mhurhangee/patent-ind-claim-en huggingface dataset:
A method for using an active sonar comprising an acoustic antenna having a continuous bandwidth having a spectral emission width of at least two octaves and an electronic system for generating signals for controlling said acoustic antenna , the method being characterised in that it comprises: - dynamically selecting a plurality of separate sonar functioning or operating modalities selected from among escorting, surveillance, tracking, deterring and communicating, each using a different fraction of the emission bandwidth of the acoustic antenna, called channel; and - using the electronic system to generate a plurality of signals for controlling said acoustic antenna corresponding to the selected functioning modalities, said electronic system being adapted to allow the sonar to function according to a plurality of independent and simultaneous operating modalities. - dynamically selecting a plurality of separate sonar functioning or operating modalities selected from among escorting, surveillance, tracking, deterring and communicating, each using a different fraction of the emission bandwidth of the acoustic antenna, called channel; and - using the electronic system to generate a plurality of signals for controlling said acoustic antenna corresponding to the selected functioning modalities, said electronic system being adapted to allow the sonar to function according to a plurality of independent and simultaneous operating modalities.
An optic mounting apparatus for mounting one or more optical components the apparatus comprising a baseplate having a first surface to which the one or more optical components are mounted and an opposing second surface characterised in that , the baseplate comprises one or more recesses arranged upon the second surface within which are housed one or more heating elements , the location of the one or more recesses defining one or more thermally activated optic mounting areas on the first surface .
An in vitro method for generating T cell progenitors, comprising the step of exposing CD34+ cells in a medium in the presence of a Notch ligand immobilized on a support, said Notch ligand being the soluble domain of the Delta-like-4 ligand, fused to a Fc region of an IgG protein, and in the presence of a fragment of a fibronectin, said fragment comprising the RGDS and CS-1 patterns and a heparin-binding domain, wherein the exposure time of CD34+ cells to said Notch ligand in the presence of said fragment of a fibronectin is of less than 10 days, preferably is comprised between 3 and 8 days.
A gutter assembly, comprising a gutter produced in a process selected from extrusion and additive manufacturing and combinations thereof, and which is substantially from a polymer material, preferably from PVC, said gutter comprising a building side (B) and an opposite outer side (O), which gutter is double walled, and comprises an inner wall and an outer wall and ribs connecting said inner wall and outer wall , providing a functionally self supporting gutter , said ribs comprising slanted ribs , in particular at least three slanted ribs , connecting the inner wall and outer wall and slanting in said building side direction, wherein said inner wall comprises a longitudinally extending and substantially flat bottom wall , characterised in that said substantially flat bottom wall is flanked by a slanted bottom wall part at both sides, and further comprising slanted ribs at longitudinal sides of said slanted bottom wall parts that extend in-plane with said slanted bottom wall parts and connecting with said outer wall .
Puck handling device for a conveyor system , comprising a puck handling disc and a drive means for rotating the puck handling disc , characterized in that the puck handling disc comprises a first semi-circular disc arranged on a first shaft and a second semi-circular disc arranged on a second shaft , where the first shaft and the second shaft are concentric and are aligned with the centre axis of the puck handling disc , where the first semi-circular disc is provided with a first cut-out and the second semi-circular disc is provided with a second cut-out , where the first semi-circular disc and the second semi-circular disc are individually rotatable by the drive means , and where the first cut-out and the second cut-out forms a recess adapted to hold a puck when the puck handling disc is arranged in a holding state .
A method for manufacturing an alveolar core structure for an acoustic attenuation panel , the alveolar core structure comprising a first edge and a second edge separated by a plurality of alveolar cells , the alveolar cells each comprising a plurality of walls extending between the first edge and second edge , each alveolar cell defining a primary duct for circulating a sound wave to be attenuated, said method comprising a step aiming at: - at least partially covering the first edge of the alveolar core structure with a compartmentalization wall ; the method being characterized in that it comprises steps aiming at: - deforming the compartmentalization wall from the first edge so as to form a secondary duct for circulating the sound wave to be attenuated in at least two primary ducts, each secondary duct extending at least partially inside one of the primary ducts ; - making at least one opening within the compartmentalization wall so as to enable communication between each secondary duct and the primary duct in which is formed the secondary duct . - at least partially covering the first edge of the alveolar core structure with a compartmentalization wall ; the method being characterized in that it comprises steps aiming at: - deforming the compartmentalization wall from the first edge so as to form a secondary duct for circulating the sound wave to be attenuated in at least two primary ducts, each secondary duct extending at least partially inside one of the primary ducts ; - making at least one opening within the compartmentalization wall so as to enable communication between each secondary duct and the primary duct in which is formed the secondary duct .
A method for the preparation of a condensate product comprising: charging to a reaction vessel to form a reaction mixture: a triazine monomer; from 3 to 30 moles of an arylhydroxy monomer for each mole of triazine monomer; from 1 to 6 moles of an aldehyde monomer for each mole of triazine monomer; and an acid catalyst having a pKa from greater than 3.8 to 6, wherein the acid catalyst comprises an organic acid selected from the group of benzoic acid, o-aminobenzoic acid, p-aminobenzoic acid, 3,4-dihydroxybenzoic acid, 3,5-dihydroxybenzoic acid, ethylbenzoic acid, hexahydrobenzoic acid, m-hydroxybenzoic acid, p-hydroxybenzoic acid, iso-propylbenzoic acid, meta-toluic acid, para-toluic acid, and combinations thereof, and heating the reaction mixture to a temperature of 120°C to 165°C and substantially completing reaction of arylhydroxy monomer in the reaction mixture. charging to a reaction vessel to form a reaction mixture: a triazine monomer; from 3 to 30 moles of an arylhydroxy monomer for each mole of triazine monomer; from 1 to 6 moles of an aldehyde monomer for each mole of triazine monomer; and a triazine monomer; from 3 to 30 moles of an arylhydroxy monomer for each mole of triazine monomer; from 1 to 6 moles of an aldehyde monomer for each mole of triazine monomer; and an acid catalyst having a pKa from greater than 3.8 to 6, wherein the acid catalyst comprises an organic acid selected from the group of benzoic acid, o-aminobenzoic acid, p-aminobenzoic acid, 3,4-dihydroxybenzoic acid, 3,5-dihydroxybenzoic acid, ethylbenzoic acid, hexahydrobenzoic acid, m-hydroxybenzoic acid, p-hydroxybenzoic acid, iso-propylbenzoic acid, meta-toluic acid, para-toluic acid, and combinations thereof, and heating the reaction mixture to a temperature of 120°C to 165°C and substantially completing reaction of arylhydroxy monomer in the reaction mixture.
Cable end fitting assembly for connecting a cable to a ball pin, the cable end fitting assembly comprising a terminal rod adapted to be connected to an end portion of a cable and a ball bearing adapted to receive a ball of a ball pin to form a ball joint, the cable end fitting assembly further comprising a socket in the form of a bushing in which the ball bearing is accommodated; an elastic damper ring embracing the socket ; and a cage ring embracing and holding the damper ring with the socket therein, which cage ring is connected to the terminal rod , wherein the damper ring is composed of two symmetrical longitudinal sectors symmetrically opposing each other in longitudinal direction of the terminal rod and two symmetrical lateral sectors symmetrically opposing each other in lateral direction perpendicular to the longitudinal direction, wherein the distribution of elastomeric material in the longitudinal sectors is not uniform and the amount of material compressed is increasing at larger displacements in longitudinal direction to provide increasing resistance force, wherein the damper ring is shaped such that in each of the two lateral sectors the damper ring contacts the socket in axial direction over the maximal axial extension of the damper ring, and such that, in a rest state when no force is exerted by the cage ring on the damper ring , each of the longitudinal sectors is in contact with the socket with a minimal axial extension surface and that the axial extension of damper material is increasing with increasing radial distance from the center of the damper ring from the minimal axial extension to the maximal axial extension of the damper ring such that from the beginning of any longitudinal displacement the more the socket is displaced towards the respective longitudinal sector the more damper material is compressed and the higher is the resistance force, characterized in that in each of the lateral sectors a lateral groove is formed in the inner wall of the damper ring which lateral groove extends in a direction parallel to the axial direction of the damper ring and which divides each lateral sector in longitudinal direction in a forward and a rearward portion.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: receiving downlink control information, DCI, wherein the DCI is scrambled with a paging radio network temporary identifier, P-RNTI; decoding the DCI and identifying a bit field that indicates whether there is system information, SI, modification; if the bit field indicates that there is SI modification, receiving one or more updated system information blocks, SIBs; and if the bit field indicates that there is no SI modification, receiving a paging message in a downlink channel based on the DCI. receiving downlink control information, DCI, wherein the DCI is scrambled with a paging radio network temporary identifier, P-RNTI; decoding the DCI and identifying a bit field that indicates whether there is system information, SI, modification; if the bit field indicates that there is SI modification, receiving one or more updated system information blocks, SIBs; and if the bit field indicates that there is no SI modification, receiving a paging message in a downlink channel based on the DCI.
An electronic article comprising: an outer tube extending in a longitudinal direction, the outer tube defining a portion of a liquid supply region configured to store a liquid material; an inner tube within the outer tube , the inner tube including a pair of opposing slots , the liquid supply region between the outer tube and the inner tube ; a coil heater in the inner tube , end portions of the coil heater extending through the opposing slots in the inner tube , a wick in communication with the liquid supply region and surrounded by the coil heater ; and a mouth-end insert at a mouth-end of the outer tube , the mouth-end insert including at least two outlets characterized in that each of the opposing slots has dimensions sufficient to provide clearance between inner peripheries of the slots and the end portions of the coil heater . an outer tube extending in a longitudinal direction, the outer tube defining a portion of a liquid supply region configured to store a liquid material; an inner tube within the outer tube , the inner tube including a pair of opposing slots , the liquid supply region between the outer tube and the inner tube ; a coil heater in the inner tube , end portions of the coil heater extending through the opposing slots in the inner tube , a wick in communication with the liquid supply region and surrounded by the coil heater ; and a mouth-end insert at a mouth-end of the outer tube , the mouth-end insert including at least two outlets characterized in that each of the opposing slots has dimensions sufficient to provide clearance between inner peripheries of the slots and the end portions of the coil heater .
A session establishment method, wherein the method comprises: receiving (S403, S504, S604), by a session management network element, a first non-access stratum, NAS, message from a first access network device corresponding to a first access technology, wherein the first NAS message is used to request to establish a session for a terminal; allowing, by the session management network element based on subscription data of the terminal, the terminal to establish the session by using a second access technology; selecting, by the session management network element, a user plane function network element that supports access using the second access technology; and sending (S407, S510), by the session management network element, a second NAS message to the first access network device, wherein the second NAS message carries an identifier of the user plane function network element, wherein the identifier of the user plane function network element includes an internet protocol address or a fully qualified domain name identifier of the user plane function network element, and the identifier of the user plane function network element is used to indicate the terminal to establish the session by using the user plane function network element and by using the second access technology. receiving (S403, S504, S604), by a session management network element, a first non-access stratum, NAS, message from a first access network device corresponding to a first access technology, wherein the first NAS message is used to request to establish a session for a terminal; allowing, by the session management network element based on subscription data of the terminal, the terminal to establish the session by using a second access technology; selecting, by the session management network element, a user plane function network element that supports access using the second access technology; and sending (S407, S510), by the session management network element, a second NAS message to the first access network device, wherein the second NAS message carries an identifier of the user plane function network element, wherein the identifier of the user plane function network element includes an internet protocol address or a fully qualified domain name identifier of the user plane function network element, and the identifier of the user plane function network element is used to indicate the terminal to establish the session by using the user plane function network element and by using the second access technology.
Actuating pedal for a motor vehicle in the form of a clutch pedal or foot pedal for an immobilizing brake, wherein the actuating pedal comprises a pedal body with a profile member produced from a plastic reinforced with endless fibres, a bearing device for the pivotable mounting of the actuating pedal , and an actuating tread surface , wherein the bearing device and the actuating tread surface are produced from plastic, characterized in that the profile member is formed at least in certain portions as an open U-shaped profile , as an open L-shaped or as a closed tubular profile in the form of a prefabricated organic sheet insert onto which the bearing device , the actuating tread surface and further plastics elements are injection-moulded.
An integrated protection system, comprising: a computer-based corrosion/erosion module communicatively coupled with a probe to estimate corrosion/erosion rates in a pipeline based on metal loss measurements, wherein the probe is an electrical resistance probe that is configured to change in resistance as it is exposed to corrosive/erosive conditions in a liquid or a gas that passes through the pipeline a High Integrity Protection System upstream of the probe that is communicatively coupled with the computer-based corrosion/erosion module, the High Integrity Protection System comprising at least two pressure-sensing elements connected to the pipeline and capturing pressure readings associated with inside pressures of the pipeline, and at least two final elements configured to stop a flow of fluid through the pipeline; and a logic solver coupled with the computer-based corrosion/erosion module and the HIPS, the logic solver configured to automatically monitor mechanical integrity of the pipeline in real time using the captured pressure readings and estimated metal loss measurements from the computer-based corrosion/erosion module, and to determine a trip set point adjustment using the estimated metal loss measurements, and provide the trip set point adjustment to the final elements. a computer-based corrosion/erosion module communicatively coupled with a probe to estimate corrosion/erosion rates in a pipeline based on metal loss measurements, wherein the probe is an electrical resistance probe that is configured to change in resistance as it is exposed to corrosive/erosive conditions in a liquid or a gas that passes through the pipeline a High Integrity Protection System upstream of the probe that is communicatively coupled with the computer-based corrosion/erosion module, the High Integrity Protection System comprising at least two pressure-sensing elements connected to the pipeline and capturing pressure readings associated with inside pressures of the pipeline, and at least two final elements configured to stop a flow of fluid through the pipeline; and at least two pressure-sensing elements connected to the pipeline and capturing pressure readings associated with inside pressures of the pipeline, and at least two final elements configured to stop a flow of fluid through the pipeline; and a logic solver coupled with the computer-based corrosion/erosion module and the HIPS, the logic solver configured to automatically monitor mechanical integrity of the pipeline in real time using the captured pressure readings and estimated metal loss measurements from the computer-based corrosion/erosion module, and to determine a trip set point adjustment using the estimated metal loss measurements, and provide the trip set point adjustment to the final elements. determine a trip set point adjustment using the estimated metal loss measurements, and provide the trip set point adjustment to the final elements.
Aviptadil for use in the treatment of a lung disease in a patient in need thereof by administering to the patient aviptadil 2 or 3 times in a day wherein the period between administrations is between 5 to 120 minutes, the administration is applied with a nebulizer and the lung disease is Covid-19 lung disease caused by SARS-CoV-2 virus.
A ceiling concealed air-conditioning apparatus comprising: a body containing a heat exchanger and a fan and including an opening port at a bottom; a decorative panel disposed below the body , the decorative panel being configured to cover a periphery of the opening port of the body ; and a suction grille including, on one edge thereof, a rotary shaft that can be attached to the decorative panel , the suction grille being configured to cover the opening port of the body so as to allow the opening port to be opened, wherein the suction grille includes: a locking element mounted on a rear side of the suction grille so that it can slide and configured to be locked with the decorative panel ; plate springs on respective sides of the locking element perpendicular to a sliding direction of the locking element , the plate springs extending vertically in opposite directions to each other; and spring supports provided to the suction grille and configured to support both end faces of the respective plate springs at different positions, the plate springs of the locking element include a long plate spring and a short plate spring having different lengths, and the long plate spring and the short plate spring are placed such that the long plate spring is engaged first when the suction grille is attached to the decorative panel . a body containing a heat exchanger and a fan and including an opening port at a bottom; a decorative panel disposed below the body , the decorative panel being configured to cover a periphery of the opening port of the body ; and a suction grille including, on one edge thereof, a rotary shaft that can be attached to the decorative panel , the suction grille being configured to cover the opening port of the body so as to allow the opening port to be opened, wherein the suction grille includes: a locking element mounted on a rear side of the suction grille so that it can slide and configured to be locked with the decorative panel ; plate springs on respective sides of the locking element perpendicular to a sliding direction of the locking element , the plate springs extending vertically in opposite directions to each other; and spring supports provided to the suction grille and configured to support both end faces of the respective plate springs at different positions, a locking element mounted on a rear side of the suction grille so that it can slide and configured to be locked with the decorative panel ; plate springs on respective sides of the locking element perpendicular to a sliding direction of the locking element , the plate springs extending vertically in opposite directions to each other; and spring supports provided to the suction grille and configured to support both end faces of the respective plate springs at different positions, the plate springs of the locking element include a long plate spring and a short plate spring having different lengths, and the long plate spring and the short plate spring are placed such that the long plate spring is engaged first when the suction grille is attached to the decorative panel .