mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker comprising: a plurality of grids disposed in a longitudinal direction, each having protruding portions formed at both ends at the front thereof so as to define a space therebetween; a fixing portion installed at the rear of the grids to support the grids; insulating plates fixed to both sides of the grids wherein the insulating plates comprise: first insulating plates fixed to both sides of the grids; and second insulating plates each comprising a coupling portion coupled to the first insulating plate and an inclined portion extending into the space from the coupling portion toward the grids with an inclination; a stator located below the grids, the stator including an arc runner and a stationary contact disposed at an upper side of the arc runner; and a mover contactable with or separable from the stationary contact with moving up and down within the space, characterised in that an interval (a) between the inclined portions of the second insulating plates within the space is shorter than a width (b) of the arc runner and shorter than a width (c) of the mover. a plurality of grids disposed in a longitudinal direction, each having protruding portions formed at both ends at the front thereof so as to define a space therebetween; a fixing portion installed at the rear of the grids to support the grids; insulating plates fixed to both sides of the grids wherein the insulating plates comprise: first insulating plates fixed to both sides of the grids; and second insulating plates each comprising a coupling portion coupled to the first insulating plate and an inclined portion extending into the space from the coupling portion toward the grids with an inclination; a stator located below the grids, the stator including an arc runner and a stationary contact disposed at an upper side of the arc runner; and a mover contactable with or separable from the stationary contact with moving up and down within the space, first insulating plates fixed to both sides of the grids; and second insulating plates each comprising a coupling portion coupled to the first insulating plate and an inclined portion extending into the space from the coupling portion toward the grids with an inclination; a stator located below the grids, the stator including an arc runner and a stationary contact disposed at an upper side of the arc runner; and a mover contactable with or separable from the stationary contact with moving up and down within the space,
A firework accommodating apparatus comprising a shaped body with an upwardly open recess and a first open bore at the bottom in the shaped body, which is situated centrally, wherein a second bore having a smaller diameter is preferably located next to the first bore, wherein in the first bore, preferably a continuous bore or hollow bore, preferably a guide rod can be fastened and having at least two lateral cylindrical hollow bores in the shaped body or instead of the hollow bores, downwardly inclined wings and wherein the shaped body has a sensor for determining the Earth's magnetic field wherein the sensor is preferably mounted obliquely to the roll axis and wherin the shaped body has an apparatus which can stipulate the time of firing of a burst charge.
A method for making a cured rubber sheet, the method comprising: i. providing an uncured rubber sheet, where the uncured rubber sheet includes opposing planar surfaces; ii. applying a curable coating composition to one planar surface of the sheet to form a layer of curable coating composition; iii. subjecting the curable coating composition to curing conditions that cure the coating composition and thereby form a cured coating layer on the uncured rubber sheet; iv. rolling the uncured rubber sheet having a cured coating layer onto itself to form a roll; and v. subjecting the roll to curing conditions that cure the uncured rubber sheet and thereby forms a roll of cured rubber sheet, wherein the uncured rubber is uncured EPDM, and said process produces a cured EPDM sheet. i. providing an uncured rubber sheet, where the uncured rubber sheet includes opposing planar surfaces; ii. applying a curable coating composition to one planar surface of the sheet to form a layer of curable coating composition; iii. subjecting the curable coating composition to curing conditions that cure the coating composition and thereby form a cured coating layer on the uncured rubber sheet; iv. rolling the uncured rubber sheet having a cured coating layer onto itself to form a roll; and v. subjecting the roll to curing conditions that cure the uncured rubber sheet and thereby forms a roll of cured rubber sheet,
A method for displaying multiple time rings on an avionic display (14,200), the method comprising: displaying a first time ring in the avionic display; displaying a second time ring in the avionic display, wherein the first and second time rings comprise a pair of visually spaced apart time rings, wherein a visual spacing apart between the first and second time rings is indicative of a range and a separation flight time between the first and second time rings; and displaying, about at least the first time ring in the avionic display, a distance marker of a value for a range and a numerical value for a time marker corresponding to a separation flight time between the first and second rings in relation to an ownship's position and airspeed, the method further comprising: displaying the distance marker and the time marker for the range and the separation flight time, the range and the separation flight time corresponding to a commencing of a supersonic flight phase in relation to the ownship's position and airspeed. displaying a first time ring in the avionic display; displaying a second time ring in the avionic display, wherein the first and second time rings comprise a pair of visually spaced apart time rings, wherein a visual spacing apart between the first and second time rings is indicative of a range and a separation flight time between the first and second time rings; and displaying, about at least the first time ring in the avionic display, a distance marker of a value for a range and a numerical value for a time marker corresponding to a separation flight time between the first and second rings in relation to an ownship's position and airspeed, the method further comprising: displaying the distance marker and the time marker for the range and the separation flight time, the range and the separation flight time corresponding to a commencing of a supersonic flight phase in relation to the ownship's position and airspeed.
A gas turbine engine having a cavity for inspection, comprising: an inspection device mounted within a housing, the housing at least partially located adjacent the cavity to be inspected and having a shutter which is actuable between a closed configuration and an open configuration; and, an actuation mechanism for moving the shutter between the closed configuration and the open configuration, characterised in that: the inspection device is retractable between a stowed position and an inspection position. an inspection device mounted within a housing, the housing at least partially located adjacent the cavity to be inspected and having a shutter which is actuable between a closed configuration and an open configuration; and, an actuation mechanism for moving the shutter between the closed configuration and the open configuration, characterised in that: the inspection device is retractable between a stowed position and an inspection position.
A speaker device for a portable terminal, comprising a speaker housing which provides a mounting space for accommodating a speaker unit and a resonating space connected to the mounting space and located around the mounting space; wherein the speaker housing comprises a sub-housing having an internal space that is divided by partitions formed in the inside of the sub-housing to provide the mounting space and the resonating space and having an opened side; wherein the speaker housing further comprises a cover combined with a face of the sub-housing to close the mounting space and the resonating space; characterised in that the speaker device further comprises an elastic material attached to the inside of the cover to seal up a space between the top surfaces of the partitions and the inside of the cover.
A reaction container holder comprising: a retaining member comprising a plurality of retaining sections for retaining reaction containers, the plurality of retaining sections being irremovable from the retaining member, the reaction container being separate from the retaining sections and being suitable for housing a liquid sample containing a reagent and a specimen; and a circular rotating member for detachably fixing the retaining member from above and rotating, wherein the rotating member comprises a level difference section (9b; 9d; 9f; 9i), wherein an upper surface of the level difference section (9b; 9d; 9f; 9i) is positioned above a bottom part of the retaining section within the retaining section when the retaining member is fixed, and wherein the reaction container holder is configured to keep the reaction container at a constant temperature by transferring heat through the level difference section (9b; 9d; 9f; 9i) of the rotating member to the reaction container. a retaining member comprising a plurality of retaining sections for retaining reaction containers, the plurality of retaining sections being irremovable from the retaining member, the reaction container being separate from the retaining sections and being suitable for housing a liquid sample containing a reagent and a specimen; and a circular rotating member for detachably fixing the retaining member from above and rotating, wherein the rotating member comprises a level difference section (9b; 9d; 9f; 9i), wherein an upper surface of the level difference section (9b; 9d; 9f; 9i) is positioned above a bottom part of the retaining section within the retaining section when the retaining member is fixed, and wherein the reaction container holder is configured to keep the reaction container at a constant temperature by transferring heat through the level difference section (9b; 9d; 9f; 9i) of the rotating member to the reaction container.
A method for detecting light sources in a multi-illuminated environment, the method comprising: providing, by a composite RGB-IR sensor, a single frame, upon capturing one or more images; dividing the single frame into a plurality of grid samples of a pre-defined size; obtaining a visible raw image and a near-infrared raw image corresponding to each of the plurality of grid samples; determining an average value for each of the plurality of grid samples of the visible raw image and for each of the plurality of grid samples of the NIR raw image; extracting a green/NIR pixel ratio and a blue/NIR pixel ratio using the average value of each grid sample; estimating at least one illuminant feature for each of the plurality of grid samples by passing the green/NIR pixel ratio and the blue/NIR pixel ratio estimated corresponding to the each of the plurality of grid samples through a convolution neural network module which learns only two components of the green/NIR pixel ratio and the blue/NIR pixel ratio without a red/NIR ratio; identifying a prominent light source among a plurality of light sources in the single frame based on illumination features estimated for the plurality of grid samples; processing an image of the single frame based on at least one illuminant feature corresponding to the prominent light source; and displaying the processed image on a display panel of an electronic device. providing, by a composite RGB-IR sensor, a single frame, upon capturing one or more images; dividing the single frame into a plurality of grid samples of a pre-defined size; obtaining a visible raw image and a near-infrared raw image corresponding to each of the plurality of grid samples; determining an average value for each of the plurality of grid samples of the visible raw image and for each of the plurality of grid samples of the NIR raw image; extracting a green/NIR pixel ratio and a blue/NIR pixel ratio using the average value of each grid sample; estimating at least one illuminant feature for each of the plurality of grid samples by passing the green/NIR pixel ratio and the blue/NIR pixel ratio estimated corresponding to the each of the plurality of grid samples through a convolution neural network module which learns only two components of the green/NIR pixel ratio and the blue/NIR pixel ratio without a red/NIR ratio; identifying a prominent light source among a plurality of light sources in the single frame based on illumination features estimated for the plurality of grid samples; processing an image of the single frame based on at least one illuminant feature corresponding to the prominent light source; and displaying the processed image on a display panel of an electronic device.
A locking device adapted to lock a shell to an installation body, the locking device comprising: a thread connection member adapted to pass through a connecting hole in the shell and be screwed into a threaded hole in the installation body; characterized in that it further comprises a sealing ring (300, 300') sleeved on the thread connection member and adapted to be pressed on an installation surface of the shell, so as to seal the connecting hole of the shell; and a gasket sleeved on the thread connection member and adapted to be pressed between the thread connection member and the sealing ring (300, 300'), so as to prevent the thread connection member from being loosened, wherein the gasket has at least two stopping arms (410, 420), an angle defined between two adjacent stopping arms (410, 420) of the at least two stopping arms (410, 420) is larger than 0 degrees and less than 180 degrees, and wherein top ends (410a, 420a) of the adjacent stopping arms (410, 420) on the gasket are adapted to simultaneously abut against an outer wall of the shell, so as to prevent the gasket from being rotated along with the thread connection member, wherein the sealing ring (300, 300') comprises an elastic ring (310, 310') and a rigid ring (320, 320') provided on an outer side of the elastic ring or in an inner of the elastic ring wherein the rigid ring (320, 320') is configured to force the elastic ring (310, 310') to elastically deform inwardly in a radial direction when the elastic ring (310, 310') is pressed in an axial direction, so that the elastic ring (310, 310') reliably holds the thread connection member. a thread connection member adapted to pass through a connecting hole in the shell and be screwed into a threaded hole in the installation body; characterized in that it further comprises a sealing ring (300, 300') sleeved on the thread connection member and adapted to be pressed on an installation surface of the shell, so as to seal the connecting hole of the shell; and a gasket sleeved on the thread connection member and adapted to be pressed between the thread connection member and the sealing ring (300, 300'), so as to prevent the thread connection member from being loosened, wherein the gasket has at least two stopping arms (410, 420), an angle defined between two adjacent stopping arms (410, 420) of the at least two stopping arms (410, 420) is larger than 0 degrees and less than 180 degrees, and wherein top ends (410a, 420a) of the adjacent stopping arms (410, 420) on the gasket are adapted to simultaneously abut against an outer wall of the shell, so as to prevent the gasket from being rotated along with the thread connection member, wherein the sealing ring (300, 300') comprises an elastic ring (310, 310') and a rigid ring (320, 320') provided on an outer side of the elastic ring or in an inner of the elastic ring wherein the rigid ring (320, 320') is configured to force the elastic ring (310, 310') to elastically deform inwardly in a radial direction when the elastic ring (310, 310') is pressed in an axial direction, so that the elastic ring (310, 310') reliably holds the thread connection member.
A device for influencing the volume flow of extruded, plastically deformable material, the material being conveyed to an outlet nozzle in the additive manufacturing of components, having a flange arranged between an extrusion unit and an outlet nozzle and being connected to the extrusion unit and the outlet nozzle, in which a channel formed from the extrusion unit to the outlet nozzle is introduced in the flange and a piston is rotatably mounted in the flange perpendicular to the longitudinal axis of the channel and guided through the channel, characterized in that a bore is formed in the piston in the region of the channel and opens into a bypass channel guided through the piston to a bypass nozzle, and in addition, at least one groove (2.1) is formed in the region of the channel on the outer lateral surface of the piston next to the bore, arranged in a different angular range than the bore or around the bore, so that depending on the angular positions of the piston, extruded, plastically deformable material can be conveyed through the groove (2.1) in the direction of the outlet nozzle and/or through the bore and the bypass channel out of the bypass nozzle. a channel formed from the extrusion unit to the outlet nozzle is introduced in the flange and a piston is rotatably mounted in the flange perpendicular to the longitudinal axis of the channel and guided through the channel, characterized in that a bore is formed in the piston in the region of the channel and opens into a bypass channel guided through the piston to a bypass nozzle, and in addition, at least one groove (2.1) is formed in the region of the channel on the outer lateral surface of the piston next to the bore, arranged in a different angular range than the bore or around the bore, so that depending on the angular positions of the piston, extruded, plastically deformable material can be conveyed through the groove (2.1) in the direction of the outlet nozzle and/or through the bore and the bypass channel out of the bypass nozzle.
A flavoured vaporisable formulation comprising (i) one or more solvents; (ii) a flavour; and (iii) one or more cyclodextrins; wherein the flavoured vaporisable formulation contains water in an amount of from 0 to 10 wt.% based on the vaporisable formulation; wherein the flavoured vaporisable formulation further comprises nicotine. (i) one or more solvents; (ii) a flavour; and (iii) one or more cyclodextrins; wherein the flavoured vaporisable formulation contains water in an amount of from 0 to 10 wt.% based on the vaporisable formulation; wherein the flavoured vaporisable formulation further comprises nicotine. wherein the flavoured vaporisable formulation contains water in an amount of from 0 to 10 wt.% based on the vaporisable formulation; wherein the flavoured vaporisable formulation further comprises nicotine.
A bound pad comprising a generally rectangular stack of a plurality of sheets of stock material, including a plurality of sheets of unexpanded slit-sheet stock material, the sheets of slit-sheet stock material each including a plurality of slits configured to separate under tension applied in a direction across the length of the slits, characterized by each sheet of slit-sheet stock material being separated from an adjacent sheet of slit-sheet stock material by an interleafed uncut separator sheet, and the plurality of sheets of the slit-sheet stock material and the interleafed non-die cut separator sheets are bound together along one edge. a generally rectangular stack of a plurality of sheets of stock material, including a plurality of sheets of unexpanded slit-sheet stock material, the sheets of slit-sheet stock material each including a plurality of slits configured to separate under tension applied in a direction across the length of the slits, characterized by each sheet of slit-sheet stock material being separated from an adjacent sheet of slit-sheet stock material by an interleafed uncut separator sheet, and the plurality of sheets of the slit-sheet stock material and the interleafed non-die cut separator sheets are bound together along one edge.
A composition, comprising organic-inorganic hybrid porous material particles and inorganic compound particles, wherein the organic-inorganic hybrid porous material particles contains a doping element A, and the element A is one or more selected from: Li, Na, K, Rb, Cs, Sr, Zn, Mg, Ca, or any combination thereof; an external specific surface area of the organic-inorganic hybrid porous material is 1 to 100 m 2 /g; and a ratio of the external specific surface area to a total specific surface area of the organic-inorganic hybrid porous material is 0.7 to 0.9; wherein the external specific surface area and the total specific surface area are determined by a multipoint Brunauer-Emmett-Telter method based on the multi-molecular layer adsorption theory; wherein the inorganic compound is one or more selected from: zeolite, molecular sieve, aluminum oxide, aluminum oxyhydroxide, silicon dioxide, aluminum nitride, silicon carbide, magnesium oxide, calcium oxide, zinc oxide, zirconium oxide, titanium dioxide, or any combination thereof. the organic-inorganic hybrid porous material particles contains a doping element A, and the element A is one or more selected from: Li, Na, K, Rb, Cs, Sr, Zn, Mg, Ca, or any combination thereof; an external specific surface area of the organic-inorganic hybrid porous material is 1 to 100 m 2 /g; and a ratio of the external specific surface area to a total specific surface area of the organic-inorganic hybrid porous material is 0.7 to 0.9; wherein the external specific surface area and the total specific surface area are determined by a multipoint Brunauer-Emmett-Telter method based on the multi-molecular layer adsorption theory; wherein the inorganic compound is one or more selected from: zeolite, molecular sieve, aluminum oxide, aluminum oxyhydroxide, silicon dioxide, aluminum nitride, silicon carbide, magnesium oxide, calcium oxide, zinc oxide, zirconium oxide, titanium dioxide, or any combination thereof.
Apparatus for a hob, with a control unit, which is provided to take at least one heating zone-specific parameter into consideration before the start of a heating procedure when adapting at least one base recipe to generate at least one implementation recipe, wherein the heating-zone specific parameter is a variable of a heating zone and/or an extreme heating output assigned to a heating zone and/or a number of heating elements provided for heating of the heating zone.