mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit package, comprising: an assembly comprising: a conductive leadframe; a die paddle; a die disposed on the die paddle, wherein the die does not overlap with any of the leadframe such that no conductive material is overlapping with, or directly adjacent to, the die; a magnetic transducer attached to the die so as to overlap the die paddle, wherein the magnetic transducer does not overlap with any of the leadframe and at least one electrical connection from the die to the leadframe; and a mold material overmolded to encapsulate the assembly, characterized by the die paddle being a non-conductive die paddle comprising a plastic material overmolded in position in relation to the leadframe, and said assembly further comprising a magnetic layer aligned with the die to affect magnetic fields proximate the die, wherein the magnetic layer has a thickness that is less than a thickness of the conductive leadframe. an assembly comprising: a conductive leadframe; a die paddle; a die disposed on the die paddle, wherein the die does not overlap with any of the leadframe such that no conductive material is overlapping with, or directly adjacent to, the die; a magnetic transducer attached to the die so as to overlap the die paddle, wherein the magnetic transducer does not overlap with any of the leadframe and at least one electrical connection from the die to the leadframe; and a conductive leadframe; a die paddle; a die disposed on the die paddle, wherein the die does not overlap with any of the leadframe such that no conductive material is overlapping with, or directly adjacent to, the die; a magnetic transducer attached to the die so as to overlap the die paddle, wherein the magnetic transducer does not overlap with any of the leadframe and at least one electrical connection from the die to the leadframe; and a mold material overmolded to encapsulate the assembly, characterized by the die paddle being a non-conductive die paddle comprising a plastic material overmolded in position in relation to the leadframe, and said assembly further comprising a magnetic layer aligned with the die to affect magnetic fields proximate the die, wherein the magnetic layer has a thickness that is less than a thickness of the conductive leadframe.
A method for determining total concentration of polyelectrolyte or phosphonate in a sample comprising two or more polyelectrolytes and/or phosphonates, the method comprising - optionally diluting and/or purifying the sample, - acidifying the sample to pH less than 6, - admixing the acidified sample with a reagent comprising lanthanide ion, - allowing the polyelectrolyte or phosphonate in the sample to interact with the reagent comprising the lanthanide ion, - exciting the sample at an excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved fluorescence, and - determining the total concentration of the polyelectrolyte or phosphonate in the sample by using the detected sample signal. - optionally diluting and/or purifying the sample, - acidifying the sample to pH less than 6, - admixing the acidified sample with a reagent comprising lanthanide ion, - allowing the polyelectrolyte or phosphonate in the sample to interact with the reagent comprising the lanthanide ion, - exciting the sample at an excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved fluorescence, and - determining the total concentration of the polyelectrolyte or phosphonate in the sample by using the detected sample signal.
A monitoring system for use in monitoring operation of a machine, said monitoring system comprising: an intermediate housing comprising: a shell defining an interior cavity, the shell having at least one rear opening defined in a rear portion of said shell, a front portion that defines a front opening in flow communication with the interior cavity, and a top portion having a plurality of ventilation apertures extending therethrough; at least one rear gasket coupled to said shell about an outer perimeter of said at least one rear opening; and a front gasket coupled to the front portion about an outer perimeter of the shell; at least one monitoring module (144, 302) positioned within the interior cavity of the intermediate housing, the front gasket being positioned between the outer perimeter of the shell and the at least one monitoring module, such that the at least one monitoring module (144, 302) is substantially circumscribed thereby; an intermediate backplane positioned within the interior cavity of the shell proximate to the rear portion and coupled to the at least one monitoring module; and at least one interface board positioned outside the intermediate housing proximate to the rear portion and coupled to the intermediate backplane through a respective rear opening of the shell, the interface board configured to be coupled to a system backplane provided in a main housing. an intermediate housing comprising: a shell defining an interior cavity, the shell having at least one rear opening defined in a rear portion of said shell, a front portion that defines a front opening in flow communication with the interior cavity, and a top portion having a plurality of ventilation apertures extending therethrough; at least one rear gasket coupled to said shell about an outer perimeter of said at least one rear opening; and a front gasket coupled to the front portion about an outer perimeter of the shell; a shell defining an interior cavity, the shell having at least one rear opening defined in a rear portion of said shell, a front portion that defines a front opening in flow communication with the interior cavity, and a top portion having a plurality of ventilation apertures extending therethrough; at least one rear gasket coupled to said shell about an outer perimeter of said at least one rear opening; and a front gasket coupled to the front portion about an outer perimeter of the shell; at least one monitoring module (144, 302) positioned within the interior cavity of the intermediate housing, the front gasket being positioned between the outer perimeter of the shell and the at least one monitoring module, such that the at least one monitoring module (144, 302) is substantially circumscribed thereby; an intermediate backplane positioned within the interior cavity of the shell proximate to the rear portion and coupled to the at least one monitoring module; and at least one interface board positioned outside the intermediate housing proximate to the rear portion and coupled to the intermediate backplane through a respective rear opening of the shell, the interface board configured to be coupled to a system backplane provided in a main housing.
A detergent composition comprising: (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 3 to 45 wt.%, even more preferably from 5 to 40 wt.%, most preferably from 6 to 40 wt.% of a surfactant; and, (ii) from 0.0005 to 5 wt.%, preferably from 0.005 to 2.5 wt.%, more preferably from 0.01 to 1 wt.% of a lipase enzyme having at least 60% sequence identity to SEQ ID NO: 1. (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 3 to 45 wt.%, even more preferably from 5 to 40 wt.%, most preferably from 6 to 40 wt.% of a surfactant; and, (ii) from 0.0005 to 5 wt.%, preferably from 0.005 to 2.5 wt.%, more preferably from 0.01 to 1 wt.% of a lipase enzyme having at least 60% sequence identity to SEQ ID NO: 1.
Stator device for a jet engine with a housing appliance and multiple guide vanes that are arranged in a circumferentially distributed manner at the housing appliance, wherein the guide vanes are respectively embodied with a blade and respectively at least one platform (14, 19), wherein the platforms (14, 19) at least in certain areas form a surface of a annular channel through which working fluid flows during operation of the stator device, and are mounted so as to be adjustable with respect to the housing appliance, and wherein a flow area is provided via which a working fluid flows during operation of the stator device at least in certain areas in the radial direction of the stator device on a side of the platform (14, 19) that is facing away from the annular channel from a pressure side of the blade to a suction side of the blade, wherein the flow area is formed by a gap extending circumferentially about a central axis of a spindle-shaped area of the platform (14, 19) in the radial direction (r) of the guide vanes between the platform (14, 19) and the housing appliance in the area of a surface of the annular channel, with the gap extending outwards from the surface of the annular channel in the axial direction (a) of the central axis, and by a distance between a surface of the platform (14, 19) that is facing away from the annular channel in the radial direction of the jet engine with respect to the housing appliance, characterized in that at least one suction appliance (40, 44, 46, 48, 50, 52, 54, 108) is provided which adjoins the flow area and is formed by a recess, and via which working fluid can be conducted out of the flow area during operation of the stator device.
A method for automatic mapping and handling noise and interference in a distributed antenna system, DAS, the method comprising: (a) measuring any noise and interference in one or more uplink channels of the DAS when all downlink channels of the DAS are not transmitting, comparing any measured noise and interference from step (a) to a corresponding desired noise level, wherein the corresponding desired noise level is determined by an initial DAS layout design of uplink channels of the DAS; (b) measuring any noise and interference in one or more of the uplink channels of the DAS when one or more of the downlink channels of the DAS are active in a zero traffic mode, comparing any measured noise and interference from step (b) to the corresponding desired noise level; and (c) measuring any noise and interference in one or more of the uplink channels of the DAS when one or more of the downlink channels of the DAS are fully operational, comparing any measured noise and interference from step (c) to the corresponding desired noise level and the noise and interference measured in step (a); and to the zero traffic mode noise and interference measured in step (b); wherein the comparing from any of steps (a), (b) or (c), generates a noise and interference report. (a) measuring any noise and interference in one or more uplink channels of the DAS when all downlink channels of the DAS are not transmitting, comparing any measured noise and interference from step (a) to a corresponding desired noise level, wherein the corresponding desired noise level is determined by an initial DAS layout design of uplink channels of the DAS; (b) measuring any noise and interference in one or more of the uplink channels of the DAS when one or more of the downlink channels of the DAS are active in a zero traffic mode, comparing any measured noise and interference from step (b) to the corresponding desired noise level; and (c) measuring any noise and interference in one or more of the uplink channels of the DAS when one or more of the downlink channels of the DAS are fully operational, comparing any measured noise and interference from step (c) to the corresponding desired noise level and the noise and interference measured in step (a); and to the zero traffic mode noise and interference measured in step (b);
A fusion polypeptide comprising (a) glucagon-like peptide or an analog thereof, and (b) an immunoglobulin Fc polypeptide, wherein the immunoglobulin Fc polypeptide comprises (i) an isolated IgD hinge region consisting of an amino acid sequence of 35 to 49 consecutive amino acid residues from the C-terminus of SEQ ID NO: 25; and (ii) a CH2 domain and a CH3 domain of the immunoglobulin Fc polypeptide.
A modular stent-graft comprising a stent-graft and an occluder, the stent-graft comprising: a first portion that is configured to engage a vessel wall; a second portion having a smaller diameter than the first portion; that is configured not to fully engage the vessel wall; a transition portion that tapers between the first portion and the second portion; a perfusion window that is configured to permit blood flow, wherein the perfusion window is formed in the transition portion; the occluder conforming to an interior surface of the transition portion and blocking the perfusion window. a first portion that is configured to engage a vessel wall; a second portion having a smaller diameter than the first portion; that is configured not to fully engage the vessel wall; a transition portion that tapers between the first portion and the second portion; a perfusion window that is configured to permit blood flow, wherein the perfusion window is formed in the transition portion; the occluder conforming to an interior surface of the transition portion and blocking the perfusion window.
Electrostimulation and/or iontophoresis device comprising a patch suitable for being applied onto the skin of a user and a voltage generator suitable for applying a low-intensity current through the skin of the user via a system of electrodes located in said patch; said device comprising a self-regulator that varies the voltage provided by said voltage generator according to the resistivity of the skin of the user under said patch, said device being characterised in that said self-regulator comprises an element for measuring the resistance of the skin and in that said self-regulator is suitable for using the value of the resistance in order to calculate, in real time, the value of the resistivity of the skin of the user under said patch.
A locked nucleotide having the following substructure: - beta-D-LNA derivative - alpha-L-LNA derivative: wherein X represents O and n is an integer 1 and wherein in the group -(CH 2) n - one or more H atoms are replaced with substituents. - beta-D-LNA derivative - alpha-L-LNA derivative: wherein X represents O and n is an integer 1 and wherein in the group -(CH 2) n - one or more H atoms are replaced with substituents.
A navigation system, - comprising a memory device, in which information concerning road portions and information concerning time-dependent traffic restrictions is stored in such a way that road portions are each assigned information concerning time-dependent traffic restrictions, and - comprising a route calculation device, which is designed in such a way - that, when calculating a route, the memory device is accessed in order to calculate a route on the basis of the information concerning road portions and on the basis of the information concerning time-dependent traffic restrictions, and - that, when calculating the route, information concerning time-dependent traffic restrictions is taken into consideration for a first part of the road portions to which information concerning a time-dependent traffic restriction is assigned and is not taken into consideration for a second part of the road portions to which information concerning a time-dependent traffic restriction is assigned, characterised in that - the consideration of information concerning time-dependent traffic restrictions for a road portion in each case comprises a determination of an expected arrival time atthis road portion, and in that - a consideration of information concerning time-dependent traffic restrictions for a road portion comprises a comparison between the expected arrival time at the road portion and the period of time within which the traffic restriction is applicable. - comprising a memory device, in which information concerning road portions and information concerning time-dependent traffic restrictions is stored in such a way that road portions are each assigned information concerning time-dependent traffic restrictions, and - comprising a route calculation device, which is designed in such a way - that, when calculating a route, the memory device is accessed in order to calculate a route on the basis of the information concerning road portions and on the basis of the information concerning time-dependent traffic restrictions, and - that, when calculating the route, information concerning time-dependent traffic restrictions is taken into consideration for a first part of the road portions to which information concerning a time-dependent traffic restriction is assigned and is not taken into consideration for a second part of the road portions to which information concerning a time-dependent traffic restriction is assigned, - the consideration of information concerning time-dependent traffic restrictions for a road portion in each case comprises a determination of an expected arrival time atthis road portion, and in that - a consideration of information concerning time-dependent traffic restrictions for a road portion comprises a comparison between the expected arrival time at the road portion and the period of time within which the traffic restriction is applicable.
Device comprising a medical instrument and a creation device, wherein the instrument has an aerosol outlet and wherein the instrument is fluidically connected to the creation device by means of an aerosol line, which creation device is configured to create an aerosol for output by means of the medical instrument by atomisation of a liquid by means of a gas stream from a pressure source, wherein the creation device comprises a mixing unit for mixing a liquid and gas together, which mixing unit is connected to a liquid container for supplying the mixing unit with liquid, characterised in that the creation device is configured to use the gas pressure of the pressurised gas from the same pressure source to pressurise the liquid, in order to press the liquid from the liquid container to the mixing unit. wherein the creation device comprises a mixing unit for mixing a liquid and gas together, which mixing unit is connected to a liquid container for supplying the mixing unit with liquid, characterised in that the creation device is configured to use the gas pressure of the pressurised gas from the same pressure source to pressurise the liquid, in order to press the liquid from the liquid container to the mixing unit.
A method, comprising: configuring, by a network transceiver device, a remote device to perform measurements for at least one measurement item of at least one carrier in a first frequency band, wherein the first frequency band is at least one of an unlicensed frequency band and a license-exempt frequency band, wherein the first frequency band is different from a second frequency band which is a licensed frequency band used for communication by said remote device, wherein the configuring comprises assigning at least one threshold level per measurement item, receiving, by the network transceiver device, a measurement report comprising at least an indication of usability for the at least one measured carrier in the first frequency band from said remote device, wherein the at least one threshold level is used by the remote device to determine the indication of usability, deciding, by the network transceiver device, based at least on the indication of usability, whether to reconfigure the at least one measured carrier in said first frequency band for communication by said remote device, and receiving, by the network transceiver device, a pattern on carrier's availability and carrier type indication for a future specific period from said remote device, wherein the pattern is retrieved by said remote device from a database inaccessible by the network transceiver device. configuring, by a network transceiver device, a remote device to perform measurements for at least one measurement item of at least one carrier in a first frequency band, wherein the first frequency band is at least one of an unlicensed frequency band and a license-exempt frequency band, wherein the first frequency band is different from a second frequency band which is a licensed frequency band used for communication by said remote device, wherein the configuring comprises assigning at least one threshold level per measurement item, receiving, by the network transceiver device, a measurement report comprising at least an indication of usability for the at least one measured carrier in the first frequency band from said remote device, wherein the at least one threshold level is used by the remote device to determine the indication of usability, deciding, by the network transceiver device, based at least on the indication of usability, whether to reconfigure the at least one measured carrier in said first frequency band for communication by said remote device, and receiving, by the network transceiver device, a pattern on carrier's availability and carrier type indication for a future specific period from said remote device, wherein the pattern is retrieved by said remote device from a database inaccessible by the network transceiver device.
A multi-part cable module for association with a receiver rail element of a support, the multi-part cable module comprising a primary part and a secondary part, wherein - the primary part is configured to engagingly receive the secondary part, wherein the primary part comprises (a) a cavity to receive at least part of the secondary part, and (b) a primary part opening to provide access to at least part of a functional part of the secondary part when the secondary part is engagingly received by the primary part, and wherein the primary part further comprises (c) a primary part rail element configured for a male-female association with the receiver rail element of the support; - the secondary part comprises (a) an inlet for receiving a cable, and (b) said functional part, wherein the functional part comprises an outlet for said cable, wherein the functional part further comprises a gasket perimetrically surrounding said outlet, and wherein the secondary part and gasket are an injection molding product. - the primary part is configured to engagingly receive the secondary part, wherein the primary part comprises (a) a cavity to receive at least part of the secondary part, and (b) a primary part opening to provide access to at least part of a functional part of the secondary part when the secondary part is engagingly received by the primary part, and wherein the primary part further comprises (c) a primary part rail element configured for a male-female association with the receiver rail element of the support; - the secondary part comprises (a) an inlet for receiving a cable, and (b) said functional part, wherein the functional part comprises an outlet for said cable,
An antigen array comprising different groups of antigen-coated beads fixed on a solid carrier, wherein each group comprises (i) different types of beads coated with one detection antigen, or (ii) different types of beads coated with a set of detection antigens, and wherein the solid carrier is a sheet or plate and the detection antigen is an allergen, an infection marker or an autoantigen, wherein the detection antigen or set of detection antigens are coupled to said different groups of beads with different coupling chemistries. (i) different types of beads coated with one detection antigen, or (ii) different types of beads coated with a set of detection antigens, and wherein the solid carrier is a sheet or plate and the detection antigen is an allergen, an infection marker or an autoantigen, wherein the detection antigen or set of detection antigens are coupled to said different groups of beads with different coupling chemistries.