mhurhangee/ep-ind-claims huggingface dataset:
A twin screw extruder for producing a fiber-reinforced resin composition, in which a thermoplastic resin and roving-like reinforced fibers are fed and the reinforced fibers are defibrated and cut to be dispersed and kneaded in the thermoplastic resin, the extruder comprising: a plate-shaped blade protruding from an inner surface of a cylinder and facing a screw, a length direction of the blade being directed in a cylinder axis direction; characterized by height adjustment means for adjusting a gap between the blade and the screw by adjusting a height of the blade protruding from the inner surface of the cylinder. a plate-shaped blade protruding from an inner surface of a cylinder and facing a screw, a length direction of the blade being directed in a cylinder axis direction; characterized by height adjustment means for adjusting a gap between the blade and the screw by adjusting a height of the blade protruding from the inner surface of the cylinder.
A vacuum cleaner comprising: a cyclone dust collector comprising: an inlet to take in air; a cyclone chamber, coupled to the inlet, to circulate the air and to separate dust from the air; an outlet, coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan; and a grill mounted to the fan to rotate and to filter residual dust from the air; characterised in that: the fan is rotatably accommodated in the cylindrical inner space of the grill case. a cyclone dust collector comprising: an inlet to take in air; a cyclone chamber, coupled to the inlet, to circulate the air and to separate dust from the air; an outlet, coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan; and a grill mounted to the fan to rotate and to filter residual dust from the air; an inlet to take in air; a cyclone chamber, coupled to the inlet, to circulate the air and to separate dust from the air; an outlet, coupled to the cyclone chamber, to discharge the air from which the dust is separated; a discharge pipe to guide air to be discharged through the outlet; a grill case mounted to the discharge pipe and including a cylindrical inner space; a fan; and a grill mounted to the fan to rotate and to filter residual dust from the air; characterised in that: the fan is rotatably accommodated in the cylindrical inner space of the grill case.
A process for the production of pasta filata cheese products of the Mozzarella type, comprising or consisting of the following steps: (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey with fine curd particles contained therein obtained in step (iii) into a stable suspension by means of conditioning, wherein: - whey is wholly or substantially separated; - the resulting dry, or substantially dry, curd particles are re-suspended in water or in another dairy product; and - the suspension such obtained is subjected to homogenisation. wherein the curd particles have a diameter of less than 250 μm;; (v) heat treating the curd obtained in step (iii); and (vi) shaping and cooling the heat-treated product obtained in step (v); wherein (vii) before the separation of whey and curd, the process comprises the further steps of subjecting the milk to bactofugation, obtaining a bactofugate and a treated milk; (viii) sterilising the bactofugate obtained in step (vii) and adding the sterilised bactofugate to the treated milk; and (ix) adding the suspension produced in step (iv) either to the bactofugate obtained in step (vii) or to the sterilised bactofugate obtained in step (viii). (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey with fine curd particles contained therein obtained in step (iii) into a stable suspension by means of conditioning, wherein: - whey is wholly or substantially separated; - the resulting dry, or substantially dry, curd particles are re-suspended in water or in another dairy product; and - the suspension such obtained is subjected to homogenisation. wherein the curd particles have a diameter of less than 250 μm;; - whey is wholly or substantially separated; - the resulting dry, or substantially dry, curd particles are re-suspended in water or in another dairy product; and - the suspension such obtained is subjected to homogenisation. (v) heat treating the curd obtained in step (iii); and (vi) shaping and cooling the heat-treated product obtained in step (v); wherein (vii) before the separation of whey and curd, the process comprises the further steps of subjecting the milk to bactofugation, obtaining a bactofugate and a treated milk; (viii) sterilising the bactofugate obtained in step (vii) and adding the sterilised bactofugate to the treated milk; and (ix) adding the suspension produced in step (iv) either to the bactofugate obtained in step (vii) or to the sterilised bactofugate obtained in step (viii).
An apparatus for cultivating fungi, preferably mushrooms, comprising at least one tilt-able fungi cultivation module coupled to at least one horizontal support unit by at least one hydraulic, manual, pneumatic or electrical drive system, characterized in that said tilt-able fungi cultivation module can be tilted to an angle from 60° to 85°. comprising at least one tilt-able fungi cultivation module coupled to at least one horizontal support unit by at least one hydraulic, manual, pneumatic or electrical drive system, characterized in that said tilt-able fungi cultivation module can be tilted to an angle from 60° to 85°.
A method for manufacturing an embossing device for embossing system comprising the steps of: providing (S10, S20, S30) a hard-coated embossing roller having a cylindrically-shaped core and a hard-coating structuration-bearing layer, the structuration-bearing layer having a thickness in a range of more than 5 μm and of equal or less than 30 μm; and performing laser ablation (S50, S80) to the hard-coated embossing roller to remove material from the structuration-bearing layer to form an opening, a surface of the opening forming a structural feature into the structuration-bearing layer, to form a structured hard-coated embossing roller. providing (S10, S20, S30) a hard-coated embossing roller having a cylindrically-shaped core and a hard-coating structuration-bearing layer, the structuration-bearing layer having a thickness in a range of more than 5 μm and of equal or less than 30 μm; and performing laser ablation (S50, S80) to the hard-coated embossing roller to remove material from the structuration-bearing layer to form an opening, a surface of the opening forming a structural feature into the structuration-bearing layer, to form a structured hard-coated embossing roller.
A method for producing a crystal of reduced glutathione, comprising allowing a crystal of reduced glutathione to exist in an aqueous solution containing reduced glutathione, and then adding continuously or dividedly an aqueous solution containing reduced glutathione in a supersaturated state to the aqueous solution, thereby precipitating and/or growing a crystal of reduced glutathione, and thereafter collecting the crystal of reduced glutathione contained in the aqueous solution.
Device for assembling a structure constructed from components, in particular a wind turbine, which device comprises a lifting means placed on a surface for the purpose of placing a component (21, 22) on an available support structure, wherein a boom of the lifting means is provided with a main hoisting cable which is provided on a free outer end thereof with an attaching means, in particular a hoisting tackle, for releasable attachment of the component (21, 22) for lifting to the main hoisting cable of the boom, wherein the boom further comprises a guide device for the attaching means, which guide device is connected to the boom for displacement along a longitudinal axis of the boom by means of a displacing device (108, 109), characterised in that the guide device is configured for coupling to the attaching means so that movement of the attaching means relative to the boom of the lifting means is limited over a predetermined distance in at least one direction, which guide device thereto comprises a frame of mutually connected beams (101,a, 101b), of which one beam extends from the boom in the direction of the attaching means and extends on one side of the attaching means to limit the movement of the attaching means in a direction transversely of the beam.
A pressure-sensitive adhesive film comprising: a base film having a toughness of less than 2354 N.mm (240 Kgf·mm) at a temperature of 23°C; and a pressure-sensitive adhesive layer formed on the base film, wherein the base film has an elongation of less than 700%, wherein the base film is a polyolefin film, a polyester film, a polyvinylchloride, a polyester elastomer or a urethane film, wherein the pressure-sensitive adhesive layer comprises a silicon pressure-sensitive adhesive, a synthetic rubber pressure-sensitive adhesive, a natural rubber pressure-sensitive adhesive, or an acrylic pressure-sensitive adhesive, wherein, to measure the toughness and elongation, the base film is cut to a size of 15 mm in a machine direction of a measuring machine (XP plus, TA(manufacturer)) and 35 mm in a direction orthogonal to the machine direction thereby preparing a specimen, then 10 mm of the specimen is taped at the top and the bottom portion in the lengthwise direction (in the direction orthogonal to the machine direction), the taped top portion and the bottom portion (10 mm, respectively) of the specimen are fixed to the measuring machine, then by applying a force at a tensile speed of 200 mm/min, a graph of the force (Y axis, N) with respect to the distance (X axis, mm) measured until the specimen is cut is plotted, then by applying the width and the thickness of the specimen, the plotted graph is expressed as a graph of elongation (X axis) and tensile strength (Y axis), the toughness of the specimen is calculated from the area of the graph of the force (Y axis, N) with respect to the distance (X axis, mm).
An advancing blade concept rotorcraft comprising: an airframe; a pylon assembly subject to vibration, the pylon assembly including a dual rotor system having coaxially disposed top and bottom rotor assemblies (28,30) that counter rotate relative to one another; and a vibration isolation system comprising: at least one pylon link (210,212) having first and second ends, the first end (214,216) coupled to the pylon assembly and the second end (218,220) coupled to the airframe; wherein the at least one pylon link (210,212) each further comprises a vibration isolator (228,230) such that the vibration isolator (228,230) is interposed between the pylon assembly and the airframe, the vibration isolator (228,230) operable to reduce transmission of the pylon assembly vibration to the airframe. an airframe; a pylon assembly subject to vibration, the pylon assembly including a dual rotor system having coaxially disposed top and bottom rotor assemblies (28,30) that counter rotate relative to one another; and a vibration isolation system comprising: at least one pylon link (210,212) having first and second ends, the first end (214,216) coupled to the pylon assembly and the second end (218,220) coupled to the airframe; wherein the at least one pylon link (210,212) each further comprises a vibration isolator (228,230) such that the vibration isolator (228,230) is interposed between the pylon assembly and the airframe, the vibration isolator (228,230) operable to reduce transmission of the pylon assembly vibration to the airframe. at least one pylon link (210,212) having first and second ends, the first end (214,216) coupled to the pylon assembly and the second end (218,220) coupled to the airframe; wherein the at least one pylon link (210,212) each further comprises a vibration isolator (228,230) such that the vibration isolator (228,230) is interposed between the pylon assembly and the airframe, the vibration isolator (228,230) operable to reduce transmission of the pylon assembly vibration to the airframe.
A self-propelled forage harvester, comprising - a drive device, which has at least one drive shaft, - a processing device, which has at least two processing rollers (5, 6), as well as - a gear device, which has at least one belt gear, wherein the processing rollers respectively comprise a driven shaft (8, 9) and are disposed parallel with respect to each other, so that they together delimit a working gap, wherein the belt gear has at least one driving belt as well as at least one driving belt pulley associated with the drive shaft and at least one driven belt pulley (13, 14) associated with at least one of the driven shafts (8, 9), wherein the drive shaft is connected to the driven belt pulley (13, 14) in a power-transmitting manner by means of the driving belt, characterized in that the gear device comprises at least two gear shift stages, by means of which a speed ratio between the driven shafts (8, 9) of the processing rollers (5, 6) can be varied directly or indirectly, wherein the gear device can be shifted from a driver's cabin of the forage harvester, wherein the self-propelled forage harvester comprises at least one control unit which can be connected to at least one actuator of the gear device, by means of which the gear device can be shifted between the gear shift stages, wherein the actuator cooperates with a clutch (17, 21) which is configured for movement between the gear shift stages. - a drive device, which has at least one drive shaft, - a processing device, which has at least two processing rollers (5, 6), as well as - a gear device, which has at least one belt gear, wherein the processing rollers respectively comprise a driven shaft (8, 9) and are disposed parallel with respect to each other, so that they together delimit a working gap, wherein the belt gear has at least one driving belt as well as at least one driving belt pulley associated with the drive shaft and at least one driven belt pulley (13, 14) associated with at least one of the driven shafts (8, 9), wherein the drive shaft is connected to the driven belt pulley (13, 14) in a power-transmitting manner by means of the driving belt, characterized in that the gear device comprises at least two gear shift stages, by means of which a speed ratio between the driven shafts (8, 9) of the processing rollers (5, 6) can be varied directly or indirectly, wherein the gear device can be shifted from a driver's cabin of the forage harvester, wherein the self-propelled forage harvester comprises at least one control unit which can be connected to at least one actuator of the gear device, by means of which the gear device can be shifted between the gear shift stages, wherein the actuator cooperates with a clutch (17, 21) which is configured for movement between the gear shift stages.
A liquid ejecting apparatus comprising: a slide mechanism that has a first member and a second member configured to slide with each other in lifting and lowering directions; a head that is fixed to the first member and has a nozzle for ejecting a liquid; a lifting and lowering mechanism that is fixed to the second member, and lifts and lowers the head in the lifting and lowering directions; and a cap that covers the nozzle, characterized in that the slide mechanism includes a first wall surface extending in the lifting and lowering directions, a second wall surface extending in a direction intersecting the lifting and lowering directions, a slide member that slides with respect to the first wall surface while being in contact with the first wall surface, and an abutting surface configured to change presence and absence of contact with the second wall surface by sliding of the slide member, and the lifting and lowering mechanism relatively moves the head toward the cap in a state where the abutting surface is in contact with the second wall surface. a slide mechanism that has a first member and a second member configured to slide with each other in lifting and lowering directions; a head that is fixed to the first member and has a nozzle for ejecting a liquid; a lifting and lowering mechanism that is fixed to the second member, and lifts and lowers the head in the lifting and lowering directions; and a cap that covers the nozzle, characterized in that the slide mechanism includes a first wall surface extending in the lifting and lowering directions, a second wall surface extending in a direction intersecting the lifting and lowering directions, a slide member that slides with respect to the first wall surface while being in contact with the first wall surface, and an abutting surface configured to change presence and absence of contact with the second wall surface by sliding of the slide member, and the lifting and lowering mechanism relatively moves the head toward the cap in a state where the abutting surface is in contact with the second wall surface.
An ophthalmic lens comprising: a base lens substrate having a front optical surface and a back optical surface; and characterized by a thin film laminate incorporated into at least a portion of the base lens substrate through an injection molding process or a cast molding process, the thin film laminate having an array of microlenses formed by vapor deposition of a material layer having a refractive index different than a refractive index of the base lens substrate; wherein the ophthalmic lens having a vertex distance in a range of 11 to 15 millimeters in front of a user's eye such that a viewer could resolve an optical power change on the front optical surface and/or the back optical surface due to the presence of the array of microlenses. a base lens substrate having a front optical surface and a back optical surface; and characterized by a thin film laminate incorporated into at least a portion of the base lens substrate through an injection molding process or a cast molding process, the thin film laminate having an array of microlenses formed by vapor deposition of a material layer having a refractive index different than a refractive index of the base lens substrate; wherein the ophthalmic lens having a vertex distance in a range of 11 to 15 millimeters in front of a user's eye such that a viewer could resolve an optical power change on the front optical surface and/or the back optical surface due to the presence of the array of microlenses.
Connector for two work pieces (2, 3), comprising two fittings (4, 5) which each can be attached with one of their sides (6, 7) to one of the work pieces (2, 3) and which can be brought with their respective other sides (8, 9) into abutment against each other, and two clamping jaws (10, 11) which engage the fittings (4, 5) at diametral ends (14, 15; 16, 17) and which can be clamped against each other by means of at least one threaded bar that runs substantially parallel to said other sides (8, 9), characterised in that said one side (6, 7) of at least one fitting (4, 5), preferably of both fittings (4, 5), is provided with a wedged-keys profile (26, 27).
A method of packetizing a media stream into transport packets, comprising: determining whether application data units are to be conveyed in a plurality of transport sessions; and upon a determination that the application data units are to be conveyed in the plurality of transport sessions, including a first decoding order indication in a first transport session transport packet, and including a second decoding order indication in a second transport session transport packet, wherein the first decoding order indication and the second decoding order indication comprise at least one value indicative of a decoding order of the application data units in the media stream, and wherein the first decoding order indication is indicated to be unnecessary in the absence of a second transport session containing the second transport session transport packet, and wherein the decoding order indication is included in a payload content scalability information network abstraction layer unit of the at least one transport packet, and the payload content scalability information network abstraction layer unit is the first network abstraction layer unit in the at least one transport packet, the at least one transport packet comprising an aggregation packet. determining whether application data units are to be conveyed in a plurality of transport sessions; and upon a determination that the application data units are to be conveyed in the plurality of transport sessions, including a first decoding order indication in a first transport session transport packet, and including a second decoding order indication in a second transport session transport packet, wherein the first decoding order indication and the second decoding order indication comprise at least one value indicative of a decoding order of the application data units in the media stream, and wherein the first decoding order indication is indicated to be unnecessary in the absence of a second transport session containing the second transport session transport packet, and wherein the decoding order indication is included in a payload content scalability information network abstraction layer unit of the at least one transport packet, and the payload content scalability information network abstraction layer unit is the first network abstraction layer unit in the at least one transport packet, the at least one transport packet comprising an aggregation packet.
A process for producing an oral thin film comprising microparticles, comprising the steps of: a) producing a solution comprising a hydrophobic polymer, a hydrophobic pharmaceutically active ingredient and hydrophobic solvent, b1) providing a hydrophilic polymer and providing a hydrophilic solvent immiscible with the solvent from a), or b2) providing a solution comprising a hydrophilic polymer and a hydrophilic solvent immiscible with the solvent from a), c1) mixing the solution from a) with the hydrophilic polymer from b1) followed by the addition of the hydrophilic solvent from b1) immiscible with the solvent from a) to obtain an emulsion, or c2) mixing the solution from a) and the solution from b2) to obtain an emulsion, and d) spreading and drying the emulsion from c1) or c2) to obtain an oral thin film comprising microparticles. a) producing a solution comprising a hydrophobic polymer, a hydrophobic pharmaceutically active ingredient and hydrophobic solvent, b1) providing a hydrophilic polymer and providing a hydrophilic solvent immiscible with the solvent from a), or b2) providing a solution comprising a hydrophilic polymer and a hydrophilic solvent immiscible with the solvent from a), c1) mixing the solution from a) with the hydrophilic polymer from b1) followed by the addition of the hydrophilic solvent from b1) immiscible with the solvent from a) to obtain an emulsion, or c2) mixing the solution from a) and the solution from b2) to obtain an emulsion, and d) spreading and drying the emulsion from c1) or c2) to obtain an oral thin film comprising microparticles.
A method of packaging firewood, characterized by including the steps of: inserting a plurality of horizontally oriented logs into a container having a rectangular cross-section to form a stack; cutting the stack at a predetermined height from a bottom surface of the container to separate a wood bunch from the stack; removing the bunch from a side opening in the container; and strapping the bunch. inserting a plurality of horizontally oriented logs into a container having a rectangular cross-section to form a stack; cutting the stack at a predetermined height from a bottom surface of the container to separate a wood bunch from the stack; removing the bunch from a side opening in the container; and strapping the bunch.