mhurhangee/ep-ind-claims huggingface dataset:
An electrical apparatus, comprising: a probe for insertion into a body of a patient, the probe having a spiral electrode disposed on a distal end thereof, the spiral electrode having a first and a second end; and an interface circuit, which is configured to: transfer a radiofrequency ablation signal to both ends of the spiral electrode for ablating tissue in the body, output a voltage that develops across the spiral electrode in response to an external magnetic field, for measuring a position of the probe distal end in the body; and transfer electrical current through the spiral electrode for measuring a resistivity of the spiral electrode that is indicative of tissue temperature in a vicinity of the spiral electrode. a probe for insertion into a body of a patient, the probe having a spiral electrode disposed on a distal end thereof, the spiral electrode having a first and a second end; and an interface circuit, which is configured to: transfer a radiofrequency ablation signal to both ends of the spiral electrode for ablating tissue in the body, output a voltage that develops across the spiral electrode in response to an external magnetic field, for measuring a position of the probe distal end in the body; and transfer electrical current through the spiral electrode for measuring a resistivity of the spiral electrode that is indicative of tissue temperature in a vicinity of the spiral electrode. transfer a radiofrequency ablation signal to both ends of the spiral electrode for ablating tissue in the body, output a voltage that develops across the spiral electrode in response to an external magnetic field, for measuring a position of the probe distal end in the body; and transfer electrical current through the spiral electrode for measuring a resistivity of the spiral electrode that is indicative of tissue temperature in a vicinity of the spiral electrode.
A thermochemiluminescent silica nanoparticle comprising a plurality of molecules of 1,2-dioxetane having the general formula: wherein R 1, R 2, R 3 and R 4, are identical to each other or different from each other, and wherein R 1, R 2, R 3 and R 4 are selected from the group consisting of: -Me, -Et, -Pr, -iPr, -OMe, -OEt, -F, -Cl, -NH 2, - OH, -NO 2; or wherein R 1 and R 2, together with the carbon atom to which they are bonded, form an aromatic ring of 6 carbon atoms, and/or wherein R 2, and R 4, together with the carbon atom to which they are bonded, form an aromatic ring of 6 carbon atoms. wherein R 1, R 2, R 3 and R 4, are identical to each other or different from each other, and wherein R 1, R 2, R 3 and R 4 are selected from the group consisting of: -Me, -Et, -Pr, -iPr, -OMe, -OEt, -F, -Cl, -NH 2, - OH, -NO 2; or wherein R 1 and R 2, together with the carbon atom to which they are bonded, form an aromatic ring of 6 carbon atoms, and/or wherein R 2, and R 4, together with the carbon atom to which they are bonded, form an aromatic ring of 6 carbon atoms.
Method for unloading a payload at a loading station, wherein the payload (L(spez_L)) to be unloaded is selected from different possible payloads (L, L, L, L(i)) and registered, and wherein during the method the following items of information are registered by the control unit and signalled by means of a display unit: - a total target quantity (m_sum_ziel) of the selected payload (L(spez_L)) to be unloaded at the loading station from a picking unit on a lifting device of a work machine by shaking as a target quantity unit, - a current total quantity (m_sum_akt) of the selected payload (L(spez_L)) that has already been unloaded at the loading station as an actual quantity unit, - a number (n_KV) of already performed unloading procedures, which corresponds to a quantity (m_sum_akt) of the selected payload (L(spez_L)) that has already been unloaded at the loading station, - a difference (Δm_sum, m_zul) between the target quantity unit (m_sum_ziel) and the actual quantity unit (m_sum_akt), characterized in that the payload (L(spez_L)) is only proportionately shaken out of the picking unit during at least one unloading procedure in order to achieve the predetermined total target quantity (m_sum_ziel) at the loading station. - a total target quantity (m_sum_ziel) of the selected payload (L(spez_L)) to be unloaded at the loading station from a picking unit on a lifting device of a work machine by shaking as a target quantity unit, - a current total quantity (m_sum_akt) of the selected payload (L(spez_L)) that has already been unloaded at the loading station as an actual quantity unit, - a number (n_KV) of already performed unloading procedures, which corresponds to a quantity (m_sum_akt) of the selected payload (L(spez_L)) that has already been unloaded at the loading station, - a difference (Δm_sum, m_zul) between the target quantity unit (m_sum_ziel) and the actual quantity unit (m_sum_akt), characterized in that the payload (L(spez_L)) is only proportionately shaken out of the picking unit during at least one unloading procedure in order to achieve the predetermined total target quantity (m_sum_ziel) at the loading station.
A charging accessory for an aerosol delivery device comprising: a power interface that is configured to receive power from a power supply and couple with the aerosol delivery device for providing power to the aerosol delivery device; and authentication circuitry that is configured to receive an age verification of a user, wherein the power is not provided to the aerosol delivery device without the age verification. a power interface that is configured to receive power from a power supply and couple with the aerosol delivery device for providing power to the aerosol delivery device; and authentication circuitry that is configured to receive an age verification of a user, wherein the power is not provided to the aerosol delivery device without the age verification.
Timber-to-concrete connector having a body which has a bearing surface for mounting on a timber substrate and a screw receiver, in such a way that a screw of the connector, with which screw the body is arranged to be screwed in place on the substrate, is held by the body with its screw longitudinal axis at an angle of from 20 to 80 degrees, especially from 30 to 60 degrees and preferably from 40 to 50 degrees, with respect to the bearing surface, the body having a holding device such that a bar of a metal grid can be held parallel to the bearing surface by the holding device, the holding device being groove-like, wherein, when the connector is in the mounted state in which the body has been screwed in place on the substrate with the screw, the screw defines a notional shear plane in which the screw longitudinal axis lies, the shear plane being perpendicular to the bearing surface, and the holding device is formed by a recess, the direction of longitudinal extent of which is substantially parallel to the bearing surface and substantially parallel to the shear plane, characterised in that the bar of the metal grid lies in the holding device to an extent such that it is held centred and is substantially secured against displacement.
A method of determining a value of a characteristic related to timing between sequential events of an input electronic signal using an input capture counter having a maximum counting value, the input electronic signal having an expected variable period between events whose value is between a maximum period value and a minimum period value with a delta period value equal to a difference between the maximum period value and the minimum period value, the method comprising: receiving the electronic signal; setting a counter rate of the input capture counter to a value equal to the maximum counting value divided by the delta period value; detecting a first capture event; determining a value of the input capture counter at the first capture event; detecting a second capture event; determining a value of the input capture counter at the second capture event; and determining the value of the characteristic related to timing based on the value of the input counter at the first capture event and the value of the input counter at the second capture event. receiving the electronic signal; setting a counter rate of the input capture counter to a value equal to the maximum counting value divided by the delta period value; detecting a first capture event; determining a value of the input capture counter at the first capture event; detecting a second capture event; determining a value of the input capture counter at the second capture event; and determining the value of the characteristic related to timing based on the value of the input counter at the first capture event and the value of the input counter at the second capture event.
A system, comprising: a composite piston, comprising: a piston body comprising a plurality of piston body portions (72, 74) separate from one another, each piston body portion (72,74) being made of a composite material comprising a reinforcing material distributed in a matrix material; and a piston ring carrier coupled to the piston body, characterised in that the piston ring carrier is axially captured between respective outer lips of first and second body portions (72, 74) of the plurality of piston body portions (72, 74), the respective outer lips extend in an axial direction relative to a central axis of the composite piston, the piston ring carrier axially abuts respective axial end faces of the respective outer lips of the first and second body portions (72, 74) of the plurality of piston body portions, the first body portion of the plurality of piston body portions comprises a first inner hub, the second body portion of the plurality of piston body portions comprises a second inner hub, and the first and second inner hubs axially abut one another. a composite piston, comprising: a piston body comprising a plurality of piston body portions (72, 74) separate from one another, each piston body portion (72,74) being made of a composite material comprising a reinforcing material distributed in a matrix material; and a piston ring carrier coupled to the piston body, characterised in that the piston ring carrier is axially captured between respective outer lips of first and second body portions (72, 74) of the plurality of piston body portions (72, 74), the respective outer lips extend in an axial direction relative to a central axis of the composite piston, the piston ring carrier axially abuts respective axial end faces of the respective outer lips of the first and second body portions (72, 74) of the plurality of piston body portions, the first body portion of the plurality of piston body portions comprises a first inner hub, the second body portion of the plurality of piston body portions comprises a second inner hub, and the first and second inner hubs axially abut one another. a piston body comprising a plurality of piston body portions (72, 74) separate from one another, each piston body portion (72,74) being made of a composite material comprising a reinforcing material distributed in a matrix material; and a piston ring carrier coupled to the piston body, characterised in that the piston ring carrier is axially captured between respective outer lips of first and second body portions (72, 74) of the plurality of piston body portions (72, 74), the respective outer lips extend in an axial direction relative to a central axis of the composite piston, the piston ring carrier axially abuts respective axial end faces of the respective outer lips of the first and second body portions (72, 74) of the plurality of piston body portions, the first body portion of the plurality of piston body portions comprises a first inner hub, the second body portion of the plurality of piston body portions comprises a second inner hub, and the first and second inner hubs axially abut one another.
Method for the production of blow-moulded containers at least regions of which are sterile, in which a preform made from a thermoplastic material is first heated and then stretched by a stretching bar and then a fluid that is under pressure is applied to it, and in which a sterilisation agent is introduced into the area of the preform, characterised in that the stretching rod, at least regions thereof and at least temporarily, is being sterilised in the area of a blowing facility, whereby a blow-moulding operation of the blowing facility is being interrupted for carrying out the stretching rod sterilisation, and whereby a separate receiving container is being inserted into a blowing station of the blowing facility for carrying out the sterilisation of the stretching rod.
An arrangement comprising a welding bug and two pipes, the welding bug being arranged to weld the two pipes (13a, 13b) together along a circumferentially extending groove between the ends of the two pipes, the welding bug having a width substantially parallel to the tangent to the pipe cross-section at the location being welded, and a length substantially parallel to the longitudinal axes of the pipes, wherein the welding bug comprises a welding torch, the welding bug being arranged to enable the torch to weld in the groove between the pipes, and wherein the welding torch is mounted for rotational movement about an axis, characterized in that the axis is substantially horizontal, relative to the welding bug and parallel to the width of the bug, so that the torch is moveable between (i) an operating position in which the welding torch is positioned in the groove, and (ii) a disengaged position in which the welding torch is positioned away from the groove.
A striking tool (1, 1A) comprising: a striking mechanism configured to strike a fastener into a member to be struck; a motor configured to drive the striking mechanism; and a clutch (80, 80a) provided between the striking mechanism and the motor and configured to switch transmission and interruption of a drive force of the motor to the striking mechanism characterized by. a control unit configured to execute a cooling mode of cooling the motor in which the motor is idled, so that a fan attached to the motor rotates, and in which the clutch (80, 80a) is disconnected hence the transmission of the drive force of the motor to the striking mechanism is interrupted by the clutch (80, 80a), wherein the control unit is configured to connect the clutch (80, 80a) and execute a striking operation in response to actuation of a trigger during the cooling mode in which the clutch (80, 80a) is disconnected and the clutch (80, 80a) interrupts the drive force of the motor to the striking mechanism. a striking mechanism configured to strike a fastener into a member to be struck; a motor configured to drive the striking mechanism; and a clutch (80, 80a) provided between the striking mechanism and the motor and configured to switch transmission and interruption of a drive force of the motor to the striking mechanism characterized by. a control unit configured to execute a cooling mode of cooling the motor in which the motor is idled, so that a fan attached to the motor rotates, and in which the clutch (80, 80a) is disconnected hence the transmission of the drive force of the motor to the striking mechanism is interrupted by the clutch (80, 80a), wherein the control unit is configured to connect the clutch (80, 80a) and execute a striking operation in response to actuation of a trigger during the cooling mode in which the clutch (80, 80a) is disconnected and the clutch (80, 80a) interrupts the drive force of the motor to the striking mechanism.
A base station in a wireless communication system, the base station comprising: a transceiver configured to transmit, to a terminal, configuration information, and to receive, from the terminal, signals; and a physical channel de-multiplexer configured to de-multiplex the signals, to extract a random access preamble using a first resource based on a random access channel, RACH, resource, and to extract a sounding reference signal, SRS, using a second resource, wherein the first resource for the random access preamble does not overlap with the second resource for the SRS in an uplink pilot time slot, UpPTS, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at other position of the frequency band, and wherein the first resource blocks of the RACH resource and the second resource blocks of the RACH resource are determined based on a RACH resource index according to the configuration information. a transceiver configured to transmit, to a terminal, configuration information, and to receive, from the terminal, signals; and a physical channel de-multiplexer configured to de-multiplex the signals, to extract a random access preamble using a first resource based on a random access channel, RACH, resource, and to extract a sounding reference signal, SRS, using a second resource, wherein the first resource for the random access preamble does not overlap with the second resource for the SRS in an uplink pilot time slot, UpPTS, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at other position of the frequency band, and wherein the first resource blocks of the RACH resource and the second resource blocks of the RACH resource are determined based on a RACH resource index according to the configuration information.
Ironing device, comprising - a steam generator comprising a water reservoir, a boiler for receiving water and a heating member for evaporating water received in the boiler, the boiler comprising a valve as a steam outlet for connecting to a steam line for supplying the steam to a hand-held device connected to the line, - a hand-held device, comprising - an iron soleplate, - a heating member for heating the iron soleplate, - a handle and an input means for activating and deactivating the valve in order to release steam from the boiler, characterised in that the hand-held device further comprises a temperature sensor in order to detect the temperature of the soleplate and to transmit the temperature to the control means via a signal connection, the control means being designed or programmed to activate and deactivate the valve depending on the input means and the temperature detected by the temperature sensor, and the control means being designed to block the valve or the steam output if the detected temperature of the soleplate does not reach a predetermined threshold value. - a steam generator comprising a water reservoir, a boiler for receiving water and a heating member for evaporating water received in the boiler, the boiler comprising a valve as a steam outlet for connecting to a steam line for supplying the steam to a hand-held device connected to the line, - a hand-held device, comprising - an iron soleplate, - a heating member for heating the iron soleplate, - a handle and an input means for activating and deactivating the valve in order to release steam from the boiler,
A cast metal matrix composite including: - one or more ceramic cakes comprising: Al 2 O 3, ZrO 2, ferrous metal and TiC, wherein the ceramic cakes comprise from 30 to 60 wt% of Al 2 O 3, from 20 to 40 wt% of ZrO 2, from 0,2 to 4 wt% of graphite, from 1 to 20 wt% of FeTi and from 3 to 6 wt% of binder compared to the total weight of the ceramic cakes before pouring the metal matrix and wherein they comprise from 2 to 10 vol% of TiC after pouring the metal matrix with respect to the total volume of metal in the ceramic cake after pouring the metal matrix, and - a metal matrix comprising: ferrous metal and TiC, wherein the metal matrix comprises from 50 to 90 wt% of ferrous metal compared to the total weight of the metal matrix and from 0,1 to 10 vol% of TiC compared to the total volume of the metal matrix. - one or more ceramic cakes comprising: Al 2 O 3, ZrO 2, ferrous metal and TiC, wherein the ceramic cakes comprise from 30 to 60 wt% of Al 2 O 3, from 20 to 40 wt% of ZrO 2, from 0,2 to 4 wt% of graphite, from 1 to 20 wt% of FeTi and from 3 to 6 wt% of binder compared to the total weight of the ceramic cakes before pouring the metal matrix and wherein they comprise from 2 to 10 vol% of TiC after pouring the metal matrix with respect to the total volume of metal in the ceramic cake after pouring the metal matrix, and - a metal matrix comprising: ferrous metal and TiC, wherein the metal matrix comprises from 50 to 90 wt% of ferrous metal compared to the total weight of the metal matrix and from 0,1 to 10 vol% of TiC compared to the total volume of the metal matrix.
A method of handling a resource exchange for a network, comprising the steps of: receiving at least one channel information report transmitted by at least one communication device pair, respectively; determining at least one first performance metric corresponding to at least one first resource allocated to the at least one communication device pair and at least one second performance metric corresponding to at least one second resource according to the at least one channel information report; determining at least one resource exchange according to the at least one first performance metric and the at least one second performance metric; and performing the at least one resource exchange on the at least one first resource and on at least one available resource at the network, to allocate the at least one second resource to the at least one communication device pair; wherein the at least one second resource is comprised in the at least one first resource and the at least one available resource. receiving at least one channel information report transmitted by at least one communication device pair, respectively; determining at least one first performance metric corresponding to at least one first resource allocated to the at least one communication device pair and at least one second performance metric corresponding to at least one second resource according to the at least one channel information report; determining at least one resource exchange according to the at least one first performance metric and the at least one second performance metric; and performing the at least one resource exchange on the at least one first resource and on at least one available resource at the network, to allocate the at least one second resource to the at least one communication device pair; wherein the at least one second resource is comprised in the at least one first resource and the at least one available resource.
A method for producing a colloidal suspension of zirconia particles, comprising the following successive steps: a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, b) separating the slurry obtained from the supernatant, and c) peptizing said slurry by adding a strong acid thereto, and d) desalting said slurry, for example by ultrafiltration, so as to form a colloidal suspension of zirconia. a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, b) separating the slurry obtained from the supernatant, and c) peptizing said slurry by adding a strong acid thereto, and d) desalting said slurry, for example by ultrafiltration, so as to form a colloidal suspension of zirconia.