mhurhangee/ep-ind-claims huggingface dataset:
A method for assessing drinking behavior to predict when alcohol consumption of a user is likely to result in a subjective effect on the user, said method comprising the following steps: (a) using a wearable transdermal alcohol sensor device to obtain a first transdermal alcohol measurement of the user for a first drinking event; (b) receiving, by a software application on a user interface device, the first transdermal alcohol measurement, from the wearable transdermal alcohol sensor device; (c) posing, by a software application on the user interface device, a query to the user about a subjective effect on the user of the first drinking event; (d) correlating, by the software application on the user interface device, a response of the user to the query about the subjective effect of the first drinking event with the first transdermal alcohol measurement of the user for the first drinking event to obtain a correlating factor; (e) during a second drinking event, using the transdermal alcohol sensor device to obtain a second transdermal alcohol measurement of the user; (f) receiving, by the software application on the user interface device, the second transdermal alcohol measurement of the user from said wearable transdermal alcohol sensor device; (g) using, by the software application on the user interface device, the correlating factor and the second transdermal alcohol measurement to predict the subjective effect on the user from the second drinking event; and (h) notifying, on said user interface device, the user of the predicted subjective effect. (a) using a wearable transdermal alcohol sensor device to obtain a first transdermal alcohol measurement of the user for a first drinking event; (b) receiving, by a software application on a user interface device, the first transdermal alcohol measurement, from the wearable transdermal alcohol sensor device; (c) posing, by a software application on the user interface device, a query to the user about a subjective effect on the user of the first drinking event; (d) correlating, by the software application on the user interface device, a response of the user to the query about the subjective effect of the first drinking event with the first transdermal alcohol measurement of the user for the first drinking event to obtain a correlating factor; (e) during a second drinking event, using the transdermal alcohol sensor device to obtain a second transdermal alcohol measurement of the user; (f) receiving, by the software application on the user interface device, the second transdermal alcohol measurement of the user from said wearable transdermal alcohol sensor device; (g) using, by the software application on the user interface device, the correlating factor and the second transdermal alcohol measurement to predict the subjective effect on the user from the second drinking event; and (h) notifying, on said user interface device, the user of the predicted subjective effect.
A method of coating a target object, comprising: preparing a lithography system including: a processor configured to process an image of the target object and determine an optical pattern for a coating layer of the target object; and an exposure apparatus configured to provide the optical pattern determined by the processor to a substrate; preparing a substrate having one surface on which at least one target object is disposed; forming photoresist on at least a portion of surfaces of the substrate and the target object; forming a perimeter wall for a coating layer of the target object by processing an image of the target object by the processor; and providing a resin to the substrate and at least the partial region of the surface of the target object surrounded by the perimeter wall, wherein forming the perimeter wall comprises: obtaining the image of the target object; and providing light, by the exposure apparatus, having an optical pattern corresponding to the perimeter wall to the substrate using the obtained image of the target object. preparing a lithography system including: a processor configured to process an image of the target object and determine an optical pattern for a coating layer of the target object; and an exposure apparatus configured to provide the optical pattern determined by the processor to a substrate; a processor configured to process an image of the target object and determine an optical pattern for a coating layer of the target object; and an exposure apparatus configured to provide the optical pattern determined by the processor to a substrate; preparing a substrate having one surface on which at least one target object is disposed; forming photoresist on at least a portion of surfaces of the substrate and the target object; forming a perimeter wall for a coating layer of the target object by processing an image of the target object by the processor; and providing a resin to the substrate and at least the partial region of the surface of the target object surrounded by the perimeter wall, wherein forming the perimeter wall comprises: obtaining the image of the target object; and providing light, by the exposure apparatus, having an optical pattern corresponding to the perimeter wall to the substrate using the obtained image of the target object. obtaining the image of the target object; and providing light, by the exposure apparatus, having an optical pattern corresponding to the perimeter wall to the substrate using the obtained image of the target object.
A device for the treatment of bulk material, comprising a platform (24', 24", 28) for supporting bulk material and at least one outfeeding device arranged on the platform for feeding of bulk material placed on the platform towards an outlet arranged on the platform, wherein the outfeeding device has a feeding direction towards the outlet, a first and a second beam (30, 31, 32, 33) which both are arranged on the platform above the outfeeding device, which first and second beams extend transversal to the feeding direction of the outfeeding device and over at least a portion of the width of the outfeeding device, the second beam, in the feeding direction of the outfeeding device, is arranged closer to the outlet arranged on the platform than the first beam, the second beam being arranged at a higher level above the outfeeding device than the first beam, characterised in that the platform comprises a plurality of feed screws (61', 61 ", 62', 62", 63', 63") arranged on each side of the outfeeding device in the feed direction of the outfeeding device to feed bulk material from a region outside the outfeeding device towards the outfeeding device and onto it in a feeding direction of the plurality of feed screws (61', 61", 62', 62", 63', 63") being at least partly directed transversal to the feeding direction of the outfeeding device, wherein the feed screws (62', 61 ", 62', 62", 63', 63") extend in over the outfeeding device, and feed screws which are arranged closer to the outlet extend further in over the outfeeding device than the feed screws arranged further away from the outlet.
A magnetron sputtering coating device comprising: a deposition chamber; a rotating stand on a base of the deposition chamber and having a central axis; a first rotation system for driving the rotating stand to rotate around its central axis; a work steady on the rotating stand; a sputtering cathode including two first sputtering cathodes (120a, 120b) located on and which equally divide a circumference concentric with the central axis of the rotating stand, and one second sputtering cathode located on said circumference and which equally divides the arc between the two first sputtering cathodes; wherein the two first sputtering cathodes are the same chemical element, which is a different element to the second sputtering cathode; characterized in that the device further comprises a baffle fixedly arranged on the rotating stand through its central axis to equally divide the rotating stand into two separate areas (102-1, 102-2), the baffle having two ends which extend beyond both ends of the sputtering cathode in the direction of the central axis of the rotating stand. a deposition chamber; a rotating stand on a base of the deposition chamber and having a central axis; a first rotation system for driving the rotating stand to rotate around its central axis; a work steady on the rotating stand; a sputtering cathode including two first sputtering cathodes (120a, 120b) located on and which equally divide a circumference concentric with the central axis of the rotating stand, and one second sputtering cathode located on said circumference and which equally divides the arc between the two first sputtering cathodes; wherein the two first sputtering cathodes are the same chemical element, which is a different element to the second sputtering cathode; characterized in that the device further comprises a baffle fixedly arranged on the rotating stand through its central axis to equally divide the rotating stand into two separate areas (102-1, 102-2), the baffle having two ends which extend beyond both ends of the sputtering cathode in the direction of the central axis of the rotating stand.
A satellite communication system to relay communication between a terminal and a gateway installed on a ground through a satellite repeater, wherein the satellite repeater is adapted to form a user link beam for communicating with the terminal and a feeder link beam for communicating with the gateway in a same area, and based on a currently detected traffic situation for current communication between the terminal and the gateway, the satellite repeater is adapted to change a frequency or polarization association with respect to each of the user link beam and the feeder link beam.
Silver-coloured lustre pigments based on multicoated flake-form substrates, which comprise at least one layer sequence comprising a high-refractive-index coating consisting of TiO 2 having a layer thickness of 20-70 nm, a colourless coating having a refractive index n ≤ 1.8 having a layer thickness of 20-100 nm, a high-refractive-index coating consisting of TiO 2 having a layer thickness of 20-70 nm, and optionally an outer protective layer. a high-refractive-index coating consisting of TiO 2 having a layer thickness of 20-70 nm, a colourless coating having a refractive index n ≤ 1.8 having a layer thickness of 20-100 nm, a high-refractive-index coating consisting of TiO 2 having a layer thickness of 20-70 nm, an outer protective layer.
A method for operating a printing apparatus for printing at least a first and a second image on a recording medium in a plurality of swaths, each swath being printed by a print head that reciprocates in a scanning direction; the print head being configured to apply marking material to the recording medium in accordance with a first set of image lines for each swath to be printed; the first set of image lines being provided to the print head from a swath buffer; wherein the first set of image lines are transmitted to the swath buffer out of a second set of image lines stored in a line buffer, wherein the second set of image lines in the line buffer is to be printed without interruption; wherein the line buffer is fed with image lines of a first bitmap representing the first image and thereafter with image lines of a second bitmap representing the second image; wherein, when the line buffer comprises the final image lines of the first bitmap while there are still empty data storage sections within the line buffer, and when it is not indicated, by a pausing signal, that the printing of the second image should be halted, the starting image lines of the second bitmap are transferred to the empty data storage section of the line buffer.
Vehicle window, comprising - at least one transducer device having a sensor, which includes a capacitor, whose capacitance value fluctuates depending on external influences, - transducer electronics associated with the transducer device, wherein both the transducer device and the transducer electronics are arranged completely within the vehicle window, - an electrical shielding device (27, 30, 32) associated with the transducer device for electrically shielding the transducer device relative to a vehicle interior or a vehicle exterior, wherein - the transducer device and the shielding device (30, 32) are transparent, at least in sections. - at least one transducer device having a sensor, which includes a capacitor, whose capacitance value fluctuates depending on external influences, - transducer electronics associated with the transducer device, - an electrical shielding device (27, 30, 32) associated with the transducer device for electrically shielding the transducer device relative to a vehicle interior or a vehicle exterior, - the transducer device and the shielding device (30, 32) are transparent, at least in sections.
Item of furniture with one or more legs, a seat surface, a backrest and/or one or more armrests, in which at least parts of the legs, the backrest and/or the armrests are connected interchangeably with a base body of the item of furniture by means of releasable fastenings in the form of threaded connections and the threaded connections comprise a central bore in one of the parts (3, 2) which are to be connected in which a threaded sleeve with an internal thread is arranged, and a threaded bolt with an external thread in another of the parts (3, 2) which are to be connected, characterised in that the threaded bolt extends through a centred through-bore in the other of the parts (3, 2) which are to be connected, having at the lower end opposite the point of connection a screw head with spanner flats which is countersunk in a section of the through-bore of the exchangeable part with increased diameter, and is designed to screw into the threaded sleeve.
A handheld engine-driven cutter comprising: a disk blade; and a main body that drives the disk blade by an engine, wherein the main body comprises a cutter arm that extends toward a front side of the main body and rotatably supports the disk blade in the front side of the main body; and a disk blade cover provided to the cutter arm adapted to cover the disk blade; characterized in that the handheld engine-driven cutter further comprises a guard surface disposed on a lower front portion of the main body for repelling chips of a workpiece that scatter from the disk blade through an aperture between the disk blade cover and the workpiece, wherein the guard surface has an asymmetric shape with respect to a boundary that is a rotating plane of the disk blade. a disk blade; and a main body that drives the disk blade by an engine, wherein the main body comprises a cutter arm that extends toward a front side of the main body and rotatably supports the disk blade in the front side of the main body; and a disk blade cover provided to the cutter arm adapted to cover the disk blade; characterized in that the handheld engine-driven cutter further comprises a guard surface disposed on a lower front portion of the main body for repelling chips of a workpiece that scatter from the disk blade through an aperture between the disk blade cover and the workpiece, wherein the guard surface has an asymmetric shape with respect to a boundary that is a rotating plane of the disk blade.
Weighing scales having a step-on surface, on which the person to be weighed stands, wherein a plurality of artificial gemstones are arranged beneath or in the step-on surface, it being possible to illuminate at least some of said artificial gemstones from below so that they produce information that can be read visually from above, in particular a weight indication, characterised in that a screen is provided, which allows isolated illumination of at least one artificial gemstone and that the screen has at least one cutout to hold at least one artificial gemstone, into which the artificial gemstone is inserted.
A needle assembly (810, 910), comprising: a needle hub (814, 914); and a needle (816, 916) extending from the needle hub (814, 914); and an interface pad (820, 920) attached to the needle hub (814, 914) before use of the needle assembly (810, 910), the interface pad (820, 920) including at least one of a haemostatic agent and an antimicrobial agent, the interface pad (820, 920) configured to be interposed between the needle hub (814, 914) and the patient's skin when the needle (816, 916) is percutaneously inserted into the patient, characterized in that the interface pad (820, 920) includes shape that matches a shape of a bottom surface (815A, 915A) of the needle hub (814, 914), the interface pad (820, 920) including a hole through which the needle (816, 916) is configured to extend. a needle hub (814, 914); and a needle (816, 916) extending from the needle hub (814, 914); and an interface pad (820, 920) attached to the needle hub (814, 914) before use of the needle assembly (810, 910), the interface pad (820, 920) including at least one of a haemostatic agent and an antimicrobial agent, the interface pad (820, 920) configured to be interposed between the needle hub (814, 914) and the patient's skin when the needle (816, 916) is percutaneously inserted into the patient, characterized in that the interface pad (820, 920) includes shape that matches a shape of a bottom surface (815A, 915A) of the needle hub (814, 914), the interface pad (820, 920) including a hole through which the needle (816, 916) is configured to extend.
An article comprising a composition, wherein the composition comprises, by weight percent: 20.0% to 22.0% chromium (Cr); 18.0% to 20.0% cobalt (Co); 1.0% to 2.0% tungsten; 3.0% to 6.0% niobium (Nb); 0.5% to 1.5% titanium (Ti); 2.0% to 3.0% aluminum (Al); 0.5% to 1.5% molybdenum (Mo); 0.03% to 0.18% carbon; up to 0.15% tantalum (Ta); up to 0.20% hafnium (Hf); up to 0.20% iron (Fe); balance nickel (Ni) and incidental impurities, and wherein amount of Al is present according to the following formula: Al ≤ − 0.5 * Ti + 3.75 and the composition is weldable, has a microstructure comprising between 35 vol% and 45 vol% gamma prime (γ') and is substantially devoid of Eta and reduced content of TCP phases at elevated working temperatures. 20.0% to 22.0% chromium (Cr); 18.0% to 20.0% cobalt (Co); 1.0% to 2.0% tungsten; 3.0% to 6.0% niobium (Nb); 0.5% to 1.5% titanium (Ti); 2.0% to 3.0% aluminum (Al); 0.5% to 1.5% molybdenum (Mo); 0.03% to 0.18% carbon; up to 0.15% tantalum (Ta); up to 0.20% hafnium (Hf); up to 0.20% iron (Fe);
A wearable drug delivery device, comprising: a drug container configured to hold a liquid drug; a plunger positioned in the drug container; a drive system coupled to the plunger, the drive system configured to advance the plunger to expel a portion of the liquid drug from the drug container for delivery to a patient; and a needle conduit coupled to the drug container or to the plunger, wherein the needle conduit is configured to provide expelled liquid drug to a patient; characterized by a plurality of conductive pins positioned in the drug container, wherein the plurality of conductive pins are electrically couplable to the liquid drug and spaced along the drug container; and by a controller electrically coupled to each of the plurality of conductive pins, wherein the controller is configured to monitor an electrical connectivity of each of the plurality of conductive pins. a drug container configured to hold a liquid drug; a plunger positioned in the drug container; a drive system coupled to the plunger, the drive system configured to advance the plunger to expel a portion of the liquid drug from the drug container for delivery to a patient; and a needle conduit coupled to the drug container or to the plunger, wherein the needle conduit is configured to provide expelled liquid drug to a patient; characterized by a plurality of conductive pins positioned in the drug container, wherein the plurality of conductive pins are electrically couplable to the liquid drug and spaced along the drug container; and by a controller electrically coupled to each of the plurality of conductive pins, wherein the controller is configured to monitor an electrical connectivity of each of the plurality of conductive pins.
Support tube made of synthetic material for a filter element, with several passage recesses defined by a plurality of transversal webs and longitudinal webs, wherein the support tube is designed in one piece and the passage recesses are defined, at least sectionwise in the longitudinal direction of the support tube, by more than four longitudinal webs (28, 30) having a polygonal cross-section, characterized in that the longitudinal webs (28, 30) are designed each symmetrically to their central plane (42, 44) extending in longitudinal direction of the support tube and intersecting the central longitudinal axis of the support tube.
A flexographic printing precursor comprising a support and a photopolymerisable layer comprising a monomer, an initiator and having a thickness between 0.5 mm and 7.0 mm, characterized in that the photopolymerisable layer contains magnetic or magnetisable particles.
A thermal insulating kit, comprising: (a) an outer shell; and (b) at least four separate and distinct identically sized phase change material-containing panels; and (c) a plurality of thermal insulating panels; wherein: (i) the outer shell defines a volume; (ii) the plurality of thermal insulating panels are configured and arranged to form an insulated enclosure within the volume of the outer shell with the plurality of thermal insulating panels abutting each other at first interfaces; (iii) each phase change material-containing panel (10, 12, 14, 16) is shaped as a frustum of a right pyramid with abutting edges being 45° bevels; and (iv) the plurality of phase change material-containing panels (10, 12, 14, 16) are configured and arranged to form an interior payload retention chamber within the insulated enclosure with the plurality of phase change material-containing panels (10, 12, 14, 16) abutting each other at second interfaces. (a) an outer shell; and (b) at least four separate and distinct identically sized phase change material-containing panels; and (c) a plurality of thermal insulating panels; wherein: (i) the outer shell defines a volume; (ii) the plurality of thermal insulating panels are configured and arranged to form an insulated enclosure within the volume of the outer shell with the plurality of thermal insulating panels abutting each other at first interfaces; (iii) each phase change material-containing panel (10, 12, 14, 16) is shaped as a frustum of a right pyramid with abutting edges being 45° bevels; and (iv) the plurality of phase change material-containing panels (10, 12, 14, 16) are configured and arranged to form an interior payload retention chamber within the insulated enclosure with the plurality of phase change material-containing panels (10, 12, 14, 16) abutting each other at second interfaces. (i) the outer shell defines a volume; (ii) the plurality of thermal insulating panels are configured and arranged to form an insulated enclosure within the volume of the outer shell with the plurality of thermal insulating panels abutting each other at first interfaces; (iii) each phase change material-containing panel (10, 12, 14, 16) is shaped as a frustum of a right pyramid with abutting edges being 45° bevels; and (iv) the plurality of phase change material-containing panels (10, 12, 14, 16) are configured and arranged to form an interior payload retention chamber within the insulated enclosure with the plurality of phase change material-containing panels (10, 12, 14, 16) abutting each other at second interfaces.