mhurhangee/ep-ind-claims huggingface dataset:
A liposome for use in the prevention of restenosis, said liposome having a lipid ingredient and encapsulating a therapeutic agent, having a mass ratio of said therapeutic agent to lipid of about 1:5 to 1:8, wherein the lipid ingredient comprises DSPC, DSPG and cholesterol in a molar ratio of about 3:1:2, and said liposome has compressibility less than 0.70 ml/g.
A method in a wireless communication apparatus of controlling the transmit power of a remote transmitter on a physical channel, comprising: maintaining, in an outer-loop, a baseline signal quality target for each of one or more transport channels carried by the physical channel, the baseline signal quality target maintained for a given transport channel being common to all transport formats used by that given transport channel; for each of the one or more transport channels, biasing the baseline signal quality target maintained for the transport channel with a target offset particularized for a given transport format in use by that transport channel, to obtain a biased signal quality target for each of the one or more transport channels; and generating, in an inner-loop, transmit power control commands for the remote transmitter based on the biased signal quality targets, relative to an estimated signal quality. maintaining, in an outer-loop, a baseline signal quality target for each of one or more transport channels carried by the physical channel, the baseline signal quality target maintained for a given transport channel being common to all transport formats used by that given transport channel; for each of the one or more transport channels, biasing the baseline signal quality target maintained for the transport channel with a target offset particularized for a given transport format in use by that transport channel, to obtain a biased signal quality target for each of the one or more transport channels; and generating, in an inner-loop, transmit power control commands for the remote transmitter based on the biased signal quality targets, relative to an estimated signal quality.
An electronic device comprising: a touch screen display configured to display information; an image sensor; a processor electrically connected with the touch screen display and the image sensor; and a memory electrically connected with the processor, wherein the memory stores instructions that, when executed by the electronic device, cause the processor to: control the touch screen display to display a locking mode screen comprising third-level information including a number of messages; while displaying the locking mode screen, perform a partial authentication using the image sensor based on iris recognition or face recognition; when the partial authentication passes control the touch screen display to display first-level information including a larger amount of information than the third-level information, the first-level information including a portion of a body of a message, and when full authentication passes based on a user input made though the touch screen display, control the touch screen display to display second-level information comprising a full body of the message. a touch screen display configured to display information; an image sensor; a processor electrically connected with the touch screen display and the image sensor; and a memory electrically connected with the processor, wherein the memory stores instructions that, when executed by the electronic device, cause the processor to: control the touch screen display to display a locking mode screen comprising third-level information including a number of messages; while displaying the locking mode screen, perform a partial authentication using the image sensor based on iris recognition or face recognition; when the partial authentication passes control the touch screen display to display first-level information including a larger amount of information than the third-level information, the first-level information including a portion of a body of a message, and when full authentication passes based on a user input made though the touch screen display, control the touch screen display to display second-level information comprising a full body of the message. control the touch screen display to display a locking mode screen comprising third-level information including a number of messages; while displaying the locking mode screen, perform a partial authentication using the image sensor based on iris recognition or face recognition; when the partial authentication passes control the touch screen display to display first-level information including a larger amount of information than the third-level information, the first-level information including a portion of a body of a message, and when full authentication passes based on a user input made though the touch screen display, control the touch screen display to display second-level information comprising a full body of the message.
A method for cooling an arrangement comprising a current conductor, which is operated at a first temperature level, and comprising two current connections, which are electrically conductively connected to the current conductor and are operated at a second temperature level above the first temperature level, characterized in that the current conductor is cooled using gaseous helium and the current connections are cooled using liquid nitrogen.
A filter element comprising: a filter media; a passive circuit provided on the filter media; the passive circuit having a notch in the form of at least one gap or break provided in the circuitry thereof being configured to provide a first state of the passive circuit in a clean state of the filter media; wherein a stream of a fluid is configured to be directed through the filter media, wherein the filter media is configured to remove particulates from the stream; wherein the media is configured to collect a buildup of particulates until a contaminated state in which the filter media is deformed or has reached a particular load of particulates, wherein in the contaminated state of the filter media the circuitry is configured to provide a second state of the passive circuit; and wherein the filter media is pleated and the passive circuit is located within a pleat of the filter media; and wherein a load of particulates on the filter media causes an increase in pressure on the filter element, wherein the increase in pressure causes deformation of at least one pleat of the pleated filter media, wherein the passive circuit comprises a first side having an open circuit with the notch and second side having a conductive material with a fold there between, wherein the first side and the second side are located on opposing sidewalls of the pleat of the filter media, and wherein deformation of the pleat causes the first side to contact with the second side and the conductive material closes the open circuit. a filter media; a passive circuit provided on the filter media; the passive circuit having a notch in the form of at least one gap or break provided in the circuitry thereof being configured to provide a first state of the passive circuit in a clean state of the filter media; wherein a stream of a fluid is configured to be directed through the filter media, wherein the filter media is configured to remove particulates from the stream; wherein the media is configured to collect a buildup of particulates until a contaminated state in which the filter media is deformed or has reached a particular load of particulates, wherein in the contaminated state of the filter media the circuitry is configured to provide a second state of the passive circuit; and wherein the filter media is pleated and the passive circuit is located within a pleat of the filter media; and wherein a load of particulates on the filter media causes an increase in pressure on the filter element, wherein the increase in pressure causes deformation of at least one pleat of the pleated filter media, wherein the passive circuit comprises a first side having an open circuit with the notch and second side having a conductive material with a fold there between, wherein the first side and the second side are located on opposing sidewalls of the pleat of the filter media, and wherein deformation of the pleat causes the first side to contact with the second side and the conductive material closes the open circuit.
A quantum dot comprising a core and a shell disposed on the core, wherein one of the core and the shell comprises a first semiconductor nanocrystal comprising zinc and sulfur and the other of the core and the shell comprises a second semiconductor nanocrystal having a different composition from the first semiconductor nanocrystal, the first semiconductor nanocrystal further comprises a metal and a halogen configured to act as a Lewis acid in a halide form, an amount of the metal is greater than or equal to 10 mole percent, based on a total number of moles of sulfur, an amount of the halogen is greater than or equal to 10 mole percent, based on the total number of moles of sulfur, wherein the metal comprises aluminum, magnesium, gallium, antimony, titanium, or a combination thereof, and wherein the second semiconductor nanocrystal comprises a Group II-VI compound, a Group III-V compound, a Group IV-VI compound, a Group IV element or compound, a Group I-III-VI compound, a Group I-II-IV-VI compound, or a combination thereof. a core and a shell disposed on the core, wherein one of the core and the shell comprises a first semiconductor nanocrystal comprising zinc and sulfur and the other of the core and the shell comprises a second semiconductor nanocrystal having a different composition from the first semiconductor nanocrystal, the first semiconductor nanocrystal further comprises a metal and a halogen configured to act as a Lewis acid in a halide form, an amount of the metal is greater than or equal to 10 mole percent, based on a total number of moles of sulfur, an amount of the halogen is greater than or equal to 10 mole percent, based on the total number of moles of sulfur, wherein the metal comprises aluminum, magnesium, gallium, antimony, titanium, or a combination thereof, and wherein the second semiconductor nanocrystal comprises a Group II-VI compound, a Group III-V compound, a Group IV-VI compound, a Group IV element or compound, a Group I-III-VI compound, a Group I-II-IV-VI compound, or a combination thereof.
A coated article comprising: first and second dielectric layers supported by a substrate, each of said first and second dielectric layers comprising silicon nitride; a layer structure provided between the first and second dielectric layers (2, 4), said layer structure including an at least partially oxidized top layer portion, a central layer portion and an at least partially oxidized bottom layer portion, wherein the central layer portion is more metallic than the top and bottom layer portions (3c, 3b); the central layer portion being no more than 30% oxidised and characterized in that the top and bottom layer portions are each at least 50% oxidized, and the coated article has a transmissive ΔE* value no greater than 2.0 upon heat treatment. first and second dielectric layers supported by a substrate, each of said first and second dielectric layers comprising silicon nitride; a layer structure provided between the first and second dielectric layers (2, 4), said layer structure including an at least partially oxidized top layer portion, a central layer portion and an at least partially oxidized bottom layer portion, wherein the central layer portion is more metallic than the top and bottom layer portions (3c, 3b); the central layer portion being no more than 30% oxidised and characterized in that the top and bottom layer portions are each at least 50% oxidized, and the coated article has a transmissive ΔE* value no greater than 2.0 upon heat treatment.
Method for manufacturing a rotor or stator disc for a vacuum pump, wherein the rotor or stator disc (1, 5, 7, 10) is manufactured from a blank of solid material by sawing channels placed inclined to a disc plane for rotor or stator blades (4, 8), characterised in that at least one disc surface of the blank is formed radially symmetrically curved before the sawing of the channels, in that the at least one disc surface has a curvature with one radius or with a plurality of radii, and in that as a result of this curvature, the degree of overlap of the blades of the disc is set, that is, the curvature is to be selected so that the disc has the desired overlap.
Heat exchanger for a heating/cooling wall, intended to be provided for walls, partitions and/or ceilings, comprising: - at least one flexible duct (8, 32, 43) made of an elastically deformable plastic material, intended to be connected to a heat transfer fluid circuit; and, - at least one first plate (2, 23, 26, 33-36) used to ensure a thermal exchange with the surrounding air, and comprising a series of parallel corrugations of a first type that extends over at least one fraction of the length of the plate (2, 23, 26, 33-36), with each one of these corrugations delimiting a passage volume inside of which extends the duct; said duct being of a section substantially equal to that of said passage volume, with the shape and the dimensions of the duct (8, 32, 43) and of the passage volume being such that said at least one duct (8, 32, 43) comes into contact at least partially over the entire length of the inside surface of the corrugation; with the passage volume opening to the outside by an opening with a minimum width less than the maximum width of the volume, in such a way that the aforementioned corrugations have a profile wherein said duct is engaged by snap-fitting; characterised in that the plate is of the corrugated sheet type made from a thermally conductive material and in that the exchanger further comprises means for fastening (11, 13, 14) said plate (2, 23, 26, 33-36) on a support (10, 10') on the side of the face of the plate (2, 23, 26, 33-36) opposite the aforementioned openings, by the intermediary of spacing means designed in such a way that after fastening of the plate (2, 23, 26, 33-36) on the support (10, 10'), said corrugations extend to a predetermined distance from said support (10, 10'). - at least one flexible duct (8, 32, 43) made of an elastically deformable plastic material, intended to be connected to a heat transfer fluid circuit; and, - at least one first plate (2, 23, 26, 33-36) used to ensure a thermal exchange with the surrounding air, and comprising a series of parallel corrugations of a first type that extends over at least one fraction of the length of the plate (2, 23, 26, 33-36), with each one of these corrugations delimiting a passage volume inside of which extends the duct;
Device for contactless three-dimensional inspection of a hollow part with an internal surface of revolution, known as the hollow part to be inspected, said device comprising: • a measuring head comprising: ∘ a confocal sensor connected to an optical data collection cable for inspecting, by a simultaneous rotational and translational movement, the inner surface of said hollow part to be inspected; ∘ a winding drum of said optical cable; • a winding and unwinding module for winding and unwinding said optical cable onto said winding drum, wherein said winding and unwinding module is synchronised, via a winding and unwinding motor, with said measuring head for said rotation of said confocal sensor; wherein said device is characterised in that it further comprises: • a module for reeving and storing said optical cable, connected to said winding and unwinding module by said optical cable. • a measuring head comprising: ∘ a confocal sensor connected to an optical data collection cable for inspecting, by a simultaneous rotational and translational movement, the inner surface of said hollow part to be inspected; ∘ a winding drum of said optical cable; ∘ a confocal sensor connected to an optical data collection cable for inspecting, by a simultaneous rotational and translational movement, the inner surface of said hollow part to be inspected; ∘ a winding drum of said optical cable; • a winding and unwinding module for winding and unwinding said optical cable onto said winding drum, wherein said winding and unwinding module is synchronised, via a winding and unwinding motor, with said measuring head for said rotation of said confocal sensor; wherein said device is characterised in that it further comprises: • a module for reeving and storing said optical cable, connected to said winding and unwinding module by said optical cable.
A modular and reconfigurable autonomous electric robot capable of adapting to any type of condition and work in an agricultural environment, comprising: - a chassis with transverse and longitudinal symmetry comprising a front part, a middle part and a rear part; - a power supply located in the front part of the chassis; - an implement for agricultural work located in the rear part of the chassis; - two wheel assemblies each located at transversely opposite ends of the front part of the chassis and two wheel assemblies each located at transversely opposite ends of the rear part of the chassis; - a GNSS unit to geolocate the electric robot in real time; and - a processing and control module that controls the electric robot and is in data communication with the GNSS unit, wherein each wheel assembly located in the front part of the chassis comprises a wheel with an electric motor directly coupled to the wheel, characterized in that each wheel assembly located at the rear part of the chassis comprises a caster wheel and a caster axle, wherein the caster axle has a rotation axis (e) that is inclined by an angle of inclination with respect to a vertical line (v) and allows the caster wheel to rotate around said axis. - a chassis with transverse and longitudinal symmetry comprising a front part, a middle part and a rear part; - a power supply located in the front part of the chassis; - an implement for agricultural work located in the rear part of the chassis; - two wheel assemblies each located at transversely opposite ends of the front part of the chassis and two wheel assemblies each located at transversely opposite ends of the rear part of the chassis; - a GNSS unit to geolocate the electric robot in real time; and - a processing and control module that controls the electric robot and is in data communication with the GNSS unit, wherein each wheel assembly located in the front part of the chassis comprises a wheel with an electric motor directly coupled to the wheel, characterized in that each wheel assembly located at the rear part of the chassis comprises a caster wheel and a caster axle, wherein the caster axle has a rotation axis (e) that is inclined by an angle of inclination with respect to a vertical line (v) and allows the caster wheel to rotate around said axis.
A fastener comprising: a first plate defining first and a second apertures positioned opposite each other relative to a cross-member; a second plate configured to matingly engage with the first plate, wherein, when the first and the second plates are matingly engaged with each other, the second plate extends over the first and the second apertures and the cross-member is spaced from the second plate; and a third configured to matingly engage with the first plate from a side opposite the second plate, wherein the third plate defines a corresponding aperture sized to permit access to the first aperture and the second aperture in the first plate when the third plate is matingly engaged to the first plate. a first plate defining first and a second apertures positioned opposite each other relative to a cross-member; a second plate configured to matingly engage with the first plate, wherein, when the first and the second plates are matingly engaged with each other, the second plate extends over the first and the second apertures and the cross-member is spaced from the second plate; and a third configured to matingly engage with the first plate from a side opposite the second plate, wherein the third plate defines a corresponding aperture sized to permit access to the first aperture and the second aperture in the first plate when the third plate is matingly engaged to the first plate.
A method of selecting a treatment for a subject having inflammatory bowel disease in clinical remission, comprising: measuring the level of an anti- granulocyte-macrophage colony stimulating factor (GM-CSF) antibody in a serum sample from said subject, thereby determining the IBD relapse risk for said subject; and selecting a treatment for said IBD relapse risk. measuring the level of an anti- granulocyte-macrophage colony stimulating factor (GM-CSF) antibody in a serum sample from said subject, thereby determining the IBD relapse risk for said subject; and selecting a treatment for said IBD relapse risk.
A method for forming one or more strap portion (1140,1150) of a headgear, the method comprising the steps of: placing a first tubular textile casing into a cavity of a first moulding tool; positioning a portion of the first tubular textile casing in contact with an adjacent cavity having a shape of an attachment member (530,1156); introducing molten plastic material (510,1210) into the first moulding tool and into the first tubular textile casing; pushing the molten plastic material (510,1210) into the adjacent cavity through the first tubular textile casing; and allowing the molten plastic material (510,1210) to solidify within the first tubular textile casing to form a first strap portion having an inner core and an attachment member (530,1156) formed from unitary plastic material. placing a first tubular textile casing into a cavity of a first moulding tool; positioning a portion of the first tubular textile casing in contact with an adjacent cavity having a shape of an attachment member (530,1156); introducing molten plastic material (510,1210) into the first moulding tool and into the first tubular textile casing; pushing the molten plastic material (510,1210) into the adjacent cavity through the first tubular textile casing; and allowing the molten plastic material (510,1210) to solidify within the first tubular textile casing to form a first strap portion having an inner core and an attachment member (530,1156) formed from unitary plastic material.
A cooking appliance with a housing, in which a drawer is longitudinally displaceably guided, in which a support for food to be cooked can be or is attached, wherein a heatable or heated plate is arranged above the support for food to be cooked in the housing, wherein a fan and a grease filter are arranged in the housing, and wherein - the housing comprises one or more air inlet openings in the front area of its bottom plate, - the bottom plate of the housing and the bottom wall of the drawer extend at a distance from each other, whereby an air intake channel is formed between the bottom plate and the bottom wall, which extends from the air inlet opening to the grease filter, characterized in that - an air outlet sheet is arranged in the housing, which extends at a distance from the cover plate of the housing, - the fan is formed as a cross-flow fan, and - the housing comprises one or more air exit openings in the front area of its cover plate. - the housing comprises one or more air inlet openings in the front area of its bottom plate, - the bottom plate of the housing and the bottom wall of the drawer extend at a distance from each other, whereby an air intake channel is formed between the bottom plate and the bottom wall, which extends from the air inlet opening to the grease filter, - an air outlet sheet is arranged in the housing, which extends at a distance from the cover plate of the housing, - the fan is formed as a cross-flow fan, and - the housing comprises one or more air exit openings in the front area of its cover plate.