mhurhangee/ep-ind-claims huggingface dataset:
Demodulation method for a pseudo-heterodyne signal, wherein the pseudo-heterodyne signal has a phase-modulated carrier signal, wherein the carrier signal is composed of periodically repeating sinusoidal sections and the pseudo-heterodyne signal is digitally sampled, wherein the digitally sampled pseudo-heterodyne signal is subjected to a discrete Fourier transformation and at least one output Fourier coefficient featuring an amplitude and phase is determined, one atan2 function is applied on exactly one output Fourier coefficient of the discrete Fourier transformation and the atan2 function provides the phase of the one output Fourier coefficient as a result, characterized in that the pseudo-heterodyne signal is created during (m+p/n)-oscillations of the carrier signal, the pseudo-heterodyne signal is sampled with the m*n+p-fold frequency of the carrier signal, wherein m is a natural number greater than zero, n is a natural number greater than one and p is a natural number greater than zero, the discrete Fourier transformation is carried out over m*n sampling steps and the first p sampling steps are discarded.
A turbocharger having: a turbine housing with a scroll passage, an exhaust nozzle, a gap formed between said turbine housing and a turbine-housing-side exhaust introducing wall of said exhaust nozzle, a shoulder in the turbine housing formed facing the scroll passage, a sealing device with a seal body annularly formed to have a fitted/fixed portion airtightly fitted and fixed to the shoulder, characterized in that said seal body has a clearance facing portion facing an outer periphery of said turbine-housing-side exhaust introducing wall with a clearance, said clearance facing portion being caused to be pressed against the turbine-housing-side exhaust introducing wall due to a difference in fluid pressure between the clearance and the scroll passage, and in that slipout preventive means are formed on at least either of the shoulder and the fitted/fixed portion of the seal body for preventing the fitted/fixed portion from slipping out of the shoulder. a turbine housing with a scroll passage, an exhaust nozzle, a gap formed between said turbine housing and a turbine-housing-side exhaust introducing wall of said exhaust nozzle, a shoulder in the turbine housing formed facing the scroll passage, a sealing device with a seal body annularly formed to have a fitted/fixed portion airtightly fitted and fixed to the shoulder, characterized in that said seal body has a clearance facing portion facing an outer periphery of said turbine-housing-side exhaust introducing wall with a clearance, said clearance facing portion being caused to be pressed against the turbine-housing-side exhaust introducing wall due to a difference in fluid pressure between the clearance and the scroll passage, and in that slipout preventive means are formed on at least either of the shoulder and the fitted/fixed portion of the seal body for preventing the fitted/fixed portion from slipping out of the shoulder.
Method for allocating transmission resources, implemented by a cellular access network comprising a base station, to at least one transmitting terminal of a set of pairs of terminals of index n that are candidates for a direct mode communication, called D2D terminals, the channel between two D2D terminals in direct mode communication being called a D2D channel, characterized in that it comprises the definition of a mapping table between different ranges of values of a utility metric and a list of ordered indices from a minimum index to a maximum index defining a ranking of resources available for the reporting of an indicator of the status of a D2D channel, and characterized in that it comprises, for a current transmission interval: - a calculation by each transmitting terminal of a D2D pair of the set, of a value of the utility metric v n (t) evaluating an energy efficiency of the D2D communication of the pair, - a determination of a transmission resource index to be used for a reporting of an indicator by each transmitting terminal of a D2D pair of the set by comparison of its value of the utility metric v n ( t) with the mapping table, - a reporting, by each transmitting terminal of a D2D pair of the set, of an indicator via the resource of determined index, - a determination of the so-called optimal D2D transmitting terminal for which the resource for reporting the indicator has the index of lowest order, this optimal terminal being the D2D terminal authorized to transmit during the current transmission interval. - a calculation by each transmitting terminal of a D2D pair of the set, of a value of the utility metric v n (t) evaluating an energy efficiency of the D2D communication of the pair, - a determination of a transmission resource index to be used for a reporting of an indicator by each transmitting terminal of a D2D pair of the set by comparison of its value of the utility metric v n ( t) with the mapping table, - a reporting, by each transmitting terminal of a D2D pair of the set, of an indicator via the resource of determined index, - a determination of the so-called optimal D2D transmitting terminal for which the resource for reporting the indicator has the index of lowest order, this optimal terminal being the D2D terminal authorized to transmit during the current transmission interval.
A gas turbine engine assembly, the assembly comprising a first component formed to include a first slot that extends into the first component, a second component formed to include a second slot that extends into the second component, the second component arranged adjacent to the first component to create an interface therebetween, and a biaser seal configured to block gasses from passing through the interface between the first component and the second component, the biaser seal including (i) a first strip seal arranged in the first slot formed in the first component and the second slot formed in the second component to close a gap between the first component and the second component and (ii) a biaser arranged, at least in part, in the first slot formed in the first component and the second slot formed in the second component, and the biaser is configured to push the first strip seal toward a first end of the respective first and second slots wherein the first component comprising ceramic matrix materials, the first component including a first panel formed to include a first chamfer surface and a first attachment feature that extends from the first panel to mount the first panel relative to other components within the gas turbine engine assembly, the second component comprising ceramic matrix materials, the second component including a second panel formed to include a second chamfer surface and a second attachment feature that extends from the second panel to mount the second panel relative to other components within the gas turbine engine assembly, and a seal assembly arranged in a channel formed by the first chamfer and the second chamfer when the first component is arranged in confronting relation to the second component, the seal assembly including a rod seal configured to block gasses from passing through the channel and the biaser seal configured to block gasses from passing through an interface between the first attachment feature and the second attachment feature, wherein the biaser seal is engaged with the rod seal and is configured to push the rod seal toward engagement with the first panel and the second panel, wherein the gas turbine engine assembly further comprising a ground component located radially around and outside the first attachment feature and the second attachment feature opposite the first panel and the second panel, characterized in that the biaser seal includes (iii) an outer strip seal arranged in the slots formed in the first attachment feature and the second attachment feature that engages the ground component, and wherein the biaser of the biaser seal is configured to push the outer strip seal toward the ground component.
A system, comprising: a head-up display, HUD, comprising: a positionable combiner optical element, COE,; and a combiner alignment detector, CAD, configured to conform images displayed on the positionable COE with a view through the positionable COE, and characterized by the CAD comprising: a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS,; and an IR detector configured to receive the IR pulses reflected off of the mirror. a positionable combiner optical element, COE,; and a combiner alignment detector, CAD, configured to conform images displayed on the positionable COE with a view through the positionable COE, and characterized by the CAD comprising: a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS,; and an IR detector configured to receive the IR pulses reflected off of the mirror. a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS,; and an IR detector configured to receive the IR pulses reflected off of the mirror.
Use of a device comprising: a. a protein-binding agent which specifically binds to an appendicitis biomarker protein comprising leucine α-2 glycoprotein; and b. at least one solid support for the protein binding-agent in (a), wherein the protein-binding agent is deposited on the solid support; to identify a subject having acute appendicitis, wherein if the appendicitis biomarker comprising leucine α-2 glycoprotein specifically binds to the protein-binding agent, the subject is likely to have acute appendicitis. a. a protein-binding agent which specifically binds to an appendicitis biomarker protein comprising leucine α-2 glycoprotein; and b. at least one solid support for the protein binding-agent in (a), wherein the protein-binding agent is deposited on the solid support;
A method for generating a regressive information object, comprising: determining a number of states (202, 204, 206, 208) in a workflow associated with an information object; and encoding the information object with information at the determined number of states (202, 204, 206, 208) in the workflow, wherein the information object is encoded such that information encoded in a last state in the workflow is readable by an information object reader, and wherein information encoded in states prior to the last state (202, 204, 206) in the workflow are unreadable by the information object reader. determining a number of states (202, 204, 206, 208) in a workflow associated with an information object; and encoding the information object with information at the determined number of states (202, 204, 206, 208) in the workflow, wherein the information object is encoded such that information encoded in a last state in the workflow is readable by an information object reader, and wherein information encoded in states prior to the last state (202, 204, 206) in the workflow are unreadable by the information object reader.
A patient support apparatus comprising a mattress having a plurality of inflatable zones, a main input device being inaccessible to a patient lying on the mattress and accessible to a caregiver to selectively and individually control a firmness of each zone of the plurality of the inflatable zones, a patient input being accessible to the patient to control the firmness of the plurality of the inflatable zones simultaneously a base, and a frame supported on the base, the frame having multiple support sections including a head section, a seat section, a thigh section, and a foot section, wherein the frame supports the mattress, characterised in that the patient support apparatus comprises a self-egress button that, when activated by the patient, results in the patient support apparatus being adjusted to a patient egress configuration to facilitate a patient to exit the patient support apparatus, the patient egress configuration comprising the head section being raised, the thigh and foot sections being lowered so as to be generally coplanar with the seat section, and at least a portion of the mattress being further inflated to increase firmness. a mattress having a plurality of inflatable zones, a main input device being inaccessible to a patient lying on the mattress and accessible to a caregiver to selectively and individually control a firmness of each zone of the plurality of the inflatable zones, a patient input being accessible to the patient to control the firmness of the plurality of the inflatable zones simultaneously a base, and a frame supported on the base, the frame having multiple support sections including a head section, a seat section, a thigh section, and a foot section, wherein the frame supports the mattress, characterised in that the patient support apparatus comprises a self-egress button that, when activated by the patient, results in the patient support apparatus being adjusted to a patient egress configuration to facilitate a patient to exit the patient support apparatus, the patient egress configuration comprising the head section being raised, the thigh and foot sections being lowered so as to be generally coplanar with the seat section, and at least a portion of the mattress being further inflated to increase firmness.
Electrical rotary joint device, in particular a high-voltage device, configured to equip an installation for exploiting fluids, for example a hydrocarbon, and in particular on an offshore platform, comprising a first part, a second part capable of moving in rotation relative to said first part, said first part and said second part forming an internal chamber and each being provided with at least one electrical connector (26, 27), at least one electrical track housed inside said internal chamber and electrically connected to a said connector of one of said first part and said second part, at least one brush assembly housed inside said internal chamber and electrically connected to a said connector of the other of said second part and said first part, said at least one brush assembly cooperating with said at least one electrical track to establish an electrical contact, said internal chamber comprising a dielectric fluid; characterised in that it comprises a system for generating and injecting a dielectric fluid mist into said internal chamber, and a system for recovering and re-injecting said dielectric medium formed by said dielectric fluid and said dielectric fluid mist into said internal chamber.
A positive photosensitive resin composition comprising: an alkali-soluble resin containing at least one structure selected from a polyimide structure, a polyamide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; a polymer compound having a structural unit formed by cyclopolymerization; and a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution. an alkali-soluble resin containing at least one structure selected from a polyimide structure, a polyamide structure, a polybenzoxazole structure, a polyamide-imide structure, and a precursor structure thereof; a polymer compound having a structural unit formed by cyclopolymerization; and a compound having a quinonediazide structure for serving as a photosensitizer to generate an acid by light and increase a dissolution speed to an alkaline aqueous solution.
Concrete transport vehicle, wherein the concrete transport vehicle comprises: - a vehicle chassis, a concrete drum unit and a drum lift apparatus, - wherein the vehicle chassis carries the concrete drum unit and the drum lift apparatus, - wherein the concrete drum unit comprises a concrete drum, wherein the concrete drum is adapted to discharge concrete, and - wherein the drum lift apparatus is adapted to lift the concrete drum unit with reference to the vehicle chassis from a transport position to a discharge position, wherein a vehicle height of the concrete transport vehicle is lowered in the transport position compared to the discharge position and wherein a drumrear and a drumfront of the concrete drum unit each is lifted in the discharge position compared to the transport position, and - characterized in that the drum lift apparatus comprises a rearlift apparatus and a frontlift apparatus, - wherein the rearlift apparatus and the frontlift apparatus each is adapted to lift at least a part of the concrete drum unit with reference to the vehicle chassis, and - wherein the rearlift apparatus is positioned rearward compared to the frontlift apparatus. - a vehicle chassis, a concrete drum unit and a drum lift apparatus, - wherein the vehicle chassis carries the concrete drum unit and the drum lift apparatus, - wherein the concrete drum unit comprises a concrete drum, wherein the concrete drum is adapted to discharge concrete, and - wherein the drum lift apparatus is adapted to lift the concrete drum unit with reference to the vehicle chassis from a transport position to a discharge position, wherein a vehicle height of the concrete transport vehicle is lowered in the transport position compared to the discharge position and wherein a drumrear and a drumfront of the concrete drum unit each is lifted in the discharge position compared to the transport position, and - characterized in that the drum lift apparatus comprises a rearlift apparatus and a frontlift apparatus, - wherein the rearlift apparatus and the frontlift apparatus each is adapted to lift at least a part of the concrete drum unit with reference to the vehicle chassis, and - wherein the rearlift apparatus is positioned rearward compared to the frontlift apparatus.
Device for resistive measurement of the moisture of a porous material, comprising: - a block of a material M which is mineral, porous and rigid, of which it is desired to measure the resistance variations as a function of the water content - at least two electrodes and which are rigid and non-oxidising, applied parallel against the said material M, and sealed on to the latter by a binder consisting of a blend of powder of material M and lime, where each electrode and is connected to an electronic unit able to generate a measuring current i and another electronic unit able to measure the resistance between the said electrodes. - a block of a material M which is mineral, porous and rigid, of which it is desired to measure the resistance variations as a function of the water content - at least two electrodes and which are rigid and non-oxidising, applied parallel against the said material M, and sealed on to the latter by a binder consisting of a blend of powder of material M and lime,
A pitch measuring device for checking a positioning precision of a machine element of a machine, the machine element moving along an at least two dimensional movement path, the pitch measuring device comprising a housing including attachment devices for attachment of the housing at the machine element and an integrated measuring device that is arranged in the housing and a centrally arranged rotation shaft and a rotary encoder for detecting an angular position of the rotary encoder relative to the rotation shaft, whereby the housing includes a housing base element (2") that comprises the attachment devices, and a housing top element that is rotatably arranged relative to the housing base element (2") through the rotation shaft that is centrally arranged and attached torque proof at the housing base element (2"), whereby the rotary encoder is arranged in the housing top element, characterized in that, the pitch measuring device comprises a first inclination sensor that is attachable at the housing top element, that the housing base element (2") includes a combined data output for the rotary encoder and the first inclination sensor, whereby the combined data output is configured as a combination plug connector and/or the housing top element includes a respective data output for the rotary encoder and a respective data input for the inclination sensor arranged at the hosing top element, and whereby the respective data outputs and data inputs are configured as individual plug connectors, and that the pitch measuring device comprises a further, second inclination sensor that is attachable directly at a frame element of the machine.
A process for surface hardening a workpiece made from an iron, nickel and/or chromium based alloy by gas carburization in which an unsaturated hydrocarbon gas is contacted with the workpiece inside a carburization reactor under a soft vacuum and at an elevated carburization temperature to cause carbon to diffuse into the workpiece surfaces thereby forming a hardened primary surface layer essentially free of carbide precipitates, the process further comprising feeding a carbon-free, halogen-containing activating compound gas to the carburization reactor simultaneously with feeding the unsaturated hydrocarbon gas to the carburization reactor.
Method for the particulate decontamination of a surface of an object; whereon are present possible surface particulate contaminants of a size between 0.05 μm and 500 μm, by placing a head in contact with the surface of the object, comprising the following steps: a) blowing of clean air over a determined surface (S') of the object, b) suction of the blown air containing any particulate contaminants, with said head comprising a wall adapted to face that of the object to be decontaminated and also a contact sole with a surface of the object, made of material(s) that are chemically neutral with respect to the object, and arranged at the periphery of the wall, characterised in that the step a) is carried out of blowing obliquely at a slant with a blowing oblicity that is different at different points of the determined surface. a) blowing of clean air over a determined surface (S') of the object, b) suction of the blown air containing any particulate contaminants,