mhurhangee/ep-ind-claims huggingface dataset:
A method for use by a network device of a core network of a cellular communications network system, the method comprising: upon a user equipment attaching to the core network, allocating an internet protocol address to the user equipment for tunneling data relating to the user equipment between the network device and an application server, characterized in that the IP address is allocated from a subnetwork which comprises at least one of a local subnetwork of the network device and a subnetwork of the cellular communications network system, the allocating is performed based on path monitoring information which comprises combinations of IP addresses of subnetworks and application servers, the combinations indicating paths between the subnetworks and the application servers, and the method further comprises: monitoring the paths indicated by the path monitoring information; if the path monitoring information contains an IP address of a subnetwork, selecting the subnetwork; checking if the path monitoring information contains a combination of the subnetwork's IP address and the application server's IP address; and in case the combination is not contained in the path monitoring information, adding a path indicated by the combination of the subnetwork's IP address and the application server's IP address to the path monitoring information. upon a user equipment attaching to the core network, allocating an internet protocol address to the user equipment for tunneling data relating to the user equipment between the network device and an application server, characterized in that the IP address is allocated from a subnetwork which comprises at least one of a local subnetwork of the network device and a subnetwork of the cellular communications network system, the allocating is performed based on path monitoring information which comprises combinations of IP addresses of subnetworks and application servers, the combinations indicating paths between the subnetworks and the application servers, and the method further comprises: monitoring the paths indicated by the path monitoring information; if the path monitoring information contains an IP address of a subnetwork, selecting the subnetwork; checking if the path monitoring information contains a combination of the subnetwork's IP address and the application server's IP address; and in case the combination is not contained in the path monitoring information, adding a path indicated by the combination of the subnetwork's IP address and the application server's IP address to the path monitoring information. monitoring the paths indicated by the path monitoring information; if the path monitoring information contains an IP address of a subnetwork, selecting the subnetwork; checking if the path monitoring information contains a combination of the subnetwork's IP address and the application server's IP address; and in case the combination is not contained in the path monitoring information, adding a path indicated by the combination of the subnetwork's IP address and the application server's IP address to the path monitoring information.
A downlink transmission method by a base station in a mobile communication system, the method comprising: transmitting, to a terminal, information indicating a sub-set of resource blocks by a radio resource control, RRC, message, wherein the sub-set of resource blocks is a sub-set of resource blocks in a system bandwidth for downlink; transmitting, to the terminal, downlink control information including a field for resource allocation information of a physical downlink shared channel, PDSCH, the downlink control information being transmitted on a physical downlink control channel, PDCCH, based on the information indicating the sub-set of the resource blocks; and transmitting, to the terminal, the data on the PDSCH based on the downlink control information and the information indicating the sub-set of the resource blocks, wherein the PDCCH comprises of at least one control channel resource, wherein a search space for the PDCCH is defined based on an aggregation level, a number of control channel resources, and information associated with a potential control channel, and wherein the field for resource allocation information of a PDSCH is defined by the sub-set of the resource blocks and the PDCCH is transmitted within resource blocks restricted by the sub-set of resource blocks. transmitting, to a terminal, information indicating a sub-set of resource blocks by a radio resource control, RRC, message, wherein the sub-set of resource blocks is a sub-set of resource blocks in a system bandwidth for downlink; transmitting, to the terminal, downlink control information including a field for resource allocation information of a physical downlink shared channel, PDSCH, the downlink control information being transmitted on a physical downlink control channel, PDCCH, based on the information indicating the sub-set of the resource blocks; and transmitting, to the terminal, the data on the PDSCH based on the downlink control information and the information indicating the sub-set of the resource blocks, wherein the PDCCH comprises of at least one control channel resource, wherein a search space for the PDCCH is defined based on an aggregation level, a number of control channel resources, and information associated with a potential control channel, and wherein the field for resource allocation information of a PDSCH is defined by the sub-set of the resource blocks and the PDCCH is transmitted within resource blocks restricted by the sub-set of resource blocks.
A method for producing a dialkyl carbonate by reacting at least one of urea and alkyl carbamate with an aliphatic alcohol in the presence of a catalyst, the method comprising: a gas introduction step in which a gas for expelling ammonia generated by the reaction is introduced into a reactor in which the reaction is being conducted; and a discharge step in which the ammonia generated in the reactor and the introduced gas are simultaneously discharged, wherein the dialkyl carbonate has an alkyl group having 2 to 4 carbon atoms, the reaction being conducted so that the gas introduction step satisfies formula below: 52.0 < A + B × 22400 + L × M / 17.03 × 22400 / L < 91.0 wherein A, B, L and M are as defined below: A: an amount of decrease in urea per unit time [mol/min] B: an amount of increase in the dialkyl carbonate per unit time [mol/min] L: an amount of the aliphatic alcohol contained in a liquid condensed in a condenser tube and refluxed to the reactor per unit time [g/min] M: the solubility of ammonia in the aliphatic alcohol at a condenser tube temperature and under a pressure condition at the time of conducting the reaction [NH 3 -g/ROH-g] a gas introduction step in which a gas for expelling ammonia generated by the reaction is introduced into a reactor in which the reaction is being conducted; and a discharge step in which the ammonia generated in the reactor and the introduced gas are simultaneously discharged, wherein the dialkyl carbonate has an alkyl group having 2 to 4 carbon atoms, the reaction being conducted so that the gas introduction step satisfies formula below: 52.0 < A + B × 22400 + L × M / 17.03 × 22400 / L < 91.0 wherein A, B, L and M are as defined below: A: an amount of decrease in urea per unit time [mol/min] B: an amount of increase in the dialkyl carbonate per unit time [mol/min] L: an amount of the aliphatic alcohol contained in a liquid condensed in a condenser tube and refluxed to the reactor per unit time [g/min] M: the solubility of ammonia in the aliphatic alcohol at a condenser tube temperature and under a pressure condition at the time of conducting the reaction [NH 3 -g/ROH-g] A: an amount of decrease in urea per unit time [mol/min] B: an amount of increase in the dialkyl carbonate per unit time [mol/min] L: an amount of the aliphatic alcohol contained in a liquid condensed in a condenser tube and refluxed to the reactor per unit time [g/min] M: the solubility of ammonia in the aliphatic alcohol at a condenser tube temperature and under a pressure condition at the time of conducting the reaction [NH 3 -g/ROH-g]
Workstation of an open-end rotor spinning machine comprising a spinning rotor for spinning a thread with control means, with an electric motor for driving the spinning rotor and a power supply unit for providing a supply voltage, wherein the electric motor can be operated as a generator in case of a failure of the supply voltage in order to supply its control means and its magnetic bearing with electric power, wherein the workstation comprises at least one electric drive of a winding roller for driving a bobbin onto which the spun thread is wound, and an electric control device of a thread take-off device for drawing the thread from the spinning rotor, characterised in that a circuit arrangement is designed, on the failure of the supply voltage of the power supply unit, to supply the electric power of the electric motor operated as a generator for driving the spinning rotor at least to the electric drive of the winding roller and the electric control device of the thread take-off device and to disconnect other unrequired electrical consumer units of the workstation from the electric power supply.
A user equipment,, UE, for transmitting a physical uplink shared channel, PUSCH, and a demodulation reference signal, DMRS, associated with transmission of the PUSCH in a communication system, the UE comprising: a receiver configured to receive a downlink control information, DCI, including a plurality of information elements, IEs, over physical downlink control channel, PDCCH, based on a UE identifier, ID, corresponding to the UE, where the plurality of IEs include a resource allocation, RA, and information indicating a combination of a cyclic shift, CS, for the DM RS and an orthogonal cover code, OCC, and identify the CS for the DM RS and the OCC using the information indicating the combination of the CS for the DM RS and the OCC; and a controller configured to acquire a DM RS sequence based on the identified CS, the identified OCC, and a constant amplitude zero auto-correlation, CAZAC-based sequence, controlling an inverse fourier transform, IFT, operation performed based on the DM RS sequence and the RA to generate the DMRS, and control a transmitter configured to transmit the DMRS associated with the PUSCH. a receiver configured to receive a downlink control information, DCI, including a plurality of information elements, IEs, over physical downlink control channel, PDCCH, based on a UE identifier, ID, corresponding to the UE, where the plurality of IEs include a resource allocation, RA, and information indicating a combination of a cyclic shift, CS, for the DM RS and an orthogonal cover code, OCC, and identify the CS for the DM RS and the OCC using the information indicating the combination of the CS for the DM RS and the OCC; and a controller configured to acquire a DM RS sequence based on the identified CS, the identified OCC, and a constant amplitude zero auto-correlation, CAZAC-based sequence, controlling an inverse fourier transform, IFT, operation performed based on the DM RS sequence and the RA to generate the DMRS, and control a transmitter configured to transmit the DMRS associated with the PUSCH.
A notification method for configuring a secure element incorporated into a terminal connected to a network, said method comprising the following steps implemented by an application of said secure element: - obtaining at least one item of information (128, 129) that can be used to configure the secure element stored in a memory of the terminal outside the secure element, - sending said item of information (128, 129) and an identifier of the secure element to a configuration system, and - obtaining configuration data originating from the configuration system, said configuration data being provided to the secure element depending on said item of information (128, 129), said configuration data being personalization data and including a personalization profile installation script, wherein the item of information (128, 129) is one among the type of communication channel supported by the terminal and the type of carrier used by the terminal, and is used to determine, by the configuration system, at least one of the elements among: - the communication channel used to send the configuration data when the item of information is the type of communication channel supported by the terminal, - the carrier used to send the configuration data when the item of information is the type of carrier used by the terminal. - obtaining at least one item of information (128, 129) that can be used to configure the secure element stored in a memory of the terminal outside the secure element, - sending said item of information (128, 129) and an identifier of the secure element to a configuration system, and - obtaining configuration data originating from the configuration system, said configuration data being provided to the secure element depending on said item of information (128, 129), said configuration data being personalization data and including a personalization profile installation script, - the communication channel used to send the configuration data when the item of information is the type of communication channel supported by the terminal, - the carrier used to send the configuration data when the item of information is the type of carrier used by the terminal.
A transmit power allocation method based on an electromagnetic field, wherein the method comprises: determining, at a current resource location, a first target band within coverage of a network device, wherein transmit power required for executing a service on the first target band is less than transmit power allocated to the first target band, and the first target band is one of a plurality of bands within the coverage of the network device; and allocating, to a second target band, at least a part of the transmit power allocated to the first target band, wherein the second target band is a band that is within the coverage of the network device and that is different from the first target band, and at the current resource location, total transmit power allocated within the coverage of the network device is less than or equal to electromagnetic field, EMF, transmit power of the network device, characterized in that: a value of the transmit power allocated to the second target band is positively correlated with a service parameter of the second target band, wherein the service parameter comprises at least one of the following: a service volume, a service type, a user type, and transmit power required for scheduling a mid-far point user or a near point user. determining, at a current resource location, a first target band within coverage of a network device, wherein transmit power required for executing a service on the first target band is less than transmit power allocated to the first target band, and the first target band is one of a plurality of bands within the coverage of the network device; and allocating, to a second target band, at least a part of the transmit power allocated to the first target band, wherein the second target band is a band that is within the coverage of the network device and that is different from the first target band, and at the current resource location, total transmit power allocated within the coverage of the network device is less than or equal to electromagnetic field, EMF, transmit power of the network device, characterized in that: a value of the transmit power allocated to the second target band is positively correlated with a service parameter of the second target band, wherein the service parameter comprises at least one of the following: a service volume, a service type, a user type, and transmit power required for scheduling a mid-far point user or a near point user.
Overturning system for an airport baggage conveyor system, comprising a conveyor section and a goods overturning unit, wherein the airport baggage conveyor system is suitable for transporting goods on the conveyor section, wherein a) the goods can be transported in the transport direction resting in a first, unstable position on the conveyor section; b) as they pass the conveyor section, the goods experience a position change into a second, stable position with the aid of the goods overturning unit, c) the goods overturning unit is divided into individual segments, wherein at least some of the segments are arranged in such a manner that they are able to collide with the goods along the transport direction and d) the segments are arranged in such a manner that a movement component of the segments perpendicular to the transport direction can also be achieved by the collision with the goods, characterised in that the segments are configured as pendulums. a) the goods can be transported in the transport direction resting in a first, unstable position on the conveyor section; b) as they pass the conveyor section, the goods experience a position change into a second, stable position with the aid of the goods overturning unit, c) the goods overturning unit is divided into individual segments, wherein at least some of the segments are arranged in such a manner that they are able to collide with the goods along the transport direction and d) the segments are arranged in such a manner that a movement component of the segments perpendicular to the transport direction can also be achieved by the collision with the goods,
A method for recycling scrap broad goods material into a bulk molding compound, the broad goods material including reinforcement fibers bundled together to form tows, and a thermoplastic stabilizer material comprising a veil or scrim configured to stabilize the tows, the method comprising: applying heat and pressure to the broad goods material to impregnate the reinforcement fibers at a filament level with the thermoplastic stabilizer material to form an impregnated fiber material wherein impregnating the reinforcement fibers at a filament level comprises embedding the thermoplastic stabilizer material between filaments of the reinforcement fibers; cooling the impregnated fiber material; cutting the cooled impregnated fiber material into flakes to produce the flaked feed material; and mixing the flaked feed material with a thermoset resin to create a bulk molding compound. applying heat and pressure to the broad goods material to impregnate the reinforcement fibers at a filament level with the thermoplastic stabilizer material to form an impregnated fiber material wherein impregnating the reinforcement fibers at a filament level comprises embedding the thermoplastic stabilizer material between filaments of the reinforcement fibers; cooling the impregnated fiber material; cutting the cooled impregnated fiber material into flakes to produce the flaked feed material; and mixing the flaked feed material with a thermoset resin to create a bulk molding compound.
A system for renovating the outer shell of a building, including a thermal insulation element (2, 32) adapted to be fastened to an exterior wall of the building, said thermal insulation element (2, 32) being fastened at a distance forming a ventilation gap from the outermost surface of the exterior wall; where the ventilation gap between an inside surface of the thermal insulation element (2, 32) and the exterior wall is arranged to open into the outside air via ventilation openings allowing moisture to escape from the exterior wall via the ventilation gap and the ventilation openings, said ventilation openings are arranged to be closed when the moisture in the exterior wall reaches a desired moisture content, characterized in that the thermal insulation element (2, 32) has a core part of mineral wool and surface panels (3, 4) covering it on both main surfaces of said core part, said surface panels having a tongue on one longitudinal edge and a groove on the opposite longitudinal edge, and in that in the inner surface panel of the thermal insulation element (2, 32) is formed at least one opening, and in that in the mineral wool of the core part of the thermal insulation element (2, 32) is formed at least one ventilation channel, which opens directly or via a separate connecting channel into the outside air, said mineral wool allowing the movement of moisture between said at least one opening and the ventilation channel, wherein the ventilation gap is sealed on the circumferential edge of an area defined by one or more thermal insulation elements (2, 32) and wherein at least one ventilation opening is formed in the upper and lower edges of the sealed area; the arrangement further comprising a plurality of mechanically closing elements articulately connected to the thermal insulation element (2, 32) for closing said ventilation openings when the moisture in the exterior wall reaches the desired moisture content.
Firearm, in particular, a sporting firearm, comprising: a stock with a forestock extending along a barrel, and a rear stock for resting the firearm, a breechblock unit mounted and attached to the stock, which comprises a barrel-side end, a rear end opposite the barrel side end and two opposite side walls, which connect the barrel side end and the rear end with each other, wherein, in at least one side wall, a loading opening for a bullet is provided, and a barrel, wherein the barrel with a breechblock-side end is received in a cylindrical bore hole at the barrel side end of the breechblock unit, wherein the firearm comprises a first bearing unit for mounting the breechblock unit on the stock, wherein the first bearing unit comprises a first bearing element, which is arranged at the rear end of the breechblock unit and which is the only bearing element on the breechblock unit for mounting the breechblock unit on the stock, wherein the first bearing unit comprises a second bearing element on a stock section abutting the rear end of the breechblock unit, and wherein a single second bearing unit (18, 18A, 18B, 18C) for mounting the barrel is provided on the barrel, wherein the second bearing unit (18, 18A, 18B, 18C) is at a distance from the breechblock unit and the first bearing unit.
A compound of formula I: wherein T represents a linking arm having at least two groups for linking; Q represents a peptide having thrombolytic activity; and R 1 and R 2 represent C 1-4 alkyl groups, wherein R 1 and R 2 are the same or different; wherein at least one of the groups for linking is an amino group and the remaining groups for linking are carboxyl groups or amino groups; and wherein the peptide having thrombolytic activity is selected from a group consisting of an oligopeptide containing a PA (Pro-Ala) sequence, a PAK (Pro-Ala-Lys) sequence, an AKP (Ala-Lys-Pro) sequence or a KAP (Lys-Ala-Pro) sequence, and a peptide having repeated units of the PAK sequence, the AKP sequence or the KAP sequence. wherein T represents a linking arm having at least two groups for linking; Q represents a peptide having thrombolytic activity; and R 1 and R 2 represent C 1-4 alkyl groups, wherein R 1 and R 2 are the same or different; wherein at least one of the groups for linking is an amino group and the remaining groups for linking are carboxyl groups or amino groups; and wherein the peptide having thrombolytic activity is selected from a group consisting of an oligopeptide containing a PA (Pro-Ala) sequence, a PAK (Pro-Ala-Lys) sequence, an AKP (Ala-Lys-Pro) sequence or a KAP (Lys-Ala-Pro) sequence, and a peptide having repeated units of the PAK sequence, the AKP sequence or the KAP sequence.
A tantalum coil for sputtering, wherein the tantalum coil has irregularities so that the surface roughness Rz of the tantalum coil is 150 μm or more and the number of threads is 15 to 30 TPI in a transverse direction and 10 to 30 TPI in a vertical direction.