mhurhangee/ep-ind-claims huggingface dataset:
An adhesive tape comprising: a duct tape comprised of a film, a cloth scrim, and an adhesive and having an adhesive surface and a non-adhesive surface, a white ink printed on the non-adhesive surface of the duct tape, and a colored ink printed on top of the printed white ink. a duct tape comprised of a film, a cloth scrim, and an adhesive and having an adhesive surface and a non-adhesive surface, a white ink printed on the non-adhesive surface of the duct tape, and a colored ink printed on top of the printed white ink.
Laundry treatment device, in particular tumble dryer or washer-dryer, having at least one process air circuit, in which a process air can be circulated during a drying process for drying laundry located in the process air circuit, at least one temperature sensor arranged on the process air circuit for recording a temperature of the process air, at least one humidity sensor arranged on the process air circuit for recording a relative air humidity of the process air and at least one electronic unit connected to the temperature sensor and the humidity sensor, wherein the electronic unit is configured to determine a water loading of the process air from the measured temperature and the measured relative air humidity during the drying process and to determine a maximum of the water loading of the process air, wherein the electronic unit is configured to determine a value of a deviation of the momentary water loading from the maximum of the water loading and to generate a switch-off signal in order to terminate the drying process if the value of the deviation reaches a predetermined limit value.
A ball launching machine, comprising: a base unit comprising an enclosure; a pair of counter-rotating flywheels disposed within the enclosure; and a meter wheel disposed within the enclosure, the meter wheel located adjacent to an inlet to the pair of counter-rotating flywheels such that the meter wheel can selectively pass the balls to the pair of counter-rotating flywheels via rotation of the meter wheel, a drive motor coupled to the meter wheel, characterized by a controller electrically coupled to the drive motor, wherein the controller is configured to selectively actuate the drive motor to turn the meter wheel, and wherein the controller is configured to determine that one of the balls has been metered by monitoring a load value of the drive motor. a base unit comprising an enclosure; a pair of counter-rotating flywheels disposed within the enclosure; and a meter wheel disposed within the enclosure, the meter wheel located adjacent to an inlet to the pair of counter-rotating flywheels such that the meter wheel can selectively pass the balls to the pair of counter-rotating flywheels via rotation of the meter wheel, a drive motor coupled to the meter wheel, characterized by a controller electrically coupled to the drive motor, wherein the controller is configured to selectively actuate the drive motor to turn the meter wheel, and wherein the controller is configured to determine that one of the balls has been metered by monitoring a load value of the drive motor.
A magnetic bearing assembly for contactless linear displacement of a rigid body (30; 300) relative to another rigid body (20a-20b; 110-120) along a linear displacement path, said magnetic bearing assembly comprising: - at least one magnetic bearing module being mounted to one of said rigid bodies (30; 300) and consisting of at least: • a ferromagnetic core; • a first magnetic element positioned on a first side of said ferromagnetic core; • a coil being wound around said ferromagnetic core; - at least a first static back iron being mounted to the other one of said rigid bodies and positioned, during use, at some gap distance from said one bearing module, characterized in that the magnetic bearing module further consists of a setting module positioned on another side of the ferromagnetic core opposite to the first side, and wherein said setting module comprises a second magnetic element, said setting module being arranged in setting said gap distance between the bearing module and said further static back iron being mounted to the other one of said rigid bodies. - at least one magnetic bearing module being mounted to one of said rigid bodies (30; 300) and consisting of at least: • a ferromagnetic core; • a first magnetic element positioned on a first side of said ferromagnetic core; • a coil being wound around said ferromagnetic core; • a ferromagnetic core; • a first magnetic element positioned on a first side of said ferromagnetic core; • a coil being wound around said ferromagnetic core; - at least a first static back iron being mounted to the other one of said rigid bodies and positioned, during use, at some gap distance from said one bearing module, characterized in that
A surface ornament for a part of a fishing tackle comprising an inner coating layer laminated on the surface of a part body made of fiber reinforced plastics, a silver thin film coating layer laminated on the inner coating layer and an outer coating layer laminated on the silver thin film coating layer; wherein the inner coating layer is formed by use of a resin paint selected as any one of: resin paint of two-part type formed by reaction of isocyanate group and hydroxyl group, resin paint of two-part type formed by reaction of resin having amino group and silicon compound having epoxy group, and resin paint of two-part or three part type in which reactions in the above and are simultaneously generated; wherein the outer coating layer is formed by use of a resin paint selected as either of: resin paint of two-part type formed by reaction of resin having amino group and silicon compound having epoxy resin, and resin paint of two-part or three-part type in which reaction of isocyanate group and hydroxyl group is simultaneously generated in addition to the reaction of the above; and wherein the silver thin film coating layer is formed of metal complex of silver with amine as ligand that is heated after having been applied. resin paint of two-part type formed by reaction of isocyanate group and hydroxyl group, resin paint of two-part type formed by reaction of resin having amino group and silicon compound having epoxy group, and resin paint of two-part or three part type in which reactions in the above and are simultaneously generated; resin paint of two-part type formed by reaction of resin having amino group and silicon compound having epoxy resin, and resin paint of two-part or three-part type in which reaction of isocyanate group and hydroxyl group is simultaneously generated in addition to the reaction of the above; and wherein the silver thin film coating layer is formed of metal complex of silver with amine as ligand that is heated after having been applied.
A Factor Xa variant which modulates hemostasis comprising at least one substitution mutation in amino acids 41 - 179 and 235-488 of the amino acid sequence provided in Figure 5, wherein the Val at position 236 is substituted with an amino acid selected from the group consisting of Ala, Gly, and Leu, with the proviso that the amino acid at position 235 is not Val or Ala.
A propeller blade assembly comprising: a propeller blade including a blade portion and a root portion; and a retention assembly, configured to be attached to the propeller blade, the retention assembly comprising: an inner ring that is conformally shaped to a bore of an annular loop, the annular loop being associated with the root portion of the propeller blade; a base that is configured to be immediately adjacent the annular loop; and an outer ring that includes an extended tapered portion which decreases in radial thickness from an inboard end to an outboard end, wherein the outer ring further comprises a bearing race interface, a bearing race groove, a lower annular groove, and is characterised by an upper annular groove that terminates into the extended tapered portion, the extended tapered portion including a first taper on an inner surface and a second taper on an external surface and by the retention assembly further comprising an adhesive that adhesively connects complementary surfaces of the outer ring and the annular loop. a propeller blade including a blade portion and a root portion; and a retention assembly, configured to be attached to the propeller blade, the retention assembly comprising: an inner ring that is conformally shaped to a bore of an annular loop, the annular loop being associated with the root portion of the propeller blade; a base that is configured to be immediately adjacent the annular loop; and an outer ring that includes an extended tapered portion which decreases in radial thickness from an inboard end to an outboard end, wherein the outer ring further comprises a bearing race interface, a bearing race groove, a lower annular groove, and is characterised by an upper annular groove that terminates into the extended tapered portion, the extended tapered portion including a first taper on an inner surface and a second taper on an external surface and by the retention assembly further comprising an adhesive that adhesively connects complementary surfaces of the outer ring and the annular loop. an inner ring that is conformally shaped to a bore of an annular loop, the annular loop being associated with the root portion of the propeller blade; a base that is configured to be immediately adjacent the annular loop; and an outer ring that includes an extended tapered portion which decreases in radial thickness from an inboard end to an outboard end, wherein the outer ring further comprises a bearing race interface, a bearing race groove, a lower annular groove, and is characterised by an upper annular groove that terminates into the extended tapered portion, the extended tapered portion including a first taper on an inner surface and a second taper on an external surface and by the retention assembly further comprising an adhesive that adhesively connects complementary surfaces of the outer ring and the annular loop.
A device for delivering substances, comprising: a dental shell aligner adapted to fluidly provide a plurality of substances into a body at pre-selected doses, wherein the aligner includes: a first reservoir (19A-19C) for storing a first substance of the plurality of substances, and further includes at least one first nozzle (18A-18C) formed as part of the shell and projecting from the aligner for insertion, when the aligner is in position in an intra oral cavity, into gum tissue and deliver any such first substance stored in the first reservoir to selected locations of the gum tissue, and a second reservoir (19A-19C) for storing a second substance of the plurality of substances, and further includes at least one second nozzle (18A-18C) projecting from the aligner to, when the aligner is in position in an intra oral cavity, contact the gum tissue and deliver any such second substance stored in the second reservoir to selected locations of the gum tissue different from the selected locations of the first nozzle. a dental shell aligner adapted to fluidly provide a plurality of substances into a body at pre-selected doses, wherein the aligner includes: a first reservoir (19A-19C) for storing a first substance of the plurality of substances, and further includes at least one first nozzle (18A-18C) formed as part of the shell and projecting from the aligner for insertion, when the aligner is in position in an intra oral cavity, into gum tissue and deliver any such first substance stored in the first reservoir to selected locations of the gum tissue, and a second reservoir (19A-19C) for storing a second substance of the plurality of substances, and further includes at least one second nozzle (18A-18C) projecting from the aligner to, when the aligner is in position in an intra oral cavity, contact the gum tissue and deliver any such second substance stored in the second reservoir to selected locations of the gum tissue different from the selected locations of the first nozzle. a first reservoir (19A-19C) for storing a first substance of the plurality of substances, and further includes at least one first nozzle (18A-18C) formed as part of the shell and projecting from the aligner for insertion, when the aligner is in position in an intra oral cavity, into gum tissue and deliver any such first substance stored in the first reservoir to selected locations of the gum tissue, and a second reservoir (19A-19C) for storing a second substance of the plurality of substances, and further includes at least one second nozzle (18A-18C) projecting from the aligner to, when the aligner is in position in an intra oral cavity, contact the gum tissue and deliver any such second substance stored in the second reservoir to selected locations of the gum tissue different from the selected locations of the first nozzle.
An exhaust purification system of an internal combustion engine in which a hydrocarbon feed valve for feeding hydrocarbons is arranged inside of an engine exhaust passage, an exhaust purification catalyst for reacting NOx contained in exhaust gas and reformed hydrocarbons is arranged inside of the engine exhaust passage downstream of the hydrocarbon feed valve, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst (51, 52), the exhaust purification catalyst has a property of reducing the NOx which is contained in exhaust gas if a concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate within a predetermined range of amplitude and within a predetermined range of period and has a property of being increased in storage amount of NOx which is contained in exhaust gas if the vibration period of the hydrocarbon concentration is made longer than the predetermined range, at the time of engine operation, an injection amount of hydrocarbons from the hydrocarbon feed valve is controlled so that the amplitude of the change of concentration of hydrocarbons flowing into the exhaust purification catalyst is made to become within said predetermined range of amplitude, an injection period of hydrocarbons from the hydrocarbon feed valve is controlled so that the concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate by said predetermined range of period, a post treatment device comprised of a particulate filter which is raised in temperature by a heat of an oxidation reaction of hydrocarbons when hydrocarbons are fed is arranged inside of the engine exhaust passage downstream of the exhaust purification catalyst, and, when the particulate filter should be raised to a regeneration temperature, the amplitude of the change of the concentration of hydrocarbons flowing into the exhaust purification catalyst is increased to increase a pass through amount of hydrocarbons which pass through the exhaust purification catalyst, and the heat of oxidation reaction of the passed through hydrocarbons at the particulate filter is used to make the particulate filter rise in temperature.
A method of cleaning an article comprising internal channels, the method comprising: pumping a cleaning fluid through the internal channels initially containing particles, wherein the particles have a different magnetic permeability from the cleaning fluid; passing the cleaning fluid past a sensor generating a magnetic field; and detecting the presence of particles in the fluid by detecting perturbation of the magnetic field, the perturbation being caused by the particles; characterised in that the step of pumping comprises the steps of: attaching the article to a fluid circuit; placing the article on a stage; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; wherein before the step of vibrating, the method further comprises closing valves (12a, 12b) in the fluid circuit to constrain the fluid to the internal channels of the article during the vibration step. pumping a cleaning fluid through the internal channels initially containing particles, wherein the particles have a different magnetic permeability from the cleaning fluid; passing the cleaning fluid past a sensor generating a magnetic field; and detecting the presence of particles in the fluid by detecting perturbation of the magnetic field, the perturbation being caused by the particles; characterised in that the step of pumping comprises the steps of: attaching the article to a fluid circuit; placing the article on a stage; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; attaching the article to a fluid circuit; placing the article on a stage; pumping cleaning fluid into the article; vibrating the stage and thereby the article; and pumping the fluid out of the article to the sensor; wherein before the step of vibrating, the method further comprises closing valves (12a, 12b) in the fluid circuit to constrain the fluid to the internal channels of the article during the vibration step.
A bifacial solar cell comprising: - a substrate of a first conductive type, the substrate having a front surface and a back surface, the front and back surfaces both being light-incident surfaces, the first conductive type being an n-type; - a plurality of front electrodes positioned on the front surface of the substrate and a plurality of back electrodes positioned on the back surface of the substrate, each of the front electrodes being connected to an emitter region positioned at the front surface of the substrate and each of the back electrodes being connected to a back surface field region positioned at the back surface of the substrate, the emitter region being of a second conductive type opposite the first conductive type; - an aluminum oxide layer positioned on the front and back surfaces of the substrate excluding areas of the substrate where the front electrodes and the back electrodes are formed; - an anti-reflection layer positioned on the aluminum oxide layer on the front surface of the substrate, the anti-reflection layer being formed of silicon nitride or silicon oxide; and - a capping layer positioned between the back surface of the substrate and the aluminum oxide layer on the back surface of the substrate, the capping layer being formed of silicon nitride or silicon oxide. - a substrate of a first conductive type, the substrate having a front surface and a back surface, the front and back surfaces both being light-incident surfaces, the first conductive type being an n-type; - a plurality of front electrodes positioned on the front surface of the substrate and a plurality of back electrodes positioned on the back surface of the substrate, each of the front electrodes being connected to an emitter region positioned at the front surface of the substrate and each of the back electrodes being connected to a back surface field region positioned at the back surface of the substrate, the emitter region being of a second conductive type opposite the first conductive type; - an aluminum oxide layer positioned on the front and back surfaces of the substrate excluding areas of the substrate where the front electrodes and the back electrodes are formed; - an anti-reflection layer positioned on the aluminum oxide layer on the front surface of the substrate, the anti-reflection layer being formed of silicon nitride or silicon oxide; and - a capping layer positioned between the back surface of the substrate and the aluminum oxide layer on the back surface of the substrate, the capping layer being formed of silicon nitride or silicon oxide.
An axial turbomachine stator, notably an axial turbomachine compressor (4; 6), the stator comprising: - an outer annular casing (28; 128) with an inner annular surface; and - at least one group of blades (30; 130) with: o a row of stator blades (26; 126) arranged along the circumference of the casing (28; 128), and o an outer shroud for attaching blades (26; 126) to the casing (28; 128), the shroud matching the inner surface of the casing (28; 128); at least one or each group of blades (30; 130) comprises a plurality of rows of axially offset stator blades (26; 126), the outer ring and the rows of blades (26; 126) of said group (30; 130) being a one-piece assembly, characterized in that at least one or each shroud of group of blades (30; 130) extends axially over the entire length of the casing (28; 128). - an outer annular casing (28; 128) with an inner annular surface; and - at least one group of blades (30; 130) with: o a row of stator blades (26; 126) arranged along the circumference of the casing (28; 128), and o an outer shroud for attaching blades (26; 126) to the casing (28; 128), the shroud matching the inner surface of the casing (28; 128); o a row of stator blades (26; 126) arranged along the circumference of the casing (28; 128), and o an outer shroud for attaching blades (26; 126) to the casing (28; 128), the shroud matching the inner surface of the casing (28; 128);
A waveguide arrangement (100, 200) comprising: a cuboid-shaped waveguide coupled to a plurality of output waveguides (22, 24, 26, 28); and a cuboid-shaped input waveguide coupled to the cuboid-shaped waveguide, wherein a propagation direction of an electromagnetic wave guided through the cuboid-shaped input waveguide is perpendicular to propagation directions of electromagnetic waves, which are guided through the output waveguides (22, 24, 26, 28); wherein the waveguide arrangement is configured to split an electromagnetic wave provided into the cuboid-shaped input waveguide into a plurality of electromagnetic waves guided through the output waveguides (22, 24, 26, 28), wherein a power ratio of the plurality of electromagnetic waves travelling through the output waveguides (22, 24, 26, 28) is defined by an angle, a, enclosed by a polarization of the wave guided by the cuboid-shaped input waveguide and a side surface of the cuboid-shaped waveguide on which any one of the output waveguides is arranged, characterized in that the cuboid-shaped input waveguide is rotatably coupled to the cuboid-shaped waveguide such that a power ratio between the electromagnetic waves provided or guided by the output waveguides (22, 24, 26, 28) is adjustable. a cuboid-shaped waveguide coupled to a plurality of output waveguides (22, 24, 26, 28); and a cuboid-shaped input waveguide coupled to the cuboid-shaped waveguide, wherein a propagation direction of an electromagnetic wave guided through the cuboid-shaped input waveguide is perpendicular to propagation directions of electromagnetic waves, which are guided through the output waveguides (22, 24, 26, 28); wherein the waveguide arrangement is configured to split an electromagnetic wave provided into the cuboid-shaped input waveguide into a plurality of electromagnetic waves guided through the output waveguides (22, 24, 26, 28), wherein a power ratio of the plurality of electromagnetic waves travelling through the output waveguides (22, 24, 26, 28) is defined by an angle, a, enclosed by a polarization of the wave guided by the cuboid-shaped input waveguide and a side surface of the cuboid-shaped waveguide on which any one of the output waveguides is arranged, characterized in that the cuboid-shaped input waveguide is rotatably coupled to the cuboid-shaped waveguide such that a power ratio between the electromagnetic waves provided or guided by the output waveguides (22, 24, 26, 28) is adjustable.