mhurhangee/patent-ind-claim-en huggingface dataset:
Rotating machine vibration monitoring process for detecting degradations within a rotating machine comprising a rotor levitated by magnetic bearings, said magnetic bearings comprising at least a position sensor and at least a magnetic actuator, the process comprising the following steps: - defining a set of excitations that does not destabilizes the rotating machine, - injecting the set of excitations in the rotating machine through the magnetic actuator of the at least one magnetic bearing, - measuring the response of the rotating machine to the set of excitations through the position sensor of the at least one magnetic bearings, - calculating parameters using available data pertaining to at least a part of the machine along with criteria based on the calculated parameters, - checking whether the response verifies at least one criterium, - if the response does not verify the at least one criterium, adjusting the properties of the set of excitations and resuming the process at the injection step, - if the response verifies the at least one criterium, determining at least one condition indicator based on the response measured, - determining if an at least one alarm is to be triggered based on the at least one condition indicator determined. - defining a set of excitations that does not destabilizes the rotating machine, - injecting the set of excitations in the rotating machine through the magnetic actuator of the at least one magnetic bearing, - measuring the response of the rotating machine to the set of excitations through the position sensor of the at least one magnetic bearings, - calculating parameters using available data pertaining to at least a part of the machine along with criteria based on the calculated parameters, - checking whether the response verifies at least one criterium, - if the response does not verify the at least one criterium, adjusting the properties of the set of excitations and resuming the process at the injection step, - if the response verifies the at least one criterium, determining at least one condition indicator based on the response measured, - determining if an at least one alarm is to be triggered based on the at least one condition indicator determined.
An in vitro method of determining if a patient is afflicted with an acquired sensory neuronopathy, said method comprising: a) detecting in a biological sample of the patient immunoreactivity toward a protein of the tyrosine kinase receptor family and/or toward a protein of the growth factor receptor-bound protein family (GRB family); and b) deducing from the result of step a) whether the patient is afflicted with an acquired sensory neuronopathy, wherein immunoreactivity toward the protein of the tyrosine kinase receptor family and/or toward the protein of the growth factor receptor-bound protein family (GRB family) is indicative of the acquired sensory neuronopathy. a) detecting in a biological sample of the patient immunoreactivity toward a protein of the tyrosine kinase receptor family and/or toward a protein of the growth factor receptor-bound protein family (GRB family); and b) deducing from the result of step a) whether the patient is afflicted with an acquired sensory neuronopathy, wherein immunoreactivity toward the protein of the tyrosine kinase receptor family and/or toward the protein of the growth factor receptor-bound protein family (GRB family) is indicative of the acquired sensory neuronopathy.
An optical sensor for detecting objects in a monitoring area, having at least one trans6mitter which has an optical axis (A) and emits light beams, and having at least one receiver which has an optical axis (A) and is designed to receive light beams , wherein the transmitter and the receiver are each assigned a tube whose longitudinal axis extends in the direction of the optical axis of the transmitter or receiver , wherein the tube consists of a plurality of tube elements , which can be guided transversely to the optical axis to the tube , and wherein the tube forms at least one element plane in which an optical element is present, characterised in that the tube elements of the tube are connected via one or more flexible joints, in that the tube elements of the tube and the flexible joints form a plastic injection-moulded part, in that the flexible joints are in the form of film joints , the film joints being formed by constrictions in the material.
Fuel nozzle for use in a combustion arrangement , in particular of a gas turbine, comprising a main body extending from a cold side to an opposite hot side , and at least five, in particular at least ten, air passages arranged next to each other extending from the cold side towards the hot side , and a fuel distribution chamber next to the cold side , wherein the air passages cross the fuel distribution chamber separated by passage walls , wherein fuel holes are arranged within the passage walls , and wherein the air passages are at least over a portion curved and/or inclined towards a center axis of the fuel nozzle from the cold side towards the hot side , characterized in that the fuel nozzle further comprises an air chamber arranged within the main body open to the hot side , wherein an annular air channel is surrounding the air chamber with a gap into the air chamber arranged close to the hot side . a main body extending from a cold side to an opposite hot side , and at least five, in particular at least ten, air passages arranged next to each other extending from the cold side towards the hot side , and a fuel distribution chamber next to the cold side , wherein the air passages cross the fuel distribution chamber separated by passage walls , wherein fuel holes are arranged within the passage walls , and wherein the air passages are at least over a portion curved and/or inclined towards a center axis of the fuel nozzle from the cold side towards the hot side , characterized in that the fuel nozzle further comprises an air chamber arranged within the main body open to the hot side , wherein an annular air channel is surrounding the air chamber with a gap into the air chamber arranged close to the hot side .
A system comprising a flexible double lumen tube , a tube coupling system and an irrigation catheter having an expandable cuff , wherein the irrigation catheter is coupled to the flexible double lumen tube by means of the tube coupling system, wherein the flexible double lumen tube is a flexible annular double lumen tube having an interior flexible tube extending inside an exterior flexible tube , wherein the interior flexible tube delimits a first flow channel adapted for supplying an irrigation liquid to the irrigation catheter, and the annular tube gap between said interior flexible tube and said exterior flexible tube delimits a second flow channel adapted for delivering an expansion liquid to the expandable cuff of the irrigation catheter, the interior flexible tube has an exterior diameter (D) that is smaller than an interior diameter (d) of the exterior flexible tube , wherein the interior flexible tube and the exterior flexible tube have no radial connection along the length of said flexible double lumen tube between a proximal end and a distal end of said flexible double lumen tube , whereby the interior flexible tube is arranged inside the exterior flexible tube to move freely radially.
A multifunctional composition for modifying one or more surface properties and increasing strength of a glass substrate, the multifunctional composition comprising: a glass-strengthening component; a surface-modification component; and an aqueous solvent, the glass-strengthening component comprising a strengthening emulsion of colloidal particles comprising at least one organo-silicone compound, at least one dispersible polymer, and at least one polyol, and the surface-modification component comprising at least one of (3,3-dimethylbutyl)triethoxysilane, 3-(heptafluoroisopropoxy)propyltrimethoxysilane, 10-undecenyltrimethoxysilane, 1,2-bis(methyldiethoxysilyl)ethane, (3,3-dimethylbutyl)trichlorosilane, bis[(3-methyldimethoxysilyl)propyl]polypropylene oxide, an anionic aliphatic polyester, a polyether-modified trisiloxane, and nonafluorohexyltriethoxysilane, wherein the multifunctional composition is formulated for one-step application to the glass substrate at room temperature and pressure, and wherein the multifunctional composition, when applied to the glass substrate, provides at least 10% improvement in the strength of the glass substrate as compared to untreated glass, as measured by ring on ring strength testing according to ASTM C1499. the glass-strengthening component comprising a strengthening emulsion of colloidal particles comprising at least one organo-silicone compound, at least one dispersible polymer, and at least one polyol, and the surface-modification component comprising at least one of (3,3-dimethylbutyl)triethoxysilane, 3-(heptafluoroisopropoxy)propyltrimethoxysilane, 10-undecenyltrimethoxysilane, 1,2-bis(methyldiethoxysilyl)ethane, (3,3-dimethylbutyl)trichlorosilane, bis[(3-methyldimethoxysilyl)propyl]polypropylene oxide, an anionic aliphatic polyester, a polyether-modified trisiloxane, and nonafluorohexyltriethoxysilane, wherein the multifunctional composition is formulated for one-step application to the glass substrate at room temperature and pressure, and wherein the multifunctional composition, when applied to the glass substrate, provides at least 10% improvement in the strength of the glass substrate as compared to untreated glass, as measured by ring on ring strength testing according to ASTM C1499.
A guidance robot comprising: a bottom section having wheels and a motor to rotate at least one wheel ; a middle section located above the bottom section and having at least one sensor for autonomous movement; a display unit coupled to the middle section ; a top section located above the middle section and configured to be rotatable relative to the middle section ; and a reader located inside the top section or the middle section and configured to recognize a readable code of an object, the object having the readable code is insertable into the reader through an insertion hole formed in the display unit . a bottom section having wheels and a motor to rotate at least one wheel ; a middle section located above the bottom section and having at least one sensor for autonomous movement; a display unit coupled to the middle section ; a top section located above the middle section and configured to be rotatable relative to the middle section ; and a reader located inside the top section or the middle section and configured to recognize a readable code of an object, the object having the readable code is insertable into the reader through an insertion hole formed in the display unit .
System comprising an electrode for an electric battery of the so-called "lead-acid" type, in which a series of electrodes are involved, materialized in plates of laminar configuration arranged vertically as anode and cathode, distributed in parallel in the cavity of one or more cells of the housing of the battery itself, plates, between which an electrolyte is established, wherein in correspondence with the upper area of the electrode there is a funnel-like conduit, which determines a tilted cover , convergent in the upward direction, which ends in a kind of chimney through which the gases produced in the electrolysis are evacuated, cover that is traversed on one of its sides by the corresponding terminal of the electrode , with the particularity that on each side of the electrode a set of slats parallel to each other and tilted in a convergent way in the upper direction for guiding the gas bubbles generated in the electrolysis towards the chimney ; characterized in that the electrode is associated with an electronics for controlling the battery power or charge status, associated with respective three-way solenoid valves implemented in correspondence with the outputs of the chimneys as a means of separating the different gases generated in the battery charging or discharging process; wherein the sides of the cover extend downwards, covering the set of slats at their ends; and wherein the electrode is located under the cover , centered in a vertical arrangement. characterized in that the electrode is associated with an electronics for controlling the battery power or charge status, associated with respective three-way solenoid valves implemented in correspondence with the outputs of the chimneys as a means of separating the different gases generated in the battery charging or discharging process; wherein the sides of the cover extend downwards, covering the set of slats at their ends; and wherein the electrode is located under the cover , centered in a vertical arrangement.
A method carried out by a control system in a forestry machine, the method comprising the following steps: collecting data describing operation of the forestry machine, which data consist of one or more parameters; processing the collected data, wherein the alertness of the driver of the forestry machine is assessed by comparing a value of measured one or more control parameters with control operations previously carried out by the driver, wherein during a work shift, work phases to be carried out by the forestry machine are identified on the basis of the measured one or more parameters, and the driver's performance is assessed work-phase-specifically, wherein if the driver's operations in mutually corresponding work phases start to differ from one another, a change in the driver's state of alertness is established; influencing, on the basis of the processed data, one or more parameters controlling the operation of the forestry machine, wherein if the driver's state of alertness has deteriorated, the delay of control operations is increased. collecting data describing operation of the forestry machine, which data consist of one or more parameters; processing the collected data, wherein the alertness of the driver of the forestry machine is assessed by comparing a value of measured one or more control parameters with control operations previously carried out by the driver, wherein during a work shift, work phases to be carried out by the forestry machine are identified on the basis of the measured one or more parameters, and the driver's performance is assessed work-phase-specifically, wherein if the driver's operations in mutually corresponding work phases start to differ from one another, a change in the driver's state of alertness is established; influencing, on the basis of the processed data, one or more parameters controlling the operation of the forestry machine, wherein if the driver's state of alertness has deteriorated, the delay of control operations is increased.
A pharmaceutical composition comprising about 28.57% by weight of 2-(tert-butylamino)-4-( -3-hydroxy-4-methylcyclohexylamino)-pyrimidine-5-carboxamide or a pharmaceutically acceptable salt, stereoisomer, solvate, hydrate, clathrate, isotopologue or solid form thereof, about 37.43% by weight of microcrystalline cellulose, about 26% by weight of mannitol, about 4% by weight of carboxymethyl cellulose, about 3% by weight of hydroxypropyl methyl cellulose and about 1% by weight of magnesium stearate; wherein the pharmaceutical composition is a tablet.
An apparatus configured to heat a smokeable material to volatilize at least one component of the smokeable material , wherein the apparatus comprises: a substantially tubular smokeable material heating chamber ; an electrically-powered heater , configured to heat the smokeable material in the substantially tubular smokeable material heating chamber ; wherein the substantially tubular smokeable material heating chamber open at both ends, the substantially tubular smokeable material heating chamber being constructed and arranged to removably receive the smokeable material which is insertable by a user into the substantially tubular smokeable material heating chamber and removable from the substantially tubular 2 smokeable material heating chambei by the user after use; and a thermal insulation located between the substantially tubular smokeable material heating chamber and an exterior of the apparatus to reduce heat loss from heated smokeable material ; wherein the thermal insulation is located around a longitudinal surface of the substantially tubular smokeable material heating chamber ; the apparatus being characterised in that the thermal insulation has a core region , which is evacuated to a lower pressure than an exterior of the thermal insulation . a substantially tubular smokeable material heating chamber ; an electrically-powered heater , configured to heat the smokeable material in the substantially tubular smokeable material heating chamber ; wherein the substantially tubular smokeable material heating chamber open at both ends, the substantially tubular smokeable material heating chamber being constructed and arranged to removably receive the smokeable material which is insertable by a user into the substantially tubular smokeable material heating chamber and removable from the substantially tubular 2 smokeable material heating chambei by the user after use; and a thermal insulation located between the substantially tubular smokeable material heating chamber and an exterior of the apparatus to reduce heat loss from heated smokeable material ; wherein the thermal insulation is located around a longitudinal surface of the substantially tubular smokeable material heating chamber ; the apparatus being characterised in that the thermal insulation has a core region , which is evacuated to a lower pressure than an exterior of the thermal insulation .
A site container comprising: - at least a first room (P 1 ) and a second room (P 2 ); - a frame including a floor and at least one partition separating the first room from the second room; - a generator set disposed in the first room; and - a vibration reduction device cooperating with the generator set to prevent the transmission of vibrations between the generator set and the frame, characterized in that the vibration reduction device is configured to mechanically decouple the generator set of the frame , the vibration reduction device comprising means for moving the generator set away from the frame, configured to lift the generator set relative to the floor of the frame, the means for moving the generator set away from the frame comprising at least one lifting element configured to lift the generator set by bearing on the ground (S) below the frame. - at least a first room (P 1 ) and a second room (P 2 ); - a frame including a floor and at least one partition separating the first room from the second room; - a generator set disposed in the first room; and - a vibration reduction device cooperating with the generator set to prevent the transmission of vibrations between the generator set and the frame, characterized in that the vibration reduction device is configured to mechanically decouple the generator set of the frame , the vibration reduction device comprising means for moving the generator set away from the frame, configured to lift the generator set relative to the floor of the frame, the means for moving the generator set away from the frame comprising at least one lifting element configured to lift the generator set by bearing on the ground (S) below the frame.
Method for producing a denture, in particular by means of a ceramic semi-finished product or an anatomically shaped ceramic shell as a veneer of a dental frame or as a fully ceramic denture, comprising the following steps: - providing an adaptable, anatomically shaped ceramic shell having a concave contact surface and an opposite outer surface of a vestibular, anatomical tooth shape as a plastically moldable green body; - applying the ceramic shell to a frame or to a carrier by means of a viscous ceramic filling compound as a compensating compound; wherein the ceramic shell is back-injected with the viscous ceramic filling compound and is placed on the frame or the carrier; and - performing at least one firing step below a temperature of 1050°C. - providing an adaptable, anatomically shaped ceramic shell having a concave contact surface and an opposite outer surface of a vestibular, anatomical tooth shape as a plastically moldable green body; - applying the ceramic shell to a frame or to a carrier by means of a viscous ceramic filling compound as a compensating compound; wherein the ceramic shell is back-injected with the viscous ceramic filling compound and is placed on the frame or the carrier; and - performing at least one firing step below a temperature of 1050°C.
An internal combustion engine with a cylinder crankcase , an oil pan , which in operation is filled with oil up to an oil level , an oil pan upper part adapted to the turning circle of a crank mechanism with at least one passage opening , and an oil pan lower part of the oil pan and with at least one oil return line having an oil duct to return oil to the oil pan , wherein the oil duct has a collection point which, during operation of the internal combustion engine , receives an oil volume closing the free passage of the oil duct , wherein the collection point is arranged in such a way that the oil level in the oil pan lies below a collection level of the oil volume in the collection point in the direction of gravity, and the collection point has an oil collection container equipped with an oil outlet which determines the collection level , and wherein the oil duct has a section embodied as an immersion tube , wherein the oil duct is arranged concentrically to an oil collection container of the collection point , characterized in that the collection point is arranged within the space limited by the oil pan and that a collection point equipped as an oil retaining beaker is provided in the oil duct below the oil pan upper part , into which collection point the immersion tube is immersed to below the collection level of the oil volume in the collection point .