mhurhangee/ep-ind-claims huggingface dataset:
A contact cleaning surface comprising: a cleaning surface; wherein at least part of the cleaning surface is microscopically roughened by indentations on the cleaning surface, the shape and/or size of the indentations being substantially non-uniform and therefore extending over a range of sizes thereby providing the cleaning surface with the capability of enhancing the collection and/or removal of contaminated particles over a range of differently sized contaminating particles, the indentations having a cross-sectional diameter and depth of less than five microns (5,000 nm) and the microscopically roughened surface is capable of enhancing collection and/or removal of small contaminating particles from a contaminated surface, wherein the shape and/or dimensions of the indentations are specifically designed to substantially match the shape and/or size of the contaminating particles to be removed and wherein the indentations are in a random pattern. a cleaning surface; wherein at least part of the cleaning surface is microscopically roughened by indentations on the cleaning surface, the shape and/or size of the indentations being substantially non-uniform and therefore extending over a range of sizes thereby providing the cleaning surface with the capability of enhancing the collection and/or removal of contaminated particles over a range of differently sized contaminating particles, the indentations having a cross-sectional diameter and depth of less than five microns (5,000 nm) and the microscopically roughened surface is capable of enhancing collection and/or removal of small contaminating particles from a contaminated surface, wherein the shape and/or dimensions of the indentations are specifically designed to substantially match the shape and/or size of the contaminating particles to be removed and wherein the indentations are in a random pattern.
An agricultural working machine having a bodywork which includes at least one casing element and at least one mounting device for mounting a working implement wherein at least one mounting device is in the form of an attachment bracket for an attachment implement in the form of a frontloader, there is provided a sensor system arranged at the working machine side and having at least one sensor unit and an evaluation unit, wherein a relative position of an attachment implement which is to be picked up and/or put down of the working machine can be determined relative to the working machine by the sensor system and the bodywork includes an engine compartment casing, characterised in that at least one sensor unit for lateral measurement of a spacing (x L,R) of an attachment implement relative to the bodywork is arranged on the engine compartment casing.
A method for the controlled changeover of a treatment machine, having a plurality of RFID reading devices, a control unit and one or more treatment modules, each treatment module having a plurality of remote indicators and one or more exchangeable handling parts which are provided with RFID-transponders for unambiguous identification, comprising: displaying predetermined target identifiers transmitted by the control unit for the handling parts by means of remote indicators; displaying actual identifiers retrieved from the RFID transponders by means of the RFID reading devices for the handling parts by means of the remote indicators; comparing the respective actual identifiers of the handling parts with the corresponding target identifiers of the handling parts and signaling when a change of a handling part is required if for said handling part the actual identifier deviates from the corresponding target identifier, or signaling a correctly used handling part if for said handling part the actual identifier matches with the corresponding target identifiers; wherein at least some of the remote indicators are combined with additional mobile displays. displaying predetermined target identifiers transmitted by the control unit for the handling parts by means of remote indicators; displaying actual identifiers retrieved from the RFID transponders by means of the RFID reading devices for the handling parts by means of the remote indicators; comparing the respective actual identifiers of the handling parts with the corresponding target identifiers of the handling parts and signaling when a change of a handling part is required if for said handling part the actual identifier deviates from the corresponding target identifier, or signaling a correctly used handling part if for said handling part the actual identifier matches with the corresponding target identifiers; wherein at least some of the remote indicators are combined with additional mobile displays.
Disposable shaker comprising an upper cover-shaped or cover part and a lower cup-shaped or cup part joinable removably with respect to each other, with an axial and rotational engagement, the cover part accommodating or forming a multi-compartment container with several compartments for separately housing the ingredients of the cocktail to be prepared and sealingly closable at the free end thereof by means of a membrane fixable thereto, wherein provided at the upper part of the cup part are teeth for tearing said membrane, which teeth are obtained in a single piece with the cup and have tearing tips adjacent to said membrane, in the closed or assembled position of the shaker, hence a relative axial and rotation movement between said upper cover part and said lower cup part causes a penetration of said tearing teeth into said membrane, with ensuing tearing of the latter and the dropping of the cocktail ingredients from the cover part into the cup part for mixing thereof or shaking in the shaker, wherein provided for in the cover and in the cup are means for mutual support in the assembled position of the shaker, and wherein along the longitudinal axis of said multi-compartment container said separation walls are joined into a single piece with an axial duct extended along the height of said multi-compartment container, or alternatively, said multi-compartment container is provided in said lower cup part and said tearing teeth are provided for in said upper cover part, characterised in that in said multi-compartment container the separation walls between the compartments of the ingredients of the cocktail are obtained as substantially thin U-shaped transverse section hollow walls, open outwards and with the bottom transverse side of the U-shape forming the fixing surface of said membrane.
A drone having a circuit comprising: an acquiring unit configured to acquire altitude information indicating a measurement result of altitude of a drone and speed information indicating the speed of the drone; and a measurement report control unit configured to control a reporting frequency of measurement report processing of reporting a measurement report message for controlling a handover of the drone between base stations, the measurement report message including reference signal information indicating a measurement result of a reference signal transmitted from a base station and the altitude information to the base station, on a basis of relationship between the altitude information acquired by the acquiring unit and altitude zone setting information received from the base station, which indicates an altitude zone between two altitude thresholds, wherein the measurement report control unit reports the measurement report message to the base station at a timing based on a parameter in accordance with the speed information, and wherein the measurement report processing is controlled on the basis of a combination of the altitude information and the speed information acquired by the acquiring unit. an acquiring unit configured to acquire altitude information indicating a measurement result of altitude of a drone and speed information indicating the speed of the drone; and a measurement report control unit configured to control a reporting frequency of measurement report processing of reporting a measurement report message for controlling a handover of the drone between base stations, the measurement report message including reference signal information indicating a measurement result of a reference signal transmitted from a base station and the altitude information to the base station, on a basis of relationship between the altitude information acquired by the acquiring unit and altitude zone setting information received from the base station, which indicates an altitude zone between two altitude thresholds, wherein the measurement report control unit reports the measurement report message to the base station at a timing based on a parameter in accordance with the speed information, and wherein the measurement report processing is controlled on the basis of a combination of the altitude information and the speed information acquired by the acquiring unit.
A rotor for an electric machine comprising: a rotor disc extending radially outwardly from a central axis of the rotor; a magnet retention band including a plurality of magnet retention tabs extending radially from the magnet retention band and axially along a length of the magnet retention band, the magnet retention band being secured to the rotor disc and extending substantially axially therefrom; and a plurality of permanent magnets, each permanent magnet of the plurality of permanent magnets being disposed at the magnet retention band between adjacent magnet retention tabs and radially and circumferentially retained between the magnet retention tabs and the magnet retention band; characterised in that the rotor comprises a retention means to secure the magnet retention band to the rotor disc; wherein the retention means comprises a plurality of mechanical fasteners; and wherein the plurality of mechanical fasteners extend into a plurality of retention screw holes disposed in the plurality of magnet retention tabs. a rotor disc extending radially outwardly from a central axis of the rotor; a magnet retention band including a plurality of magnet retention tabs extending radially from the magnet retention band and axially along a length of the magnet retention band, the magnet retention band being secured to the rotor disc and extending substantially axially therefrom; and a plurality of permanent magnets, each permanent magnet of the plurality of permanent magnets being disposed at the magnet retention band between adjacent magnet retention tabs and radially and circumferentially retained between the magnet retention tabs and the magnet retention band; characterised in that the rotor comprises a retention means to secure the magnet retention band to the rotor disc; wherein the retention means comprises a plurality of mechanical fasteners; and wherein the plurality of mechanical fasteners extend into a plurality of retention screw holes disposed in the plurality of magnet retention tabs.
A dry composition comprising (a) nanoparticles comprising paclitaxel and albumin, and (b) sucrose, wherein the weight ratio of albumin to paclitaxel in the composition is 18:1 or less, and wherein the weight ratio of sucrose to paclitaxel in the composition is 7:1, 8:1, 9:1, 10:1 or more.
A cutting member (1, 121) for a shaving cartridge comprising: a flat cutting portion having a front cutting edge portion wherein the flat cutting portion defines a cutting portion plane; and a bent portion; and a base portion, wherein said bent portion is between said flat cutting portion and said base portion; and at least said bent portion and a base portion are made out of one single piece of material; and wherein said bent portion is adjacent to said front cutting edge portion; characterized in that: an angle (δ) between said base portion and said flat cutting portion is between 50° and 80°. a flat cutting portion having a front cutting edge portion wherein the flat cutting portion defines a cutting portion plane; and a bent portion; and a base portion, wherein said bent portion is between said flat cutting portion and said base portion; and at least said bent portion and a base portion are made out of one single piece of material; and wherein said bent portion is adjacent to said front cutting edge portion; characterized in that: an angle (δ) between said base portion and said flat cutting portion is between 50° and 80°.
A pneumatic tire, comprising a rubberized fiber ply cord component formed from a rubber composition for a fiber ply cord topping, the rubber composition comprising: a rubber component comprising an isoprene-based rubber and styrene butadiene rubber; and a conductive carbon black having a dibutyl phthalate oil absorption of 300 ml/100 g or more, wherein an amount of the isoprene-based rubber is 20 to 80% by mass and an amount of the styrene butadiene rubber is 20 to 60% by mass, each based on 100% by mass of the rubber component, and an amount of the conductive carbon black is 1 to 10 parts by mass per 100 parts by mass of the rubber component. a rubber component comprising an isoprene-based rubber and styrene butadiene rubber; and a conductive carbon black having a dibutyl phthalate oil absorption of 300 ml/100 g or more, wherein an amount of the isoprene-based rubber is 20 to 80% by mass and an amount of the styrene butadiene rubber is 20 to 60% by mass, each based on 100% by mass of the rubber component, and an amount of the conductive carbon black is 1 to 10 parts by mass per 100 parts by mass of the rubber component.
A method of artificially illuminating livestock during a life cycle, the method comprising: providing an electric lamp configured to illuminate a livestock area in which livestock develop; providing an electric power signal to the lamp at a first excitation level; illuminating the livestock area with a first plurality of spectral components generated by the lamp in response to the electric power signal at the first excitation level, wherein the first plurality of spectral components comprise a spectral component at a selected wavelength; characterised by: changing the electric power signal from the first excitation level to a second excitation level that is substantially different from the first excitation level; supplying the electric power signal to the lamp at the second excitation level; and, illuminating the livestock area with a second plurality of spectral components generated by the lamp in response to the electric power signal at the second excitation level, wherein the selected wavelength is substantially removed from the second plurality of spectral components. providing an electric lamp configured to illuminate a livestock area in which livestock develop; providing an electric power signal to the lamp at a first excitation level; illuminating the livestock area with a first plurality of spectral components generated by the lamp in response to the electric power signal at the first excitation level, wherein the first plurality of spectral components comprise a spectral component at a selected wavelength; characterised by: changing the electric power signal from the first excitation level to a second excitation level that is substantially different from the first excitation level; supplying the electric power signal to the lamp at the second excitation level; and, illuminating the livestock area with a second plurality of spectral components generated by the lamp in response to the electric power signal at the second excitation level, wherein the selected wavelength is substantially removed from the second plurality of spectral components. changing the electric power signal from the first excitation level to a second excitation level that is substantially different from the first excitation level; supplying the electric power signal to the lamp at the second excitation level; and, illuminating the livestock area with a second plurality of spectral components generated by the lamp in response to the electric power signal at the second excitation level, wherein the selected wavelength is substantially removed from the second plurality of spectral components. supplying the electric power signal to the lamp at the second excitation level; and, illuminating the livestock area with a second plurality of spectral components generated by the lamp in response to the electric power signal at the second excitation level, wherein the selected wavelength is substantially removed from the second plurality of spectral components.
A photovoltaic solar energy system including: - a plurality of bifacial photovoltaic solar cells, defining together a direct absorption surface as well as an indirect absorption surface, both surfaces being opposite and intended to absorb a solar radiation energy; - a support chassis for supporting said cells, said chassis comprising a support structure on which the cells are attached, characterised in that said chassis further includes a suspension means for suspending the support structure, the suspension means comprising a top end connected to a first end of the support structure, and in that the suspension means defines a reflective surface configured to reflect light towards said indirect absorption surface defined by the plurality of cells, and in that the support chassis further includes an input reflector a first end of which is connected to a bottom end of the suspension means, the input reflector defining a reflective input surface configured to reflect light towards said reflective surface defined by the suspension means, and in that said indirect absorption surface, the reflective surface, as well as the reflective input surface delimit together a light reflection and propagation space open between a second end of the input reflector opposite to the first end of this reflector, and a second end of the support structure opposite to the first end of this structure. - a plurality of bifacial photovoltaic solar cells, defining together a direct absorption surface as well as an indirect absorption surface, both surfaces being opposite and intended to absorb a solar radiation energy; - a support chassis for supporting said cells, said chassis comprising a support structure on which the cells are attached,
A magnetic bearing, adapted to equip a rotary apparatus, wherein the magnetic bearing comprises: - an actuator sub-assembly provided with a magnetic base and at least three actuator bobbins mounted on the magnetic base, and - a sensor sub-assembly provided with at least three magnetic sensor bobbins associated with the actuator bobbins; at least one sub-assembly (2; 4) amidst the actuator sub-assembly and the sensor sub-assembly comprising at least three sectors mounted together; and each sector including: - at least one actuator bobbin when the sector belongs to the actuator sub-assembly, or - at least one magnetic sensor bobbin when the sector belongs to the sensor sub-assembly wherein the sensor sub-assembly comprises a base and an intermediate magnetic support which is provided with sensor horns and is fastened between the base and each magnetic sensor bobbin received on one of the sensor horns. - an actuator sub-assembly provided with a magnetic base and at least three actuator bobbins mounted on the magnetic base, and - a sensor sub-assembly provided with at least three magnetic sensor bobbins associated with the actuator bobbins; - at least one actuator bobbin when the sector belongs to the actuator sub-assembly, or - at least one magnetic sensor bobbin when the sector belongs to the sensor sub-assembly
A monitoring circuit for monitoring a battery pack having a plurality of battery cells connected in series, the monitoring circuit comprising: a current injection circuit configured to separately inject current into individual ones of the plurality of battery cells; a voltage detection circuit configured to provide, for each of the battery cells, an output indicative of cell voltage of the battery cell responsive to the injected current; a current detection circuit configured to provide an output indicative of current through a circuit connected in series with the battery cells and therein indicate current through the battery cells; an extraction circuit (125, 135) configured to extract amplitude and phase characteristics of the outputs of the current and voltage detection circuits, to provide an indication of an impedance characteristic of the cells responsive to the injected current; characterised by first and second low-frequency filter circuits (123, 124, 133, 134) respectively configured to separate a low-frequency filtered output of the voltage and current detection circuits from higher-frequency components of the voltage and current detection circuits, the low-frequency filtered output determining both a state of charge, SoC, and a low-frequency part of an impedance curve for a battery cell; and a battery pack controller coupled to receive the low-frequency filtered output of the first and second low-frequency filter circuits and configured to use the low-frequency filtered output to estimate the SoC for the battery cells. a current injection circuit configured to separately inject current into individual ones of the plurality of battery cells; a voltage detection circuit configured to provide, for each of the battery cells, an output indicative of cell voltage of the battery cell responsive to the injected current; a current detection circuit configured to provide an output indicative of current through a circuit connected in series with the battery cells and therein indicate current through the battery cells; an extraction circuit (125, 135) configured to extract amplitude and phase characteristics of the outputs of the current and voltage detection circuits, to provide an indication of an impedance characteristic of the cells responsive to the injected current; characterised by first and second low-frequency filter circuits (123, 124, 133, 134) respectively configured to separate a low-frequency filtered output of the voltage and current detection circuits from higher-frequency components of the voltage and current detection circuits, the low-frequency filtered output determining both a state of charge, SoC, and a low-frequency part of an impedance curve for a battery cell; and a battery pack controller coupled to receive the low-frequency filtered output of the first and second low-frequency filter circuits and configured to use the low-frequency filtered output to estimate the SoC for the battery cells.