mhurhangee/ep-ind-claims huggingface dataset:
A refilling method for discharging a liquid material stored in a refill container into a self-standing main container body of a main container through a discharge nozzle of the refill container, the main container including: the self-standing main container body for storing a liquid material therein, the main container body having an upwardly-directed mouth; and a cap unit for closing the mouth in such a manner that the mouth can be opened and closed at will, the method characterised in that it comprises: using as the refill container a self-standing refill container in which the discharge nozzle is provided at a top portion of a refill container body and an opening surface of the discharge nozzle defines an angled discharge port inclined with respect to a central axis of the discharge nozzle; and inserting the discharge nozzle of the refill container into the mouth of the main container body, and causing the main container body and the refill container body to stand by themselves with the refill container body being inverted onto the main container body.
A heat exchanger comprising: a plurality of tubes to be disposed substantially transverse to a direction of airflow through the heat exchanger and to be arranged in a plurality of tube rows (40, 40a, 40b) extending substantially along the direction of airflow; a plurality of webs substantially integral to at least two tubes of the plurality of tubes, each web extending between and connected to adjacent tubes of the plurality of tubes; and a plurality of tabs disposed at the plurality of webs substantially transverse to the airflow to generate vortices in the airflow; wherein the plurality of tabs include a first row of tabs, the first row of tabs extending along a tube length between a pair of adjacent tubes of the plurality of tubes, and a second row of tabs, the second row of tabs extending parallel to the first row of tabs between the same pair of adjacent tubes of the plurality of tubes; characterised in that the tips of the tabs of the first row extend in a common first direction, and wherein the tips of the tabs of the second row extend in a common second direction different than the first direction. a plurality of tubes to be disposed substantially transverse to a direction of airflow through the heat exchanger and to be arranged in a plurality of tube rows (40, 40a, 40b) extending substantially along the direction of airflow; a plurality of webs substantially integral to at least two tubes of the plurality of tubes, each web extending between and connected to adjacent tubes of the plurality of tubes; and a plurality of tabs disposed at the plurality of webs substantially transverse to the airflow to generate vortices in the airflow; wherein the plurality of tabs include a first row of tabs, the first row of tabs extending along a tube length between a pair of adjacent tubes of the plurality of tubes, and a second row of tabs, the second row of tabs extending parallel to the first row of tabs between the same pair of adjacent tubes of the plurality of tubes; characterised in that the tips of the tabs of the first row extend in a common first direction, and wherein the tips of the tabs of the second row extend in a common second direction different than the first direction.
A method for reducing feedback overhead for multiple vertical beams from a two-dimensional antenna array having a plurality of rows of antenna elements and plurality of columns of antenna elements for wireless communication, comprising: receiving, at a User Equipment, UE, from an evolved Node B, eNodeB: reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; measuring reference channel response information for the reference CSI-RS resources and additional channel response information for the set of additional CSI-RS resources; and calculating an offset between the first vertical beam configuration and the additional vertical beam configuration with the reference channel response information and the additional channel response information. receiving, at a User Equipment, UE, from an evolved Node B, eNodeB: reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; reference Channel State Information-Reference Signal, CSI-RS, resources configured for a first full set of antenna ports for a first vertical beam configuration, and a set of additional CSI-RS resources configured for at least one subset of a second full set of antenna ports for an additional vertical beam configuration, wherein the two-dimensional antenna array including the plurality of rows of antenna elements and the plurality of columns of antenna elements is located at the eNodeB; measuring reference channel response information for the reference CSI-RS resources and additional channel response information for the set of additional CSI-RS resources; and calculating an offset between the first vertical beam configuration and the additional vertical beam configuration with the reference channel response information and the additional channel response information.
Self-cleaning assembly comprising: • A ground-laid guide rail or rolling rail by means of a roller (or rollers) or a wheel (or wheels) with flange(s) for terrestrial vehicles; and • A filling material forming a filling, the rail is installed in a groove formed in a solid base, and mounted and held in the groove so as to be flush with the ground or slightly protruding above the ground level, with this self-cleaning assembly having at least one gap on the rail side corresponding to the passage of the flange(s) and the ground-laid guide rail or running rail is secured in the groove by means of the filling material, and being characterized in that: • above the filling material, a compressible and elastic lining material is arranged; and in that • the compressible and elastic lining material is poured in situ into the gap(s) outside the dynamic engagement area of the flange(s) and lines at least partially the gap(s) by filling it(them) at least partially; and in that • the compressible and elastic lining material remains under all normal use conditions or environment conditions, outside the dynamic engagement area of the flange(s) of the roller(s) or wheel(s), moving along the rail. • A ground-laid guide rail or rolling rail by means of a roller (or rollers) or a wheel (or wheels) with flange(s) for terrestrial vehicles; and • A filling material forming a filling, • above the filling material, a compressible and elastic lining material is arranged; and in that • the compressible and elastic lining material is poured in situ into the gap(s) outside the dynamic engagement area of the flange(s) and lines at least partially the gap(s) by filling it(them) at least partially; and in that • the compressible and elastic lining material remains under all normal use conditions or environment conditions, outside the dynamic engagement area of the flange(s) of the roller(s) or wheel(s), moving along the rail.
An optical sensor for detecting objects in a monitored area, having a transmitter emitting transmitted light beams, a transmitting optical system arranged downstream of the transmitter for beam shaping of the transmitted light beams, a receiver receiving received light beams and an evaluation unit for generating an object detection signal in dependence on the received signals at the output of the receiver, characterised in that at least one boundary surface of the transmitter optics has a continuous wedge shape without abrupt transitions such as edges or shoulders.
A method for determining a physical vessel parameter of a vascular tissue in a vascular plant, wherein the method comprises: - a detection stage comprising detecting acoustic emission radiation from the vascular plant and providing an emission-related signal; and - an analysis stage comprising determining the physical vessel parameter based on the emission-related signal, wherein the physical vessel parameter comprises an elasticity or a vessel dimension, and wherein the analysis stage comprises fitting at least part of the emission-related signal to a model of flexural modes of a cylindrical beam, and determining the physical vessel parameter based on the model. - a detection stage comprising detecting acoustic emission radiation from the vascular plant and providing an emission-related signal; and - an analysis stage comprising determining the physical vessel parameter based on the emission-related signal, wherein the physical vessel parameter comprises an elasticity or a vessel dimension, and wherein the analysis stage comprises fitting at least part of the emission-related signal to a model of flexural modes of a cylindrical beam, and determining the physical vessel parameter based on the model.
A method for controlling a pump arrangement upon clogging of a pump, the pump arrangement comprising a pump and a control unit, the pump comprising a motor, and the control unit being arranged to drive said motor, the motor during operation being associated with an operational parameter from which the torque of the motor may be derived, said operational parameter having a normal value P N during normal operation of the motor in a first direction, the method comprising the steps of: - driving the motor in a first direction by means of the control unit, and if a real value P of the operational parameter exceeds a predetermined clogging limit P I: - stopping the motor, - driving the motor in a the first direction opposite second direction a predetermined flushing time T R by means of the control unit, and - stopping the motor if the absolute value of the real value P of the operational parameter during the flushing time T R exceeds the absolute value of a first unfastening limit P L1, otherwise stopping the motor after said flushing time T R and returning to normal operation, the method being characterized in that P I ≥ 1,05*P and |P L1 | ≥ 1,1*P I. - driving the motor in a first direction by means of the control unit, and if a real value P of the operational parameter exceeds a predetermined clogging limit P I: - stopping the motor, - driving the motor in a the first direction opposite second direction a predetermined flushing time T R by means of the control unit, and - stopping the motor if the absolute value of the real value P of the operational parameter during the flushing time T R exceeds the absolute value of a first unfastening limit P L1, otherwise stopping the motor after said flushing time T R and returning to normal operation, the method being characterized in that P I ≥ 1,05*P and |P L1 | ≥ 1,1*P I.
A system comprising: an image processing subsystem adapted to identify retina blood vessels in an image of the retina; a laser subsystem adapted to apply a therapeutic shot to a retina; and a laser control subsystem adapted to determine a retina location needing therapy and not substantially intersecting a retina blood vessel, and to generate a command to activate the laser subsystem for the therapeutic location when a beam from the laser subsystem is aligned with the therapeutic location, characterised in that: the image processing subsystem determines reflectivity of a retina location during a therapeutic laser shot; and the laser control subsystem adjusts the therapeutic laser shot based on the determined reflectivity and a variability limit established by a user for a laser setting. an image processing subsystem adapted to identify retina blood vessels in an image of the retina; a laser subsystem adapted to apply a therapeutic shot to a retina; and a laser control subsystem adapted to determine a retina location needing therapy and not substantially intersecting a retina blood vessel, and to generate a command to activate the laser subsystem for the therapeutic location when a beam from the laser subsystem is aligned with the therapeutic location, characterised in that: the image processing subsystem determines reflectivity of a retina location during a therapeutic laser shot; and the laser control subsystem adjusts the therapeutic laser shot based on the determined reflectivity and a variability limit established by a user for a laser setting. the image processing subsystem determines reflectivity of a retina location during a therapeutic laser shot; and the laser control subsystem adjusts the therapeutic laser shot based on the determined reflectivity and a variability limit established by a user for a laser setting.
A paper article comprising a paper component having a first side and a second side, wherein the first side and/or the second side of the paper component is at least partially coated with a heat-sealable coating, wherein the heat-sealable coating comprises a first polymer comprising units derived from a (meth)acrylate, and/or (meth)acrylic acid and/or a salt thereof, wherein the first polymer is selected from the group consisting of (meth)acrylate/acrylic acid polymers and salts thereof, poly(meth)acrylic acids and salts thereof, and mixtures thereof, and a second polymer, being different from the first polymer, comprising units derived from a) a (meth)acrylate, and/or (meth)acrylic acid and/or a salt thereof, and b) ethylene, wherein the second polymer is selected from the group consisting of ethylene/(meth)acrylate polymers, ethylene/(meth)acrylate/(meth)acrylic acid polymers and salts thereof, ethylene/(meth)acrylic acid polymers and salts thereof, and mixtures thereof, wherein the first polymer and the second polymer are present in the heat-sealable coating in a weight ratio of 90:10 to 35:65, and wherein the first polymer and the second polymer are present in the heat-sealable coating in an overall amount of at least 50 wt.%, based on the total weight of the coating. wherein the first side and/or the second side of the paper component is at least partially coated with a heat-sealable coating, wherein the heat-sealable coating comprises a first polymer comprising units derived from a (meth)acrylate, and/or (meth)acrylic acid and/or a salt thereof, wherein the first polymer is selected from the group consisting of (meth)acrylate/acrylic acid polymers and salts thereof, poly(meth)acrylic acids and salts thereof, and mixtures thereof, and a second polymer, being different from the first polymer, comprising units derived from a) a (meth)acrylate, and/or (meth)acrylic acid and/or a salt thereof, and b) ethylene, a) a (meth)acrylate, and/or (meth)acrylic acid and/or a salt thereof, and b) ethylene, wherein the second polymer is selected from the group consisting of ethylene/(meth)acrylate polymers, ethylene/(meth)acrylate/(meth)acrylic acid polymers and salts thereof, ethylene/(meth)acrylic acid polymers and salts thereof, and mixtures thereof, wherein the first polymer and the second polymer are present in the heat-sealable coating in a weight ratio of 90:10 to 35:65, and wherein the first polymer and the second polymer are present in the heat-sealable coating in an overall amount of at least 50 wt.%, based on the total weight of the coating.
A method of forming a layer of tire ply (5, 16), the method comprising the steps: a) providing a first strip of ply having a plurality of evenly spaced reinforcement cords with a spacing s and having a lateral end, wherein two cords (22a, 22b) at the lateral end are not evenly spaced or spaced at a distance different from said spacing s, and said two cords (22a, 22b) are spaced apart a distance x, wherein x is not equal to s, and wherein an angle β is formed between the ply end and with the transverse direction, the angle β being greater than 90 degrees but less than 180 degrees; b) providing a second strip of ply having a plurality of evenly spaced reinforcement cords having a spacing c and having a lateral end, wherein two cords (25a, 25b) at the lateral end are not evenly spaced or spaced at a distance different from said spacing c, and said two cords (25a, 25b) are spaced apart a distance y, wherein y is not equal to c; and wherein an angle α is formed between the ply end and with the transverse direction, the angle α being greater than 90 degrees but less than 180 degrees; and c) joining the first and second lateral ends (21, 25) so that the spacing x completely overlaps with the spacing y so that they are in a parallel relationship and x equals y. a) providing a first strip of ply having a plurality of evenly spaced reinforcement cords with a spacing s and having a lateral end, wherein two cords (22a, 22b) at the lateral end are not evenly spaced or spaced at a distance different from said spacing s, and said two cords (22a, 22b) are spaced apart a distance x, wherein x is not equal to s, and wherein an angle β is formed between the ply end and with the transverse direction, the angle β being greater than 90 degrees but less than 180 degrees; b) providing a second strip of ply having a plurality of evenly spaced reinforcement cords having a spacing c and having a lateral end, wherein two cords (25a, 25b) at the lateral end are not evenly spaced or spaced at a distance different from said spacing c, and said two cords (25a, 25b) are spaced apart a distance y, wherein y is not equal to c; and wherein an angle α is formed between the ply end and with the transverse direction, the angle α being greater than 90 degrees but less than 180 degrees; and c) joining the first and second lateral ends (21, 25) so that the spacing x completely overlaps with the spacing y so that they are in a parallel relationship and x equals y.
An optical modulator comprising: a substrate which has electro-optic effects; an optical waveguide which is provided in the substrate; and an optical fiber (31, 32) which is bonded to an end of the optical waveguide; a fixation member (41, 42, 43, 44, 45) which is provided on an end part of the optical fiber (31, 32); and an optical adhesive layer which bonds the optical fiber (31, 32) and the substrate to each other, wherein the end of the optical waveguide is arranged in an end face of the substrate, the optical adhesive layer optically couples an end face of the optical fiber (31, 32) and the end of the optical waveguide with each other, while the optical adhesive layer bonds the optical fiber (31, 32), the fixation member (41, 42, 43, 44, 45) and the substrate with each other, characterized in that a surface roughness of a surface of the fixation member (41, 42, 43, 44, 45), wherein the surface of the fixation member (41, 42, 43, 44, 45) faces the end face of the substrate, is larger than a surface roughness of the end face of the substrate'. a substrate which has electro-optic effects; an optical waveguide which is provided in the substrate; and an optical fiber (31, 32) which is bonded to an end of the optical waveguide; a fixation member (41, 42, 43, 44, 45) which is provided on an end part of the optical fiber (31, 32); and an optical adhesive layer which bonds the optical fiber (31, 32) and the substrate to each other, wherein the end of the optical waveguide is arranged in an end face of the substrate, the optical adhesive layer optically couples an end face of the optical fiber (31, 32) and the end of the optical waveguide with each other, while the optical adhesive layer bonds the optical fiber (31, 32), the fixation member (41, 42, 43, 44, 45) and the substrate with each other, characterized in that a surface roughness of a surface of the fixation member (41, 42, 43, 44, 45), wherein the surface of the fixation member (41, 42, 43, 44, 45) faces the end face of the substrate, is larger than a surface roughness of the end face of the substrate'.
A display device having a hanging function, being characterized in that it comprises: a casing; a hanging mechanism (120, 220, 320) disposed within the casing and comprising: a first covering component detachably disposed on the casing and having a receiving space and an opening; a supporting component (124, 224, 324) movably disposed within the receiving space and comprising: a first block portion movably disposed within the receiving space in a first direction and configured to enter and exit from the receiving space through the opening, wherein the first block portion comprises a pivoting portion and a stopping portion connected with the pivoting portion; and a second block portion rotatably connected with the pivoting portion about a rotating axis; wherein the stopping portion has a stopping surface being staggered with the rotating axis in a second direction, and the first direction, the second direction and the rotating axis are perpendicular to one another. a casing; a hanging mechanism (120, 220, 320) disposed within the casing and comprising: a first covering component detachably disposed on the casing and having a receiving space and an opening; a supporting component (124, 224, 324) movably disposed within the receiving space and comprising: a first block portion movably disposed within the receiving space in a first direction and configured to enter and exit from the receiving space through the opening, wherein the first block portion comprises a pivoting portion and a stopping portion connected with the pivoting portion; and a second block portion rotatably connected with the pivoting portion about a rotating axis; a first covering component detachably disposed on the casing and having a receiving space and an opening; a supporting component (124, 224, 324) movably disposed within the receiving space and comprising: a first block portion movably disposed within the receiving space in a first direction and configured to enter and exit from the receiving space through the opening, wherein the first block portion comprises a pivoting portion and a stopping portion connected with the pivoting portion; and a second block portion rotatably connected with the pivoting portion about a rotating axis; a first block portion movably disposed within the receiving space in a first direction and configured to enter and exit from the receiving space through the opening, wherein the first block portion comprises a pivoting portion and a stopping portion connected with the pivoting portion; and a second block portion rotatably connected with the pivoting portion about a rotating axis; wherein the stopping portion has a stopping surface being staggered with the rotating axis in a second direction, and the first direction, the second direction and the rotating axis are perpendicular to one another.