mhurhangee/ep-ind-claims huggingface dataset:
Method for fabricating a heterostructure having at least an elementary structure made of III-V material on the surface of a silicon-based substrate successively comprising: - producing a first pattern having at least a first opening (O i1) in a dielectric material on the surface of a first silicon-based substrate; - a first operation for epitaxy of at least a III-V material so as to define at least an elementary base layer made of III-V material in said at least first opening; - producing a second pattern in a dielectric material so as to define at least a second opening (O i2) having an overlap with said at least elementary base layer made of III-V material; - a second operation for epitaxy of at least a III-V material on the surface of said at least elementary base layer made of III-V material so as to produce said at least elementary structure made of III-V material(s) having an outer face; - an operation for transferring and assembling said at least elementary structure via its outer face, on an interface that may have passive elements and/or active elements, said interface being produced on the surface of a second silicon-based substrate; - removing said first silicon-based substrate and said at least elementary base layer made of III-V material located on said elementary structure. - producing a first pattern having at least a first opening (O i1) in a dielectric material on the surface of a first silicon-based substrate; - a first operation for epitaxy of at least a III-V material so as to define at least an elementary base layer made of III-V material in said at least first opening; - producing a second pattern in a dielectric material so as to define at least a second opening (O i2) having an overlap with said at least elementary base layer made of III-V material; - a second operation for epitaxy of at least a III-V material on the surface of said at least elementary base layer made of III-V material so as to produce said at least elementary structure made of III-V material(s) having an outer face; - an operation for transferring and assembling said at least elementary structure via its outer face, on an interface that may have passive elements and/or active elements, said interface being produced on the surface of a second silicon-based substrate; - removing said first silicon-based substrate and said at least elementary base layer made of III-V material located on said elementary structure.
Means for supplying oil from a storage tank containing heavy fuel oil by heating oil to increase flowability / decrease viscosity, wherein said means comprises a collector arranged above at least a part of a heating device such as at least one heating coil (3, 4) within said storage tank, said collector having the shape of a hat or a cap with an open bottom, said collector thereby collecting heated oil ascending from the at least one heating coil (3, 4), whereby heated oil in the collector being captured by a suction device within the collector to be transported to a consumer outside the storage tank by a transfer pump, characterized in that the suction device is arranged above the at least one heating coil (3, 4).
A method comprising: determining a location of a mobile device using an absolute location measurement; collecting proximity data using a plurality of proximity sensors of the mobile device; determining a position of the mobile device in relation to a user using the proximity data; and determining, based on the position of the mobile device in relation to the user, whether to update the location of the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a relative location of the mobile device based on information indicative of displacement of the mobile device, wherein the relative location is relative to the location determined using the absolute location measurement. determining a location of a mobile device using an absolute location measurement; collecting proximity data using a plurality of proximity sensors of the mobile device; determining a position of the mobile device in relation to a user using the proximity data; and determining, based on the position of the mobile device in relation to the user, whether to update the location of the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a relative location of the mobile device based on information indicative of displacement of the mobile device, wherein the relative location is relative to the location determined using the absolute location measurement.
A curable silicone rubber composition containing 0.1 to 15 mass% of a biuret compound represented by the general formula: wherein R 1 represents the same or different alkyl groups having 1 to 6 carbons, R 2 represents the same or different alkyl groups having 1 to 3 carbons, R 3 represents the same or different alkylene groups having 2 to 6 carbons, and "a" represents the same or different integers of from 0 to 2.
A data stream processing system, comprising: a data stream management system, DSMS, operable to store data items received via an input data stream in a data store and execute a continuous query against the received data items to generate an output data stream, the DSMS being further operable to execute a load shedding process for discarding some of the data items as received by the DSMS or that have been partially processed by the DSMS; a DSMS client arranged to receive and process the output data stream generated by the DSMS, and operable to execute an action when triggered by the processing of one or more data items in the output data stream, the action comprising the sending by the DSMS client of a signal to a recipient different from the DSMS client; and a feedback loop arranged to convey a feedback signal to the DSMS notifying the execution of an action by the DSMS client; wherein the DSMS is operable to determine at least one rule governing the load shedding process on the basis of received feedback signals and the stored data items. a data stream management system, DSMS, operable to store data items received via an input data stream in a data store and execute a continuous query against the received data items to generate an output data stream, the DSMS being further operable to execute a load shedding process for discarding some of the data items as received by the DSMS or that have been partially processed by the DSMS; a DSMS client arranged to receive and process the output data stream generated by the DSMS, and operable to execute an action when triggered by the processing of one or more data items in the output data stream, the action comprising the sending by the DSMS client of a signal to a recipient different from the DSMS client; and a feedback loop arranged to convey a feedback signal to the DSMS notifying the execution of an action by the DSMS client; wherein the DSMS is operable to determine at least one rule governing the load shedding process on the basis of received feedback signals and the stored data items.
A polymeric composition which comprises: a) vinyl aromatic polymers and/or vinyl aromatic copolymers in an amount of at least 50% by weight, calculated with respect to the overall composition, b) a polyolefin or a relative copolymer with an ester in an amount ranging from at least 1% by weight, calculated with respect to the overall composition, c) an olefinic elastomer grafted with a vinyl aromatic polymer in an amount ranging from 0.01% to 40% by weight, calculated with respect to the sum of (a) + (b), d) an expanding agent in an amount ranging from 1% to 10% by weight, calculated with respect to the sum of (a) + (b) + (c). a) vinyl aromatic polymers and/or vinyl aromatic copolymers in an amount of at least 50% by weight, calculated with respect to the overall composition, b) a polyolefin or a relative copolymer with an ester in an amount ranging from at least 1% by weight, calculated with respect to the overall composition, c) an olefinic elastomer grafted with a vinyl aromatic polymer in an amount ranging from 0.01% to 40% by weight, calculated with respect to the sum of (a) + (b), d) an expanding agent in an amount ranging from 1% to 10% by weight, calculated with respect to the sum of (a) + (b) + (c).
An airbag arrangement with at least one airbag flap of a plastic, said airbag flap covering an ejection channel and having a viewed side which faces the vehicle interior and having a carrier which forms a lower side which is away from the viewed side, as well as with a holding means which is connected to the carrier and which comprises a first end section which is inserted at least partly into the carrier and a second end section which is connected to a plastic carrier which surrounds the airbag flap, said holding means further comprising a middle section between the first and the second end section (12, 13), wherein the middle section comprises at least three overlapping part-sections (17, 18, 19) and at least one part-section bears on the lower side of the airbag flap or of the surrounding plastic carrier, characterised in that a plastic-impermeable intermediate layer is arranged between the lower side and the bearing part-section or between at least two of the overlapping part-sections (17, 18, 19) and the intermediate layer is materially connected to the carrier or to the surrounding plastic carrier, wherein the first end section and/or the second end section is at least partly penetrated by a plastic which forms the carrier and/or the plastic carrier.
Portable electric power tool, having a housing, a motor-driven drive unit, a drive-output unit, a notched disc and an entrainment/blocking device, wherein the entrainment/blocking device comprises clamping bodies (6, 6') and associated clamping surfaces fixed to the housing, and entrainment elements coupled to the drive unit, and in the event of driving from the drive side, torque is transmitted from the drive unit to a cam of the drive-output unit via the entrainment elements, via the clamping bodies (6, 6'), and in the event of driving from the tool side, the drive-output unit is blocked with at least one clamping body (6, 6') being clamped between a part of the drive-output unit and the clamping surface, wherein the clamping surfaces are arranged on the inner side of a brake ring fixed to the housing, and wherein the drive-output unit is configured such that a gap between the outer side of the drive-output unit and the inner side of the brake ring narrows towards the middle of a region between two cams to a width which is smaller than the diameter of the clamping bodies (6, 6'), characterized in that, in the region of at least one cam, a sliding element that is displaceable relative to the cam is present, said sliding element, in the event of driving from the drive side by means of an entrainment element, positions a clamping body arranged on the opposite side of the cam from the entrainment element at a distance from the cam, in that the sliding element is arranged as an extension on the outer circumference of a control disc arranged concentrically with the drive-output unit, wherein the brake ring is formed integrally with the notched disc and is firmly connected to the housing of the portable electric power tool, characterized in that, on the notched disc, a tool-side, analogously formed part slides in a rotating manner during percussive operation of the portable electric power tool, resulting in axially oscillating movements of the tool and as a result in the desired impacts, and in that the control disc has a thickness in the range of 1-2 mm, in particular in the region of 1.5 mm.
A method for wireless communication at a user equipment, UE, comprising: receiving a control message scheduling a multicast transmission to the UE; determining acknowledgment feedback for the multicast transmission; identifying, based at least in part on the multicast transmission being multicast to a plurality of UEs, an open loop power control parameter for a feedback transmission to include the acknowledgment feedback, wherein the identifying of the open loop power control parameter comprises: determining the open loop power control parameter based at least in part on the feedback transmission including feedback for only multicast transmissions, wherein the open loop power control parameter determined based at least in part on the feedback transmission including feedback for only multicast transmissions is different than a unicast open loop power control parameter; and transmitting the acknowledgment feedback in the feedback transmission in accordance with the open loop power control parameter. receiving a control message scheduling a multicast transmission to the UE; determining acknowledgment feedback for the multicast transmission; identifying, based at least in part on the multicast transmission being multicast to a plurality of UEs, an open loop power control parameter for a feedback transmission to include the acknowledgment feedback, wherein the identifying of the open loop power control parameter comprises: determining the open loop power control parameter based at least in part on the feedback transmission including feedback for only multicast transmissions, wherein the open loop power control parameter determined based at least in part on the feedback transmission including feedback for only multicast transmissions is different than a unicast open loop power control parameter; and transmitting the acknowledgment feedback in the feedback transmission in accordance with the open loop power control parameter.
A chewable composition comprising a gum base consisting of synthetic elastomers and mixtures thereof and a chitosan, wherein the chitosan has a viscosity (in 1% acetic acid) in the range from 10 to 100 mPa.s and a deacetylation degree of not less than 90% and is retained and/or not released from the composition and is capable to bind salivary phosphorous compounds by up-taking the same from saliva in situ, for use to reduce serum levels of phosphorous compounds in disorders of phosphorous mineral metabolism.
A method of processing molten material, in the form of non-metallic melt such as slag, into amorphous material, in which the molten material is vitrified by cooling, wherein the molten material for being vitrified is brought into contact with a metal bath and then discharged as amorphous material from the metal bath, characterized in that the molten material is introduced into the metal bath via an open end (4") of a dip tube immersing into the metal bath and in the metal bath is conveyed away from the area of the open end (4") of the dip tube, preferably by means of a mechanical disintegrator, preferably rotor.
An endoluminal prosthesis, comprising: a) a tubular graft comprising a graft material, said graft material including a pleat defining an inner fold material, an outer fold material, and an interposed material between said inner and outer fold materials, said pleat increasing the thickness of said graft material at the location of said pleat; b) a first stent including a first plurality of apexes in contact with said inner fold material; and c) a second stent including a second plurality of apexes in contact with said outer fold material, wherein said first and second stents are longitudinally separated, characterised in that said pleat is adapted to be at least partially unfolded to accommodate a gap between the first and second stents when said endoluminal prosthesis is crimped; and in that said pleat is heat set into said graft material, such that when said endoprosthesis is expanded the graft material at least partially regathers automatically into said pleat increasing the thickness of said graft material at the location of said pleat, wherein the gap between the first and second stents is reduced or eliminated. a) a tubular graft comprising a graft material, said graft material including a pleat defining an inner fold material, an outer fold material, and an interposed material between said inner and outer fold materials, said pleat increasing the thickness of said graft material at the location of said pleat; b) a first stent including a first plurality of apexes in contact with said inner fold material; and c) a second stent including a second plurality of apexes in contact with said outer fold material, wherein said first and second stents are longitudinally separated, characterised in that said pleat is adapted to be at least partially unfolded to accommodate a gap between the first and second stents when said endoluminal prosthesis is crimped; and in that said pleat is heat set into said graft material, such that when said endoprosthesis is expanded the graft material at least partially regathers automatically into said pleat increasing the thickness of said graft material at the location of said pleat, wherein the gap between the first and second stents is reduced or eliminated.
A drilling system including a drill string which extends from a floating drilling rig to a well bore, and a tubular riser which surrounds at least part of the portion of the drill string between the well bore and drilling rig, the riser having a telescopic joint between a first tubular portion and a second tubular portion of the riser, the first tubular portion extending down to a well head at the top of the well bore and the second tubular portion extending up towards the drilling rig, the telescopic joint comprising an inner tube part which is mounted within an outer tube part, wherein the riser also has a main bore along which the drill string extends, and a side bore which extends from the main bore of the second portion of the riser between the telescopic joint and the riser closure device to the exterior of the riser, to a fluid flow line which extends from the side bore to a fluid reservoir, the fluid flow line being part of a flow control system, the drilling system further including a riser closure device which is mounted in the second tubular portion of the riser and which is operable to provide a substantially fluid tight seal between the riser and the drill string whilst permitting the drill string to rotate relative to the riser, characterised in that the drilling system also includes a damper system which comprises a vessel which is divided into first and second substantially fluid tight chambers by means of a movable divider, the first chamber being connected to the fluid flow line and the second chamber being connected to a pressurised fluid reservoir, the damper system further including a pressure regulator device which is operable to control the pressure of fluid in the second chamber
A method for preventing the poisoning of at least one DNS cache (5_i) in a computer network with a plurality of DNS caches (5_1, 5_i, 5_n), which method includes a step of comparing at least two DNS responses returned by two different DNS caches to a DNS request, and characterized in that it comprises a step of analyzing the DNS request to identify the service with which said DNS request is associated, before querying a number of DNS caches that depends on the service that the DNS request is associated with.
A mobile drilling rig comprising a mast, drilling head, for sliding, in use, along said mast, and at least one draw-works or hoist; said drilling head is supported by means of at least two hoisting wire ropes; said mast is of the telescopic type comprising a main load carrying member, for extending said telescopic mast, at whose end a plurality of pulleys are provided, on which said hoisting wire ropes slide; • said main load carrying member is adapted to bring said mast from a closed operating configuration to an extended operating configuration and vice versa; • the movement of the drilling head, when said mast is in the extended operating configuration and said main load carrying member is locked, takes place by means of said hoisting wire ropes, which are pulled and released by said at least one hoist; • the structure of mast is symmetrical relative to main load carrying member. • said main load carrying member is adapted to bring said mast from a closed operating configuration to an extended operating configuration and vice versa; • the movement of the drilling head, when said mast is in the extended operating configuration and said main load carrying member is locked, takes place by means of said hoisting wire ropes, which are pulled and released by said at least one hoist; • the structure of mast is symmetrical relative to main load carrying member.
An electrical switch for a power tool, such as for an angle grinder, a drill, a grinder, a saw or a plane, having a contact system switchable between an off position and an on position, and having a mobile actuating member for switching the contact system, the actuating member comprising a plunger and a contact piece, the contact piece acting on the contact system for switching purposes, and a coupling element being provided, enabling switching of the contact system into the on and off positions by means of the plunger and switching of the contact system into the off position independently of the plunger, characterised in that the coupling element is arranged movably on the contact piece, and in that an actuator is provided for moving and/or holding the coupling element, wherein in a first position of the coupling element the plunger interacts with the contact piece and in a second position of the coupling element the plunger is decoupled from the contact piece, enabling switching of the contact system by means of the plunger in the first position and switching of the contact system independently of the plunger in the second position.
A system, comprising: a pipe having a wall and an insulation layer along said wall; and a moisture detection system comprising a distributed temperature sensing system, which comprises a first sensor line and a second sensor line radially spaced from each other by a portion of said insulation layer and extending longitudinally along the pipe wall, wherein the sensor lines (30, 32) are distributed sensor lines such as sensor fibres or sensor cables configured to respond continuously along their respective lengths to temperature; and said distributed temperature sensing system is adapted to detect moisture in said portion of the insulation layer between said sensor lines (30, 32) by determining changes in the differential temperature between the first and second sensor lines (30, 32). a pipe having a wall and an insulation layer along said wall; and a moisture detection system comprising a distributed temperature sensing system, which comprises a first sensor line and a second sensor line radially spaced from each other by a portion of said insulation layer and extending longitudinally along the pipe wall, wherein the sensor lines (30, 32) are distributed sensor lines such as sensor fibres or sensor cables configured to respond continuously along their respective lengths to temperature; and said distributed temperature sensing system is adapted to detect moisture in said portion of the insulation layer between said sensor lines (30, 32) by determining changes in the differential temperature between the first and second sensor lines (30, 32).
Non therapeutic use of an article based on a polymeric composition comprising a polymer and at least two additives chosen from organic additives or inorganic fillers which have a capacity for emission and/or absorption of infrared radiation in the wavelength range of between 2 μm and 20 μm, for increasing the elasticity of the skin by emission and/or absorption of infrared radiation in the wavelength range of between 2 μm and 20 μm; the inorganic fillers being chosen from oxides, sulphates, carbonates, phosphates and silicates, and having an average particle size of less than or equal to 2 μm; the organic additives being chosen from organic compounds comprising silicon and metallic organic compounds.