10") and several cover profiles (12, 12', 12"), wherein a first cover profile is pivotably connected to a first support profile via a first hinge, wherein the first hinge comprises a first cover hook of the first cover profile curved in the direction of the front side of the cover profile and a first support hook of the first support profile curved in the same sense as the first cover hook, wherein the first cover hook and the first support hook engage with one another, wherein the first cover hook is disposed at an upper end region of the first cover profile, and the first support hook is disposed at a lower end region of the first support profile, and wherein the first cover profile is pivotably connected to a second support profile via a second hinge, wherein the second hinge comprises a second cover hook of the first cover profile curved in the direction of the rear side of the cover profile and a second support hook of the second support profile curved in the same sense as the second cover hook, wherein the second cover hook and the second support hook engage with one another, wherein the second cover hook is disposed at an upper end region of the first cover profile and the second support hook is disposed at an upper end region of the second support profile, and wherein the first cover hook and the first support hook are curved in the opposite direction to the second cover hook and the second support hook.
Use of a carbon fibre nonwoven having a proportion of carbon fibres of at least 98% by weight as thermal insulation material, characterized in that the carbon fibre nonwoven is producible by needling of precursor fibres that have been carbonized in the stretched state.
A method of determining the angular position of a first rotor of a turbojet, the method being characterized in that it consists in: · generating at least one vibration pulse during a rotation of the first rotor, each vibration pulse being generated when the first rotor passes through a given reference angular position; · detecting the vibration generated thereby; · obtaining the angular position at a given instant of a second rotor of the turbojet relative to the angular position that it occupied at a reference instant representative of detecting a vibration pulse, said second rotor being coupled in rotation with the first rotor and having a speed of rotation different from the speed of rotation thereof; and · determining from the angular position of the second rotor, the angular position of the first rotor at said given instant. · generating at least one vibration pulse during a rotation of the first rotor, each vibration pulse being generated when the first rotor passes through a given reference angular position; · detecting the vibration generated thereby; · obtaining the angular position at a given instant of a second rotor of the turbojet relative to the angular position that it occupied at a reference instant representative of detecting a vibration pulse, said second rotor being coupled in rotation with the first rotor and having a speed of rotation different from the speed of rotation thereof; and · determining from the angular position of the second rotor, the angular position of the first rotor at said given instant.
Computer-implemented method for comparing a room climate of a room with climate preferences (T1, T2) of room users, wherein a) climate preferences (T1, T2) of room users are input, b) physical influencing factors (EF, WD) on the room climate are detected, characterized in that c) the detected influencing factors (EF, WD) are fed into a simulator for simulating the room climate, d) depending on the detected influencing factors (EF, WD), in each case one energy expenditure (E1,...,EN) for an adaptation of the room climate to the climate preferences (T1, T2) is simulated for different distributions (D1,...DN) of room users in the room by means of the simulator, e) depending on the simulated energy expenditures (E1,..., EN), an energy-saving distribution of the room users is determined, and f) in accordance with the energy-saving distribution, position assignment indications for room users are output. a) climate preferences (T1, T2) of room users are input, b) physical influencing factors (EF, WD) on the room climate are detected, characterized in that c) the detected influencing factors (EF, WD) are fed into a simulator for simulating the room climate, d) depending on the detected influencing factors (EF, WD), in each case one energy expenditure (E1,...,EN) for an adaptation of the room climate to the climate preferences (T1, T2) is simulated for different distributions (D1,...DN) of room users in the room by means of the simulator, e) depending on the simulated energy expenditures (E1,..., EN), an energy-saving distribution of the room users is determined, and f) in accordance with the energy-saving distribution, position assignment indications for room users are output.
A secondary battery comprising an electrode assembly sealed within a battery case together with an electrolyte, characterized in that an azo-linked porous organic polymer as a gas-absorbing polymer having an azo group is included in the battery cell to absorb and remove gas generated within the battery.
Device for exchanging a segment in a strand guide of a continuous casting machine for casting liquid metal, having - a segment manipulator which is releasably connected to the segment, comprising an upper part that is designed as a U-shaped frame consisting of a crosshead and two legs; - a link chain, exchanging guides assigned to the segment and a lifting device for raising or lowering the segment, wherein the link chain is connected to the segment manipulator and the lifting device, and both the link chain and the segment manipulator are guided by guide elements in the exchanging guides, characterized in that the segment manipulator has at least one rocker that is arranged laterally, is of articulated design and is connected to a leg; in that the segment manipulator has two rockers that are arranged laterally and are of articulated design, each rocker being assigned to one side of the segment manipulator; and in that the upper part of the segment manipulator is connected respectively via an articulation, having a horizontal axis of rotation, to a laterally arranged rocker. - a segment manipulator which is releasably connected to the segment, comprising an upper part that is designed as a U-shaped frame consisting of a crosshead and two legs; - a link chain, exchanging guides assigned to the segment and a lifting device for raising or lowering the segment, wherein the link chain is connected to the segment manipulator and the lifting device, and both the link chain and the segment manipulator are guided by guide elements in the exchanging guides,
A method comprising: at one or more authentication servers of an enterprise network, performing an authentication procedure with a user equipment (102, 202), UE, associated with a mobile identity, for authenticating the UE in a mobile network based on an authentication vector retrieved from a subscription database of the mobile network based on the mobile identity; retrieving, from the subscription database of the mobile network, one or more additional authentication vectors based on the mobile identity and storing them in association with the mobile identity of the UE in a database, DB, of the enterprise network; performing, with use of an enterprise bootstrapping server function, BSF, of the enterprise network, a general bootstrapping architecture, GBA, bootstrapping procedure with the UE for authenticating the UE based on one of the one or more additional authentication vectors retrieved from the DB of the enterprise network, and generating a bootstrapping session key, Ks, associated with a bootstrapping transaction identifier, B-TID, for use in subsequently authenticating the UE for access to an application of an application server (106, 226, 504) of the enterprise network. performing an authentication procedure with a user equipment (102, 202), UE, associated with a mobile identity, for authenticating the UE in a mobile network based on an authentication vector retrieved from a subscription database of the mobile network based on the mobile identity; retrieving, from the subscription database of the mobile network, one or more additional authentication vectors based on the mobile identity and storing them in association with the mobile identity of the UE in a database, DB, of the enterprise network; performing, with use of an enterprise bootstrapping server function, BSF, of the enterprise network, a general bootstrapping architecture, GBA, bootstrapping procedure with the UE for authenticating the UE based on one of the one or more additional authentication vectors retrieved from the DB of the enterprise network, and generating a bootstrapping session key, Ks, associated with a bootstrapping transaction identifier, B-TID, for use in subsequently authenticating the UE for access to an application of an application server (106, 226, 504) of the enterprise network.
A forged crankshaft comprising: a first end adapted for connection to an associated pulley and a second end adapted for connection to an associated flywheel; a plurality of main journals (120, 122, 124, 126); a plurality of crank pin journals (130, 132, 134, 136, 138, 140) rotatable in a circular path about axes defined by the main journals (120, 122, 124, 126); and a plurality of crank webs (150, 152, 154, 156, 158, 160, 162, 164, 166), at least one crank web of the plurality of crank webs (150, 152, 154, 156, 158, 160, 162, 164, 166) defining a middle crank web which is located between and connecting two neighboring crank pin journals of the plurality of crank pin journals (130, 132, 134, 136, 138, 140), characterized in that the middle crank web having a stress relief forged therein, the forged-in stress relief being defined by first and second spaced sidewalls (200, 202), an inner wall and a base wall, the forged-in stress relief having a predetermined depth, wrap angle, radius, and undercut which together define a shape of the forged-in stress relief, wherein the shape of the forged-in stress relief is controlled to reduce stress in the crankshaft, wherein the forged-in stress relief is located in an overlap area defined by the neighboring crank pin journals. a first end adapted for connection to an associated pulley and a second end adapted for connection to an associated flywheel; a plurality of main journals (120, 122, 124, 126); a plurality of crank pin journals (130, 132, 134, 136, 138, 140) rotatable in a circular path about axes defined by the main journals (120, 122, 124, 126); and a plurality of crank webs (150, 152, 154, 156, 158, 160, 162, 164, 166), at least one crank web of the plurality of crank webs (150, 152, 154, 156, 158, 160, 162, 164, 166) defining a middle crank web which is located between and connecting two neighboring crank pin journals of the plurality of crank pin journals (130, 132, 134, 136, 138, 140), characterized in that the middle crank web having a stress relief forged therein, the forged-in stress relief being defined by first and second spaced sidewalls (200, 202), an inner wall and a base wall, the forged-in stress relief having a predetermined depth, wrap angle, radius, and undercut which together define a shape of the forged-in stress relief, wherein the shape of the forged-in stress relief is controlled to reduce stress in the crankshaft, wherein the forged-in stress relief is located in an overlap area defined by the neighboring crank pin journals.