mhurhangee/ep-ind-claims huggingface dataset:
An aerator with low fuel level control, comprising: a coring head mounted to the aerator and moveable between a raised transport position and a lowered operating position; a fuel tank mounted to the aerator characterized in that the fuel tank having a low fuel level sensor; and a controller electrically connected to the low fuel level sensor and to the coring head that prevents lowering the coring head into the lowered operating position after the low fuel level sensor indicates a low fuel level in the fuel tank. a coring head mounted to the aerator and moveable between a raised transport position and a lowered operating position; a fuel tank mounted to the aerator characterized in that the fuel tank having a low fuel level sensor; and a controller electrically connected to the low fuel level sensor and to the coring head that prevents lowering the coring head into the lowered operating position after the low fuel level sensor indicates a low fuel level in the fuel tank.
A protective eye-makeup shield, able to precisely cover both sides of the under eyes area or eyelids by conforming to the curvature of the human eyeballs, the precise fit of which prevents the leakage of mascara under the shield comprising: a planar body made from natural, light soft and flexible material; the planar body extending along a longitudinal axis; the planar body being made up of two identical segments that are disposed symmetrically about a central line of symmetry, the central line of symmetry being orthogonal to the longitudinal axis; the planar body having opposed top and bottom longitudinal edges connected by two parallel lateral edges; the top edge comprising two concave top edges on opposing sides of the central line of symmetry; a medial concave edge disposed between the top concave edges; and a top end edge extending from each of the top concave edges parallel to the longitudinal axis extending away from the central line of symmetry; the bottom edge comprising a convex edge disposed under each concave edge of the top redge, a bottom concave edge extending between the convex edges and beneath the medial concave edge of the top edge; and a bottom end edge extending from each of the convex edges parallel to the longitudinal axis extending away from the central line of symmetry; wherein the lateral edges are orthogonal to the top end edge; an elastic ear loop is attached to each lateral edge; characterized in that a ductile strip of metal extends between the medial concave edge and the bottom concave edge along the longitudinal axis of the body. a planar body made from natural, light soft and flexible material; the planar body extending along a longitudinal axis; the planar body being made up of two identical segments that are disposed symmetrically about a central line of symmetry, the central line of symmetry being orthogonal to the longitudinal axis; the planar body having opposed top and bottom longitudinal edges connected by two parallel lateral edges; the top edge comprising two concave top edges on opposing sides of the central line of symmetry; a medial concave edge disposed between the top concave edges; and a top end edge extending from each of the top concave edges parallel to the longitudinal axis extending away from the central line of symmetry; the bottom edge comprising a convex edge disposed under each concave edge of the top redge, a bottom concave edge extending between the convex edges and beneath the medial concave edge of the top edge; and a bottom end edge extending from each of the convex edges parallel to the longitudinal axis extending away from the central line of symmetry; wherein the lateral edges are orthogonal to the top end edge; an elastic ear loop is attached to each lateral edge; characterized in that a ductile strip of metal extends between the medial concave edge and the bottom concave edge along the longitudinal axis of the body.
A pharmaceutical composition comprising: (a) an enkephalinase inhibitor, and (b) a selective Na v 1.7 inhibitor. (a) an enkephalinase inhibitor, and (b) a selective Na v 1.7 inhibitor.
An uninterruptible power supply comprising: an input for coupling to a main power supply; an output for connection to an electrical load; a rechargeable energy storage unit chargeable from the input; and selective isolation means configured to isolate the rechargeable energy storage unit from the input during emergency operation CHARACTERISED in further comprising first means (26,28,36,42) adapted to establish a reverse polarity across the isolation means for a test period (ΔT 2) during normal operation; and second means (30,24;R1,R2,R3,R4,40) adapted to monitor a voltage (U in;U 1) proportional to an input voltage (U in) to the isolation means and adapted to output an error signal (DT Error) if the monitored voltage (U in;U 1) remains or rises above a first reference value (U ref2;U 2) during the test period (ΔT 2). an input for coupling to a main power supply; an output for connection to an electrical load; a rechargeable energy storage unit chargeable from the input; and selective isolation means configured to isolate the rechargeable energy storage unit from the input during emergency operation CHARACTERISED in further comprising first means (26,28,36,42) adapted to establish a reverse polarity across the isolation means for a test period (ΔT 2) during normal operation; and second means (30,24;R1,R2,R3,R4,40) adapted to monitor a voltage (U in;U 1) proportional to an input voltage (U in) to the isolation means and adapted to output an error signal (DT Error) if the monitored voltage (U in;U 1) remains or rises above a first reference value (U ref2;U 2) during the test period (ΔT 2).
Floor construction for assembly on a subfloor, wherein the floor construction comprises at least a first layer and a second layer in a first area portion and a third layer between the first layer and the second layer in a second area portion, wherein the first layer is disposed above the second layer, and conduits of a heating and/or cooling system extend in the first layer, and the third layer comprises ventilation paths of a ventilation system, characterized in that the second layer is a carrier layer, which carrier layer on its underside is connected to a plurality of support legs (19, 19a) configured to support the second layer at a distance above the subfloor to obtain a continuous hollow space below the second layer in the first area portion and in the second area portion above the subfloor, wherein the second layer is terraced between the first area portion and the second area portion in such a manner that the upper surface of the second layer is in the second area portion disposed below the upper surface of the second layer in the first area portion.
An optical sensor for use in a safety system, comprising a housing; an optical receiver mounted within the housing, wherein the optical receiver includes an array of photosensitive elements, each generating a signal corresponding to the intensity of light incident on the photosensitive element; an optical source mounted within the housing and configured to emit radiation at an intensity sufficient to saturate the optical receiver; and a logic circuit configured to: receive at least one signal from the optical receiver corresponding to the intensity of the radiation received by the optical receiver, compare the intensity of the radiation received by the optical receiver to a predetermined threshold, and generate an indicator signal responsive to the intensity of the radiation received by the optical receiver, wherein: a threshold or maximum number of photosensitive devices is selected that may be identified as underperforming or failed; if the number of photosensitive devices identified as underperforming or failed is within an acceptable range, setting the indicator signal to indicate that the optical receiver is operating normally, and if the number of photosensitive devices identified as underperforming or failed is outside of an acceptable range, resetting the indicator signal to indicate that the optical receiver is no longer operating normally. receive at least one signal from the optical receiver corresponding to the intensity of the radiation received by the optical receiver, compare the intensity of the radiation received by the optical receiver to a predetermined threshold, and generate an indicator signal responsive to the intensity of the radiation received by the optical receiver, a threshold or maximum number of photosensitive devices is selected that may be identified as underperforming or failed; if the number of photosensitive devices identified as underperforming or failed is within an acceptable range, setting the indicator signal to indicate that the optical receiver is operating normally, and if the number of photosensitive devices identified as underperforming or failed is outside of an acceptable range, resetting the indicator signal to indicate that the optical receiver is no longer operating normally.
Method for the production of a material, method in which the following products are incorporated in order to produce a mixture: - a polymer, - particles comprising silicon and carbon, and having an average diameter less than or equal to 100 nanometres by granulometric analysis using mathematical morphology according to a geometrical average, characterized in that, on incorporation of the particles, the particles have an apparent density greater than 0.3 grams per cubic centimetre according to the standard ISO 3923-2:1981. - a polymer, - particles comprising silicon and carbon, and having an average diameter less than or equal to 100 nanometres by granulometric analysis using mathematical morphology according to a geometrical average, characterized in that, on incorporation of the particles, the particles have an apparent density greater than 0.3 grams per cubic centimetre according to the standard ISO 3923-2:1981.
Use of compound N-[6-trifluoromethylpyridin-3-yl]ethyl](methyl)oxido-λ 4 -sulphanylidenecyanamide or for improving plant growth and/or for enhancing the resistance of plants to abiotic stress factors.
Method for operating a biomass reactor in which biomass is generated from aquatic plants, wherein wastewaters from industrial plants or from the wastewater network of residential developments are fed into the water circulation of the biomass reactor, the biomass reactor housing aquatic plant cultures of different kinds, such that the wastewater is first passed to a plant culture of free-floating plants, more particularly Eichhornia crassipes, and that only subsequently is the wastewater roughly precleaned in this way in these cultures passed to the other aquatic plant cultures, characterized in that the cultures within the biomass reactor are arranged in stacked tiers, such that the free-floating plant cultures of the precleaning stage are Eichhornia cultures and are arranged spatially in the top region of the tiers at high temperatures and high illumination intensity and the other aquatic cultures are arranged below them, such that the wastewater passed at the top to the Eichhornia cultures, after the biological precleaning, flows under gravitation effect into the aquatic cultures situated below.
A gypsum-based building material with a magnetic layer (10, 20, 31), comprising: the gypsum-based building material; the magnetic layer covering at least a part of a surface of the gypsum-based building material, wherein the magnetic layer contains iron powder and a binder, characterised in that a content per unit area of the iron powder is 0.3 kg/m 2 or more and a density of the magnetic layer is 2.0 g/cm 3 or more. the gypsum-based building material; the magnetic layer covering at least a part of a surface of the gypsum-based building material, wherein the magnetic layer contains iron powder and a binder, characterised in that a content per unit area of the iron powder is 0.3 kg/m 2 or more and a density of the magnetic layer is 2.0 g/cm 3 or more.
A hybrid circuit comprising: a loop-shaped line that includes four partial lines (11, 12, 13A, 14A) having mutually equal electrical lengths and characteristic impedances; first and second input lines that branch respectively from first and second branch points adjacent to each other via a first partial line of the four partial lines of the loop-shaped line; first and second output lines that branch respectively from third and fourth branch points adjacent to each other via a second partial line of the four partial lines opposite to the first partial line of the loop-shaped line; and third and fourth output lines that branch respectively from the first and second branch points, characterized in that an input impedance of each of the first and second input lines is equal to a quarter of the characteristic impedance of the partial line, and an output impedance of each of the first to fourth output lines (33A, 34A, 35, 36) is equal to half of the characteristic impedance of the partial line. a loop-shaped line that includes four partial lines (11, 12, 13A, 14A) having mutually equal electrical lengths and characteristic impedances; first and second input lines that branch respectively from first and second branch points adjacent to each other via a first partial line of the four partial lines of the loop-shaped line; first and second output lines that branch respectively from third and fourth branch points adjacent to each other via a second partial line of the four partial lines opposite to the first partial line of the loop-shaped line; and third and fourth output lines that branch respectively from the first and second branch points, characterized in that an input impedance of each of the first and second input lines is equal to a quarter of the characteristic impedance of the partial line, and an output impedance of each of the first to fourth output lines (33A, 34A, 35, 36) is equal to half of the characteristic impedance of the partial line.
A flame-retardant light-diffusing polycarbonate resin composition, the composition having a viscosity-average molecular weight of 22,000 or more, wherein the viscosity-average molecular weight Mv was calculated from the following relational expression η = 1.23 × 10 − 5 Mv 0.83 by measuring a limiting viscosity [η] of a methylene chloride solution at 20°C with an Ubbelohde-type viscosity tube, comprising, with respect to 100 parts by mass of a polycarbonate formed of 10 to 100 parts by mass of a branched polycarbonate (A-1) and 90 to 0 parts by mass of an aromatic polycarbonate (A-2), 0.1 to 5 parts by mass of a Si-based light diffuser, 0.03 to 1.0 part by mass of a flame retardant, 0 part by mass of a polytetrafluoroethylene, and 0 to 1 parts by mass of a polyorganosiloxane.
An elevator system comprising: a plurality of elevator cars each configured to travel in a hoistway; an elevator car door configured to open and close; a plurality of machines configured to impart force to the elevator cars; an interface configured to generate a lockdown mode signal; and a controller configured to control operation of at least one of the machines and the elevator car door in response to the lockdown mode signal; wherein when the lockdown mode signal is active, the controller controls operation of at least one of the machines and the elevator car door in response to a lockdown mode parameter; characterised in that the lockdown mode parameter comprises an operation activation parameter, the operation activation parameter capable of indicating collective elevator car control, such that control commands are issued to all the elevator cars as a group; and capable of indicating individual elevator car control, such that control commands are issued individually to each elevator car. a plurality of elevator cars each configured to travel in a hoistway; an elevator car door configured to open and close; a plurality of machines configured to impart force to the elevator cars; an interface configured to generate a lockdown mode signal; and a controller configured to control operation of at least one of the machines and the elevator car door in response to the lockdown mode signal; wherein when the lockdown mode signal is active, the controller controls operation of at least one of the machines and the elevator car door in response to a lockdown mode parameter; characterised in that the lockdown mode parameter comprises an operation activation parameter, the operation activation parameter capable of indicating collective elevator car control, such that control commands are issued to all the elevator cars as a group; and capable of indicating individual elevator car control, such that control commands are issued individually to each elevator car.
A method of using an ophthalmic lens carrier in the manufacture of an ophthalmic lens, comprising: providing an ophthalmic lens in a volume of liquid in a well of a lens carrier so that the ophthalmic lens is understood to be a wet lens; removing the wet lens from the well using a wet lens pick up head; moving the wet lens with the wet lens fixed to a surface having a curvature of the wet lens pick up head toward a blister package having a cavity (52,303) to receive the wet lens; and releasing the wet lens from the wet lens pick up head into the cavity of the blister package, and characterised in that the well of the lens carrier includes a sidewall portion comprising an undulating and tapering surface and a bottom surface in contact with the sidewall portion configured to center the ophthalmic lens in the well. providing an ophthalmic lens in a volume of liquid in a well of a lens carrier so that the ophthalmic lens is understood to be a wet lens; removing the wet lens from the well using a wet lens pick up head; moving the wet lens with the wet lens fixed to a surface having a curvature of the wet lens pick up head toward a blister package having a cavity (52,303) to receive the wet lens; and releasing the wet lens from the wet lens pick up head into the cavity of the blister package, and characterised in that the well of the lens carrier includes a sidewall portion comprising an undulating and tapering surface and a bottom surface in contact with the sidewall portion configured to center the ophthalmic lens in the well.
Cleaning device, comprising a main body which has two primary sides (2, 3), which lie opposite one another, and a handle which is connected in an articulated manner to the main body, wherein the primary sides (2, 3) on at least one longitudinal side are spaced apart from one another and are alternately engageable with the floor to be cleaned and delimit a rear side and two lateral faces, wherein fastening means for receiving a cleaning cloth are disposed on the rear side and/or on the lateral faces, characterized in that the handle is connected by way of an articulation to the main body.
A photomask comprising: a substrate; a shielding mask pattern provided on the substrate; and a transparent planarization layer located on a surface of the substrate provided with the shielding mask pattern, wherein the shielding mask pattern is a metal pattern, wherein the metal pattern is formed with at least one of copper, chromium, aluminum, molybdenum, nickel, gold and silver, wherein the shielding mask pattern has a thickness of greater than or equal to 20 nm and less than or equal to 500 nm, wherein the transparent planarization layer has a thickness of greater than or equal to 30 μm and less than or equal to 500 μm, the thickness of the transparent planarization layer is larger than a thickness of the shielding mask pattern, and the transparent planarization layer has surface roughness (Ra) of 0.1 nm to 20 nm. a substrate; a shielding mask pattern provided on the substrate; and a transparent planarization layer located on a surface of the substrate provided with the shielding mask pattern, wherein the shielding mask pattern is a metal pattern, wherein the metal pattern is formed with at least one of copper, chromium, aluminum, molybdenum, nickel, gold and silver, wherein the shielding mask pattern has a thickness of greater than or equal to 20 nm and less than or equal to 500 nm, wherein the transparent planarization layer has a thickness of greater than or equal to 30 μm and less than or equal to 500 μm, the thickness of the transparent planarization layer is larger than a thickness of the shielding mask pattern, and the transparent planarization layer has surface roughness (Ra) of 0.1 nm to 20 nm.
A method for automated drilling, comprising: receiving (405, 505) a tool-agnostic request to perform a process by a rig; determining (410, 510) one or more activities to complete the process; identifying an activity-specific controller module for a first activity of the one or more activities; and triggering (420, 525) the activity-specific controller module to initiate the first activity, wherein the activity-specific controller module: identifies a first one or more drilling tools for the first activity; and provides tool-specific instructions to the first one or more drilling tools to initiate the first activity based on the tool-agnostic request. receiving (405, 505) a tool-agnostic request to perform a process by a rig; determining (410, 510) one or more activities to complete the process; identifying an activity-specific controller module for a first activity of the one or more activities; and triggering (420, 525) the activity-specific controller module to initiate the first activity, wherein the activity-specific controller module: identifies a first one or more drilling tools for the first activity; and provides tool-specific instructions to the first one or more drilling tools to initiate the first activity based on the tool-agnostic request. identifies a first one or more drilling tools for the first activity; and provides tool-specific instructions to the first one or more drilling tools to initiate the first activity based on the tool-agnostic request.
Thermally insulated component, having a friction-optimised surface of a track for a friction partner, wherein the surface has pores, characterised in that the pores have an entry rounding (4, 4'), the rise of which, being a ratio of the depth (y) of the entry rounding (4, 4') to a length section (x) of the surface or parallel to the surface, has a value of more than 2.5 μm/mm and up to 5.5 μm/mm.