mhurhangee/ep-ind-claims huggingface dataset:
Use of a fuel additive for accelerating ash loading of a particulate filter, the use comprising: placing a porous ceramic structure (200, 300) in fluid connection with a fuel burner; supplying a fuel source comprising the fuel additive to the fuel burner, wherein the fuel source comprises a fuel supply combined with the fuel additive, and wherein a volumetric ratio of the fuel additive to the fuel supply ranges from 1:25 to 1:500; combusting the fuel source; and passing an exhaust stream (240, 340) comprising particulate matter from the fuel burner through the porous ceramic structure (200, 300), wherein the fuel additive comprises at least one inorganic component that produces ash upon combustion, wherein the fuel additive is a mixture of cerium and iron oxides in an isoparaffin solvent, and wherein the fuel additive is capable of producing at least 10 mg of ash per liter of fuel burned. placing a porous ceramic structure (200, 300) in fluid connection with a fuel burner; supplying a fuel source comprising the fuel additive to the fuel burner, wherein the fuel source comprises a fuel supply combined with the fuel additive, and wherein a volumetric ratio of the fuel additive to the fuel supply ranges from 1:25 to 1:500; combusting the fuel source; and passing an exhaust stream (240, 340) comprising particulate matter from the fuel burner through the porous ceramic structure (200, 300), wherein the fuel additive comprises at least one inorganic component that produces ash upon combustion, wherein the fuel additive is a mixture of cerium and iron oxides in an isoparaffin solvent, and wherein the fuel additive is capable of producing at least 10 mg of ash per liter of fuel burned.
An airfoil for a compressor comprising: an airfoil root, an airfoil tip located at a spanwise distance from the airfoil root, a leading edge extending from the airfoil root to the airfoil tip, a trailing edge extending from the airfoil root to the airfoil tip, airfoil pressure and suction sides (5,6) extending between the leading edge and the trailing edge; a first inner span region ("S1") between the airfoil root and a first height location on the airfoil leading edge; and a first outer span region ("S2") between the first height location and the airfoil tip; and wherein the leading edge has a dihedral profile such that the leading edge dihedral angle increases in a spanwise direction in the first inner span region and decreases in a spanwise direction in the first outer span region; characterized in that; the leading edge dihedral angle in the first outer span region decreases in a spanwise direction at a substantially constant rate of change with respect to the span. an airfoil root, an airfoil tip located at a spanwise distance from the airfoil root, a leading edge extending from the airfoil root to the airfoil tip, a trailing edge extending from the airfoil root to the airfoil tip, airfoil pressure and suction sides (5,6) extending between the leading edge and the trailing edge; a first inner span region ("S1") between the airfoil root and a first height location on the airfoil leading edge; and a first outer span region ("S2") between the first height location and the airfoil tip; and wherein the leading edge has a dihedral profile such that the leading edge dihedral angle increases in a spanwise direction in the first inner span region and decreases in a spanwise direction in the first outer span region; characterized in that; the leading edge dihedral angle in the first outer span region decreases in a spanwise direction at a substantially constant rate of change with respect to the span.
An electronic device, comprising: at least one antenna on a designated band; at least one filtering unit configured to filter signals received from the at least one antenna into a plurality of bands of the designated band; at least one switching unit configured to output the signals filtered by the at least one filtering unit to a first communication unit configured for using a first communication function and a second communication unit configured for using a second communication function; and a processor electrically connected with the at least one switching unit, the first communication unit, and the second communication unit, configured to: determine a first band and a second band corresponding to the first communication unit and the second communication unit, respectively, based on communication-related information provided from the first communication unit and the second communication unit; and control the at least one switching unit so that, when a signal of the first band in the designated band is output to the first communication unit, a signal of the second band in the designated band is output to the second communication unit; wherein the communication-related information includes information about whether the first communication function and the second communication function are active. at least one antenna on a designated band; at least one filtering unit configured to filter signals received from the at least one antenna into a plurality of bands of the designated band; at least one switching unit configured to output the signals filtered by the at least one filtering unit to a first communication unit configured for using a first communication function and a second communication unit configured for using a second communication function; and a processor electrically connected with the at least one switching unit, the first communication unit, and the second communication unit, configured to: determine a first band and a second band corresponding to the first communication unit and the second communication unit, respectively, based on communication-related information provided from the first communication unit and the second communication unit; and control the at least one switching unit so that, when a signal of the first band in the designated band is output to the first communication unit, a signal of the second band in the designated band is output to the second communication unit; determine a first band and a second band corresponding to the first communication unit and the second communication unit, respectively, based on communication-related information provided from the first communication unit and the second communication unit; and control the at least one switching unit so that, when a signal of the first band in the designated band is output to the first communication unit, a signal of the second band in the designated band is output to the second communication unit; wherein the communication-related information includes information about whether the first communication function and the second communication function are active.
An applicator for applying a product to the hair, notably a dyeing product, comprising: - a handle, - at least two first rows of teeth extending longitudinally over a distance l 1 from a first application face of the applicator, - a plurality of second rows of teeth, this plurality extending longitudinally over a distance l 2 from a second application face of the applicator that is situated on the opposite side from the first application face, the ratio l 1 / l 2 being less than or equal to 0.75, better still less than or equal to 0.6, the second rows of teeth comprising: - at least two external rows of teeth, - at least one internal row of teeth disposed between the two external rows, the teeth of the external rows being more flexible than the teeth of the internal rows, the first and the second application face (10, 20) having parallel longitudinal axes (P, Q), the handle extending substantially along the axis of the first application face or the handle being in the extension of the second application face, the first application face being less wide than the second application face, the first and the second application face (10, 20) being parallel and separated by a distance of between 10 mm and 30 mm, at least the part of the applicator that bears the first and second application face (10, 20) having an overall T shape in cross-section. - a handle, - at least two first rows of teeth extending longitudinally over a distance l 1 from a first application face of the applicator, - a plurality of second rows of teeth, this plurality extending longitudinally over a distance l 2 from a second application face of the applicator that is situated on the opposite side from the first application face, the ratio l 1 / l 2 being less than or equal to 0.75, better still less than or equal to 0.6, the second rows of teeth comprising: - at least two external rows of teeth, - at least one internal row of teeth disposed between the two external rows, the teeth of the external rows being more flexible than the teeth of the internal rows, the first and the second application face (10, 20) having parallel longitudinal axes (P, Q), the handle extending substantially along the axis of the first application face or the handle being in the extension of the second application face, the first application face being less wide than the second application face, the first and the second application face (10, 20) being parallel and separated by a distance of between 10 mm and 30 mm, at least the part of the applicator that bears the first and second application face (10, 20) having an overall T shape in cross-section.
A fluidic card comprising a rigid support in which a reservoir is at least partially formed for storing at least one fluid, the reservoir comprising an inlet orifice formed at least partially in the rigid support, allowing fluid communication between the reservoir and a fluidic channel of the fluidic card, characterized in that the reservoir comprises an opening emerging on a surface of the rigid support opposite the inlet orifice, the fluidic card further comprising a membrane made from a hyper-elastic material, i.e., a material having a surface able to go reversibly from a first area to a second area equal to at least five times the first area, forming a wall of the reservoir, the membrane being able to be deformed reversibly between a storage configuration of said at least one fluid, in which the membrane stretches by hyper-elastic deformation, and a resting configuration, and in that the membrane made from a hyper-elastic material comprises means for measuring its deformation, comprising electric measuring means integrated into the membrane and/or optical measuring means associated with the membrane, the optical measuring means comprising: - measuring an angle (α) formed between the membrane and the plane of the rigid support, during the deformation of the membrane; and/or - measuring the height (h), in particular the maximum height, of the membrane during its deformation; and/or - measuring the variation in the sizing of one or several patterns formed on the membrane during its deformation. - measuring an angle (α) formed between the membrane and the plane of the rigid support, during the deformation of the membrane; and/or - measuring the height (h), in particular the maximum height, of the membrane during its deformation; and/or - measuring the variation in the sizing of one or several patterns formed on the membrane during its deformation.
A front closing cross-member for a road vehicle, the front closing cross-member comprising: left and right end portions (46A, 46B); and a medial portion having a leading edge, a trailing edge that extends rearward in a longitudinal direction relative to the leading edge, and an airfoil-like cross-sectional shape, wherein the trailing edge has a height less than a height of the leading edge, and the medial portion is arranged between the left and right end portions (46A, 46B); characterized in that: each of the left and right end portions (46A, 46B) has a rounded, generally rectangular shape and a height greater than a maximum height of the medial portion, each of the left and right end portions (46A, 46B) defines a plurality of apertures (52A, 52B) extending in the longitudinal direction, and each aperture (52A, 52B) of the plurality of apertures (52A, 52B) is configured to receive a fastener arranged to couple each of the left and right end portions (46A, 46B) to at least a portion of a structural frame of the road vehicle, wherein for each end portion (46A, 46B) of the left and right end portions (46A, 46B), the plurality of apertures (52A, 52B) defines at least three apertures (52A, 52B) that are vertically aligned, with central axes of the apertures (52A, 52B) being parallel to one another. left and right end portions (46A, 46B); and a medial portion having a leading edge, a trailing edge that extends rearward in a longitudinal direction relative to the leading edge, and an airfoil-like cross-sectional shape, wherein the trailing edge has a height less than a height of the leading edge, and the medial portion is arranged between the left and right end portions (46A, 46B);
An automated device for trimming an untrimmed plant stem comprising: a transport mechanism for holding and moving the plant stem; a camera and an imaging stage; a cutting armature having cutting structure for trimming the plant stem; and a central processor; wherein the transport mechanism is able to move the plant stem proximate to the imaging stage for image capture; the camera is disposed toward the imaging stage to capture at least one image of the plant stem; the central processor is adapted to receive the at least one image from the camera to create a trim map using at least some data gathered from the at least one image; and the central processor is adapted to move the cutting armature as guided by the trim map to position the cutting structure against the plant stem for trimming the plant stem whereby the untrimmed plant stem is changed to a trimmed plant stem wherein the transport mechanism includes at least one car mounted to a conveyor system, characterized in that the car has a chuck adapted to releasably hold the plant stem at the imaging stage; and the chuck is rotatably mounted to hold the plant stem at different orientations, and the rotation of the chuck being driven by a motor receiving signals from the central processor. a transport mechanism for holding and moving the plant stem; a camera and an imaging stage; a cutting armature having cutting structure for trimming the plant stem; and a central processor; wherein the transport mechanism is able to move the plant stem proximate to the imaging stage for image capture; the camera is disposed toward the imaging stage to capture at least one image of the plant stem; the central processor is adapted to receive the at least one image from the camera to create a trim map using at least some data gathered from the at least one image; and the central processor is adapted to move the cutting armature as guided by the trim map to position the cutting structure against the plant stem for trimming the plant stem whereby the untrimmed plant stem is changed to a trimmed plant stem wherein the transport mechanism includes at least one car mounted to a conveyor system, characterized in that the car has a chuck adapted to releasably hold the plant stem at the imaging stage; and the chuck is rotatably mounted to hold the plant stem at different orientations, and the rotation of the chuck being driven by a motor receiving signals from the central processor.
Liquid volume flow sensor to measure the speed of a main flow of a liquid in a pipe section, notably in a nozzle duct of a pump casing, encompassing a first casing section connected to a mounting base, which holds a first ultrasound sensor, a second casing section, which holds a second ultrasound sensor, and two supporting arms (7, 8) opposite to each other that extend away from first casing section, on which the second casing section is supported, in which the second casing section is across from the first casing section at a distance, forming a measurement section through which the liquid can flow and the two ultrasound sensors (11, 12) are aligned with each other, characterised by the two supporting arms being realised in the form of a flow straightening fin that respectively borders one side of the measurement section so that the measurement section is shielded between the two supporting arms (7, 8).
A cutting arrangement for gripping and cutting trees or bushes, the cutting arrangement (1; 1') being a harvester head for tree harvesting or a grip saw comprising: - a base structure; - gripping members mounted to the base structure for holding one or more trees or bushes; and - a cutting device for crosscutting one or more trees or bushes held by the gripping members, the cutting device comprising a saw chain guide bar pivotally mounted to the base structure and a saw chain extending around the guide bar along the peripheral edge thereof, characterized in that a first retaining member and a second retaining member are arranged opposite each other at the nose end of the guide bar on opposite sides of the saw chain, the retaining members (13a, 13b) overlapping the sides of the saw chain at the nose end of the guide bar in order to prevent the saw chain from being forced off the peripheral edge of the guide bar by sticks or branches that may get wedged up between the saw chain and the peripheral edge of the guide bar when crosscutting one or more trees or bushes. - a base structure; - gripping members mounted to the base structure for holding one or more trees or bushes; and - a cutting device for crosscutting one or more trees or bushes held by the gripping members, the cutting device comprising a saw chain guide bar pivotally mounted to the base structure and a saw chain extending around the guide bar along the peripheral edge thereof,
Multitrack bicycle comprising at least one longitudinal member, a gearwheel, two rear wheels, two rear wheel bearings, two drive shafts and a receptacle, wherein the rear wheels are axially spaced apart from one another and from the longitudinal member by means of the two rear wheel bearings and are arranged on the longitudinal member in an articulated manner independently of one another, the drive shafts each being operatively connected both to the gearwheel and to a rear wheel and being designed as cardan shafts, and the gearwheel, the two drive shafts and the two rear wheel bearings being arranged on the longitudinal member by means of the receptacle, the bicycle having a front wheel receptacle (21, 121), wherein at least two front wheel bearings (12, 112) and/or at least two front wheel shock absorbers (14, 114) are arranged on the longitudinal member by means of the front wheel receptacle (21, 121), characterized in that the front wheel receptacle (21, 121) has at least one section which circumferentially encompasses the longitudinal member, and the section being designed as a sleeve or clamp.
A thermal printing device comprising: an internal slot having on one end an opening on one side of a housing of the thermal printing device and configured for receiving a circuit board of a thermal print head with contact connector terminals on one short edge and heating resistor elements on one long edge of the circuit board; and a push-activated connector, at the opposite end of the internal slot from the opening, for receiving one short edge of the circuit board, the push-activated connector configured, by pushing pressure on the thermal print head, to lock the thermal print head in the thermal printing device, and by further pushing pressure, to release the thermal print head from the thermal printing device; wherein The push-activated connector further comprises a spring, receiving connector terminals, receiving terminal contacts, receiving terminal grooves, and a tray for holding the thermal print head. an internal slot having on one end an opening on one side of a housing of the thermal printing device and configured for receiving a circuit board of a thermal print head with contact connector terminals on one short edge and heating resistor elements on one long edge of the circuit board; and a push-activated connector, at the opposite end of the internal slot from the opening, for receiving one short edge of the circuit board, the push-activated connector configured, by pushing pressure on the thermal print head, to lock the thermal print head in the thermal printing device, and by further pushing pressure, to release the thermal print head from the thermal printing device; wherein The push-activated connector further comprises a spring, receiving connector terminals, receiving terminal contacts, receiving terminal grooves, and a tray for holding the thermal print head.
A sunscreen cosmetic which is a water-in-oil emulsified cosmetic having excellent water resistance and excellent emulsification stability, comprising the following components through: ultraviolet protection agent which is an ultraviolet absorbent or an ultraviolet absorbent and ultraviolet scattering agent, said ultraviolet scattering agent is fine particle titanium dioxide or fine particle zinc oxide having an average particle size of 10 nm - 100 nm, the content of is 5-45 wt%, volatile oil component, the content of is 1-40 wt%, cetyl dimethicone copolyol, the content of is 0.1-5 wt%, (acrylate/stearyl acrylate/dimethicone methacrylate) copolymer, the content of is 0.05-2 wt%, organically modified clay mineral. ultraviolet protection agent which is an ultraviolet absorbent or an ultraviolet absorbent and ultraviolet scattering agent, said ultraviolet scattering agent is fine particle titanium dioxide or fine particle zinc oxide having an average particle size of 10 nm - 100 nm, the content of is 5-45 wt%, volatile oil component, the content of is 1-40 wt%, cetyl dimethicone copolyol, the content of is 0.1-5 wt%, (acrylate/stearyl acrylate/dimethicone methacrylate) copolymer, the content of is 0.05-2 wt%, organically modified clay mineral.