mhurhangee/ep-ind-claims huggingface dataset:
A mobile device capable of facilitating a financial transaction or other data exchange using close range communication, the mobile device comprising: multiple antennas and/or transmitters mounted (514, 516) on the mobile device configured to transmit a message comprising a plurality of portions in a transmission of a plurality of signals from the mobile device to a receiving device to complete the financial transaction or other data exchange, wherein the mobile device is configured to transmit the plurality of portions i) from different antennas and/or transmitters (514, 516) from among the multiple antennas and/or transmitters (514, 516), and ii) at a different level or setting of a signal characteristic, respectively, to facilitate completing the financial transaction or other data exchange in a secure manner. multiple antennas and/or transmitters mounted (514, 516) on the mobile device configured to transmit a message comprising a plurality of portions in a transmission of a plurality of signals from the mobile device to a receiving device to complete the financial transaction or other data exchange, wherein the mobile device is configured to transmit the plurality of portions i) from different antennas and/or transmitters (514, 516) from among the multiple antennas and/or transmitters (514, 516), and ii) at a different level or setting of a signal characteristic, respectively, to facilitate completing the financial transaction or other data exchange in a secure manner. i) from different antennas and/or transmitters (514, 516) from among the multiple antennas and/or transmitters (514, 516), and ii) at a different level or setting of a signal characteristic, respectively, to facilitate completing the financial transaction or other data exchange in a secure manner.
An isolated polynucleotide comprising a nucleotide sequence that encodes a cytochrome P450 reductase, wherein the nucleotide sequence encodes a polypeptide having at least 90% amino acid sequence identity to the amino acid sequence set forth in SEQ ID NO:4, wherein the CPR transfers electrons from NADPH to an amorpha-4,11-diene oxidase having the amino acid sequence set forth in SEQ ID NO:2.
A compression product comprising an elastic component or material, the elastic component or material having a delayed continuous relaxation behaviour, the elastic material being capable of applying a compression or a supporting force or a local pressure to a part of the body of a subject, the elastic material furthermore being capable of passing through a first phase during which the material is expanded, a second phase during which the component or material relaxes without recovering its original shape, and a third phase during which the component or material recovers its original shape with successive deceleration, wherein relaxation is self-initiated in the absence of an external stimulus, wherein the compression product comprises an elastic component or material comprising or consisting of: (a) a non-quaternised polyurethane polymer containing N-diol (PU-N); and/or (b) a quaternised polyurethane polymer containing quaternised N-diol (PU-N+); and, optionally, (c) elastane. the elastic material being capable of applying a compression or a supporting force or a local pressure to a part of the body of a subject, the elastic material furthermore being capable of passing through a first phase during which the material is expanded, a second phase during which the component or material relaxes without recovering its original shape, and a third phase during which the component or material recovers its original shape with successive deceleration, wherein relaxation is self-initiated in the absence of an external stimulus, wherein the compression product comprises an elastic component or material comprising or consisting of: (a) a non-quaternised polyurethane polymer containing N-diol (PU-N); and/or (b) a quaternised polyurethane polymer containing quaternised N-diol (PU-N+); and, optionally, (c) elastane. (a) a non-quaternised polyurethane polymer containing N-diol (PU-N); and/or (b) a quaternised polyurethane polymer containing quaternised N-diol (PU-N+); and, optionally, (c) elastane.
A computer-implemented method for evaluating an aorta of a patient, comprising: receiving a pre-acquired medical image of an aorta of a patient; segmenting the aorta from the medical image with a machine learning model which is trained to segment the aorta from the medical image based on training images and additional data associated with the training images, wherein the aorta is segmented from the medical image to provide an initial aortic mask, wherein the additional data comprise anatomical information of the patient represented as denoting the location of different landmarks, meshes or masks denoting the boundary of specific organs, feature vectors embedding information about the medical image or a genetic profile of a patient associated with the training image; identifying one or more measurement planes on the segmented aorta; identifying an aortic centerline of the aorta; identifying one or more locations on the aortic centerline and corresponding plane normal vectors as the one or more measurement planes; refining the segmented aorta based on the aortic centerline, wherein a refined aortic mask is first determined by refining the initial aortic mask using a region-wise model applied in the neighborhood of the initial aortic centerline; refining the aortic centerline based on the refined segmented aorta; calculating at least one measurement at each of the one or more measurement planes; and evaluating the aorta of the patient based on the at least one measurement calculated at each of the one or more measurement planes. receiving a pre-acquired medical image of an aorta of a patient; segmenting the aorta from the medical image with a machine learning model which is trained to segment the aorta from the medical image based on training images and additional data associated with the training images, wherein the aorta is segmented from the medical image to provide an initial aortic mask, wherein the additional data comprise anatomical information of the patient represented as denoting the location of different landmarks, meshes or masks denoting the boundary of specific organs, feature vectors embedding information about the medical image or a genetic profile of a patient associated with the training image; identifying one or more measurement planes on the segmented aorta; identifying an aortic centerline of the aorta; identifying one or more locations on the aortic centerline and corresponding plane normal vectors as the one or more measurement planes; refining the segmented aorta based on the aortic centerline, wherein a refined aortic mask is first determined by refining the initial aortic mask using a region-wise model applied in the neighborhood of the initial aortic centerline; refining the aortic centerline based on the refined segmented aorta; calculating at least one measurement at each of the one or more measurement planes; and evaluating the aorta of the patient based on the at least one measurement calculated at each of the one or more measurement planes.
A livestock container comprising: a floor; a roof; sidewalls spanning the floor and the roof; a front wall spanning the floor and the roof; at least one pair of convertible platforms mounted pairwise to respectively corresponding sidewalls and moveable selectively between a stored position and a deployed position to form an elevated level floor spanning the sidewalls; and a plurality of compartment gates mounted to the sidewalls moveable selectively between an open position and a closed position to form compartments, wherein at least one of the convertible platforms is a bi-fold platform positioned to be supported from below when in the deployed position by a corresponding compartment gate when in the closed position, characterized in that the container comprises a tailgate operative selectively to close a rear opening defined by the sidewalls, the floor, and the roof; and that the bi-fold platform comprises an outer portion hingedly mounted proximal an outer edge of the outer portion at an inner surface of the corresponding sidewall, and an inner portion hingedly mounted to the outer portion proximal an inner edge of the outer portion and an adjacent outer edge of the inner portion. a floor; a roof; sidewalls spanning the floor and the roof; a front wall spanning the floor and the roof; at least one pair of convertible platforms mounted pairwise to respectively corresponding sidewalls and moveable selectively between a stored position and a deployed position to form an elevated level floor spanning the sidewalls; and a plurality of compartment gates mounted to the sidewalls moveable selectively between an open position and a closed position to form compartments, wherein at least one of the convertible platforms is a bi-fold platform positioned to be supported from below when in the deployed position by a corresponding compartment gate when in the closed position, characterized in that the container comprises a tailgate operative selectively to close a rear opening defined by the sidewalls, the floor, and the roof; and that the bi-fold platform comprises an outer portion hingedly mounted proximal an outer edge of the outer portion at an inner surface of the corresponding sidewall, and an inner portion hingedly mounted to the outer portion proximal an inner edge of the outer portion and an adjacent outer edge of the inner portion.
A composition comprising a bacterial mixture for use in the prevention and improvement of the condition of ungulates suffering from diseases involving a parasitic or bacterial podal infection, said composition comprising: - at least one of the four following Bacillus subtilis strains: NOL01, NOL02, NOL03 and NOL04, said strains being deposited at the CNCM under the numbers CNCM I - 4606, CNCM I-5043, CNCM I - 4607 and CNCM I - 4608, respectively, and - at least one lactic bacterium selected from the following lactic bacteria: Lactococcus lactis spp lactis 1 strain NOL11 and Pediococcus pentosaceus 2 strain NOL12, said strains being deposited at the CNCM under the numbers CNCM I - 4609 and CNCM I - 4610, respectively. - at least one of the four following Bacillus subtilis strains: NOL01, NOL02, NOL03 and NOL04, said strains being deposited at the CNCM under the numbers CNCM I - 4606, CNCM I-5043, CNCM I - 4607 and CNCM I - 4608, respectively, and - at least one lactic bacterium selected from the following lactic bacteria: Lactococcus lactis spp lactis 1 strain NOL11 and Pediococcus pentosaceus 2 strain NOL12, said strains being deposited at the CNCM under the numbers CNCM I - 4609 and CNCM I - 4610, respectively.
A method for making a direct emulsion of a copolymer in water, characterized in that it comprises the polymerization of at least, expressed as a percentage by weight of each of the monomers based upon the total weight of the monomers: a) 10 to 80% by weight of methacrylic acid and, optionally, of acrylic acid; b) 15 to 80% by weight of at least one non-ionic vinyl monomer; c) 0.05 to 9.5% by weight of 2-acrylamido-2-methylpropane sulfonic acid or a salt thereof; d) 0.5 to 30% by weight of at least one monomer containing at least one hydrophobic group; and e) 0.01 to 5% by weight of at least one crosslinking monomer; said polymerization being carried out in the presence of at least one surfactant a) 10 to 80% by weight of methacrylic acid and, optionally, of acrylic acid; b) 15 to 80% by weight of at least one non-ionic vinyl monomer; c) 0.05 to 9.5% by weight of 2-acrylamido-2-methylpropane sulfonic acid or a salt thereof; d) 0.5 to 30% by weight of at least one monomer containing at least one hydrophobic group; and e) 0.01 to 5% by weight of at least one crosslinking monomer;
Induction hob comprising a power stage of quasi-resonant architecture with a single switching element configured as an insulated-gate bipolar transistor for enabling an alternating current flow through an induction element and a control unit providing an enabling signal to the switching element for enabling said current flow through said induction element, wherein, the induction hob comprises a trigger generation unit, said trigger generation unit receiving an oscillating voltage (Vc) provided at a first monitoring point of the power stage and a reference voltage (Vdc) provided at a second monitoring point of the power stage, the trigger generation unit being adapted to derive a trigger signal based on the oscillating voltage (Vc) and the reference voltage (Vdc); the trigger generation unit being coupled with the control unit for transmitting said trigger signal to the control unit; the control unit comprising a delay unit (11.1), said delay unit (11.1) being triggered by the trigger signal, wherein the delay unit (11.1) is configured to control the provision of an enabling signal to the switching element after elapsing of a delay time (Δt).
A vacuum pump, comprising a stator element arranged in a pump housing, a rotor element cooperating with the stator element, a rotor shaft supporting the rotor element, bearing elements arranged in the pump housing and supporting the rotor shaft, and at least one supporting element surrounding at least one of the bearing elements and having an inner portion connected to the bearing element, an outer portion connected to the pump housing and a plurality of spring arms connecting the inner portion to the outer portion, characterized in that each spring arm comprises at least one hollow space that is completely enclosed. a stator element arranged in a pump housing, a rotor element cooperating with the stator element, a rotor shaft supporting the rotor element, bearing elements arranged in the pump housing and supporting the rotor shaft, and at least one supporting element surrounding at least one of the bearing elements and having an inner portion connected to the bearing element, an outer portion connected to the pump housing and a plurality of spring arms connecting the inner portion to the outer portion, characterized in that each spring arm comprises at least one hollow space that is completely enclosed.
Household appliance comprising a steam generator with vaporisation supplied by a reservoir and an accessory for the treatment of laundry, said steam generator being connected to a steam distribution circuit through which the steam produced by the steam generator is conveyed in the direction of said accessory for the treatment of the laundry diffusing steam, said steam distribution circuit comprising an anti-return valve for the pressurisation of a distribution duct connected to said accessory for the treatment of the laundry, said anti-return valve for pressurisation having a calibration pressure adapted in such a way as to allow steam to pass in the direction of said accessory for the treatment of the laundry only when the pressure in the distribution duct is greater than or equal to a predetermined threshold, characterised in that the steam generator is with instantaneous vaporisation and in that said accessory for the treatment of the laundry comprises a manual control valve that makes it possible to interrupt, via control, the diffusion of the steam through said accessory for the treatment of the laundry.
A verification cap for verifying installation of a fastening clip to a support structure comprising: a tubular base member, comprising an enclosing side wall defining an interior space between an open bottom end portion and an open top end portion, configured to retainingly receive at least a portion of the fastening clip during assembly, and a cover member, hingeably connected to said base member and movable between a closed position, lockingly engaged with said top end portion of said side wall, and an open position, disengaged from said top end portion of said side wall, a RFID system, operably coupled to an inner surface of said cover member and configured to actuate transmission of a verification signal only when said cover member is in said closed position, lockingly engaged with said top end portion of said side wall such that the fastening clip is in a predetermined position relative to said RFID system, during use. a tubular base member, comprising an enclosing side wall defining an interior space between an open bottom end portion and an open top end portion, configured to retainingly receive at least a portion of the fastening clip during assembly, and a cover member, hingeably connected to said base member and movable between a closed position, lockingly engaged with said top end portion of said side wall, and an open position, disengaged from said top end portion of said side wall, a RFID system, operably coupled to an inner surface of said cover member and configured to actuate transmission of a verification signal only when said cover member is in said closed position, lockingly engaged with said top end portion of said side wall such that the fastening clip is in a predetermined position relative to said RFID system, during use.
A method comprising: receiving, by a wireless device, one or more configuration parameters for a secondary cell, wherein the one or more configuration parameters indicate a plurality of bandwidth parts, BWPs, comprising a first BWP and a second BWP; switching an active BWP of the secondary cell to the first BWP; sending a message associated with a random access procedure via the first BWP; determining, based on a quantity of uplink transmissions, that the random access procedure is unsuccessful; and based on the determining that the random access procedure is unsuccessful, switching the active BWP of the secondary cell to the second BWP. receiving, by a wireless device, one or more configuration parameters for a secondary cell, wherein the one or more configuration parameters indicate a plurality of bandwidth parts, BWPs, comprising a first BWP and a second BWP; switching an active BWP of the secondary cell to the first BWP; sending a message associated with a random access procedure via the first BWP; determining, based on a quantity of uplink transmissions, that the random access procedure is unsuccessful; and based on the determining that the random access procedure is unsuccessful, switching the active BWP of the secondary cell to the second BWP.
A method for generating a miniature application, wherein a miniature application is an application that comprises a subset of program instructions of another application, the method comprising: executing a first application on a cloud computing system for a period of time; recording user input signals, input via a first client device, that direct the execution of the first application during the period of time; recording executable instructions and state data of the first application executed during the period of time; generating a second application to correspond to one or more parts of the first application that was executed during a portion of the period of time, the second application defined by executable instructions and state data of the first application as recorded during the portion of the period of time; generating a miniature application to include the second application and the user input signals recorded during execution of the first application during the portion of the period of time; characterized by: publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application. executing a first application on a cloud computing system for a period of time; recording user input signals, input via a first client device, that direct the execution of the first application during the period of time; recording executable instructions and state data of the first application executed during the period of time; generating a second application to correspond to one or more parts of the first application that was executed during a portion of the period of time, the second application defined by executable instructions and state data of the first application as recorded during the portion of the period of time; generating a miniature application to include the second application and the user input signals recorded during execution of the first application during the portion of the period of time; characterized by: publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application. publishing the generated miniature application, wherein activation of the published miniature application by a second client device initiates execution of the miniature application on the second client device; and generating a second miniature application to include the second application and the user input signals recorded during execution of the miniature application.
A high voltage silicon carbide, SiC, device, comprising: a SiC insulated gate bipolar transistor, IGBT, comprising a voltage blocking SiC substrate as a drift region of the IGBT; a planar edge termination structure of a first conductivity type at a first surface of the voltage blocking substrate and surrounding an active region of the IGBT; and a beveled edge termination structure extending through a second surface of the voltage blocking substrate opposite the first surface of the voltage blocking substrate, wherein the voltage blocking substrate is a boule grown substrate; and an epitaxial silicon carbide layer on the second surface of the voltage blocking substrate, wherein the planar edge termination structure includes a plurality of floating guard rings; wherein the epitaxial silicon carbide layer has the first conductivity type opposite to a second conductivity type of the voltage blocking substrate and forms a collector region of the IGBT; and wherein the voltage blocking substrate includes an upper portion having a substantially vertical edge and a lower portion having a beveled edge extending to a bottom surface of the epitaxial silicon carbide layer, so as to form the beveled edge termination structure, beveled from the bottom surface of the epitaxial silicon carbide layer inwards toward the voltage blocking substrate. a SiC insulated gate bipolar transistor, IGBT, comprising a voltage blocking SiC substrate as a drift region of the IGBT; a planar edge termination structure of a first conductivity type at a first surface of the voltage blocking substrate and surrounding an active region of the IGBT; and a beveled edge termination structure extending through a second surface of the voltage blocking substrate opposite the first surface of the voltage blocking substrate, wherein the voltage blocking substrate is a boule grown substrate; and an epitaxial silicon carbide layer on the second surface of the voltage blocking substrate, wherein the planar edge termination structure includes a plurality of floating guard rings; wherein the epitaxial silicon carbide layer has the first conductivity type opposite to a second conductivity type of the voltage blocking substrate and forms a collector region of the IGBT; and wherein the voltage blocking substrate includes an upper portion having a substantially vertical edge and a lower portion having a beveled edge extending to a bottom surface of the epitaxial silicon carbide layer, so as to form the beveled edge termination structure, beveled from the bottom surface of the epitaxial silicon carbide layer inwards toward the voltage blocking substrate.