mhurhangee/ep-ind-claims huggingface dataset:
A solar sail, comprising: a bus; and a plurality of separate vanes (212, 214, 216, 218) movably coupled to the bus, each of the plurality of separate vanes (212, 214, 216, 218) defining and comprising a reflective surface for using solar radiation pressure to propel the solar sail in space, wherein each of the plurality of separate vanes (212, 214, 216, 218) comprises a support frame, characterized in that the support frame comprises a shape memory composite that permits dynamic deformation in a non-structured fashion for configuring the solar sail in a stowed configuration. a bus; and a plurality of separate vanes (212, 214, 216, 218) movably coupled to the bus, each of the plurality of separate vanes (212, 214, 216, 218) defining and comprising a reflective surface for using solar radiation pressure to propel the solar sail in space, wherein each of the plurality of separate vanes (212, 214, 216, 218) comprises a support frame, characterized in that the support frame comprises a shape memory composite that permits dynamic deformation in a non-structured fashion for configuring the solar sail in a stowed configuration.
Authorisation system for access authorisation for logins or billing for the use of systems, consisting of a system architecture with a server, a regional control module, at least one local authorisation module and, connected with the same, at least one reading unit and at least one actuator, in particular a closing mechanism, characterised in that the reading unit is equipped with at least two aerial types, wherein at least one aerial type has a amplifying adaptive circuit, and wherein the amplifying adaptive circuit effects amplification of the signal by at least 30% and displaces the peak of the signal by 500 kHz below the working frequency of 13.56 MHz, and widens it by 500 kHz at 50 Ohm.
An auxetic structure comprising: an elastically rigid body with opposing top and bottom surfaces (314; 316) and first and second pluralities of elongated apertures (312;318) extending through the elastically rigid body from the top surface to the bottom surface, the first plurality of elongated apertures extending transversely with respect to the second plurality of elongated apertures, wherein the first and second pluralities of elongated apertures (312;318) are cooperatively configured to provide a desired cooling performance and exhibiting a desired stress performance through negative Poisson's Ratio behavior under macroscopic planar loading conditions, characterized in that at least the first plurality of elongated apertures are obliquely angled with the top surface of the elastically rigid body. an elastically rigid body with opposing top and bottom surfaces (314; 316) and first and second pluralities of elongated apertures (312;318) extending through the elastically rigid body from the top surface to the bottom surface, the first plurality of elongated apertures extending transversely with respect to the second plurality of elongated apertures, wherein the first and second pluralities of elongated apertures (312;318) are cooperatively configured to provide a desired cooling performance and exhibiting a desired stress performance through negative Poisson's Ratio behavior under macroscopic planar loading conditions, characterized in that at least the first plurality of elongated apertures are obliquely angled with the top surface of the elastically rigid body.
Pharmaceutical composition for the treatment and prevention of coronavirus whose formulation contains as ingredients non-hydrolyzed collagen as a surfactant with degreasing properties in addition to natural plants in the form of lyophilized powders of aqueous extracts characterized in that it comprises Dandelion (Taraxacum officinale), Anamú (Petiveria Alliacea), Epazote (Dysphania ambrosioides), Oregano (Origanum vulgare), star anise (Lllicium verun), together with preservatives, wherein the composition for its administration in the form of tea or infusion is formulated in a bag or sack of porous paper, silk or nylon to be dissolved in a rate of hot water is comprising: Non-hydrolyzed collagen 30% dandelion extract (Taraxacum officinale) 15% anamu extract (Anamau Petiveria) 15% Epazote extract (Dysphania ambrosioides) 17% Oregano extract (Origanum vulgare) 15% Star anise extract (Lllicium verun) 7.50% Sodium benzoate (Soda Benzoate) 0.25% Potassium sorbate 0.25%
Device for handling hand-held machine tools, for example, for drilling, core drilling and/or milling, having a height-adjustable stand, a machine-specific adapter which is carried by the stand for receiving a machine tool and a base unit which carries the stand, wherein the adapter is arranged at an end of the stand opposite the base unit, wherein an advance of the machine tool is carried out in the direction of an object which is intended to be processed, for example a wall, by the relative movement of the machine tool and/or the entire device, wherein the base unit has running wheels or rotary rollers or can be guided in a rail, characterised in that, when a tool of the machine tool is applied and penetrates the object to be processed in the region of the tool, as a result of suction of a hood which surrounds the tool a reduced pressure is produced so that the advance of the machine tool and the entire device is promoted as a result of the resulting suction and the advance is carried out almost without any application of force by the operator.
A method of making a notochordal cell matrix solution or gel for purposes of regenerating intervertebral disc, comprising: (a) lyophilizing porcine nucleus pulposus tissue containing notochordal cells to destroy cells within the tissue and to make a dry and brittle tissue; (b) treating the dry and brittle tissue to remove cellular and nucleic acid remnants, wherein the treatment results in at least 80% removal of porcine nucleic acids from the porcine nucleus pulposus tissue while substantially maintaining porcine protein content within the porcine nucleus pulposus tissue; (c) further lyophilizing the treated material and pulverizing the treated material into a notochordal cell matrix powder; and (d) solubilizing the notochordal cell matrix powder by dissolving the notochordal cell matrix powder in a carrier solvent or formed as a gel. (a) lyophilizing porcine nucleus pulposus tissue containing notochordal cells to destroy cells within the tissue and to make a dry and brittle tissue; (b) treating the dry and brittle tissue to remove cellular and nucleic acid remnants, wherein the treatment results in at least 80% removal of porcine nucleic acids from the porcine nucleus pulposus tissue while substantially maintaining porcine protein content within the porcine nucleus pulposus tissue; (c) further lyophilizing the treated material and pulverizing the treated material into a notochordal cell matrix powder; and (d) solubilizing the notochordal cell matrix powder by dissolving the notochordal cell matrix powder in a carrier solvent or formed as a gel.
A cleaning process for cleaning at least one part of a hydraulic circuit of a continuous inkjet printer, said hydraulic circuit comprising a solvent tank (80 2, 314) and an ink tank (80, 80 1) and hydraulic connection means for sending ink and/or solvent to a print head, said cleaning process comprising: - removing a cartridge from a cartridge connection and pumping gas from said cartridge connection or mounting a device in the circuit for introducing a gas, for example compressed gas, into said circuit; - circulating said gas, through at least one part of said hydraulic circuit and recovering ink from said at least one part of said hydraulic circuit in a recovery cartridge or in said ink tank (80, 80 1) or in a tank. - removing a cartridge from a cartridge connection and pumping gas from said cartridge connection or mounting a device in the circuit for introducing a gas, for example compressed gas, into said circuit; - circulating said gas, through at least one part of said hydraulic circuit and recovering ink from said at least one part of said hydraulic circuit in a recovery cartridge or in said ink tank (80, 80 1) or in a tank.
Arrangement of a fastening element for releasably connecting two components (12, 14), the fastening element comprising a basic body which has at least one latching element for connecting to a first component, wherein the latching element can be introduced in a first installation direction into a corresponding opening in the first component, wherein the basic body has, on its side opposite the latching element, a receptacle for at least one portion of a second component, wherein the receptacle and the portion have corresponding shaped features which take on guiding of the second component in the first installation direction, in a second installation direction and a third installation direction, and the receptacle and the second component have corresponding latching means which serve for releasably fixing the second component in the second installation direction, wherein the receptacle forms an insertion region for the portion of the second component in the installation direction, characterized in that • a supporting surface is formed on that side of the basic body which faces the insertion region, the supporting surface merging via a ramp into a front end edge of the basic body, wherein the ramp and the supporting surface are arranged in the region of a gap which is formed by rear walls and upper end walls of the fastening element for receiving a guide region of the portion of the second component, • wherein a step of a protrusion of the second component in interaction with the portion of the second component having the receptacle of the fastening element latches behind the step of the supporting surface of the basic body, and a stop surface of a locking region of the portion strikes against stop surfaces of the receptacle. • a supporting surface is formed on that side of the basic body which faces the insertion region, the supporting surface merging via a ramp into a front end edge of the basic body, wherein the ramp and the supporting surface are arranged in the region of a gap which is formed by rear walls and upper end walls of the fastening element for receiving a guide region of the portion of the second component, • wherein a step of a protrusion of the second component in interaction with the portion of the second component having the receptacle of the fastening element latches behind the step of the supporting surface of the basic body, and a stop surface of a locking region of the portion strikes against stop surfaces of the receptacle.
A method of locating a mobile device, the method comprising: - transmitting a request message defining a code, by a first mobile device, - receiving the request message, by a second mobile device, - driving a light source of a light emitting mobile device such that it emits light being coded according to the code by controlling a time-varying, modulated current to the light source to produce variations in the light output by modulating the color, intensity and/or duty cycle of the light, wherein the light emitting mobile device is one of the first and second mobile devices, - capturing, by a light receiving mobile device, a stream of images comprising the light emitted by the light source, the light receiving mobile device being the other of the first and second mobile devices, - retrieving the code from the light in the stream of images, by the light receiving mobile device, - identifying the light emitting mobile device based on the code, by the light receiving mobile device, and - displaying the stream of images and an indicator on the light receiving mobile device as an overlay on the stream of images to indicate the location of the light emitting mobile device. - transmitting a request message defining a code, by a first mobile device, - receiving the request message, by a second mobile device, - driving a light source of a light emitting mobile device such that it emits light being coded according to the code by controlling a time-varying, modulated current to the light source to produce variations in the light output by modulating the color, intensity and/or duty cycle of the light, wherein the light emitting mobile device is one of the first and second mobile devices, - capturing, by a light receiving mobile device, a stream of images comprising the light emitted by the light source, the light receiving mobile device being the other of the first and second mobile devices, - retrieving the code from the light in the stream of images, by the light receiving mobile device, - identifying the light emitting mobile device based on the code, by the light receiving mobile device, and - displaying the stream of images and an indicator on the light receiving mobile device as an overlay on the stream of images to indicate the location of the light emitting mobile device.
A method of controlling a water treatment process to prevent or decrease fouling or to optimise hydrophobic conditions in a following water treatment step such as membrane filtration, or on the surfaces in one or more following process step using water from a pretreatment process, surfaces such as pipes, heat exchangers, instruments, cooling water systems, other underwater surfaces and splash areas, characterized in that the method comprises adding at least one pretreatment chemical to a water stream (5A, 5B, 5C) in the pretreatment process including a coagulation step and/or a flocculation step and at least one separation step to reduce amount of dissolved and/or particulate matter in the water stream (5A, 5B, 5C), monitoring, in an online monitoring unit, hydrophobic conditions in the water stream (5A, 5B, 5C) upstream and/or downstream from said adding the at least one pretreatment chemical, wherein monitored hydrophobic conditions in the water stream (5A, 5B, 5C) are determined by determining hydrophobicity based on a fluorescence measurement, and by determining the amount or count of particles based on a light scattering measurement, controlling dosing of said at least one pretreatment chemical to the water stream (5A, 5B, 5C) based on the monitored hydrophobic conditions to adjust dosing of said at least one pretreatment chemical, such that the hydrophobic conditions in the pretreated water are brought towards target hydrophobic conditions. adding at least one pretreatment chemical to a water stream (5A, 5B, 5C) in the pretreatment process including a coagulation step and/or a flocculation step and at least one separation step to reduce amount of dissolved and/or particulate matter in the water stream (5A, 5B, 5C), monitoring, in an online monitoring unit, hydrophobic conditions in the water stream (5A, 5B, 5C) upstream and/or downstream from said adding the at least one pretreatment chemical, wherein monitored hydrophobic conditions in the water stream (5A, 5B, 5C) are determined by determining hydrophobicity based on a fluorescence measurement, and by determining the amount or count of particles based on a light scattering measurement, controlling dosing of said at least one pretreatment chemical to the water stream (5A, 5B, 5C) based on the monitored hydrophobic conditions to adjust dosing of said at least one pretreatment chemical, such that the hydrophobic conditions in the pretreated water are brought towards target hydrophobic conditions.
A light emitting device comprising: a body comprising a cavity; a light emitting diode on the body; a resistor integrated between the body and the light emitting diode and configured to sense a temperature of the light emitting diode; a plurality of metal layers (114, 116, 132, 134) on the body; and an insulation layer between a surface of the body and the plurality of metal layers (114, 116, 132, 134), wherein the resistor is disposed in the cavity, wherein the body comprises a silicon material, characterized in that the bottom surface of the cavity of the body comprises a stepped groove, and the insulation layer covers the stepped groove, in that the resistor is disposed on the insulation layer in a region of the stepped groove, in that a short prevention layer is formed on a circumference region at both ends of the resistor (130B, and in that the top surface of the short prevention layer is formed of the same plane as the plurality of metal layers (114, 116). a body comprising a cavity; a light emitting diode on the body; a resistor integrated between the body and the light emitting diode and configured to sense a temperature of the light emitting diode; a plurality of metal layers (114, 116, 132, 134) on the body; and an insulation layer between a surface of the body and the plurality of metal layers (114, 116, 132, 134), wherein the resistor is disposed in the cavity, wherein the body comprises a silicon material, characterized in that the bottom surface of the cavity of the body comprises a stepped groove, and the insulation layer covers the stepped groove, in that the resistor is disposed on the insulation layer in a region of the stepped groove, in that a short prevention layer is formed on a circumference region at both ends of the resistor (130B, and in that the top surface of the short prevention layer is formed of the same plane as the plurality of metal layers (114, 116).
A white light source whose color temperature is 5700 or more and 6500 or less, having a ratio of a minimum emission intensity to a maximum emission intensity in a wavelength region of from 450 to 610 [nm] on an emission spectrum of 0.79 or more and 0.91 or less; the white light source comprising a light-emitting diode and a phosphor layer; wherein the phosphor layer, which has a single-layer structure or a stacked structure, is composed of a mixture of a phosphor and a resin, the phosphor includes four or more of phosphors with different emission wavelengths selected from a blue phosphor, a blue-green phosphor, a green or yellow phosphor, and a red phosphor; the blue phosphor is a europium-activated alkaline earth chlorophosphate phosphor; wherein the blue-green phosphor is a europium-activated strontium aluminate phosphor, wherein the green or yellow phosphor is at least one selected from a europium and manganese-activated alkaline earth aluminate phosphor, a europium and manganese-activated alkaline earth silicate phosphor, and a europium-activated SiAlON phosphor; and wherein the red phosphor is at least one selected from a europium-activated lanthanum oxysulfide phosphor, a europium-activated calcium strontium nitridoaluminosilicate (CASN) phosphor, and a europium-activated SiAlON phosphor.
Battery power supply for an industrial truck used in an explosive region, having a housing comprising a housing body and a cover, wherein the housing body features a receiving space for receiving a battery tray, which has an interior space with a traction battery arranged therein, and the cover is fixable detachably on the housing body with securing means and the battery tray features a battery tray cover and a floor having walls (17, 18) extending away from the floor, characterised in that at least one wall (17, 18) has a recess extending through the wall (17, 18) to the interior space in a region adjacent to the floor.
A dental device for removing a dental implant which is at least partially or fully osseointegrated with a patient's jaw, comprising: a head portion for rotatingly holding a dental tool for unscrewing the dental implant; and a driving means for applying a torque to the dental tool for unscrewing the dental implant; characterized in that the driving means is specifically adapted to apply pulsed torques ( τ; τ 1, τ 2, τ 3) to the dental tool to unscrew the dental implant. a head portion for rotatingly holding a dental tool for unscrewing the dental implant; and a driving means for applying a torque to the dental tool for unscrewing the dental implant; characterized in that the driving means is specifically adapted to apply pulsed torques ( τ; τ 1, τ 2, τ 3) to the dental tool to unscrew the dental implant.
A system for collecting exhaled particles, said system comprising: a) a reservoir having first opening and a second opening; b) a mouthpiece, c) an inertial impactor having an inlet and an outlet, said impactor being arranged to pass a gas stream comprising particles between said inlet and said outlet, said inlet of said inertial impactor being connected to said first opening of said reservoir, d) a pump having an inlet and an outlet, said pump being arranged to maintain a constant gas stream flow through said impactor, and e) a first valve, wherein said first opening of said reservoir is connected to said mouthpiece via said first valve, said pump is located downstream of said impactor, characterized in that said second opening of said reservoir is connected to said outlet of said pump, and the system is configured to be operated without requiring external air to be added to the reservoir. a) a reservoir having first opening and a second opening; b) a mouthpiece, c) an inertial impactor having an inlet and an outlet, said impactor being arranged to pass a gas stream comprising particles between said inlet and said outlet, said inlet of said inertial impactor being connected to said first opening of said reservoir, d) a pump having an inlet and an outlet, said pump being arranged to maintain a constant gas stream flow through said impactor, and e) a first valve,
A method of producing a polyoxymethylene resin composition wherein a crude oxymethylene copolymer for which a polymerization catalyst has been deactivated after completing the copolymerization but for which unstable terminal groups have not been stabilized, is melt-kneaded with a hindered phenol-type antioxidant, an ethylene-methacrylic acid copolymer resin or an ethylene-acrylic acid copolymer resin or a salt thereof, and calcium stearate, which is used in a range of 0.001 mass% to 0.003 mass% with respect to the crude oxymethylene copolymer, without carrying out a stabilization treatment to stabilize the unstable terminal groups.
Method for determining the position of a user in a real environment by means of a mobile terminal carried by the user using a stored virtual model of the environment, the stored model comprising a three-dimensional model of the environment and at least one two-dimensional model of a sub-area of the environment, to which a 3D position is assigned within the three-dimensional model of the environment, wherein an area of the real environment is recorded with an optical sensor of the terminal in order to obtain at least one two-dimensional image of the area, wherein the at least one two-dimensional image is subjected to electronic image processing in the terminal, which comprises one first algorithm for feature extraction and a second algorithm for feature extraction, wherein the first algorithm for feature extraction is carried out to obtain a three-dimensional virtual model of the area, and the second algorithm for feature extraction is carried out in order to obtain a two-dimensional virtual model of the area, wherein the three-dimensional virtual model is compared with the stored three-dimensional model and the two-dimensional virtual model is compared with the stored two-dimensional model and, if a match is detected, the position of the user is obtained within the stored three-dimensional model, wherein the resolution of the feature extraction of the first algorithm is lower than that of the second algorithm.