mhurhangee/ep-ind-claims huggingface dataset:
An amphiphilic copolymer of the following formula: wherein the molar percentages of grafted maleic anhydride units, m, is in the range from 2 to 10 mole percent, the amount of diol is in the range from 2 to 10 mole percent; the molar values of propylene units, n, is in the range from 90 to 98 mole percent, and p is in the range of 5 to 500 ethylene oxide units.
Method for producing a handle sub-assembly intended to be assembled with a cap to form a cooking vessel, said sub-assembly comprising a handle, a sensor, in particular a temperature sensor, provided with at least one flexible and insulated conducting element (31, 32) connected to a connection member of a control circuit, said sub-assembly comprising a reception zone of the conducting element (31, 32), one part of which is arranged in the handle, characterised in that it comprises the following successive steps: a) Installing and tensioning the conducting element (31, 32) in the reception zone by exerting a tensile force on the connection member and/or on the conducting element (31, 32) after having placed said conducting element (31, 32) in a braking device arranged in the handle, the braking device authorising a displacement of the conducting element (31, 32) in the direction of the tensile force, when the tensile force exceeds a predetermined threshold, b) Installing the connection member and/or the conducting element (31, 32) in the handle, the handle comprising a reception housing wherein a residual part of the conducting element (31, 32) is arranged by forming at least one loop, the braking device thus preventing the displacement of the conducting element (31, 32) in the opposite direction of the direction of the tensile force during the forming of the loop. a) Installing and tensioning the conducting element (31, 32) in the reception zone by exerting a tensile force on the connection member and/or on the conducting element (31, 32) after having placed said conducting element (31, 32) in a braking device arranged in the handle, the braking device authorising a displacement of the conducting element (31, 32) in the direction of the tensile force, when the tensile force exceeds a predetermined threshold, b) Installing the connection member and/or the conducting element (31, 32) in the handle, the handle comprising a reception housing wherein a residual part of the conducting element (31, 32) is arranged by forming at least one loop, the braking device thus preventing the displacement of the conducting element (31, 32) in the opposite direction of the direction of the tensile force during the forming of the loop.
A pulse oximetry device, the device comprising: at least two light sources having different wavelengths; at least one detector (214, 216) responsive to said different wavelengths; a wrist strap; and a casing coupled to the wrist strap for housing the at least two light sources and the at least one detector; wherein each of the at least two light sources and the at least one detector (214, 216) is angled generally toward a virtual center point of the distal end of a wearer's ulna bone and each of the at least two light sources and the at least one detector (214, 216) has a different axis, wherein the wrist strap comprises: a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone. at least two light sources having different wavelengths; at least one detector (214, 216) responsive to said different wavelengths; a wrist strap; and a casing coupled to the wrist strap for housing the at least two light sources and the at least one detector; wherein each of the at least two light sources and the at least one detector (214, 216) is angled generally toward a virtual center point of the distal end of a wearer's ulna bone and each of the at least two light sources and the at least one detector (214, 216) has a different axis, wherein the wrist strap comprises: a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone. a first portion comprising a generally concave projection adapted to fit snugly against a wearer's wrist, wherein the generally concave projection further comprises a portion adapted to face the wearer's wrist, and wherein the portion adapted to face the wearer's wrist further comprises one or more ridges; and a second portion adapted for attachment to the first portion for fixating the wrist strap around a user's wrist, wherein the second portion comprises a second projection that assists to fixate the device at a fixated area corresponding to a distal end of the wearer's ulna bone.
A method of a submerged arc welding, comprising: a machining step of machining a double V groove in a pair of steels with a plate thickness of over 50 mm and 100 mm or less; and a welding step of performing a one-run welding with a flux on the pair of steels from a front surface and a rear surface by multi electrode submerged arc welding using two or more electrodes and six or less electrodes, wherein, in the welding step, a welding current for a first electrode is an alternating current with a waveform ratio of 60% or greater and 90% or less, and welding currents for other electrodes are an alternating current with a waveform ratio of 70% or greater, or a negative direct current, and wherein the flux consists of, in a mass ratio to a total mass of the flux: Al 2 O 3: 10% or greater and 50% or less; and SiO 2: 16% or greater and 30% or less, and further: one or more of MgO, TiO 2, CaF 2, and MnO, a total of which is 10% or greater and 60% or less, the MgO being limited to 40% or less, the TiO 2 being limited to 20% or less, the CaF 2 being limited to 30% or less, and the MnO being limited to 20% or less; and optionally metal powder(s) of Si, Mn, Al, Ti, Mo, Cu, Ni, Cr, or V; and further optionally iron powder. a machining step of machining a double V groove in a pair of steels with a plate thickness of over 50 mm and 100 mm or less; and a welding step of performing a one-run welding with a flux on the pair of steels from a front surface and a rear surface by multi electrode submerged arc welding using two or more electrodes and six or less electrodes, Al 2 O 3: 10% or greater and 50% or less; and SiO 2: 16% or greater and 30% or less, and further: one or more of MgO, TiO 2, CaF 2, and MnO, a total of which is 10% or greater and 60% or less, the MgO being limited to 40% or less, the TiO 2 being limited to 20% or less, the CaF 2 being limited to 30% or less, and the MnO being limited to 20% or less; and optionally metal powder(s) of Si, Mn, Al, Ti, Mo, Cu, Ni, Cr, or V; and further optionally iron powder. one or more of MgO, TiO 2, CaF 2, and MnO, a total of which is 10% or greater and 60% or less, the MgO being limited to 40% or less, the TiO 2 being limited to 20% or less, the CaF 2 being limited to 30% or less, and the MnO being limited to 20% or less; and optionally metal powder(s) of Si, Mn, Al, Ti, Mo, Cu, Ni, Cr, or V; and further optionally iron powder.
A nebulizer (900, 901, 1000, 1300) for delivering aerosol medication to patients via the respiratory system, comprising a porous medium (904, 1004, 1304) configured to produce aerosols, and a gas channel configured to introduce pressure gradient to the porous medium, characterized in that the nebulizer further comprises a displaceable wetting mechanism configured to spread a liquid over the porous medium thereby to wet the porous medium (904, 1004, 1304), wherein the displaceable wetting mechanism comprises a rotatable elongated member configured to move across the surface of the porous medium (904, 1004, 1304), thereby to homogeneously or semi-homogeneously spread the liquid over the surface.
An apparatus for a user device, comprising: a data source configured to generate payload data for transmission to an application server and output the payload data to a scheduler; the scheduler configured to schedule a first wireless interface of the user device to operate in a first transmission mode where the first wireless interface transmits the payload data to the application server via a wireless network; schedule a second wireless interface of the user device or another user device to operate in a second transmission mode where the second wireless interface transmits keep alive messages without payload data to the wireless network or to another wireless network, to receive at least one measured connection quality metric from the first wireless interface and from the second wireless interfaces, and to reschedule, on the basis of the received connection quality metrics, a transmission mode of at least one of the first wireless interface and the second wireless inter-face. a data source configured to generate payload data for transmission to an application server and output the payload data to a scheduler; the scheduler configured to schedule a first wireless interface of the user device to operate in a first transmission mode where the first wireless interface transmits the payload data to the application server via a wireless network; schedule a second wireless interface of the user device or another user device to operate in a second transmission mode where the second wireless interface transmits keep alive messages without payload data to the wireless network or to another wireless network, to receive at least one measured connection quality metric from the first wireless interface and from the second wireless interfaces, and to reschedule, on the basis of the received connection quality metrics, a transmission mode of at least one of the first wireless interface and the second wireless inter-face.
A method for establishing communications on a second communication device using a subscriber identity data of a first communication device, the method comprising: establishing, by the second mobile wireless communications device, a contactless short-range communication connection between the first mobile wireless communications device and the second mobile wireless communications device; receiving, by the second mobile wireless communications device, subscriber identity data and a shared secret from the first mobile wireless communications device, wherein the subscriber identity data is received in encrypted form; receiving, on the second mobile wireless communications device, input via an input device; determining, on the second mobile wireless communications device, whether the received input matches the shared secret; decrypting, on the second mobile wireless communications device, the subscriber identity data using the shared secret; establishing, by the second mobile wireless communications device, a wireless voice and/or data communication session using the decrypted subscriber identity data, and wherein the wireless voice and/or data communication session is established as a secure session in which applications and data used in the wireless voice and/or data communication session are segregated from applications and data stored locally on the second mobile wireless communications device, and in which data used in the wireless voice and/or data communication session is deleted when the wireless voice and/or data communication session ends. establishing, by the second mobile wireless communications device, a contactless short-range communication connection between the first mobile wireless communications device and the second mobile wireless communications device; receiving, by the second mobile wireless communications device, subscriber identity data and a shared secret from the first mobile wireless communications device, wherein the subscriber identity data is received in encrypted form; receiving, on the second mobile wireless communications device, input via an input device; determining, on the second mobile wireless communications device, whether the received input matches the shared secret; decrypting, on the second mobile wireless communications device, the subscriber identity data using the shared secret; establishing, by the second mobile wireless communications device, a wireless voice and/or data communication session using the decrypted subscriber identity data, and wherein the wireless voice and/or data communication session is established as a secure session in which applications and data used in the wireless voice and/or data communication session are segregated from applications and data stored locally on the second mobile wireless communications device, and in which data used in the wireless voice and/or data communication session is deleted when the wireless voice and/or data communication session ends.
A method of manufacturing a battery electrode, comprising: coating a compound containing an electrode active material and a binder on a sheet collector; and drying the compound to bond the collector and the compound, wherein in the coating process, a laser light is emitted to the compound wherein the method is characterized in that the laser light is emitted to an interface between the compound and the collector thereby accelerating the drying of the compound, and in that in the drying process, a drying speed is set larger than a minimum speed where a migration occurs in the compound. coating a compound containing an electrode active material and a binder on a sheet collector; and drying the compound to bond the collector and the compound, wherein in the coating process, a laser light is emitted to the compound wherein the method is characterized in that the laser light is emitted to an interface between the compound and the collector thereby accelerating the drying of the compound, and in that in the drying process, a drying speed is set larger than a minimum speed where a migration occurs in the compound.
A method for dosing a liquid using a pipette with adjustable dosing step size and an indicating equipment and a syringe that can be operated using the pipette, wherein 1.1 the syringe is detachably connected to the pipette, 1.2 at option, the dosing step size is set, or the dosing step size set before is maintained, 1.3 the dosing volume adjusted via the dosing step size is indicated by means of the indicating equipment, 1.4 the maximum number of dosing steps possible without refilling the syringe, with the set dosing step size and completely filled syringe, is indicated by means of the indicating equipment, 1.5 liquid is aspirated into the syringe, 1.6 a reverse stroke is performed after the syringe is filled with liquid, 1.7 dosing steps are performed, the performed dosing steps are counted and the number of performed dosing steps and/or the number of dosing steps still possible without refilling the syringe is determined and indicated by means of the indicating equipment, and 1.8 after performing the maximum number of dosing steps possible without refilling the syringe, either the syringe is detached from the pipette, or steps 1.2 to 1.8 are performed anew by means of the same syringe, wherein in step 1.7, the overall performed number of dosing steps with the syringe with the set dosing step size is counted, and/or the number of dosing steps still possible without refilling the syringe is determined and indicated by means of the indicating equipment. 1.1 the syringe is detachably connected to the pipette, 1.2 at option, the dosing step size is set, or the dosing step size set before is maintained, 1.3 the dosing volume adjusted via the dosing step size is indicated by means of the indicating equipment, 1.4 the maximum number of dosing steps possible without refilling the syringe, with the set dosing step size and completely filled syringe, is indicated by means of the indicating equipment, 1.5 liquid is aspirated into the syringe, 1.6 a reverse stroke is performed after the syringe is filled with liquid, 1.7 dosing steps are performed, the performed dosing steps are counted and the number of performed dosing steps and/or the number of dosing steps still possible without refilling the syringe is determined and indicated by means of the indicating equipment, and 1.8 after performing the maximum number of dosing steps possible without refilling the syringe, either the syringe is detached from the pipette, or steps 1.2 to 1.8 are performed anew by means of the same syringe, wherein in step 1.7, the overall performed number of dosing steps with the syringe with the set dosing step size is counted, and/or the number of dosing steps still possible without refilling the syringe is determined and indicated by means of the indicating equipment.
An audio signal processing apparatus which transforms an input audio signal sequence using a predetermined adjustment factor, comprising: a filter bank configured to transform the input audio signal sequence into Quadrature Mirror Filter QMF coefficients respectively represented as complex numbers using a filter for Quadrature Mirror Filter analysis and an adjusting unit configured to adjust the QMF coefficients depending on the predetermined adjustment factor indicating at least one of i) a predetermined time stretch or compression rate, and ii) a predetermined frequency modulation rate, characterized in that said adjusting unit further includes a bandwidth restricting unit configured to extract, from the QMF coefficients, new QMF coefficients corresponding to a predetermined bandwidth, either before or after the adjustment of the QMF coefficients. a filter bank configured to transform the input audio signal sequence into Quadrature Mirror Filter QMF coefficients respectively represented as complex numbers using a filter for Quadrature Mirror Filter analysis and an adjusting unit configured to adjust the QMF coefficients depending on the predetermined adjustment factor indicating at least one of i) a predetermined time stretch or compression rate, and ii) a predetermined frequency modulation rate, characterized in that said adjusting unit further includes a bandwidth restricting unit configured to extract, from the QMF coefficients, new QMF coefficients corresponding to a predetermined bandwidth, either before or after the adjustment of the QMF coefficients.
A deposition or cleaning apparatus, comprising: an outer chamber; a reaction chamber inside the outer chamber forming a double chamber structure, wherein the apparatus comprises a moving element configured to allow vertical movement of the reaction chamber between a processing position and a lowered position inside the outer chamber, the lowered position being for loading one or more substrates into the reaction chamber, the deposition or cleaning apparatus being characterized in that the moving element forms part of an exhaust line of the apparatus. an outer chamber; a reaction chamber inside the outer chamber forming a double chamber structure, wherein the apparatus comprises a moving element configured to allow vertical movement of the reaction chamber between a processing position and a lowered position inside the outer chamber, the lowered position being for loading one or more substrates into the reaction chamber, the deposition or cleaning apparatus being characterized in that the moving element forms part of an exhaust line of the apparatus.
A method for starting an aircraft engine, wherein said engine is coupled to a lubrication circuit comprising notably an oil pump system, said lubrication circuit being constructed and arranged to circulate oil in said engine, and wherein an operating mode of the engine comprises a stop mode and a standby mode corresponding to a low engine speed, said method for starting being characterised in that it includes, during a starting phase, the steps of: - measuring an oil temperature, said measurement step being performed by a temperature detection device; - depending on said temperature measured, compared to a threshold temperature, and depending on the operating mode of said engine, selecting a starting oil flow profile (P1, P2, P3) to be applied in said engine from among different startup oil flow profiles, said selection step being performed by a calculator; - applying said starting oil flow profile (P1, P2, P3) selected by means of said oil pump system, said oil pump system being controlled by said calculator. - measuring an oil temperature, said measurement step being performed by a temperature detection device; - depending on said temperature measured, compared to a threshold temperature, and depending on the operating mode of said engine, selecting a starting oil flow profile (P1, P2, P3) to be applied in said engine from among different startup oil flow profiles, said selection step being performed by a calculator; - applying said starting oil flow profile (P1, P2, P3) selected by means of said oil pump system, said oil pump system being controlled by said calculator.
A potato positioning device having a support frame, on which at least one potato supply container and positioning units are provided, which units receive the tubers from said container and discharge the same into respective prepared seed beds and comprise a circulating cup belt or similar separating members, wherein the supply container has a filling region, which extends in the direction of travel of the tractor substantially in front of the positioning units, wherein the tubers leaving the supply container may be conveyed to at least one of the positioning units in the respective rear regions and may be received in this position by the separating members, in that, in the region of the positioning units, at least one receiving space surrounding, at least partially, the rear side of said units is respectively provided, into which space a plurality of the tubers may be conveyed, these tubers may be individually grasped by the separating members and may be laid therefrom in the seed bed, wherein the supply container and the receiving space comprised of an intermediate storage container are connected by a conveyor assembly and, for conveying the tubers into the rear receiving space(s) of the positioning unit(s), at least one horizontal conveyor is provided, and wherein the unit formed by the supply container, the conveyor and the positioning unit with the receiving space is provided on a support frame, which may be optionally suspended to a traction assembly provided with supporting wheels on a tractor or supported, on a lifting unit to be hauled at the rear of the tractor at a three-point mount of the tractor and which may be displaced by means of a hydraulic lifting device, characterised in that the positioning units are positioned downstream of the supply container and the relevant conveyor is positioned, in the transverse direction of the device, starting from the supply container, between two positioning units which interact with respective partial regions of a receiving space.