mhurhangee/ep-ind-claims huggingface dataset:
Extractor hood, in particular a chimney, comprising an extractor box and a capture panel, wherein the extractor box together with at least one inner frame of the extractor hood forms a basic chassis, the inner frame has, at the upper side thereof, a defined interface for fastening to the extractor box, the inner frame being firmly connected to this on the underside of the extractor box, characterised in that the inner frame, at the outer side thereof, has at least one interface for connection to the capture panel and the capture panel is detachably connected to the basic chassis, wherein the inner frame has a pan-shaped base body and the interface for fastening to the extractor box is provided at the base of the base body, wherein the pan base represents the upper side of the inner frame.
A method for synthesizing 5-epi-β-vetivone having the structure: comprising the steps of: (a) subjecting (-)-premnaspirodiene to oxidation of an allylic carbon to form (-)-solavetivone; (b) then, subjecting the (-)-solavetivone formed in step (a) to acid-catalyzed isomerization to form the compound of Formula, wherein time and temperature conditions for step (b) are selected such that the predominant product is the compound of Formula; and (c) isolating the compound of Formula. (a) subjecting (-)-premnaspirodiene to oxidation of an allylic carbon to form (-)-solavetivone; (b) then, subjecting the (-)-solavetivone formed in step (a) to acid-catalyzed isomerization to form the compound of Formula, wherein time and temperature conditions for step (b) are selected such that the predominant product is the compound of Formula; and (c) isolating the compound of Formula.
An ionic liquid composition comprising: a) a structural polysaccharide, wherein the structural polysaccharide is a polymer comprising 6-carbon monosaccharides linked via beta-1,4 linkages; b) a structural protein; and c) metal nanoparticles and/or metal oxide nanoparticles, wherein the structural polysaccharide and structural protein are dissolved in an ionic liquid, wherein the structural protein comprises keratin, and wherein the metal nanoparticles comprise gold, silver, or copper nanoparticles and/or wherein the metal oxide nanoparticles comprise gold, silver, or copper oxide nanoparticles. a) a structural polysaccharide, wherein the structural polysaccharide is a polymer comprising 6-carbon monosaccharides linked via beta-1,4 linkages; b) a structural protein; and c) metal nanoparticles and/or metal oxide nanoparticles, wherein the structural protein comprises keratin, and wherein the metal nanoparticles comprise gold, silver, or copper nanoparticles and/or wherein the metal oxide nanoparticles comprise gold, silver, or copper oxide nanoparticles.
A light emitting diode package comprising: a package body having a first surface and a second surface, wherein the first surface has a mounting portion positioned thereon, and a through hole provided therein to pass through the first surface and the second surface; at least one pair of first electrodes on the first surface; at least one pair of second electrodes on the second surface connected to the first electrodes through the through hole, respectively; a light emitting diode on the mounting portion connected to the first electrodes, electrically; a light wavelength conversion layer (50, 51, 52) on the light emitting diode; a protective layer (60, 62, 67) on the light wavelength conversion layer (50, 51, 52) for sealing the mounting portion; and an adhesive layer bonding the protective layer (60, 62, 67) and the first surface, wherein the adhesive layer is positioned at least at a portion of an edge of the first surface, in contact with a lateral side of the first electrode. a package body having a first surface and a second surface, wherein the first surface has a mounting portion positioned thereon, and a through hole provided therein to pass through the first surface and the second surface; at least one pair of first electrodes on the first surface; at least one pair of second electrodes on the second surface connected to the first electrodes through the through hole, respectively; a light emitting diode on the mounting portion connected to the first electrodes, electrically; a light wavelength conversion layer (50, 51, 52) on the light emitting diode; a protective layer (60, 62, 67) on the light wavelength conversion layer (50, 51, 52) for sealing the mounting portion; and an adhesive layer bonding the protective layer (60, 62, 67) and the first surface, wherein the adhesive layer is positioned at least at a portion of an edge of the first surface, in contact with a lateral side of the first electrode.
A flooring board comprising: a core layer comprising a fiberboard material; and a veneer layer adhered to the core layer such that the veneer layer defines an aesthetic and durable surface of the flooring board, wherein the veneer layer comprises a natural wood species having a Janka side hardness rating between about 350 lbf and about 850 lbf when tested in block form, and wherein the veneer layer has a thickness between about 0.6 mm and about 2.0 mm; and characterized in that the flooring board comprises: an adhesive applied between the veneer layer and the core layer to adhere the veneer layer to the core layer and this by cold pressing the veneer layer against a side of the core layer; with said adhesive being cured by hot pressing the veneer layer against the side of the core layer; and wherein the flooring board has a modified Janka hardness rating measured on the aesthetic and durable surface of the flooring board of at least about 120% of the Janka side hardness rating of the wood species tested in block form. a core layer comprising a fiberboard material; and a veneer layer adhered to the core layer such that the veneer layer defines an aesthetic and durable surface of the flooring board, wherein the veneer layer comprises a natural wood species having a Janka side hardness rating between about 350 lbf and about 850 lbf when tested in block form, and wherein the veneer layer has a thickness between about 0.6 mm and about 2.0 mm; and characterized in that the flooring board comprises: an adhesive applied between the veneer layer and the core layer to adhere the veneer layer to the core layer and this by cold pressing the veneer layer against a side of the core layer; with said adhesive being cured by hot pressing the veneer layer against the side of the core layer; and wherein the flooring board has a modified Janka hardness rating measured on the aesthetic and durable surface of the flooring board of at least about 120% of the Janka side hardness rating of the wood species tested in block form.
Rear suspension system for three-wheeled vehicles, said vehicles having a directional front wheel and rear wheels, at least one of the rear wheels being drive wheels, the system being applicable to the corresponding rear wheels of the vehicle, the system comprising a double rocker arm having two rocker arms and a shared rotational shaft, said rotational shaft being parallel to the longitudinal symmetrical plane of the vehicle, one part of said double rocker arm being connectable to the chassis of the vehicle, and the system is characterized in that it further comprises: - pusher elements pivotally connected at the free ends of the two rocker arms, - a pair of lateral arms, one first end of which is connected to the rotational shafts of the rear wheels, while a second end opposite to the first end is pivotally connectable to the chassis of the vehicle, wherein the lateral arms are, at an intermediate point located between the first end and the second end, opposite to each other and pivotally connected to a respective pusher element, and - an intermediate rocker arm for interlinking the two rocker arms of the double rocker arm. - pusher elements pivotally connected at the free ends of the two rocker arms, - a pair of lateral arms, one first end of which is connected to the rotational shafts of the rear wheels, while a second end opposite to the first end is pivotally connectable to the chassis of the vehicle, wherein the lateral arms are, at an intermediate point located between the first end and the second end, opposite to each other and pivotally connected to a respective pusher element, and - an intermediate rocker arm for interlinking the two rocker arms of the double rocker arm.
An electronic semiconductor device comprising at least one layer of a material represented by Cu x Ni y O or gallium-tin-zinc-titanium-copper multicomponent oxide, of p-type and n-type conductivity respectively, designated as p-Cu x Ni y O and n-GSZTCO respectively, wherein the amount of each element in the materials is at least 0.005 of the total molar composition, and the materials comprise further at least one of the elements zirconium and nitrogen in amounts of up to 0.20 of the total molar composition.
Use of a hose for transporting a fluid, having - a support layer based on a PVC material, wherein a plasticizer is added to the PVC material to provide the necessary flexibility, and - a reinforcing layer surrounding the support layer, - wherein on the inside of the support layer a polymeric barrier layer preventing the diffusion of PVC material out of the support layer into the fluid to be transported is arranged, said barrier layer being free from PVC, for watering gardens. - a support layer based on a PVC material, wherein a plasticizer is added to the PVC material to provide the necessary flexibility, and - a reinforcing layer surrounding the support layer, - wherein on the inside of the support layer a polymeric barrier layer preventing the diffusion of PVC material out of the support layer into the fluid to be transported is arranged, said barrier layer being free from PVC,
A method of wireless communication of a paging signal, characterised by: selecting a sequence of a plurality of beam configurations of different angular widths for use in communicating the paging signal between a pair of wireless devices; and iteratively using beam configurations of the plurality of beam configurations having different angular widths to attempt communication of the paging signal between the pair of wireless devices, wherein each iteration uses a beam having a respective one of the different angular widths at a plurality of facing angles. selecting a sequence of a plurality of beam configurations of different angular widths for use in communicating the paging signal between a pair of wireless devices; and iteratively using beam configurations of the plurality of beam configurations having different angular widths to attempt communication of the paging signal between the pair of wireless devices, wherein each iteration uses a beam having a respective one of the different angular widths at a plurality of facing angles.
An implantable hermetic system comprising a hermetic case and a hermetic feedthrough comprising ribbon vias and a ceramic body, said hermetic feedthrough being sealed into an aperture in the hermetic case, characterized by the ribbon vias passing through the ceramic body and extending out of two opposite sides of the ceramic body, said feedthrough having been formed by micromachining a platinum foil to form said ribbon vias, sandwiching said micromachined platinum foil between two ceramic layers (402, 406), and sintering said ceramic layers to form said ceramic body.
Carbon fibre material coated with nanoparticles, where said coating comprises from 0.01 to less than 10% by weight of nanoparticles, based on the dry weight of the coated carbon fibre material, where the coating can become involved in further reactions and the nanoparticles are surface-modified spherical silica nanoparticles, and the SiO 2 particles have been hydrophobized by surface treatment.
An encapsulation film, comprising: a first layer comprising a base resin having a repeating unit of following Chemical Formula 1, an additive having a main chain whose repeating unit is following Chemical Formula 1 and a polar functional group bound to the main chain; and a second layer comprising a curable resin composition: where, in Chemical Formula 1, R 1 and R 2 each independently represent hydrogen or an alkyl group having 1 to 12 carbon atoms, and n is 1 or more. a first layer comprising a base resin having a repeating unit of following Chemical Formula 1, an additive having a main chain whose repeating unit is following Chemical Formula 1 and a polar functional group bound to the main chain; and a second layer comprising a curable resin composition: where, in Chemical Formula 1, R 1 and R 2 each independently represent hydrogen or an alkyl group having 1 to 12 carbon atoms, and n is 1 or more. R 1 and R 2 each independently represent hydrogen or an alkyl group having 1 to 12 carbon atoms, and n is 1 or more.
A method for controlling the distance between a first die and a second die of a food baking apparatus during one and the same food baking process, where in between a food product is baked, said method comprising the steps of (i) providing an adjustable mechanical stop (200, 300), said adjustable mechanical stop comprising a supporting system (210, 310) and at least one mounting element (220, 230, 320, 330) mounted onto said supporting system (210, 310) - wherein said supporting system (210, 310) and/or at least one mounting element (220, 230, 320, 330) are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element (220, 230, 320, 330) comprises one or more protrusions (221, 231, 321, 322, 331, 332), and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; (ii) putting said supporting system (210, 310) and/or said at least one mounting element (220, 230, 240, 250, 320, 330) in a first position; and (iii) driving said supporting system (210, 310) and/or said at least one mounting element (220, 230, 240, 250, 320, 330) towards a second position. (i) providing an adjustable mechanical stop (200, 300), said adjustable mechanical stop comprising a supporting system (210, 310) and at least one mounting element (220, 230, 320, 330) mounted onto said supporting system (210, 310) - wherein said supporting system (210, 310) and/or at least one mounting element (220, 230, 320, 330) are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element (220, 230, 320, 330) comprises one or more protrusions (221, 231, 321, 322, 331, 332), and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; - wherein said supporting system (210, 310) and/or at least one mounting element (220, 230, 320, 330) are adjustable in spatial position, being movable for translation and/or rotation; - wherein each of said at least one mounting element (220, 230, 320, 330) comprises one or more protrusions (221, 231, 321, 322, 331, 332), and wherein per mounting element said one or more protrusions are adjustable in amount of protrusion, and/or said protrusions differ in amount of protrusion amongst each other; (ii) putting said supporting system (210, 310) and/or said at least one mounting element (220, 230, 240, 250, 320, 330) in a first position; and (iii) driving said supporting system (210, 310) and/or said at least one mounting element (220, 230, 240, 250, 320, 330) towards a second position.
A slicing machine for foodstuffs such as sausage, cheese or the like, having a housing, a circular blade, a stop plate which determines the slice thickness and can be displaced in the axial direction of the circular blade, and a food carriage which can be moved in parallel to the stop plate, on which food carriage the material to be sliced is deposited, as well as a removable chain frame having chains rotating over two axes of rotation and having tips for transporting the slices of material to be sliced from the circular blade to a striker, by means of which the slices of material to be sliced can be thrown off in the direction of a depositing region, wherein the chain frame, in the inserted state, is connected by means of an axis of rotation to a drive shaft on the slicing machine, and is supported by means of at least one further supporting point on the housing of the slicing machine, characterised in that, for the insertion of the chain frame on the housing at least one substantially vertically arranged guide rail is provided which includes undercut guide ways on both longitudinal sides, each of which includes one bent portion (12, 13) displaced in the direction of the circular blade, and in that at least two guide pins are provided on the chain frame having corresponding lateral projections engaging, in the inserted state, in the undercuts of the guide ways.
A light redirecting film comprising a thin optically transparent substrate having a light entrance surface for receiving light from a light source and an opposite light exit surface, at least one of the surfaces having a pattern of individual optical elements of well defined asymmetric shape having at least two oppositely facing curved sides, that come together to form a ridge one of the curved sides of the optical elements having a different curvature than the other curved side, the optical elements being small relative to the length and width of the substrate to redistribute light passing through the substrate in a predetermined angular distribution, wherein the one curved side of the optical elements has a smaller radius than the other curved side, and at least some of the optical elements intersect each other to a greater extent on their curved sides having the smaller radius than on the other curved sides to decrease the relative percentage of the remaining one curved sides to the other remaining curved sides of the intersecting optical elements to increase on axis gain of light passing through the substrate.
A laser beam welding apparatus comprising: a head which is adapted to irradiate a workpiece with a laser beam; an optical system which is adapted to focus the laser beam to scan the workpiece with the laser beam; an optical receiver which is adapted to receive reflected light of the laser beam from the workpiece; and a controller which is adapted to determine the beginning and the end of one welding point based on the reflected light received by the optical receiver, wherein the optical receiver receives only a laser beam and a plasma of the reflected light, characterized in that in the one welding point, the head irradiates the workpiece with a laser beam for welding and then irradiates the workpiece with a laser beam for inspection, wherein the controller determines that the one welding point begins when a time during which intensity of the reflected light is larger than or equal to a second set-intensity is longer than or equal to a first set-time, and determines that the one welding point ends when a time during which the intensity of the reflected light is smaller than or equal to a first set-intensity is longer than or equal to a second set-time, wherein the intensity of the laser beam for inspection is sufficiently smaller than the second set-intensity and sufficiently larger than the first set-intensity. a head which is adapted to irradiate a workpiece with a laser beam; an optical system which is adapted to focus the laser beam to scan the workpiece with the laser beam; an optical receiver which is adapted to receive reflected light of the laser beam from the workpiece; and a controller which is adapted to determine the beginning and the end of one welding point based on the reflected light received by the optical receiver, wherein the optical receiver receives only a laser beam and a plasma of the reflected light, characterized in that in the one welding point, the head irradiates the workpiece with a laser beam for welding and then irradiates the workpiece with a laser beam for inspection, wherein the controller determines that the one welding point begins when a time during which intensity of the reflected light is larger than or equal to a second set-intensity is longer than or equal to a first set-time, and determines that the one welding point ends when a time during which the intensity of the reflected light is smaller than or equal to a first set-intensity is longer than or equal to a second set-time, wherein the intensity of the laser beam for inspection is sufficiently smaller than the second set-intensity and sufficiently larger than the first set-intensity.
An impact-energy absorbing element, notably for a motor vehicle, comprising a shell structure comprising a hollow-beam portion having a closed section about a longitudinal axis of the beam portion, the total material surface area of the straight sections of the beam portion perpendicular to the longitudinal axis decreasing between a first end of the beam portion and a second end of the beam portion, characterized in that the shell structure has two half-shells, one of the half-shells (9, 10) having a portion that is perpendicular to the longitudinal axis and that overlaps an axial end of the hollow beam portion such as to close said end of the hollow beam portion and to form an attachment portion of the hollow beam portion projecting radially beyond the hollow beam portion, onto which a wall portion of each of the two half-shells is superposed.
Trailer control module (94, 94', 94", 100, 100', 106, 106') of a pressure-medium operated braking system of a tow vehicle, with a valve assembly for controlling a pneumatic braking system of a trailer vehicle, wherein the valve assembly comprises the following: an electronically controlled trailer control valve (6, 6') which contains a pneumatically controlled relay valve with an inverted control input, a pressure-medium controlled backup valve (8, 8') which contains a pressure-medium controlled relay valve (54, 54'), and at least one electronically controlled parking brake valve (68, 70), by means of which the relay valve of the trailer control valve can be actuated pneumatically at its inverted control input, wherein in addition, a coupling device (98, 98'; 104, 104'; 110, 110') is present, by means of which the parking brakes of the tow vehicle can also be operated via the parking brake valve (68, 70).
Glazing panel comprising a first glass sheet and a second glass sheet that are associated together by way of at least one spacer that holds said sheets a certain distance apart, and, between said glass sheets, an internal space comprising at least one first cavity, in which space there is a vacuum with a pressure of less than 100 mbar, said space being closed with a peripheral tightness seal placed on the periphery of the glass sheets around said internal space, the tightness seal being a metal seal securely fastened to the first and second glass sheets, respectively, characterized in that the metal seal furthermore comprises at least one hollow metal tube, a first end of which communicates with the internal space and a second end of which communicates with the exterior of the panel, the second end comprising means for blocking the tube, and in that the tube comprises at least one gas getter securely fastened to the interior of the tube.
A coating composition for a drug-eluting medical device, the coating composition containing: a water-insoluble drug; at least one selected from the group consisting of hyaluronic acid, alkanoyl hyaluronic acids obtained by substituting at least part of hydrogen atoms in hydroxyl groups of hyaluronic acid with an alkanoyl group, and salts of hyaluronic acid and the alkanoyl hyaluronic acids; and at least one selected from the group constituting of amino-acid esters and salts thereof. a water-insoluble drug;