mhurhangee/ep-ind-claims huggingface dataset:
Method for agricultural seeders and spreaders to measure a crop flow composed of separate particles using microwaves; the quantity of a product flow is measured by means of a microwave Doppler effect, characterized in that a transmitted microwave signal and a received signal reflected by the product are superimposed and the resulting low-frequency beat signal is measured, the quantity of product flow being calculated from the amplitude of the beat signal, the amplitude of the beat signal being proportional to the quantity of product flow. using microwaves; the quantity of a product flow is measured by means of a microwave Doppler effect, characterized in that a transmitted microwave signal and a received signal reflected by the product are superimposed and the resulting low-frequency beat signal is measured, the quantity of product flow being calculated from the amplitude of the beat signal, the amplitude of the beat signal being proportional to the quantity of product flow.
An antimicrobial oil-in-water emulsion, comprising: a) from 0.005% to 0.2% by weight of at least one aliphatic component having one or more guanide and/or biguanide group(s); b) at least one phospholipid; and c) at least one oil component, wherein the weight ratio of component a) to component b) is from 1:4 to 1:40. a) from 0.005% to 0.2% by weight of at least one aliphatic component having one or more guanide and/or biguanide group(s); b) at least one phospholipid; and c) at least one oil component, wherein the weight ratio of component a) to component b) is from 1:4 to 1:40.
Wax-coated cosmetic and/or dermatological active ingredient particles obtainable by treating the uncoated active ingredient particles initially charged in the form of a fluidized bed by incorporating molten wax or wax mixtures into the fluidized bed, where the wax is deposited on the particles in a solidifying manner.
A method of manufacturing a collection of matter bound by a polymeric binder comprising the steps: (i) providing a collection of matter, (ii) providing a water soluble pre-reacted binder composition in a solvent to obtain a solution or dispersion, the water-soluble pre-reacted binder composition comprising the reaction product(s) of (a) at least one carbohydrate component, and (b) at least one polyamino acid component, and optionally (c) at least one polyamine and/or at least one polyol, wherein the pre-reacted binder composition comprises at least one pre-polymer having a molecular weight in the range of 1 to 100 kDa, (iii) applying the solution or dispersion obtained in step (ii) to the collection of matter, and (iv) applying energy to the collection of matter containing said solution or dispersion to cure the binder composition (i) providing a collection of matter, (ii) providing a water soluble pre-reacted binder composition in a solvent to obtain a solution or dispersion, the water-soluble pre-reacted binder composition comprising the reaction product(s) of (a) at least one carbohydrate component, and (b) at least one polyamino acid component, and optionally (c) at least one polyamine and/or at least one polyol, wherein the pre-reacted binder composition comprises at least one pre-polymer having a molecular weight in the range of 1 to 100 kDa, (a) at least one carbohydrate component, and (b) at least one polyamino acid component, and optionally (c) at least one polyamine and/or at least one polyol, (iii) applying the solution or dispersion obtained in step (ii) to the collection of matter, and (iv) applying energy to the collection of matter containing said solution or dispersion to cure the binder composition
A system for verifying user identity comprising: a conversational system for receiving inputs from a user and transforming the inputs into formal commands by a natural language understanding unit of the system; and characterised by: a behavior verifier for performing verification of the user's identity during usage coupled to the conversational system and including a feature extractor for extracting a set of features from the inputs and constructing a feature vector, the behavior verifier being adapted to compare the set of features to a behavior model to determine if the user is authorized to interact with the system, wherein the set of features includes language model scores characterizing the user's choice of words. a conversational system for receiving inputs from a user and transforming the inputs into formal commands by a natural language understanding unit of the system; and characterised by: a behavior verifier for performing verification of the user's identity during usage coupled to the conversational system and including a feature extractor for extracting a set of features from the inputs and constructing a feature vector, the behavior verifier being adapted to compare the set of features to a behavior model to determine if the user is authorized to interact with the system, wherein the set of features includes language model scores characterizing the user's choice of words.
A cold crucible induction furnace for heating an electrically conductive material, the furnace comprising; a wall and a base to form a melting chamber in which, in use, the electrically conductive material is contained; at least one AC induction coil at least partially surrounding the height of the wall around the melting chamber; an AC power source having its output connected to the at least one AC induction coil to supply AC power to the at least one AC induction coil and generate an AC field around the at least one AC induction coil, the AC field magnetically coupling with the electrically conductive material to inductively heat and at last partially melt the electrically conductive material into a molten portion by inducing currents in the electrically conductive material; at least one DC coil at least partially surrounding the height of the wall around the melting chamber, the at least one DC coil being vertically offset from the at least one AC induction coil at a distance further from the wall than the at least one AC induction coil, the at least one DC coil extending partially below the base of the melting chamber; a DC power source having its output connected to the at least one DC coil to supply DC power to the at least one DC coil and to generate a controllable DC field within the at least one DC coil, the controllable DC field damping the induced flows in the molten portions of the electrically conductive material near the bottom of the melting chamber; and one or more shields to shield the at least one DC coil from the AC field.
A method for user authentication by voice biometrics, comprising a prior phase for referencing an authorized user, during which this user pronounces a reference phrase at least once, characterized in that this phrase is converted into a series of reference symbols by a statistical conversion mutual to all of the users to be referenced, and an authentication test phase, including a first step during which a candidate user pronounces the reference phrase at least once, and this pronounced phrase is converted in the same manner as the reference phrase during the prior phase, by using the same conversion, into a series of candidate symbols, and a second step during which the series of candidate symbols is compared (in 20) to the series of reference symbols to determine a comparison result and this result is compared (in 22) to at least one predetermined threshold, to decide (in 23) whether the candidate user who pronounced the phrase during the test phase is indeed the authorized user, and therefore to authenticate him, in that the comparison result is a calculated distance between the two series of symbols, the calculated distance being the Levenshtein distance, and in that the comparison result is compared to two predetermined thresholds, to detect replays by a reproduction of a recording of the authorized user captured without his consciousness, during the transmission or during the processing of the reference phrase. characterized in that this phrase is converted into a series of reference symbols by a statistical conversion mutual to all of the users to be referenced, and an authentication test phase, including a first step during which a candidate user pronounces the reference phrase at least once, and this pronounced phrase is converted in the same manner as the reference phrase during the prior phase, by using the same conversion, into a series of candidate symbols, and a second step during which the series of candidate symbols is compared (in 20) to the series of reference symbols to determine a comparison result and this result is compared (in 22) to at least one predetermined threshold, to decide (in 23) whether the candidate user who pronounced the phrase during the test phase is indeed the authorized user, and therefore to authenticate him, in that the comparison result is a calculated distance between the two series of symbols, the calculated distance being the Levenshtein distance, and in that the comparison result is compared to two predetermined thresholds, to detect replays by a reproduction of a recording of the authorized user captured without his consciousness, during the transmission or during the processing of the reference phrase.
Coil for the magnetic-pulse welding of tubular parts comprising an active portion of which a surface, called peripheral surface, intended to be positioned facing a working zone of a mutual overlap zone of the tubular parts, defines a zone in the form of a tubular aperture elongate in an axial direction (XX'), and has a given axial length (L b), characterized in that the tubular aperture has, in the axial direction (XX'), over the axial length (L b) of the peripheral surface, two sections (122, 124) of constant cross section linked together by a section of monotonically increasing cross section.
Method for producing a metallic riblet film by layer-by-layer construction, wherein the riblet film is built up by carrying out the following steps at least once, comprising: - prepaying a reference mould which has, on at least one face, a structure which corresponds to a negative mould of at least one riblet structure; - applying at least one layer section, consisting of a metal powder, onto the at least one face of the reference mould in such a way that the at least one layer section forms as a metallic material; - releasing the at least one layer section from the reference mould so as to form the metallic riblet film which has, on at least one face, a riblet structure. - prepaying a reference mould which has, on at least one face, a structure which corresponds to a negative mould of at least one riblet structure; - applying at least one layer section, consisting of a metal powder, onto the at least one face of the reference mould in such a way that the at least one layer section forms as a metallic material; - releasing the at least one layer section from the reference mould so as to form the metallic riblet film which has, on at least one face, a riblet structure.
A wireless signal interface comprising: a coil assembly including one or more coils; a bridge circuit coupled to the coil assembly configurable to operate in a first mode or a second mode; and control circuitry to generate one or more control signals to selectively configure the bridge circuit to operate in the first mode to enable the wireless signal interface to transmit power or in the second mode to enable the wireless signal interface to receive power; wherein the wireless signal interface selectively switches between the first mode and the second mode based on a power receive enable signal; and wherein the wireless signal interface is configured to detect a voltage variation within the bridge circuit and to generate the power receive enable signal based, at least in part, on the detected voltage variation. a coil assembly including one or more coils; a bridge circuit coupled to the coil assembly configurable to operate in a first mode or a second mode; and control circuitry to generate one or more control signals to selectively configure the bridge circuit to operate in the first mode to enable the wireless signal interface to transmit power or in the second mode to enable the wireless signal interface to receive power; wherein the wireless signal interface selectively switches between the first mode and the second mode based on a power receive enable signal; and wherein the wireless signal interface is configured to detect a voltage variation within the bridge circuit and to generate the power receive enable signal based, at least in part, on the detected voltage variation.
A method for capturing a feature on a free flying client spacecraft, comprising: manoeuvering a capture mechanism mounted on a servicer spacecraft into proximity to the feature on the free flying client spacecraft the capture mechanism including a quick grasp mechanism located in a housing and a rigidisation mechanism; actuating opposed grasping jaws (5, 6) on said quick grasp mechanism to be sprung closed when the feature is within range of being grasped by the opposed grasping jaws (5, 6) with the opposed grasping jaws (5, 6) to be sprung quickly and sufficiently shut such that the feature cannot escape from said opposed grasping jaws (5, 6) thus achieving soft capture of the feature; and upon soft capture of the feature, actuating said rigidisation mechanism, independent of the quick grasp mechanism, said rigidisation mechanism being configured to, upon completion of the soft capture of the feature, draw the quick grasp mechanism and the soft captured feature towards said housing until said soft captured feature abuts against a rigidisation surface connected to said housing to rigidise the captured feature and free flying client spacecraft relative to said housing. manoeuvering a capture mechanism mounted on a servicer spacecraft into proximity to the feature on the free flying client spacecraft the capture mechanism including a quick grasp mechanism located in a housing and a rigidisation mechanism; actuating opposed grasping jaws (5, 6) on said quick grasp mechanism to be sprung closed when the feature is within range of being grasped by the opposed grasping jaws (5, 6) with the opposed grasping jaws (5, 6) to be sprung quickly and sufficiently shut such that the feature cannot escape from said opposed grasping jaws (5, 6) thus achieving soft capture of the feature; and upon soft capture of the feature, actuating said rigidisation mechanism, independent of the quick grasp mechanism, said rigidisation mechanism being configured to, upon completion of the soft capture of the feature, draw the quick grasp mechanism and the soft captured feature towards said housing until said soft captured feature abuts against a rigidisation surface connected to said housing to rigidise the captured feature and free flying client spacecraft relative to said housing.
A pressure sensor assembly comprising: a pressure port having a base (16, 62, 102) and a neck (24, 64, 82, 104) extending upwardly from the base, the neck including a sidewall; a fluid passageway (26, 68, 83, 106) formed through the base and into the neck, the base being connectable to a fluid pressure environment; a diaphragm (34, 69, 108) disposed along the side wall of the neck, the diaphragm having an outer face (30, 66) and an inner face, the inner face (33, 72, 110) exposed to the fluid passageway, the inner surface of the diaphragm machined to define a circular flat inner surface (72, 110) that is parallel to the outer face of the diaphragm; a sensing element responsive to diaphragm movement mounted on the outer surface of the diaphragm (34, 69, 108); an electronics package mounted adjacent the neck and including wire bonding pads (54, 78) to facilitate wire connection between the electronics package and the sensing element; the wire bonding pads (54, 78) and the outer face of the diaphragm (34, 69, 108) being disposed in either parallel planes or a common plane; a hole formed through the side of the neck that is opposite to the flat surface (72,110), the hole being in communication with the passageway; and a plug (74, 109) covering and sealing the hole in the neck. a pressure port having a base (16, 62, 102) and a neck (24, 64, 82, 104) extending upwardly from the base, the neck including a sidewall; a fluid passageway (26, 68, 83, 106) formed through the base and into the neck, the base being connectable to a fluid pressure environment; a diaphragm (34, 69, 108) disposed along the side wall of the neck, the diaphragm having an outer face (30, 66) and an inner face, the inner face (33, 72, 110) exposed to the fluid passageway, the inner surface of the diaphragm machined to define a circular flat inner surface (72, 110) that is parallel to the outer face of the diaphragm; a sensing element responsive to diaphragm movement mounted on the outer surface of the diaphragm (34, 69, 108); an electronics package mounted adjacent the neck and including wire bonding pads (54, 78) to facilitate wire connection between the electronics package and the sensing element; the wire bonding pads (54, 78) and the outer face of the diaphragm (34, 69, 108) being disposed in either parallel planes or a common plane; a hole formed through the side of the neck that is opposite to the flat surface (72,110), the hole being in communication with the passageway; and a plug (74, 109) covering and sealing the hole in the neck.
A cross arm (110, 310, 410, 610), arranged to be applied to an angle tower (100, 300) comprising a tower body (101, 301, 401, 601), an end of said cross arm (110, 310, 410, 610) being connectable to said tower body (101, 301, 401, 601), another end of said cross arm (110, 310, 410, 610) pointing away from said tower body (101, 301, 401, 601) being a free end for connecting a conducting wire (103, 203, 303, 403, 603), wherein: said free end comprises an end connecting member (111, 211, 311, 411, 611) and an elongate member (112, 212, 312, 412, 612) fixed to said end connecting member (111, 211, 311, 411, 611), said elongate member (112, 212, 312, 412, 612) extending outward from said end connecting member (111, 211, 311, 411, 611); said elongate member (112, 212, 312, 412, 612) being arranged to have the conducting wire (103, 203, 303, 403, 603) connected thereto; said free end is provided with a jumper device (120, 420, 620) horizontally arranged on said end connecting member (111, 211, 311, 411, 611) and configured to be hung with a jumper wire (402, 502); and said jumper device (120, 420, 620) is a composite post insulator (421, 521), characterized in that said elongate member (112, 212, 312, 412, 612) being set in a horizontal plane or offset by an angle in the vertical plane, such that in a top view, an angle between the elongate member (112, 212, 312, 412, 612) and a center line of the cross arm (110, 310, 410, 610) is greater than an angle between the conducting wire (103, 203, 303, 403, 603) connected to the elongate member (112, 212, 312, 412, 612) and the center line of the cross arm (110, 310, 410, 610). said free end comprises an end connecting member (111, 211, 311, 411, 611) and an elongate member (112, 212, 312, 412, 612) fixed to said end connecting member (111, 211, 311, 411, 611), said elongate member (112, 212, 312, 412, 612) extending outward from said end connecting member (111, 211, 311, 411, 611); said elongate member (112, 212, 312, 412, 612) being arranged to have the conducting wire (103, 203, 303, 403, 603) connected thereto; said free end is provided with a jumper device (120, 420, 620) horizontally arranged on said end connecting member (111, 211, 311, 411, 611) and configured to be hung with a jumper wire (402, 502); and said jumper device (120, 420, 620) is a composite post insulator (421, 521), characterized in that said elongate member (112, 212, 312, 412, 612) being set in a horizontal plane or offset by an angle in the vertical plane, such that in a top view, an angle between the elongate member (112, 212, 312, 412, 612) and a center line of the cross arm (110, 310, 410, 610) is greater than an angle between the conducting wire (103, 203, 303, 403, 603) connected to the elongate member (112, 212, 312, 412, 612) and the center line of the cross arm (110, 310, 410, 610).
A fastener for fastening a sunshade to an edge profile without separate fastening elements, which edge profile includes a gap, which gap has a first edge surface and a second edge surface, in which fastener there are a plate-like base, fastening brackets for fastening to the sunshade, and a fastening part for fastening the fastener to the edge profile, which fastening brackets and fastening part are arranged to the base, characterised in that, in the fastening part, there are a first mating surface for settling tightly against the first edge surface of the gap, and a second mating surface for settling tightly against the second edge surface of the gap.
Conductive aluminum paste, wherein composition thereof comprises: organic carrier, aluminum powder, glass frit, and nano-scale metal particle; wherein the organic carrier, the aluminum powder, the glass frit, and the nano-scale metal particle are mixed into the organic carrier to form the conductive aluminum paste; wherein the organic carrier is composed of organic solvent, resin, and thixotropic agent; and wherein the nano-scale metal particle is based on a metal selected from the group consisting of gold, silver, copper, zinc and lead. organic carrier, aluminum powder, glass frit, and nano-scale metal particle; wherein the organic carrier, the aluminum powder, the glass frit, and the nano-scale metal particle are mixed into the organic carrier to form the conductive aluminum paste; wherein the organic carrier is composed of organic solvent, resin, and thixotropic agent; and wherein the nano-scale metal particle is based on a metal selected from the group consisting of gold, silver, copper, zinc and lead.