mhurhangee/patent-ind-claim-en huggingface dataset:
A device for the generation of a time-dependent signal on a capacitive surface sensor , characterized in that a) the device comprises an electrically conductive structure , wherein the electrically conductive structure comprises at least two individual elements , each of which comprises an input region and an operative region as functional areas , b) wherein the electrically conductive structure is in a first operative contact with the capacitive surface sensor at least in the operative regions of the electrically conductive structure , c) and the electrically conductive structure is in a second operative contact with an input means at least in an input region of the electrically conductive structure , d) wherein the input means is set up to provide a dynamic input to the input regions of the electrically conductive structure of the device , e) and the electrically conductive structure on the device is set up to modulate the dynamic input f) and to transfer the dynamic input to the capacitive surface sensor in the operative regions , g) and thus to generate a time-dependent signal on the capacitive surface sensor . a) the device comprises an electrically conductive structure , wherein the electrically conductive structure comprises at least two individual elements , each of which comprises an input region and an operative region as functional areas , b) wherein the electrically conductive structure is in a first operative contact with the capacitive surface sensor at least in the operative regions of the electrically conductive structure , c) and the electrically conductive structure is in a second operative contact with an input means at least in an input region of the electrically conductive structure , d) wherein the input means is set up to provide a dynamic input to the input regions of the electrically conductive structure of the device , e) and the electrically conductive structure on the device is set up to modulate the dynamic input f) and to transfer the dynamic input to the capacitive surface sensor in the operative regions , g) and thus to generate a time-dependent signal on the capacitive surface sensor .
A fiber optic connection assembly for fiber to the home, comprising: a fan-out member ; a multi-fiber optical cable having a first end introduced into the fan-out member and a second end extending out of the fan-out member ; a multi-fiber optic connector connected to the second end of the multi-fiber optical cable ; a plurality of single-fiber optical cables each having a first end introduced into the fan-out member and a second end extending out of the fan-out member , wherein the multi-fiber optical cable and the single-fiber optical cables are introduced into the fan-out member from a same side of the fan-out member , the multi-fiber optical cable and the single-fiber optical cables are hermetically fitted in the fan-out member by pressing a sealing gel block ; a plurality of single-fiber optic connectors connected to the second ends of the single-fiber optical cables , respectively; a plurality of first fiber optic adapters mated with the plurality of single-fiber optic connectors , respectively; and a plurality of outer shields each constructed to receive the connector and the adapter of a respective single-fiber optical cable therein, wherein the outer shield is hermetically fitted on the connector and the adapter of the respective single-fiber optical cable to form a sealed inner chamber so as to prevent moisture or water from entering into the inner chamber. a fan-out member ; a multi-fiber optical cable having a first end introduced into the fan-out member and a second end extending out of the fan-out member ; a multi-fiber optic connector connected to the second end of the multi-fiber optical cable ; a plurality of single-fiber optical cables each having a first end introduced into the fan-out member and a second end extending out of the fan-out member , wherein the multi-fiber optical cable and the single-fiber optical cables are introduced into the fan-out member from a same side of the fan-out member , the multi-fiber optical cable and the single-fiber optical cables are hermetically fitted in the fan-out member by pressing a sealing gel block ; a plurality of single-fiber optic connectors connected to the second ends of the single-fiber optical cables , respectively; a plurality of first fiber optic adapters mated with the plurality of single-fiber optic connectors , respectively; and a plurality of outer shields each constructed to receive the connector and the adapter of a respective single-fiber optical cable therein, wherein the outer shield is hermetically fitted on the connector and the adapter of the respective single-fiber optical cable to form a sealed inner chamber so as to prevent moisture or water from entering into the inner chamber.
A method of cleaning a swimming pool comprising: a. determining a 3D mapping of the swimming pool by capturing images of the swimming pool; b. communicating information relating to the 3D mapping of the swimming pool to an automatic swimming pool cleaner; and c. causing operation of the automatic swimming pool cleaner within the swimming pool; wherein determining a 3D mapping of the swimming pool comprises: (i) tracing a virtual outline of the swimming pool by using an image-capture function of a mobile device to place virtual markers M along the upper edge of the pool, (ii) placing virtual markers on captured images, (iii) displaying a virtual outline of the swimming pool from virtual markers, (iv) providing information relating to a depth of the swimming pool, and in that the step of causing operation comprises adjusting internal navigation parameters of the automatic swimming pool cleaner from communicated information to improve cleaning of the pool. a. determining a 3D mapping of the swimming pool by capturing images of the swimming pool; b. communicating information relating to the 3D mapping of the swimming pool to an automatic swimming pool cleaner; and c. causing operation of the automatic swimming pool cleaner within the swimming pool;
A method of wireless communication, performed by an scheduled entity and comprising: detecting a fluctuation in a beam strength of at least one transmit beam from a scheduling entity; transmitting a first message to the scheduling entity, the first message indicating at least the fluctuation in the beam strength of the at least one transmit beam from the scheduling entity; obtaining a second message from the scheduling entity in response to the first message, wherein the second message changes a frequency of beam refinement operations with respect to the at least one transmit beam and/or changes a frequency of beam quality reports with respect to the at least one transmit beam; and performing the beam refinement operations and/or transmitting the beam quality reports based on the second message. detecting a fluctuation in a beam strength of at least one transmit beam from a scheduling entity; transmitting a first message to the scheduling entity, the first message indicating at least the fluctuation in the beam strength of the at least one transmit beam from the scheduling entity; obtaining a second message from the scheduling entity in response to the first message, wherein the second message changes a frequency of beam refinement operations with respect to the at least one transmit beam and/or changes a frequency of beam quality reports with respect to the at least one transmit beam; and performing the beam refinement operations and/or transmitting the beam quality reports based on the second message.
A solder tip for forming a junction between an electroconductive film formed on a glass substrate and a terminal , the solder tip comprising: a first surface for forming surface contact with a surface of the electroconductive film facing the terminal ; and a second surface for forming surface contact with a surface of the terminal facing the electroconductive film , wherein the first surface and the second surface are planes parallel to each other, the area of the first surface and the area of the second surface are greater than or equal to 26 mm 2 , respectively, the solder tip is formed of a lead-free solder, the second surface has a housing concave part formed to contain a projection to be formed on the surface of the terminal facing the electroconductive film , and the first surface has a dummy concave part formed corresponding to the housing concave part . a first surface for forming surface contact with a surface of the electroconductive film facing the terminal ; and a second surface for forming surface contact with a surface of the terminal facing the electroconductive film ,
A method for interferometric testing of a tyre by means of an artificial system which has a processor and a storage medium which are suitable for carrying out the following method steps, the artificial system , which is trained by means of at least one training data set , being suitable for detecting relevant defect locations , the method comprising the following method steps: a) Generating a picture by means of a camera of at least a partial area of the surface of the tyre ; b) generating input data comprising an image consisting of at least one picture ; c) analysing the input data to determine and categorise a critical region comprising a relevant defect location and a non-critical region comprising a non-relevant anomaly ; d) Saving the analysed image as result data adjusted for the non-critical region ; and e) Saving the adjusted result data as training data in the training data set . a) Generating a picture by means of a camera of at least a partial area of the surface of the tyre ; b) generating input data comprising an image consisting of at least one picture ; c) analysing the input data to determine and categorise a critical region comprising a relevant defect location and a non-critical region comprising a non-relevant anomaly ; d) Saving the analysed image as result data adjusted for the non-critical region ; and e) Saving the adjusted result data as training data in the training data set .
Method for protecting a protected object against attacks by an incoming flying object that has a seeker , with which - a laser unit is aimed at the flying object and the laser unit transmits interference radiation with an interference code that interferes with the target acquisition of the seeker , and - the laser unit sends measurement radiation modulated with a modulation code to the flying object , detects measurement radiation reflected from the flying object , correlates this with the modulation code and the distance to the flying object is inferred from the correlation, characterized in that - the interference with the target acquisition is achieved by deceiving the seeker , - the measurement radiation is sent in a number of signal trains, the modulation code is a modulation of the measurement radiation in the form of a number of consecutively sent signals in contiguous signal trains, and - the interference code is used as the modulation code , wherein the interference radiation and the measurement radiation are the same thing. - a laser unit is aimed at the flying object and the laser unit transmits interference radiation with an interference code that interferes with the target acquisition of the seeker , and - the laser unit sends measurement radiation modulated with a modulation code to the flying object , detects measurement radiation reflected from the flying object , correlates this with the modulation code and the distance to the flying object is inferred from the correlation, characterized in that - the interference with the target acquisition is achieved by deceiving the seeker , - the measurement radiation is sent in a number of signal trains, the modulation code is a modulation of the measurement radiation in the form of a number of consecutively sent signals in contiguous signal trains, and - the interference code is used as the modulation code , wherein the interference radiation and the measurement radiation are the same thing.
Floor duct system, with a U-shaped duct lower part with side walls , a bottom and lateral cover holding profiles which are arranged in the interior of the duct lower part , a removable cover which covers the interior of the duct lower part partially or completely and is supported and held at least by the cover holding profiles , at least one system carrier strip which is fastened releasably to the bottom of the duct lower part and serves for fastening electric installation units and possibly as a reinforcing web or support, the floor duct system comprising, furthermore, a covering abutting edge for a or each side wall , which covering abutting edge is configured substantially as a strap-shaped, rigid strip which can be pulled out upwards, in order that its projecting vertical height can be adjusted with respect to the cover and is constant along the entire strip , each covering abutting edge being clamped on an inner side of the duct lower part between a side wall and a cover holding profile , characterized in that the clamping function is ensured firstly by way of spring clips which are cut out in the side wall and secondly by way of a contact face of the cover holding profile , and in that the cover holding profiles are screwed from the inside on to the side walls by way of horizontal screws , a crush ring being attached to the shank of the screw , the width of which crush ring is greater in a preliminary, unmounted state than the thickness of the covering abutting edges which are clamped between the cover holding profiles and the side walls by means of spring clips which are attached in the side wall , with the result that the height of the covering abutting edges can be adjusted counter to the clamping action in the preliminary, unmounted state along slots , in which the crush rings are received.
A method for producing an improved meal, comprising: (a) providing a plant meal comprising a protein and one or more anti-nutritional substances (ANS); (b) forming the improved meal from the plant meal by mitigating an anti-nutritional effect of the ANS comprised by the plant meal, the mitigating comprising at least partly oxidizing the one or more ANS or a biochemically digested portion of the one or more ANS; and optionally one or more of: (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (c) separating from the protein at least one of the oxidized portion of the one or more ANS, the oxidized portion of the biochemically digested portion of the one or more ANS, or the biochemically digested portion of the oxidized portion of the one or more ANS, the separating comprising one or more of: aqueous extraction, organic solvent extraction, supercritical extraction, and electrophoretic separation. (a) providing a plant meal comprising a protein and one or more anti-nutritional substances (ANS); (b) forming the improved meal from the plant meal by mitigating an anti-nutritional effect of the ANS comprised by the plant meal, the mitigating comprising at least partly oxidizing the one or more ANS or a biochemically digested portion of the one or more ANS; and optionally one or more of: (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (c) separating from the protein at least one of the oxidized portion of the one or more ANS, the oxidized portion of the biochemically digested portion of the one or more ANS, or the biochemically digested portion of the oxidized portion of the one or more ANS, the separating comprising one or more of: aqueous extraction, organic solvent extraction, supercritical extraction, and electrophoretic separation.
Assembly to manipulate a plurality of straws for packaging animal semen each having a predetermined diameter and a predetermined length, comprising a freezing rack having a rim and a bottom surrounding a central free space , said bottom comprising two toothed walls which extend longitudinally along said central space , each toothed wall having a set of toothing at its apex comprising a succession of teeth and hollows , the sets of toothing of said toothed walls being identical with each hollow delimited by a surface having a curvature according to said predetermined diameter, characterized in that it further comprises a crosspiece comprising parts which are movable relative to each other and that are configured to take a position in which said crosspiece is removably secured to said freezing rack at a place provided to receive at least one said straw .
Laundry washing machine comprising: an outer casing , a washing tub , which is arranged inside the casing , a rotatable drum , which is arranged in axially rotating manner inside the washing tub and is designed to receive laundry to be washed, a detergent dispensing assembly , which is designed for supplying laundry detergent into the washing tub , a water softening system , which is designed to receive fresh water from a water mains and reduce the hardness degree of the fresh water in order to supply softened water to the detergent dispensing assembly and/or to the washing tub , during one or more softened water laundry washing phases; a control panel configured to allow user to input information associated with a laundry washing course to be performed, wherein said laundry washing course comprises one or more softened water laundry washing phase/s; and said laundry washing machine being characterized by comprising a controller configured to: provide to the user, by said control panel , detergent information based on softened water laundry washing phase/s of said laundry washing course to be performed; said detergent information being indicative of a detergent saving amount (QSi) to be used to perform said selected laundry washing course an outer casing , a washing tub , which is arranged inside the casing , a rotatable drum , which is arranged in axially rotating manner inside the washing tub and is designed to receive laundry to be washed, a detergent dispensing assembly , which is designed for supplying laundry detergent into the washing tub , a water softening system , which is designed to receive fresh water from a water mains and reduce the hardness degree of the fresh water in order to supply softened water to the detergent dispensing assembly and/or to the washing tub , during one or more softened water laundry washing phases; a control panel configured to allow user to input information associated with a laundry washing course to be performed, wherein said laundry washing course comprises one or more softened water laundry washing phase/s; and said laundry washing machine being characterized by comprising a controller configured to: provide to the user, by said control panel , detergent information based on softened water laundry washing phase/s of said laundry washing course to be performed; said detergent information being indicative of a detergent saving amount (QSi) to be used to perform said selected laundry washing course
A method comprising: accessing a silicon wafer of a first conductivity type; growing an epitaxial layer of said first conductivity type on a front surface of said silicon wafer; implanting said epitaxial layer to form a region of an opposite conductivity type; and repeating said growing and implanting to form a vertical column of said opposite conductivity type; the method being characterized in that said method comprises masking an underlying region prior to epitaxial growth to form a trench by lack of epitaxial growth. accessing a silicon wafer of a first conductivity type; growing an epitaxial layer of said first conductivity type on a front surface of said silicon wafer; implanting said epitaxial layer to form a region of an opposite conductivity type; and repeating said growing and implanting to form a vertical column of said opposite conductivity type; the method being characterized in that said method comprises masking an underlying region prior to epitaxial growth to form a trench by lack of epitaxial growth.
A method for introducing a gas into a liquid , the method comprising: filling a gas volume arranged below a surface of the liquid and defined in a downward direction by a level of the liquid with the gas in sequential pulses wherein the gas simultaneously displaces the liquid from a top down from a gas lifting channel until the level drops below an inlet cross section of a gas flow out channel ; subsequently flowing the gas out of the gas volume downward through the gas lifting channel , a deflection portion adjoining at a bottom of the gas lifting channel, in upward direction through the inlet cross section and through a gas flow out channel adjoining the inlet cross section at a top to the surface , wherein a blocking flow of the liquid flows through a compensation inlet below the gas lifting inlet to the inlet cross section and is pulled along by the gas until the liquid fills the deflection portion and thereby closes the inlet cross section for the gas ; characterized in that the gas initially only flows through the gas outlet channel after the level has dropped below the inlet cross section until the level rises above the compensation inlet , and only then the blocking flow runs through the compensation inlet to the inlet cross section . filling a gas volume arranged below a surface of the liquid and defined in a downward direction by a level of the liquid with the gas in sequential pulses wherein the gas simultaneously displaces the liquid from a top down from a gas lifting channel until the level drops below an inlet cross section of a gas flow out channel ; subsequently flowing the gas out of the gas volume downward through the gas lifting channel , a deflection portion adjoining at a bottom of the gas lifting channel, in upward direction through the inlet cross section and through a gas flow out channel adjoining the inlet cross section at a top to the surface , wherein a blocking flow of the liquid flows through a compensation inlet below the gas lifting inlet to the inlet cross section and is pulled along by the gas until the liquid fills the deflection portion and thereby closes the inlet cross section for the gas ; characterized in that the gas initially only flows through the gas outlet channel after the level has dropped below the inlet cross section until the level rises above the compensation inlet , and only then the blocking flow runs through the compensation inlet to the inlet cross section .