mhurhangee/ep-ind-claims huggingface dataset:
A method implemented in a Credit Control Server, CCS, comprising the steps of: receiving, at the CCS from a Credit Control Client, CCC, a message associated with a Multiple Services Credit Control, MSCC, session, where the message includes a request for service units associated with a service account; determining, at the CCS, that insufficient service units are available in the service account; notifying the CCC that service units need to be added to the service account by sending, as a part of an MSCC message, a Final Unit Indication, F-U-I, redirect message to the CCC; characterized by the further step of maintaining, at the CCS, MSCC session related parameters while the CCC adds the service units to the service account. receiving, at the CCS from a Credit Control Client, CCC, a message associated with a Multiple Services Credit Control, MSCC, session, where the message includes a request for service units associated with a service account; determining, at the CCS, that insufficient service units are available in the service account; notifying the CCC that service units need to be added to the service account by sending, as a part of an MSCC message, a Final Unit Indication, F-U-I, redirect message to the CCC; characterized by the further step of maintaining, at the CCS, MSCC session related parameters while the CCC adds the service units to the service account.
A surgical robot's tool arms assembly, comprising three movable tool arms (P4, P2a, P2b) mounted on a base provided for detachable fixing thereof on a support structure of a surgical robot, characterised in that the first tool arm is centrally mounted on the base by means of a rotatable joint (P4.3) and has a first guide rail (P4.2) with at least one arch-shaped guide groove (P4.2.1) and in said guide groove (P4.2.1) slides a second guide rail (P4.4) also having at least one arch-shaped guide groove (P4.4.1) in which slides a third guide rail (P4.5) arch-shaped in a side view, and said third guide rail (P4.5) is fixed to a base (P.4.8) for securing a surgical instrument, and at the same time the mutual position of all three guide rails (P4.2, P4.4, P4.5) is determined with a guiding and locking element (P4.6), preferably a screw mounted in the third guide rail (P4.5) and going through the guide grooves (P4.2.1, P4.4.1) and having a clamp (P4.7), whereas each of the two remaining tool arms (P2a, P2b) is situated on the opposite sides of the first tool arm and connected to the base with a first platform (P2.1) rotatably mounted on the base and each of the two tool arms (P2a, P2b) comprises a slidably and rotatably mounted to the first platform (P2.1) guide rail (P2.3) with a slidably and rotatably mounted thereon second platform (P2.4) locked on the guide rail (P2.3) with a locking element (P.5), preferably a screw, wherein on the second platform (P2.4) there is an immovably mounted first motor (P2.6.) and to a shaft thereof is mounted a first pivot bracket (P2.7) on a second end thereof there is an immovably mounted second motor (P2.8) and to the shaft of the second motor (P2.8) there is mounted a second pivot bracket (P2.9) provided for mounting thereon further surgical instrument.
A method implemented at a relay device in a communication network, comprising: determining whether a terminal device served by the relay device is to be handed over, the terminal device being served by a network slice supported by the relay device, the network slice corresponding to a configuration of a set of network functions in the communication network; in response to determining that the terminal device is to be handed over, sending a request for local information to at least one candidate relay device, the local information of each candidate relay device comprising at least slice configuration information of the candidate relay device or at least information associated with a backhaul link from the candidate relay device to a network device and slice configuration information of the candidate relay device; and in response to receiving the local information from the at least one candidate relay device, determining, based on the local information and on the network slice serving the terminal device supported by the relay node, a candidate relay device for handover of the terminal device from the at least one candidate relay device. determining whether a terminal device served by the relay device is to be handed over, the terminal device being served by a network slice supported by the relay device, the network slice corresponding to a configuration of a set of network functions in the communication network; in response to determining that the terminal device is to be handed over, sending a request for local information to at least one candidate relay device, the local information of each candidate relay device comprising at least slice configuration information of the candidate relay device or at least information associated with a backhaul link from the candidate relay device to a network device and slice configuration information of the candidate relay device; and in response to receiving the local information from the at least one candidate relay device, determining, based on the local information and on the network slice serving the terminal device supported by the relay node, a candidate relay device for handover of the terminal device from the at least one candidate relay device.
A lamp (10, 12) for vehicles, in particular railway vehicles, having at least one light module, which has a housing and at least one light source in or on the housing, and a support device for holding the at least one light module, wherein the support device has a base plate and a plurality of module carriers affixed to the base plate, the module carriers each being configured for holding a light module and the at least one light module being mounted in or on the module carriers on the base plate, characterized in that the module carriers each have a profile body, which consists of two joined profile strips (30a, 30b), in each of which a notch (31b, 31c) is formed such that the two profile strips (30a, 30b) can be joined together in a crosswise manner, and wherein the profile strips (30a, 30b) form a profile body with four beams in the shape of a cross.
A method of identifying a peptide antigen, the method comprising: a) contacting an antibody-comprising composition derived from a subject to a peptide microarray having an array surface and a plurality of feature pairs disposed thereon, each of said feature pairs of said peptide microarray including a first feature of wild-type peptides having a defined sequence and a second feature of mutant peptides having the defined sequence with a single amino acid mutation, each of said wild-type peptides and said mutant peptides of said peptide microarray having an array-coupled terminus coupled to the array surface and an opposing free terminus, the position of the amino acid mutation in the mutant peptides located closer to the array-coupled terminus of the mutant peptides than the free terminus; b) detecting binding of an antibody in the antibody-comprising composition to at least one of the plurality of feature pairs on the peptide microarray; c) identifying feature pairs exhibiting differential binding; and d) characterizing the mutant peptides identified in step c) as neoantigens, characterized in that said wild-type and mutant peptides have a length of 12-20 amino acids wherein the position of the amino acid mutation in the mutant peptides is located within the first 6 amino acids positions numbered from the array-coupled terminus of the mutant peptides. a) contacting an antibody-comprising composition derived from a subject to a peptide microarray having an array surface and a plurality of feature pairs disposed thereon, each of said feature pairs of said peptide microarray including a first feature of wild-type peptides having a defined sequence and a second feature of mutant peptides having the defined sequence with a single amino acid mutation, each of said wild-type peptides and said mutant peptides of said peptide microarray having an array-coupled terminus coupled to the array surface and an opposing free terminus, the position of the amino acid mutation in the mutant peptides located closer to the array-coupled terminus of the mutant peptides than the free terminus; b) detecting binding of an antibody in the antibody-comprising composition to at least one of the plurality of feature pairs on the peptide microarray; c) identifying feature pairs exhibiting differential binding; and d) characterizing the mutant peptides identified in step c) as neoantigens,
Flash welding machine comprising - a drive (9, 10), - a cam gear (7, 8) which is coupled to a drive, - a first holding means for holding a first joining partner, which is connected to a scanner of the cam gear (7, 8), and - a second holding means for holding a second joining partner, characterised in that the drive (9, 10) comprises a servomotor, and the machine comprises a control and/or regulating means, by means of which a rotation of the servomotor and the cam body coupled thereto can be controlled and/or regulated, wherein the control and/or regulating means is programmable and/or it is possible to select between programs of the control and/or regulating means, wherein also the at least one program specifies a desired movement of the cam body. - a drive (9, 10), - a cam gear (7, 8) which is coupled to a drive, - a first holding means for holding a first joining partner, which is connected to a scanner of the cam gear (7, 8), and - a second holding means for holding a second joining partner,
A commercial vehicle structure for a commercial vehicle, in particular for a tarpaulin semi-trailer, comprising - a height-adjustable roof, - a delimiting tarpaulin having multiple eyelets and multiple tarpaulin tensioners for vertically tensioning the delimiting tarpaulin, - a customs-approved rope for closing the delimiting tarpaulin according to customs regulations, and - a fastening means for fastening the delimiting tarpaulin, wherein the fastening means comprises at least one board wall, which has a hook-in strip for fastening the tarpaulin tensioners and an anchoring arrangement for the customs-approved rope, characterised in that the delimiting tarpaulin has at least two cut-outs, wherein the cut-outs have a total height which corresponds to an adjustment distance of the height-adjustable roof, wherein the cut-outs have a substantially U-shaped contour and are arranged at regular intervals from each other, and wherein the spacing of the cut-outs changes during height adjustment of the roof, so that folds form in the delimiting tarpaulin. - a height-adjustable roof, - a delimiting tarpaulin having multiple eyelets and multiple tarpaulin tensioners for vertically tensioning the delimiting tarpaulin, - a customs-approved rope for closing the delimiting tarpaulin according to customs regulations, and - a fastening means for fastening the delimiting tarpaulin, wherein the fastening means comprises at least one board wall, which has a hook-in strip for fastening the tarpaulin tensioners and an anchoring arrangement for the customs-approved rope, characterised in that the delimiting tarpaulin has at least two cut-outs, wherein the cut-outs have a total height which corresponds to an adjustment distance of the height-adjustable roof, wherein the cut-outs have a substantially U-shaped contour and are arranged at regular intervals from each other, and wherein the spacing of the cut-outs changes during height adjustment of the roof, so that folds form in the delimiting tarpaulin.
Thermal diffusion interface made from a material with isotropic thermal diffusion, comprising an insert made from a material with anisotropic thermal diffusion comprising graphite comprising at least one favoured plane of thermal conduction perpendicular to the mean plane of the interface, the upper surface of the insert opening onto the upper surface of the interface, and the lower surface of the insert being covered with the isotropic thermal diffusion material of the interface; the insert being in the shape of a cross with a raised central part corresponding to the upper surface of the insert opening onto the upper surface of the interface.
Method for feeding laundry items to a mangle or the like, one laundry item at a time being manually inserted into loading clamps of at least one loading station, the laundry item being transferred from the loading clamps to spreader clamps of a spreading device, and the laundry item spread by the spreader clamps being deposited on a feed conveyor or a transfer bar assigned to the same, characterized in that, after receiving the laundry item from the loading clamps, the spreader clamps are lowered with the laundry item for the removal of the laundry item from the loading clamps.
Medical apparatus, comprising: an electrical power supply, which is configured for connection to an electrical medical device that is coupled to a body of a patient and which comprises a power connection; a switch, which is coupled to connect and disconnect the power connection; a plurality of electrocardiogram leads (36, 37, 38), including a common lead, for coupling to the body of the patient; and an auxiliary current sensor, which is coupled to monitor a current flowing through the common lead and to actuate the switch to disconnect the power connection when the current exceeds a predetermined limit. an electrical power supply, which is configured for connection to an electrical medical device that is coupled to a body of a patient and which comprises a power connection; a switch, which is coupled to connect and disconnect the power connection; a plurality of electrocardiogram leads (36, 37, 38), including a common lead, for coupling to the body of the patient; and an auxiliary current sensor, which is coupled to monitor a current flowing through the common lead and to actuate the switch to disconnect the power connection when the current exceeds a predetermined limit.
A method for controlling a heat pump system (1; 10), the heat pump system comprising a compressor (2; 20) for compressing a working fluid (3; 30) of the heat pump system and an electric motor (4; 40) for providing an output torque for driving the compressor, comprising the step of recovering heat emitted from the electric motor by heating the working fluid by means of a heat exchanger transferring heat from the electric motor to the working fluid, characterized by providing a first control mode and a second control mode for the electric motor (4; 40), and controlling the electrical motor in a way creating higher heat losses of the electric motor for a given output torque of the electric motor in the second control mode than in the first control mode by creating higher heat losses of stator windings of the electric motor for a given output torque of the electric motor in the second control mode than in the first control mode or by creating higher heat losses of a stator core of the electric motor for a given output torque of the electric motor in the second control mode than in the first control mode.
A method comprising: receiving, by a base station distributed unit, gNB-DU, from a base station central unit, gNB-CU, a configuration request message requesting configuration parameters of at least one periodic resource, wherein the configuration request message comprises an indication of a bearer for packet transmission of a wireless device, UE, in a radio resource control, RRC, inactive state; sending, by the base station distributed unit, gNB-DU, to the base station central unit gNB-CU, configuration parameters of the at least one periodic resource; receiving, by the base station distributed unit, gNB-DU, from the base station central unit, gNB-CU, a wireless device context message comprising: an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and receiving, by the base station distributed unit, gNB-DU, from the wireless device, UE, in the RRC inactive state and based on the configuration parameters, one or more transport blocks of the bearer via the at least one periodic resource. receiving, by a base station distributed unit, gNB-DU, from a base station central unit, gNB-CU, a configuration request message requesting configuration parameters of at least one periodic resource, wherein the configuration request message comprises an indication of a bearer for packet transmission of a wireless device, UE, in a radio resource control, RRC, inactive state; sending, by the base station distributed unit, gNB-DU, to the base station central unit gNB-CU, configuration parameters of the at least one periodic resource; receiving, by the base station distributed unit, gNB-DU, from the base station central unit, gNB-CU, a wireless device context message comprising: an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and receiving, by the base station distributed unit, gNB-DU, from the wireless device, UE, in the RRC inactive state and based on the configuration parameters, one or more transport blocks of the bearer via the at least one periodic resource.
A tachyarrhythmia detection system comprising: leads arranged to sense electrical cardiac signals within a patient, characterized by: bradycardia filter arranged to filter the signals to eliminate signals having frequencies associated with ventricular repolarization events and to pass signals having frequencies associated with at least some ventricular depolarization events; tachycardia filter arranged to filter the signals to pass signals having frequencies associated with ventricular depolarization events and ventricular repolarization events; and means arranged to detect tachyarrhythmia within the patient using signals passed by the bradycardia filter in combination with signals passed by the tachycardia filter. leads arranged to sense electrical cardiac signals within a patient, characterized by: bradycardia filter arranged to filter the signals to eliminate signals having frequencies associated with ventricular repolarization events and to pass signals having frequencies associated with at least some ventricular depolarization events; tachycardia filter arranged to filter the signals to pass signals having frequencies associated with ventricular depolarization events and ventricular repolarization events; and means arranged to detect tachyarrhythmia within the patient using signals passed by the bradycardia filter in combination with signals passed by the tachycardia filter. bradycardia filter arranged to filter the signals to eliminate signals having frequencies associated with ventricular repolarization events and to pass signals having frequencies associated with at least some ventricular depolarization events; tachycardia filter arranged to filter the signals to pass signals having frequencies associated with ventricular depolarization events and ventricular repolarization events; and means arranged to detect tachyarrhythmia within the patient using signals passed by the bradycardia filter in combination with signals passed by the tachycardia filter.
A self-calibrating fire sensing device (100, 200, 300), comprising: an adjustable particle generator and a variable airflow generator configured to generate aerosol having a particular particle size and optical scatter properties at a controllable density level; a first transmitter light-emitting diode, LED, (105-1, 205-1) configured to emit a first light that passes through the aerosol; a second transmitter LED (105-2, 205-2) configured to emit a second light that passes through the aerosol; a photodiode (106-1, 206) configured to: detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode based on the detected scatter level of the first light, the detected scatter level of the second light, and the controllable aerosol density level. an adjustable particle generator and a variable airflow generator configured to generate aerosol having a particular particle size and optical scatter properties at a controllable density level; a first transmitter light-emitting diode, LED, (105-1, 205-1) configured to emit a first light that passes through the aerosol; a second transmitter LED (105-2, 205-2) configured to emit a second light that passes through the aerosol; a photodiode (106-1, 206) configured to: detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and detect a scatter level of the first light that passes through the aerosol; and detect a scatter level of the second light that passes through the aerosol; and a controller configured to calibrate a gain of the photodiode based on the detected scatter level of the first light, the detected scatter level of the second light, and the controllable aerosol density level.
A method comprising: determining at a parent content node in an information centric network, based on requests for content from a plurality of content nodes, that a plurality of recipient content nodes are to receive a same content; generating, by the parent content node, based on a determination that the same content is available at the parent content node, a multi-delivery header comprising a plurality of identifiers, wherein each identifier of the plurality of identifiers indicates each recipient content node that is to receive the same content; appending, by the parent content node, the multi-delivery header to one or more packets of an Internet Protocol, IP, flow associated with the same content; and transmitting, by the parent content node, the one or more packets of the IP flow to each of the plurality of the recipient content nodes. determining at a parent content node in an information centric network, based on requests for content from a plurality of content nodes, that a plurality of recipient content nodes are to receive a same content; generating, by the parent content node, based on a determination that the same content is available at the parent content node, a multi-delivery header comprising a plurality of identifiers, wherein each identifier of the plurality of identifiers indicates each recipient content node that is to receive the same content; appending, by the parent content node, the multi-delivery header to one or more packets of an Internet Protocol, IP, flow associated with the same content; and transmitting, by the parent content node, the one or more packets of the IP flow to each of the plurality of the recipient content nodes.