mhurhangee/ep-ind-claims huggingface dataset:
An array of rotor blades, comprising: a rotor disk defining a plurality of slots; a first rotor blade comprising a first platform positioned between a first airfoil and a first shank portion; the first blade further comprising: a pair of oppositely disposed flanges, each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge (35, 39) defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion, wherein the second shank portion is coupled with a second slot of the rotor disk; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade, wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform. a rotor disk defining a plurality of slots; a first rotor blade comprising a first platform positioned between a first airfoil and a first shank portion; the first blade further comprising: a pair of oppositely disposed flanges, each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge (35, 39) defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion, wherein the second shank portion is coupled with a second slot of the rotor disk; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade, wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform. a pair of oppositely disposed flanges, each flange being positioned between the first platform and the first shank portion and extending beyond a longitudinal side edge (35, 39) defined by the first platform, wherein the first shank portion is coupled with a first slot of the rotor disk; a second rotor blade comprising a second platform defining a pair of oppositely disposed overhang lips and positioned between a second airfoil and a second shank portion, wherein the second shank portion is coupled with a second slot of the rotor disk; and wherein the second rotor blade is positioned adjacent to the first rotor blade such that one of the overhang lips of the second platform is positioned over one of the flanges of the first rotor blade, wherein a top surface of each overhang lip is substantially flush with an exposed surface of the second platform.
Guide vane segment for a gas turbine, in particular an aircraft gas turbine, comprising at least one radially outer shroud and a radially inner shroud which extend along a relevant circular arc and together form an annular portion, a plurality of guide vanes being arranged next to one another in the circumferential direction, in the radial direction between the outer shroud and the inner shroud, which guide vanes are preferably integrally joined, in particular in one piece, to the inner shroud and the outer shroud, the outer shroud comprising, with respect to an axial longitudinal direction, an axially front sealing wall element and an axially rear sealing wall element, such that the outer shroud and the two sealing walls (16, 18) form a trough-like profile in longitudinal section, at least one unbranched relief joint having a main portion being provided on the axially front and/or rear sealing wall element (16, 18), which main portion, starting from a radial outer edge of the relevant front and/or rear sealing wall element (16, 18), extends substantially radially inward along the sealing wall element, the relief joint having at least one additional portion which adjoins the main portion radially on the inside, the additional portion being formed by at least one curved first sub-portion, a curved second sub-portion and a third sub-portion, and the relief joint extending in its radially innermost region in the circumferential direction, the main portion being connected to the second sub-portion by means of the third sub-portion, characterized in that the third sub-portion and the adjoining second sub-portion are S-shaped.
A method for transmitting reconfiguration information by a small cell base station in a wireless communication system, the method comprises: receiving, from a macro cell base station, terminal capability information from a macro cell base station; deciding whether to reconfigure for at least one cell of a small cell base station; transmitting, to the macro cell base station, a request message for the latest macro cell configuration information, if reconfiguration for at least one cell of the small cell base station is decided; receiving, from the macro cell base station, configuration information on at least one cell of the macro cell base station in response to the request message; generating information on the reconfiguration based on the configuration information and the terminal capability information; and transmitting, to the macro cell base station, the information on the reconfiguration. receiving, from a macro cell base station, terminal capability information from a macro cell base station; deciding whether to reconfigure for at least one cell of a small cell base station; transmitting, to the macro cell base station, a request message for the latest macro cell configuration information, if reconfiguration for at least one cell of the small cell base station is decided; receiving, from the macro cell base station, configuration information on at least one cell of the macro cell base station in response to the request message; generating information on the reconfiguration based on the configuration information and the terminal capability information; and transmitting, to the macro cell base station, the information on the reconfiguration.
Lift truck, in particular low-lift truck, with a drive part and a load part which is moveable vertically relative to the drive part and has load arms (6a; 6b) which are supported on a carriageway by means of in each case one load roller device (9a; 9b) having at least two load rollers (11a; 11b; 11c), wherein the load rollers (11a; 11b; 11c) are mounted rotatably each in one load roller carrier which is mounted rotatably on a pivot arm, wherein the pivot arm is arranged pivotably on the load arm (6a; 6b) for the vertical movement of the load arms (6a; 6b) relative to the drive part, and wherein the load rollers (11a; 11b; 11c) are arranged in the load roller carrier in a manner offset laterally and superimposed in the longitudinal direction, wherein the load roller device (9a; 9b) in each case has two load rollers (11a; 11b), and two load rollers (11a; 11b) are arranged in each load roller carrier, wherein the load roller carrier is provided with at least one upwardly extending, arcuate contour (20a; 20b), characterized in that the load roller carrier is provided with at least one filling body (22a; 22b) which at least partially surrounds the load rollers (11a; 11b) in at least one direction of travel and is adapted to the arcuate contour (20a; 20b) of the load roller carrier, or the load roller carrier is provided with at least one cylindrical additional roller (25a; 25b) which at least partially surrounds the load rollers (11a; 11b) in at least one direction of travel and which, during the normal driving mode, is not in contact with the carriageway and which is arranged on the upper region of the load roller carrier in front of the corresponding load roller (11a; 11b).
Frame device for a fan module for a main cooler and for a charge air cooler of a motor vehicle, comprising - a main frame for the main cooler and a charge air frame, separate therefrom, for the charge air, - wherein a seal is provided between the main frame and the charge air frame, - wherein the seal is formed by means of a separate and elastic profile part, which is fastened at least to the main frame or to the charge air frame, characterized in that - the profile part comprises a tubular second profile section, which bears against the main frame provided that the profile part is fastened to the charge air frame, or wherein the profile part bears against the charge air frame provided that the profile part is fastened to the main frame, and - wherein the second profile section comprises an extension in a vertical direction from the charge air frame to the main frame, so that the second profile section is compressed with respect to the vertical direction in the assembled state. - a main frame for the main cooler and a charge air frame, separate therefrom, for the charge air, - wherein a seal is provided between the main frame and the charge air frame, - wherein the seal is formed by means of a separate and elastic profile part, which is fastened at least to the main frame or to the charge air frame, characterized in that - the profile part comprises a tubular second profile section, which bears against the main frame provided that the profile part is fastened to the charge air frame, or wherein the profile part bears against the charge air frame provided that the profile part is fastened to the main frame, and - wherein the second profile section comprises an extension in a vertical direction from the charge air frame to the main frame, so that the second profile section is compressed with respect to the vertical direction in the assembled state.
Chlorite for use in treating Alzheimer's disease in a subject, wherein chlorite is administered in the form of a pharmaceutically acceptable chlorite salt.
A method for transmitting a signal by a base station to a user equipment in a wireless communication system, the user equipment being configured with multiple cells including a first cell and a second cell, each of the first cell and the second cell operating in time division duplex, TDD, the method comprising: identifying whether there is a collision subframe based on TDD uplink-downlink configurations of the multiple cells, wherein the collision subframe indicates a time interval during which an uplink subframe of a first cell and a downlink subframe of a second cell coexist; and if the collision subframe does not exist, performing cross cell scheduling in accordance with a TDD uplink-downlink configuration of the first cell, wherein the cross cell scheduling indicates transmitting uplink or downlink grant for the second cell through the first cell, wherein, if the collision subframe exists and the uplink or downlink grant for the second cell is to be transmitted in the collision subframe, the cross cell scheduling is restricted in the collision subframe and the uplink or downlink grant for the second cell is transmitted through the second cell in accordance with a TDD uplink-downlink configuration of the second cell. identifying whether there is a collision subframe based on TDD uplink-downlink configurations of the multiple cells, wherein the collision subframe indicates a time interval during which an uplink subframe of a first cell and a downlink subframe of a second cell coexist; and if the collision subframe does not exist, performing cross cell scheduling in accordance with a TDD uplink-downlink configuration of the first cell, wherein the cross cell scheduling indicates transmitting uplink or downlink grant for the second cell through the first cell, wherein, if the collision subframe exists and the uplink or downlink grant for the second cell is to be transmitted in the collision subframe, the cross cell scheduling is restricted in the collision subframe and the uplink or downlink grant for the second cell is transmitted through the second cell in accordance with a TDD uplink-downlink configuration of the second cell.
A water-in-oil-in-water (W1/O/W2) emulsion comprising a lipid phase and a water phase, the lipid phase being distributed inside the water phase, wherein the lipid phase contains a plurality of water droplets, wherein the water content inside the lipid phase is between 10 wt% and 80 wt% relative to the total weight of the lipid phase, wherein the water droplets are stabilized inside the lipid phase by a first emulsifier composition, wherein the first emulsifier composition comprises an Acetone-insoluble component containing a Phosphatidyl Choline, a Phosphatidyl Inositol, a Phosphatidyl Ethanolamine and a Phosphatidic Acid, wherein PC is in an amount of at most 15.5% relative to the total weight of the emulsifier composition and wherein the emulsifier composition is characterized by a phospholipid weight ratio R of at most 65%, the ratio R being defined according to Formula 1: R in % = 100 × PC + PI + PE + PA AI wherein PC+PI+PE+PA is the sum of the individual weights of the respective constituents of the AI component and AI is the total weight of the AI component, and wherein the water droplets have an average combined volume of at least 10% of the volume of the lipid droplet containing said water droplets wherein the lipid phase is stabilised inside the water phase by a second emulsifier composition, wherein the second emulsifier composition is carboxymethyl cellulose. wherein PC+PI+PE+PA is the sum of the individual weights of the respective constituents of the AI component and AI is the total weight of the AI component, and wherein the water droplets have an average combined volume of at least 10% of the volume of the lipid droplet containing said water droplets wherein the lipid phase is stabilised inside the water phase by a second emulsifier composition, wherein the second emulsifier composition is carboxymethyl cellulose.
A wheel loader comprising: a cab provided with a driver seat thereinside;a ladder having a plurality of steps (81 a-81 c) disposed with intervals therebetween, the ladder provided at a side of the cab;a vehicle body cover disposed to the rear of the cab and demarcating an engine room;an engine disposed inside the engine room; and an air cleaner having therein a filter that is exchangeable, the air cleaner being disposed outside of the vehicle body cover, the air cleaner cleaning air supplied to the engine; characterized by an expansion member configured to assume an expanded posture and a retracted posture,wherein, when the expansion member assumes the expanded posture, the expansion member abuts at least one step (81 b) and protrudes in the vehicle width direction and the air cleaner is disposed above and to the rear of the expansion member, and wherein, when the expansion member assumes the retracted posture, the expansion member is retracted from the at least one step (81 b) in the retracted posture.
A system comprising: at least one light projector attachable to an aircraft at a first location, the at least one light projector configured to emit a first light beam in a first direction at a first intensity; at least one image sensor attachable to the aircraft at a second location, the at least one image sensor configured to capture a first image of a scene including reflections of the first light beam and a second image of the scene while the at least one light projector is not emitting light; and at least one controller configured to subtract pixel values of the second image from pixel values of the first image to provide a third image; characterised in that pixel coordinates of each pixel, upon which the third image indicates that reflected light is incident at a given angle, is indicative of range to an object or to atmospheric particles by which such light is reflected; wherein a distinct structure of the projected light as imaged in the third image is indicative of an object illuminated in clear air conditions, but a diffused structure of the projected light as imaged in the third image is indicative of degraded visibility conditions; wherein the at least one controller is further configured to determine, if the third image is indicative of degraded visibility conditions, a maximum detection range of the first light beam based upon the light intensity, the first location, and the second location. at least one light projector attachable to an aircraft at a first location, the at least one light projector configured to emit a first light beam in a first direction at a first intensity; at least one image sensor attachable to the aircraft at a second location, the at least one image sensor configured to capture a first image of a scene including reflections of the first light beam and a second image of the scene while the at least one light projector is not emitting light; and at least one controller configured to subtract pixel values of the second image from pixel values of the first image to provide a third image; characterised in that pixel coordinates of each pixel, upon which the third image indicates that reflected light is incident at a given angle, is indicative of range to an object or to atmospheric particles by which such light is reflected; wherein a distinct structure of the projected light as imaged in the third image is indicative of an object illuminated in clear air conditions, but a diffused structure of the projected light as imaged in the third image is indicative of degraded visibility conditions; wherein the at least one controller is further configured to determine, if the third image is indicative of degraded visibility conditions, a maximum detection range of the first light beam based upon the light intensity, the first location, and the second location.
A salt or cocrystal of (a) (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol, and phosphoric acid. (a) (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol, and phosphoric acid.
Method for cultivation of a plant of the Jatropha genus, in particular the Jatropha Curcas species, with reproduction of the plant by means of cuttings, said method being characterized by planting out the cuttings using a gel formed by an absorbent polymer and water, said gel being moreover mixed with mycorrhizal fungi.
A method of producing a resinous hollow package for mounting a semiconductor element, the package being insert-molded by inserting into a mold a lead frame including a moisture-proof island connected to the lead frame, the moisture-proof island being fixed to the mold by at least one projection (24, 25) provided to the mold, wherein an area of a semiconductor element mounting surface is 200 mm 2 or more and the maximum wave height of a wave curve of a semiconductor element mounting surface measured by a surface roughness meter is 35 μm or less, wherein the moisture-proof island is disposed under the semiconductor element mounting surface, and wherein the area of the moisture-proof island is 100 mm 2 or more, comprising injecting a molding resin into the mold in which the moisture-proof island is fixed to the mold by the at least one projection provided to the mold.
An article comprising: a substrate; and a thermal barrier coating system atop the substrate and having a matrix having a first chemistry and a plurality of embedded second phases layered within the matrix having a second chemistry, different from the first chemistry, wherein: the matrix comprises a stabilized zirconia; the second phases comprise at least 40 mole percent of oxides having the formula Ln 2 O 3, where Ln is selected from the lanthanides La through Lu, Y, Sc, In, Ca, and Mg with the balance zirconia (ZrO 2), hafnia (HfO 2), titania (TiO 2), or mixtures thereof; the second phases have a characteristic thickness (T 6) of less than 2.0 micrometers (μm); and the spacing between second phases has a characteristic thickness (T 5) of less than 8.0 micrometers (μm). a substrate; and a thermal barrier coating system atop the substrate and having a matrix having a first chemistry and a plurality of embedded second phases layered within the matrix having a second chemistry, different from the first chemistry, the matrix comprises a stabilized zirconia; the second phases comprise at least 40 mole percent of oxides having the formula Ln 2 O 3, where Ln is selected from the lanthanides La through Lu, Y, Sc, In, Ca, and Mg with the balance zirconia (ZrO 2), hafnia (HfO 2), titania (TiO 2), or mixtures thereof; the second phases have a characteristic thickness (T 6) of less than 2.0 micrometers (μm); and the spacing between second phases has a characteristic thickness (T 5) of less than 8.0 micrometers (μm).
Feeding unit for feeding a film of plastic material in packaging machines for packaging paper rolls, the feeding unit having a right side and a left side and comprising: - a unit for unwinding the film from a corresponding reel; - a cutting device arranged downstream of the unwinding unit with respect to a feeding direction of the film and adapted to incise the latter transversely to obtain sheets of predetermined length from the film; - a transfer device arranged downstream of the cutting device and comprising, both on the right side and on the left side of the unit, a predetermined number of drive belts able to engage both the upper face and the lower face of the film; and - a positioning device located downstream of the transfer device and comprising, both on the right side and on the left side of the unit, a predetermined number of drive belts (50, 51) able to engage both the upper face and the lower face of the film; characterized in that - the belts (50, 51) of the positioning device are controlled by a programmable control unit to which are connected optical means able to detect the transit of a series of signs formed on the film, i.e. on each sheet obtained from the same film, said control unit being programmed to compare a transit time that elapses during the passage of the signs of the same right or left side of two consecutive sheets with a reference cycle time and to increase or decrease the speed of said belts (50, 51) if the transit time is less than or greater than the reference cycle time. - a unit for unwinding the film from a corresponding reel; - a cutting device arranged downstream of the unwinding unit with respect to a feeding direction of the film and adapted to incise the latter transversely to obtain sheets of predetermined length from the film; - a transfer device arranged downstream of the cutting device and comprising, both on the right side and on the left side of the unit, a predetermined number of drive belts able to engage both the upper face and the lower face of the film; and - a positioning device located downstream of the transfer device and comprising, both on the right side and on the left side of the unit, a predetermined number of drive belts (50, 51) able to engage both the upper face and the lower face of the film; characterized in that - the belts (50, 51) of the positioning device are controlled by a programmable control unit to which are connected optical means able to detect the transit of a series of signs formed on the film, i.e. on each sheet obtained from the same film, said control unit being programmed to compare a transit time that elapses during the passage of the signs of the same right or left side of two consecutive sheets with a reference cycle time and to increase or decrease the speed of said belts (50, 51) if the transit time is less than or greater than the reference cycle time.
A foldable bottom wiper comprising a handle formed of two hinged first and second sub-sections (30,40), and a head hinged to the second sub-section, said wiper being foldable from a storage position with the sub-sections (30,40) around the head to an in use position in which paper can be placed on the head to wipe a bottom to be cleaned, characterised in that, in use, the first sub-section extends from the second sub-section at an angle on one side of the second sub-section, and the head extends at an angle at an opposing side of the second sub-section, whereby the wiper takes a Z-shape.