mhurhangee/patent-ind-claim-en huggingface dataset:
Mounting device for the fully automatic assembly of electromechanical, electromagnetic and/or electrohydraulic apparatuses, the device comprising at least one production cell , the production cell comprising at least one lower longitudinal beam and at least one upper longitudinal beam , a first linear axis system arranged on the upper longitudinal beam , at least one first carriage being moveable on the first linear axis system , a first multi-axis robot arranged on the first carriage , and at least one drive unit for driving the movement of the first carriage on the first linear axis system , the drive unit being designed as a linear motor, characterized in that the mounting device comprises a second multi-axis robot arranged on a second carriage , and that the second multi-axis robot is arranged on a second linear axis system in parallel with the first linear axis system being moveably driven by means of a linear motor . at least one production cell , the production cell comprising at least one lower longitudinal beam and at least one upper longitudinal beam , a first linear axis system arranged on the upper longitudinal beam , at least one first carriage being moveable on the first linear axis system , a first multi-axis robot arranged on the first carriage , and at least one drive unit for driving the movement of the first carriage on the first linear axis system , the drive unit being designed as a linear motor, characterized in that the mounting device comprises a second multi-axis robot arranged on a second carriage , and
A stabilizer for use in stabilizing a dome-shaped diaphragm of a microphone transducer, the stabilizer comprising: an annular peripheral portion defining an outer periphery of the stabilizer; a central portion concentrically disposed within the periphery of the stabilizer; and a plurality of strap portions emanating from the central portion and extending outward to the annular peripheral portion; characterised in that the stabilizer is configured to be attached to the top of the dome of a front surface of the diaphragm at the central portion of the stabilizer without support on a rear surface of the diaphragm, wherein the front surface is configured to have acoustic waves impinge thereon, and wherein the stabilizer is configured to minimize asymmetric movement of the diaphragm. an annular peripheral portion defining an outer periphery of the stabilizer; a central portion concentrically disposed within the periphery of the stabilizer; and a plurality of strap portions emanating from the central portion and extending outward to the annular peripheral portion; characterised in that the stabilizer is configured to be attached to the top of the dome of a front surface of the diaphragm at the central portion of the stabilizer without support on a rear surface of the diaphragm, wherein the front surface is configured to have acoustic waves impinge thereon, and wherein the stabilizer is configured to minimize asymmetric movement of the diaphragm.
A lithium ion strengthened glass article comprising: an interior portion comprising a base glass and lithium ions; a witness layer having different thicknesses at different locations of the lithium ion strengthened glass article; and a compression layer between the interior portion and the witness layer; wherein: the compression layer is under compression; the compression layer has a lower content of lithium ions and a greater content of sodium ions than the interior portion; the witness layer is under compression; and the witness layer has a lower content of sodium ions and a greater content of potassium ions than the compression layer. an interior portion comprising a base glass and lithium ions; a witness layer having different thicknesses at different locations of the lithium ion strengthened glass article; and a compression layer between the interior portion and the witness layer; the compression layer is under compression; the compression layer has a lower content of lithium ions and a greater content of sodium ions than the interior portion; the witness layer is under compression; and the witness layer has a lower content of sodium ions and a greater content of potassium ions than the compression layer.
A preparation including a base containing 0.5% or 1% of (2,6-dichlorophenyl)amide salt of carbopentoxysulfanilic acid of the general formula: wherein X is Na, K, or NH 4 , for use in treating recurring diseases of the skin and mucous membranes caused by HSV-1 or HSV-2, wherein the preparation is applied twice daily for 3-5 days as a first course and then 1-2 times daily for 2-3 days as a second course when signs of relapse appear.
Use of a semi-crystalline polyamide, for which the average number of carbon atoms (C) relatively to the nitrogen atom (N) is greater than or equal to 8, or of a mixture of semi-crystalline polyamides wherein the average number of carbon atoms (C) relatively to the nitrogen atom (N) of each of the semi-crystalline polyamides is greater than or equal to 8, in a composition comprising an amorphous polyamide or a mixture of amorphous polyamides for improving the dimensional stability by reducing the water absorption rate measured according to the ISO 62 standard revised in 2011 of said composition, provided that, when the amorphous polyamide is PA MACM.12, the semi-crystalline polyamide is not a PA 12.
Plate having a thickness from 0.5 to 9 mm and a granular structure such that the degree of recrystallisation at half thickness is greater than 70% where the degree of recrystallisation is the proportion of surface on a metallographic section occupied by recrystallised grains, made from an aluminium-based alloy comprising 2.8 to 3.2% by weight Cu, 0.5 to 0.8% by weight Li, 0.1 to 0.3% by weight Ag, 0.2 to 0.7% by weight Mg, 0.2 to 0.35% by weight Mn, 0.01 to 0.15% by weight Ti, a quantity of Zn of less than 0.2% by weight, a quantity of Fe and Si of less than or equal to 0.1% by weight each, and unavoidable impurities, including zirconium, to a proportion of less than or equal to 0.05% by weight each and 0.15% by weight in total, the remainder aluminium, said plate being obtained by a method comprising casting, homogenisation, hot rolling and optionally cold rolling, solution heat treatment, quenching and aging. 2.8 to 3.2% by weight Cu, 0.5 to 0.8% by weight Li, 0.1 to 0.3% by weight Ag, 0.2 to 0.7% by weight Mg, 0.2 to 0.35% by weight Mn, 0.01 to 0.15% by weight Ti,
A water intake structure ( 40.8) comprising a plurality of spaced-apart elongate members ( 80.8, 82.8, 84.8) and a plurality of slots ( 130.8), each extending between adjacent pairs of said elongate members, whereby each said elongate member is shaped to promote a Coand effect with portions ( 94.8, 96.8 ) of water ( 50.8) passing thereon being taken in through an adjacent downstream said slot thereby, wherein each said elongate member (80.8, 82.8, 84.8) includes at least one of an inner portion that is rigid and an outer portion along and upon which water (50.8) flows, the outer portion made of an elastomer or another polymer.
A combing machine having a machine frame and having at least one combing point and having a suction channel extending below the combing point in the machine frame and having a covering hood which is pivotably held on the machine frame and extends over the combing point , wherein the combing point comprises at least one nipper unit and a circular comb and a fixing comb and a feed cylinder as well as a pair of draw-off rollers , wherein the pair of draw-off rollers consists of a lower draw-off roller and an upper draw-off roller provided with a scraper , wherein the combing point is provided with a suction means, wherein the suction means is attached to the covering hood and is connected to the suction channel via a coupling .
Method of managing a railway vehicle air-conditioning device installed in the railway vehicle ; the air-conditioning device having a refrigerant circuit including at least a compressor , a heat source side heat exchanger , a decompression device and a load side heat exchanger , and being configured to air-condition, in use, an inside of the railway vehicle by circulating refrigerant in the refrigerant circuit ; the method comprising the step of: i) recording with a management device having a management storage device vehicle air conditioning data including data showing operating states of a plurality of railway vehicle air-conditioning devices in a plurality of railway vehicles ; wherein the method further comprises the steps of: ii) operating the air-conditioning device in an operating pattern of settings set in advance before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; iii) acquiring vehicle air conditioning data including data showing operating states of the air-conditioning device before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; and iv) recording with the management device having the management storage device vehicle air conditioning data acquired during the step iii) of acquiring. i) recording with a management device having a management storage device vehicle air conditioning data including data showing operating states of a plurality of railway vehicle air-conditioning devices in a plurality of railway vehicles ; wherein the method further comprises the steps of: ii) operating the air-conditioning device in an operating pattern of settings set in advance before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; iii) acquiring vehicle air conditioning data including data showing operating states of the air-conditioning device before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; and iv) recording with the management device having the management storage device vehicle air conditioning data acquired during the step iii) of acquiring. ii) operating the air-conditioning device in an operating pattern of settings set in advance before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; iii) acquiring vehicle air conditioning data including data showing operating states of the air-conditioning device before starting commercial operation of the railway vehicle , without passengers in the railway vehicle ; and iv) recording with the management device having the management storage device vehicle air conditioning data acquired during the step iii) of acquiring.
A process for repairing an aircraft engine component comprising: receiving a plurality of component measurements of a damaged component; and comparing the plurality of component measurements of the damaged component to a finite element model of an ideal component, and generating a finite element model of the damaged component based at least partially on the comparison; characterised by the process further comprising: determining a corrective material removal operation based at least in part on the finite element model of the damaged component; predicting a performance of a repaired component by providing the finite element model of the damaged component and the corrective material removal operation to a mathematical model configured to determine a finite element model of the expected resultant component and to determine the structural, aerodynamic, and aeromechanical parameters of the expected resultant component in hot conditions and outputting a set of data indicative of the expected structural, aerodynamic, aeromechanical, and modeshape parameters of the repaired component under hot conditions; comparing the set of data against a predetermined set of criteria; and removing material from the damaged component according to the corrective material removal operation, thereby creating the repaired component in response to the set of data meeting the predetermined set of criteria. receiving a plurality of component measurements of a damaged component; and comparing the plurality of component measurements of the damaged component to a finite element model of an ideal component, and generating a finite element model of the damaged component based at least partially on the comparison; characterised by the process further comprising: determining a corrective material removal operation based at least in part on the finite element model of the damaged component; predicting a performance of a repaired component by providing the finite element model of the damaged component and the corrective material removal operation to a mathematical model configured to determine a finite element model of the expected resultant component and to determine the structural, aerodynamic, and aeromechanical parameters of the expected resultant component in hot conditions and outputting a set of data indicative of the expected structural, aerodynamic, aeromechanical, and modeshape parameters of the repaired component under hot conditions; comparing the set of data against a predetermined set of criteria; and removing material from the damaged component according to the corrective material removal operation, thereby creating the repaired component in response to the set of data meeting the predetermined set of criteria.
A hydraulic forging press comprising a pressure cylinder group , the pressure cylinder group including: a main pressure cylinder configured to be capable of constantly supplying hydraulic oil during forging; and at least one or more secondary pressure cylinders configured to be capable of switching a supply and a supply stop of the hydraulic oil depending on a forging load, the hydraulic forging press further comprising a cylinder select control device configured to control the supply and the supply stop of the hydraulic oil to the main pressure cylinder and the secondary pressure cylinders , head side hydraulic chambers of the secondary pressure cylinders being connected to a head side hydraulic chamber of the main pressure cylinder through switching valves , respectively, and wherein the head side hydraulic chambers of the secondary pressure cylinders are further connected to auxiliary accumulators through the switching valves , and the auxiliary accumulators are configured to be capable of supplying the head side hydraulic chambers with the hydraulic oil when the secondary pressure cylinders are pressurized, the hydraulic forging press being characterized in that the cylinder select control device is configured to control the switching valves such that the main pressure cylinder is solely used until the forging load exceeds a predetermined set load, and the number of secondary pressure cylinders to be used is gradually increased as the forging load increases after the forging load exceeds the set load. a main pressure cylinder configured to be capable of constantly supplying hydraulic oil during forging; and at least one or more secondary pressure cylinders configured to be capable of switching a supply and a supply stop of the hydraulic oil depending on a forging load, the hydraulic forging press further comprising a cylinder select control device configured to control the supply and the supply stop of the hydraulic oil to the main pressure cylinder and the secondary pressure cylinders , head side hydraulic chambers of the secondary pressure cylinders being connected to a head side hydraulic chamber of the main pressure cylinder through switching valves , respectively, and wherein the head side hydraulic chambers of the secondary pressure cylinders are further connected to auxiliary accumulators through the switching valves , and the auxiliary accumulators are configured to be capable of supplying the head side hydraulic chambers with the hydraulic oil when the secondary pressure cylinders are pressurized, the hydraulic forging press being characterized in that the cylinder select control device is configured to control the switching valves such that the main pressure cylinder is solely used until the forging load exceeds a predetermined set load, and the number of secondary pressure cylinders to be used is gradually increased as the forging load increases after the forging load exceeds the set load.
An electrotechnical fluid composition, comprising: more than 90 wt-% paraffins in the C17- C18 range, based on the total weight of the composition, wherein the ratio of the amount of C18 i-paraffins to the amount of C18 n-paraffins is more than 40, based on the weight of the C18 i-paraffins and the weight of the C18 n-paraffins in the composition. more than 90 wt-% paraffins in the C17- C18 range, based on the total weight of the composition, wherein the ratio of the amount of C18 i-paraffins to the amount of C18 n-paraffins is more than 40, based on the weight of the C18 i-paraffins and the weight of the C18 n-paraffins in the composition.
A heat exchanger (1; 1*; 100) including: - a bundle of tubes , each extending in a respective elongation direction (X1) and defining a flow path for a working fluid extending along said elongation direction (X1), wherein each tube of the bundle can be supplied with a working fluid, - a matrix made of thermally conductive material that houses the tubes of said bundle and that is configured, in use, to promote a thermal exchange between working fluids that run through corresponding tubes of said bundle, - a shell made of thermally insulating material arranged around said matrix , the heat exchanger being characterized in that said matrix is made of a plurality of sections alternated by thermal interruptions extending transversally to said elongation direction (X1). - a bundle of tubes , each extending in a respective elongation direction (X1) and defining a flow path for a working fluid extending along said elongation direction (X1), wherein each tube of the bundle can be supplied with a working fluid, - a matrix made of thermally conductive material that houses the tubes of said bundle and that is configured, in use, to promote a thermal exchange between working fluids that run through corresponding tubes of said bundle, - a shell made of thermally insulating material arranged around said matrix ,
A method for producing a human hematopoietic progenitor cell having decreased BCL11A mRNA or protein expression, the method comprising contacting ex vivo or in vitro an isolated hematopoietic progenitor cell with a DNA-targeting endonuclease or a vector encoding a DNA-targeting endonuclease, whereby the DNA-targeting endonuclease binds and cleaves the genomic DNA of the cell on chromosome 2 location 60,716,189-60,728,612 (according to UCSC Genome Browser hg 19 human genome assembly) and causes a deletion of one or more DNAse 1-hypersensitive sites (DHS) +62, +58, and +55, thereby reducing the mRNA or protein expression of BCL11A.
A filtering device comprising: a filtering circuit that connects a voltage source to a sensor ; a switching circuit connected in parallel with the filtering circuit that allows current from the voltage source to bypass the filtering circuit and flow through the switching circuit , wherein the switching circuit receives a mode signal from the sensor that indicates whether the sensor is in a high current or a low current mode, the switching circuit is closed when the sensor is in the high current mode, and the switching circuit is open when the sensor is in the low current mode. a filtering circuit that connects a voltage source to a sensor ; a switching circuit connected in parallel with the filtering circuit that allows current from the voltage source to bypass the filtering circuit and flow through the switching circuit , wherein the switching circuit receives a mode signal from the sensor that indicates whether the sensor is in a high current or a low current mode, the switching circuit is closed when the sensor is in the high current mode, and the switching circuit is open when the sensor is in the low current mode.
A method of making a sulfonate-based grease comprising: adding and mixing an amount of overbased calcium sulfonate containing amorphous calcium carbonate dispersed therein, an optional base oil, and one or more converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate has occurred; and adding and mixing an amount of overbased magnesium sulfonate with the pre-conversion mixture, or the pre-conversion mixture and the converted mixture, wherein the amount of overbased calcium sulfonate is 10-45% by weight of the final grease and the amount of overbased magnesium sulfonate is 0.1-30% by weight of the final grease, wherein the weight to weight ratio of total overbased calcium sulfonate to total overbased magnesium sulfonate is between 60:40 to 99:1, and wherein the converting agent includes water, alcohols, ethers, glycols, glycol ethers, glycol polyethers, carboxylic acids, inorganic acids, organic nitrates, and polyhydric alcohols. adding and mixing an amount of overbased calcium sulfonate containing amorphous calcium carbonate dispersed therein, an optional base oil, and one or more converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate has occurred; and adding and mixing an amount of overbased magnesium sulfonate with the pre-conversion mixture, or the pre-conversion mixture and the converted mixture, wherein the amount of overbased calcium sulfonate is 10-45% by weight of the final grease and the amount of overbased magnesium sulfonate is 0.1-30% by weight of the final grease, wherein the weight to weight ratio of total overbased calcium sulfonate to total overbased magnesium sulfonate is between 60:40 to 99:1, and wherein the converting agent includes water, alcohols, ethers, glycols, glycol ethers, glycol polyethers, carboxylic acids, inorganic acids, organic nitrates, and polyhydric alcohols.