mhurhangee/patent-ind-claim-en huggingface dataset:
Processing method relating to communication, implemented by an application server (AS) able to send and to receive signalling messages via a first communication link (L1) established between said application server (AS) and a first set of devices forming a first core network (CR1), characterized in that it comprises the following steps: - receiving (E4), via the first communication link (L1), a first signalling message (SG1); - obtaining (E6), depending on said received first signalling message (SG1), a second signalling message (SG2) comprising an identifier (ID4) of a recipient terminal of said second message; - analysing (E8) to determine, depending on said recipient terminal identifier (ID4), whether said recipient terminal is connected to a second core network (CR2) in a predefined group (G) of core networks, said second core network (CR2) being different from said first core network (CR1); - in the event of positive determination, inserting, into the second message, a processing indicator signalling that at least one service recorded in service data in association with an identifier of a user of the recipient terminal has been taken into account by said application server and transmitting (E14) said signalling message (ID4) . - receiving (E4), via the first communication link (L1), a first signalling message (SG1); - obtaining (E6), depending on said received first signalling message (SG1), a second signalling message (SG2) comprising an identifier (ID4) of a recipient terminal of said second message; - analysing (E8) to determine, depending on said recipient terminal identifier (ID4), whether said recipient terminal is connected to a second core network (CR2) in a predefined group (G) of core networks, said second core network (CR2) being different from said first core network (CR1); - in the event of positive determination, inserting, into the second message, a processing indicator signalling that at least one service recorded in service data in association with an identifier of a user of the recipient terminal has been taken into account by said application server and transmitting (E14) said signalling message (ID4) .
A method of collecting data for diagnosing prostate cancer, the method comprising: detecting expression of a plurality of genes in a biological sample obtained from a patient, wherein the patient is of African descent and wherein the plurality of genes is selected because the patient is of African descent and comprises at least three of the following genes: COL10A1, HOXC4, ESPL1, MMP9, ABCA13, PCDHGA1, and AGSK1, wherein the at least three genes comprise COL10A1. detecting expression of a plurality of genes in a biological sample obtained from a patient, wherein the patient is of African descent and wherein the plurality of genes is selected because the patient is of African descent and comprises at least three of the following genes: COL10A1, HOXC4, ESPL1, MMP9, ABCA13, PCDHGA1, and AGSK1, wherein the at least three genes comprise COL10A1.
A diffuser for a centrifugal compressor, the diffuser comprising a drive component , a transmission assembly , an adjustment assembly , a spool valve assembly and a rear wall ; wherein the transmission assembly is used for transmitting power produced by the drive component to the adjustment assembly , the adjustment assembly is capable of reciprocating circumferentially with respect to the rear wall and driving the spool valve assembly to reciprocate axially; and wherein a rolling element is provided between the adjustment assembly and the rear wall ; characterized in that , the transmission assembly comprises a crank and a connecting rod ; wherein one end of the crank is connected to an output shaft of the drive component and the other end of the crank is connected to the connecting rod , the crank converts rotary motion of the output shaft of the drive component linear reciprocating motion of the connecting rod ; and the connecting rod drives the adjustment assembly to reciprocate circumferentially with respect to the rear wall .
The use of a cosmetic composition comprising isosorbide monooleate for depositing isosorbide monooleate on human skin or hair, wherein the use is realized in a process comprising contacting human skin or hair with a cosmetic composition comprising isosorbide monooleate and rinsing off the cosmetic composition comprising isosorbide monooleate with water, so that, after rinsing off the cosmetic composition, isosorbide monooleate is left deposited on the human skin or hair in an amount of 0.01 to 10 μg/cm 2 .
A catalyst layer for use in a membrane electrode assembly for a proton exchange membrane fuel cell, the catalyst layer comprising: (i) a platinum-containing electrocatalyst; (ii) an oxygen evolution reaction electrocatalyst which does not comprise platinum; (iii) one or more carbonaceous materials selected from the group consisting of graphite, nanofibres, nanotubes, nanographene platelets and low surface area, heat-treated carbon blacks; and (iv) proton-conducting polymer; wherein the platinum-containing electrocatalyst is unsupported, supported on a non-carbonaceous support or supported on the oxygen evolution reaction electrocatalyst; wherein the one or more carbonaceous materials have a BET surface area of less than 100m 2 /g.
Method for controlling a filling level of a suspension of cells, cell derivatives, organelles, sub-cellular particles and/or vesicles within at least one chamber of a device for applying an electric field to the suspension, said device comprising at least a first and a second electrode, at least one inlet port disposed at one end of the chamber, and at least one outlet port disposed at the opposite end of the chamber, wherein the first electrode is disposed within the chamber at the inlet port and the second electrode is disposed within the chamber at the outlet port, and wherein the chamber further comprises at least one grounding electrode, said method comprising: a) Starting a filling procedure wherein the suspension is charged into the chamber through the inlet port; b) Measuring the electrical resistance within the chamber during the filling procedure at several points in time; and c) Initiating a termination routine comprising terminating the filling procedure, wherein the termination routine is initiated depending on at least one change of the electrical resistance, characterized in that the electrical resistance is measured between the second electrode and the grounding electrode, wherein the filling procedure is terminated if termination conditions are met, said termination conditions comprising: - a first slope of a change of the resistance exceeds a first predetermined threshold, and - a second slope of a change of the resistance reaches a second predetermined threshold, wherein the second threshold represents a slope that is lower than the slope represented by the first threshold. a) Starting a filling procedure wherein the suspension is charged into the chamber through the inlet port; b) Measuring the electrical resistance within the chamber during the filling procedure at several points in time; and c) Initiating a termination routine comprising terminating the filling procedure, wherein the termination routine is initiated depending on at least one change of the electrical resistance, - a first slope of a change of the resistance exceeds a first predetermined threshold, and - a second slope of a change of the resistance reaches a second predetermined threshold, wherein the second threshold represents a slope that is lower than the slope represented by the first threshold.
A material comprising a transparent substrate, on at least one surface of which is deposited a stack of layers comprising, from the substrate, three silver-based functional metal layers, F1, F2 and F3, with physical thicknesses EF1, EF2 and EF3 respectively, and four dielectric assemblies of layers, E1, E2, E3 and E4, with optical thicknesses are EO1, EO2, EO3 and EO4 respectively, each of the silver-based functional metal layers, F1, F2 and F3, being positioned respectively between the two dielectric assemblies of layers, E1 and E2, E2 and E3, and E3 and E4, said material being characterized in that : - the ratio of the physical thickness EF1 of the functional metal layer F1 to the physical thickness EF2 of the functional metal layer F2 is between 0.95 and 1.05; - the physical thickness EF3 of the functional metal layer F3 is greater than the physical thicknesses, EF1 and EF2, of the functional layers F1 and F2; - the optical thickness EO2 of the dielectric assembly of layer E2 is between 60 and 80 nm; - the optical thicknesses EO1, EO2, EO3 and EO4 are such that EO2 < EO4 < EO1 < EO3. - the ratio of the physical thickness EF1 of the functional metal layer F1 to the physical thickness EF2 of the functional metal layer F2 is between 0.95 and 1.05; - the physical thickness EF3 of the functional metal layer F3 is greater than the physical thicknesses, EF1 and EF2, of the functional layers F1 and F2; - the optical thickness EO2 of the dielectric assembly of layer E2 is between 60 and 80 nm; - the optical thicknesses EO1, EO2, EO3 and EO4 are such that EO2 < EO4 < EO1 < EO3.
Laser tracker for progressive tracking of a reflective target and for determining the distance to the target having - a distance measuring unit, which is configured as an interferometer , for determining a distance change to the target by means of interferometry, - a laser beam source , which is configured as a laser diode, for generating measuring radiation for the interferometer , - a base , which defines a standing axis, - a beam guiding unit for emitting the measuring radiation and for receiving at least a part of the measuring radiation reflected on the target, wherein the beam guiding unit is pivotable by a motor about the standing axis and an inclination axis, which is in particular essentially orthogonal in relation to the standing axis, in relation to the base , - an angle measuring functionality for determining an alignment of the beam guiding unit in relation to the base , and - at least one optical fiber, characterized in that the laser beam source is integrated into a thermo-electrically temperature-stabilized cell , referred to as a TEC cell hereafter, wherein at least the following components are arranged inside the TEC cell - the laser diode , - collimation optics , - an optical mini-isolator unit , and - a decoupling unit comprising at least one polarization-retaining fiber coupling for the measuring radiation for the interferometer (21, and the measuring radiation can be coupled into the optical fiber by the fiber coupling. - a distance measuring unit, which is configured as an interferometer , for determining a distance change to the target by means of interferometry, - a laser beam source , which is configured as a laser diode, for generating measuring radiation for the interferometer , - a base , which defines a standing axis, - a beam guiding unit for emitting the measuring radiation and for receiving at least a part of the measuring radiation reflected on the target, wherein the beam guiding unit is pivotable by a motor about the standing axis and an inclination axis, which is in particular essentially orthogonal in relation to the standing axis, in relation to the base , - an angle measuring functionality for determining an alignment of the beam guiding unit in relation to the base , and - at least one optical fiber, characterized in that the laser beam source is integrated into a thermo-electrically temperature-stabilized cell , referred to as a TEC cell hereafter, wherein at least the following components are arranged inside the TEC cell - the laser diode , - collimation optics , - an optical mini-isolator unit , and - a decoupling unit comprising at least one polarization-retaining fiber coupling for the measuring radiation for the interferometer (21, and the measuring radiation can be coupled into the optical fiber by the fiber coupling.
Device for monitoring the lubrication condition of the bearing of a track roller of a running gear of a tracked vehicle by means of temperature monitoring, wherein the track roller has at least one bearing journal , wherein the track roller is mounted in a frame of the tracked vehicle via the bearing journal , wherein a sensor arrangement is arranged in the region of the bearing journal , wherein the sensor arrangement is set up to transmit temperature data measured by the sensor arrangement wirelessly to a further processing device , characterized in that the sensor arrangement is arranged on a fastening screw , wherein the fastening screw is screwed into a threaded bore provided in the bearing journal , wherein the track roller is fastened to an element of the frame by means of the fastening screw , wherein the sensor arrangement comprises a temperature sensor , with which instantaneous temperature data can be measured, wherein the sensor arrangement comprises an RFID transponder with which the temperature data can be acquired, wherein a reader is provided at a distance from the RFID transponder suitable for reading out the acquired temperature data, and wherein the reader is configured for transmitting the temperature data to the further processing device for further processing. the sensor arrangement is arranged on a fastening screw , wherein the fastening screw is screwed into a threaded bore provided in the bearing journal , wherein the track roller is fastened to an element of the frame by means of the fastening screw , wherein the sensor arrangement comprises a temperature sensor , with which instantaneous temperature data can be measured, wherein the sensor arrangement comprises an RFID transponder with which the temperature data can be acquired, wherein a reader is provided at a distance from the RFID transponder suitable for reading out the acquired temperature data, and wherein the reader is configured for transmitting the temperature data to the further processing device for further processing.
Ventilating valve for ventilating a liquid tank, comprising: a valve housing which delimits a housing interior and comprises a ventilation opening for ventilating the housing interior ; and a rotatably mounted closing lever for closing the ventilating opening , wherein the closing lever comprises a floating body and a closing body for fluid-tightly closing the ventilating opening , wherein the closing body is pressable against the ventilating opening by a rotation of the closing lever in order to fluid-tightly close the ventilating opening , and wherein a liquid flowing into the housing interior can act on the floating body for rotating the closing lever , characterized by , that the closing body is configured as a hollow cylinder closed on one side by a cylinder surface . a valve housing which delimits a housing interior and comprises a ventilation opening for ventilating the housing interior ; and a rotatably mounted closing lever for closing the ventilating opening , wherein the closing lever comprises a floating body and a closing body for fluid-tightly closing the ventilating opening , wherein the closing body is pressable against the ventilating opening by a rotation of the closing lever in order to fluid-tightly close the ventilating opening , and wherein a liquid flowing into the housing interior can act on the floating body for rotating the closing lever , characterized by , that the closing body is configured as a hollow cylinder closed on one side by a cylinder surface .
Method for clamping a lithium ion accumulator which has a lithium ion accumulator cell stack having a top surface , a base surface opposite the top surface and a circumferential surface having four side surfaces , and consisting of at least two prismatic lithium ion accumulator cells , characterized in that the lithium ion accumulator cell stack is clamped by means of at least one tension strap which is arranged and tensioned in the region of the circumferential surface , wherein the ends of the tension strap have a passage opening in which a device engages and tensions the tension strap such that in each case the region between the passage opening and the end of the tension strap remains free of tension, and in that , in the tension-free state, the ends of the tension strap are connected to each other directly or indirectly using one or two plates which are arranged on one side surface or two mutually opposite side surfaces of the circumferential surface .
An etomidate compound of Formula 1: wherein, X and Y are independently halogen, preferably fluorine, chlorine or bromine, or hydrogen, with the proviso that X and Y are not hydrogen at the same time; and R 1 is C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 3-6 cycloalkyl or C 6-10 aryl, optionally substituted with one or more substituents selected from the group consisting of halogen, hydroxyl, amino, cyano, C 1-6 alkoxyl, C 2-7 alkoxycarbonyl, C 3-6 cycloalkyl and C 6-10 aryl, preferably C 1-6 alkyl, more preferably methyl, ethyl, propyl, isopropyl, n-butyl or isobutyl, or a pharmaceutically acceptable salt, or a solvate thereof. X and Y are independently halogen, preferably fluorine, chlorine or bromine, or hydrogen, with the proviso that X and Y are not hydrogen at the same time; and R 1 is C 1-6 alkyl, C 2-6 alkenyl, C 2-6 alkynyl, C 3-6 cycloalkyl or C 6-10 aryl, optionally substituted with one or more substituents selected from the group consisting of halogen, hydroxyl, amino, cyano, C 1-6 alkoxyl, C 2-7 alkoxycarbonyl, C 3-6 cycloalkyl and C 6-10 aryl, preferably C 1-6 alkyl, more preferably methyl, ethyl, propyl, isopropyl, n-butyl or isobutyl, or a pharmaceutically acceptable salt, or a solvate thereof.
A substrate configured for implantation into a human eye comprising an apical surface and a basal surface, wherein the apical surface is homogeneous and suitable for the growth of cells, wherein the basal surface comprises a single continuous support configured to provide structural support, and wherein the substrate comprises a parylene polymer and wherein the parylene polymer is non-porous, permeable and non-biodegradable. wherein the apical surface is homogeneous and suitable for the growth of cells, wherein the basal surface comprises a single continuous support configured to provide structural support, and wherein the substrate comprises a parylene polymer and wherein the parylene polymer is non-porous, permeable and non-biodegradable.
A method for performing an endothermic reaction, comprising: - exposing an oxygen-containing stream to an oxygen storage component in a combustion zone within a reactor to form an oxidized oxygen storage component, the reactor optionally comprising a reverse flow reactor, the oxygen storage component comprising: a metal oxide system comprising manganese oxide, iron oxide, copper oxide, nickel oxide, or a combination thereof, and a binder comprising magnesium oxide, calcium oxide, yttrium oxide or a combination thereof; - subsequently, reacting a fuel mixture comprising a fuel stream and a working fluid with the oxidized oxygen storage component under combustion conditions to form a flue gas and to heat one or more surfaces in a reaction zone to a regenerated surface temperature of 600°C or more, the fuel mixture comprising 20 vol% or more CO 2 , and wherein the fuel mixture and the oxygen-containing stream are separate flows; - recycling at least a portion of the flue gas to form at least a portion of the working fluid; and - exposing an endothermic reagent stream to the one or more surfaces in the reaction zone at the regenerated surface temperature to form an endothermic product stream, a direction of flow for the endothermic reagent stream within the reaction zone being reversed relative to a direction of flow for the fuel mixture. - exposing an oxygen-containing stream to an oxygen storage component in a combustion zone within a reactor to form an oxidized oxygen storage component, the reactor optionally comprising a reverse flow reactor, the oxygen storage component comprising: a metal oxide system comprising manganese oxide, iron oxide, copper oxide, nickel oxide, or a combination thereof, and a binder comprising magnesium oxide, calcium oxide, yttrium oxide or a combination thereof; - subsequently, reacting a fuel mixture comprising a fuel stream and a working fluid with the oxidized oxygen storage component under combustion conditions to form a flue gas and to heat one or more surfaces in a reaction zone to a regenerated surface temperature of 600°C or more, the fuel mixture comprising 20 vol% or more CO 2 , and wherein the fuel mixture and the oxygen-containing stream are separate flows; - recycling at least a portion of the flue gas to form at least a portion of the working fluid; and - exposing an endothermic reagent stream to the one or more surfaces in the reaction zone at the regenerated surface temperature to form an endothermic product stream, a direction of flow for the endothermic reagent stream within the reaction zone being reversed relative to a direction of flow for the fuel mixture.
A delivery system comprising: a delivery vehicle configured to be able to carry a delivery box to be delivered to a delivery destination ; and a carrier vehicle configured to be able to carry the delivery vehicle thereon, the carrier vehicle including a storage container configured to be able to store one or more delivery boxes , the carrier vehicle including a conveyance control mechanism configured to perform conveyance control to convey the delivery box located at a predetermined storage location in the storage container to a storage location different from the predetermined storage location, the conveyance control mechanism performing the conveyance control to convey the delivery box to a receipt location at which the delivery vehicle can receive the delivery box , and the delivery vehicle including a carrying control mechanism configured to perform carrying control to receive the delivery box from the carrier vehicle at the receipt location and to carry the received delivery box thereon, wherein the delivery vehicle delivers to the delivery destination the delivery box carried on the delivery vehicle by the carrying control of the carrying control mechanism . a delivery vehicle configured to be able to carry a delivery box to be delivered to a delivery destination ; and a carrier vehicle configured to be able to carry the delivery vehicle thereon, the carrier vehicle including a storage container configured to be able to store one or more delivery boxes , the carrier vehicle including a conveyance control mechanism configured to perform conveyance control to convey the delivery box located at a predetermined storage location in the storage container to a storage location different from the predetermined storage location, the conveyance control mechanism performing the conveyance control to convey the delivery box to a receipt location at which the delivery vehicle can receive the delivery box , and the delivery vehicle including a carrying control mechanism configured to perform carrying control to receive the delivery box from the carrier vehicle at the receipt location and to carry the received delivery box thereon, wherein the delivery vehicle delivers to the delivery destination the delivery box carried on the delivery vehicle by the carrying control of the carrying control mechanism .