mhurhangee/ep-ind-claims huggingface dataset:
A controllable wave-absorbing metamaterial, comprising: a substrate; and a metamaterial unit array layer disposed on the substrate and comprising a plurality of conductive geometric units that are periodically arranged, each of the conductive geometric units comprising a first hollow structure, second hollow structures, and conductive geometric structures; the second hollow structures are respectively extended from four vertices of the first hollow structure, and the conductive geometric structure is disposed between each two adjacent second hollow structures; and each of the second hollow structures comprises a first end facing toward the center of the conductive geometric unit and a second end facing away from the center of the conductive geometric unit; wherein the first end of the second hollow structure is provided with a varactor diode connected to the conductive geometric structures at both sides, the second end of the second hollow structure is provided with a fixed capacitor and a fixed resistor that are spaced apart from each other; the fixed capacitor is connected to the conductive geometric structure at one side, and the fixed resistor is connected to the conductive geometric structure at the other side. a substrate; and a metamaterial unit array layer disposed on the substrate and comprising a plurality of conductive geometric units that are periodically arranged, each of the conductive geometric units comprising a first hollow structure, second hollow structures, and conductive geometric structures; the second hollow structures are respectively extended from four vertices of the first hollow structure, and the conductive geometric structure is disposed between each two adjacent second hollow structures; and each of the second hollow structures comprises a first end facing toward the center of the conductive geometric unit and a second end facing away from the center of the conductive geometric unit; wherein the first end of the second hollow structure is provided with a varactor diode connected to the conductive geometric structures at both sides, the second end of the second hollow structure is provided with a fixed capacitor and a fixed resistor that are spaced apart from each other; the fixed capacitor is connected to the conductive geometric structure at one side, and the fixed resistor is connected to the conductive geometric structure at the other side.
An inspection method for a mouth section of a bottle-can, with respect to the bottle-can having the cylindrical mouth section in which a curl portion is formed by curling an open end thereof for a cap with a liner to be put on, by taking an image of an imaging area which is set to include a part of the curl portion for detecting asperity at the curl portion while rotating the bottle-can around a can-axis, the inspection method comprising: a first-inspection process for sending a bottle-can from a main-conveyance path to a secondary conveyance path, deviated from the main-conveyance path if existence of a low-brightness area in the bottle-can is detected from a monochrome inspection-image which is obtained by imaging the curl portion with irradiating white light to the curl portion in an imaging area (α) of the bottle-can which is conveyed along the main-conveyance path continuously and sequentially; and characterized by further comprising a second-inspection process for sending a bottle-can back to the main-conveyance path if the bottle-can is judged to be "good" as no existence of asperity is detected; the second-inspection process comprising judging quality of the bottle-can while conveying the bottle-can sent by the first-inspection process along the secondary-conveyance path, by irradiating illumination lights having two colors from different directions to the curl portion in the imaging area along substantially tangential directions of a cylindrical surface of the mouth section so as to image a color inspection-image, 20 and distinguishing existence or not of the asperity on the curl portion from signal strengths of the light colors of the color inspection-image. a first-inspection process for sending a bottle-can from a main-conveyance path to a secondary conveyance path, deviated from the main-conveyance path if existence of a low-brightness area in the bottle-can is detected from a monochrome inspection-image which is obtained by imaging the curl portion with irradiating white light to the curl portion in an imaging area (α) of the bottle-can which is conveyed along the main-conveyance path continuously and sequentially; and characterized by further comprising a second-inspection process for sending a bottle-can back to the main-conveyance path if the bottle-can is judged to be "good" as no existence of asperity is detected; the second-inspection process comprising judging quality of the bottle-can while conveying the bottle-can sent by the first-inspection process along the secondary-conveyance path, by irradiating illumination lights having two colors from different directions to the curl portion in the imaging area along substantially tangential directions of a cylindrical surface of the mouth section so as to image a color inspection-image, 20 and distinguishing existence or not of the asperity on the curl portion from signal strengths of the light colors of the color inspection-image.
Blade for machines, in particular slicers, for slicing resilient products, in particular resilient food products, into slices, a) a rear cutting surface, which forms a part of the blade rear side (1.2) of the plate-shaped main body of the cutting blade, and a front cutting surface, which forms a part of the blade front side (1.1), meeting in a cutting edge at a cutting angle (δ), b) the blade rear side (1.2) bulging outwards from the cutting plane (1") defined by the cutting edge, perpendicularly thereto, in the axial direction, c) a pressure surface of the blade rear side (1.2), which extends at a pressure angle (β) relative to the cutting plane (1"), adjoining the rear cutting surface, d) at least one depression being formed in the blade rear side (1.2), e1) the size and/or the shape of the cross-sectional area (5") of the depression transversely to the cutting plane (1") varying in the progression direction of the cutting edge, and/or e2) the position, in particular the radial distance, of the depression to the cutting edge varying in the progression direction of the cutting edge, characterised in that f) the depression is arranged at least in part in the pressure surface. a) a rear cutting surface, which forms a part of the blade rear side (1.2) of the plate-shaped main body of the cutting blade, and a front cutting surface, which forms a part of the blade front side (1.1), meeting in a cutting edge at a cutting angle (δ), b) the blade rear side (1.2) bulging outwards from the cutting plane (1") defined by the cutting edge, perpendicularly thereto, in the axial direction, c) a pressure surface of the blade rear side (1.2), which extends at a pressure angle (β) relative to the cutting plane (1"), adjoining the rear cutting surface, d) at least one depression being formed in the blade rear side (1.2), e1) the size and/or the shape of the cross-sectional area (5") of the depression transversely to the cutting plane (1") varying in the progression direction of the cutting edge, and/or e2) the position, in particular the radial distance, of the depression to the cutting edge varying in the progression direction of the cutting edge, characterised in that f) the depression is arranged at least in part in the pressure surface. e1) the size and/or the shape of the cross-sectional area (5") of the depression transversely to the cutting plane (1") varying in the progression direction of the cutting edge, and/or e2) the position, in particular the radial distance, of the depression to the cutting edge varying in the progression direction of the cutting edge, characterised in that f) the depression is arranged at least in part in the pressure surface.
Flat faired windscreen wiper blade, in particular for a vehicle, comprising a central mount, at least two end hoods that are articulated with respect to the central mount, a wiping unit comprising at least one squeegee blade that is designed to be pressed against a surface to be wiped, each end hood being connected to the wiping unit by an end piece arranged at a longitudinal end of the flat faired wiper blade, the central mount and at least one of the two hoods being connected to the wiping unit at only two regions, a first region being formed by the end piece and a second region being formed by means for attaching the central mount to the wiping unit, characterized in that the at least two end hoods comprise at least one sliding guiding means that connects the end hoods to the end piece, said sliding guiding means being in the form of at least one hook that is integral with the end hood.
Wall plug with a continuous longitudinal boring (5a, 5b) provided with a sleeve-like shaft for receiving an expanding screw, said shaft having a first shaft section, for introducing into an undersize boring, as well as successively adjoining it a second and a third shaft section, wherein the second and the third shaft section (3, 4) are oversize compared with the boring, and wherein the lateral surface of the first shaft section is completely, and that of the second shaft section at least in parts longitudinally slit, characterised in that the first shaft section and the second shaft section have a single longitudinal slit that allow explanation of the wall plug.
An immunogenic composition comprising: - isolated staphylococcal ClfA or an immunogenic fragment thereof; and - isolated staphylococcal SitC or an immunogenic fragment thereof. - isolated staphylococcal ClfA or an immunogenic fragment thereof; and - isolated staphylococcal SitC or an immunogenic fragment thereof.
An optical transmission device comprising: a detector adapted to detect a total traffic volume of client data; an optical signal generator adapted to generate and transmit an optical signal that transmits the client data; and a transmission rate determination unit adapted to apply a clock frequency for transmission rate of the optical signal using the total traffic volume detected by the detector and quality of the optical signal at an optical receiver. a detector adapted to detect a total traffic volume of client data; an optical signal generator adapted to generate and transmit an optical signal that transmits the client data; and a transmission rate determination unit adapted to apply a clock frequency for transmission rate of the optical signal using the total traffic volume detected by the detector and quality of the optical signal at an optical receiver.
A device for remotely controlling at least one industrial truck comprising a remote operating station and a control unit, wherein the remote operating station has operating elements corresponding to an operating station of an industrial truck, wherein the control unit is configured to generate control signals for the industrial truck to be remotely controlled, in response to an actuation of the operating elements of the remote operating station, and to transmit the control signals via a radio transmission path to the industrial truck to be remotely controlled, characterized by an industrial truck having the remote operating station as its own dedicated operating station.
A measuring system for determining the parameters of strip-type superconductors, comprising a device for determining the parameters of strip-type superconductors and a temperature measurement device including a temperature sensor, a current stabilizer and a millivoltmeter, wherein the temperature sensor is a thermistor configured to be in contact with the strip-type superconductor, wherein device for determining the parameters of strip-type superconductors comprising: a generator, a generator frequency-setting element and an inductance coil connected to the generator, and a receiver, a receiver frequency-setting element and an inductance coil connected to the receiver, wherein the generator and receiver inductance coils, are arranged with a gap between the same, making it possible for a strip-type superconductor to be placed between the inductance coils,, wherein the pass/stop bands of the generator and receiver frequency-setting elements coincide through at least half of the pass/stop band of the frequency-setting element having a narrower pass/stop band width. a generator, a generator frequency-setting element and an inductance coil connected to the generator, and a receiver, a receiver frequency-setting element and an inductance coil connected to the receiver, wherein the generator and receiver inductance coils, are arranged with a gap between the same, making it possible for a strip-type superconductor to be placed between the inductance coils,, wherein the pass/stop bands of the generator and receiver frequency-setting elements coincide through at least half of the pass/stop band of the frequency-setting element having a narrower pass/stop band width.
A system comprising: a ventricular pacing device configured for implantation within a ventricle of a heart, the ventricular pacing device configured to deliver pacing pulses to the ventricle; and an atrial pacing device configured for implantation within an atrium of the heart; characterized by the atrial pacing device being configured to detect a ventricular activation event, (a) wherein the atrial pacing device is configured to detect a ventricular activation event by detecting far-field R waves in the atrium, or (b) wherein the atrial pacing device includes a sensor configured to measure acceleration and/ or pressure in the atrium and wherein the atrial pacing device is configured to detect a ventricular activation event by detecting a mechanical contraction of the ventricles based on signals generated by the sensor; further wherein the atrial pacing device is configured to: deliver pacing pulses to the atrium based on when the ventricular activation event is detected. a ventricular pacing device configured for implantation within a ventricle of a heart, the ventricular pacing device configured to deliver pacing pulses to the ventricle; and an atrial pacing device configured for implantation within an atrium of the heart; characterized by the atrial pacing device being configured to detect a ventricular activation event, (a) wherein the atrial pacing device is configured to detect a ventricular activation event by detecting far-field R waves in the atrium, or (b) wherein the atrial pacing device includes a sensor configured to measure acceleration and/ or pressure in the atrium and wherein the atrial pacing device is configured to detect a ventricular activation event by detecting a mechanical contraction of the ventricles based on signals generated by the sensor; further wherein the atrial pacing device is configured to: deliver pacing pulses to the atrium based on when the ventricular activation event is detected. (a) wherein the atrial pacing device is configured to detect a ventricular activation event by detecting far-field R waves in the atrium, or (b) wherein the atrial pacing device includes a sensor configured to measure acceleration and/ or pressure in the atrium and wherein the atrial pacing device is configured to detect a ventricular activation event by detecting a mechanical contraction of the ventricles based on signals generated by the sensor; further wherein the atrial pacing device is configured to: deliver pacing pulses to the atrium based on when the ventricular activation event is detected.
An aircraft comprising: a pressurized volume; and an air conditioning system comprising a fresh air inlet and a compressing device, the compressing device comprising a compressor, first and second turbines and a shaft, the air conditioning system further comprising a diversion point (D5,D7,D8), the air conditioning system being operable in a plurality of modes including a low altitude mode, wherein, when operating in the low altitude mode, the air conditioning system receives and mixes fresh air sourced from the fresh air inlet and bleed air sourced from an inlet to produce mixed air, wherein the air conditioning system is configured to provide the mixed air to the pressurized volume, characterized in that the plurality of modes includes a fresh air mode, wherein, when operating in the fresh air mode, the air conditioning system only provides fresh air that has passed through the compressor to the pressurized volume, the diversion point is operated to divert the bleed air to the second turbine, and provide the bleed air output from the second turbine to a ram air shell, the air conditioning system activating the fresh air mode during high altitude operations of the aircraft. a pressurized volume; and an air conditioning system comprising a fresh air inlet and a compressing device, the compressing device comprising a compressor, first and second turbines and a shaft, the air conditioning system further comprising a diversion point (D5,D7,D8), the air conditioning system being operable in a plurality of modes including a low altitude mode, wherein, when operating in the low altitude mode, the air conditioning system receives and mixes fresh air sourced from the fresh air inlet and bleed air sourced from an inlet to produce mixed air, wherein the air conditioning system is configured to provide the mixed air to the pressurized volume,
Method of manufacturing a direct laminated flooring strip comprising the steps of - providing a flooring board having a core comprising cellulose sheets impregnated with a polymer resin, a surface of the board being formed from a cellulose sheet impregnated with polymer resin and covering the whole surface on which a wood design representing at least one of wood streaks, wood pores and wood knots has been drawn; - pressing the surface of the flooring board; - mechanizing of the flooring board that comes from the press by dividing it into strips to be placed on the floor and providing joint areas of the strips with tongues and grooves for the connection of adjacent strips, characterized by the step of pressing the surface of the flooring board comprises pressing the surface such that a not even or monotonous surface is obtained whose texture relief exactly corresponds and adapts by volumetric, conceptual and physical correspondence to the streaks, pores and/or knots of the wood design; and pressing a peripheral rim that is sunk with respect to the rest of the surface of the board, so that each finished strip has an off-set/sunken area along its peripheral edge. - providing a flooring board having a core comprising cellulose sheets impregnated with a polymer resin, a surface of the board being formed from a cellulose sheet impregnated with polymer resin and covering the whole surface on which a wood design representing at least one of wood streaks, wood pores and wood knots has been drawn; - pressing the surface of the flooring board; - mechanizing of the flooring board that comes from the press by dividing it into strips to be placed on the floor and providing joint areas of the strips with tongues and grooves for the connection of adjacent strips,
An electrophoretic liquid comprising: first particles that have a property of scattering light over an entire visible range and positively or negatively charged; second particles that have a property of absorbing light of a specific wavelength range in the visible range and are charged to a polarity opposite to a polarity of the first particles; third particles that have a property of scattering light over the entire visible range and are charged to a polarity the same as the polarity of the second particles; and a dispersion medium (213, 223, 233) that has a property of allowing the light of the specific wavelength range absorbed by the second particles to pass through and absorbing light of ranges other than the specific wavelength range; wherein the first particles, the second particles, and the third particles are dispersed in the dispersion medium (213, 223, 233). first particles that have a property of scattering light over an entire visible range and positively or negatively charged; second particles that have a property of absorbing light of a specific wavelength range in the visible range and are charged to a polarity opposite to a polarity of the first particles; third particles that have a property of scattering light over the entire visible range and are charged to a polarity the same as the polarity of the second particles; and a dispersion medium (213, 223, 233) that has a property of allowing the light of the specific wavelength range absorbed by the second particles to pass through and absorbing light of ranges other than the specific wavelength range; wherein the first particles, the second particles, and the third particles are dispersed in the dispersion medium (213, 223, 233).
A method performed by a base station of defining access barring parameters in a communication network, the communication network including the base station in communication with a plurality of User Equipments, UEs,, the method comprising: estimating a number of UEs attempting to access the base station in a first time period, wherein estimating the number of UEs attempting to access the base station in the first time period comprises: determining a barring factor for the first time period; and determining a number of UEs accessing the base station in the first time period; and in a further step determining a barring factor for a second time period based at least in part on the estimated number of UEs attempting to access the base station in the first time period, the second time period being different than the first time period. estimating a number of UEs attempting to access the base station in a first time period, wherein estimating the number of UEs attempting to access the base station in the first time period comprises: determining a barring factor for the first time period; and determining a number of UEs accessing the base station in the first time period; and in a further step determining a barring factor for the first time period; and determining a number of UEs accessing the base station in the first time period; and in a further step determining a barring factor for a second time period based at least in part on the estimated number of UEs attempting to access the base station in the first time period, the second time period being different than the first time period.