mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (120, 220, 900), comprising: at least one processor; and at least one memory including program code; wherein the at least one memory and the program code are configured to, with the at least one processor, cause the apparatus to at least: maintain, by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support, by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster. at least one processor; and at least one memory including program code; wherein the at least one memory and the program code are configured to, with the at least one processor, cause the apparatus to at least: maintain, by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support, by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster. maintain, by a device of a device cluster including a set of devices, device cluster membership information indicative of device membership of the device cluster; said apparatus being characterized in that it is further caused to support, by the device, communication with one or more neighboring devices to support distribution of the device cluster membership information indicative of device membership of the device cluster, comprising receiving, by the device from one of the one or more neighboring devices, an indication that the one of the one or more neighboring devices is a member of the device cluster and updating, by the device, the device cluster membership information to indicate that the one of the one or more neighboring devices is a member of the device cluster.
Data transmitter for transmitting data to a data receiver, individual communication information being known to the data transmitter and to the data receiver, the data transmitter being configured to generate an individual synchronization sequence while using said individual communication information and to provide a data packet to be transmitted with the individual synchronization sequence for synchronizing the data packet in the data receiver; characterized in that said individual communication information is information which authenticates the data transmitter and/or information which authenticates a data packet of the data transmitter, said individual communication information being known only - to the data transmitter and to the data receiver, or - to the data transmitter and to a group of data receivers. characterized in that said individual communication information is information which authenticates the data transmitter and/or information which authenticates a data packet of the data transmitter, said individual communication information being known only - to the data transmitter and to the data receiver, or - to the data transmitter and to a group of data receivers. - to the data transmitter and to the data receiver, or - to the data transmitter and to a group of data receivers.
Method for operating a drive system, wherein the drive system comprises: - a three-phase motor, comprising: - a shaft, - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft, and - at least one inverter which is mechanically coupled in a rotationally fixed manner to the shaft and which is electrically coupled to the rotor winding system, wherein the at least one inverter is designed to generate actuation signals for the rotor winding system in such a way that a first rotor rotating field and a second rotor rotating field rotating in opposition to the first rotor rotating field are generated, characterized by the steps of: - generating the actuation signals for the rotor winding system solely depending on signals detected on the rotor side. - a three-phase motor, comprising: - a shaft, - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft, and - a shaft, - a first three-phase stator winding which is to be connected to a three-phase AC voltage grid, - a second three-phase stator winding which is to be connected to the three-phase AC voltage grid in such a way that a second stator rotating field rotating in opposition results with respect to a first stator rotating field which is generated by means of the first stator winding, and - a rotor winding system which is mechanically coupled in a rotationally fixed manner to the shaft, and - at least one inverter which is mechanically coupled in a rotationally fixed manner to the shaft and which is electrically coupled to the rotor winding system, wherein the at least one inverter is designed to generate actuation signals for the rotor winding system in such a way that a first rotor rotating field and a second rotor rotating field rotating in opposition to the first rotor rotating field are generated, characterized by the steps of: - generating the actuation signals for the rotor winding system solely depending on signals detected on the rotor side.
Method for reducing measurement errors when detecting ammonia during the operation of a sensor system for identifying at least a proportion of a measurement gas component with bound oxygen in a measurement gas, in particular in an exhaust gas of a combustion engine, wherein the sensor system has at least a first measuring unit for detecting nitrogen oxide in the measurement gas and a second measuring unit for detecting ammonia in the measurement gas, the method comprising the steps of: - recording a first measurement signal value of the first measuring unit in the case of a predetermined condition for the measurement gas, - recording a second measurement signal value of the second measuring unit in the case of the predetermined condition for the measurement gas, - determining a deviation value of the second measurement signal value from the first measurement signal value, - forming a correction value on the basis of the deviation value and - forming a corrected second measurement signal of the second measuring unit on the basis of the correction value and a second measurement signal of the second measuring unit, wherein the predetermined condition consists of a proportion of nitrogen oxide in the measuring gas being less than 7% of a proportion of ammonia in the measurement gas. - recording a first measurement signal value of the first measuring unit in the case of a predetermined condition for the measurement gas, - recording a second measurement signal value of the second measuring unit in the case of the predetermined condition for the measurement gas, - determining a deviation value of the second measurement signal value from the first measurement signal value, - forming a correction value on the basis of the deviation value and - forming a corrected second measurement signal of the second measuring unit on the basis of the correction value and a second measurement signal of the second measuring unit,
A surgical anchor delivery system comprising: a driver (110, 440) comprising a main body portion and a needle end portion, the needle end portion having a tip; and a removable hollow anchor; wherein the tip of the needle end portion is dimensioned to project through the anchor such that the anchor is located on the driver (110, 440) between the tip of the needle end portion and the main body portion of the driver; the anchor being moveable relative to the needle end portion so as to project beyond the tip of the needle end portion to cover and prevent contact with the tip, thereby shielding the tip during a delivery of the anchor; characterised in that the system further comprises a spring (160, 460) acting on the anchor to operably bias the anchor in a direction towards the tip, such that in the absence of an external force acting on the anchor, the anchor shields the tip. a driver (110, 440) comprising a main body portion and a needle end portion, the needle end portion having a tip; and a removable hollow anchor; wherein the tip of the needle end portion is dimensioned to project through the anchor such that the anchor is located on the driver (110, 440) between the tip of the needle end portion and the main body portion of the driver; the anchor being moveable relative to the needle end portion so as to project beyond the tip of the needle end portion to cover and prevent contact with the tip, thereby shielding the tip during a delivery of the anchor; characterised in that the system further comprises a spring (160, 460) acting on the anchor to operably bias the anchor in a direction towards the tip, such that in the absence of an external force acting on the anchor, the anchor shields the tip.
A method for excavating a well cellar, comprising: lowering an excavating apparatus having a cellar liner therein to a bottom of a body of water; the excavating apparatus comprising pads mounted to articulated arms, the arms extendable and retractable to selectively lock the excavating apparatus in place inside the cellar liner, a first motor coupled to a drill bit, the first motor mounted to the excavating apparatus by a pivoting element operable so that an angle of the first motor with respect to a longitudinal axis of the excavating apparatus is controllable during use, a second hydraulic cylinder to move the excavating apparatus upwardly and downwardly, and a second motor attached to the excavating apparatus to enable rotation of the apparatus about the longitudinal axis; excavating the well cellar by operating the excavating apparatus, while contemporaneously lowering the cellar liner into the well cellar until a top of the cellar liner is substantially level with the bottom of the body of water; excavating a pilot well below a bottom of the cellar by operating the excavating apparatus, and inserting a well head support pipe into the pilot well. lowering an excavating apparatus having a cellar liner therein to a bottom of a body of water; the excavating apparatus comprising pads mounted to articulated arms, the arms extendable and retractable to selectively lock the excavating apparatus in place inside the cellar liner, a first motor coupled to a drill bit, the first motor mounted to the excavating apparatus by a pivoting element operable so that an angle of the first motor with respect to a longitudinal axis of the excavating apparatus is controllable during use, a second hydraulic cylinder to move the excavating apparatus upwardly and downwardly, and a second motor attached to the excavating apparatus to enable rotation of the apparatus about the longitudinal axis; excavating the well cellar by operating the excavating apparatus, while contemporaneously lowering the cellar liner into the well cellar until a top of the cellar liner is substantially level with the bottom of the body of water; excavating a pilot well below a bottom of the cellar by operating the excavating apparatus, and inserting a well head support pipe into the pilot well.
A method for optimizing the training of athletes, comprising the steps of: during a test, measuring with a portable device a series of acceleration values during a series of N short movements performed by the athlete; calculating with said device a plurality of muscular parameters based on said series of acceleration values; characterized by the following steps: determining with said device a set of training exercises personalized for said athlete, based on said muscular parameters; presenting said set of training exercises to said athlete with said device; verifying with said device the execution of said training exercises. during a test, measuring with a portable device a series of acceleration values during a series of N short movements performed by the athlete; calculating with said device a plurality of muscular parameters based on said series of acceleration values; characterized by the following steps: determining with said device a set of training exercises personalized for said athlete, based on said muscular parameters; presenting said set of training exercises to said athlete with said device; verifying with said device the execution of said training exercises. determining with said device a set of training exercises personalized for said athlete, based on said muscular parameters; presenting said set of training exercises to said athlete with said device; verifying with said device the execution of said training exercises.
An agent for dyeing keratinous material, in particular human hair, containing at least one non-ionic emulsifier having an HLB value from 4.0 to 12.0, in a total amount from 0.2 to 8.0 wt.% based on the total weight of the agent, at least one pigment, and at least one amino-functionalized silicone polymer, wherein it contains at least one non-ionic emulsifier having an HLB value from 4.5 to 10.0. at least one non-ionic emulsifier having an HLB value from 4.0 to 12.0, in a total amount from 0.2 to 8.0 wt.% based on the total weight of the agent, at least one pigment, and at least one amino-functionalized silicone polymer,
An air conditioning system for a vehicle for the public transport of passengers comprising a conditioned air source, wherein said system comprises a plurality of support columns for the passengers of said vehicle, and first and second means (10, 11) for joining each of said plurality of columns to the ceiling and to the floor of said vehicle, each of said plurality of columns being configured to allow the passage of said conditioned air to its interior, characterized in that, each of said first joining means being configured for joining a top end of one of said columns to said conditioned air source, and in that said first and said second joining means (10, 11) are configured to allow the passage of said conditioned air towards the interior of said vehicle.
A cold storage material composition, comprising 0.1 mol to 20.0 mol of calcium ions, 0.1 mol to 28.0 mol of chloride ions, 0.1 mol to 20.0 mol of bromide ions, and 0.01 mol to 10.00 mol of ammonium ions, relative to 100 mol of water, the cold storage material composition having a melting temperature in a range of -75°C to -55°C, wherein a ratio of the molar quantity of the calcium ions: the molar quantity of the chloride ions: the molar quantity of the bromide ions: the molar quantity of the ammonium ions is 1: 0.005 to 100: 0.05 to 100: 0.0005 to 0.6. the cold storage material composition having a melting temperature in a range of -75°C to -55°C, wherein a ratio of the molar quantity of the calcium ions: the molar quantity of the chloride ions: the molar quantity of the bromide ions: the molar quantity of the ammonium ions is 1: 0.005 to 100: 0.05 to 100: 0.0005 to 0.6.
A process for the manufacture of an aerated frozen confection comprising the steps of a) preparing an aqueous mix comprising at least 1 wt% non fat milk solids, b) homogenising and optionally pasteurising the mix, c) partially freezing and aerating the mix to an overrun of from 50 to 200%, and d) extruding the resulting aerated frozen confection in a screw extruder at a temperature of less than -8°C, characterised in that the partially frozen and aerated mix has a pH of from 2.0 to 3.4. a) preparing an aqueous mix comprising at least 1 wt% non fat milk solids, b) homogenising and optionally pasteurising the mix, c) partially freezing and aerating the mix to an overrun of from 50 to 200%, and d) extruding the resulting aerated frozen confection in a screw extruder at a temperature of less than -8°C,
A method comprising the steps of: operating a subscriber that subscribes to a given proximity-based service, obtaining a binary code that is used by a set of publishers to identify the given proximity-based service on multiple device-to-device, D2D, radio access technology, RAT, types that are supported by the subscriber; determining a D2D RAT sequence that defines at least a first set of D2D RAT types to be searched, the first set of D2D RAT types including less than all of the multiple D2D RAT types that are supported by the subscriber; and searching for the binary code on the first set of D2D RAT types in accordance with the D2D RAT sequence; wherein the D2D RAT sequence is based in part upon a D2D RAT type recommendation from a proximity services, ProSe, server wherein the recommendation is based on publisher D2D RAT capability statistics. operating a subscriber that subscribes to a given proximity-based service, obtaining a binary code that is used by a set of publishers to identify the given proximity-based service on multiple device-to-device, D2D, radio access technology, RAT, types that are supported by the subscriber; determining a D2D RAT sequence that defines at least a first set of D2D RAT types to be searched, the first set of D2D RAT types including less than all of the multiple D2D RAT types that are supported by the subscriber; and searching for the binary code on the first set of D2D RAT types in accordance with the D2D RAT sequence; wherein the D2D RAT sequence is based in part upon a D2D RAT type recommendation from a proximity services, ProSe, server wherein the recommendation is based on publisher D2D RAT capability statistics.
A short stroke button assembly, in particular for use in an automotive vehicle, comprising a housing, a button held in said housing and apt to be moved axially in the activation direction along an activation axis, at least one switch corresponding to said button, having an active state and an inactive state separated by an activation gap along said activation axis, and preloaded to normally maintain said inactive state, and at least one connector disposed along said activation axis between said button and said switch, wherein said connector comprises a first member and a second member displaceable angularly about and axially along said activation axis with respect to said first member, wherein said first member comprises at least one protrusion extending along said activation axis and said second member further comprises at least one substantially helical surface cooperating with said protrusion, characterized in that at least one radial recess or projection formed in one member (81, 82) engageable with at least two radial projections or recesses formed in the other member (82, 81) to maintain the relative angular position between said first member and said second member, wherein said first member or said second member is integral with said button, while said second member or said first member is angularly displaceable with respect to the housing, wherein said first member and/or said second member is provided with an interface (825a, 825b) for a torque applying tool, while said assembly is further provided with at least one control channel (9a, 9b) to introduce said torque applying tool. a housing, a button held in said housing and apt to be moved axially in the activation direction along an activation axis, at least one switch corresponding to said button, having an active state and an inactive state separated by an activation gap along said activation axis, and preloaded to normally maintain said inactive state, and at least one connector disposed along said activation axis between said button and said switch, wherein said connector comprises a first member and a second member displaceable angularly about and axially along said activation axis with respect to said first member, wherein said first member comprises at least one protrusion extending along said activation axis and said second member further comprises at least one substantially helical surface cooperating with said protrusion, characterized in that at least one radial recess or projection formed in one member (81, 82) engageable with at least two radial projections or recesses formed in the other member (82, 81) to maintain the relative angular position between said first member and said second member, wherein said first member or said second member is integral with said button, while said second member or said first member is angularly displaceable with respect to the housing, wherein said first member and/or said second member is provided with an interface (825a, 825b) for a torque applying tool, while said assembly is further provided with at least one control channel (9a, 9b) to introduce said torque applying tool.
A method, performed by a user equipment, UE, of reselecting a cell in a wireless comm unication system, the method comprising: receiving, from a serving cell, system information including at least one parameter associated with the serving cell, the system information being at least one of a system information block, SIB2, SIB3, SIB4 or SIB5; identifying a target cell, among at least one non-serving cell, which fulfils a cell reselection criterion based on the at least one parameter associated with the serving cell; receiving, from the target cell, a SIB1 including at least one parameter associated with the target cell; and determining whether to select the target cell based on the at least one parameter associated with the target cell. receiving, from a serving cell, system information including at least one parameter associated with the serving cell, the system information being at least one of a system information block, SIB2, SIB3, SIB4 or SIB5; identifying a target cell, among at least one non-serving cell, which fulfils a cell reselection criterion based on the at least one parameter associated with the serving cell; receiving, from the target cell, a SIB1 including at least one parameter associated with the target cell; and determining whether to select the target cell based on the at least one parameter associated with the target cell.
A method to differentiate non-embryonic stem, non-germ, non-embryonic germ cells, that can differentiate into cell types of more than one embryonic germ layer, into cells with a vascular endothelial phenotype the method comprising contacting an enriched population of the cells with (a) at least one vascular endothelial growth factor (VEGF) and (b) one or more notch ligands, one or more patched ligands or a combination thereof, so as to increase expression of one or more of Hey-2, EphrinB1 or EphrinB2 and decrease expression of EphB4 in the differentiated cells relative to the initial population of undifferentiated cells.