mhurhangee/ep-ind-claims huggingface dataset:
Fermentation process for the production of an organic acid salt comprising the steps of - fermenting a microorganism in a fermentation medium in a fermentation reactor to form a fermentation broth comprising an organic acid salt, wherein part of the organic acid salt is present in the solid state and part of the organic acid salt is dissolved in the fermentation broth; - withdrawing at least part of the fermentation broth from the fermentation reactor, providing said broth to a hydrocyclone, and withdrawing a top effluent and a bottom effluent from the hydrocyclone; - providing the bottom effluent from the hydrocyclone to a solid/liquid separation step, to form a solid fraction and a liquid fraction, - providing at least 30 vol.% of the total of the top effluent from the hydrocyclone and the liquid fraction from the solid-liquid separation step to the fermentation reactor. - fermenting a microorganism in a fermentation medium in a fermentation reactor to form a fermentation broth comprising an organic acid salt, wherein part of the organic acid salt is present in the solid state and part of the organic acid salt is dissolved in the fermentation broth; - withdrawing at least part of the fermentation broth from the fermentation reactor, providing said broth to a hydrocyclone, and withdrawing a top effluent and a bottom effluent from the hydrocyclone; - providing the bottom effluent from the hydrocyclone to a solid/liquid separation step, to form a solid fraction and a liquid fraction, - providing at least 30 vol.% of the total of the top effluent from the hydrocyclone and the liquid fraction from the solid-liquid separation step to the fermentation reactor.
A device for recognizing an inscription on a tire, comprising: a driving surface plane; at least one directional light source (61, 62, 63; 71, 72) which is configured to illuminate the tire; at least one camera which is configured to record an image sequence comprising multiple images of a sidewall of a tire rolling on the driving surface plane; an evaluation device which is configured, making use of the knowledge that individual points on the sidewall of the tire move along a cycloid during rolling, to determine movement of local image areas between two arbitrary images of the image sequence using an algorithm and to thus obtain parameters of the corresponding cycloid movement for each image area; and with the aid of the parameters thus determined, is configured to calculate the images of the image sequence back to an arbitrarily selected central image, and by fusion of the thus movement-compensated images, to synthesize a result image of the sidewall of the tire in which all edges of the inscription are represented with high contrast, and to evaluate the synthesized result image with the aid of a text recognition method. a driving surface plane; at least one directional light source (61, 62, 63; 71, 72) which is configured to illuminate the tire; at least one camera which is configured to record an image sequence comprising multiple images of a sidewall of a tire rolling on the driving surface plane; an evaluation device which is configured, making use of the knowledge that individual points on the sidewall of the tire move along a cycloid during rolling, to determine movement of local image areas between two arbitrary images of the image sequence using an algorithm and to thus obtain parameters of the corresponding cycloid movement for each image area; and with the aid of the parameters thus determined, is configured to calculate the images of the image sequence back to an arbitrarily selected central image, and by fusion of the thus movement-compensated images, to synthesize a result image of the sidewall of the tire in which all edges of the inscription are represented with high contrast, and to evaluate the synthesized result image with the aid of a text recognition method.
A fiber-reinforced rigid polyurethane foam composite railway sleeper with high fiber content, characterized in that, the fiber-reinforced rigid polyurethane foam composite railway sleeper is formed by bonding a plurality of fiber-reinforced rigid polyurethane foam composite boards with high fiber content by a binder, and an outer surface of the fiber-reinforced rigid polyurethane foam composite railway sleeper is provided with an anticorrosive paint film, the fiber-reinforced rigid polyurethane foam composite boards with high fiber content comprise a polyurethane resin as a matrix material and a fiber as a reinforcing material; and with parts by mass, a formulation of the polyurethane resin and a mass ratio of the polyurethane resin to the reinforcing fiber are as follows: polyether polyol A having a hydroxyl value of 400 - 480 and a functionality of 1 - 3 90 - 95 parts, polyether polyol B having a hydroxyl value of 60 - 160 and a functionality of 1 - 2 5 - 10 parts, flame retardant 5 - 15 parts, hard foam stabilizer 2.5 - 5 parts, coupling agent 5 - 15 parts, catalyst 0.1 - 1 part, foaming agent 0.1 - 1 part, antioxidant 0.25 - 1 part, ultraviolet screening agent 0.25 - 1 part, isocyanate 100 - 135 parts, and reinforcing fiber 420 - 2000 parts.
A method for producing a sintered ore in which a sintering raw material containing powder ore and carbon material is charged onto a circularly moving pallet to form a charged layer, the carbon material of the charged layer surface is ignited, air above the charged layer containing a gaseous fuel supplied from a plurality of gaseous fuel supplying devices installed on a downstream of an ignition furnace in a machine length direction is sucked by a wind box disposed below the pallet and is introduced into the charged layer, and the gaseous fuel and the carbon material are combusted within the charged layer to produce the sintered ore, wherein a total amount of the gaseous fuel supplied from the plurality of gaseous fuel supplying devices is set to be constant which is in a range of 18 to 41 MJ/t-s in terms of combustion heat, and an amount of the gaseous fuel supplied from each gaseous fuel supplying device is increased or decreased, depending on an amount of air sucked into the charged layer in a region in which each gaseous fuel supplying device is installed, wherein the amount of the gaseous fuel supplied from each gaseous fuel supplying device is set to be equal to or greater than an amount that is proportional to the amount of the sucked air.
An apparatus for performing a medical procedure, comprising: a balloon having at least one inflatable chamber; and solids sealed within the at least one inflatable chamber, wherein the balloon comprises a plurality of inflatable chambers (12a, 12b, 12c, 12d, 12e), each with solids sealed therein. a balloon having at least one inflatable chamber; and solids sealed within the at least one inflatable chamber, wherein the balloon comprises a plurality of inflatable chambers (12a, 12b, 12c, 12d, 12e), each with solids sealed therein.
A method adapted for generating a Data Matrix symbol having a number of data modules, the method comprising: encoding a first set of binary data into said Data Matrix symbol in the form of a first plurality of said data modules, said first plurality of said data modules having a first data module size; and encoding a second set of binary data Into said Data Matrix symbol In the form of a second plurality of said data modules, said second plurality of said data modules having a second data module size, wherein said first data module size is larger than said second data module size and no data modules of said first data module size overlap with said data modules of said second data module size. encoding a first set of binary data into said Data Matrix symbol in the form of a first plurality of said data modules, said first plurality of said data modules having a first data module size; and encoding a second set of binary data Into said Data Matrix symbol In the form of a second plurality of said data modules, said second plurality of said data modules having a second data module size, wherein said first data module size is larger than said second data module size and no data modules of said first data module size overlap with said data modules of said second data module size.
A seal apparatus (10, 50) for use between joined pieces (12, 70) in a flow line that is operative to contain fluid therein, comprising: a retaining ring (54, 100, 200) comprising a metal core (62, 202) having opposing side surfaces, wherein each of the opposing side surfaces has a dielectric material (66, 204, 204) disposed thereon and an inner diameter opening formed therein, the retaining ring comprising: (i) an axial lock feature (55, 86, 214) forming a circumferential groove in the dielectric material on the inner diameter opening, and (ii) a radial lock feature (55, 82, 214) forming a circumferential rim in the core about the inner diameter opening; and an inner diameter seal element (58, 250) having an inner seal surface, an outer seal surface, and a locking portion, the locking portion comprising: (i) an axial lock protrusion (55, 94, 264) interlocked with the axial lock feature, and (ii) a hook (55, 90, 206, 256) interlocked with said radial lock feature, wherein the interlocking of the axial lock protrusion with the axial lock feature and the hook with the radial lock feature substantially prevents relative axial and radial movement between the retaining ring and the inner diameter seal element. a retaining ring (54, 100, 200) comprising a metal core (62, 202) having opposing side surfaces, wherein each of the opposing side surfaces has a dielectric material (66, 204, 204) disposed thereon and an inner diameter opening formed therein, the retaining ring comprising: (i) an axial lock feature (55, 86, 214) forming a circumferential groove in the dielectric material on the inner diameter opening, and (ii) a radial lock feature (55, 82, 214) forming a circumferential rim in the core about the inner diameter opening; and (i) an axial lock feature (55, 86, 214) forming a circumferential groove in the dielectric material on the inner diameter opening, and (ii) a radial lock feature (55, 82, 214) forming a circumferential rim in the core about the inner diameter opening; and an inner diameter seal element (58, 250) having an inner seal surface, an outer seal surface, and a locking portion, the locking portion comprising: (i) an axial lock protrusion (55, 94, 264) interlocked with the axial lock feature, and (ii) a hook (55, 90, 206, 256) interlocked with said radial lock feature, wherein the interlocking of the axial lock protrusion with the axial lock feature and the hook with the radial lock feature substantially prevents relative axial and radial movement between the retaining ring and the inner diameter seal element. (i) an axial lock protrusion (55, 94, 264) interlocked with the axial lock feature, and (ii) a hook (55, 90, 206, 256) interlocked with said radial lock feature, wherein the interlocking of the axial lock protrusion with the axial lock feature and the hook with the radial lock feature substantially prevents relative axial and radial movement between the retaining ring and the inner diameter seal element.
Method of conjunction between a first portion and a second portion of an anti-collision protection element for a person's back, or a joint protection for the elbow or the shoulder of a person, the first portion being molded inside a mold with vulcanized material and made of foam material, in particular cured material, and the second portion being of elastic material, in particular thermoplastic material, so that the two portions are interconnected after molding the second portion on the first one, characterized by the steps of: depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. the first portion being molded inside a mold with vulcanized material and made of foam material, in particular cured material, and molded inside a mold with vulcanized material and made of foam material, in particular cured material, and the second portion being of elastic material, in particular thermoplastic material, so that the two portions are interconnected after molding the second portion on the first one, characterized by the steps of: depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions.
Hydraulic/electric converter having a pump driven by an oscillating natural force, via which a hydraulic machine arrangement (6, 44) can be driven, which is coupled to an electric machine for converting the hydraulic energy into electrical energy, at least one hydraulic machine (6, 44) of the hydraulic machine arrangement being designed to be adjustable and to be drivable via a control loop on the basis of movement parameters of the pump or the natural force, the hydraulic machine arrangement (6, 44) and the electric machine being assigned to a common drive train, characterized in that the electric machine is driven via a control unit in such a way that the drive train is braked or accelerated, depending on operating parameters of the pump or of the natural force.
A method for making an ice making machine comprising a coolant circuit comprising a coolant fluid based on a hydrocarbon, at least one evaporator on the surface of which the ice forms, at least one expansion valve, at least one compressor, and at least one condenser comprising a fin pack and one or more rows of tubes with a circular section fixed in through holes of said fins, said tubes have micro-grooves on their inner surface such that the inner surface of said tubes is greater than the outer surface, said tubes have a minimum inner thickness (d) comprised between 0.1 and 0.3 mm at the bottom of said micro-grooves, a maximum inner thickness comprised between 0.15 and 0.6 mm at the top of said micro-grooves, and an outer diameter (Φ) comprised between 4 and 12 mm, said fins and said tubes are made of a different thermally conductive material, said tubes have radially expanded section against said holes, the wall of said holes have a plastic deformation with which said holes tighten firmly on said tubes, said at least one condenser comprising a box-shaped support frame having two flat side faces (2a, 2a) vertical and opposite, said support frame housing said fin pack and said tubes arranged parallel to each other and with the longitudinal axis horizontal and perpendicular with said two flat side faces (2a, 2a) in turn having support through holes of said tubes from which the ends of said tubes exit, said tubes being arranged in groups, in each of which said tubes are connected in series, at the outer side of said flat side faces (2a, 2a) of said frame, by means of 180° connectors (10, 10'), so as to form coils which may be supplied in parallel with the coolant fluid, the total inner volume of said tubes being such as to house a quantity of coolant fluid not exceeding 150 grams, wherein said micro-grooves extend along spiral lines of crushed thickness of said tubes without removal of material which wind around the longitudinal axis of said tubes, wherein the method comprises the making of said micro-grooves in said tubes of said at least one condenser of said ice-making machine by using an apparatus that comprises a tool and a blocking device for tightening connectors (10, 10') connecting the tubes, said tool having a stem which ends with a tapered work head, said tool further having an axially translatable coaxial gripper external to the stem and provided with grip sectors, wherein after fitting the fins onto the tubes, the tubes are blocked in position by means of the blocking device which tightens the connectors (10, 10'), wherein initially the work head of the tool is pointed against an end of a tube and the gripper translates axially until it surmounts the end of the tube, and subsequently the gripper tightens on the tube causing its sectors to retract radially, and wherein with the gripper tightened on the tube, the stem translates axially in the direction of introduction into the tube and the stem rotates in a synchronised way on its own axis.
Drumstick for a percussion instrument, comprising a substantially elongate drumstick shaft, wherein a connection piece is integrally formed at least at one shaft end, and said connection piece is covered by a drumstick head, characterized in that the drumstick head comprises a blind hole which receives the connection piece, the blind hole comprises an inner lateral surface which is in contact with the connection piece, and at least one depression is provided on the inner lateral surface such that at least one cavity is formed between the connection piece and the depression.
Differential for a motor vehicle, with a hollow drive gear provided for inducing torque, with at least one bearing journal located at an inner circumference of the drive gear, with at least one differential pinion rotatably mounted on the bearing journal, and with a hub carrier having an external toothing for a non-rotatable connection to the drive gear and provided for an accommodation of the at least one bearing journal and the at least one differential pinion, characterised in that the hub carrier has a radially outward-located outer ring and a radially inward-located inner ring spaced from the outer ring, the radially outward-located outer ring and the radially inward-located inner ring each having a recess (19, 20) for an accommodation of the at least one bearing journal.
Terminally modified polyoxyalkylene glycol represented by Formula 1 below: wherein R 1 and R 2 are a C1∼C20 alkyl group, cycloalkyl group, or aryl group, R 3 is hydrogen or a methyl group, 10≤n+m≤100, and n and m are 0 or a positive integer., wherein a number-average molecular weight, measured using GPC, of the terminally modified polyoxyalkylene glycol is 1,000 to 3,000 g/mol.
Motor vehicle seat comprising a wall provided with a storage pocket, said pocket having an opening edge containing a reinforcing profile that matches the shape of said wall when the pocket is closed, and an elastic strap passing across said wall, characterized in that the two ends of said elastic strap are attached to each other.
Compounds of formula wherein A represents a 5-membered heteroaryl group comprising between 1 and 3 heteroatoms, at least one heteroatom being selected from a sulfur atom and a nitrogen atom, A being unsubstituted or substituted with one or more (C1-C4)alkyl groups, each (C1-C4) alkyl group unsubstituted or substituted with a heterocyclyl group, each of R1, R2, R1' and R2' independently represents a hydrogen atom or a (C1-C4 alkyl) group, and each of R3, R4, R5, R3', R4' and R5' is independently selected from a hydrogen atom, a halogen atom, an -O-fluoromethyl group and a (C1-C4)alkoxy group, wherein at least one from R3, R4 and R5 represents a (C1-C4)alkoxy group and at least one from R3', R4' and R5' represents a (C1-C4)alkoxy group, in the form of a base, enantiomers, diastereoisomers including racemic mixture, and addition salt with an acid. A represents a 5-membered heteroaryl group comprising between 1 and 3 heteroatoms, at least one heteroatom being selected from a sulfur atom and a nitrogen atom, A being unsubstituted or substituted with one or more (C1-C4)alkyl groups, each (C1-C4) alkyl group unsubstituted or substituted with a heterocyclyl group, each of R1, R2, R1' and R2' independently represents a hydrogen atom or a (C1-C4 alkyl) group, and each of R3, R4, R5, R3', R4' and R5' is independently selected from a hydrogen atom, a halogen atom, an -O-fluoromethyl group and a (C1-C4)alkoxy group, wherein at least one from R3, R4 and R5 represents a (C1-C4)alkoxy group and at least one from R3', R4' and R5' represents a (C1-C4)alkoxy group, in the form of a base, enantiomers, diastereoisomers including racemic mixture, and addition salt with an acid.
A plate of pieces of hydraulic equipment of an aeronautical turbomachine comprising channels for circulation of fluid entering and leaving each of said pieces of hydraulic equipment (44, 46, 48, 50, 52), a support part of a housing body (46A, 48B, 50C, 52D) of each of said pieces of hydraulic equipment (46, 48, 50, 52) intended to receive fastening means (46B, 48C, 50D, 52E) to said pieces of hydraulic equipment, characterized in that it further comprises a housing body part of at least one of said pieces of hydraulic equipment.
A process for preparing a pharmaceutically-acceptable formulation of a radioactive chelate composition comprising the steps of: a) irradiating Sm-152 for no more than 48 hours in a nuclear reactor to form Sm-153 wherein the isotope composition after the irradiation contains mainly Sm-152 and Sm-153 with trace impurity of Eu-154, wherein the flux of the nuclear reactor is not more than 8.00 x 10 13 neutrons/cm 2 /s such that the specific activity level of Sm-153 produced is such that following radioactive decay of the Sm-153 over a period of five days from the end of irradiation, the activity of Eu-154 in the composition is less than 0.093 μCi per mCi of Sm-153; and b) reacting the Sm-153 isotope mixture in a pharmaceutically-acceptable carrier with DOTMP or a physiologically-acceptable salt thereof as a chelant to form a chelate composition, and thereby preparing a pharmaceutically-administrable dose of the radioactive chelate composition; wherein the dose provides an activity of at least 35 mCi. a) irradiating Sm-152 for no more than 48 hours in a nuclear reactor to form Sm-153 wherein the isotope composition after the irradiation contains mainly Sm-152 and Sm-153 with trace impurity of Eu-154, wherein the flux of the nuclear reactor is not more than 8.00 x 10 13 neutrons/cm 2 /s such that the specific activity level of Sm-153 produced is such that following radioactive decay of the Sm-153 over a period of five days from the end of irradiation, the activity of Eu-154 in the composition is less than 0.093 μCi per mCi of Sm-153; and b) reacting the Sm-153 isotope mixture in a pharmaceutically-acceptable carrier with DOTMP or a physiologically-acceptable salt thereof as a chelant to form a chelate composition, and thereby preparing a pharmaceutically-administrable dose of the radioactive chelate composition; wherein the dose provides an activity of at least 35 mCi.