mhurhangee/ep-ind-claims huggingface dataset:
An apparatus having a combination of: a container having a container end panel that is formed with an inner axial wall, an outer axial wall, a connecting upper wall which connects between the inner axial wall and the outer axial wall, and a bend beneath the outer axial wall, said inner axial wall defining an opening; a closure assembly including an internally-threaded annular flange that is installed into said container end panel, a closure plug having a gasket-receiving portion, and an externally-threaded portion for threaded assembly into said annular flange, and an annular gasket positioned between said gasket-receiving portion and said inner axial wall; wherein said annular flange includes an upper wall portion positioned between said inner axial wall and said outer axial wall and where said annular gasket is radially compressed between said gasket-receiving portion and said inner axial wall; wherein said annular flange further includes an annular wall (50, 51) that is axially spaced from said upper wall portion, and said upper wall portion includes an outer surface that is radially outward of said annular wall (50, 51) characterised in that said annular wall is constructed and arranged into two sections that are axially adjacent with an upper wall section being radially outwardly offset from a lower wall section and being in close proximity to said bend of the container end panel. a container having a container end panel that is formed with an inner axial wall, an outer axial wall, a connecting upper wall which connects between the inner axial wall and the outer axial wall, and a bend beneath the outer axial wall, said inner axial wall defining an opening; a closure assembly including an internally-threaded annular flange that is installed into said container end panel, a closure plug having a gasket-receiving portion, and an externally-threaded portion for threaded assembly into said annular flange, and an annular gasket positioned between said gasket-receiving portion and said inner axial wall; wherein said annular flange includes an upper wall portion positioned between said inner axial wall and said outer axial wall and where said annular gasket is radially compressed between said gasket-receiving portion and said inner axial wall; wherein said annular flange further includes an annular wall (50, 51) that is axially spaced from said upper wall portion, and said upper wall portion includes an outer surface that is radially outward of said annular wall (50, 51) characterised in that said annular wall is constructed and arranged into two sections that are axially adjacent with an upper wall section being radially outwardly offset from a lower wall section and being in close proximity to said bend of the container end panel.
Airplane, comprising at least one exterior airplane light unit, which comprises: a housing and a lens cover, the housing and the lens cover being shaped to embed the exterior airplane light unit into a side portion of a fuselage of an airplane in front of a wing root section of the airplane, with the lens cover blending into the side portion of the fuselage of the airplane, and at least one light source and at least one optical system, with the at least one light source and the at least one optical system being arranged between the housing and the lens cover and being arranged to direct a warning light output towards an engine of the airplane, wherein the warning light output, provided by the at least one light source and the at least one optical system, comprises a sequence of red light flashes for alerting ground personnel in front of the engine (22, 32) of the airplane; characterized in that the at least one exterior airplane light unit is embedded into the side portion of the fuselage of the airplane. a housing and a lens cover, the housing and the lens cover being shaped to embed the exterior airplane light unit into a side portion of a fuselage of an airplane in front of a wing root section of the airplane, with the lens cover blending into the side portion of the fuselage of the airplane, and at least one light source and at least one optical system, with the at least one light source and the at least one optical system being arranged between the housing and the lens cover and being arranged to direct a warning light output towards an engine of the airplane, wherein the warning light output, provided by the at least one light source and the at least one optical system, comprises a sequence of red light flashes for alerting ground personnel in front of the engine (22, 32) of the airplane; characterized in that the at least one exterior airplane light unit is embedded into the side portion of the fuselage of the airplane.
A method for producing a solid pharmaceutical formulation comprising a compound represented by formula or a salt thereof, a surfactant, and a basic substance, the method comprising mixing the compound of formula or a salt thereof with the basic substance and additive(s), wherein the additive(s) comprise(s) the surfactant and wherein the basic substance is at least one substance selected from the group consisting of magnesium aluminometasilicate, L-arginine, meglumine, magnesium oxide, magnesium hydroxide, magnesium carbonate, and sodium bicarbonate. a surfactant, and a basic substance, the method comprising mixing the compound of formula or a salt thereof with the basic substance and additive(s), wherein the additive(s) comprise(s) the surfactant and wherein the basic substance is at least one substance selected from the group consisting of magnesium aluminometasilicate, L-arginine, meglumine, magnesium oxide, magnesium hydroxide, magnesium carbonate, and sodium bicarbonate.
An inertial sensor suspension apparatus mountable on a construction machine for preventing shock and vibration impacts on the construction machine from being transferred to one or more inertial sensors, comprising: a core; and one or more inertial sensors attached to the core; a pocket in which the core is disposed; a lid covering the core; a plurality of elastomer insertions attached to the core forming an upper wedge between the core and the lid and a lower wedge between the core and the pocket; and a coupler providing controlled connection of the pocket and the lid to compress the plurality of elastomer insertions using a force corresponding to a target resonance frequency for the inertial sensor suspension apparatus. a core; and one or more inertial sensors attached to the core; a pocket in which the core is disposed; a lid covering the core; a plurality of elastomer insertions attached to the core forming an upper wedge between the core and the lid and a lower wedge between the core and the pocket; and a coupler providing controlled connection of the pocket and the lid to compress the plurality of elastomer insertions using a force corresponding to a target resonance frequency for the inertial sensor suspension apparatus.
A method for producing a resin-filled object using a tubular object comprising a penetration space formed in a longitudinal direction and an edge region having slots (3; 101) formed in the longitudinal direction therein, wherein the method for producing a resin-filled object comprises steps of: introducing a resin composition including a resin and magnetic powder into the slots (3; 101); inserting a solenoid coil into the penetration space of the tubular object that the resin composition is introduced into the slots (3; 101); and generating a magnetic field with the solenoid coil to cure the resin. wherein the method for producing a resin-filled object comprises steps of: introducing a resin composition including a resin and magnetic powder into the slots (3; 101); inserting a solenoid coil into the penetration space of the tubular object that the resin composition is introduced into the slots (3; 101); and generating a magnetic field with the solenoid coil to cure the resin.
A passively mode-coupled ultrashort pulse fiber laser for generating ultrashort laser pulses, comprising a resonator in a figure-of-eight configuration, wherein the resonator has a main ring and a secondary ring optically coupled thereto designed as a non-linear Sagnac interferometer, and wherein the main ring and the secondary ring are constructed of polarization-maintaining optical fibers, and the main ring and/or the secondary ring have a fiber section designed as a laser-active medium, wherein the laser-active medium is optically pumped through an externally-coupled pump light source which is also comprised, wherein there is at least one dispersion compensation unit in the resonator for compensating a group delay dispersion of the ultrashort laser pulses, wherein the dispersion compensation unit is a separate optical unit, and wherein the dispersion compensation unit comprises at least one dispersion compensation element, and a free beam path at one input and/or an output of the dispersion compensation unit is provided between a first end and/or a second end of the optical fiber of the main ring and/or the secondary ring and the dispersion compensation element, such that the dispersion compensation element forms an optical unit separate from the optical fiber, and wherein a polarization adaptation element (28, 48) is provided at an output of the dispersion compensation unit, wherein the polarization adaptation element (28, 48) is configured to adapt a polarization state of a laser pulse leaving the dispersion compensation unit to a polarization direction of the optical fiber, wherein a Lyot filter is provided at the output of the dispersion compensation unit that comprises a polarizer and an analyzer, as well as a birefringent crystal arranged between the polarizer and the analyzer, wherein the analyzer of the Lyot filter is provided as the polarization adaptation element.
Material for the preparation of an orientation layer for a liquid crystal medium, the material comprising a first and a second substance that both can be oriented and crosslinked by the action of linearly polarised light, characterized in that in both substances an angle of tilt with a defined direction can be generated in a single irradiation step by the action of linearly polarized light irradiated obliquely.
An image encoding device (100, 200, 500, 600, 700) for encoding input images, comprising: a subdividing means for subdividing a predetermined unit contained in a sequence of the input images into encoding units; first selecting means (13, 213) for selecting one prediction set per encoding unit in a predetermined unit from a prediction set group including a plurality of prediction sets each including a plurality of different prediction modes corresponding to respective prediction directions and respective prediction methods; second selecting means (11, 211, 311) for selecting one prediction mode per encoding unit in a predetermined unit from a plurality of prediction modes included in the prediction set selected by the first selecting means for the encoding unit in a predetermined unit; intra predicting means (10, 210, 310, 710) for forming an intra predicted image per encoding unit by use of the prediction set selected and the prediction mode selected for the encoding unit; and encoding means (4, 204, 304, 504) for encoding residual data between the input image and an intra predicted image and the prediction mode selected per encoding unit. a subdividing means for subdividing a predetermined unit contained in a sequence of the input images into encoding units; first selecting means (13, 213) for selecting one prediction set per encoding unit in a predetermined unit from a prediction set group including a plurality of prediction sets each including a plurality of different prediction modes corresponding to respective prediction directions and respective prediction methods; second selecting means (11, 211, 311) for selecting one prediction mode per encoding unit in a predetermined unit from a plurality of prediction modes included in the prediction set selected by the first selecting means for the encoding unit in a predetermined unit; intra predicting means (10, 210, 310, 710) for forming an intra predicted image per encoding unit by use of the prediction set selected and the prediction mode selected for the encoding unit; and encoding means (4, 204, 304, 504) for encoding residual data between the input image and an intra predicted image and the prediction mode selected per encoding unit.
A flexible draper belt assembly for an agricultural harvesting machine movable in a given direction, said assembly comprising: at least one endless elongated belt positioned generally laterally with respect to the direction of movement of said agricultural machine; an idler roller and a drive roller over which said endless belt extends, characterized in that said drive roller is translatable along its axis to alleviate diagonal stresses on said endless elongated belt, wherein said drive roller is translatable by means of a pivoting link, one end of which is connected to a journal for said drive roller and the other of which is connected to a frame. at least one endless elongated belt positioned generally laterally with respect to the direction of movement of said agricultural machine; an idler roller and a drive roller over which said endless belt extends, characterized in that said drive roller is translatable along its axis to alleviate diagonal stresses on said endless elongated belt, wherein said drive roller is translatable by means of a pivoting link, one end of which is connected to a journal for said drive roller and the other of which is connected to a frame.
A mobile terminal, comprising: a main body, comprising a front side facing a user and a back side arranged opposite to each other as well as a side wall connected between the front side and the back side, and a receiving cavity in the main body, and the receiving cavity having an opening located in the side wall; and characterized by further comprising a flexible screen assembly, comprising a fixed portion and an activity portion extending from a side of the fixed portion, the fixed portion being provided on the front side of the main body, and the activity portion being bendable around the side wall to contact the back side or extending into the receiving cavity through the opening of the receiving cavity, wherein the activity portion is capable of being stored in two states, in a first state, the activity portion is received in the receiving cavity, and in a second state, the activity portion is bent over and attached to the back side. a main body, comprising a front side facing a user and a back side arranged opposite to each other as well as a side wall connected between the front side and the back side, and a receiving cavity in the main body, and the receiving cavity having an opening located in the side wall; and characterized by further comprising a flexible screen assembly, comprising a fixed portion and an activity portion extending from a side of the fixed portion, the fixed portion being provided on the front side of the main body, and the activity portion being bendable around the side wall to contact the back side or extending into the receiving cavity through the opening of the receiving cavity, wherein the activity portion is capable of being stored in two states, in a first state, the activity portion is received in the receiving cavity, and in a second state, the activity portion is bent over and attached to the back side.
A capacitive touch panel comprising a conductor pattern structure formed on a surface of a substrate, the conductor pattern structure comprising: at least two adjacent first-axis conductor cells; and at least two adjacent second-axis conductor cells, wherein the first-axis conductor cells and the second-axis conductor cells consist of a transparent conductive material, wherein the adjacent first-axis conductor cells are connected by a first-axis conduction line provided therebetween, an insulation layer is formed on a surface of the first-axis conduction line, wherein the insulation layer consists of a transparent material, and a second-axis conduction line extends across a surface of the insulation layer to connect between the adjacent second-axis conductor cells, and wherein said capacitive touch panel further comprises a control circuit, characterized in that when a user puts his or her finger to touch a contact area on the capacitive touch panel, a first-axis conductor cell and a second-axis conductor cell, which are covered by the contact area, induce a capacitor effect therebetween, and a capacitance variation signal caused thereby is transmitted through signal transmission lines (16a, 16b) to said control circuit, for determining, by a computation carried out by the control circuit, on which point on the surface of the substrate the contact area is set. at least two adjacent first-axis conductor cells; and at least two adjacent second-axis conductor cells, wherein the first-axis conductor cells and the second-axis conductor cells consist of a transparent conductive material, wherein the adjacent first-axis conductor cells are connected by a first-axis conduction line provided therebetween, an insulation layer is formed on a surface of the first-axis conduction line, wherein the insulation layer consists of a transparent material, and a second-axis conduction line extends across a surface of the insulation layer to connect between the adjacent second-axis conductor cells, and wherein said capacitive touch panel further comprises a control circuit, characterized in that when a user puts his or her finger to touch a contact area on the capacitive touch panel, a first-axis conductor cell and a second-axis conductor cell, which are covered by the contact area, induce a capacitor effect therebetween, and a capacitance variation signal caused thereby is transmitted through signal transmission lines (16a, 16b) to said control circuit, for determining, by a computation carried out by the control circuit, on which point on the surface of the substrate the contact area is set.
A water-absorbent sheet structure comprising a structure in which an absorbent layer comprising a water-absorbent resin and an adhesive is sandwiched with nonwoven fabrics from an upper side and a lower side of the absorbent layer, wherein the water-absorbent resin is contained in an amount of from 100 to 1,000 g/m 2, and wherein a mass-average particle size of the water-absorbent resin is from 50 to 800 μm, as measured according to the procedure described in the description and wherein a particle size rate index of the water-absorbent resin is 0.12 s/μm or less, wherein the particle size rate index is calculated by dividing a water-absorption rate of saline solution of the water absorbent resin, as measured according to the procedure described in the description, by the mass average particle size of the water-absorbent resin and wherein the water-absorbent sheet structure has a peeling strength of from 0.05 to 3.0 N/7 cm, as measured according to the procedure described in the description.
A method of assessing the quality of a data segmentation result used for isolating a subset of events (110, 610a, 610b) from a set of accumulated events, the subset (110, 610a, 610b) corresponding to a population of interest sharing a physical property and the set corresponding to sample particles, the method comprising: obtaining data for the sample particles, wherein the data corresponds to the set of accumulated events, wherein the set of accumulated events includes the subset of events (110, 610a, 610b); obtaining a plot of the set of accumulated events (100, 600a, 600b); segmenting, using a data segmentation technique, data for the subset of events (110, 610a, 610b) from other events of the set of accumulated events, wherein the segmenting step produces the data segmentation result; and determining a quality score for the data segmentation result, wherein the plot is a histogram, wherein the quality score is a region separability score and the data segmentation result is a boundary (120, 620a, 620b), further wherein the region separability score is based on a distance between the subset of events (110, 610a, 610b) and the boundary (120, 620a, 620b), characterized in that the region separability score is further based on a distance between the subset of events (110, 610a, 610b) and a characteristic point, wherein the characteristic point comprises a member selected from the group consisting of a mean of the subset (110, 610a, 610b) and a mode of the subset (110, 610a, 610b). obtaining data for the sample particles, wherein the data corresponds to the set of accumulated events, wherein the set of accumulated events includes the subset of events (110, 610a, 610b); obtaining a plot of the set of accumulated events (100, 600a, 600b); segmenting, using a data segmentation technique, data for the subset of events (110, 610a, 610b) from other events of the set of accumulated events, wherein the segmenting step produces the data segmentation result; and determining a quality score for the data segmentation result, wherein the plot is a histogram, wherein the quality score is a region separability score and the data segmentation result is a boundary (120, 620a, 620b), further wherein the region separability score is based on a distance between the subset of events (110, 610a, 610b) and the boundary (120, 620a, 620b),
Transport or conveyor section for conveying caps or similar closures for bottles or similar containers, and for treating the closures with a treatment medium, for example, with at least one sterilisation medium, wherein the at least one treatment medium is used at the same time for conveying the closures along the transport section (1, 1 a), wherein a plurality of nozzle apertures (14, 36, 37, 40) are provided along the transport section for the application of the treatment medium onto the closures, wherein at least a part of the nozzle apertures (14, 36, 37, 40) are oriented such as to produce in each case at least one jet of the treatment medium, which have components pointing in the conveying direction, wherein they are formed from at least one cage-type closure channel (5, 5a) which is accommodated in the interior (7, 24) of a housing unit (6, 25) extending in the transport direction, and wherein the closure channel, for all-round accessibility of the transport medium, is delimited on all sides only by webs which allow the closures a slight degree of play, characterised in that at least a part of the nozzle apertures are adjustable in respect of the axis direction of the nozzle jet applied in each case.
A barrier film, comprising: a substrate; a base (co)polymer layer on a major surface of the substrate; an oxide layer on the base (co)polymer layer; and a protective (co)polymer layer on the oxide layer, wherein the protective (co)polymer layer comprises a (co)polymer formed as a reaction product of: a first (meth)acryloyl compound, and a (meth)acryl-silane compound derived from a Michael reaction between a second (meth)acryloyl compound and an aminosilane, optionally wherein the first (meth)acryloyl compound is the same as the second (meth)acryloyl compound. a substrate; a base (co)polymer layer on a major surface of the substrate; an oxide layer on the base (co)polymer layer; and a protective (co)polymer layer on the oxide layer, wherein the protective (co)polymer layer comprises a (co)polymer formed as a reaction product of: a first (meth)acryloyl compound, and a (meth)acryl-silane compound derived from a Michael reaction between a second (meth)acryloyl compound and an aminosilane, optionally wherein the first (meth)acryloyl compound is the same as the second (meth)acryloyl compound. a first (meth)acryloyl compound, and a (meth)acryl-silane compound derived from a Michael reaction between a second (meth)acryloyl compound and an aminosilane, optionally wherein the first (meth)acryloyl compound is the same as the second (meth)acryloyl compound.