mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication at a user equipment, characterised by: tracking a first common offset corresponding to a first group of cells, said first group of cells comprising a serving cell and at least one cell having a timing or frequency offset within a first range of said serving cell; transforming a plurality of time domain samples into a first plurality of frequency domain symbols using said offset and a first transformation operation assigned to said first group of cells; tracking a first individual offset of said first plurality of frequency domain symbols for each cell within said first group of cells; tracking a second common offset corresponding to a second group of cells, said second group of cells comprising at least one cell having a timing or frequency offset within a second range of said serving cell; transforming said plurality of time domain samples into a second plurality of frequency domain symbols using said second offset and a second transformation operation assigned to said second group of cells; and tracking a second individual offset of said second plurality of frequency domain symbols for each cell within said second group of cells, wherein said first individual offset, said first common offset, said second individual offset, and said second common offset are timing offsets or frequency offsets. tracking a first common offset corresponding to a first group of cells, said first group of cells comprising a serving cell and at least one cell having a timing or frequency offset within a first range of said serving cell; transforming a plurality of time domain samples into a first plurality of frequency domain symbols using said offset and a first transformation operation assigned to said first group of cells; tracking a first individual offset of said first plurality of frequency domain symbols for each cell within said first group of cells; tracking a second common offset corresponding to a second group of cells, said second group of cells comprising at least one cell having a timing or frequency offset within a second range of said serving cell; transforming said plurality of time domain samples into a second plurality of frequency domain symbols using said second offset and a second transformation operation assigned to said second group of cells; and tracking a second individual offset of said second plurality of frequency domain symbols for each cell within said second group of cells, wherein said first individual offset, said first common offset, said second individual offset, and said second common offset are timing offsets or frequency offsets.
Assembly of a connection end fitting and of a flexible tubular pipe for transporting a fluid in a marine environment, said pipe being of the unbonded type and in particular comprising at least one inner pressure sheath and at least one tensile pressure armor layer (5, 6) which are wound at a long pitch around the pressure sheath and each include a forward edge formed on a part spaced away from a point of detachment of said pressure sheath, said end fitting comprising an end vault and a cylindrical cap extending said vault and forming sealing on the outer sheath, said vault and said cap forming an annular chamber filled with a filler material and into which the separated parts of the armors extend, the end fitting also including means of sealing and crimping the pressure sheath which are positioned between the forward edges of the separated parts of the armors and the end vault, the sealing and crimping means comprising an annular ring including a slender forward part, said annular ring being positioned around the pressure sheath in a stepped cylindrical recess, formed in a central bore of the end vault and including a conical forward step, characterized in that the annular ring forms an annular bulge toward the inside embedded in the pressure sheath.
A gyroscope comprising: a substrate having a surface; a drive mass flexibly coupled to said substrate surface, said drive mass having a central opening; a sense mass residing in said central opening and configured to rotate with respect to said drive mass about a first axis of rotation, said sense mass including a cutout region; torsion springs connecting said sense mass to said drive mass and configured to enable said sense mass to rotatively oscillate about said first axis of rotation; and a drive system for actuating said drive mass to move with an oscillatory rotation motion, with respect to said substrate about a second axis of rotation that is orthogonal to said first axis of rotation, wherein said cutout region extends inwardly as a notched region from an outer perimeter of said sense mass; said first axis of rotation extends through said cutout region; and wherein said rotary gyroscope is characterized in that said drive system at least partially resides in said cutout region. a substrate having a surface; a drive mass flexibly coupled to said substrate surface, said drive mass having a central opening; a sense mass residing in said central opening and configured to rotate with respect to said drive mass about a first axis of rotation, said sense mass including a cutout region; torsion springs connecting said sense mass to said drive mass and configured to enable said sense mass to rotatively oscillate about said first axis of rotation; and a drive system for actuating said drive mass to move with an oscillatory rotation motion, with respect to said substrate about a second axis of rotation that is orthogonal to said first axis of rotation, wherein said cutout region extends inwardly as a notched region from an outer perimeter of said sense mass; said first axis of rotation extends through said cutout region; and wherein said rotary gyroscope is characterized in that said drive system at least partially resides in said cutout region.
A fusion construct comprising a first domain and a second domain, wherein said first domain consists of a 15 to 20 amino acid sequence with an amino acid sequence selected from KFAKFAKKFAKFAKK, KFAKFAKKFAKFAKKF, KFAKFAKKFAKFAKKFA, KFAKFAKKFAKFAKKFAK, KFAKFAKKFAKFAKKFAKF and KFAKFAKKFAKFAKKFAKFA; or a 15 to 20 amino acid sequence with an amino acid sequence selected from KFAKFAKKFAKFAKK, KFAKFAKKFAKFAKKF, KFAKFAKKFAKFAKKFA, KFAKFAKKFAKFAKKFAK, KFAKFAKKFAKFAKKFAKF and KFAKFAKKFAKFAKKFAKFA having one of the K residues substituted with any of an F or L residue, one of the F residues substituted with any of a K, A or L residue, or one of the A residues substituted with any of a K, F or L residue; and wherein said second domain comprises a binding moiety.
A method performed by a serving node, for differentiating Non-IP Data Delivery, NIDD, traffic in a communication network, wherein the communication network comprises a subscriber's data node, the serving node and an exposure function node, the method comprising: receiving a non-IP flow description from the subscriber's data node, wherein the non-IP flow description comprises an application identifier and a non-IP flow identifier; associating the application identifier and the non-IP flow identifier as an authorized non-IP flow description; receiving, from the exposure function node, a corresponding NIDD submission request with non-IP data and a non-IP flow identifier; determining an application identifier associated with the non-IP flow identifier; and applying a non-IP traffic policy configured for the application identifier to the non-IP data. receiving a non-IP flow description from the subscriber's data node, wherein the non-IP flow description comprises an application identifier and a non-IP flow identifier; associating the application identifier and the non-IP flow identifier as an authorized non-IP flow description; receiving, from the exposure function node, a corresponding NIDD submission request with non-IP data and a non-IP flow identifier; determining an application identifier associated with the non-IP flow identifier; and applying a non-IP traffic policy configured for the application identifier to the non-IP data.
A jet propulsor using gas or liquid of the environment the propulsor is in as an operating medium, the propulsor comprising: eight nozzles (104, 408, 409, 501, 504, 601, 605, 701, 702, 704, 705, 707, 708, 710), a plurality of channels (101, 102, 103) interconnecting the nozzles, and pressure units arranged in the channels for controlling a magnitude and a direction of a head in a flow of the operating medium in the channel, each of the nozzles is adapted to control a direction of a discharge of a jet of the operating medium and to provide an intake of the operating medium from the environment into the propulsor, as well as the discharge of the operating medium from the propulsor into the environment, characterized in that the plurality of channels comprises: eight active channels equipped with the pressure units, four intermediate channels, and a central channel, each of the eight active channels with the pressure units therein is connected by one end thereof to one of the nozzles, all active channels with the pressure units therein are pairwise connected to each other by other ends thereof thus forming four connecting nodes of the active channels, each one of the intermediate channels is connected by one end thereof to a respective connecting node of the active channels, the four intermediate channels are pairwise connected to each other by other ends thereof thus forming two connecting nodes of the intermediate channels, and the central channel is connected by ends thereof to the two connecting nodes of the intermediate channels. eight nozzles (104, 408, 409, 501, 504, 601, 605, 701, 702, 704, 705, 707, 708, 710), a plurality of channels (101, 102, 103) interconnecting the nozzles, and pressure units arranged in the channels for controlling a magnitude and a direction of a head in a flow of the operating medium in the channel, each of the nozzles is adapted to control a direction of a discharge of a jet of the operating medium and to provide an intake of the operating medium from the environment into the propulsor, as well as the discharge of the operating medium from the propulsor into the environment, characterized in that the plurality of channels comprises: eight active channels equipped with the pressure units, four intermediate channels, and a central channel, eight active channels equipped with the pressure units, four intermediate channels, and a central channel, each of the eight active channels with the pressure units therein is connected by one end thereof to one of the nozzles, all active channels with the pressure units therein are pairwise connected to each other by other ends thereof thus forming four connecting nodes of the active channels, each one of the intermediate channels is connected by one end thereof to a respective connecting node of the active channels, the four intermediate channels are pairwise connected to each other by other ends thereof thus forming two connecting nodes of the intermediate channels, and the central channel is connected by ends thereof to the two connecting nodes of the intermediate channels.
A composition for forming an organic semiconductor film, comprising: an organic semiconductor material; a phenolic reductant; a polymer compound having a weight-average molecular weight of equal to or greater than 500,000; a surfactant; and an organic solvent having a standard boiling point of equal to or higher than 150°C, wherein a ratio of a content of the organic semiconductor material to a content of the polymer compound is 0.02 to 10 based on mass, a ratio of a content of the phenolic reductant to the content of the polymer compound is 0.1 to 5 based on mass, and a ratio of a content of the polymer compound to a content of the surfactant is 3 to 200 based on mass. an organic semiconductor material; a phenolic reductant; a polymer compound having a weight-average molecular weight of equal to or greater than 500,000; a surfactant; and an organic solvent having a standard boiling point of equal to or higher than 150°C, wherein a ratio of a content of the organic semiconductor material to a content of the polymer compound is 0.02 to 10 based on mass, a ratio of a content of the phenolic reductant to the content of the polymer compound is 0.1 to 5 based on mass, and a ratio of a content of the polymer compound to a content of the surfactant is 3 to 200 based on mass.
Apparatus for forming a spirally wound conduit from a flat strip comprising: a forming device comprising a bending section configured to spirally bend the strip and a joining section configured to join opposite longitudinal sides (2A,2B) of the strip each other; a feeding device of the strip along a feeding direction parallel to the longitudinal edges of the strip; a cutting device arranged upstream the forming device comprising a cutting head for cutting the strip, wherein the cutting head comprises one among: a laser cutter, a water jet cutter, a plasma torch, or a puncher and characterized by comprising: moving means configured to move said cutting head along a plurality of moving axes (X,Y,Z) orthogonal to each other, one of the axes being orthogonal to the feeding direction of the strip and parallel to a levelling plane on which the strip lies; a control unit configured to command said moving means according to a diameter of the conduit to be realized and to a width of the strip so that said cutting head realizes on the strip a plurality of arrays of holes each one tilted with respect to one of the longitudinal edges of the strip by an angle (α) that is function of the width of the strip and of the diameter of the spiral conduit to be realized. a forming device comprising a bending section configured to spirally bend the strip and a joining section configured to join opposite longitudinal sides (2A,2B) of the strip each other; a feeding device of the strip along a feeding direction parallel to the longitudinal edges of the strip; a cutting device arranged upstream the forming device comprising a cutting head for cutting the strip, wherein the cutting head comprises one among: a laser cutter, a water jet cutter, a plasma torch, or a puncher and characterized by comprising: moving means configured to move said cutting head along a plurality of moving axes (X,Y,Z) orthogonal to each other, one of the axes being orthogonal to the feeding direction of the strip and parallel to a levelling plane on which the strip lies; a control unit configured to command said moving means according to a diameter of the conduit to be realized and to a width of the strip so that said cutting head realizes on the strip a plurality of arrays of holes each one tilted with respect to one of the longitudinal edges of the strip by an angle (α) that is function of the width of the strip and of the diameter of the spiral conduit to be realized. moving means configured to move said cutting head along a plurality of moving axes (X,Y,Z) orthogonal to each other, one of the axes being orthogonal to the feeding direction of the strip and parallel to a levelling plane on which the strip lies; a control unit configured to command said moving means according to a diameter of the conduit to be realized and to a width of the strip so that said cutting head realizes on the strip a plurality of arrays of holes each one tilted with respect to one of the longitudinal edges of the strip by an angle (α) that is function of the width of the strip and of the diameter of the spiral conduit to be realized.
Cutting apparatus of the tobacco industry comprising: a bearing frame; a rotary cutting head provided with cutting knives situated on the circumference of the rotary cutting head, with the cutting knives being situated principally parallel to the axis of rotation of the rotary cutting head; a feeding conveyor (3a, 3b) adapted to feed a material to be cut to the rotary cutting head; and a bed knife unit situated between the conveyor (3a, 3b) and the rotary cutting head; characterised in that the cutting apparatus further has a cutting apparatus mechanical vibration monitoring system comprising at least one vibration sensor, the monitoring system being built and adapted in such a way that it is possible to detect vibration induced by the contact between the cutting knife of the rotary cutting head and a foreign body being in the material to be cut, whereas the monitoring system also comprises a signal analyzer and is connected with a cutting apparatus control system. a bearing frame; a rotary cutting head provided with cutting knives situated on the circumference of the rotary cutting head, with the cutting knives being situated principally parallel to the axis of rotation of the rotary cutting head; a feeding conveyor (3a, 3b) adapted to feed a material to be cut to the rotary cutting head; and a bed knife unit situated between the conveyor (3a, 3b) and the rotary cutting head;
Process for the hydrometallurgical treatment in an aqueous medium of industrial waste containing heavy metals and salts, such as REFIOM, according to which the waste is supplied in divided form, is conditioned into an aqueous suspension which is thermally cured before collecting a cured suspension which is subjected to washing with water by repetitive solid/liquid washing-separation operations until the solid fraction of said cured suspension meets a desired level of environmental friendliness, said process characterised in that, after thermal curing of the aqueous suspension, a separate step of neutralising the solid fraction of the cured suspension is carried out by treating it with a chemical agent for lowering its pH, said agent being carbon dioxide in the gaseous state.
A method of detecting protease activity in a sample solution comprising contacting the sample solution with a protease substrate labelled with an electrochemically active marker, providing conditions under which any protease which may be present in the sample may degrade the protease substrate and electrochemically determining information relating to the electrochemically active marker, characterised in that the electrochemically active marker is a metallocene moiety and wherein the protease substrate is a peptide of at least 5 amino acid residues.
A sensor device comprising a sensor housing and sensor means for sensing at least one thermal property of a fluid, the sensor housing comprising: shield means, proximate to said sensing means, for shielding said sensing means from convection of the fluid that detrimentally affects an accuracy of the sensing the at least one thermal property of the fluid; and input means for reducing velocity and conveying a portion of fluid to said shield means; and wherein: said shield means is situated more than 100 microns from said sensor means; and said shield means has at least one opening; a hole equivalent to area of said at least one opening, has a diameter and length such that a diameter to length ratio exceeds one; each said at least one opening projects a first volume between said shield means and a surface supporting said sensor means; an area of said shield, without any at least one opening, projects a second volume between said shield means and the surface supporting said sensor means; a ratio of the second volume to the first volume exceeds one; and said sensor means comprising: a substrate; an insulating material situated on the substrate; and a thermal sensing element proximate to said insulating material, wherein the sensor means further comprises conducting paths through and internal to the insulating material and directly to the substrate. shield means, proximate to said sensing means, for shielding said sensing means from convection of the fluid that detrimentally affects an accuracy of the sensing the at least one thermal property of the fluid; and input means for reducing velocity and conveying a portion of fluid to said shield means; and wherein: said shield means is situated more than 100 microns from said sensor means; and said shield means has at least one opening; said shield means is situated more than 100 microns from said sensor means; and said shield means has at least one opening; a hole equivalent to area of said at least one opening, has a diameter and length such that a diameter to length ratio exceeds one; each said at least one opening projects a first volume between said shield means and a surface supporting said sensor means; an area of said shield, without any at least one opening, projects a second volume between said shield means and the surface supporting said sensor means; a ratio of the second volume to the first volume exceeds one; and said sensor means comprising: a substrate; an insulating material situated on the substrate; and a thermal sensing element proximate to said insulating material, wherein the sensor means further comprises conducting paths through and internal to the insulating material and directly to the substrate. a substrate; an insulating material situated on the substrate; and a thermal sensing element proximate to said insulating material, wherein the sensor means further comprises conducting paths through and internal to the insulating material and directly to the substrate.
Method for fabrication of a balance spring of predetermined thickness comprising the following steps: a) forming a balance spring in dimensions ( Da, H 1, E 1) smaller than the dimensions ( Db, H 2, E 2) necessary to obtain said balance spring of a predetermined stiffness; b) determining the stiffness of the balance spring formed in step a) by measuring the frequency ( f) of said balance spring coupled with a balance having a predetermined inertia; c) calculating the missing thickness of material, based on the determination of the stiffness of the balance spring determined in step b), required to obtain said balance spring of a predetermined stiffness; d) modifying the balance spring formed in step a), to compensate for said missing thickness of material required to obtain the balance spring having the dimensions ( Db, H 2, E 2) necessary for said predetermined stiffness. a) forming a balance spring in dimensions ( Da, H 1, E 1) smaller than the dimensions ( Db, H 2, E 2) necessary to obtain said balance spring of a predetermined stiffness; b) determining the stiffness of the balance spring formed in step a) by measuring the frequency ( f) of said balance spring coupled with a balance having a predetermined inertia; c) calculating the missing thickness of material, based on the determination of the stiffness of the balance spring determined in step b), required to obtain said balance spring of a predetermined stiffness; d) modifying the balance spring formed in step a), to compensate for said missing thickness of material required to obtain the balance spring having the dimensions ( Db, H 2, E 2) necessary for said predetermined stiffness.
A dispersion solution comprising a solvent which contains fine particles of a copper compound, a stabilizer, a fatty acid, a fatty acid ester of the fatty acid, and a polycarboxylic acid, wherein: (a) said solvent is a non-aqueous solvent; (b) said particles of the copper compound are particles of a monovalent copper compound; (c) said stabilizer is at least one selected from a saccharin and a salicylic acid; and (d) said fine particles of the copper compound are coated on their surfaces with the fatty acid, the polycarboxylic acid and the fatty acid ester of the fatty acid. (a) said solvent is a non-aqueous solvent; (b) said particles of the copper compound are particles of a monovalent copper compound; (c) said stabilizer is at least one selected from a saccharin and a salicylic acid; and (d) said fine particles of the copper compound are coated on their surfaces with the fatty acid, the polycarboxylic acid and the fatty acid ester of the fatty acid.