mhurhangee/ep-ind-claims huggingface dataset:
A movement system for submarine-atmospheric interface devices, comprising: - fixed guides configured to be integrally connected to a conning tower of a submarine, - a lifting apparatus slidably associated with the fixed guides to be slidable therein, - at least one electric motor for driving the lifting apparatus, - a motion transmission mechanism whereby motion is transmitted from the electric motor to the lifting apparatus and comprising flexible transmission means and a plurality of pulleys around which the flexible transmission means are trained in such a way as to form a closed loop; characterized in that the flexible transmission means extend between at least two end pulleys (9, 10), which rotate about respective fixed axes (9a, 10a) parallel to, and at a preset distance from, each other, and around at least one central pulley, which rotates about an axis and which is designed to be translated between the end pulleys (9, 10). - fixed guides configured to be integrally connected to a conning tower of a submarine, - a lifting apparatus slidably associated with the fixed guides to be slidable therein, - at least one electric motor for driving the lifting apparatus, - a motion transmission mechanism whereby motion is transmitted from the electric motor to the lifting apparatus and comprising flexible transmission means and a plurality of pulleys around which the flexible transmission means are trained in such a way as to form a closed loop;
A method at a first access terminal for securely transmitting packets in a wireless communication system, comprising: transmitting a medium access control address change request message to a second access terminal to initiate a change in medium access control addresses of both the first access terminal and the second access terminal; receiving a medium access control address change response message from the second access terminal; changing the medium access control address of the first access terminal in response to receiving the medium access control address change response; transmitting a medium access control address change confirm message to the second access terminal; and exchanging data packets with the second access terminal using changed medium access control addresses for both the first access terminal and the second access terminal. transmitting a medium access control address change request message to a second access terminal to initiate a change in medium access control addresses of both the first access terminal and the second access terminal; receiving a medium access control address change response message from the second access terminal; changing the medium access control address of the first access terminal in response to receiving the medium access control address change response; transmitting a medium access control address change confirm message to the second access terminal; and exchanging data packets with the second access terminal using changed medium access control addresses for both the first access terminal and the second access terminal.
A transfer film comprising a carrier film and a metallic layer applied thereto, wherein a layer of a lacquer is applied to the metallic layer, wherein the lacquer layer consists of a water-containing or solvent-containing lacquer system based on acrylates or copolymers thereof, characterized in that the lacquer layer based on ethylene-acrylate copolymers is applied as a dispersion stabilized with ammonia and reduces the adhesion of the metallic layer to the carrier film through the metallic layer.
A method for implementing network slicing in a 5G network comprising a session management function, SMF, (720, 820), a user plane function, UPF, instance (725, 825) configured to serve a plurality of network slices (A,B), and a plurality of UPF gateway instances (740-1, 740-2), wherein a given UPF gateway instance is configured to serve a given network slice, wherein the UPF gateway instances are configured with UPF provisioning information identifying which UPF gateway instance is configured to serve a given network slice, the method comprising: selecting (S9h), by the SMF, one of the UPF gateway instances for a Protocol Data Unit,PDU, session; exchanging (S9i, S9l), between the SMF and the selected UPF gateway instance, information related to establishment of the PDU session; exchanging (S9j, S9k), over an enhanced N4 interface between the selected UPF gateway instance and the UPF instance, the information related to establishment of the PDU session; in response to the UPF instance receiving (S9q) packet data for the PDU session, determining, by the UPF instance based on the information, that the received packet data belongs to the network slice associated with the selected UPF gateway instance; and forwarding the packet data to the network slice associated with the selected UPF gateway instance. selecting (S9h), by the SMF, one of the UPF gateway instances for a Protocol Data Unit,PDU, session; exchanging (S9i, S9l), between the SMF and the selected UPF gateway instance, information related to establishment of the PDU session; exchanging (S9j, S9k), over an enhanced N4 interface between the selected UPF gateway instance and the UPF instance, the information related to establishment of the PDU session; in response to the UPF instance receiving (S9q) packet data for the PDU session, determining, by the UPF instance based on the information, that the received packet data belongs to the network slice associated with the selected UPF gateway instance; and forwarding the packet data to the network slice associated with the selected UPF gateway instance.
Double clutch, in particular multiple disc double clutch, for coupling a motor vehicle engine to a traction drive shaft of a motor vehicle transmission and/or a power take-off shaft of a power take-off of the motor vehicle, having a traction drive clutch for coupling the motor vehicle engine to the traction drive shaft, having a power take-off clutch for coupling the motor vehicle engine to the power take-off shaft, it being possible for the traction drive clutch and the power take-off clutch to be actuated independently of one another in each case by means of a separate lever mechanism (20, 21, 34), characterized in that the double clutch has a wet space housing, in which the traction drive clutch and the power take-off clutch are received in a fluid-tight manner, and the respective lever mechanism (20, 21, 34) for the traction drive clutch and the power take-off clutch is arranged outside the wet space housing.
A computer program enabling the computer to perform a method comprising: accepting inputs of plural notes to be assigned for tone generation; and selecting one or more notes to be sounded in each of plural parts according to a predetermined note determining rule from the plural notes to be assigned for tone generation accepted in the accepting step; wherein the plural notes to be assigned for tone generation accepted in the accepting step are specified by a performance operation of a user (S22, S26), characterized in that the method further comprises displaying, for each of the plural parts, the plural notes to be assigned for tone generation, one or more notes in respective parts not selected in the selecting step being displayed in one style in the displaying step, and one or more notes in the respective parts selected in the selecting step being displayed in another style different from the one style in the displaying step, and in that the displaying is performed by displaying in the one style the plural notes to be assigned for tone generation and switching, for each of the plural parts, display of the one or more notes to be sounded in respective parts selected in the selecting step from the one style to the other style. accepting inputs of plural notes to be assigned for tone generation; and selecting one or more notes to be sounded in each of plural parts according to a predetermined note determining rule from the plural notes to be assigned for tone generation accepted in the accepting step; wherein the plural notes to be assigned for tone generation accepted in the accepting step are specified by a performance operation of a user (S22, S26), characterized in that the method further comprises displaying, for each of the plural parts, the plural notes to be assigned for tone generation, one or more notes in respective parts not selected in the selecting step being displayed in one style in the displaying step, and one or more notes in the respective parts selected in the selecting step being displayed in another style different from the one style in the displaying step, and in that the displaying is performed by displaying in the one style the plural notes to be assigned for tone generation and switching, for each of the plural parts, display of the one or more notes to be sounded in respective parts selected in the selecting step from the one style to the other style.
A method, comprising: receiving an anatomical map of at least a portion of a heart; receiving, for at least a region of the anatomical map, positions and respective electrocardiogram signal amplitudes measured at the positions; interpolating the ECG signal amplitudes, to derive a surface representation of the ECG signal amplitudes over the region; and presenting the surface representation of the ECG signal amplitudes overlaid on the anatomical map, wherein the anatomical map presents local activation times (LATs). receiving an anatomical map of at least a portion of a heart; receiving, for at least a region of the anatomical map, positions and respective electrocardiogram signal amplitudes measured at the positions; interpolating the ECG signal amplitudes, to derive a surface representation of the ECG signal amplitudes over the region; and presenting the surface representation of the ECG signal amplitudes overlaid on the anatomical map, wherein the anatomical map presents local activation times (LATs).
A porous membrane for a secondary battery comprising a polymer particle A, wherein the polymer constituting the polymer particle A is a styrene-based polymer, having a number average particle diameter of 0.4 μm or more to less than 10 μm and a glass-transition point of 65°C or more, and a polymer particle B, wherein the monomer consituting the polymer particle B includes an acrylic monomer or a methacrylic monomer, having a number average particle diameter of 0.04 μm or more to less than 0.3 μm and a glass-transition point of 15°C or less.
A river boat for carrying passengers comprising a hull having parallel side walls, a deck to support passengers thereon having a maximum width extending between the parallel side walls, and a bow including a lower bow portion with curved sides each of which taper inwardly from one of said parallel side walls and meet at a stem which has an upper end, and an upper bow portion that overhangs the lower bow portion and which surrounds the deck, the upper and lower bow portions (8,9) each having a curved surface that blend into each other, the upper bow portion being formed from the parallel side walls of the hull that continue parallel to each other over the tapering, curved sides of the lower bow portion, the parallel side walls being joined by a forward facing wall that extends between the parallel side walls across the upper end of the stem so that the width of the deck remains at its maximum over the lower bow portion to increase deck space.
Surface cleaning head for cleaning a surface, with a hood-shaped housing that is open downward in a horizontal use position of the surface cleaning head and comprises a working space in which at least one spray arm (104, 106) with a cleaning nozzle (108, 110) is mounted so as to be rotatable about an axis of rotation, wherein the cleaning nozzle (108, 110) can be acted upon with pressurized cleaning liquid and together with the spray arm (104, 106) circulates about the axis of rotation for acting upon a region of a surface to be cleaned that is covered by the housing during the use of the surface cleaning head with a cleaning liquid jet, characterized in that the surface cleaning head comprises at least one first non-rotationally held additional nozzle, wherein a region of the surface to be cleaned that is not covered by the housing during the use of the surface cleaning head can be acted upon by the at least one first additional nozzle with a cleaning liquid jet, wherein the dirt released by the cleaning nozzle (108, 110) can be rinsed off the surface by means of the at least one first non-rotationally held additional nozzle.
A method for processing blockchain-based data, the method comprising: receiving, by a node in a blockchain network, a plurality of sets of service data generated in a specified time period, wherein each of the plurality of sets of service data is generated by a different service and is associated with a different processing priority, wherein the plurality of sets of service data comprise corresponding label information used to represent corresponding processing priorities to the plurality of sets of service data; determining, by the node when a new block of the blockchain is newly generated, throughputs for processing data of the plurality of sets of service data, wherein the throughputs for processing the plurality of sets of service data are determined based on the label information for each of the sets of service data having a predetermined mapping relationship between the label information and the throughputs; obtaining, by the node and from the service data, amounts of data from the plurality of sets of service data that satisfy the throughputs, wherein an amount of data of a first set of service data of a first service is calculated based on a throughput determined for the first set of service data and a storage capacity of the new block; and storing the obtained amount of data from the plurality of sets of service data in the new block. receiving, by a node in a blockchain network, a plurality of sets of service data generated in a specified time period, wherein each of the plurality of sets of service data is generated by a different service and is associated with a different processing priority, wherein the plurality of sets of service data comprise corresponding label information used to represent corresponding processing priorities to the plurality of sets of service data; determining, by the node when a new block of the blockchain is newly generated, throughputs for processing data of the plurality of sets of service data, wherein the throughputs for processing the plurality of sets of service data are determined based on the label information for each of the sets of service data having a predetermined mapping relationship between the label information and the throughputs; obtaining, by the node and from the service data, amounts of data from the plurality of sets of service data that satisfy the throughputs, wherein an amount of data of a first set of service data of a first service is calculated based on a throughput determined for the first set of service data and a storage capacity of the new block; and storing the obtained amount of data from the plurality of sets of service data in the new block.
An isolated antibody, or antigen-binding fragment thereof, comprising an antigen-binding region that binds to a mammalian, optionally human, V-domain Ig Suppressor of T cell Activation (VISTA) protein, wherein the antibody comprises: a) an antibody VH domain comprising a VH CDR1 having the amino acid sequence of SEQ ID NO:31, a VH CDR2 having the amino acid sequence of SEQ ID NO:32 and a VH CDR3 having the amino acid sequence of SEQ ID NO:33; b) an antibody VL domain comprising a VL CDR1 having the amino acid sequence of SEQ ID NO:34, a VL CDR2 having the amino acid sequence of SEQ ID NO:35 and a VL CDR3 having the amino acid sequence of SEQ ID NO:36; c) a non-human antibody heavy chain constant region; and d) a non-human antibody light chain constant region. a) an antibody VH domain comprising a VH CDR1 having the amino acid sequence of SEQ ID NO:31, a VH CDR2 having the amino acid sequence of SEQ ID NO:32 and a VH CDR3 having the amino acid sequence of SEQ ID NO:33; b) an antibody VL domain comprising a VL CDR1 having the amino acid sequence of SEQ ID NO:34, a VL CDR2 having the amino acid sequence of SEQ ID NO:35 and a VL CDR3 having the amino acid sequence of SEQ ID NO:36; c) a non-human antibody heavy chain constant region; and d) a non-human antibody light chain constant region.
A negative electrode active material for a lithium ion secondary battery, comprising: an alloy containing Si in a range of greater than or equal to 27% by mass and less than or equal to 84% by mass, Sn in a range of greater than 10% by mass and less than or equal to 73% by mass, V in a range of greater than 6% by mass and less than or equal to 73% by mass, and inevitable impurities as a residue.
Filter assembly for a vacuum cleaner, comprising an outer filter and an inner filter located in the outer filter, wherein the outer filter has a closing cover aperture via which the inner filter can be introduced into the outer filter, while the inner filter has an upper part adapted for the closing cover aperture of the outer filter, wherein an outer ring surface of the upper part of the inner filter is connected to an inner ring surface of the closing cover aperture of the outer filter by means of a threaded fit, characterised in that more than two non-continuous outer thread sections are embodied on the outer ring surface of the upper part and more than two non-continuous inner thread sections adapted for the outer thread are embodied on the inner ring surface of the closing cover aperture, wherein, once the inner filter has been screwed into the outer filter, the outer thread and the inner thread engage into one another, so that the inner filter is fastened tightly in the outer filter.
A pump, comprising: a reservoir (29, 43) configured to deliver a liquid; a port (33, 62) coupled to the reservoir and configured to discharge the liquid; a plunger having a piston (30, 59) coupled to a shaft (19, 57), wherein the piston is disposed within the reservoir in sliding engagement with an inner surface of the reservoir, wherein the piston defines a liquid side (31, 55) of the reservoir and a non-liquid side (32, 47) of the reservoir whereby movement of the plunger towards the liquid side of the reservoir discharges liquid through the port; and a reference-volume assembly (28, 45) coupled to the reservoir, characterized in that the reference-volume assembly comprises: a reference-volume chamber (35, 46) in acoustic communication with the non-liquid side of the reservoir; a speaker (36, 51) disposed within the reference-volume chamber configured to generate a sound wave; a reference microphone (37, 52) disposed within the reference-volume chamber; and a conduit configured to receive the shaft, wherein the shaft is in sliding engagement with the conduit, wherein the pump further comprises a variable-volume microphone disposed within the non-liquid side of the reservoir configured to sense the sound wave within the reservoir. a reservoir (29, 43) configured to deliver a liquid; a port (33, 62) coupled to the reservoir and configured to discharge the liquid; a plunger having a piston (30, 59) coupled to a shaft (19, 57), wherein the piston is disposed within the reservoir in sliding engagement with an inner surface of the reservoir, wherein the piston defines a liquid side (31, 55) of the reservoir and a non-liquid side (32, 47) of the reservoir whereby movement of the plunger towards the liquid side of the reservoir discharges liquid through the port; and a reference-volume assembly (28, 45) coupled to the reservoir, characterized in that the reference-volume assembly comprises: a reference-volume chamber (35, 46) in acoustic communication with the non-liquid side of the reservoir; a speaker (36, 51) disposed within the reference-volume chamber configured to generate a sound wave; a reference microphone (37, 52) disposed within the reference-volume chamber; and a conduit configured to receive the shaft, wherein the shaft is in sliding engagement with the conduit, a reference-volume chamber (35, 46) in acoustic communication with the non-liquid side of the reservoir; a speaker (36, 51) disposed within the reference-volume chamber configured to generate a sound wave; a reference microphone (37, 52) disposed within the reference-volume chamber; and a conduit configured to receive the shaft, wherein the shaft is in sliding engagement with the conduit, wherein the pump further comprises a variable-volume microphone disposed within the non-liquid side of the reservoir configured to sense the sound wave within the reservoir.
Timepiece oscillator (100'; 100"; 100"') comprising a support, a balance and a flexible pivot to guide the balance in rotation with respect to the support about a virtual axis of rotation and to exert a return force on the balance, the flexible pivot comprising elastic strips (5, 6) having respective different middle planes (P1, P2) perpendicular to the virtual axis of rotation, the middle planes (P1, P2) as a whole being symmetrical with respect to a plane of symmetry, the oscillator (100'; 100"; 100′′′) further comprising an impulse element (4'; 4"; 4′′′) fixed relative to the balance and intended to cooperate with an escapement member, characterised in that the functional zone of the impulse element (4'; 4"; 4′′′), intended to be in contact with the escapement member, crosses said plane of symmetry.
A ceramic color paste comprising a glass frit, a vehicle, a heat-resistant pigment and a large-diameter heat-resistant particle, wherein the large-diameter heat-resistant particle has an isotropic shape, a particle size larger than an average thickness of a dried coating film for forming a ceramic color and a maximum particle size of 80 μm to 300 μm.