mhurhangee/ep-ind-claims huggingface dataset:
A cooler assembly for a hydraulic system for an agricultural implement, comprising: - a hydraulic fluid cooler and a hydraulic bypass line; - a cooler bypass valve configured to receive hydraulic fluid from a hydraulic supply, wherein a cooler bypass valve position is adjustable between a first position configured to facilitate flow of the hydraulic fluid to a cooler bypass and to restrict flow of the hydraulic fluid to a hydraulic fluid cooler, and a second position configured to block flow of the hydraulic fluid to the cooler bypass and to facilitate flow of the hydraulic fluid to the hydraulic fluid cooler, and wherein the hydraulic fluid cooler is configured to reduce a temperature of the hydraulic fluid and to direct the hydraulic fluid to a hydraulic system, and the cooler bypass is configured to direct the hydraulic fluid around the hydraulic fluid cooler to the hydraulic system; and - a control assembly configured to control the cooler bypass valve position based on the temperature of the hydraulic fluid. - a hydraulic fluid cooler and a hydraulic bypass line; - a cooler bypass valve configured to receive hydraulic fluid from a hydraulic supply, wherein a cooler bypass valve position is adjustable between a first position configured to facilitate flow of the hydraulic fluid to a cooler bypass and to restrict flow of the hydraulic fluid to a hydraulic fluid cooler, and a second position configured to block flow of the hydraulic fluid to the cooler bypass and to facilitate flow of the hydraulic fluid to the hydraulic fluid cooler, and wherein the hydraulic fluid cooler is configured to reduce a temperature of the hydraulic fluid and to direct the hydraulic fluid to a hydraulic system, and the cooler bypass is configured to direct the hydraulic fluid around the hydraulic fluid cooler to the hydraulic system; and - a control assembly configured to control the cooler bypass valve position based on the temperature of the hydraulic fluid.
A fluorescence intensity correcting method, comprising the steps of: receiving a spectrum including fluorescences generated from plural fluorescent dyes excited by radiating a light to a microparticle multiply-labeled with said plural fluorescent dyes having fluorescence wavelength bands overlapping one another simultaneously by a plurality of photodetectors which correspond to different received light wavelength bands, respectively, and whose number is larger than the number of fluorescent dyes; determining photodetectors of the plurality of photodetectors that correspond to a wavelength band for which it is known that fluorescence is not generated by any of the fluorescent dyes; excluding the signals of the photodetectors that correspond to a wavelength band for which it is known that fluorescence is not generated by any of the fluorescent dyes from the received fluorescences for obtaining a corrected spectrum; and approximating the corrected spectrum obtained by collecting detected values from photodetectors of the plurality of photodetectors other than the photodetectors whose signals are excluded based on a linear sum of single-dye spectra obtained from a microparticle individually labeled with the fluorescent dyes, wherein the fluorescences of the single-dye spectra are obtained by the photodetectors that are not excluded for obtaining the corrected spectrum; and wherein the approximation of the measured spectra based on a linear sum of the single-dye spectra is carried out by using a least-squares method. receiving a spectrum including fluorescences generated from plural fluorescent dyes excited by radiating a light to a microparticle multiply-labeled with said plural fluorescent dyes having fluorescence wavelength bands overlapping one another simultaneously by a plurality of photodetectors which correspond to different received light wavelength bands, respectively, and whose number is larger than the number of fluorescent dyes; determining photodetectors of the plurality of photodetectors that correspond to a wavelength band for which it is known that fluorescence is not generated by any of the fluorescent dyes; excluding the signals of the photodetectors that correspond to a wavelength band for which it is known that fluorescence is not generated by any of the fluorescent dyes from the received fluorescences for obtaining a corrected spectrum; and approximating the corrected spectrum obtained by collecting detected values from photodetectors of the plurality of photodetectors other than the photodetectors whose signals are excluded based on a linear sum of single-dye spectra obtained from a microparticle individually labeled with the fluorescent dyes, wherein the fluorescences of the single-dye spectra are obtained by the photodetectors that are not excluded for obtaining the corrected spectrum; and wherein the approximation of the measured spectra based on a linear sum of the single-dye spectra is carried out by using a least-squares method.
An electrical relay control circuit for controlling a relay, which has a minimum switching time for the transition between two switching states, said control circuit having a first switching element, wherein the relay control circuit is configured to implement control of the relay by means of an actuation of the first switching element within a time window, characterised in that the relay control circuit comprises a coupling circuit, which is configured, in the event of actuation of the first switching element within the time window, to maintain the control of the relay for at least the minimum switching time, and the relay control circuit comprises a first timer and a first transistor, wherein the first transistor is arranged to interrupt the power supply of the relay in the blocked state, the first timer is arranged and configured to connect the first transistor during discharge thereof for the duration of the time window, and the coupling circuit is configured to maintain the connection of the first transistor in the event of actuation of the first switching element.
A method of fastening multiple magnets (2a, 2b, 2c, 2d, 2e, 2f, 2g) to a laminated core of a rotor for an electric motor, wherein each of the multiple magnets (2a, 2b, 2c, 2d, 2e, 2f, 2g) is wrapped with an adhesive tape, so that multiple bondable magnets (20a, 20b, 20c, 20d, 20e, 20f, 20g) are formed, wherein the adhesive tape comprises a carrier tape and at least one adhesive, wherein the carrier tape is formed by an open-porous non-woven material, which is coated on only one side with the at least one adhesive at room temperature, wherein this adhesive side of the adhesive tape faces the magnet, and wherein the at least one adhesive penetrates the open-porous non-woven material at a temperature increase of at least 20°C compared to room temperature and bonds with the laminated core of the rotor, wherein the laminated core has at least one cavity for the multiple bondable magnets (20a, 20b, 20c, 20d, 20e, 20f, 20g), characterised in that multiple bondable magnets (20a, 20b, 20c, 20d, 20e, 20f, 20g) are arranged in a row and/or stacked on top of one another, wherein at least one layer of the adhesive tape is arranged between each of the magnets (2a, 2b, 2c, 2d, 2e, 2f, 2g) and on the outer sides of the magnets (2a, 2b, 2c, 2d, 2e, 2f, 2g), so that at least one bondable magnet pack (3a, 3b, 3c, 3d, 3e, 3f, 3g, 3h, 3i, 3j, 3k) is formed, wherein the at least one bondable magnet pack (3a, 3b, 3c, 3d, 3e, 3f, 3g, 3h, 3i, 3j, 3k) is inserted into and/or joined to the at least one cavity and that the at least one magnet pack (3a, 3b, 3c, 3d, 3e, 3f, 3g, 3h, 3i, 3j, 3k) is magnetised and acquires magnetic properties only after it has been bonded laminated core.
A polyvinyl chloride mixture, characterized in comprising the following components based on parts by weight: (a) 100 parts polyvinyl chloride resin, and (b) 2-20 parts toughening modifier; wherein said toughening modifier is rubber powders with 1601%-2200% elongation at break and 5-45wt% weight percentage of chlorine; said elongation at break is tested by GB/T528-2009; the weight percentage of chlorine is tested by the method A of GB/T7139-2002. (a) 100 parts polyvinyl chloride resin, and (b) 2-20 parts toughening modifier;
Wireless identification system (100, 200) for identifying an object (150, 250), the wireless identification system (100, 200) comprising: a uniquely structured pattern (101, 201, 301) comprising predefined dielectric properties and configured to be attached to the object (150, 250), a signal emitter (102, 202) configured to emit a wireless signal (103,203) into an object space (104, 304) that is configured to accommodate the object (150, 250) with the uniquely structured pattern (101, 201, 301), a signal receiver (105, 205) configured to receive from different positions (106, 107, 206, 207) around the object (150, 250) a superimposed signal (108, 208, 215) caused by a superimposition of the emitted wireless signal (103, 203) and a scattered signal (109, 209) as scattered by the uniquely structured pattern (101, 201, 301), and a signal processor (110, 210) configured to reconstruct the structure of the uniquely structured pattern (101, 201, 301) based on the received superimposed signal (108, 208, 215); characterized in that the signal processor (110, 210) is configured to solve an optimization problem based on the received superimposed signals (108, 208, 215) to reconstruct the structure of the uniquely structured pattern (101, 201, 301); and wherein the uniquely structured pattern (101, 201, 301) comprises position markers (325, 226, 327) and the digital signal processor (110, 210) is configured to determine the position of the position markers (325, 226, 327) and unfold the uniquely structured pattern (101, 201, 301) if the markers are not in a common plane. a uniquely structured pattern (101, 201, 301) comprising predefined dielectric properties and configured to be attached to the object (150, 250), a signal emitter (102, 202) configured to emit a wireless signal (103,203) into an object space (104, 304) that is configured to accommodate the object (150, 250) with the uniquely structured pattern (101, 201, 301), a signal receiver (105, 205) configured to receive from different positions (106, 107, 206, 207) around the object (150, 250) a superimposed signal (108, 208, 215) caused by a superimposition of the emitted wireless signal (103, 203) and a scattered signal (109, 209) as scattered by the uniquely structured pattern (101, 201, 301), and a signal processor (110, 210) configured to reconstruct the structure of the uniquely structured pattern (101, 201, 301) based on the received superimposed signal (108, 208, 215); characterized in that the signal processor (110, 210) is configured to solve an optimization problem based on the received superimposed signals (108, 208, 215) to reconstruct the structure of the uniquely structured pattern (101, 201, 301); and wherein the uniquely structured pattern (101, 201, 301) comprises position markers (325, 226, 327) and the digital signal processor (110, 210) is configured to determine the position of the position markers (325, 226, 327) and unfold the uniquely structured pattern (101, 201, 301) if the markers are not in a common plane.
A method for producing a tungsten alloy for a discharge lamp, a transmitting tube or a magnetron, the method comprising the steps of: mixing a raw powder consisting of tungsten powder, 0.1 to 5 wt% of HfC powder, and optionally 0.01 wt% or less of a dope material which is at least one element selected from the group consisting of K, Si and Al, the HfC powder comprising primary particles having an average particle diameter of 15 μm or less and the tungsten powder having an average particle diameter of 0.5 to 10 μm; molding the raw powder to obtain a molded body; and sintering the molded body to obtain a sintered body. mixing a raw powder consisting of tungsten powder, 0.1 to 5 wt% of HfC powder, and optionally 0.01 wt% or less of a dope material which is at least one element selected from the group consisting of K, Si and Al, the HfC powder comprising primary particles having an average particle diameter of 15 μm or less and the tungsten powder having an average particle diameter of 0.5 to 10 μm; molding the raw powder to obtain a molded body; and sintering the molded body to obtain a sintered body.
A tablet consisting of a hygroscopic air dehumidifying agent in powder or granulate form, such as calcium chloride or magnesium chloride or a mixture, which tablet is brought into said tablet form by a pressing process, for absorbing moisture from ambient air, comprising a tablet body that has a substantially cylindrical basic shape having a top face comprising a top surface, a bottom face comprising a bottom surface and a lateral surface, wherein the external surface of the tablet is the sorption surface for absorbing the moisture, wherein the tablet body has a recess suitable for receiving a spike-shaped suspension means (111, 121, 122) of an air dehumidifier for suspending the tablet, which recess is formed as a continuous, cylindrical passage opening or bore that extends from the top surface through the tablet body as far as the bottom surface, and wherein the sorption surface of the tablet body is designed to have regions of varying levels on the top face and/or the bottom face so as to increase the available area of the sorption surface in order to improve the sorption rate of moisture from the ambient air.
A system comprising: a processing chip having: a one-time program memory portion, the OTP memory portion storing secure data and a check pattern, the secure data and the check pattern being stored within a plurality of words wherein each word includes secure data bits and check pattern bits; and a plurality of sense amplifiers, each of the sense amplifiers corresponding to a respective column of the OTP memory portion and each of the words corresponding to a respective row of the OTP memory portion, wherein the plurality of sense amplifiers comprises a subset of the sense amplifiers including a plurality of selectable reference resistances. a one-time program memory portion, the OTP memory portion storing secure data and a check pattern, the secure data and the check pattern being stored within a plurality of words wherein each word includes secure data bits and check pattern bits; and a plurality of sense amplifiers, each of the sense amplifiers corresponding to a respective column of the OTP memory portion and each of the words corresponding to a respective row of the OTP memory portion, wherein the plurality of sense amplifiers comprises a subset of the sense amplifiers including a plurality of selectable reference resistances.
An indirubin-3'-oxime derivative compound as cyclin dependent kinase inhibitor with anti-cancer activity represented by formula wherein R 1 is selected from F, Cl, OH or CH 3 R 2 is selected from F, Cl or NO 2 R 1 is selected from F, Cl, OH or CH 3 R 2 is selected from F, Cl or NO 2
A bacterial fuel cell comprising: a plurality of anodes and a plurality of cathodes in liquid communication with a liquid to be purified, said plurality of anodes and said plurality of cathodes each comprising: a metal electrical conductor, arranged to be electrically coupled across a load in an electrical circuit; and an electrically conductive coating, at least between said metal electrical conductor, and said liquid to be purified, characterized in that: said electrically conductive coating, is operative to mutually seal said liquid and said electrical conductor, from each other; and said metal electrical conductor, is formed of copper or aluminum. a plurality of anodes and a plurality of cathodes in liquid communication with a liquid to be purified, said plurality of anodes and said plurality of cathodes each comprising: a metal electrical conductor, arranged to be electrically coupled across a load in an electrical circuit; and an electrically conductive coating, at least between said metal electrical conductor, and said liquid to be purified, characterized in that: said electrically conductive coating, is operative to mutually seal said liquid and said electrical conductor, from each other; and said metal electrical conductor, is formed of copper or aluminum. a metal electrical conductor, arranged to be electrically coupled across a load in an electrical circuit; and an electrically conductive coating, at least between said metal electrical conductor, and said liquid to be purified, characterized in that: said electrically conductive coating, is operative to mutually seal said liquid and said electrical conductor, from each other; and said metal electrical conductor, is formed of copper or aluminum. said electrically conductive coating, is operative to mutually seal said liquid and said electrical conductor, from each other; and said metal electrical conductor, is formed of copper or aluminum.
Tool steel for more highly stressed hot forming tools having the following composition: carbon: 0.28 to 0.40 mass%, silicon: 0.03 to 0.50 mass%, manganese: 0.03 to 0.70 mass%, chromium: 2.00 to 3.5 mass%, nickel: 0.30 to 1.00 mass%, molybdenum: 0.60 to 1.60 mass%, vanadium: 0.15 to 0.35 mass%, Tungsten: 0.001 to 1.00% by mass, niobium: 0.01 to 0.10% by mass and a balance of iron and common impurities, wherein the steel has a fine-grained tough structure; wherein the composition satisfies the following condition: 9, 5 ≤ % C x 10 + % V x 5 + % Mo x 3 + % W x 2 + % CR + % Nb x 3 ≤ 16.
A swallowable capsule for stimulating L-cells in the intestinal track of a patient, the capsule comprising: a capsule body having a surface, the capsule body sized to be swallowed and pass through the intestinal tract of a patient; at least one pair of electrodes disposed on the capsule body surface for electrically stimulating the L-cells; at least one sensor coupled to the capsule body for sensing a property of the intestinal track to determine a location of the capsule within the intestinal tract; a controller coupled to the least one pair of electrodes and the at least one sensor, the controller disposed within the capsule body and configured to receive an input signal from the least one sensor, determine a location of the capsule within the intestinal tract based on the input and generate a waveform outputted to the at least one pair of electrodes, the waveform having a current and pulse width configured to electrically stimulate L-cells proximate the capsule location to secrete a polypeptide without causing a peristaltic contraction at any location in the intestinal tract, the current ranging from 10 μA to 2 mA, the pulse width ranging from 0.01 to 100ms, the voltage ranging from 0.1V - 10V and frequency ranging from 1Hz - 100Hz; a power source coupled to the controller; wherein the capsule is configured to electrically stimulate L-cells along the intestinal tract so as to secrete incretins and glucagon-like proteins as the capsule moves through the tract. a capsule body having a surface, the capsule body sized to be swallowed and pass through the intestinal tract of a patient; at least one pair of electrodes disposed on the capsule body surface for electrically stimulating the L-cells; at least one sensor coupled to the capsule body for sensing a property of the intestinal track to determine a location of the capsule within the intestinal tract; a controller coupled to the least one pair of electrodes and the at least one sensor, the controller disposed within the capsule body and configured to receive an input signal from the least one sensor, determine a location of the capsule within the intestinal tract based on the input and generate a waveform outputted to the at least one pair of electrodes, the waveform having a current and pulse width configured to electrically stimulate L-cells proximate the capsule location to secrete a polypeptide without causing a peristaltic contraction at any location in the intestinal tract, the current ranging from 10 μA to 2 mA, the pulse width ranging from 0.01 to 100ms, the voltage ranging from 0.1V - 10V and frequency ranging from 1Hz - 100Hz; a power source coupled to the controller; wherein the capsule is configured to electrically stimulate L-cells along the intestinal tract so as to secrete incretins and glucagon-like proteins as the capsule moves through the tract.
An optoelectronic component having a housing body and at least one semiconductor chip arranged on the housing body, wherein the housing body has a base part, comprising a connector body on which a connecting conductor material (6,7) is arranged, and a reflector part, comprising a reflector body on which a reflector material is arranged, wherein the connector body and the reflector body are pre-formed separately from one another, wherein the reflector body is arranged on the connector body in the form of a reflector attachment, and wherein the housing body has a cavity in which the semiconductor chip is arranged, in the cavity of the housing body a covering is arranged, which at least partially covers the semiconductor chip, characterized in that on the base part an adhesion promoting part is arranged, having a recess which is part of the cavity of the housing body, the adhesion promoting part contains a ceramic, wherein the covering is arranged on the adhesion promoting part and the covering adheres better to the adhesion promoting part than to the reflector material.
A bicycle bottom bracket force sensor, comprising: an outer portion; an inner portion dimensioned to receive and support a crank axle bearing that rotatably supports a crank axle; wherein the outer portion includes an annular shaped outer ring and the inner portion includes an annular shaped inner ring radially spaced apart from the outer portion with an inner radial surface of the inner ring being dimensioned and configured to support the crank axle bearing; a first and a second joining portion (124, 126) extending between the outer and the inner portion (120, 122); wherein the outer ring and the inner ring are joined to one another by the first joining portion and the second joining portion that are circumferentially spaced apart from one another; at least one sensor mounting surface (150, 152) defined on the second joining portion, extending between the outer portion and the inner portion having a strain gauge (84, 86) fixed thereto, the sensor mounting surface extending in a direction substantially perpendicular to a rotation axis of the crank axle, when the force sensor is coupled to the bicycle bottom bracket; and an adaptor member removably mountable to the outboard side of the bicycle bottom bracket and coupled to the outer portion. an outer portion; an inner portion dimensioned to receive and support a crank axle bearing that rotatably supports a crank axle; wherein the outer portion includes an annular shaped outer ring and the inner portion includes an annular shaped inner ring radially spaced apart from the outer portion with an inner radial surface of the inner ring being dimensioned and configured to support the crank axle bearing; a first and a second joining portion (124, 126) extending between the outer and the inner portion (120, 122); wherein the outer ring and the inner ring are joined to one another by the first joining portion and the second joining portion that are circumferentially spaced apart from one another; at least one sensor mounting surface (150, 152) defined on the second joining portion, extending between the outer portion and the inner portion having a strain gauge (84, 86) fixed thereto, the sensor mounting surface extending in a direction substantially perpendicular to a rotation axis of the crank axle, when the force sensor is coupled to the bicycle bottom bracket; and an adaptor member removably mountable to the outboard side of the bicycle bottom bracket and coupled to the outer portion.