mhurhangee/patent-ind-claim-en huggingface dataset:
A system for status indication, comprising: a security device (300b; 900b) having a first portion (302a; 902a) disposable on a first side of a separation boundary (304; 904) of a separable object (306; 906) and a second portion (302b; 902b) disposable on a second side of the separation boundary (304; 904), the security device (300b; 900b) having a first Radio Frequency Identification ,RFID, circuit (308a; 908a) configured to provide a first return signal, wherein the first RFID circuit (308a; 908a) spans the first and second portions (302; 902), the security device (300b; 900b) further comprising a second RFID circuit (308b; 908b) contained entirely upon the second portion (302b; 902b), the second RFID circuit (308b; 908b) being configured to provide a second return signal, and a data device comprising a microprocessor and system memory, an RFID reader and a radio antenna , the data device being configured to send and receive radio frequency signals with the first RFID circuit (308a; 908a) and the second RFID circuit (308b; 908b), wherein the data device is configured to recognize substantially simultaneous reception of both the first and second return signals as indicating an untampered condition, and reception of only the second return signal as indicating a tampered condition of the separable object (306; 906). a security device (300b; 900b) having a first portion (302a; 902a) disposable on a first side of a separation boundary (304; 904) of a separable object (306; 906) and a second portion (302b; 902b) disposable on a second side of the separation boundary (304; 904), the security device (300b; 900b) having a first Radio Frequency Identification ,RFID, circuit (308a; 908a) configured to provide a first return signal, wherein the first RFID circuit (308a; 908a) spans the first and second portions (302; 902), the security device (300b; 900b) further comprising a second RFID circuit (308b; 908b) contained entirely upon the second portion (302b; 902b), the second RFID circuit (308b; 908b) being configured to provide a second return signal, and a data device comprising a microprocessor and system memory, an RFID reader and a radio antenna , the data device being configured to send and receive radio frequency signals with the first RFID circuit (308a; 908a) and the second RFID circuit (308b; 908b), wherein the data device is configured to recognize substantially simultaneous reception of both the first and second return signals as indicating an untampered condition, and reception of only the second return signal as indicating a tampered condition of the separable object (306; 906).
A steam generator for use as a cooking device, comprising: a water storage chamber which stores water therein, a first heating portion which heats water stored in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a controller , a steam spout port which ejects steam generated in the water storage chamber therethrough, and a temperature detector which detects a temperature in the water storage chamber, wherein a water level in the water storage chamber is calculated depending on the temperature detected by the temperature detector , and wherein at the time of steam generation, the controller is configured to perform a water supply control of the water supply device based on the calculated water level such that a water volume from the first heating portion to a water surface is smaller than a water volume from the first heating portion to a bottom surface of the water storage chamber , characterized in that a distance between a first side surface of the water storage chamber and a second side surface of the water storage chamber facing each other within the water storage chamber is increased at a location below the first heating portion . a water storage chamber which stores water therein, a first heating portion which heats water stored in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a controller , a steam spout port which ejects steam generated in the water storage chamber therethrough, and a temperature detector which detects a temperature in the water storage chamber, wherein a water level in the water storage chamber is calculated depending on the temperature detected by the temperature detector , and wherein at the time of steam generation, the controller is configured to perform a water supply control of the water supply device based on the calculated water level such that a water volume from the first heating portion to a water surface is smaller than a water volume from the first heating portion to a bottom surface of the water storage chamber , characterized in that a distance between a first side surface of the water storage chamber and a second side surface of the water storage chamber facing each other within the water storage chamber is increased at a location below the first heating portion .
Eave comprising a decorative panel , a bottom profiled section , and a connection between the decorative panel and the bottom profiled section , wherein the connection comprises a supporting plate , a connecting plate , and a clamping element , and wherein the connecting plate is clamped between the supporting plate and the clamping element ; wherein the clamping element is a clamping hook comprising a bent part, wherein both the supporting plate and the connecting plate comprise serrations, and wherein the serrations of the supporting plate are configured to engage in the serrations of the connecting plate in order to form a serrated connecting face ; wherein the supporting plate and the clamping element each form part of the decorative panel , and wherein the connecting plate forms part of the bottom profiled section ; characterized in that the bent part of the clamping hook is resiliently connected to the top part of the decorative panel.
A plated article, comprising: a metal substrate having a first melting point, wherein the metal substrate comprises zinc; an induction annealed metal layer comprising a nickel plated layer applied over said metal substrate, wherein said induction annealed metal layer has a second melting point higher than said first melting point, and wherein said metal substrate is substantially unchanged in structure by said induction annealed metal layer and a layer of copper provided between said metal substrate and said induction annealed metal layer; and an interaction layer between said copper layer and said substrate. a metal substrate having a first melting point, wherein the metal substrate comprises zinc; an induction annealed metal layer comprising a nickel plated layer applied over said metal substrate, wherein said induction annealed metal layer has a second melting point higher than said first melting point, and wherein said metal substrate is substantially unchanged in structure by said induction annealed metal layer and a layer of copper provided between said metal substrate and said induction annealed metal layer; and
A computer-implemented method of providing information by a vehicle , the method comprising: obtaining (S2010) fuel status information of the vehicle ; determining (S2020) whether an amount of remaining fuel is less than or equal to a predetermined level based on the obtained fuel status information; searching (S2030) for information of a gas station within a distance that the vehicle is able to reach using the remaining fuel; providing (S2040) information about the gas station on a transparent display in an augmented reality mode based on the searched information of the gas station, wherein the information about the gas station comprises at least one of a price of fuel provided at the gas station or a telephone number of the gas station; wherein the providing (S2040) of the information about the gas station comprises displaying an identification mark of the gas station through the transparent display at predetermined intervals for distinguishing the gas station from other objects, wherein the gas station is the last gas station that the vehicle is able to reach using the remaining fuel; and adjusting the interval of displaying the identification mark based on a speed of the vehicle or a distance to the gas station. obtaining (S2010) fuel status information of the vehicle ; determining (S2020) whether an amount of remaining fuel is less than or equal to a predetermined level based on the obtained fuel status information; searching (S2030) for information of a gas station within a distance that the vehicle is able to reach using the remaining fuel; providing (S2040) information about the gas station on a transparent display in an augmented reality mode based on the searched information of the gas station, wherein the information about the gas station comprises at least one of a price of fuel provided at the gas station or a telephone number of the gas station; wherein the providing (S2040) of the information about the gas station comprises displaying an identification mark of the gas station through the transparent display at predetermined intervals for distinguishing the gas station from other objects, wherein the gas station is the last gas station that the vehicle is able to reach using the remaining fuel; and adjusting the interval of displaying the identification mark based on a speed of the vehicle or a distance to the gas station.
A lever-type connector , comprising: a first connector comprising a first housing and a frame ; a second connector comprising a second housing and a lever , the second housing capable of being fitted to and removed from the first housing ; the lever rotatably supported by the second housing , the lever for fitting and removing the first housing and the second housing by a rotation operation; a support shaft provided on one of the second housing and the lever ; a bearing portion provided on the other of the second housing and the lever , the bearing portion comprising a shaft sliding groove for sliding the support shaft ; a cam follower provided on one of the lever and the first housing ;. a cam groove provided on the other of the lever and the first housing , the cam groove to which the cam follower is engageable; a guide protrusion provided on one of the lever and the second housing , and a guide groove having an arc-shape provided on the other of the lever and the second housing , the guide groove to which the guide protrusion is engageable, wherein when the lever is in the rotation operation, the guide protrusion engaged with the guide groove is guided by the arc-shape of the guide groove , and characterized in that when the first housing and the second housing are completely fitted by the rotation operation of the lever , the engagement between the guide protrusion and the guide groove is released and the lever becomes slidable with respect to the second housing by the support shaft making sliding contact with the shaft sliding groove . a first connector comprising a first housing and a frame ; a second connector comprising a second housing and a lever , the second housing capable of being fitted to and removed from the first housing ; the lever rotatably supported by the second housing , the lever for fitting and removing the first housing and the second housing by a rotation operation; a support shaft provided on one of the second housing and the lever ; a bearing portion provided on the other of the second housing and the lever , the bearing portion comprising a shaft sliding groove for sliding the support shaft ; a cam follower provided on one of the lever and the first housing ;. a cam groove provided on the other of the lever and the first housing , the cam groove to which the cam follower is engageable; a guide protrusion provided on one of the lever and the second housing , and a guide groove having an arc-shape provided on the other of the lever and the second housing , the guide groove to which the guide protrusion is engageable, wherein when the lever is in the rotation operation, the guide protrusion engaged with the guide groove is guided by the arc-shape of the guide groove , and characterized in that when the first housing and the second housing are completely fitted by the rotation operation of the lever , the engagement between the guide protrusion and the guide groove is released and the lever becomes slidable with respect to the second housing by the support shaft making sliding contact with the shaft sliding groove .
A system for constructing a dynamic digital twin, the system comprising: at least one battery-less passive RFID sensor configured to monitor at least one physical parameter in real time; a plurality of readers configured to wirelessly read sensor data produced by the at least one battery-less passive RFID sensor; a gateway in communication with each reader , the gateway being configured to acquire sensor data from each reader and integrate the sensor data from each reader ; an internet of things hub in communication with the gateway , wherein the gateway is arranged to communicate the sensor data to the internet of things hub; data storage storing a physical geometric model of a physical object or space correlating with the at least one battery-less passive RFID sensor; a processor in communication with the internet of things hub and the data storage , the processor programmed to receive sensor data from the internet of things hub and physical geometric model data from the data storage , to correlate the sensor data with the physical geometric model of the physical object or space, and to fuse the sensor data with the physical geometric model of the physical object or space to construct a dynamic digital twin . at least one battery-less passive RFID sensor configured to monitor at least one physical parameter in real time; a plurality of readers configured to wirelessly read sensor data produced by the at least one battery-less passive RFID sensor; a gateway in communication with each reader , the gateway being configured to acquire sensor data from each reader and integrate the sensor data from each reader ; an internet of things hub in communication with the gateway , wherein the gateway is arranged to communicate the sensor data to the internet of things hub; data storage storing a physical geometric model of a physical object or space correlating with the at least one battery-less passive RFID sensor; a processor in communication with the internet of things hub and the data storage , the processor programmed to receive sensor data from the internet of things hub and physical geometric model data from the data storage , to correlate the sensor data with the physical geometric model of the physical object or space, and to fuse the sensor data with the physical geometric model of the physical object or space to construct a dynamic digital twin .
A method for determining phase connections of grid components (110, 112, 113; GC1~GCn) in a power grid, the method comprising: assessing (S201) a relative similarity of time series of measured voltage data of the grid components (110, 112, 113; GC1~GCn) by clustering the time series of measured voltage data of the grid components (110, 112, 113; GC1~GCn); grouping (S202) the grid components (110, 112, 113; GC1~GCn) into a plurality of clusters based on the assessing a relative similarity; and assessing (S203) a phase connection of the grid components (110, 112, 113; GC1~GCn) in each cluster of the plurality of clusters, characterised in that : the assessing a phase connection is based on determining a majority of a reference phase connection of the grid components (110, 112, 113; GC1~GCn) in at least one cluster of the plurality of clusters and assessing the phase connection of the majority to be the phase connection of the grid components (110, 112, 113; GC1~GCn) in the at least one cluster. assessing (S201) a relative similarity of time series of measured voltage data of the grid components (110, 112, 113; GC1~GCn) by clustering the time series of measured voltage data of the grid components (110, 112, 113; GC1~GCn); grouping (S202) the grid components (110, 112, 113; GC1~GCn) into a plurality of clusters based on the assessing a relative similarity; and assessing (S203) a phase connection of the grid components (110, 112, 113; GC1~GCn) in each cluster of the plurality of clusters, characterised in that : the assessing a phase connection is based on determining a majority of a reference phase connection of the grid components (110, 112, 113; GC1~GCn) in at least one cluster of the plurality of clusters and assessing the phase connection of the majority to be the phase connection of the grid components (110, 112, 113; GC1~GCn) in the at least one cluster.
An ink refill system for a fountain pen , the system comprising: a fountain pen barrel comprising: a barrel body including a first end , an orifice being formed at the first end, and a second end that is closed; an ink reservoir disposed in the barrel body , the ink reservoir being capable of containing ink, and the ink reservoir being fluidly connected with the orifice; a valve disposed within the barrel body between the ink reservoir and the orifice, the valve including a piston and a seat ; a biasing element that biases the valve towards a closed position in which the piston contacts the seat to prevent from flowing out of the reservoir through the orifice; and a bottle comprising: a bottle body having an opening at one end; an ink refill reservoir disposed within the bottle body ; and a refill tube disposed within the bottle body , the refill tube extending at least partially through the bottle opening , wherein the valve is opened and closed by interaction with the refill tube . a fountain pen barrel comprising: a barrel body including a first end , an orifice being formed at the first end, and a second end that is closed; an ink reservoir disposed in the barrel body , the ink reservoir being capable of containing ink, and the ink reservoir being fluidly connected with the orifice; a valve disposed within the barrel body between the ink reservoir and the orifice, the valve including a piston and a seat ; a biasing element that biases the valve towards a closed position in which the piston contacts the seat to prevent from flowing out of the reservoir through the orifice; and a barrel body including a first end , an orifice being formed at the first end, and a second end that is closed; an ink reservoir disposed in the barrel body , the ink reservoir being capable of containing ink, and the ink reservoir being fluidly connected with the orifice; a valve disposed within the barrel body between the ink reservoir and the orifice, the valve including a piston and a seat ; a biasing element that biases the valve towards a closed position in which the piston contacts the seat to prevent from flowing out of the reservoir through the orifice; and a bottle comprising: a bottle body having an opening at one end; an ink refill reservoir disposed within the bottle body ; and a refill tube disposed within the bottle body , the refill tube extending at least partially through the bottle opening , wherein the valve is opened and closed by interaction with the refill tube . a bottle body having an opening at one end; an ink refill reservoir disposed within the bottle body ; and a refill tube disposed within the bottle body , the refill tube extending at least partially through the bottle opening , wherein the valve is opened and closed by interaction with the refill tube .
A Coherent anti-Stokes Raman Scattering (CARS) microscope, comprising: a light source ; a first light dividing part that divides a light flux of output light from the light source into a first pump light flux and a second pump light flux; a Stokes light source that receives the second pump light flux as an input and outputs a Stokes light flux; a first multiplexing part that superposes the first pump light flux and the Stokes light flux to generate a superposed light flux; a first light-collecting part that collects the superposed light flux in a sample ; a first detector that detects Coherent anti-Stokes Raman Scattering (CARS) light generated from the sample , the Coherent anti-Stokes Raman Scattering (CARS) light having a wavelength different from the superposed light flux; a second light-collecting part that guides the Coherent anti-Stokes Raman Scattering (CARS) light to the first detector ; a second light dividing and multiplexing part that lets at least one of the first pump light flux and the Strokes light flux partially branch as a reference light flux and that superposes a light flux from the sample and the reference light flux to generate interfering light; and a second detector that detects the interfering light, wherein the Coherent anti-Stokes Raman Scattering (CARS) microscope is adapted that Coherent anti-Stokes Raman Scattering (CARS) light and the interfering light are detected at the same time. a light source ; a first light dividing part that divides a light flux of output light from the light source into a first pump light flux and a second pump light flux; a Stokes light source that receives the second pump light flux as an input and outputs a Stokes light flux; a first multiplexing part that superposes the first pump light flux and the Stokes light flux to generate a superposed light flux; a first light-collecting part that collects the superposed light flux in a sample ; a first detector that detects Coherent anti-Stokes Raman Scattering (CARS) light generated from the sample , the Coherent anti-Stokes Raman Scattering (CARS) light having a wavelength different from the superposed light flux; a second light-collecting part that guides the Coherent anti-Stokes Raman Scattering (CARS) light to the first detector ; a second light dividing and multiplexing part that lets at least one of the first pump light flux and the Strokes light flux partially branch as a reference light flux and that superposes a light flux from the sample and the reference light flux to generate interfering light; and a second detector that detects the interfering light, wherein the Coherent anti-Stokes Raman Scattering (CARS) microscope is adapted that Coherent anti-Stokes Raman Scattering (CARS) light and the interfering light are detected at the same time.