mhurhangee/ep-ind-claims huggingface dataset:
A protein with dextransucrase activity, having the sequence SEQ ID NO:1 as amino acid sequence or comprising at least 80%, preferably 85%, more preferably still 90%, more preferably still 95%, more preferably still 98% identity at positions 563 to 1282 of the amino acid sequence SEQ ID NO: 1, preferably at positions 563 to 1282 and 1316 to 1433 of the amino acid sequence SEQ ID NO:1, more preferably still at positions 563 to 1282, 1316 to 1433 and 174 to 421 of the amino acid sequence SEQ ID NO:1, more preferably still at positions 563 to 1282, 1316 to 1433 and 42 to 421 of the amino acid sequence SEQ ID NO:1, the dextransucrase activity allowing the synthesis of dextrans having a weight-average molar mass M w of between 2x10 3 and 40x10 3 g.mol -1, and a polydispersity index I p of less than 1.5, via temperatures ranging from 20°C to 50°C and initial sucrose concentrations ranging from 50 g.l -1 to 600 g.l -1.
Machine for extracting puree, or fruit juice, from a food product, in particular of animal or vegetable origin, said machine comprising: - a hollow body having a longitudinal axis and defined laterally by a lateral containing wall; - a sieve having a plurality of holes and mounted in said hollow body in a position substantially co-axial to said longitudinal axis; - a rotor mounted in said sieve in a position substantially co-axial to said longitudinal axis, said rotor arranged to rotate in the sieve, said rotor having a plurality of blades arranged to cause a centrifugal force to the product to treat, in order to separate said product to treat into a main product comprising said puree, or juice, which crosses said sieve and is discharged through a first outlet and a waste material that, instead, cannot cross said sieve and is discharged through a second outlet; - a distributor integral to said body and arranged to receive said product for distributing it to said rotor; - a support frame of the sieve, or "sieve cage", to which the sieve is integral, said support frame of the sieve comprising a plurality of ring portions coaxially connected by a predetermined number of connecting portions (320', 320", 320'''); the machine characterised in that each connecting portion (320',320'',320''') is positioned substantially level with an outer edge of said plurality of ring portions, to avoid the production of "stairs" between said edge of said ring portions and each connecting portion (320', 320", 320'''). - a hollow body having a longitudinal axis and defined laterally by a lateral containing wall; - a sieve having a plurality of holes and mounted in said hollow body in a position substantially co-axial to said longitudinal axis; - a rotor mounted in said sieve in a position substantially co-axial to said longitudinal axis, said rotor arranged to rotate in the sieve, said rotor having a plurality of blades arranged to cause a centrifugal force to the product to treat, in order to separate said product to treat into a main product comprising said puree, or juice, which crosses said sieve and is discharged through a first outlet and a waste material that, instead, cannot cross said sieve and is discharged through a second outlet; - a distributor integral to said body and arranged to receive said product for distributing it to said rotor; - a support frame of the sieve, or "sieve cage", to which the sieve is integral, said support frame of the sieve comprising a plurality of ring portions coaxially connected by a predetermined number of connecting portions (320', 320", 320''');
A system for additively manufacturing a structure, comprising: an additive manufacturing machine; a memory having computer-executable instructions stored thereon; and a processor configured to execute the computer-executable instructions to: cause the additive manufacturing machine to discharge a path of composite material; characterized in that the processor is configured to execute the computer-executable instructions to: make a determination regarding existence of support located at a side of the path of composite material; and selectively cause the additive manufacturing machine to compact the path of composite material after discharge with a variable pressure that is based on the determination. an additive manufacturing machine; a memory having computer-executable instructions stored thereon; and a processor configured to execute the computer-executable instructions to: cause the additive manufacturing machine to discharge a path of composite material; characterized in that the processor is configured to execute the computer-executable instructions to: make a determination regarding existence of support located at a side of the path of composite material; and selectively cause the additive manufacturing machine to compact the path of composite material after discharge with a variable pressure that is based on the determination. make a determination regarding existence of support located at a side of the path of composite material; and selectively cause the additive manufacturing machine to compact the path of composite material after discharge with a variable pressure that is based on the determination.
A dental implant comprising an insertion portion extending along an implant axis and a coronal projection for receiving an abutment with a dental prosthesis fabricated thereon, which abutment is to be fastened to the dental implant by means of a screw, wherein the insertion portion has a coronal region and an apical region and the coronal projection extends from the coronal region of the insertion portion in the coronal direction and extends along a prosthetic axis, wherein the insertion portion is inserted into the jawbone of a patient during the intended use of the dental implant in such a way that bone can attach to said coronal region, wherein the coronal projection is integrally connected to the insertion portion, wherein the prosthetic axis and the implant axis are inclined with respect to one another, preferably inclined with respect to one another at an angle α in the range 0° < α < 45°, and the abutment with the dental prosthesis fabricated thereon is fastenable to the dental implant by means of only one screw connection directed along the prosthetic axis, wherein said coronal region is rotationally symmetrical with respect to the prosthetic axis and tapers in the coronal direction in order to enable a subtractive removal from an annular material region in the coronal region by means of a milling cutter rotating about the prosthetic axis. an insertion portion extending along an implant axis and a coronal projection for receiving an abutment with a dental prosthesis fabricated thereon, which abutment is to be fastened to the dental implant by means of a screw, wherein the insertion portion has a coronal region and an apical region and the coronal projection extends from the coronal region of the insertion portion in the coronal direction and extends along a prosthetic axis, wherein the insertion portion is inserted into the jawbone of a patient during the intended use of the dental implant in such a way that bone can attach to said coronal region, wherein the coronal projection is integrally connected to the insertion portion, wherein the prosthetic axis and the implant axis are inclined with respect to one another, preferably inclined with respect to one another at an angle α in the range 0° < α < 45°, and the abutment with the dental prosthesis fabricated thereon is fastenable to the dental implant by means of only one screw connection directed along the prosthetic axis, wherein said coronal region is rotationally symmetrical with respect to the prosthetic axis and tapers in the coronal direction in order to enable a subtractive removal from an annular material region in the coronal region by means of a milling cutter rotating about the prosthetic axis.
A fuel injector comprising a main fuel injector (86, 88) and at least one air swirler (61, 73, 83, 93) wherein a shroud is arranged around the main fuel injector (86, 88) and at least one air swirler (61, 73, 83, 93), the fuel injector has an axis, the shroud has a radially inner surface, the radially inner surface of the shroud is generally circular in cross-section in a plane perpendicular to the axis of the fuel injector at the downstream end of the shroud, characterised in that the radially inner surface of the shroud is generally non-circular in cross-section in a plane perpendicular to the axis of the fuel injector at the upstream end of the shroud and has different dimensions in two mutually perpendicular directions.
A reactor for performing, by means of solid reaction members, a biological or chemical transformation, or physical or chemical trapping from, or release of agents to, a fluidic media, and a subsequent cleaning of the reactor, said reactor comprising a vessel comprising a bottom valve, and in which vessel a transformation device has been mounted, said transformation device comprising a cylindrical flow distributor comprising a top wall, a bottom wall and a peripheral wall extending between the top and bottom walls, whereby said walls define at least one confinement in which said solid reaction members can be trapped and in which said transformation is performed, the flow distributor further comprising: at least one bottom opening located in the vicinity of the centre of the bottom wall, said opening being adapted for receiving, by a suction action caused by a vortex V to be generated during rotation of the flow distributor, fluid medium and initially suspended solid reaction members, and for releasing fluid medium and used solid reaction members which have been entrapped in said confinement, at least one fluid medium outlet permeable for said fluid medium but impermeable for solid reaction members, said at least one fluid medium outlet being located on said peripheral wall, and a means for rotating the transformation device; characterized in that the reactor further comprises at least one nozzle arranged on the longitudinal inner wall of the vessel, and wherein the at least one nozzle is arranged to direct a flow of a cleaning fluid in a direction towards a longitudinal centre axis of the flow distributor. at least one bottom opening located in the vicinity of the centre of the bottom wall, said opening being adapted for receiving, by a suction action caused by a vortex V to be generated during rotation of the flow distributor, fluid medium and initially suspended solid reaction members, and for releasing fluid medium and used solid reaction members which have been entrapped in said confinement, at least one fluid medium outlet permeable for said fluid medium but impermeable for solid reaction members, said at least one fluid medium outlet being located on said peripheral wall, and a means for rotating the transformation device;
An infusion safety device comprising a tag reader which is adapted to read a medication tag provided at an infusion medication reservoir, in particular during the whole infusion, comprising a processing unit which is connected with said tag reader and is provided to be connected with an infusion pump in which an infusion protocol is stored and is adapted to recognize a change of the medication reservoir, to read out the infusion protocol from the infusion pump, to cause said tag reader to carry out a reading operation at the latest in case it recognizes a change of the medication reservoir and to give an alarm in case there is no match between the medication read by said tag reader and the medication required by the infusion protocol, characterized by a controller which is adapted to cause the tag reader to carry out a reading operation and to determine the reading frequency both depending on if the power is supplied by the mains or by a battery.
A rechargeable battery comprising: a plurality of electrode assemblies, a case housing the plurality of electrode assemblies, and a first safety member that includes a first conductive plate that is arranged between the plurality of electrode assemblies and the case, wherein a first electrode assembly of the plurality of electrode assemblies is arranged between a second electrode assembly of the plurality of electrode assemblies and the first conductive plate, wherein the rechargeable battery further comprises a first contact element that electrically couples the first conductive plate to the second electrode assembly, wherein the rechargeable battery further comprises a second safety member that includes a second conductive plate, wherein the plurality of electrode assemblies is arranged between the conductive plates (411, 421), and a second contact element that electrically couples the second conductive plate to the first electrode assembly, characterized in that the second safety member is in close mechanical contact with the second electrode assembly and is electrically connected the first electrode assembly, but not to the second electrode assembly. a plurality of electrode assemblies, a case housing the plurality of electrode assemblies, and a first safety member that includes a first conductive plate that is arranged between the plurality of electrode assemblies and the case, wherein a first electrode assembly of the plurality of electrode assemblies is arranged between a second electrode assembly of the plurality of electrode assemblies and the first conductive plate, wherein the rechargeable battery further comprises a first contact element that electrically couples the first conductive plate to the second electrode assembly, wherein the rechargeable battery further comprises a second safety member that includes a second conductive plate, wherein the plurality of electrode assemblies is arranged between the conductive plates (411, 421), and a second contact element that electrically couples the second conductive plate to the first electrode assembly, characterized in that the second safety member is in close mechanical contact with the second electrode assembly and is electrically connected the first electrode assembly, but not to the second electrode assembly.
Heat shield for thermally and/or acoustically shielding a body, comprising a metal layer which is designed in such a way that it can enclose the body such that two opposite outer edges (14, 14') of the metal layer are arranged adjacent to one another and are or can be connected to one another in order to close the enclosure around the body, characterized in that the first outer edge has an outwardly bent flange which has at least one through-opening adjacent to the bend, and the second outer edge has at least one tab projecting substantially parallel to or in the circumferential direction, which tab is or can be passed through the through-opening and, behind the through-opening in the direction of passage, is or can be connected to the outwardly bent flange and/or the first outer edge.
Method of mixing a pulp- and/or fiber-containing fluid, wherein the fluid is a beverage, comprising: moving the fluid free from shearing with a first and a second positive-displacement pump (210, 230), wherein the first or the second positive-displacement pump is operated as a pushing pump, and the second or the first positive-displacement pump is operated as a braking pump, whereby a pressure increase between the two positive-displacement pumps is achieved, and introducing a gas into the fluid located between the first and the second positive-displacement pumps. moving the fluid free from shearing with a first and a second positive-displacement pump (210, 230), wherein the first or the second positive-displacement pump is operated as a pushing pump, and the second or the first positive-displacement pump is operated as a braking pump, whereby a pressure increase between the two positive-displacement pumps is achieved, and introducing a gas into the fluid located between the first and the second positive-displacement pumps.
A communications outlet, comprising: a plurality of electrically conductive paths (C1-C8) arranged in pairs (P1-P4); a plurality of capacitive coupling traces (CCT1-CCT4), each capacitive coupling trace being connected to a conductive path (C1-C8) of a corresponding one of the pairs of conductive paths (C1-C8); and characterized by an electrically conductive shield; and wherein each of the capacitive coupling traces is configured such that a capacitive coupling between the electrically conductive shield and each of the conductive paths (C1-C8) of the corresponding pair is balanced. a plurality of electrically conductive paths (C1-C8) arranged in pairs (P1-P4); a plurality of capacitive coupling traces (CCT1-CCT4), each capacitive coupling trace being connected to a conductive path (C1-C8) of a corresponding one of the pairs of conductive paths (C1-C8); and characterized by an electrically conductive shield; and wherein each of the capacitive coupling traces is configured such that a capacitive coupling between the electrically conductive shield and each of the conductive paths (C1-C8) of the corresponding pair is balanced.
A polymer electrolyte for a dye-sensitized solar cell characterized in that it comprises a heat-curable epoxy resin, an imidazole-based curing accelerator, and metal salts.
Device for producing a chamfer on plasterboard, comprising a guide niche formed by a bearing flank for bearing on the broad side of the plasterboard and an abutment flank for abutting a narrow side of the plasterboard, and a plurality of blades (54, 55, 56) which intersect the guide niche at a chamfer angle (a), are attached to the device and are each at a different distance from a theoretical line at which the bearing flank intersects the abutment flank, the abutment flank having chip outlet openings (57, 58, 59) in front of each of the edges (54', 55', 56') of the blades (54, 55, 56) in the cutting direction, characterised in that the chip outlet openings are annularly enclosed windows, with one window limb being formed by a strip extending in the edge of the abutment flank that is remote from the bearing flank.
A classifying fluid bed granulation unit, comprising: a perforated bed floor; a fluid bed section; a solid feed inlet (26.3); a fluidization air inlet (5.1); a liquid solution or melt feed inlet and nozzles; an air outlet (5.2); and a product outlet; wherein said fluid bed section comprises at least one particle classification element (28.1, 28.2) comprising one or more vertically inclined channels having top and bottom end feed openings, and wherein the one or more vertically inclined channels have upper (1 a) and lower side slots; and wherein the element constitutes a partial or full separation wall in the fluid bed granulation unit, and wherein the upper and lower side slots are located at opposite sides of each channel so that the upper and lower slots are located at opposite sides of the separation wall, respectively, to make it possible through the upper slots to take out the larger particles at one side of the separation wall and through the lower slots to take out the smaller particles at the opposite side of the separation wall. a perforated bed floor; a fluid bed section; a solid feed inlet (26.3); a fluidization air inlet (5.1); a liquid solution or melt feed inlet and nozzles; an air outlet (5.2); and a product outlet; wherein said fluid bed section comprises at least one particle classification element (28.1, 28.2) comprising one or more vertically inclined channels having top and bottom end feed openings, and wherein the one or more vertically inclined channels have upper (1 a) and lower side slots; and wherein the element constitutes a partial or full separation wall in the fluid bed granulation unit, and wherein the upper and lower side slots are located at opposite sides of each channel so that the upper and lower slots are located at opposite sides of the separation wall, respectively, to make it possible through the upper slots to take out the larger particles at one side of the separation wall and through the lower slots to take out the smaller particles at the opposite side of the separation wall.
A vehicle dead reckoning and GNSS-aided map-matching navigation system comprising: an estimator; and a map-match navigation module in a handheld device, the module configured to: send map-match feedback messages to the estimator via a port, the messages including vehicle position, heading, and position variance and heading variance computed from at least one of a road width, an average road heading, a length of a snap distance vector, and road choice probabilities; receive vehicle state estimates from the estimator, the estimator including a recursive Bayesian filter that computes maximum likelihood vehicle position and heading estimates based on: GNSS position estimates, vehicle speed estimates from a speed sensor, inertial navigation estimates from inertial sensors and the map-match feedback messages received via the port including the position variance and the heading variance; receive map updates via a data-in module; and provide navigation output via a user interface device; the map-match navigation module further being configured to accumulate vehicle speed and heading change history based on vehicle speed estimates and inertial navigation estimates and to fit the speed and heading change history to map data to estimate vehicle position. send map-match feedback messages to the estimator via a port, the messages including vehicle position, heading, and position variance and heading variance computed from at least one of a road width, an average road heading, a length of a snap distance vector, and road choice probabilities; receive vehicle state estimates from the estimator, the estimator including a recursive Bayesian filter that computes maximum likelihood vehicle position and heading estimates based on: GNSS position estimates, vehicle speed estimates from a speed sensor, inertial navigation estimates from inertial sensors and the map-match feedback messages received via the port including the position variance and the heading variance; receive map updates via a data-in module; and provide navigation output via a user interface device; the map-match navigation module further being configured to accumulate vehicle speed and heading change history based on vehicle speed estimates and inertial navigation estimates and to fit the speed and heading change history to map data to estimate vehicle position.
A method for manufacturing dried pasta, comprising; a step of drying pasta noodle strands having, before being subjected to the drying step, a percentage of water content of 20 to 35% by mass to reach a percentage of water content of 14% or less under an environment maintained at a temperature of 75 to 95°C and humidity of 70 to 80%; a step of heating, after the drying step, the pasta noodle strands for 10 to 120 minutes under an environment maintained at a temperature lower by at least 15°C than the temperature in the drying step and within a range of 50 to 80°C, and humidity of 70 to 80%; and a step of cooling, after the heating step, the pasta noodle strands for 10 to 60 minutes under an environment maintained at a temperature of 20 to 40°C and humidity of 40 to 80%.
A method for fabricating a chalcopyrite-type thin-film solar cell, characterized by comprising a first step of forming a precursor comprising In, Cu and Ga metal elements onto a backside electrode layer provided on a substrate, a second step of coating an alkali-metal solution onto the precursor, a selenization step of heat-treating the substrate which has undergone both the first and the second steps in a hydrogen selenide atmosphere, and a transparent electrode forming step of depositing an optically transparent conductive layer.