mhurhangee/ep-ind-claims huggingface dataset:
A pen-type injector for dispensing a dose of a medicament, comprising: - a first housing component comprising a body to accommodate a drive mechanism to operably engage with a piston of a cartridge, and - a second housing component comprising a cartridge holder to receive the cartridge at least partially filled with the medicament, characterized in that the second housing component is welded with the first housing component by means of at least one induction heatable component (50; 52; 58), wherein the at least one induction heatable component (50; 52; 58) is arranged in an interface section of first and second housing components (12, 16) arranged in an at least partially mutually overlapping configuration and - wherein the induction heatable component comprises a metallic body (50, 52; 58) embedded in or below a contact surface (46, 44) of the first and/or the second housing component (12, 16) which comprise a plastic material, or - wherein the induction heatable component comprises metallic particles embedded in the bulk of the first and/or the second housing component (12, 16). - a first housing component comprising a body to accommodate a drive mechanism to operably engage with a piston of a cartridge, and - a second housing component comprising a cartridge holder to receive the cartridge at least partially filled with the medicament, characterized in that the second housing component is welded with the first housing component by means of at least one induction heatable component (50; 52; 58), wherein the at least one induction heatable component (50; 52; 58) is arranged in an interface section of first and second housing components (12, 16) arranged in an at least partially mutually overlapping configuration and - wherein the induction heatable component comprises a metallic body (50, 52; 58) embedded in or below a contact surface (46, 44) of the first and/or the second housing component (12, 16) which comprise a plastic material, or - wherein the induction heatable component comprises metallic particles embedded in the bulk of the first and/or the second housing component (12, 16).
A composition for controlling undesired insect infestation comprising a pheromone and ethyl 3-methylbutanoate, wherein the pheromone comprises (E,E)-8,10-dodecadien-1-ol.
Method of selecting antenna segments for transmission and/or reception in a MIMO wireless transmission system using sectorized directional antennas, including the steps of: - selecting, from an initial set of ranked link antenna patterns, a link antenna pattern having the best average rank, the link antenna patterns corresponding to different selections of activated antenna segments and being ranked in accordance with their average link performance; - at predetermined time intervals, successively selecting a subset of link antenna patterns having average ranks within a predetermined distance to the best average rank; - determining an average link performance of the link antenna patterns selected in the preceding step; - determining an average rank of the link antenna patterns, for which the average link performance has been determined in the preceding step; - selecting antenna segments for transmission and/or reception corresponding to the link antenna pattern having the best average rank; and - repeating the process at the next predetermined time interval. - selecting, from an initial set of ranked link antenna patterns, a link antenna pattern having the best average rank, the link antenna patterns corresponding to different selections of activated antenna segments and being ranked in accordance with their average link performance; - at predetermined time intervals, successively selecting a subset of link antenna patterns having average ranks within a predetermined distance to the best average rank; - determining an average link performance of the link antenna patterns selected in the preceding step; - determining an average rank of the link antenna patterns, for which the average link performance has been determined in the preceding step; - selecting antenna segments for transmission and/or reception corresponding to the link antenna pattern having the best average rank; and - repeating the process at the next predetermined time interval.
A rolling mill (10, 20, 30, 40, 50) comprising: a roll (710, 711) configured to be shifted in an axial direction; a bearing housing (712, 713, 732, 733) configured to be shifted in a roll-axis direction along with the roll, and configured to receive a load from the roll; first cylinders (740, 740A, 741, 741A, 744, 744A, 745A) configured to apply bending force vertically to the bearing housing to cause the roll to perform bending, and a member (712A, 712B, 712C, 713A, 713B, 713C) that is disposed between one of the first cylinders and the bearing housing and configured to receive a bending force from the first cylinder, characterized in that the rolling mill comprises a second cylinder (760, 762) configured to apply a pressing force in a rolling direction to the bearing housing, another one of the first cylinders and the second cylinder are disposed axially on one of an entry side and an exit side in the rolling direction, and the one first cylinder and the member are disposed on the other of the entry and exit sides in the rolling direction. a roll (710, 711) configured to be shifted in an axial direction; a bearing housing (712, 713, 732, 733) configured to be shifted in a roll-axis direction along with the roll, and configured to receive a load from the roll; first cylinders (740, 740A, 741, 741A, 744, 744A, 745A) configured to apply bending force vertically to the bearing housing to cause the roll to perform bending, and a member (712A, 712B, 712C, 713A, 713B, 713C) that is disposed between one of the first cylinders and the bearing housing and configured to receive a bending force from the first cylinder, characterized in that the rolling mill comprises a second cylinder (760, 762) configured to apply a pressing force in a rolling direction to the bearing housing, another one of the first cylinders and the second cylinder are disposed axially on one of an entry side and an exit side in the rolling direction, and the one first cylinder and the member are disposed on the other of the entry and exit sides in the rolling direction.
An apparatus comprising: a gasoline powered engine (40; 240) configured to operate in a substantially horizontal orientation and to be stored in a generally vertical orientation without leaking of fluid contained in the gasoline powered engine (40; 240), characterized in that the engine comprises a carburetor bowl configured to store a volume of gasoline; and a bowl vent having a vent outlet located to extend above a level of the volume of gasoline when the engine (40; 240) is in the vertical orientation. a gasoline powered engine (40; 240) configured to operate in a substantially horizontal orientation and to be stored in a generally vertical orientation without leaking of fluid contained in the gasoline powered engine (40; 240), characterized in that the engine comprises a carburetor bowl configured to store a volume of gasoline; and a bowl vent having a vent outlet located to extend above a level of the volume of gasoline when the engine (40; 240) is in the vertical orientation. a carburetor bowl configured to store a volume of gasoline; and a bowl vent having a vent outlet located to extend above a level of the volume of gasoline when the engine (40; 240) is in the vertical orientation.
A computer-implemented method for determining a pair of progressive ophthalmic lenses adapted to a wearer, wherein the method is intended for its use in the manufacturing of the pair of progressive ophthalmic lenses, the method comprising: - a wearer data providing step, during which wearer data comprising at least an indication of the distortion dominant eye of the wearer and an indication of the prescription of the wearer are provided, the distortion dominant eye providing a higher optical distortion perception than the other eye, - an ophthalmic lenses determining step, during which a pair of ophthalmic lenses adapted to the wearer is determined based at least on the wearer data, wherein the optical distortion is managed differently on the first ophthalmic lens to be used by the distortion dominant eye of the wearer and on the second ophthalmic lens to be used by the other eye of the wearer, wherein low distortion is provided over the distortion dominant eye of the wearer. - a wearer data providing step, during which wearer data comprising at least an indication of the distortion dominant eye of the wearer and an indication of the prescription of the wearer are provided, the distortion dominant eye providing a higher optical distortion perception than the other eye, - an ophthalmic lenses determining step, during which a pair of ophthalmic lenses adapted to the wearer is determined based at least on the wearer data, wherein the optical distortion is managed differently on the first ophthalmic lens to be used by the distortion dominant eye of the wearer and on the second ophthalmic lens to be used by the other eye of the wearer, wherein low distortion is provided over the distortion dominant eye of the wearer.
A loosening part capturing device for a steam generator of a pressurized water reactor nuclear power plant, arranged on a top plate of a sludge collector, the top plate being provided with a plurality of steam and water separator rising cylinders wherein capturing enclosing plates fixedly connected to the top plate are provided between every adjacent steam and water separator rising cylinders on the periphery of the top plate, two ends of each capturing enclosing plate are respectively fixedly connected to outer surfaces of the steam and water separator rising cylinders, and one end of each capturing enclosing plates afar from the top plate is provided with a folding plate extending towards a center of the top plate, characterized in that the top plate is provided with center holes and circumferential holes, the capturing enclosing plates are located inside the circumferential holes.
A plurality of apparatuses for the automatic dispensing of beverages, each apparatus comprising a container of the same type comprising an inner compartment adapted to contain the bottles and vessels from which the liquid is to be drawn, said inner compartment being provided with at least one resting base for said bottles; dispensing means adapted to allow the liquid to be drawn from said bottles and vessels comprising a tap block, adapted to engage the opening of a bottle or similar vessel for beverages and to adjust the release of the beverage contained therein; control and driving means associated with said dispensing means and with means for controlling and managing the dispensing performed, in turn comprising user interface means, wherein said container comprises: a front side comprising an access opening to the inner compartment and a panel comprising said user interface; two lateral sides, of which at least one lateral side comprises at least one part which lies on a plane inclined by a given angle α with respect to the plane normal to the lying plane of the front side of the container, said angle α being comprised between 30° and 60°, the lateral sides of said container allowing the plurality of apparatuses to be juxtaposed by facing the inclined parts of the lateral sides thereof such that the plurality of apparatuses may be arranged in an arc or a circle. a front side comprising an access opening to the inner compartment and a panel comprising said user interface; two lateral sides, of which at least one lateral side comprises at least one part which lies on a plane inclined by a given angle α with respect to the plane normal to the lying plane of the front side of the container, said angle α being comprised between 30° and 60°, the lateral sides of said container allowing the plurality of apparatuses to be juxtaposed by facing the inclined parts of the lateral sides thereof such that the plurality of apparatuses may be arranged in an arc or a circle.
A camera support having a support hub, a pan frame pivotably attached to the support hub, with the pan frame including a head plate having a first end and a second end, a first pan arm attached at the first end of the head plate, a second pan arm attached at the second end of the head plate, with the second pan arm substantially parallel to the first pan arm, a pan motor attached to the pan frame and adapted to pivot the pan frame about a pan axis relative to the support hub, a tilt frame pivotably attached to the pan frame, with the tilt frame including a camera mounting plate, a first tilt arm attached at a first end of the camera mounting plate, a second tilt arm attached at a second end of the camera mounting plate, with the second tilt arm substantially parallel to the first tilt arm, and a tilt motor attached to the tilt frame and adapted to pivot the tilt frame about a tilt axis perpendicular to the pan axis, characterized in that: the first and second pan arms (36, 38) and the first and second tilt arms (83, 85) are first and second adjustable length pan arms (36, 38) and first and second adjustable length tilt arms (83, 85); the first adjustable length pan arm includes a center plate slidably positionable between an outer pan arm plate and an inner pan arm plate; an electronics box is attached to head plate, with the pan motor enclosed within the electronics box; and a cable opening extends through a central opening in the support hub and the pan motor, and a cable harness is routed through the cable opening and electrically connects to the electronics box. the first and second pan arms (36, 38) and the first and second tilt arms (83, 85) are first and second adjustable length pan arms (36, 38) and first and second adjustable length tilt arms (83, 85); the first adjustable length pan arm includes a center plate slidably positionable between an outer pan arm plate and an inner pan arm plate; an electronics box is attached to head plate, with the pan motor enclosed within the electronics box; and a cable opening extends through a central opening in the support hub and the pan motor, and a cable harness is routed through the cable opening and electrically connects to the electronics box.
A paper-making aid composition comprising one or more dialdehyde-modified polyacrylamide-type strengthening agent(s), one or more polyacrylamide-type strengthening agent(s) and water as medium; the dialdehyde-modified polyacrylamide-type strengthening agent is selected from a group consisting of cationic dialdehyde-modified polyacrylamide-type strengthening agents, anionic dialdehyde-modified polyacrylamide-type strengthening agents and amphoteric dialdehyde-modified polyacrylamide-type strengthening agents; the polyacrylamide-type strengthening agent is selected from a group consisting of cationic polyacrylamide-type strengthening agents, anionic polyacrylamide-type strengthening agents and amphoteric polyacrylamide-type strengthening agents; but the following cases are excluded: all of the dialdehyde-modified polyacrylamide-type strengthening agents are cationic dialdehyde-modified polyacrylamide-type strengthening agent, and all of the polyacrylamide-type strengthening agents are cationic polyacrylamide-type strengthening agent, and all of the dialdehyde-modified polyacrylamide-type strengthening agents are anionic dialdehyde-modified polyacrylamide-type strengthening agent, and all of the polyacrylamide-type strengthening agents are anionic polyacrylamide-type strengthening agents; characterized in that the paper-making aid composition has a pH value of 6.0 or above. all of the dialdehyde-modified polyacrylamide-type strengthening agents are cationic dialdehyde-modified polyacrylamide-type strengthening agent, and all of the polyacrylamide-type strengthening agents are cationic polyacrylamide-type strengthening agent, and all of the dialdehyde-modified polyacrylamide-type strengthening agents are anionic dialdehyde-modified polyacrylamide-type strengthening agent, and all of the polyacrylamide-type strengthening agents are anionic polyacrylamide-type strengthening agents;
A moisture adaptive vapour barrier with at least one moisture adaptive functional layer which is made of a material having a water vapour diffusion resistance which decreases when the moisture of the atmosphere surrounding the vapour barrier increases, such, that the vapour barrier has a water vapour diffusion resistance of 2 m of diffusion equivalent air layer thickness (s d value) and more with a moisture of 30 - 50 % and a water vapour diffusion resistance of ≤ 1 m of diffusion equivalent air layer thickness with a moisture from 60 %, with the moisture adaptive functional layer of the vapour barrier having a water vapour diffusion resistance ≥ 4 m of diffusion equivalent air layer thickness preferably larger than 5 m, in particularly preferably > 10 m with an ambient moisture up to 50 % characterized in that hydrophobic or hydrophilic agents are incorporated into the moisture adaptive functional layer of the vapour barrier and/or that the moisture adaptive functional layer is provided with a layer having hydrophobic or hydrophilic agents, such, that the moisture adaptive functional layer of the vapour barrier has a water vapour diffusion resistance (s d value) < 1 m of diffusion equivalent air layer thickness with an ambient moisture from 70% and that the moisture adaptive functional layer illustrates an S curve in the diagram water vapour diffusion resistance as s d value as ordinate over the ambient moisture as abscissa, where, with a moisture in the range of up to 50 %, the incoming S leg of the S curve proceeds at a level of the s d value of the vapour barrier diffusion resistance of ≥ 4 m diffusion equivalent air layer thickness and the outgoing S leg below a vapour barrier diffusion resistance (s d value) of 1 m diffusion equivalent air layer thickness from an ambient moisture of 70 %, and that the turning point of the S curve between the incoming and the outgoing S legs lies above it in case of an ambient moisture of 60% and more.
A system for determining a severity of a respiratory disease of a patient, the system comprising: a user interface, wherein the user interface is configured for providing an instruction for reciting a phrase to the patient and wherein the user interface is configured for providing an instruction for performing a physical action to the patient; a receiving device configured for receiving an acoustic signal of the patient; a measurement unit configured for detecting a movement of the patient; an analyzing device, wherein the analyzing device is configured for analyzing the received acoustic signal with respect to the severity of the respiratory disease and wherein the analyzing device is configured for analyzing the detected movement of the patient with respect to the physical action instructed by the user interface, and wherein the analyzing device is configured for providing a result of the analysis of the received acoustic signal, which is indicative for the severity of the respiratory disease of the patient, characterized in that the analyzing device is further configured for determining whether the movement of the patient corresponds to the physical action instructed by the user interface, and the user interface is configured for instructing the patient to recite the phrase in case the detected movement of the patient corresponds to the physical action instructed by the user interface, and/or the user interface is configured for repeating the instruction to the patient in case the detected movement of the patient does not correspond to the physical action instructed by the user interface. a user interface, wherein the user interface is configured for providing an instruction for reciting a phrase to the patient and wherein the user interface is configured for providing an instruction for performing a physical action to the patient; a receiving device configured for receiving an acoustic signal of the patient; a measurement unit configured for detecting a movement of the patient; an analyzing device, wherein the analyzing device is configured for analyzing the received acoustic signal with respect to the severity of the respiratory disease and wherein the analyzing device is configured for analyzing the detected movement of the patient with respect to the physical action instructed by the user interface, and wherein the analyzing device is configured for providing a result of the analysis of the received acoustic signal, which is indicative for the severity of the respiratory disease of the patient, characterized in that the analyzing device is further configured for determining whether the movement of the patient corresponds to the physical action instructed by the user interface, and the user interface is configured for instructing the patient to recite the phrase in case the detected movement of the patient corresponds to the physical action instructed by the user interface, and/or the user interface is configured for repeating the instruction to the patient in case the detected movement of the patient does not correspond to the physical action instructed by the user interface.
Method for operating a textile machine that produces a cross-wound packages and comprises a plurality of workstations, which can be actuated individually and operate autonomously, and a central control unit, the workstations affected by a mass activation of all workstations of the textile machine or by an activation of a plurality of workstations of the textile machine being activated in succession, characterised in that, the switch-on pulse for each workstation downstream of the first workstation is delayed by a minimum time period of 1 ms by comparison with the workstation activated previously, and in that monitoring is carried out as to whether all the necessary conditions for activating the workstations are met, and in that if they are not met, the switch-on pulses are delayed further by comparison with the minimum time period until the conditions for the next successful activation are met.
A fastening device (1,1A-1D) used for fastening an ultrasonic sensor to a target device having a target surface, the fastening device (1,1A-1D) comprising: a holder part (212,312) configured to hold the ultrasonic sensor; characterized in that it further comprises: a fastening part having a mounting surface configured to be bonded to the target surface of the target device; a contact part configured to contact the target device; and a connecting part connecting the contact part with the fastening part, wherein the fastening part is provided between the holder part (212,312) and the contact part, wherein the contact part is adapted to protrude from the mounting surface of the fastening part toward the target surface of the target device more than the mounting surface of the fastening part by a protruding length, wherein the connecting part connects the contact part with the fastening part to allow the protruding length of the contact part to be variable, and wherein the contact part is adapted to contact the target device before the fastening part contacts the target device when being fastened to the target device. a fastening part having a mounting surface configured to be bonded to the target surface of the target device; a contact part configured to contact the target device; and a connecting part connecting the contact part with the fastening part, wherein the fastening part is provided between the holder part (212,312) and the contact part, wherein the contact part is adapted to protrude from the mounting surface of the fastening part toward the target surface of the target device more than the mounting surface of the fastening part by a protruding length, wherein the connecting part connects the contact part with the fastening part to allow the protruding length of the contact part to be variable, and wherein the contact part is adapted to contact the target device before the fastening part contacts the target device when being fastened to the target device.