mhurhangee/ep-ind-claims huggingface dataset:
A multi-chamber syringe comprising: a barrel having an open end and a choked end, the choked end having an injection hole; a push member disposed to fit an inner side surface of the barrel and slidably on the inner side surface; and an elastic plug (16, 100, 200) disposed more closely to the choked end than the push member, to fit the inner side surface and slidably on the inner side surface; the plug (16, 100, 200) partitioning an inside space of the barrel into two chambers each capable of storing a fluid; the plug further comprising: a first projection (34, 106) with an eccentric top, provided on the plug's (16, 100, 200) main surface on a choked end side; and a first flange provided on a side surface of the main body, at an end closer to the open end; a second flange provided on the side surface of the main body, at an end closer to the choked end, the flanges (32a, 32b) having an outer diameter which is greater than the inner diameter of the barrel 12 within a range to allow the plug 16 to slide on the inner side surface, characterized in that a flow path is provided between the flanges (32a, 32b) and between the main body of the plug and the inner side surface of the barrel, and application of a pressure from the open end side of the barrel to the plug (16, 100, 200), with the first projection (34, 106) contacting with the choked end, tilts and deforms the plug in the barrel, causing part of the first flange coming off the inner side surface to make a first gap (38, 112) opening on the open end side, and causing part of the second flange coming off the inner side surface to make a second gap (40, 114) opening on the choked end side, with the first and second gaps communicating with the flow path (36, 110).
A method of calibration of an auto-stereoscopic 3D screen (1.4) of a device comprising a camera (1.3), wherein the method comprises: - displaying a pattern image on a screen (1.4) of said device (1.2); and - capturing an image of said device as reflected by a reflective surface (4.0) using said camera, the captured image (3.2) of the device comprising the screen of the device; and characterized in that the method further comprises: - obtaining a resulting image where the screen appears rectangular, by proceeding to perspective correction if the screen does not appear rectangular in the captured image (3.2); and - determining the value of a command for an adjustable masking means (2.2), constituting a parallax barrier, of the auto-stereoscopic 3D screen to get a balanced mix of crosstalk in the resulting image at a horizontal position corresponding to the horizontal position of the camera in said resulting image. - displaying a pattern image on a screen (1.4) of said device (1.2); and - capturing an image of said device as reflected by a reflective surface (4.0) using said camera, the captured image (3.2) of the device comprising the screen of the device; and - obtaining a resulting image where the screen appears rectangular, by proceeding to perspective correction if the screen does not appear rectangular in the captured image (3.2); and - determining the value of a command for an adjustable masking means (2.2), constituting a parallax barrier, of the auto-stereoscopic 3D screen to get a balanced mix of crosstalk in the resulting image at a horizontal position corresponding to the horizontal position of the camera in said resulting image.
A method for automatically measuring a subject's phoria while the subject fixates on a visual target, comprising: capturing an image of at least one of the subject's eyes using an image capturing device, the image including a reflection of light from any surface of the at least one of the subject's eyes, wherein the image is captured in response to a power of the one of the subject's eyes being within a predetermined range; analyzing the image to identify a position of the reflection of the light within the at least one of the subject's eyes; determining a phoria measurement based on the position of the reflection of the light within the at least one of the subject's eyes; performing an autorefraction measurement, the autorefraction measurement measuring the power of one of the subject's eyes while focusing on the visual target; and calculating an accommodative convergence accommodation ratio based on a position of the reflection of the light within at least one of the subject's eyes and the autorefraction measurement. capturing an image of at least one of the subject's eyes using an image capturing device, the image including a reflection of light from any surface of the at least one of the subject's eyes, wherein the image is captured in response to a power of the one of the subject's eyes being within a predetermined range; analyzing the image to identify a position of the reflection of the light within the at least one of the subject's eyes; determining a phoria measurement based on the position of the reflection of the light within the at least one of the subject's eyes; performing an autorefraction measurement, the autorefraction measurement measuring the power of one of the subject's eyes while focusing on the visual target; and calculating an accommodative convergence accommodation ratio based on a position of the reflection of the light within at least one of the subject's eyes and the autorefraction measurement.
An electrical connector for connecting a cable providing the electrical connection between two railway vehicle cars, consisting of: - a base of electrically insulating material containing a central area which is stepped in cross section, - a profile in electrically conducting material, resting on steps of the central area of the base, the profile consisting of: • a stepped section, locally joining the steps of the central area of the base and containing steps, each of which has a sleeve for receiving an electrical connecting pin supported by the base, each pin being intended to allow the electrical connection with an electrical circuit cable of the car to be connected, and • a straight section, bearing at least one sleeve to receive a clamp pin placed at one end of the connecting cable. - a base of electrically insulating material containing a central area which is stepped in cross section, - a profile in electrically conducting material, resting on steps of the central area of the base, the profile consisting of: • a stepped section, locally joining the steps of the central area of the base and containing steps, each of which has a sleeve for receiving an electrical connecting pin supported by the base, each pin being intended to allow the electrical connection with an electrical circuit cable of the car to be connected, and • a straight section, bearing at least one sleeve to receive a clamp pin placed at one end of the connecting cable. • a stepped section, locally joining the steps of the central area of the base and containing steps, each of which has a sleeve for receiving an electrical connecting pin supported by the base, each pin being intended to allow the electrical connection with an electrical circuit cable of the car to be connected, and • a straight section, bearing at least one sleeve to receive a clamp pin placed at one end of the connecting cable.
A compound which is 3β, 7α-dihydroxycholest-5-en-26-oic (3β, 7α-diHCA) or a pharmaceutically acceptable salt thereof for use in the treatment of neurodegenerative conditions.
A method of correlating data for multiple product configurations of an aircraft, comprising: enhancing, by a processor, a data set (116,118,120) definition to accommodate data models (110,112,114) of data sets describing multiple product configurations of the aircraft; comparing, by the processor, values of the data sets utilizing at least one matching algorithm and effectivity expressions identifying relevant rows (122,124,126,128,130,132,134,136,138) for comparison in the data sets, the effectivity expressions containing markers associated with characteristics of the aircraft that assist in identifying which rows within each data set are relevant to the comparison, wherein Boolean logic is applied to the effectivity expressions in identifying the relevant rows; and enhancing, by the processor, the at least one matching algorithm to identify perfect and partial matches between the data sets wherein values of all data contained in the identified relevant rows in the data sets are compared in one single operation comprising simultaneous validation of engineering data for the multiple product configurations of the aircraft. enhancing, by a processor, a data set (116,118,120) definition to accommodate data models (110,112,114) of data sets describing multiple product configurations of the aircraft; comparing, by the processor, values of the data sets utilizing at least one matching algorithm and effectivity expressions identifying relevant rows (122,124,126,128,130,132,134,136,138) for comparison in the data sets, the effectivity expressions containing markers associated with characteristics of the aircraft that assist in identifying which rows within each data set are relevant to the comparison, wherein Boolean logic is applied to the effectivity expressions in identifying the relevant rows; and enhancing, by the processor, the at least one matching algorithm to identify perfect and partial matches between the data sets wherein values of all data contained in the identified relevant rows in the data sets are compared in one single operation comprising simultaneous validation of engineering data for the multiple product configurations of the aircraft.
A composition comprising (a) an oil of lubricating viscosity and (b) 0.0001 to 10 weight percent based on the weight of the composition of a condensation product of (i) pyromellitic anhydride; with (ii) an aliphatic primary amine, containing 6 to 80 carbon atoms, wherein the aliphatic primary amine is an N,N-dialkyl-1,3-propanediamine, said condensation product comprising an imide. (a) an oil of lubricating viscosity and (b) 0.0001 to 10 weight percent based on the weight of the composition of a condensation product of (i) pyromellitic anhydride; with (ii) an aliphatic primary amine, containing 6 to 80 carbon atoms, wherein the aliphatic primary amine is an N,N-dialkyl-1,3-propanediamine, said condensation product comprising an imide. (i) pyromellitic anhydride; with (ii) an aliphatic primary amine, containing 6 to 80 carbon atoms, wherein the aliphatic primary amine is an N,N-dialkyl-1,3-propanediamine, said condensation product comprising an imide.
A gas turbine engine, comprising: a buffer system that includes a first circuit that communicates a first buffer supply air to a first bearing compartment of the gas turbine engine; said first circuit including a first bleed air supply, a second bleed air supply and a valve; characterised in that the buffer system further comprises a second circuit that communicates a second buffer supply air to a second bearing compartment of the gas turbine engine; said second circuit including a first bleed air supply, a second bleed air supply, a valve and a conditioning device. a buffer system that includes a first circuit that communicates a first buffer supply air to a first bearing compartment of the gas turbine engine; said first circuit including a first bleed air supply, a second bleed air supply and a valve; characterised in that the buffer system further comprises a second circuit that communicates a second buffer supply air to a second bearing compartment of the gas turbine engine; said second circuit including a first bleed air supply, a second bleed air supply, a valve and a conditioning device.
An integrated valve and manifold assembly comprising: a water valve configured to selectively divert a first portion of a stream of water to a first outlet and a second portion of the stream of water to a second outlet; a first manifold comprising a first water conduit in fluid communication with a first water port, wherein a first end of the first water conduit is configured to couple to the first outlet of the water valve; and a second manifold comprising a second water conduit in fluid communication with a second water port, wherein a first end of the second water conduit is configured to couple to the second outlet of the water valve; wherein a water-valve actuator configured to actuate the water valve is disposed adjacent a second end of the first water conduit distal the first end of the first water conduit, the first manifold includes a first air channel externally connected to the first water conduit, the second manifold includes a second air channel externally connected to the second water conduit, and the water valve includes a third air channel configured to couple the first air channel to the second air channel. a water valve configured to selectively divert a first portion of a stream of water to a first outlet and a second portion of the stream of water to a second outlet; a first manifold comprising a first water conduit in fluid communication with a first water port, wherein a first end of the first water conduit is configured to couple to the first outlet of the water valve; and a second manifold comprising a second water conduit in fluid communication with a second water port, wherein a first end of the second water conduit is configured to couple to the second outlet of the water valve; wherein a water-valve actuator configured to actuate the water valve is disposed adjacent a second end of the first water conduit distal the first end of the first water conduit, the first manifold includes a first air channel externally connected to the first water conduit, the second manifold includes a second air channel externally connected to the second water conduit, and the water valve includes a third air channel configured to couple the first air channel to the second air channel.
A heat exchanger filter arrangement with at least one heat exchanger, in particular an oil cooler, and at least one spin-on filter which can be screwed on at least one screw, wherein at least one distributor plate is provided in the flow path of a medium which flows through the filter and the at least one heat exchanger, between the at least one heat exchanger and the at least one filter, and can be attached to an engine block by means of the at least one screw, wherein the at least one filter can be screwed on the at least one screw projecting through the at least one distributor plate and the at least one heat exchanger is arranged laterally spaced from the at least one screw and adjacent to the at least one filter, characterised in that the at least one distributor plate has at least three plate-shaped elements (4a, 4b, 4c), wherein the outer plate-shaped elements (4a and 4c) provide the inlet and outlet openings for the conveyed medium and the inner at least one plate-shaped element provides a deflection of the medium in a direction perpendicular to the inlet or outlet flow direction of the at least one medium, wherein in each case at least one inlet channel and at least one outlet channel is formed in the at least one central plate-shaped element.
A water-dispersible composition comprising: A water-dispersible composition comprising a dispersion of at least 2% (w/w) of carotenoid natural hydrophobic pigment in the form of solid particles of an average size of at the most 1 μm, when measured as D(4,3), with a Malvern MasterSizer, said solid particles being dispersed in an aqueous phase comprising polysorbate as a water-soluble emulsifier and wherein the ratio (w/w) of polysorbate emulsifier: carotenoid pigment is in the range of 1:10 to 4:1; and wherein the carotenoid natural hydrophobic pigment is at least one pigment selected from the group consisting of: bixin, β-carotene, α-carotene, apocarotenals, canthaxanthin, saffron, crocin, capsanthin, capsorubin, lutein, astaxanthin, rubixanthin, violaxanthin, rhodoxanthin and lycopene; in combination with A water-dispersible formulation comprising a curcumin pigment. A water-dispersible composition comprising a dispersion of at least 2% (w/w) of carotenoid natural hydrophobic pigment in the form of solid particles of an average size of at the most 1 μm, when measured as D(4,3), with a Malvern MasterSizer, said solid particles being dispersed in an aqueous phase comprising polysorbate as a water-soluble emulsifier and wherein the ratio (w/w) of polysorbate emulsifier: carotenoid pigment is in the range of 1:10 to 4:1; and wherein the carotenoid natural hydrophobic pigment is at least one pigment selected from the group consisting of: bixin, β-carotene, α-carotene, apocarotenals, canthaxanthin, saffron, crocin, capsanthin, capsorubin, lutein, astaxanthin, rubixanthin, violaxanthin, rhodoxanthin and lycopene; in combination with A water-dispersible formulation comprising a curcumin pigment.
Method for synchronizing a digital radio signal received by a radio receiver, comprising the following steps: - detecting a null symbol in the signal, - determining the frequency spectrum of the signal on the basis of a reference symbol, - determining, on the basis of the frequency spectrum, an indicator which is representative of a multipath characteristic of the signal, comprising at least calculating, over at least one frequency band, a ratio between a sum of the energy of the carriers, whose energy is greater than the average energy of the carriers over said frequency band, and the number of carriers in the frequency band, and - applying a particular processing strategy when the value of the indicator is above or equal to a first threshold. - detecting a null symbol in the signal, - determining the frequency spectrum of the signal on the basis of a reference symbol, - determining, on the basis of the frequency spectrum, an indicator which is representative of a multipath characteristic of the signal, comprising at least calculating, over at least one frequency band, a ratio between a sum of the energy of the carriers, whose energy is greater than the average energy of the carriers over said frequency band, and the number of carriers in the frequency band, and - applying a particular processing strategy when the value of the indicator is above or equal to a first threshold.
A polymer suitable for use as a viscosity index improver for lubricating oil compositions, which polymer comprises at least one, at least partially hydrogenated star-shaped random copolymer of isoprene and butadiene, wherein at least 70 wt. % of the butadiene is incorporated into the polymer as 1,4 units and the weight ratio of isoprene addition product to butadiene addition product in said copolymer is in a range of from 90:10 to 70:30.
A refrigerant composition comprising (i) a hydrofluoropropene and (ii) as a stabilizer, at least one compound selected from phenothiazines and phthalates, with the proviso that refrigerant compositions of 2,3,3,3-tetrafluoropropene (HFO-1234yf) and phenothiazine are excluded. (i) a hydrofluoropropene and (ii) as a stabilizer, at least one compound selected from phenothiazines and phthalates,
Method for extending the service life of a roll line used in a continuous casting process which roll line comprises a shaft having an outer diameter (Ø o) and at least one roll mantle having a corresponding inner diameter (Ø i) arranged to be supported on said shaft, whereby said method comprises the steps of reducing the outer diameter (Ø o) of the shaft using a lathe or increasing the inner diameter (Ø i) of the at least one roll mantle using a lathe when worn, and re-using said shaft of reduced outer diameter (Ø o) or said at least one roll mantle of increased inner diameter (Ø i) with at least one roll mantle of corresponding inner diameter (Ø i) or a shaft of corresponding outer diameter (Ø o) respectively.
An orally acceptable powder-coated dissolvable single-layer film; wherein the film comprises a polymer matrix and wherein the matrix comprises a pigment that is released upon dissolution of the matrix; wherein the powder coating comprises a pigment, and wherein the powder coating further comprises a water-insoluble antimicrobial agent.
A method for processing radar information from a surface area of interest when a ship is operating in a port or around docks or an aircraft on the ground, the method comprising: reducing, by a radar gain module of a weather radar system, output power of an output pulse emitted from the weather radar system to reduce the effective detection range of the weather radar system; receiving, by a processing system, a plurality of radar returns from a plurality of objects that reflect the reduced power output pulses emitted from the weather radar system; determining, by the processing system, a current location and a current heading of the ship or aircraft; selecting, by the processing system, a surface area of interest corresponding to a projected path of travel of the ship or aircraft based upon the determined current location and the current heading of the ship or aircraft; identifying, for each of the plurality of radar returns, a geographic location of each radar return based upon the determined location of the ship or aircraft; and filtering the radar returns generated by objects that are located outside of the surface area of interest. reducing, by a radar gain module of a weather radar system, output power of an output pulse emitted from the weather radar system to reduce the effective detection range of the weather radar system; receiving, by a processing system, a plurality of radar returns from a plurality of objects that reflect the reduced power output pulses emitted from the weather radar system; determining, by the processing system, a current location and a current heading of the ship or aircraft; selecting, by the processing system, a surface area of interest corresponding to a projected path of travel of the ship or aircraft based upon the determined current location and the current heading of the ship or aircraft; identifying, for each of the plurality of radar returns, a geographic location of each radar return based upon the determined location of the ship or aircraft; and filtering the radar returns generated by objects that are located outside of the surface area of interest.
Compressor for refrigerant comprising an external housing, a spiral compressor arranged in the external housing and comprising a first compressor member arranged stationarily in the external housing and a second compressor member movable relative to the first compressor member, said members each having a base (20, 24) and first and second spiral ribs (22, 26), respectively, rising above the respective base (20, 24), said ribs engaging in one another such that for compressing the refrigerant the second compressor member is movable relative to the first compressor member on an orbital path around a central axis, a drive unit for the second compressor member with an eccentric drive, a drive shaft, a drive motor arranged in a motor housing and having drawn-in refrigerant flowing around it as well as a bearing unit for the drive shaft comprising a first bearing member connected to the external housing, wherein the refrigerant, prior to flowing around the drive motor, flows through an inflow chamber arranged within the external housing as well as between the external housing and a motor housing of the drive unit, the refrigerant experiencing in said compressor a redirection by a surface, against which it flows, for the purpose of atomizing fluid droplets in the inflow chamber, and the surface, against which the refrigerant flows, is formed by a wall of the inflow chamber formed by at least one wall section of the motor housing, characterized in that the inflow chamber is enclosed at least partially by a housing member (170, 250) seated on the motor housing and designed as a housing member shell covering the wall section and having a wall facing the external housing.