mhurhangee/ep-ind-claims huggingface dataset:
An antibody assay method, the method comprising the steps of: bringing a sample collected from a biological body and potentially containing a target antibody into contact with a liquid containing (a) insoluble carrier particles on which a specific antigen is immobilized by physical adsorption, and (b) insoluble carrier particles on which the specific antigen is immobilized by covalent bonding; and detecting agglutination of the insoluble carrier particles caused by antigen-antibody reaction between the antigen immobilized on the insoluble carrier particles and the target antibody contained in the sample, wherein the specific antigen is a mixture of a plurality of substances and the mixture of a plurality of substances is a lysate derived from a microorganism. bringing a sample collected from a biological body and potentially containing a target antibody into contact with a liquid containing (a) insoluble carrier particles on which a specific antigen is immobilized by physical adsorption, and (b) insoluble carrier particles on which the specific antigen is immobilized by covalent bonding; and detecting agglutination of the insoluble carrier particles caused by antigen-antibody reaction between the antigen immobilized on the insoluble carrier particles and the target antibody contained in the sample, wherein the specific antigen is a mixture of a plurality of substances and the mixture of a plurality of substances is a lysate derived from a microorganism.
An electronic apparatus, comprising: a communication circuit; a microphone; a memory for storing instructions; and at least one processor configured to execute the instructions to: in response to receiving a voice through the microphone, obtain information on an external device as a result of performing an analysis of the voice, based on the information on the external device, perform communication with the external device through the communication circuit, and control the communication circuit to transmit information on an access point to the external device to enable the external device to communicate with a server and control the communication circuit to transmit a registration request with respect to the external device to the server. a communication circuit; a microphone; a memory for storing instructions; and at least one processor configured to execute the instructions to: in response to receiving a voice through the microphone, obtain information on an external device as a result of performing an analysis of the voice, based on the information on the external device, perform communication with the external device through the communication circuit, and control the communication circuit to transmit information on an access point to the external device to enable the external device to communicate with a server and control the communication circuit to transmit a registration request with respect to the external device to the server. in response to receiving a voice through the microphone, obtain information on an external device as a result of performing an analysis of the voice, based on the information on the external device, perform communication with the external device through the communication circuit, and control the communication circuit to transmit information on an access point to the external device to enable the external device to communicate with a server and control the communication circuit to transmit a registration request with respect to the external device to the server.
A method for fault finding or analysis in a cooking device by displaying of at least one first or second variable, wherein the cooking device is equipped with a first plurality of first components for cooking items to be cooked in a cooking chamber and a second plurality of second components for cleaning at least one interior of the cooking device, with at least one display device, at least one operating device, and at least one open-loop or closed-loop control device, characterized in that • at least a part of the first components or at least a part of the second components is visually displayed on the display device, in that they are depicted on the display device graphically via pictograms, schematically in the form of a circuit diagram or photographically, wherein the first or second components are depicted induing their interconnections, • at least one of the displayed first or second components can be activated via the operating device, wherein each activated component can be subject to a diagnostic program or a function test via the open-loop or closed-loop control device, and, • after execution of a diagnostic program running in parallel during an operating program of the cooking device, a diagnostic information display with at least the first variable detected during the execution of the operating program in the cooking device appears on the display device, or after carrying out a function test, a function information display with at least the second variable queried during the function test appears on the display device. • at least a part of the first components or at least a part of the second components is visually displayed on the display device, in that they are depicted on the display device graphically via pictograms, schematically in the form of a circuit diagram or photographically, wherein the first or second components are depicted induing their interconnections, • at least one of the displayed first or second components can be activated via the operating device, wherein each activated component can be subject to a diagnostic program or a function test via the open-loop or closed-loop control device, and, • after execution of a diagnostic program running in parallel during an operating program of the cooking device, a diagnostic information display with at least the first variable detected during the execution of the operating program in the cooking device appears on the display device, or after carrying out a function test, a function information display with at least the second variable queried during the function test appears on the display device.
An emergency power source comprising a housing, said housing having at its inside a battery pack for storing electric energy, wherein input terminals of the battery pack are connected to output terminals of a charging circuit and a solar panel input circuit, output terminals of the battery pack are connected to a high current outputting circuit for outputting a high current used for starting a vehicle, and an external smart battery detection system is connected between the battery pack and the high current outputting circuit, wherein the external smart battery detection system comprises a red power source clip and a black power source clip for connecting with an external battery, a relay switchable between an ON state and an OFF state according to a detection signal, a voltage identifying system for identifying the voltage of the external battery, and a current identifying system for identifying a current flowing through an external starting circuit, wherein the detection signal is based on the voltage of the external battery identified by the voltage identifying system or the current flowing through the external starting circuit identified by the current identifying system, wherein two terminals of a coil of the relay are connected to the voltage identifying system, an input terminal of the relay is connected to the current identifying system, an output terminal of the relay is connected to the high current outputting circuit, the red and black power source clips are connected to the positive and negative electrodes of the battery pack through a reverse-insertion-proof connector or welded wires, the voltage identifying system is connected to the red and black power source clips, the external smart battery detection system is either disposed outside the emergency power source and connected to the emergency power source through a reverse-insertion-proof connector, or disposed inside the emergency power source while the red and black power source clip is disposed outside the emergency power source.
Flight control combiner for aircraft intended to combine a first flight control order and a second flight control order, said flight control combiner comprising a support suitable for being movable in rotation about a first axis with respect to said aircraft, characterised in that said flight control combiner comprises: - a first return link connected to said support by a pivot connection about a second axis, - a second link connected to said support by a pivot connection about a third axis parallel to said second axis, said second axis and said third axis forming a first plane, - a plate connected to said first return link by a pivot connection about a fourth axis and to said second link by a pivot connection about a fifth axis, said fourth axis and said fifth axis being parallel to said second axis in order to form a parallelogram system with said support and said first return link and second link, said fourth axis and said fifth axis forming a second plane parallel to said first plane, said second axis and said fourth axis forming a third plane parallel to a fourth plane formed by said fifth axis and said third axis, - a first lever connected to said first return link by a first articulation allowing at least a rotation of said first lever with respect to said first return link, - a second lever connected to said plate by a second articulation allowing at least a rotation of said second lever with respect to said plate, and - a third lever connected to said plate by a third articulation allowing at least a rotation of said second lever with respect to said plate. - a first return link connected to said support by a pivot connection about a second axis, - a second link connected to said support by a pivot connection about a third axis parallel to said second axis, said second axis and said third axis forming a first plane, - a plate connected to said first return link by a pivot connection about a fourth axis and to said second link by a pivot connection about a fifth axis, said fourth axis and said fifth axis being parallel to said second axis in order to form a parallelogram system with said support and said first return link and second link, said fourth axis and said fifth axis forming a second plane parallel to said first plane, said second axis and said fourth axis forming a third plane parallel to a fourth plane formed by said fifth axis and said third axis, - a first lever connected to said first return link by a first articulation allowing at least a rotation of said first lever with respect to said first return link, - a second lever connected to said plate by a second articulation allowing at least a rotation of said second lever with respect to said plate, and - a third lever connected to said plate by a third articulation allowing at least a rotation of said second lever with respect to said plate.
Tablet comprising a mixture of: a) an isocyanuric acid halogenated derivative selected from trichloroisocyanuric acid, dichloroisocyanuric acid or a salt thereof; and b) mica; wherein the amount of mica in the tablet is from 1 % to 5% by weight. a) an isocyanuric acid halogenated derivative selected from trichloroisocyanuric acid, dichloroisocyanuric acid or a salt thereof; and b) mica;
Mobile dewatering device having a steel channel profile forming two longitudinal walls and a channel base connecting the longitudinal walls, and having a covering grill which is supported in a load-transferring manner via its longitudinal edges on re-entrant shoulders between the longitudinal walls of the channel profile, wherein angular profiles are welded onto the longitudinal walls of the channel profile, the bearing limbs of which angular profiles, protruding from the wall limbs - which are parallel to the wall - and extending spaced apart from the channel base, form the re-entrant shoulders, characterised in that the longitudinal walls have longitudinal edge flanges which protrude outwards to overlap with a provided covering, wherein the wall limbs of the angular profiles project vertically beyond the longitudinal walls of the channel profile and are of a height corresponding to the height of the covering grill.
Device for applying a flowable medium (7; 8) with a chamber system which transfers the flowable medium (7; 8) with a first application weight to a rotatable roller, and with a scraper (14; 140), wherein the scraper (14; 140) is arranged at an adjustable distance parallel to the roller and scrapes off the excess flowable medium in such a manner that a homogenized flowable medium in the direction of rotation behind the scraper (14; 140) has a second application weight which is smaller than the first application weight, wherein the homogenized flowable medium is transferred to a carrier substrate with the aid of a counter roller, characterized in that the roller is an engraving roller and the engraving roller and the counter roller are suitable for rotating in the same direction of rotation and a gap between the engraving roller and the scraper (14; 140) has a geometry which results from a circular-arc-shaped surface of the engraving roller and a circular-arc-shaped surface of the scraper, wherein the gap tapers through the two circular-arc-shaped top sides to a sharp edge on the circumference of the scraper (14; 140) and has the smallest gap width at the sharp edge.
An extrusion blow mould for producing a speaker cabinet, the aforementioned speaker cabinet including a containment space within, with multiple reinforcing rib connectors passing through the containment space between two faces with the largest area on the inside of the aforementioned containment space; and when these two faces start moving towards or away from each other, the reinforcing rib connectors provide resistance in the opposite direction of the movement; where the aforementioned cabinet and reinforcing rib connectors are created in one piece via extrusion blow moulding, wherein the extrusion blow mould is characterised by: being comprised of two moulds provided symmetrically, with one side of each of the aforementioned two moulds being an opening face; multiple shafts extending from the face within each mould furthest from the opening face towards the direction closest to the opening face; with the aforementioned shafts being lower than a flat surface existing on the aforementioned opening face; and when the two moulds are fitted together, there is a fixed distance between the shaft ends of the two moulds.
A method for adjusting a microwave power that is to be emitted during a cooking process for cooking at least one product to be cooked, characterized by the following steps: - determining, at a first location, at least a first temperature (T min) in the form of the core temperature of the product to be cooked, - determining, at a second location, at least a second temperature (T max) in the form of the hottest temperature and/or the surface temperature of the product to be cooked, the first location and the second location having a spatial distance (xT min) from one another, - determining a first reference variable, characteristic of a mean temperature of the product to be cooked, by evaluating at least the first temperature (T min), the second temperature (T max) and the spatial distance (xT min) between the first location and the second location, - determining from the first reference variable at least one control parameter that is temperature-dependent and/or specific to the product to be cooked, and - adjusting the microwave power in dependency of the at least one control parameter. - determining, at a first location, at least a first temperature (T min) in the form of the core temperature of the product to be cooked, - determining, at a second location, at least a second temperature (T max) in the form of the hottest temperature and/or the surface temperature of the product to be cooked, the first location and the second location having a spatial distance (xT min) from one another, - determining a first reference variable, characteristic of a mean temperature of the product to be cooked, by evaluating at least the first temperature (T min), the second temperature (T max) and the spatial distance (xT min) between the first location and the second location, - determining from the first reference variable at least one control parameter that is temperature-dependent and/or specific to the product to be cooked, and - adjusting the microwave power in dependency of the at least one control parameter.
A method for enriching by chromatography one or more compounds of a mixture in at least one column using an eluent, characterized in that a liquid mobile phase containing dissolved gas is used as an eluent, wherein the gas content in the eluent is comprised between 10 and 50% by volume.
Process for vulcanization of a single-layered or multi-layered article containing at least one layer based on at least one rubber, wherein the plastic flow phase of the rubber of the single-layered or multi-layered article is carried out under pressure in a first process step using a rotary vulcanization unit and the crosslinking phase of the rubber of the single-layered or multi-layered article is carried out pressurelessly in a second process step, wherein during the pressureless crosslinking phase at least two radiation sources (5, 6, 7, 8, 9, 10, 11, 12, 13) are employed which respectively irradiate the upper surface and the lower surface of the single-layered or multi-layered article, characterized in that the radiation sources (5, 6, 7, 8, 9, 10, 11, 12, 13) of the second process step are in the form of flat dark emitters.
A method for detecting feature points in an image, comprising: processing data of the image using a plurality of first type of convolutional layers in a Convolutional Neural Network to generate first processed data, wherein the plurality of first type of convolutional layers comprise a plurality of first convolution kernels which do not share weights; processing the first processed data using a plurality of second type of convolutional layers in the CNN to generate second processed data, wherein the plurality of the second type of convolutional layers comprise convolution kernels having a plurality of second shared weights; and determining the feature points in the image based on the second processed data; wherein the plurality of the first type of convolutional layers precede the plurality of the second type of convolutional layers in the CNN. processing data of the image using a plurality of first type of convolutional layers in a Convolutional Neural Network to generate first processed data, wherein the plurality of first type of convolutional layers comprise a plurality of first convolution kernels which do not share weights; processing the first processed data using a plurality of second type of convolutional layers in the CNN to generate second processed data, wherein the plurality of the second type of convolutional layers comprise convolution kernels having a plurality of second shared weights; and determining the feature points in the image based on the second processed data; wherein the plurality of the first type of convolutional layers precede the plurality of the second type of convolutional layers in the CNN.
The method of shearing an invert well fluid and flowing the well fluid into the well, comprising the steps of: forming a mixture comprising oil and water; flowing the mixture through a plurality of nozzles to reduce the size of the water droplets; discharging separate streams of the mixture from the plurality of nozzles into an output chamber; intersecting the plurality of nozzle streams in the output chamber to form an emulsified invert well fluid; and next flowing the emulsified invert well fluid from the output chamber into the well. forming a mixture comprising oil and water; flowing the mixture through a plurality of nozzles to reduce the size of the water droplets; discharging separate streams of the mixture from the plurality of nozzles into an output chamber; intersecting the plurality of nozzle streams in the output chamber to form an emulsified invert well fluid; and next flowing the emulsified invert well fluid from the output chamber into the well.
A traction control simulation system for a rail vehicle, comprising: a control line set, two main control devices (101, 102) and at least one execution device, wherein: the two main control devices (101, 102) and the execution device are connected to the control line set; the two main control devices (101, 102) are configured to implement a traction control function and a traction monitoring function of a traction control device on the rail vehicle, and only one main control device of the two main control devices (101, 102) is in a control state at the same time; a control line in the control line set is configured to implement a data transmission function of a train line on the rail vehicle; the execution device is configured to implement an operation execution function of a traction execution equipment on the rail vehicle; and the two main control devices (101, 102) are further configured to: transmit a vehicle control command to the execution device through the control line in the control line set, and to control the execution device to perform an operation corresponding to the vehicle control command. the two main control devices (101, 102) and the execution device are connected to the control line set; the two main control devices (101, 102) are configured to implement a traction control function and a traction monitoring function of a traction control device on the rail vehicle, and only one main control device of the two main control devices (101, 102) is in a control state at the same time; a control line in the control line set is configured to implement a data transmission function of a train line on the rail vehicle; the execution device is configured to implement an operation execution function of a traction execution equipment on the rail vehicle; and the two main control devices (101, 102) are further configured to: transmit a vehicle control command to the execution device through the control line in the control line set, and to control the execution device to perform an operation corresponding to the vehicle control command.