mhurhangee/ep-ind-claims huggingface dataset:
A waterproof housing for an electronic device; the housing comprising an assembly of a box-like case with an opened front in which case circuit components are mountable and a front cover attached to the case so as to cover the case, with the front cover fitted onto the periphery of the front opening of the case so as to prevent rainwater from entering from the outside, wherein the case has an arched top plate, at the front of the case, a fitting stage, to which the front cover is fitted, is formed so as to protrude from the case along the periphery of the front opening of the case, and the fitting stage has at least one drain groove (2c, 2d) provided along the peripheral surfaces of the top plate section and both of the right and left side wall sections of the fitting stage so that the lower ends of the drain groove (2c, 2d) are opened downward at the bottom of the case.
A portal or gateway adapted to allow people or items to pass through, wherein the portal or gateway has a vertical support, a laser adapted to generate chirped light, an open optical sample cell and a detector for detecting light from the laser that has passed through the open optical sample cell, wherein the open optical sample cell is defined by a mirror at each end, the mirrors being included in the vertical support, so that the open optical sample cell extends along the vertical support.
A medical device comprising: a medical device body; and a diamond-like thin film covering the medical device body and containing silicon, wherein the diamond-like thin film has a concentration of the silicon which is present in a surface thereof and which is lower in a surface thereof than in an interface thereof with the medical device body, and continuously varies, the diamond-like thin film has an atomic percent concentration of the silicon which is not more than 50% in a portion thereof having the highest silicon concentration, the diamond-like thin film has graphite bonds and diamond bonds, and an abundance ratio of the graphite bonds to the diamond bonds is lower in the surface of the diamond-like thin film than in the interface thereof with the medical device body, and the diamond-like thin film has a film thickness which is not less than 5 nm and not more than 300 nm. a medical device body; and a diamond-like thin film covering the medical device body and containing silicon, the diamond-like thin film has a concentration of the silicon which is present in a surface thereof and which is lower in a surface thereof than in an interface thereof with the medical device body, and continuously varies, the diamond-like thin film has an atomic percent concentration of the silicon which is not more than 50% in a portion thereof having the highest silicon concentration, the diamond-like thin film has graphite bonds and diamond bonds, and an abundance ratio of the graphite bonds to the diamond bonds is lower in the surface of the diamond-like thin film than in the interface thereof with the medical device body, and the diamond-like thin film has a film thickness which is not less than 5 nm and not more than 300 nm.
Compound of the formula in which R 1 represents a group of the formula or or where * represents the point of attachment to the nitrogen atom, and the N -oxides, salts, solvates, salts of the N -oxides and solvates of the N -oxides and salts thereof. R 1 represents a group of the formula or or where * represents the point of attachment to the nitrogen atom,
A wrist brace (200; 400) comprising: (a) a main brace body (214; 414) comprising a semi-rigid splint configured to fit the anterior of a wearer's wrist, extending from the palm to a portion of the anterior of the forearm, disposed at least partially within the main brace body (214; 414); (b) an adjustable wrist strap (216; 416) configured to encircle the main brace body (214; 414) about a wearer's wrist and including opposing ends; (c) a lace (218; 228; 234; 428; 434) and a rotatable tightening mechanism (220; 232; 238; 420; 438) configured to apply tension on the lace (218; 228; 234; 428; 434) thereby reducing the slack and tightening the wrist strap (216; 416) about a wearer's wrist by pulling the opposing ends towards each other, the tightening of the wrist strap (216; 416) draws the splint closer to the anterior of a wearer's wrist. (a) a main brace body (214; 414) comprising a semi-rigid splint configured to fit the anterior of a wearer's wrist, extending from the palm to a portion of the anterior of the forearm, disposed at least partially within the main brace body (214; 414); (b) an adjustable wrist strap (216; 416) configured to encircle the main brace body (214; 414) about a wearer's wrist and including opposing ends; (c) a lace (218; 228; 234; 428; 434) and a rotatable tightening mechanism (220; 232; 238; 420; 438) configured to apply tension on the lace (218; 228; 234; 428; 434) thereby reducing the slack and tightening the wrist strap (216; 416) about a wearer's wrist by pulling the opposing ends towards each other, the tightening of the wrist strap (216; 416) draws the splint closer to the anterior of a wearer's wrist.
A hybrid electric gas turbine engine, comprising: a fan section having a fan; a first turbine section having a turbine drivably connected to the fan through a main shaft that extends along a central longitudinal axis; a gas generating core extending along a first axis that is offset or angularly skewed relative to the central longitudinal axis, the gas generating core comprising a second turbine section; an exhaust duct extending from the second turbine section towards the first turbine section, wherein the products of combustion from the second turbine section of the gas generating core pass through the exhaust duct and across the turbine of the first turbine section; a first electric motor drivably connected to the main shaft, the first electric motor having a central axis parallel with the central longitudinal axis; and an electric compressor extending along a second axis that is offset or angularly skewed relative to the central longitudinal axis, the electric compressor being in fluid communication with the second turbine section. a fan section having a fan; a first turbine section having a turbine drivably connected to the fan through a main shaft that extends along a central longitudinal axis; a gas generating core extending along a first axis that is offset or angularly skewed relative to the central longitudinal axis, the gas generating core comprising a second turbine section; an exhaust duct extending from the second turbine section towards the first turbine section, wherein the products of combustion from the second turbine section of the gas generating core pass through the exhaust duct and across the turbine of the first turbine section; a first electric motor drivably connected to the main shaft, the first electric motor having a central axis parallel with the central longitudinal axis; and an electric compressor extending along a second axis that is offset or angularly skewed relative to the central longitudinal axis, the electric compressor being in fluid communication with the second turbine section.
A car comprising: two front wheels; two rear drive wheels; a passenger compartment arranged between the front wheels and the rear wheels; an internal combustion engine, which is arranged behind the passenger compartment and is provided with a plurality of cylinders, where respective pistons slide on the inside, and with a drive shaft connected to the pistons and oriented longitudinally, namely parallel to a driving direction of the car; and a transmission system, which connects the drive shaft of the internal combustion engine to the rear drive wheels and comprises a gearbox provided with at least one primary shaft; the car is characterized in that: the internal combustion engine is oriented with the drive shaft arranged higher than the cylinders; the gearbox is longitudinally arranged behind a crankcase of the internal combustion engine; and the primary shaft of the gearbox is coaxial to the drive shaft of the internal combustion engine. two front wheels; two rear drive wheels; a passenger compartment arranged between the front wheels and the rear wheels; an internal combustion engine, which is arranged behind the passenger compartment and is provided with a plurality of cylinders, where respective pistons slide on the inside, and with a drive shaft connected to the pistons and oriented longitudinally, namely parallel to a driving direction of the car; and a transmission system, which connects the drive shaft of the internal combustion engine to the rear drive wheels and comprises a gearbox provided with at least one primary shaft; the car is characterized in that: the internal combustion engine is oriented with the drive shaft arranged higher than the cylinders; the gearbox is longitudinally arranged behind a crankcase of the internal combustion engine; and the primary shaft of the gearbox is coaxial to the drive shaft of the internal combustion engine. the internal combustion engine is oriented with the drive shaft arranged higher than the cylinders; the gearbox is longitudinally arranged behind a crankcase of the internal combustion engine; and the primary shaft of the gearbox is coaxial to the drive shaft of the internal combustion engine.
A recyclable composite packaging structure including a fiber-containing layer and a mineral-containing layer, obtainable by the method comprising: extrusion coating the mineral-containing layer onto the fiber-containing layer using a mineral-containing resin having mineral particles interspersed within a polyolefin bonding agent, wherein the mineral-containing layer has a density from 1.22 g/cm 3 to 1.41 g/cm 3, measured according to ASTM D1501-03; wherein the extrusion process is carried out under the following conditions: the resin having a melt flow index from 4 g/10 min. to 16 g/10 min., measured according to ASTM D1238-04; a melt temperature from 226.7 °C to 337.8 °C (440° F to 640° F); an extruder screw or tube barrel pressure from 8,274 - 17,237 kPa (1,200 psi to 2,500 psi); an air gap from 10.16 cm (4") to 40.64 cm (16"); a die gap from 0.51 mm (0.020") to 1.27 mm (0.050"); barrel and die zone temperatures from 204.5 °C to 337.8 °C (400° F to 640° F); an extrusion line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM); and an extrusion lamination line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM). extrusion coating the mineral-containing layer onto the fiber-containing layer using a mineral-containing resin having mineral particles interspersed within a polyolefin bonding agent, wherein the mineral-containing layer has a density from 1.22 g/cm 3 to 1.41 g/cm 3, measured according to ASTM D1501-03; wherein the extrusion process is carried out under the following conditions: the resin having a melt flow index from 4 g/10 min. to 16 g/10 min., measured according to ASTM D1238-04; a melt temperature from 226.7 °C to 337.8 °C (440° F to 640° F); an extruder screw or tube barrel pressure from 8,274 - 17,237 kPa (1,200 psi to 2,500 psi); an air gap from 10.16 cm (4") to 40.64 cm (16"); a die gap from 0.51 mm (0.020") to 1.27 mm (0.050"); barrel and die zone temperatures from 204.5 °C to 337.8 °C (400° F to 640° F); an extrusion line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM); and an extrusion lamination line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM). the resin having a melt flow index from 4 g/10 min. to 16 g/10 min., measured according to ASTM D1238-04; a melt temperature from 226.7 °C to 337.8 °C (440° F to 640° F); an extruder screw or tube barrel pressure from 8,274 - 17,237 kPa (1,200 psi to 2,500 psi); an air gap from 10.16 cm (4") to 40.64 cm (16"); a die gap from 0.51 mm (0.020") to 1.27 mm (0.050"); barrel and die zone temperatures from 204.5 °C to 337.8 °C (400° F to 640° F); an extrusion line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM); and an extrusion lamination line speed from 0.51 m/s (100 FPM) to 17.78 m/s (3,500 FPM).
Process for preparing fluorescein quinoid form of Formula: comprising the steps of: a) preparing fluorescein mesylate salt or co-crystal having formula: b) converting the fluorescein mesylate salt or co-crystal into fluorescein quinoid form of formula by treatment with water or a mixture of water and a water-soluble organic solvent. a) preparing fluorescein mesylate salt or co-crystal having formula: b) converting the fluorescein mesylate salt or co-crystal into fluorescein quinoid form of formula by treatment with water or a mixture of water and a water-soluble organic solvent.
Method for fixing at least one tissue sample, which is performed using a tissue processor and in which the at least one tissue sample is introduced at a first temperature level and at a first pressure level into a fixing reagent which contains at least one nitrogen-containing compound capable of releasing at least one aldehyde in dependence on pressure and/or temperature, wherein the at least one tissue sample is kept in the fixing reagent at least for a fixing period, wherein the fixing reagent with the at least one tissue sample introduced therein is brought to a second temperature level above the first temperature level and/or a second pressure level above the first pressure level during the fixing period, and wherein a content of the at least one nitrogen-containing compound capable of releasing the at least one aldehyde in dependence on pressure and/or temperature in the fixing reagent is determined using at least one concentration measuring device of the tissue processor and a signal is output on the basis of a measured value of the at least one concentration measuring device.
Method for deck marking of a vessel, comprising: - visualizing a 2D technical drawing on a physical surface being a deck and/or hold of a vessel, wherein the 2D drawing is a technical drawing comprising a virtual footprint of the one or more loads to be transported on the deck and/or in the hold of the vessel, comprising: uploading the 2D technical drawing comprising the virtual footprint of the one or more loads to a computer-readable memory or medium of a mixed reality device, allowing a wearer of the mixed reality device to view the physical surface through a viewing screen of the mixed reality device, instructing the mixed reality device to display the 2D technical drawing comprising the virtual footprint of the one or more loads on the viewing screen in such a way, that the wearer of the mixed reality device sees the physical surface with the 2D technical drawing comprising the virtual footprint of the one or more loads being orthographically projected thereon, - drawing characteristic lines and reference points of the virtual footprint of the one or more loads on the deck surface and/or hold surface, such that the one or more loads can be arranged on the deck and/or in the hold of the vessel according to the virtual footprint. - visualizing a 2D technical drawing on a physical surface being a deck and/or hold of a vessel, wherein the 2D drawing is a technical drawing comprising a virtual footprint of the one or more loads to be transported on the deck and/or in the hold of the vessel, comprising: uploading the 2D technical drawing comprising the virtual footprint of the one or more loads to a computer-readable memory or medium of a mixed reality device, allowing a wearer of the mixed reality device to view the physical surface through a viewing screen of the mixed reality device, instructing the mixed reality device to display the 2D technical drawing comprising the virtual footprint of the one or more loads on the viewing screen in such a way, that the wearer of the mixed reality device sees the physical surface with the 2D technical drawing comprising the virtual footprint of the one or more loads being orthographically projected thereon, uploading the 2D technical drawing comprising the virtual footprint of the one or more loads to a computer-readable memory or medium of a mixed reality device, allowing a wearer of the mixed reality device to view the physical surface through a viewing screen of the mixed reality device, instructing the mixed reality device to display the 2D technical drawing comprising the virtual footprint of the one or more loads on the viewing screen in such a way, that the wearer of the mixed reality device sees the physical surface with the 2D technical drawing comprising the virtual footprint of the one or more loads being orthographically projected thereon, - drawing characteristic lines and reference points of the virtual footprint of the one or more loads on the deck surface and/or hold surface, such that the one or more loads can be arranged on the deck and/or in the hold of the vessel according to the virtual footprint.
A doser cap for a liquid container, enclosing additives for release in the said liquid container comprising: a) a bottom cap unit comprising internal thread to engage with thread on the liquid container, a reservoir shaft, wherein the bottom side of the shaft is sealed by a seal and wherein the bottom cap unit has a cam guide on outer portion of the reservoir shaft; b) a top cap unit comprising a cam slot that engages with the cam guide on bottom cap unit, such that the top cap unit moves spirally down or up as per direction of rotation; and a peel-off ring which is in contact with the bottom cap unit; the top cap unit further comprising a cutting unit having a cutting tip, for piercing the seal of the reservoir shaft of the bottom cap unit and cutting edge on the inner portion of the top cap unit for shearing the seal on rotation of the top cap unit in desired direction to discharge the additives from the said reservoir shaft of the bottom cap unit; and c) an entry groove for smooth entry of the cam guide on the bottom cap unit into the cam slot on the top cap unit, characterised in that the peel-off ring is also in contact with the top cap unit, and in that the cam guide has a slight opening angle at top for the entry and with no angle at back to avoid separation of the top and bottom cap units (8, 1) without breaking the peel off ring. a) a bottom cap unit comprising internal thread to engage with thread on the liquid container, a reservoir shaft, wherein the bottom side of the shaft is sealed by a seal and wherein the bottom cap unit has a cam guide on outer portion of the reservoir shaft; b) a top cap unit comprising a cam slot that engages with the cam guide on bottom cap unit, such that the top cap unit moves spirally down or up as per direction of rotation; and a peel-off ring which is in contact with the bottom cap unit; the top cap unit further comprising a cutting unit having a cutting tip, for piercing the seal of the reservoir shaft of the bottom cap unit and cutting edge on the inner portion of the top cap unit for shearing the seal on rotation of the top cap unit in desired direction to discharge the additives from the said reservoir shaft of the bottom cap unit; and c) an entry groove for smooth entry of the cam guide on the bottom cap unit into the cam slot on the top cap unit, characterised in that the peel-off ring is also in contact with the top cap unit, and in that the cam guide has a slight opening angle at top for the entry and with no angle at back to avoid separation of the top and bottom cap units (8, 1) without breaking the peel off ring.
A method (100, 300) for planning a well, comprising: defining the well in a representation of a domain; characterized by: identifying (104, 106) an offset well in the domain that is within a threshold distance of the well; deconstructing the offset well into a plurality of offset bases; determining, using a processor, that a first offset base (214-1, 214-2) of the plurality of offset bases is within the threshold distance of the well; determining, using the processor, that a second offset base of the plurality of offset bases is not within the threshold distance of the well; and performing a proximity computation for the well with respect to the first offset base but not the second offset base. defining the well in a representation of a domain; characterized by: identifying (104, 106) an offset well in the domain that is within a threshold distance of the well; deconstructing the offset well into a plurality of offset bases; determining, using a processor, that a first offset base (214-1, 214-2) of the plurality of offset bases is within the threshold distance of the well; determining, using the processor, that a second offset base of the plurality of offset bases is not within the threshold distance of the well; and performing a proximity computation for the well with respect to the first offset base but not the second offset base. identifying (104, 106) an offset well in the domain that is within a threshold distance of the well; deconstructing the offset well into a plurality of offset bases; determining, using a processor, that a first offset base (214-1, 214-2) of the plurality of offset bases is within the threshold distance of the well; determining, using the processor, that a second offset base of the plurality of offset bases is not within the threshold distance of the well; and performing a proximity computation for the well with respect to the first offset base but not the second offset base.
A display device comprising: a substrate on which light sources are disposed; a display plate that is disposed to face the substrate; a tubular panel that surrounds and holds a periphery of the substrate and a periphery of the display plate; and a lens that is disposed between the substrate and the display plate and guides light emitted from the light sources; wherein the lens has at least one slide groove and at least one claw portion disposed adjacent to the at least one slide groove, characterised in that the tubular panel has at least one rib protruding from an inner peripheral surface thereof, wherein the slide groove is configured to receive the at least one rib, such that when the lens is assembled into the tubular panel, in a state where the rib of the panel enters the slide groove of the lens, the lens is configured to be slid forward, which is a first direction of the lens towards the display plate, till a rear surface of the rib abuts on a front surface of the base portion of the lens and then the lens is configured to be slid to a lateral direction, different to the first direction, and the at least one claw portion is positioned between the at least one rib and the display plate in an assembled state. a substrate on which light sources are disposed; a display plate that is disposed to face the substrate; a tubular panel that surrounds and holds a periphery of the substrate and a periphery of the display plate; and a lens that is disposed between the substrate and the display plate and guides light emitted from the light sources; wherein the lens has at least one slide groove and at least one claw portion disposed adjacent to the at least one slide groove, characterised in that the tubular panel has at least one rib protruding from an inner peripheral surface thereof, wherein the slide groove is configured to receive the at least one rib, such that when the lens is assembled into the tubular panel, in a state where the rib of the panel enters the slide groove of the lens, the lens is configured to be slid forward, which is a first direction of the lens towards the display plate, till a rear surface of the rib abuts on a front surface of the base portion of the lens and then the lens is configured to be slid to a lateral direction, different to the first direction, and the at least one claw portion is positioned between the at least one rib and the display plate in an assembled state.