mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a liquid crystal panel; and a backlight unit, wherein the backlight unit comprises one or more color conversion films, the liquid crystal panel or backlight unit comprises a light absorption layer, and the color conversion film comprises, during light irradiation, a first light emission peak in which a light emission peak having the largest height within a wavelength range of 500 nm to 560 nm is present within 520 nm to 535 nm and a full width at half maximum of the light emission peak is 50 nm or less and a second light emission peak in which a light emission peak having the largest height within a wavelength range of 600 nm to 780 nm is present within 625 nm to 640 nm and a full width at half maximum of the light emission peak is 60 nm or less, wherein the display device has a BT2020 coverage of 87% or more when irradiated with light having a maximum light emission wavelength of 440 nm to 460 nm; the light absorption layer has a maximum absorption wavelength at 560 nm to 610 nm; wherein the color conversion film comprises red fluorescent substance represented by one of the following formulas a liquid crystal panel; and a backlight unit, wherein the backlight unit comprises one or more color conversion films, the liquid crystal panel or backlight unit comprises a light absorption layer, and the color conversion film comprises, during light irradiation, a first light emission peak in which a light emission peak having the largest height within a wavelength range of 500 nm to 560 nm is present within 520 nm to 535 nm and a full width at half maximum of the light emission peak is 50 nm or less and a second light emission peak in which a light emission peak having the largest height within a wavelength range of 600 nm to 780 nm is present within 625 nm to 640 nm and a full width at half maximum of the light emission peak is 60 nm or less, wherein the display device has a BT2020 coverage of 87% or more when irradiated with light having a maximum light emission wavelength of 440 nm to 460 nm; the light absorption layer has a maximum absorption wavelength at 560 nm to 610 nm; wherein the color conversion film comprises red fluorescent substance represented by one of the following formulas
A polymer component comprising an ultraviolet curable polymer with an embedded element (1, 4) to provide ultraviolet light within the component to cure the ultraviolet curable polymer, characterised in that the embedded element is provided by coating (3, 6) an opaque fibre (2, 5) to create a light pipe.
Printed circuit board (1; 60) for connecting with electronic components (30; 50; 55), comprising at least one slot extending through the printed circuit board, suitable for receiving the electronic components, the inner surface of the at least one slot is provided with at least one recess extending from one side of the printed circuit board to the other, characterized in that the slot consists of a main slot which is provided on both distal ends with respective second and third slots, the second and third slots are orientated in the same direction as said main slot and slightly offset with respect to the centre line of said main slot, whereby one slot is slightly offset to the right of the longitudinal center line of the main slot and the other slot is slightly offset to the left of the longitudinal center line of the main slot.
A cooling fan comprising: a fan housing; a rotation shaft which is rotatably supported in the fan housing; a stator which is fixed to the fan housing and comprises a stator core; a rotor, which is provided with a magnet that is disposed with a predetermined gap away from an outer circumferential surface of the stator and a back yoke disposed on the outer circumferential surface of the magnet and that is installed on the rotation shaft, the magnet being dimensioned such that a top of the magnet protrudes in upward direction by a distance D1 from a top of the stator core and a bottom of the magnet protrudes in downward direction by a distance D2 from a bottom of the stator core, wherein the distance D1 is larger than the distance D2; and a printed circuit board, PCB, which is installed on a lower side of the stator, and is equipped with a circuit component for controlling the cooling fan and a Hall sensor for sensing the revolutions of the rotor and a sensing power enhancement unit for enhancing the sensing power of the Hall sensor, which is formed at the lower portion of the magnet that is adjacent to the Hall sensor, wherein the sensing power enhancement unit includes a protrusion portion that protrudes from the bottom of the magnet further downward to increase the length of the magnet, and an inclined surface that is formed on the inner surface of the protrusion portion so that the thickness of the inclined surface becomes thinner toward the lower direction of the inclined surface. a fan housing; a rotation shaft which is rotatably supported in the fan housing; a stator which is fixed to the fan housing and comprises a stator core; a rotor, which is provided with a magnet that is disposed with a predetermined gap away from an outer circumferential surface of the stator and a back yoke disposed on the outer circumferential surface of the magnet and that is installed on the rotation shaft, the magnet being dimensioned such that a top of the magnet protrudes in upward direction by a distance D1 from a top of the stator core and a bottom of the magnet protrudes in downward direction by a distance D2 from a bottom of the stator core, wherein the distance D1 is larger than the distance D2; and a printed circuit board, PCB, which is installed on a lower side of the stator, and is equipped with a circuit component for controlling the cooling fan and a Hall sensor for sensing the revolutions of the rotor and a sensing power enhancement unit for enhancing the sensing power of the Hall sensor, which is formed at the lower portion of the magnet that is adjacent to the Hall sensor, wherein the sensing power enhancement unit includes a protrusion portion that protrudes from the bottom of the magnet further downward to increase the length of the magnet, and an inclined surface that is formed on the inner surface of the protrusion portion so that the thickness of the inclined surface becomes thinner toward the lower direction of the inclined surface.
Adjustment device for a vehicle assembly to be adjusted having a variable displacement motor which drives into a toothed rocker allocated to the vehicle assembly to be adjusted via a variable speed gear unit, wherein the variable speed gear unit structurally stiffens the vehicle assembly to be adjusted and an adjusting screw of the variable speed gear unit which acts in a structurally stiffening manner acts directly on the toothed rocker, wherein the variable speed gear unit has a worm screw which is able to be driven by the variable displacement motor via a flex-shaft, said worm screw driving into a gear wheel fastened to a shaft for the rotation of the shaft and for the rotation of the adjusting screw which is likewise fastened to the shaft, wherein the adjusting screw drives directly into the toothed rocker, wherein the shaft, together with the gear wheel fastened to the same and the adjusting screw fastened to the same, is mounted on the structural component of the vehicle assembly to be adjusted, said structural component being designed for the event of a crash, wherein an axis of the flex-shaft is orthogonal to a plane in which the toothed rocker moves.
A cosmetic preparation, comprising a capsule with a core/shell structure, comprising a core which comprises at least one sparingly water-soluble or water-insoluble organic active ingredient selected from an organic UV filter selected from Octocrylene, Ethylhexyl Methoxycinnamate, Ethylhexyl Triazone, Diethylamino Hydroxybenzoyl Hexyl Benzoate, Methylene Bis-Benzotriazolyl Tetramethhylbutylphenol and Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine, and mixtures of these UV filters, and a shell which directly surrounds the core, where the shell comprises nanoparticles of a metal oxide or semimetal oxide and these nanoparticles are joined together by at least one further metal oxide or semimetal oxide, where the further metal oxide or semimetal oxide joining the nanoparticles has been formed by hydrolysis and subsequent polycondensation of a water-insoluble or sparingly water-soluble sol-gel precursor, wherein the capsule comprises no low molecular weight, organic surfactants.
A card protection box, comprising a box body, wherein one end of the box body being provided with a card passage, one side of the other end of the box body is provided with a transverse mortise, the transverse mortise is provided with a pushing handle capable of moving along the transverse mortise, and the pushing handle partially extends inside the box body through the transverse mortise characterised in that the pushing handle is provided with a tooth portion; an inner end inside the box body is provided with a supporting plate, the supporting plate is rotatably connected to a card shifter and the card shifter has a tooth meshed with the tooth portion, wherein when the pushing handle is pushed to move along the transverse mortise, the pushing handle can push the card shifter to rotate, and the rotation of the card shifter can push out a card inside the box body from the card passage. characterised in that the pushing handle is provided with a tooth portion; an inner end inside the box body is provided with a supporting plate, the supporting plate is rotatably connected to a card shifter and the card shifter has a tooth meshed with the tooth portion, wherein when the pushing handle is pushed to move along the transverse mortise, the pushing handle can push the card shifter to rotate, and the rotation of the card shifter can push out a card inside the box body from the card passage.
A band saw blade comprising: a cutting edge defining a cutting plane and configured to engage a workpiece during movement of the band saw blade in a cutting direction; a back edge located on an opposite side of the band saw blade relative to the cutting edge and defining a repeating back edge pattern, the back edge pattern comprising, in sequential order: a ramp-down section having a ramp-down length (L RD) and defining an acute ramp-down angle (α ARD) relative to a plane parallel to the cutting plane; a first ramp-up section having a first ramp-up length (L RU1) and defining a first acute ramp-up angle (α ARU1) relative to the plane parallel to the cutting plane; an intermediate section having an intermediate length (L INT) and oriented at least substantially parallel to the cutting plane; a second ramp-up section having a second ramp-up length (L RU2) and defining a second acute ramp-up angle (α ARU2) relative to the plane parallel to the cutting plane; and a spacing section having a spacing length (L SP) and oriented at least substantially parallel to the cutting plane. a cutting edge defining a cutting plane and configured to engage a workpiece during movement of the band saw blade in a cutting direction; a back edge located on an opposite side of the band saw blade relative to the cutting edge and defining a repeating back edge pattern, the back edge pattern comprising, in sequential order: a ramp-down section having a ramp-down length (L RD) and defining an acute ramp-down angle (α ARD) relative to a plane parallel to the cutting plane; a first ramp-up section having a first ramp-up length (L RU1) and defining a first acute ramp-up angle (α ARU1) relative to the plane parallel to the cutting plane; an intermediate section having an intermediate length (L INT) and oriented at least substantially parallel to the cutting plane; a second ramp-up section having a second ramp-up length (L RU2) and defining a second acute ramp-up angle (α ARU2) relative to the plane parallel to the cutting plane; and a spacing section having a spacing length (L SP) and oriented at least substantially parallel to the cutting plane. a ramp-down section having a ramp-down length (L RD) and defining an acute ramp-down angle (α ARD) relative to a plane parallel to the cutting plane; a first ramp-up section having a first ramp-up length (L RU1) and defining a first acute ramp-up angle (α ARU1) relative to the plane parallel to the cutting plane; an intermediate section having an intermediate length (L INT) and oriented at least substantially parallel to the cutting plane; a second ramp-up section having a second ramp-up length (L RU2) and defining a second acute ramp-up angle (α ARU2) relative to the plane parallel to the cutting plane; and a spacing section having a spacing length (L SP) and oriented at least substantially parallel to the cutting plane.
Telescopic sighting device having a scope tube and an optical inverting system arranged inside the scope tube, wherein the inverting system comprises an interior tube and lenses arranged therein, and having a ballistics computer for computing ballistically relevant data, and having a spindle that is actuatable by means of a first adjusting element, wherein the relative position of the inverting system inside the scope tube can be adjusted mechanically via the first adjusting element, and having a reticle in which a target mark (20, 21) can be adjusted electronically, characterized in that a second adjusting element is provided, wherein the second adjusting element is designed for the electronic entry of data in the ballistics computer, and wherein the second adjusting element has a disc-like or annular outer structure and has an actuating direction corresponding to a rotary movement and is arranged adjacent to the first adjusting element together on a turret of the telescopic sighting device, and wherein the adjusting elements (15, 16) can be operated independently of one another.
A method in which an emulsion is absorbed into wood by means of pressure difference, characterized in that the emulsion consists of - 5-50 wt% of an alkyd binder, - one or more emulgators selected from non-ionic emulgators and anionic emulgators, wherein the concentration of the emulgators in the emulsion is 1-12 wt-%, and - water, and - optionally one or more pH regulators, - optionally one or more preservatives for emulsion selected from 1,2-benz-isothiazol-3 -one, N-butyl benzisothiazolone, 2-octyl-2H-isothiazol-3-one, 2,2-ditiobis(N-methyl)benzamide, methyl isothiazolinon, zinc pyritione and iodine propynyl butyl carbamate, - optionally one or more physically acting wood preservatives selected from polyvalent metal salts, - optionally one or more siccatives selected from cobalt and zirconium salts, - optionally one or more colouring agent(s), wherein the emulsion does not substantially contain a biocidally acting wood preservative. - 5-50 wt% of an alkyd binder, - one or more emulgators selected from non-ionic emulgators and anionic emulgators, wherein the concentration of the emulgators in the emulsion is 1-12 wt-%, and - water, and - optionally one or more pH regulators, - optionally one or more preservatives for emulsion selected from 1,2-benz-isothiazol-3 -one, N-butyl benzisothiazolone, 2-octyl-2H-isothiazol-3-one, 2,2-ditiobis(N-methyl)benzamide, methyl isothiazolinon, zinc pyritione and iodine propynyl butyl carbamate, - optionally one or more physically acting wood preservatives selected from polyvalent metal salts, - optionally one or more siccatives selected from cobalt and zirconium salts, - optionally one or more colouring agent(s),
A bracket assembly for supporting formwork for forming an elevated concrete slab or the like, the bracket assembly comprising a body adapted for releasable securement to a supporting structure, the body comprising a pair of spaced apart side portions connected by a bridging portion, and a pair of support carriages which are attached relative to the body so as to be movable between at least an upper position and a lower position relative to the body whilst depending therefrom, and wherein the support carriage acts to provide support for the formwork in the upper position only, the bracket assembly being characterized in that, each side portion terminates in a hinge that pivotably connects a respective support carriage to the body so that each support carriage can pivot between the upper and lower positions, and in use, after the concrete slab has been formed each support carriage can be moved from the upper position to the lower position, so that the formwork can be removed for use elsewhere, whilst leaving the concrete slab supported by the supporting structure, until such time as this is sufficiently cured as to be self-supporting, when the supporting structure can be removed.
An apparatus for motion compensation, the apparatus comprising: a filter selector which is configured to select an 8-tap filter for interpolation of luma samples; and an interpolator which is configured to determine, in a luma reference picture, a luma reference block for prediction of a current block, by using a luma motion vector of the current block, and generate a luma sample of a 1/2-pixel location included in the luma reference block by applying the 8-tap filter to luma samples of a Integer pixel location of the luma reference picture, wherein the filter selector selects a filter for Interpolation of chroma samples, the Interpolator determines, in a chroma reference picture, a chroma reference block for prediction of the current block, by using a chroma motion vector of the current block, and generating a chroma sample of 1/2-pixel location included In the chroma reference block by applying the filter to chroma samples of a integer pixel location of the chroma reference picture, the 8-tap filter comprises eight filter coefficients for generating the luma sample of the 1/2-pixel location, which are {-1, 4, -11, 40, 40, -11, 4, -1}. a filter selector which is configured to select an 8-tap filter for interpolation of luma samples; and an interpolator which is configured to determine, in a luma reference picture, a luma reference block for prediction of a current block, by using a luma motion vector of the current block, and generate a luma sample of a 1/2-pixel location included in the luma reference block by applying the 8-tap filter to luma samples of a Integer pixel location of the luma reference picture, wherein the filter selector selects a filter for Interpolation of chroma samples, the Interpolator determines, in a chroma reference picture, a chroma reference block for prediction of the current block, by using a chroma motion vector of the current block, and generating a chroma sample of 1/2-pixel location included In the chroma reference block by applying the filter to chroma samples of a integer pixel location of the chroma reference picture, the 8-tap filter comprises eight filter coefficients for generating the luma sample of the 1/2-pixel location, which are {-1, 4, -11, 40, 40, -11, 4, -1}.
A method for preparing 6-hydroxy-6(hydroxymethyl)-2 H -pyran-3(6 H)-one through catalytic oxidization, comprising: catalytically oxidizing 2,5-furan dimethanol for 20 min-120 min at 15°C-100°C by using titanium silicalite as a catalyst, hydrogen peroxide as an oxidant and water as a reaction medium, so as to obtain 6-hydroxy-6(hydroxymethyl)-2 H -pyran-3(6 H)-one.
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station, an user equipment, UE, capability enquiry message including radio access technology, RAT, type information and filtering information (1f-05); generating UE capability information based on the at least one candidate band combination, BC, list which is generated according to the RAT type information and the filtering information (1f-15), wherein the filtering information is used to filter the at least one BC list for a RAT; and transmitting, to the base station, the generated UE capability information (1f-40), wherein the RAT type information includes a multi radio access technology-dual connectivity, MR-DC, information, wherein the filtering information includes first information for supporting a new radio, NR, evolved universal terrestrial radio access, E-UTRA,NE,-DC and a E-URTA-new radio, NR, EN,-DC, wherein a candidate BC list only for the NE-DC is included in the at least one candidate BC list, in case that the terminal supports only for the NE-DC. receiving, from a base station, an user equipment, UE, capability enquiry message including radio access technology, RAT, type information and filtering information (1f-05); generating UE capability information based on the at least one candidate band combination, BC, list which is generated according to the RAT type information and the filtering information (1f-15), wherein the filtering information is used to filter the at least one BC list for a RAT; and transmitting, to the base station, the generated UE capability information (1f-40), wherein the RAT type information includes a multi radio access technology-dual connectivity, MR-DC, information, wherein the filtering information includes first information for supporting a new radio, NR, evolved universal terrestrial radio access, E-UTRA,NE,-DC and a E-URTA-new radio, NR, EN,-DC, wherein a candidate BC list only for the NE-DC is included in the at least one candidate BC list, in case that the terminal supports only for the NE-DC.
A process of producing one or more nanofibers, the process comprising electrospinning a fluid stock, the fluid stock comprising metal precursor(s) and polymer, wherein the weight to weight ratio of the precursor(s) to polymer is at least 1:2; and the fluid stock is aqueous, wherein the fluid stock is co-axially electrospun with a gas, preferably air.
Method for continuously at least partially removing a contaminant in a contaminated fluid, the method comprising conducting the contaminated fluid through a fluid inlet of a reaction vessel into the reaction vessel, wherein the contaminated fluid flows from the fluid inlet to a fluid outlet of the reaction vessel in a fluid flow direction which has at least a component orientated antiparallel to the force of gravity, and wherein reactive particles which are selected in order to react with a predefined contaminant in the contaminated fluid are filled inside the reaction vessel, wherein at least 80 % of the reactive particles have a size between 2 mm and 6 mm, controlling a flow velocity of the contaminated fluid between the fluid inlet and the fluid outlet so that the flow of contaminated fluid through the reactive particles generates a fluidized bed of the reactive particles, thereby removing at least partially the contaminant in the contaminated fluid by a reaction of the contaminant and the reactive particles; wherein, by a turbulent movement of the reactive particles with respect to each other, mechanical abrasion of the surface of the reactive particles occurs, so that surfaces of the reactive particles are cleaned from sticking reaction product parts, such that the surface of the reactive particles is exposed again, and wherein abrasion particles leave the fluidized bed and are drained off by flow of decontaminated fluid.