mhurhangee/ep-ind-claims huggingface dataset:
A method for allocating a UTRAN radio network temporary identifier comprising: sending, by a Home NodeB, HNB, a register request message to a Home NodeB gateway, HNB-GW, wherein the register request message carries capability information of the HNB; receiving, by the HNB, a register accept message fed back by the HNB-GW according to the capability information of the HNB, wherein the register accept message comprises usable UTRAN radio network temporary identifier ressources, determining (2,5) by the HNB and according to the utilization of UTRAN radio network temporary identifier resources of the HNB, to update UTRAN radio network temporary identifier resources of the HNB; and sending (3,6), by the HNB, an update request for the UTRAN radio network temporary identifier resources to the HNB-GW; characterized in that the register accept message further comprises: an estimation time parameter, a minimum estimation threshold, and a maximum estimation threshold, the UTRAN radio network temporary identifier resources are represented by an identifier segment, an index, or a prefix segment of the UTRAN radio network temporary identifier resources, and the estimation time parameter comprises a supplement estimation timer duration and a reclaiming estimation timer duration. sending, by a Home NodeB, HNB, a register request message to a Home NodeB gateway, HNB-GW, wherein the register request message carries capability information of the HNB; receiving, by the HNB, a register accept message fed back by the HNB-GW according to the capability information of the HNB, wherein the register accept message comprises usable UTRAN radio network temporary identifier ressources, determining (2,5) by the HNB and according to the utilization of UTRAN radio network temporary identifier resources of the HNB, to update UTRAN radio network temporary identifier resources of the HNB; and sending (3,6), by the HNB, an update request for the UTRAN radio network temporary identifier resources to the HNB-GW; an estimation time parameter, a minimum estimation threshold, and a maximum estimation threshold, the UTRAN radio network temporary identifier resources are represented by an identifier segment, an index, or a prefix segment of the UTRAN radio network temporary identifier resources, and the estimation time parameter comprises a supplement estimation timer duration and a reclaiming estimation timer duration.
A method for producing gluten-free bakery and patisserie products comprising the following steps; a. mixing at least the following solid ingredients: gluten-free flours, gluten-free starches, gluten-free fibers, and gluten-free enzymes, obtaining a mixture of solids, b. adding water to the mixture of solids in a proportion between 60% and 110% of the weight of the mentioned mixture of solids, obtaining a hydrated mixture, c. stirring the hydrated mixture in a rapid mixer, obtaining a pre-dough, d. performing ultra-fine wet grinding of the pre-dough, obtaining a colloidal dispersion, in which the size of the solid particles is comprised between 10 and 100 nanometers, e. aerating the colloidal dispersion, obtaining a colloidal dough, f. extruding the colloidal dough, obtaining an extruded colloidal dough, g. cutting the extruded colloidal dough to one or more measurements, obtaining pieces of extruded colloidal dough, h. performing baking for the initial cooking and drying of the pieces of extruded colloidal dough in a microwave oven of between 2.45 GHz and 9.15 GHz for between 2 and 25 minutes until the moisture content of the pieces of extruded colloidal dough is between 40% and 60% and the temperature of the mentioned pieces is between 80oC and 95oC, obtaining cooked pieces, i. performing aqueous vaporization or spraying of the cooked pieces in a chamber in which water is vaporized or sprayed until the environment in the chamber reaches a relative humidity of 99%, obtaining pieces of semi-finished bakery or patisserie products. a. mixing at least the following solid ingredients: gluten-free flours, gluten-free starches, gluten-free fibers, and gluten-free enzymes, obtaining a mixture of solids, b. adding water to the mixture of solids in a proportion between 60% and 110% of the weight of the mentioned mixture of solids, obtaining a hydrated mixture, c. stirring the hydrated mixture in a rapid mixer, obtaining a pre-dough, d. performing ultra-fine wet grinding of the pre-dough, obtaining a colloidal dispersion, in which the size of the solid particles is comprised between 10 and 100 nanometers, e. aerating the colloidal dispersion, obtaining a colloidal dough, f. extruding the colloidal dough, obtaining an extruded colloidal dough, g. cutting the extruded colloidal dough to one or more measurements, obtaining pieces of extruded colloidal dough, h. performing baking for the initial cooking and drying of the pieces of extruded colloidal dough in a microwave oven of between 2.45 GHz and 9.15 GHz for between 2 and 25 minutes until the moisture content of the pieces of extruded colloidal dough is between 40% and 60% and the temperature of the mentioned pieces is between 80oC and 95oC, obtaining cooked pieces, i. performing aqueous vaporization or spraying of the cooked pieces in a chamber in which water is vaporized or sprayed until the environment in the chamber reaches a relative humidity of 99%, obtaining pieces of semi-finished bakery or patisserie products.
Method for connecting at least one string of a photovoltaic system to an inverter feeding electric power from the photovoltaic system into an AC power grid, the string including a plurality of solar modules, wherein the string is subdivided into two partial strings (3, 4) connected in series, wherein the string is connected to the inverter via two power current lines (10, 11) and wherein, in each of the power current lines (10, 11), a further security switch (8, 9) is provided, wherein the string is galvanically decoupled from the AC power grid, wherein, in operation of the photovoltaic system, a centre point of the string between the two partial strings (3, 4) is connected to ground, and wherein the security switches are opened, if a current towards ground flowing from the centre point of the string exceeds a ground current limit value, characterised in that at least one further security switch (6, 7) is connected between the two partial strings (3, 4), and that, between ground and each of the partial strings (3, 4), at least one switch (6, 7, 26) assigned to the respective partial string (3, 4) is provided, via which the respective partial string (3,4) is individually connected to ground for localizing a ground fault.
A negative electrode material for lithium ion batteries, which is a complex alloy of at least three phases, comprising: a composite alloy, composed of - an Si single phase and - an Si-Al-M alloy phase, wherein M is at least one element selected from the group consisting of transition metals and metals of Groups 4 and 5, and an L phase where L is at least one element selected from the group consisting of In, Sn, Sb, Pb and Mg; the Si single phase being precipitated in network form along the grain boundaries of the Si-Al-M alloy phase. a composite alloy, composed of - an Si single phase and - an Si-Al-M alloy phase, wherein M is at least one element selected from the group consisting of transition metals and metals of Groups 4 and 5, and - an Si single phase and - an Si-Al-M alloy phase, wherein M is at least one element selected from the group consisting of transition metals and metals of Groups 4 and 5, an L phase where L is at least one element selected from the group consisting of In, Sn, Sb, Pb and Mg;
A method for use in a wireless device, the method comprising: receiving (302, 402A, 402B, 502, 602, 702) system information being broadcast by a network node, wherein the system information indicates a set of configured random access carriers supported by the network node; determining (308, 410A, 410B, 508, 608, 704) whether the network node has indicated a selected random access carrier from the set of configured random access carriers; in response to determining that the network node has indicated the selected random access carrier, performing (310, 412A, 412B, 510, 610) the random access transmission using the selected random access carrier indicated by the network node; and in response to determining that the network node has not indicated the selected random access carrier, performing the random access transmission using a random access carrier that the wireless device selects from the set of configured random access carriers. receiving (302, 402A, 402B, 502, 602, 702) system information being broadcast by a network node, wherein the system information indicates a set of configured random access carriers supported by the network node; determining (308, 410A, 410B, 508, 608, 704) whether the network node has indicated a selected random access carrier from the set of configured random access carriers; in response to determining that the network node has indicated the selected random access carrier, performing (310, 412A, 412B, 510, 610) the random access transmission using the selected random access carrier indicated by the network node; and in response to determining that the network node has not indicated the selected random access carrier, performing the random access transmission using a random access carrier that the wireless device selects from the set of configured random access carriers.
Modular system for assembling devices for securing persons against falling, in particular from a roof, comprising individual components which can be variably combined in accordance with the requirements for the load-bearing capacity and/or the respective roof substructure on which the fall protection device is to be fastened, wherein the system comprises as the first individual component at least two variants of support tubes with a predetermined diameter, the system comprises as a second individual component at least two base plates which are provided in different variants and can be selectively detachably connected to the lower end of the support tubes, and the system comprises as a third component at least two different variants of means (13, 20, 22) for attaching a rope in the upper end region of the support tubes, which means can be selectively connected to the upper end of the support tubes, and wherein the at least two variants of base plates are provided with respectively different hole patterns and/or different numbers of holes, and the at least two variants of support tubes are provided with a traction element concentrically located inside the support tubes and having different lengths but the same diameter, or with a traction element concentrically located inside the support tube and having different diameters. the system comprises as the first individual component at least two variants of support tubes with a predetermined diameter, the system comprises as a second individual component at least two base plates which are provided in different variants and can be selectively detachably connected to the lower end of the support tubes, and the system comprises as a third component at least two different variants of means (13, 20, 22) for attaching a rope in the upper end region of the support tubes, which means can be selectively connected to the upper end of the support tubes, and wherein the at least two variants of base plates are provided with respectively different hole patterns and/or different numbers of holes, and the at least two variants of support tubes are provided with a traction element concentrically located inside the support tubes and having different lengths but the same diameter, or with a traction element concentrically located inside the support tube and having different diameters.
A tension measurement apparatus comprising: a cylindrical yoke; a cylindrical magnetizer arranged to surround a portion of a long magnetic element to direct-current magnetize the magnetic element in a longitudinal direction up to a region where a hysteresis loop of magnetization property is closed, the magnetizer including at least a pair of permanent magnets facing each other by different magnetic poles, spaced apart along the longitudinal direction of the magnetic element; and a magnetic sensor arranged at a middle point of the pair of permanent magnets at an inner circumferential side of the magnetizer to detect a spatial magnetic field intensity along a surface of said magnetic element, said tension measurement apparatus configured to measure tension acting on the magnetic element based on the spatial magnetic field intensity detected by said magnetic sensor, wherein the pair of permanent magnets constitute the shape of a portion of a cylinder, characterized in that: the respective permanent magnets of the pair of permanent magnets are fixed at respective opposite ends at an inner circumference of the cylindrical yoke. a cylindrical yoke; a cylindrical magnetizer arranged to surround a portion of a long magnetic element to direct-current magnetize the magnetic element in a longitudinal direction up to a region where a hysteresis loop of magnetization property is closed, the magnetizer including at least a pair of permanent magnets facing each other by different magnetic poles, spaced apart along the longitudinal direction of the magnetic element; and a magnetic sensor arranged at a middle point of the pair of permanent magnets at an inner circumferential side of the magnetizer to detect a spatial magnetic field intensity along a surface of said magnetic element, said tension measurement apparatus configured to measure tension acting on the magnetic element based on the spatial magnetic field intensity detected by said magnetic sensor, wherein the pair of permanent magnets constitute the shape of a portion of a cylinder, characterized in that: the respective permanent magnets of the pair of permanent magnets are fixed at respective opposite ends at an inner circumference of the cylindrical yoke.
A rotary hydraulic machine with radial pistons comprising: a rotating shaft; a cylinder-housing body, having a plurality of housing seatings arranged radially at equal distances from the rotation axis of the rotating shaft; a cylinder housed in each of said plurality of housing seatings and rotating relative to the same around an axis concentric with said rotation axis of the rotating shaft, wherein each cylinder and each housing seating have a cylindrical sector development; a piston slidable in each cylinder and coupled to a crank of the rotating shaft, said crank being eccentric with respect to the rotation axis of the rotating shaft; a supply conduit, for each cylinder, provided with a seal arranged to enable a sealed connection between the supply conduit and the respective cylinder; characterized in that each seal comprises: a first ring, arranged at an end of the supply conduit and placed in contact with the cylinder; a second ring, concentric to the first ring and interposed between the supply conduit and the first ring, wherein the second ring is coupled by interference with the first ring and is inserted by interference into the supply conduit in such a way as to prevent a rotation of the first ring with respect to the supply conduit around a common axis. a rotating shaft; a cylinder-housing body, having a plurality of housing seatings arranged radially at equal distances from the rotation axis of the rotating shaft; a cylinder housed in each of said plurality of housing seatings and rotating relative to the same around an axis concentric with said rotation axis of the rotating shaft, wherein each cylinder and each housing seating have a cylindrical sector development; a piston slidable in each cylinder and coupled to a crank of the rotating shaft, said crank being eccentric with respect to the rotation axis of the rotating shaft; a supply conduit, for each cylinder, provided with a seal arranged to enable a sealed connection between the supply conduit and the respective cylinder; characterized in that each seal comprises: a first ring, arranged at an end of the supply conduit and placed in contact with the cylinder; a second ring, concentric to the first ring and interposed between the supply conduit and the first ring, wherein the second ring is coupled by interference with the first ring and is inserted by interference into the supply conduit in such a way as to prevent a rotation of the first ring with respect to the supply conduit around a common axis. a first ring, arranged at an end of the supply conduit and placed in contact with the cylinder; a second ring, concentric to the first ring and interposed between the supply conduit and the first ring, wherein the second ring is coupled by interference with the first ring and is inserted by interference into the supply conduit in such a way as to prevent a rotation of the first ring with respect to the supply conduit around a common axis.
Fish cleaning device having a body, a handle, a scaling member, a blade for opening the fish's belly and a fish entrail removal member, characterized in that - the body of the fish cleaning device is essentially ring-shaped and made of such kind of plastic that it floats on the surface of water, - on top of the ring-shaped body there is a handle, which the fish cleaner grasps with his hand, - the embossed scaling member is on the underside in the ring-shaped body below the handle so that the scaling member can be pressed against the scales of the fish to be cleaned, - the blade, which has a curved cutting edge and a sharp point, is attached to the ring-shaped body by means of a shaft, so that the cleaner can turn the blade around the shaft with his other hand and expose the blade for opening the fish's belly with the cutting edge by pulling the cleaning device towards himself, and the cleaner can turn the blade around the shaft so that the cutting edge of the blade goes into a cavity inside the body so that the blade is partially protected and not exposed during the other cleaning steps, - the entrail removal member is spoon-like and arranged as an extension of the handle of the fish cleaning device having rounded point section, which spoon-like entrail removal member is directed towards the fish to be cleaned in the opposite direction to the blade so that the cleaner can remove the fish's entrails by pushing the entrail removal member away from himself, so that the opening of the fish's belly and the removal of the fish's entrails can be performed in opposite directions. - the body of the fish cleaning device is essentially ring-shaped and made of such kind of plastic that it floats on the surface of water, - on top of the ring-shaped body there is a handle, which the fish cleaner grasps with his hand, - the embossed scaling member is on the underside in the ring-shaped body below the handle so that the scaling member can be pressed against the scales of the fish to be cleaned, - the blade, which has a curved cutting edge and a sharp point, is attached to the ring-shaped body by means of a shaft, so that the cleaner can turn the blade around the shaft with his other hand and expose the blade for opening the fish's belly with the cutting edge by pulling the cleaning device towards himself, and the cleaner can turn the blade around the shaft so that the cutting edge of the blade goes into a cavity inside the body so that the blade is partially protected and not exposed during the other cleaning steps, - the entrail removal member is spoon-like and arranged as an extension of the handle of the fish cleaning device having rounded point section, which spoon-like entrail removal member is directed towards the fish to be cleaned in the opposite direction to the blade so that the cleaner can remove the fish's entrails by pushing the entrail removal member away from himself, so that the opening of the fish's belly and the removal of the fish's entrails can be performed in opposite directions.
Household appliance, comprising a casing in which a tub is arranged, further comprising a drum rotatable mounted in said tub, further comprising a tub outlet through which washing liquid can be drained from said tub, further comprising an air chamber which is suitable to be associated to a water level sensor for measuring the level of said washing liquid in said tub, further comprising a drain hose for draining washing liquid to the outside of said appliance, comprising a filter assembly comprising: - an assembly housing, - a tub inlet fluidly connectedto said tub outlet, - an air chamber inlet fluidly connected to said air chamber, - a drain outlet fluidly connected to said drain hose, said filter assembly further comprising a filter and a pump, whereby said assembly housing is configured to receive said filter and to get connected to said pump, whereby said assembly housing comprises a cylindrically shaped tube with a tube axis, characterized by that said tub inlet and said air chamber inlet and said drain outlet are protruding from said tube essentially perpendicular to said tube axis. - an assembly housing, - a tub inlet fluidly connectedto said tub outlet, - an air chamber inlet fluidly connected to said air chamber, - a drain outlet fluidly connected to said drain hose,
- A launching device including at least two tubes (2, 2a, 2b) intended to receive an ammunition round and each secured to a mount, the mounts being carried by a base, each tube being orientable in elevation and in bearing by motor means, a first motor means ensuring the pointing in bearing of the two tubes (2, 2a, 2b) simultaneously and a second motor means ensuring the pointing in elevation of the two tubes (2, 2a, 2b) simultaneously, such that the bearing pointing axes (7, 7a, 7b) of the two tubes are parallel to each other and that each mount includes a sleeve (8, 8a, 8b) carrying the tube, said sleeve being mounted so as to pivot in elevation relative to a fork, the fork being itself mounted so as to pivot in bearing relative to the base, the second motor means acting on each sleeve (8, 8a, 8b) by means of a set of two bevel toothed pinions (19, 20) with perpendicular axes integrated into the mount, a first pinion being secured to the sleeve and a second pinion being coaxial with the bearing axis (7, 7a, 7b), the first motor means acting on each mount via a first gear wheel secured to the fork, and the second bevel pinion being secured to one end of a pivot shaft carrying at its other end a second gear wheel driven by the second motor means, the pivot shaft being coaxial with the first gear wheel.