mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing a maltitol containing syrup comprising the successive steps of a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction (A) comprising at least 95% maltose based on dry substance of fraction (A), and e) Hydrogenating catalytically fraction (A) for obtaining a liquid maltitol enriched product (B); wherein in step b) the saccharification is taking place in presence of from 1% to 4% of residual activity of total amount of alpha-amylase applied in the liquefaction of step a); and wherein after step c) additional alpha-amylase is added at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter. a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction (A) comprising at least 95% maltose based on dry substance of fraction (A), and e) Hydrogenating catalytically fraction (A) for obtaining a liquid maltitol enriched product (B);
A method, executed on a game platform, for scoring a player performance comprising one or more poses in a dance-based video game based on input received via a camera-based sensor, the method comprising: receiving a plurality of frames during a time window around a keyframe of a target performance, each frame including a performance 3D skeleton indicating a pose of the player, the plurality of frames being based on the input received via the sensor; wherein the time window is set to a range adapted to at least allow for variation in timing caused by lag between receiving camera input and processing said received input; comparing a position associated with one or more joints of the performance 3D skeleton from each frame of the plurality of received frames to a position associated with one or more joints of a target pose in the keyframe to select a frame that most closely matches the keyframe; calculating a score based on a comparison of the position associated with one or more joints of the performance 3D skeleton in the selected frame with the position associated with one or more joints of the target pose in the keyframe; and altering one or more characteristics of the dance-based video game based on the score. receiving a plurality of frames during a time window around a keyframe of a target performance, each frame including a performance 3D skeleton indicating a pose of the player, the plurality of frames being based on the input received via the sensor; wherein the time window is set to a range adapted to at least allow for variation in timing caused by lag between receiving camera input and processing said received input; comparing a position associated with one or more joints of the performance 3D skeleton from each frame of the plurality of received frames to a position associated with one or more joints of a target pose in the keyframe to select a frame that most closely matches the keyframe; calculating a score based on a comparison of the position associated with one or more joints of the performance 3D skeleton in the selected frame with the position associated with one or more joints of the target pose in the keyframe; and altering one or more characteristics of the dance-based video game based on the score.
Extruder system for extruding cord reinforced extrudate , in particular cord reinforced tire components, wherein the extruder system comprises an extruder head with a die for receiving extrusion material and a cord guide for guiding cords side by side in a common cord plane (B) in a cord direction (A) into the die so that, in use, the cords are embedded in the extrusion material in the die , wherein the extruder system comprises a first extruder and a second extruder external to the extruder head , wherein the extruder head comprises a first flow channel that debouches into the die from a first side of the cord plane (B) and a second flow channel that debouches into the die from a second side of the cord plane (B) opposite to the first side, wherein the extruder head has a feeding plane (P) that extends orthogonal to the cord plane (B) and parallel to the cord direction (A), wherein the first extruder and the second extruder are arranged for supplying the extrusion material in a first supply direction (S1) and a second supply direction (S2), respectively, characterized in that the first supply direction (S1) and the second supply direction (S2) are oblique with respect to the feeding plane (P), wherein the extruder system further comprises a first pump between the first extruder and the first flow channel and a second pump between the second extruder and the second flow channel , wherein the first pump and the second pump are arranged for receiving the extrusion material from the first extruder and the second extruder in the first supply direction (S1) and the second supply direction (S2), respectively, and for directing said extrusion material in or parallel to the feeding plane (P) into the first flow channel and the second flow channel , respectively.
A stowage compartment for a passenger cabin of an aircraft, comprising: an aircraft cabin monument including a forwardly facing interior monument wall ; an aft most passenger seat in an aft most row of passenger seats ; and a housing including a rearwardly facing wall mounted to the forwardly facing interior monument wall and extending under the aft most passenger seat in the aft most row of passenger seats adjacent to the forwardly facing interior monument wall ; characterized by : said aircraft cabin monument including a side wall connected to said forwardly facing interior monument wall , and the side wall of the aircraft cabin monument including a protective breathing equipment compartment mounted to the side wall of the aircraft cabin monument ; said passenger seat including an arm rest that overlaps and extends beyond said protective breathing equipment compartment ; and a seat track disposed under said aircraft cabin monument adjacent to the stowage compartment and under said aft most row of passenger seats , said seat track being configured to mount said aft most row of passenger seats to a floor of the passenger cabin . an aircraft cabin monument including a forwardly facing interior monument wall ; an aft most passenger seat in an aft most row of passenger seats ; and a housing including a rearwardly facing wall mounted to the forwardly facing interior monument wall and extending under the aft most passenger seat in the aft most row of passenger seats adjacent to the forwardly facing interior monument wall ; characterized by : said aircraft cabin monument including a side wall connected to said forwardly facing interior monument wall , and the side wall of the aircraft cabin monument including a protective breathing equipment compartment mounted to the side wall of the aircraft cabin monument ; said passenger seat including an arm rest that overlaps and extends beyond said protective breathing equipment compartment ; and a seat track disposed under said aircraft cabin monument adjacent to the stowage compartment and under said aft most row of passenger seats , said seat track being configured to mount said aft most row of passenger seats to a floor of the passenger cabin .
Illumination device for vehicles having a plurality of laser diodes for generating primary light and at least one light wavelength conversion element for the wavelength conversion of the primary light emitted by the semiconductor light sources , wherein each laser diode is assigned at least one light-refracting optical unit that is designed to direct primary light emitted by the respective laser diode onto the at least one light wavelength conversion element , wherein the at least one light-refracting optical unit is arranged movably with respect to the laser diode to with which it is assigned, wherein a movement apparatus , which comprises at least one piezoelectric element , for moving the at least one light-refracting optical unit , and a control unit for the movement apparatus are provided, wherein zones (A, B, C) of a surface of the at least one light wavelength conversion element that includes a phosphor can be illuminated with primary light from a different number of laser diodes , characterized in that the laser diodes and the at least one light-refracting optical unit are arranged on a common carrier , and in that the at least one light-refracting optical unit is carried by three columns , which each comprise the at least one piezoelectric element and are arranged on the surface of the carrier , wherein the sections of the three columns that are connected to the carrier form corner points of a triangle on the surface of the carrier , at the centre of which triangle the laser diode assigned to the light-refracting optical unit is arranged.
A biostimulant composition for stimulating microbial flora of soils, especially soils for agriculture or soils for green spaces, comprising, based on the total weight of said composition: - from 0.1% to 10% of a compound having an ascorbate unit; - from 0.1% to 10% of a boron salt; - from 0.05% to 5% of a polysaccharide capable of gelling by water absorption; and - from 75% to 99.75% of an additive selected from a clay, a calcium and/or magnesium carbonate, a silicon, a lithothamnion or a mixture thereof. - from 0.1% to 10% of a compound having an ascorbate unit; - from 0.1% to 10% of a boron salt; - from 0.05% to 5% of a polysaccharide capable of gelling by water absorption; and - from 75% to 99.75% of an additive selected from a clay, a calcium and/or magnesium carbonate, a silicon, a lithothamnion or a mixture thereof.
Feeder for spreading feed, the feeder comprising a housing having an upper feed compartment and a lower feed compartment , wherein the feeder is adapted to be loaded with feed in the upper feed compartment , the feeder further comprising a partition wall between the upper feed compartment and the lower feed compartment , the partition wall comprising an upper plate having at least one through-going opening (21a-c), a lower plate having at least one through-going opening (23a-c), and a disc having a height (h) and at least one through-going opening (22a-d), the disc being arranged between the upper and lower plates , whereby relative rotation between the upper and lower plates and the disc about a first axis (A1) oriented with a major component in a vertical direction (V) allows feed to be transferred from the upper feed compartment to the lower feed compartment , wherein the feed is transferred to the through-going opening (22a-d) of the disc when the through-going opening (22a-d) of the disc at least partly overlaps with the through-going opening (21a-c) of the upper plate , wherein the feed is transferred to the lower feed compartment when the through-going opening (22a-d) of the disc at least partly overlaps with the through-going opening (23a-c) of the lower plate , the feeder further comprising a spreader motor , a rotatable spreader plate arranged beneath a feed outlet from the lower feed compartment , a spreader shaft between and connected to the spreader motor and to the rotatable spreader plate , the spreader shaft extending at least partly through the lower feed compartment and being oriented to rotate about a second axis (A2) oriented with a major component in a vertical direction (V), and a lower agitator for feed agitation, the lower agitator being positioned inside the lower feed compartment and being connected to and extending from the spreader shaft such that when the spreader shaft is rotated the lower agitator will sweep around the second axis (A2) inside the lower feed compartment , wherein the lower agitator comprises a first connecting portion comprising a self-supporting wire being coiled around the spreader shaft .
A pool cleaner configured to clean a pool, the pool cleaner comprising: a housing having a through-hole ; a flexible water inlet hose ; a hydraulic driving assembly including a water inlet ; at least one traction assembly operably coupled to the driving assembly ; and a joint extending through the through-hole of the housing and including an upper end in fluid communication with the water inlet hose and a lower end in fluid communication with the water inlet ; wherein the pool cleaner has: a rotatable configuration in which the flexible water inlet hose and the joint are coupled together and rotatable together relative to the housing ; and a locked configuration in which one of the joint and the water inlet hose is a locked component that is restricted from rotating relative to the housing and the other of the joint and the water inlet hose is a rotatable component that is rotatable relative to the housing , wherein the joint and the water inlet hose are selectively coupled together via rotation of the rotatable component relative to the locked component in the locked configuration. a housing having a through-hole ; a flexible water inlet hose ; a hydraulic driving assembly including a water inlet ; at least one traction assembly operably coupled to the driving assembly ; and a joint extending through the through-hole of the housing and including an upper end in fluid communication with the water inlet hose and a lower end in fluid communication with the water inlet ; wherein the pool cleaner has: a rotatable configuration in which the flexible water inlet hose and the joint are coupled together and rotatable together relative to the housing ; and a locked configuration in which one of the joint and the water inlet hose is a locked component that is restricted from rotating relative to the housing and the other of the joint and the water inlet hose is a rotatable component that is rotatable relative to the housing , wherein the joint and the water inlet hose are selectively coupled together via rotation of the rotatable component relative to the locked component in the locked configuration. a rotatable configuration in which the flexible water inlet hose and the joint are coupled together and rotatable together relative to the housing ; and a locked configuration in which one of the joint and the water inlet hose is a locked component that is restricted from rotating relative to the housing and the other of the joint and the water inlet hose is a rotatable component that is rotatable relative to the housing , wherein the joint and the water inlet hose are selectively coupled together via rotation of the rotatable component relative to the locked component in the locked configuration.
A cleaning device for cleaning a substrate , the cleaning device comprising: - a mandrel ; and - a brush engaged to the mandrel , wherein the brush forms several Archimedean screw thread forms on an outer surface of the mandrel , characterized in that the brush is formed of an elongated absorbent material which seats within a groove in the mandrel , wherein the Archimedean screw thread form comprises at least two different pitches along its length. - a mandrel ; and - a brush engaged to the mandrel , wherein the brush forms several Archimedean screw thread forms on an outer surface of the mandrel ,
A membrane module comprising a housing and a mixed-conduction, oxygen-permeable membrane, characterized in that - the housing is provided with an inlet for combustion gas or synthesis gas (S) and an outlet for exhaust gas (A) and, in the lower region, with a connecting plate and an insulation arranged above it, - the mixed-conduction, oxygen-permeable membrane consists of a plurality of membrane tubes closed on one side and open on the other side, the open end of the membrane tubes being guided through the insulation to a common gas discharge outlet arranged in the connecting plate for the discharge of at least the oxygen (O) obtained, - at least one protective tube is present, which is placed over one or a part or all of the membrane tubes and is in contact on one side at least with the insulation , so that an intermediate space is formed between the membrane tubes and the protective tube and a combustion space is formed between the protective tube and the housing , wherein fresh air (L) can be fed into the intermediate space and combustion gas or synthesis gas (S) can be fed into the combustion space , and - the protective tube has an outlet opening towards the combustion space , which is opened in such a way that the fresh air velocity at the outlet opening is greater than 0.2 m/s. - the housing is provided with an inlet for combustion gas or synthesis gas (S) and an outlet for exhaust gas (A) and, in the lower region, with a connecting plate and an insulation arranged above it, - the mixed-conduction, oxygen-permeable membrane consists of a plurality of membrane tubes closed on one side and open on the other side, the open end of the membrane tubes being guided through the insulation to a common gas discharge outlet arranged in the connecting plate for the discharge of at least the oxygen (O) obtained, - at least one protective tube is present, which is placed over one or a part or all of the membrane tubes and is in contact on one side at least with the insulation , so that an intermediate space is formed between the membrane tubes and the protective tube and a combustion space is formed between the protective tube and the housing , wherein fresh air (L) can be fed into the intermediate space and combustion gas or synthesis gas (S) can be fed into the combustion space , and - the protective tube has an outlet opening towards the combustion space , which is opened in such a way that the fresh air velocity at the outlet opening is greater than 0.2 m/s.
A vector for use in treatment of a cancer patient, said vector comprising a nucleic acid operatively linked to a promoter, wherein said nucleic acid encodes a Streptococcus immunogenic M class polypeptide that is expressed in cancer cells transformed with the vector in vivo/in situ and wherein the M class polypeptide has the sequence of SEQ ID NO: 2.
A brake caliper for applying a braking force to a brake disc, the caliper comprising: a service brake mechanism having at least two piston and cylinder assemblies (108a, 110a and 108b, 110b) forming an opposed piston mechanism arranged to force, in use, each of a pair of braking members towards a brake disc to apply a service braking force to the brake disc; a park brake mechanism arranged to force each of the braking members towards the brake disc to apply a park braking force to the brake disc, the parking brake mechanism including an actuator mechanism arranged to generate a driving force to force a first of the opposed braking members towards the brake disc and a force transmitting member arranged to transmit the driving force to force a second of the opposed braking members towards the brake disc; and a supporting means arranged to at least partially support the force transmitting member such that it is arranged to move relative to a body of the brake caliper ; characterised in that the supporting means comprises a sliding contact between the force transmitting member and an outer surface of a first cylinder of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b), which is movable along a common axis (A) with a first piston of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b). a service brake mechanism having at least two piston and cylinder assemblies (108a, 110a and 108b, 110b) forming an opposed piston mechanism arranged to force, in use, each of a pair of braking members towards a brake disc to apply a service braking force to the brake disc; a park brake mechanism arranged to force each of the braking members towards the brake disc to apply a park braking force to the brake disc, the parking brake mechanism including an actuator mechanism arranged to generate a driving force to force a first of the opposed braking members towards the brake disc and a force transmitting member arranged to transmit the driving force to force a second of the opposed braking members towards the brake disc; and a supporting means arranged to at least partially support the force transmitting member such that it is arranged to move relative to a body of the brake caliper ; characterised in that the supporting means comprises a sliding contact between the force transmitting member and an outer surface of a first cylinder of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b), which is movable along a common axis (A) with a first piston of the at least two piston and cylinder assemblies (108a, 110a and 108b, 110b).
A method of reprocessing alkanesulfonic acid employed in a chemical process as an agent, catalyst or solvent and comprising the steps of: (a) removing an alkanesulfonic acid-comprising stream from a reaction mixture generated in the chemical process, (b) sending the alkanesulfonic acid-comprising stream into a melt crystallization as the starting melt to form crystals of the alkanesulfonic acid, of hydrates of the alkanesulfonic acid or of a mixture of both suspended in mother liquor, (c) performing a solid-liquid separation to remove the crystals from the mother liquor, (d) optionally washing the crystals to remove mother liquor adhering to the crystals. (e) recycling the washed or unwashed crystals removed from the mother liquor into the chemical process. (a) removing an alkanesulfonic acid-comprising stream from a reaction mixture generated in the chemical process, (b) sending the alkanesulfonic acid-comprising stream into a melt crystallization as the starting melt to form crystals of the alkanesulfonic acid, of hydrates of the alkanesulfonic acid or of a mixture of both suspended in mother liquor, (c) performing a solid-liquid separation to remove the crystals from the mother liquor, (d) optionally washing the crystals to remove mother liquor adhering to the crystals. (e) recycling the washed or unwashed crystals removed from the mother liquor into the chemical process.