mhurhangee/ep-ind-claims huggingface dataset:
A method of improving the fidelity of m/z dependent measurements for a species of interest in an analyte in a mass spectrometer, which method comprises the steps of: acquiring raw data produced in a mass spectrometer; within the raw data, identifying the spectra and the range of arrival times containing ions of a particular species; peak detecting the spectra thus identified; forming a mathematical model relating the effective number of experiments to the underlying ion arrival rates in each spectrum and the observed ion arrival times and the observed number of events in each spectrum, to calculate the joint probability distribution of the parameters and the data, wherein the parameters comprise the ion arrival rates and the effective number of experiments; obtaining samples from the joint probability distribution; using the samples to produce the required inferences including corrected m/z dependent measurements with associated uncertainties. acquiring raw data produced in a mass spectrometer; within the raw data, identifying the spectra and the range of arrival times containing ions of a particular species; peak detecting the spectra thus identified; forming a mathematical model relating the effective number of experiments to the underlying ion arrival rates in each spectrum and the observed ion arrival times and the observed number of events in each spectrum, to calculate the joint probability distribution of the parameters and the data, wherein the parameters comprise the ion arrival rates and the effective number of experiments; obtaining samples from the joint probability distribution; using the samples to produce the required inferences including corrected m/z dependent measurements with associated uncertainties.
A loss mitigation bottom hole assembly for use in a wellbore in a severe loss zone of a formation, said assembly comprising a drill bit for drilling a well bore; a dual wall drill string connecting the drill bit to a fluid source, and having a first fluid passage for delivering fluid to a drill bit, and a separate second fluid passage for returning the fluid away from the drill bit; a drilling liner circumscribing and attached to a bottom portion of the dual wall drill string, and surrounding the drill bit, the drilling liner having an end adjacent the drill bit to contain the fluid exiting the drill bit and prevent the fluid from entering the severe loss zone of the formation; and characterised by a cross over port assembly comprising a fluid path through a passage between the second fluid passage and an area outside of the dual wall drill string, and a valve with a valve opening that when aligned with the passage allows flow through the fluid path, and when the valve opening is moved away from the passage fluid is prevented from flowing into the second fluid passage from the area.
Rotor blade for a wind turbine having pitch control, wherein the pitch control is constructed to increase a pitch angle of the rotor blade at wind speeds above a nominal speed in order to rotate the rotor blade out of the wind and to keep the wind turbine at a nominal power and a nominal speed, wherein the rotor blade has a portion close to the hub and an outer portion which is attached thereto, wherein the portion close to the hub comprises a connection component having a twisting element, wherein the twisting element is constructed as a tension-resistant and bending-resistant connection, between the hub and outer portion of the rotor blade, whose ends can be rotated relative to each other and which in each case produces a tension-resistant and rotationally secure connection at the inner end to the hub of the wind turbine and at the outer end to the outer portion of the rotor blade, wherein the twisting element is configured to enable a rotation of the outer blade portion about the rotor blade longitudinal axis without any bearing.
A catalyst for a polymer electrolyte fuel cell comprising catalyst particles made of platinum supported on a carbon powder carrier, wherein the carbon powder carrier comprises 0.7 to 3.0 mmol/g based on the weight of the carrier of a hydrophilic group bonded thereto; and the platinum particles have an average particle size of 3.5 to 8.0 nm, characterised in that the platinum particles have the platinum specific area based on CO adsorption COMSA of 40 to 100 m 2 /g.
A thermal dissipation and shielding system, comprising: an electronic device comprising a first component which comprises a heat source, wherein the first component transmits heat towards an external surface of the electronic device; a second component located within the device to which the first component transmits heat; a thermal solution comprising two major surfaces, the thermal solution positioned such that one of its major surfaces is in operative contact with the first component such that it is interposed between the first component and the external surface of the electronic device to which the first component transmits heat, wherein the thermal solution dissipates heat from the first component and shields the external surface from heat from the first component without effectively transmitting heat to the second component in the device, wherein the thermal solution comprises at least one sheet of flexible graphite following the contours of the components within the device. an electronic device comprising a first component which comprises a heat source, wherein the first component transmits heat towards an external surface of the electronic device; a second component located within the device to which the first component transmits heat; a thermal solution comprising two major surfaces, the thermal solution positioned such that one of its major surfaces is in operative contact with the first component such that it is interposed between the first component and the external surface of the electronic device to which the first component transmits heat, wherein the thermal solution dissipates heat from the first component and shields the external surface from heat from the first component without effectively transmitting heat to the second component in the device, wherein the thermal solution comprises at least one sheet of flexible graphite following the contours of the components within the device.
A method of displaying localized names for files or folders stored in a computer's file system, the method comprising: storing a plurality of attributes in a respective file or folder wherein a first attribute is associated with a non-localized name and one or more other attributes are associated with localized names, wherein each of the one or more other attributes are associated with a different language; accessing the respective file or folder; upon access of the respective file or folder, determining whether one of the one or more other attributes is associated with a localized name that corresponds to a preferred language; in accordance with a determination that one of the one or more other attributes is associated with a localized name that corresponds to the preferred language, retrieving and displaying the localized name for the respective file or folder in the preferred language; and in accordance with a determination that the one or more other attributes are not associated with a localized name that corresponds to the preferred language, displaying the non-localized name for the respective file or folder. storing a plurality of attributes in a respective file or folder wherein a first attribute is associated with a non-localized name and one or more other attributes are associated with localized names, wherein each of the one or more other attributes are associated with a different language; accessing the respective file or folder; upon access of the respective file or folder, determining whether one of the one or more other attributes is associated with a localized name that corresponds to a preferred language; in accordance with a determination that one of the one or more other attributes is associated with a localized name that corresponds to the preferred language, retrieving and displaying the localized name for the respective file or folder in the preferred language; and in accordance with a determination that the one or more other attributes are not associated with a localized name that corresponds to the preferred language, displaying the non-localized name for the respective file or folder.
A can lid, in particular for beverage cans, comprising a metallic lid surface in which an opening is formed which is bounded by a closed margin of the lid surface and which is closed by a closure piece of the metallic lid surface, wherein the closure piece is separated from the surrounding lid surface by a microgap extending at least sectionally along the margin of the lid surface, wherein a margin of the closure piece and the margin of the surrounding lid surface adjoin one another at the microgap, and wherein the closure piece can be moved out of the plane defined by the opening to release the opening; and a layer composed of a plastic material which is applied to a flat side of the metallic lid surface in a manner covering the microgap, characterized in that the margin of the closure piece and the margin of the surrounding lid surface are offset from one another transversely to the plane defined by the opening. a metallic lid surface in which an opening is formed which is bounded by a closed margin of the lid surface and which is closed by a closure piece of the metallic lid surface, wherein the closure piece is separated from the surrounding lid surface by a microgap extending at least sectionally along the margin of the lid surface, wherein a margin of the closure piece and the margin of the surrounding lid surface adjoin one another at the microgap, and wherein the closure piece can be moved out of the plane defined by the opening to release the opening; and a layer composed of a plastic material which is applied to a flat side of the metallic lid surface in a manner covering the microgap, characterized in that the margin of the closure piece and the margin of the surrounding lid surface are offset from one another transversely to the plane defined by the opening.
A vacuum cleaner assembly comprising a vacuum cleaner housing, comprising a fan arranged in the vacuum cleaner housing for generating a suction air flow, comprising an electric fan motor for driving the fan, comprising a dirt separating device arranged in the vacuum cleaner housing for separating dirt particles entrained in the suction air flow, comprising a vacuum cleaner nozzle, and comprising a suction pipe connecting the vacuum cleaner nozzle to the vacuum cleaner housing, wherein at least one external energy storage unit is arranged at the suction pipe, characterized in that the external energy storage unit can be connected to the fan motor
A composite of a plurality of adapter elements suitable for connecting a device such as a laser diode to a heat sink, comprising - a first metal layer, which, in the mounted state, faces the component, and a second metal layer, which, in the mounted state, faces the heat sink, and further characterized by - an intermediate layer which is arranged between the first metal layer and the second metal layer and comprises ceramics, the first metal layer and/or the second metal layer being thicker than 40 μm, preferably thicker than 70 μm and particularly preferably thicker than 100 μm, wherein it is possible to separate the adapter elements from a support using a predetermined breaking point, and the adapter elements comprising an electrically conductive contact to the support of the composite. - a first metal layer, which, in the mounted state, faces the component, and a second metal layer, which, in the mounted state, faces the heat sink, and further characterized by - an intermediate layer which is arranged between the first metal layer and the second metal layer and comprises ceramics, the first metal layer and/or the second metal layer being thicker than 40 μm, preferably thicker than 70 μm and particularly preferably thicker than 100 μm, wherein it is possible to separate the adapter elements from a support using a predetermined breaking point, and the adapter elements comprising an electrically conductive contact to the support of the composite.
A starter for starting an internal combustion engine of a vehicle, comprising: an electric motor provided with an armature, a brush, and a casing (6, 9) that encloses at least the armature and the brush, current being supplied to the armature via the brush; an electromagnetic switch provided with first and second fixed contacts (20, 21), a movable contact, an electromagnet (11, 12, 25, 26) that moves back and forth to the movable contact in a predetermined direction so as to electrically connect and disconnect the first and second fixed contacts (20, 21), and a cover that covers at least the first and second contacts (20, 21) and the movable contact, the predetermined direction being parallel to a longitudinal direction of the armature of the motor; and an electrically conductive connection member that is arranged to link the motor and the electromagnetic switch through the casing (6,9) of the motor and the cover of the electromagnetic switch and electrically connects the brush of the motor and the second fixed contact in the electromagnetic switch, the connection member including an end part arranged in the casing of the electromagnetic switch, the end part of the connection member functionally providing the second fixed contact, characterized in that the electromagnet is provided with only a single coil generating a drive force for moving the movable contact, the single coil having one end portion connected to a terminal and the other end portion connected to a grounding side so that the single coil is electrically separated from the motor circuit. an electric motor provided with an armature, a brush, and a casing (6, 9) that encloses at least the armature and the brush, current being supplied to the armature via the brush; an electromagnetic switch provided with first and second fixed contacts (20, 21), a movable contact, an electromagnet (11, 12, 25, 26) that moves back and forth to the movable contact in a predetermined direction so as to electrically connect and disconnect the first and second fixed contacts (20, 21), and a cover that covers at least the first and second contacts (20, 21) and the movable contact, the predetermined direction being parallel to a longitudinal direction of the armature of the motor; and an electrically conductive connection member that is arranged to link the motor and the electromagnetic switch through the casing (6,9) of the motor and the cover of the electromagnetic switch and electrically connects the brush of the motor and the second fixed contact in the electromagnetic switch, the connection member including an end part arranged in the casing of the electromagnetic switch, the end part of the connection member functionally providing the second fixed contact,
A method for compressing data D(nT) that represent a time-dependent signal A(t), wherein the time-dependent signal A(t) comprises a multiplicity of time-dependent signal elements A i (t), where i=l,..., NoS,, having the steps of: - reception of a multiplicity of spectra S i (f), where i=l,...,NoS,, wherein each spectrum S i (f) corresponds to one of the time-dependent signal elements A i (t), wherein each spectrum S i (f) comprises a multiplicity of frequencies f j, where j=l,..., NoP, and a multiplicity of amplitudes a j,i, where j=l,..., NoP and i=l,..., NoS, of the multiplicity of frequencies f j; - generation of a compressed data record, characterized by the steps of: - computation of a respective number of coefficients of an autoregressive model for the multiplicity of amplitudes a j,i of each of the multiplicity of frequencies f j, wherein the number of coefficients is varied on the basis of a classification value, wherein the classification value represents a state of health of a technical system and is ascertained by processing the spectra S i (f); and - generation of the compressed data record, wherein the compressed data record comprises at least the number of coefficients and the frequencies f j associated with the coefficients. - reception of a multiplicity of spectra S i (f), where i=l,...,NoS,, wherein each spectrum S i (f) corresponds to one of the time-dependent signal elements A i (t), wherein each spectrum S i (f) comprises a multiplicity of frequencies f j, where j=l,..., NoP, and a multiplicity of amplitudes a j,i, where j=l,..., NoP and i=l,..., NoS, of the multiplicity of frequencies f j; - generation of a compressed data record, characterized by the steps of: - computation of a respective number of coefficients of an autoregressive model for the multiplicity of amplitudes a j,i of each of the multiplicity of frequencies f j, wherein the number of coefficients is varied on the basis of a classification value, wherein the classification value represents a state of health of a technical system and is ascertained by processing the spectra S i (f); and - generation of the compressed data record, wherein the compressed data record comprises at least the number of coefficients and the frequencies f j associated with the coefficients.
A household appliance component comprising a base element, wherein at least one surface of the base element is at least in some areas coated with a functional layer structure, wherein the functional layer structure comprises at least one superhydrophilic layer containing polydopamine, wherein the functional layer structure comprises multiple layers (3, 5), and wherein the polydopamine-containing superhydrophilic layer is a top layer of the layer structure, characterized in that the household appliance component is configured as a lining or wall element of a household appliance or as a cooktop or as a rack or basket of a dishwasher.
An integrated lighting system for surface-electrified floors comprising: - a surface comprising a plurality of electrically conductive areas, alternatively supplied with either a positive voltage or a negative voltage, - a plurality of at least partially transparent electrically insulating areas, coplanar to said plurality of electrically conductive areas and interposed between said electrically conductive areas supplied with a positive voltage and said electrically conductive areas powered with a negative voltage, - a plurality of illuminating bodies each placed in correspondence with one electrically insulating area of said plurality of at least partially transparent electrically insulating areas, under a plane defined by the surface formed of plurality of electrically conductive areas and said plurality of at least partially transparent electrically insulating areas, wherein each of said illuminating bodies comprises: - a first supply pole in direct electrical contact with at least one of said electrically conductive areas supplied with a positive voltage, - a second supply pole in direct electrical contact with at least one of said electrically conductive areas supplied with a negative voltage, - one or several LEDs; - a microcontroller which determines a switching on or off of said one or several LEDs and comprises a programming interface and an internal counter; - an EPROM memory; - a power supply unit which supplies power to said microcontroller and is energized through said first supply pole and said second supply pole. - a surface comprising a plurality of electrically conductive areas, alternatively supplied with either a positive voltage or a negative voltage, - a plurality of at least partially transparent electrically insulating areas, coplanar to said plurality of electrically conductive areas and interposed between said electrically conductive areas supplied with a positive voltage and said electrically conductive areas powered with a negative voltage, - a plurality of illuminating bodies each placed in correspondence with one electrically insulating area of said plurality of at least partially transparent electrically insulating areas, under a plane defined by the surface formed of plurality of electrically conductive areas and said plurality of at least partially transparent electrically insulating areas, wherein each of said illuminating bodies comprises: - a first supply pole in direct electrical contact with at least one of said electrically conductive areas supplied with a positive voltage, - a second supply pole in direct electrical contact with at least one of said electrically conductive areas supplied with a negative voltage, - one or several LEDs; - a microcontroller which determines a switching on or off of said one or several LEDs and comprises a programming interface and an internal counter; - an EPROM memory; - a power supply unit which supplies power to said microcontroller and is energized through said first supply pole and said second supply pole.
A method for communicating between at least one local device (LD1-LD3) connected to a local network and a user equipment connected to a public mobile network, via an intermediary device that is configured to connect to the local network and to the public mobile network, the method comprising the steps in the intermediary device of: - connecting to the local network and storing a device identifier of the at least one local device in the local network; - connecting to the public mobile network and transmitting profile information for the user equipment via the public mobile network, enabling the user equipment to present a virtual representation of the at least one local device based on the profile information, the profile information comprising the device identifier; characterized in that the profile information for the user equipment is transmitted to a registry in the public mobile network, wherein the registry caches and transmits the profile information to the user equipment, and the profile information further comprises an address and/or an identifier of the intermediary device. - connecting to the local network and storing a device identifier of the at least one local device in the local network; - connecting to the public mobile network and transmitting profile information for the user equipment via the public mobile network, enabling the user equipment to present a virtual representation of the at least one local device based on the profile information, the profile information comprising the device identifier;
A work centre to process section bars, in particular made of aluminium, light alloys, PVC or the like, comprising an elongated base extending in a first direction; a plurality of cross members, each mounted on the base parallel to a second direction, which is transverse to the first direction, and supporting at least one holding unit designed to hold at least one section bar; and a gantry, which extends above the base in the second direction and is provided with an operating head to process the section bars; each holding unit comprising a first jaw comprising, in turn, a fixed portion locked on the relative cross member in the second direction; and a second jaw, which is movable along the relative cross member in the second direction between a clamping position and a release position to clamp and release the section bar; and characterized in that the first jaw further comprises a movable portion, which is coupled to the fixed portion so as to move, relative to the fixed portion, with at least one component of movement which is parallel to the second direction.