mhurhangee/ep-ind-claims huggingface dataset:
A biomedical waste treatment assembly (100, 200) comprising: a shredder; a hopper; an ozone generator; a longitudinal waste treatment chamber _arranged to receive shredded biomedical waste from the shredder, the chamber including: a set of one or more ozone injection points (163C, 163D, 163E) coupled to the ozone generator and_distributed along a length dimension of the chamber; an auger _arranged to convey shredded waste along the length dimension of the chamber, the chamber configured to extend from a first height to a second height higher than the first height; and a partition dividing the chamber into a treatment portion and an exit portion, with the partition being transverse to the length dimension of the chamber and having at least one opening for allowing treated waste to move from the treatment portion to the exit portion, the opening having a cross-sectional area that is substantially less than that of the chamber. a shredder; a hopper; an ozone generator; a longitudinal waste treatment chamber _arranged to receive shredded biomedical waste from the shredder, the chamber including: a set of one or more ozone injection points (163C, 163D, 163E) coupled to the ozone generator and_distributed along a length dimension of the chamber; an auger _arranged to convey shredded waste along the length dimension of the chamber, the chamber configured to extend from a first height to a second height higher than the first height; and a partition dividing the chamber into a treatment portion and an exit portion, with the partition being transverse to the length dimension of the chamber and having at least one opening for allowing treated waste to move from the treatment portion to the exit portion, the opening having a cross-sectional area that is substantially less than that of the chamber. a set of one or more ozone injection points (163C, 163D, 163E) coupled to the ozone generator and_distributed along a length dimension of the chamber; an auger _arranged to convey shredded waste along the length dimension of the chamber, the chamber configured to extend from a first height to a second height higher than the first height; and a partition dividing the chamber into a treatment portion and an exit portion, with the partition being transverse to the length dimension of the chamber and having at least one opening for allowing treated waste to move from the treatment portion to the exit portion, the opening having a cross-sectional area that is substantially less than that of the chamber.
A security thread or stripe comprising: a) an optically variable layer imparting a different color impression at different viewing angles and being made of an optically variable composition comprising from about 2 to about 40 wt-% of optically variable pigments, said optically variable layer comprising one or more gaps in the form of indicia or consist of indicia made of the optically variable composition, the weight percents being based on the total weight of the optically variable composition; b) a color constant layer having a color matching the color impression of the optically variable layer at a viewing angle, and being made of color constant composition comprising from about 1 to about 20 wt-% of one or more dyes and/or from about 0.1 to about 45 wt-% of inorganic pigments, organic pigments or mixtures thereof, said color constant layer either comprising one or more gaps in the form of indicia or consist of indicia made of the color constant composition, the weight percents being based on the total weight of the color constant composition; c) a holographic metallic layer; and d) a transparent substrate wherein i) the holographic metallic layer faces the environment and faces the transparent substrate and is present on the opposite side of the substrate carrying the color constant layer and the optically variable layer and ii) the color constant layer and/or the optically variable layer faces the environment, and wherein the optically variable layer, the color constant layer and the holographic metallic layer are at least partially jointly visible from at least one side of the security thread or stripe. a) an optically variable layer imparting a different color impression at different viewing angles and being made of an optically variable composition comprising from about 2 to about 40 wt-% of optically variable pigments, said optically variable layer comprising one or more gaps in the form of indicia or consist of indicia made of the optically variable composition, the weight percents being based on the total weight of the optically variable composition; b) a color constant layer having a color matching the color impression of the optically variable layer at a viewing angle, and being made of color constant composition comprising from about 1 to about 20 wt-% of one or more dyes and/or from about 0.1 to about 45 wt-% of inorganic pigments, organic pigments or mixtures thereof, said color constant layer either comprising one or more gaps in the form of indicia or consist of indicia made of the color constant composition, the weight percents being based on the total weight of the color constant composition; c) a holographic metallic layer; and d) a transparent substrate
Gyroplane with a fuselage, with a mast arranged in the upper area of the fuselage, with a rotor, which is arranged in a rotatable manner in the area of the end of the mast and can be set in autorotation by an air flow, with a propeller that is arranged and drivable in the rear area of the fuselage end, which produces the propulsion of the gyroplane, with a empennage arranged behind the propeller and with at least one strut, which extends from the propeller, spaced from it in a radially outward direction, in the longitudinal direction of the gyroplane and connects the empennage to the fuselage, characterized in that the empennage features a empennage extension arranged in a coaxial manner with respect to the rear fuselage end, which extends from the empennage forwards in the direction of the rear fuselage end, and which is spaced from the rear fuselage end in such a manner that a gap is formed in the area between such two pieces, and that the fuselage, at least in the area of its rear fuselage end, and the empennage extension together form a streamlined outer contour.
A method for reprogramming a fibroblast or skin cell into a pluripotent stem cell, comprising: (a) culturing the fibroblast or skin cell; (b) transfecting the cell with one or more synthetic RNA molecules, wherein the one or more synthetic RNA molecules include at least one RNA molecule encoding one or more reprogramming factors and wherein the transfecting results in the fibroblast or skin cell expressing the one or more reprogramming factors; and (c) repeating step (b) between one and nine times, wherein the amount of one or more synthetic RNA molecules transfected in one or more later transfections is greater than the amount transfected in one or more earlier transfections, thereby resulting in the fibroblast or skin cell being reprogrammed into a pluripotent stem cell, wherein steps (a)-(c) are performed without using feeder cells; preferably, the fibroblast or skin cell is derived from a biopsy; optionally, the biopsy is a full-thickness dermal punch biopsy. (a) culturing the fibroblast or skin cell; (b) transfecting the cell with one or more synthetic RNA molecules, wherein the one or more synthetic RNA molecules include at least one RNA molecule encoding one or more reprogramming factors and wherein the transfecting results in the fibroblast or skin cell expressing the one or more reprogramming factors; and (c) repeating step (b) between one and nine times, wherein the amount of one or more synthetic RNA molecules transfected in one or more later transfections is greater than the amount transfected in one or more earlier transfections, thereby resulting in the fibroblast or skin cell being reprogrammed into a pluripotent stem cell,
An arrangement (A1; A2) with a visor (10; 110), said visor (10; 110) being configured to be arranged on a vehicle, said visor (10; 110) having a front side (10a, 110a) arranged to face away from the vehicle and a rear side (10b; 110b) facing the vehicle, said visor (10; 110) being arranged to be mounted on an upper portion of the vehicle in connection to the windshield of the vehicle such that air (F1, F2) is allowed to flow past said visor sides (10a; 110a, 10b; 110b) and thus between the visor (10; 110) and the vehicle, said arrangement comprising means for reducing noise caused by said flow of air (F1, F2), characterized in that said means for reducing noise comprises a set (D1; D2) of diffuser portions (R1-R12; P1-P9) arranged along at least one of said visor sides (10a; 110a, 10b; 110b) so as to create an incoherence of said flow of air (F1, F2) and consequently a noise reduction, wherein said set (D1; D2) of diffuser portions (R1-R12; P1-P9) comprises diffuser portions being recesses (R1-R12) in a visor side and said recesses (R1-R12) are upwardly open, wherein said set of diffuser portions (R1-R12; P1-P9) are arranged along said rear side (10b; 110b) of said visor (10; 110) and at least some of said recesses (R1-R12) are arranged at different distances relative to each other along said visor.
Lifting machine for tube bundles for heat exchangers, where each tube bundle comprises a plurality of parallel tubes whose ends are blocked by at least one tube plate and a plurality of diaphragms parallel to one another, where said lifting machine comprises: - a supporting frame with two ends (51, 52) and a central body having a main direction of development (x) parallel to the tubes of said tube bundle; - first caliper type gripping means for said tube bundle, associated with the central body of said supporting frame, adapted to embrace said plurality of tubes in the area of said diaphragms; - second filiform type gripping means for said tube bundle, associated with the two ends (51, 52) of said supporting frame, adapted to act on said tube bundle near the ends thereof, wherein said second filiform type gripping means comprise at least a first (41a, 41b) and a second (42a, 42b) inextensible cable ending with hooks, characterized in that it comprises: - motor means adapted to feed a utility hydraulic circuit; - a hydraulic control unit, and in that said two ends (51, 52) of said supporting frame comprise a first (51a, 51b) and a second (52a, 52b) pair of beams and that said second filiform type gripping means comprise a first (41a, 41b) and a second (42a, 42b) pair of cables associated with said first (51a, 51b) and second (52a, 52b) pair of beams. - a supporting frame with two ends (51, 52) and a central body having a main direction of development (x) parallel to the tubes of said tube bundle; - first caliper type gripping means for said tube bundle, associated with the central body of said supporting frame, adapted to embrace said plurality of tubes in the area of said diaphragms; - second filiform type gripping means for said tube bundle, associated with the two ends (51, 52) of said supporting frame, adapted to act on said tube bundle near the ends thereof, wherein said second filiform type gripping means comprise at least a first (41a, 41b) and a second (42a, 42b) inextensible cable ending with hooks, characterized in that it comprises: - motor means adapted to feed a utility hydraulic circuit; - a hydraulic control unit, - motor means adapted to feed a utility hydraulic circuit; - a hydraulic control unit, and in that said two ends (51, 52) of said supporting frame comprise a first (51a, 51b) and a second (52a, 52b) pair of beams and that said second filiform type gripping means comprise a first (41a, 41b) and a second (42a, 42b) pair of cables associated with said first (51a, 51b) and second (52a, 52b) pair of beams.
A soldering process comprising contacting a metal-containing dross with a liquid active additive, assimilating oxidized metal in the active additive and separating molten solder from the active additive; characterised in that a major portion of the additive comprises the hydrocarbon moiety of a dimer and/or trimer of fatty acid.
A paper-sheet-thickness detecting sensor comprising: an oscillator (1, 1A) that is configured to output high-frequency signals with frequencies allocated to positions in a horizontal direction that is orthogonal to a direction in which a paper sheet is transported; a signal electrode (2, 2-1,..., 2-n) to which the high-frequency signals output by the oscillator are applied; a plurality of detection electrodes (3, 3-1,..., 3-n) that face the signal electrode across a transportation path for the paper sheet and that are configured to individually detect detection signals that correspond to the positions; a plurality of resonance circuits (4, 4-1,..., 4-n) that each have one end connected to one end of each of the plurality of detection electrodes and that have resonance frequencies equal to the frequencies allocated to the positions; and a broadband amplifier to which another end of each of the plurality of resonance circuits is connected and that is configured to output of the plurality of resonance circuits as one piece of sensor output information. an oscillator (1, 1A) that is configured to output high-frequency signals with frequencies allocated to positions in a horizontal direction that is orthogonal to a direction in which a paper sheet is transported; a signal electrode (2, 2-1,..., 2-n) to which the high-frequency signals output by the oscillator are applied; a plurality of detection electrodes (3, 3-1,..., 3-n) that face the signal electrode across a transportation path for the paper sheet and that are configured to individually detect detection signals that correspond to the positions; a plurality of resonance circuits (4, 4-1,..., 4-n) that each have one end connected to one end of each of the plurality of detection electrodes and that have resonance frequencies equal to the frequencies allocated to the positions; and a broadband amplifier to which another end of each of the plurality of resonance circuits is connected and that is configured to output of the plurality of resonance circuits as one piece of sensor output information.
A method of providing a voice to speech service in a mobile terminal, the method comprising: receiving sensing information from a sensor unit; determining whether the sensing information indicates that a user of the mobile terminal is operating a vehicle; setting an operating mode of the voice to speech service to a driving mode when the sensing information indicates that the user of the mobile terminal is operating the vehicle; receiving a message on the mobile terminal; converting the received message into audible feedback; and providing the audible feedback corresponding to the received message, according to pre-stored driving mode setting information when an operating mode of the voice to speech service is set to the driving mode, characterized in that the providing of the audible feedback comprises increasing a replay speed of the audible feedback when the voice to speech service is set to the driving mode to be higher than the replay speed of the audible feedback when the voice to speech service is set to a non-driving mode if an amount of the audible feedback is greater than a predetermined threshold. receiving sensing information from a sensor unit; determining whether the sensing information indicates that a user of the mobile terminal is operating a vehicle; setting an operating mode of the voice to speech service to a driving mode when the sensing information indicates that the user of the mobile terminal is operating the vehicle; receiving a message on the mobile terminal; converting the received message into audible feedback; and providing the audible feedback corresponding to the received message, according to pre-stored driving mode setting information when an operating mode of the voice to speech service is set to the driving mode, characterized in that the providing of the audible feedback comprises increasing a replay speed of the audible feedback when the voice to speech service is set to the driving mode to be higher than the replay speed of the audible feedback when the voice to speech service is set to a non-driving mode if an amount of the audible feedback is greater than a predetermined threshold.
An aqueous nanoemulsion composition consisting essentially of 15 to 50 wt% of conjugated linoleic acid, 0.01 to 5 wt% of lecithin, 0.1 to 5 wt% of ethanol as a dissolution aid, 1 to 15 wt% of coemulsifier, 15 to 35 wt% of glycerine and the balance of water.
A window comprising: a glazing substrate facing the inside and the outside of a room; and a reflective polarizing film article attached to the glazing substrate, wherein the reflective polarizing film article comprises: a reflective polarizing film; and a reflection inhibitor layer, wherein the reflective polarizing film article reduces transmission of polarized light with a polarization block axis that is horizontal, wherein the reflective polarizing film article reduces the horizontally polarized light to 90% or less of the horizontally polarized incident visible light, and wherein the reflection inhibitor layer is located on the side of the glazing substrate facing the inside of the room, and reduces the amount of reflected unpolarized visible light. a glazing substrate facing the inside and the outside of a room; and a reflective polarizing film article attached to the glazing substrate, wherein the reflective polarizing film article comprises: a reflective polarizing film; and a reflection inhibitor layer, wherein the reflective polarizing film article reduces transmission of polarized light with a polarization block axis that is horizontal, wherein the reflective polarizing film article reduces the horizontally polarized light to 90% or less of the horizontally polarized incident visible light, and wherein the reflection inhibitor layer is located on the side of the glazing substrate facing the inside of the room, and reduces the amount of reflected unpolarized visible light. a reflective polarizing film; and a reflection inhibitor layer, wherein the reflective polarizing film article reduces transmission of polarized light with a polarization block axis that is horizontal, wherein the reflective polarizing film article reduces the horizontally polarized light to 90% or less of the horizontally polarized incident visible light, and wherein the reflection inhibitor layer is located on the side of the glazing substrate facing the inside of the room, and reduces the amount of reflected unpolarized visible light.
Measuring device for determining a fluid variable relating to a fluid and/or to a fluid flow of the fluid, having a control device, having a measurement tube, which receives the fluid and/or through which the fluid can flow, and having a first and a second vibration transducer (5, 6, 15), which are arranged spaced apart from one another on the measurement tube, wherein, by way of the control device, the first and/or the second vibration transducer (5, 6, 15) can be actuated so as to induce a wave which is guided through a or a respective side wall (9, 12) of the measurement tube, wherein the guided wave induces compressional oscillations of the fluid that can be guided via the fluid to the in each case other vibration transducer (5, 6, 15) and, there, can be detected by the control device for determining measurement data, wherein the fluid variable can be determined by the control device as a function of the measurement data, wherein at least one further side wall (16, 17) of the measurement tube has at least one depression which extends in the flow direction and which enlarges the flow cross section of the measurement tube, wherein the measurement tube, at least in a measurement section situated between the first and second vibration transducers (5, 6, 15), has an internal cross section which, apart from the at least one depression, is rectangular, wherein the depression or depressions are provided exclusively in side walls on which none of the vibration transducers (5, 6, 15) are arranged, wherein the first and second vibration transducers (5, 6) are arranged on the same side wall and the inner surface of this side wall and of an opposite side wall define a main flow volume, or wherein the first and second vibration transducers (5, 15) are arranged on mutually opposite side walls (9, 12), whose inner surfaces define the main flow volume, wherein the at least one depression is situated outside the main flow volume and forms a respective secondary flow volume.
A device for crimping an end connector on a hose or pipe, comprising a carrier disc which is in its longitudinal axis provided with a central longitudinal opening and which is in a radial dividing plane divided into a first part and a second part which are mutually separable, wherein in the carrier disc, swages are reversibly linearly slidably mounted radially around the central opening, the swages being provided at their end at the central opening with a pressing surface or surfaces for crimping the end connector on a hose or pipe, wherein the swages are coupled to a press drive for the synchronized movement of all swages radially relative to the central opening towards the longitudinal axis and away from the longitudinal axis, characterized in that the press drive comprises a set of gear wheels with outer teeth, which are rotatably mounted in the carrier disc, and the axis of rotation of the gear wheels is parallel to the longitudinal axis of the carrier disc, adjacent gear wheels engage each other with their outer teeth and one of the gear wheels is coupled to a drive, one gear wheel is always assigned to one swage, the axis of rotation of the gear wheels intersects the longitudinal axis of the respective swage and the gear wheel is coupled to the respective swage by an eccentric gear for controlled bidirectional sliding movement of the swage.
A system for mounting a fuel injector to a gas turbine engine, the system comprising: an engine casing having an aperture formed therein, a fuel injector having a flange for mounting the fuel injector to the casing at the aperture, wherein the flange is configured to allow it pass through the aperture, characterised in that an intermediate ring mediates the mounting of the flange to the casing at the aperture, the intermediate ring being positioned inside the casing at the aperture and defining an opening from which the fuel injector extends into the engine with the flange positioned inward of the ring; wherein the flange is dismountably sealed to an inner side of the ring and the ring is dismountably sealed to an inner side of the casing to mount the fuel injector to the casing and, on dismounting the flange from the ring, the fuel injector can be displaced to allow the ring when dismounted from the casing to be moved away from the aperture such that the fuel injector can be withdrawn from the casing through the aperture. an engine casing having an aperture formed therein, a fuel injector having a flange for mounting the fuel injector to the casing at the aperture, wherein the flange is configured to allow it pass through the aperture, characterised in that an intermediate ring mediates the mounting of the flange to the casing at the aperture, the intermediate ring being positioned inside the casing at the aperture and defining an opening from which the fuel injector extends into the engine with the flange positioned inward of the ring; wherein the flange is dismountably sealed to an inner side of the ring and the ring is dismountably sealed to an inner side of the casing to mount the fuel injector to the casing and, on dismounting the flange from the ring, the fuel injector can be displaced to allow the ring when dismounted from the casing to be moved away from the aperture such that the fuel injector can be withdrawn from the casing through the aperture.
Paricalcitol for use in a method for the treatment of inflammatory anaemia, wherein the dose of paricalcitol to be administered is comprised between 5-10 μg/week.