mhurhangee/ep-ind-claims huggingface dataset:
A process of manufacturing of a gel product comprising cross-linked hyaluronic acid and hydroxyapatite, said process comprising: combining in an aqueous medium hyaluronic acid or a salt thereof, a cross-linking agent, and conducting a cross-linking reaction in the presence of a first portion of hydroxyapatite; completing the cross-linking reaction; and incorporating a second portion of hydroxyapatite into the so-formed gel, wherein said incorporating comprises homogenously dispersing said second portion of hydroxyapatite in said so-formed hyaluronic acid gel. combining in an aqueous medium hyaluronic acid or a salt thereof, a cross-linking agent, and conducting a cross-linking reaction in the presence of a first portion of hydroxyapatite; completing the cross-linking reaction; and incorporating a second portion of hydroxyapatite into the so-formed gel, wherein said incorporating comprises homogenously dispersing said second portion of hydroxyapatite in said so-formed hyaluronic acid gel.
A control method based on screen-off gestures, comprising: acquiring a first screen-off gesture when a display screen is in a screen-off state, and determining a corresponding first target application according to the first screen-off gesture, characterized by detecting whether a split-screen event is triggered within a first preset duration, wherein said split screen event is a split-screen gesture, which does not correspond to an application, but corresponds to an instruction that triggers a split-screen event; and when it is detected that a split-screen event is triggered, acquiring a second screen-off gesture, and determining a corresponding second target application according to the second screen-off gesture; and then waking up the display screen and opening the first target application and the second target application in a split-screen mode; or otherwise waking up the display screen and opening the first target application in the full-screen mode if it is not detected that the split-screen event is triggered. acquiring a first screen-off gesture when a display screen is in a screen-off state, and determining a corresponding first target application according to the first screen-off gesture, characterized by detecting whether a split-screen event is triggered within a first preset duration, wherein said split screen event is a split-screen gesture, which does not correspond to an application, but corresponds to an instruction that triggers a split-screen event; and when it is detected that a split-screen event is triggered, acquiring a second screen-off gesture, and determining a corresponding second target application according to the second screen-off gesture; and then waking up the display screen and opening the first target application and the second target application in a split-screen mode; or otherwise waking up the display screen and opening the first target application and the second target application in a split-screen mode; or otherwise waking up the display screen and opening the first target application in the full-screen mode if it is not detected that the split-screen event is triggered.
A solid-state image pickup device comprising: a first substrate (104, 204) including a photoelectric conversion element and a transfer gate electrode configured to transfer charge from the photoelectric conversion element; a second substrate (108, 208) having a peripheral circuit portion including a circuit configured to read a signal based on charge generated in the photoelectric conversion element, the first (104, 204) and second (108, 208) substrates being laminated; a multilayer interconnect structure (107, 207), disposed on the first substrate, including an aluminum interconnect (122, 123; 222, 223); and a multilayer interconnect structure (111, 211), disposed on the second substrate, including a copper interconnect (128, 228, 229). a first substrate (104, 204) including a photoelectric conversion element and a transfer gate electrode configured to transfer charge from the photoelectric conversion element; a second substrate (108, 208) having a peripheral circuit portion including a circuit configured to read a signal based on charge generated in the photoelectric conversion element, the first (104, 204) and second (108, 208) substrates being laminated; a multilayer interconnect structure (107, 207), disposed on the first substrate, including an aluminum interconnect (122, 123; 222, 223); and a multilayer interconnect structure (111, 211), disposed on the second substrate, including a copper interconnect (128, 228, 229).
A system configured for obtaining electricity in an offshore wind turbine farm and including a first arrangement that comprises: a gearbox configured to mechanically convert a variable first rotational speed of a wind turbine into a higher variable second rotational speed; a generator having a rated electrical frequency for full-power output in a range from about 50 Hz to about 150 Hz, and configured to be driven at the variable second rotational speed by an output of the gearbox and to thereby generate electricity at a correspondingly variable first frequency; characterized in that it further comprises an AC-to-AC converter configured to convert the electricity from the generator into electricity output from the AC-to-AC converter at a fixed low frequency for off-shore collection at the fixed low frequency, wherein the fixed low frequency is lower than a utility grid frequency, and a step-up transformer having a rated electrical frequency corresponding to the rated electrical frequency of the generator, wherein the step-up transformer is connected between the generator and the AC-to-AC converter, wherein the step-up transformer is configured to step up a voltage of the electricity output from the generator, and thereby output electricity at a stepped-up voltage, and wherein the AC-to-AC converter is configured to convert the electricity output at the stepped-up voltage from the step-up transformer. a gearbox configured to mechanically convert a variable first rotational speed of a wind turbine into a higher variable second rotational speed; a generator having a rated electrical frequency for full-power output in a range from about 50 Hz to about 150 Hz, and configured to be driven at the variable second rotational speed by an output of the gearbox and to thereby generate electricity at a correspondingly variable first frequency; characterized in that it further comprises an AC-to-AC converter configured to convert the electricity from the generator into electricity output from the AC-to-AC converter at a fixed low frequency for off-shore collection at the fixed low frequency, wherein the fixed low frequency is lower than a utility grid frequency, and a step-up transformer having a rated electrical frequency corresponding to the rated electrical frequency of the generator, wherein the step-up transformer is connected between the generator and the AC-to-AC converter, wherein the step-up transformer is configured to step up a voltage of the electricity output from the generator, and thereby output electricity at a stepped-up voltage, and wherein the AC-to-AC converter is configured to convert the electricity output at the stepped-up voltage from the step-up transformer.
A method of abandoning a pipeline from an offshore vessel, characterised in that the method comprises the steps of: providing a tubular member between a winch apparatus and the end of the pipeline being abandoned, the tubular member being received in a tensioning apparatus, and lowering the pipeline by moving it towards the seabed with the winch apparatus and the tensioning apparatus, the tensional load of the pipeline being distributed between the tensioning apparatus and the winch apparatus during the lowering movement towards the seabed. the method comprises the steps of: providing a tubular member between a winch apparatus and the end of the pipeline being abandoned, the tubular member being received in a tensioning apparatus, and lowering the pipeline by moving it towards the seabed with the winch apparatus and the tensioning apparatus, the tensional load of the pipeline being distributed between the tensioning apparatus and the winch apparatus during the lowering movement towards the seabed. providing a tubular member between a winch apparatus and the end of the pipeline being abandoned, the tubular member being received in a tensioning apparatus, and lowering the pipeline by moving it towards the seabed with the winch apparatus and the tensioning apparatus, the tensional load of the pipeline being distributed between the tensioning apparatus and the winch apparatus during the lowering movement towards the seabed.
A process for producing an ultra-thin nanometer-scale polymeric membrane comprising: forming a polymer film on a first side of a nanoporous substrate including a porous region and non-porous regions surrounding the porous region; swelling the polymer film on the first side of the nanoporous substrate by applying a solvent on a second side of the nanoporous substrate opposite the first side, which solvent migrates from the second side of the nanoporous substrate through the porous region to the first side of the nanoporous substrate; and simultaneously shrinking the polymer film formed over the non-porous regions and stretching the film formed over the porous region on the first side of the nanoporous substrate by evaporating the solvent from the second side of the nanoporous substrate while limiting evaporation of the solvent from the first side of the nanoporous substrate. forming a polymer film on a first side of a nanoporous substrate including a porous region and non-porous regions surrounding the porous region; swelling the polymer film on the first side of the nanoporous substrate by applying a solvent on a second side of the nanoporous substrate opposite the first side, which solvent migrates from the second side of the nanoporous substrate through the porous region to the first side of the nanoporous substrate; and simultaneously shrinking the polymer film formed over the non-porous regions and stretching the film formed over the porous region on the first side of the nanoporous substrate by evaporating the solvent from the second side of the nanoporous substrate while limiting evaporation of the solvent from the first side of the nanoporous substrate.
An exhaust air heat pump apparatus (10, 40), comprising - a first inlet channel for exhaust indoor air, - an outlet channel for discharge air, - a heat pump unit comprising an air intake, for providing a pump flow (Fp) through the heat pump unit, connected to the first inlet channel and air output connected to the outlet channel, the heat pump unit being capable of recovering heat from or transferring heat to said air intake, whereby said discharge air is produced at the air output, - a second inlet channel for outdoor air, the second inlet channel being connected to the air intake of the heat pump unit, and - a recirculation channel capable of recirculating part of air at the output of the heat pump unit back to the air intake of the heat pump unit, wherein the apparatus is adapted to mix said outdoor air, said recirculated air or both said outdoor air and said recirculated air with said exhaust indoor air before feeding to the heat pump unit, characterized in that the heat pump unit comprises a liquid inlet and a liquid outlet and that in the heat pump unit a heat flow is formable from the pump flow (Fp) to a liquid circuit, and in that the apparatus further comprises a control system configured to seek the maximum temperature of the pump flow (F p) by changing the proportions of an exhaust air flow (F e), a recirculation flow (F r) and an outdoor intake air flow (F o) and by comprising means for adjusting mixing ratio of said exhaust indoor air, said outdoor air and said recirculated air. - a first inlet channel for exhaust indoor air, - an outlet channel for discharge air, - a heat pump unit comprising an air intake, for providing a pump flow (Fp) through the heat pump unit, connected to the first inlet channel and air output connected to the outlet channel, the heat pump unit being capable of recovering heat from or transferring heat to said air intake, whereby said discharge air is produced at the air output, - a second inlet channel for outdoor air, the second inlet channel being connected to the air intake of the heat pump unit, and - a recirculation channel capable of recirculating part of air at the output of the heat pump unit back to the air intake of the heat pump unit,
A flame retardant adhesive sheet comprising an adhesive agent layer on at least one surface of a base material, wherein the base material has flame retardant properties adapted to VTM-0 in a test according to the UL94 standard; a thickness per surface of the adhesive agent layer is 0.6 μm or more, and a total thickness of the adhesive agent layer is not more than 2.2 μm; the adhesive agent constituting the adhesive agent layer does not contain a flame retardant agent but contains an acrylic copolymer and a urethane resin; and the urethane resin is a urethane resin which is obtained by allowing an isocyanate-terminated urethane prepolymer obtained by a reaction between a polyol and a polyvalent isocyanate compound to react with a chain extender, the chain extender containing a compound having two hydroxyl groups and/or amino groups and a compound having three or more hydroxyl groups and/or amino groups, and the component and the component being allowed to react with each other in a proportion of from 70/30 to 100/0 in terms of a mass ratio [ /].
A method performed by a small cell radio access point in a communication system, the method comprising: populating neighbor information tables using neighbor information gathered in the communication system and populating an initial neighbor list including one or more neighbors for the small cell radio access point based on information contained in said tables; receiving a detected set measurement report from a user equipment, UE,, wherein the measurement report includes, at least in part, one or more primary scrambling codes, PSCs, for one or more other neighbors detected by the UE; performing a lookup against the gathered neighbor information using the one or more PSCs from the measurement report; for each of a corresponding PSC located in a given neighbor information table, comparing measurement information for the corresponding PSC against qualification criteria; and updating the neighbor list to include the corresponding PSC when the measurement information meets or exceeds the qualification criteria. populating neighbor information tables using neighbor information gathered in the communication system and populating an initial neighbor list including one or more neighbors for the small cell radio access point based on information contained in said tables; receiving a detected set measurement report from a user equipment, UE,, wherein the measurement report includes, at least in part, one or more primary scrambling codes, PSCs, for one or more other neighbors detected by the UE; performing a lookup against the gathered neighbor information using the one or more PSCs from the measurement report; for each of a corresponding PSC located in a given neighbor information table, comparing measurement information for the corresponding PSC against qualification criteria; and updating the neighbor list to include the corresponding PSC when the measurement information meets or exceeds the qualification criteria.
A method for improving the operability of a motor vehicle to make it possible to reduce risk of its becoming stuck on a hill, comprising the steps of: - determining the vehicle's location and itinerary; - determining the topography along said itinerary, characterised by the steps of: - using available information about carriageway state along said itinerary to assess operability conditions on a hill to be driven on along said itinerary; - using available facilities for improving the vehicle's operability to decide about its potential operability on the hill on the basis of information about said topography and carriageway state and whereby said available facilities for improving the vehicle's operability on the hill comprise measures for improving the friction at its contact with the carriageway before the vehicle reaches the hill and whereby said measures for improving the friction at the vehicle's contact with the carriageway comprise one or more of the following: load redistribution, differential locking, gearing adaptation of the vehicle's propulsion. - determining the vehicle's location and itinerary; - determining the topography along said itinerary, - using available information about carriageway state along said itinerary to assess operability conditions on a hill to be driven on along said itinerary; - using available facilities for improving the vehicle's operability to decide about its potential operability on the hill on the basis of information about said topography and carriageway state and whereby said available facilities for improving the vehicle's operability on the hill comprise measures for improving the friction at its contact with the carriageway before the vehicle reaches the hill and whereby said measures for improving the friction at the vehicle's contact with the carriageway comprise one or more of the following: load redistribution, differential locking, gearing adaptation of the vehicle's propulsion.
A time-division duplex multiplexing filtering method comprising: generating time slot coordinates used for data transmission and reception according to a chip rate of baseband data of a Time-Division Duplex Long Term Evolution, TDD-LTE, system and a frame structure of the TDD-LTE system; receiving data of a transmitting side and a receiving side at corresponding time slices according to the generated time slot coordinates; said method being characterized by: incorporating the received data into a single-channel continuous data and then performing shaping filtering on the incorporated data; and parsing the data on which the shaping filtering is performed and transmitting the parsed data at corresponding time slices according to the generated time slot coordinates. generating time slot coordinates used for data transmission and reception according to a chip rate of baseband data of a Time-Division Duplex Long Term Evolution, TDD-LTE, system and a frame structure of the TDD-LTE system; receiving data of a transmitting side and a receiving side at corresponding time slices according to the generated time slot coordinates; incorporating the received data into a single-channel continuous data and then performing shaping filtering on the incorporated data; and parsing the data on which the shaping filtering is performed and transmitting the parsed data at corresponding time slices according to the generated time slot coordinates.
An arrangement for crushing solid work pieces, comprising - a crushing tool rotating around a tool axis in a direction of tool rotation with a circle of movement having a diameter d, said crushing tool seizing said work piece, - a discharge unit comprising a sieve arranged in an area below said crushing tool, - a work piece supply device which conveys said work piece into an area of reach of said crushing tool, the acceleration vector of the work piece being directed towards the sieve in said area, said work piece supply device having a plane which essentially determines the acceleration vector of the work piece which slides on said plane, and - a cover, said cover covering at least a cover area around said crushing tool and above said sieve, the tool acceleration vector of said work piece being directed away from the sieve and the work piece supply device in said area, said cover being separated by a gap from the movement circle and a free area being left around the crushing tool, at least one component of the tool acceleration vector of the work piece being directed towards the work piece supply device in said free area, characterized in that the plane of the work piece supply device is inclined in relation to the horizontal level at an angle ranging from more than 0 to 20 degrees (angle β), so that the work piece which slides or rolls around on said plane covers a height difference t of up to 200 mm, and that said cover reaches the upper summit of the movement circle of the crushing tool and that the gap is continuously tapering in the direction of tool rotation between the inlet and the outlet. - a crushing tool rotating around a tool axis in a direction of tool rotation with a circle of movement having a diameter d, said crushing tool seizing said work piece, - a discharge unit comprising a sieve arranged in an area below said crushing tool, - a work piece supply device which conveys said work piece into an area of reach of said crushing tool, the acceleration vector of the work piece being directed towards the sieve in said area, said work piece supply device having a plane which essentially determines the acceleration vector of the work piece which slides on said plane, and - a cover, said cover covering at least a cover area around said crushing tool and above said sieve, the tool acceleration vector of said work piece being directed away from the sieve and the work piece supply device in said area, said cover being separated by a gap from the movement circle and a free area being left around the crushing tool, at least one component of the tool acceleration vector of the work piece being directed towards the work piece supply device in said free area, characterized in that the plane of the work piece supply device is inclined in relation to the horizontal level at an angle ranging from more than 0 to 20 degrees (angle β), so that the work piece which slides or rolls around on said plane covers a height difference t of up to 200 mm, and that said cover reaches the upper summit of the movement circle of the crushing tool and that the gap is continuously tapering in the direction of tool rotation between the inlet and the outlet.
Apparatus for handling coins, having an introduction unit for introducing coins, having a separation centrifuge for separating coins, having a conveying unit, which is arranged upstream of the separation centrifuge and transports the coins from the introduction unit to the separation centrifuge, having a first accommodating container, and at least one second accommodating container, for storing coins, and having a sorting unit, which is arranged downstream of the separation centrifuge and is intended for optionally feeding coins to the first accommodating container and to the second accommodating container, wherein the conveying unit comprises a multiplicity of accommodating compartments, and wherein the coins introduced are fed by the introduction unit to the accommodating compartment in a feed region, characterized in that the feed region has arranged downstream of it a separation unit, which separates the coins such that in each case at most one coin is accommodated in an accommodating compartment of the conveying unit, in that the coins accommodated in the accommodating compartments can be fed to the separation centrifuge in a transfer region such that the separation achieved by the separation unit is lost, in that an ejecting element is provided, and the coins accommodated in the accommodating compartments are ejected from the latter by said ejecting element, and in that the separation centrifuge is arranged such that the ejected coins are accommodated in it.
An expanded PVC foam having a compressive modulus (MPa) to density ratio of at least 1.28 for foams with a density of 25-40 kg/m 3, or at least 1.40 for foams with a density of 41-115 kg/m 3, or at least 1.69 for foams with a density of 116-420 kg/m 3, wherein the foam has a cell size of 350μm or less.