mhurhangee/ep-ind-claims huggingface dataset:
A system, assembled in an electric vehicle, for heating one or more components in an electric vehicle, said vehicle being primarily powered by a main battery, said system comprising: a supplementary battery being a metal-air battery comprising an electrolyte; a reservoir tank for holding said electrolyte for the metal-air battery, said electrolyte being heatable to a desired temperature received from a user; a heating element for heating said electrolyte in said reservoir tank; and a heat exchanger for conveying heat from said electrolyte, characterized in that said heating element is located inside said reservoir tank and powered by an electric source external to the electric vehicle, wherein said heating element is powered during charging of the main battery by an electric source external to the electric vehicle and said heat being conveyed to said one or more components, wherein said components are a passengers' cabin or a driver's seat. a supplementary battery being a metal-air battery comprising an electrolyte; a reservoir tank for holding said electrolyte for the metal-air battery, said electrolyte being heatable to a desired temperature received from a user; a heating element for heating said electrolyte in said reservoir tank; and a heat exchanger for conveying heat from said electrolyte, characterized in that said heating element is located inside said reservoir tank and powered by an electric source external to the electric vehicle, wherein said heating element is powered during charging of the main battery by an electric source external to the electric vehicle and said heat being conveyed to said one or more components, wherein said components are a passengers' cabin or a driver's seat.
An inkjet printing device (100,100A) comprising: an ink container which stores ink; a nozzle which jets the ink for printing on a printing object; a feed pump for feeding the ink from the ink container to the nozzle through an ink supply passage; a gutter which draws the ink jetted from the nozzle and unused for the printing along with air; a print head which stores the nozzle and the gutter; a first collection pump which sends the ink drawn by the gutter along with air to the ink container for collection through an ink collection passage; an exhaust passage which discharges the air as exhaust gas from the ink container, which has been mixed with an ink solvent and collected into the ink container; a gas-liquid separator for separating the exhaust gas from liquefied ink solvent formed by liquefaction of the ink solvent contained in the exhaust gas in the exhaust passage using capillary action; a second collection pump which sends the liquefied ink solvent separated by the gas-liquid separator for collection into the ink container through an ink separation-collection passage; and a drip prevention unit (92, 110) provided at a rear stage where the exhaust air is discharged from the gas-liquid separator. an ink container which stores ink; a nozzle which jets the ink for printing on a printing object; a feed pump for feeding the ink from the ink container to the nozzle through an ink supply passage; a gutter which draws the ink jetted from the nozzle and unused for the printing along with air; a print head which stores the nozzle and the gutter; a first collection pump which sends the ink drawn by the gutter along with air to the ink container for collection through an ink collection passage; an exhaust passage which discharges the air as exhaust gas from the ink container, which has been mixed with an ink solvent and collected into the ink container; a gas-liquid separator for separating the exhaust gas from liquefied ink solvent formed by liquefaction of the ink solvent contained in the exhaust gas in the exhaust passage using capillary action; a second collection pump which sends the liquefied ink solvent separated by the gas-liquid separator for collection into the ink container through an ink separation-collection passage; and a drip prevention unit (92, 110) provided at a rear stage where the exhaust air is discharged from the gas-liquid separator.
A peptide-albumin hydrogel having an albumin-triggered self-assembling, 3-dimensional nanofiber matrix, said nanofiber matrix comprising a linear amphiphilic peptide and albumin, wherein said nanofiber matrix comprises a 3-dimensional nanofibrous network made up of said amphiphilic peptide and said albumin, wherein said peptide comprises a terminal hydrophobic region, a central turning region, and a terminal hydrophilic region.
A multi-stage continuous process for the production of an ethoxylate comprising: preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a first continuous stirred tank reactor ("CSTR"); continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the first CSTR reactor under conditions suitable to produce an ethoxylate; continuously feeding the reaction mixture from the first CSTR reactor and further ethylene oxide to a second CSTR reactor or to a tubular reactor under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the second CSTR reactor or tubular reactor to a collection vessel,wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols. preparing a mixture of a non-phenolic alcohol and a double metal cyanide ("DMC") catalyst; establishing ethoxylation conditions in a first continuous stirred tank reactor ("CSTR"); continuously feeding ethylene oxide and the mixture of non-phenolic alcohol and DMC catalyst to the first CSTR reactor under conditions suitable to produce an ethoxylate; continuously feeding the reaction mixture from the first CSTR reactor and further ethylene oxide to a second CSTR reactor or to a tubular reactor under conditions suitable to produce an ethoxylate product; and continuously withdrawing the ethoxylate product from the second CSTR reactor or tubular reactor to a collection vessel,wherein the non-phenolic alcohol is a mixture of C 12 - C 15 monofunctional primary alcohols.
An electronic safety actuator for an elevator safety brake, comprising: a solenoid; and a permanent magnet, movable by the solenoid between a first position proximate to the solenoid and a second position distal from the solenoid; characterised in that: the electronic safety actuator comprises a measurement circuit arranged to measure the inductance of the solenoid and thereby detect the position of the permanent magnet. a solenoid; and a permanent magnet, movable by the solenoid between a first position proximate to the solenoid and a second position distal from the solenoid; characterised in that: the electronic safety actuator comprises a measurement circuit arranged to measure the inductance of the solenoid and thereby detect the position of the permanent magnet.
Method for inductively charging a rechargeable hearing instrument having an inductive coil by means of a charging kit, said charging kit comprising: - a current-generating base unit comprising a first cavity, - an adapter adapted to be received in said first cavity with the base-unit and the adapter being separable parts, wherein energy is transferrable from the base unit to the adapter when the adapter is received in the first cavity, the adapter further being provided with an inductive coil, and wherein the adapter comprises a second cavity adapted to receive the rechargeable, inductively-charged hearing instrument, the method comprising the steps of: - inserting the hearing instrument into the second cavity of the adapter, - inserting the adapter into the first cavity of the base unit, - determining characteristics of the inductive coil of the hearing instrument, - on the basis of the determined characteristics of the inductive coil, configuring characteristics of the current generated by the base unit so as to correspond to the characteristics of the inductive coil of the hearing instrument, - inductively charging the rechargeable hearing instrument. - a current-generating base unit comprising a first cavity, - an adapter adapted to be received in said first cavity with the base-unit and the adapter being separable parts, wherein energy is transferrable from the base unit to the adapter when the adapter is received in the first cavity, the adapter further being provided with an inductive coil, and wherein the adapter comprises a second cavity adapted to receive the rechargeable, inductively-charged hearing instrument, the method comprising the steps of: - inserting the hearing instrument into the second cavity of the adapter, - inserting the adapter into the first cavity of the base unit, - determining characteristics of the inductive coil of the hearing instrument, - on the basis of the determined characteristics of the inductive coil, configuring characteristics of the current generated by the base unit so as to correspond to the characteristics of the inductive coil of the hearing instrument, - inductively charging the rechargeable hearing instrument.
An auxiliary conveyor (103; 104; 401- 404), connectable with a main conveyor which comprises at least two conveying paths (P1; P2), wherein the auxiliary conveyor (103; 104; 401- 404) comprises: a conveying part configured to receive a load from one of the at least two conveying paths (P1; P2) and convey the load through the other of the at least two conveying paths (P1; P2); and a driving part connected with the conveying part, the driving part being configured to drive the conveying part to move from one of the at least two conveying paths (P1; P2) to the other of the at least two conveying paths (P1; P2), the conveying part further comprises: a first guide rail configured to guide the load to move along the conveying path; characterized in that, the conveying part further comprises: a magnetic gear sleeved on a shaft, the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft, wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling. a conveying part configured to receive a load from one of the at least two conveying paths (P1; P2) and convey the load through the other of the at least two conveying paths (P1; P2); and a driving part connected with the conveying part, the driving part being configured to drive the conveying part to move from one of the at least two conveying paths (P1; P2) to the other of the at least two conveying paths (P1; P2), the conveying part further comprises: a first guide rail configured to guide the load to move along the conveying path; characterized in that, the conveying part further comprises: a magnetic gear sleeved on a shaft, the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft, wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling. a magnetic gear sleeved on a shaft, the magnetic gear rotating around the shaft to drive the load to move; and a first power providing part connected with the shaft to provide power for rotation of the shaft, wherein the first power providing part is a magnetic part configured to deliver torque from the main conveyor to the shaft by magnetic coupling.
Filtration module for the implementation of a process for seeking rare characteristic cells in a biological fluid, of the type comprising: - a chamber block comprising at least one compartment closed at its lower portion by a base comprising at least one opening; - a filter support drawer comprising at least one hole, each hole being arranged facing an opening of the chamber block; - a filter gripped between the lower face of the chamber block and the support drawer, characterised in that said filter comprises pores calibrated to a size of between 3 μm and 100 μm and the density of which is between 3 x 10 3 and 5 x 10 6 per cm 2, in that the dimensions of each opening in the base of the chamber block and the dimensions of each hole in the filter support drawer are adjusted such that each pair made up of an opening in the base of the chamber block and the associated hole in the filter support draw, define an elementary filtration area of limited surface, in that the useful volume of each compartment is proportional to the number of elementary filtration areas situated in the base of the compartment, in that the surface of an elementary filtration area is equal to that of a disk having a diameter of between 0.6 cm and 3 cm, and in that the ratio of the useful volume of each compartment to the sum of the surfaces of the elementary filtration areas is between 0.14 ml/cm 2 and 40 ml/cm 2. - a chamber block comprising at least one compartment closed at its lower portion by a base comprising at least one opening; - a filter support drawer comprising at least one hole, each hole being arranged facing an opening of the chamber block; - a filter gripped between the lower face of the chamber block and the support drawer,
Piston having a piston upper part and a skirt part which adjoins the latter, the piston upper part having an annular field which has three annular grooves, with a lowermost annular groove in which an oil scraper ring is arranged, characterized in that a circumferential radial recess is arranged in the region between the upper edge of the skirt part and an annular wall arranged below the lowermost annular grove, the upper diameter of the recess in the region of the lower edge of the annular wall below the lowermost annular grove being smaller than the lower diameter of the recess in the region of the upper edge of the skirt part, and in that the piston upper part, in a region, adjoins the skirt part directly in the region of the transistion from the piston upper part into the skirt part, the oil scraper ring being elastic in shape, in particular embodied in three parts, in the lowermost annular groove.
Network entity comprising a processor configured to: determine a first threshold indicating the end of utilization, by one or more User Equipments, UEs (110, 120, 130), of one or more sidelink resources and/or sidelink resource configuration, for performing sidelink transmission, based on a probability value of a link interruption, wherein the network entity is configured to: send the first threshold and the one or more sidelink resources and/or the sidelink resource configuration to the one or more UEs (110, 120, 130). determine a first threshold indicating the end of utilization, by one or more User Equipments, UEs (110, 120, 130), of one or more sidelink resources and/or sidelink resource configuration, for performing sidelink transmission, based on a probability value of a link interruption, wherein the network entity is configured to: send the first threshold and the one or more sidelink resources and/or the sidelink resource configuration to the one or more UEs (110, 120, 130).
Use of a catalyst in the production of a higher silane from a lower silane, where a lower silane is a silane of formula Si n H 2n+2 where n is an integer of 1 or more and the higher silane has more silicon than the lower silane, the catalyst comprising a porous oxide having a crystalline zeolite structure formed from aluminosilicate, wherein a content of alkali metals and alkali earth metals in the porous oxide is not less than 0.00 wt% and not more than 2.00 wt%, and at least part of the alkali metal ions and the alkali earth metal ions is substituted with hydrogen ions, and a SiO 2 /Al 2 O 3 molar ratio in the porous oxide is not less than 10 and not more than 3,000.
A process for preparing a product comprising exenatide, the process comprising: (i) providing a coating liquid comprising exenatide, a saccharide and a water-miscible solvent; (ii) providing particles comprising one or more water-soluble gel-forming compounds; (iii) fluidising the particles within a processing chamber of an apparatus in such a manner that the particles move in an upward direction within the chamber in a helical path; (iv) spraying the coating liquid onto the particles so as to provide coated particles; (v) allowing the coated particles to dry. (i) providing a coating liquid comprising exenatide, a saccharide and a water-miscible solvent; (ii) providing particles comprising one or more water-soluble gel-forming compounds; (iii) fluidising the particles within a processing chamber of an apparatus in such a manner that the particles move in an upward direction within the chamber in a helical path; (iv) spraying the coating liquid onto the particles so as to provide coated particles; (v) allowing the coated particles to dry.
A seating arrangement comprising at least one seat; a console adjacent said at least one seat; a deployable table assembly; and locking means, wherein said table assembly is movable in a longitudinal direction from a stowed position into a deployed position in which it is located on an upper surface of said console, and wherein said locking means is operable to releasably engage said table assembly in the deployed position to prevent movement of said table assembly in a lateral direction which is perpendicular to said longitudinal direction, said longitudinal direction being substantially parallel with the direction in which a seated passenger faces; wherein said locking means comprises a latch that is releasably engageable with a corresponding latch-receiving recess provided in the table assembly; and wherein the locking means is co-operable with the table assembly such that movement of the table assembly from the stowed position into a secondary intermediate position causes the latch to move from its retracted state to its extended state.
A compound for use in the treatment of eosinophilic diseases, the compound being represented by formula (a): or a pharmaceutically acceptable salt thereof, wherein the eosinophilic diseases are bronchial asthma, allergic rhinitis, polypous rhinosinusopathies, eosinophilic colitis, eosinophilic syndrome, allergic conjunctivitis, atopic dermatitis, Churg-Strauss syndrome, anaphylactic shock, Quincke's edema, eosinophilic vasculitis, eosinophyllic esophagitis, eosinophilic gastroenteritis, or fibroses.
A method for producing a functionally gradient material precursor, comprising: forming plural kinds of metal foam precursors, each including a metal member and configured such that when heat treatment is later performed thereon a plurality of pores are generated within the metal member, and material compositions of respective metal members of the metal foam precursors being different from each other; and friction stir welding the plural kinds of metal foam precursors at the same time as the plural kinds of metal foam precursors are formed or after forming the plural kinds of metal foam precursors, so as to form a functionally gradient material precursor. forming plural kinds of metal foam precursors, each including a metal member and configured such that when heat treatment is later performed thereon a plurality of pores are generated within the metal member, and material compositions of respective metal members of the metal foam precursors being different from each other; and friction stir welding the plural kinds of metal foam precursors at the same time as the plural kinds of metal foam precursors are formed or after forming the plural kinds of metal foam precursors, so as to form a functionally gradient material precursor.
A chainless electric bicycle that is not travelled by a pedaling, comprising; a weight sensing unit configured to sense a rider's weight, the weight sensing unit being provided on at least one of a saddle, a pedal, a wheel (12,32), and a middle frame; a motor output controlling unit configured to control a motor driving output; an electronic control unit configured to vary the motor output through the motor output controlling unit according to the weight sensed by the weight sensing unit, and a pedal torque sensing unit configured to sense a rotational speed of the pedal, wherein the electronic control unit further configured to constantly vary the motor output according to the pedal speed sensed by the pedal torque sensing unit on the basis of a motor output mapping information in which a motor output is predetermined according to the pedal speed on the basis of a standard model weight; and wherein the weight sensing unit classifies the rider's weight into a standard weight mode, an underweight mode, and an overweight mode according to the sensed weight, if the weight is in the underweight mode, the weight sensing unit reduces the motor output to a value below the motor output for the standard weight mode and if the weight is in the overweight mode, the weight sensing unit increases the motor output to a value above the motor output for the standard weight mode.
A filler neck assembly comprising at least: • a supporting part designed to be fixed at the inlet of a liquid tank positioned on a motor vehicle and said supporting part having a central through hole mainly formed about a central axis (X A), • a tubular part that is positioned in said central through hole and said tubular part having a longitudinal axis (X B), characterized in that the filler neck assembly further comprises • at least a first abutment area and a second abutment area attached to one part which is selected between the supporting part and the tubular part, • at least one contacting area attached to the other part which is selected between the tubular part and the supporting part such that said contacting area can cooperate with one or other of the first and second abutment areas (10, 11), wherein said first and second abutment areas (10, 11) and said contacting area are arranged so that the cooperation of the contacting area with the first abutment area defines a first angular position of the tubular part with respect to said supporting part and the cooperation of the contacting area with the second abutment area defines a second angular position of the tubular part with respect to said supporting part. • a supporting part designed to be fixed at the inlet of a liquid tank positioned on a motor vehicle and said supporting part having a central through hole mainly formed about a central axis (X A), • a tubular part that is positioned in said central through hole and said tubular part having a longitudinal axis (X B), • at least a first abutment area and a second abutment area attached to one part which is selected between the supporting part and the tubular part, • at least one contacting area attached to the other part which is selected between the tubular part and the supporting part such that said contacting area can cooperate with one or other of the first and second abutment areas (10, 11),
An agent for use in the treatment of cancer in a subject in need thereof by contacting a population of cells comprising cancer cells and normal cells with an effective amount of the agent which is selected from a group consisting of: mebendazole, pyronaridine, tafenoquine, minoxidil, nalidixic acid, sparfloxacin, pipemidic acid, and ofloxacin..