mhurhangee/ep-ind-claims huggingface dataset:
A powder system, comprising: a first plurality of particles having a mass median aerodynamic diameter of 5 micrometres or less, the first plurality of particles comprising nicotine particles, the nicotine particles comprising coated nicotine salt particles, wherein the coating material is L-leucine; and a second plurality of particles having a mass median aerodynamic diameter in a range of from 50 micrometres to 150 micrometres and comprising flavour, wherein the first plurality of particles is from 50% by weight to 99% by weight and the second plurality of particles is from 1% by weight to 50% by weight of the total weight of the powder system, and wherein the first plurality of particles and the second plurality of particles make up at least 99 % by weight of the powder system. a first plurality of particles having a mass median aerodynamic diameter of 5 micrometres or less, the first plurality of particles comprising nicotine particles, the nicotine particles comprising coated nicotine salt particles, wherein the coating material is L-leucine; and a second plurality of particles having a mass median aerodynamic diameter in a range of from 50 micrometres to 150 micrometres and comprising flavour, wherein the first plurality of particles is from 50% by weight to 99% by weight and the second plurality of particles is from 1% by weight to 50% by weight of the total weight of the powder system, and wherein the first plurality of particles and the second plurality of particles make up at least 99 % by weight of the powder system.
A method of cleaning metal parts to be used in an aircraft comprising: a. providing a solvent composition comprising at least 50% by weight of 1-chloro-3,3,3-trifluoropropene: and b. contacting the metal part to be used in an aircraft with said solvent composition, said metal part comprising a metal or a metal alloy selected from titanium and titanium alloys. a. providing a solvent composition comprising at least 50% by weight of 1-chloro-3,3,3-trifluoropropene: and b. contacting the metal part to be used in an aircraft with said solvent composition, said metal part comprising a metal or a metal alloy selected from titanium and titanium alloys.
A network node configured to communicate with a wireless device, WD, the network node configured to: generate an interleaver sequence for a control resource set, CORESET, configuration for a physical downlink control channel, the interleaver sequence associated with an interleaving matrix; determine, optionally for each one of an allowed value of number of rows for the interleaving matrix, a number of null entries to be added to the interleaving matrix; and select a number of rows, R, for the interleaving matrix such that the number of null entries to be added to the interleaving matrix is: no more than a number of columns, C, of the interleaving matrix; and optionally, the smallest among the numbers of null entries determined for each of the allowed values of number of rows for the interleaving matrix, wherein the generation of the interleaver sequence includes computing: ƒ j = g j + n shift mod N REG CORESET / L g k = rC + c − D k = { cR + r − c − 1 if c = 0,1,..., D − 1, and r = 1,2..., R − 1 cR + r − D if c = D, D + 1,..., C − 1, and r = 0,1..., R − 1 C = ⌈ N REG CORESET / LR ⌉ D = CR − N REG CORESET / L where D equals the number of null entries preceding a sequence 0,..., N REG CORESET / L − 1, wherein D equals at least one, and N REG CORESET is a number of resource element groups, REGs, in the CORESET and L is a REG bundle size. generate an interleaver sequence for a control resource set, CORESET, configuration for a physical downlink control channel, the interleaver sequence associated with an interleaving matrix; determine, optionally for each one of an allowed value of number of rows for the interleaving matrix, a number of null entries to be added to the interleaving matrix; and select a number of rows, R, for the interleaving matrix such that the number of null entries to be added to the interleaving matrix is: no more than a number of columns, C, of the interleaving matrix; and optionally, the smallest among the numbers of null entries determined for each of the allowed values of number of rows for the interleaving matrix, no more than a number of columns, C, of the interleaving matrix; and optionally, the smallest among the numbers of null entries determined for each of the allowed values of number of rows for the interleaving matrix, wherein the generation of the interleaver sequence includes computing: ƒ j = g j + n shift mod N REG CORESET / L g k = rC + c − D k = { cR + r − c − 1 if c = 0,1,..., D − 1, and r = 1,2..., R − 1 cR + r − D if c = D, D + 1,..., C − 1, and r = 0,1..., R − 1 C = ⌈ N REG CORESET / LR ⌉ D = CR − N REG CORESET / L where D equals the number of null entries preceding a sequence 0,..., N REG CORESET / L − 1, wherein D equals at least one, and N REG CORESET is a number of resource element groups, REGs, in the CORESET and L is a REG bundle size.
Exhaust gas turbocharger which comprises a bearing apparatus which is arranged between a compressor and a turbine, is configured for mounting a shaft, and has a bearing housing, in which an oil-lubricated bearing for mounting the shaft is arranged, - the shaft having a splashing element which extends in the circumferential direction for throwing off lubricating oil, - the bearing housing having an oil outlet channel for discharge of the lubricating oil from the bearing housing, - the inner region of the bearing housing having an oil bounding space which is sealed by way of seals (13, 24) which are arranged between the shaft and the bearing housing, - the oil bounding space having a deflection means which is shaped in such a way that lubricating oil which is thrown off by the splashing element during operation of the exhaust gas turbocharger is deflected by the deflection means and is guided in the opposite direction to the seals, and - the oil bounding space being configured in the surrounding area of the splashing element in such a way that the lubricating oil which is thrown off by the splashing element during operation of the exhaust gas turbocharger can be transferred directly from the splashing element to the deflection means, - characterized in that the splashing element is shaped in such a way that the lubricating oil which is sprayed away from the splashing element has a radial and an axial directional component, the axial directional component being directed in the opposite direction to the seals. - the shaft having a splashing element which extends in the circumferential direction for throwing off lubricating oil, - the bearing housing having an oil outlet channel for discharge of the lubricating oil from the bearing housing, - the inner region of the bearing housing having an oil bounding space which is sealed by way of seals (13, 24) which are arranged between the shaft and the bearing housing, - the oil bounding space having a deflection means which is shaped in such a way that lubricating oil which is thrown off by the splashing element during operation of the exhaust gas turbocharger is deflected by the deflection means and is guided in the opposite direction to the seals, and - the oil bounding space being configured in the surrounding area of the splashing element in such a way that the lubricating oil which is thrown off by the splashing element during operation of the exhaust gas turbocharger can be transferred directly from the splashing element to the deflection means, - characterized in that the splashing element is shaped in such a way that the lubricating oil which is sprayed away from the splashing element has a radial and an axial directional component, the axial directional component being directed in the opposite direction to the seals.
A method for automatic proofing of a remote recording, wherein a recording is captured using a camera of a recording device having a display configured to display a video stream generated by the camera while the recording is being captured from the video stream generated by the camera, wherein, during the recording, a user is challenged to show a physical object, in particular an identification document, to the camera, characterized in that for further verifying timeliness and originality of the recording, the user is challenged to present the physical object to the camera of the recording device in a unique or quasi-unique spatially varied sequence of presentations with one or more steps, wherein a determination of timeliness and originality of the recording is carried out by means of a validation unit having access to the recording and includes an automatic check whether the physical object is present in the recording in accordance with the steps of the spatially varied sequence of presentations, wherein the originality component of the proofing is ensured by randomly or quasi-randomly selecting the coordinates, where the physical object is to be placed.
A propulsion system for an aquatic vessel, wherein the propulsion system includes one or more Magnus-type rotors (102, 200, 308) that are operable to rotate about their respective substantially upright axes, a drive arrangement for rotating the one or more Magnus-type rotors (102, 200, 308), and a control arrangement for controlling the drive arrangement for varying a rate and/or a direction of rotations of each of the one or more Magnus-type rotors (102, 200, 308), wherein the control arrangement is operable to receive one or more measured apparent wind speeds and/or one or more measured apparent wind directions, and is additionally provided in operation with one or more forecasted wind speeds and/or one or more forecasted wind directions, further wherein the control arrangement is supplemented with one or more predicted wind speeds and/or one or more predicted wind directions derived from one or more weather models for use in controlling the drive arrangement for improving propulsion provided by the one or more Magnus-type rotors (102, 200, 308), wherein the one or more weather models are operable to determine the one or more predicted wind speeds and/or the one or more predicted wind directions depending on the one or more measured apparent wind speeds and/or the one or more measured apparent wind directions and the one or more forecasted wind speeds and/or the one or more forecasted wind directions, characterised in that the control arrangement is operable to control the drive arrangement to not accelerate or only partly accelerate the rate of rotations, when a total power required to accelerate the rate of rotations is higher than a predefined threshold value.
A cable exit trough mountable to an upstanding side of a lateral trough, the lateral trough defining a cable pathway, the upstanding side having uniform height and defining a first plane, the exit trough comprising: an arch-wall defining a convexly curved surface, the arch-wall including a sidewall portion, the sidewall portion positionable inside the lateral trough so that the arch-wall is in contact with a top edge of the lateral trough; opposed curved upstanding side surfaces separated by the arch-wall, the side surfaces with the arch-wall forming a curved exit pathway; a projecting member for mounting the exit trough to the lateral trough; wherein, when mounted to the lateral trough, the exit pathway leads over the top of the upstanding side of the lateral trough; and wherein, when mounted to the lateral trough, a curved portion of the arch-wall extends into the lateral trough and is spaced inwardly from an innermost surface of the upstanding side of the lateral trough, characterized in that the sidewall portion is positionable so that the arch-wall crosses the first plane at an angle relative to the first plane. an arch-wall defining a convexly curved surface, the arch-wall including a sidewall portion, the sidewall portion positionable inside the lateral trough so that the arch-wall is in contact with a top edge of the lateral trough; opposed curved upstanding side surfaces separated by the arch-wall, the side surfaces with the arch-wall forming a curved exit pathway; a projecting member for mounting the exit trough to the lateral trough; wherein, when mounted to the lateral trough, the exit pathway leads over the top of the upstanding side of the lateral trough; and wherein, when mounted to the lateral trough, a curved portion of the arch-wall extends into the lateral trough and is spaced inwardly from an innermost surface of the upstanding side of the lateral trough, characterized in that the sidewall portion is positionable so that the arch-wall crosses the first plane at an angle relative to the first plane.
An apparatus comprising: a magnetic apparatus that defines an actuation volume that is large enough to accommodate a sample, the magnetic apparatus including a magnet that is configured to create a magnetic field having a magnitude B in the sample when supplied with a DC current, the magnetic field magnitude B being greater than 0.5 Tesla or in a range of 1-20 Tesla; at least one biological construct within the sample, the biological construct configured to change its status in response to a change in temperature of a magnetocaloric actuator; and at least one magnetocaloric actuator coupled with the biological construct, wherein each magnetocaloric actuator is a particle having a size on the order of about 1-100μm; wherein each magnetocaloric actuator is configured such that a change in magnitude B of the created magnetic field in the sample causes the temperature of the magnetocaloric actuator to change, which causes a change in the status of the biological construct. a magnetic apparatus that defines an actuation volume that is large enough to accommodate a sample, the magnetic apparatus including a magnet that is configured to create a magnetic field having a magnitude B in the sample when supplied with a DC current, the magnetic field magnitude B being greater than 0.5 Tesla or in a range of 1-20 Tesla; at least one biological construct within the sample, the biological construct configured to change its status in response to a change in temperature of a magnetocaloric actuator; and at least one magnetocaloric actuator coupled with the biological construct, wherein each magnetocaloric actuator is a particle having a size on the order of about 1-100μm; wherein each magnetocaloric actuator is configured such that a change in magnitude B of the created magnetic field in the sample causes the temperature of the magnetocaloric actuator to change, which causes a change in the status of the biological construct.
A thermal protection device, comprising - a housing, - a varistor that is partly embedded in the housing to electrically insulate the varistor, wherein the varistor comprises a partly uninsulated contact surface, - an inner wall of insulating material, which is arranged adjacent to the contact surface of the varistor - a window in the inner wall to allow an electrical connection of the contact surface of the varistor in an operational state of the thermal protection device, - a moveable insulation block that is arranged to cover the window in the inner wall to insulate the varistor in a region of the window of the inner wall in a fault state of the thermal protection device, wherein a metal contact defines a spring terminal, such that the spring terminal is electrically connected through the window to the contact surface of the varistor during an operational state of the thermal protection device. - a housing, - a varistor that is partly embedded in the housing to electrically insulate the varistor, wherein the varistor comprises a partly uninsulated contact surface, - an inner wall of insulating material, which is arranged adjacent to the contact surface of the varistor - a window in the inner wall to allow an electrical connection of the contact surface of the varistor in an operational state of the thermal protection device, - a moveable insulation block that is arranged to cover the window in the inner wall to insulate the varistor in a region of the window of the inner wall in a fault state of the thermal protection device, wherein a metal contact defines a spring terminal, such that the spring terminal is electrically connected through the window to the contact surface of the varistor during an operational state of the thermal protection device.
Injection device, in particular for injecting fluid into an exhaust tract of an internal combustion engine, having a valve unit which has a valve needle, and injection chamber with at least one injection opening, and a control chamber, wherein the injection device is designed such that a pressure difference between the injection chamber and the control chamber causes a movement of the valve needle between an open position, in which the valve needle permits a fluid flow through the injection opening, and a closed position, in which the valve needle closes the injection opening, and having a pump unit which is integrated into the injection device and which is designed to suck fluid out of a fluid supply and supply said fluid at elevated pressure to the valve unit, wherein the pump unit has a piston chamber and a movable piston, and wherein the volume of the piston chamber can be varied by movement of the piston, characterized in that the piston can be moved by energization of the coil of an electromagnet or by means of a piezo actuator.
An optical coherence tomography "OCT"-based scanner calibration device comprising: a light source; an optical coupler arranged to split the light irradiated from the light source into first light and second light; a reference part arranged to generate reference light from the first light; a sample part arranged to generate measurement light from the second light; and a detector part arranged to generate an OCT image from the reference light and the measurement light, characterised in that the sample part comprises: a calibration tip having an image sensor, and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a memory arranged to store the pixel information and scanner input voltages corresponding to the positions of the measurement light on the image sensor, wherein the pixel information and the scanner input voltages together define calibration voltage data for the scanner. a light source; an optical coupler arranged to split the light irradiated from the light source into first light and second light; a reference part arranged to generate reference light from the first light; a sample part arranged to generate measurement light from the second light; and a detector part arranged to generate an OCT image from the reference light and the measurement light, characterised in that the sample part comprises: a calibration tip having an image sensor, and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a calibration tip having an image sensor, and a scanner arranged to scan the measurement light across the image sensor to generate pixel information; and a memory arranged to store the pixel information and scanner input voltages corresponding to the positions of the measurement light on the image sensor, wherein the pixel information and the scanner input voltages together define calibration voltage data for the scanner.
A method for sector selection performed in a communication system providing wireless communication to a communication device, the communication system being configured for shared cell deployment, the shared cell comprising at least two sectors (2, 3, 4), the communication system being configured for link adaptation of a radio link between the communication device and the shared cell wherein the link adaptation comprises a downlink link adaptation, the method comprising: - selecting, for the communication device, a set of sectors (2, 3, 4) for use in downlink transmissions to the communication device, - determining, for the communication device, a link adaptation parameter value relating to the link adaptation wherein the link adaptation parameter value comprises a block error rate, and wherein the determining comprises determining a block error rate for the communication device based on feedback reports relating to downlink transmissions to the communication device, - adapting, for a link adaptation parameter value that is higher than a threshold value, the set of sectors by adding a sector. - selecting, for the communication device, a set of sectors (2, 3, 4) for use in downlink transmissions to the communication device, - determining, for the communication device, a link adaptation parameter value relating to the link adaptation wherein the link adaptation parameter value comprises a block error rate, and wherein the determining comprises determining a block error rate for the communication device based on feedback reports relating to downlink transmissions to the communication device, - adapting, for a link adaptation parameter value that is higher than a threshold value, the set of sectors by adding a sector.
Method of processing a data packet relating to a service, said packet being conveyed by an interconnection gateway between a mobile communication network and a packet communication network, destined for said packet communication network, said method comprising a step of obtaining by a virtualized node an identifier of the service to which the packet relates; said method furthermore comprising: - a step of obtaining, on the basis of the service identifier, a sequence of at least one elementary network function (30, 40, 60) so as to process said packet; - to process the packet, the first function of the sequence corresponding at the first iteration to a current function, the packet being transmitted as input of a virtualized node (32, 42, 61) able to implement a current function: - application of the current function to the packet as input so as to obtain a packet as output by the virtualized node; - if there exists a function following the current function in the sequence: - selection (E61, E62) of a next virtualized node able to implement said function following the current function in the sequence, said function then becoming current function; - dispatching of the output packet to the selected node, the output packet thus becoming input packet for the application of the current function; - if there does not exist any function following the current function in the sequence, transmission of the packet as output to the packet communication network. - a step of obtaining, on the basis of the service identifier, a sequence of at least one elementary network function (30, 40, 60) so as to process said packet; - to process the packet, the first function of the sequence corresponding at the first iteration to a current function, the packet being transmitted as input of a virtualized node (32, 42, 61) able to implement a current function: - application of the current function to the packet as input so as to obtain a packet as output by the virtualized node; - if there exists a function following the current function in the sequence: - selection (E61, E62) of a next virtualized node able to implement said function following the current function in the sequence, said function then becoming current function; - dispatching of the output packet to the selected node, the output packet thus becoming input packet for the application of the current function; - selection (E61, E62) of a next virtualized node able to implement said function following the current function in the sequence, said function then becoming current function; - dispatching of the output packet to the selected node, the output packet thus becoming input packet for the application of the current function; - if there does not exist any function following the current function in the sequence, transmission of the packet as output to the packet communication network.
Necklace designed for activating the Thymus Gland comprising a necklace safeguard which comprises a vibration mechanism composed of a vibration motor, a power source and an on/off button, characterised in that the necklace safeguard is provided with locking element for fixing the necklace safeguard on the Thymus Gland.